import { useState, useRef, useMemo, useCallback, useEffect } from "react"; import { createPortal } from "react-dom"; import { useSQLQuery } from "@motherduck/react-sql-query"; import { Loader2, ChevronRight, ChevronDown, Database, X, Plus, Table2, Filter, MoreVertical, Code, Terminal, Play, BarChart3, LayoutDashboard, HelpCircle, Send, Trash2, Maximize2, Minimize2, Save, Copy, Paintbrush, Check, Link2, ExternalLink, Pencil, ChevronsDown, ChevronsUp, } from "lucide-react"; import { BarChart as ReBarChart, Bar, LineChart as ReLineChart, Line, AreaChart as ReAreaChart, Area, ScatterChart as ReScatterChart, Scatter, PieChart as RePieChart, Pie, Cell, XAxis, YAxis, CartesianGrid, Tooltip as ReTooltip, ResponsiveContainer, ReferenceArea, ReferenceLine, } from "recharts"; /* ── View Mode Types ─────────────────────────────────────────────── */ type ViewMode = 'presentation' | 'format' | 'pivot-setup' | 'semantic-model' | 'state-management'; /* ── Custom SVG Icons ────────────────────────────────────────────── */ function ErdIcon({ size = 20, color = 'currentColor' }: { size?: number; color?: string }) { return ( ); } function BuildingsIcon({ size = 20, color = 'currentColor' }: { size?: number; color?: string }) { return ( ); } const MALLOY_B64 = 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"; // ═════════════════════════════════════════════════════════════════════════════ // Decompress a gzipped base64 bundle and eval it as an IIFE // ═════════════════════════════════════════════════════════════════════════════ async function loadBundle(b64: string, globalName: string) { const raw = atob(b64); const bytes = new Uint8Array(raw.length); for (let i = 0; i < raw.length; i++) bytes[i] = raw.charCodeAt(i); const ds = new DecompressionStream("gzip"); const w = ds.writable.getWriter(); w.write(bytes); w.close(); const code = await new Response(ds.readable).text(); const result = new Function("require", code + "\nreturn " + globalName + ";")( function fakeRequire(mod: string) { // Mosaic bundle marks @duckdb/duckdb-wasm as external. // We don't need it — we use MotherDuck's connection instead. if (mod === "@duckdb/duckdb-wasm") return {}; console.warn("[fakeRequire] unexpected:", mod); return {}; } ); (window as any)[globalName] = result; return result; } const N = (v: unknown): number => (v != null ? Number(v) : 0); // ═══════════════════════════════════════════════════════════════════════════ // Malloy Compilation Pipeline // ═══════════════════════════════════════════════════════════════════════════ const USE_MALLOY = true; // Toggle: true = Malloy, false = pivot_table let _malloyBundle: any = null; async function getMalloyBundle() { if (!_malloyBundle) _malloyBundle = await loadBundle(MALLOY_B64, "MalloyBundle"); return _malloyBundle; } function duckdbToMalloyType(dt: string): any { const t = dt.toUpperCase().trim(); if (/^(VARCHAR|TEXT|CHAR|BPCHAR|NAME|UUID|BLOB|BYTEA|BIT|ENUM|INTERVAL)/.test(t) || t === 'TIME' || t === 'TIME WITHOUT TIME ZONE') return { kind: 'string_type' }; if (/^(BIGINT|INT8|LONG|SIGNED|HUGEINT|UHUGEINT|UBIGINT)$/.test(t)) return { kind: 'number_type', subtype: 'bigint' }; if (/^(INTEGER|INT4?|INT|TINYINT|INT1|SMALLINT|INT2|SHORT|UINTEGER|UTINYINT|USMALLINT)$/.test(t)) return { kind: 'number_type', subtype: 'integer' }; if (/^(DOUBLE|FLOAT8|FLOAT4?|FLOAT|REAL|DECIMAL|NUMERIC)/.test(t)) return { kind: 'number_type', subtype: 'decimal' }; if (t === 'DATE') return { kind: 'date_type' }; if (/^TIMESTAMP\s+WITH\s+TIME\s+ZONE$/.test(t) || t === 'TIMESTAMPTZ') return { kind: 'timestamptz_type' }; if (/^TIMESTAMP/.test(t)) return { kind: 'timestamp_type' }; if (t === 'BOOLEAN' || t === 'BOOL' || t === 'LOGICAL') return { kind: 'boolean_type' }; if (t === 'JSON') return { kind: 'json_type' }; return { kind: 'sql_native_type', sql_type: dt.toLowerCase() }; } /* ── Model-Gen Pure Helpers (used by runModelGenFlow) ─────────────── */ const MODEL_GEN_CONSTANTS = { SUMMARIZE_BATCH_SIZE: 15, PK_SCORE_THRESHOLD: 50, FK_SCORE_THRESHOLD: 50, MAX_COMPILE_RETRIES: 10, FLOW_TIMEOUT_MS: 180_000, // 3 minutes wall-clock max } as const; const MG_RESERVED_WORDS = /^(order|group|select|from|where|table|index|key|primary|foreign|constraint|create|drop|alter|insert|update|delete|join|on|and|or|not|in|as|is|null|true|false|between|like|case|when|then|else|end|limit|offset|union|all|distinct|having|set|values|into)$/i; function mgLevenshtein(a: string, b: string): number { const m = a.length, n = b.length; const dp: number[][] = Array.from({ length: m + 1 }, () => Array(n + 1).fill(0)); for (let i = 0; i <= m; i++) dp[i][0] = i; for (let j = 0; j <= n; j++) dp[0][j] = j; for (let i = 1; i <= m; i++) for (let j = 1; j <= n; j++) dp[i][j] = a[i-1] === b[j-1] ? dp[i-1][j-1] : 1 + Math.min(dp[i-1][j], dp[i][j-1], dp[i-1][j-1]); return dp[m][n]; } /** Fuzzy match threshold scales with name length to avoid false positives on short names */ function mgFuzzyThreshold(name: string): number { return Math.max(1, Math.floor(name.length / 4)); } /** Topological sort of source objects using Kahn's algorithm. * Used for both prompt ordering and Malloy rendering. */ function mgTopoSortSources(sources: any[]): any[] { const byName = new Map(); for (const s of sources) byName.set(s.source_name, s); const deps = new Map>(); for (const s of sources) { const d = new Set(); for (const j of (s.joins || [])) { if (byName.has(j.target_source)) d.add(j.target_source); } deps.set(s.source_name, d); } const result: any[] = []; const visited = new Set(); const inDeg = new Map(); for (const s of sources) { inDeg.set(s.source_name, deps.get(s.source_name)!.size); } const queue = sources.filter(s => inDeg.get(s.source_name) === 0).map(s => s.source_name); while (queue.length > 0) { const name = queue.shift()!; if (visited.has(name)) continue; visited.add(name); result.push(byName.get(name)!); for (const [sn, d] of deps) { if (d.has(name)) { d.delete(name); inDeg.set(sn, d.size); if (d.size === 0 && !visited.has(sn)) queue.push(sn); } } } for (const s of sources) { if (!visited.has(s.source_name)) result.push(s); } return result; } /** Render source objects to Malloy text (always topologically sorted). * Supports aliased joins: { alias: "home_team", target_source: "team", ... } * renders as: join_one: home_team is team on ... */ function mgRenderMalloyModel(sources: any[]): string { const sorted = mgTopoSortSources(sources); return sorted.map((s: any) => { const lines = [`source: ${s.source_name} is duckdb.table('${s.table_path}') extend {`]; if (s.primary_key) lines.push(` primary_key: ${s.primary_key}`); for (const j of (s.joins || [])) { const ref = j.alias && j.alias !== j.target_source ? j.alias : j.target_source; const decl = j.alias && j.alias !== j.target_source ? `${j.join_type}: ${j.alias} is ${j.target_source}` : `${j.join_type}: ${j.target_source}`; lines.push(` ${decl} on ${j.local_column} = ${ref}.${j.target_column}`); } lines.push('}'); return lines.join('\n'); }).join('\n\n'); } /** Parse a PROMPT() result (handles string, struct, nested JSON). */ function mgParseLlmResponse(raw: any, extractStructResult: (r: any) => Record): any { if (!raw) return null; const result = raw?.result ?? raw; if (typeof result === 'string') { try { return JSON.parse(result); } catch { return null; } } if (typeof result === 'object') { const extracted = extractStructResult(result); if (extracted?.sources) return extracted; const jsonStr = extracted?.result || result; try { return typeof jsonStr === 'string' ? JSON.parse(jsonStr) : jsonStr; } catch { return null; } } return null; } /** Fix a single source's table path: unwrap duckdb.table() wrapper, ensure fully qualified, fix casing, quote reserved words. */ function mgFixTablePath( src: any, db: string, fuzzyFindTable: (n: string) => string | null, exactTableLookup: Map, fixes: string[], ): void { let cleanedPath = String(src.table_path); const wrappedMatch = cleanedPath.match(/duckdb\.table$'([^']+)'$/); if (wrappedMatch) { fixes.push(`table_path_unwrap: stripped wrapper`); cleanedPath = wrappedMatch[1]; } const rawPath = cleanedPath.replace(/"/g, ''); const parts = rawPath.split('.'); let resolvedDb = db, resolvedSchema = '', resolvedTable = ''; if (parts.length === 3) { resolvedDb = parts[0]; resolvedSchema = parts[1]; resolvedTable = parts[2]; } else if (parts.length === 2) { resolvedSchema = parts[0]; resolvedTable = parts[1]; fixes.push(`table_path_missing_db`); } else if (parts.length === 1) { resolvedTable = parts[0]; fixes.push(`table_path_missing_db_schema`); } const exactTable = fuzzyFindTable(resolvedTable); if (exactTable) { const info = exactTableLookup.get(exactTable.toLowerCase()); if (info) { if (info.table !== resolvedTable) fixes.push(`table_name_casing: "${resolvedTable}" → "${info.table}"`); const needsQuote = MG_RESERVED_WORDS.test(info.table); if (needsQuote) fixes.push(`reserved_word_quoting: "${info.table}"`); src.table_path = `${resolvedDb}.${info.schema}.${needsQuote ? `"${info.table}"` : info.table}`; } } } /** Fix column casing in a source's primary_key and join clauses. */ function mgFixColumnCasing( src: any, tableMap: Map, exactTableLookup: Map, fuzzyFindColumn: (tKey: string, col: string) => string | null, fixes: string[], ): void { const cleanParts = src.table_path.replace(/"/g, '').split('.'); const tblName = cleanParts[cleanParts.length - 1]; const tblInfo = exactTableLookup.get(tblName.toLowerCase()); const tableKey = tblInfo ? `${tblInfo.schema}.${tblInfo.table}` : ''; if (src.primary_key) { const exactPk = fuzzyFindColumn(tableKey, src.primary_key); if (exactPk && exactPk !== src.primary_key) { fixes.push(`pk_casing: "${src.primary_key}" → "${exactPk}"`); src.primary_key = exactPk; } } for (const j of src.joins) { if (j.target_source !== j.target_source.toLowerCase()) { j.target_source = j.target_source.toLowerCase(); } const fixedLocal = fuzzyFindColumn(tableKey, j.local_column); if (fixedLocal && fixedLocal !== j.local_column) { fixes.push(`join_col_casing: "${j.local_column}" → "${fixedLocal}"`); j.local_column = fixedLocal; } for (const [tKey, tInfo] of tableMap) { if (tInfo.table.toLowerCase() === j.target_source) { const fixedTarget = fuzzyFindColumn(tKey, j.target_column); if (fixedTarget && fixedTarget !== j.target_column) { fixes.push(`join_col_casing: "${j.target_column}" → "${fixedTarget}"`); j.target_column = fixedTarget; } break; } } } } /** Fix table/column names referenced in compiler error messages using fuzzy matching. */ function mgFixFromErrors( canonicalized: any[], errors: string[], tableMap: Map, fuzzyFindTable: (n: string) => string | null, fuzzyFindColumn: (tKey: string, col: string) => string | null, fixes: string[], ): void { for (const err of errors) { const tableNotFound = err.match(/table\s+'([^']+)'/i) || err.match(/Could not find table\s+(\S+)/i); if (tableNotFound) { const badName = tableNotFound[1].replace(/"/g, ''); const goodName = fuzzyFindTable(badName); if (goodName && goodName.toLowerCase() !== badName.toLowerCase()) { fixes.push(`fuzzy_table: "${badName}" → "${goodName}"`); for (const src of canonicalized) src.table_path = src.table_path.replace(new RegExp(badName.replace(/[.*+?^${}()|[\]\\]/g, '\\$&'), 'g'), goodName); } } const colNotFound = err.match(/(?:column|field)\s+'([^']+)'/i) || err.match(/(?:column|field)\s+(\S+)\s+not found/i); if (colNotFound) { const badCol = colNotFound[1]; for (const [tKey] of tableMap) { const goodCol = fuzzyFindColumn(tKey, badCol); if (goodCol && goodCol !== badCol) { fixes.push(`fuzzy_column: "${badCol}" → "${goodCol}"`); for (const src of canonicalized) { if (src.primary_key === badCol) src.primary_key = goodCol; for (const j of src.joins) { if (j.local_column === badCol) j.local_column = goodCol; if (j.target_column === badCol) j.target_column = goodCol; } } break; } } } } } /** Translate a SQL aggregate expression (e.g. COUNT(col)) to Malloy syntax */ function translateAggregate(sqlExpr: string, runSource?: string, sourcePathMap?: Map): string { const m = sqlExpr.match(/^(\w+)$(.+)$$/); if (!m) return sqlExpr; const func = m[1].toUpperCase(); // Strip DuckDB double-quotes from column name const inner = m[2].replace(/^"(.+)"$/, '$1').trim(); // Check for table-qualified column: "sourceName.COL" const dotIdx = inner.indexOf('.'); let malloyRef: string; if (dotIdx > 0) { const table = inner.substring(0, dotIdx); const col = inner.substring(dotIdx + 1); // If column is on the run source, no prefix needed if (table === runSource) { malloyRef = `\`${col}\``; } else { // Resolve full path from run source const fullPath = sourcePathMap?.get(table) || table; malloyRef = `${fullPath}.\`${col}\``; } } else { malloyRef = `\`${inner}\``; } switch (func) { case 'COUNT': return 'count()'; case 'COUNT_DISTINCT': return `count(${malloyRef})`; case 'SUM': return `sum(${malloyRef})`; case 'AVG': return `avg(${malloyRef})`; case 'MIN': return `min(${malloyRef})`; case 'MAX': return `max(${malloyRef})`; default: return `${func.toLowerCase()}!(${malloyRef})`; } } /** Granularity definitions needed for Malloy date expressions */ const GRAN_TRUNC_MAP: Record = { year: 'year', yearmonth: 'month', yearweek: 'week', date: 'day', date_hour: 'hour', date_hour_minute: 'minute', date_hour_minute_second: 'second', }; /** Build a Malloy query from quadrant state */ function buildMalloyQuery( tablePath: string, rowItems: { col: string; table?: string; granularity?: string }[], columnItems: { col: string; table?: string; granularity?: string }[], valueItems: { expr: string; table?: string }[], filterExprs: string[], dimColNameFn: (d: { col: string; table?: string; granularity?: string }) => string, opts?: { precomputedGranularity?: boolean; sqlSource?: string; filtersInSource?: boolean; nestedSubtotals?: boolean; showSubtotals?: boolean; showGrandTotals?: boolean; semanticModel?: string; runSource?: string; sourcePathMap?: Map; }, ): string { const precomputedGranularity = opts?.precomputedGranularity || false; const filtersInSource = opts?.filtersInSource || false; const lines: string[] = []; if (opts?.semanticModel && opts?.runSource) { // Prepend semantic model, then run against the specified source lines.push(opts.semanticModel); lines.push(''); lines.push(`run: ${opts.runSource} -> {`); } else if (opts?.sqlSource) { // Use duckdb.sql("""...""") for complex sources (UNION ALL, CTEs, etc.) lines.push(`run: duckdb.sql("""${opts.sqlSource}""") -> {`); } else { const escaped = tablePath.replace(/'/g, "\\'"); lines.push(`run: duckdb.table('${escaped}') -> {`); } // where: translate SQL filter expressions to Malloy // Skip if filters are already applied in the source (subtotal UNION ALL) const hasEmptyFilter = !filtersInSource && filterExprs.some(f => f === '1=0'); const activeFilters = filterExprs.filter(f => { if (!f || f === '1=1' || f === '1=0') return false; const m = f.match(/^"([^"]+)"\s*=\s*"([^"]+)"$/); if (m && m[1] === m[2]) return false; return true; }); // Resolve "sourceName.col" → Malloy path reference (e.g., origin.`col`) const resolveFilterCol = (qualCol: string): string => { const dotIdx = qualCol.indexOf('.'); if (dotIdx > 0 && opts?.sourcePathMap) { const table = qualCol.substring(0, dotIdx); const col = qualCol.substring(dotIdx + 1); if (table === opts?.runSource) return `\`${col}\``; const fullPath = opts.sourcePathMap.get(table) || table; return `${fullPath}.\`${col}\``; } return `\`${qualCol}\``; }; if (hasEmptyFilter) activeFilters.push('1 = 0'); if (!filtersInSource) for (const filter of activeFilters) { // 1. IN clause: "col" IN ('val1','val2') // For strings: `col` ~ 'val1' | 'val2' (Malloy apply/match) // For numbers: `col` = 1 | 2 | 3 (Malloy apply/equals) const inMatch = filter.match(/^"([^"]+)"\s+IN\s*$(.+)$$/i); if (inMatch) { const col = inMatch[1]; const malloyCol = resolveFilterCol(col); const values = [...inMatch[2].matchAll(/'([^']*)'/g)].map(m => m[1]); if (values.length > 0) { const allNumeric = values.every(v => /^-?\d+(\.\d+)?$/.test(v.trim())); if (allNumeric) { const malloyValues = values.map(v => v.trim()).join(' | '); lines.push(` where: ${malloyCol} = ${malloyValues}`); } else { const malloyValues = values.map(v => `'${v.replace(/'/g, "\\'")}'`).join(' | '); lines.push(` where: ${malloyCol} ~ ${malloyValues}`); } continue; } } // 2. Simple comparisons: resolve source-qualified column refs lines.push(` where: ${filter.replace(/"([^"]+)"/g, (_, col) => resolveFilterCol(col))}`); } // Helper to emit a group_by line with optional date truncation const emitGroupBy = (dim: { col: string; table?: string; granularity?: string }, indent: string) => { const alias = dimColNameFn(dim); // Build Malloy column reference: table-qualified if from a joined source (not the run source) const needsQualification = dim.table && dim.table !== opts?.runSource; // Resolve full path from run source (e.g., "orders.customer.nation") via sourcePathMap const resolvedPath = (needsQualification && opts?.sourcePathMap?.get(dim.table!)) || dim.table; const malloyRef = needsQualification ? `${resolvedPath}.\`${dim.col}\`` : `\`${dim.col}\``; // When precomputedGranularity is true, the source already has the pre-computed // column (cast to VARCHAR with the alias name), so just reference it directly. if (precomputedGranularity) { lines.push(`${indent}group_by: \`${alias}\``); } else if (dim.granularity && GRAN_TRUNC_MAP[dim.granularity]) { if (dim.granularity === 'year') { lines.push(`${indent}group_by: \`${alias}\` is year(${malloyRef})`); } else { lines.push(`${indent}group_by: \`${alias}\` is ${malloyRef}.${GRAN_TRUNC_MAP[dim.granularity]}`); } } else if (needsQualification) { lines.push(`${indent}group_by: \`${alias}\` is ${malloyRef}`); } else { lines.push(`${indent}group_by: \`${alias}\``); } }; // ── Nested subtotals path: build hierarchical Malloy query ── // Instead of duplicating rows in the source, we use Malloy's nesting to aggregate // at each row-dimension level independently. DuckDB then flattens the hierarchy. if (opts?.nestedSubtotals) { const showST = opts?.showSubtotals || false; const showGT = opts?.showGrandTotals || false; const N = rowItems.length; // Helper to emit a values block: column dims → nest, no column dims → aggregate const emitValuesBlock = (indent: string, pivotName: string = '__pivot') => { if (columnItems.length > 0) { lines.push(`${indent}nest: ${pivotName} is {`); for (const dim of columnItems) emitGroupBy(dim, indent + ' '); for (let i = 0; i < valueItems.length; i++) { lines.push(`${indent} aggregate: __val${i} is ${translateAggregate(valueItems[i].expr, opts?.runSource, opts?.sourcePathMap)}`); } lines.push(`${indent}}`); } else { for (let i = 0; i < valueItems.length; i++) { lines.push(`${indent}aggregate: __val${i} is ${translateAggregate(valueItems[i].expr, opts?.runSource, opts?.sourcePathMap)}`); } } }; // Grand total at top level if (showGT) { emitValuesBlock(' ', '__pivot_gt'); } // Nested row hierarchy: each row dim becomes a nesting level for (let level = 0; level < N; level++) { const indent = ' ' + ' '.repeat(level); const nestIndent = indent + ' '; lines.push(`${indent}nest: __by_${level} is {`); emitGroupBy(rowItems[level], nestIndent); // Add subtotal values at intermediate levels if (level < N - 1 && showST) { emitValuesBlock(nestIndent, `__pivot_st${level}`); } // Add detail values at the deepest level if (level === N - 1) { emitValuesBlock(nestIndent); } } // Close all nesting levels for (let level = N - 1; level >= 0; level--) { const indent = ' ' + ' '.repeat(level); lines.push(`${indent}}`); } lines.push('}'); return lines.join('\n'); } // ── Standard flat query path ── // Row dimensions as outer group_by for (const dim of rowItems) emitGroupBy(dim, ' '); if (columnItems.length > 0) { // ── Use nest + # pivot for column dimensions ── lines.push(' # pivot'); lines.push(' nest: __pivot is {'); for (const dim of columnItems) emitGroupBy(dim, ' '); for (let i = 0; i < valueItems.length; i++) { lines.push(` aggregate: __val${i} is ${translateAggregate(valueItems[i].expr, opts?.runSource, opts?.sourcePathMap)}`); } lines.push(' }'); } else { // ── No columns: flat group_by + aggregate ── for (let i = 0; i < valueItems.length; i++) { lines.push(` aggregate: __val${i} is ${translateAggregate(valueItems[i].expr, opts?.runSource, opts?.sourcePathMap)}`); } } lines.push('}'); return lines.join('\n'); } /** Build the CREATE TABLE SQL for a nested Malloy output with subtotals/grand totals. * Malloy produces a hierarchical structure; DuckDB UNNESTs the hierarchy into flat rows * and PIVOTs column dimensions — no aggregation, only reshaping. */ function buildMalloyPivotSqlNested(opts: { malloyCompiledSql: string; tempTable: string; rowItems: { col: string; granularity?: string }[]; columnItems: { col: string; granularity?: string }[]; valueItems: { expr: string }[]; showSubtotals: boolean; showGrandTotals: boolean; valuesAxis: 'columns' | 'rows' | null; maxRowCount: number; dimColNameFn: (d: { col: string; granularity?: string }) => string; }): string { const { malloyCompiledSql, tempTable, rowItems, columnItems, valueItems, showSubtotals, showGrandTotals, valuesAxis, maxRowCount, dimColNameFn } = opts; const rowColNames = rowItems.map(dimColNameFn); const colDimNames = columnItems.map(dimColNameFn); const hasColDims = columnItems.length > 0; const valNames = valueItems.map((v, i) => ({ alias: `__val${i}`, expr: v.expr })); const N = rowItems.length; // Use zzz/zzzz markers for correct sort ordering (replaced after ORDER BY) const buildZzzReplaceCols = (cols: string[]) => cols.map(c => `replace(replace(${dq(c)}, 'zzzSubtotal', 'Subtotal'), 'zzzzGrand Total', 'Grand Total') AS ${dq(c)}` ).join(', '); const replaceCols = buildZzzReplaceCols(rowColNames); const ctes: string[] = []; ctes.push(`__m AS (${malloyCompiledSql})`); // ── Hierarchy UNNEST: one CTE pair per row-dim nesting level ── for (let level = 0; level < N; level++) { const prevCols = rowColNames.slice(0, level); const prevColsSql = prevCols.length > 0 ? prevCols.map(c => dq(c)).join(', ') + ', ' : ''; if (level === 0) { ctes.push(`__l0_raw AS (SELECT UNNEST("__by_0") AS __r FROM __m)`); ctes.push(`__l0 AS (SELECT * EXCLUDE(__r), UNNEST(__r) FROM __l0_raw)`); } else { const sa = `__s${level}`; ctes.push( `__l${level}_raw AS (SELECT ${prevColsSql}UNNEST("__by_${level}") AS ${sa} FROM __l${level - 1})` ); ctes.push( `__l${level} AS (SELECT ${prevColsSql}UNNEST(${sa}) FROM __l${level}_raw)` ); } } // ── Detail CTE (from deepest hierarchy level) ── const allRowColsCast = rowColNames.map(c => `${dq(c)}::VARCHAR AS ${dq(c)}`).join(', '); if (hasColDims) { const rowSel = rowColNames.map(c => dq(c)).join(', '); ctes.push( `__d_raw AS (SELECT ${rowSel}, UNNEST("__pivot") AS __ps FROM __l${N - 1})` ); ctes.push(`__detail AS (SELECT ${allRowColsCast}, UNNEST(__ps) FROM __d_raw)`); } else { const valColsSql = valNames.map(v => dq(v.alias)).join(', '); ctes.push(`__detail AS (SELECT ${allRowColsCast}, ${valColsSql} FROM __l${N - 1})`); } // ── Subtotal CTEs (from intermediate hierarchy levels) ── if (showSubtotals && N > 1) { for (let level = 0; level < N - 1; level++) { const valueDims = rowColNames.slice(0, level + 1).map(c => `${dq(c)}::VARCHAR AS ${dq(c)}`); const subtotalDims = rowColNames.slice(level + 1).map(c => `'zzzSubtotal' AS ${dq(c)}`); const allDims = [...valueDims, ...subtotalDims].join(', '); if (hasColDims) { const srcCols = rowColNames.slice(0, level + 1).map(c => dq(c)).join(', '); ctes.push( `__st${level}_raw AS (SELECT ${srcCols}, UNNEST("__pivot_st${level}") AS __ps FROM __l${level})` ); ctes.push(`__st${level} AS (SELECT ${allDims}, UNNEST(__ps) FROM __st${level}_raw)`); } else { const valColsSql = valNames.map(v => dq(v.alias)).join(', '); ctes.push(`__st${level} AS (SELECT ${allDims}, ${valColsSql} FROM __l${level})`); } } } // ── Grand Total CTE (from top level) ── if (showGrandTotals) { const gtDims = rowColNames.map(c => `'zzzzGrand Total' AS ${dq(c)}`).join(', '); if (hasColDims) { ctes.push(`__gt_raw AS (SELECT UNNEST("__pivot_gt") AS __ps FROM __m)`); ctes.push(`__gt AS (SELECT ${gtDims}, UNNEST(__ps) FROM __gt_raw)`); } else { const valColsSql = valNames.map(v => dq(v.alias)).join(', '); ctes.push(`__gt AS (SELECT ${gtDims}, ${valColsSql} FROM __m)`); } } // ── UNION ALL: combine detail + subtotal + grand total rows ── const unionParts = ['SELECT * FROM __detail']; if (showSubtotals && N > 1) { for (let level = 0; level < N - 1; level++) { unionParts.push(`SELECT * FROM __st${level}`); } } if (showGrandTotals) { unionParts.push('SELECT * FROM __gt'); } ctes.push(`__combined AS (\n${unionParts.join('\nUNION ALL BY NAME\n')}\n)`); const cteSql = `WITH ${ctes.join(',\n')}`; // ── Final output: PIVOT (if col dims) or rename (if flat) ── if (hasColDims) { const pivotOnExpr = colDimNames.length === 1 ? dq(colDimNames[0]) : colDimNames.map(c => `COALESCE(${dq(c)}::VARCHAR, 'NULL')`).join(` || '|||' || `); const usingParts = valNames.length <= 1 ? `first(${dq(valNames[0]?.alias || '__val0')})` : valNames.map(v => `first(${dq(v.alias)}) AS ${dq(v.expr)}`).join(', '); if (valuesAxis === 'rows' && valNames.length > 1) { const vpParts = valNames.map(v => { const otherVals = valNames.filter(vn => vn.alias !== v.alias).map(vn => dq(vn.alias)).join(', '); const rowSelect = rowColNames.length > 0 ? rowColNames.map(c => dq(c)).join(', ') + ', ' : ''; const rowExclude = rowColNames.length > 0 ? rowColNames.map(c => dq(c)).join(', ') : ''; const excludeClause = rowExclude ? ` EXCLUDE(${rowExclude})` : ''; return `SELECT ${rowSelect}'${sq(v.expr)}' AS value_names, *${excludeClause} FROM (${cteSql},\n__cfiltered AS (SELECT * EXCLUDE(${otherVals}) FROM __combined)\nPIVOT __cfiltered ON ${pivotOnExpr} USING first(${dq(v.alias)}))`; }); const baseSql = vpParts.join(' UNION ALL BY NAME '); return `CREATE OR REPLACE TEMP TABLE ${tempTable} AS SELECT * REPLACE(${replaceCols}) FROM (${baseSql} ORDER BY ALL NULLS FIRST) LIMIT ${maxRowCount}`; } const pivotSql = `${cteSql}\nPIVOT __combined ON ${pivotOnExpr} USING ${usingParts}`; return `CREATE OR REPLACE TEMP TABLE ${tempTable} AS SELECT * REPLACE(${replaceCols}) FROM (${pivotSql} ORDER BY ALL NULLS FIRST) LIMIT ${maxRowCount}`; } // No column dims — flat output with renamed columns if (valuesAxis === 'rows' && valNames.length > 1) { const valCols = valNames.map(v => dq(v.alias)).join(', '); const rowPrefix = rowColNames.length > 0 ? rowColNames.map(c => dq(c)).join(', ') + ', ' : ''; const caseParts = valNames.map(v => `WHEN '${v.alias}' THEN '${sq(v.expr)}'`).join(' '); const baseSql = `${cteSql}\nSELECT ${rowPrefix}CASE value_names ${caseParts} END AS value_names, "values" FROM (UNPIVOT (SELECT * FROM __combined) ON ${valCols} INTO NAME value_names VALUE "values")`; return `CREATE OR REPLACE TEMP TABLE ${tempTable} AS SELECT * REPLACE(${replaceCols}) FROM (${baseSql} ORDER BY ALL NULLS FIRST) LIMIT ${maxRowCount}`; } const selectCols = [...rowColNames.map(c => dq(c)), ...valNames.map(v => `${dq(v.alias)} AS ${dq(v.expr)}`)].join(', '); const baseSql = `${cteSql}\nSELECT ${selectCols} FROM __combined`; return `CREATE OR REPLACE TEMP TABLE ${tempTable} AS SELECT * REPLACE(${replaceCols}) FROM (${baseSql} ORDER BY ALL NULLS FIRST) LIMIT ${maxRowCount}`; } /** Build the CREATE TABLE SQL for a Malloy-compiled pivot temp table. * Handles no-columns (flat), column pivoting (DuckDB PIVOT), values_axis, subtotals. * No colNamesList needed — DuckDB PIVOT auto-discovers column values. */ function buildMalloyPivotSql(opts: { malloyCompiledSql: string; tempTable: string; rowItems: { col: string; granularity?: string }[]; columnItems: { col: string; granularity?: string }[]; valueItems: { expr: string }[]; showSubtotals: boolean; showGrandTotals: boolean; valuesAxis: 'columns' | 'rows' | null; maxRowCount: number; dimColNameFn: (d: { col: string; granularity?: string }) => string; }): string { const { malloyCompiledSql, tempTable, rowItems, columnItems, valueItems, showSubtotals, showGrandTotals, valuesAxis, maxRowCount, dimColNameFn } = opts; const rowColNames = rowItems.map(dimColNameFn); // ── Nested path: Malloy computes subtotals/grand totals via nesting ── const needsNestedSubtotals = ((showSubtotals && rowItems.length > 1) || (showGrandTotals && rowItems.length > 0)) && (rowItems.length > 0 || columnItems.length > 0); if (needsNestedSubtotals) { return buildMalloyPivotSqlNested(opts); } // ═══ Standard flat path (no subtotals) ═══ const wrapSql = (innerSql: string) => `CREATE OR REPLACE TEMP TABLE ${tempTable} AS ${innerSql} ORDER BY ALL NULLS FIRST LIMIT ${maxRowCount}`; // ═══ No column dimensions: flat Malloy output ═══ if (columnItems.length === 0) { if (valuesAxis === 'rows' && valueItems.length > 1) { const valCols = valueItems.map((_, i) => `"__val${i}"`).join(', '); const unpivotSql = `UNPIVOT (${malloyCompiledSql}) ON ${valCols} INTO NAME value_names VALUE "values"`; const caseParts = valueItems.map((v, i) => `WHEN '__val${i}' THEN '${sq(v.expr)}'`).join(' '); const rowPrefix = rowColNames.length > 0 ? rowColNames.map(c => dq(c)).join(', ') + ', ' : ''; const baseSql = `SELECT ${rowPrefix}CASE value_names ${caseParts} END AS value_names, "values" FROM (${unpivotSql})`; return wrapSql(baseSql); } const selectCols = [...rowColNames.map(c => dq(c)), ...valueItems.map((v, i) => `"__val${i}" AS ${dq(v.expr)}`)].join(', '); const baseSql = `SELECT ${selectCols} FROM (${malloyCompiledSql}) __m`; return wrapSql(baseSql); } // ═══ With column dimensions: DuckDB PIVOT on unnested Malloy output ═══ // Malloy produces a LIST column "__pivot" with [{col_dim, __val0, ...}]. // We UNNEST into flat rows then PIVOT — DuckDB auto-discovers column values. const colDimNames = columnItems.map(dimColNameFn); const valNames = valueItems.map((v, i) => ({ alias: `__val${i}`, expr: v.expr })); // CTE: unnest the nested __pivot list into flat rows // Step 1: UNNEST LIST → STRUCT column; Step 2: UNNEST STRUCT → flat columns const unnestCte = `__unnested AS (SELECT * EXCLUDE("__pivot"), UNNEST("__pivot") AS __s FROM (${malloyCompiledSql})),\n__flat AS (SELECT * EXCLUDE(__s), UNNEST(__s) FROM __unnested)`; // Build the ON expression for PIVOT (concatenate column dims with ||| for multi-dim) const pivotOnExpr = colDimNames.length === 1 ? dq(colDimNames[0]) : colDimNames.map(c => `COALESCE(${dq(c)}::VARCHAR, 'NULL')`).join(` || '|||' || `); // Build USING clause with aliases matching current column naming convention const usingParts = valNames.length <= 1 ? `first(${dq(valNames[0]?.alias || '__val0')})` : valNames.map(v => `first(${dq(v.alias)}) AS ${dq(v.expr)}`).join(', '); // Handle values_axis = 'rows': each value gets its own PIVOT, then UNION ALL. // Must exclude other __val* columns so they don't leak into PIVOT output. if (valuesAxis === 'rows' && valNames.length > 1) { const vpParts = valNames.map(v => { const otherVals = valNames.filter(vn => vn.alias !== v.alias).map(vn => dq(vn.alias)).join(', '); const perValCte = `${unnestCte},\n__flat_filtered AS (SELECT * EXCLUDE(${otherVals}) FROM __flat)`; const rowSelect = rowColNames.length > 0 ? rowColNames.map(c => dq(c)).join(', ') + ', ' : ''; const rowExclude = rowColNames.length > 0 ? rowColNames.map(c => dq(c)).join(', ') : ''; const excludeClause = rowExclude ? ` EXCLUDE(${rowExclude})` : ''; return `SELECT ${rowSelect}'${sq(v.expr)}' AS value_names, *${excludeClause} FROM (WITH ${perValCte} PIVOT __flat_filtered ON ${pivotOnExpr} USING first(${dq(v.alias)}))`; }); return wrapSql(vpParts.join(' UNION ALL BY NAME ')); } const pivotSql = `WITH ${unnestCte}\nPIVOT __flat ON ${pivotOnExpr} USING ${usingParts}`; return wrapSql(pivotSql); } /** Compile a Malloy statement to SQL using the stateless API */ function compileMalloyToSQL( statement: string, tableSchemas: Array<{ tablePath: string; fields: any[] }>, isSqlSource: boolean, ): string { const needs: any = { files: [{ url: 'file://model.malloy', contents: '' }], connections: [{ name: 'duckdb', dialect: 'duckdb' }], }; if (isSqlSource) { needs.sql_schemas = [{ connection_name: 'duckdb', sql: tableSchemas[0].tablePath, schema: { fields: tableSchemas[0].fields } }]; } else { needs.table_schemas = tableSchemas.map(ts => ({ connection_name: 'duckdb', name: ts.tablePath, schema: { fields: ts.fields }, })); } const response = _malloyBundle.API.stateless.compileQuery({ model_url: 'file://model.malloy', query_malloy: statement, compiler_needs: needs, }); if (!response.result?.sql) { const errors = response.logs?.filter((l: any) => l.severity === 'error').map((l: any) => l.message).join('; '); throw new Error('Malloy compilation failed: ' + (errors || 'unknown')); } return response.result.sql; } /** Compile a Malloy model to extract structured metadata using the stateless API. * Results are cached by model text — re-compilation only happens when the text changes. */ let _compiledModelCache: { text: string; model: any } | null = null; function compileMalloyModel( malloyModelText: string, tableSchemas: Array<{ tablePath: string; fields: any[] }>, ): any | null { if (!_malloyBundle) return null; if (_compiledModelCache && _compiledModelCache.text === malloyModelText) { return _compiledModelCache.model; } try { const response = _malloyBundle.API.stateless.compileModel({ model_url: 'file://model.malloy', compiler_needs: { files: [{ url: 'file://model.malloy', contents: malloyModelText }], connections: [{ name: 'duckdb', dialect: 'duckdb' }], table_schemas: tableSchemas.map(ts => ({ connection_name: 'duckdb', name: ts.tablePath, schema: { fields: ts.fields }, })), }, }); if (response.model) { _compiledModelCache = { text: malloyModelText, model: response.model }; _lastCompileErrors = null; return response.model; } const errors = response.logs?.filter((l: any) => l.severity === 'error').map((l: any) => l.message).join('; '); console.warn('[Malloy] compileModel failed:', errors || 'unknown'); _lastCompileErrors = errors || 'Model compilation failed'; return null; } catch (err) { console.warn('[Malloy] compileModel error:', err); _lastCompileErrors = String((err as any)?.message || err); return null; } } let _lastCompileErrors: string | null = null; function getLastCompileErrors(): string | null { return _lastCompileErrors; } /* ── ERD Types & Model Builder ─────────────────────────────────── */ interface ErdEntity { name: string; tablePath: string; primaryKey: string | null; columns: Array<{ name: string; kind: 'dimension' | 'join' }>; isRoot: boolean; isDisconnected?: boolean; } interface ErdRelationship { fromSource: string; toSource: string; fromColumn: string; toColumn: string; joinType: 'one' | 'many' | 'cross'; } interface ErdModel { entities: ErdEntity[]; relationships: ErdRelationship[]; } /** Table info for all tables available in the database */ interface DatabaseTableInfo { db: string; schema: string; table: string; columns?: Array<{ name: string; type: string }>; } /** Extract field references from a Malloy onExpression AST */ function extractExprFieldPaths(expr: any): string[][] { if (!expr) return []; if (expr.node === 'field' && Array.isArray(expr.path)) return [expr.path]; const paths: string[][] = []; if (expr.kids) { for (const child of Object.values(expr.kids)) { paths.push(...extractExprFieldPaths(child)); } } if (Array.isArray(expr.list)) { for (const item of expr.list) paths.push(...extractExprFieldPaths(item)); } return paths; } /** Parse join on-clause columns from source text (fallback when onExpression unavailable) */ function parseJoinColumnsFromText(sourceText: string): Map { const result = new Map(); const re = /join_(?:one|many|cross):\s+(\w+)\s+on\s+(\w+)\s*=\s*\1\.(\w+)/g; let m; while ((m = re.exec(sourceText)) !== null) { result.set(m[1], { localCol: m[2], foreignCol: m[3] }); } return result; } /** Resolve join aliases to source names using the compiled model structure. * For `join_one: origin is airports_origin`, alias='origin', source='airports_origin'. * When alias = source name (common case), it's an identity mapping. * For multiple sources sharing the same table, matches by table path in declaration order. */ function buildAliasToSource(sourceEntries: any[], runEntry: any): Map { const map = new Map(); const claimed = new Set(); function walkJoins(fields: any[]) { for (const f of fields) { if (f.kind !== 'join' || map.has(f.name)) continue; const alias = f.name; // 1. Direct name match (common case: alias = source name) if (sourceEntries.some((e: any) => e.name === alias) && !claimed.has(alias)) { map.set(alias, alias); claimed.add(alias); } else { // 2. Match by dimension field names: compare join field's dims against // each unclaimed source entry's dims. For multiple sources sharing a // table (identical dims), consume in declaration order. const joinDims = new Set( (f.schema?.fields || []).filter((jf: any) => jf.kind === 'dimension').map((jf: any) => jf.name) ); if (joinDims.size > 0) { for (const entry of sourceEntries) { if (claimed.has(entry.name)) continue; const entryDims = new Set( (entry.schema?.fields || []).filter((ef: any) => ef.kind === 'dimension').map((ef: any) => ef.name) ); if (entryDims.size === joinDims.size && [...joinDims].every(d => entryDims.has(d))) { map.set(alias, entry.name); claimed.add(entry.name); break; } } } } if (f.schema?.fields) walkJoins(f.schema.fields); } } if (runEntry?.schema?.fields) walkJoins(runEntry.schema.fields); return map; } /** Build ERD model from compiled Malloy model + source text (for fallback on-clause parsing) */ function buildErdModel(compiledModel: any, sourceText: string, tablePathList: string[]): ErdModel | null { if (!compiledModel?.entries?.length) return null; const sourceEntries = compiledModel.entries.filter((e: any) => e.kind === 'source'); if (sourceEntries.length === 0) return null; // Build table path lookup: match source name against tablePathList by name, // then by dimension field overlap (for aliased sources like airports_origin → airports) const tablePathMap = new Map(); for (const entry of sourceEntries) { // Try direct name match first for (const tpl of tablePathList) { const tableName = tpl.split('.').pop()!; if (tableName && tableName.toLowerCase() === entry.name.toLowerCase()) { tablePathMap.set(entry.name, tpl); break; } } if (!tablePathMap.has(entry.name)) tablePathMap.set(entry.name, ''); } // Build alias → source name map from compiled model const aliasToSource = buildAliasToSource(sourceEntries, sourceEntries[sourceEntries.length - 1]); // Fallback: parse on-clause columns from source text const textJoinCols = parseJoinColumnsFromText(sourceText); const entities: ErdEntity[] = []; const relationships: ErdRelationship[] = []; for (let idx = 0; idx < sourceEntries.length; idx++) { const entry = sourceEntries[idx]; const isRoot = idx === sourceEntries.length - 1; const fields = entry.schema?.fields || []; const columns: Array<{ name: string; kind: 'dimension' | 'join' }> = []; for (const f of fields) { if (f.kind === 'dimension') columns.push({ name: f.name, kind: 'dimension' }); if (f.kind === 'join') { columns.push({ name: f.name, kind: 'join' }); // Extract join type from compiled model (field.join: 'one' | 'many' | 'cross') const joinType: 'one' | 'many' | 'cross' = f.join || 'one'; // Extract join columns from onExpression AST let fromCol = '', toCol = ''; if (f.onExpression) { const paths = extractExprFieldPaths(f.onExpression); // Typically 2 field refs: local column and foreign column (prefixed with join name) for (const p of paths) { if (p.length === 1) fromCol = fromCol || p[0]; else if (p.length >= 2 && p[0] === f.name) toCol = toCol || p[p.length - 1]; else if (p.length >= 2) { fromCol = fromCol || p[p.length - 1]; } } } // Fallback to text parsing if onExpression didn't yield results if (!fromCol || !toCol) { const tc = textJoinCols.get(f.name); if (tc) { fromCol = tc.localCol; toCol = tc.foreignCol; } } relationships.push({ fromSource: entry.name, toSource: aliasToSource.get(f.name) || f.name, fromColumn: fromCol, toColumn: toCol, joinType, }); } } entities.push({ name: entry.name, tablePath: tablePathMap.get(entry.name) || '', primaryKey: entry.primaryKey || null, columns, isRoot, }); } return { entities, relationships }; } /** Compute hierarchical auto-layout for ERD entities */ const ERD_CARD_W = 220; const ERD_CARD_H_COLLAPSED = 90; const ERD_ROW_H = 22; const ERD_H_GAP = 100; const ERD_V_GAP = 40; const ERD_PADDING = 40; function computeErdLayout(model: ErdModel): Map { const positions = new Map(); if (model.entities.length === 0) return positions; // Separate connected and disconnected entities const connectedEntities = model.entities.filter(e => !e.isDisconnected); const disconnectedEntities = model.entities.filter(e => e.isDisconnected); // Build adjacency: from source → list of target sources const children = new Map(); for (const r of model.relationships) { if (!children.has(r.fromSource)) children.set(r.fromSource, []); children.get(r.fromSource)!.push(r.toSource); } if (connectedEntities.length > 0) { // BFS from root (isRoot entity) const root = connectedEntities.find(e => e.isRoot) || connectedEntities[connectedEntities.length - 1]; const levels = new Map(); const queue: string[] = [root.name]; levels.set(root.name, 0); while (queue.length > 0) { const name = queue.shift()!; const level = levels.get(name)!; for (const child of (children.get(name) || [])) { if (!levels.has(child)) { levels.set(child, level + 1); queue.push(child); } } } // Assign unvisited connected entities to max+1 const maxBfsLevel = levels.size > 0 ? Math.max(...levels.values()) : 0; for (const e of connectedEntities) { if (!levels.has(e.name)) levels.set(e.name, maxBfsLevel + 1); } // Group by level const byLevel = new Map(); for (const [name, level] of levels) { if (!byLevel.has(level)) byLevel.set(level, []); byLevel.get(level)!.push(name); } // Layout: root at center, children radiate to the right const maxLevel = Math.max(...byLevel.keys()); let maxLevelHeight = 0; for (let level = 0; level <= maxLevel; level++) { const count = (byLevel.get(level) || []).length; const h = count * ERD_CARD_H_COLLAPSED + (count - 1) * ERD_V_GAP; if (h > maxLevelHeight) maxLevelHeight = h; } const centerY = ERD_PADDING + maxLevelHeight / 2; const rootX = ERD_PADDING; for (let level = 0; level <= maxLevel; level++) { const names = byLevel.get(level) || []; const totalH = names.length * ERD_CARD_H_COLLAPSED + (names.length - 1) * ERD_V_GAP; const startY = centerY - totalH / 2; for (let i = 0; i < names.length; i++) { positions.set(names[i], { x: rootX + level * (ERD_CARD_W + ERD_H_GAP), y: startY + i * (ERD_CARD_H_COLLAPSED + ERD_V_GAP), }); } } } // Position disconnected entities in a grid below connected ones if (disconnectedEntities.length > 0) { const connectedMaxY = connectedEntities.length > 0 ? Math.max(...Array.from(positions.values()).map(p => p.y)) + ERD_CARD_H_COLLAPSED : 0; const disconnectedStartY = connectedMaxY + ERD_V_GAP * 2 + 30; // extra gap + label space const COLS = 4; for (let i = 0; i < disconnectedEntities.length; i++) { const col = i % COLS; const row = Math.floor(i / COLS); positions.set(disconnectedEntities[i].name, { x: ERD_PADDING + col * (ERD_CARD_W + ERD_H_GAP * 0.6), y: disconnectedStartY + row * (ERD_CARD_H_COLLAPSED + ERD_V_GAP), }); } } return positions; } /* ── Shared column type detection & comparison ─────────────────── */ type ColType = 'number' | 'date' | 'string'; function detectColumnType(col: string, rows: Record[]): ColType { for (const row of rows) { const v = row[col]; if (v == null || v === '') continue; if (typeof v === 'number' || typeof v === 'bigint') return 'number'; if (v instanceof Date) return 'date'; if (typeof v === 'string' && /^\d{4}-\d{2}-\d{2}/.test(v)) return 'date'; return 'string'; } return 'string'; } function compareValues(a: string, b: string, op: string, colType: ColType): boolean { if (colType === 'number') { const na = parseFloat(a); const nb = parseFloat(b); if (isNaN(na) || isNaN(nb)) return false; switch (op) { case '>': return na > nb; case '<': return na < nb; case '>=': return na >= nb; case '<=': return na <= nb; case '==': return na === nb; default: return false; } } if (colType === 'date') { const da = new Date(a).getTime(); const db = new Date(b).getTime(); if (isNaN(da) || isNaN(db)) return false; switch (op) { case '>': return da > db; case '<': return da < db; case '>=': return da >= db; case '<=': return da <= db; case '==': return da === db; default: return false; } } // string fallback — lexicographic switch (op) { case '>': return a > b; case '<': return a < b; case '>=': return a >= b; case '<=': return a <= b; case '==': return a === b; default: return false; } } /* ── Shared sort types & utilities ────────────────────────────── */ type SortColumn = { col: string; direction: 'asc' | 'desc' }; function buildOrderByClause(sortColumns: SortColumn[], rowColumns?: Set): string { if (sortColumns.length === 0) return ''; const parts = sortColumns.map(s => { const escaped = s.col.replace(/"/g, '""'); const quoted = `"${escaped}"`; const dir = s.direction.toUpperCase(); if (rowColumns && rowColumns.has(s.col)) { return `CASE WHEN ${quoted} = 'Subtotal' THEN 'zzzSubtotal' WHEN ${quoted} = 'Grand Total' THEN 'zzzzGrand Total' ELSE CAST(${quoted} AS VARCHAR) END ${dir}`; } return `${quoted} ${dir}`; }); return ' ORDER BY ' + parts.join(', '); } function cycleSortColumn(prev: SortColumn[], col: string): SortColumn[] { const idx = prev.findIndex(s => s.col === col); if (idx === -1) return [...prev, { col, direction: 'desc' }]; if (prev[idx].direction === 'desc') { const next = [...prev]; next[idx] = { col, direction: 'asc' }; return next; } return prev.filter(s => s.col !== col); } // ═══════════════════════════════════════════════════════════════════════════ // Shared pivot query builders — used by BOTH main pivot tab and dashboard tiles // to ensure identical SQL generation for the same visual, regardless of context. // ═══════════════════════════════════════════════════════════════════════════ /** Build a totals-aware filter clause for row dimension columns. */ function buildTotalsFilter(rowCols: string[]): string { const dq = (s: string) => `"${s.replace(/"/g, '""')}"`; return rowCols.map(c => `${dq(c)} IN ('Subtotal', 'Grand Total')`).join(' OR '); } /** Build COUNT query that excludes totals rows from pagination count. */ function buildPivotCountSql( tempTable: string, rowItems: DimItem[], showSubtotals: boolean, showGrandTotals: boolean, version: number, ): string { const rowCols = dimColNames(rowItems); const hasTotals = (showSubtotals || showGrandTotals) && rowCols.length > 0; if (hasTotals) { return `SELECT count(*)::INTEGER as cnt FROM ${tempTable} WHERE NOT (${buildTotalsFilter(rowCols)}) -- v${version}`; } return `SELECT count(*)::INTEGER as cnt FROM ${tempTable} -- v${version}`; } /** Build paginated SELECT with SQL-level sorting and totals appended via UNION ALL. */ function buildPivotSelectSql( tempTable: string, rowItems: DimItem[], sortColumns: SortColumn[], showSubtotals: boolean, showGrandTotals: boolean, page: number, rowLimit: number, version: number, ): string { const rowCols = dimColNames(rowItems); const hasTotals = (showSubtotals || showGrandTotals) && rowCols.length > 0; const rowColSet = hasTotals ? new Set(rowCols) : undefined; const orderBy = buildOrderByClause(sortColumns, rowColSet); const offset = page * rowLimit; if (hasTotals) { const normalFilter = `NOT (${buildTotalsFilter(rowCols)})`; return `SELECT * FROM (SELECT * FROM ${tempTable} WHERE ${normalFilter}${orderBy} LIMIT ${rowLimit} OFFSET ${offset}) UNION ALL SELECT * FROM ${tempTable} WHERE ${buildTotalsFilter(rowCols)} -- v${version}`; } return `SELECT * FROM ${tempTable}${orderBy} LIMIT ${rowLimit} OFFSET ${offset} -- v${version}`; } /** Build chart SELECT query with chart-specific sort rules applied at SQL level. */ function buildChartSelectSql( tempTable: string, chartSortRules: ChartSortRule[], rowItems: DimItem[], version: number, clientSideWhereClause?: string, ): string { const where = clientSideWhereClause || ''; if (chartSortRules.length === 0) return `SELECT * FROM ${tempTable}${where} -- v${version}`; const rowColNames = dimColNames(rowItems); const parts: string[] = []; for (const rule of chartSortRules) { if (rule.sortBy === 'legend-alpha' || rule.sortBy === 'legend-total') continue; const dir = rule.direction === 'asc' ? 'ASC' : 'DESC'; if (rule.sortBy === 'value-total') { const notIn = [...rowColNames, 'value_names'].map(c => `'${c}'`).join(', '); parts.push(`list_sum([COLUMNS(c -> c NOT IN (${notIn}))]) ${dir}`); } else { parts.push(`"${rule.sortBy}" ${dir}`); } } const orderBy = parts.length > 0 ? ` ORDER BY ${parts.join(', ')}` : ''; return `SELECT * FROM ${tempTable}${where}${orderBy} -- v${version}`; } function SortIndicator({ direction, order }: { direction: 'asc' | 'desc'; order: number }) { const isAsc = direction === 'asc'; return ( ); } /* ── Pagination Bar ───────────────────────────────────────────── */ function PaginationBar({ page, totalRows, rowLimit, onPageChange }: { page: number; totalRows: number; rowLimit: number; onPageChange: (page: number) => void; }) { const totalPages = Math.ceil(totalRows / rowLimit); if (totalPages <= 1) return null; // Show a window of up to 10 page buttons const maxButtons = 10; let startPage = Math.max(0, page - Math.floor(maxButtons / 2)); let endPage = Math.min(totalPages, startPage + maxButtons); if (endPage - startPage < maxButtons) startPage = Math.max(0, endPage - maxButtons); const firstRow = page * rowLimit + 1; const lastRow = Math.min((page + 1) * rowLimit, totalRows); const btnStyle = (active: boolean): React.CSSProperties => ({ width: 26, height: 26, display: 'inline-flex', alignItems: 'center', justifyContent: 'center', border: active ? '1px solid #0777b3' : '1px solid #d0d0d0', borderRadius: 4, cursor: 'pointer', background: active ? '#0777b3' : '#fff', color: active ? '#fff' : '#333', fontSize: 11, fontWeight: active ? 600 : 400, fontFamily: 'inherit', padding: 0, flexShrink: 0, }); const arrowStyle = (disabled: boolean): React.CSSProperties => ({ width: 26, height: 26, display: 'inline-flex', alignItems: 'center', justifyContent: 'center', border: '1px solid #d0d0d0', borderRadius: 4, cursor: disabled ? 'default' : 'pointer', background: '#fff', color: disabled ? '#ccc' : '#333', fontSize: 13, fontFamily: 'inherit', padding: 0, flexShrink: 0, opacity: disabled ? 0.5 : 1, }); return (

{Array.from({ length: endPage - startPage }, (_, i) => { const p = startPage + i; return ( ); })} {firstRow.toLocaleString()} – {lastRow.toLocaleString()} of {totalRows.toLocaleString()}

); } /* ── Column Filter Dropdown ─────────────────────────────────────── */ function ColumnFilterDropdown({ col, pivotData, cascadedData, currentSelection, onApply, onCancel, applyRef, }: { col: string; pivotData: Record[]; cascadedData?: Record[]; currentSelection: Set | null; // null = show all onApply: (selected: Set | null) => void; onCancel: () => void; applyRef?: { current: (() => void) | null }; }) { const [search, setSearch] = useState(""); const [filterMode, setFilterMode] = useState("like" as "like" | ">" | "<" | ">=" | "<=" | "=="); const [pending, setPending] = useState>(() => { if (currentSelection) return new Set(currentSelection); // null means "all" — start with all values selected const all = new Set(); for (const row of pivotData) { all.add(String(row[col] ?? "")); } return all; }); const [hasManualSelection, setHasManualSelection] = useState(false); const [highlightIdx, setHighlightIdx] = useState(-1); const listRef = useRef(null); const searchRef = useRef(null); // All unique values in the column, sorted alphabetically const allValues = useMemo(() => { const s = new Set(); for (const row of pivotData) { s.add(String(row[col] ?? "")); } return Array.from(s).sort((a, b) => a.localeCompare(b)); }, [pivotData, col]); // Values present in cascaded (other-filter-applied) data const availableValues = useMemo(() => { const data = cascadedData || pivotData; const s = new Set(); for (const row of data) s.add(String(row[col] ?? "")); return s; }, [cascadedData, pivotData, col]); const hasCascading = !!cascadedData && cascadedData !== pivotData; const colType = useMemo(() => detectColumnType(col, pivotData), [pivotData, col]); const isComparable = colType === 'number' || colType === 'date'; // Filtered + limited values based on search and filterMode, split by availability const { filteredAvailable, filteredUnavailableSelected } = useMemo(() => { const q = search.trim(); let base: string[]; if (!q) { base = allValues; } else if (filterMode === "like" || !isComparable) { const lq = q.toLowerCase(); base = allValues.filter((v) => v.toLowerCase().includes(lq)); } else { base = allValues.filter((v) => compareValues(v, q, filterMode, colType)); } const available = base.filter(v => availableValues.has(v)).slice(0, 1000); const unavailableSelected = base.filter(v => !availableValues.has(v) && pending.has(v)).slice(0, 200); return { filteredAvailable: available, filteredUnavailableSelected: unavailableSelected }; }, [allValues, search, filterMode, isComparable, colType, availableValues, pending]); // Reset highlight when search changes useEffect(() => { setHighlightIdx(-1); }, [search]); // Scroll highlighted item into view useEffect(() => { if (highlightIdx < 0 || !listRef.current) return; const items = listRef.current.querySelectorAll("[data-filter-option]"); items[highlightIdx]?.scrollIntoView({ block: "nearest" }); }, [highlightIdx]); const toggleValue = (val: string) => { setHasManualSelection(true); setPending((prev) => { const next = new Set(prev); if (next.has(val)) next.delete(val); else next.add(val); return next; }); }; // Unavailable values can only be deselected, never re-selected const toggleUnavailableValue = (val: string) => { setHasManualSelection(true); setPending((prev) => { if (!prev.has(val)) return prev; const next = new Set(prev); next.delete(val); return next; }); }; const selectAllFiltered = () => { setHasManualSelection(true); setPending((prev) => { const next = new Set(prev); for (const v of filteredAvailable) next.add(v); return next; }); }; const selectNoneFiltered = () => { setHasManualSelection(true); if (!search.trim()) { // No search active — clear all selections setPending(new Set()); } else { setPending((prev) => { const next = new Set(prev); for (const v of filteredAvailable) next.delete(v); for (const v of filteredUnavailableSelected) next.delete(v); return next; }); } }; const handleApply = () => { const hasSearch = search.trim() !== ""; if (hasSearch && !hasManualSelection) { // No manual interaction — filter to just the search results if (filteredAvailable.length === allValues.length) { onApply(null); } else { onApply(new Set(filteredAvailable)); } } else if (hasSearch && hasManualSelection) { // Manual selections made — add search results to pending const merged = new Set(pending); for (const v of filteredAvailable) merged.add(v); if (merged.size === allValues.length) { onApply(null); } else { onApply(merged); } } else { // No search — apply pending as-is // If all available values are selected (and no unavailable stragglers), clear filter entirely const allAvailableSelected = filteredAvailable.length > 0 && filteredAvailable.every(v => pending.has(v)) && filteredUnavailableSelected.length === 0; if (pending.size === allValues.length || allAvailableSelected) { onApply(null); } else { onApply(new Set(pending)); } } }; const handleEscape = () => { onCancel(); }; // Register apply handler so parent outside-click can trigger it useEffect(() => { if (applyRef) applyRef.current = handleApply; return () => { if (applyRef) applyRef.current = null; }; }); const totalNavigable = filteredAvailable.length + filteredUnavailableSelected.length; const handleKeyDown = (e: any) => { const isInput = (e.target as HTMLElement).tagName === "INPUT"; if (e.key === "ArrowDown") { e.preventDefault(); setHighlightIdx((i) => Math.min(i + 1, totalNavigable - 1)); } else if (e.key === "ArrowUp") { e.preventDefault(); setHighlightIdx((i) => Math.max(i - 1, 0)); } else if (e.key === " " && highlightIdx >= 0 && !isInput) { e.preventDefault(); if (highlightIdx < filteredAvailable.length) { toggleValue(filteredAvailable[highlightIdx]); } else { toggleUnavailableValue(filteredUnavailableSelected[highlightIdx - filteredAvailable.length]); } } else if (e.key === "Enter") { e.preventDefault(); handleApply(); } else if (e.key === "Escape") { e.preventDefault(); handleEscape(); } }; const isAllFilteredSelected = filteredAvailable.every((v) => pending.has(v)); const isNoneFilteredSelected = filteredAvailable.every((v) => !pending.has(v)) && filteredUnavailableSelected.length === 0; return (

{/* Search box with optional operator dropdown for numeric/date columns */}

{isComparable && (

)} setSearch(e.target.value)} type={colType === 'number' && filterMode !== "like" ? "number" : "text"} style={{ fontSize: 11, padding: "5px 8px", border: "1px solid #d0d0d0", borderRadius: 4, outline: "none", width: "100%", fontFamily: "inherit", boxSizing: "border-box", flex: 1, minWidth: 0, }} />

{/* All / None */}

{pending.size}/{allValues.length}{hasCascading && availableValues.size < allValues.length ? ` (${availableValues.size} avail)` : ""}

{/* Scrollable option list */}

{filteredAvailable.length === 0 && filteredUnavailableSelected.length === 0 && (

No matches

)} {/* Available values */} {filteredAvailable.map((val, i) => { const checked = pending.has(val); const highlighted = i === highlightIdx; return (

toggleValue(val)} style={{ display: "flex", alignItems: "center", gap: 6, padding: "3px 8px", cursor: "pointer", fontSize: 11, background: highlighted ? "#f0f4f8" : "transparent", }} onMouseEnter={(e) => { if (!highlighted) e.currentTarget.style.background = "#f8f8f8"; setHighlightIdx(i); }} onMouseLeave={(e) => { if (!highlighted) e.currentTarget.style.background = "transparent"; }} >

{checked && ( )}

{val || (empty)}

); })} {/* Unavailable but selected values — greyed out, can only deselect */} {filteredUnavailableSelected.length > 0 && (

not in filtered data

)} {filteredUnavailableSelected.map((val, i) => { const globalIdx = filteredAvailable.length + i; const checked = pending.has(val); const highlighted = globalIdx === highlightIdx; return (

toggleUnavailableValue(val)} style={{ display: "flex", alignItems: "center", gap: 6, padding: "3px 8px", cursor: "pointer", fontSize: 11, opacity: 0.5, background: highlighted ? "#f0f4f8" : "transparent", }} onMouseEnter={(e) => { if (!highlighted) e.currentTarget.style.background = "#f8f8f8"; setHighlightIdx(globalIdx); }} onMouseLeave={(e) => { if (!highlighted) e.currentTarget.style.background = "transparent"; }} >

{checked && ( )}

{val || (empty)}

); })}

{/* Cancel / Apply */}

); } const sq = (s: string) => s.replace(/'/g, "''"); const dq = (s: string) => `"${s.replace(/"/g, '""')}"`; const hasColumnsAndMultipleValues = (columnItems: { col: string }[], valueItems: { expr: string }[], valuesAxis: 'columns' | 'rows' | null): boolean => columnItems.length >= 1 && valueItems.length >= 2 && valuesAxis !== 'rows'; const prettyColName = (col: string, columnItems: { col: string }[], valueItems: { expr: string }[], valuesAxis: 'columns' | 'rows' | null): string => { let s = col.replace(/\|\|\|/g, ' '); if (hasColumnsAndMultipleValues(columnItems, valueItems, valuesAxis)) { let prefix = s, suffix = ''; if (s.endsWith(')')) { const openIdx = s.lastIndexOf('('); if (openIdx > 0) { prefix = s.slice(0, openIdx); suffix = s.slice(openIdx); } } const lastUnderscore = prefix.lastIndexOf('_'); if (lastUnderscore > 0) prefix = prefix.slice(0, lastUnderscore) + ' ' + prefix.slice(lastUnderscore + 1); s = prefix + suffix; } return s; }; const sqlList = (items: string[]): string => { const clean = items.filter((s): s is string => s != null); if (clean.length === 0) return "[]"; return "[" + clean.map((s) => `'${sq(s)}'`).join(", ") + "]"; }; /* ── SQL Tokenizer & Editor ────────────────────────────────────── */ function tokenizeSql(sql: string, keywords: Set): React.ReactNode[] { const tokens: React.ReactNode[] = []; let i = 0; let key = 0; while (i < sql.length) { // Single-line comment if (sql[i] === "-" && sql[i + 1] === "-") { const end = sql.indexOf("\n", i); const commentEnd = end === -1 ? sql.length : end; tokens.push({sql.slice(i, commentEnd)}); i = commentEnd; continue; } // Block comment if (sql[i] === "/" && sql[i + 1] === "*") { const end = sql.indexOf("*/", i + 2); const commentEnd = end === -1 ? sql.length : end + 2; tokens.push({sql.slice(i, commentEnd)}); i = commentEnd; continue; } // String literal if (sql[i] === "'") { let j = i + 1; while (j < sql.length) { if (sql[j] === "'" && sql[j + 1] === "'") { j += 2; continue; } if (sql[j] === "'") { j++; break; } j++; } tokens.push({sql.slice(i, j)}); i = j; continue; } // Word (identifier or keyword) if (/[a-zA-Z_]/.test(sql[i])) { let j = i + 1; while (j < sql.length && /[a-zA-Z0-9_]/.test(sql[j])) j++; const word = sql.slice(i, j); if (keywords.has(word.toUpperCase())) { tokens.push({word}); } else { tokens.push({word}); } i = j; continue; } // Collect consecutive non-special characters let j = i + 1; while ( j < sql.length && !/[a-zA-Z_]/.test(sql[j]) && sql[j] !== "'" && sql[j] !== "-" && sql[j] !== "/" ) { j++; } tokens.push({sql.slice(i, j)}); i = j; } return tokens; } /* ── Malloy Tokenizer ──────────────────────────────────────────── */ const MALLOY_KEYWORDS = new Set([ 'source', 'is', 'extend', 'join_one', 'join_many', 'join_cross', 'on', 'primary_key', 'dimension', 'measure', 'where', 'having', 'group_by', 'order_by', 'limit', 'top', 'accept', 'except', 'rename', 'run', 'query', 'aggregate', 'project', 'index', 'calculate', 'nest', 'select', 'declare', 'asc', 'desc', 'true', 'false', 'null', 'not', 'and', 'or', ]); function tokenizeMalloy(code: string): React.ReactNode[] { const tokens: React.ReactNode[] = []; let i = 0; let key = 0; while (i < code.length) { // Single-line comment if (code[i] === '/' && code[i + 1] === '/') { const end = code.indexOf('\n', i); const commentEnd = end === -1 ? code.length : end; tokens.push({code.slice(i, commentEnd)}); i = commentEnd; continue; } // Block comment if (code[i] === '/' && code[i + 1] === '*') { const end = code.indexOf('*/', i + 2); const commentEnd = end === -1 ? code.length : end + 2; tokens.push({code.slice(i, commentEnd)}); i = commentEnd; continue; } // String literal if (code[i] === "'") { let j = i + 1; while (j < code.length) { if (code[j] === "'" && code[j + 1] === "'") { j += 2; continue; } if (code[j] === "'") { j++; break; } j++; } tokens.push({code.slice(i, j)}); i = j; continue; } // Backtick identifier if (code[i] === '`') { const end = code.indexOf('`', i + 1); const btEnd = end === -1 ? code.length : end + 1; tokens.push({code.slice(i, btEnd)}); i = btEnd; continue; } // Arrow operator -> if (code[i] === '-' && code[i + 1] === '>') { tokens.push({'->'}); i += 2; continue; } // Operators if ('{}=:+*/()|!,'.includes(code[i])) { tokens.push({code[i]}); i++; continue; } // Word (identifier or keyword) if (/[a-zA-Z_]/.test(code[i])) { let j = i + 1; while (j < code.length && /[a-zA-Z0-9_]/.test(code[j])) j++; const word = code.slice(i, j); if (MALLOY_KEYWORDS.has(word)) { tokens.push({word}); } else { tokens.push({word}); } i = j; continue; } // Collect non-special characters let j = i + 1; while ( j < code.length && !/[a-zA-Z_'`/{}=:+*()|\-!,]/.test(code[j]) ) j++; tokens.push({code.slice(i, j)}); i = j; } return tokens; } const SQL_EDITOR_FONT: React.CSSProperties = { fontFamily: 'ui-monospace, "SF Mono", "Cascadia Mono", Menlo, Monaco, Consolas, monospace', fontSize: 12, lineHeight: "20px", }; function SqlEditor({ value, onChange, keywords, onRun, tokenizer, placeholder, }: { value: string; onChange: (v: string) => void; keywords: Set; onRun?: () => void; tokenizer?: (code: string) => React.ReactNode[]; placeholder?: string; }) { const textareaRef = useRef(null); const preRef = useRef(null); const lineNumRef = useRef(null); const measureRef = useRef(null); const [lineHeights, setLineHeights] = useState([]); const syncScroll = useCallback(() => { const ta = textareaRef.current; if (!ta) return; if (preRef.current) { preRef.current.scrollTop = ta.scrollTop; preRef.current.scrollLeft = ta.scrollLeft; } if (lineNumRef.current) { lineNumRef.current.scrollTop = ta.scrollTop; } }, []); // Measure actual rendered line heights to sync gutter with word-wrapped content const measureLines = useCallback(() => { const measureDiv = measureRef.current; if (!measureDiv) return; const lines = value.split('\n'); measureDiv.innerHTML = ''; const els: HTMLDivElement[] = []; for (const line of lines) { const el = document.createElement('div'); el.textContent = line || '\u200b'; measureDiv.appendChild(el); els.push(el); } const heights = els.map(el => el.offsetHeight); setLineHeights(heights); }, [value]); useEffect(() => { measureLines(); }, [measureLines]); useEffect(() => { const codeArea = preRef.current?.parentElement; if (!codeArea) return; const ro = new ResizeObserver(measureLines); ro.observe(codeArea); return () => ro.disconnect(); }, [measureLines]); const highlighted = useMemo(() => tokenizer ? tokenizer(value) : tokenizeSql(value, keywords), [value, keywords, tokenizer]); const lineCount = Math.max(value.split("\n").length, 1); const gutterWidth = Math.max(30, String(lineCount).length * 9 + 16); const handleKeyDown = (e: React.KeyboardEvent) => { if (e.key === "Tab") { e.preventDefault(); const ta = textareaRef.current!; const start = ta.selectionStart; const end = ta.selectionEnd; const nv = value.substring(0, start) + " " + value.substring(end); onChange(nv); requestAnimationFrame(() => { ta.selectionStart = ta.selectionEnd = start + 2; }); } if (e.shiftKey && e.key === "Enter" && onRun) { e.preventDefault(); onRun(); } }; return (

{/* Line numbers */}

{Array.from({ length: lineCount }, (_, i) => (

{i + 1}

))}

{/* Code area */}

          {highlighted}
          {"\n"}

onChange(e.target.value)}
          onScroll={syncScroll}
          onMouseDown={syncScroll}
          onClick={syncScroll}
          onKeyDown={handleKeyDown}
          onKeyUp={syncScroll}
          spellCheck={false}
          placeholder={placeholder || "Enter SQL query..."}
          style={{
            ...SQL_EDITOR_FONT,
            position: "absolute",
            top: 0,
            left: 0,
            width: "100%",
            height: "100%",
            margin: 0,
            padding: 8,
            border: "none",
            outline: "none",
            resize: "none",
            background: "transparent",
            color: "transparent",
            caretColor: "#231f20",
            whiteSpace: "pre-wrap",
            wordWrap: "break-word",
            overflowY: "scroll",
            overflowX: "hidden",
            boxSizing: "border-box",
          }}
        />
        {/* Hidden measurement div — same width/font/wrapping as code area, used to measure per-line heights for gutter sync */}
        <div
          ref={measureRef}
          aria-hidden="true"
          style={{
            ...SQL_EDITOR_FONT,
            position: "absolute",
            top: 0,
            left: 0,
            width: "100%",
            padding: 8,
            visibility: "hidden",
            whiteSpace: "pre-wrap",
            wordWrap: "break-word",
            boxSizing: "border-box",
            pointerEvents: "none",
          }}
        />
      </div>
    </div>
  );
}

type ChatMessage = {
  id: number;
  role: 'user' | 'assistant' | 'system';
  content: string;
};

interface QuadItem {
  id: string;
  expr: string;
  col?: string;
  table?: string;
}

interface DimItem {
  id: string;
  col: string;
  granularity?: string;
  table?: string;
}

const TIMESTAMP_GRANULARITIES: { key: string; label: string; truncPart: string }[] = [
  { key: 'year', label: 'Year', truncPart: 'year' },
  { key: 'yearmonth', label: 'Year Month', truncPart: 'month' },
  { key: 'yearweek', label: 'Year Week', truncPart: 'week' },
  { key: 'date', label: 'Date', truncPart: 'day' },
  { key: 'date_hour', label: 'Date Hour', truncPart: 'hour' },
  { key: 'date_hour_minute', label: 'Date Hour Minute', truncPart: 'minute' },
  { key: 'date_hour_minute_second', label: 'Date Hour Min Sec', truncPart: 'second' },
  { key: '', label: 'Raw Timestamp', truncPart: '' },
];

const DATE_GRANULARITIES: { key: string; label: string; truncPart: string }[] = [
  { key: 'year', label: 'Year', truncPart: 'year' },
  { key: 'yearmonth', label: 'Year Month', truncPart: 'month' },
  { key: 'yearweek', label: 'Year Week', truncPart: 'week' },
  { key: '', label: 'Date (raw)', truncPart: '' },
];

interface FilterMeta {
  col: string;
  mode: "like" | ">" | "<" | ">=" | "<=" | "==";
  selectedValues: string[];
  searchText: string;
}

/** A filter that can be applied client-side instead of via server SQL WHERE. */
interface ClientSideFilter {
  id: string;
  slicerTabId: string;
  col: string;           // Original column name from slicer
  table?: string;        // Table name (for semantic model joins)
  expr: string;          // SQL expression (fallback to server-side)
  meta: FilterMeta;      // Full slicer state (mode, selectedValues, searchText)
  placement: 'rows' | 'columns';  // Where the slicer column lives in this tile's quadrants
}

/** Returns true for chart types that behave like slicers (slicer + filter). */
function isSlicerLike(chartType: string | undefined): boolean { return chartType === 'slicer' || chartType === 'filter'; }

/** Check if a slicer column matches a dim item (row/column quadrant entry). */
function matchesDimItem(slicerCol: string, slicerTable: string | undefined, dim: DimItem): boolean {
  if (dim.granularity) return false; // granularity mismatch → no client-side match
  if (slicerTable && dim.table) return slicerCol === dim.col && slicerTable === dim.table;
  return slicerCol === dim.col;
}

/** Evaluate a comparison operator against two values. Returns true if the comparison holds. */
function evaluateComparison(value: number | string, mode: string, threshold: number | string): boolean {
  const op = mode === '==' ? '=' : mode;
  switch (op) {
    case '>': return value > threshold;
    case '<': return value < threshold;
    case '>=': return value >= threshold;
    case '<=': return value <= threshold;
    case '=': return value === threshold;
    default: return true;
  }
}

/** Match a slicer value against a pivot-generated column name.
 *  Handles single-value (col = "CA") and multi-value ("SUM(amount)_CA") naming. */
function pivotColumnMatchesValue(colName: string, value: string, valueItems: QuadItem[]): boolean {
  if (colName === value) return true;
  // Numeric normalization (handles "1959" vs "1959.0")
  if (!isNaN(Number(colName)) && !isNaN(Number(value)) && Number(colName) === Number(value)) return true;
  // Multi-value: DuckDB PIVOT names columns as "{value}_{alias}" or "{alias}_{value}"
  for (const v of valueItems) {
    if (colName === `${value}_${v.expr}` || colName === `${v.expr}_${value}`) return true;
  }
  // Multi-column-dim: values concatenated with "|||"
  if (colName.includes('|||')) {
    const parts = colName.split('|||');
    if (parts.includes(value)) return true;
  }
  return false;
}

/** Determine which pivot columns should be hidden based on a client-side filter on columns quadrant.
 *  Returns column names that do NOT match the slicer selections. */
function computeSlicerHiddenColumns(
  allColumns: string[], rowColNames: string[], filter: ClientSideFilter, valueItems: QuadItem[],
): string[] {
  if (filter.expr === '1=1') return []; // all selected → hide nothing
  const meta = filter.meta;
  const isComparison = meta.mode !== 'like' && meta.searchText.trim() !== '';
  // For "like" mode: hide columns whose value is NOT in selectedValues
  // For comparison: hide columns whose value doesn't satisfy the comparison
  return allColumns.filter(col => {
    if (rowColNames.includes(col) || col === 'value_names') return false; // keep row dims
    if (isComparison) {
      const dimVal = extractDimValueFromColumn(col, valueItems);
      if (dimVal === null) return false;
      const numVal = Number(dimVal);
      const threshold = Number(meta.searchText.trim());
      if (isNaN(numVal) || isNaN(threshold)) return false;
      return !evaluateComparison(numVal, meta.mode, threshold);
    }
    if (meta.selectedValues.length === 0) return true; // none selected → hide all data cols
    return !meta.selectedValues.some(v => pivotColumnMatchesValue(col, v, valueItems));
  });
}

/** Extract the original dimension value from a pivot-generated column name. */
function extractDimValueFromColumn(colName: string, valueItems: QuadItem[]): string | null {
  // Try stripping known value expression prefixes/suffixes
  for (const v of valueItems) {
    if (colName.startsWith(`${v.expr}_`)) return colName.slice(v.expr.length + 1);
    if (colName.endsWith(`_${v.expr}`)) return colName.slice(0, -(v.expr.length + 1));
  }
  return colName; // No prefix/suffix found — column name IS the dimension value
}

/** Apply client-side row filters to an array of data rows.
 *  Filters with placement='rows' use the dim column name to filter values. */
function applyClientSideRowFilters(
  data: Record<string, unknown>[],
  clientFilters: ClientSideFilter[],
  rowItems: DimItem[],
): Record<string, unknown>[] {
  // Only keep filters that actually restrict rows (skip "all selected" / passthrough filters)
  const rowFilters = clientFilters.filter(f => f.placement === 'rows' && f.expr !== '1=1');
  if (rowFilters.length === 0) return data;
  return data.filter(row => {
    return rowFilters.every(cf => {
      const dim = rowItems.find(d => matchesDimItem(cf.col, cf.table, d));
      if (!dim) return true;
      const colName = dimColName(dim);
      const cellValue = String(row[colName] ?? '');
      const meta = cf.meta;
      if (cellValue === 'Subtotal' || cellValue === 'Grand Total') return true;
      if (meta.mode !== 'like' && meta.searchText.trim() !== '') {
        const numCell = Number(cellValue);
        const threshold = Number(meta.searchText.trim());
        if (isNaN(numCell) || isNaN(threshold)) {
          return evaluateComparison(cellValue, meta.mode, meta.searchText.trim());
        }
        return evaluateComparison(numCell, meta.mode, threshold);
      }
      if (meta.selectedValues.length === 0) return false;
      // Try exact match first, then numeric match (handles "1959" vs "1959.0")
      if (meta.selectedValues.includes(cellValue)) return true;
      const numCell = Number(cellValue);
      if (!isNaN(numCell)) {
        return meta.selectedValues.some(v => Number(v) === numCell);
      }
      return false;
    });
  });
}

/** Build SQL WHERE clauses from client-side row filters (for chart queries from temp tables). */
function buildClientSideRowWhereClause(clientFilters: ClientSideFilter[], rowItems: DimItem[]): string {
  const rowFilters = clientFilters.filter(f => f.placement === 'rows' && f.expr !== '1=1');
  if (rowFilters.length === 0) return '';
  const clauses: string[] = [];
  for (const cf of rowFilters) {
    const dim = rowItems.find(d => matchesDimItem(cf.col, cf.table, d));
    if (!dim) continue;
    const colName = dimColName(dim);
    const meta = cf.meta;
    if (meta.mode !== 'like' && meta.searchText.trim() !== '') {
      const op = meta.mode === '==' ? '=' : meta.mode;
      const val = meta.searchText.trim();
      // Check if it's a number or needs quoting
      if (isNaN(Number(val))) {
        clauses.push(`${dq(colName)} ${op} '${val.replace(/'/g, "''")}'`);
      } else {
        clauses.push(`${dq(colName)} ${op} ${val}`);
      }
    } else {
      // "like" mode with selected values
      if (meta.selectedValues.length === 0) {
        clauses.push('1=0');
      } else {
        const vals = meta.selectedValues.map(v => `'${v.replace(/'/g, "''")}'`).join(',');
        clauses.push(`${dq(colName)} IN (${vals})`);
      }
    }
  }
  return clauses.length > 0 ? ' WHERE ' + clauses.join(' AND ') : '';
}

interface ConditionalFormatRule {
  id: string;
  applyTo: 'row' | string; // 'row' for entire row, or column name
  conditionColumn: string;
  operator: 'like' | '>' | '<' | '>=' | '<=' | '==' | '!=' | 'contains' | 'not_contains' | 'starts_with' | 'ends_with';
  value: string;
  fontColor?: string;
  bgColor?: string;
  bold?: boolean;
  italic?: boolean;
  underline?: boolean;
}

interface ChartSortRule {
  id: string;
  sortBy: string; // row column name, 'legend-alpha', 'legend-total', 'value-total'
  direction: 'asc' | 'desc';
}

/* ── Shared Table Format & Runtime Types ──────────────────────── */

/** Base formatting for any table rendering (pivot or drilldown). */
interface TableFormat {
  title: string;
  titleFontSize: number;
  titlePosition: 'left' | 'center' | 'right';
  headerFontSize: number;
  dataFontSize: number;
  columnTextFormats: Record<string, { bold?: boolean; italic?: boolean; underline?: boolean; color?: string; bgColor?: string; align?: 'left' | 'center' | 'right'; numberFormat?: string }>;
  conditionalFormats: ConditionalFormatRule[];
  dataFormat: DataFormatSettings;
  columnDataFormats: Record<string, DataFormatSettings>;
  colWidthMode: ColWidthMode;
  colWidthMaxData: number;
  colWidthFixed: number;
  colWidthOverrides: Record<string, number>;
  showColumns: string[];
  hideColumns: string[];
}

/** Pivot table format = base table format + pivot-specific fields. */
type PivotTableFormat = TableFormat & {
  columnNameReplacements: Record<string, string>;
  maxRowCount: number;
};

/** Drilldown table format = base table format + drilldown-specific fields. */
type DrilldownTableFormat = TableFormat & {
  rowLimit: number;
};

// Default factories — functions to avoid referencing DEFAULT_DATA_FORMAT before initialization.
function defaultTableFormat(): TableFormat {
  return {
    title: '', titleFontSize: 16, titlePosition: 'center',
    headerFontSize: 12, dataFontSize: 12,
    columnTextFormats: {}, conditionalFormats: [],
    dataFormat: { ...DEFAULT_DATA_FORMAT }, columnDataFormats: {},
    colWidthMode: 'name' as ColWidthMode, colWidthMaxData: 300, colWidthFixed: 150, colWidthOverrides: {},
    showColumns: [], hideColumns: [],
  };
}

function filterVisibleColumns(allColumns: string[], showColumns: string[], hideColumns: string[]): string[] {
  const hideSet = new Set(hideColumns);
  let visible = allColumns;
  if (showColumns.length > 0) {
    const showSet = new Set(showColumns);
    visible = allColumns.filter(c => showSet.has(c));
  }
  return visible.filter(c => !hideSet.has(c));
}

function defaultPivotTableFormat(): PivotTableFormat {
  return { ...defaultTableFormat(), columnNameReplacements: {}, maxRowCount: 1000000 };
}
function defaultDrilldownTableFormat(): DrilldownTableFormat {
  return { ...defaultTableFormat(), rowLimit: 100 };
}

interface RefLine {
  id: string;
  value: number;
  color: string;
  thickness: number;
  style: 'solid' | 'dashed' | 'dotted';
  label: string;
}

interface ChartFormat {
  chartTitle: string;
  chartTitleFontSize: number;
  chartTitlePosition: 'left' | 'center' | 'right';
  dataLabelsEnabled: boolean;
  dataLabelsPosition: 'above' | 'on' | 'below';
  dataLabelsFontSize: number;
  dataLabelsColor: string;
  dataLabelsBgColor: string;
  dataLabelsBold: boolean;
  dataLabelsItalic: boolean;
  legendEnabled: boolean;
  legendPosition: 'bottom' | 'left' | 'right' | 'top';
  legendFontSize: number;
  colorTheme: string;
  markersEnabled: boolean;
  markerSize: number;
  markerShapeTheme: string;
  markerFill: string;
  chartLineWidth: number;
  showLines: boolean;
  seriesOverrides: Record<string, any>;
  composedDefaultType: string;
  composedStacked: boolean;
  chartBarGap: number;
  chartBarCategoryGap: number;
  xAxisMin: string;
  xAxisMax: string;
  yAxisMin: string;
  yAxisMax: string;
  chartSortRules: ChartSortRule[];
  hRefLines: RefLine[];
  vRefLines: RefLine[];
  xAxisType: 'auto' | 'numeric' | 'categorical';
  markdownText: string;
  bigNumberFontSize: number;
  bigNumberAbbreviate: boolean;
  bigNumberDecimalPlaces: number;
  bigNumberTitle: string;
  bigNumberTitlePosition: string;
  bigNumberTitleFontSize: number;
}

function defaultChartFormat(): ChartFormat {
  return {
    chartTitle: '', chartTitleFontSize: 16, chartTitlePosition: 'center',
    dataLabelsEnabled: false, dataLabelsPosition: 'above', dataLabelsFontSize: 11,
    dataLabelsColor: '#231f20', dataLabelsBgColor: '', dataLabelsBold: false, dataLabelsItalic: false,
    legendEnabled: true, legendPosition: 'bottom', legendFontSize: 13,
    colorTheme: 'default',
    markersEnabled: true, markerSize: 4, markerShapeTheme: 'circles', markerFill: 'solid',
    chartLineWidth: 2, showLines: true,
    seriesOverrides: {},
    composedDefaultType: 'line', composedStacked: false,
    chartBarGap: 4, chartBarCategoryGap: 20,
    xAxisMin: '', xAxisMax: '', yAxisMin: '', yAxisMax: '',
    chartSortRules: [],
    hRefLines: [], vRefLines: [],
    xAxisType: 'auto',
    markdownText: '',
    bigNumberFontSize: 48, bigNumberAbbreviate: true, bigNumberDecimalPlaces: 0,
    bigNumberTitle: '', bigNumberTitlePosition: 'above', bigNumberTitleFontSize: 14,
  };
}

function extractChartFormat(s: any): ChartFormat {
  return {
    chartTitle: s.chartTitle ?? s.chartFormat?.chartTitle ?? '',
    chartTitleFontSize: s.chartTitleFontSize ?? s.chartFormat?.chartTitleFontSize ?? 16,
    chartTitlePosition: s.chartTitlePosition ?? s.chartFormat?.chartTitlePosition ?? 'center',
    dataLabelsEnabled: s.dataLabelsEnabled ?? s.chartFormat?.dataLabelsEnabled ?? false,
    dataLabelsPosition: s.dataLabelsPosition ?? s.chartFormat?.dataLabelsPosition ?? 'above',
    dataLabelsFontSize: s.dataLabelsFontSize ?? s.chartFormat?.dataLabelsFontSize ?? 11,
    dataLabelsColor: s.dataLabelsColor ?? s.chartFormat?.dataLabelsColor ?? '#231f20',
    dataLabelsBgColor: s.dataLabelsBgColor ?? s.chartFormat?.dataLabelsBgColor ?? '',
    dataLabelsBold: s.dataLabelsBold ?? s.chartFormat?.dataLabelsBold ?? false,
    dataLabelsItalic: s.dataLabelsItalic ?? s.chartFormat?.dataLabelsItalic ?? false,
    legendEnabled: s.legendEnabled ?? s.chartFormat?.legendEnabled ?? true,
    legendPosition: s.legendPosition ?? s.chartFormat?.legendPosition ?? 'bottom',
    legendFontSize: s.legendFontSize ?? s.chartFormat?.legendFontSize ?? 13,
    colorTheme: s.colorTheme ?? s.chartFormat?.colorTheme ?? 'default',
    markersEnabled: s.markersEnabled ?? s.chartFormat?.markersEnabled ?? true,
    markerSize: s.markerSize ?? s.chartFormat?.markerSize ?? 4,
    markerShapeTheme: s.markerShapeTheme ?? s.chartFormat?.markerShapeTheme ?? 'circles',
    markerFill: s.markerFill ?? s.chartFormat?.markerFill ?? 'solid',
    chartLineWidth: s.chartLineWidth ?? s.chartFormat?.chartLineWidth ?? 2,
    showLines: s.showLines ?? s.chartFormat?.showLines ?? true,
    seriesOverrides: s.seriesOverrides ?? s.chartFormat?.seriesOverrides ?? {},
    composedDefaultType: s.composedDefaultType ?? s.chartFormat?.composedDefaultType ?? 'line',
    composedStacked: s.composedStacked ?? s.chartFormat?.composedStacked ?? false,
    chartBarGap: s.chartBarGap ?? s.chartFormat?.chartBarGap ?? 4,
    chartBarCategoryGap: s.chartBarCategoryGap ?? s.chartFormat?.chartBarCategoryGap ?? 20,
    xAxisMin: s.xAxisMin ?? s.chartFormat?.xAxisMin ?? '',
    xAxisMax: s.xAxisMax ?? s.chartFormat?.xAxisMax ?? '',
    yAxisMin: s.yAxisMin ?? s.chartFormat?.yAxisMin ?? '',
    yAxisMax: s.yAxisMax ?? s.chartFormat?.yAxisMax ?? '',
    chartSortRules: s.chartSortRules ?? migrateLegendSortOrder(s.legendSortOrder) ?? s.chartFormat?.chartSortRules ?? [],
    hRefLines: s.hRefLines ?? s.chartFormat?.hRefLines ?? [],
    vRefLines: s.vRefLines ?? s.chartFormat?.vRefLines ?? [],
    xAxisType: s.xAxisType ?? s.chartFormat?.xAxisType ?? 'auto',
    markdownText: s.markdownText ?? s.chartFormat?.markdownText ?? '',
    bigNumberFontSize: s.bigNumberFontSize ?? s.chartFormat?.bigNumberFontSize ?? 48,
    bigNumberAbbreviate: s.bigNumberAbbreviate ?? s.chartFormat?.bigNumberAbbreviate ?? true,
    bigNumberDecimalPlaces: s.bigNumberDecimalPlaces ?? s.chartFormat?.bigNumberDecimalPlaces ?? 0,
    bigNumberTitle: s.bigNumberTitle ?? s.chartFormat?.bigNumberTitle ?? '',
    bigNumberTitlePosition: s.bigNumberTitlePosition ?? s.chartFormat?.bigNumberTitlePosition ?? 'above',
    bigNumberTitleFontSize: s.bigNumberTitleFontSize ?? s.chartFormat?.bigNumberTitleFontSize ?? 14,
  };
}

interface PivotConfig {
  selected: { db: string; schema: string; table: string } | null;
  filterItems: QuadItem[];
  clientSideFilterItems: ClientSideFilter[];
  columnItems: DimItem[];
  rowItems: DimItem[];
  valueItems: QuadItem[];
  selectedTables: Array<{ db: string; schema: string; table: string }>;
  showSubtotals: boolean;
  showGrandTotals: boolean;
  valuesAxis: 'columns' | 'rows' | null;
  chartType: ChartTypeId;
  semanticModelKey: string | null;
}

function defaultPivotConfig(type: 'pivot' | 'chart' = 'pivot'): PivotConfig {
  return {
    selected: null,
    filterItems: [], clientSideFilterItems: [], columnItems: [], rowItems: [], valueItems: [],
    selectedTables: [],
    showSubtotals: false, showGrandTotals: false, valuesAxis: null,
    chartType: (type === 'chart' ? 'bar' : 'table') as ChartTypeId,
    semanticModelKey: null,
  };
}

function extractPivotConfig(s: any): PivotConfig {
  return {
    selected: s.selected ?? s.pivotConfig?.selected ?? null,
    filterItems: s.filterItems ?? s.pivotConfig?.filterItems ?? [],
    clientSideFilterItems: s.clientSideFilterItems ?? s.pivotConfig?.clientSideFilterItems ?? [],
    columnItems: s.columnItems ?? s.pivotConfig?.columnItems ?? [],
    rowItems: s.rowItems ?? s.pivotConfig?.rowItems ?? [],
    valueItems: s.valueItems ?? s.pivotConfig?.valueItems ?? [],
    selectedTables: s.selectedTables ?? s.pivotConfig?.selectedTables ?? [],
    showSubtotals: s.showSubtotals ?? s.pivotConfig?.showSubtotals ?? false,
    showGrandTotals: s.showGrandTotals ?? s.pivotConfig?.showGrandTotals ?? false,
    valuesAxis: s.valuesAxis ?? s.pivotConfig?.valuesAxis ?? null,
    chartType: s.chartType ?? s.pivotConfig?.chartType ?? 'table',
    semanticModelKey: s.semanticModelKey ?? s.pivotConfig?.semanticModelKey ?? null,
  };
}

interface TableRuntime {
  sortColumns: SortColumn[];
  rowLimit: number;
  page: number;
  colWidths: Record<string, number>;
  tblFilters: Record<string, Set<string>>;
  filterMetaMap: Record<string, FilterMeta>;
}

function defaultTableRuntime(): TableRuntime {
  return {
    sortColumns: [], rowLimit: 100, page: 0,
    colWidths: {}, tblFilters: {}, filterMetaMap: {},
  };
}

function extractPivotRuntime(s: any): TableRuntime {
  return {
    sortColumns: s.pivotSortColumns ?? s.pivotRuntime?.sortColumns ?? [],
    rowLimit: s.pivotRowLimit ?? s.pivotRuntime?.rowLimit ?? 100,
    page: s.pivotPage ?? s.pivotRuntime?.page ?? 0,
    colWidths: s.colWidths ?? s.pivotRuntime?.colWidths ?? {},
    tblFilters: s.tblFilters ?? s.pivotRuntime?.tblFilters ?? {},
    filterMetaMap: s.filterMetaMap ?? s.pivotRuntime?.filterMetaMap ?? {},
  };
}

/** Read pivot table format from legacy flat tab state. */
function extractPivotTableFormat(s: any): PivotTableFormat {
  return {
    title: s.tableTitle ?? s.pivotTableFormat?.title ?? '',
    titleFontSize: s.tableTitleFontSize ?? s.pivotTableFormat?.titleFontSize ?? 16,
    titlePosition: s.tableTitlePosition ?? s.pivotTableFormat?.titlePosition ?? 'center',
    headerFontSize: s.tableHeaderFontSize ?? s.pivotTableFormat?.headerFontSize ?? 12,
    dataFontSize: s.tableDataFontSize ?? s.pivotTableFormat?.dataFontSize ?? 12,
    columnTextFormats: s.columnTextFormats ?? s.pivotTableFormat?.columnTextFormats ?? {},
    conditionalFormats: s.conditionalFormats ?? s.pivotTableFormat?.conditionalFormats ?? [],
    dataFormat: s.dataFormat ?? s.pivotTableFormat?.dataFormat ?? { ...DEFAULT_DATA_FORMAT },
    columnDataFormats: s.columnDataFormats ?? s.pivotTableFormat?.columnDataFormats ?? {},
    colWidthMode: s.colWidthMode ?? s.pivotTableFormat?.colWidthMode ?? 'name',
    colWidthMaxData: s.colWidthMaxData ?? s.pivotTableFormat?.colWidthMaxData ?? 300,
    colWidthFixed: s.colWidthFixed ?? s.pivotTableFormat?.colWidthFixed ?? 150,
    colWidthOverrides: s.colWidthOverrides ?? s.pivotTableFormat?.colWidthOverrides ?? {},
    columnNameReplacements: s.columnNameReplacements ?? s.pivotTableFormat?.columnNameReplacements ?? {},
    maxRowCount: s.maxRowCount ?? s.pivotTableFormat?.maxRowCount ?? 1000000,
    showColumns: s.pivotTableFormat?.showColumns ?? [],
    hideColumns: s.pivotTableFormat?.hideColumns ?? [],
  };
}

/** Read drilldown table format from legacy flat tab state. */
function extractDrilldownTableFormat(s: any): DrilldownTableFormat {
  return {
    title: s.drilldownTitle ?? s.drilldownTableFormat?.title ?? '',
    titleFontSize: s.drilldownTitleFontSize ?? s.drilldownTableFormat?.titleFontSize ?? 16,
    titlePosition: s.drilldownTitlePosition ?? s.drilldownTableFormat?.titlePosition ?? 'center',
    headerFontSize: s.drilldownHeaderFontSize ?? s.drilldownTableFormat?.headerFontSize ?? 12,
    dataFontSize: s.drilldownDataFontSize ?? s.drilldownTableFormat?.dataFontSize ?? 12,
    columnTextFormats: s.drilldownColumnTextFormats ?? s.drilldownTableFormat?.columnTextFormats ?? {},
    conditionalFormats: s.drilldownConditionalFormats ?? s.drilldownTableFormat?.conditionalFormats ?? [],
    dataFormat: s.drilldownDataFormat ?? s.drilldownTableFormat?.dataFormat ?? { ...DEFAULT_DATA_FORMAT },
    columnDataFormats: s.drilldownColumnDataFormats ?? s.drilldownTableFormat?.columnDataFormats ?? {},
    colWidthMode: s.drilldownColWidthMode ?? s.drilldownTableFormat?.colWidthMode ?? 'name',
    colWidthMaxData: s.drilldownColWidthMaxData ?? s.drilldownTableFormat?.colWidthMaxData ?? 300,
    colWidthFixed: s.drilldownColWidthFixed ?? s.drilldownTableFormat?.colWidthFixed ?? 150,
    colWidthOverrides: s.drilldownColWidthOverrides ?? s.drilldownTableFormat?.colWidthOverrides ?? {},
    rowLimit: s.drilldownRowLimit ?? s.drilldownTableFormat?.rowLimit ?? 100,
    showColumns: s.drilldownTableFormat?.showColumns ?? [],
    hideColumns: s.drilldownTableFormat?.hideColumns ?? [],
  };
}

/* ── Dive Config Types & Persistence ──────────────────────────── */
const DIVE_CONFIG_VERSION = 1;

interface TabState {
  filterItems: QuadItem[];
  columnItems: DimItem[];
  rowItems: DimItem[];
  valueItems: QuadItem[];
  selectedTables: Array<{ db: string; schema: string; table: string }>;
  semanticModelExpanded: boolean;
  semanticModelText: string;
  committedSemanticModel: string;
  customSqlExpanded: boolean;
  customSqlText: string;
  committedCustomSql: string;
  showSubtotals: boolean;
  showGrandTotals: boolean;
  valuesAxis: 'columns' | 'rows' | null;
  chartType: string;
  pivotSortColumns: SortColumn[];
  pivotRowLimit: number;
  pivotPage: number;
  leftPanelTab: 'setup' | 'format';
  maxRowCount: number;
  tableTitle: string;
  tableTitleFontSize: number;
  tableTitlePosition: 'left' | 'center' | 'right';
  columnNameReplacements: Record<string, string>;
  tableHeaderFontSize: number;
  tableDataFontSize: number;
  columnTextFormats: Record<string, any>;
  colWidthMode: string;
  colWidthMaxData: number;
  colWidthFixed: number;
  colWidthOverrides: Record<string, number>;
  conditionalFormats: ConditionalFormatRule[];
  dataFormat: any;
  columnDataFormats: Record<string, any>;
  drilldownTitle: string;
  drilldownTitleFontSize: number;
  drilldownTitlePosition: 'left' | 'center' | 'right';
  drilldownHeaderFontSize: number;
  drilldownDataFontSize: number;
  drilldownColumnTextFormats: Record<string, any>;
  drilldownConditionalFormats: ConditionalFormatRule[];
  drilldownDataFormat: any;
  drilldownColumnDataFormats: Record<string, any>;
  drilldownColWidthMode: string;
  drilldownColWidthMaxData: number;
  drilldownColWidthFixed: number;
  drilldownColWidthOverrides: Record<string, number>;
  drilldownRowLimit: number;
  chartTitle: string;
  chartTitleFontSize: number;
  chartTitlePosition: 'left' | 'center' | 'right';
  dataLabelsEnabled: boolean;
  dataLabelsPosition: string;
  dataLabelsFontSize: number;
  dataLabelsColor: string;
  dataLabelsBgColor: string;
  dataLabelsBold: boolean;
  dataLabelsItalic: boolean;
  legendEnabled: boolean;
  legendPosition: string;
  legendFontSize: number;
  colorTheme: string;
  markersEnabled: boolean;
  markerSize: number;
  markerShapeTheme: string;
  markerFill: string;
  chartLineWidth: number;
  showLines: boolean;
  seriesOverrides: Record<string, any>;
  composedDefaultType: string;
  composedStacked: boolean;
  chartBarGap: number;
  chartBarCategoryGap: number;
  xAxisMin: string;
  xAxisMax: string;
  yAxisMin: string;
  yAxisMax: string;
  legendSortOrder: string;
  chartSortRules: ChartSortRule[];
  bigNumberFontSize: number;
  bigNumberAbbreviate: boolean;
  bigNumberDecimalPlaces: number;
  bigNumberTitle: string;
  bigNumberTitlePosition: string;
  bigNumberTitleFontSize: number;
  colWidths: Record<string, number>;
  tblFilters: Record<string, Set<string>>;
  filterMetaMap: Record<string, FilterMeta>;
  semanticModelKey: string | null;
  selected: { db: string; schema: string; table: string } | null;
}

type SerializableTblFilters = Record<string, string[]>;

type SerializableTabState = Omit<TabState, 'tblFilters'> & {
  tblFilters: SerializableTblFilters;
};

interface DiveConfig {
  version: number;
  selected: { db: string; schema: string; table: string } | null;
  expanded: string[];
  tabs: { id: string; label: string; type: 'pivot' | 'chart' | 'drilldown' | 'dashboard'; parentId?: string; color: string; sql?: string; drilldownTableId?: number }[];
  activeTabId: string;
  leftWidth: number;
  sectionFlex: [number, number, number];
  leftPanelOpen: boolean;
  viewMode: ViewMode;
  chatOpen: boolean;
  chatPanelWidth: number;
  chatPanelHeight: number;
  savedTabStates: Record<string, SerializableTabState>;
  currentTabState: SerializableTabState;
  dashboardStates: Record<string, DashboardState>;
  pivotTabCounter: { pivot: number; chart: number; dashboard: number };
  drilldownCounter: number;
  drillCounters: Record<string, number>;
  dashboardTileCounter: number;
  nextId: number;
  semanticModels: Record<string, { text: string; committedModel: string }>;
  editingSemanticModelKey: string | null;
  customSqlViews: Array<{ name: string; sql: string; associatedDb: string }>;
}

interface SavedStateEntry {
  id: string;
  name: string;
  config: DiveConfig;
  createdAt?: string;
  updatedAt: string;
}

interface SavedStatesIndex {
  activeId: string;
  entries: SavedStateEntry[];
}

function serializeTabState(state: any): SerializableTabState {
  return {
    ...state,
    tblFilters: serializeTblFilters(state.tblFilters || {}),
    filterMetaMap: state.filterMetaMap || {},
  };
}

function deserializeTabState(state: SerializableTabState): any {
  return {
    ...state,
    tblFilters: deserializeTblFilters(state.tblFilters),
  };
}

function saveSavedStatesIndex(index: SavedStatesIndex): void {
  try {
    localStorage.setItem(getDiveStorageKey(), JSON.stringify(index));
  } catch (e) {
    console.warn('Failed to save dive states:', e);
  }
}

/* ── Shared conditional formatting evaluation ──────────────────── */
function getConditionalStyle(row: Record<string, unknown>, col: string, rules: ConditionalFormatRule[], colTypes: Record<string, ColType>): React.CSSProperties {
  const style: React.CSSProperties = {};
  for (const rule of rules) {
    if (rule.applyTo !== 'row' && rule.applyTo !== col) continue;
    const cellVal = String(row[rule.conditionColumn] ?? '');
    const ruleVal = rule.value;
    let matches = false;
    const ct = colTypes[rule.conditionColumn] || 'string';
    switch (rule.operator) {
      case '==': matches = ct === 'number' ? compareValues(cellVal, ruleVal, '==', ct) : cellVal === ruleVal; break;
      case '!=': matches = ct === 'number' ? !compareValues(cellVal, ruleVal, '==', ct) : cellVal !== ruleVal; break;
      case '>': case '<': case '>=': case '<=':
        matches = compareValues(cellVal, ruleVal, rule.operator, ct);
        break;
      case 'like': case 'contains': matches = cellVal.toLowerCase().includes(ruleVal.toLowerCase()); break;
      case 'not_contains': matches = !cellVal.toLowerCase().includes(ruleVal.toLowerCase()); break;
      case 'starts_with': matches = cellVal.toLowerCase().startsWith(ruleVal.toLowerCase()); break;
      case 'ends_with': matches = cellVal.toLowerCase().endsWith(ruleVal.toLowerCase()); break;
    }
    if (matches) {
      if (rule.fontColor) style.color = rule.fontColor;
      if (rule.bgColor) style.background = rule.bgColor;
      if (rule.bold) style.fontWeight = 600;
      if (rule.italic) style.fontStyle = 'italic';
      if (rule.underline) style.textDecoration = 'underline';
    }
  }
  return style;
}

/* ── Shared filter-values hook ──────────────────────────────────── */
function useFilterValues({
  col,
  qualifiedCol,
  fromExpr,
  initialMeta,
}: {
  col: string;
  qualifiedCol?: string;
  fromExpr: string;
  initialMeta?: FilterMeta;
}) {
  const [search, setSearch] = useState(initialMeta?.searchText ?? "");
  const [filterMode, setFilterMode] = useState<"like" | ">" | "<" | ">=" | "<=" | "==">(initialMeta?.mode ?? "like");
  const [pending, setPending] = useState<Set<string>>(() =>
    initialMeta?.selectedValues ? new Set(initialMeta.selectedValues) : new Set<string>()
  );
  const pendingRef = useRef(pending);
  pendingRef.current = pending;
  const [initialized, setInitialized] = useState(!!initialMeta?.selectedValues);
  const [hasManualSelection, setHasManualSelection] = useState(false);

const distinctSql = fromExpr ? `SELECT DISTINCT ${dq(col)}::VARCHAR as val FROM ${fromExpr} WHERE ${dq(col)} IS NOT NULL ORDER BY 1 LIMIT 1000` : '';
  const distinctQ = useSQLQuery(distinctSql, { enabled: distinctSql.length > 0 });

const allValues = useMemo(() => {
    const rows = Array.isArray(distinctQ.data) ? distinctQ.data : [];
    return rows.map((r) => String(r.val ?? "")).sort((a, b) => a.localeCompare(b));
  }, [distinctQ.data]);

useEffect(() => {
    if (!initialized && allValues.length > 0) {
      setPending(new Set(allValues));
      setInitialized(true);
    }
  }, [allValues, initialized]);

const filteredValues = useMemo(() => {
    const q = search.trim();
    if (!q) return allValues.slice(0, 1000);
    if (filterMode === "like" || !isComparable) {
      const lq = q.toLowerCase();
      return allValues.filter((v) => v.toLowerCase().includes(lq)).slice(0, 1000);
    }
    return allValues.filter((v) => compareValues(v, q, filterMode, colType)).slice(0, 1000);
  }, [allValues, search, filterMode, isComparable, colType]);

const isAllFilteredSelected = filteredValues.every((v) => pending.has(v));
  const isNoneFilteredSelected = filteredValues.every((v) => !pending.has(v));

return {
    search, setSearch,
    filterMode, setFilterMode,
    pending, setPending, pendingRef,
    initialized, setInitialized,
    hasManualSelection, setHasManualSelection,
    allValues, filteredValues,
    colType, isComparable,
    isLoading: distinctQ.isLoading,
    isError: distinctQ.isError,
    toggleValue, selectAllFiltered, selectNoneFiltered,
    buildExpression,
    isAllFilteredSelected, isNoneFilteredSelected,
  };
}

/* ── Filter Quadrant Dropdown ──────────────────────────────────── */
function FilterQuadDropdown({
  col,
  qualifiedCol,
  fromExpr,
  initialMeta,
  onApply,
  onCancel,
  applyRef,
}: {
  col: string;
  qualifiedCol?: string;
  fromExpr: string;
  initialMeta?: FilterMeta;
  onApply: (expr: string, meta: FilterMeta) => void;
  onCancel: () => void;
  applyRef?: { current: (() => void) | null };
}) {
  const fv = useFilterValues({ col, qualifiedCol, fromExpr, initialMeta });
  const {
    search, setSearch, filterMode, setFilterMode,
    pending, allValues, filteredValues,
    colType, isComparable, isLoading, isError,
    toggleValue, selectAllFiltered, selectNoneFiltered,
    buildExpression, isAllFilteredSelected, isNoneFilteredSelected,
  } = fv;

const [highlightIdx, setHighlightIdx] = useState(-1);
  const listRef = useRef<HTMLDivElement>(null);
  const searchRef = useRef<HTMLInputElement>(null);

useEffect(() => { setHighlightIdx(-1); }, [search]);
  useEffect(() => {
    if (highlightIdx < 0 || !listRef.current) return;
    const items = listRef.current.querySelectorAll("[data-filter-option]");
    items[highlightIdx]?.scrollIntoView({ block: "nearest" });
  }, [highlightIdx]);

const handleApply = () => {
    const { expr, meta } = buildExpression(pending);
    onApply(expr, meta);
  };

useEffect(() => {
    if (applyRef) applyRef.current = handleApply;
    return () => { if (applyRef) applyRef.current = null; };
  });

return (
    <div
      data-filter-quad-popup="true"
      onKeyDown={handleKeyDown}
      onClick={(e) => e.stopPropagation()}
      onMouseDown={(e) => e.stopPropagation()}
      style={{
        position: "absolute",
        top: "100%",
        left: 0,
        background: "#fff",
        border: "1px solid #d0d0d0",
        borderRadius: 6,
        zIndex: 100,
        boxShadow: "0 4px 12px rgba(0,0,0,0.15)",
        width: isComparable ? 260 : 220,
        display: "flex",
        flexDirection: "column",
        maxHeight: 350,
      }}
    >
      <div style={{ padding: "8px 8px 4px", display: "flex", gap: 4, alignItems: "center" }}>
        {isComparable && (
          <div style={{ position: "relative", flexShrink: 0 }}>
            <select
              value={filterMode}
              onChange={(e) => setFilterMode(e.target.value as any)}
              style={{
                fontSize: 11, padding: "4px 2px", border: "1px solid #d0d0d0", borderRadius: 4,
                outline: "none", fontFamily: "inherit", background: "#fff", cursor: "pointer",
                width: 46, color: filterMode === "like" ? "#6a6a6a" : "#0777b3",
                fontWeight: filterMode === "like" ? 400 : 600, textAlign: "center",
                boxSizing: "border-box" as const, height: 27,
              }}
            >
              <option value="like">like</option>
              <option value=">">></option>
              <option value="<"><</option>
              <option value=">=">>=</option>
              <option value="<="><=</option>
              <option value="==">==</option>
            </select>
          </div>
        )}
        <input
          ref={searchRef}
          autoFocus
          placeholder={isComparable && filterMode !== "like" ? (colType === 'date' ? "e.g. 2024-01-01..." : "Enter number...") : "Search..."}
          value={search}
          onChange={(e) => setSearch(e.target.value)}
          type={colType === 'number' && filterMode !== "like" ? "number" : "text"}
          style={{
            fontSize: 11, padding: "5px 8px", border: "1px solid #d0d0d0", borderRadius: 4,
            outline: "none", width: "100%", fontFamily: "inherit", boxSizing: "border-box" as const,
            flex: 1, minWidth: 0,
          }}
        />
      </div>
      {isLoading ? (
        <div style={{ padding: 12, fontSize: 11, color: "#6a6a6a", display: "flex", alignItems: "center", gap: 6 }}>
          <Loader2 className="animate-spin" size={12} /> Loading values...
        </div>
      ) : isError ? (
        <div style={{ padding: "8px 12px", fontSize: 11, color: "#bc1200" }}>Error loading values</div>
      ) : (
        <>
          <div style={{ display: "flex", gap: 2, padding: "2px 8px 4px", borderBottom: "1px solid #e8e8e8" }}>
            <button onClick={selectAllFiltered} style={{ fontSize: 10, fontWeight: 600, color: "#fff", background: "#0777b3", border: "1px solid #0777b3", cursor: "pointer", padding: "1px 6px", borderRadius: 3, opacity: isAllFilteredSelected ? 0.5 : 1 }}>All</button>
            <button onClick={selectNoneFiltered} style={{ fontSize: 10, fontWeight: 600, color: "#333", background: "#fff", border: "1px solid #ccc", cursor: "pointer", padding: "1px 6px", borderRadius: 3, opacity: isNoneFilteredSelected ? 0.5 : 1 }}>None</button>
            <span style={{ fontSize: 10, color: "#999", marginLeft: "auto", alignSelf: "center" }}>{pending.size}/{allValues.length}</span>
          </div>
          <div ref={listRef} style={{ flex: 1, overflowY: "auto", padding: "4px 0", minHeight: 0 }}>
            {filteredValues.length === 0 && (
              <div style={{ fontSize: 11, color: "#999", padding: "8px 12px", textAlign: "center" }}>No matches</div>
            )}
            {filteredValues.map((val, i) => {
              const checked = pending.has(val);
              const highlighted = i === highlightIdx;
              return (
                <div key={val} data-filter-option="true" onClick={() => toggleValue(val)}
                  style={{ display: "flex", alignItems: "center", gap: 6, padding: "3px 8px", cursor: "pointer", fontSize: 11, background: highlighted ? "#f0f4f8" : "transparent" }}
                  onMouseEnter={(e) => { if (!highlighted) e.currentTarget.style.background = "#f8f8f8"; setHighlightIdx(i); }}
                  onMouseLeave={(e) => { if (!highlighted) e.currentTarget.style.background = "transparent"; }}>
                  <div style={{
                    width: 14, height: 14, borderRadius: 3,
                    border: checked ? "1px solid #0777b3" : "1px solid #ccc",
                    background: checked ? "#0777b3" : "#fff",
                    display: "flex", alignItems: "center", justifyContent: "center", flexShrink: 0,
                  }}>
                    {checked && (
                      <svg width={10} height={10} viewBox="0 0 24 24" fill="none" stroke="#fff" strokeWidth={3} strokeLinecap="round" strokeLinejoin="round">
                        <polyline points="20 6 9 17 4 12" />
                      </svg>
                    )}
                  </div>
                  <span style={{ overflow: "hidden", textOverflow: "ellipsis", whiteSpace: "nowrap" }} title={val}>
                    {val || <i style={{ color: "#999" }}>(empty)</i>}
                  </span>
                </div>
              );
            })}
          </div>
        </>
      )}
      <div style={{ display: "flex", justifyContent: "flex-end", gap: 6, padding: "6px 8px", borderTop: "1px solid #e8e8e8" }}>
        <button onClick={onCancel} style={{ fontSize: 11, padding: "4px 12px", border: "1px solid #d0d0d0", borderRadius: 4, background: "#fff", cursor: "pointer", fontFamily: "inherit" }}>Cancel</button>
        <button onClick={handleApply} style={{ fontSize: 11, padding: "4px 12px", border: "none", borderRadius: 4, background: "#0777b3", color: "#fff", cursor: "pointer", fontFamily: "inherit", fontWeight: 600 }}>Apply</button>
      </div>
    </div>
  );
}

/* ── Slicer View (inline pill-based filter) ──────────────────────── */
function SlicerView({
  col,
  qualifiedCol,
  fromExpr,
  initialMeta,
  onFilterChange,
  chartTitle,
}: {
  col: string;
  qualifiedCol?: string;
  fromExpr: string;
  initialMeta?: FilterMeta;
  onFilterChange: (expr: string, meta: FilterMeta) => void;
  chartTitle?: string;
}) {
  const fv = useFilterValues({ col, qualifiedCol, fromExpr, initialMeta });
  const {
    search, setSearch, filterMode, setFilterMode,
    pending, setPending, pendingRef,
    initialized, setInitialized,
    setHasManualSelection,
    allValues, filteredValues,
    colType, isComparable, isLoading, isError,
    toggleValue, selectAllFiltered, selectNoneFiltered,
    buildExpression, isAllFilteredSelected, isNoneFilteredSelected,
  } = fv;

// Sync local state when initialMeta changes from outside (e.g., dashboard -> standalone tab switch).
  // The component stays mounted (hidden via display:none), so we must react to prop changes.
  // Skip syncing when the change originated from this slicer's own applyNow (prevents feedback loop).
  const prevSelectedRef = useRef(initialMeta?.selectedValues);
  const selfUpdateRef = useRef(false);
  useEffect(() => {
    if (selfUpdateRef.current) {
      selfUpdateRef.current = false;
      prevSelectedRef.current = initialMeta?.selectedValues;
      return;
    }
    const cur = initialMeta?.selectedValues;
    if (cur && cur !== prevSelectedRef.current) {
      setPending(new Set(cur));
      pendingRef.current = new Set(cur);
      setSearch(initialMeta?.searchText ?? '');
      setFilterMode(initialMeta?.mode ?? 'like');
      setHasManualSelection(true);
      setInitialized(true);
    }
    prevSelectedRef.current = cur;
  }, [initialMeta]); // eslint-disable-line react-hooks/exhaustive-deps

/* ── Apply filter (synchronous — no debounce) ── */
  const applyNow = (nextPending: Set<string>) => {
    selfUpdateRef.current = true; // Mark so initialMeta sync effect skips the echo-back
    const { expr, meta } = buildExpression(nextPending);
    onFilterChange(expr, meta);
  };

/* Auto-apply when filterMode or search changes */
  useEffect(() => {
    if (initialized) {
      applyNow(pendingRef.current);
    }
  }, [filterMode, search, initialized]); // eslint-disable-line react-hooks/exhaustive-deps

return (
    <div style={{ width: '100%', height: '100%', display: 'flex', flexDirection: 'column', overflow: 'hidden' }}>
      {chartTitle && (
        <div style={{ fontSize: 14, fontWeight: 600, color: '#231f20', padding: '8px 12px 4px', textAlign: 'center' }}>
          {chartTitle}
        </div>
      )}

<div style={{ padding: '4px 8px', display: 'flex', gap: 4, alignItems: 'center' }}>
        {isComparable && (
          <div style={{ position: 'relative', flexShrink: 0 }}>
            <select
              value={filterMode}
              onChange={(e) => setFilterMode(e.target.value as any)}
              style={{
                fontSize: 11, padding: '4px 2px', border: '1px solid #d0d0d0', borderRadius: 4,
                outline: 'none', fontFamily: 'inherit', background: '#fff', cursor: 'pointer',
                width: 46, color: filterMode === 'like' ? '#6a6a6a' : '#0777b3',
                fontWeight: filterMode === 'like' ? 400 : 600, textAlign: 'center',
                boxSizing: 'border-box' as const, height: 27,
              }}
            >
              <option value="like">like</option>
              <option value=">">></option>
              <option value="<"><</option>
              <option value=">=">>=</option>
              <option value="<="><=</option>
              <option value="==">==</option>
            </select>
          </div>
        )}
        <input
          placeholder={isComparable && filterMode !== 'like' ? (colType === 'date' ? 'e.g. 2024-01-01...' : 'Enter number...') : 'Search...'}
          value={search}
          onChange={(e) => setSearch(e.target.value)}
          type={colType === 'number' && filterMode !== 'like' ? 'number' : 'text'}
          style={{
            fontSize: 11, padding: '5px 8px', border: '1px solid #d0d0d0', borderRadius: 4,
            outline: 'none', width: '100%', fontFamily: 'inherit', boxSizing: 'border-box' as const,
            flex: 1, minWidth: 0,
          }}
        />
      </div>

{isLoading ? (
        <div style={{ padding: 12, fontSize: 11, color: '#6a6a6a', display: 'flex', alignItems: 'center', gap: 6 }}>
          <Loader2 className="animate-spin" size={12} /> Loading values...
        </div>
      ) : isError ? (
        <div style={{ padding: '8px 12px', fontSize: 11, color: '#bc1200' }}>Error loading values</div>
      ) : (
        <>
          <div style={{ display: 'flex', gap: 2, padding: '2px 8px 4px', borderBottom: '1px solid #e8e8e8' }}>
            <button onClick={() => handleSelectAllFiltered()} style={{ fontSize: 10, fontWeight: 600, color: '#fff', background: '#0777b3', border: '1px solid #0777b3', cursor: 'pointer', padding: '1px 6px', borderRadius: 3, opacity: isAllFilteredSelected ? 0.5 : 1 }}>All</button>
            <button onClick={() => handleSelectNoneFiltered()} style={{ fontSize: 10, fontWeight: 600, color: '#333', background: '#fff', border: '1px solid #ccc', cursor: 'pointer', padding: '1px 6px', borderRadius: 3, opacity: isNoneFilteredSelected ? 0.5 : 1 }}>None</button>
            <span style={{ fontSize: 10, color: '#999', marginLeft: 'auto', alignSelf: 'center' }}>{pending.size}/{allValues.length}</span>
          </div>
          <div style={{ flex: 1, overflowY: 'auto', padding: '4px 8px', display: 'flex', flexDirection: 'column', gap: 2, minHeight: 0 }}>
            {filteredValues.length === 0 && (
              <div style={{ fontSize: 11, color: '#999', padding: '8px 12px', textAlign: 'center', width: '100%' }}>No matches</div>
            )}
            {filteredValues.map((val) => {
              const selected = pending.has(val);
              return (
                <div
                  key={val}
                  onClick={() => handleToggleValue(val)}
                  style={{
                    padding: '4px 10px',
                    borderRadius: 12,
                    fontSize: 11,
                    cursor: 'pointer',
                    userSelect: 'none',
                    transition: 'all 0.15s',
                    ...(selected
                      ? { background: '#e8f0f8', border: '1px solid #0777b3', color: '#231f20' }
                      : { background: 'transparent', border: '1px solid transparent', color: '#999' }
                    ),
                  }}
                >
                  {val || <i>(empty)</i>}
                </div>
              );
            })}
          </div>
        </>
      )}
    </div>
  );
}

/* ── Filter Chart View (collapsible pill-based filter) ────────── */
function FilterChartView({
  col,
  qualifiedCol,
  fromExpr,
  initialMeta,
  onFilterChange,
  chartTitle,
}: {
  col: string;
  qualifiedCol?: string;
  fromExpr: string;
  initialMeta?: FilterMeta;
  onFilterChange: (expr: string, meta: FilterMeta) => void;
  chartTitle?: string;
}) {
  const [open, setOpen] = useState(false);
  const dropdownRef = useRef<HTMLDivElement>(null);
  const pillRef = useRef<HTMLDivElement>(null);

const fv = useFilterValues({ col, qualifiedCol, fromExpr, initialMeta });
  const {
    search, setSearch, filterMode, setFilterMode,
    pending, setPending, pendingRef,
    initialized, setInitialized,
    setHasManualSelection,
    allValues, filteredValues,
    colType, isComparable, isLoading, isError,
    toggleValue, selectAllFiltered, selectNoneFiltered,
    buildExpression, isAllFilteredSelected, isNoneFilteredSelected,
  } = fv;

// Sync local state when initialMeta changes from outside
  const prevSelectedRef = useRef(initialMeta?.selectedValues);
  const selfUpdateRef = useRef(false);
  useEffect(() => {
    if (selfUpdateRef.current) {
      selfUpdateRef.current = false;
      prevSelectedRef.current = initialMeta?.selectedValues;
      return;
    }
    const cur = initialMeta?.selectedValues;
    if (cur && cur !== prevSelectedRef.current) {
      setPending(new Set(cur));
      pendingRef.current = new Set(cur);
      setSearch(initialMeta?.searchText ?? '');
      setFilterMode(initialMeta?.mode ?? 'like');
      setHasManualSelection(true);
      setInitialized(true);
    }
    prevSelectedRef.current = cur;
  }, [initialMeta]); // eslint-disable-line react-hooks/exhaustive-deps

// Apply filter immediately on change (same as SlicerView)
  const applyNow = (nextPending: Set<string>) => {
    selfUpdateRef.current = true;
    const { expr, meta } = buildExpression(nextPending);
    onFilterChange(expr, meta);
  };

// Auto-apply when filterMode or search changes
  useEffect(() => {
    if (initialized) {
      applyNow(pendingRef.current);
    }
  }, [filterMode, search, initialized]); // eslint-disable-line react-hooks/exhaustive-deps

// Compute dropdown position from pill's bounding rect (fixed positioning for portal)
  const [dropdownPos, setDropdownPos] = useState<{ top: number; left: number } | null>(null);

// Close dropdown on outside click
  useEffect(() => {
    if (!open) return;
    updateDropdownPos();
    const handler = (e: MouseEvent) => {
      if (dropdownRef.current && !dropdownRef.current.contains(e.target as Node) &&
          pillRef.current && !pillRef.current.contains(e.target as Node)) {
        setOpen(false);
      }
    };
    document.addEventListener('mousedown', handler);
    return () => document.removeEventListener('mousedown', handler);
  }, [open]); // eslint-disable-line react-hooks/exhaustive-deps

const displayLabel = chartTitle || col;
  const hasActiveFilter = initialized && pending.size < allValues.length && allValues.length > 0;
  const summaryText = !initialized || pending.size === allValues.length
    ? 'All'
    : pending.size === 0
      ? 'None'
      : pending.size <= 2
        ? Array.from(pending).join(', ')
        : `${pending.size} of ${allValues.length}`;

const dropdownWidth = isComparable ? 260 : 220;

return (
    <div style={{ width: '100%', height: '100%', display: 'flex', flexDirection: 'column', alignItems: 'center', padding: '2px 4px' }}>
      {/* Pill button */}
      <div
        ref={pillRef}
        onClick={() => setOpen(!open)}
        style={{
          display: 'inline-flex', alignItems: 'center', gap: 6,
          padding: '5px 12px',
          borderRadius: 16,
          border: hasActiveFilter ? '1px solid #0777b3' : '1px solid #d0d0d0',
          background: hasActiveFilter ? '#e8f0f8' : '#fff',
          cursor: 'pointer', userSelect: 'none',
          fontSize: 12, color: '#231f20',
          maxWidth: '100%',
          transition: 'all 0.15s',
        }}
      >
        <span style={{ fontWeight: 600, overflow: 'hidden', textOverflow: 'ellipsis', whiteSpace: 'nowrap' }}>
          {displayLabel}
        </span>
        <span style={{ color: '#6a6a6a', fontSize: 11, overflow: 'hidden', textOverflow: 'ellipsis', whiteSpace: 'nowrap', flexShrink: 1, minWidth: 0 }}>
          {summaryText}
        </span>
        <svg width={10} height={10} viewBox="0 0 24 24" fill="none" stroke="#6a6a6a" strokeWidth={2.5} strokeLinecap="round" strokeLinejoin="round"
          style={{ flexShrink: 0, transform: open ? 'rotate(180deg)' : 'rotate(0deg)', transition: 'transform 0.15s' }}>
          <polyline points="6 9 12 15 18 9" />
        </svg>
      </div>

{/* Dropdown — rendered via portal so it escapes overflow:hidden containers */}
      {open && dropdownPos && createPortal(
        <div
          ref={dropdownRef}
          onClick={(e) => e.stopPropagation()}
          onMouseDown={(e) => e.stopPropagation()}
          style={{
            position: 'fixed',
            top: dropdownPos.top,
            left: dropdownPos.left - dropdownWidth / 2,
            background: '#fff',
            border: '1px solid #d0d0d0',
            borderRadius: 6,
            zIndex: 10000,
            boxShadow: '0 4px 12px rgba(0,0,0,0.15)',
            width: dropdownWidth,
            display: 'flex',
            flexDirection: 'column',
            maxHeight: 350,
          }}
        >
          <div style={{ padding: '8px 8px 4px', display: 'flex', gap: 4, alignItems: 'center' }}>
            {isComparable && (
              <div style={{ position: 'relative', flexShrink: 0 }}>
                <select
                  value={filterMode}
                  onChange={(e) => setFilterMode(e.target.value as any)}
                  style={{
                    fontSize: 11, padding: '4px 2px', border: '1px solid #d0d0d0', borderRadius: 4,
                    outline: 'none', fontFamily: 'inherit', background: '#fff', cursor: 'pointer',
                    width: 46, color: filterMode === 'like' ? '#6a6a6a' : '#0777b3',
                    fontWeight: filterMode === 'like' ? 400 : 600, textAlign: 'center',
                    boxSizing: 'border-box' as const, height: 27,
                  }}
                >
                  <option value="like">like</option>
                  <option value=">">></option>
                  <option value="<"><</option>
                  <option value=">=">>=</option>
                  <option value="<="><=</option>
                  <option value="==">==</option>
                </select>
              </div>
            )}
            <input
              autoFocus
              placeholder={isComparable && filterMode !== 'like' ? (colType === 'date' ? 'e.g. 2024-01-01...' : 'Enter number...') : 'Search...'}
              value={search}
              onChange={(e) => setSearch(e.target.value)}
              type={colType === 'number' && filterMode !== 'like' ? 'number' : 'text'}
              style={{
                fontSize: 11, padding: '5px 8px', border: '1px solid #d0d0d0', borderRadius: 4,
                outline: 'none', width: '100%', fontFamily: 'inherit', boxSizing: 'border-box' as const,
                flex: 1, minWidth: 0,
              }}
            />
          </div>
          {isLoading ? (
            <div style={{ padding: 12, fontSize: 11, color: '#6a6a6a', display: 'flex', alignItems: 'center', gap: 6 }}>
              <Loader2 className="animate-spin" size={12} /> Loading values...
            </div>
          ) : isError ? (
            <div style={{ padding: '8px 12px', fontSize: 11, color: '#bc1200' }}>Error loading values</div>
          ) : (
            <>
              <div style={{ display: 'flex', gap: 2, padding: '2px 8px 4px', borderBottom: '1px solid #e8e8e8' }}>
                <button onClick={() => handleSelectAllFiltered()} style={{ fontSize: 10, fontWeight: 600, color: '#fff', background: '#0777b3', border: '1px solid #0777b3', cursor: 'pointer', padding: '1px 6px', borderRadius: 3, opacity: isAllFilteredSelected ? 0.5 : 1 }}>All</button>
                <button onClick={() => handleSelectNoneFiltered()} style={{ fontSize: 10, fontWeight: 600, color: '#333', background: '#fff', border: '1px solid #ccc', cursor: 'pointer', padding: '1px 6px', borderRadius: 3, opacity: isNoneFilteredSelected ? 0.5 : 1 }}>None</button>
                <span style={{ fontSize: 10, color: '#999', marginLeft: 'auto', alignSelf: 'center' }}>{pending.size}/{allValues.length}</span>
              </div>
              <div style={{ flex: 1, overflowY: 'auto', padding: '4px 0', minHeight: 0 }}>
                {filteredValues.length === 0 && (
                  <div style={{ fontSize: 11, color: '#999', padding: '8px 12px', textAlign: 'center' }}>No matches</div>
                )}
                {filteredValues.map((val) => {
                  const checked = pending.has(val);
                  return (
                    <div key={val} onClick={() => handleToggleValue(val)}
                      style={{ display: 'flex', alignItems: 'center', gap: 6, padding: '3px 8px', cursor: 'pointer', fontSize: 11 }}
                      onMouseEnter={(e) => { e.currentTarget.style.background = '#f8f8f8'; }}
                      onMouseLeave={(e) => { e.currentTarget.style.background = 'transparent'; }}>
                      <div style={{
                        width: 14, height: 14, borderRadius: 3,
                        border: checked ? '1px solid #0777b3' : '1px solid #ccc',
                        background: checked ? '#0777b3' : '#fff',
                        display: 'flex', alignItems: 'center', justifyContent: 'center', flexShrink: 0,
                      }}>
                        {checked && (
                          <svg width={10} height={10} viewBox="0 0 24 24" fill="none" stroke="#fff" strokeWidth={3} strokeLinecap="round" strokeLinejoin="round">
                            <polyline points="20 6 9 17 4 12" />
                          </svg>
                        )}
                      </div>
                      <span style={{ overflow: 'hidden', textOverflow: 'ellipsis', whiteSpace: 'nowrap' }} title={val}>
                        {val || <i style={{ color: '#999' }}>(empty)</i>}
                      </span>
                    </div>
                  );
                })}
              </div>
            </>
          )}
        </div>,
        document.body
      )}
    </div>
  );
}

const MALLOY_AGGREGATE_FUNCTIONS: { name: string; label: string; desc: string }[] = [
  { name: "SUM", label: "Sum", desc: "Calculates the sum of all values." },
  { name: "COUNT", label: "Count", desc: "Counts all records." },
  { name: "COUNT_DISTINCT", label: "Count Distinct", desc: "Returns the number of distinct values." },
  { name: "MIN", label: "Min", desc: "Returns the minimum value." },
  { name: "MAX", label: "Max", desc: "Returns the maximum value." },
  { name: "AVG", label: "Avg", desc: "Calculates the average of all values." },
  { name: "STDDEV", label: "Stddev", desc: "Returns the sample standard deviation." },
];

const AGGREGATE_FUNCTIONS: { name: string; desc: string }[] = [
  { name: "SUM", desc: "Calculates the sum value for all tuples in arg." },
  { name: "COUNT", desc: "Returns the number of non-NULL values in arg." },
  { name: "COUNT_DISTINCT", desc: "Returns the number of distinct non-NULL values in arg." },
  { name: "AVG", desc: "Calculates the average value for all tuples in x." },
  { name: "MIN", desc: "Returns the minimum value present in arg." },
  { name: "MAX", desc: "Returns the maximum value present in arg." },
  { name: "MEDIAN", desc: "Returns the middle value of the set. NULL values are ignored. For even value counts, numeric types return the average of the two middle values." },
  { name: "MODE", desc: "Returns the most frequent value for the values within x. NULL values are ignored." },
  { name: "STDDEV", desc: "Returns the sample standard deviation." },
  { name: "STDDEV_POP", desc: "Returns the population standard deviation." },
  { name: "VARIANCE", desc: "Returns the sample variance of all input values." },
  { name: "VAR_POP", desc: "Returns the population variance." },
  { name: "FIRST", desc: "Returns the first value (NULL or non-NULL) from arg. This function is affected by ordering." },
  { name: "LAST", desc: "Returns the last value of a column. This function is affected by ordering." },
  { name: "ANY_VALUE", desc: "Returns the first non-NULL value from arg. This function is affected by ordering." },
  { name: "COUNT_IF", desc: "Counts the total number of TRUE values for a boolean column." },
  { name: "BOOL_AND", desc: "Returns TRUE if every input value is TRUE, otherwise FALSE." },
  { name: "BOOL_OR", desc: "Returns TRUE if any input value is TRUE, otherwise FALSE." },
  { name: "LIST", desc: "Returns a LIST containing all the values of a column." },
  { name: "STRING_AGG", desc: "Concatenates the column string values with an optional separator." },
  { name: "ARG_MIN", desc: "Finds the row with the minimum val. Calculates the non-NULL arg expression at that row." },
  { name: "ARG_MAX", desc: "Finds the row with the maximum val. Calculates the non-NULL arg expression at that row." },
  { name: "QUANTILE_DISC", desc: "Returns the exact quantile number between 0 and 1." },
  { name: "QUANTILE_CONT", desc: "Returns the interpolated quantile number between 0 and 1." },
  { name: "APPROX_COUNT_DISTINCT", desc: "Computes the approximate count of distinct elements using HyperLogLog." },
  { name: "APPROX_QUANTILE", desc: "Computes the approximate quantile using T-Digest." },
  { name: "CORR", desc: "Returns the correlation coefficient for non-NULL pairs in a group." },
  { name: "COVAR_POP", desc: "Returns the population covariance of input values." },
  { name: "COVAR_SAMP", desc: "Returns the sample covariance for non-NULL pairs in a group." },
  { name: "REGR_SLOPE", desc: "Returns the slope of the linear regression line for non-NULL pairs in a group." },
  { name: "REGR_INTERCEPT", desc: "Returns the intercept of the univariate linear regression line for non-NULL pairs." },
  { name: "REGR_R2", desc: "Returns the coefficient of determination for non-NULL pairs in a group." },
  { name: "REGR_COUNT", desc: "Returns the number of non-NULL number pairs in a group." },
  { name: "REGR_AVGX", desc: "Returns the average of the independent variable for non-NULL pairs in a group." },
  { name: "REGR_AVGY", desc: "Returns the average of the dependent variable for non-NULL pairs in a group." },
  { name: "ENTROPY", desc: "Returns the log-2 entropy of count input-values." },
  { name: "KURTOSIS", desc: "Returns the excess kurtosis (Fisher's definition) of all input values, with bias correction." },
  { name: "SKEWNESS", desc: "Returns the skewness of all input values." },
  { name: "MAD", desc: "Returns the median absolute deviation for the values within x. NULL values are ignored." },
  { name: "SEM", desc: "Returns the standard error of the mean." },
  { name: "PRODUCT", desc: "Calculates the product of all tuples in arg." },
  { name: "BIT_AND", desc: "Returns the bitwise AND of all bits in a given expression." },
  { name: "BIT_OR", desc: "Returns the bitwise OR of all bits in a given expression." },
  { name: "BIT_XOR", desc: "Returns the bitwise XOR of all bits in a given expression." },
  { name: "BITSTRING_AGG", desc: "Returns a bitstring with bits set for each distinct value." },
  { name: "HISTOGRAM", desc: "Returns a LIST of STRUCTs with the fields bucket and count." },
  { name: "FSUM", desc: "Calculates the sum using a more accurate floating point summation (Kahan Sum)." },
  { name: "RESERVOIR_QUANTILE", desc: "Gives the approximate quantile using reservoir sampling, the sample size is optional and uses 8192 as a default size." },
];

/* ── Chart Types & Components ──────────────────────────────────── */
const CHART_ANIMATION_MS = 5;
const CHART_PALETTE = ["#0777b3", "#bd4e35", "#2d7a00", "#e18727", "#638CAD", "#adadad", "#9b59b6", "#1abc9c", "#e74c3c", "#f39c12"];

const COLOR_THEMES: Record<string, { label: string; colors: string[] }> = {
  default: { label: 'Default', colors: ["#0777b3", "#bd4e35", "#2d7a00", "#e18727", "#638CAD", "#adadad", "#9b59b6", "#1abc9c", "#e74c3c", "#f39c12"] },
  ocean: { label: 'Ocean', colors: ["#0B3D91", "#1B6CB0", "#2196C8", "#4DB8DB", "#7DD4E8", "#A0E1F0", "#0E4D6F", "#1A7A9B", "#48A5C2", "#85C9DC"] },
  sunset: { label: 'Sunset', colors: ["#C62828", "#D84315", "#E65100", "#EF6C00", "#F57F17", "#FF8F00", "#FF6F00", "#E55B3C", "#D4451B", "#BF360C"] },
  forest: { label: 'Forest', colors: ["#1B5E20", "#2E7D32", "#388E3C", "#43A047", "#4CAF50", "#66BB6A", "#81C784", "#2C6B2F", "#3E8E41", "#5BA85E"] },
  pastel: { label: 'Pastel', colors: ["#90CAF9", "#F48FB1", "#A5D6A7", "#FFE082", "#CE93D8", "#80DEEA", "#FFAB91", "#B0BEC5", "#FFF59D", "#C5E1A5"] },
  monochrome: { label: 'Monochrome', colors: ["#212121", "#424242", "#616161", "#757575", "#9E9E9E", "#BDBDBD", "#E0E0E0", "#484848", "#6E6E6E", "#A3A3A3"] },
};

const CHART_TYPES: { id: ChartTypeId; label: string }[] = [
  { id: 'table', label: 'Pivot Table' },
  { id: 'bar', label: 'Bar' },
  { id: 'horizontal-bar', label: 'Horizontal Bar' },
  { id: 'stacked-bar', label: 'Stacked Bar' },
  { id: 'stacked-horizontal-bar', label: 'Stacked Horizontal Bar' },
  { id: 'line', label: 'Line' },
  { id: 'stacked-line', label: 'Stacked Line' },
  { id: 'area', label: 'Area' },
  { id: 'stacked-area', label: 'Stacked Area' },
  { id: 'composed', label: 'Multi-Type' },
  { id: 'scatter', label: 'Scatter' },
  { id: 'pie', label: 'Pie' },
  { id: 'big-number', label: 'Big Number' },
  { id: 'slicer', label: 'Slicer' },
  { id: 'filter', label: 'Filter' },
  { id: 'markdown', label: 'Markdown' },
];

const MINI_DATA = [
  { x: 'A', y1: 4, y2: 2.5 },
  { x: 'B', y1: 7, y2: 4 },
  { x: 'C', y1: 3, y2: 6 },
  { x: 'D', y1: 8, y2: 3 },
  { x: 'E', y1: 5, y2: 5 },
];

const MINI_PIE_DATA = [
  { name: 'A', value: 35 },
  { name: 'B', value: 25 },
  { name: 'C', value: 20 },
  { name: 'D', value: 20 },
];

function MiniChartPreview({ type }: { type: ChartTypeId }) {
  const c = CHART_PALETTE;
  const w = 90, h = 56;
  const m = { top: 2, right: 2, bottom: 2, left: 2 };
  const d = MINI_DATA;

switch (type) {
    case 'table':
      return (
        <svg width={w} height={h} viewBox={`0 0 ${w} ${h}`}>
          <rect x="5" y="4" width={w - 10} height={h - 8} rx="3" fill="none" stroke={c[0]} strokeWidth="1.5" />
          <line x1="5" y1="16" x2={w - 5} y2="16" stroke={c[0]} strokeWidth="1" />
          <line x1="5" y1="26" x2={w - 5} y2="26" stroke="#e0e0e0" strokeWidth="0.5" />
          <line x1="5" y1="36" x2={w - 5} y2="36" stroke="#e0e0e0" strokeWidth="0.5" />
          <line x1="33" y1="4" x2="33" y2={h - 4} stroke="#e0e0e0" strokeWidth="0.5" />
          <line x1="60" y1="4" x2="60" y2={h - 4} stroke="#e0e0e0" strokeWidth="0.5" />
          <rect x="7" y="6" width="24" height="8" rx="1" fill="#e8f0f8" />
          <rect x="35" y="6" width="23" height="8" rx="1" fill="#e8f0f8" />
          <rect x="62" y="6" width="16" height="8" rx="1" fill="#e8f0f8" />
        </svg>
      );
    case 'bar':
      return (
        <ReBarChart width={w} height={h} data={d} margin={m} barGap={1} barSize={6}>
          <Bar dataKey="y1" fill={c[0]} radius={[1, 1, 0, 0]} />
          <Bar dataKey="y2" fill={c[1]} radius={[1, 1, 0, 0]} />
        </ReBarChart>
      );
    case 'horizontal-bar':
      return (
        <ReBarChart width={w} height={h} data={d} margin={m} barGap={1} barSize={6} layout="vertical">
          <XAxis type="number" hide />
          <YAxis type="category" dataKey="x" hide />
          <Bar dataKey="y1" fill={c[0]} radius={[0, 1, 1, 0]} />
          <Bar dataKey="y2" fill={c[1]} radius={[0, 1, 1, 0]} />
        </ReBarChart>
      );
    case 'stacked-bar':
      return (
        <ReBarChart width={w} height={h} data={d} margin={m} barSize={10}>
          <Bar dataKey="y1" fill={c[0]} stackId="s" />
          <Bar dataKey="y2" fill={c[1]} stackId="s" radius={[1, 1, 0, 0]} />
        </ReBarChart>
      );
    case 'stacked-horizontal-bar':
      return (
        <ReBarChart width={w} height={h} data={d} margin={m} barSize={10} layout="vertical">
          <XAxis type="number" hide />
          <YAxis type="category" dataKey="x" hide />
          <Bar dataKey="y1" fill={c[0]} stackId="s" />
          <Bar dataKey="y2" fill={c[1]} stackId="s" radius={[0, 1, 1, 0]} />
        </ReBarChart>
      );
    case 'line':
      return (
        <ReLineChart width={w} height={h} data={d} margin={{ top: 6, right: 6, bottom: 6, left: 6 }}>
          <Line type="linear" dataKey="y1" stroke={c[0]} strokeWidth={2} dot={false} />
          <Line type="linear" dataKey="y2" stroke={c[1]} strokeWidth={2} dot={false} />
        </ReLineChart>
      );
    case 'stacked-line':
      return (
        <ReAreaChart width={w} height={h} data={d} margin={{ top: 6, right: 6, bottom: 6, left: 6 }}>
          <Area type="linear" dataKey="y1" fill="none" fillOpacity={0} stroke={c[0]} strokeWidth={2} stackId="s" dot={false} />
          <Area type="linear" dataKey="y2" fill="none" fillOpacity={0} stroke={c[1]} strokeWidth={2} stackId="s" dot={false} />
        </ReAreaChart>
      );
    case 'area':
      return (
        <ReAreaChart width={w} height={h} data={d} margin={{ top: 6, right: 6, bottom: 6, left: 6 }}>
          <Area type="linear" dataKey="y1" fill={c[0]} fillOpacity={0.3} stroke={c[0]} strokeWidth={1.5} />
          <Area type="linear" dataKey="y2" fill={c[1]} fillOpacity={0.3} stroke={c[1]} strokeWidth={1.5} />
        </ReAreaChart>
      );
    case 'stacked-area':
      return (
        <ReAreaChart width={w} height={h} data={d} margin={{ top: 6, right: 6, bottom: 6, left: 6 }}>
          <Area type="linear" dataKey="y1" fill={c[0]} fillOpacity={0.5} stroke={c[0]} strokeWidth={1} stackId="s" />
          <Area type="linear" dataKey="y2" fill={c[1]} fillOpacity={0.5} stroke={c[1]} strokeWidth={1} stackId="s" />
        </ReAreaChart>
      );
    case 'composed':
      return (
        <ReBarChart width={w} height={h} data={d} margin={m} barSize={8}>
          <Bar dataKey="y1" fill={c[0]} radius={[1, 1, 0, 0]} />
          <Line type="linear" dataKey="y2" stroke={c[1]} strokeWidth={2} dot={false} />
        </ReBarChart>
      );
    case 'scatter':
      return (
        <ReScatterChart width={w} height={h} margin={{ top: 6, right: 6, bottom: 6, left: 6 }}>
          <XAxis type="number" dataKey="x" hide />
          <YAxis type="number" dataKey="y" hide />
          <Scatter data={[{ x: 1, y: 5 }, { x: 2, y: 3 }, { x: 3, y: 7 }, { x: 5, y: 4 }, { x: 7, y: 6 }]} fill={c[0]} />
        </ReScatterChart>
      );
    case 'pie':
      return (
        <RePieChart width={w} height={h}>
          <Pie data={MINI_PIE_DATA} dataKey="value" cx="50%" cy="50%" outerRadius={22} innerRadius={0} strokeWidth={1}>
            {MINI_PIE_DATA.map((_, i) => <Cell key={i} fill={c[i % c.length]} />)}
          </Pie>
        </RePieChart>
      );
    case 'big-number':
      return (
        <svg width={w} height={h} viewBox={`0 0 ${w} ${h}`}>
          <text x={w/2} y={h/2 + 8} textAnchor="middle" fill={c[0]} fontSize="28" fontWeight="bold">42</text>
        </svg>
      );
    case 'slicer':
      return (
        <svg width={w} height={h} viewBox={`0 0 ${w} ${h}`}>
          <rect x={2} y={2} width={w-4} height={8} rx={4} fill={c[0]} opacity={0.8} />
          <rect x={2} y={14} width={w-4} height={8} rx={4} fill={c[1]} opacity={0.4} />
          <rect x={2} y={26} width={w-4} height={8} rx={4} fill={c[0]} opacity={0.8} />
        </svg>
      );
    case 'filter':
      return (
        <svg width={w} height={h} viewBox={`0 0 ${w} ${h}`}>
          <rect x={4} y={10} width={w-8} height={20} rx={10} fill="#e8f0f8" stroke={c[0]} strokeWidth={1.2} />
          <text x={w/2} y={23} textAnchor="middle" fill={c[0]} fontSize="9" fontWeight="600">Filter ▾</text>
          <rect x={10} y={34} width={w-20} height={8} rx={2} fill="#f8f8f8" stroke="#d0d0d0" strokeWidth={0.5} />
          <rect x={12} y={36} width={4} height={4} rx={1} fill={c[0]} />
          <rect x={10} y={44} width={w-20} height={8} rx={2} fill="#f8f8f8" stroke="#d0d0d0" strokeWidth={0.5} />
          <rect x={12} y={46} width={4} height={4} rx={1} fill="#ccc" />
        </svg>
      );
    case 'markdown':
      return (
        <svg width={w} height={h} viewBox={`0 0 ${w} ${h}`}>
          <rect x={4} y={2} width={w-8} height={h-4} rx={3} fill="none" stroke="#6a6a6a" strokeWidth={1} />
          <text x={12} y={16} fill="#333" fontSize="11" fontWeight="700">M↓</text>
          <line x1={10} y1={22} x2={52} y2={22} stroke="#bbb" strokeWidth={1} />
          <rect x={10} y={26} width={36} height={3} rx={1} fill="#ccc" />
          <rect x={10} y={32} width={28} height={3} rx={1} fill="#ddd" />
          <rect x={10} y={38} width={42} height={3} rx={1} fill="#ccc" />
          <rect x={10} y={44} width={20} height={3} rx={1} fill="#ddd" />
        </svg>
      );
    default:
      return null;
  }
}

// Stable color index: always based on original column order, not sorted order
  const stableColorIndex = useMemo(() => {
    const map: Record<string, number> = {};
    unsortedSeriesCols.forEach((col, i) => { map[col] = i; });
    return map;
  }, [unsortedSeriesCols]);

// Key to force recharts remount when series order changes
  const seriesOrderKey = useMemo(() => seriesCols.join('|'), [seriesCols]);

const xKey = rowCols.length === 1 ? rowCols[0] : '__x__';

// Resolve xAxisType: 'auto' inspects column types from the raw data
  const resolvedXAxisType: 'numeric' | 'categorical' = useMemo(() => {
    if (xAxisTypeProp === 'numeric') return 'numeric';
    if (xAxisTypeProp === 'categorical') return 'categorical';
    // Auto: numeric only if ALL row columns are numeric (number/bigint)
    if (rowCols.length === 0) return 'categorical';
    for (const col of rowCols) {
      const colType = detectColumnType(col, data);
      if (colType !== 'number') return 'categorical';
    }
    return 'numeric';
  }, [xAxisTypeProp, rowCols, data]);

const isXNumeric = resolvedXAxisType === 'numeric';

// ── Legend filtering state ──────────────────────────────────────
  const [hiddenSeries, setHiddenSeries] = useState<Set<string>>(new Set());
  const [soloSeries, setSoloSeries] = useState<string | null>(null);
  const [hoveredIndicator, setHoveredIndicator] = useState<string | null>(null);
  const [legendLimit, setLegendLimit] = useState(25);

// Compute visible series based on hidden state + external (slicer) hidden series
  const visibleSeries = useMemo(() => {
    return seriesCols.filter(c => !hiddenSeries.has(c) && !(externalHiddenSeries?.has(c)));
  }, [seriesCols, hiddenSeries, externalHiddenSeries]);

// ── Zoom state ──────────────────────────────────────────────────
  // Category charts (bar/line/area): zoom by slicing chartData indices
  const [zoomLeft, setZoomLeft] = useState<number | null>(null);   // start index
  const [zoomRight, setZoomRight] = useState<number | null>(null); // end index (inclusive)
  // Numeric X axis zoom: domain-based (like scatter but for bar/line/area with type="number")
  const [numXZoom, setNumXZoom] = useState<[number, number] | null>(null);
  // Scatter charts: zoom by numeric domain
  const [scatterDomain, setScatterDomain] = useState<{ x: [number, number]; y: [number, number] } | null>(null);
  // Drag selection state
  const [refAreaLeft, setRefAreaLeft] = useState<string | number | null>(null);
  const [refAreaRight, setRefAreaRight] = useState<string | number | null>(null);
  const isDragging = useRef(false);

// Reset zoom and legend filters when data or chart type changes
  useEffect(() => {
    setZoomLeft(null);
    setZoomRight(null);
    setScatterDomain(null);
    setRefAreaLeft(null);
    setRefAreaRight(null);
    isDragging.current = false;
    setHiddenSeries(new Set());
    setSoloSeries(null);
    setHoveredIndicator(null);
    setLegendLimit(25);
    setNumXZoom(null);
  }, [chartType, data, rowCols]);

// Compute displayed data for category charts (and numeric X axis charts via numXZoom)
  const displayData = useMemo(() => {
    let data = chartData;
    if (zoomLeft != null && zoomRight != null) {
      const lo = Math.min(zoomLeft, zoomRight);
      const hi = Math.max(zoomLeft, zoomRight);
      data = data.slice(lo, hi + 1);
    }
    // For numeric X zoom, filter to the zoomed X range
    if (numXZoom) {
      data = data.filter(row => {
        const v = Number(row[xKey]);
        return !isNaN(v) && v >= numXZoom[0] && v <= numXZoom[1];
      });
    }
    // Apply X axis min/max for category charts by filtering data points
    const xMin = xAxisMin != null && xAxisMin !== '' ? Number(xAxisMin) : NaN;
    const xMax = xAxisMax != null && xAxisMax !== '' ? Number(xAxisMax) : NaN;
    if (!isNaN(xMin) || !isNaN(xMax)) {
      data = data.filter(row => {
        const v = Number(row[xKey]);
        if (isNaN(v)) return true; // keep non-numeric values
        if (!isNaN(xMin) && v < xMin) return false;
        if (!isNaN(xMax) && v > xMax) return false;
        return true;
      });
    }
    return data;
  }, [chartData, zoomLeft, zoomRight, numXZoom, xAxisMin, xAxisMax, xKey]);

const xInterval = displayData.length > 30 ? Math.ceil(displayData.length / 20) : 0;
  const margin = { top: 5, right: 10, bottom: 5, left: 10 };

// ── Format helpers ──────────────────────────────────────────────
  const palette = useMemo(() => {
    if (colorTheme && colorTheme !== 'default' && COLOR_THEMES[colorTheme]) {
      return COLOR_THEMES[colorTheme].colors;
    }
    return CHART_PALETTE;
  }, [colorTheme]);

const titleEl = chartTitle ? (
    <div style={{
      textAlign: chartTitlePosition || 'center',
      fontSize: chartTitleFontSize || 16,
      fontWeight: 600,
      color: '#231f20',
      padding: '0 0 2px',
      flexShrink: 0,
    }}>
      {chartTitle}
    </div>
  ) : null;

const shapeNames = ['circle', 'triangle', 'square', 'diamond'] as const;
  const getShapeForSeries = useCallback((idx: number): string => {
    if (markerShapeTheme === 'mixed') return shapeNames[idx % shapeNames.length];
    const map: Record<string, string> = { circles: 'circle', triangles: 'triangle', squares: 'square', diamonds: 'diamond' };
    return map[markerShapeTheme || 'circles'] || 'circle';
  }, [markerShapeTheme]);

const yDomain = useMemo(() => {
    const min = yAxisMin != null && yAxisMin !== '' ? Number(yAxisMin) : undefined;
    const max = yAxisMax != null && yAxisMax !== '' ? Number(yAxisMax) : undefined;
    if (min != null && !isNaN(min) && max != null && !isNaN(max)) return [min, max];
    if (min != null && !isNaN(min)) return [min, 'auto' as const];
    if (max != null && !isNaN(max)) return ['auto' as const, max];
    return undefined;
  }, [yAxisMin, yAxisMax]);

const xDomainNumeric = useMemo(() => {
    const min = xAxisMin != null && xAxisMin !== '' ? Number(xAxisMin) : undefined;
    const max = xAxisMax != null && xAxisMax !== '' ? Number(xAxisMax) : undefined;
    if (min != null && !isNaN(min) && max != null && !isNaN(max)) return [min, max];
    if (min != null && !isNaN(min)) return [min, 'auto' as const];
    if (max != null && !isNaN(max)) return ['auto' as const, max];
    return undefined;
  }, [xAxisMin, xAxisMax]);

const getSeriesColor = useCallback((col: string, _idx: number) => {
    if (seriesOverrides?.[col]?.color) return seriesOverrides[col].color!;
    const stableIdx = stableColorIndex[col] ?? _idx;
    return palette[stableIdx % palette.length];
  }, [seriesOverrides, palette, stableColorIndex]);

// ── Element click tracking for drilldown detection ────────────
  const lastElementClick = useRef<{ origIdx: number; seriesName: string | null; time: number } | null>(null);
  const handleElementClick = useCallback((origIdx: number, seriesName: string | null) => {
    lastElementClick.current = { origIdx, seriesName, time: Date.now() };
  }, []);

// ── Category / Numeric X chart zoom handlers ──────────────────
  // For numeric X axes, e.activeLabel is undefined; use the payload value instead
  const getXFromEvent = useCallback((e: any): string | number | null => {
    if (e.activeLabel != null) return e.activeLabel;
    // Numeric axis: extract value from payload
    if (e.activePayload?.[0]?.payload?.[xKey] != null) return e.activePayload[0].payload[xKey];
    return null;
  }, [xKey]);

const catMouseDown = useCallback((e: any) => {
    if (!e) return;
    const val = getXFromEvent(e);
    if (val == null) return;
    isDragging.current = true;
    setRefAreaLeft(val);
    setRefAreaRight(val);
  }, [getXFromEvent]);

const catMouseMove = useCallback((e: any) => {
    if (!isDragging.current || !e) return;
    const val = getXFromEvent(e);
    if (val == null) return;
    setRefAreaRight(val);
  }, [getXFromEvent]);

// Build activeDot props for line/area charts — activeDot appears on hover near a data point
  // and its onClick fires only when clicking ON the active dot, not on whitespace
  const makeActiveDot = useCallback((col: string) => {
    if (!onElementDoubleClick) return { r: 4 };
    return {
      r: 6,
      style: { cursor: 'pointer' },
      onClick: (_e: any, data: any) => {
        handleElementClick(data?.payload?.__origIdx__ ?? 0, col);
      },
    };
  }, [onElementDoubleClick, handleElementClick]);

// ── Scatter chart zoom handlers ──────────────────────────────
  const scatterMouseDown = useCallback((e: any) => {
    if (!e) return;
    const val = e.xValue ?? e.chartX;
    if (val == null) return;
    isDragging.current = true;
    setRefAreaLeft(val);
    setRefAreaRight(val);
  }, []);

const scatterMouseMove = useCallback((e: any) => {
    if (!isDragging.current || !e) return;
    const val = e.xValue ?? e.chartX;
    if (val == null) return;
    setRefAreaRight(val);
  }, []);

// Build legend payload from seriesCols and render outside recharts to avoid measurement loops
  const legendPayload = useMemo(() => {
    return seriesCols.map((col, i) => ({ value: col, color: getSeriesColor(col, i) }));
  }, [seriesCols, getSeriesColor]);

const legendElement = useMemo(() => {
    if (legendEnabled === false) return null;
    return renderLegend({ payload: legendPayload });
  }, [legendEnabled, renderLegend, legendPayload]);

// Wrapper that renders title + legend outside recharts + ResponsiveContainer
  const pos = legendPosition || 'bottom';
  const isLegendVertical = pos === 'left' || pos === 'right';
  const chartWrap = (chart: React.ReactNode, customLegend?: React.ReactNode) => {
    const leg = customLegend !== undefined ? customLegend : legendElement;
    return (
      <div style={{ display: 'flex', flexDirection: 'column', width: '100%', height: '100%' }}>
        {titleEl}
        {pos === 'top' && leg}
        <div style={{ display: 'flex', flex: 1, minHeight: 0, ...(isLegendVertical ? {} : { flexDirection: 'column' }) }}>
          {pos === 'left' && <div style={{ flexShrink: 0, overflow: 'auto', maxWidth: 160, paddingRight: 8 }}>{leg}</div>}
          <ResponsiveContainer width="100%" height="100%" debounce={150}>
            {chart as any}
          </ResponsiveContainer>
          {pos === 'right' && <div style={{ flexShrink: 0, overflow: 'auto', maxWidth: 160, paddingLeft: 8 }}>{leg}</div>}
        </div>
        {pos === 'bottom' && leg}
      </div>
    );
  };

// Helper: render reference line elements for cartesian charts
  // Horizontal ref lines (y=value) only work on charts with a numeric Y axis.
  // Vertical ref lines (x=value) only work on charts with a numeric X axis.
  const refLineDash = (s: string) => s === 'dotted' ? '2 2' : s === 'dashed' ? '6 3' : '';
  const hasNumericY = chartType !== 'horizontal-bar' && chartType !== 'stacked-horizontal-bar';
  const hasNumericX = isXNumeric || chartType === 'scatter' || chartType === 'horizontal-bar' || chartType === 'stacked-horizontal-bar';
  const renderHRefLines = () => !hasNumericY ? [] : (hRefLines || []).map(rl => (
    <ReferenceLine key={`href_${rl.id}`} y={rl.value} stroke={rl.color} strokeWidth={rl.thickness}
      strokeDasharray={refLineDash(rl.style)}
      label={rl.label ? { value: rl.label, position: 'insideTopLeft', fill: rl.color, fontSize: 10 } : undefined}
      ifOverflow="extendDomain" />
  ));
  const renderVRefLines = () => !hasNumericX ? [] : (vRefLines || []).map(rl => (
    <ReferenceLine key={`vref_${rl.id}`} x={rl.value} stroke={rl.color} strokeWidth={rl.thickness}
      strokeDasharray={refLineDash(rl.style)}
      label={rl.label ? { value: rl.label, position: 'insideTopRight', fill: rl.color, fontSize: 10 } : undefined}
      ifOverflow="extendDomain" />
  ));

if (seriesCols.length === 0) {
    return (
      <div style={{ display: 'flex', alignItems: 'center', justifyContent: 'center', height: '100%', color: '#adadad', fontSize: 14, textAlign: 'center', padding: 40 }}>
        Add columns to the Values quadrant to see chart data
      </div>
    );
  }

if (chartData.length === 0) {
    return (
      <div style={{ display: 'flex', alignItems: 'center', justifyContent: 'center', height: '100%', color: '#adadad', fontSize: 14 }}>
        No data to chart
      </div>
    );
  }

if (chartType === 'bar' || chartType === 'stacked-bar') {
    return chartWrap(
          <ReBarChart
            key={seriesOrderKey}
            data={displayData}
            margin={margin}
            barGap={`${chartBarGap ?? 4}%`} barCategoryGap={`${chartBarCategoryGap ?? 20}%`}
            onMouseDown={catMouseDown}
            onMouseMove={catMouseMove}
            onMouseUp={catMouseUp}
            onDoubleClick={catDoubleClick}
          >
            <CartesianGrid strokeDasharray="3 3" stroke="#eee" />
            <XAxis dataKey={xKey} fontSize={11} angle={-45} textAnchor="end" height={50} allowDataOverflow={zoomLeft != null || numXZoom != null}
              {...(isXNumeric ? { type: 'number' as const, tickFormatter: (v: number) => v.toLocaleString(), ...(numXZoom ? { domain: numXZoom } : xDomainNumeric ? { domain: xDomainNumeric } : {}) } : { interval: xInterval })} />
            <YAxis fontSize={11} tickFormatter={(v: number) => v.toLocaleString()} {...(yDomain ? { domain: yDomain, allowDataOverflow: true } : {})} />
            <ReTooltip content={renderTooltip} />
            {seriesCols.map((col, i) => (
              <Bar
                key={col}
                dataKey={col}
                fill={getSeriesColor(col, i)}
                stackId={chartType === 'stacked-bar' ? 'stack' : undefined}
                hide={!visibleSeries.includes(col)}
                animationDuration={CHART_ANIMATION_MS}
                onClick={(d: any) => handleElementClick(d?.payload?.__origIdx__ ?? 0, col)}
                style={onElementDoubleClick ? { cursor: 'pointer' } : undefined}
                {...labelProps}
              />
            ))}
            {renderHRefLines()}
            {renderVRefLines()}
            {refAreaLeft && refAreaRight && (
              <ReferenceArea x1={refAreaLeft} x2={refAreaRight} {...{fill: "#8884d8", fillOpacity: 0.2} as any} />
            )}
          </ReBarChart>
    );
  }

if (chartType === 'horizontal-bar' || chartType === 'stacked-horizontal-bar') {
    return chartWrap(
          <ReBarChart
            key={seriesOrderKey}
            layout="vertical"
            data={displayData}
            margin={margin}
            barGap={`${chartBarGap ?? 4}%`} barCategoryGap={`${chartBarCategoryGap ?? 20}%`}
            onMouseDown={catMouseDown}
            onMouseMove={catMouseMove}
            onMouseUp={catMouseUp}
            onDoubleClick={catDoubleClick}
          >
            <CartesianGrid strokeDasharray="3 3" stroke="#eee" />
            <XAxis type="number" fontSize={11} tickFormatter={(v: number) => v.toLocaleString()} {...(yDomain ? { domain: yDomain, allowDataOverflow: true } : {})} />
            <YAxis type="category" dataKey={xKey} fontSize={11} width={120} />
            <ReTooltip content={renderTooltip} />
            {seriesCols.map((col, i) => (
              <Bar
                key={col}
                dataKey={col}
                fill={getSeriesColor(col, i)}
                stackId={chartType === 'stacked-horizontal-bar' ? 'stack' : undefined}
                hide={!visibleSeries.includes(col)}
                animationDuration={CHART_ANIMATION_MS}
                onClick={(d: any) => handleElementClick(d?.payload?.__origIdx__ ?? 0, col)}
                style={onElementDoubleClick ? { cursor: 'pointer' } : undefined}
                {...labelProps}
              />
            ))}
            {renderHRefLines()}
            {renderVRefLines()}
          </ReBarChart>
    );
  }

if (chartType === 'line') {
    return chartWrap(
          <ReLineChart
            key={seriesOrderKey}
            data={displayData}
            margin={margin}
            onMouseDown={catMouseDown}
            onMouseMove={catMouseMove}
            onMouseUp={catMouseUp}
            onDoubleClick={catDoubleClick}
          >
            <CartesianGrid strokeDasharray="3 3" stroke="#eee" />
            <XAxis dataKey={xKey} fontSize={11} angle={-45} textAnchor="end" height={50} allowDataOverflow={zoomLeft != null || numXZoom != null}
              {...(isXNumeric ? { type: 'number' as const, tickFormatter: (v: number) => v.toLocaleString(), ...(numXZoom ? { domain: numXZoom } : xDomainNumeric ? { domain: xDomainNumeric } : {}) } : { interval: xInterval })} />
            <YAxis fontSize={11} tickFormatter={(v: number) => v.toLocaleString()} {...(yDomain ? { domain: yDomain, allowDataOverflow: true } : {})} />
            <ReTooltip content={renderTooltip} />
            {seriesCols.map((col, i) => {
              const color = getSeriesColor(col, i);
              const so = seriesOverrides?.[col];
              const sShowLines = so?.showLines ?? showLines;
              const getSODot = () => {
                const mEnabled = so?.markersEnabled ?? markersEnabled;
                if (mEnabled === false) return { dot: false, activeDot: makeActiveDot(col) };
                const r = so?.markerSize ?? markerSize ?? 4;
                const sTheme = so?.markerShapeTheme ?? markerShapeTheme;
                const sFill = so?.markerFill ?? markerFill;
                const shape = sTheme === 'mixed' ? shapeNames[i % shapeNames.length] : ({ circles: 'circle', triangles: 'triangle', squares: 'square', diamonds: 'diamond' }[sTheme || 'circles'] || 'circle');
                const isBorder = sFill === 'border';
                const dotRenderer = (props: any) => {
                  const { cx, cy, stroke: st, key, payload } = props;
                  if (cx == null || cy == null) return null;
                  return <g key={key}
                    onClick={() => handleElementClick(payload?.__origIdx__ ?? 0, col)}
                    style={onElementDoubleClick ? { cursor: 'pointer' } : undefined}
                  >{renderDotShape(shape, cx, cy, r, color, st || color, isBorder)}</g>;
                };
                return { dot: dotRenderer, activeDot: makeActiveDot(col) };
              };
              return (
              <Line
                key={col}
                type="linear"
                dataKey={col}
                stroke={color}
                strokeWidth={sShowLines === false ? 0 : (so?.lineWidth || chartLineWidth || 2)}
                animationDuration={CHART_ANIMATION_MS}
                {...getSODot()}
                hide={!visibleSeries.includes(col)}
                onClick={(d: any) => handleElementClick(d?.payload?.__origIdx__ ?? 0, col)}
                style={onElementDoubleClick ? { cursor: 'pointer' } : undefined}
                {...labelProps}
              />
              );
            })}
            {renderHRefLines()}
            {renderVRefLines()}
            {refAreaLeft && refAreaRight && (
              <ReferenceArea x1={refAreaLeft} x2={refAreaRight} {...{fill: "#8884d8", fillOpacity: 0.2} as any} />
            )}
          </ReLineChart>
    );
  }

if (chartType === 'area' || chartType === 'stacked-area' || chartType === 'stacked-line') {
    const isStacked = chartType === 'stacked-area' || chartType === 'stacked-line';
    const isStackedLine = chartType === 'stacked-line';
    return chartWrap(
          <ReAreaChart
            key={seriesOrderKey}
            data={displayData}
            margin={margin}
            onMouseDown={catMouseDown}
            onMouseMove={catMouseMove}
            onMouseUp={catMouseUp}
            onDoubleClick={catDoubleClick}
          >
            <CartesianGrid strokeDasharray="3 3" stroke="#eee" />
            <XAxis dataKey={xKey} fontSize={11} angle={-45} textAnchor="end" height={50} allowDataOverflow={zoomLeft != null || numXZoom != null}
              {...(isXNumeric ? { type: 'number' as const, tickFormatter: (v: number) => v.toLocaleString(), ...(numXZoom ? { domain: numXZoom } : xDomainNumeric ? { domain: xDomainNumeric } : {}) } : { interval: xInterval })} />
            <YAxis fontSize={11} tickFormatter={(v: number) => v.toLocaleString()} {...(yDomain ? { domain: yDomain, allowDataOverflow: true } : {})} />
            <ReTooltip content={renderTooltip} />
            {seriesCols.map((col, i) => {
              const areaColor = getSeriesColor(col, i);
              const so = seriesOverrides?.[col];
              const overrideOpacity = so?.areaOpacity;
              const defaultOpacity = isStackedLine ? 0 : (chartType === 'stacked-area' ? 0.6 : 0.3);
              const sShowLines = so?.showLines ?? showLines;
              const getSODot = () => {
                const mEnabled = so?.markersEnabled ?? markersEnabled;
                if (mEnabled === false) return { dot: false, activeDot: makeActiveDot(col) };
                const r = so?.markerSize ?? markerSize ?? 4;
                const sTheme = so?.markerShapeTheme ?? markerShapeTheme;
                const sFill = so?.markerFill ?? markerFill;
                const shape = sTheme === 'mixed' ? shapeNames[i % shapeNames.length] : ({ circles: 'circle', triangles: 'triangle', squares: 'square', diamonds: 'diamond' }[sTheme || 'circles'] || 'circle');
                const isBorder = sFill === 'border';
                const dotRenderer = (props: any) => {
                  const { cx, cy, stroke: st, key, payload } = props;
                  if (cx == null || cy == null) return null;
                  return <g key={key}
                    onClick={() => handleElementClick(payload?.__origIdx__ ?? 0, col)}
                    style={onElementDoubleClick ? { cursor: 'pointer' } : undefined}
                  >{renderDotShape(shape, cx, cy, r, areaColor, st || areaColor, isBorder)}</g>;
                };
                return { dot: dotRenderer, activeDot: makeActiveDot(col) };
              };
              return (
                <Area
                  key={col}
                  type="linear"
                  dataKey={col}
                  fill={isStackedLine ? 'none' : areaColor}
                  fillOpacity={isStackedLine ? 0 : (overrideOpacity != null ? overrideOpacity : defaultOpacity)}
                  stroke={areaColor}
                  strokeWidth={sShowLines === false ? 0 : (so?.lineWidth || chartLineWidth || 2)}
                  stackId={isStacked ? 'stack' : undefined}
                  hide={!visibleSeries.includes(col)}
                  animationDuration={CHART_ANIMATION_MS}
                  {...getSODot()}
                  onClick={(d: any) => handleElementClick(d?.payload?.__origIdx__ ?? 0, col)}
                  style={onElementDoubleClick ? { cursor: 'pointer' } : undefined}
                  {...labelProps}
                />
              );
            })}
            {renderHRefLines()}
            {renderVRefLines()}
            {refAreaLeft && refAreaRight && (
              <ReferenceArea x1={refAreaLeft} x2={refAreaRight} {...{fill: "#8884d8", fillOpacity: 0.2} as any} />
            )}
          </ReAreaChart>
    );
  }

if (chartType === 'composed') {
    // Build children array first, then pick the right container
    const composedChildren: React.ReactNode[] = [
      <CartesianGrid key="__grid" strokeDasharray="3 3" stroke="#eee" />,
      <XAxis key="__x" dataKey={xKey} fontSize={11} angle={-45} textAnchor="end" height={50} allowDataOverflow={zoomLeft != null || numXZoom != null}
        {...(isXNumeric ? { type: 'number' as const, tickFormatter: (v: number) => v.toLocaleString(), ...(numXZoom ? { domain: numXZoom } : xDomainNumeric ? { domain: xDomainNumeric } : {}) } : { interval: xInterval })} />,
      <YAxis key="__y" fontSize={11} tickFormatter={(v: number) => v.toLocaleString()} {...(yDomain ? { domain: yDomain, allowDataOverflow: true } : {})} />,
      <ReTooltip key="__tip" content={renderTooltip} />,
    ];
    // Legend rendered outside recharts via chartWrap

return chartWrap(
          <ChartContainer key={seriesOrderKey} {...chartProps} {...extraProps}>
            {composedChildren}
          </ChartContainer>
    );
  }

if (chartType === 'scatter') {
    const xCol = seriesCols[0];
    const yCol = seriesCols.length > 1 ? seriesCols[1] : seriesCols[0];
    const scatterName = `${xCol} vs ${yCol}`;
    const scatterData = data.map(row => ({
      x: N(row[xCol]),
      y: N(row[yCol]),
      name: rowCols.map(r => String(row[r] ?? '')).join(' | '),
    }));
    const scatterVisible = visibleSeries.includes(scatterName) || visibleSeries.some(s => s === xCol || s === yCol) || (soloSeries == null && !hiddenSeries.has(scatterName));
    const filteredScatterData = scatterVisible ? scatterData : [];

// For scatter, apply axis limits only when not zoomed
    const scatterXDomain = scatterDomain ? scatterDomain.x : (xDomainNumeric || undefined);
    const scatterYDomain = scatterDomain ? scatterDomain.y : (yDomain || undefined);
    const scatterAllowOverflow = !!scatterDomain || !!xDomainNumeric || !!yDomain;

return chartWrap(
          <ReScatterChart
            key={seriesOrderKey}
            margin={margin}
            onMouseDown={scatterMouseDown}
            onMouseMove={scatterMouseMove}
            onMouseUp={() => scatterMouseUp(scatterData)}
            onDoubleClick={() => scatterDoubleClick(scatterData)}
          >
            <CartesianGrid strokeDasharray="3 3" stroke="#eee" />
            <XAxis
              type="number"
              dataKey="x"
              name={xCol}
              fontSize={11}
              domain={scatterXDomain}
              allowDataOverflow={scatterAllowOverflow}
            />
            <YAxis
              type="number"
              dataKey="y"
              name={yCol}
              fontSize={11}
              domain={scatterYDomain}
              allowDataOverflow={scatterAllowOverflow}
            />
            <ReTooltip cursor={{ strokeDasharray: '3 3' }} content={renderTooltip} />
            <Scatter name={scatterName} data={filteredScatterData} fill={palette[0]} animationDuration={CHART_ANIMATION_MS}
              onClick={(_d: any, idx: number) => handleElementClick(idx, null)}
              style={onElementDoubleClick ? { cursor: 'pointer' } : undefined}
            >
              {filteredScatterData.map((_, i) => <Cell key={i} fill={palette[i % palette.length]} />)}
            </Scatter>
            {renderHRefLines()}
            {renderVRefLines()}
            {refAreaLeft != null && refAreaRight != null && (
              <ReferenceArea x1={Number(refAreaLeft)} x2={Number(refAreaRight)} {...{fill: "#8884d8", fillOpacity: 0.2} as any} />
            )}
          </ReScatterChart>
    );
  }

if (chartType === 'pie') {
    const allPieData = chartData.map(row => {
      let total = 0;
      for (const col of seriesCols) total += N(row[col]);
      return { name: String(row[xKey]), value: total, __origIdx__: row.__origIdx__ as number };
    }).filter(d => d.value > 0);

// For pie, filtering is based on slice names (not seriesCols)
    const pieVisible = (name: string) => {
      if (soloSeries != null) return soloSeries === name && !hiddenSeries.has(name);
      return !hiddenSeries.has(name);
    };
    const pieData = allPieData.filter(d => pieVisible(d.name));

// Build a full legend payload so all slices always appear in legend
    const pieLegendPayload = allPieData.map((d, i) => ({
      value: d.name,
      color: palette[i % palette.length],
      type: 'square' as const,
    }));

const pieLegendEl = legendEnabled !== false ? renderLegend({ payload: pieLegendPayload }) : null;

// Pie double-click handler (no chart container double-click for pie)
    const pieDoubleClick = () => {
      const recent = lastElementClick.current;
      if (recent && Date.now() - recent.time < 600 && onElementDoubleClick) {
        onElementDoubleClick(data[recent.origIdx], recent.seriesName);
        lastElementClick.current = null;
      }
    };

return chartWrap(
          <RePieChart onDoubleClick={pieDoubleClick}>
            <Pie
              data={pieData}
              dataKey="value"
              nameKey="name"
              cx="50%"
              cy="50%"
              outerRadius="70%"
              label={({ name, percent }: any) => `${name} (${(percent * 100).toFixed(0)}%)`}
              labelLine
              animationDuration={CHART_ANIMATION_MS}
              onClick={(d: any) => handleElementClick(d?.payload?.__origIdx__ ?? d?.__origIdx__ ?? 0, null)}
              style={onElementDoubleClick ? { cursor: 'pointer' } : undefined}
              {...labelProps}
            >
              {pieData.map((d, i) => {
                // Find the original index in allPieData to keep colors consistent
                const origIdx = allPieData.findIndex(p => p.name === d.name);
                return <Cell key={i} fill={palette[(origIdx >= 0 ? origIdx : i) % palette.length]} />;
              })}
            </Pie>
            <ReTooltip content={renderTooltip} />
          </RePieChart>,
      pieLegendEl,
    );
  }

return null;
}

/* ── Shared Format Panel Components ─────────────────────────────── */

const SECTION_HEADER_STYLE: React.CSSProperties = {
  fontSize: 11, fontWeight: 600, color: '#333', marginBottom: 8, textTransform: 'uppercase', letterSpacing: '0.5px',
};

const CHART_SECTION_HEADER_STYLE: React.CSSProperties = {
  fontSize: 10, fontWeight: 600, color: '#6a6a6a', textTransform: 'uppercase', letterSpacing: '0.5px', marginBottom: 8,
};

function ToggleSwitch({ checked, onChange }: { checked: boolean; onChange: (v: boolean) => void }) {
  return (
    <button
      role="switch"
      aria-checked={checked}
      onClick={() => onChange(!checked)}
      style={{
        position: 'relative',
        width: 32,
        height: 18,
        borderRadius: 9,
        border: 'none',
        background: checked ? '#0777b3' : '#ccc',
        cursor: 'pointer',
        padding: 0,
        transition: 'background 0.2s',
        flexShrink: 0,
      }}
    >
      <span
        style={{
          position: 'absolute',
          top: 2,
          left: checked ? 16 : 2,
          width: 14,
          height: 14,
          borderRadius: '50%',
          background: '#fff',
          boxShadow: '0 1px 3px rgba(0,0,0,0.2)',
          transition: 'left 0.2s',
        }}
      />
    </button>
  );
}

type ColumnTextFormat = { bold?: boolean; italic?: boolean; underline?: boolean; color?: string; bgColor?: string; align?: 'left' | 'center' | 'right'; numberFormat?: string };

/* ── Data Format Types & Helpers ─────────────────────────────────── */

interface DataFormatSettings {
  thousandsSeparator: boolean;  // default true
  currency: '' | '$' | '\u20AC';     // default '' (\u20AC = €)
  percent: boolean;              // default false
  decimalPlaces: number | null;  // null = auto
  dateFormat: string;            // '' = auto, or a format preset key / custom string
}

const DEFAULT_DATA_FORMAT: DataFormatSettings = {
  thousandsSeparator: true,
  currency: '',
  percent: false,
  decimalPlaces: null,
  dateFormat: '',
};

const DATE_FORMAT_PRESETS = [
  { value: '', label: 'Auto (raw value)' },
  { value: 'iso', label: 'YYYY-MM-DD HH:mm:ss' },
  { value: 'date-only', label: 'YYYY-MM-DD' },
  { value: 'us', label: 'MM/DD/YYYY' },
  { value: 'eu', label: 'DD/MM/YYYY' },
  { value: 'medium', label: 'MMM D, YYYY' },
  { value: 'medium-eu', label: 'D MMM YYYY' },
  { value: 'datetime-short', label: 'YYYY-MM-DD HH:mm' },
  { value: 'custom', label: 'Custom...' },
];

function looksLikeDate(s: string): boolean {
  return /^\d{4}-\d{2}-\d{2}/.test(s) || /^\d{2}\/\d{2}\/\d{4}/.test(s);
}

/* ── Data Format Settings UI ─────────────────────────────────────── */

{/* Per-column overrides */}
      {Object.entries(columnFormats).length > 0 && (
        <div style={{ marginTop: 12 }}>
          <div style={{ fontSize: 10, fontWeight: 600, color: '#999', marginBottom: 4, textTransform: 'uppercase', letterSpacing: '0.3px' }}>Column Overrides</div>
          {Object.entries(columnFormats).map(([col, colFmt]) => (
            <div key={col} style={{ marginBottom: 10, padding: 8, background: '#fafafa', borderRadius: 6, border: '1px solid #eee' }}>
              <div style={{ display: 'flex', alignItems: 'center', justifyContent: 'space-between', marginBottom: 6 }}>
                <span style={{ fontSize: 11, fontWeight: 500, color: '#333', overflow: 'hidden', textOverflow: 'ellipsis', whiteSpace: 'nowrap' }} title={col}>{col}</span>
                <button
                  onClick={() => setColumnFormats(prev => { const next = { ...prev }; delete next[col]; return next; })}
                  style={{ background: 'none', border: 'none', cursor: 'pointer', fontSize: 13, color: '#999', padding: '0 2px', lineHeight: 1 }}
                  title="Remove override"
                >
                  ×
                </button>
              </div>
              <DataFormatEditor
                fmt={colFmt}
                setFmt={(updater) => setColumnFormats(prev => ({ ...prev, [col]: updater(prev[col]) }))}
              />
            </div>
          ))}
        </div>
      )}

{/* Add Override dropdown */}
      {(() => {
        const availableCols = availableColumns.filter(c => !(c in columnFormats));
        if (availableCols.length === 0) return null;
        return (
          <select
            value=""
            onChange={(e) => { if (e.target.value) setColumnFormats(prev => ({ ...prev, [e.target.value]: { ...DEFAULT_DATA_FORMAT } })); }}
            style={{
              fontSize: 11, padding: '4px 6px', border: '1px solid #d0d0d0', borderRadius: 4,
              background: '#fff', color: '#0777b3', cursor: 'pointer', fontFamily: 'inherit', width: '100%', marginTop: 8,
            }}
          >
            <option value="">+ Add Column Override...</option>
            {availableCols.map(col => <option key={col} value={col}>{col}</option>)}
          </select>
        );
      })()}
    </div>
  );
}

type ColWidthMode = 'name' | 'data' | 'fixed';

/* ── Dashboard tile type ─────────────────────────────────────── */
type DashboardTile = {
  id: string;
  tabId: string;       // references a pivot/chart/drilldown tab
  x: number;           // px from left
  y: number;           // px from top
  w: number;           // width in px
  h: number;           // height in px
};
type DashboardState = {
  tiles: DashboardTile[];
  nextTileId: number;
};

// Stable empty references to avoid recreating objects/arrays each render
const EMPTY_DIM_ARR: DimItem[] = [];
const EMPTY_QUAD_ARR: QuadItem[] = [];
const EMPTY_CS_FILTER_ARR: ClientSideFilter[] = [];
const EMPTY_COND_ARR: ConditionalFormatRule[] = [];
const EMPTY_STR_MAP: Record<string, any> = {};
const EMPTY_NUM_MAP: Record<string, number> = {};

/* ── Simple Markdown Renderer ────────────────────────────────── */
function SimpleMarkdown({ text }: { text: string }) {
  const html = useMemo(() => {
    if (!text) return '';
    let s = text
      // Escape HTML
      .replace(/&/g, '&').replace(/</g, '<').replace(/>/g, '>');
    // Fenced code blocks
    s = s.replace(/```(\w*)\n([\s\S]*?)```/g, (_m, _lang, code) =>
      `<pre style="background:#f5f5f5;border:1px solid #e0e0e0;border-radius:4px;padding:10px;overflow-x:auto;font-size:12px;line-height:1.5"><code>${code.trimEnd()}</code></pre>`
    );
    // Inline code
    s = s.replace(/`([^`]+)`/g, '<code style="background:#f0f0f0;padding:1px 4px;border-radius:3px;font-size:0.9em">$1</code>');
    // Headings
    s = s.replace(/^#### (.+)$/gm, '<h4 style="margin:12px 0 6px;font-size:14px">$1</h4>');
    s = s.replace(/^### (.+)$/gm, '<h3 style="margin:14px 0 6px;font-size:16px">$1</h3>');
    s = s.replace(/^## (.+)$/gm, '<h2 style="margin:16px 0 8px;font-size:18px">$1</h2>');
    s = s.replace(/^# (.+)$/gm, '<h1 style="margin:18px 0 8px;font-size:22px">$1</h1>');
    // Horizontal rule
    s = s.replace(/^---+$/gm, '<hr style="border:none;border-top:1px solid #ddd;margin:12px 0"/>');
    // Bold + italic
    s = s.replace(/\*\*\*(.+?)\*\*\*/g, '<strong><em>$1</em></strong>');
    s = s.replace(/\*\*(.+?)\*\*/g, '<strong>$1</strong>');
    s = s.replace(/\*(.+?)\*/g, '<em>$1</em>');
    // Strikethrough
    s = s.replace(/~~(.+?)~~/g, '<del>$1</del>');
    // Links
    s = s.replace(/\[([^\]]+)\]$([^)]+)$/g, '<a href="$2" target="_blank" rel="noopener" style="color:#0777b3">$1</a>');
    // Images
    s = s.replace(/!\[([^\]]*)\]$([^)]+)$/g, '<img src="$2" alt="$1" style="max-width:100%;border-radius:4px"/>');
    // Unordered lists
    s = s.replace(/^(\s*)[-*] (.+)$/gm, (_m, indent, content) => {
      const level = Math.floor((indent?.length || 0) / 2);
      return `<li style="margin-left:${level * 16}px;list-style:disc">${content}</li>`;
    });
    // Ordered lists
    s = s.replace(/^(\s*)\d+\. (.+)$/gm, (_m, indent, content) => {
      const level = Math.floor((indent?.length || 0) / 2);
      return `<li style="margin-left:${level * 16}px;list-style:decimal">${content}</li>`;
    });
    // Blockquote
    s = s.replace(/^> (.+)$/gm, '<blockquote style="border-left:3px solid #ddd;padding-left:12px;color:#666;margin:8px 0">$1</blockquote>');
    // Paragraphs (double newline)
    s = s.replace(/\n\n+/g, '</p><p style="margin:8px 0">');
    // Single newlines → <br>
    s = s.replace(/\n/g, '<br/>');
    return `<p style="margin:8px 0">${s}</p>`;
  }, [text]);
  return (
    <div
      data-testid="markdown-rendered"
      style={{ fontFamily: '-apple-system, BlinkMacSystemFont, "Segoe UI", Roboto, sans-serif', fontSize: 14, lineHeight: 1.6, color: '#231f20', wordBreak: 'break-word' }}
      dangerouslySetInnerHTML={{ __html: html }}
    />
  );
}

/* ── Markdown Editor with Basic Syntax Highlighting ────────── */
function MarkdownEditor({ value, onChange }: { value: string; onChange: (v: string) => void }) {
  const textareaRef = useRef<HTMLTextAreaElement>(null);
  const highlightRef = useRef<HTMLDivElement>(null);

// Sync scroll between textarea and highlight overlay
  const onScroll = () => {
    if (textareaRef.current && highlightRef.current) {
      highlightRef.current.scrollTop = textareaRef.current.scrollTop;
      highlightRef.current.scrollLeft = textareaRef.current.scrollLeft;
    }
  };

// Produce highlighted HTML from the raw markdown text
  const highlighted = useMemo(() => {
    if (!value) return '';
    let s = value
      .replace(/&/g, '&').replace(/</g, '<').replace(/>/g, '>');
    // Fenced code blocks
    s = s.replace(/(```\w*\n)([\s\S]*?)(```)/g,
      '<span style="color:#6a737d">$1$2$3</span>');
    // Headings
    s = s.replace(/^(#{1,4} .+)$/gm, '<span style="color:#0777b3;font-weight:600">$1</span>');
    // Bold
    s = s.replace(/(\*\*\*(.+?)\*\*\*)/g, '<span style="color:#7c3aed;font-weight:700;font-style:italic">$1</span>');
    s = s.replace(/(\*\*(.+?)\*\*)/g, '<span style="color:#7c3aed;font-weight:600">$1</span>');
    // Italic
    s = s.replace(/(\*(.+?)\*)/g, '<span style="color:#7c3aed;font-style:italic">$1</span>');
    // Inline code
    s = s.replace(/(`[^`]+`)/g, '<span style="color:#d73a49;background:#f0f0f0;border-radius:2px">$1</span>');
    // Links
    s = s.replace(/(\[([^\]]+)\]$[^)]+$)/g, '<span style="color:#0777b3;text-decoration:underline">$1</span>');
    // Lists
    s = s.replace(/^(\s*[-*] )/gm, '<span style="color:#e18727">$1</span>');
    s = s.replace(/^(\s*\d+\. )/gm, '<span style="color:#e18727">$1</span>');
    // Blockquote
    s = s.replace(/^(> )/gm, '<span style="color:#6a6a6a">$1</span>');
    // HR
    s = s.replace(/^(---+)$/gm, '<span style="color:#ddd">$1</span>');
    return s;
  }, [value]);

return (
    <div style={{ position: 'relative', width: '100%', height: '100%', minHeight: 200 }}>
      {/* Syntax-highlighted underlay */}
      <div
        ref={highlightRef}
        style={{
          position: 'absolute', inset: 0,
          padding: '8px 10px',
          fontFamily: '"SFMono-Regular", Consolas, "Liberation Mono", Menlo, monospace',
          fontSize: 12, lineHeight: '1.5',
          whiteSpace: 'pre-wrap', wordBreak: 'break-word',
          color: 'transparent',
          overflow: 'hidden',
          pointerEvents: 'none',
        }}
        dangerouslySetInnerHTML={{ __html: highlighted + '\n' }}
      />
      {/* Editable textarea on top */}
      <textarea
        ref={textareaRef}
        value={value}
        onChange={(e) => onChange(e.target.value)}
        onScroll={onScroll}
        placeholder="# Title

Write your **markdown** here...

- Item 1
- Item 2"
        spellCheck={false}
        data-testid="markdown-editor"
        style={{
          position: 'relative',
          width: '100%', height: '100%',
          padding: '8px 10px',
          fontFamily: '"SFMono-Regular", Consolas, "Liberation Mono", Menlo, monospace',
          fontSize: 12, lineHeight: '1.5',
          border: '1px solid #d0d0d0', borderRadius: 6,
          outline: 'none', resize: 'none',
          background: 'transparent',
          color: '#231f20',
          caretColor: '#231f20',
          whiteSpace: 'pre-wrap', wordBreak: 'break-word',
          boxSizing: 'border-box',
        }}
      />
    </div>
  );
}

/* ── Reference Lines Section (chart settings) ──────────────── */
function RefLinesSection({
  lines, setLines, nextIdRef, direction,
}: {
  lines: RefLine[];
  setLines: (fn: (prev: RefLine[]) => RefLine[]) => void;
  nextIdRef: React.MutableRefObject<number>;
  direction: 'horizontal' | 'vertical';
}) {
  const dragIdx = useRef<number | null>(null);
  const label = direction === 'horizontal' ? 'Horizontal' : 'Vertical';
  return (
    <div>
      <div style={CHART_SECTION_HEADER_STYLE}>{label} Reference Lines</div>
      {lines.map((rl, idx) => (
        <div
          key={rl.id}
          draggable
          onDragStart={() => { dragIdx.current = idx; }}
          onDragOver={(e: any) => { e.preventDefault(); e.currentTarget.style.borderTop = '2px solid #0777b3'; }}
          onDragLeave={(e: any) => { e.currentTarget.style.borderTop = ''; }}
          onDrop={(e: any) => {
            e.currentTarget.style.borderTop = '';
            if (dragIdx.current == null || dragIdx.current === idx) return;
            setLines(prev => {
              const next = [...prev];
              const [moved] = next.splice(dragIdx.current!, 1);
              next.splice(idx, 0, moved);
              return next;
            });
            dragIdx.current = null;
          }}
          style={{ marginBottom: 6, padding: '4px 6px', background: '#fafafa', borderRadius: 4, border: '1px solid #eee' }}
        >
          {/* Row 1: drag handle, value, color, remove */}
          <div style={{ display: 'flex', alignItems: 'center', gap: 4, marginBottom: 3 }}>
            <span style={{ cursor: 'grab', fontSize: 12, color: '#999', userSelect: 'none', flexShrink: 0, width: 14, textAlign: 'center' }} title="Drag to reorder">⠿</span>
            <input
              type="number"
              step="any"
              value={rl.value}
              onChange={(e) => setLines(prev => prev.map(r => r.id === rl.id ? { ...r, value: Number(e.target.value) } : r))}
              placeholder="Value"
              style={{ width: 64, fontSize: 11, padding: '2px 4px', border: '1px solid #e0e0e0', borderRadius: 3, outline: 'none', fontFamily: 'inherit' }}
            />
            <input
              type="color"
              value={rl.color}
              onChange={(e) => setLines(prev => prev.map(r => r.id === rl.id ? { ...r, color: e.target.value } : r))}
              style={{ width: 22, height: 22, border: '1px solid #e0e0e0', borderRadius: 3, padding: 0, cursor: 'pointer', flexShrink: 0 }}
              title="Color"
            />
            <select
              value={rl.style}
              onChange={(e) => setLines(prev => prev.map(r => r.id === rl.id ? { ...r, style: e.target.value as RefLine['style'] } : r))}
              style={{ fontSize: 10, padding: '2px 2px', border: '1px solid #e0e0e0', borderRadius: 3, background: '#fff', width: 56, flexShrink: 0 }}
            >
              <option value="solid">Solid</option>
              <option value="dashed">Dashed</option>
              <option value="dotted">Dotted</option>
            </select>
            <input
              type="number"
              min={0.5}
              max={10}
              step={0.5}
              value={rl.thickness}
              onChange={(e) => setLines(prev => prev.map(r => r.id === rl.id ? { ...r, thickness: Number(e.target.value) } : r))}
              style={{ width: 36, fontSize: 11, padding: '2px 3px', border: '1px solid #e0e0e0', borderRadius: 3, outline: 'none', textAlign: 'center' }}
              title="Thickness"
            />
            <button
              onClick={() => setLines(prev => prev.filter(r => r.id !== rl.id))}
              style={{ background: 'none', border: 'none', cursor: 'pointer', fontSize: 13, color: '#999', padding: '0 2px', lineHeight: 1, flexShrink: 0 }}
              title="Remove"
            >×</button>
          </div>
          {/* Row 2: label */}
          <div style={{ display: 'flex', alignItems: 'center', gap: 4, paddingLeft: 18 }}>
            <input
              type="text"
              value={rl.label}
              onChange={(e) => setLines(prev => prev.map(r => r.id === rl.id ? { ...r, label: e.target.value } : r))}
              placeholder="Label (optional)"
              style={{ flex: 1, fontSize: 11, padding: '2px 4px', border: '1px solid #e0e0e0', borderRadius: 3, outline: 'none', fontFamily: 'inherit' }}
            />
          </div>
        </div>
      ))}
      <button
        data-testid={`add-${direction}-ref-line`}
        onClick={() => {
          const newId = `refline_${nextIdRef.current++}`;
          setLines(prev => [...prev, { id: newId, value: 0, color: '#bc1200', thickness: 1.5, style: 'dashed', label: '' }]);
        }}
        style={{
          fontSize: 11, padding: '4px 8px', border: '1px solid #d0d0d0', borderRadius: 4,
          background: '#fff', color: '#0777b3', cursor: 'pointer', fontFamily: 'inherit', width: '100%',
        }}
      >+ Add Line</button>
    </div>
  );
}

/* ── Column Visibility Section (shared by pivot + drilldown) ──── */
const colVisRowStyle: React.CSSProperties = { display: 'flex', alignItems: 'center', gap: 4, marginBottom: 4 };
const colVisLabelStyle: React.CSSProperties = { fontSize: 11, color: '#6a6a6a', flex: 1, overflow: 'hidden', textOverflow: 'ellipsis', whiteSpace: 'nowrap' };
const colVisRemoveStyle: React.CSSProperties = { background: 'none', border: 'none', cursor: 'pointer', fontSize: 13, color: '#999', padding: '0 2px', lineHeight: 1 };
const colVisSelectStyle: React.CSSProperties = { fontSize: 11, padding: '4px 6px', border: '1px solid #d0d0d0', borderRadius: 4, background: '#fff', color: '#333', cursor: 'pointer', fontFamily: 'inherit', flex: 1, minWidth: 0 };
const colVisAddBtnStyle: React.CSSProperties = { fontSize: 11, padding: '4px 10px', border: '1px solid #0777b3', borderRadius: 4, background: '#0777b3', color: '#fff', cursor: 'pointer', fontFamily: 'inherit', flexShrink: 0 };

/* ── Chart Sort Section ────────────────────────────────────────── */
function ChartSortSection({
  rules, setRules, rowColumns, nextIdRef,
}: {
  rules: ChartSortRule[];
  setRules: React.Dispatch<React.SetStateAction<ChartSortRule[]>>;
  rowColumns: string[];
  nextIdRef: React.MutableRefObject<number>;
}) {
  const dragIdx = useRef<number | null>(null);

const sortByOptions: { value: string; label: string }[] = [
    ...rowColumns.map(c => ({ value: c, label: c })),
    { value: 'value-total', label: 'Value Total' },
    { value: 'legend-alpha', label: 'Legend (A-Z)' },
    { value: 'legend-total', label: 'Legend (by total)' },
  ];

return (
    <div>
      <div style={CHART_SECTION_HEADER_STYLE}>Sort</div>
      {rules.map((rule, idx) => (
        <div
          key={rule.id}
          draggable
          onDragStart={() => { dragIdx.current = idx; }}
          onDragOver={(e: any) => { e.preventDefault(); e.currentTarget.style.borderTop = '2px solid #0777b3'; }}
          onDragLeave={(e: any) => { e.currentTarget.style.borderTop = ''; }}
          onDrop={(e: any) => {
            e.currentTarget.style.borderTop = '';
            if (dragIdx.current == null || dragIdx.current === idx) return;
            setRules(prev => {
              const next = [...prev];
              const [moved] = next.splice(dragIdx.current!, 1);
              next.splice(idx, 0, moved);
              return next;
            });
            dragIdx.current = null;
          }}
          style={{ display: 'flex', alignItems: 'center', gap: 4, marginBottom: 6, padding: '4px 0' }}
        >
          <span
            style={{ cursor: 'grab', fontSize: 12, color: '#999', userSelect: 'none', flexShrink: 0, width: 14, textAlign: 'center' }}
            title="Drag to reorder"
          >⠿</span>
          <select
            value={rule.sortBy}
            onChange={(e: any) => setRules(prev => prev.map(r => r.id === rule.id ? { ...r, sortBy: e.target.value } : r))}
            style={{ flex: 1, fontSize: 11, padding: '3px 4px', border: '1px solid #e0e0e0', borderRadius: 4, background: '#fff', minWidth: 0 }}
          >
            {sortByOptions.map(o => <option key={o.value} value={o.value}>{o.label}</option>)}
          </select>
          <button
            onClick={() => setRules(prev => prev.map(r => r.id === rule.id ? { ...r, direction: r.direction === 'asc' ? 'desc' : 'asc' } : r))}
            style={{
              padding: '3px 6px', fontSize: 10, fontWeight: 600, border: '1px solid #e0e0e0',
              borderRadius: 4, background: '#fff', color: '#333', cursor: 'pointer', flexShrink: 0, minWidth: 36, textAlign: 'center',
            }}
            title={rule.direction === 'asc' ? 'Ascending' : 'Descending'}
          >
            {rule.direction === 'asc' ? '↑ ASC' : '↓ DESC'}
          </button>
          <button
            onClick={() => setRules(prev => prev.filter(r => r.id !== rule.id))}
            style={{ background: 'none', border: 'none', cursor: 'pointer', fontSize: 13, color: '#999', padding: '0 2px', lineHeight: 1, flexShrink: 0 }}
            title="Remove sort"
          >×</button>
        </div>
      ))}
      <button
        onClick={() => {
          const newId = `csort-${nextIdRef.current++}`;
          const defaultSortBy = rowColumns[0] || 'value-total';
          setRules(prev => [...prev, { id: newId, sortBy: defaultSortBy, direction: 'asc' }]);
        }}
        style={{
          fontSize: 11, padding: '5px 10px', border: '1px solid #d0d0d0', borderRadius: 4,
          background: '#fff', color: '#0777b3', cursor: 'pointer', fontFamily: 'inherit', width: '100%',
        }}
      >
        + Add Sort
      </button>
    </div>
  );
}

/* ── Drilldown Table ──────────────────────────────────────────── */
function DrilldownTable({ sql, tableId, rowLimit, maxRowCount, title, titleFontSize, titlePosition, headerFontSize, dataFontSize, columnTextFormats, conditionalFormats, colWidthMode, colWidthMaxData, colWidthFixed, colWidthOverrides, setColWidthOverrides, dataFormat: dataFormatProp, columnDataFormats: columnDataFormatsProp, showColumns: showColumnsProp, hideColumns: hideColumnsProp, onColumnsReady }: {
  sql: string;
  tableId: number;
  rowLimit: number;
  maxRowCount?: number;
  title?: string;
  titleFontSize?: number;
  titlePosition?: 'left' | 'center' | 'right';
  headerFontSize?: number;
  dataFontSize?: number;
  columnTextFormats?: Record<string, { bold?: boolean; italic?: boolean; underline?: boolean; color?: string; bgColor?: string; align?: 'left' | 'center' | 'right'; numberFormat?: string }>;
  conditionalFormats?: ConditionalFormatRule[];
  colWidthMode?: ColWidthMode;
  colWidthMaxData?: number;
  colWidthFixed?: number;
  colWidthOverrides?: Record<string, number>;
  setColWidthOverrides?: React.Dispatch<React.SetStateAction<Record<string, number>>>;
  dataFormat?: DataFormatSettings;
  columnDataFormats?: Record<string, DataFormatSettings>;
  showColumns?: string[];
  hideColumns?: string[];
  onColumnsReady?: (cols: string[]) => void;
}) {
  // Step 1: Create temp table from drilldown SQL (expensive)
  const tempTableName = `drilldown_results_${tableId}`;
  const createTempSql = useMemo(() => {
    if (!sql) return '';
    return `CREATE OR REPLACE TEMP TABLE ${tempTableName} AS ${sql} LIMIT ${maxRowCount || 1000000}`;
  }, [sql, tempTableName, maxRowCount]);
  const createTempQ = useSQLQuery(createTempSql, { enabled: createTempSql.length > 0 });

// Sort state
  const [sortColumns, setSortColumns] = useState<SortColumn[]>([]);
  const [drillPage, setDrillPage] = useState(0);

// Count query for pagination
  const countSql = useMemo(() => {
    if (!createTempQ.isSuccess) return '';
    return `SELECT count(*)::INTEGER as cnt FROM ${tempTableName} -- v${createTempSql.length}`;
  }, [createTempQ.isSuccess, createTempSql, tempTableName]);
  const countQ = useSQLQuery(countSql, { enabled: createTempQ.isSuccess && countSql.length > 0 });
  const drillTotalRows = useMemo(() => {
    const rows = Array.isArray(countQ.data) ? countQ.data : [];
    return rows.length > 0 ? Number(rows[0].cnt) : 0;
  }, [countQ.data]);

// Reset page when sort or rows-per-page changes
  useEffect(() => { setDrillPage(0); }, [sortColumns, rowLimit]);

// Step 2: Select from temp table (cheap — supports sorting + pagination)
  const selectSql = useMemo(() => {
    if (!createTempQ.isSuccess) return '';
    const orderBy = buildOrderByClause(sortColumns);
    const offset = drillPage * rowLimit;
    return `SELECT * FROM ${tempTableName}${orderBy} LIMIT ${rowLimit} OFFSET ${offset} -- v${createTempSql.length}`;
  }, [createTempQ.isSuccess, createTempSql, tempTableName, sortColumns, drillPage, rowLimit]);

const _cwMode = colWidthMode || 'name';
  const _cwMaxData = colWidthMaxData ?? 300;
  const _cwFixed = colWidthFixed ?? 150;
  const _cwOverrides = colWidthOverrides || {};

useEffect(() => {
    if (cols.length > 0) {
      setColWidths(() => {
        const next: Record<string, number> = {};
        for (const col of cols) {
          next[col] = computeColWidth(col, _cwMode, _cwOverrides, {
            maxDataWidth: _cwMaxData,
            fixedWidth: _cwFixed,
            dataRows: rows,
          });
        }
        return next;
      });
    }
  }, [cols, _cwMode, _cwOverrides, _cwMaxData, _cwFixed, rows]);

useEffect(() => {
    if (!filterPopup) return;
    const handler = (e: MouseEvent) => {
      const t = e.target as HTMLElement;
      if (!t.closest("[data-filter-popup]")) {
        if (filterApplyRef.current) filterApplyRef.current();
        else setFilterPopup(null);
      }
    };
    document.addEventListener("mousedown", handler, true);
    return () => document.removeEventListener("mousedown", handler, true);
  }, [filterPopup]);

const filteredData = useMemo(() => {
    const active = Object.entries(tblFilters).filter(([, v]) => v != null) as [string, Set<string>][];
    if (active.length === 0) return rows;
    return rows.filter(row => active.every(([col, sel]) => sel.has(String(row[col] ?? ""))));
  }, [rows, tblFilters]);

// Cascaded data: rows filtered by all OTHER column filters (excluding the open popup's column)
  const cascadedData = useMemo(() => {
    if (!filterPopup) return rows;
    const otherFilters = Object.entries(tblFilters)
      .filter(([col, v]) => v != null && col !== filterPopup) as [string, Set<string>][];
    if (otherFilters.length === 0) return rows;
    return rows.filter(row => otherFilters.every(([col, sel]) => sel.has(String(row[col] ?? ""))));
  }, [rows, tblFilters, filterPopup]);

const drilldownColTypes = useMemo(() => {
    const map: Record<string, ColType> = {};
    for (const c of cols) map[c] = detectColumnType(c, rows);
    return map;
  }, [cols, rows]);

if (createTempQ.isLoading) {
    return (
      <div style={{ display: "flex", alignItems: "center", justifyContent: "center", height: "100%", gap: 8, color: "#6a6a6a", fontSize: 13 }}>
        <Loader2 className="animate-spin" size={16} /> Loading drilldown data...
      </div>
    );
  }
  if (q.isError || createTempQ.isError) {
    return (
      <div style={{ padding: 16 }}>
        <div style={{ background: "#fef2f2", borderRadius: 6, padding: 16, color: "#bc1200" }}>
          <div style={{ fontWeight: 600, marginBottom: 4, fontSize: 13 }}>Drilldown Error</div>
          <div style={{ fontSize: 12, whiteSpace: "pre-wrap" }}>{createTempQ.error?.message || q.error?.message}</div>
        </div>
      </div>
    );
  }

return (
    <div style={{ flex: 1, display: "flex", flexDirection: "column", minHeight: 0, padding: "16px 16px 0" }}>
      {title && (
        <div style={{
          textAlign: titlePosition || 'center',
          fontSize: titleFontSize || 16,
          fontWeight: 600,
          color: '#231f20',
          padding: '0 0 6px',
          flexShrink: 0,
        }}>
          {title}
        </div>
      )}
      <div style={{ fontSize: 11, color: "#6a6a6a", marginBottom: 8, flexShrink: 0 }}>
        {drillTotalRows > rowLimit ? (
          <PaginationBar page={drillPage} totalRows={drillTotalRows} rowLimit={rowLimit} onPageChange={setDrillPage} />
        ) : (
          <span>
            {filteredData.length.toLocaleString()} row{filteredData.length !== 1 ? "s" : ""}
            {Object.values(tblFilters).some(v => v != null) && ` (filtered from ${rows.length.toLocaleString()})`}
          </span>
        )}
      </div>
      <div style={{ flex: 1, overflow: "auto", minHeight: 0 }}>
      <table style={{ borderCollapse: "collapse", tableLayout: "fixed", fontSize: dataFontSize || 12 }}>
        <thead>
          <tr>
            {cols.map(col => (
              <th key={col}
                onDoubleClick={() => setSortColumns(prev => cycleSortColumn(prev, col))}
                style={{
                  width: colWidths[col] || 120, minWidth: 20, textAlign: "left", fontWeight: 600,
                  padding: "6px 10px", borderBottom: "2px solid #d0d0d0", background: "#fff",
                  position: "sticky", top: 0, whiteSpace: "nowrap", zIndex: filterPopup === col ? 10 : 2,
                  fontSize: headerFontSize || 12, cursor: "pointer", userSelect: "none",
              }}>
                <div style={{ display: "flex", alignItems: "center", gap: 4 }}>
                  <span style={{ overflow: "hidden", textOverflow: "ellipsis", flex: 1 }} title={col}>{col}</span>
                  {(() => {
                    const si = sortColumns.findIndex(s => s.col === col);
                    return si !== -1 ? <SortIndicator direction={sortColumns[si].direction} order={si + 1} /> : null;
                  })()}
                  <button
                    data-filter-popup="true"
                    onClick={e => { e.stopPropagation(); setFilterPopup(filterPopup === col ? null : col); }}
                    style={{
                      background: "none", border: "none", padding: 2, cursor: "pointer",
                      color: tblFilters[col] != null ? "#0777b3" : "#adadad",
                      display: "flex", flexShrink: 0, borderRadius: 3,
                    }}
                  >
                    <Filter size={11} />
                  </button>
                </div>
                {filterPopup === col && (
                  <ColumnFilterDropdown
                    col={col} pivotData={rows} cascadedData={cascadedData} currentSelection={tblFilters[col] ?? null}
                    applyRef={filterApplyRef}
                    onApply={selected => {
                      setTblFilters(p => { const next = { ...p }; if (selected === null) delete next[col]; else next[col] = selected; return next; });
                      setFilterPopup(null);
                    }}
                    onCancel={() => setFilterPopup(null)}
                  />
                )}
                <div
                  onMouseDown={e => { e.preventDefault(); colResizing.current = { col, startX: e.clientX, startW: colWidths[col] || 120 }; }}
                  style={{ position: "absolute", right: 0, top: 0, bottom: 0, width: 4, cursor: "col-resize" }}
                  onMouseEnter={e => (e.currentTarget.style.background = "#0777b3")}
                  onMouseLeave={e => (e.currentTarget.style.background = "transparent")}
                />
              </th>
            ))}
          </tr>
        </thead>
        <tbody>
          {filteredData.map((row, ri) => {
            return (
            <tr key={ri}
              onMouseEnter={e => (e.currentTarget.style.background = "#f5f8fa")}
              onMouseLeave={e => (e.currentTarget.style.background = ri % 2 === 0 ? "#fff" : "#fafafa")}
              style={{ background: ri % 2 === 0 ? "#fff" : "#fafafa", borderBottom: "1px solid #f0f0f0" }}
            >
              {cols.map(col => {
                const val = row[col];
                const isNum = typeof val === "number" || typeof val === "bigint";
                const colDataFmt = columnDataFormatsProp?.[col];
                const display = dataFormatProp ? formatCellValue(val, dataFormatProp, colDataFmt) : (val == null ? "" : isNum ? N(val).toLocaleString() : String(val));
                const fmt = columnTextFormats?.[col];
                const condStyle = conditionalFormats && conditionalFormats.length > 0 ? getConditionalStyle(row, col, conditionalFormats, drilldownColTypes) : {};
                const rowBg = ri % 2 === 0 ? "#fff" : "#fafafa";
                return (
                  <td key={col} style={{
                    padding: "5px 10px", whiteSpace: "nowrap", overflow: "hidden", textOverflow: "ellipsis",
                    maxWidth: colWidths[col] || 120,
                    textAlign: fmt?.align || (isNum ? "right" : "left"),
                    fontVariantNumeric: isNum ? "tabular-nums" : undefined,
                    fontWeight: fmt?.bold ? 600 : undefined,
                    fontStyle: fmt?.italic ? 'italic' : undefined,
                    textDecoration: fmt?.underline ? 'underline' : undefined,
                    color: fmt?.color || undefined,
                    background: fmt?.bgColor || rowBg,
                    ...condStyle,
                  }} title={display}>{display}</td>
                );
              })}
            </tr>
            );
          })}
        </tbody>
      </table>
      </div>
    </div>
  );
}

/* ── Build pivot CREATE SQL from a tab state (used by dashboard tiles) ── */
function buildTileTableSourceParam(
  selected: { db: string; schema: string; table: string } | null,
  tabState: any,
): string {
  const fqtn = selected ? `${selected.db}.${selected.schema}.${selected.table}` : '';
  const isCustom = tabState?.customSqlExpanded && tabState?.committedCustomSql?.trim();
  const baseSource = isCustom ? tabState.committedCustomSql : fqtn;
  if (!baseSource) return '[]';
  const allDims: DimItem[] = [...(tabState?.columnItems || []), ...(tabState?.rowItems || [])];
  const dateTruncExprs: { sqlExpr: string; alias: string }[] = [];
  const seen = new Set<string>();
  for (const dim of allDims) {
    if (!dim.granularity) continue;
    const alias = dimColName(dim);
    if (seen.has(alias)) continue;
    seen.add(alias);
    const grans = [...TIMESTAMP_GRANULARITIES, ...DATE_GRANULARITIES];
    const gran = grans.find(g => g.key === dim.granularity);
    if (!gran || !gran.truncPart) continue;
    const quotedCol = dq(dim.col);
    const sqlExpr = dim.granularity === 'year'
      ? `year(${quotedCol})`
      : `date_trunc('${gran.truncPart}', ${quotedCol})`;
    dateTruncExprs.push({ sqlExpr, alias });
  }
  if (dateTruncExprs.length === 0) return sqlList([baseSource]);
  const selectParts = dateTruncExprs.map(e => `${e.sqlExpr} as ${dq(e.alias)}`).join(', ');
  const innerFrom = isCustom ? `(${tabState.committedCustomSql}) __src` : fqtn;
  return sqlList([`SELECT *, ${selectParts} FROM ${innerFrom}`]);
}

// ═══════════════════════════════════════════════════════════════════════════
// usePivotTempTable — shared hook for the entire Malloy/legacy pivot pipeline.
// Used by BOTH the main pivot tab and dashboard tiles to ensure identical
// SQL generation for the same visual, regardless of context.
// Pipeline: resolve table → DESCRIBE → compile Malloy → CREATE temp table
// ═══════════════════════════════════════════════════════════════════════════

// ── Semantic model resolution ──
  const resolvedModel = (semanticModelKey && semanticModelsMap?.[semanticModelKey]?.committedModel?.trim()) || '';
  const isSemanticModelActive = !!semanticModelKey && !!resolvedModel;
  const hasSource = !!selected || isSemanticModelActive;
  const canPivot = hasSource && (rowItems.length > 0 || valueItems.length > 0);

// ── Phase 1: Discover table paths from semantic model ──
  const semanticModelTablePaths = useMemo(() => {
    if (!resolvedModel || !malloyBundleReady || !_malloyBundle) return [] as string[];
    try {
      const response = _malloyBundle.API.stateless.compileModel({
        model_url: 'file://model.malloy',
        compiler_needs: {
          files: [{ url: 'file://model.malloy', contents: resolvedModel }],
          connections: [{ name: 'duckdb', dialect: 'duckdb' }],
        },
      });
      return (response.compiler_needs?.table_schemas || []).map((ts: any) => ts.name).filter(Boolean) as string[];
    } catch { return [] as string[]; }
  }, [resolvedModel, malloyBundleReady]);

// ── Phase 2a: DESCRIBE single table ──
  const describeTableSql = useMemo(() => {
    if (!USE_MALLOY || !hasSource || isSemanticModelActive) return '';
    if (isCustomSql) return `SELECT column_name, column_type FROM (DESCRIBE SELECT * FROM (${committedCustomSql}) __desc)`;
    return fqtn ? `SELECT column_name, column_type FROM (DESCRIBE ${fqtn})` : '';
  }, [hasSource, isSemanticModelActive, isCustomSql, committedCustomSql, fqtn]);
  const describeQ = useSQLQuery(describeTableSql, { enabled: describeTableSql.length > 0, keepPreviousData: false, cacheResults: true });
  const malloySchemaFields = useMemo(() => {
    if (!describeTableSql) return null;
    if (!describeQ.isSuccess || !describeQ.data?.length) return null;
    return (describeQ.data as any[]).map(r => ({ kind: 'dimension', name: String(r.column_name), type: duckdbToMalloyType(r.column_type) }));
  }, [describeTableSql, describeQ.isSuccess, describeQ.data]);

// ── Phase 2b: DESCRIBE multi-table (semantic model) ──
  const describeMultiSql = useMemo(() => {
    if (!isSemanticModelActive || semanticModelTablePaths.length === 0) return '';
    return semanticModelTablePaths.map(fq =>
      `SELECT '${sq(fq)}' AS __table_path, column_name, column_type FROM (DESCRIBE ${fq})`
    ).join(' UNION ALL ');
  }, [isSemanticModelActive, semanticModelTablePaths]);
  const describeMultiQ = useSQLQuery(describeMultiSql, { enabled: describeMultiSql.length > 0, keepPreviousData: false, cacheResults: true });
  const multiTableSchemaFields = useMemo((): Array<{ tablePath: string; fields: any[] }> | null => {
    if (!describeMultiQ.isSuccess || !describeMultiQ.data?.length) return null;
    const byPath = new Map<string, any[]>();
    for (const row of describeMultiQ.data as any[]) {
      const path = String(row.__table_path);
      if (!byPath.has(path)) byPath.set(path, []);
      byPath.get(path)!.push({ kind: 'dimension', name: String(row.column_name), type: duckdbToMalloyType(row.column_type) });
    }
    return [...byPath.entries()].map(([tablePath, fields]) => ({ tablePath, fields }));
  }, [describeMultiQ.isSuccess, describeMultiQ.data]);

// ── Phase 3: Compile semantic model for runSource + sourcePathMap ──
  const semanticModelMeta = useMemo(() => {
    const emptyMap = new Map<string, string>();
    const empty = { runSource: '', sourcePathMap: emptyMap, sourceNameMap: emptyMap };
    if (!resolvedModel || !malloyBundleReady || !multiTableSchemaFields) return empty;
    try {
      const model = compileMalloyModel(resolvedModel, multiTableSchemaFields);
      if (!model?.entries?.length) return empty;
      const sourceEntries = model.entries.filter((e: any) => e.kind === 'source');
      const runSource = sourceEntries.length > 0 ? sourceEntries[sourceEntries.length - 1].name : '';
      if (!runSource) return empty;
      const pathMap = new Map<string, string>();
      const nameMap = new Map<string, string>();
      const runEntry = sourceEntries.find((e: any) => e.name === runSource);
      if (runEntry?.schema?.fields) {
        pathMap.set(runSource, '');
        // Resolve join aliases to source names via compiled model
        const aliasToSrc = buildAliasToSource(sourceEntries, runEntry);
        const walkJoins = (fields: any[], parentPath: string) => {
          for (const field of fields) {
            if (field.kind === 'join') {
              const joinPath = parentPath ? `${parentPath}.${field.name}` : field.name;
              const sourceName = aliasToSrc.get(field.name) || field.name;
              if (!pathMap.has(sourceName)) {
                pathMap.set(sourceName, joinPath);
              }
              if (field.schema?.fields) walkJoins(field.schema.fields, joinPath);
            }
          }
        };
        walkJoins(runEntry.schema.fields, '');
      }
      // Build sourceNameMap: source name → table path
      for (const entry of sourceEntries) {
        const tableName = entry.schema?.parameters?.find((p: any) => p.name === 'table')?.value;
        if (tableName && entry.name) nameMap.set(entry.name, tableName.replace(/^'|'$/g, ''));
      }
      return { runSource, sourcePathMap: pathMap, sourceNameMap: nameMap };
    } catch { return empty; }
  }, [resolvedModel, malloyBundleReady, multiTableSchemaFields]);

// ── Phase 4: Build Malloy statement ──
  const malloyTablePath = useMemo(() => {
    if (!hasSource) return '';
    return isCustomSql ? `(${committedCustomSql})` : fqtn;
  }, [hasSource, isCustomSql, committedCustomSql, fqtn]);
  const malloyIsSqlSource = isCustomSql && !!committedCustomSql;
  const needsNestedSubtotals = ((showSubtotals && rowItems.length > 1) || (showGrandTotals && rowItems.length > 0))
    && (rowItems.length > 0 || columnItems.length > 0);

// ── Phase 5: Compile Malloy → SQL ──
  const malloyCompiledSql = useMemo(() => {
    if (!malloyBundleReady || !malloyStatement) return '';
    const schemas = (isSemanticModelActive && multiTableSchemaFields)
      ? multiTableSchemaFields
      : malloySchemaFields ? [{ tablePath: malloyTablePath, fields: malloySchemaFields }] : null;
    if (!schemas) return '';
    try {
      const sql = compileMalloyToSQL(malloyStatement, schemas, malloyIsSqlSource && !isSemanticModelActive);
      return sql;
    } catch (err) {
      console.error('[Malloy] Compilation error:', err);
      return '';
    }
  }, [malloyBundleReady, malloyStatement, isSemanticModelActive, multiTableSchemaFields, malloySchemaFields, malloyTablePath, malloyIsSqlSource]);

// ── Phase 6: CREATE temp table ──
  const createTempSql = useMemo(() => {
    if (!canPivot) return '';
    if (USE_MALLOY) {
      if (!malloyCompiledSql) return '';
      return buildMalloyPivotSql({
        malloyCompiledSql, tempTable, rowItems, columnItems, valueItems,
        showSubtotals, showGrandTotals, valuesAxis, maxRowCount, dimColNameFn: dimColName,
      });
    }
    return '';  // Legacy path would go here
  }, [canPivot, malloyCompiledSql, tempTable, rowItems, columnItems, valueItems, showSubtotals, showGrandTotals, valuesAxis, maxRowCount]);

// ── Phase 7: Execute CREATE (with unified cache) ──
  const cached = !!createTempSql && pivotCreateCache.current[tempTable] === createTempSql;
  const createQ = useSQLQuery(cached ? '' : createTempSql, {
    enabled: !cached && (USE_MALLOY || macrosReady) && canPivot && createTempSql.length > 0,
  });
  useEffect(() => {
    if (createQ.isSuccess && createTempSql && !cached) {
      pivotCreateCache.current[tempTable] = createTempSql;
    }
  }, [createQ.isSuccess, createTempSql, tempTable, cached]);

const tempReady = cached || (createQ.isSuccess && !!createTempSql);

// Invalidate cache if queries fail (temp table was dropped)
  const [cacheInvalidated, setCacheInvalidated] = useState(false);
  useEffect(() => {
    if (createQ.isError && cached && !cacheInvalidated) {
      delete pivotCreateCache.current[tempTable];
      setCacheInvalidated(true);
    } else if (createQ.isSuccess) {
      setCacheInvalidated(false);
    }
  }, [createQ.isError, createQ.isSuccess, cached, tempTable, cacheInvalidated]);

return {
    tempTable, tempReady, canPivot, createTempSql, hasSource, isSemanticModelActive,
    malloySchemaFields, multiTableSchemaFields, semanticModelMeta, semanticModelTablePaths,
    malloyCompiledSql, malloyStatement, resolvedModel, filterExprs,
  };
}

/* ── Dashboard Tile Content Renderer ────────────────────────────── */
function DashboardTileContent({ tabId, tabState, tabType, macrosReady, pivotCreateCache, malloyBundleReady,
  semanticModelsMap, onCellDoubleClick, onChartElementDoubleClick, onSlicerFilterChange,
}: {
  tabId: string;
  tabState: any;
  tabType: 'pivot' | 'chart' | 'drilldown';
  macrosReady: boolean;
  pivotCreateCache: React.MutableRefObject<Record<string, string>>;
  malloyBundleReady: boolean;
  semanticModelsMap?: Record<string, { text: string; committedModel: string }>;
  onCellDoubleClick?: (row: Record<string, unknown>, col: string) => void;
  onChartElementDoubleClick?: (row: Record<string, unknown>, seriesName: string | null) => void;
  onSlicerFilterChange?: (tabId: string, expr: string, meta: FilterMeta) => void;
}) {
  // ── Drilldown tiles: reuse DrilldownTable directly (same component as standalone drilldown tabs) ──
  if (tabType === 'drilldown' && tabState?.sql) {
    const drilldownTableId = parseInt(tabId.replace(/\D/g, ''), 10) || 0;
    return (
      <DrilldownTable
        sql={tabState.sql}
        tableId={drilldownTableId}
        rowLimit={tabState?.drilldownRowLimit || 100}
        maxRowCount={tabState?.maxRowCount || 1000000}
        title={tabState?.drilldownTitle}
        titleFontSize={tabState?.drilldownTitleFontSize}
        titlePosition={tabState?.drilldownTitlePosition}
        headerFontSize={tabState?.drilldownHeaderFontSize || 12}
        dataFontSize={tabState?.drilldownDataFontSize || 12}
        columnTextFormats={tabState?.drilldownColumnTextFormats}
        conditionalFormats={tabState?.drilldownConditionalFormats}
        colWidthMode={tabState?.drilldownColWidthMode}
        colWidthMaxData={tabState?.drilldownColWidthMaxData}
        colWidthFixed={tabState?.drilldownColWidthFixed}
        colWidthOverrides={tabState?.drilldownColWidthOverrides}
        dataFormat={tabState?.drilldownDataFormat}
        columnDataFormats={tabState?.drilldownColumnDataFormats}
        showColumns={tabState?.drilldownTableFormat?.showColumns}
        hideColumns={tabState?.drilldownTableFormat?.hideColumns}
      />
    );
  }

// ── Shared pipeline: resolve table → DESCRIBE → compile → CREATE temp table ──
  const selected: { db: string; schema: string; table: string } | null = tabState?.selected ?? null;
  const columnItems: DimItem[] = tabState?.columnItems || EMPTY_DIM_ARR;
  const rowItems: DimItem[] = tabState?.rowItems || EMPTY_DIM_ARR;
  const valueItems: QuadItem[] = tabState?.valueItems || EMPTY_QUAD_ARR;
  const clientSideFilterItems: ClientSideFilter[] = tabState?.clientSideFilterItems || EMPTY_CS_FILTER_ARR;
  const showSubtotals = tabState?.showSubtotals || false;
  const showGrandTotals = tabState?.showGrandTotals || false;
  const valuesAxis = tabState?.valuesAxis || null;

const { tempTable, tempReady, canPivot, createTempSql, filterExprs, isSemanticModelActive, semanticModelMeta } = usePivotTempTable({
    tabId,
    selected,
    semanticModelKey: tabState?.semanticModelKey ?? null,
    semanticModelsMap,
    rowItems,
    columnItems,
    valueItems,
    filterItems: tabState?.filterItems || EMPTY_QUAD_ARR,
    showSubtotals,
    showGrandTotals,
    valuesAxis: tabState?.valuesAxis || null,
    maxRowCount: tabState?.maxRowCount || 1000000,
    customSqlExpanded: tabState?.customSqlExpanded,
    committedCustomSql: tabState?.committedCustomSql,
    malloyBundleReady,
    macrosReady,
    pivotCreateCache,
  });

// Step 3: Pagination — count query + paginated select
  // (Drilldowns early-return above with DrilldownTable — this path is pivots/charts only)
  const tileRowLimit = tabState?.pivotRowLimit || 100;
  const [tilePage, setTilePage] = useState(0);

const tileVersion = createTempSql ? createTempSql.length : 0;

// Local interactive state — declared before queries that depend on them
  const [tblFilters, setTblFilters] = useState<Record<string, Set<string>>>({});
  const [filterPopup, setFilterPopup] = useState<string | null>(null);
  const [sortColumns, setSortColumns] = useState<SortColumn[]>([]);
  const [localColWidths, setLocalColWidths] = useState<Record<string, number>>({});
  const colResizing = useRef<{ col: string; startX: number; startW: number } | null>(null);
  const filterApplyRef = useRef<(() => void) | null>(null);

// Reset page when row limit changes
  useEffect(() => { setTilePage(0); }, [tileRowLimit]);

// Chart sort rules & derived legend sort order
  const tileChartSortRules: ChartSortRule[] = tabState?.chartSortRules || [];
  const tileChartType = tabState?.chartType || 'table';

const tileLegendSortOrder = useMemo((): 'a-z' | 'z-a' | 'biggest-smallest' | 'smallest-biggest' | undefined => {
    for (const rule of tileChartSortRules) {
      if (rule.sortBy === 'legend-alpha') return rule.direction === 'asc' ? 'a-z' : 'z-a';
      if (rule.sortBy === 'legend-total') return rule.direction === 'asc' ? 'smallest-biggest' : 'biggest-smallest';
    }
    return tabState?.legendSortOrder; // backward compat
  }, [tileChartSortRules, tabState?.legendSortOrder]);

// Paginated SELECT — uses shared SQL builder for identical logic with main pivot tab
  const selectSql = useMemo(() => {
    if (!tempReady) return '';
    return buildPivotSelectSql(tempTable, rowItems, sortColumns, showSubtotals, showGrandTotals, tilePage, tileRowLimit, tileVersion);
  }, [tempReady, tempTable, tilePage, tileRowLimit, tileVersion, sortColumns, rowItems, showSubtotals, showGrandTotals]);
  const q = useSQLQuery(selectSql, { enabled: selectSql.length > 0 });
  const allData = useMemo(() => (Array.isArray(q.data) ? q.data : []) as Record<string, unknown>[], [q.data]);
  const allColumns = useMemo(() => allData.length > 0 ? Object.keys(allData[0]) : [], [allData]);
  // Compute columns hidden by client-side slicer filters on the columns quadrant
  const tileRowColNames = useMemo(() => dimColNames(rowItems), [rowItems]);
  const slicerHiddenCols = useMemo(() => {
    const colFilters = clientSideFilterItems.filter(f => f.placement === 'columns');
    if (colFilters.length === 0) return [] as string[];
    const hidden = new Set<string>();
    for (const cf of colFilters) {
      for (const h of computeSlicerHiddenColumns(allColumns, tileRowColNames, cf, valueItems)) hidden.add(h);
    }
    return Array.from(hidden);
  }, [clientSideFilterItems, allColumns, tileRowColNames, valueItems]);
  const mergedHideColumns = useMemo(() => {
    const base: string[] = tabState?.pivotTableFormat?.hideColumns ?? [];
    return slicerHiddenCols.length > 0 ? [...base, ...slicerHiddenCols] : base;
  }, [tabState?.pivotTableFormat?.hideColumns, slicerHiddenCols]);
  const columns = useMemo(() => filterVisibleColumns(allColumns, tabState?.pivotTableFormat?.showColumns ?? [], mergedHideColumns), [allColumns, tabState?.pivotTableFormat?.showColumns, mergedHideColumns]);

// Unpaginated chart query — uses shared SQL builder for identical logic with main pivot tab
  // Include client-side row filter WHERE clause for charts
  const tileClientSideRowWhere = useMemo(
    () => buildClientSideRowWhereClause(clientSideFilterItems, rowItems),
    [clientSideFilterItems, rowItems]
  );
  const tileChartSelectSql = useMemo(() => {
    if (!tempReady || tileChartType === 'table' || tileChartType === 'big-number' || tileChartType === 'markdown' || isSlicerLike(tileChartType)) return '';
    return buildChartSelectSql(tempTable, tileChartSortRules, rowItems, tileVersion, tileClientSideRowWhere || undefined);
  }, [tempReady, tempTable, tileChartType, tileChartSortRules, rowItems, tileVersion, tileClientSideRowWhere]);
  const tileChartQ = useSQLQuery(tileChartSelectSql, { enabled: tileChartSelectSql.length > 0 });
  const tileChartData = useMemo(() => (Array.isArray(tileChartQ.data) ? tileChartQ.data : []) as Record<string, unknown>[], [tileChartQ.data]);
  const tileChartColumnsRaw = useMemo(() => tileChartData.length > 0 ? Object.keys(tileChartData[0]) : [], [tileChartData]);
  // Filter chart columns through user-set visibility (NOT slicer-driven hiding — that's handled by externalHiddenSeries for charts)
  const tileChartColumns = useMemo(() => filterVisibleColumns(tileChartColumnsRaw, tabState?.pivotTableFormat?.showColumns ?? [], tabState?.pivotTableFormat?.hideColumns ?? []), [tileChartColumnsRaw, tabState?.pivotTableFormat?.showColumns, tabState?.pivotTableFormat?.hideColumns]);

// Legend totals query (mirrors main component's legendTotalsSql)
  const tileLegendTotalsSql = useMemo(() => {
    if (!tempReady || tileChartType === 'table' || tileChartType === 'big-number' || tileChartType === 'markdown' || isSlicerLike(tileChartType)) return '';
    if (tileLegendSortOrder !== 'biggest-smallest' && tileLegendSortOrder !== 'smallest-biggest') return '';
    if (columnItems.length === 0) return '';
    return `SELECT * FROM ${tempTable} LIMIT 1 -- v${tileVersion}`;
  }, [tempReady, tileChartType, tileLegendSortOrder, columnItems, tempTable, tileVersion]);
  const tileLegendTotalsQ = useSQLQuery(tileLegendTotalsSql, { enabled: tileLegendTotalsSql.length > 0 });

// Sorted series columns for legend ordering (mirrors main component's sortedSeriesCols)
  const tileSortedSeriesCols = useMemo(() => {
    const cols = tileChartColumns.length > 0 ? tileChartColumns : columns;
    const series = cols.filter(c => !tileRowColNames.includes(c) && c !== 'value_names');
    if (series.length === 0) return series;
    if (tileLegendSortOrder === 'a-z') return [...series].sort((a, b) => a.localeCompare(b));
    if (tileLegendSortOrder === 'z-a') return [...series].sort((a, b) => b.localeCompare(a));
    const totalsData = Array.isArray(tileLegendTotalsQ.data) ? tileLegendTotalsQ.data : [];
    if (totalsData.length === 0) return series;
    const totalsRow = totalsData[0] as Record<string, unknown>;
    const sorted = [...series].sort((a, b) => Number(totalsRow[b] ?? 0) - Number(totalsRow[a] ?? 0));
    return tileLegendSortOrder === 'smallest-biggest' ? sorted.reverse() : sorted;
  }, [tileLegendSortOrder, tileChartColumns, columns, tileRowColNames, tileLegendTotalsQ.data]);

// Extract formatting from tabState — use stable references for objects/arrays
  const columnNameReplacements: Record<string, string> = tabState?.columnNameReplacements || EMPTY_STR_MAP;
  const tableHeaderFontSize = tabState?.tableHeaderFontSize || 12;
  const tableDataFontSize = tabState?.tableDataFontSize || 12;
  const columnTextFormats = tabState?.columnTextFormats || EMPTY_STR_MAP;
  const conditionalFormats: ConditionalFormatRule[] = tabState?.conditionalFormats || EMPTY_COND_ARR;
  const dataFormat: DataFormatSettings = tabState?.dataFormat || DEFAULT_DATA_FORMAT;
  const columnDataFormats: Record<string, DataFormatSettings> = tabState?.columnDataFormats || EMPTY_STR_MAP;
  const colWidthMode: ColWidthMode = tabState?.colWidthMode || 'name';
  const colWidthMaxData = tabState?.colWidthMaxData || 300;
  const colWidthFixed = tabState?.colWidthFixed || 150;
  const colWidthOverrides: Record<string, number> = tabState?.colWidthOverrides || EMPTY_NUM_MAP;
  const rNames = useMemo(() => dimColNames(rowItems), [rowItems]);

// Compute column types for conditional formatting
  const colTypes = useMemo(() => {
    const map: Record<string, ColType> = {};
    for (const c of columns) map[c] = detectColumnType(c, allData);
    return map;
  }, [columns, allData]);

// Init column widths
  useEffect(() => {
    if (columns.length > 0) {
      setLocalColWidths(() => {
        const next: Record<string, number> = {};
        for (const col of columns) next[col] = computeColWidth(col, colWidthMode, colWidthOverrides, { maxDataWidth: colWidthMaxData, fixedWidth: colWidthFixed, dataRows: allData });
        return next;
      });
    }
  }, [columns, colWidthMode, colWidthMaxData, colWidthFixed, colWidthOverrides, allData]);

// Column resize mouse handlers
  useEffect(() => {
    const handleMove = (e: MouseEvent) => {
      if (colResizing.current) {
        const { col, startX, startW } = colResizing.current;
        setLocalColWidths(prev => ({ ...prev, [col]: Math.max(20, startW + e.clientX - startX) }));
      }
    };
    const handleUp = () => { colResizing.current = null; };
    window.addEventListener('mousemove', handleMove);
    window.addEventListener('mouseup', handleUp);
    return () => { window.removeEventListener('mousemove', handleMove); window.removeEventListener('mouseup', handleUp); };
  }, []);

// Filter data (sorting is now done at SQL level, matching the main pivot tab)
  // Also apply client-side slicer filters for rows placement
  const filteredData = useMemo(() => {
    let result = allData;
    // Apply manual column filters (tblFilters)
    const active = Object.entries(tblFilters).filter(([, v]) => v != null) as [string, Set<string>][];
    if (active.length > 0) {
      result = result.filter(row => active.every(([col, vals]) => vals.has(String(row[col] ?? ''))));
    }
    // Apply client-side slicer row filters
    result = applyClientSideRowFilters(result, clientSideFilterItems, rowItems);
    return result;
  }, [allData, tblFilters, clientSideFilterItems, rowItems]);

// Cascaded data for filter dropdowns
  const cascadedData = useMemo(() => {
    const activeCols = Object.keys(tblFilters);
    if (activeCols.length === 0) return undefined;
    let rows = allData;
    for (const [col, vals] of Object.entries(tblFilters)) {
      if (vals && col !== filterPopup) rows = rows.filter(r => vals.has(String(r[col] ?? '')));
    }
    return rows;
  }, [allData, tblFilters, filterPopup]);

// Row type detection
  const getRowType = useCallback((row: Record<string, unknown>): 'grand_total' | 'subtotal' | 'normal' => {
    if (rNames.length === 0) return 'normal';
    if (rNames.every(r => String(row[r]) === 'Grand Total')) return 'grand_total';
    if (rNames.some(r => String(row[r]) === 'Subtotal')) return 'subtotal';
    return 'normal';
  }, [rNames]);

// Close filter on outside click
  useEffect(() => {
    if (!filterPopup) return;
    const handler = (e: MouseEvent) => {
      const target = e.target as HTMLElement;
      if (target.closest('[data-filter-popup]')) return;
      if (filterApplyRef.current) filterApplyRef.current();
      setFilterPopup(null);
    };
    window.addEventListener('mousedown', handler);
    return () => window.removeEventListener('mousedown', handler);
  }, [filterPopup]);

const chartType = tabState?.chartType || 'table';
  const rowCols = useMemo(() => dimColNames(rowItems), [rowItems]);

// Filter out subtotal/grand total for charts — use unpaginated chart query data
  const chartData = useMemo(() => {
    if (chartType === 'table') return allData;
    const source = tileChartData.length > 0 ? tileChartData : allData;
    return source.filter(row => {
      for (const r of rNames) {
        const v = String(row[r] ?? '');
        if (v === 'Subtotal' || v === 'Grand Total') return false;
      }
      return true;
    });
  }, [allData, tileChartData, rNames, chartType, tabType]);

// Compute external hidden series from client-side column slicer filters (for charts)
  // Must be before slicer early return to maintain hook order
  const tileExternalHiddenSeries = useMemo(() => {
    const colFilters = clientSideFilterItems.filter(f => f.placement === 'columns');
    if (colFilters.length === 0) return undefined;
    // Use raw (unfiltered) chart columns so hidden series still appear in legend
    const chartCols = tileChartColumnsRaw.length > 0 ? tileChartColumnsRaw : allColumns;
    const hidden = new Set<string>();
    for (const cf of colFilters) {
      for (const h of computeSlicerHiddenColumns(chartCols, tileRowColNames, cf, valueItems)) hidden.add(h);
    }
    return hidden.size > 0 ? hidden : undefined;
  }, [clientSideFilterItems, tileChartColumnsRaw, allColumns, tileRowColNames, valueItems]);

// Markdown view — doesn't need data at all
  if (chartType === 'markdown') {
    const mdText = tabState?.markdownText || '';
    return (
      <div style={{ width: '100%', height: '100%', overflow: 'auto', padding: 12 }}>
        {mdText ? <SimpleMarkdown text={mdText} /> : (
          <div style={{ color: '#adadad', fontSize: 11, textAlign: 'center', paddingTop: 16 }}>No content</div>
        )}
      </div>
    );
  }

// Slicer/Filter view — check before loading/error gates since slicer doesn't need pivot data
  if (isSlicerLike(chartType)) {
    const filterItem: QuadItem | undefined = (tabState?.filterItems || [])[0];
    if (!filterItem?.col) {
      return (
        <div style={{ display: 'flex', alignItems: 'center', justifyContent: 'center', height: '100%', color: '#adadad', fontSize: 11 }}>
          Configure a filter column
        </div>
      );
    }
    // Compute slicerFromExpr directly from the tile's data source (don't rely on pre-saved value)
    let slicerFromExpr: string = '';
    if (isSemanticModelActive && semanticModelMeta.sourceNameMap.size > 0) {
      // Semantic model: resolve source name → physical table path
      const sourceName = filterItem.table || semanticModelMeta.runSource;
      const tablePath = semanticModelMeta.sourceNameMap.get(sourceName);
      if (tablePath) slicerFromExpr = tablePath.split('.').map(p => dq(p)).join('.');
    } else if (selected) {
      // Single table mode
      slicerFromExpr = `${dq(selected.db)}.${dq(selected.schema)}.${dq(selected.table)}`;
    }
    // Fallback to pre-saved value if direct computation didn't resolve
    if (!slicerFromExpr) slicerFromExpr = tabState?.slicerFromExpr || '';
    if (!slicerFromExpr) {
      return (
        <div style={{ display: 'flex', alignItems: 'center', justifyContent: 'center', height: '100%', color: '#adadad', fontSize: 11 }}>
          No data source
        </div>
      );
    }
    const ViewComponent = chartType === 'filter' ? FilterChartView : SlicerView;
    return (
      <ViewComponent
        col={filterItem.col}
        qualifiedCol={filterItem.table ? `${filterItem.table}.${filterItem.col}` : undefined}
        fromExpr={slicerFromExpr}
        initialMeta={tabState?.filterMetaMap?.[filterItem.id]}
        chartTitle={tabState?.chartTitle || filterItem.col}
        onFilterChange={(expr, meta) => {
          if (onSlicerFilterChange) onSlicerFilterChange(tabId, expr, meta);
        }}
      />
    );
  }

// Big Number view
  if (chartType === 'big-number') {
    const seriesCols = columns.filter(c => !rowCols.includes(c) && c !== 'value_names');
    const firstValueCol = seriesCols[0];
    const numValue = firstValueCol && allData.length > 0 ? N(allData[0][firstValueCol]) : 0;
    const formattedValue = formatBigNumber(numValue, tabState?.bigNumberAbbreviate ?? true, tabState?.bigNumberDecimalPlaces ?? 0);
    const fontSize = tabState?.bigNumberFontSize ?? 48;
    const title = tabState?.bigNumberTitle || '';
    const titlePos = tabState?.bigNumberTitlePosition || 'above';
    const titleFontSize = tabState?.bigNumberTitleFontSize ?? 14;
    return (
      <div style={{ width: '100%', height: '100%', display: 'flex', alignItems: 'center', justifyContent: 'center' }}>
        <div style={{ display: 'flex', flexDirection: 'column', alignItems: 'center', gap: 8 }}>
          {title && titlePos === 'above' && (
            <div style={{ fontSize: titleFontSize, color: '#6a6a6a', fontWeight: 500 }}>{title}</div>
          )}
          <div style={{ fontSize, fontWeight: 700, color: '#231f20', lineHeight: 1.1 }}>
            {formattedValue}
          </div>
          {title && titlePos === 'below' && (
            <div style={{ fontSize: titleFontSize, color: '#6a6a6a', fontWeight: 500 }}>{title}</div>
          )}
        </div>
      </div>
    );
  }

// Chart view
  if (chartType !== 'table') {
    return (
      <div style={{ width: '100%', height: '100%' }}>
        <PivotChart
          chartType={chartType}
          data={chartData}
          allColumns={tileChartColumns.length > 0 ? tileChartColumns : columns}
          rowCols={rowCols}
          chartTitle={tabState?.chartTitle}
          chartTitleFontSize={tabState?.chartTitleFontSize}
          chartTitlePosition={tabState?.chartTitlePosition}
          dataLabelsEnabled={tabState?.dataLabelsEnabled}
          dataLabelsPosition={tabState?.dataLabelsPosition}
          dataLabelsFontSize={tabState?.dataLabelsFontSize}
          dataLabelsColor={tabState?.dataLabelsColor}
          dataLabelsBgColor={tabState?.dataLabelsBgColor}
          dataLabelsBold={tabState?.dataLabelsBold}
          dataLabelsItalic={tabState?.dataLabelsItalic}
          legendEnabled={tabState?.legendEnabled}
          legendPosition={tabState?.legendPosition}
          legendFontSize={tabState?.legendFontSize}
          legendSortOrder={tileLegendSortOrder}
          sortedSeriesOrder={tileSortedSeriesCols}
          colorTheme={tabState?.colorTheme}
          markersEnabled={tabState?.markersEnabled}
          markerSize={tabState?.markerSize}
          markerShapeTheme={tabState?.markerShapeTheme}
          markerFill={tabState?.markerFill}
          chartLineWidth={tabState?.chartLineWidth}
          showLines={tabState?.showLines}
          seriesOverrides={tabState?.seriesOverrides}
          composedDefaultType={tabState?.composedDefaultType}
          composedStacked={tabState?.composedStacked}
          chartBarGap={tabState?.chartBarGap}
          chartBarCategoryGap={tabState?.chartBarCategoryGap}
          xAxisMin={tabState?.xAxisMin}
          xAxisMax={tabState?.xAxisMax}
          yAxisMin={tabState?.yAxisMin}
          yAxisMax={tabState?.yAxisMax}
          hRefLines={tabState?.hRefLines}
          vRefLines={tabState?.vRefLines}
          xAxisType={tabState?.xAxisType}
          onElementDoubleClick={onChartElementDoubleClick}
          externalHiddenSeries={tileExternalHiddenSeries}
        />
      </div>
    );
  }

// Title for pivot/chart table view (drilldowns early-return above with DrilldownTable)
  const tileTitle = tabState?.tableTitle || '';
  const tileTitleFontSize = tabState?.tableTitleFontSize || 16;
  const tileTitlePosition = tabState?.tableTitlePosition || 'center';

// Full pivot table view (same as results pane)
  return (
    <div style={{ overflow: 'auto', width: '100%', height: '100%', position: 'relative' }}>
      {tileTitle && (
        <div style={{
          textAlign: tileTitlePosition,
          fontSize: tileTitleFontSize,
          fontWeight: 600,
          color: '#231f20',
          padding: '4px 4px 2px',
        }}>
          {tileTitle}
        </div>
      )}
      <div style={{ fontSize: 11, color: '#6a6a6a', marginBottom: 4, display: 'flex', alignItems: 'center', gap: 8, padding: '4px 4px 0', flexShrink: 0 }}>
        {tileTotalRows > tileRowLimit ? (
          <PaginationBar page={tilePage} totalRows={tileTotalRows} rowLimit={tileRowLimit} onPageChange={setTilePage} />
        ) : (
          <span>{filteredData.length.toLocaleString()} row{filteredData.length !== 1 ? 's' : ''}{Object.values(tblFilters).some(v => v != null) && ` (filtered from ${allData.length.toLocaleString()})`}</span>
        )}
      </div>
      <table style={{ borderCollapse: 'collapse', tableLayout: 'fixed', fontSize: tableDataFontSize }}>
        <thead>
          <tr>
            {columns.map(col => (
              <th
                key={col}
                onDoubleClick={() => setSortColumns(prev => cycleSortColumn(prev, col))}
                style={{
                  width: localColWidths[col] || 120, minWidth: 20,
                  textAlign: 'left', fontWeight: 600, fontSize: tableHeaderFontSize,
                  padding: '6px 10px', borderBottom: '2px solid #d0d0d0',
                  background: '#fff', position: 'sticky', top: 0,
                  whiteSpace: 'nowrap', zIndex: filterPopup === col ? 10 : 2,
                  cursor: 'pointer', userSelect: 'none',
                }}
              >
                <div style={{ display: 'flex', alignItems: 'center', gap: 4 }}>
                  <span style={{ overflow: 'hidden', textOverflow: 'ellipsis', flex: 1 }}
                    title={columnNameReplacements[col] || prettyColName(col, columnItems, valueItems, valuesAxis)}>
                    {columnNameReplacements[col] || prettyColName(col, columnItems, valueItems, valuesAxis)}
                  </span>
                  {(() => {
                    const si = sortColumns.findIndex(s => s.col === col);
                    return si !== -1 ? <SortIndicator direction={sortColumns[si].direction} order={si + 1} /> : null;
                  })()}
                  <button
                    data-filter-popup="true"
                    onClick={(e) => { e.stopPropagation(); setFilterPopup(filterPopup === col ? null : col); }}
                    style={{
                      background: 'none', border: 'none', padding: 2, cursor: 'pointer',
                      color: tblFilters[col] != null ? '#0777b3' : '#adadad',
                      display: 'flex', flexShrink: 0, borderRadius: 3,
                    }}
                  >
                    <Filter size={11} />
                  </button>
                </div>
                {filterPopup === col && (
                  <ColumnFilterDropdown
                    col={col}
                    pivotData={allData}
                    cascadedData={cascadedData}
                    currentSelection={tblFilters[col] ?? null}
                    applyRef={filterApplyRef}
                    onApply={(selected) => {
                      setTblFilters(p => {
                        const next = { ...p };
                        if (selected === null) delete next[col]; else next[col] = selected;
                        return next;
                      });
                      setFilterPopup(null);
                    }}
                    onCancel={() => setFilterPopup(null)}
                  />
                )}
                {/* Column resize handle */}
                <div
                  onMouseDown={e => { e.preventDefault(); colResizing.current = { col, startX: e.clientX, startW: localColWidths[col] || 120 }; }}
                  style={{ position: 'absolute', right: 0, top: 0, bottom: 0, width: 4, cursor: 'col-resize' }}
                  onMouseEnter={e => (e.currentTarget.style.background = '#0777b3')}
                  onMouseLeave={e => (e.currentTarget.style.background = 'transparent')}
                />
              </th>
            ))}
          </tr>
        </thead>
        <tbody>
          {filteredData.map((row, ri) => {
            const rowType = (showSubtotals || showGrandTotals) ? getRowType(row) : 'normal';
            const bgColor = rowType === 'grand_total' ? '#e0ecf4' : rowType === 'subtotal' ? '#eef4f9' : ri % 2 === 0 ? '#fff' : '#fafafa';
            const hoverBg = rowType === 'grand_total' ? '#d4e4f0' : rowType === 'subtotal' ? '#e2edf5' : '#f5f8fa';
            return (
              <tr key={ri}
                onMouseEnter={e => (e.currentTarget.style.background = hoverBg)}
                onMouseLeave={e => (e.currentTarget.style.background = bgColor)}
                style={{ background: bgColor, borderBottom: '1px solid #f0f0f0', fontWeight: rowType !== 'normal' ? 600 : 400 }}>
                {columns.map(col => {
                  const val = row[col];
                  const isNum = typeof val === 'number' || typeof val === 'bigint';
                  const colDataFmt = columnDataFormats[col];
                  const display = formatCellValue(val, dataFormat, colDataFmt);
                  const fmt = columnTextFormats[col];
                  const condStyle = getConditionalStyle(row, col, conditionalFormats, colTypes);
                  return (
                    <td key={col}
                      onDoubleClick={onCellDoubleClick && !rNames.includes(col) && col !== 'value_names' ? () => onCellDoubleClick(row, col) : undefined}
                      style={{
                      padding: '5px 10px', whiteSpace: 'nowrap', overflow: 'hidden', textOverflow: 'ellipsis',
                      maxWidth: localColWidths[col] || 120,
                      textAlign: fmt?.align || (isNum ? 'right' : 'left'),
                      fontVariantNumeric: isNum ? 'tabular-nums' : undefined,
                      cursor: onCellDoubleClick && !rNames.includes(col) && col !== 'value_names' ? 'pointer' : undefined,
                      ...(fmt ? { fontWeight: fmt.bold ? 600 : undefined, fontStyle: fmt.italic ? 'italic' : undefined, textDecoration: fmt.underline ? 'underline' : undefined, color: fmt.color || undefined, background: fmt.bgColor || undefined } : {}),
                      ...condStyle,
                    }} title={display}>{display}</td>
                  );
                })}
              </tr>
            );
          })}
        </tbody>
      </table>
    </div>
  );
}

/* ── ERD Entity Card ──────────────────────────────────────────── */
function ErdEntityCard({
  entity, position, expanded, onToggleExpand, onMouseDown, highlightedColumns,
  onConnectStart, isConnecting, isConnectTarget,
}: {
  entity: ErdEntity;
  position: { x: number; y: number };
  expanded: boolean;
  onToggleExpand: () => void;
  onMouseDown: (e: React.MouseEvent) => void;
  highlightedColumns: Set<string>;
  onConnectStart?: (e: React.MouseEvent) => void;
  isConnecting?: boolean;
  isConnectTarget?: boolean;
}) {
  const isDisconnected = entity.isDisconnected;
  const headerBg = isDisconnected ? '#9ca3af' : entity.isRoot ? '#2d7a00' : '#0777b3';
  const dims = entity.columns.filter(c => c.kind === 'dimension');
  const joins = entity.columns.filter(c => c.kind === 'join');
  // Default visible: PK + join columns
  const defaultCols = [
    ...(entity.primaryKey ? [{ name: entity.primaryKey, label: 'PK' }] : []),
    ...joins.map(j => ({ name: j.name, label: 'FK' })),
  ];
  const allCols = dims.map(d => ({ name: d.name, label: '' }));

return (
    <div
      data-erd-entity={entity.name}
      data-erd-disconnected={entity.isDisconnected ? "true" : undefined}
      style={{
        position: 'absolute',
        left: position.x,
        top: position.y,
        width: ERD_CARD_W,
        borderRadius: 6,
        boxShadow: isConnectTarget
          ? '0 0 0 2px #0777b3, 0 2px 12px rgba(7,119,179,0.3)'
          : isDisconnected ? '0 1px 4px rgba(0,0,0,0.08)' : '0 2px 8px rgba(0,0,0,0.12)',
        overflow: 'hidden',
        zIndex: 2,
        userSelect: 'none',
        opacity: isDisconnected && !isConnectTarget ? 0.7 : 1,
        transition: 'box-shadow 0.15s, opacity 0.15s',
      }}
    >
      {/* Header */}
      <div
        data-erd-header
        onMouseDown={onMouseDown}
        style={{
          background: headerBg, color: '#fff', padding: '6px 10px',
          fontSize: 12, fontWeight: 600, cursor: 'grab',
          display: 'flex', alignItems: 'center', gap: 6,
          position: 'relative',
        }}
      >
        <Table2 size={12} />
        <span style={{ flex: 1 }}>{entity.name}</span>
        {/* Connection anchor — drag from here to create a join */}
        {onConnectStart && (
          <div
            data-erd-connect-anchor
            onMouseDown={(e) => {
              e.stopPropagation();
              e.preventDefault();
              onConnectStart(e);
            }}
            title="Drag to another table to create a join"
            style={{
              width: 20, height: 20, borderRadius: '50%',
              background: isConnecting ? '#fff' : 'rgba(255,255,255,0.25)',
              display: 'flex', alignItems: 'center', justifyContent: 'center',
              cursor: 'crosshair', flexShrink: 0,
              transition: 'background 0.15s, transform 0.15s',
              border: '1.5px solid rgba(255,255,255,0.6)',
            }}
            onMouseEnter={(e) => {
              e.currentTarget.style.background = '#fff';
              e.currentTarget.style.transform = 'scale(1.15)';
              (e.currentTarget.querySelector('svg') as any)?.style && ((e.currentTarget.querySelector('svg') as SVGElement).style.color = headerBg);
            }}
            onMouseLeave={(e) => {
              if (!isConnecting) {
                e.currentTarget.style.background = 'rgba(255,255,255,0.25)';
                e.currentTarget.style.transform = 'scale(1)';
              }
            }}
          >
            <Link2 size={11} style={{ color: 'rgba(255,255,255,0.85)' }} />
          </div>
        )}
      </div>
      {/* Body */}
      <div style={{
        background: isDisconnected ? '#fafafa' : '#fff',
        borderLeft: `1px solid ${isDisconnected ? '#e5e7eb' : '#d0d0d0'}`,
        borderRight: `1px solid ${isDisconnected ? '#e5e7eb' : '#d0d0d0'}`,
        borderBottom: `1px solid ${isDisconnected ? '#e5e7eb' : '#d0d0d0'}`,
        borderRadius: '0 0 6px 6px', padding: '4px 0', fontSize: 11,
        maxHeight: expanded ? 300 : undefined, overflow: expanded ? 'auto' : undefined,
      }}>
        {defaultCols.map((col) => {
          const hl = highlightedColumns.has(col.name);
          return (
            <div key={col.name} style={{
              padding: '2px 10px', display: 'flex', gap: 6, alignItems: 'center',
              fontWeight: hl ? 700 : col.label === 'PK' ? 600 : 400,
              color: hl ? '#0a3d6b' : isDisconnected ? '#6b7280' : '#231f20',
            }}>
              <span style={{ color: '#adadad', fontSize: 9, width: 16, flexShrink: 0 }}>{col.label}</span>
              <span>{col.name}</span>
            </div>
          );
        })}
        {/* Expand toggle */}
        <div
          onClick={onToggleExpand}
          style={{
            padding: '3px 10px', cursor: 'pointer', display: 'flex',
            alignItems: 'center', gap: 4, color: '#6a6a6a', fontSize: 10,
            borderTop: '1px solid #f0f0f0', marginTop: 2,
          }}
          onMouseEnter={(e) => { e.currentTarget.style.background = '#f8f8f8'; }}
          onMouseLeave={(e) => { e.currentTarget.style.background = 'transparent'; }}
        >
          {expanded ? <ChevronDown size={10} /> : <ChevronRight size={10} />}
          {expanded ? 'Collapse' : `${dims.length} columns`}
        </div>
        {expanded && allCols.map((col) => {
          const hl = highlightedColumns.has(col.name);
          const isPk = col.name === entity.primaryKey;
          return (
            <div key={col.name} style={{
              padding: '2px 10px', display: 'flex', gap: 6, alignItems: 'center',
              fontWeight: hl ? 700 : isPk ? 600 : 400,
              color: hl ? '#0a3d6b' : isDisconnected ? '#6b7280' : '#231f20',
            }}>
              <span style={{ color: '#adadad', fontSize: 9, width: 16, flexShrink: 0 }}>
                {isPk ? 'PK' : ''}
              </span>
              <span>{col.name}</span>
            </div>
          );
        })}
      </div>
    </div>
  );
}

/* ── ERD Relationship Path (SVG) ─────────────────────────────── */
function computeErdPath(
  fromPos: { x: number; y: number }, fromH: number,
  toPos: { x: number; y: number }, toH: number,
  fromPortOffset: number,
  toPortOffset: number,
  midXOffset: number,
): { path: string; startX: number; startY: number; endX: number; endY: number } {
  // Determine direction: does the target sit to the right or left of the source?
  const fromRight = fromPos.x + ERD_CARD_W;
  const toLeft = toPos.x;
  const toRight = toPos.x + ERD_CARD_W;
  const fromLeft = fromPos.x;

// Normal: source right edge → target left edge (target is to the right)
  // Reversed: source left edge → target right edge (target is to the left)
  const reversed = toLeft < fromRight - 20; // target overlaps or is left of source
  const startX = reversed ? fromLeft : fromRight;
  const startY = fromPos.y + fromH / 2 + fromPortOffset;
  const endX = reversed ? toRight : toLeft;
  const endY = toPos.y + toH / 2 + toPortOffset;

const gap = endX - startX;
  const r = 8;
  const dy = endY - startY;

if (Math.abs(dy) < 2 && Math.abs(gap) > 4) {
    return { path: `M ${startX} ${startY} L ${endX} ${endY}`, startX, startY, endX, endY };
  }

if (reversed) {
    // Reversed: go left from source, curve around, arrive at target's right edge
    const bulge = Math.max(30, Math.abs(dy) * 0.3);
    const midX = Math.min(startX, endX) - bulge + midXOffset;
    const signY = dy > 0 ? 1 : -1;
    const cr = Math.max(0, Math.min(r, Math.abs(dy) / 2, Math.abs(startX - midX) - 2, Math.abs(endX - midX) - 2));

const path = [
      `M ${startX} ${startY}`,
      `L ${midX + cr} ${startY}`,
      `Q ${midX} ${startY} ${midX} ${startY + cr * signY}`,
      `L ${midX} ${endY - cr * signY}`,
      `Q ${midX} ${endY} ${midX + cr} ${endY}`,
      `L ${endX} ${endY}`,
    ].join(' ');
    return { path, startX, startY, endX, endY };
  }

// Normal path: right → left
  const clampedOffset = Math.max(-gap * 0.3, Math.min(gap * 0.3, midXOffset));
  const midX = startX + gap / 2 + clampedOffset;
  const signY = dy > 0 ? 1 : -1;
  const absR = Math.min(r, Math.abs(dy) / 2, Math.abs(midX - startX) - 2, Math.abs(endX - midX) - 2);
  const cr = Math.max(0, absR);

const path = [
    `M ${startX} ${startY}`,
    `L ${midX - cr} ${startY}`,
    `Q ${midX} ${startY} ${midX} ${startY + cr * signY}`,
    `L ${midX} ${endY - cr * signY}`,
    `Q ${midX} ${endY} ${midX + cr} ${endY}`,
    `L ${endX} ${endY}`,
  ].join(' ');

return { path, startX, startY, endX, endY };
}

/* ── Join Configuration Dialog ─────────────────────────────────── */
interface JoinCriterion {
  leftColumn: string;
  operator: string;
  rightColumn: string;
}
function JoinTablePreview({ label, tablePath }: { label: string; tablePath: string }) {
  const sql = tablePath ? `SELECT * FROM ${tablePath} LIMIT 5` : '';
  const q = useSQLQuery(sql, { enabled: !!tablePath });
  const rows = (q.isSuccess && q.data) ? q.data as Record<string, unknown>[] : [];
  const cols = rows.length > 0 ? Object.keys(rows[0]) : [];

return (
    <div style={{ marginBottom: 6 }}>
      <div style={{ fontSize: 10, fontWeight: 600, color: '#374151', marginBottom: 2 }}>
        {label} <span style={{ fontWeight: 400, color: '#9ca3af' }}>— 5 row preview</span>
      </div>
      {q.isLoading ? (
        <div style={{ fontSize: 11, color: '#9ca3af', padding: '8px 0' }}>Loading preview…</div>
      ) : q.isError ? (
        <div style={{ fontSize: 11, color: '#ef4444', padding: '8px 0' }}>Failed to load preview</div>
      ) : rows.length === 0 ? (
        <div style={{ fontSize: 11, color: '#9ca3af', padding: '8px 0' }}>No data</div>
      ) : (
        <div style={{ overflowX: 'auto', border: '1px solid #e5e7eb', borderRadius: 6 }}>
          <table style={{ width: '100%', borderCollapse: 'collapse', fontSize: 10 }}>
            <thead>
              <tr>
                {cols.map(c => (
                  <th key={c} style={{
                    padding: '2px 6px', textAlign: 'left', fontWeight: 600, color: '#374151',
                    background: '#f9fafb', borderBottom: '1px solid #e5e7eb',
                    whiteSpace: 'nowrap', position: 'sticky' as const, top: 0,
                  }}>{c}</th>
                ))}
              </tr>
            </thead>
            <tbody>
              {rows.map((row, ri) => (
                <tr key={ri}>
                  {cols.map(c => (
                    <td key={c} style={{
                      padding: '1px 6px', borderBottom: ri < rows.length - 1 ? '1px solid #f3f4f6' : 'none',
                      whiteSpace: 'nowrap', maxWidth: 200, overflow: 'hidden', textOverflow: 'ellipsis',
                      color: '#4b5563',
                    }} title={String(row[c] ?? '')}>{String(row[c] ?? '')}</td>
                  ))}
                </tr>
              ))}
            </tbody>
          </table>
        </div>
      )}
    </div>
  );
}

interface JoinDialogState {
  fromEntity: ErdEntity;
  toEntity: ErdEntity;
  joinType: 'join_one' | 'join_many' | 'join_cross';
  criteria: JoinCriterion[];
  useCustomMalloy: boolean;
  customMalloy: string;
}

function JoinConfigDialog({
  dialogState, onClose, onApply,
}: {
  dialogState: JoinDialogState;
  onClose: () => void;
  onApply: (state: JoinDialogState) => void;
}) {
  const [joinType, setJoinType] = useState(dialogState.joinType);
  const [criteria, setCriteria] = useState(dialogState.criteria);
  const [useCustom, setUseCustom] = useState(dialogState.useCustomMalloy);
  const [customMalloy, setCustomMalloy] = useState(dialogState.customMalloy);

const fromCols = dialogState.fromEntity.columns.filter(c => c.kind === 'dimension').map(c => c.name);
  const toCols = dialogState.toEntity.columns.filter(c => c.kind === 'dimension').map(c => c.name);

const MALLOY_JOIN_DOCS = 'https://docs.malloydata.dev/documentation/language/join';

// Backdrop
  return (
    <div
      onClick={(e) => { if (e.target === e.currentTarget) onClose(); }}
      style={{
        position: 'fixed', inset: 0, zIndex: 1000,
        background: 'rgba(0,0,0,0.35)', backdropFilter: 'blur(2px)',
        display: 'flex', alignItems: 'center', justifyContent: 'center',
      }}
    >
      <div
        onClick={(e) => e.stopPropagation()}
        style={{
          background: '#fff', borderRadius: 12, width: 'calc(100vw - 400px)', maxWidth: 1100,
          boxShadow: '0 20px 60px rgba(0,0,0,0.2), 0 0 0 1px rgba(0,0,0,0.05)',
          overflow: 'hidden', maxHeight: '90vh', display: 'flex', flexDirection: 'column' as const,
        }}
      >
        {/* Header */}
        <div style={{
          padding: '10px 20px', borderBottom: '1px solid #e5e7eb',
          display: 'flex', alignItems: 'center', gap: 8, flexShrink: 0,
        }}>
          <Link2 size={14} style={{ color: '#0777b3' }} />
          <div style={{ flex: 1, fontWeight: 600, fontSize: 13, color: '#111' }}>
            Join {dialogState.fromEntity.name} → {dialogState.toEntity.name}
          </div>
          <button onClick={onClose} style={{
            background: 'none', border: 'none', cursor: 'pointer', padding: 4, borderRadius: 4,
            display: 'flex', alignItems: 'center',
          }}>
            <X size={14} style={{ color: '#9ca3af' }} />
          </button>
        </div>

{/* Body */}
        <div style={{ padding: '10px 20px 8px', flexShrink: 0 }}>
          {/* Join Type */}
          <div style={{ marginBottom: 8 }}>
            <label style={{ fontSize: 10, fontWeight: 600, color: '#374151', display: 'block', marginBottom: 4 }}>
              Join Type
            </label>
            <div style={{ display: 'flex', gap: 6 }}>
              {([
                { value: 'join_one', label: 'One', desc: 'Many-to-one' },
                { value: 'join_many', label: 'Many', desc: 'One-to-many' },
                { value: 'join_cross', label: 'Cross', desc: 'Many-to-many' },
              ] as const).map(jt => (
                <button
                  key={jt.value}
                  onClick={() => setJoinType(jt.value)}
                  style={{
                    flex: 1, padding: '5px 8px', borderRadius: 6, cursor: 'pointer',
                    border: joinType === jt.value ? '2px solid #0777b3' : '1px solid #d1d5db',
                    background: joinType === jt.value ? '#eff6ff' : '#fff',
                    textAlign: 'center', transition: 'all 0.1s',
                  }}
                >
                  <div style={{ fontSize: 11, fontWeight: 600, color: joinType === jt.value ? '#0777b3' : '#374151' }}>
                    {jt.label}
                  </div>
                  <div style={{ fontSize: 9, color: '#9ca3af', marginTop: 1 }}>{jt.desc}</div>
                </button>
              ))}
            </div>
          </div>

{/* Toggle: visual vs custom */}
          <div style={{
            display: 'flex', alignItems: 'center', gap: 8, marginBottom: 8,
            padding: '5px 12px', background: '#f9fafb', borderRadius: 6,
          }}>
            <label style={{ fontSize: 11, color: '#6b7280', flex: 1, display: 'flex', alignItems: 'center', gap: 6, cursor: 'pointer' }}>
              <input
                type="checkbox" checked={useCustom}
                onChange={(e) => setUseCustom(e.target.checked)}
                style={{ accentColor: '#0777b3' }}
              />
              Custom Malloy join expression
            </label>
            <a
              href={MALLOY_JOIN_DOCS}
              target="_blank"
              rel="noopener noreferrer"
              style={{ fontSize: 10, color: '#0777b3', display: 'flex', alignItems: 'center', gap: 3, textDecoration: 'none' }}
            >
              <ExternalLink size={10} /> Malloy join docs
            </a>
          </div>

{useCustom ? (
            /* Custom Malloy editor */
            <div style={{ marginBottom: 8 }}>
              <label style={{ fontSize: 10, fontWeight: 600, color: '#374151', display: 'block', marginBottom: 3 }}>
                Join Expression
              </label>
              <div style={{ height: 72 }}>
                <SqlEditor
                  value={customMalloy}
                  onChange={setCustomMalloy}
                  keywords={new Set()}
                  tokenizer={tokenizeMalloy}
                  placeholder={`${joinType}: ${dialogState.toEntity.name} on column_a = ${dialogState.toEntity.name}.column_b`}
                />
              </div>
              <div style={{
                marginTop: 4, padding: '5px 10px', background: '#f0f9ff', borderRadius: 6,
                border: '1px solid #bae6fd', fontSize: 10, fontFamily: 'ui-monospace, monospace',
                color: '#0369a1', lineHeight: 1.5,
              }}>
                <span style={{ fontWeight: 600 }}>Example</span> — join on 2 columns:<br />
                {joinType}: {dialogState.toEntity.name} on col_a = {dialogState.toEntity.name}.col_b<br />
                  and col_c = {dialogState.toEntity.name}.col_d
              </div>
            </div>
          ) : (
            /* Visual criteria builder */
            <div style={{ marginBottom: 8 }}>
              <label style={{ fontSize: 10, fontWeight: 600, color: '#374151', display: 'block', marginBottom: 3 }}>
                Join Conditions
              </label>
              <div style={{ display: 'flex', flexDirection: 'column', gap: 4 }}>
                {criteria.map((c, idx) => (
                  <div key={idx} style={{
                    display: 'flex', alignItems: 'center', gap: 6,
                    padding: '4px 10px', background: '#f9fafb', borderRadius: 6,
                    border: '1px solid #e5e7eb',
                  }}>
                    {/* Left column */}
                    <select
                      value={c.leftColumn}
                      onChange={(e) => updateCriterion(idx, 'leftColumn', e.target.value)}
                      style={{
                        flex: 1, padding: '5px 6px', borderRadius: 4,
                        border: '1px solid #d1d5db', fontSize: 11,
                        background: '#fff', cursor: 'pointer',
                      }}
                    >
                      <option value="" disabled>{dialogState.fromEntity.name}...</option>
                      {fromCols.map(col => <option key={col} value={col}>{col}</option>)}
                    </select>
                    {/* Operator */}
                    <select
                      value={c.operator}
                      onChange={(e) => updateCriterion(idx, 'operator', e.target.value)}
                      style={{
                        width: 44, padding: '5px 4px', borderRadius: 4,
                        border: '1px solid #d1d5db', fontSize: 11, textAlign: 'center',
                        background: '#fff', cursor: 'pointer',
                      }}
                    >
                      <option value="=">=</option>
                    </select>
                    {/* Right column */}
                    <select
                      value={c.rightColumn}
                      onChange={(e) => updateCriterion(idx, 'rightColumn', e.target.value)}
                      style={{
                        flex: 1, padding: '5px 6px', borderRadius: 4,
                        border: '1px solid #d1d5db', fontSize: 11,
                        background: '#fff', cursor: 'pointer',
                      }}
                    >
                      <option value="" disabled>{dialogState.toEntity.name}...</option>
                      {toCols.map(col => <option key={col} value={col}>{col}</option>)}
                    </select>
                    {/* Remove button */}
                    <button
                      onClick={() => removeCriterion(idx)}
                      disabled={criteria.length <= 1}
                      style={{
                        background: 'none', border: 'none', cursor: criteria.length <= 1 ? 'default' : 'pointer',
                        padding: 2, borderRadius: 3, display: 'flex', alignItems: 'center',
                        opacity: criteria.length <= 1 ? 0.3 : 0.6,
                      }}
                      onMouseEnter={(e) => { if (criteria.length > 1) e.currentTarget.style.opacity = '1'; }}
                      onMouseLeave={(e) => { if (criteria.length > 1) e.currentTarget.style.opacity = '0.6'; }}
                    >
                      <X size={12} style={{ color: '#ef4444' }} />
                    </button>
                  </div>
                ))}
              </div>
              <button
                onClick={addCriterion}
                style={{
                  marginTop: 4, padding: '4px 10px', fontSize: 10, fontWeight: 500,
                  background: 'none', border: '1px dashed #d1d5db', borderRadius: 6,
                  color: '#6b7280', cursor: 'pointer', display: 'flex', alignItems: 'center', gap: 4,
                  transition: 'all 0.1s',
                }}
                onMouseEnter={(e) => { e.currentTarget.style.borderColor = '#0777b3'; e.currentTarget.style.color = '#0777b3'; }}
                onMouseLeave={(e) => { e.currentTarget.style.borderColor = '#d1d5db'; e.currentTarget.style.color = '#6b7280'; }}
              >
                <Plus size={11} /> Add condition
              </button>

</div>
          )}
        </div>

{/* Table Previews */}
        <div style={{ padding: '0 20px 8px', overflowY: 'auto', flex: 1, minHeight: 0 }}>
          <JoinTablePreview label={dialogState.fromEntity.name} tablePath={dialogState.fromEntity.tablePath} />
          <JoinTablePreview label={dialogState.toEntity.name} tablePath={dialogState.toEntity.tablePath} />
        </div>

{/* Footer */}
        <div style={{
          padding: '8px 20px', borderTop: '1px solid #e5e7eb',
          display: 'flex', justifyContent: 'flex-end', gap: 8, background: '#f9fafb',
          flexShrink: 0,
        }}>
          <button
            onClick={onClose}
            style={{
              padding: '7px 16px', fontSize: 12, fontWeight: 500, borderRadius: 6,
              border: '1px solid #d1d5db', background: '#fff', color: '#374151',
              cursor: 'pointer', transition: 'all 0.1s',
            }}
            onMouseEnter={(e) => { e.currentTarget.style.background = '#f9fafb'; }}
            onMouseLeave={(e) => { e.currentTarget.style.background = '#fff'; }}
          >
            Cancel
          </button>
          <button
            onClick={() => onApply({ ...dialogState, joinType, criteria, useCustomMalloy: useCustom, customMalloy })}
            style={{
              padding: '7px 20px', fontSize: 12, fontWeight: 600, borderRadius: 6,
              border: 'none', background: '#0777b3', color: '#fff',
              cursor: 'pointer', transition: 'all 0.1s',
            }}
            onMouseEnter={(e) => { e.currentTarget.style.background = '#065d8c'; }}
            onMouseLeave={(e) => { e.currentTarget.style.background = '#0777b3'; }}
          >
            Apply Join
          </button>
        </div>
      </div>
    </div>
  );
}

/* ── ERD Overlay (animated slide-in wrapper) ─────────────────── */
function ErdOverlay({ open, model, erdError, onClose, onJoinCreated, onJoinRemoved }: {
  open: boolean;
  model: ErdModel | null;
  erdError: string | null;
  onClose: () => void;
  onJoinCreated?: (state: JoinDialogState) => void;
  onJoinRemoved?: (fromSource: string, toSource: string) => void;
}) {
  // mounted = DOM present, animState = controls CSS transform
  const [mounted, setMounted] = useState(false);
  const [animState, setAnimState] = useState<'entering' | 'open' | 'exiting' | 'closed'>('closed');

useEffect(() => {
    if (open && model) {
      // Mount first, then trigger entering on next frame
      setMounted(true);
      setAnimState('entering');
      const raf = requestAnimationFrame(() => {
        // Double-rAF ensures the browser has painted the initial off-screen position
        requestAnimationFrame(() => setAnimState('open'));
      });
      return () => cancelAnimationFrame(raf);
    } else if (animState === 'open' || animState === 'entering') {
      // Start exit animation
      setAnimState('exiting');
    }
  }, [open, model]);

// Unmount after exit transition ends
  const handleTransitionEnd = useCallback(() => {
    if (animState === 'exiting') {
      setAnimState('closed');
      setMounted(false);
    }
  }, [animState]);

if (!mounted || !model) return null;

const isVisible = animState === 'open';

return (
    // Clip container: overflow hidden ensures the sliding panel is clipped
    // at the Main Panel's left edge (appears to emerge from under the left panel)
    <div style={{
      position: 'absolute', top: 0, left: 0, bottom: 0, right: 15, zIndex: 10,
      overflow: 'hidden', pointerEvents: isVisible ? 'auto' : 'none',
    }}>
      <div
        onTransitionEnd={handleTransitionEnd}
        style={{
          width: '100%', height: '100%',
          transform: isVisible ? 'translateX(0)' : 'translateX(-100%)',
          transition: 'transform 350ms cubic-bezier(0.4, 0, 0.2, 1)',
          willChange: 'transform',
        }}
      >
        <ErdPanel model={model} erdError={erdError} onClose={onClose} onJoinCreated={onJoinCreated} onJoinRemoved={onJoinRemoved} />
      </div>
    </div>
  );
}

/* ── ERD Panel ───────────────────────────────────────────────── */
function ErdPanel({
  model, erdError, onClose, onJoinCreated, onJoinRemoved,
}: {
  model: ErdModel;
  erdError: string | null;
  onClose: () => void;
  onJoinCreated?: (state: JoinDialogState) => void;
  onJoinRemoved?: (fromSource: string, toSource: string) => void;
}) {
  const [positions, setPositions] = useState<Map<string, { x: number; y: number }>>(() => computeErdLayout(model));
  const [expandedEntities, setExpandedEntities] = useState<Set<string>>(new Set());
  const [hoveredRel, setHoveredRel] = useState<string | null>(null); // "from:to"
  const [relActionMenu, setRelActionMenu] = useState<{ relKey: string; x: number; y: number } | null>(null);
  const [dragEntity, setDragEntity] = useState<{
    name: string; startX: number; startY: number; startMouseX: number; startMouseY: number;
  } | null>(null);
  const posRef = useRef(positions);
  posRef.current = positions;

// Pan & zoom state
  const [panOffset, setPanOffset] = useState({ x: 0, y: 0 });
  const [zoom, setZoom] = useState(1);
  const [panning, setPanning] = useState<{ startX: number; startY: number; startPanX: number; startPanY: number } | null>(null);
  const panRef = useRef(panOffset);
  panRef.current = panOffset;
  const zoomRef = useRef(zoom);
  zoomRef.current = zoom;
  const canvasRef = useRef<HTMLDivElement>(null);

// Connection drag state
  const [connectDrag, setConnectDrag] = useState<{
    fromEntity: string;
    mouseX: number;
    mouseY: number;
  } | null>(null);
  const connectDragRef = useRef(connectDrag);
  connectDragRef.current = connectDrag;

// Join dialog state
  const [joinDialog, setJoinDialog] = useState<JoinDialogState | null>(null);

// Recompute layout when entity set changes
  const entityNames = model.entities.map(e => e.name).sort().join(',');
  const prevNamesRef = useRef(entityNames);
  useEffect(() => {
    if (prevNamesRef.current !== entityNames) {
      prevNamesRef.current = entityNames;
      const newLayout = computeErdLayout(model);
      setPositions(newLayout);
      posRef.current = newLayout;
    }
  }, [entityNames, model]);

// Entity drag handling
  useEffect(() => {
    if (!dragEntity) return;
    const z = zoomRef.current;
    const handleMove = (e: MouseEvent) => {
      const dx = (e.clientX - dragEntity.startMouseX) / z;
      const dy = (e.clientY - dragEntity.startMouseY) / z;
      setPositions(prev => {
        const newPos = new Map(prev);
        newPos.set(dragEntity.name, {
          x: Math.max(0, dragEntity.startX + dx),
          y: Math.max(0, dragEntity.startY + dy),
        });
        posRef.current = newPos;
        return newPos;
      });
    };
    const handleUp = () => setDragEntity(null);
    window.addEventListener('mousemove', handleMove);
    window.addEventListener('mouseup', handleUp);
    return () => {
      window.removeEventListener('mousemove', handleMove);
      window.removeEventListener('mouseup', handleUp);
    };
  }, [dragEntity]);

// Connection drag handling
  useEffect(() => {
    if (!connectDrag) return;
    const handleMove = (e: MouseEvent) => {
      setConnectDrag(prev => prev ? { ...prev, mouseX: e.clientX, mouseY: e.clientY } : null);
    };
    const handleUp = (e: MouseEvent) => {
      // Find what entity we dropped on
      const target = document.elementFromPoint(e.clientX, e.clientY);
      const entityEl = target?.closest?.('[data-erd-entity]');
      const targetName = entityEl?.getAttribute('data-erd-entity');
      const fromName = connectDragRef.current?.fromEntity;

if (targetName && fromName && targetName !== fromName) {
        const fromEntity = model.entities.find(en => en.name === fromName);
        const toEntity = model.entities.find(en => en.name === targetName);
        if (fromEntity && toEntity) {
          const fromDims = fromEntity.columns.filter(c => c.kind === 'dimension').map(c => c.name);
          const toDims = toEntity.columns.filter(c => c.kind === 'dimension').map(c => c.name);
          setJoinDialog({
            fromEntity, toEntity,
            joinType: 'join_one',
            criteria: [{
              leftColumn: fromDims[0] || '',
              operator: '=',
              rightColumn: toDims[0] || '',
            }],
            useCustomMalloy: false,
            customMalloy: '',
          });
        }
      }
      setConnectDrag(null);
    };
    window.addEventListener('mousemove', handleMove);
    window.addEventListener('mouseup', handleUp);
    return () => {
      window.removeEventListener('mousemove', handleMove);
      window.removeEventListener('mouseup', handleUp);
    };
  }, [connectDrag, model.entities]);

// Canvas pan handling
  useEffect(() => {
    if (!panning) return;
    const handleMove = (e: MouseEvent) => {
      setPanOffset({
        x: panning.startPanX + (e.clientX - panning.startX),
        y: panning.startPanY + (e.clientY - panning.startY),
      });
    };
    const handleUp = () => setPanning(null);
    window.addEventListener('mousemove', handleMove);
    window.addEventListener('mouseup', handleUp);
    return () => {
      window.removeEventListener('mousemove', handleMove);
      window.removeEventListener('mouseup', handleUp);
    };
  }, [panning]);

// Scroll-to-zoom on canvas (must use native listener for preventDefault on passive wheel)
  useEffect(() => {
    const el = canvasRef.current;
    if (!el) return;
    const handleWheel = (e: WheelEvent) => {
      e.preventDefault();
      const rect = el.getBoundingClientRect();
      const mx = e.clientX - rect.left;
      const my = e.clientY - rect.top;
      const oldZoom = zoomRef.current;
      const delta = e.deltaY > 0 ? -0.03 : 0.03;
      const newZoom = Math.min(3, Math.max(0.2, oldZoom + delta));
      const scale = newZoom / oldZoom;
      setPanOffset(prev => ({
        x: mx - scale * (mx - prev.x),
        y: my - scale * (my - prev.y),
      }));
      setZoom(newZoom);
    };
    el.addEventListener('wheel', handleWheel, { passive: false });
    return () => el.removeEventListener('wheel', handleWheel);
  }, []);

// Highlighted columns from hovered relationship
  const highlightedCols = useMemo(() => {
    const map = new Map<string, Set<string>>();
    if (!hoveredRel) return map;
    const rel = model.relationships.find(r => `${r.fromSource}:${r.toSource}` === hoveredRel);
    if (!rel) return map;
    if (rel.fromColumn) {
      if (!map.has(rel.fromSource)) map.set(rel.fromSource, new Set());
      map.get(rel.fromSource)!.add(rel.fromColumn);
    }
    if (rel.toColumn) {
      if (!map.has(rel.toSource)) map.set(rel.toSource, new Set());
      map.get(rel.toSource)!.add(rel.toColumn);
    }
    return map;
  }, [hoveredRel, model.relationships]);

// Compute SVG bounds
  const curPositions = positions;
  const svgW = Math.max(600, ...model.entities.map(e => (curPositions.get(e.name)?.x || 0) + ERD_CARD_W + ERD_PADDING));
  const svgH = Math.max(400, ...model.entities.map(e => (curPositions.get(e.name)?.y || 0) + 200 + ERD_PADDING));

const getEntityH = (name: string) => {
    const entity = model.entities.find(e => e.name === name);
    if (!entity) return ERD_CARD_H_COLLAPSED;
    const joins = entity.columns.filter(c => c.kind === 'join').length;
    const pk = entity.primaryKey ? 1 : 0;
    return 28 + (pk + joins) * ERD_ROW_H + 24; // header + rows + toggle
  };

// Compute the connect-drag SVG line in canvas coordinates
  const connectLineCoords = useMemo(() => {
    if (!connectDrag || !canvasRef.current) return null;
    const fromPos = curPositions.get(connectDrag.fromEntity);
    if (!fromPos) return null;
    const rect = canvasRef.current.getBoundingClientRect();
    const mouseCanvasX = (connectDrag.mouseX - rect.left - panOffset.x) / zoom;
    const mouseCanvasY = (connectDrag.mouseY - rect.top - panOffset.y) / zoom;
    const fromH = getEntityH(connectDrag.fromEntity);
    return {
      x1: fromPos.x + ERD_CARD_W,
      y1: fromPos.y + fromH / 2,
      x2: mouseCanvasX,
      y2: mouseCanvasY,
    };
  }, [connectDrag, curPositions, panOffset, zoom]);

// Determine which entity the cursor is over during connect drag
  const connectTargetEntity = useMemo(() => {
    if (!connectDrag) return null;
    const target = document.elementFromPoint(connectDrag.mouseX, connectDrag.mouseY);
    const entityEl = target?.closest?.('[data-erd-entity]');
    const targetName = entityEl?.getAttribute('data-erd-entity');
    if (targetName && targetName !== connectDrag.fromEntity) return targetName;
    return null;
  }, [connectDrag]);

// Check if there are disconnected entities to show a separator label
  const hasDisconnected = model.entities.some(e => e.isDisconnected);
  const disconnectedLabelY = useMemo(() => {
    if (!hasDisconnected) return 0;
    const connectedEntities = model.entities.filter(e => !e.isDisconnected);
    if (connectedEntities.length === 0) return ERD_PADDING;
    const maxConnectedY = Math.max(...connectedEntities.map(e => (curPositions.get(e.name)?.y || 0) + ERD_CARD_H_COLLAPSED));
    return maxConnectedY + ERD_V_GAP + 10;
  }, [hasDisconnected, model.entities, curPositions]);

return (
    <div style={{
      width: '100%', height: '100%', display: 'flex', flexDirection: 'column',
      background: '#f8f9fa', borderLeft: '1px solid #e0e0e0',
    }}>
      {/* Header */}
      <div style={{
        height: 40, display: 'flex', alignItems: 'center', padding: '0 12px',
        borderBottom: '1px solid #e0e0e0', background: '#fff', flexShrink: 0,
      }}>
        <Code size={14} style={{ color: '#0777b3', marginRight: 6 }} />
        <span style={{ fontWeight: 600, fontSize: 13, color: '#231f20' }}>Semantic Model</span>
        <span style={{ flex: 1 }} />
        <button
          data-erd-close
          onClick={onClose}
          style={{
            background: 'none', border: 'none', cursor: 'pointer', padding: 4,
            borderRadius: 4, display: 'flex', alignItems: 'center',
          }}
          onMouseEnter={(e) => { e.currentTarget.style.background = '#f0f0f0'; }}
          onMouseLeave={(e) => { e.currentTarget.style.background = 'none'; }}
        >
          <X size={16} style={{ color: '#6a6a6a' }} />
        </button>
      </div>

{/* Canvas */}
      <div
        ref={canvasRef}
        data-erd-canvas
        style={{
          flex: 1, overflow: 'hidden', position: 'relative',
          cursor: connectDrag ? 'crosshair' : panning ? 'grabbing' : 'grab',
        }}
        onMouseDown={(e) => {
          setRelActionMenu(null);
          if (connectDrag) return; // Don't pan while connecting
          if ((e.target as HTMLElement).closest('[data-erd-entity]')) return;
          e.preventDefault();
          setPanning({ startX: e.clientX, startY: e.clientY, startPanX: panOffset.x, startPanY: panOffset.y });
        }}
      >
        <div style={{
          transform: `translate(${panOffset.x}px, ${panOffset.y}px) scale(${zoom})`,
          transformOrigin: '0 0',
          position: 'absolute', top: 0, left: 0,
          width: svgW, height: svgH,
        }}>
        {/* SVG relationship lines */}
        <svg
          width={svgW} height={svgH}
          style={{ position: 'absolute', top: 0, left: 0, pointerEvents: 'none' }}
        >
          {(() => {
            const PORT_SPACING = 14;
            const MID_SPACING = 16;
            const fromCounts = new Map<string, number>();
            const fromIdx = new Map<string, number>();
            for (const rel of model.relationships) {
              const fi = fromCounts.get(rel.fromSource) || 0;
              fromIdx.set(`${rel.fromSource}:${rel.toSource}`, fi);
              fromCounts.set(rel.fromSource, fi + 1);
            }
            const toCounts = new Map<string, number>();
            const toIdx = new Map<string, number>();
            for (const rel of model.relationships) {
              const ti = toCounts.get(rel.toSource) || 0;
              toIdx.set(`${rel.fromSource}:${rel.toSource}`, ti);
              toCounts.set(rel.toSource, ti + 1);
            }
            return model.relationships.map((rel) => {
              const fromPos = curPositions.get(rel.fromSource);
              const toPos = curPositions.get(rel.toSource);
              if (!fromPos || !toPos) return null;
              const relKey = `${rel.fromSource}:${rel.toSource}`;
              const isHovered = hoveredRel === relKey;
              const fromH = getEntityH(rel.fromSource);
              const toH = getEntityH(rel.toSource);

const fTotal = fromCounts.get(rel.fromSource) || 1;
              const fIdx = fromIdx.get(relKey) || 0;
              const fromPortOffset = (fIdx - (fTotal - 1) / 2) * PORT_SPACING;

const tTotal = toCounts.get(rel.toSource) || 1;
              const tIdx = toIdx.get(relKey) || 0;
              const toPortOffset = (tIdx - (tTotal - 1) / 2) * PORT_SPACING;

const midXOffset = (fIdx - (fTotal - 1) / 2) * MID_SPACING;

const { path, startX, startY, endX, endY } = computeErdPath(
                fromPos, fromH, toPos, toH, fromPortOffset, toPortOffset, midXOffset
              );

const fromLabel = '1';
              const toLabel = rel.joinType === 'many' ? 'N' : rel.joinType === 'cross' ? '*' : '1';

return (
                <g key={relKey} data-erd-relationship={relKey}>
                  <path
                    d={path} fill="none" stroke="transparent" strokeWidth={12}
                    style={{ pointerEvents: 'stroke', cursor: 'pointer' }}
                    onMouseEnter={() => setHoveredRel(relKey)}
                    onMouseLeave={() => { if (!relActionMenu) setHoveredRel(null); }}
                    onClick={(e) => {
                      e.stopPropagation();
                      const svgRect = (e.currentTarget.closest('svg') as SVGSVGElement)?.getBoundingClientRect();
                      if (!svgRect) return;
                      setRelActionMenu({ relKey, x: (e.clientX - svgRect.left) / zoom, y: (e.clientY - svgRect.top) / zoom });
                    }}
                  />
                  <path
                    d={path} fill="none"
                    stroke={isHovered ? '#0777b3' : '#bbb'}
                    strokeWidth={isHovered ? 2.5 : 1.5}
                    style={{ pointerEvents: 'none' }}
                  />
                  <text x={startX + 8} y={startY - 8} fontSize={10} fill={isHovered ? '#0777b3' : '#999'}
                    style={{ pointerEvents: 'none' }}>{fromLabel}</text>
                  <text x={endX - 8} y={endY - 8} fontSize={10} fill={isHovered ? '#0777b3' : '#999'}
                    textAnchor="end" style={{ pointerEvents: 'none' }}>{toLabel}</text>
                </g>
              );
            });
          })()}
          {/* Live connection drag line */}
          {connectLineCoords && (
            <line
              x1={connectLineCoords.x1} y1={connectLineCoords.y1}
              x2={connectLineCoords.x2} y2={connectLineCoords.y2}
              stroke="#0777b3" strokeWidth={2} strokeDasharray="6 3"
              style={{ pointerEvents: 'none' }}
            />
          )}
          {/* "Available Tables" separator line */}
          {hasDisconnected && (
            <>
              <line
                x1={ERD_PADDING} y1={disconnectedLabelY}
                x2={svgW - ERD_PADDING} y2={disconnectedLabelY}
                stroke="#d1d5db" strokeWidth={1} strokeDasharray="4 4"
              />
              <text
                x={ERD_PADDING + 4} y={disconnectedLabelY - 6}
                fontSize={11} fill="#9ca3af" fontWeight={500}
              >
                <tspan>
                  Available Tables — drag </tspan>
                <tspan fontFamily="ui-monospace, monospace" fontSize={10}>
                </tspan>
                <tspan> from a table's link icon to create a join</tspan>
              </text>
            </>
          )}
        </svg>

{/* Entity cards */}
        {model.entities.map((entity) => {
          const pos = curPositions.get(entity.name);
          if (!pos) return null;
          return (
            <ErdEntityCard
              key={entity.name}
              entity={entity}
              position={pos}
              expanded={expandedEntities.has(entity.name)}
              onToggleExpand={() => setExpandedEntities(prev => {
                const next = new Set(prev);
                if (next.has(entity.name)) next.delete(entity.name); else next.add(entity.name);
                return next;
              })}
              onMouseDown={(e: React.MouseEvent) => {
                if (connectDrag) return; // Don't move cards while connecting
                e.preventDefault();
                e.stopPropagation();
                const p = curPositions.get(entity.name);
                if (!p) return;
                setDragEntity({ name: entity.name, startX: p.x, startY: p.y, startMouseX: e.clientX, startMouseY: e.clientY });
              }}
              highlightedColumns={highlightedCols.get(entity.name) || new Set()}
              onConnectStart={onJoinCreated ? (e: React.MouseEvent) => {
                setConnectDrag({
                  fromEntity: entity.name,
                  mouseX: e.clientX,
                  mouseY: e.clientY,
                });
              } : undefined}
              isConnecting={connectDrag?.fromEntity === entity.name}
              isConnectTarget={connectTargetEntity === entity.name}
            />
          );
        })}
        </div>{/* end transform container */}
      </div>

{/* Zoom indicator */}
      {zoom !== 1 && (
        <div style={{
          position: 'absolute', bottom: erdError ? 60 : 12, right: 12,
          background: '#fff', border: '1px solid #e0e0e0', borderRadius: 4,
          padding: '2px 8px', fontSize: 11, color: '#6a6a6a', zIndex: 10,
        }}>
          {Math.round(zoom * 100)}%
        </div>
      )}

{/* Error toast */}
      {erdError && (
        <div style={{
          position: 'absolute', bottom: 16, left: 16, right: 16,
          background: '#fef2f2', border: '1px solid #fca5a5', borderRadius: 6,
          padding: '8px 12px', fontSize: 12, color: '#991b1b',
          display: 'flex', alignItems: 'center', gap: 8,
          boxShadow: '0 2px 8px rgba(0,0,0,0.1)', zIndex: 10,
        }}>
          <span style={{ fontWeight: 600 }}>Compile Error:</span>
          <span style={{ flex: 1 }}>{erdError}</span>
        </div>
      )}

{/* Relationship action popover (edit / delete) */}
      {relActionMenu && (() => {
        const rel = model.relationships.find(r => `${r.fromSource}:${r.toSource}` === relActionMenu.relKey);
        if (!rel) return null;
        const fromEntity = model.entities.find(e => e.name === rel.fromSource);
        const toEntity = model.entities.find(e => e.name === rel.toSource);
        return (
          <div
            style={{
              position: 'absolute',
              left: relActionMenu.x * zoom + panOffset.x,
              top: relActionMenu.y * zoom + panOffset.y,
              transform: 'translate(-50%, -100%) translateY(-8px)',
              background: '#fff', borderRadius: 8,
              boxShadow: '0 4px 16px rgba(0,0,0,0.15), 0 0 0 1px rgba(0,0,0,0.06)',
              zIndex: 20, padding: '4px 0', minWidth: 140,
            }}
            onClick={(e) => e.stopPropagation()}
          >
            <div style={{ padding: '6px 12px', fontSize: 11, color: '#9ca3af', fontWeight: 500, borderBottom: '1px solid #f3f4f6' }}>
              {rel.fromSource} → {rel.toSource}
            </div>
            <button
              onClick={() => {
                // Edit: open JoinConfigDialog pre-populated
                if (fromEntity && toEntity) {
                  setJoinDialog({
                    fromEntity, toEntity,
                    joinType: `join_${rel.joinType}` as 'join_one' | 'join_many' | 'join_cross',
                    criteria: [{ leftColumn: rel.fromColumn, operator: '=', rightColumn: rel.toColumn }],
                    useCustomMalloy: false, customMalloy: '',
                    _editMode: { fromSource: rel.fromSource, toSource: rel.toSource },
                  } as any);
                }
                setRelActionMenu(null);
                setHoveredRel(null);
              }}
              style={{
                display: 'flex', alignItems: 'center', gap: 8, width: '100%',
                padding: '7px 12px', background: 'none', border: 'none', cursor: 'pointer',
                fontSize: 12, color: '#374151', textAlign: 'left',
              }}
              onMouseEnter={(e) => { e.currentTarget.style.background = '#f3f4f6'; }}
              onMouseLeave={(e) => { e.currentTarget.style.background = 'none'; }}
            >
              <Pencil size={12} style={{ color: '#0777b3' }} /> Edit Join
            </button>
            <button
              onClick={() => {
                if (onJoinRemoved) onJoinRemoved(rel.fromSource, rel.toSource);
                setRelActionMenu(null);
                setHoveredRel(null);
              }}
              style={{
                display: 'flex', alignItems: 'center', gap: 8, width: '100%',
                padding: '7px 12px', background: 'none', border: 'none', cursor: 'pointer',
                fontSize: 12, color: '#ef4444', textAlign: 'left',
              }}
              onMouseEnter={(e) => { e.currentTarget.style.background = '#fef2f2'; }}
              onMouseLeave={(e) => { e.currentTarget.style.background = 'none'; }}
            >
              <Trash2 size={12} /> Remove Join
            </button>
          </div>
        );
      })()}

{/* Join Configuration Dialog */}
      {joinDialog && (
        <JoinConfigDialog
          dialogState={joinDialog}
          onClose={() => setJoinDialog(null)}
          onApply={(state) => {
            setJoinDialog(null);
            onJoinCreated?.(state);
          }}
        />
      )}
    </div>
  );
}

/* ── Dashboard Canvas ─────────────────────────────────────────── */
function DashboardCanvas({
  dashboardState,
  onUpdateState,
  tabs,
  renderTileContent,
  onTileClick,
  onDeselectAll,
  selectedTileId,
}: {
  dashboardState: DashboardState;
  onUpdateState: (s: DashboardState) => void;
  tabs: { id: string; label: string; type: string; color: string }[];
  renderTileContent: (tabId: string) => React.ReactNode;
  onTileClick: (tabId: string) => void;
  onDeselectAll: () => void;
  selectedTileId: string | null;
}) {
  const canvasRef = useRef<HTMLDivElement>(null);
  const [dragAction, setDragAction] = useState<{
    tileId: string;
    type: 'move' | 'resize';
    startX: number;
    startY: number;
    startTileX: number;
    startTileY: number;
    startTileW: number;
    startTileH: number;
    edge?: string; // for resize: 'nw' | 'ne' | 'sw' | 'se'
  } | null>(null);
  const [hoveredTile, setHoveredTile] = useState<string | null>(null);
  const [maximizedTileId, setMaximizedTileId] = useState<string | null>(null);

const EDGE_SIZE = 8; // px thickness of the draggable edge border
  const CORNER_SIZE = 14; // px for resize corners
  const MIN_SIZE = 25;

const getInteractionZoneXY = (clientX: number, clientY: number, rect: DOMRect): 'corner-nw' | 'corner-ne' | 'corner-sw' | 'corner-se' | 'edge' | 'content' => {
    const x = clientX - rect.left;
    const y = clientY - rect.top;
    const w = rect.width;
    const h = rect.height;

// Corners first (for resize)
    if (x < CORNER_SIZE && y < CORNER_SIZE) return 'corner-nw';
    if (x > w - CORNER_SIZE && y < CORNER_SIZE) return 'corner-ne';
    if (x < CORNER_SIZE && y > h - CORNER_SIZE) return 'corner-sw';
    if (x > w - CORNER_SIZE && y > h - CORNER_SIZE) return 'corner-se';

// Edges (for move)
    if (x < EDGE_SIZE || x > w - EDGE_SIZE || y < EDGE_SIZE || y > h - EDGE_SIZE) return 'edge';

return 'content';
  };

const getInteractionZone = (e: React.MouseEvent, tile: DashboardTile) => {
    return getInteractionZoneXY(e.clientX, e.clientY, e.currentTarget.getBoundingClientRect());
  };

const getCursor = (e: React.MouseEvent, tile: DashboardTile): string => {
    const zone = getInteractionZone(e, tile);
    switch (zone) {
      case 'corner-nw': case 'corner-se': return 'nwse-resize';
      case 'corner-ne': case 'corner-sw': return 'nesw-resize';
      case 'edge': return 'move';
      default: return 'default';
    }
  };

const handleTileMouseDown = (e: React.MouseEvent, tile: DashboardTile) => {
    const zone = getInteractionZone(e, tile);
    if (zone === 'content') return;
    e.preventDefault();
    e.stopPropagation();
    startDragAction(e.clientX, e.clientY, tile, zone);
  };

const handleTileTouchStart = (e: React.TouchEvent, tile: DashboardTile) => {
    if (e.touches.length !== 1) return;
    const touch = e.touches[0];
    const rect = e.currentTarget.getBoundingClientRect();
    const zone = getInteractionZoneXY(touch.clientX, touch.clientY, rect);
    if (zone === 'content') return;
    e.preventDefault();
    e.stopPropagation();
    startDragAction(touch.clientX, touch.clientY, tile, zone);
  };

const dashboardStateRef = useRef(dashboardState);
  dashboardStateRef.current = dashboardState;
  const onUpdateStateRef = useRef(onUpdateState);
  onUpdateStateRef.current = onUpdateState;
  const tileElRef = useRef<HTMLElement | null>(null);

useEffect(() => {
    if (!dragAction) return;
    const computeTile = (dx: number, dy: number) => {
      let nx = dragAction.startTileX, ny = dragAction.startTileY, nw = dragAction.startTileW, nh = dragAction.startTileH;
      if (dragAction.type === 'move') {
        nx = Math.max(0, dragAction.startTileX + dx);
        ny = Math.max(0, dragAction.startTileY + dy);
      } else {
        const edge = dragAction.edge!;
        if (edge.includes('e')) nw = Math.max(MIN_SIZE, nw + dx);
        if (edge.includes('w')) { nw = Math.max(MIN_SIZE, dragAction.startTileW - dx); nx = dragAction.startTileX + dragAction.startTileW - nw; }
        if (edge.includes('s')) nh = Math.max(MIN_SIZE, nh + dy);
        if (edge.includes('n')) { nh = Math.max(MIN_SIZE, dragAction.startTileH - dy); ny = dragAction.startTileY + dragAction.startTileH - nh; }
        nx = Math.max(0, nx); ny = Math.max(0, ny);
      }
      return { nx, ny, nw, nh };
    };
    const applyToDOM = (dx: number, dy: number) => {
      const { nx, ny, nw, nh } = computeTile(dx, dy);
      const el = tileElRef.current;
      if (el) {
        el.style.left = nx + 'px';
        el.style.top = ny + 'px';
        el.style.width = nw + 'px';
        el.style.height = nh + 'px';
      }
    };
    const commitState = (dx: number, dy: number) => {
      const currentState = dashboardStateRef.current;
      const updated = currentState.tiles.map(t => {
        if (t.id !== dragAction.tileId) return t;
        const { nx, ny, nw, nh } = computeTile(dx, dy);
        return { ...t, x: nx, y: ny, w: nw, h: nh };
      });
      onUpdateStateRef.current({ ...currentState, tiles: updated });
      tileElRef.current = null;
      setDragAction(null);
    };
    const handleMove = (e: MouseEvent) => applyToDOM(e.clientX - dragAction.startX, e.clientY - dragAction.startY);
    const handleUp = (e: MouseEvent) => commitState(e.clientX - dragAction.startX, e.clientY - dragAction.startY);
    const handleTouchMove = (e: TouchEvent) => {
      e.preventDefault();
      const t = e.touches[0];
      applyToDOM(t.clientX - dragAction.startX, t.clientY - dragAction.startY);
    };
    const handleTouchEnd = (e: TouchEvent) => {
      const t = e.changedTouches[0];
      commitState(t.clientX - dragAction.startX, t.clientY - dragAction.startY);
    };
    // Find the DOM element for the dragged tile
    const canvasEl = canvasRef.current;
    if (canvasEl) {
      tileElRef.current = canvasEl.querySelector(`[data-tile-id="${dragAction.tileId}"]`) as HTMLElement;
    }
    window.addEventListener('mousemove', handleMove);
    window.addEventListener('mouseup', handleUp);
    window.addEventListener('touchmove', handleTouchMove, { passive: false });
    window.addEventListener('touchend', handleTouchEnd);
    return () => {
      window.removeEventListener('mousemove', handleMove);
      window.removeEventListener('mouseup', handleUp);
      window.removeEventListener('touchmove', handleTouchMove);
      window.removeEventListener('touchend', handleTouchEnd);
    };
  }, [dragAction]);

// Handle drop from tab bar
  const handleCanvasDragOver = (e: React.DragEvent) => {
    e.preventDefault();
    e.dataTransfer.dropEffect = 'copy';
  };
  const handleCanvasDrop = (e: React.DragEvent) => {
    e.preventDefault();
    const tabId = e.dataTransfer.getData('text/tab-id');
    if (!tabId) return;
    const tab = tabs.find(t => t.id === tabId);
    if (!tab || tab.type === 'dashboard') return;
    // Check if already on canvas
    if (dashboardState.tiles.some(t => t.tabId === tabId)) return;
    const canvasRect = canvasRef.current?.getBoundingClientRect();
    const x = canvasRect ? e.clientX - canvasRect.left : 50;
    const y = canvasRect ? e.clientY - canvasRect.top : 50;
    const newTile: DashboardTile = {
      id: `tile-${dashboardState.nextTileId}`,
      tabId,
      x: Math.max(0, x - 200),
      y: Math.max(0, y - 150),
      w: 400,
      h: 300,
    };
    onUpdateState({
      tiles: [...dashboardState.tiles, newTile],
      nextTileId: dashboardState.nextTileId + 1,
    });
  };

const removeTile = (tileId: string) => {
    if (maximizedTileId === tileId) setMaximizedTileId(null);
    onUpdateState({
      ...dashboardState,
      tiles: dashboardState.tiles.filter(t => t.id !== tileId),
    });
  };

// Handle touch-based tab drop onto dashboard canvas
  useEffect(() => {
    const el = canvasRef.current;
    if (!el) return;
    const handler = (e: Event) => {
      const { tabId, x, y } = (e as CustomEvent).detail;
      const tab = tabs.find(t => t.id === tabId);
      if (!tab || tab.type === 'dashboard') return;
      if (dashboardStateRef.current.tiles.some(t => t.tabId === tabId)) return;
      const canvasRect = el.getBoundingClientRect();
      const newTile: DashboardTile = {
        id: `tile-${dashboardStateRef.current.nextTileId}`,
        tabId,
        x: Math.max(0, x - canvasRect.left - 200),
        y: Math.max(0, y - canvasRect.top - 150),
        w: 400,
        h: 300,
      };
      onUpdateStateRef.current({
        tiles: [...dashboardStateRef.current.tiles, newTile],
        nextTileId: dashboardStateRef.current.nextTileId + 1,
      });
    };
    el.addEventListener('touch-tab-drop', handler);
    return () => el.removeEventListener('touch-tab-drop', handler);
  }, [tabs]);

return (
    <div
      ref={canvasRef}
      data-dashboard-canvas="true"
      onDragOver={handleCanvasDragOver}
      onDrop={handleCanvasDrop}
      onClick={(e) => { if (e.target === e.currentTarget) onDeselectAll(); }}
      style={{
        flex: 1,
        position: 'relative',
        overflow: 'auto',
        background: '#fff',
        minHeight: 0,
      }}
    >
      {dashboardState.tiles.length === 0 && (
        <div style={{
          position: 'absolute', inset: 0, display: 'flex', alignItems: 'center', justifyContent: 'center',
          color: '#adadad', fontSize: 14, pointerEvents: 'none',
        }}>
          Drag a tab here to add it to the dashboard
        </div>
      )}
      {dashboardState.tiles.map(tile => {
        const isHovered = hoveredTile === tile.id;
        const isSelected = selectedTileId === tile.id;
        const tab = tabs.find(t => t.id === tile.tabId);
        return (
          <div
            key={tile.id}
            data-tile-id={tile.id}
            onMouseEnter={() => { if (!dragAction) setHoveredTile(tile.id); }}
            onMouseLeave={() => { if (!dragAction) setHoveredTile(null); }}
            onMouseDown={maximizedTileId === tile.id ? undefined : (e) => handleTileMouseDown(e as any, tile)}
            onTouchStart={maximizedTileId === tile.id ? undefined : (e) => handleTileTouchStart(e as any, tile)}
            onMouseMove={maximizedTileId === tile.id ? undefined : (e) => {
              if (!dragAction) {
                (e.currentTarget as HTMLElement).style.cursor = getCursor(e as any, tile);
              }
            }}
            onClick={(e) => {
              if (maximizedTileId === tile.id) { onTileClick(tile.tabId); return; }
              // Only fire tile click if clicking content area
              const rect = e.currentTarget.getBoundingClientRect();
              const x = e.clientX - rect.left;
              const y = e.clientY - rect.top;
              if (x > EDGE_SIZE && x < rect.width - EDGE_SIZE && y > EDGE_SIZE && y < rect.height - EDGE_SIZE) {
                onTileClick(tile.tabId);
              }
            }}
            data-maximized={maximizedTileId === tile.id ? 'true' : undefined}
            style={maximizedTileId === tile.id ? {
              position: 'absolute',
              inset: 0,
              border: '2px solid #0777b3',
              borderRadius: 6,
              background: '#fff',
              overflow: 'hidden',
              zIndex: 100,
              boxShadow: '0 4px 24px rgba(0,0,0,0.12)',
            } : {
              position: 'absolute',
              left: tile.x,
              top: tile.y,
              width: tile.w,
              height: tile.h,
              border: (isHovered || isSelected) ? `2px solid ${isSelected ? '#0777b3' : '#bbb'}` : '2px solid transparent',
              borderRadius: 6,
              background: '#fff',
              overflow: 'hidden',
              transition: dragAction ? undefined : 'border-color 0.15s',
              boxShadow: isHovered ? '0 2px 8px rgba(0,0,0,0.08)' : undefined,
              zIndex: isSelected ? 10 : undefined,
              // Hide non-maximized tiles when another tile is maximized
              display: maximizedTileId && maximizedTileId !== tile.id ? 'none' : undefined,
            }}
          >
            {/* Tile label */}
            {(isHovered || isSelected || maximizedTileId === tile.id) && (
              <div style={{
                position: 'absolute', top: 2, left: 8, right: 8,
                display: 'flex', alignItems: 'center', justifyContent: 'space-between',
                fontSize: 10, color: '#6a6a6a', zIndex: 20, pointerEvents: 'auto',
              }}>
                <span style={{ display: 'flex', alignItems: 'center', gap: 4 }}>
                  <span style={{ width: 6, height: 6, borderRadius: '50%', background: tab?.color || '#999' }} />
                  {tab?.label || 'Unknown'}
                </span>
                <span style={{ display: 'flex', alignItems: 'center', gap: 6 }}>
                  {maximizedTileId === tile.id ? (
                    <button
                      data-testid="tile-minimize-btn"
                      onClick={(e) => { e.stopPropagation(); setMaximizedTileId(null); }}
                      style={{
                        background: 'none', border: 'none', cursor: 'pointer', padding: '0 2px',
                        color: '#6a6a6a', display: 'flex', borderRadius: 3, lineHeight: 1,
                      }}
                      onMouseEnter={(e: any) => { e.currentTarget.style.color = '#0777b3'; }}
                      onMouseLeave={(e: any) => { e.currentTarget.style.color = '#6a6a6a'; }}
                      title="Minimize"
                    >
                      <Minimize2 size={12} />
                    </button>
                  ) : (
                    <>
                      <button
                        data-testid="tile-maximize-btn"
                        onClick={(e) => { e.stopPropagation(); setMaximizedTileId(tile.id); }}
                        style={{
                          background: 'none', border: 'none', cursor: 'pointer', padding: '0 2px',
                          color: '#6a6a6a', display: 'flex', borderRadius: 3, lineHeight: 1,
                        }}
                        onMouseEnter={(e: any) => { e.currentTarget.style.color = '#0777b3'; }}
                        onMouseLeave={(e: any) => { e.currentTarget.style.color = '#6a6a6a'; }}
                        title="Maximize"
                      >
                        <Maximize2 size={12} />
                      </button>
                      <button
                        onClick={(e) => { e.stopPropagation(); removeTile(tile.id); }}
                        style={{
                          background: 'none', border: 'none', cursor: 'pointer', padding: '0 2px',
                          color: '#6a6a6a', display: 'flex', borderRadius: 3, lineHeight: 1,
                        }}
                        onMouseEnter={(e: any) => { e.currentTarget.style.color = '#bc1200'; }}
                        onMouseLeave={(e: any) => { e.currentTarget.style.color = '#6a6a6a'; }}
                      >
                        <X size={12} />
                      </button>
                    </>
                  )}
                </span>
              </div>
            )}
            {/* Content area — takes full tile space */}
            <div style={{
              position: 'absolute',
              inset: EDGE_SIZE,
              overflow: 'hidden',
              pointerEvents: dragAction ? 'none' : 'auto',
            }}>
              {renderTileContent(tile.tabId)}
            </div>
          </div>
        );
      })}
    </div>
  );
}

/* ── Chat Panel Component ──────────────────────────────────── */
function ChatPanel({
  messages, input, onInputChange, onSend, onClear, onClose,
  width, height, onResizeStart, expandedIds, onToggleExpand, isProcessing,
}: {
  messages: ChatMessage[]; input: string; onInputChange: (v: string) => void;
  onSend: () => void; onClear: () => void; onClose: () => void;
  width: number; height: number; onResizeStart: (e: React.MouseEvent) => void;
  expandedIds: Set<number>; onToggleExpand: (id: number) => void; isProcessing: boolean;
}) {
  const messagesEndRef = useRef<HTMLDivElement>(null);
  useEffect(() => { messagesEndRef.current?.scrollIntoView({ behavior: 'smooth' }); }, [messages]);
  const MSG_PREVIEW_LEN = 300;

return (
    <div style={{
      position: 'fixed', bottom: 0, right: 0, width, height,
      background: '#fff', border: '1px solid #d0d0d0', borderRadius: '12px 0 0 0',
      boxShadow: '0 -4px 24px rgba(0,0,0,0.12)', display: 'flex', flexDirection: 'column', zIndex: 9999,
    }}>
      {/* Resize handle - top left corner */}
      <div onMouseDown={onResizeStart} style={{
        position: 'absolute', top: 0, left: 0, width: 18, height: 18, cursor: 'nw-resize', zIndex: 10000,
      }}>
        <svg width={12} height={12} viewBox="0 0 12 12" style={{ position: 'absolute', top: 3, left: 3, opacity: 0.4 }}>
          <line x1="0" y1="12" x2="12" y2="0" stroke="#999" strokeWidth="1.5" />
          <line x1="0" y1="8" x2="8" y2="0" stroke="#999" strokeWidth="1.5" />
          <line x1="0" y1="4" x2="4" y2="0" stroke="#999" strokeWidth="1.5" />
        </svg>
      </div>
      {/* Header */}
      <div style={{
        padding: '10px 14px', borderBottom: '1px solid #e0e0e0', display: 'flex',
        alignItems: 'center', justifyContent: 'space-between', flexShrink: 0,
      }}>
        <span style={{ fontWeight: 600, fontSize: 13, color: '#333' }}>Chat to build visuals</span>
        <div style={{ display: 'flex', gap: 6 }}>
          <button onClick={onClear} title="Clear chat" style={{
            background: 'none', border: 'none', cursor: 'pointer', padding: 4,
            color: '#6a6a6a', borderRadius: 4, display: 'flex',
          }}><Trash2 size={14} /></button>
          <button onClick={onClose} title="Close" style={{
            background: 'none', border: 'none', cursor: 'pointer', padding: 4,
            color: '#6a6a6a', borderRadius: 4, display: 'flex',
          }}><X size={14} /></button>
        </div>
      </div>
      {/* Messages */}
      <div style={{
        flex: 1, overflowY: 'auto', padding: '12px 14px',
        display: 'flex', flexDirection: 'column', gap: 8,
      }}>
        {messages.length === 0 && (
          <div style={{ color: '#adadad', fontSize: 12, textAlign: 'center', marginTop: 20 }}>
            Ask me to build a pivot table, chart, or dashboard!
          </div>
        )}
        {messages.map(msg => {
          const isUser = msg.role === 'user';
          const isSystem = msg.role === 'system';
          const isLong = msg.content.length > MSG_PREVIEW_LEN;
          const isExpanded = expandedIds.has(msg.id);
          const displayContent = isLong && !isExpanded
            ? msg.content.slice(0, MSG_PREVIEW_LEN) + '...'
            : msg.content;
          return (
            <div key={msg.id} style={{ display: 'flex', justifyContent: isUser ? 'flex-end' : 'flex-start' }}>
              <div style={{
                maxWidth: '85%', padding: '8px 12px',
                borderRadius: isUser ? '12px 12px 2px 12px' : '12px 12px 12px 2px',
                background: isSystem ? '#fff3cd' : isUser ? '#0777b3' : '#f0f0f0',
                color: isUser ? '#fff' : '#333', fontSize: 12, lineHeight: 1.5,
                whiteSpace: 'pre-wrap', wordBreak: 'break-word',
              }}>
                {displayContent}
                {isLong && (
                  <span onClick={() => onToggleExpand(msg.id)} style={{
                    color: isUser ? '#cce5ff' : '#0777b3', cursor: 'pointer', fontSize: 11, marginLeft: 4,
                  }}>
                    {isExpanded ? ' Show less' : ' Show more'}
                  </span>
                )}
              </div>
            </div>
          );
        })}
        {isProcessing && (
          <div style={{ display: 'flex', justifyContent: 'flex-start' }}>
            <div style={{
              padding: '8px 12px', borderRadius: '12px 12px 12px 2px',
              background: '#f0f0f0', color: '#6a6a6a', fontSize: 12,
              display: 'flex', alignItems: 'center', gap: 6,
            }}>
              <Loader2 size={14} style={{ animation: 'spin 1s linear infinite' }} />
              Thinking...
            </div>
          </div>
        )}
        <div ref={messagesEndRef} />
      </div>
      {/* Input */}
      <div style={{
        padding: '10px 14px', borderTop: '1px solid #e0e0e0',
        display: 'flex', gap: 8, flexShrink: 0, alignItems: 'flex-end',
      }}>
        <textarea
          value={input}
          onChange={e => onInputChange(e.target.value)}
          onKeyDown={e => { if (e.key === 'Enter' && !e.shiftKey) { e.preventDefault(); onSend(); } }}
          placeholder="I want to build a chart that looks at air quality over time (pm25) by world region"
          rows={2}
          style={{
            flex: 1, padding: '8px 12px', borderRadius: 8,
            border: '1px solid #d0d0d0', fontSize: 12, outline: 'none', fontFamily: 'inherit',
            resize: 'none', overflowY: 'auto',
          }}
          disabled={isProcessing}
        />
        <button
          onClick={onSend}
          disabled={isProcessing || !input.trim()}
          style={{
            background: '#0777b3', border: 'none', borderRadius: 8,
            padding: '8px 12px', cursor: isProcessing || !input.trim() ? 'default' : 'pointer',
            color: '#fff', display: 'flex', alignItems: 'center',
            opacity: isProcessing || !input.trim() ? 0.5 : 1,
          }}
        >
          <Send size={14} />
        </button>
      </div>
    </div>
  );
}

/* ── View Selector Panel ───────────────────────────────────────── */
const VIEW_SELECTOR_WIDTH = 48;

const VIEW_MODE_ITEMS: { mode: ViewMode; title: string; description: string; icon: (props: { size: number; color: string }) => React.ReactNode }[] = [
  {
    mode: 'presentation',
    title: 'Presentation Mode',
    description: 'Hide configuration panels for full screen viewing. Use in combination with Dives presentation mode and your browser\'s full screen mode to maximize screen real estate.',
    icon: ({ size, color }) => <Maximize2 size={size} color={color} />,
  },
  {
    mode: 'format',
    title: 'Formatting Mode',
    description: 'Edit the format of the currently selected visual. Set colors, titles, and other formatting and behavior options.',
    icon: ({ size, color }) => <Paintbrush size={size} color={color} />,
  },
  {
    mode: 'pivot-setup',
    title: 'Pivot Setup Mode',
    description: 'Edit the pivot table configuration of the currently selected visual. Choose data to analyze by moving column names into Filters, Columns, Rows, or Values quadrants, similar to an Excel pivot table.',
    icon: ({ size, color }) => <Table2 size={size} color={color} />,
  },
  {
    mode: 'semantic-model',
    title: 'Semantic Modeling Mode',
    description: 'Edit or auto-generate semantic models based on your data. Use Malloy syntax for multi-table relationships, or specify a custom SQL statement for ad-hoc SQL querying.',
    icon: ({ size, color }) => <ErdIcon size={size} color={color} />,
  },
  {
    mode: 'state-management',
    title: 'State Management Mode',
    description: 'Manage saved states for this Dive. Create, rename, duplicate, and delete saved views.',
    icon: ({ size, color }) => <BuildingsIcon size={size} color={color} />,
  },
];

function ViewSelectorPanel({
  viewMode,
  onViewModeChange,
  configPanelVisible,
  onHover,
}: {
  viewMode: ViewMode;
  onViewModeChange: (mode: ViewMode) => void;
  configPanelVisible: boolean;
  onHover: (mode: ViewMode | null, rect: DOMRect | null) => void;
}) {
  const [hoveredMode, setHoveredMode] = useState<ViewMode | null>(null);

return (
    <div style={{
      width: VIEW_SELECTOR_WIDTH,
      flexShrink: 0,
      display: 'flex',
      flexDirection: 'column',
      background: '#f4f4f4',
      borderRight: configPanelVisible ? 'none' : '1px solid #e0e0e0',
      position: 'relative',
      zIndex: 2,
    }}>
      {VIEW_MODE_ITEMS.map((item) => {
        const isSelected = viewMode === item.mode;
        const isHovered = hoveredMode === item.mode;
        const showsConfigPanel = item.mode !== 'presentation' && item.mode !== 'state-management';
        const blendRight = isSelected && showsConfigPanel;

return (
          <div
            key={item.mode}
            onMouseEnter={(e) => { setHoveredMode(item.mode); onHover(item.mode, e.currentTarget.getBoundingClientRect()); }}
            onMouseLeave={() => { setHoveredMode(null); onHover(null, null); }}
          >
            <button
              data-view-mode={item.mode}
              onClick={() => onViewModeChange(item.mode)}
              style={{
                width: VIEW_SELECTOR_WIDTH,
                height: 44,
                display: 'flex',
                alignItems: 'center',
                justifyContent: 'center',
                border: 'none',
                cursor: 'pointer',
                background: isSelected
                  ? '#fff'
                  : isHovered ? '#eaeaea' : 'transparent',
                color: isSelected ? '#333' : '#777',
                transition: 'all 0.15s',
                position: 'relative',
                borderRight: blendRight ? '1px solid #fff' : 'none',
                marginRight: blendRight ? -1 : 0,
                zIndex: blendRight ? 3 : 1,
                borderRadius: 0,
                padding: 0,
              }}
            >
              {item.icon({ size: 20, color: isSelected ? '#333' : '#777' })}
            </button>
          </div>
        );
      })}
    </div>
  );
}

/* ── Saved States Management Panel (results area) ─────────────── */
function SavedStatesPanel({
  savedStatesIndex,
  onSwitchState,
  onCreateNew,
  onDuplicate,
  onDelete,
  onRename,
}: {
  savedStatesIndex: SavedStatesIndex;
  onSwitchState: (id: string) => void;
  onCreateNew: () => void;
  onDuplicate: (id: string) => void;
  onDelete: (id: string) => void;
  onRename: (id: string, name: string) => void;
}) {
  const [editingId, setEditingId] = useState<string | null>(null);
  const [editingName, setEditingName] = useState('');
  const [deletingId, setDeletingId] = useState<string | null>(null);

return (
    <div style={{ flex: 1, display: 'flex', flexDirection: 'column', padding: 16, overflow: 'auto' }}>
      <div style={{ display: 'flex', alignItems: 'center', gap: 10, marginBottom: 16, flexShrink: 0 }}>
        <h2 style={{ margin: 0, fontSize: 16, fontWeight: 700, color: '#333' }}>Saved States</h2>
        <button
          onClick={onCreateNew}
          style={{
            display: 'flex', alignItems: 'center', gap: 4,
            padding: '5px 12px', borderRadius: 6,
            border: '1px solid #0777b3', background: '#fff',
            cursor: 'pointer', fontSize: 12, fontWeight: 500,
            color: '#0777b3', fontFamily: 'inherit', transition: 'all 0.15s',
          }}
          onMouseEnter={(e: any) => { e.currentTarget.style.background = '#f0f7fc'; }}
          onMouseLeave={(e: any) => { e.currentTarget.style.background = '#fff'; }}
        >
          <Plus size={13} /> Create New
        </button>
      </div>

<div style={{
        border: '1px solid #e0e0e0', borderRadius: 8,
        background: '#fff', overflow: 'hidden',
      }}>
        {/* Header row */}
        <div style={{
          display: 'grid', gridTemplateColumns: '1fr 140px 140px 72px',
          padding: '8px 12px',
          background: '#f8f8f8', borderBottom: '1px solid #e0e0e0',
          fontSize: 11, fontWeight: 600, color: '#666', textTransform: 'uppercase', letterSpacing: 0.3,
        }}>
          <div>Name</div>
          <div>Created</div>
          <div>Last Modified</div>
          <div style={{ textAlign: 'center' }}>Actions</div>
        </div>

{/* Rows */}
        {savedStatesIndex.entries.map(entry => {
          const isActive = entry.id === savedStatesIndex.activeId;
          const isDeleting = deletingId === entry.id;
          const isEditing = editingId === entry.id;
          const created = entry.createdAt ? new Date(entry.createdAt).toLocaleDateString(undefined, { month: 'short', day: 'numeric', year: 'numeric' }) : '—';
          const modified = new Date(entry.updatedAt).toLocaleDateString(undefined, {
            month: 'short', day: 'numeric', year: 'numeric',
            hour: '2-digit', minute: '2-digit',
          });

return (
            <div
              key={entry.id}
              onClick={() => { if (!isEditing && !isDeleting) onSwitchState(entry.id); }}
              style={{
                display: 'grid', gridTemplateColumns: '1fr 140px 140px 72px',
                padding: '9px 12px', alignItems: 'center',
                cursor: isEditing || isDeleting ? 'default' : 'pointer',
                background: isActive ? '#f0f7fc' : 'transparent',
                borderBottom: '1px solid #f0f0f0',
                transition: 'background 0.1s',
                fontSize: 12,
              }}
              onMouseEnter={(e: any) => { if (!isActive) e.currentTarget.style.background = '#fafafa'; }}
              onMouseLeave={(e: any) => { e.currentTarget.style.background = isActive ? '#f0f7fc' : 'transparent'; }}
            >
              {/* Name */}
              <div style={{ display: 'flex', alignItems: 'center', gap: 6, minWidth: 0 }}>
                <span style={{ width: 6, height: 6, borderRadius: '50%', background: isActive ? '#0777b3' : 'transparent', flexShrink: 0 }} />
                {isEditing ? (
                  <input
                    autoFocus
                    value={editingName}
                    onChange={(e: any) => setEditingName(e.target.value)}
                    onBlur={() => {
                      if (editingName.trim()) onRename(entry.id, editingName.trim());
                      setEditingId(null);
                    }}
                    onKeyDown={(e: any) => {
                      if (e.key === 'Enter' && editingName.trim()) { onRename(entry.id, editingName.trim()); setEditingId(null); }
                      if (e.key === 'Escape') setEditingId(null);
                    }}
                    onClick={(e: any) => e.stopPropagation()}
                    style={{
                      flex: 1, fontSize: 12, border: '1px solid #0777b3',
                      borderRadius: 3, padding: '2px 6px', outline: 'none', fontFamily: 'inherit',
                    }}
                  />
                ) : (
                  <span
                    style={{
                      overflow: 'hidden', textOverflow: 'ellipsis', whiteSpace: 'nowrap',
                      fontWeight: isActive ? 600 : 400,
                    }}
                    onDoubleClick={(e: any) => { e.stopPropagation(); setEditingId(entry.id); setEditingName(entry.name); }}
                  >
                    {entry.name}{isActive ? ' (Active)' : ''}
                  </span>
                )}
              </div>

{/* Created */}
              <div style={{ color: '#888', fontSize: 11 }}>{created}</div>

{/* Last Modified */}
              <div style={{ color: '#888', fontSize: 11 }}>{modified}</div>

{/* Actions */}
              <div style={{ display: 'flex', alignItems: 'center', justifyContent: 'center', gap: 8 }} onClick={(e: any) => e.stopPropagation()}>
                {isDeleting ? (
                  <>
                    <button
                      onClick={() => setDeletingId(null)}
                      title="Cancel delete"
                      style={{
                        background: 'none', border: 'none', padding: 2, cursor: 'pointer',
                        color: '#666', display: 'flex', borderRadius: 3,
                      }}
                      onMouseEnter={(e: any) => { e.currentTarget.style.color = '#333'; }}
                      onMouseLeave={(e: any) => { e.currentTarget.style.color = '#666'; }}
                    >
                      <X size={15} />
                    </button>
                    <button
                      onClick={() => { onDelete(entry.id); setDeletingId(null); }}
                      title="Confirm delete"
                      style={{
                        background: 'none', border: 'none', padding: 2, cursor: 'pointer',
                        color: '#2d7a00', display: 'flex', borderRadius: 3,
                      }}
                      onMouseEnter={(e: any) => { e.currentTarget.style.color = '#1a5c00'; }}
                      onMouseLeave={(e: any) => { e.currentTarget.style.color = '#2d7a00'; }}
                    >
                      <Check size={15} />
                    </button>
                  </>
                ) : (
                  <>
                    <button
                      onClick={() => onDuplicate(entry.id)}
                      title="Duplicate state"
                      style={{
                        background: 'none', border: 'none', padding: 2, cursor: 'pointer',
                        color: '#aaa', display: 'flex', borderRadius: 3,
                      }}
                      onMouseEnter={(e: any) => { e.currentTarget.style.color = '#0777b3'; }}
                      onMouseLeave={(e: any) => { e.currentTarget.style.color = '#aaa'; }}
                    >
                      <Copy size={14} />
                    </button>
                    {savedStatesIndex.entries.length > 1 && (
                      <button
                        onClick={() => setDeletingId(entry.id)}
                        title="Delete state"
                        style={{
                          background: 'none', border: 'none', padding: 2, cursor: 'pointer',
                          color: '#aaa', display: 'flex', borderRadius: 3,
                        }}
                        onMouseEnter={(e: any) => { e.currentTarget.style.color = '#bc1200'; }}
                        onMouseLeave={(e: any) => { e.currentTarget.style.color = '#aaa'; }}
                      >
                        <Trash2 size={14} />
                      </button>
                    )}
                  </>
                )}
              </div>
            </div>
          );
        })}
      </div>
    </div>
  );
}

// Load saved config once synchronously for initial state hydration
function loadInitialConfig(): DiveConfig | null {
  try {
    const raw = localStorage.getItem(getDiveStorageKey());
    if (!raw) return null;
    const idx = JSON.parse(raw) as SavedStatesIndex;
    const entry = idx.entries.find((e: any) => e.id === idx.activeId);
    if (!entry?.config || entry.config.version !== DIVE_CONFIG_VERSION) return null;
    return entry.config;
  } catch { return null; }
}

export default function PivotTableDive() {
  // ── Synchronous initial config for first-render hydration ──────
  const initialConfigRef = useRef<DiveConfig | null | undefined>(undefined);
  if (initialConfigRef.current === undefined) {
    initialConfigRef.current = loadInitialConfig();
  }
  const ic = initialConfigRef.current;

// ── State ──────────────────────────────────────────────────────
  const [pivotConfig, setPivotConfig] = useState<PivotConfig>(
    ic?.currentTabState ? extractPivotConfig(ic.currentTabState) : defaultPivotConfig()
  );
  const { selected, filterItems, clientSideFilterItems, columnItems, rowItems, valueItems, selectedTables,
    showSubtotals, showGrandTotals, valuesAxis, chartType, semanticModelKey } = pivotConfig;

const [expanded, setExpanded] = useState<Set<string>>(new Set(ic?.expanded || []));
  const [colTreeExpanded, setColTreeExpanded] = useState<Set<string>>(new Set());

const [semanticModelExpanded, setSemanticModelExpanded] = useState(ic?.currentTabState?.semanticModelExpanded ?? false);
  const [semanticModelText, setSemanticModelText] = useState(
    ic?.currentTabState?.semanticModelText || ""
  );
  const [committedSemanticModel, setCommittedSemanticModel] = useState(
    ic?.currentTabState?.committedSemanticModel || ""
  );
  const [erdPanelOpen, setErdPanelOpen] = useState(false);
  const lastValidErdRef = useRef<ErdModel | null>(null);
  const [erdCompileError, setErdCompileError] = useState<string | null>(null);
  const [smCompileError, setSmCompileError] = useState<string | null>(null);
  const [malloyError, setMalloyError] = useState<string | null>(null);
  const [malloyErrorDismissed, setMalloyErrorDismissed] = useState(false);
  const [modelGenProcessing, setModelGenProcessing] = useState(false);
  const [modelGenStatus, setModelGenStatus] = useState('');
  const modelGenAbortRef = useRef<AbortController | null>(null);
  const [customSqlExpanded, setCustomSqlExpanded] = useState(ic?.currentTabState?.customSqlExpanded ?? false);
  const [customSqlText, setCustomSqlText] = useState(ic?.currentTabState?.customSqlText ?? "");
  const [committedCustomSql, setCommittedCustomSql] = useState(ic?.currentTabState?.committedCustomSql ?? "");

// ── Semantic Models store (keyed by db|name or schema|db|schema) ──
  const [semanticModels, setSemanticModels] = useState<Record<string, { text: string; committedModel: string }>>(
    ic?.semanticModels || {}
  );
  const [editingSemanticModelKey, setEditingSemanticModelKey] = useState<string | null>(
    ic?.editingSemanticModelKey ?? null
  );
  const [semanticModelEditorText, setSemanticModelEditorText] = useState(() => {
    const key = ic?.editingSemanticModelKey;
    if (key && ic?.semanticModels?.[key]?.text) return ic.semanticModels[key].text;
    return '';
  });

// ── Custom SQL Views (temp views) ──
  const [customSqlViews, setCustomSqlViews] = useState<Array<{ name: string; sql: string; associatedDb: string }>>(
    ic?.customSqlViews || []
  );
  const [customSqlViewDialog, setCustomSqlViewDialog] = useState<{ open: boolean; associatedDb: string; editIndex?: number } | null>(null);
  const [csvDialogName, setCsvDialogName] = useState('');
  const [csvDialogSql, setCsvDialogSql] = useState('');
  const [csvDialogError, setCsvDialogError] = useState('');
  const [customSqlViewsVersion, setCustomSqlViewsVersion] = useState(0);

const [showChartPicker, setShowChartPicker] = useState(false);

// ── Unified tab state ─────────────────────────────────────────
  const drilldownCounter = useRef(0);
  const drillCounters = useRef<Record<string, number>>({});
  const [tabs, setTabs] = useState<{ id: string; label: string; type: 'pivot' | 'chart' | 'drilldown' | 'dashboard'; parentId?: string; color: string; sql?: string; drilldownTableId?: number }[]>(
    ic?.tabs || [{ id: 'pivot-1', label: 'Pivot 1', type: 'pivot', color: CHART_PALETTE[0] }]
  );
  const [activeTabId, setActiveTabId] = useState(ic?.activeTabId || 'pivot-1');
  const savedTabStates = useRef<Record<string, any>>((() => {
    if (!ic?.savedTabStates) return {};
    const result: Record<string, any> = {};
    for (const [id, state] of Object.entries(ic.savedTabStates)) {
      result[id] = deserializeTabState(state);
    }
    return result;
  })());
  const pivotTabCounter = useRef(ic?.pivotTabCounter || { pivot: 1, chart: 0, dashboard: 0 });
  const tabDragRef = useRef<{ dragIdx: number } | null>(null);
  const [editingTabId, setEditingTabId] = useState<string | null>(null);
  const [editingTabLabel, setEditingTabLabel] = useState('');
  const [colorPickerTabId, setColorPickerTabId] = useState<string | null>(null);
  // Close tab color picker on outside click or Escape
  useEffect(() => {
    if (!colorPickerTabId) return;
    const clickHandler = (e: MouseEvent) => {
      if (!(e.target as HTMLElement).closest('[data-testid="tab-color-picker"]')) setColorPickerTabId(null);
    };
    const keyHandler = (e: KeyboardEvent) => {
      if (e.key === 'Escape') setColorPickerTabId(null);
    };
    document.addEventListener('mousedown', clickHandler);
    document.addEventListener('keydown', keyHandler);
    return () => { document.removeEventListener('mousedown', clickHandler); document.removeEventListener('keydown', keyHandler); };
  }, [colorPickerTabId]);
  // Dashboard state per dashboard tab
  const dashboardStates = useRef<Record<string, DashboardState>>(ic?.dashboardStates || {});
  const dashboardTileCounter = useRef(ic?.dashboardTileCounter || 0);
  const [dashboardSelectedTabId, setDashboardSelectedTabId] = useState<string | null>(null);
  const [dashboardRenderKey, setDashboardRenderKey] = useState(0);

// Derived compatibility values
  const activeTabInfo = tabs.find(t => t.id === activeTabId);
  const isViewingDashboard = activeTabInfo?.type === 'dashboard';
  const currentPivotId = activeTabInfo?.type === 'drilldown' ? activeTabInfo.parentId! : activeTabId;
  const isViewingDrilldown = activeTabInfo?.type === 'drilldown';
  const drilldownTabs = useMemo(() =>
    tabs.filter(t => t.type === 'drilldown').map(t => ({ id: t.drilldownTableId!, label: t.label, sql: t.sql! })),
    [tabs]
  );
  const activeTab: 'pivot' | number = isViewingDrilldown ? activeTabInfo!.drilldownTableId! : 'pivot';

const [editingId, setEditingId] = useState<string | null>(null);
  const [editText, setEditText] = useState("");

const [leftWidth, setLeftWidth] = useState(380);
  const [sectionFlex, setSectionFlex] = useState([3, 2, 4]);
  const leftPanelRef = useRef<HTMLDivElement>(null);
  const [dragState, setDragState] = useState<{
    sourceQuad: string;
    sourceIdx: number;
    text: string;
    tableName?: string;
  } | null>(null);
  const dragRef = useRef<typeof dragState>(null);
  const [dragOver, setDragOver] = useState<string | null>(null);
  const dropOkRef = useRef(false);
  // Phantom: a ghost chip rendered at a position in a target quadrant
  // without touching the actual state arrays.
  const [phantom, setPhantom] = useState<{
    quad: string;
    idx: number;
    colName: string;
  } | null>(null);
  const phantomRef = useRef<typeof phantom>(null);

// ── Touch drag support (mobile) ─────────────────────────────
  const touchDragRef = useRef<{
    type: 'chip' | 'tab';
    sourceQuad?: string;
    sourceIdx?: number;
    text: string;
    tabIdx?: number;
    tabId?: string;
    startX: number;
    startY: number;
    active: boolean;
    timer: ReturnType<typeof setTimeout> | null;
  } | null>(null);
  const touchGhostRef = useRef<HTMLDivElement>(null);
  const showTouchGhost = (x: number, y: number, text: string) => {
    const el = touchGhostRef.current;
    if (!el) return;
    el.textContent = text;
    el.style.left = x + 'px';
    el.style.top = y + 'px';
    el.style.display = 'block';
  };
  const hideTouchGhost = () => {
    const el = touchGhostRef.current;
    if (el) el.style.display = 'none';
  };

const [pivotRuntime, setPivotRuntime] = useState<TableRuntime>(
    ic?.currentTabState ? extractPivotRuntime(ic.currentTabState) : defaultTableRuntime()
  );
  const { sortColumns: pivotSortColumns, rowLimit: pivotRowLimit, page: pivotPage,
    colWidths, tblFilters, filterMetaMap } = pivotRuntime;

const [filterPopup, setFilterPopup] = useState<string | null>(null);
  const [aggMenuId, setAggMenuId] = useState<string | null>(null);
  const [aggMenuPos, setAggMenuPos] = useState<{ top: number; left: number } | null>(null);
  const [dateMenuId, setDateMenuId] = useState<string | null>(null);
  const [dateMenuPos, setDateMenuPos] = useState<{ top: number; left: number } | null>(null);
  const colWidthsRef = useRef(colWidths);
  colWidthsRef.current = colWidths;

const [filterDropdownId, setFilterDropdownId] = useState<string | null>(null);
  const pendingFilterOpenRef = useRef<string | null>(null);

// Drilldown columns (reported by the active DrilldownTable via onColumnsReady)
  const [drilldownAvailableColumns, setDrilldownAvailableColumns] = useState<string[]>([]);

// Left panel tab
  const [leftPanelTab, setLeftPanelTab] = useState<'setup' | 'format'>('setup');
  const [leftPanelOpen, setLeftPanelOpen] = useState(ic?.leftPanelOpen ?? true);
  const [viewMode, setViewMode] = useState<ViewMode>(ic?.viewMode || 'presentation');

// Derive config panel visibility from viewMode
  const configPanelVisible = viewMode !== 'presentation' && viewMode !== 'state-management';

// ── Format settings ──────────────────────────────────────────
  // Pivot Table format (single grouped state)
  const [pivotTableFormat, setPivotTableFormat] = useState<PivotTableFormat>(
    ic?.currentTabState ? extractPivotTableFormat(ic.currentTabState) : defaultPivotTableFormat()
  );
  // Destructured getters for backward compatibility (read sites stay unchanged)
  const { title: tableTitle, titleFontSize: tableTitleFontSize, titlePosition: tableTitlePosition,
    columnNameReplacements, headerFontSize: tableHeaderFontSize, dataFontSize: tableDataFontSize,
    columnTextFormats, conditionalFormats, dataFormat, columnDataFormats,
    colWidthMode, colWidthMaxData, colWidthFixed, colWidthOverrides, maxRowCount,
    showColumns, hideColumns } = pivotTableFormat;

// Drilldown format
  // Drilldown format — uses shared TableFormat base type (parallel to pivotTableFormat)
  const [drilldownTableFormat, setDrilldownTableFormat] = useState<DrilldownTableFormat>(
    ic?.currentTabState ? extractDrilldownTableFormat(ic.currentTabState) : defaultDrilldownTableFormat()
  );
  // Destructured getters for backward-compatible read access
  const { title: drilldownTitle, titleFontSize: drilldownTitleFontSize, titlePosition: drilldownTitlePosition,
    headerFontSize: drilldownHeaderFontSize, dataFontSize: drilldownDataFontSize,
    columnTextFormats: drilldownColumnTextFormats, conditionalFormats: drilldownConditionalFormats,
    dataFormat: drilldownDataFormat, columnDataFormats: drilldownColumnDataFormats,
    colWidthMode: drilldownColWidthMode, colWidthMaxData: drilldownColWidthMaxData,
    colWidthFixed: drilldownColWidthFixed, colWidthOverrides: drilldownColWidthOverrides,
    rowLimit: drilldownRowLimit,
    showColumns: drilldownShowColumns, hideColumns: drilldownHideColumns } = drilldownTableFormat;

// Chart format — single grouped state (parallel to pivotTableFormat / drilldownTableFormat)
  const [chartFormat, setChartFormat] = useState<ChartFormat>(
    ic?.currentTabState ? extractChartFormat(ic.currentTabState) : defaultChartFormat()
  );
  // Destructured getters for backward-compatible read access
  const { chartTitle, chartTitleFontSize, chartTitlePosition,
    dataLabelsEnabled, dataLabelsPosition, dataLabelsFontSize, dataLabelsColor, dataLabelsBgColor, dataLabelsBold, dataLabelsItalic,
    legendEnabled, legendPosition, legendFontSize, colorTheme,
    markersEnabled, markerSize, markerShapeTheme, markerFill,
    chartLineWidth, showLines, seriesOverrides,
    composedDefaultType, composedStacked, chartBarGap, chartBarCategoryGap,
    xAxisMin, xAxisMax, yAxisMin, yAxisMax, chartSortRules,
    hRefLines, vRefLines, xAxisType,
    markdownText,
    bigNumberFontSize, bigNumberAbbreviate, bigNumberDecimalPlaces, bigNumberTitle, bigNumberTitlePosition, bigNumberTitleFontSize,
  } = chartFormat;
  const chartSortNextIdRef = useRef(1);
  const legendSortOrder = useMemo((): 'a-z' | 'z-a' | 'biggest-smallest' | 'smallest-biggest' | undefined => {
    for (const rule of chartSortRules) {
      if (rule.sortBy === 'legend-alpha') return rule.direction === 'asc' ? 'a-z' : 'z-a';
      if (rule.sortBy === 'legend-total') return rule.direction === 'asc' ? 'smallest-biggest' : 'biggest-smallest';
    }
    return undefined;
  }, [chartSortRules]);

// ── Chat panel state (persists across tab switches) ──────────
  const [chatOpen, setChatOpen] = useState(false);
  const [chatMessages, setChatMessages] = useState<ChatMessage[]>([]);
  const [chatInput, setChatInput] = useState('');
  const [chatPanelWidth, setChatPanelWidth] = useState(() => Math.floor(window.innerWidth / 3));
  const [chatPanelHeight, setChatPanelHeight] = useState(() => Math.floor(window.innerHeight / 2));
  const [chatExpandedIds, setChatExpandedIds] = useState<Set<number>>(new Set());
  const chatMsgIdRef = useRef(0);
  const chatResizing = useRef<{ startX: number; startY: number; startW: number; startH: number } | null>(null);

// LLM multi-step flow state
  const [chatProcessing, setChatProcessing] = useState(false);
  const chatAbortRef = useRef<AbortController | null>(null);
  const chatBtnDragDataRef = useRef<{ dragging: boolean; didDrag: boolean; startX: number; startY: number; startLeft: number; startTop: number }>({ dragging: false, didDrag: false, startX: 0, startY: 0, startLeft: 0, startTop: 0 });

const addChatMessage = useCallback((role: 'user' | 'assistant' | 'system', content: string) => {
    const id = ++chatMsgIdRef.current;
    setChatMessages(prev => [...prev, { id, role, content }]);
    return id;
  }, []);

// ── Tab management helpers ─────────────────────────────────────
  const collectTabState = () => ({
    pivotConfig,
    filterItems, clientSideFilterItems, columnItems, rowItems, valueItems, selectedTables,
    semanticModelExpanded, semanticModelText, committedSemanticModel,
    customSqlExpanded, customSqlText, committedCustomSql,
    showSubtotals, showGrandTotals, valuesAxis,
    chartType,
    leftPanelTab,
    // Grouped state
    pivotTableFormat,
    // Legacy flat keys for backward compat with localStorage
    tableTitle: pivotTableFormat.title, tableTitleFontSize: pivotTableFormat.titleFontSize,
    tableTitlePosition: pivotTableFormat.titlePosition,
    columnNameReplacements: pivotTableFormat.columnNameReplacements,
    tableHeaderFontSize: pivotTableFormat.headerFontSize, tableDataFontSize: pivotTableFormat.dataFontSize,
    columnTextFormats: pivotTableFormat.columnTextFormats,
    colWidthMode: pivotTableFormat.colWidthMode, colWidthMaxData: pivotTableFormat.colWidthMaxData,
    colWidthFixed: pivotTableFormat.colWidthFixed, colWidthOverrides: pivotTableFormat.colWidthOverrides,
    conditionalFormats: pivotTableFormat.conditionalFormats,
    dataFormat: pivotTableFormat.dataFormat, columnDataFormats: pivotTableFormat.columnDataFormats,
    maxRowCount: pivotTableFormat.maxRowCount,
    // Grouped drilldown format
    drilldownTableFormat,
    // Legacy flat keys for backward compat with localStorage
    drilldownTitle, drilldownTitleFontSize, drilldownTitlePosition,
    drilldownHeaderFontSize, drilldownDataFontSize,
    drilldownColumnTextFormats, drilldownConditionalFormats,
    drilldownDataFormat, drilldownColumnDataFormats,
    drilldownColWidthMode, drilldownColWidthMaxData, drilldownColWidthFixed, drilldownColWidthOverrides,
    drilldownRowLimit,
    // Grouped chart format
    chartFormat,
    // Legacy flat keys for backward compat with localStorage
    chartTitle, chartTitleFontSize, chartTitlePosition,
    dataLabelsEnabled, dataLabelsPosition, dataLabelsFontSize, dataLabelsColor, dataLabelsBgColor, dataLabelsBold, dataLabelsItalic,
    legendEnabled, legendPosition, legendFontSize,
    colorTheme,
    markersEnabled, markerSize, markerShapeTheme, markerFill,
    chartLineWidth, showLines,
    seriesOverrides,
    composedDefaultType, composedStacked,
    chartBarGap, chartBarCategoryGap,
    xAxisMin, xAxisMax, yAxisMin, yAxisMax,
    legendSortOrder,
    chartSortRules,
    hRefLines, vRefLines, xAxisType,
    markdownText,
    bigNumberFontSize, bigNumberAbbreviate, bigNumberDecimalPlaces, bigNumberTitle, bigNumberTitlePosition, bigNumberTitleFontSize,
    // Grouped pivot runtime
    pivotRuntime,
    // Legacy flat keys for backward compat with localStorage
    pivotSortColumns, pivotRowLimit, pivotPage, colWidths, tblFilters, filterMetaMap,
    semanticModelKey,
    selected,
    slicerFromExpr,
  });

const applyTabState = (s: any) => {
    setPivotConfig(extractPivotConfig(s));
    _compiledModelCache = null;
    setCustomSqlExpanded(s.customSqlExpanded);
    setCustomSqlText(s.customSqlText);
    setCommittedCustomSql(s.committedCustomSql);
    setPivotRuntime(extractPivotRuntime(s));
    // leftPanelTab is now controlled by viewMode via the view selector panel — don't override it
    setPivotTableFormat(extractPivotTableFormat(s));
    setDrilldownTableFormat(extractDrilldownTableFormat(s));
    setChartFormat(extractChartFormat(s));
    // Tell the pivot-reset effect to skip until this key arrives
    restoredPivotKeyRef.current = JSON.stringify([s.rowItems, s.columnItems, s.valueItems, s.filterItems, s.showSubtotals, s.showGrandTotals, s.valuesAxis]);
    // Note: semanticModelKey is set above along with committedSemanticModel resolution
    // Reset transient UI state
    setEditingId(null);
    setEditText('');
    setShowChartPicker(false);
    setAggMenuId(null);
    setDateMenuId(null);
    setFilterPopup(null);
    setFilterDropdownId(null);
  };

const defaultTabState = (type: 'pivot' | 'chart'): any => ({
    ...defaultPivotConfig(type),
    filterItems: [], clientSideFilterItems: [], columnItems: [], rowItems: [], valueItems: [], selectedTables: [],
    semanticModelExpanded: false, semanticModelText: '', committedSemanticModel: '',
    customSqlExpanded: false, customSqlText: '', committedCustomSql: '',
    showSubtotals: false, showGrandTotals: false, valuesAxis: null,
    chartType: (type === 'chart' ? 'bar' : 'table') as ChartTypeId,
    ...defaultTableRuntime(),
    pivotSortColumns: [], pivotRowLimit: 100, pivotPage: 0,
    leftPanelTab: 'setup' as const,
    ...defaultPivotTableFormat(),
    // Legacy flat keys
    tableTitle: '', tableTitleFontSize: 16, tableTitlePosition: 'center' as const,
    columnNameReplacements: {}, tableHeaderFontSize: 12, tableDataFontSize: 12,
    columnTextFormats: {}, colWidthMode: 'name' as ColWidthMode, colWidthMaxData: 300, colWidthFixed: 150, colWidthOverrides: {},
    conditionalFormats: [], dataFormat: { ...DEFAULT_DATA_FORMAT }, columnDataFormats: {},
    maxRowCount: 1000000,
    ...defaultDrilldownTableFormat(),
    // Legacy flat keys
    drilldownTitle: '', drilldownTitleFontSize: 16, drilldownTitlePosition: 'center' as const,
    drilldownHeaderFontSize: 12, drilldownDataFontSize: 12,
    drilldownColumnTextFormats: {}, drilldownConditionalFormats: [],
    drilldownDataFormat: { ...DEFAULT_DATA_FORMAT }, drilldownColumnDataFormats: {},
    drilldownColWidthMode: 'name' as ColWidthMode, drilldownColWidthMaxData: 300, drilldownColWidthFixed: 150, drilldownColWidthOverrides: {},
    drilldownRowLimit: 100,
    ...defaultChartFormat(),
    // Legacy flat keys (redundant but kept for backward compat with localStorage)
    legendSortOrder: 'biggest-smallest' as const,
    colWidths: {}, tblFilters: {}, filterMetaMap: {},
    semanticModelKey: null,
    selected: null,
  });

// ── Full config collection & application ──────────────────────
  const collectFullConfig = useCallback((): DiveConfig => {
    const allTabStates: Record<string, SerializableTabState> = {};
    for (const [id, state] of Object.entries(savedTabStates.current)) {
      allTabStates[id] = serializeTabState(state);
    }
    const currentLive = collectTabState();
    return {
      version: DIVE_CONFIG_VERSION,
      selected,
      expanded: [...expanded],
      tabs,
      activeTabId,
      leftWidth,
      sectionFlex: sectionFlex as [number, number, number],
      leftPanelOpen,
      viewMode,
      chatOpen,
      chatPanelWidth,
      chatPanelHeight,
      savedTabStates: allTabStates,
      currentTabState: serializeTabState(currentLive),
      dashboardStates: { ...dashboardStates.current },
      pivotTabCounter: { ...pivotTabCounter.current },
      drilldownCounter: drilldownCounter.current,
      drillCounters: { ...drillCounters.current },
      dashboardTileCounter: dashboardTileCounter.current,
      nextId: nextIdRef.current,
      semanticModels,
      editingSemanticModelKey,
      customSqlViews,
    };
  }, [
    pivotConfig, expanded, tabs, activeTabId, leftWidth, sectionFlex, leftPanelOpen, viewMode, semanticModels, editingSemanticModelKey, customSqlViews,
    chatOpen, chatPanelWidth, chatPanelHeight,
    semanticModelExpanded, semanticModelText, committedSemanticModel,
    customSqlExpanded, customSqlText, committedCustomSql,
    pivotRuntime, leftPanelTab, pivotTableFormat, drilldownTableFormat, chartFormat,
  ]);

// ── Multiple Saved States Management ──────────────────────────
  const [savedStatesIndex, setSavedStatesIndex] = useState<SavedStatesIndex>(() => loadSavedStatesIndex());
  const savedStatesIndexRef = useRef(savedStatesIndex);
  savedStatesIndexRef.current = savedStatesIndex;
  const [stateDropdownOpen, setStateDropdownOpen] = useState(false);
  const [viewSelectorTooltip, setViewSelectorTooltip] = useState<{ mode: ViewMode; rect: DOMRect } | null>(null);
  const [editingStateId, setEditingStateId] = useState<string | null>(null);
  const [editingStateName, setEditingStateName] = useState('');
  const stateDropdownRef = useRef<HTMLDivElement>(null);

// Sync savedStatesIndex to localStorage via effect (keep updaters pure)
  const skipSyncRef = useRef(true); // skip initial mount
  useEffect(() => {
    if (skipSyncRef.current) { skipSyncRef.current = false; return; }
    saveSavedStatesIndex(savedStatesIndex);
  }, [savedStatesIndex]);

const activeStateName = useMemo(() => {
    const entry = savedStatesIndex.entries.find(e => e.id === savedStatesIndex.activeId);
    return entry?.name || 'Default';
  }, [savedStatesIndex]);

// Close state dropdown on outside click
  useEffect(() => {
    if (!stateDropdownOpen) return;
    const handler = (e: MouseEvent) => {
      if (stateDropdownRef.current && !stateDropdownRef.current.contains(e.target as Node)) {
        setStateDropdownOpen(false);
        setEditingStateId(null);
      }
    };
    document.addEventListener('mousedown', handler);
    return () => document.removeEventListener('mousedown', handler);
  }, [stateDropdownOpen]);

// Helper: get next tab number, ensuring no duplicates with existing tabs
  const nextTabNum = (prefix: string, counterKey: 'pivot' | 'chart' | 'dashboard') => {
    const existingMax = tabs.filter(t => t.id.startsWith(`${prefix}-`)).reduce((max, t) => {
      const num = parseInt(t.id.split(`${prefix}-`)[1], 10);
      return isNaN(num) ? max : Math.max(max, num);
    }, 0);
    if (pivotTabCounter.current[counterKey] <= existingMax) pivotTabCounter.current[counterKey] = existingMax;
    pivotTabCounter.current[counterKey] += 1;
    return pivotTabCounter.current[counterKey];
  };
  const nextDrillNum = () => {
    const existingMax = tabs.filter(t => t.id.startsWith('drill-')).reduce((max, t) => {
      const num = parseInt(t.id.split('drill-')[1], 10);
      return isNaN(num) ? max : Math.max(max, num);
    }, 0);
    if (drilldownCounter.current <= existingMax) drilldownCounter.current = existingMax;
    drilldownCounter.current += 1;
    return drilldownCounter.current;
  };

const nextIdRef = useRef(1);
  const getId = () => `q${nextIdRef.current++}`;

// ── Restore config from localStorage on mount ─────────────────
  const hasRestoredRef = useRef(false);
  useEffect(() => {
    if (hasRestoredRef.current) return;
    hasRestoredRef.current = true;
    try {
      const entry = savedStatesIndex.entries.find(e => e.id === savedStatesIndex.activeId);
      if (!entry?.config) return;
      if (entry.config.version !== DIVE_CONFIG_VERSION) return;
      if (!entry.config.tabs || !entry.config.activeTabId || !entry.config.currentTabState) return;
      applyFullConfig(entry.config);
    } catch (e) {
      console.warn('Failed to restore dive config:', e);
    }
  }, []); // eslint-disable-line react-hooks/exhaustive-deps

// ── Debounced auto-save to localStorage ───────────────────────
  const saveTimerRef = useRef<ReturnType<typeof setTimeout> | null>(null);
  const collectFullConfigRef = useRef(collectFullConfig);
  collectFullConfigRef.current = collectFullConfig;

useEffect(() => {
    if (!hasRestoredRef.current) return;
    if (saveTimerRef.current) clearTimeout(saveTimerRef.current);
    saveTimerRef.current = setTimeout(() => {
      try {
        const config = collectFullConfigRef.current();
        const now = new Date().toISOString();
        setSavedStatesIndex(prev => ({
          ...prev,
          entries: prev.entries.map(e =>
            e.id === prev.activeId ? { ...e, config, updatedAt: now } : e
          ),
        }));
      } catch (e) {
        console.warn('Failed to auto-save dive config:', e);
      }
    }, 1000);
    return () => { if (saveTimerRef.current) clearTimeout(saveTimerRef.current); };
  }, [collectFullConfig]);

// ── Flush save on tab close ───────────────────────────────────
  useEffect(() => {
    const handleBeforeUnload = () => {
      try {
        const config = collectFullConfigRef.current();
        const idx = loadSavedStatesIndex();
        const next = {
          ...idx,
          entries: idx.entries.map(e =>
            e.id === idx.activeId ? { ...e, config, updatedAt: new Date().toISOString() } : e
          ),
        };
        localStorage.setItem(getDiveStorageKey(), JSON.stringify(next));
      } catch { /* ignore */ }
    };
    window.addEventListener('beforeunload', handleBeforeUnload);
    return () => window.removeEventListener('beforeunload', handleBeforeUnload);
  }, []);

// ── Keep dashboard tile + original tab in sync with live edits ──
  // When a dashboard tile is selected, write live state to savedTabStates
  // after each commit so both the tile and the original tab stay current.
  // Uses collectFullConfig as a dependency proxy — it changes when any tab state changes.
  useEffect(() => {
    if (!isViewingDashboard || !dashboardSelectedTabId) return;
    // Safety: only save if the active tab is actually a dashboard (not stale from a previous view)
    const activeInfo = tabs.find(t => t.id === activeTabId);
    if (activeInfo?.type !== 'dashboard') return;
    savedTabStates.current[dashboardSelectedTabId] = collectTabState();
  }, [isViewingDashboard, dashboardSelectedTabId, collectFullConfig]); // eslint-disable-line react-hooks/exhaustive-deps

// Auto-show/hide values axis indicator based on value count
  useEffect(() => {
    if (valueItems.length >= 2 && valuesAxis === null) {
      setPivotConfig(prev => ({ ...prev, valuesAxis: 'columns' }));
    } else if (valueItems.length < 2 && valuesAxis !== null) {
      setPivotConfig(prev => ({ ...prev, valuesAxis: null }));
    }
  }, [valueItems.length, valuesAxis]);

// Auto-open filter dropdown after a new filter is added
  useEffect(() => {
    if (pendingFilterOpenRef.current) {
      const id = pendingFilterOpenRef.current;
      pendingFilterOpenRef.current = null;
      setFilterDropdownId(id);
    }
  }, [filterItems]);

// Auto-set slicer title when filter column changes
  useEffect(() => {
    if (isSlicerLike(chartType) && filterItems.length > 0 && filterItems[0].col) {
      setChartFormat(prev => {
        const newTitle = filterItems[0].col!;
        if (prev.chartTitle !== newTitle) return { ...prev, chartTitle: newTitle };
        return prev;
      });
    }
  }, [chartType, filterItems]);

const runSemanticModel = useCallback(() => {
    if (semanticModelText.trim()) {
      _compiledModelCache = null; // clear cache so model re-compiles with new text
      setCommittedSemanticModel(semanticModelText);
    }
  }, [semanticModelText]);

const runCustomSql = useCallback(() => {
    if (customSqlText.trim()) setCommittedCustomSql(customSqlText);
  }, [customSqlText]);

const isCustomSqlActive = customSqlExpanded && committedCustomSql.trim().length > 0;
  // Semantic model is active only when a semanticModelKey is set and resolves to a model
  const resolvedSemanticModel = semanticModelKey ? semanticModels[semanticModelKey]?.committedModel || '' : '';
  const isSemanticModelActive = !!semanticModelKey && !!resolvedSemanticModel.trim();
  // effectiveSemanticModel is the single source of truth for the Malloy compilation pipeline.
  // It is derived solely from semanticModelKey + semanticModels map — never from the editor state.
  const effectiveSemanticModel = resolvedSemanticModel.trim();
  const hasSource = !!selected || isCustomSqlActive || isSemanticModelActive;

// ── Panel resize ───────────────────────────────────────────────
  const panelResizing = useRef(false);
  const colResizing = useRef<{
    col: string;
    startX: number;
    startW: number;
  } | null>(null);
  const hResizing = useRef<{ divider: number; startY: number; startFlex: number[] } | null>(null);
  const rafId = useRef(0);

useEffect(() => {
    const onMove = (e: MouseEvent) => {
      if (panelResizing.current) {
        cancelAnimationFrame(rafId.current);
        rafId.current = requestAnimationFrame(() => {
          setLeftWidth(Math.max(250, Math.min(700, e.clientX)));
        });
        return;
      }
      if (colResizing.current) {
        const { col, startX, startW } = colResizing.current;
        const newW = Math.max(20, startW + e.clientX - startX);
        cancelAnimationFrame(rafId.current);
        rafId.current = requestAnimationFrame(() => {
          setPivotRuntime((prev) => ({ ...prev, colWidths: { ...prev.colWidths, [col]: newW } }));
        });
      }
      if (hResizing.current && leftPanelRef.current) {
        const { divider, startY, startFlex } = hResizing.current;
        const panelHeight = leftPanelRef.current.getBoundingClientRect().height;
        const totalFlex = startFlex[0] + startFlex[1] + startFlex[2];
        const deltaFlex = ((e.clientY - startY) / panelHeight) * totalFlex;
        const newFlex = [...startFlex];
        if (divider === 0) {
          newFlex[0] = Math.max(0.5, startFlex[0] + deltaFlex);
          newFlex[1] = Math.max(0.5, startFlex[1] - deltaFlex);
        } else {
          newFlex[1] = Math.max(0.5, startFlex[1] + deltaFlex);
          newFlex[2] = Math.max(0.5, startFlex[2] - deltaFlex);
        }
        setSectionFlex(newFlex);
      }
      if (chatResizing.current) {
        const { startX, startY, startW, startH } = chatResizing.current;
        const newW = Math.max(280, Math.min(window.innerWidth - 40, startW + (startX - e.clientX)));
        const newH = Math.max(200, Math.min(window.innerHeight - 40, startH + (startY - e.clientY)));
        cancelAnimationFrame(rafId.current);
        rafId.current = requestAnimationFrame(() => {
          setChatPanelWidth(newW);
          setChatPanelHeight(newH);
        });
      }
    };
    const onUp = () => {
      cancelAnimationFrame(rafId.current);
      if (colResizing.current) {
        const { col } = colResizing.current;
        const finalWidth = colWidthsRef.current[col];
        if (finalWidth) setPivotTableFormat(prev => ({ ...prev, colWidthOverrides: { ...prev.colWidthOverrides, [col]: finalWidth } }));
      }
      panelResizing.current = false;
      colResizing.current = null;
      hResizing.current = null;
      chatResizing.current = null;
    };
    document.addEventListener("mousemove", onMove);
    document.addEventListener("mouseup", onUp);
    return () => {
      document.removeEventListener("mousemove", onMove);
      document.removeEventListener("mouseup", onUp);
    };
  }, []);

// Close filter popup on outside click (applies current selections)
  const filterApplyRef = useRef<(() => void) | null>(null);
  useEffect(() => {
    if (!filterPopup) return;
    const handler = (e: MouseEvent) => {
      const t = e.target as HTMLElement;
      if (!t.closest("[data-filter-popup]")) {
        if (filterApplyRef.current) filterApplyRef.current();
        else setFilterPopup(null);
      }
    };
    document.addEventListener("mousedown", handler, true);
    return () => document.removeEventListener("mousedown", handler, true);
  }, [filterPopup]);

// Close filter quadrant dropdown on outside click (applies current selections)
  const filterQuadApplyRef = useRef<(() => void) | null>(null);
  useEffect(() => {
    if (!filterDropdownId) return;
    const handler = (e: MouseEvent) => {
      const t = e.target as HTMLElement;
      if (!t.closest("[data-filter-quad-popup]")) {
        if (filterQuadApplyRef.current) filterQuadApplyRef.current();
        else setFilterDropdownId(null);
      }
    };
    document.addEventListener("mousedown", handler, true);
    return () => document.removeEventListener("mousedown", handler, true);
  }, [filterDropdownId]);

// Close agg menu on outside click
  useEffect(() => {
    if (!aggMenuId) return;
    const handler = (e: MouseEvent) => {
      const t = e.target as HTMLElement;
      if (!t.closest("[data-agg-menu]")) {
        setAggMenuId(null);
        setAggMenuPos(null);
      }
    };
    document.addEventListener("mousedown", handler, true);
    return () => document.removeEventListener("mousedown", handler, true);
  }, [aggMenuId]);

// Close date granularity menu on outside click
  useEffect(() => {
    if (!dateMenuId) return;
    const handler = (e: MouseEvent) => {
      const t = e.target as HTMLElement;
      if (!t.closest("[data-date-menu]")) {
        setDateMenuId(null);
        setDateMenuPos(null);
      }
    };
    document.addEventListener("mousedown", handler, true);
    return () => document.removeEventListener("mousedown", handler, true);
  }, [dateMenuId]);

// ── Malloy: bundle loading (eager, before SQL queries) ────────
  const [malloyBundleReady, setMalloyBundleReady] = useState(false);
  useEffect(() => {
    let cancelled = false;
    const load = (attempt: number) => {
      getMalloyBundle()
        .then(() => { if (!cancelled) setMalloyBundleReady(true); })
        .catch((err) => {
          console.error(`[Malloy] Bundle load failed (attempt ${attempt}):`, err);
          _malloyBundle = null; // clear cached failure so retry re-fetches
          if (!cancelled && attempt < 3) {
            setTimeout(() => load(attempt + 1), 1000 * attempt);
          }
        });
    };
    load(1);
    return () => { cancelled = true; };
  }, []);

// ── SQL Queries ────────────────────────────────────────────────

// Create all stored custom SQL temp views before listing tables/views
  const createTempViewsSql = useMemo(() => {
    if (customSqlViews.length === 0) return '';
    return customSqlViews.map(v =>
      `CREATE OR REPLACE TEMP VIEW "${v.name.replace(/"/g, '""')}" AS ${v.sql}`
    ).join(';\n') + ';';
  }, [customSqlViews, customSqlViewsVersion]); // eslint-disable-line react-hooks/exhaustive-deps
  const createTempViewsQ = useSQLQuery(createTempViewsSql, {
    enabled: createTempViewsSql.length > 0,
  });
  const tempViewsReady = customSqlViews.length === 0 || createTempViewsQ.isSuccess;

const tablesQ = useSQLQuery(
    tempViewsReady
      ? `SELECT database_name, schema_name, table_name FROM duckdb_tables() UNION ALL SELECT database_name, schema_name, view_name AS table_name FROM duckdb_views() WHERE database_name = 'temp' ORDER BY 1, 2, 3`
      : '',
    { enabled: tempViewsReady }
  );

// Temp macro test — runs right after tablesQ, before pivot_table
  const tempMacroQ = useSQLQuery(`
    CREATE OR REPLACE TEMP MACRO dq(my_varchar) AS  ((('"' || "replace"(my_varchar, '"', '""')) || '"'));
    CREATE OR REPLACE TEMP MACRO nq(my_varchar) AS  ("replace"(my_varchar, ';', 'No semicolons are permitted here'));
    CREATE OR REPLACE TEMP MACRO sq(my_varchar) AS  ((('''' || "replace"(my_varchar, '''', '''''')) || ''''));
    CREATE OR REPLACE TEMP MACRO nq_list(my_list) AS  (list_transform(my_list, (i -> nq(i))));
    CREATE OR REPLACE TEMP MACRO sq_list(my_list) AS  (list_transform(my_list, (i -> sq(i))));
    CREATE OR REPLACE TEMP MACRO dq_list(my_list) AS  (list_transform(my_list, (i -> dq(i))));
    CREATE OR REPLACE TEMP MACRO dq_concat(my_list,separator) AS  (list_reduce(dq_list(my_list), (main."row"(x, y) -> ((x || separator) || y))));
    CREATE OR REPLACE TEMP MACRO nq_concat(my_list,separator) AS  (CASE  WHEN ((length(my_list) = 0)) THEN (NULL) ELSE list_reduce(nq_list(my_list), (main."row"(x, y) -> ((x || separator) || y))) END);
    CREATE OR REPLACE TEMP MACRO sq_concat(my_list,separator) AS  (list_reduce(sq_list(my_list), (main."row"(x, y) -> ((x || separator) || y))));
    CREATE OR REPLACE TEMP MACRO replace_zzz(rows,extra_cols) AS  ((((((((('SELECT 
                replace(
                    replace(
                        COLUMNS(c -> list_contains([' || sq_concat("rows", ', ')) || ', ') || sq_concat(extra_cols, ', ')) || '], c))::varchar,
                        ''zzzSubtotal'',
                        ''Subtotal''
                        ),
                    ''zzzzGrand Total'',
                    ''Grand Total''),
                columns(c -> NOT list_contains([') || sq_concat("rows", ', ')) || '], c) AND c NOT IN (') || sq_concat(extra_cols, ', ')) || '))
            '));
    CREATE OR REPLACE TEMP MACRO totals_list(rows,subtotals,grand_totals) AS  (main.list_apply("range"(CASE  WHEN (subtotals) THEN (0) ELSE (length("rows") - 1) END, CASE  WHEN (grand_totals) THEN (length("rows")) ELSE (length("rows") - 1) END), (lambda i: CASE  WHEN ((i = (length("rows") - 1))) THEN (nq_concat(list_transform("rows"[:-((i + 1)):-1], (j -> ('''zzzzGrand Total'' as ' || dq(j)))), ', ')) ELSE nq_concat(list_transform("rows"[:-((i + 1)):-1], (j -> ('''zzzSubtotal'' as ' || dq(j)))), ', ') END)));
    CREATE OR REPLACE TEMP MACRO columns_values_axis_rows(table_names,"values",rows,columns,column_names,filters,values_axis,subtotals,grand_totals) AS  (((('WITH raw_pivot AS ( ' || nq_concat(list_transform("values", (i -> (((((((('
                        FROM (
                            PIVOT (
                                ' || CASE  WHEN (((subtotals OR grand_totals) AND (length("rows") > 0))) THEN (nq_concat((main.list_value(((((('FROM query(' || sq(nq_concat(list_transform(table_names, (table_name -> CASE WHEN table_name NOT ILIKE '%from%' THEN 'FROM query_table('||dq(table_name)||')' ELSE nq(table_name) END)), ' UNION ALL BY NAME '))) || ') 
                                        SELECT *, 1 as dummy_column, ') || sq(i)) || ' AS value_names

-- FILTERS
                                        ') || COALESCE(('WHERE 1=1 AND ' || nq_concat(filters, ' AND ')), ''))) || list_transform(totals_list("rows", subtotals := subtotals, grand_totals := grand_totals), (k -> ((((((('FROM query(' || sq(nq_concat(list_transform(table_names, (table_name -> CASE WHEN table_name NOT ILIKE '%from%' THEN 'FROM query_table('||dq(table_name)||')' ELSE nq(table_name) END)), ' UNION ALL BY NAME '))) || ') 
                                            SELECT * replace(') || k) || '), 1 as dummy_column, ') || sq(i)) || ' AS value_names

-- FILTERS
                                            ') || COALESCE(('WHERE 1=1 AND ' || nq_concat(filters, ' AND ')), ''))))), ' 
                                        UNION ALL BY NAME 
                                        ')) ELSE ((((('
                                    FROM query(' || sq(nq_concat(list_transform(table_names, (table_name -> CASE WHEN table_name NOT ILIKE '%from%' THEN 'FROM query_table('||dq(table_name)||')' ELSE nq(table_name) END)), ' UNION ALL BY NAME '))) || ') 
                                    SELECT *, 1 as dummy_column, ') || sq(i)) || ' AS value_names

-- FILTERS
                                    ') || COALESCE(('WHERE 1=1 AND ' || nq_concat(filters, ' AND ')), '')) END) || '
                            )
                            -- COLUMNS
                            -- When pivoting, do not use all combinations of values in the columns parameter,
                            -- only use the combinations that actually exist in the data. 
                            -- This is achieved by only pivoting ON one expression (that has all columns concatenated together)
                            ON ') || dq_concat("columns", ' || ''|||'' || ')) || ' IN (' || sq_concat(column_names, ', ') || ')
                            
                            -- VALUES
                            -- Each PIVOT will use a single value metric
                            USING ') || nq(i)) || '

-- ROWS
                            GROUP BY dummy_column') || COALESCE((', ' || dq_concat("rows", ', ')), '')) || ', value_names 
                        ) 
                        '))), ' UNION ALL BY NAME ')) || '
            ), ordered_pivot AS (FROM raw_pivot ORDER BY ALL NULLS FIRST LIMIT 10000000000)
            FROM ordered_pivot 
            ') || CASE  WHEN (((subtotals OR grand_totals) AND (length("rows") > 0))) THEN (replace_zzz("rows", main.list_value('dummy_column', 'value_names'))) ELSE '' END));
    CREATE OR REPLACE TEMP MACRO columns_values_axis_columns(table_names,"values",rows,columns,column_names,filters,values_axis,subtotals,grand_totals) AS  (((((((((('WITH raw_pivot AS (
                PIVOT (
                    ' || CASE  WHEN (((subtotals OR grand_totals) AND (length("rows") > 0))) THEN (nq_concat((main.list_value(((('FROM query(' || sq(nq_concat(list_transform(table_names, (table_name -> CASE WHEN table_name NOT ILIKE '%from%' THEN 'FROM query_table('||dq(table_name)||')' ELSE nq(table_name) END)), ' UNION ALL BY NAME '))) || ') 
                            SELECT *, 1 as dummy_column
                            
                            -- FILTERS
                            ') || COALESCE(('WHERE 1=1 AND ' || nq_concat(filters, ' AND ')), ''))) || list_transform(totals_list("rows", subtotals := subtotals, grand_totals := grand_totals), (k -> ((((('FROM query(' || sq(nq_concat(list_transform(table_names, (table_name -> CASE WHEN table_name NOT ILIKE '%from%' THEN 'FROM query_table('||dq(table_name)||')' ELSE nq(table_name) END)), ' UNION ALL BY NAME '))) || ') 
                                SELECT * replace(') || k) || '), 1 as dummy_column

-- FILTERS
                                ') || COALESCE(('WHERE 1=1 AND ' || nq_concat(filters, ' AND ')), ''))))), ' 
                            UNION ALL BY NAME 
                            ')) ELSE ((('
                        FROM query(' || sq(nq_concat(list_transform(table_names, (table_name -> CASE WHEN table_name NOT ILIKE '%from%' THEN 'FROM query_table('||dq(table_name)||')' ELSE nq(table_name) END)), ' UNION ALL BY NAME '))) || ') 
                        SELECT *, 1 as dummy_column

-- VALUES
                -- If values are passed in, use one or more values as summary metrics
                ') || COALESCE(('USING ' || nq_concat("values", ', ')), '')) || '

-- ROWS
                GROUP BY dummy_column') || COALESCE((', ' || dq_concat("rows", ', ')), '')) || ' 
                ORDER BY ALL NULLS FIRST LIMIT 10000000000
            ) FROM raw_pivot 
            ') || CASE  WHEN (((subtotals OR grand_totals) AND (length("rows") > 0))) THEN (replace_zzz("rows", main.list_value('dummy_column'))) ELSE '' END));
    CREATE OR REPLACE TEMP MACRO no_columns(table_names,"values",rows,filters,values_axis,subtotals,grand_totals) AS  (((((((((((((((((('FROM query(' || sq(nq_concat(list_transform(table_names, (table_name -> CASE WHEN table_name NOT ILIKE '%from%' THEN 'FROM query_table('||dq(table_name)||')' ELSE nq(table_name) END)), ' UNION ALL BY NAME '))) || ') 
            SELECT 
                -- ROWS 
                -- Select a dummy column and all columns in the rows parameter
                1 as dummy_column,
                
                -- If using subtotals or grand_totals, detect which rows are subtotals and/or grand_totals
                -- using the GROUPING function, since in these cases GROUPING SETS are in use.
                -- Then replace what would have been a NULL with the text Grand Total or Subtotal.
                ') || CASE  WHEN (((subtotals OR grand_totals) AND (length("rows") > 0))) THEN ((nq_concat(list_transform("rows", (r -> ((((((((('case when list_aggregate([' || nq_concat(list_transform("rows", (i -> (('GROUPING(' || dq(i)) || ')'))), ', ')) || '],
                            ''sum'') = ') || length("rows")) || ' then ''Grand Total''
                        when GROUPING(') || dq(r)) || ') = 1 then ''Subtotal'' 
                        else ') || dq(r)) || '::varchar 
                        end as ') || dq(r)))), ', ') || ', ')) ELSE COALESCE((dq_concat("rows", ', ') || ','), '') END) || '
                
                -- VALUES 
                -- If values_axis is columns, then just have a separate column for each value
                -- If values_axis is rows, unnest so that there is a separate row for each value
                ') || CASE  WHEN (((values_axis != 'rows') OR (length("values") = 0))) THEN ('') ELSE ((' UNNEST([' || sq_concat("values", ', ')) || ']) AS value_names, 
                        UNNEST([') END) || '
                        ') || COALESCE((nq_concat("values", ', ') || ' '), '')) || '
                ') || CASE  WHEN (((values_axis != 'rows') OR (length("values") = 0))) THEN ('') ELSE ']) AS "values" ' END) || '
            
            -- FILTERS 
            -- Filter the data if requested. The WHERE clause is entirely removed if filters is an empty list.
            ') || COALESCE(('WHERE 1=1 AND ' || nq_concat(filters, ' AND ')), '')) || '
            
            -- If using subtotals, use a ROLLUP 
            -- (note this will include a grand_total, which is filtered out with a HAVING clause if grand_totals=0)
            -- If using grand totals and not subtotals, use GROUPING SETS to add just a total
            -- If no subtotals or grand totals, just GROUP BY ALL.
            GROUP BY ') || CASE  WHEN ((subtotals AND (length("rows") > 0))) THEN ((('ROLLUP (' || dq_concat("rows", ', ')) || ') ')) WHEN ((grand_totals AND (length("rows") > 0) AND (NOT subtotals))) THEN ((('GROUPING SETS ((), (' || dq_concat("rows", ', ')) || '))')) ELSE 'ALL ' END) || ' 
            
            -- If subtotals were requested, but not grand_totals, filter out the grand_totals row
            ') || CASE  WHEN (((NOT grand_totals) AND subtotals AND (length("rows") > 0))) THEN (((('HAVING 
            list_aggregate([' || nq_concat(list_transform("rows", (i -> (('GROUPING(' || dq(i)) || ')'))), ', ')) || '],
                            ''sum'') != ') || length("rows"))) ELSE '' END) || '
            
            -- If using subtotals or grand_totals, ensure the subtotal/grand_total rows are sorted below non-total values.
            -- If not, just ORDER BY ALL NULLS FIRST
            ORDER BY ') || CASE  WHEN (((subtotals OR grand_totals) AND (length("rows") > 0))) THEN (((nq_concat(list_transform("rows", (i -> ((('GROUPING(' || dq(i)) || '), ') || dq(i)))), ', ') || '
                    -- If we have values_axis of rows, we need to include the value_names column to maintain deterministic ordering
                    ') || CASE  WHEN (((values_axis = 'rows') AND (length("values") > 0))) THEN (', value_names ') ELSE ' ' END)) ELSE 'ALL NULLS FIRST ' END));
    CREATE OR REPLACE TEMP MACRO build_column_names(table_names,columns,filters) AS  (SELECT list(#1) FROM query((((((('
            FROM query(' || sq(nq_concat(list_transform(table_names, (table_name -> CASE WHEN table_name NOT ILIKE '%from%' THEN 'FROM query_table('||dq(table_name)||')' ELSE nq(table_name) END)), ' UNION ALL BY NAME '))) || ') 
            SELECT DISTINCT
                -- When pivoting, do not use all combinations of values in the columns parameter,
                -- only use the combinations that actually exist in the data. 
                -- This is achieved by only pivoting ON one expression (that has all columns concatenated together).
                -- Therefore, we concatenate everything together here with an _ separator.
                ') || COALESCE((nq_concat(list_transform(dq_list("columns"), (i -> (('coalesce(' || i) || '::varchar , ''NULL'')'))), ' || ''|||'' || ') || ''), '1')) || '
            ') || COALESCE(('WHERE 1=1 AND ' || nq_concat(filters, ' AND ')), '')) || '
            ORDER BY ALL
            ')));
    CREATE OR REPLACE TEMP MACRO pivot_table(table_names,"values",rows,columns,column_names,filters,values_axis,subtotals,grand_totals) AS  TABLE  (SELECT * EXCLUDE (dummy_column) FROM query(CASE  WHEN ((length("columns") = 0)) THEN (no_columns(table_names, "values", "rows", filters, values_axis := values_axis, subtotals := subtotals, grand_totals := grand_totals)) WHEN (((values_axis = 'columns') OR (length("values") = 0))) THEN (columns_values_axis_columns(table_names, "values", "rows", "columns", column_names, filters, values_axis := 'columns', subtotals := subtotals, grand_totals := grand_totals)) WHEN ((values_axis = 'rows')) THEN (columns_values_axis_rows(table_names, "values", "rows", "columns", column_names, filters, values_axis := 'rows', subtotals := subtotals, grand_totals := grand_totals)) ELSE NULL END));
    CREATE OR REPLACE TEMP MACRO pivot_table_show_sql(table_names,"values",rows,columns,column_names,filters,values_axis,subtotals,grand_totals) AS  TABLE  (SELECT CASE  WHEN ((length("columns") = 0)) THEN (no_columns(table_names, "values", "rows", filters, values_axis := values_axis, subtotals := subtotals, grand_totals := grand_totals)) WHEN (((values_axis = 'columns') OR (length("values") = 0))) THEN (columns_values_axis_columns(table_names, "values", "rows", "columns", column_names, filters, values_axis := 'columns', subtotals := subtotals, grand_totals := grand_totals)) WHEN ((values_axis = 'rows')) THEN (columns_values_axis_rows(table_names, "values", "rows", "columns", column_names, filters, values_axis := 'rows', subtotals := subtotals, grand_totals := grand_totals)) ELSE NULL END AS sql_string);
    select dq('woot');
    `);
  useEffect(() => {
    if (tempMacroQ.data) {
      console.log("temp macro results", tempMacroQ.data);
    }
    if (tempMacroQ.error) {
      console.log("temp macro results error:", tempMacroQ.error);
    }
  }, [tempMacroQ.data, tempMacroQ.error]);

// DuckDB keywords for syntax highlighting (cached after first load)
  const keywordsQ = useSQLQuery(`SELECT keyword_name FROM duckdb_keywords()`);
  const keywordsSet = useMemo(() => {
    const rows = Array.isArray(keywordsQ.data) ? keywordsQ.data : [];
    return new Set(rows.map((r: any) => String(r.keyword_name).toUpperCase()));
  }, [keywordsQ.data]);

// Physical table columns (works for both regular tables and temp views)
  const colsQ = useSQLQuery(
    `SELECT column_name, data_type FROM duckdb_columns()
     WHERE database_name='${sq(selected?.db ?? "")}'
       AND schema_name='${sq(selected?.schema ?? "")}'
       AND table_name='${sq(selected?.table ?? "")}'
     ORDER BY column_index`,
    { enabled: !!selected && !isCustomSqlActive }
  );

// Custom SQL columns via DESCRIBE
  const customColsSql = isCustomSqlActive
    ? `SELECT column_name, column_type as data_type FROM (DESCRIBE (${committedCustomSql}))`
    : "";
  const customColsQ = useSQLQuery(customColsSql, {
    enabled: isCustomSqlActive && committedCustomSql.trim().length > 0,
  });

// Probe: check if custom SQL returns any rows
  const customProbeQ = useSQLQuery(
    isCustomSqlActive ? `SELECT 1 as __probe FROM (${committedCustomSql}) LIMIT 1` : "",
    { enabled: isCustomSqlActive && committedCustomSql.trim().length > 0 }
  );
  const customSqlEmpty = isCustomSqlActive && customProbeQ.isSuccess
    && Array.isArray(customProbeQ.data) && customProbeQ.data.length === 0;

// ── Multi-table columns for semantic model ──────────────────────
  const multiTableColsSql = useMemo(() => {
    if (!isSemanticModelActive || selectedTables.length === 0) return '';
    const conditions = selectedTables.map(t =>
      `(database_name='${sq(t.db)}' AND schema_name='${sq(t.schema)}' AND table_name='${sq(t.table)}')`
    ).join(' OR ');
    return `SELECT database_name, schema_name, table_name, column_name, data_type FROM duckdb_columns() WHERE ${conditions} ORDER BY table_name, column_index`;
  }, [isSemanticModelActive, selectedTables]);
  const multiTableColsQ = useSQLQuery(multiTableColsSql, {
    enabled: isSemanticModelActive && selectedTables.length > 0,
  });
  const multiTableCols = useMemo(() => {
    const map = new Map<string, Array<{column_name: string; data_type: string}>>();
    if (!multiTableColsQ.isSuccess || !multiTableColsQ.data?.length) return map;
    for (const row of multiTableColsQ.data as any[]) {
      const tbl = String(row.table_name);
      if (!map.has(tbl)) map.set(tbl, []);
      map.get(tbl)!.push({ column_name: String(row.column_name), data_type: String(row.data_type) });
    }
    return map;
  }, [multiTableColsQ.isSuccess, multiTableColsQ.data]);
  const multiTableColsLoading = isSemanticModelActive && multiTableColsQ.isLoading;

// ── Discover table paths from semantic model via compileModel ────
  // Phase 1: call compileModel without schemas — the compiler returns
  // compiler_needs listing which table schemas it requires, giving us
  // the full table paths (e.g., "tpch_sf10.main.LINEITEM") without regex.
  const semanticModelTablePaths = useMemo(() => {
    if (!effectiveSemanticModel || !malloyBundleReady) return [] as string[];
    try {
      const response = _malloyBundle.API.stateless.compileModel({
        model_url: 'file://model.malloy',
        compiler_needs: {
          files: [{ url: 'file://model.malloy', contents: effectiveSemanticModel }],
          connections: [{ name: 'duckdb', dialect: 'duckdb' }],
        },
      });
      // Check for errors in response logs (syntax errors, etc.)
      const errors = response.logs?.filter((l: any) => l.severity === 'error').map((l: any) => l.message);
      if (errors?.length > 0) {
        const msg = errors.join('; ');
        setSmCompileError(msg);
        setMalloyErrorDismissed(false);
      }
      const needed = response.compiler_needs?.table_schemas || [];
      return needed.map((ts: any) => ts.name).filter(Boolean) as string[];
    } catch (err) {
      const msg = String((err as any)?.message || err);
      console.warn('[Malloy] Table path discovery failed:', err);
      setSmCompileError(msg);
      setMalloyErrorDismissed(false);
      return [] as string[];
    }
  }, [effectiveSemanticModel, malloyBundleReady]);

// ── Auto-populate selectedTables from semantic model table paths when using semanticModelKey ──
  useEffect(() => {
    if (!semanticModelKey || semanticModelTablePaths.length === 0) return;
    // Parse "db.schema.table" paths into selectedTables format
    const newTables = semanticModelTablePaths.map(fq => {
      const parts = fq.split('.');
      if (parts.length === 3) return { db: parts[0], schema: parts[1], table: parts[2] };
      if (parts.length === 2) return { db: parts[0], schema: 'main', table: parts[1] };
      return { db: '', schema: 'main', table: fq };
    });
    setPivotConfig(prev => ({ ...prev, selectedTables: newTables }));
    // Auto-expand in column tree — use both physical table names and source names
    // (source names are used for tree keys when sourceColumns is active)
    setColTreeExpanded(new Set(newTables.map(t => t.table)));
  }, [semanticModelKey, semanticModelTablePaths]);

// ── Multi-table DESCRIBE for Malloy schema provision ────────────
  // Schemas for every table referenced in joins (needed by both compileModel and compileQuery).

// ── Compile semantic model to extract all metadata ───────────────
  // Phase 2: full compileModel with schemas. Extracts run source, join
  // paths, and source-name-to-table-name mapping — all from the compiled
  // model structure, no regex needed.
  const { semanticModelRunSource, sourcePathMap, sourceNameMap } = useMemo(() => {
    const emptyMap = new Map<string, string>();
    const empty = { semanticModelRunSource: '', sourcePathMap: emptyMap, sourceNameMap: emptyMap };
    if (!effectiveSemanticModel || !malloyBundleReady || !multiTableSchemaFields) return empty;

const model = compileMalloyModel(effectiveSemanticModel, multiTableSchemaFields);
    if (!model?.entries?.length) return empty;

// runSource = last top-level source entry
    const sourceEntries = model.entries.filter((e: any) => e.kind === 'source');
    const runSource = sourceEntries.length > 0 ? sourceEntries[sourceEntries.length - 1].name : '';
    if (!runSource) return empty;

// sourcePathMap: walk the run source's join tree, mapping SOURCE NAMES to dot-notated Malloy paths
    const pathMap = new Map<string, string>();
    const runEntry = sourceEntries.find((e: any) => e.name === runSource);
    if (runEntry?.schema?.fields) {
      pathMap.set(runSource, '');
      const aliasToSrc = buildAliasToSource(sourceEntries, runEntry);
      function walkJoins(fields: any[], parentPath: string) {
        for (const field of fields) {
          if (field.kind === 'join') {
            const joinPath = parentPath ? `${parentPath}.${field.name}` : field.name;
            const sourceName = aliasToSrc.get(field.name) || field.name;
            if (!pathMap.has(sourceName)) {
              pathMap.set(sourceName, joinPath);
            }
            if (field.schema?.fields) walkJoins(field.schema.fields, joinPath);
          }
        }
      }
      walkJoins(runEntry.schema.fields, '');
    }

// sourceNameMap: kept for loading indicator; TABLE_NAME → source_name (first match)
    const nameMap = new Map<string, string>();
    for (const entry of sourceEntries) {
      const entryDims = new Set(
        (entry.schema?.fields || [])
          .filter((f: any) => f.kind === 'dimension')
          .map((f: any) => f.name)
      );
      for (const ts of multiTableSchemaFields) {
        const tableName = ts.tablePath.split('.').pop()!;
        if (nameMap.has(tableName)) continue;
        const tableFieldNames = ts.fields.map((f: any) => f.name);
        if (tableFieldNames.length > 0 && tableFieldNames.every((fn: string) => entryDims.has(fn))) {
          nameMap.set(tableName, entry.name);
          break;
        }
      }
    }

return { semanticModelRunSource: runSource, sourcePathMap: pathMap, sourceNameMap: nameMap };
  }, [effectiveSemanticModel, malloyBundleReady, multiTableSchemaFields]);

// ── Source-keyed column map for multi-table pivot setup ────────
  // One entry per Malloy source (not per physical table), so two sources
  // sharing the same table (e.g., airports_origin + airports_destination)
  // each get their own entry with the correct source name.
  const sourceColumns = useMemo(() => {
    const map = new Map<string, {
      sourceName: string; tableName: string; isRunSource: boolean;
      columns: Array<{column_name: string; data_type: string}>;
    }>();
    // Piggyback on the already-computed sourcePathMap: its keys are all reachable
    // source names (resolved from aliases). No need to re-walk the join tree.
    if (!sourcePathMap || sourcePathMap.size === 0 || !effectiveSemanticModel || !malloyBundleReady || !multiTableSchemaFields || multiTableCols.size === 0) return map;

const model = compileMalloyModel(effectiveSemanticModel, multiTableSchemaFields);
    if (!model?.entries?.length) return map;
    const sourceEntries = model.entries.filter((e: any) => e.kind === 'source');

// Build source name → physical table name by matching each source entry's
    // dimension fields against multiTableSchemaFields (which has tablePath → fields).
    // Multiple sources CAN map to the same table (e.g. airports_origin, airports_destination → airports).
    const sourceTableName = new Map<string, string>();
    for (const entry of sourceEntries) {
      const entryDims = new Set(
        (entry.schema?.fields || []).filter((f: any) => f.kind === 'dimension').map((f: any) => f.name)
      );
      if (entryDims.size === 0) continue;
      for (const ts of multiTableSchemaFields) {
        const tableFieldNames = ts.fields.map((f: any) => f.name);
        if (tableFieldNames.length > 0 && tableFieldNames.every((fn: string) => entryDims.has(fn))) {
          const tn = ts.tablePath.split('.').pop() || '';
          if (tn) { sourceTableName.set(entry.name, tn); break; }
        }
      }
    }

// sourcePathMap keys = all reachable source names (run source + all joined sources)
    for (const [srcName, malloyPath] of sourcePathMap) {
      const isRunSource = malloyPath === '';
      const tn = sourceTableName.get(srcName) || '';
      const cols = multiTableCols.get(tn) || [];
      console.log(`[sourceColumns] ${srcName} → table="${tn}" cols=${cols.length}`);
      map.set(srcName, { sourceName: srcName, tableName: tn, isRunSource, columns: cols });
    }
    return map;
  }, [sourcePathMap, effectiveSemanticModel, malloyBundleReady, multiTableSchemaFields, multiTableCols]);

// Re-expand column tree when sourceColumns populates (source names may differ from table names)
  useEffect(() => {
    if (sourceColumns.size > 0) {
      setColTreeExpanded(prev => {
        const next = new Set(prev);
        for (const srcName of sourceColumns.keys()) next.add(srcName);
        return next;
      });
    }
  }, [sourceColumns]);

// ── All tables + columns for the active editing scope (db or schema) ──
  // Used to show disconnected tables in the ERD graph
  const allScopeTablesSql = useMemo(() => {
    if (viewMode !== 'semantic-model' || !editingSemanticModelKey) return '';
    const parts = editingSemanticModelKey.split('|');
    if (parts[0] === 'db' && parts[1]) {
      return `SELECT database_name, schema_name, table_name, column_name, data_type FROM duckdb_columns() WHERE database_name='${sq(parts[1])}' ORDER BY schema_name, table_name, column_index`;
    }
    if (parts[0] === 'schema' && parts[1] && parts[2]) {
      return `SELECT database_name, schema_name, table_name, column_name, data_type FROM duckdb_columns() WHERE database_name='${sq(parts[1])}' AND schema_name='${sq(parts[2])}' ORDER BY table_name, column_index`;
    }
    return '';
  }, [viewMode, editingSemanticModelKey]);
  const allScopeTablesQ = useSQLQuery(allScopeTablesSql, {
    enabled: allScopeTablesSql.length > 0,
    cacheResults: true,
  });
  const allScopeTablesMap = useMemo(() => {
    const map = new Map<string, { db: string; schema: string; table: string; columns: Array<{ name: string; type: string }> }>();
    if (!allScopeTablesQ.isSuccess || !allScopeTablesQ.data?.length) return map;
    for (const row of allScopeTablesQ.data as any[]) {
      const db = String(row.database_name);
      const schema = String(row.schema_name);
      const table = String(row.table_name);
      const key = `${db}.${schema}.${table}`;
      if (!map.has(key)) map.set(key, { db, schema, table, columns: [] });
      map.get(key)!.columns.push({ name: String(row.column_name), type: String(row.data_type) });
    }
    return map;
  }, [allScopeTablesQ.isSuccess, allScopeTablesQ.data]);

// ── ERD model from compiled Malloy model ───────────────────────
  const erdModel = useMemo((): ErdModel | null => {
    if (!effectiveSemanticModel || !malloyBundleReady || !multiTableSchemaFields) {
      // Even without a model, show disconnected tables if we're in semantic-model mode
      if (viewMode === 'semantic-model' && allScopeTablesMap.size > 0) {
        const disconnectedEntities: ErdEntity[] = [];
        for (const [key, info] of allScopeTablesMap) {
          disconnectedEntities.push({
            name: info.table,
            tablePath: key,
            primaryKey: null,
            columns: info.columns.map(c => ({ name: c.name, kind: 'dimension' as const })),
            isRoot: false,
            isDisconnected: true,
          });
        }
        if (disconnectedEntities.length > 0) {
          return { entities: disconnectedEntities, relationships: [] };
        }
      }
      return lastValidErdRef.current;
    }
    const compiled = compileMalloyModel(effectiveSemanticModel, multiTableSchemaFields);
    if (!compiled?.entries?.length) {
      return lastValidErdRef.current;
    }
    const erd = buildErdModel(compiled, effectiveSemanticModel, semanticModelTablePaths);
    if (!erd) return lastValidErdRef.current;

// Add disconnected tables from the scope that aren't in the model.
    // Only include tables from schemas that the model actually references,
    // not every table in the entire database.
    if (viewMode === 'semantic-model' && allScopeTablesMap.size > 0) {
      const modelTableNames = new Set(erd.entities.map(e => e.name.toLowerCase()));
      // Also check tablePath matches
      const modelTablePaths = new Set(erd.entities.map(e => e.tablePath?.toLowerCase()).filter(Boolean));
      // Extract all table paths referenced in the model text (duckdb.table('...'))
      const modelTextPaths = new Set<string>();
      const modelSchemas = new Set<string>();
      for (const m of effectiveSemanticModel.matchAll(/duckdb\.table$'([^']+)'$/g)) {
        const path = m[1].toLowerCase();
        modelTextPaths.add(path);
        // Extract schema from path like 'db.schema.table' or 'schema.table'
        const parts = path.split('.');
        if (parts.length === 3) modelSchemas.add(`${parts[0]}.${parts[1]}`);
        else if (parts.length === 2) modelSchemas.add(parts[0]);
      }
      // Also collect table names extracted from duckdb.table('...') paths
      const modelPhysicalTables = new Set<string>();
      for (const path of modelTextPaths) {
        const parts = path.split('.');
        modelPhysicalTables.add(parts[parts.length - 1]);
      }
      for (const [key, info] of allScopeTablesMap) {
        const tableLower = info.table.toLowerCase();
        if (modelTableNames.has(tableLower) || modelPhysicalTables.has(tableLower) || modelTablePaths.has(key.toLowerCase()) || modelTextPaths.has(key.toLowerCase())) continue;
        // Only show disconnected tables from schemas the model references
        const tableSchema = `${info.db}.${info.schema}`.toLowerCase();
        if (modelSchemas.size > 0 && !modelSchemas.has(tableSchema)) continue;
        erd.entities.push({
          name: info.table,
          tablePath: key,
          primaryKey: null,
          columns: info.columns.map(c => ({ name: c.name, kind: 'dimension' as const })),
          isRoot: false,
          isDisconnected: true,
        });
      }
    }

if (erd.entities.length > 0) {
      lastValidErdRef.current = erd;
    }
    return erd || lastValidErdRef.current;
  }, [effectiveSemanticModel, malloyBundleReady, multiTableSchemaFields, semanticModelTablePaths, viewMode, allScopeTablesMap]);

// Track ERD compile errors — check if the cached compilation matches the current model
  useEffect(() => {
    if (!effectiveSemanticModel || !malloyBundleReady || !multiTableSchemaFields) {
      setErdCompileError(null);
      // Don't clear smCompileError here — syntax errors set it before multiTableSchemaFields is available
      return;
    }
    if (_compiledModelCache?.text === effectiveSemanticModel && _compiledModelCache.model) {
      setErdCompileError(null);
      setSmCompileError(null);
      setMalloyErrorDismissed(false);
    } else {
      const errors = getLastCompileErrors();
      if (lastValidErdRef.current) {
        setErdCompileError('Model compilation failed — showing last valid diagram');
      }
      setSmCompileError(errors);
    }
  }, [erdModel, effectiveSemanticModel, malloyBundleReady, multiTableSchemaFields]);

// Auto-show/hide ERD panel (only as overlay when NOT in semantic-model view mode)
  useEffect(() => {
    if (viewMode === 'semantic-model') {
      setErdPanelOpen(false); // ERD is shown inline in semantic-model mode
      return;
    }
    if (semanticModelExpanded && erdModel && erdModel.entities.length > 0) {
      setErdPanelOpen(true);
    }
    if (!semanticModelExpanded) {
      setErdPanelOpen(false);
    }
  }, [semanticModelExpanded, erdModel, viewMode]);

const handleErdClose = useCallback(() => {
    setErdPanelOpen(false);
    setSemanticModelExpanded(false);
  }, []);

// ── Handle join creation from ERD drag-to-connect ───────────────
  // ── Remove a join line from the model text ──────────────────────
  const removeJoinFromModel = useCallback((modelText: string, _fromSource: string, toSource: string): string => {
    const escaped = toSource.replace(/[.*+?^${}()|[\]\\]/g, '\\$&');
    const joinLineRegex = new RegExp(
      `[ \\t]*join_(?:one|many|cross):\\s+(?:\\w+\\s+is\\s+)?${escaped}\\s+(?:on|with)\\s+[^\\n]*(?:\\n[ \\t]+and\\s+[^\\n]*)*\\n?`,
      'g'
    );
    let result = modelText.replace(joinLineRegex, '');
    const crossRegex = new RegExp(`[ \\t]*join_cross:\\s+${escaped}\\s*\\n?`, 'g');
    result = result.replace(crossRegex, '');
    return result;
  }, []);

const handleJoinCreated = useCallback((joinState: JoinDialogState) => {
    const key = editingSemanticModelKey || semanticModelKey;
    if (!key) return;

let currentModel = semanticModels[key]?.committedModel || '';
    const fromName = joinState.fromEntity.name;
    const toName = joinState.toEntity.name;

// Edit mode: remove old join first
    const editMode = (joinState as any)._editMode as { fromSource: string; toSource: string } | undefined;
    if (editMode) {
      currentModel = removeJoinFromModel(currentModel, editMode.fromSource, editMode.toSource);
    }
    const fromPath = joinState.fromEntity.tablePath;
    const toPath = joinState.toEntity.tablePath;

let joinClause: string;
    if (joinState.useCustomMalloy && joinState.customMalloy.trim()) {
      // Custom Malloy — user provides the full join line
      joinClause = `  ${joinState.customMalloy.trim()}`;
    } else {
      // Build join clause from criteria
      const onParts = joinState.criteria
        .filter(c => c.leftColumn && c.rightColumn)
        .map(c => `${c.leftColumn} ${c.operator} ${toName}.${c.rightColumn}`);
      if (onParts.length === 0) return; // No valid criteria
      joinClause = `  ${joinState.joinType}: ${toName} on ${onParts.join(' and ')}`;
    }

// Check if `toName` already has a source definition — if not, create one
    const sourceRegex = new RegExp(`source:\\s+${toName.replace(/[.*+?^${}()|[\]\\]/g, '\\$&')}\\s+is\\s+duckdb\\.table`, 'g');
    const toSourceExists = sourceRegex.test(currentModel);

// Check if `fromName` already has a source definition
    const fromSourceRegex = new RegExp(
      `(source:\\s+${fromName.replace(/[.*+?^${}()|[\]\\]/g, '\\$&')}\\s+is\\s+duckdb\\.table\$'[^']*'\$\\s+extend\\s*\\{)([^}]*)(\\})`,
      's'
    );
    const fromMatch = fromSourceRegex.exec(currentModel);

let newModel: string;

if (fromMatch) {
      // Source exists — insert the join line before the closing brace
      const body = fromMatch[2];
      const newBody = body.trimEnd() + '\n' + joinClause + '\n';
      newModel = currentModel.slice(0, fromMatch.index) +
        fromMatch[1] + newBody + fromMatch[3] +
        currentModel.slice(fromMatch.index + fromMatch[0].length);
    } else {
      // Create new source for fromName with the join
      const newSource = `source: ${fromName} is duckdb.table('${fromPath}') extend {\n${joinClause}\n}`;
      newModel = currentModel ? currentModel + '\n\n' + newSource : newSource;
    }

// Also ensure the target source exists
    if (!toSourceExists && toPath) {
      const newTargetSource = `source: ${toName} is duckdb.table('${toPath}') extend {\n}`;
      // Prepend target source so it's defined before it's referenced
      newModel = newTargetSource + '\n\n' + newModel;
    }

// Commit the updated model
    setSemanticModels(prev => ({
      ...prev,
      [key]: { text: newModel, committedModel: newModel },
    }));
    _compiledModelCache = null;
    setPivotConfig(prev => ({ ...prev, semanticModelKey: key, selected: null }));
    setSemanticModelEditorText(newModel);

// Check for compile errors
    if (malloyBundleReady && multiTableSchemaFields) {
      // Add schema for the new table if not already present
      let schemasForCompile = [...(multiTableSchemaFields || [])];
      if (toPath && !schemasForCompile.some(s => s.tablePath === toPath)) {
        const scopeInfo = allScopeTablesMap.get(toPath);
        if (scopeInfo) {
          schemasForCompile.push({
            tablePath: toPath,
            fields: scopeInfo.columns.map(c => ({
              kind: 'dimension', name: c.name, type: duckdbToMalloyType(c.type),
            })),
          });
        }
      }
      if (fromPath && !schemasForCompile.some(s => s.tablePath === fromPath)) {
        const scopeInfo = allScopeTablesMap.get(fromPath);
        if (scopeInfo) {
          schemasForCompile.push({
            tablePath: fromPath,
            fields: scopeInfo.columns.map(c => ({
              kind: 'dimension', name: c.name, type: duckdbToMalloyType(c.type),
            })),
          });
        }
      }
      const compiled = compileMalloyModel(newModel, schemasForCompile);
      if (!compiled) {
        setErdCompileError('Join added but model has compilation errors — check the editor');
      } else {
        setErdCompileError(null);
      }
    }
  }, [editingSemanticModelKey, semanticModelKey, semanticModels, malloyBundleReady, multiTableSchemaFields, allScopeTablesMap, removeJoinFromModel]);

const handleJoinRemoved = useCallback((fromSource: string, toSource: string) => {
    const key = editingSemanticModelKey || semanticModelKey;
    if (!key) return;
    const currentModel = semanticModels[key]?.committedModel || '';
    const newModel = removeJoinFromModel(currentModel, fromSource, toSource);
    if (newModel === currentModel) return; // Nothing changed

setSemanticModels(prev => ({
      ...prev,
      [key]: { text: newModel, committedModel: newModel },
    }));
    _compiledModelCache = null;
    setPivotConfig(prev => ({ ...prev, semanticModelKey: key, selected: null }));
    setSemanticModelEditorText(newModel);
    setErdCompileError(null);
  }, [editingSemanticModelKey, semanticModelKey, semanticModels, removeJoinFromModel]);

// Unified effective columns
  const lastGoodColsRef = useRef<any[]>([]);
  const effectiveCols = useMemo(() => {
    const fresh = isCustomSqlActive
      ? (Array.isArray(customColsQ.data) ? customColsQ.data : null)
      : (Array.isArray(colsQ.data) ? colsQ.data : null);
    if (fresh && fresh.length > 0) {
      lastGoodColsRef.current = fresh;
      return fresh;
    }
    // On error or empty, fall back to last successful columns
    const hasError = isCustomSqlActive ? customColsQ.isError : colsQ.isError;
    if (hasError && lastGoodColsRef.current.length > 0) return lastGoodColsRef.current;
    return fresh ?? [];
  }, [isCustomSqlActive, customColsQ.data, customColsQ.isError, colsQ.data, colsQ.isError]);
  const effectiveColsLoading = isCustomSqlActive ? customColsQ.isLoading : colsQ.isLoading;
  const effectiveColsError = isCustomSqlActive ? customColsQ.isError : colsQ.isError;
  const showingStaleColumns = effectiveColsError && effectiveCols.length > 0;

const fqtn = selected
    ? `${selected.db}.${selected.schema}.${selected.table}`
    : "";

// Compute date_trunc expressions for dims with granularity
  const dateTruncExprs = useMemo(() => {
    const allDims = [...columnItems, ...rowItems];
    const exprs: { sqlExpr: string; alias: string }[] = [];
    const seen = new Set<string>();
    for (const dim of allDims) {
      if (!dim.granularity) continue;
      const alias = dimColName(dim);
      if (seen.has(alias)) continue;
      seen.add(alias);
      const grans = [...TIMESTAMP_GRANULARITIES, ...DATE_GRANULARITIES];
      const gran = grans.find(g => g.key === dim.granularity);
      if (!gran || !gran.truncPart) continue;
      const quotedCol = dq(dim.col);
      const sqlExpr = dim.granularity === 'year'
        ? `year(${quotedCol})`
        : `date_trunc('${gran.truncPart}', ${quotedCol})`;
      exprs.push({ sqlExpr, alias });
    }
    return exprs;
  }, [columnItems, rowItems]);

// Table source for pivot_table (first param) — wraps with date_trunc when needed
  const tableSourceParam = useMemo(() => {
    const baseSource = isCustomSqlActive ? committedCustomSql : fqtn;
    if (dateTruncExprs.length === 0) {
      return sqlList([baseSource]);
    }
    const selectParts = dateTruncExprs.map(e =>
      `${e.sqlExpr} as ${dq(e.alias)}`
    ).join(', ');
    const innerFrom = isCustomSqlActive
      ? `(${committedCustomSql}) __src`
      : fqtn;
    return sqlList([`SELECT *, ${selectParts} FROM ${innerFrom}`]);
  }, [isCustomSqlActive, committedCustomSql, fqtn, dateTruncExprs]);

// FROM expression for filter dropdowns
  const fromExpr = isCustomSqlActive
    ? `(${committedCustomSql})`
    : selected
    ? `${dq(selected.db)}.${dq(selected.schema)}.${dq(selected.table)}`
    : "";

// Slicer's fromExpr — resolves semantic model source names to physical tables.
  // Saved in collectTabState so the dashboard tile reuses the exact same value.
  const slicerFromExpr = useMemo(() => {
    if (!isSlicerLike(chartType) || filterItems.length === 0 || !filterItems[0].col) return '';
    if (isSemanticModelActive && filterItems[0].table && sourceColumns.size > 0) {
      const entry = sourceColumns.get(filterItems[0].table);
      if (entry?.tableName) {
        const st = selectedTables.find(t => t.table === entry.tableName);
        if (st) return `${dq(st.db)}.${dq(st.schema)}.${dq(st.table)}`;
      }
    }
    if (isSemanticModelActive && !filterItems[0].table && semanticModelRunSource && sourceColumns.size > 0) {
      const entry = sourceColumns.get(semanticModelRunSource);
      if (entry?.tableName) {
        const st = selectedTables.find(t => t.table === entry.tableName);
        if (st) return `${dq(st.db)}.${dq(st.schema)}.${dq(st.table)}`;
      }
    }
    return fromExpr;
  }, [chartType, filterItems, isSemanticModelActive, sourceColumns, selectedTables, semanticModelRunSource, fromExpr]);

// ── Drilldown SQL builder ───────────────────────────────────
  const buildDrilldownSql = useCallback((row: Record<string, unknown>, colHeader: string, overrides?: { rowItems?: DimItem[]; columnItems?: DimItem[]; valueItems?: QuadItem[]; valuesAxis?: 'columns' | 'rows' | null; filterItems?: QuadItem[]; skipColumnFilters?: boolean }): string => {
    const effectiveRowItems = overrides?.rowItems ?? rowItems;
    const effectiveColumnItems = overrides?.columnItems ?? columnItems;
    const effectiveValueItems = overrides?.valueItems ?? valueItems;
    const effectiveValuesAxis = overrides?.valuesAxis !== undefined ? overrides.valuesAxis : valuesAxis;
    const effectiveFilterItems = overrides?.filterItems ?? filterItems;
    const conditions: string[] = [];
    let semanticDrilldown = false;
    // Row filters
    for (const dim of effectiveRowItems) {
      const alias = dimColName(dim);
      const rawVal = row[alias];
      const qc = (isSemanticModelActive && dim.table) ? `${dq(dim.table)}.${dq(dim.col)}` : dq(dim.col);
      // Subtotal/Grand Total: omit this dim's filter (drills across that dimension)
      if (rawVal != null) {
        const sv = String(rawVal);
        if (sv === 'Grand Total' || sv === 'Subtotal') continue;
      }
      if (rawVal == null) {
        conditions.push(`${qc} IS NULL`);
      } else if (dim.granularity) {
        const grans = [...TIMESTAMP_GRANULARITIES, ...DATE_GRANULARITIES];
        const gran = grans.find(g => g.key === dim.granularity);
        if (gran && gran.truncPart) {
          const sv = String(rawVal);
          conditions.push(dim.granularity === 'year'
            ? `CAST(year(${qc}) AS VARCHAR) = '${sq(sv)}'`
            : `CAST(date_trunc('${gran.truncPart}', ${qc}) AS VARCHAR) = '${sq(sv)}'`);
        }
      } else if (typeof rawVal === 'boolean') {
        conditions.push(`${qc} = ${rawVal}`);
      } else {
        conditions.push(`${qc} = '${sq(String(rawVal))}'`);
      }
    }
    // Column filters — parse |||‑separated dimension values from header
    if (effectiveColumnItems.length > 0 && !overrides?.skipColumnFilters) {
      let dimPart = colHeader;
      if (hasColumnsAndMultipleValues(effectiveColumnItems, effectiveValueItems, effectiveValuesAxis)) {
        let prefix = colHeader;
        if (colHeader.endsWith(')')) {
          const openIdx = colHeader.lastIndexOf('(');
          if (openIdx > 0) prefix = colHeader.slice(0, openIdx);
        }
        const lastUs = prefix.lastIndexOf('_');
        if (lastUs > 0) dimPart = prefix.slice(0, lastUs);
      }
      const parts = dimPart.split('|||');
      for (let i = 0; i < effectiveColumnItems.length && i < parts.length; i++) {
        const dim = effectiveColumnItems[i];
        const value = parts[i];
        const qc = (isSemanticModelActive && dim.table) ? `${dq(dim.table)}.${dq(dim.col)}` : dq(dim.col);
        const dtype = colTypeMap.get(dim.col) || '';
        if (dim.granularity) {
          const grans = [...TIMESTAMP_GRANULARITIES, ...DATE_GRANULARITIES];
          const gran = grans.find(g => g.key === dim.granularity);
          if (gran && gran.truncPart) {
            conditions.push(dim.granularity === 'year'
              ? `CAST(year(${qc}) AS VARCHAR) = '${sq(value)}'`
              : `CAST(date_trunc('${gran.truncPart}', ${qc}) AS VARCHAR) = '${sq(value)}'`);
          }
        } else if (/BOOL/i.test(dtype) && /^(true|false)$/i.test(value)) {
          conditions.push(`${qc} = ${value.toLowerCase()}`);
        } else {
          conditions.push(`${qc} = '${sq(value)}'`);
        }
      }
    }
    // Filter-quadrant expressions
    for (const f of effectiveFilterItems) {
      if (isSemanticModelActive) {
        // Transform "table.col" → "table"."col" for qualified column references in JOINs
        conditions.push(f.expr.replace(/"(\w+)\.(\w+)"/g, '"$1"."$2"'));
      } else {
        conditions.push(f.expr);
      }
    }
    // Build SQL
    let source = '';
    if (isSemanticModelActive && semanticModelRunSource && effectiveSemanticModel && malloyBundleReady && multiTableSchemaFields) {
      // Semantic model: parse the Malloy model text to extract table paths and
      // join conditions, then build raw SQL: SELECT * FROM root LEFT JOIN t2 ON ...
      try {
        // Parse all source definitions from the Malloy model text
        const sourceRegex = /source:\s+(\w+)\s+is\s+duckdb\.table$'([^']+)'$\s+extend\s*\{([^}]*)\}/gs;
        const malloySourceDefs = new Map<string, { tablePath: string; primaryKey: string; joins: Array<{ alias: string; target: string; onClause: string; clauseType: 'on' | 'with'; joinType: string }> }>();
        let m;
        while ((m = sourceRegex.exec(effectiveSemanticModel)) !== null) {
          const srcName = m[1];
          const tablePath = m[2];
          const body = m[3];
          // Extract primary_key if present
          const pkMatch = body.match(/primary_key:\s+(\S+)/);
          const primaryKey = pkMatch ? pkMatch[1] : '';
          const joins: Array<{ alias: string; target: string; onClause: string; clauseType: 'on' | 'with'; joinType: string }> = [];
          // Parse all join types: join_one, join_many, join_cross
          // Handles: join_one: target on COND
          //          join_one: alias is target on COND
          //          join_one: target with FK_EXPR
          //          join_one: alias is target with FK_EXPR
          //          join_cross: target (no on clause)
          //          ON conditions can have AND: col1 = t.col1 and col2 = t.col2
          const joinRegex = /(join_one|join_many|join_cross):\s+(?:(\w+)\s+is\s+)?(\w+)\s+(?:(on|with)\s+(.+?))?(?=\s+(?:join_one|join_many|join_cross):|\s*$)/g;
          let jm;
          while ((jm = joinRegex.exec(body)) !== null) {
            const joinType = jm[1]; // join_one, join_many, join_cross
            const alias = jm[2] || jm[3]; // join alias (used for SQL AS clause)
            const target = jm[3];          // target source name (used for malloySourceDefs lookup)
            const clauseType = jm[4]; // 'on' or 'with'
            const expr = jm[5]?.trim() || '';
            if (clauseType === 'with') {
              joins.push({ alias, target, onClause: expr, clauseType: 'with' as const, joinType });
            } else {
              joins.push({ alias, target, onClause: expr, clauseType: 'on' as const, joinType });
            }
          }
          malloySourceDefs.set(srcName, { tablePath, primaryKey, joins });
        }

// Build the SQL FROM clause by walking from the run source through its joins
        const runDef = malloySourceDefs.get(semanticModelRunSource);
        if (runDef) {
          const fromParts = [`${runDef.tablePath} AS ${dq(semanticModelRunSource)}`];
          // Recursively resolve joins (including transitive joins from joined sources)
          const visited = new Set<string>([semanticModelRunSource]);
          function resolveJoins(srcName: string) {
            const def = malloySourceDefs.get(srcName);
            if (!def) return;
            for (const join of def.joins) {
              // Look up target by SOURCE NAME, use alias for SQL AS clause
              const targetDef = malloySourceDefs.get(join.target);
              if (!targetDef || visited.has(join.alias)) continue;
              visited.add(join.alias);

// Propagate a slicer's filter change to other tiles in the same dashboard that share the same data source.
  // Routes to client-side filtering when the slicer column is in the target tile's rows or columns quadrant;
  // falls back to server-side (filterItems) otherwise.
  const propagateSlicerFilter = useCallback((
    slicerTabId: string,
    expr: string,
    col: string,
    table: string | undefined,
    slicerSemanticModelKey: string | null,
    slicerSelected: { db: string; schema: string; table: string } | null,
    meta?: FilterMeta
  ) => {
    // Find all dashboards containing this slicer
    for (const [_dashId, dashState] of Object.entries(dashboardStates.current)) {
      const slicerTile = dashState.tiles.find(t => t.tabId === slicerTabId);
      if (!slicerTile) continue;

// For each other tile in this dashboard
      for (const tile of dashState.tiles) {
        if (tile.tabId === slicerTabId) continue;
        const tileTab = tabs.find(t => t.id === tile.tabId);
        if (!tileTab || tileTab.type === 'drilldown' || tileTab.type === 'dashboard') continue;

const tileState = savedTabStates.current[tile.tabId];
        if (!tileState) continue;

// Skip other slicers/filters
        if (isSlicerLike(tileState.chartType)) continue;

// Check data source match
        const tileSemanticModelKey = tileState.semanticModelKey || null;
        const tileSelected = tileState.selected || null;

let matches = false;
        if (slicerSemanticModelKey && tileSemanticModelKey && slicerSemanticModelKey === tileSemanticModelKey) {
          matches = true;
        } else if (!slicerSemanticModelKey && !tileSemanticModelKey && slicerSelected && tileSelected &&
          slicerSelected.db === tileSelected.db && slicerSelected.schema === tileSelected.schema && slicerSelected.table === tileSelected.table) {
          matches = true;
        }

if (!matches) continue;

// Determine if we can filter client-side
        const tileRowItems: DimItem[] = tileState.rowItems || tileState.pivotConfig?.rowItems || [];
        const tileColumnItems: DimItem[] = tileState.columnItems || tileState.pivotConfig?.columnItems || [];
        const tileChartType: string = tileState.chartType || tileState.pivotConfig?.chartType || 'table';

// Drilldowns always use server-side filters
        const isDrilldown = tileTab.type === 'drilldown' || tileChartType === 'drilldown';

let placement: 'rows' | 'columns' | null = null;
        if (!isDrilldown && meta) {
          // Check rows quadrant (exact column match, no granularity)
          if (tileRowItems.some(dim => matchesDimItem(col, table, dim))) {
            placement = 'rows';
          }
          // Check columns quadrant
          else if (tileColumnItems.some(dim => matchesDimItem(col, table, dim))) {
            placement = 'columns';
          }
        }

const filterId = `slicer_${slicerTabId}_${col}`;

if (placement && meta) {
          // ── Client-side path ──
          const tileClientFilters: ClientSideFilter[] = tileState.clientSideFilterItems || [];
          const existingCsIdx = tileClientFilters.findIndex((cf: ClientSideFilter) => cf.col === col && cf.table === table);

const newFilter: ClientSideFilter = {
            id: filterId,
            slicerTabId,
            col,
            table,
            expr, // keep for fallback conversion
            meta,
            placement,
          };

let newClientFilters: ClientSideFilter[];
          if (existingCsIdx >= 0) {
            newClientFilters = tileClientFilters.map((cf: ClientSideFilter, idx: number) =>
              idx === existingCsIdx ? newFilter : cf
            );
          } else {
            newClientFilters = [...tileClientFilters, newFilter];
          }

// Remove from server-side filterItems if it was there before (migration from server→client)
          const tileFilterItems: QuadItem[] = tileState.filterItems || [];
          const serverIdx = tileFilterItems.findIndex((fi: any) => fi.col === col && fi.table === table);
          const newFilterItems = serverIdx >= 0
            ? tileFilterItems.filter((_: any, idx: number) => idx !== serverIdx)
            : tileFilterItems;

savedTabStates.current[tile.tabId] = {
            ...tileState,
            filterItems: newFilterItems,
            clientSideFilterItems: newClientFilters,
          };
        } else {
          // ── Server-side path (existing behavior) ──
          const tileFilterItems: QuadItem[] = tileState.filterItems || [];
          const existingIdx = tileFilterItems.findIndex((fi: any) => fi.col === col && fi.table === table);

let newFilterItems: QuadItem[];
          if (existingIdx >= 0) {
            newFilterItems = tileFilterItems.map((fi: any, idx: number) =>
              idx === existingIdx ? { ...fi, expr } : fi
            );
          } else {
            newFilterItems = [...tileFilterItems, { id: filterId, expr, col, table }];
          }

// Remove from client-side if it was there (migration from client→server)
          const tileClientFilters: ClientSideFilter[] = tileState.clientSideFilterItems || [];
          const csIdx = tileClientFilters.findIndex((cf: ClientSideFilter) => cf.col === col && cf.table === table);
          const newClientFilters = csIdx >= 0
            ? tileClientFilters.filter((_: ClientSideFilter, idx: number) => idx !== csIdx)
            : tileClientFilters;

savedTabStates.current[tile.tabId] = {
            ...tileState,
            filterItems: newFilterItems,
            clientSideFilterItems: newClientFilters,
          };
        }
      }
    }

// Force dashboard re-render
    setDashboardRenderKey(v => v + 1);
  }, [tabs]);

const filterExprs = useMemo(
    () => filterItems.map((f) => f.expr),
    [filterItems]
  );
  const valueExprs = useMemo(
    () => valueItems.map((v) => v.expr),
    [valueItems]
  );

// ── Malloy Pipeline: compile quadrant state → SQL ─────────────
  const describeTableSql = useMemo(() => {
    if (!USE_MALLOY || !hasSource) return '';
    if (isCustomSqlActive) return `DESCRIBE SELECT * FROM (${committedCustomSql}) __desc`;
    return fqtn ? `DESCRIBE ${fqtn}` : '';
  }, [USE_MALLOY, hasSource, isCustomSqlActive, committedCustomSql, fqtn]);

const describeForMalloyQ = useSQLQuery(describeTableSql, {
    enabled: USE_MALLOY && describeTableSql.length > 0,
    keepPreviousData: false,
    cacheResults: true,
  });

// Schema fields for the current single table.
  // Include describeTableSql in deps so the memo returns null when the table
  // changes (new SQL) but the DESCRIBE query hasn't completed yet.
  const malloySchemaFields = useMemo(() => {
    if (!describeTableSql) return null; // no table selected
    if (!describeForMalloyQ.isSuccess || !describeForMalloyQ.data?.length) return null;
    return (describeForMalloyQ.data as any[]).map(row => ({
      kind: 'dimension',
      name: String(row.column_name),
      type: duckdbToMalloyType(row.column_type),
    }));
  }, [describeTableSql, describeForMalloyQ.isSuccess, describeForMalloyQ.data]);

// For Malloy: use raw table name or custom SQL wrapped as subquery.
  // Subtotals/grand totals are handled via Malloy nesting (not row duplication).
  const malloyTablePath = useMemo(() => {
    if (!hasSource) return '';
    return isCustomSqlActive ? `(${committedCustomSql})` : fqtn;
  }, [hasSource, isCustomSqlActive, committedCustomSql, fqtn]);

// Whether nested Malloy subtotals are needed
  const needsNestedSubtotals =
    ((showSubtotals && rowItems.length > 1) || (showGrandTotals && rowItems.length > 0))
    && (rowItems.length > 0 || columnItems.length > 0);

// Custom SQL sources need duckdb.sql("""...""") syntax
  const malloyIsSqlSource = isCustomSqlActive && !!committedCustomSql;

const malloyStatement = useMemo(() => {
    const hasPivotInputs = hasSource && (rowItems.length > 0 || valueExprs.length > 0);
    if (!USE_MALLOY || !hasPivotInputs) return '';

if (isSemanticModelActive && semanticModelRunSource) {
      // Multi-table semantic model path
      return buildMalloyQuery(
        '', rowItems, columnItems, valueItems, filterExprs, dimColName,
        {
          nestedSubtotals: needsNestedSubtotals,
          showSubtotals, showGrandTotals,
          semanticModel: effectiveSemanticModel,
          runSource: semanticModelRunSource,
          sourcePathMap,
        },
      );
    }

if (!malloyTablePath) return '';
    return buildMalloyQuery(
      malloyTablePath, rowItems, columnItems, valueItems, filterExprs, dimColName,
      {
        sqlSource: malloyIsSqlSource ? malloyTablePath : undefined,
        nestedSubtotals: needsNestedSubtotals,
        showSubtotals, showGrandTotals,
      },
    );
  }, [USE_MALLOY, hasSource, malloyTablePath, malloyIsSqlSource, isSemanticModelActive, effectiveSemanticModel, semanticModelRunSource, sourcePathMap, rowItems, columnItems, valueItems, valueExprs, filterExprs, needsNestedSubtotals, showSubtotals, showGrandTotals]);

const malloyCompiledSql = useMemo(() => {
    if (!malloyBundleReady || !malloyStatement) return '';

// Determine which schema(s) to provide
    const schemas = (isSemanticModelActive && multiTableSchemaFields)
      ? multiTableSchemaFields
      : malloySchemaFields
        ? [{ tablePath: malloyTablePath, fields: malloySchemaFields }]
        : null;
    if (!schemas) return '';

try {
      const sql = compileMalloyToSQL(malloyStatement, schemas, malloyIsSqlSource && !isSemanticModelActive);
      console.log('%c[Malloy] Statement:', 'color: #ffd93d', '\n' + malloyStatement);
      console.log('%c[Malloy] Compiled SQL:', 'color: #6bc5f8', '\n' + sql);
      setMalloyError(null); setMalloyErrorDismissed(false);
      return sql;
    } catch (err) {
      const msg = (err as any)?.message || String(err);
      console.error('[Malloy] Compilation error:', err);
      setMalloyError(msg); setMalloyErrorDismissed(false);
      return '';
    }
  }, [malloyBundleReady, malloyStatement, isSemanticModelActive, multiTableSchemaFields, malloySchemaFields, malloyTablePath, malloyIsSqlSource]);

// build_column_names query (legacy path only — Malloy uses DuckDB PIVOT which auto-discovers)
  const colNamesSql = useMemo(() => {
    if (USE_MALLOY) return "";
    if (!hasSource || columnItems.length === 0) return "";
    return `SELECT unnest(build_column_names(${tableSourceParam}, ${sqlList(dimColNames(columnItems))}, ${sqlList(filterExprs)})) as col_name`;
  }, [hasSource, tableSourceParam, columnItems, filterExprs]);

const colNamesQ = useSQLQuery(colNamesSql, {
    enabled: tempMacroQ.isSuccess && hasSource && columnItems.length > 0 && colNamesSql.length > 0,
  });

const colNamesList = useMemo(() => {
    const rows = Array.isArray(colNamesQ.data) ? colNamesQ.data : [];
    return rows.map((r) => String(r.col_name));
  }, [colNamesQ.data]);

// pivot_table query
  const canPivot =
    hasSource && (rowItems.length > 0 || valueExprs.length > 0);
  const colNamesReady = columnItems.length === 0 || colNamesQ.isSuccess;

// Per-tab temp table name so switching tabs doesn't overwrite another tab's results
  const pivotTempTable = `pivot_table_results_${currentPivotId.replace(/\W/g, '_')}`;

// Step 1: Create temp table (pivot_table OR Malloy-compiled SQL)
  // ── Legacy pivot_table path ──
  const createPivotTempSql_legacy = useMemo(() => {
    if (USE_MALLOY) return "";
    if (!canPivot || !colNamesReady) return "";
    const cn = columnItems.length > 0 ? colNamesList : [];
    const axisParam = valuesAxis ? `values_axis := '${valuesAxis}'` : `values_axis := 'columns'`;
    return `CREATE OR REPLACE TEMP TABLE ${pivotTempTable} AS FROM pivot_table(${tableSourceParam}, ${sqlList(valueExprs)}, ${sqlList(dimColNames(rowItems))}, ${sqlList(dimColNames(columnItems))}, ${sqlList(cn)}, ${sqlList(filterExprs)}, ${axisParam}, subtotals := ${showSubtotals}, grand_totals := ${showGrandTotals}) LIMIT ${maxRowCount}`;
  }, [
    USE_MALLOY, canPivot, colNamesReady, pivotTempTable, tableSourceParam,
    valueExprs, rowItems, columnItems, colNamesList, filterExprs,
    valuesAxis, showSubtotals, showGrandTotals, maxRowCount,
  ]);

// ── Malloy path: build CREATE TABLE from compiled SQL ──
  const createPivotTempSql_malloy = useMemo(() => {
    if (!USE_MALLOY || !malloyCompiledSql || !canPivot) return "";
    return buildMalloyPivotSql({
      malloyCompiledSql, tempTable: pivotTempTable,
      rowItems, columnItems, valueItems,
      showSubtotals, showGrandTotals, valuesAxis, maxRowCount, dimColNameFn: dimColName,
    });
  }, [
    USE_MALLOY, malloyCompiledSql, canPivot, pivotTempTable,
    rowItems, columnItems, valueItems,
    valuesAxis, showSubtotals, showGrandTotals, maxRowCount,
  ]);

// Active SQL: pick based on flag
  const createPivotTempSql = USE_MALLOY ? createPivotTempSql_malloy : createPivotTempSql_legacy;
  useEffect(() => {
    if (createPivotTempSql) {
      console.log('%c[Pivot] CREATE temp table SQL:', 'color: #e18727', '\n' + createPivotTempSql);
    }
  }, [createPivotTempSql]);

// Unified cache of successfully created temp tables: tableName → SQL that created it.
  // Shared between the main pivot tab and all dashboard tiles — any creator populates it,
  // and subsequent consumers (other tiles, tab switches) skip re-creation.
  const pivotCreateCache = useRef<Record<string, string>>({});
  const pivotTempCached = !!createPivotTempSql && pivotCreateCache.current[pivotTempTable] === createPivotTempSql;

// Only run the expensive CREATE if this exact temp table hasn't been created yet
  const createPivotTempQ = useSQLQuery(pivotTempCached ? '' : createPivotTempSql, {
    enabled: !pivotTempCached && (USE_MALLOY || tempMacroQ.isSuccess) && canPivot && (USE_MALLOY || colNamesReady) && createPivotTempSql.length > 0,
  });
  useEffect(() => {
    if (createPivotTempQ.isSuccess && createPivotTempSql && !pivotTempCached) {
      console.log(`[pivot_table] CREATE completed for ${pivotTempTable}`);
      pivotCreateCache.current[pivotTempTable] = createPivotTempSql;
    }
  }, [createPivotTempQ.isSuccess, createPivotTempSql, pivotTempTable, pivotTempCached]);
  useEffect(() => {
    if (createPivotTempQ.isLoading) {
      console.log(`[pivot_table] Running CREATE for ${pivotTempTable}...`);
    }
  }, [createPivotTempQ.isLoading, pivotTempTable]);

// Ready if cached (tab switch) OR just created
  const pivotTempReady = pivotTempCached || (createPivotTempQ.isSuccess && !!createPivotTempSql);

// Reset sort and page when the pivot structure changes due to USER edits.
  // Track user-facing inputs (not derived SQL) so async deps resolving won't reset.
  // restoredPivotKeyRef stores the key that applyTabState is restoring to —
  // the effect skips any transition whose target matches this key.
  const pivotStructureKey = useMemo(
    () => JSON.stringify([rowItems, columnItems, valueItems, filterItems, showSubtotals, showGrandTotals, valuesAxis]),
    [pivotConfig], // eslint-disable-line react-hooks/exhaustive-deps
  );
  const restoredPivotKeyRef = useRef<string | null>(pivotStructureKey);
  useEffect(() => {
    if (restoredPivotKeyRef.current !== null) {
      if (pivotStructureKey === restoredPivotKeyRef.current) {
        restoredPivotKeyRef.current = null;
      }
      return;
    }
    setPivotRuntime(prev => ({ ...prev, sortColumns: [], page: 0 }));
  }, [pivotStructureKey]);

// Count query for pagination (exclude totals rows so page count is correct)
  const pivotCountSql = useMemo(() => {
    if (!pivotTempReady) return '';
    return buildPivotCountSql(pivotTempTable, rowItems, showSubtotals, showGrandTotals, createPivotTempSql.length);
  }, [pivotTempReady, createPivotTempSql, rowItems, showSubtotals, showGrandTotals]);

const pivotCountQ = useSQLQuery(pivotCountSql, {
    enabled: pivotTempReady && pivotCountSql.length > 0,
  });

// If count/select fails (temp table was dropped/lost), invalidate cache to force re-creation
  useEffect(() => {
    if (pivotCountQ.isError && pivotTempCached) {
      console.log(`[pivot_table] Cache stale for ${pivotTempTable}, invalidating`);
      delete pivotCreateCache.current[pivotTempTable];
    }
  }, [pivotCountQ.isError, pivotTempCached, pivotTempTable]);
  const pivotTotalRows = useMemo(() => {
    const rows = Array.isArray(pivotCountQ.data) ? pivotCountQ.data : [];
    return rows.length > 0 ? Number(rows[0].cnt) : 0;
  }, [pivotCountQ.data]);

// Reset page when sort or rows-per-page changes
  useEffect(() => {
    setPivotRuntime(prev => ({ ...prev, page: 0 }));
  }, [pivotSortColumns, pivotRowLimit]);

// Step 2: Select from temp table (cheap — supports sorting + pagination)
  const pivotSelectSql = useMemo(() => {
    if (!pivotTempReady) return '';
    return buildPivotSelectSql(pivotTempTable, rowItems, pivotSortColumns, showSubtotals, showGrandTotals, pivotPage, pivotRowLimit, createPivotTempSql.length);
  }, [pivotTempReady, createPivotTempSql, pivotSortColumns, rowItems, showSubtotals, showGrandTotals, pivotPage, pivotRowLimit]);

useEffect(() => {
    if (pivotSelectSql) {
      console.log('%c[Pivot] SELECT from temp table:', 'color: #2d7a00', '\n' + pivotSelectSql);
    }
  }, [pivotSelectSql]);

const pivotQ = useSQLQuery(pivotSelectSql, {
    enabled: pivotTempReady && pivotSelectSql.length > 0,
  });

// ── Parallel query for legend sort: pivot_table with empty rows to get totals per column ──
  const legendTotalsSql = useMemo(() => {
    if (!canPivot || !colNamesReady) return '';
    if (chartType === 'table' || chartType === 'big-number' || chartType === 'markdown' || isSlicerLike(chartType)) return '';
    if (legendSortOrder !== 'biggest-smallest' && legendSortOrder !== 'smallest-biggest') return '';
    if (columnItems.length === 0) return '';
    if (USE_MALLOY) {
      // Use a simplified query from the temp table (already created via Malloy)
      if (!malloyCompiledSql) return '';
      return `SELECT * FROM ${pivotTempTable} LIMIT 1`;
    }
    const cn = colNamesList;
    const axisParam = valuesAxis ? `values_axis := '${valuesAxis}'` : `values_axis := 'columns'`;
    return `SELECT * FROM pivot_table(${tableSourceParam}, ${sqlList(valueExprs)}, [], ${sqlList(dimColNames(columnItems))}, ${sqlList(cn)}, ${sqlList(filterExprs)}, ${axisParam}, subtotals := false, grand_totals := false) LIMIT 1`;
  }, [USE_MALLOY, canPivot, colNamesReady, chartType, legendSortOrder, columnItems, colNamesList, tableSourceParam, valueExprs, filterExprs, valuesAxis, malloyCompiledSql, pivotTempTable]);

const legendTotalsQ = useSQLQuery(legendTotalsSql, {
    enabled: (USE_MALLOY || tempMacroQ.isSuccess) && legendTotalsSql.length > 0,
  });

// ── Derived data ───────────────────────────────────────────────
  const tree = useMemo(() => {

const data = Array.isArray(tablesQ.data) ? tablesQ.data : [];
    const map = new Map<string, Map<string, string[]>>();
    for (const r of data) {
      const db = String(r.database_name);
      const s = String(r.schema_name);
      const t = String(r.table_name);
      if (!map.has(db)) map.set(db, new Map());
      if (!map.get(db)!.has(s)) map.get(db)!.set(s, []);
      map.get(db)!.get(s)!.push(t);
    }
    return map;
  }, [tablesQ.data]);

const lastPivotDataRef = useRef<any[]>([]);
  const pivotData = useMemo(() => {
    const fresh = Array.isArray(pivotQ.data) ? pivotQ.data : null;
    if (fresh) { lastPivotDataRef.current = fresh; return fresh; }
    if (pivotQ.isLoading && pivotTempReady && lastPivotDataRef.current.length > 0) return lastPivotDataRef.current;
    return [];
  }, [pivotQ.data, pivotQ.isLoading, pivotTempReady]);

const allPivotColumns = useMemo(() => {
    if (pivotData.length === 0) return [];
    return Object.keys(pivotData[0]);
  }, [pivotData]);

// Compute columns hidden by client-side slicer filters on the columns quadrant
  const mainSlicerHiddenCols = useMemo(() => {
    const colFilters = clientSideFilterItems.filter(f => f.placement === 'columns');
    if (colFilters.length === 0) return [] as string[];
    const rNames = dimColNames(rowItems);
    const hidden = new Set<string>();
    for (const cf of colFilters) {
      for (const h of computeSlicerHiddenColumns(allPivotColumns, rNames, cf, valueItems)) hidden.add(h);
    }
    return Array.from(hidden);
  }, [clientSideFilterItems, allPivotColumns, rowItems, valueItems]);
  const mergedMainHideColumns = useMemo(() => {
    return mainSlicerHiddenCols.length > 0 ? [...hideColumns, ...mainSlicerHiddenCols] : hideColumns;
  }, [hideColumns, mainSlicerHiddenCols]);
  const pivotColumns = useMemo(() => {
    return filterVisibleColumns(allPivotColumns, showColumns, mergedMainHideColumns);
  }, [allPivotColumns, showColumns, mergedMainHideColumns]);
  // External hidden series for chart rendering (slicer column filters)
  const mainExternalHiddenSeries = useMemo(() => {
    const colFilters = clientSideFilterItems.filter(f => f.placement === 'columns');
    if (colFilters.length === 0) return undefined;
    const rNames = dimColNames(rowItems);
    const hidden = new Set<string>();
    for (const cf of colFilters) {
      for (const h of computeSlicerHiddenColumns(allPivotColumns, rNames, cf, valueItems)) hidden.add(h);
    }
    return hidden.size > 0 ? hidden : undefined;
  }, [clientSideFilterItems, allPivotColumns, rowItems, valueItems]);

const pivotColTypes = useMemo(() => {
    const map: Record<string, ColType> = {};
    for (const c of pivotColumns) map[c] = detectColumnType(c, pivotData);
    return map;
  }, [pivotColumns, pivotData]);

// Initialize column widths for new columns (skip while data is stale/loading from a tab switch)
  useEffect(() => {
    if (pivotColumns.length > 0 && pivotTempReady && !createPivotTempQ.isLoading) {
      setPivotRuntime(prev => {
        const next: Record<string, number> = {};
        for (const col of pivotColumns) {
          next[col] = computeColWidth(col, colWidthMode, colWidthOverrides, {
            maxDataWidth: colWidthMaxData,
            fixedWidth: colWidthFixed,
            dataRows: pivotData,
          });
        }
        return { ...prev, colWidths: next };
      });
    }
  }, [pivotColumns, colWidthMode, colWidthOverrides, colWidthMaxData, colWidthFixed, pivotData, pivotTempReady, createPivotTempQ.isLoading]);

// Auto-populate series overrides when switching to composed chart
  useEffect(() => {
    if (chartType !== 'composed') return;
    const series = pivotColumns.filter(c => !dimColNames(rowItems).includes(c) && c !== 'value_names');
    setChartFormat(prev => {
      let changed = false;
      const next = { ...prev.seriesOverrides };
      for (const s of series) {
        if (!next[s]) { next[s] = {}; changed = true; }
      }
      return changed ? { ...prev, seriesOverrides: next } : prev;
    });
  }, [chartType, pivotColumns, rowItems]);

// Cascaded data: pivotData filtered by all OTHER column filters (excluding the open popup's column)
  const cascadedData = useMemo(() => {
    if (!filterPopup) return pivotData;
    const otherFilters = Object.entries(tblFilters)
      .filter(([col, v]) => v != null && col !== filterPopup) as [string, Set<string>][];
    if (otherFilters.length === 0) return pivotData;
    return pivotData.filter(row => otherFilters.every(([col, sel]) => sel.has(String(row[col] ?? ""))));
  }, [pivotData, tblFilters, filterPopup]);

// Detect subtotal / grand total rows based on text values from pivot_table SQL
  const getRowType = useCallback(
    (row: Record<string, unknown>): "grand_total" | "subtotal" | "normal" => {
      if (rowItems.length === 0) return "normal";
      const rNames = dimColNames(rowItems);
      if (rNames.every((r) => String(row[r]) === "Grand Total")) return "grand_total";
      if (rNames.some((r) => String(row[r]) === "Subtotal")) return "subtotal";
      return "normal";
    },
    [rowItems]
  );

const rowColNames = useMemo(() => dimColNames(rowItems), [rowItems]);

// Step 3: Select ALL rows from temp table for charts (with optional ORDER BY from chartSortRules)
  // Include client-side row filter WHERE clause for charts
  const mainClientSideRowWhere = useMemo(
    () => buildClientSideRowWhereClause(clientSideFilterItems, rowItems),
    [clientSideFilterItems, rowItems]
  );
  const chartSelectSql = useMemo(() => {
    if (!pivotTempReady || chartType === 'table' || chartType === 'big-number' || chartType === 'markdown' || isSlicerLike(chartType)) return '';
    return buildChartSelectSql(pivotTempTable, chartSortRules, rowItems, createPivotTempSql.length, mainClientSideRowWhere || undefined);
  }, [pivotTempReady, createPivotTempSql, chartType, chartSortRules, rowItems, mainClientSideRowWhere]);

const chartQ = useSQLQuery(chartSelectSql, {
    enabled: chartSelectSql.length > 0,
  });

const lastChartDataRef = useRef<any[]>([]);
  const chartPivotData = useMemo(() => {
    const fresh = Array.isArray(chartQ.data) ? chartQ.data : null;
    if (fresh) { lastChartDataRef.current = fresh; return fresh; }
    if (chartQ.isLoading && pivotTempReady && lastChartDataRef.current.length > 0) return lastChartDataRef.current;
    return [];
  }, [chartQ.data, chartQ.isLoading, pivotTempReady]);

// Resolve x-axis type for the settings panel (mirrors PivotChart's resolution)
  const resolvedXAxisIsNumeric = useMemo(() => {
    if (xAxisType === 'numeric') return true;
    if (xAxisType === 'categorical') return false;
    // Auto: numeric only if ALL row columns are numeric
    if (rowColNames.length === 0) return false;
    for (const col of rowColNames) {
      const ct = detectColumnType(col, chartReadyData);
      if (ct !== 'number') return false;
    }
    return true;
  }, [xAxisType, rowColNames, chartReadyData]);

// ── Sorted series columns for legend ordering ──────────────────
  const sortedSeriesCols = useMemo(() => {
    const series = pivotColumns.filter(c => !rowColNames.includes(c) && c !== 'value_names');
    if (series.length === 0) return series;
    if (legendSortOrder === 'a-z') {
      return [...series].sort((a, b) => a.localeCompare(b));
    }
    if (legendSortOrder === 'z-a') {
      return [...series].sort((a, b) => b.localeCompare(a));
    }
    // For biggest/smallest, use the parallel query results
    const totalsData = Array.isArray(legendTotalsQ.data) ? legendTotalsQ.data : [];
    if (totalsData.length === 0) return series;
    const totalsRow = totalsData[0] as Record<string, unknown>;
    const sorted = [...series].sort((a, b) => {
      const va = Number(totalsRow[a] ?? 0);
      const vb = Number(totalsRow[b] ?? 0);
      return vb - va;
    });
    return legendSortOrder === 'smallest-biggest' ? sorted.reverse() : sorted;
  }, [legendSortOrder, pivotColumns, rowColNames, legendTotalsQ.data]);

// ── Chat LLM: imperative SQL execution via useSQLQuery ──────
  const [chatFlowSql, setChatFlowSql] = useState('');
  const chatFlowResolverRef = useRef<{ resolve: (rows: any[]) => void; reject: (err: Error) => void } | null>(null);
  const chatFlowSeqRef = useRef(0);
  const chatExpectLoadingRef = useRef(false);
  const chatFlowQ = useSQLQuery(chatFlowSql, { enabled: !!chatFlowSql });

useEffect(() => {
    if (!chatFlowResolverRef.current) return;
    if (chatFlowQ.isLoading) { chatExpectLoadingRef.current = false; return; }
    if (chatExpectLoadingRef.current) return;
    if (chatFlowQ.isSuccess) {
      const { resolve } = chatFlowResolverRef.current;
      chatFlowResolverRef.current = null;
      resolve(Array.isArray(chatFlowQ.data) ? chatFlowQ.data as any[] : []);
    } else if (chatFlowQ.isError) {
      const { reject } = chatFlowResolverRef.current;
      chatFlowResolverRef.current = null;
      reject(chatFlowQ.error || new Error('Query failed'));
    }
  }, [chatFlowQ.isLoading, chatFlowQ.isSuccess, chatFlowQ.isError, chatFlowQ.data, chatFlowQ.error]);

// Extract fields from prompt() struct result (handles both plain objects and entries format)
  const extractStructResult = (raw: any): Record<string, any> => {
    if (!raw) return {};
    const unwrap = (v: any): any => {
      if (v && typeof v === 'object' && 'values' in v && Array.isArray(v.values)) return v.values;
      return v;
    };
    if (typeof raw === 'object' && !raw.entries) {
      const obj: Record<string, any> = {};
      for (const [k, v] of Object.entries(raw)) obj[k] = unwrap(v);
      return obj;
    }
    if (raw.entries && Array.isArray(raw.entries)) {
      const obj: Record<string, any> = {};
      for (const entry of raw.entries) obj[entry.key] = unwrap(entry.value);
      return obj;
    }
    return raw;
  };

const VALID_VISUAL_TYPES = CHART_TYPES.map(ct => ct.id);

// Execute SQL imperatively via useSQLQuery (promise-based wrapper)
  const execSql = useCallback((sql: string, signal: AbortSignal): Promise<any[]> => {
    console.log('[Chat SQL]', sql);
    return new Promise((resolve, reject) => {
      if (signal.aborted) { reject(new Error('Aborted')); return; }
      chatExpectLoadingRef.current = true;
      chatFlowResolverRef.current = { resolve, reject };
      setChatFlowSql(sql + ` /* __cq${++chatFlowSeqRef.current} */`);
      signal.addEventListener('abort', () => {
        if (chatFlowResolverRef.current?.resolve === resolve) {
          chatFlowResolverRef.current = null;
          reject(new Error('Aborted'));
        }
      }, { once: true });
    });
  }, []);

// ── Model Gen: second imperative SQL pipeline (avoids conflicts with chat) ──
  const [modelGenSql, setModelGenSql] = useState('');
  const modelGenResolverRef = useRef<{ resolve: (rows: any[]) => void; reject: (err: Error) => void } | null>(null);
  const modelGenSeqRef = useRef(0);
  const modelGenExpectLoadingRef = useRef(false);
  const modelGenQ = useSQLQuery(modelGenSql, { enabled: !!modelGenSql });

useEffect(() => {
    if (!modelGenResolverRef.current) return;
    if (modelGenQ.isLoading) { modelGenExpectLoadingRef.current = false; return; }
    if (modelGenExpectLoadingRef.current) return;
    if (modelGenQ.isSuccess) {
      const { resolve } = modelGenResolverRef.current;
      modelGenResolverRef.current = null;
      resolve(Array.isArray(modelGenQ.data) ? modelGenQ.data as any[] : []);
    } else if (modelGenQ.isError) {
      const { reject } = modelGenResolverRef.current;
      modelGenResolverRef.current = null;
      reject(modelGenQ.error || new Error('Query failed'));
    }
  }, [modelGenQ.isLoading, modelGenQ.isSuccess, modelGenQ.isError, modelGenQ.data, modelGenQ.error]);

// Run the full 3-step chat flow imperatively
  const runChatFlow = useCallback(async (question: string) => {
    // Abort any previous flow
    chatAbortRef.current?.abort();
    const abort = new AbortController();
    chatAbortRef.current = abort;
    const { signal } = abort;

setChatProcessing(true);
    try {
      // ── Step 1: identify table ──
      const tableList: string[] = [];
      tree.forEach((schemas: any, db: any) => {
        schemas.forEach((tables: any, schema: any) => {
          for (const t of tables) tableList.push(`${db}.${schema}.${t}`);
        });
      });
      if (tableList.length === 0) { addChatMessage('system', 'No tables found.'); return; }

let resolved: { db: string; schema: string; table: string } | null = null;
      let step1Prompt = `You are a data analyst. Given tables and a user question, identify which single table best matches.\n\nAvailable tables:\n${tableList.join('\n')}\n\nUser question: ${question}`;
      for (let attempt = 0; attempt <= 5; attempt++) {
        if (signal.aborted) return;
        const escaped1 = step1Prompt.replace(/'/g, "''");
        const sql1 = `SELECT prompt('${escaped1}', model := 'gpt-5-mini', struct := {tableName: 'VARCHAR'}, struct_descr := {tableName: 'the fully qualified table name in database.schema.table format that best matches the user question'}) AS result`;
        const rows1 = await execSql(sql1, signal);
        const raw1 = rows1[0]?.result;
        console.log('[Chat Step 1] Raw response:', raw1);
        const parsed1 = extractStructResult(raw1);
        console.log('[Chat Step 1] Parsed:', parsed1);
        const tableName = parsed1?.tableName || raw1;
        addChatMessage('assistant', `Step 1: Identified table: ${tableName}`);
        resolved = resolveTableName(String(tableName));
        if (resolved) break;
        if (attempt < 5) {
          addChatMessage('system', `Table "${tableName}" not found, retrying... (${attempt + 1}/5)`);
          step1Prompt += `\n\nPrevious response "${tableName}" is not a valid table. Please return a table name exactly as listed above.`;
        }
      }
      if (!resolved) { addChatMessage('system', 'Could not identify a valid table after 5 retries.'); return; }
      addChatMessage('assistant', `Found table: ${resolved.db}.${resolved.schema}.${resolved.table}`);

// ── Step 1.5: fetch columns ──
      if (signal.aborted) return;
      const colSql = `SELECT column_name, data_type FROM duckdb_columns() WHERE database_name='${sq(resolved.db)}' AND schema_name='${sq(resolved.schema)}' AND table_name='${sq(resolved.table)}' ORDER BY column_index`;
      const colRows = await execSql(colSql, signal);
      const columns = colRows.map((c: any) => ({ column_name: String(c.column_name), data_type: String(c.data_type) }));
      console.log('[Chat Step 1.5] Columns:', columns);
      if (columns.length === 0) { addChatMessage('system', 'No columns found for this table.'); return; }

// ── Step 2: pivot parameters ──
      const colDesc = columns.map((c: any) => `  ${c.column_name} (${c.data_type})`).join('\n');
      const commonAggs = 'SUM, COUNT, AVG, MIN, MAX, MEDIAN';
      const validColNames = columns.map((c: any) => c.column_name as string);
      let step2Prompt = `You are a data analyst building a pivot table. Given a table's columns and a user question, determine the pivot parameters. Use double quotes around column names in values and filters. Keep it minimal - only include what the user asked for.\n\nTable: ${resolved.db}.${resolved.schema}.${resolved.table}\nColumns:\n${colDesc}\n\nUser question: ${question}`;

let validatedParams: { filters: string[]; rows: string[]; columns: string[]; values: string[] } | null = null;
      for (let attempt = 0; attempt <= 5; attempt++) {
        if (signal.aborted) return;
        const escaped2 = step2Prompt.replace(/'/g, "''");
        const sql2 = `SELECT prompt('${escaped2}', model := 'gpt-5-mini', struct := {filters: 'VARCHAR[]', rows: 'VARCHAR[]', columns: 'VARCHAR[]', values: 'VARCHAR[]'}, struct_descr := {filters: 'an array of SQL WHERE clause filter expressions. Empty array if no filters implied.', rows: 'an array of column names for row grouping dimensions. Use exact column names from the table.', columns: 'an array of column names for column pivoting / color / legend series. Use exact column names from the table.', values: 'an array of aggregate expressions like AGG("column_name"), e.g. AVG("pm25_concentration"), SUM("sales"). Common aggregates: ${commonAggs}'}) AS result`;
        const rows2 = await execSql(sql2, signal);
        const raw2 = rows2[0]?.result;
        console.log('[Chat Step 2] Raw response:', raw2);
        const parsed2 = extractStructResult(raw2);
        console.log('[Chat Step 2] Parsed:', parsed2);
        const params = {
          filters: Array.isArray(parsed2?.filters) ? parsed2.filters : [],
          rows: Array.isArray(parsed2?.rows) ? parsed2.rows : [],
          columns: Array.isArray(parsed2?.columns) ? parsed2.columns : [],
          values: Array.isArray(parsed2?.values) ? parsed2.values : [],
        };
        addChatMessage('assistant', `Step 2: Pivot params:\n  Rows: ${JSON.stringify(params.rows)}\n  Columns: ${JSON.stringify(params.columns)}\n  Values: ${JSON.stringify(params.values)}\n  Filters: ${JSON.stringify(params.filters)}`);

// Validate column names
        const fixCol = (name: string): string | null => {
          const exact = validColNames.find(c => c.toLowerCase() === name.toLowerCase());
          if (exact) return exact;
          const containing = validColNames.filter(c => c.toLowerCase().includes(name.toLowerCase()));
          return containing.length === 1 ? containing[0] : null;
        };
        const errors: string[] = [];
        const fixedRows = params.rows.map((r: string) => { const f = fixCol(r); if (!f) errors.push(`Row "${r}" invalid`); return f || r; });
        const fixedCols = params.columns.map((c: string) => { const f = fixCol(c); if (!f) errors.push(`Column "${c}" invalid`); return f || c; });

if (errors.length === 0) {
          validatedParams = { ...params, rows: fixedRows, columns: fixedCols };
          break;
        }
        if (attempt < 5) {
          addChatMessage('system', `Validation errors: ${errors.join('; ')}. Retrying... (${attempt + 1}/5)`);
          step2Prompt += `\n\nErrors: ${errors.join('; ')}. Valid column names are: ${validColNames.join(', ')}. Please fix.`;
        }
      }
      if (!validatedParams) { addChatMessage('system', 'Could not determine valid pivot parameters after 5 retries.'); return; }

// ── Step 3: visual type ──
      let step3Prompt = `You are a data visualization expert. Given a user question and pivot parameters, determine the best visual type.\n\nUser question: ${question}\n\nPivot parameters:\n- Rows: ${JSON.stringify(validatedParams.rows)}\n- Columns: ${JSON.stringify(validatedParams.columns)}\n- Values: ${JSON.stringify(validatedParams.values)}`;
      let visualType: ChartTypeId = 'table';
      for (let attempt = 0; attempt <= 5; attempt++) {
        if (signal.aborted) return;
        const escaped3 = step3Prompt.replace(/'/g, "''");
        const sql3 = `SELECT prompt('${escaped3}', model := 'gpt-5-mini', struct := {visualType: 'VARCHAR'}, struct_descr := {visualType: 'the visual type that best matches the user request. Must be one of: ${VALID_VISUAL_TYPES.join(', ')}. Use table for detailed data, bar for comparing categories, line for trends over time, stacked-line for stacked trends, area for filled trends, stacked-bar for parts of a whole, pie for proportions with few categories, scatter for correlations, big-number for single KPI values.'}) AS result`;
        const rows3 = await execSql(sql3, signal);
        const raw3 = rows3[0]?.result;
        console.log('[Chat Step 3] Raw response:', raw3);
        const parsed3 = extractStructResult(raw3);
        console.log('[Chat Step 3] Parsed:', parsed3);
        const vt = String(parsed3?.visualType || 'table').toLowerCase();
        addChatMessage('assistant', `Step 3: Visual type: ${vt}`);
        if (VALID_VISUAL_TYPES.includes(vt as ChartTypeId)) { visualType = vt as ChartTypeId; break; }
        if (attempt < 5) {
          addChatMessage('system', `Invalid visual type "${vt}". Retrying... (${attempt + 1}/5)`);
          step3Prompt += `\n\nPrevious response "${vt}" is not valid. Must be one of: ${VALID_VISUAL_TYPES.join(', ')}`;
        }
      }

// ── Create the visual ──
      if (signal.aborted) return;
      // Table selection is set via newState.selected below
      const isTable = visualType === 'table';
      const tabType: 'pivot' | 'chart' = isTable ? 'pivot' : 'chart';
      if (!isViewingDashboard) savedTabStates.current[currentPivotId] = collectTabState();
      const nn = nextTabNum(tabType, tabType);
      const tid = `${tabType}-${nn}`;
      const label = isTable ? `Pivot ${nn}` : `Chart ${nn}`;
      const pivotCount = tabs.filter((t: any) => t.type !== 'drilldown').length;
      const color = CHART_PALETTE[pivotCount % CHART_PALETTE.length];
      const newState = defaultTabState(tabType);
      newState.selected = resolved;
      newState.filterItems = validatedParams.filters.map((f: string) => ({ id: getId(), expr: f, col: f }));
      newState.rowItems = validatedParams.rows.map((r: string) => ({ id: getId(), col: r }));
      newState.columnItems = validatedParams.columns.map((c: string) => ({ id: getId(), col: c }));
      newState.valueItems = validatedParams.values.map((v: string) => ({ id: getId(), expr: v, col: v }));
      newState.chartType = visualType;
      setTabs((prev: any) => [...prev, { id: tid, label, type: tabType, color }]);
      savedTabStates.current[tid] = newState;
      applyTabState(newState);
      setActiveTabId(tid);
      addChatMessage('assistant', `Created a new ${isTable ? 'pivot table' : visualType + ' chart'} "${label}" using ${resolved.db}.${resolved.schema}.${resolved.table}!`);
    } catch (err: any) {
      if (err?.message === 'Aborted') return;
      console.error('[Chat] Error:', err);
      addChatMessage('system', `Error: ${err?.message || 'Unknown error'}. Please try again.`);
    } finally {
      if (!signal.aborted) setChatProcessing(false);
    }
  }, [tree, execSql, resolveTableName, addChatMessage, VALID_VISUAL_TYPES, isViewingDashboard, currentPivotId, tabs, collectTabState, defaultTabState, applyTabState, getId, savedTabStates]);

// ── Auto-generate Malloy model flow ────────────────────────────
  const runModelGenFlow = useCallback(async () => {
    if (modelGenProcessing) return;
    modelGenAbortRef.current?.abort();
    const abort = new AbortController();
    modelGenAbortRef.current = abort;
    const { signal } = abort;
    setModelGenProcessing(true);
    setModelGenStatus('Collecting metadata...');

// Wall-clock timeout
    const flowTimeout = setTimeout(() => {
      abort.abort();
      setModelGenStatus('Timed out after 3 minutes');
    }, MODEL_GEN_CONSTANTS.FLOW_TIMEOUT_MS);

try {
      // Determine database and schema from the actively edited semantic model key
      let db = '';
      let schemaFilter = '';
      if (editingSemanticModelKey) {
        const parts = editingSemanticModelKey.split('|');
        if (parts[0] === 'db' && parts[1]) {
          db = parts[1];
        } else if (parts[0] === 'schema' && parts[1] && parts[2]) {
          db = parts[1];
          schemaFilter = parts[2];
        }
      }
      if (!db && selected) {
        db = selected.db;
        schemaFilter = selected.schema;
      }
      if (!db) { setModelGenStatus('No database found — select a database first'); return; }

console.log('[ModelGen] Starting for database:', db, schemaFilter ? `schema: ${schemaFilter}` : '(all schemas)');

// ── Step 1: Metadata Collection ──
      // Columns and constraints are fetched in a single query to reduce round-trips.
      // The __src column distinguishes column rows from constraint rows.
      const schemaClause = schemaFilter ? ` AND schema_name = '${sq(schemaFilter)}'` : '';
      const metadataSql = `WITH cols AS (SELECT schema_name, table_name, column_name, data_type, column_index, is_nullable FROM duckdb_columns() WHERE database_name = '${sq(db)}'${schemaClause}), cons AS (SELECT schema_name, table_name, constraint_type, constraint_column_names FROM duckdb_constraints() WHERE database_name = '${sq(db)}'${schemaClause} AND constraint_type IN ('PRIMARY KEY', 'FOREIGN KEY')) SELECT 'col' as __src, schema_name, table_name, column_name, data_type, column_index, is_nullable, NULL as constraint_type, NULL as constraint_column_names FROM cols UNION ALL SELECT 'con', schema_name, table_name, NULL, NULL, NULL, NULL, constraint_type, CAST(constraint_column_names AS VARCHAR) FROM cons ORDER BY __src, schema_name, table_name, column_index`;
      const metadataRows = await execModelGenSql(metadataSql, signal);
      if (signal.aborted) return;
      const columns = metadataRows.filter((r: any) => r.__src === 'col');
      const constraints = metadataRows.filter((r: any) => r.__src === 'con');

// Build table list from columns (skip sqlite_sequence metadata tables)
      const tableMap = new Map<string, { schema: string; table: string; cols: any[] }>();
      for (const c of columns) {
        if (String(c.table_name) === 'sqlite_sequence') continue;
        const key = `${c.schema_name}.${c.table_name}`;
        if (!tableMap.has(key)) tableMap.set(key, { schema: String(c.schema_name), table: String(c.table_name), cols: [] });
        tableMap.get(key)!.cols.push(c);
      }
      const tableEntries = [...tableMap.values()];
      if (tableEntries.length === 0) { setModelGenStatus('No tables found'); return; }

setModelGenStatus(`Analyzing ${tableEntries.length} tables...`);

// Cardinality stats (batched SUMMARIZE)
      const allStats: any[] = [];
      for (let i = 0; i < tableEntries.length; i += MODEL_GEN_CONSTANTS.SUMMARIZE_BATCH_SIZE) {
        if (signal.aborted) return;
        const batch = tableEntries.slice(i, i + MODEL_GEN_CONSTANTS.SUMMARIZE_BATCH_SIZE);
        const unionParts = batch.map(t =>
          `SELECT '${sq(t.schema)}.${sq(t.table)}' as table_key, column_name, column_type, approx_unique, "count", null_percentage FROM (SUMMARIZE ${db}."${t.schema.replace(/"/g, '""')}"."${t.table.replace(/"/g, '""')}")`
        );
        const statRows = await execModelGenSql(unionParts.join(' UNION ALL '), signal);
        allStats.push(...statRows);
      }

// Build constraints lookup
      const pkConstraints = new Map<string, string[]>();
      const explicitFKs: Array<{ fromKey: string; fromCols: string[] }> = [];
      for (const c of constraints) {
        const key = `${c.schema_name}.${c.table_name}`;
        let colNames: string[] = [];
        if (Array.isArray(c.constraint_column_names)) {
          colNames = c.constraint_column_names.map(String);
        } else if (typeof c.constraint_column_names === 'string') {
          try { colNames = JSON.parse(c.constraint_column_names); } catch { colNames = [c.constraint_column_names]; }
        }
        if (String(c.constraint_type) === 'PRIMARY KEY') {
          pkConstraints.set(key, colNames);
        } else if (String(c.constraint_type) === 'FOREIGN KEY') {
          explicitFKs.push({ fromKey: key, fromCols: colNames });
        }
      }

// ── Step 2: Heuristic PK Detection ──
      const { PK_SCORE_THRESHOLD, FK_SCORE_THRESHOLD } = MODEL_GEN_CONSTANTS;
      const detectedPKs = new Map<string, string>();
      for (const [tableKey, tInfo] of tableMap) {
        const explicitPK = pkConstraints.get(tableKey);
        if (explicitPK && explicitPK.length === 1) {
          detectedPKs.set(tableKey, explicitPK[0]);
          continue;
        }
        let bestCol = '';
        let bestScore = -999;
        const tableName = tInfo.table.toUpperCase();
        const prefixParts = tableName.split(/(?=[A-Z][a-z])|_/).filter(Boolean);
        const tablePrefix = prefixParts.length > 1 ? prefixParts.map(p => p[0]).join('') : tableName[0];

for (const col of tInfo.cols) {
          let score = 0;
          const colName = String(col.column_name).toUpperCase();
          const colType = String(col.data_type).toUpperCase();
          const colIdx = Number(col.column_index);
          const stat = statsMap.get(`${tableKey}.${col.column_name}`);
          if (colName === `${tablePrefix}_${tableName}KEY` || colName === `${tablePrefix}_${tableName.replace(/_/g, '')}KEY`) score += 50;
          if ((colName.endsWith('KEY') || colName.endsWith('_KEY') || colName.endsWith('_ID')) && colName.startsWith(tablePrefix + '_')) score += 40;
          if (colName === 'ID' || colName === 'PK') score += 45;
          // Match {table_name}_id or {table_name}_key pattern (e.g., account_id for account, district_id for district)
          const tableNameLower = tInfo.table.toLowerCase();
          const tableNameNoS = tableNameLower.replace(/s$/, ''); // strip trailing 's' for plural tables
          const colNameLower = String(col.column_name).toLowerCase();
          if (colNameLower === `${tableNameLower}_id` || colNameLower === `${tableNameLower}_key` ||
              colNameLower === `${tableNameNoS}_id` || colNameLower === `${tableNameNoS}_key`) score += 50;
          // Match camelCase: {tableName}Id or {tableName}Key (e.g., circuitId for circuits, driverId for drivers)
          if (colNameLower === `${tableNameLower}id` || colNameLower === `${tableNameNoS}id` ||
              colNameLower === `${tableNameLower}key` || colNameLower === `${tableNameNoS}key`) score += 50;
          if (colIdx === 0) score += 15;
          if (/^(INTEGER|BIGINT|INT|INT4|INT8|SMALLINT|TINYINT)$/.test(colType)) score += 10;
          if (stat && stat.count > 0) {
            const uniqueRatio = stat.approx_unique / stat.count;
            if (uniqueRatio > 0.95) score += 30;
            if (uniqueRatio < 0.50) score -= 40;
          }
          if (score > bestScore) { bestScore = score; bestCol = String(col.column_name); }
        }
        if (bestScore >= PK_SCORE_THRESHOLD) detectedPKs.set(tableKey, bestCol);
      }

// ── Step 2b: Heuristic FK Detection (uses explicit FK constraints + heuristics) ──
      interface FKRelation { fromSchema: string; fromTable: string; fromCol: string; toSchema: string; toTable: string; toCol: string; score: number }
      const detectedFKs: FKRelation[] = [];

// Add explicit FK constraints with auto-win score.
      // DuckDB's duckdb_constraints() gives the FK source columns but not the target table.
      // Match by: exact column name match with target PK, or column suffix match.
      for (const efk of explicitFKs) {
        const fromInfo = tableMap.get(efk.fromKey);
        if (!fromInfo) continue;
        for (const col of efk.fromCols) {
          const colUpper = col.toUpperCase();
          const colSuffix = colUpper.replace(/^[A-Z]+_/, '');
          let bestTarget: { key: string; info: typeof fromInfo; pk: string; score: number } | null = null;
          for (const [targetKey, targetInfo] of tableMap) {
            if (targetKey === efk.fromKey) continue;
            const targetPK = detectedPKs.get(targetKey);
            if (!targetPK) continue;
            const targetPKUpper = targetPK.toUpperCase();
            let matchScore = 0;
            // Exact column name match (strongest signal)
            if (colUpper === targetPKUpper) matchScore = 100;
            // Suffix match (e.g., O_CUSTKEY suffix CUSTKEY matches C_CUSTKEY suffix CUSTKEY)
            else if (colSuffix === targetPKUpper.replace(/^[A-Z]+_/, '') && colSuffix.length >= 2) matchScore = 90;
            // Column contains target table name
            else if (colUpper.includes(targetInfo.table.toUpperCase())) matchScore = 80;
            if (matchScore > 0 && (!bestTarget || matchScore > bestTarget.score)) {
              bestTarget = { key: targetKey, info: targetInfo, pk: targetPK, score: matchScore };
            }
          }
          if (bestTarget) {
            detectedFKs.push({
              fromSchema: fromInfo.schema, fromTable: fromInfo.table, fromCol: col,
              toSchema: bestTarget.info.schema, toTable: bestTarget.info.table, toCol: bestTarget.pk,
              score: 100, // explicit constraint auto-win
            });
          }
        }
      }

// Heuristic FK detection
      for (const [tableKey, tInfo] of tableMap) {
        const pk = detectedPKs.get(tableKey);
        for (const col of tInfo.cols) {
          const colName = String(col.column_name);
          if (colName === pk) continue;
          const colType = String(col.data_type).toUpperCase();
          const colNameUpper = colName.toUpperCase();
          for (const [targetKey, targetInfo] of tableMap) {
            if (targetKey === tableKey) continue;
            const targetPK = detectedPKs.get(targetKey);
            if (!targetPK) continue;
            const targetPKUpper = targetPK.toUpperCase();
            const targetType = targetInfo.cols.find((c: any) => String(c.column_name) === targetPK)?.data_type?.toUpperCase() || '';
            const isIntType = (t: string) => /^(INTEGER|BIGINT|INT|INT4|INT8|SMALLINT|TINYINT|HUGEINT)$/.test(t);
            const isStrType = (t: string) => /^(VARCHAR|TEXT|CHAR)/.test(t);
            if (!(isIntType(colType) && isIntType(targetType)) && !(isStrType(colType) && isStrType(targetType)) && colType !== targetType) continue;
            let score = 0;
            const colSuffix = colNameUpper.replace(/^[A-Z]+_/, '');
            const targetPKSuffix = targetPKUpper.replace(/^[A-Z]+_/, '');
            if (colSuffix === targetPKSuffix && colSuffix.length >= 2) score += 80;
            const targetTableUpper = targetInfo.table.toUpperCase();
            if (colNameUpper.includes(targetTableUpper) && (colNameUpper.endsWith('KEY') || colNameUpper.endsWith('ID'))) score += 70;
            if (colNameUpper === targetPKUpper) score += 60;
            // Same-name match: FK column has same name as target PK column (+20)
            if (colName === targetPK) score += 20;
            // Semantic name matching: strip prefixes/suffixes and match against table names
            const colNameLower = colName.toLowerCase();
            const targetTableLower = targetInfo.table.toLowerCase();
            const targetTableSingular = targetTableLower.replace(/s$/, '').replace(/es$/, '');
            // Strip common FK prefixes: link_to_, ref_, fk_, parent_
            const stripped = colNameLower.replace(/^(link_to_|ref_|fk_|parent_)/, '');
            // Check if stripped name matches target table or its singular form
            if (stripped === targetTableLower || stripped === targetTableSingular) score += 60;
            // Column = {TableName/singular}{Id/Key} pattern (e.g., UserId → users, PostId → posts)
            const colLowerNoSuffix = colNameLower.replace(/(_id|_key|id|key)$/i, '');
            if (colLowerNoSuffix === targetTableLower || colLowerNoSuffix === targetTableSingular) score += 70;
            // Column = {TableName/singular}_{pk_name} (e.g., user_id matches users table with PK id)
            const targetPKLower = targetPK.toLowerCase();
            if (colNameLower === `${targetTableSingular}_${targetPKLower}` || colNameLower === `${targetTableLower}_${targetPKLower}`) score += 60;
            const stat = statsMap.get(`${tableKey}.${colName}`);
            const targetStat = statsMap.get(`${targetKey}.${targetPK}`);
            if (stat && targetStat && targetStat.count > 0) {
              if (stat.approx_unique <= targetStat.count * 1.1) score += 10;
            }
            if (score >= FK_SCORE_THRESHOLD) {
              detectedFKs.push({
                fromSchema: tInfo.schema, fromTable: tInfo.table, fromCol: colName,
                toSchema: targetInfo.schema, toTable: targetInfo.table, toCol: targetPK, score,
              });
            }
          }
        }
      }

// Value-based FK validation: for candidate pairs that scored 10-49 (plausible
      // but below threshold), check if FK values are a subset of PK values.
      // This catches relationships with non-standard naming like uuid→uuid.
      const belowThreshold = detectedFKs.filter(fk => fk.score >= 20 && fk.score < FK_SCORE_THRESHOLD);
      if (belowThreshold.length > 0 && belowThreshold.length <= 20) {
        setModelGenStatus('Validating relationships...');
        // Batch check: for each candidate, check containment ratio
        const checks = belowThreshold.map(fk => {
          const fqFrom = `${db}."${fk.fromSchema}"."${fk.fromTable}"`;
          const fqTo = `${db}."${fk.toSchema}"."${fk.toTable}"`;
          return `SELECT '${sq(fk.fromSchema)}.${sq(fk.fromTable)}.${sq(fk.fromCol)}→${sq(fk.toSchema)}.${sq(fk.toTable)}.${sq(fk.toCol)}' as pair, COUNT(DISTINCT "${fk.fromCol}") as fk_unique, SUM(CASE WHEN "${fk.fromCol}" IN (SELECT "${fk.toCol}" FROM ${fqTo}) THEN 1 ELSE 0 END) as matching FROM (SELECT DISTINCT "${fk.fromCol}" FROM ${fqFrom} WHERE "${fk.fromCol}" IS NOT NULL LIMIT 200)`;
        });
        try {
          const valRows = await execModelGenSql(checks.join(' UNION ALL '), signal);
          if (!signal.aborted) {
            for (const row of valRows) {
              const fkUnique = Number(row.fk_unique || 0);
              const matching = Number(row.matching || 0);
              if (fkUnique > 0 && matching / fkUnique > 0.9) {
                // High containment — boost this candidate above threshold
                const pair = String(row.pair);
                const fk = belowThreshold.find(f =>
                  `${f.fromSchema}.${f.fromTable}.${f.fromCol}→${f.toSchema}.${f.toTable}.${f.toCol}` === pair
                );
                if (fk) {
                  console.log(`[ModelGen] Value validation: ${pair} containment=${(matching/fkUnique*100).toFixed(0)}% — boosting score`);
                  fk.score += 40;
                  // Re-add to detectedFKs if it was filtered out
                  if (!detectedFKs.includes(fk)) detectedFKs.push(fk);
                }
              }
            }
          }
        } catch (e) {
          console.warn('[ModelGen] Value validation query failed:', e);
        }
      }

// Deduplicate FKs: keep highest score per (fromTable, fromCol)
      const fkDedup = new Map<string, FKRelation>();
      for (const fk of detectedFKs.sort((a, b) => b.score - a.score)) {
        const key = `${fk.fromSchema}.${fk.fromTable}.${fk.fromCol}`;
        if (!fkDedup.has(key)) fkDedup.set(key, fk);
      }
      const finalFKs = [...fkDedup.values()];

// Build heuristic sources (for prompt enrichment + LLM fallback)
      const heuristicSources = [...tableMap.entries()].map(([key, t]) => {
        const pk = detectedPKs.get(key);
        const joins = finalFKs
          .filter(fk => `${fk.fromSchema}.${fk.fromTable}` === key)
          .map(fk => ({ join_type: 'join_one', target_source: fk.toTable.toLowerCase(), local_column: fk.fromCol, target_column: fk.toCol }));
        return { source_name: t.table.toLowerCase(), table_path: `${db}.${t.schema}.${t.table}`, primary_key: pk || null, joins };
      });
      // Sort heuristic sources topologically for prompt ordering
      const sortedHeuristicSources = mgTopoSortSources(heuristicSources);
      const sortedKeys = sortedHeuristicSources.map(s => {
        for (const [key, info] of tableMap) {
          if (info.table.toLowerCase() === s.source_name) return key;
        }
        return '';
      }).filter(Boolean);

// ── Build metadata lookups for canonicalization ──
      const exactTableLookup = new Map<string, { schema: string; table: string }>();
      const exactColLookup = new Map<string, Map<string, string>>();
      for (const [key, info] of tableMap) {
        exactTableLookup.set(info.table.toLowerCase(), { schema: info.schema, table: info.table });
        const colMap = new Map<string, string>();
        for (const col of info.cols) colMap.set(String(col.column_name).toLowerCase(), String(col.column_name));
        exactColLookup.set(key, colMap);
      }

// DESCRIBE cache
      const describeCache = new Map<string, any[]>();
      const tryCompile = async (text: string): Promise<{ compiled: any; tableSchemas: any[]; errors: string[] }> => {
        if (!malloyBundleReady) return { compiled: null, tableSchemas: [], errors: ['Malloy bundle not ready'] };
        let tablePaths: string[] = [];
        try {
          const discovery = _malloyBundle.API.stateless.compileModel({
            model_url: 'file://model.malloy',
            compiler_needs: { files: [{ url: 'file://model.malloy', contents: text }], connections: [{ name: 'duckdb', dialect: 'duckdb' }] },
          });
          tablePaths = (discovery.compiler_needs?.table_schemas || []).map((ts: any) => ts.name).filter(Boolean);
        } catch {
          const pathRegex = /duckdb\.table$'([^']+)'$/g;
          let m;
          while ((m = pathRegex.exec(text)) !== null) tablePaths.push(m[1]);
        }
        if (tablePaths.length === 0) return { compiled: null, tableSchemas: [], errors: ['No table paths found'] };
        const uncached = tablePaths.filter(fq => !describeCache.has(fq));
        if (uncached.length > 0) {
          const describeSql = uncached.map(fq => `SELECT '${sq(fq)}' AS __table_path, column_name, column_type FROM (DESCRIBE ${fq})`).join(' UNION ALL ');
          const descRows = await execModelGenSql(describeSql, signal);
          if (signal.aborted) return { compiled: null, tableSchemas: [], errors: ['Aborted'] };
          for (const row of descRows) {
            const path = String(row.__table_path);
            if (!describeCache.has(path)) describeCache.set(path, []);
            describeCache.get(path)!.push({ kind: 'dimension', name: String(row.column_name), type: duckdbToMalloyType(row.column_type) });
          }
          console.log(`[ModelGen] DESCRIBE cache: fetched ${uncached.length} new, ${describeCache.size} total cached`);
        }
        const schemas = tablePaths.filter(fq => describeCache.has(fq)).map(fq => ({ tablePath: fq, fields: describeCache.get(fq)! }));
        _compiledModelCache = null;
        const compiled = compileMalloyModel(text, schemas);
        if (compiled) return { compiled, tableSchemas: schemas, errors: [] };
        let errors: string[] = [];
        try {
          const response = _malloyBundle.API.stateless.compileModel({
            model_url: 'file://model.malloy',
            compiler_needs: { files: [{ url: 'file://model.malloy', contents: text }], connections: [{ name: 'duckdb', dialect: 'duckdb' }],
              table_schemas: schemas.map(ts => ({ connection_name: 'duckdb', name: ts.tablePath, schema: { fields: ts.fields } })) },
          });
          errors = (response.logs || []).filter((l: any) => l.severity === 'error').map((l: any) => l.message);
        } catch (e: any) { errors = [e.message || 'Unknown compilation error']; }
        return { compiled: null, tableSchemas: schemas, errors };
      };

// Telemetry
      const telemetry = {
        initialLlmCompiled: false, retryAttempts: 0,
        heuristicFixesApplied: [] as Array<{ attempt: number; fixes: string[] }>,
        llmRetryCompiled: [] as boolean[], // length = number of LLM retries
        finalCompiled: false, finalAttempt: 0,
        compiledBy: '',
        allErrors: [] as Array<{ attempt: number; phase: string; errors: string[] }>,
        initialSourceCount: 0, initialJoinCount: 0, initialPkCount: 0,
      };

// Canonicalize sources at JSON level using extracted helpers
      const canonicalizeSources = (sources: any[], errors: string[]): { sources: any[]; fixes: string[] } => {
        const fixes: string[] = [];
        const canonicalized = sources.map(s => {
          const src = { ...s, joins: (s.joins || []).map((j: any) => ({ ...j })) };
          // Fix 1: source name casing
          if (src.source_name !== src.source_name.toLowerCase()) {
            fixes.push(`source_name_casing: "${src.source_name}" → "${src.source_name.toLowerCase()}"`);
            src.source_name = src.source_name.toLowerCase();
          }
          // Fix 2: table path (fully qualified, correct casing, reserved word quoting)
          mgFixTablePath(src, db, fuzzyFindTable, exactTableLookup, fixes);
          // Fix 3: column casing in PK and join clauses
          mgFixColumnCasing(src, tableMap, exactTableLookup, fuzzyFindColumn, fixes);
          // Fix 4: auto-alias duplicate joins to same target
          // Malloy requires unique names for each join in a source. When two joins
          // reference the same target_source, generate aliases from the local column name.
          const targetCounts = new Map<string, number>();
          for (const j of src.joins) {
            const t = j.target_source;
            targetCounts.set(t, (targetCounts.get(t) || 0) + 1);
          }
          for (const [target, count] of targetCounts) {
            if (count <= 1) continue;
            // Multiple joins to the same target — ensure each has a unique alias
            for (const j of src.joins) {
              if (j.target_source !== target) continue;
              if (j.alias && j.alias !== j.target_source) continue; // already aliased
              // Generate alias from local column: e.g., "home_team_api_id" → "home_team"
              let alias = j.local_column.replace(/_id$/i, '').replace(/_key$/i, '').replace(/_api_id$/i, '').toLowerCase();
              // If alias = target_source, try prefixing with the column root
              if (alias === j.target_source) alias = j.local_column.toLowerCase().replace(/_id$/i, '');
              if (alias !== j.target_source) {
                fixes.push(`auto_alias: ${src.source_name} join to ${target} aliased as "${alias}" (from ${j.local_column})`);
                j.alias = alias;
              }
            }
          }
          return src;
        });
        // Fix 5: fuzzy corrections from compiler error messages
        mgFixFromErrors(canonicalized, errors, tableMap, fuzzyFindTable, fuzzyFindColumn, fixes);
        // Fix 6: auto-alias from "Cannot redefine" errors
        const redefineErrors = errors.filter(e => /Cannot redefine/.test(e));
        for (const err of redefineErrors) {
          const m = err.match(/Cannot redefine '(\w+)'/);
          if (!m) continue;
          const conflictName = m[1];
          for (const src of canonicalized) {
            const conflictJoins = src.joins.filter((j: any) =>
              (j.alias || j.target_source) === conflictName
            );
            if (conflictJoins.length > 1) {
              for (const j of conflictJoins) {
                if (j.alias && j.alias !== j.target_source) continue;
                let alias = j.local_column.replace(/_id$/i, '').replace(/_key$/i, '').replace(/_api_id$/i, '').toLowerCase();
                if (alias === j.target_source || alias === conflictName) {
                  alias = j.local_column.toLowerCase().replace(/_id$/i, '');
                }
                if (alias !== conflictName) {
                  fixes.push(`redefine_fix: aliased "${conflictName}" as "${alias}" in ${src.source_name}`);
                  j.alias = alias;
                }
              }
            }
          }
        }
        return { sources: canonicalized, fixes };
      };

// ── Step 2.7: Fetch sample rows for each table (helps LLM see relationships) ──
      setModelGenStatus('Fetching sample data...');
      const sampleDataMap = new Map<string, string>();
      try {
        const sampleQueries = tableEntries.slice(0, 20).map(t => {
          const fq = `${db}."${t.schema.replace(/"/g, '""')}"."${t.table.replace(/"/g, '""')}"`;
          return `(SELECT '${sq(t.schema)}.${sq(t.table)}' as __tbl, * FROM ${fq} LIMIT 2)`;
        });
        // Batch in groups of 5 to avoid query length issues
        for (let i = 0; i < sampleQueries.length; i += 5) {
          if (signal.aborted) break;
          const batch = sampleQueries.slice(i, i + 5);
          try {
            const sampleRows = await execModelGenSql(batch.join(' UNION ALL BY NAME '), signal);
            // Group rows by table
            for (const row of sampleRows) {
              const tbl = String(row.__tbl);
              const { __tbl, ...data } = row;
              const vals = Object.entries(data)
                .filter(([, v]) => v !== null && v !== undefined)
                .slice(0, 8) // max 8 columns per sample
                .map(([k, v]) => `${k}: ${typeof v === 'string' && v.length > 30 ? v.slice(0, 30) + '…' : v}`)
                .join(', ');
              const existing = sampleDataMap.get(tbl) || '';
              sampleDataMap.set(tbl, existing + (existing ? '\n' : '') + `  Sample: {${vals}}`);
            }
          } catch { /* skip batch on error */ }
        }
      } catch { /* skip sample data on error */ }

// ── Step 2.8: LLM-assisted FK detection (Phase 1 — focused prompt) ──
      // Ask the LLM to identify FK relationships before the main model generation.
      // This focused prompt is cheaper and more accurate than asking the LLM to
      // do everything at once. Merge results with heuristic FKs.
      if (tableEntries.length <= 20) {
        setModelGenStatus('Detecting relationships...');
        const fkTableSummary = sortedKeys.map(key => {
          const t = tableMap.get(key)!;
          const colList = t.cols.map((c: any) => `${c.column_name} (${c.data_type})`).join(', ');
          const sample = sampleDataMap.get(`${t.schema}.${t.table}`) || '';
          return `${t.table}: [${colList}]${sample ? '\n' + sample : ''}`;
        }).join('\n');
        const fkDetectPrompt = `Identify ALL foreign key relationships between these tables. For each relationship, state: source_table.column → target_table.column (join type: join_one for many-to-one).

Consider:
- Columns with the same name across tables (e.g., uuid in both tables)
- Columns ending in _id or _key that reference another table's primary key
- Columns with prefixes like link_to_ that reference another table
- Column values that match: look at the sample data to spot shared values
- A column is likely a FK if its unique count << the target table's row count

Tables:
${fkTableSummary}

Return ONLY the FK relationships as JSON: {"fks": [{"from_table": "...", "from_col": "...", "to_table": "...", "to_col": "..."}]}`;
        const fkDetectSchema = JSON.stringify({
          name: "fk_detection", strict: true,
          schema: { type: "object", properties: { fks: { type: "array", items: { type: "object", properties: {
            from_table: { type: "string" }, from_col: { type: "string" }, to_table: { type: "string" }, to_col: { type: "string" },
          }, required: ["from_table", "from_col", "to_table", "to_col"], additionalProperties: false } } }, required: ["fks"], additionalProperties: false },
        });
        try {
          const escapedFkPrompt = fkDetectPrompt.replace(/'/g, "''");
          const escapedFkSchema = fkDetectSchema.replace(/'/g, "''");
          const fkSql = `SELECT prompt('${escapedFkPrompt}', model := 'gpt-5-mini', json_schema := '${escapedFkSchema}') AS result`;
          console.log('[ModelGen] FK detection prompt:\n', fkDetectPrompt);
          console.log('[ModelGen] FK detection SQL:\n', fkSql);
          const fkRows = await execModelGenSql(fkSql, signal);
          if (!signal.aborted) {
            const fkParsed = mgParseLlmResponse(fkRows[0], extractStructResult);
            if (fkParsed?.fks) {
              console.log('[ModelGen] LLM FK detection found', fkParsed.fks.length, 'relationships');
              for (const fk of fkParsed.fks) {
                const fromTable = String(fk.from_table);
                const toTable = String(fk.to_table);
                // Find the matching tableMap entries
                let fromKey = '', toKey = '', fromInfo: any = null, toInfo: any = null;
                for (const [k, v] of tableMap) {
                  if (v.table.toLowerCase() === fromTable.toLowerCase()) { fromKey = k; fromInfo = v; }
                  if (v.table.toLowerCase() === toTable.toLowerCase()) { toKey = k; toInfo = v; }
                }
                if (fromInfo && toInfo) {
                  // Check if this FK is already detected
                  const dedupKey = `${fromInfo.schema}.${fromInfo.table}.${fk.from_col}`;
                  const existing = detectedFKs.find(f => `${f.fromSchema}.${f.fromTable}.${f.fromCol}` === dedupKey);
                  if (!existing || existing.score < 50) {
                    detectedFKs.push({
                      fromSchema: fromInfo.schema, fromTable: fromInfo.table, fromCol: String(fk.from_col),
                      toSchema: toInfo.schema, toTable: toInfo.table, toCol: String(fk.to_col),
                      score: 65, // LLM-detected, moderate confidence
                    });
                  }
                }
              }
              // Re-deduplicate
              const rededup = new Map<string, FKRelation>();
              for (const fk of detectedFKs.sort((a, b) => b.score - a.score)) {
                const key = `${fk.fromSchema}.${fk.fromTable}.${fk.fromCol}`;
                if (!rededup.has(key)) rededup.set(key, fk);
              }
              // Update finalFKs and rebuild heuristic sources
              finalFKs.length = 0;
              finalFKs.push(...rededup.values());
              // Rebuild heuristic sources with new FKs
              heuristicSources.length = 0;
              heuristicSources.push(...[...tableMap.entries()].map(([key, t]) => {
                const pk = detectedPKs.get(key);
                const joins = finalFKs
                  .filter(fk => `${fk.fromSchema}.${fk.fromTable}` === key)
                  .map(fk => ({ join_type: 'join_one', target_source: fk.toTable.toLowerCase(), local_column: fk.fromCol, target_column: fk.toCol }));
                return { source_name: t.table.toLowerCase(), table_path: `${db}.${t.schema}.${t.table}`, primary_key: pk || null, joins };
              }));
              sortedHeuristicSources.length = 0;
              sortedHeuristicSources.push(...mgTopoSortSources(heuristicSources));
            }
          }
        } catch (e) { console.warn('[ModelGen] LLM FK detection failed:', e); }
      }

// ── Step 3: Build LLM prompt ──
      setModelGenStatus('Generating model with LLM...');

const promptText = `You are a Malloy semantic model generator. Generate a Malloy model for the database tables below.

## Malloy Syntax Rules
- Each source: source: name is duckdb.table('db.schema.TABLE') extend { primary_key: COL  join_one: target on LOCAL_COL = target.TARGET_COL }
- join_one = many-to-one (FK→PK). join_many = one-to-many. join_cross = many-to-many.
- ALIASED JOINS: When a source joins to the same target more than once, use an alias:
  join_one: alias_name is target_source on LOCAL_COL = alias_name.TARGET_COL
  Set "alias" in the JSON to the alias name. Each join in a source must have a unique name.
- Sources MUST be ordered so that referenced sources are defined BEFORE referencing ones.
- Source names must be lowercase identifiers.
- Column names in primary_key and on-clauses must use EXACT casing from the metadata.
- Table paths must be fully qualified: db.schema.TABLE with exact casing.
- For reserved SQL words as table names, use double quotes: db.schema."order"

## Example (showing aliased joins for multiple FKs to the same table)
source: team is duckdb.table('mydb.main.TEAM') extend {
  primary_key: team_id
}

source: player is duckdb.table('mydb.main.PLAYER') extend {
  primary_key: player_id
}

source: match is duckdb.table('mydb.main.MATCH') extend {
  primary_key: match_id
  join_one: home_team is team on home_team_id = home_team.team_id
  join_one: away_team is team on away_team_id = away_team.team_id
  join_one: player on mvp_player_id = player.player_id
}

## Database: ${db}

## Tables, Columns, and Statistics
${tableColumnList}

## Instructions
- Return sources in dependency order (leaf tables first, fact tables last).
- Use the detected PKs and FKs above as strong hints. Correct any that seem wrong.
- For tables with no detected PK, set primary_key to null.
- IMPORTANT: If a source joins to the same target table more than once, each join MUST have a unique alias. Set the "alias" field in the JSON. Use the FK column name (without _id/_key suffix) as the alias.
- Column and table names must use EXACT casing as shown in the metadata above.
- source_name: lowercase version of the table name.
- table_path: fully qualified as shown (${db}.schema.TABLE).
- Look at sample data values: if a column's values appear in another table's column, that suggests a join relationship — even if the column names don't follow standard conventions.`;

const jsonSchema = JSON.stringify({
        name: "malloy_model", strict: true,
        schema: { type: "object", properties: { sources: { type: "array", items: { type: "object", properties: {
          source_name: { type: "string" }, table_path: { type: "string" }, primary_key: { type: ["string", "null"] },
          joins: { type: "array", items: { type: "object", properties: {
            join_type: { type: "string", enum: ["join_one", "join_many", "join_cross"] },
            alias: { type: ["string", "null"] },
            target_source: { type: "string" }, local_column: { type: "string" }, target_column: { type: "string" },
          }, required: ["join_type", "target_source", "local_column", "target_column"], additionalProperties: false } },
        }, required: ["source_name", "table_path", "primary_key", "joins"], additionalProperties: false } } },
        required: ["sources"], additionalProperties: false },
      });
      const escapedSchema = jsonSchema.replace(/'/g, "''");

// ── Step 4: Initial LLM call (gpt-5-mini) ──
      const escapedPrompt = promptText.replace(/'/g, "''");
      const initialSql = `SELECT prompt('${escapedPrompt}', model := 'gpt-5-mini', json_schema := '${escapedSchema}') AS result`;
      console.log('[ModelGen] Initial model generation prompt:\n', promptText);
      console.log('[ModelGen] Initial model generation SQL:\n', initialSql);
      console.log('[ModelGen] Calling LLM (gpt-5-mini) for initial model generation...');

const llmRows = await execModelGenSql(initialSql, signal);
      if (signal.aborted) return;

let parsed = mgParseLlmResponse(llmRows[0], extractStructResult);
      if (!parsed?.sources) {
        console.error('[ModelGen] Failed to parse initial LLM response — using heuristic fallback');
        parsed = { sources: sortedHeuristicSources };
      }

telemetry.initialSourceCount = parsed.sources.length;
      telemetry.initialPkCount = parsed.sources.filter((s: any) => s.primary_key).length;
      telemetry.initialJoinCount = parsed.sources.reduce((sum: number, s: any) => sum + (s.joins?.length || 0), 0);

// Canonicalize initial response
      let currentSources = parsed.sources;
      const { sources: canonSources, fixes: initialFixes } = canonicalizeSources(currentSources, []);
      currentSources = canonSources;
      if (initialFixes.length > 0) {
        telemetry.heuristicFixesApplied.push({ attempt: 0, fixes: [...initialFixes] });
        console.log('[ModelGen] Initial canonicalization fixes:', initialFixes);
      }

let malloyText = mgRenderMalloyModel(currentSources);
      console.log('[ModelGen] LLM-generated Malloy model:\n', malloyText);

// ── Step 5: Compile + canonicalize + retry loop ──
      setModelGenStatus('Compiling model...');
      let result = await tryCompile(malloyText);
      if (signal.aborted) return;

if (result.compiled) {
        telemetry.initialLlmCompiled = true;
        telemetry.compiledBy = 'initial_llm';
        telemetry.finalCompiled = true;
      }

for (let attempt = 0; attempt < MODEL_GEN_CONSTANTS.MAX_COMPILE_RETRIES && !result.compiled; attempt++) {
        if (signal.aborted) return;
        telemetry.retryAttempts = attempt + 1;
        telemetry.allErrors.push({ attempt: attempt + 1, phase: 'pre_fix', errors: [...result.errors] });
        setModelGenStatus(`Fixing errors (attempt ${attempt + 1})...`);
        console.log('[ModelGen] Compile errors (attempt', attempt + 1, '):', result.errors);

// Step 5a: Canonicalize with error context
        const { sources: fixedSources, fixes } = canonicalizeSources(currentSources, result.errors);
        telemetry.heuristicFixesApplied.push({ attempt: attempt + 1, fixes: [...fixes] });
        if (fixes.length > 0) console.log('[ModelGen] Canonicalization fixes:', fixes);

const fixedText = mgRenderMalloyModel(fixedSources);
        if (fixedText !== malloyText) {
          currentSources = fixedSources;
          malloyText = fixedText;
          result = await tryCompile(malloyText);
          if (signal.aborted) return;
          if (result.compiled) {
            telemetry.compiledBy = 'heuristic_fix';
            telemetry.finalCompiled = true;
            telemetry.finalAttempt = attempt + 1;
            console.log('[ModelGen] Model compiled successfully after canonicalization (attempt', attempt + 1, ')');
            break;
          }
        }

// Step 5b: Re-prompt LLM (gpt-5) with errors
        setModelGenStatus(`Re-prompting LLM (attempt ${attempt + 1})...`);
        const isOrderingError = result.errors.some(e => /is not defined|not found|Unknown source/i.test(e));
        const errorContext = isOrderingError
          ? 'The errors are likely caused by source ordering — ensure referenced sources come before referencing sources.'
          : 'Check column and table name casing carefully against the original metadata.';
        const fixPromptText = `The following Malloy model has compilation errors:\n${result.errors.join('\n')}\n\n${errorContext}\n\nCurrent model:\n${malloyText}\n\nFix the errors and return the corrected model as JSON.`;
        const escapedFixPrompt = fixPromptText.replace(/'/g, "''");
        const fixSql = `SELECT prompt('${escapedFixPrompt}', model := 'gpt-5', json_schema := '${escapedSchema}') AS result`;
        console.log('[ModelGen] Fix prompt (attempt', attempt + 1, '):\n', fixPromptText);
        console.log('[ModelGen] Fix SQL (attempt', attempt + 1, '):\n', fixSql);
        console.log('[ModelGen] Re-prompting LLM with gpt-5 (attempt', attempt + 1, ')...');
        const fixRows = await execModelGenSql(fixSql, signal);
        if (signal.aborted) return;

const fixParsed = mgParseLlmResponse(fixRows[0], extractStructResult);
        if (!fixParsed?.sources) { telemetry.llmRetryCompiled.push(false); continue; }

const { sources: retrySources, fixes: retryFixes } = canonicalizeSources(fixParsed.sources, []);
        currentSources = retrySources;
        if (retryFixes.length > 0) telemetry.heuristicFixesApplied.push({ attempt: attempt + 1, fixes: retryFixes.map(f => `retry: ${f}`) });

malloyText = mgRenderMalloyModel(currentSources);
        result = await tryCompile(malloyText);
        if (signal.aborted) return;
        telemetry.llmRetryCompiled.push(!!result.compiled);
        if (result.compiled) { telemetry.compiledBy = 'llm_retry'; telemetry.finalCompiled = true; telemetry.finalAttempt = attempt + 1; }
      }

if (!telemetry.finalCompiled) telemetry.compiledBy = 'uncompiled';
      console.log('[ModelGen:Telemetry]', JSON.stringify(telemetry));

if (result.compiled) {
        console.log('[ModelGen] Model compiled successfully');
        setModelGenStatus('');
      } else {
        console.warn('[ModelGen] Could not confirm compilation — committing for framework compilation');
        setModelGenStatus('Model may have errors — review and click Apply');
      }
      _compiledModelCache = null;
      // Write generated model to the editor and commit it to the semantic models store
      setSemanticModelEditorText(malloyText);
      if (editingSemanticModelKey) {
        setSemanticModels(prev => ({
          ...prev,
          [editingSemanticModelKey]: { text: malloyText, committedModel: malloyText },
        }));
        // Activate this model on the current tab
        setPivotConfig(prev => ({ ...prev, semanticModelKey: editingSemanticModelKey, selected: null }));
      }

} catch (err: any) {
      if (err?.message === 'Aborted') {
        setModelGenStatus('Cancelled');
      } else {
        console.error('[ModelGen] Error:', err);
        setModelGenStatus(`Error: ${err?.message || 'Unknown error'}`);
      }
    } finally {
      clearTimeout(flowTimeout);
      setModelGenProcessing(false);
    }
  }, [selected, editingSemanticModelKey, modelGenProcessing, execModelGenSql, tree, malloyBundleReady]);

// ── Tree toggle ────────────────────────────────────────────────
  const toggle = useCallback((key: string) => {
    setExpanded((prev) => {
      const next = new Set(prev);
      next.has(key) ? next.delete(key) : next.add(key);
      return next;
    });
  }, []);

// ── Drag & Drop ────────────────────────────────────────────────
  dragRef.current = dragState;
  phantomRef.current = phantom;

// Set or update the phantom (ghost chip rendered during drag, no state mutation)
  const setPhantomFor = useCallback(
    (quad: string, idx: number) => {
      const ds = dragRef.current;
      if (!ds) return;
      const colName = extractColName(ds.text, ds.sourceQuad);
      const next = { quad, idx, colName };
      phantomRef.current = next;
      setPhantom(next);
    },
    []
  );

const clearPhantom = useCallback(() => {
    phantomRef.current = null;
    setPhantom(null);
  }, []);

const startDrag = useCallback(
    (sourceQuad: string, sourceIdx: number, text: string, tableName?: string) =>
      (e: React.DragEvent) => {
        e.dataTransfer.setData("text/plain", text);
        e.dataTransfer.effectAllowed = "move";
        const ds = { sourceQuad, sourceIdx, text, tableName };
        setDragState(ds);
        dragRef.current = ds;
        dropOkRef.current = false;
        clearPhantom();
      },
    [clearPhantom]
  );

// Touch drag start for chips/column list items
  const startTouchDrag = useCallback(
    (sourceQuad: string, sourceIdx: number, text: string, tableName?: string) =>
      (e: React.TouchEvent) => {
        if (e.touches.length !== 1) return;
        const touch = e.touches[0];
        touchDragRef.current = {
          type: 'chip', sourceQuad, sourceIdx, text,
          startX: touch.clientX, startY: touch.clientY,
          active: false,
          timer: setTimeout(() => {
            const td = touchDragRef.current;
            if (td && !td.active) {
              td.active = true;
              const ds = { sourceQuad, sourceIdx, text, tableName };
              setDragState(ds);
              dragRef.current = ds;
              dropOkRef.current = false;
              clearPhantom();
              showTouchGhost(td.startX, td.startY, text);
            }
          }, 200),
        };
      },
    [clearPhantom]
  );

// Touch drag start for tabs
  const startTouchTabDrag = useCallback(
    (tabIdx: number, tabId: string, label: string) =>
      (e: React.TouchEvent) => {
        if (e.touches.length !== 1) return;
        const touch = e.touches[0];
        touchDragRef.current = {
          type: 'tab', tabIdx, tabId, text: label,
          startX: touch.clientX, startY: touch.clientY,
          active: false,
          timer: setTimeout(() => {
            const td = touchDragRef.current;
            if (td && !td.active) {
              td.active = true;
              tabDragRef.current = { dragIdx: tabIdx };
              showTouchGhost(td.startX, td.startY, label);
            }
          }, 200),
        };
      },
    []
  );

// Touch-and-hold to open a context menu (replaces drag for chips with menus)
  const touchHoldAction = useCallback(
    (action: (x: number, y: number) => void) =>
      (e: React.TouchEvent) => {
        if (e.touches.length !== 1) return;
        const touch = e.touches[0];
        touchDragRef.current = {
          type: 'chip', text: '',
          startX: touch.clientX, startY: touch.clientY,
          active: false,
          timer: setTimeout(() => {
            const td = touchDragRef.current;
            if (td && !td.active) {
              touchDragRef.current = null;
              action(td.startX, td.startY);
            }
          }, 400),
        };
      },
    []
  );

// Chip dragOver: live reorder (same quad) or update phantom position (cross)
  const onChipDragOver = useCallback(
    (targetQuad: string, targetIdx: number) => (e: React.DragEvent) => {
      e.preventDefault();
      e.stopPropagation();
      const ds = dragRef.current;
      if (!ds) return;

// Same quadrant → live reorder
      if (ds.sourceQuad === targetQuad) {
        if (ds.sourceIdx === targetIdx) return;
        const from = ds.sourceIdx;
        const reorder = <T,>(arr: T[]): T[] => {
          if (from < 0 || from >= arr.length) return arr;
          const next = [...arr];
          const [moved] = next.splice(from, 1);
          next.splice(targetIdx, 0, moved);
          return next;
        };
        if (targetQuad === "filters") setPivotConfig(prev => ({ ...prev, filterItems: reorder(prev.filterItems) }));
        else if (targetQuad === "columns") setPivotConfig(prev => ({ ...prev, columnItems: reorder(prev.columnItems) }));
        else if (targetQuad === "rows") setPivotConfig(prev => ({ ...prev, rowItems: reorder(prev.rowItems) }));
        else if (targetQuad === "values") setPivotConfig(prev => ({ ...prev, valueItems: reorder(prev.valueItems) }));
        const updated = { ...ds, sourceIdx: targetIdx };
        setDragState(updated);
        dragRef.current = updated;
        return;
      }

// Different quadrant → show phantom at this position
      // Adjust index: phantom is rendered among real chips, so the visual
      // index maps 1:1 to insertion index.
      setPhantomFor(targetQuad, targetIdx);
    },
    [setPhantomFor]
  );

// Container dragOver: highlight + phantom at end (empty space below chips)
  const onQuadDragOver = useCallback(
    (quad: string) => (e: React.DragEvent) => {
      e.preventDefault();
      const ds = dragRef.current;
      if (!ds || ds.sourceQuad === quad) return;
      // Block values_axis indicator from being dropped on filters/values
      if (ds.sourceQuad === "values_axis" && quad !== "columns" && quad !== "rows") return;
      setDragOver(quad);
      // Cursor is over empty space (chips call stopPropagation) → phantom at end
      const ph = phantomRef.current;
      if (!ph || ph.quad !== quad || ph.idx !== Infinity) {
        setPhantomFor(quad, Infinity);
      }
    },
    [setPhantomFor]
  );

// Container dragLeave: clear phantom + highlight
  const onQuadDragLeave = useCallback(
    (quad: string) => (e: React.DragEvent) => {
      const container = e.currentTarget as HTMLElement;
      const related = e.relatedTarget as Node | null;
      // Only clear if cursor truly left the container
      if (related && container.contains(related)) return;
      setDragOver(null);
      if (phantomRef.current?.quad === quad) clearPhantom();
    },
    [clearPhantom]
  );

// Drop: commit the item at the phantom position (or append)
  const onQuadDrop = useCallback(
    (targetQuad: string) => (e: React.DragEvent) => {
      e.preventDefault();
      dropOkRef.current = true;
      setDragOver(null);

const ds = dragRef.current;
      if (!ds) {
        clearPhantom();
        return;
      }

// Handle values_axis indicator: only allow columns/rows
      if (ds.sourceQuad === "values_axis") {
        if (targetQuad === "columns" || targetQuad === "rows") {
          setPivotConfig(prev => ({ ...prev, valuesAxis: targetQuad as "columns" | "rows" }));
        }
        clearPhantom();
        return;
      }

if (ds.sourceQuad === targetQuad) {
        clearPhantom();
        return;
      }

// Remove from source (skip for column list)
      if (ds.sourceQuad !== "list") removeAt(ds.sourceQuad, ds.sourceIdx);

// Insert at phantom position or end
      const ph = phantomRef.current;
      const colName = extractColName(ds.text, ds.sourceQuad);
      const insertIdx = ph && ph.quad === targetQuad ? ph.idx : Infinity;
      spliceInto(targetQuad, colName, insertIdx, ds.tableName);
      clearPhantom();
    },
    [removeAt, spliceInto, clearPhantom]
  );

// Drag ended without drop — clean up
  const onDragEnd = useCallback(() => {
    if (!dropOkRef.current) {
      const ds = dragRef.current;
      if (ds && ds.sourceQuad !== "list" && ds.sourceQuad !== "values_axis") {
        removeAt(ds.sourceQuad, ds.sourceIdx);
      }
    }
    setDragState(null);
    dragRef.current = null;
    clearPhantom();
    setDragOver(null);
  }, [removeAt, clearPhantom]);

// ── Global touch move/end handlers ──────────────────────────
  const spliceIntoRef = useRef(spliceInto);
  spliceIntoRef.current = spliceInto;
  const removeAtRef = useRef(removeAt);
  removeAtRef.current = removeAt;

useEffect(() => {
    const handleTouchMove = (e: TouchEvent) => {
      const td = touchDragRef.current;
      if (!td) return;
      const touch = e.touches[0];

if (!td.active) {
        const dx = touch.clientX - td.startX;
        const dy = touch.clientY - td.startY;
        if (Math.abs(dx) > 10 || Math.abs(dy) > 10) {
          if (td.timer) clearTimeout(td.timer);
          touchDragRef.current = null;
        }
        return;
      }

e.preventDefault();
      showTouchGhost(touch.clientX, touch.clientY, td.text);

const el = document.elementFromPoint(touch.clientX, touch.clientY) as HTMLElement | null;
      if (!el) return;

if (td.type === 'chip') {
        const chipEl = el.closest('[data-chip-quad]') as HTMLElement | null;
        if (chipEl) {
          const targetQuad = chipEl.dataset.chipQuad!;
          const targetIdx = parseInt(chipEl.dataset.chipIdx!, 10);
          const ds = dragRef.current;
          if (!ds) return;

if (ds.sourceQuad === targetQuad) {
            if (ds.sourceIdx === targetIdx) return;
            const from = ds.sourceIdx;
            const reorder = <T,>(arr: T[]): T[] => {
              if (from < 0 || from >= arr.length) return arr;
              const next = [...arr];
              const [moved] = next.splice(from, 1);
              next.splice(targetIdx, 0, moved);
              return next;
            };
            if (targetQuad === "filters") setPivotConfig(prev => ({ ...prev, filterItems: reorder(prev.filterItems) }));
            else if (targetQuad === "columns") setPivotConfig(prev => ({ ...prev, columnItems: reorder(prev.columnItems) }));
            else if (targetQuad === "rows") setPivotConfig(prev => ({ ...prev, rowItems: reorder(prev.rowItems) }));
            else if (targetQuad === "values") setPivotConfig(prev => ({ ...prev, valueItems: reorder(prev.valueItems) }));
            const updated = { ...ds, sourceIdx: targetIdx };
            setDragState(updated);
            dragRef.current = updated;
          } else {
            setPhantomFor(targetQuad, targetIdx);
          }
          setDragOver(targetQuad);
        } else {
          const quadEl = el.closest('[data-quad]') as HTMLElement | null;
          if (quadEl) {
            const quad = quadEl.dataset.quad!;
            const ds = dragRef.current;
            if (!ds || ds.sourceQuad === quad) return;
            if (ds.sourceQuad === "values_axis" && quad !== "columns" && quad !== "rows") return;
            setDragOver(quad);
            const ph = phantomRef.current;
            if (!ph || ph.quad !== quad || ph.idx !== Infinity) {
              setPhantomFor(quad, Infinity);
            }
          } else {
            setDragOver(null);
            if (phantomRef.current) clearPhantom();
          }
        }
      } else if (td.type === 'tab') {
        const tabEl = el.closest('[data-tab-idx]') as HTMLElement | null;
        const lastHighlit = touchDragRef.current?._lastHighlitTab as HTMLElement | undefined;
        if (lastHighlit && lastHighlit !== tabEl) lastHighlit.style.borderLeft = 'none';
        if (tabEl) tabEl.style.borderLeft = '2px solid #0777b3';
        if (touchDragRef.current) (touchDragRef.current as any)._lastHighlitTab = tabEl;
      }
    };

const handleTouchEnd = (e: TouchEvent) => {
      const td = touchDragRef.current;
      if (!td) return;
      if (td.timer) clearTimeout(td.timer);
      touchDragRef.current = null;
      hideTouchGhost();

if (!td.active) return;

const touch = e.changedTouches[0];
      const el = document.elementFromPoint(touch.clientX, touch.clientY) as HTMLElement | null;

if (td.type === 'chip') {
        const quadEl = el?.closest('[data-quad]') as HTMLElement | null;
        if (quadEl) {
          const targetQuad = quadEl.dataset.quad!;
          dropOkRef.current = true;
          setDragOver(null);
          const ds = dragRef.current;
          if (ds) {
            if (ds.sourceQuad === "values_axis") {
              if (targetQuad === "columns" || targetQuad === "rows") {
                setPivotConfig(prev => ({ ...prev, valuesAxis: targetQuad as "columns" | "rows" }));
              }
              clearPhantom();
            } else if (ds.sourceQuad === targetQuad) {
              // Same-quad reorder already happened during touchmove
              clearPhantom();
            } else {
              if (ds.sourceQuad !== "list") removeAtRef.current(ds.sourceQuad, ds.sourceIdx);
              const ph = phantomRef.current;
              const colName = extractColName(ds.text, ds.sourceQuad);
              const insertIdx = ph && ph.quad === targetQuad ? ph.idx : Infinity;
              spliceIntoRef.current(targetQuad, colName, insertIdx, ds.tableName);
              clearPhantom();
            }
          }
        }
        // Clean up (same as onDragEnd)
        if (!dropOkRef.current) {
          const ds = dragRef.current;
          if (ds && ds.sourceQuad !== "list" && ds.sourceQuad !== "values_axis") {
            removeAtRef.current(ds.sourceQuad, ds.sourceIdx);
          }
        }
        setDragState(null);
        dragRef.current = null;
        clearPhantom();
        setDragOver(null);
      } else if (td.type === 'tab') {
        // Clear last highlighted tab
        const lastHighlit = (td as any)._lastHighlitTab as HTMLElement | undefined;
        if (lastHighlit) lastHighlit.style.borderLeft = 'none';

// Check tab reorder
        const tabEl = el?.closest('[data-tab-idx]') as HTMLElement | null;
        if (tabEl && tabDragRef.current) {
          const toIdx = parseInt(tabEl.dataset.tabIdx!, 10);
          const fromIdx = tabDragRef.current.dragIdx;
          if (fromIdx !== toIdx) {
            setTabs((prev: any[]) => {
              const next = [...prev];
              const [moved] = next.splice(fromIdx, 1);
              next.splice(fromIdx < toIdx ? toIdx - 1 : toIdx, 0, moved);
              return next;
            });
          }
        }

// Check dashboard canvas drop
        const canvasEl = el?.closest('[data-dashboard-canvas]') as HTMLElement | null;
        if (canvasEl && td.tabId) {
          const evt = new CustomEvent('touch-tab-drop', {
            detail: { tabId: td.tabId, x: touch.clientX, y: touch.clientY },
          });
          canvasEl.dispatchEvent(evt);
        }

tabDragRef.current = null;
      }
    };

const handleTouchCancel = () => {
      const td = touchDragRef.current;
      if (td?.timer) clearTimeout(td.timer);
      touchDragRef.current = null;
      hideTouchGhost();
      setDragState(null);
      dragRef.current = null;
      clearPhantom();
      setDragOver(null);
      tabDragRef.current = null;
    };

document.addEventListener('touchmove', handleTouchMove, { passive: false });
    document.addEventListener('touchend', handleTouchEnd);
    document.addEventListener('touchcancel', handleTouchCancel);
    return () => {
      document.removeEventListener('touchmove', handleTouchMove);
      document.removeEventListener('touchend', handleTouchEnd);
      document.removeEventListener('touchcancel', handleTouchCancel);
    };
  }, [setPhantomFor, clearPhantom]);

// ── Remove helpers ─────────────────────────────────────────────
  const removeFrom = useCallback(
    (quad: string, idx: number) => {
      if (quad === "filters")
        setPivotConfig(prev => ({ ...prev, filterItems: prev.filterItems.filter((_, i) => i !== idx) }));
      else if (quad === "columns")
        setPivotConfig(prev => ({ ...prev, columnItems: prev.columnItems.filter((_, i) => i !== idx) }));
      else if (quad === "rows")
        setPivotConfig(prev => ({ ...prev, rowItems: prev.rowItems.filter((_, i) => i !== idx) }));
      else if (quad === "values")
        setPivotConfig(prev => ({ ...prev, valueItems: prev.valueItems.filter((_, i) => i !== idx) }));
    },
    []
  );

// ── Edit helpers ───────────────────────────────────────────────
  const startEdit = useCallback((id: string, expr: string) => {
    setEditingId(id);
    setEditText(expr);
  }, []);

const cancelEdit = useCallback(() => setEditingId(null), []);

// ── Quadrant checkbox helpers (column list hover checkboxes) ────
  const isColInQuad = useCallback(
    (colName: string, quad: string, tableName?: string): boolean => {
      const matchCol = (item: { col?: string; table?: string }) => item.col === colName && item.table === tableName;
      if (quad === "filters") return filterItems.some(matchCol);
      if (quad === "columns") return columnItems.some(matchCol);
      if (quad === "rows") return rowItems.some(matchCol);
      if (quad === "values") {
        const qualName = tableName ? `${tableName}.${colName}` : colName;
        return valueItems.some((v) => {
          const m = v.expr.match(/^\w+$(.+)$$/);
          return m ? m[1] === qualName : v.expr === qualName;
        });
      }
      return false;
    },
    [filterItems, columnItems, rowItems, valueItems]
  );

// ── Quadrant disabled helper ────────────────────────────────────
  const isQuadDisabled = (quad: string, opts?: { colName?: string; tableName?: string }): boolean => {
    if (chartType === 'markdown') return true;
    if (chartType === 'big-number' && (quad === 'rows' || quad === 'columns')) return true;
    if (isSlicerLike(chartType)) {
      if (quad === 'rows' || quad === 'columns' || quad === 'values') return true;
      if (quad === 'filters' && filterItems.length >= 1) {
        if (!opts?.colName) return true; // No column specified = disabled for drag
        return !isColInQuad(opts.colName, 'filters', opts.tableName);
      }
    }
    return false;
  };

// ── Render helpers ─────────────────────────────────────────────
  // Render chips for a quadrant, splicing in the phantom ghost at the right spot
  const renderQuadChips = (
    quad: string,
    chips: React.ReactNode[],
  ) => {
    if (!phantom || phantom.quad !== quad) return chips;
    const ghost = (
      <div
        key="__phantom__"
        onDragOver={(e) => {
          e.preventDefault();
          e.stopPropagation();
        }}
        style={{
          background: "#d0e4f5",
          color: "#0777b3",
          borderRadius: 4,
          padding: "3px 6px",
          fontSize: 11,
          opacity: 0.7,
          border: "1px dashed #0777b3",
          maxWidth: "100%",
          overflow: "hidden",
          textOverflow: "ellipsis",
          whiteSpace: "nowrap",
        }}
      >
        {phantom.colName}
      </div>
    );
    const idx = Math.min(phantom.idx, chips.length);
    const result = [...chips];
    result.splice(idx, 0, ghost);
    return result;
  };

const chipStyle: React.CSSProperties = {
    background: "#e8f0f8",
    color: "#231f20",
    borderRadius: 4,
    padding: "3px 6px",
    fontSize: 11,
    display: "flex",
    alignItems: "center",
    gap: 4,
    maxWidth: "100%",
  };

const quadStyle = (name: string): React.CSSProperties => ({
    border:
      dragOver === name ? "2px dashed #0777b3" : "1px solid #e0e0e0",
    background: dragOver === name ? "#f0f7fc" : "#fafafa",
    borderRadius: 4,
    padding: 6,
    minHeight: 50,
    display: "flex",
    flexDirection: "column",
    gap: 3,
    overflow: "auto",
    flex: 1,
  });

const quadLabelStyle: React.CSSProperties = {
    fontSize: 10,
    fontWeight: 600,
    color: "#6a6a6a",
    textTransform: "uppercase" as const,
    marginBottom: 2,
    letterSpacing: 0.5,
  };

// ── Main render ────────────────────────────────────────────────
  return (
    <div
      style={{
        height: "100vh",
        display: "flex",
        flexDirection: "column",
        background: "#f8f8f8",
        fontFamily: "system-ui, -apple-system, sans-serif",
        color: "#231f20",
      }}
    >
      <style>{`
        .value-chip .agg-trigger { opacity: 0; transition: opacity 0.15s; }
        .value-chip:hover .agg-trigger,
        .value-chip .agg-trigger[data-active="true"] { opacity: 1; }
        .dim-chip .date-gran-trigger { opacity: 0; transition: opacity 0.15s; }
        .dim-chip:hover .date-gran-trigger,
        .dim-chip .date-gran-trigger[data-active="true"] { opacity: 1; }
        .agg-dropdown::-webkit-scrollbar { width: 6px; }
        .agg-dropdown::-webkit-scrollbar-track { background: transparent; }
        .agg-dropdown::-webkit-scrollbar-thumb { background: #ccc; border-radius: 3px; }
        .agg-dropdown::-webkit-scrollbar-thumb:hover { background: #999; }
        .agg-dropdown-item:hover { background: #f0f7fc; }
        .col-item .quad-check { opacity: 0; transition: opacity 0.12s; }
        .col-item .quad-check[data-active="true"] { opacity: 1; }
        .col-item:hover .quad-check { opacity: 1; }
        @media (pointer: coarse) {
          .value-chip .agg-trigger { opacity: 1; }
          .dim-chip .date-gran-trigger { opacity: 1; }
          .col-item .quad-check { opacity: 1; }
        }
        @keyframes spin { from { transform: rotate(0deg); } to { transform: rotate(360deg); } }
        .sm-tree-row .sm-hover-icon { opacity: 0; transition: opacity 0.15s; }
        .sm-tree-row:hover .sm-hover-icon { opacity: 1; }
        .cs-filter-pill .cs-filter-remove { display: none !important; }
        .cs-filter-pill:hover .cs-filter-remove { display: block !important; }
      `}</style>
      {/* Header */}
      <div
        style={{
          padding: "12px 20px",
          borderBottom: "1px solid #e0e0e0",
          background: "#fff",
          display: "flex",
          alignItems: "center",
          gap: 10,
          flexShrink: 0,
        }}
      >
        <h1 style={{ fontSize: 20, fontWeight: 700, margin: 0 }}>
          Dive into Pivoting!
        </h1>
        {isSemanticModelActive && selectedTables.length > 0 ? (
          <span style={{ fontSize: 12, color: "#0777b3", display: "flex", alignItems: "center", gap: 4 }}>
            <Code size={12} /> Semantic Model ({selectedTables.length} tables)
          </span>
        ) : isCustomSqlActive ? (
          <span style={{ fontSize: 12, color: "#6b3fa0", display: "flex", alignItems: "center", gap: 4 }}>
            <Terminal size={12} /> Custom SQL
          </span>
        ) : selected ? (
          <span style={{ fontSize: 12, color: "#6a6a6a" }}>
            {fqtn}
          </span>
        ) : null}
        {/* ── Saved States Dropdown ── */}
        <div ref={stateDropdownRef} style={{ marginLeft: 'auto', position: 'relative' }}>
          <button
            onClick={() => setStateDropdownOpen(p => !p)}
            style={{
              display: 'flex', alignItems: 'center', gap: 6,
              padding: '5px 10px', borderRadius: 6,
              border: stateDropdownOpen ? '1px solid #0777b3' : '1px solid #d0d0d0',
              background: stateDropdownOpen ? '#e8f0f8' : '#fff',
              cursor: 'pointer', fontSize: 12, fontWeight: 500,
              color: stateDropdownOpen ? '#0777b3' : '#333',
              fontFamily: 'inherit', transition: 'all 0.15s',
            }}
          >
            <Save size={13} />
            <span style={{ maxWidth: 250, overflow: 'hidden', textOverflow: 'ellipsis', whiteSpace: 'nowrap' }}>{activeStateName} (Auto-Saving)</span>
            <ChevronDown size={12} style={{ transform: stateDropdownOpen ? 'rotate(180deg)' : 'none', transition: 'transform 0.15s' }} />
          </button>
          {stateDropdownOpen && (
            <div style={{
              position: 'absolute', top: '100%', right: 0, marginTop: 4,
              background: '#fff', border: '1px solid #e0e0e0', borderRadius: 8,
              boxShadow: '0 4px 16px rgba(0,0,0,0.12), 0 1px 3px rgba(0,0,0,0.08)',
              zIndex: 1000, width: 260, maxHeight: 400, overflowY: 'auto',
              padding: '4px 0', fontSize: 12,
            }}>
              <div style={{ padding: '6px 12px', fontSize: 10, fontWeight: 600, color: '#999', textTransform: 'uppercase', letterSpacing: 0.5 }}>Saved States</div>
              {savedStatesIndex.entries.map(entry => (
                <div
                  key={entry.id}
                  style={{
                    display: 'flex', alignItems: 'center', gap: 6,
                    padding: '7px 12px', cursor: 'pointer',
                    background: entry.id === savedStatesIndex.activeId ? '#f0f7fc' : 'transparent',
                    fontWeight: entry.id === savedStatesIndex.activeId ? 600 : 400,
                    transition: 'background 0.1s',
                  }}
                  onClick={() => { if (editingStateId !== entry.id) switchSavedState(entry.id); }}
                  onMouseEnter={(e: any) => { if (entry.id !== savedStatesIndex.activeId) e.currentTarget.style.background = '#f8f8f8'; }}
                  onMouseLeave={(e: any) => { e.currentTarget.style.background = entry.id === savedStatesIndex.activeId ? '#f0f7fc' : 'transparent'; }}
                >
                  <span style={{ width: 6, height: 6, borderRadius: '50%', background: entry.id === savedStatesIndex.activeId ? '#0777b3' : 'transparent', flexShrink: 0 }} />
                  {editingStateId === entry.id ? (
                    <input
                      autoFocus
                      value={editingStateName}
                      onChange={(e: any) => setEditingStateName(e.target.value)}
                      onBlur={() => { if (editingStateName.trim()) renameSavedState(entry.id, editingStateName.trim()); else setEditingStateId(null); }}
                      onKeyDown={(e: any) => {
                        if (e.key === 'Enter' && editingStateName.trim()) renameSavedState(entry.id, editingStateName.trim());
                        if (e.key === 'Escape') setEditingStateId(null);
                      }}
                      onClick={(e: any) => e.stopPropagation()}
                      style={{ flex: 1, fontSize: 12, border: '1px solid #0777b3', borderRadius: 3, padding: '2px 4px', outline: 'none', fontFamily: 'inherit' }}
                    />
                  ) : (
                    <span
                      style={{ flex: 1, overflow: 'hidden', textOverflow: 'ellipsis', whiteSpace: 'nowrap' }}
                      onDoubleClick={(e: any) => { e.stopPropagation(); setEditingStateId(entry.id); setEditingStateName(entry.name); }}
                    >{entry.name}{entry.id === savedStatesIndex.activeId ? ' (Auto-Saving)' : ''}</span>
                  )}
                  {savedStatesIndex.entries.length > 1 && editingStateId !== entry.id && (
                    <button
                      onClick={(e: any) => { e.stopPropagation(); deleteSavedState(entry.id); }}
                      style={{ background: 'none', border: 'none', padding: '0 2px', cursor: 'pointer', color: '#bbb', display: 'flex', alignItems: 'center', justifyContent: 'center', borderRadius: 3, lineHeight: 1, fontSize: 13, fontWeight: 600, width: 16, height: 16 }}
                      onMouseEnter={(e: any) => { e.currentTarget.style.color = '#bc1200'; }}
                      onMouseLeave={(e: any) => { e.currentTarget.style.color = '#bbb'; }}
                      title="Delete state"
                    >×</button>
                  )}
                </div>
              ))}
              <div style={{ borderTop: '1px solid #e8e8e8', margin: '4px 0' }} />
              <div
                style={{ display: 'flex', alignItems: 'center', gap: 6, padding: '7px 12px', cursor: 'pointer', color: '#0777b3' }}
                onClick={() => createNewState(`State ${savedStatesIndex.entries.length + 1}`, false)}
                onMouseEnter={(e: any) => { e.currentTarget.style.background = '#f8f8f8'; }}
                onMouseLeave={(e: any) => { e.currentTarget.style.background = 'transparent'; }}
              >
                <Plus size={12} /> Create New
              </div>
              <div
                style={{ display: 'flex', alignItems: 'center', gap: 6, padding: '7px 12px', cursor: 'pointer', color: '#0777b3' }}
                onClick={() => createNewState(`${activeStateName} (copy)`, true)}
                onMouseEnter={(e: any) => { e.currentTarget.style.background = '#f8f8f8'; }}
                onMouseLeave={(e: any) => { e.currentTarget.style.background = 'transparent'; }}
              >
                <Copy size={12} /> Save As
              </div>
            </div>
          )}
        </div>
      </div>

{/* Content */}
      <div style={{ display: "flex", flex: 1, overflow: "hidden" }}>
        {/* ── View Selector Panel ── */}
        <ViewSelectorPanel
          viewMode={viewMode}
          onViewModeChange={handleViewModeChange}
          configPanelVisible={configPanelVisible}
          onHover={(mode, rect) => setViewSelectorTooltip(mode && rect ? { mode, rect } : null)}
        />

{/* ── Left Panel (Configuration) ── */}
        {configPanelVisible && <div
          ref={leftPanelRef}
          style={{
            width: leftWidth,
            minWidth: 250,
            maxWidth: 700,
            display: "flex",
            flexDirection: "column",
            background: "#fff",
            borderRight: "1px solid #e0e0e0",
            flexShrink: 0,
          }}
        >
          {viewMode === 'semantic-model' ? (
          /* ── Semantic Modeling Mode: top panel (tree) + bottom panel (editor) ── */
          <>
          {/* Top panel: database/schema/table tree with add/edit icons */}
          <div
            style={{
              flex: sectionFlex[0],
              overflow: "auto",
              padding: 8,
              minHeight: 0,
              display: "flex",
              flexDirection: "column",
            }}
          >
            <div style={quadLabelStyle}>Databases & Schemas</div>
            {tablesQ.isLoading ? (
              <div style={{ display: "flex", alignItems: "center", gap: 6, padding: 8, fontSize: 12, color: "#999" }}>
                <Loader2 size={14} style={{ animation: "spin 1s linear infinite" }} /> Loading tables...
              </div>
            ) : tablesQ.isError ? (
              <div style={{ fontSize: 11, color: "#bc1200", padding: 8 }}>
                Error: {tablesQ.error?.message}
              </div>
            ) : (
              Array.from(tree.entries()).map(([db, schemas]) => {
                const dbKey = db;
                const dbExp = expanded.has(dbKey);
                const dbModelKey = `db|${db}`;
                const hasDbModel = !!semanticModels[dbModelKey];
                const isEditingDb = editingSemanticModelKey === dbModelKey;
                return (
                  <div key={db}>
                    <div
                      onClick={() => toggle(dbKey)}
                      className="sm-tree-row"
                      style={{
                        display: "flex", alignItems: "center", gap: 4, padding: "3px 4px",
                        borderRadius: 3, cursor: "pointer", fontSize: 12,
                        background: isEditingDb ? "#e8f0f8" : "transparent",
                      }}
                      onMouseEnter={(e: any) => { if (!isEditingDb) e.currentTarget.style.background = "#f5f5f5"; e.currentTarget.classList.add('hovered'); }}
                      onMouseLeave={(e: any) => { e.currentTarget.style.background = isEditingDb ? "#e8f0f8" : "transparent"; e.currentTarget.classList.remove('hovered'); }}
                    >
                      {dbExp ? <ChevronDown size={12} /> : <ChevronRight size={12} />}
                      <Database size={12} style={{ color: "#0777b3" }} />
                      <span style={{ fontWeight: 500, flex: 1 }}>{db}</span>
                      {/* +SQL button (database level only) */}
                      <span
                        className="sm-hover-icon"
                        title="Create Custom SQL View"
                        onClick={(e: any) => {
                          e.stopPropagation();
                          setCustomSqlViewDialog({ open: true, associatedDb: db });
                          setCsvDialogName('');
                          setCsvDialogSql('');
                        }}
                        style={{
                          fontSize: 9, fontWeight: 700, color: "#0777b3", cursor: "pointer",
                          padding: "1px 4px", borderRadius: 3, border: "1px solid #0777b3",
                        }}
                      >
                        +SQL
                      </span>
                      {/* Add/Edit model icon */}
                      <span
                        className={hasDbModel ? undefined : "sm-hover-icon"}
                        title={hasDbModel ? `Edit model for ${db}` : `Add model for ${db}`}
                        onClick={(e: any) => {
                          e.stopPropagation();
                          setEditingSemanticModelKey(dbModelKey);
                          setSemanticModelEditorText(hasDbModel ? semanticModels[dbModelKey].text : '');
                          if (hasDbModel) {
                            // Existing model — activate it on the current tab immediately
                            setPivotConfig(prev => ({ ...prev, semanticModelKey: dbModelKey, selected: null }));
                            _compiledModelCache = null;
                          } else {
                            // New model — clear visualization to blank
                            setPivotConfig(prev => ({ ...prev, semanticModelKey: null, selected: null }));
                            _compiledModelCache = null;
                            lastValidErdRef.current = null;
                          }
                        }}
                        style={{
                          width: 18, height: 18, borderRadius: 3,
                          display: "flex", alignItems: "center", justifyContent: "center",
                          cursor: "pointer", fontSize: hasDbModel ? 14 : 13, fontWeight: 700, lineHeight: 1, flexShrink: 0,
                          border: hasDbModel ? "1px solid #0777b3" : "1px solid #2d7a00",
                          background: hasDbModel ? "#0777b3" : "#2d7a00",
                          color: "#fff", userSelect: "none",
                        }}
                      >
                        {hasDbModel ? '✎' : '+'}
                      </span>
                    </div>
                    {dbExp && Array.from(schemas.entries()).map(([schema, tables]) => {
                      const sKey = `${db}.${schema}`;
                      const sExp = expanded.has(sKey);
                      const schemaModelKey = `schema|${db}|${schema}`;
                      const hasSchemaModel = !!semanticModels[schemaModelKey];
                      const isEditingSchema = editingSemanticModelKey === schemaModelKey;
                      return (
                        <div key={schema} style={{ paddingLeft: 16 }}>
                          <div
                            onClick={() => toggle(sKey)}
                            className="sm-tree-row"
                            style={{
                              display: "flex", alignItems: "center", gap: 4, padding: "2px 4px",
                              borderRadius: 3, cursor: "pointer", fontSize: 11, color: "#6a6a6a",
                              background: isEditingSchema ? "#e8f0f8" : "transparent",
                            }}
                            onMouseEnter={(e: any) => { if (!isEditingSchema) e.currentTarget.style.background = "#f5f5f5"; e.currentTarget.classList.add('hovered'); }}
                            onMouseLeave={(e: any) => { e.currentTarget.style.background = isEditingSchema ? "#e8f0f8" : "transparent"; e.currentTarget.classList.remove('hovered'); }}
                          >
                            {sExp ? <ChevronDown size={10} /> : <ChevronRight size={10} />}
                            <span style={{ flex: 1 }}>{schema}</span>
                            {/* Add/Edit model icon (no +SQL at schema level) */}
                            <span
                              className={hasSchemaModel ? undefined : "sm-hover-icon"}
                              title={hasSchemaModel ? `Edit model for ${db}.${schema}` : `Add model for ${db}.${schema}`}
                              onClick={(e: any) => {
                                e.stopPropagation();
                                setEditingSemanticModelKey(schemaModelKey);
                                setSemanticModelEditorText(hasSchemaModel ? semanticModels[schemaModelKey].text : '');
                                if (hasSchemaModel) {
                                  setPivotConfig(prev => ({ ...prev, semanticModelKey: schemaModelKey, selected: null }));
                                  _compiledModelCache = null;
                                } else {
                                  setPivotConfig(prev => ({ ...prev, semanticModelKey: null, selected: null }));
                                  _compiledModelCache = null;
                                  lastValidErdRef.current = null;
                                }
                              }}
                              style={{
                                width: 18, height: 18, borderRadius: 3,
                                display: "flex", alignItems: "center", justifyContent: "center",
                                cursor: "pointer", fontSize: hasSchemaModel ? 14 : 13, fontWeight: 700, lineHeight: 1, flexShrink: 0,
                                border: hasSchemaModel ? "1px solid #0777b3" : "1px solid #2d7a00",
                                background: hasSchemaModel ? "#0777b3" : "#2d7a00",
                                color: "#fff", userSelect: "none",
                              }}
                            >
                              {hasSchemaModel ? '✎' : '+'}
                            </span>
                          </div>
                          {sExp && tables.map((table) => {
                            const csvIdx = db === 'temp' ? customSqlViews.findIndex(v => v.name === table) : -1;
                            return (
                            <div
                              key={table}
                              className="sm-tree-row"
                              style={{
                                display: "flex", alignItems: "center", gap: 4, padding: "2px 4px 2px 20px",
                                borderRadius: 3, fontSize: 11, color: "#888",
                              }}
                            >
                              <Table2 size={10} style={{ color: csvIdx >= 0 ? "#6b3fa0" : "#b0b0b0" }} />
                              <span style={{ flex: 1 }}>{table}</span>
                              {csvIdx >= 0 && (
                                <span
                                  className="sm-hover-icon"
                                  title="Edit Custom SQL View"
                                  onClick={(e: any) => {
                                    e.stopPropagation();
                                    const v = customSqlViews[csvIdx];
                                    setCustomSqlViewDialog({ open: true, associatedDb: v.associatedDb, editIndex: csvIdx });
                                    setCsvDialogName(v.name);
                                    setCsvDialogSql(v.sql);
                                  }}
                                  style={{
                                    fontSize: 9, fontWeight: 700, color: "#6b3fa0", cursor: "pointer",
                                    padding: "1px 4px", borderRadius: 3, border: "1px solid #6b3fa0",
                                  }}
                                >
                                  SQL
                                </span>
                              )}
                            </div>
                            );
                          })}
                        </div>
                      );
                    })}
                  </div>
                );
              })
            )}
          </div>
          {/* Horizontal resize divider between tree and editor */}
          <div
            onMouseDown={(e: any) => {
              e.preventDefault();
              hResizing.current = { divider: 0, startY: e.clientY, startFlex: [...sectionFlex] };
            }}
            style={{
              height: 3, cursor: "row-resize", background: "#e0e0e0", flexShrink: 0,
              transition: "background 0.15s",
            }}
            onMouseEnter={(e: any) => (e.currentTarget.style.background = "#0777b3")}
            onMouseLeave={(e: any) => {
              if (!hResizing.current) e.currentTarget.style.background = "#e0e0e0";
            }}
          />
          {/* Bottom panel: Semantic Model code editor */}
          <div
            style={{
              flex: sectionFlex[1] + sectionFlex[2],
              overflow: "auto",
              padding: 8,
              minHeight: 0,
              display: "flex",
              flexDirection: "column",
            }}
          >
            {editingSemanticModelKey ? (
              <>
                <div style={{ ...quadLabelStyle, display: 'flex', alignItems: 'center', gap: 6 }}>
                  <Code size={12} style={{ color: "#0777b3" }} />
                  <span>
                    {editingSemanticModelKey.startsWith('db|')
                      ? `Database: ${editingSemanticModelKey.slice(3)}`
                      : `Schema: ${editingSemanticModelKey.split('|').slice(1).join(' > ')}`}
                  </span>
                  {semanticModels[editingSemanticModelKey]?.committedModel && (
                    <span style={{ fontSize: 9, color: '#2d7a00', fontWeight: 600 }}>ACTIVE</span>
                  )}
                </div>
                <div style={{ display: 'flex', gap: 4, marginBottom: 4, flexWrap: 'wrap' }}>
                  {modelGenProcessing ? (
                    <>
                    <button
                      title="Cancel model generation"
                      onClick={() => { modelGenAbortRef.current?.abort(); }}
                      style={{
                        background: "#c44", border: "none", padding: "2px 8px", cursor: "pointer",
                        color: "#fff", display: "flex", alignItems: "center", borderRadius: 4,
                        gap: 3, fontSize: 10, fontWeight: 600,
                      }}
                      onMouseEnter={(e: any) => { e.currentTarget.style.background = "#a33"; }}
                      onMouseLeave={(e: any) => { e.currentTarget.style.background = "#c44"; }}
                    >
                      <X size={11} /> Cancel
                    </button>
                    <span style={{ fontSize: 9, color: '#666', maxWidth: 200, overflow: 'hidden', textOverflow: 'ellipsis', whiteSpace: 'nowrap', alignSelf: 'center' }} title={modelGenStatus}>
                      {modelGenStatus || 'Generating...'}
                    </span>
                    </>
                  ) : (
                    <button
                      title="Auto-generate Malloy model"
                      onClick={() => { setModelGenStatus(''); runModelGenFlow(); }}
                      style={{
                        background: "#0070d4", border: "none", padding: "2px 8px", cursor: "pointer",
                        color: "#fff", display: "flex", alignItems: "center", borderRadius: 4,
                        gap: 3, fontSize: 10, fontWeight: 600,
                      }}
                      onMouseEnter={(e: any) => { e.currentTarget.style.background = "#005bb5"; }}
                      onMouseLeave={(e: any) => { e.currentTarget.style.background = "#0070d4"; }}
                    >
                      <Terminal size={11} /> Auto-generate
                    </button>
                  )}
                  {!modelGenProcessing && modelGenStatus && (
                    <span style={{ fontSize: 10, color: modelGenStatus.startsWith('Error') || modelGenStatus.startsWith('Timed') || modelGenStatus.startsWith('Cancel') ? '#c44' : '#666', maxWidth: 250, overflow: 'hidden', textOverflow: 'ellipsis', whiteSpace: 'nowrap', alignSelf: 'center' }} title={modelGenStatus}>
                      {modelGenStatus}
                    </span>
                  )}
                  <button
                    title="Apply model (Shift+Enter)"
                    onClick={() => {
                      if (!semanticModelEditorText.trim() || !editingSemanticModelKey) return;
                      const key = editingSemanticModelKey;
                      setSemanticModels(prev => ({
                        ...prev,
                        [key]: { text: semanticModelEditorText, committedModel: semanticModelEditorText },
                      }));
                      _compiledModelCache = null;
                      // Activate this model on the current tab so the visualization updates
                      setPivotConfig(prev => ({ ...prev, semanticModelKey: key, selected: null }));
                    }}
                    style={{
                      background: semanticModelEditorText.trim() ? "#2d7a00" : "#ccc",
                      border: "none", padding: "2px 8px",
                      cursor: semanticModelEditorText.trim() ? "pointer" : "default",
                      color: "#fff", display: "flex", alignItems: "center", borderRadius: 4,
                      gap: 3, fontSize: 10, fontWeight: 600,
                    }}
                    onMouseEnter={(e: any) => { if (semanticModelEditorText.trim()) e.currentTarget.style.background = "#236600"; }}
                    onMouseLeave={(e: any) => { e.currentTarget.style.background = semanticModelEditorText.trim() ? "#2d7a00" : "#ccc"; }}
                  >
                    <Play size={11} fill="#fff" /> Apply
                  </button>
                </div>
                <div style={{ flex: 1, display: "flex", flexDirection: "column", minHeight: 80 }}>
                  <SqlEditor
                    value={semanticModelEditorText}
                    onChange={setSemanticModelEditorText}
                    keywords={keywordsSet}
                    onRun={() => {
                      if (!semanticModelEditorText.trim() || !editingSemanticModelKey) return;
                      const key = editingSemanticModelKey;
                      setSemanticModels(prev => ({
                        ...prev,
                        [key]: { text: semanticModelEditorText, committedModel: semanticModelEditorText },
                      }));
                      _compiledModelCache = null;
                      setPivotConfig(prev => ({ ...prev, semanticModelKey: key, selected: null }));
                    }}
                    tokenizer={tokenizeMalloy}
                    placeholder="Enter Malloy model..."
                  />
                </div>
                {smCompileError && (
                  <div style={{
                    margin: '6px 0 0', padding: '6px 10px', borderRadius: 6,
                    background: '#fef2f2', border: '1px solid #fca5a5',
                    fontSize: 11, color: '#991b1b', lineHeight: 1.4,
                    maxHeight: 60, overflowY: 'auto',
                  }}>
                    <span style={{ fontWeight: 600 }}>Compile Error: </span>
                    {smCompileError}
                  </div>
                )}
              </>
            ) : (
              <div style={{ display: 'flex', alignItems: 'center', justifyContent: 'center', flex: 1, color: '#999', fontSize: 12 }}>
                Select a database or schema to add or edit a semantic model
              </div>
            )}
          </div>
          </>
          ) : leftPanelTab === 'setup' ? (
          <>
          {/* Tree section */}
          <div
            style={{
              flex: sectionFlex[0],
              overflow: "auto",
              padding: 8,
              minHeight: 0,
              display: "flex",
              flexDirection: "column",
              scrollbarGutter: 'stable',
            }}
          >
            {/* ── Explore Multiple Tables section ── */}
            <div style={quadLabelStyle}>Explore Multiple Tables</div>
            {/* Add Semantic Model entry */}
            <div
              onClick={() => {
                setViewMode('semantic-model');
                setEditingSemanticModelKey(null);
                setSemanticModelEditorText('');
              }}
              style={{
                display: "flex", alignItems: "center", gap: 4, padding: "3px 4px",
                borderRadius: 3, cursor: "pointer", fontSize: 12, fontWeight: 500,
                color: "#0777b3",
              }}
              onMouseEnter={(e: any) => (e.currentTarget.style.background = "#f5f5f5")}
              onMouseLeave={(e: any) => (e.currentTarget.style.background = "transparent")}
            >
              <span style={{
                width: 18, height: 18, borderRadius: 3,
                display: "flex", alignItems: "center", justifyContent: "center",
                fontSize: 13, fontWeight: 700, lineHeight: 1, flexShrink: 0,
                border: "1px solid #2d7a00", background: "#2d7a00",
                color: "#fff", userSelect: "none",
              }}>+</span>
              <span>Add Semantic Model</span>
            </div>
            {/* List existing semantic models */}
            {(Object.entries(semanticModels) as [string, { text: string; committedModel: string }][]).map(([key, model]) => {
              const isActive = semanticModelKey === key;
              const displayName = key.startsWith('db|')
                ? key.slice(3)
                : key.split('|').slice(1).join(' > ');
              const typeLabel = key.startsWith('db|') ? 'Database' : 'Schema';
              return (
                <div
                  key={key}
                  className="sm-tree-row"
                  onClick={() => {
                    // Select this semantic model for the current tab (clears single-table selection)
                    setPivotConfig(prev => ({ ...prev, semanticModelKey: key, selected: null }));
                    _compiledModelCache = null;
                  }}
                  style={{
                    display: "flex", alignItems: "center", gap: 4, padding: "3px 4px 3px 12px",
                    borderRadius: 3, cursor: "pointer", fontSize: 11,
                    fontWeight: isActive ? 600 : 400,
                    background: isActive ? "#e8f0f8" : "transparent",
                  }}
                  onMouseEnter={(e: any) => { if (!isActive) e.currentTarget.style.background = "#f5f5f5"; e.currentTarget.classList.add('hovered'); }}
                  onMouseLeave={(e: any) => { e.currentTarget.style.background = isActive ? "#e8f0f8" : "transparent"; e.currentTarget.classList.remove('hovered'); }}
                >
                  <Code size={10} style={{ color: "#0777b3" }} />
                  <span style={{ flex: 1 }}>{typeLabel}: {displayName}</span>
                  {/* Edit icon on hover */}
                  <span
                    className="sm-hover-icon"
                    title={`Edit model for ${displayName}`}
                    onClick={(e: any) => {
                      e.stopPropagation();
                      setViewMode('semantic-model');
                      setEditingSemanticModelKey(key);
                      setSemanticModelEditorText(model.text);
                    }}
                    style={{
                      width: 18, height: 18, borderRadius: 3,
                      display: "flex", alignItems: "center", justifyContent: "center",
                      cursor: "pointer", fontSize: 14, fontWeight: 700, lineHeight: 1, flexShrink: 0,
                      border: "1px solid #0777b3", background: "#0777b3",
                      color: "#fff", userSelect: "none",
                    }}
                  >
                    ✎
                  </span>
                </div>
              );
            })}
            {/* ── Explore Single Table section ── */}
            <div style={{ ...quadLabelStyle, marginTop: 8, display: 'flex', alignItems: 'center' }}>
              <span style={{ flex: 1 }}>Explore Single Table</span>
              <ChevronsDown
                size={12} style={{ cursor: 'pointer', color: '#999', flexShrink: 0 }} title="Expand all"
                onClick={() => {
                  setExpanded(prev => {
                    const next = new Set(prev);
                    for (const [db, schemas] of tree) {
                      next.add(db);
                      for (const schema of schemas.keys()) next.add(`${db}.${schema}`);
                    }
                    return next;
                  });
                }}
              />
              <ChevronsUp
                size={12} style={{ cursor: 'pointer', color: '#999', marginLeft: 2, flexShrink: 0 }} title="Collapse all"
                onClick={() => {
                  setExpanded(prev => {
                    const next = new Set(prev);
                    for (const [db, schemas] of tree) {
                      next.delete(db);
                      for (const schema of schemas.keys()) next.delete(`${db}.${schema}`);
                    }
                    return next;
                  });
                }}
              />
            </div>
            {tablesQ.isLoading ? (
              <div style={{ display: "flex", alignItems: "center", gap: 6, padding: 8, fontSize: 12, color: "#6a6a6a" }}>
                <Loader2 className="animate-spin" size={14} /> Loading tables...
              </div>
            ) : tablesQ.isError ? (
              <div style={{ fontSize: 11, color: "#bc1200", padding: 8 }}>
                Error: {tablesQ.error?.message}
              </div>
            ) : (
              Array.from(tree.entries()).map(([db, schemas]) => {
                const dbKey = db;
                const dbExp = expanded.has(dbKey);
                return (
                  <div key={db}>
                    <div
                      onClick={() => toggle(dbKey)}
                      className="sm-tree-row"
                      style={{
                        display: "flex", alignItems: "center", gap: 4, padding: "3px 4px",
                        borderRadius: 3, cursor: "pointer", fontSize: 12,
                      }}
                      onMouseEnter={(e) => (e.currentTarget.style.background = "#f5f5f5")}
                      onMouseLeave={(e) => (e.currentTarget.style.background = "transparent")}
                    >
                      {dbExp ? <ChevronDown size={12} /> : <ChevronRight size={12} />}
                      <Database size={12} style={{ color: "#0777b3" }} />
                      <span style={{ fontWeight: 500, flex: 1 }}>{db}</span>
                      <span
                        className="sm-hover-icon"
                        title="Create Custom SQL View"
                        onClick={(e: any) => {
                          e.stopPropagation();
                          setCustomSqlViewDialog({ open: true, associatedDb: db });
                          setCsvDialogName('');
                          setCsvDialogSql('');
                        }}
                        style={{
                          fontSize: 9, fontWeight: 700, color: "#0777b3", cursor: "pointer",
                          padding: "1px 4px", borderRadius: 3, border: "1px solid #0777b3",
                        }}
                      >
                        +SQL
                      </span>
                    </div>
                    {dbExp && Array.from(schemas.entries()).map(([schema, tables]) => {
                      const sKey = `${db}.${schema}`;
                      const sExp = expanded.has(sKey);
                      return (
                        <div key={schema} style={{ paddingLeft: 16 }}>
                          <div
                            onClick={() => toggle(sKey)}
                            style={{
                              display: "flex", alignItems: "center", gap: 4, padding: "2px 4px",
                              borderRadius: 3, cursor: "pointer", fontSize: 11, color: "#6a6a6a",
                            }}
                            onMouseEnter={(e) => (e.currentTarget.style.background = "#f5f5f5")}
                            onMouseLeave={(e) => (e.currentTarget.style.background = "transparent")}
                          >
                            {sExp ? <ChevronDown size={10} /> : <ChevronRight size={10} />}
                            <span>{schema}</span>
                          </div>
                          {sExp && tables.map((table: any) => {
                            const isSel = selected?.db === db && selected?.schema === schema && selected?.table === table;
                            return (
                              <div
                                key={table}
                                onClick={() => {
                                  setPivotConfig(prev => ({
                                    ...prev,
                                    selected: { db, schema, table },
                                    semanticModelKey: null,
                                    filterItems: [],
                                    columnItems: [],
                                    rowItems: [],
                                    valueItems: [],
                                    valuesAxis: null,
                                  }));
                                  setCustomSqlExpanded(false);
                                  _compiledModelCache = null;
                                  setPivotRuntime(prev => ({ ...prev, tblFilters: {}, filterMetaMap: {} }));
                                  setFilterPopup(null);
                                  setFilterDropdownId(null);
                                  setTabs(prev => prev.filter(t => t.type !== 'drilldown' || t.parentId !== currentPivotId));
                                  setActiveTabId(currentPivotId);
                                }}
                                className="sm-tree-row"
                                style={{
                                  display: "flex", alignItems: "center", gap: 4,
                                  padding: "2px 4px 2px 22px", borderRadius: 3, cursor: "pointer", fontSize: 11,
                                  fontWeight: isSel ? 600 : 400,
                                  background: isSel ? "#e8f0f8" : "transparent",
                                }}
                                onMouseEnter={(e) => { if (!isSel) e.currentTarget.style.background = "#f5f5f5"; }}
                                onMouseLeave={(e) => { e.currentTarget.style.background = isSel ? "#e8f0f8" : "transparent"; }}
                              >
                                <span style={{ flex: 1 }}>{table}</span>
                                {db === 'temp' && (() => {
                                  const viewIdx = customSqlViews.findIndex(v => v.name === table);
                                  if (viewIdx < 0) return null;
                                  return (
                                    <span
                                      className="sm-hover-icon"
                                      title="Edit Custom SQL View"
                                      data-edit-csv
                                      onClick={(e: any) => {
                                        e.stopPropagation();
                                        const v = customSqlViews[viewIdx];
                                        setCustomSqlViewDialog({ open: true, associatedDb: v.associatedDb, editIndex: viewIdx });
                                        setCsvDialogName(v.name);
                                        setCsvDialogSql(v.sql);
                                      }}
                                      style={{
                                        fontSize: 9, fontWeight: 700, color: "#6b3fa0", cursor: "pointer",
                                        padding: "1px 4px", borderRadius: 3, border: "1px solid #6b3fa0",
                                      }}
                                    >
                                      SQL
                                    </span>
                                  );
                                })()}
                              </div>
                            );
                          })}
                        </div>
                      );
                    })}
                  </div>
                );
              })
            )}
          </div>

{/* Horizontal resize divider 1 */}
          <div
            onMouseDown={(e) => {
              e.preventDefault();
              hResizing.current = { divider: 0, startY: e.clientY, startFlex: [...sectionFlex] };
            }}
            style={{
              height: 3,
              cursor: "row-resize",
              background: "#e0e0e0",
              flexShrink: 0,
              transition: "background 0.15s",
            }}
            onMouseEnter={(e) => (e.currentTarget.style.background = "#0777b3")}
            onMouseLeave={(e) => {
              if (!hResizing.current) e.currentTarget.style.background = "#e0e0e0";
            }}
          />

{/* Columns section */}
          <div
            style={{
              flex: sectionFlex[1],
              overflow: "auto",
              padding: 8,
              minHeight: 0,
              scrollbarGutter: 'stable',
            }}
          >
            <div style={{ ...quadLabelStyle, display: 'flex', alignItems: 'center' }}>
              <span style={{ flex: 1 }}>
                Columns{" "}
                {isSemanticModelActive && selectedTables.length > 0 ? (
                  <span style={{ fontWeight: 400, textTransform: "none" }}>
                    — Semantic Model ({selectedTables.length} {selectedTables.length === 1 ? 'table' : 'tables'})
                  </span>
                ) : isCustomSqlActive ? (
                  <span style={{ fontWeight: 400, textTransform: "none" }}>
                    — Custom SQL
                  </span>
                ) : selected ? (
                  <span style={{ fontWeight: 400, textTransform: "none" }}>
                    — {selected.table}
                  </span>
                ) : null}
              </span>
              {(isSemanticModelActive && sourceColumns.size > 1) && (
                <>
                  <ChevronsDown
                    size={12} style={{ cursor: 'pointer', color: '#999' }} title="Expand all"
                    onClick={() => setColTreeExpanded(prev => {
                      const next = new Set(prev);
                      for (const k of sourceColumns.keys()) next.add(k);
                      return next;
                    })}
                  />
                  <ChevronsUp
                    size={12} style={{ cursor: 'pointer', color: '#999', marginLeft: 2 }} title="Collapse all"
                    onClick={() => setColTreeExpanded(new Set())}
                  />
                </>
              )}
            </div>
            {isSemanticModelActive && selectedTables.length > 0 ? (
              /* ── Multi-table tree view: one entry per Malloy source ── */
              multiTableColsLoading || (multiTableCols.size > 0 && sourceColumns.size === 0) ? (
                <div style={{ display: "flex", alignItems: "center", gap: 6, padding: 8, fontSize: 12, color: "#6a6a6a" }}>
                  <Loader2 className="animate-spin" size={14} /> {sourceColumns.size === 0 && multiTableCols.size > 0 ? 'Compiling model...' : 'Loading...'}
                </div>
              ) : (
                Array.from(sourceColumns.entries()).map(([srcName, entry]) => {
                  const isExp = colTreeExpanded.has(srcName);
                  const tableForQuad = entry.isRunSource ? undefined : srcName;
                  return (
                    <div key={srcName}>
                      <div
                        onClick={() => setColTreeExpanded(prev => { const s = new Set(prev); s.has(srcName) ? s.delete(srcName) : s.add(srcName); return s; })}
                        style={{
                          display: "flex", alignItems: "center", gap: 4, padding: "3px 4px",
                          borderRadius: 3, cursor: "pointer", fontSize: 11, fontWeight: 500,
                        }}
                        onMouseEnter={(e: any) => (e.currentTarget.style.background = "#f5f5f5")}
                        onMouseLeave={(e: any) => (e.currentTarget.style.background = "transparent")}
                      >
                        {isExp ? <ChevronDown size={10} /> : <ChevronRight size={10} />}
                        <Table2 size={10} style={{ color: "#0777b3" }} />
                        <span>{srcName}</span>
                        <span style={{ fontSize: 9, color: "#999" }}>({entry.tableName})</span>
                      </div>
                      {isExp && entry.columns.map((r, ci) => {
                        const colName = r.column_name;
                        const dtype = r.data_type;
                        const quads = [
                          { key: "filters", letter: "F" },
                          { key: "columns", letter: "C" },
                          { key: "rows", letter: "R" },
                          { key: "values", letter: "V" },
                        ] as const;
                        return (
                          <div
                            key={ci}
                            className="col-item"
                            data-table={srcName}
                            draggable
                            onDragStart={startDrag("list", -1, colName, tableForQuad)}
                            onDragEnd={onDragEnd}
                            onTouchStart={startTouchDrag("list", -1, colName, tableForQuad)}
                            style={{
                              display: "flex", alignItems: "center", gap: 6,
                              padding: "3px 6px 3px 22px", borderRadius: 3, cursor: "grab", fontSize: 11,
                            }}
                            onMouseEnter={(e: any) => (e.currentTarget.style.background = "#f5f5f5")}
                            onMouseLeave={(e: any) => (e.currentTarget.style.background = "transparent")}
                          >
                            <span style={{ flex: 1, overflow: "hidden", textOverflow: "ellipsis", whiteSpace: "nowrap" }}>
                              {colName}
                            </span>
                            <span style={{ fontSize: 9, color: "#adadad", flexShrink: 0 }}>{dtype}</span>
                            <span style={{ display: "flex", gap: 2, flexShrink: 0 }}>
                              {quads.map(({ key, letter }) => {
                                const active = isColInQuad(colName, key, tableForQuad);
                                const disabled = isQuadDisabled(key, { colName, tableName: tableForQuad });
                                return (
                                  <span
                                    key={key}
                                    className="quad-check"
                                    data-active={active ? "true" : undefined}
                                    title={key.charAt(0).toUpperCase() + key.slice(1)}
                                    onClick={(e) => {
                                      e.stopPropagation(); e.preventDefault();
                                      if (!disabled) toggleColInQuad(colName, key, tableForQuad);
                                    }}
                                    onMouseDown={(e) => { e.stopPropagation(); e.preventDefault(); }}
                                    onDragStart={(e) => { e.stopPropagation(); e.preventDefault(); }}
                                    draggable={false}
                                    style={{
                                      width: 16, height: 16, borderRadius: 3,
                                      display: "flex", alignItems: "center", justifyContent: "center",
                                      cursor: disabled ? "not-allowed" : "pointer",
                                      opacity: disabled ? 0.3 : undefined,
                                      fontSize: 9, fontWeight: 700, lineHeight: 1, flexShrink: 0,
                                      border: active ? "1px solid #0777b3" : "1px solid #ccc",
                                      background: active ? "#0777b3" : "#fff",
                                      color: active ? "#fff" : "#6a6a6a",
                                      userSelect: "none",
                                    }}
                                  >
                                    {letter}
                                  </span>
                                );
                              })}
                            </span>
                          </div>
                        );
                      })}
                    </div>
                  );
                })
              )
            ) : !hasSource ? (
              <div style={{ fontSize: 11, color: "#adadad", padding: 8 }}>
                Select a table above
              </div>
            ) : effectiveColsLoading ? (
              <div
                style={{
                  display: "flex",
                  alignItems: "center",
                  gap: 6,
                  padding: 8,
                  fontSize: 12,
                  color: "#6a6a6a",
                }}
              >
                <Loader2 className="animate-spin" size={14} /> Loading...
              </div>
            ) : (
              <>
              {showingStaleColumns && (
                <div style={{ fontSize: 10, color: "#bc1200", padding: "2px 6px 4px", fontStyle: "italic" }}>
                  Error loading columns. Showing last valid columns.
                </div>
              )}
              {effectiveCols.map((r: any, i: number) => {
                const colName = String(r.column_name);
                const dtype = String(r.data_type);
                const quads = [
                  { key: "filters", letter: "F" },
                  { key: "columns", letter: "C" },
                  { key: "rows", letter: "R" },
                  { key: "values", letter: "V" },
                ] as const;
                return (
                  <div
                    key={i}
                    className="col-item"
                    draggable
                    onDragStart={startDrag("list", -1, colName)}
                    onDragEnd={onDragEnd}
                    onTouchStart={startTouchDrag("list", -1, colName)}
                    style={{
                      display: "flex",
                      alignItems: "center",
                      gap: 6,
                      padding: "3px 6px",
                      borderRadius: 3,
                      cursor: "grab",
                      fontSize: 11,
                    }}
                    onMouseEnter={(e: any) =>
                      (e.currentTarget.style.background = "#f5f5f5")
                    }
                    onMouseLeave={(e: any) =>
                      (e.currentTarget.style.background = "transparent")
                    }
                  >
                    <span
                      style={{
                        flex: 1,
                        overflow: "hidden",
                        textOverflow: "ellipsis",
                        whiteSpace: "nowrap",
                      }}
                    >
                      {colName}
                    </span>
                    <span
                      style={{
                        fontSize: 9,
                        color: "#adadad",
                        flexShrink: 0,
                      }}
                    >
                      {dtype}
                    </span>
                    <span style={{ display: "flex", gap: 2, flexShrink: 0 }}>
                      {quads.map(({ key, letter }) => {
                        const active = isColInQuad(colName, key);
                        const disabled = isQuadDisabled(key, { colName });
                        return (
                          <span
                            key={key}
                            className="quad-check"
                            data-active={active ? "true" : undefined}
                            title={disabled ? `${key.charAt(0).toUpperCase() + key.slice(1)} (disabled for ${chartType === 'big-number' ? 'Big Number' : isSlicerLike(chartType) ? 'Slicer' : chartType === 'markdown' ? 'Markdown' : chartType})` : key.charAt(0).toUpperCase() + key.slice(1)}
                            onClick={(e) => {
                              e.stopPropagation();
                              e.preventDefault();
                              if (!disabled) toggleColInQuad(colName, key);
                            }}
                            onMouseDown={(e) => { e.stopPropagation(); e.preventDefault(); }}
                            onDragStart={(e) => { e.stopPropagation(); e.preventDefault(); }}
                            draggable={false}
                            style={{
                              width: 16,
                              height: 16,
                              borderRadius: 3,
                              display: "flex",
                              alignItems: "center",
                              justifyContent: "center",
                              cursor: disabled ? "not-allowed" : "pointer",
                              opacity: disabled ? 0.3 : undefined,
                              fontSize: 9,
                              fontWeight: 700,
                              lineHeight: 1,
                              flexShrink: 0,
                              border: active ? "1px solid #0777b3" : "1px solid #ccc",
                              background: active ? "#0777b3" : "#fff",
                              color: active ? "#fff" : "#6a6a6a",
                              userSelect: "none",
                            }}
                          >
                            {letter}
                          </span>
                        );
                      })}
                    </span>
                  </div>
                );
              })}
              </>
            )}
          </div>

{/* Horizontal resize divider 2 */}
          <div
            onMouseDown={(e) => {
              e.preventDefault();
              hResizing.current = { divider: 1, startY: e.clientY, startFlex: [...sectionFlex] };
            }}
            style={{
              height: 3,
              cursor: "row-resize",
              background: "#e0e0e0",
              flexShrink: 0,
              transition: "background 0.15s",
            }}
            onMouseEnter={(e) => (e.currentTarget.style.background = "#0777b3")}
            onMouseLeave={(e) => {
              if (!hResizing.current) e.currentTarget.style.background = "#e0e0e0";
            }}
          />

{/* Quadrants section */}
          <div
            style={{
              flex: sectionFlex[2],
              padding: 8,
              minHeight: 0,
              display: "grid",
              gridTemplateColumns: "1fr 1fr",
              gridTemplateRows: "1fr 1fr",
              gap: 6,
            }}
          >
            {/* Filters (top-left) — split into Server-Side and Client-Side sections */}
            <div
              data-quad="filters"
              onDragOver={isQuadDisabled('filters') ? undefined : onQuadDragOver("filters")}
              onDragLeave={isQuadDisabled('filters') ? undefined : onQuadDragLeave("filters")}
              onDrop={isQuadDisabled('filters') ? undefined : onQuadDrop("filters")}
              style={{ ...quadStyle("filters"), overflow: filterDropdownId ? "visible" : "auto", display: 'flex', flexDirection: 'column' }}
            >
              {/* Server-Side Filters */}
              <div style={{ ...quadLabelStyle, color: '#6a6a6a' }}>
                {clientSideFilterItems.length > 0 ? 'Server-Side Filters' : 'Filters'}
              </div>
              <div style={{ flex: clientSideFilterItems.length > 0 ? 1 : undefined, minHeight: 0, overflow: filterDropdownId ? 'visible' : 'auto' }}>
              {renderQuadChips(
                "filters",
                filterItems.map((f, i) => (
                  <div
                    key={f.id}
                    data-chip-quad="filters"
                    data-chip-idx={i}
                    style={{ position: "relative" }}
                    draggable
                    onDragStart={startDrag("filters", i, f.col || f.expr, f.table)}
                    onDragOver={onChipDragOver("filters", i)}
                    onDragEnd={onDragEnd}
                    onTouchStart={f.col ? touchHoldAction(() => setFilterDropdownId(f.id)) : startTouchDrag("filters", i, f.col || f.expr, f.table)}
                    onDoubleClick={() => {
                      if (f.col) setFilterDropdownId(f.id);
                    }}
                  >
                    <div style={{ ...chipStyle, cursor: "grab" }}>
                      <span
                        style={{ overflow: "hidden", textOverflow: "ellipsis", whiteSpace: "nowrap", flex: 1 }}
                        title={f.expr}
                      >
                        {f.expr}
                      </span>
                      <button
                        onClick={(e) => { e.stopPropagation(); removeFrom("filters", i); }}
                        style={{ background: "none", border: "none", padding: 0, cursor: "pointer", color: "#6a6a6a", display: "flex", flexShrink: 0 }}
                      >
                        <X size={11} />
                      </button>
                    </div>
                    {filterDropdownId === f.id && hasSource && f.col && (
                      <FilterQuadDropdown
                        col={f.col}
                        qualifiedCol={f.table ? `${f.table}.${f.col}` : undefined}
                        fromExpr={(() => {
                          // For semantic model filters, resolve the source name to a physical table path
                          if (isSemanticModelActive && f.table && sourceColumns.size > 0) {
                            const entry = sourceColumns.get(f.table);
                            if (entry?.tableName) {
                              // Find the full table path from selectedTables
                              const st = selectedTables.find(t => t.table === entry.tableName);
                              if (st) return `${dq(st.db)}.${dq(st.schema)}.${dq(st.table)}`;
                            }
                          }
                          if (isSemanticModelActive && !f.table && semanticModelRunSource && sourceColumns.size > 0) {
                            // Run source column — use run source's table
                            const entry = sourceColumns.get(semanticModelRunSource);
                            if (entry?.tableName) {
                              const st = selectedTables.find(t => t.table === entry.tableName);
                              if (st) return `${dq(st.db)}.${dq(st.schema)}.${dq(st.table)}`;
                            }
                          }
                          return fromExpr;
                        })()}
                        initialMeta={filterMetaMap[f.id]}
                        applyRef={filterQuadApplyRef}
                        onApply={(expr, meta) => {
                          setPivotConfig(prev => ({ ...prev, filterItems: prev.filterItems.map((fi) => fi.id === f.id ? { ...fi, expr } : fi) }));
                          setPivotRuntime((prev) => ({ ...prev, filterMetaMap: { ...prev.filterMetaMap, [f.id]: meta } }));
                          setFilterDropdownId(null);
                        }}
                        onCancel={() => setFilterDropdownId(null)}
                      />
                    )}
                  </div>
                ))
              )}
              </div>
              {/* Client-Side Filters — shown when slicer filters are applied client-side */}
              {clientSideFilterItems.length > 0 && (<>
                <div style={{ height: 1, background: '#e0e0e0', margin: '4px 0', flexShrink: 0 }} />
                <div style={{ ...quadLabelStyle, color: '#0777b3', fontSize: 9 }}>Client-Side Filters</div>
                <div style={{ flex: 1, minHeight: 0, overflow: 'auto' }}>
                  {clientSideFilterItems.map((cf) => (
                    <div key={cf.id} style={{ padding: '1px 2px' }}>
                      <div
                        className="cs-filter-pill"
                        style={{
                          ...chipStyle,
                          background: '#e8f0f8',
                          borderColor: '#0777b3',
                          color: '#0777b3',
                          position: 'relative',
                        }}
                      >
                        <span
                          style={{ overflow: "hidden", textOverflow: "ellipsis", whiteSpace: "nowrap", flex: 1 }}
                          title={`${cf.col} (${cf.placement}) — ${cf.expr}`}
                        >
                          {cf.expr}
                        </span>
                        <span style={{ fontSize: 8, color: '#0777b3', opacity: 0.7, flexShrink: 0 }}>
                          {cf.placement === 'rows' ? 'R' : 'C'}
                        </span>
                        <button
                          className="cs-filter-remove"
                          onClick={(e) => {
                            e.stopPropagation();
                            setPivotConfig(prev => ({
                              ...prev,
                              clientSideFilterItems: prev.clientSideFilterItems.filter(f => f.id !== cf.id),
                            }));
                          }}
                          style={{
                            position: 'absolute', right: -4, top: -4,
                            width: 14, height: 14, borderRadius: '50%',
                            background: '#bc1200', border: 'none', color: '#fff',
                            fontSize: 9, lineHeight: '14px', textAlign: 'center',
                            cursor: 'pointer', padding: 0,
                            display: 'none',
                          }}
                          title="Remove client-side filter"
                        >×</button>
                      </div>
                    </div>
                  ))}
                </div>
              </>)}
            </div>

{/* Columns (top-right) */}
            <div
              data-quad="columns"
              onDragOver={isQuadDisabled('columns') ? undefined : onQuadDragOver("columns")}
              onDragLeave={isQuadDisabled('columns') ? undefined : onQuadDragLeave("columns")}
              onDrop={isQuadDisabled('columns') ? undefined : onQuadDrop("columns")}
              style={{ ...quadStyle("columns"), ...(isQuadDisabled('columns') ? { opacity: 0.4, pointerEvents: 'none' as const } : {}) }}
            >
              <div style={quadLabelStyle}>Columns</div>
              {renderQuadChips(
                "columns",
                columnItems.map((item, i) => {
                  const text = dimColName(item);
                  const dtype = colTypeMap.get(item.col) || '';
                  const hasDateMenu = isDateLike(dtype);
                  const isTransformed = !!item.granularity;
                  return (
                    <div
                      key={item.id}
                      data-chip-quad="columns"
                      data-chip-idx={i}
                      className={hasDateMenu ? "dim-chip" : undefined}
                      draggable
                      onDragStart={startDrag("columns", i, item.col, item.table)}
                      onDragOver={onChipDragOver("columns", i)}
                      onDragEnd={onDragEnd}
                      onTouchStart={hasDateMenu ? touchHoldAction((x, y) => {
                        setDateMenuId(item.id);
                        setDateMenuPos({
                          top: y + 10 + 280 > window.innerHeight ? y - 284 : y + 10,
                          left: Math.min(x - 50, window.innerWidth - 180),
                        });
                      }) : startTouchDrag("columns", i, item.col, item.table)}
                      style={{ ...chipStyle, cursor: "grab", ...(isTransformed ? { background: "#e6f4e6", color: "#1a6b1a" } : {}) }}
                    >
                      <span style={{ overflow: "hidden", textOverflow: "ellipsis", whiteSpace: "nowrap", flex: 1 }} title={text}>
                        {text}
                      </span>
                      {hasDateMenu && (
                        <button
                          data-date-menu="true"
                          className="date-gran-trigger"
                          data-active={dateMenuId === item.id ? "true" : undefined}
                          onClick={(e) => {
                            e.stopPropagation();
                            if (dateMenuId === item.id) {
                              setDateMenuId(null);
                              setDateMenuPos(null);
                            } else {
                              const rect = e.currentTarget.getBoundingClientRect();
                              setDateMenuId(item.id);
                              setDateMenuPos({
                                top: rect.bottom + 4 + 280 > window.innerHeight ? rect.top - 284 : rect.bottom + 4,
                                left: Math.min(rect.left, window.innerWidth - 180),
                              });
                            }
                          }}
                          style={{
                            background: "none", border: "none", padding: "0 1px", cursor: "pointer",
                            color: dateMenuId === item.id ? "#0777b3" : "#6a6a6a",
                            display: "flex", flexShrink: 0, borderRadius: 3,
                          }}
                        >
                          <MoreVertical size={11} />
                        </button>
                      )}
                      <button
                        onClick={(e) => { e.stopPropagation(); removeFrom("columns", i); }}
                        style={{ background: "none", border: "none", padding: 0, cursor: "pointer", color: "#6a6a6a", display: "flex", flexShrink: 0 }}
                      >
                        <X size={11} />
                      </button>
                    </div>
                  );
                })
              )}
              {valuesAxis === "columns" && (
                <div
                  key="__values_axis__"
                  data-chip-quad="columns"
                  data-chip-idx={columnItems.length}
                  draggable
                  onDragStart={startDrag("values_axis", 0, "Σ Values")}
                  onDragEnd={onDragEnd}
                  onTouchStart={startTouchDrag("values_axis", 0, "Σ Values")}
                  onDragOver={(e) => {
                    e.preventDefault();
                    e.stopPropagation();
                    const ds = dragRef.current;
                    if (ds && ds.sourceQuad !== "values_axis") {
                      setPhantomFor("columns", Infinity);
                    }
                  }}
                  style={{
                    ...chipStyle,
                    background: "#f0e8f8",
                    color: "#6b3fa0",
                    cursor: "grab",
                    fontWeight: 600,
                  }}
                >
                  <span
                    style={{
                      overflow: "hidden",
                      textOverflow: "ellipsis",
                      whiteSpace: "nowrap",
                      flex: 1,
                    }}
                  >
                    Σ Values
                  </span>
                </div>
              )}
            </div>

{/* Rows (bottom-left) */}
            <div
              data-quad="rows"
              onDragOver={isQuadDisabled('rows') ? undefined : onQuadDragOver("rows")}
              onDragLeave={isQuadDisabled('rows') ? undefined : onQuadDragLeave("rows")}
              onDrop={isQuadDisabled('rows') ? undefined : onQuadDrop("rows")}
              style={{ ...quadStyle("rows"), ...(isQuadDisabled('rows') ? { opacity: 0.4, pointerEvents: 'none' as const } : {}) }}
            >
              <div style={quadLabelStyle}>Rows</div>
              {renderQuadChips(
                "rows",
                rowItems.map((item, i) => {
                  const text = dimColName(item);
                  const dtype = colTypeMap.get(item.col) || '';
                  const hasDateMenu = isDateLike(dtype);
                  const isTransformed = !!item.granularity;
                  return (
                    <div
                      key={item.id}
                      data-chip-quad="rows"
                      data-chip-idx={i}
                      className={hasDateMenu ? "dim-chip" : undefined}
                      draggable
                      onDragStart={startDrag("rows", i, item.col, item.table)}
                      onDragOver={onChipDragOver("rows", i)}
                      onDragEnd={onDragEnd}
                      onTouchStart={hasDateMenu ? touchHoldAction((x, y) => {
                        setDateMenuId(item.id);
                        setDateMenuPos({
                          top: y + 10 + 280 > window.innerHeight ? y - 284 : y + 10,
                          left: Math.min(x - 50, window.innerWidth - 180),
                        });
                      }) : startTouchDrag("rows", i, item.col, item.table)}
                      style={{ ...chipStyle, cursor: "grab", ...(isTransformed ? { background: "#e6f4e6", color: "#1a6b1a" } : {}) }}
                    >
                      <span style={{ overflow: "hidden", textOverflow: "ellipsis", whiteSpace: "nowrap", flex: 1 }} title={text}>
                        {text}
                      </span>
                      {hasDateMenu && (
                        <button
                          data-date-menu="true"
                          className="date-gran-trigger"
                          data-active={dateMenuId === item.id ? "true" : undefined}
                          onClick={(e) => {
                            e.stopPropagation();
                            if (dateMenuId === item.id) {
                              setDateMenuId(null);
                              setDateMenuPos(null);
                            } else {
                              const rect = e.currentTarget.getBoundingClientRect();
                              setDateMenuId(item.id);
                              setDateMenuPos({
                                top: rect.bottom + 4 + 280 > window.innerHeight ? rect.top - 284 : rect.bottom + 4,
                                left: Math.min(rect.left, window.innerWidth - 180),
                              });
                            }
                          }}
                          style={{
                            background: "none", border: "none", padding: "0 1px", cursor: "pointer",
                            color: dateMenuId === item.id ? "#0777b3" : "#6a6a6a",
                            display: "flex", flexShrink: 0, borderRadius: 3,
                          }}
                        >
                          <MoreVertical size={11} />
                        </button>
                      )}
                      <button
                        onClick={(e) => { e.stopPropagation(); removeFrom("rows", i); }}
                        style={{ background: "none", border: "none", padding: 0, cursor: "pointer", color: "#6a6a6a", display: "flex", flexShrink: 0 }}
                      >
                        <X size={11} />
                      </button>
                    </div>
                  );
                })
              )}
              {valuesAxis === "rows" && (
                <div
                  key="__values_axis__"
                  data-chip-quad="rows"
                  data-chip-idx={rowItems.length}
                  draggable
                  onDragStart={startDrag("values_axis", 0, "Σ Values")}
                  onDragEnd={onDragEnd}
                  onTouchStart={startTouchDrag("values_axis", 0, "Σ Values")}
                  onDragOver={(e) => {
                    e.preventDefault();
                    e.stopPropagation();
                    const ds = dragRef.current;
                    if (ds && ds.sourceQuad !== "values_axis") {
                      setPhantomFor("rows", Infinity);
                    }
                  }}
                  style={{
                    ...chipStyle,
                    background: "#f0e8f8",
                    color: "#6b3fa0",
                    cursor: "grab",
                    fontWeight: 600,
                  }}
                >
                  <span
                    style={{
                      overflow: "hidden",
                      textOverflow: "ellipsis",
                      whiteSpace: "nowrap",
                      flex: 1,
                    }}
                  >
                    Σ Values
                  </span>
                </div>
              )}
            </div>

{/* Values (bottom-right) */}
            <div
              data-quad="values"
              onDragOver={isQuadDisabled('values') ? undefined : onQuadDragOver("values")}
              onDragLeave={isQuadDisabled('values') ? undefined : onQuadDragLeave("values")}
              onDrop={isQuadDisabled('values') ? undefined : onQuadDrop("values")}
              style={{ ...quadStyle("values"), ...(isQuadDisabled('values') ? { opacity: 0.4, pointerEvents: 'none' as const } : {}) }}
            >
              <div style={quadLabelStyle}>Values</div>
              {renderQuadChips(
                "values",
                valueItems.map((v, i) =>
                  renderChip(v.expr, "values", i, v.id, true, v.table)
                )
              )}
            </div>
          </div>
          </>
          ) : (
            <div style={{ flex: 1, overflow: 'auto', padding: 12 }}>
              {/* ── Maximum Row Count (shared across all visuals) ── */}
              <div style={{ marginBottom: 16 }}>
                <div style={SECTION_HEADER_STYLE}>Maximum Row Count</div>
                <FontSizeInput label="Max rows" value={maxRowCount} onChange={(v: number) => setPivotTableFormat(prev => ({ ...prev, maxRowCount: v }))} min={1000} max={1000000000} defaultVal={1000000} />
              </div>
              <div style={{ borderTop: '1px solid #e0e0e0', marginBottom: 16 }} />
              {activeTab !== 'pivot' ? (
                <div style={{ display: 'flex', flexDirection: 'column', gap: 16 }}>

{/* ── Drilldown Title ── */}
                  <div>
                    <div style={SECTION_HEADER_STYLE}>
                      Table Title
                    </div>
                    <input
                      type="text"
                      value={drilldownTitle}
                      onChange={(e) => setDrilldownTableFormat(prev => ({ ...prev, title: e.target.value }))}
                      placeholder="Enter table title..."
                      style={{
                        width: '100%',
                        padding: '6px 8px',
                        fontSize: 12,
                        border: '1px solid #e0e0e0',
                        borderRadius: 4,
                        outline: 'none',
                        boxSizing: 'border-box',
                        marginBottom: 8,
                      }}
                    />
                    <div style={{ display: 'flex', alignItems: 'center', gap: 8, marginBottom: 8, maxWidth: 120 }}>
                      <FontSizeInput label="Size" value={drilldownTitleFontSize} onChange={(v: number) => setDrilldownTableFormat(prev => ({ ...prev, titleFontSize: v }))} min={1} max={96} defaultVal={16} />
                    </div>
                    <div style={{ display: 'flex', alignItems: 'center', gap: 4 }}>
                      <label style={{ fontSize: 11, color: '#6a6a6a', marginRight: 4 }}>Position</label>
                      {(['left', 'center', 'right'] as const).map((pos) => (
                        <button
                          key={pos}
                          onClick={() => setDrilldownTableFormat(prev => ({ ...prev, titlePosition: pos }))}
                          style={{
                            padding: '3px 10px',
                            fontSize: 11,
                            border: '1px solid #e0e0e0',
                            borderRadius: 4,
                            background: drilldownTitlePosition === pos ? '#0777b3' : '#fff',
                            color: drilldownTitlePosition === pos ? '#fff' : '#333',
                            cursor: 'pointer',
                            textTransform: 'capitalize',
                          }}
                        >
                          {pos}
                        </button>
                      ))}
                    </div>
                  </div>

{/* ── Row Limit ── */}
                  <div>
                    <div style={SECTION_HEADER_STYLE}>Row Limit</div>
                    <FontSizeInput label="Rows per page" value={drilldownRowLimit} onChange={(v: number) => setDrilldownTableFormat(prev => ({ ...prev, rowLimit: v }))} min={100} max={1000000} defaultVal={10000} />
                  </div>

{/* ── Column Visibility ── */}
                  <ColumnVisibilitySection
                    showColumns={drilldownShowColumns}
                    hideColumns={drilldownHideColumns}
                    setShowColumns={(fn) => setDrilldownTableFormat(prev => ({ ...prev, showColumns: fn(prev.showColumns) }))}
                    setHideColumns={(fn) => setDrilldownTableFormat(prev => ({ ...prev, hideColumns: fn(prev.hideColumns) }))}
                    availableColumns={drilldownAvailableColumns}
                  />

{/* ── Section 1: Font Size ── */}
                  <FontSizePair
                    headerValue={drilldownHeaderFontSize} dataValue={drilldownDataFontSize}
                    onHeaderChange={(v: number) => setDrilldownTableFormat(prev => ({ ...prev, headerFontSize: v }))} onDataChange={(v: number) => setDrilldownTableFormat(prev => ({ ...prev, dataFontSize: v }))}
                  />

{/* ── Section 2: Column Widths ── */}
                  <ColumnWidthSection
                    mode={drilldownColWidthMode} setMode={(m) => setDrilldownTableFormat(prev => ({ ...prev, colWidthMode: m }))}
                    maxDataWidth={drilldownColWidthMaxData} setMaxDataWidth={(v) => setDrilldownTableFormat(prev => ({ ...prev, colWidthMaxData: v }))}
                    fixedWidth={drilldownColWidthFixed} setFixedWidth={(v) => setDrilldownTableFormat(prev => ({ ...prev, colWidthFixed: v }))}
                    overrides={drilldownColWidthOverrides} setOverrides={(v) => setDrilldownTableFormat(prev => ({ ...prev, colWidthOverrides: typeof v === 'function' ? v(prev.colWidthOverrides) : v }))}
                    availableColumns={drilldownAvailableColumns} radioName="drilldownColWidthMode"
                  />

{/* ── Section 3: Column Text Formatting ── */}
                  <ColumnTextFormatSection
                    formats={drilldownColumnTextFormats} setFormats={(v) => setDrilldownTableFormat(prev => ({ ...prev, columnTextFormats: typeof v === 'function' ? v(prev.columnTextFormats) : v }))}
                    availableColumns={drilldownAvailableColumns}
                  />

{/* ── Section 4: Data Formatting ── */}
                  <DataFormatSection
                    globalFmt={drilldownDataFormat} setGlobalFmt={(v) => setDrilldownTableFormat(prev => ({ ...prev, dataFormat: typeof v === 'function' ? v(prev.dataFormat) : v }))}
                    columnFormats={drilldownColumnDataFormats} setColumnFormats={(v) => setDrilldownTableFormat(prev => ({ ...prev, columnDataFormats: typeof v === 'function' ? v(prev.columnDataFormats) : v }))}
                    availableColumns={drilldownAvailableColumns}
                  />

{/* ── Section 5: Conditional Formatting ── */}
                  <ConditionalFormatSection
                    rules={drilldownConditionalFormats} setRules={(v) => setDrilldownTableFormat(prev => ({ ...prev, conditionalFormats: typeof v === 'function' ? v(prev.conditionalFormats) : v }))}
                    columns={drilldownAvailableColumns} idPrefix="dcf" nextIdRef={nextIdRef}
                  />

</div>
              ) : chartType === 'big-number' ? (
                <div style={{ display: 'flex', flexDirection: 'column', gap: 16 }}>

{/* ── Font Size ── */}
                  <div>
                    <div style={{ fontSize: 10, fontWeight: 600, color: '#999', marginBottom: 6, textTransform: 'uppercase' as const, letterSpacing: '0.3px' }}>
                      Number Display
                    </div>
                    <div style={{ display: 'flex', alignItems: 'center', gap: 8, marginBottom: 8 }}>
                      <label style={{ fontSize: 11, color: '#6a6a6a', minWidth: 60 }}>Font Size</label>
                      <input
                        type="number" min={12} max={200}
                        value={bigNumberFontSize}
                        onChange={(e) => setChartFormat(prev => ({ ...prev, bigNumberFontSize: Math.max(12, Math.min(200, parseInt(e.target.value) || 48)) }))}
                        style={{ width: 56, fontSize: 11, padding: '3px 6px', border: '1px solid #e0e0e0', borderRadius: 4, fontFamily: 'inherit' }}
                      />
                    </div>
                    <label style={{ display: 'flex', alignItems: 'center', gap: 6, fontSize: 11, color: '#333', cursor: 'pointer', marginBottom: 8 }}>
                      <input type="checkbox" checked={bigNumberAbbreviate}
                        onChange={(e) => setChartFormat(prev => ({ ...prev, bigNumberAbbreviate: e.target.checked }))}
                        style={{ margin: 0 }} />
                      Abbreviate (1.4M, 10T, etc.)
                    </label>
                    <div style={{ display: 'flex', alignItems: 'center', gap: 8, marginBottom: 8 }}>
                      <label style={{ fontSize: 11, color: '#6a6a6a', minWidth: 90 }}>Decimal Places</label>
                      <input
                        type="number" min={0} max={10}
                        value={bigNumberDecimalPlaces}
                        onChange={(e) => setChartFormat(prev => ({ ...prev, bigNumberDecimalPlaces: Math.max(0, Math.min(10, parseInt(e.target.value) || 0)) }))}
                        style={{ width: 56, fontSize: 11, padding: '3px 6px', border: '1px solid #e0e0e0', borderRadius: 4, fontFamily: 'inherit' }}
                      />
                    </div>
                  </div>

{/* ── Title ── */}
                  <div>
                    <div style={{ fontSize: 10, fontWeight: 600, color: '#999', marginBottom: 6, textTransform: 'uppercase' as const, letterSpacing: '0.3px' }}>
                      Title
                    </div>
                    <input
                      type="text"
                      value={bigNumberTitle}
                      onChange={(e) => setChartFormat(prev => ({ ...prev, bigNumberTitle: e.target.value }))}
                      placeholder="Enter title..."
                      style={{
                        width: '100%', padding: '6px 8px', fontSize: 12,
                        border: '1px solid #e0e0e0', borderRadius: 4, outline: 'none',
                        boxSizing: 'border-box' as const, marginBottom: 8,
                      }}
                    />
                    <div style={{ display: 'flex', alignItems: 'center', gap: 4, marginBottom: 8 }}>
                      <label style={{ fontSize: 11, color: '#6a6a6a', marginRight: 4 }}>Position</label>
                      {(['above', 'below'] as const).map((pos) => (
                        <button
                          key={pos}
                          onClick={() => setChartFormat(prev => ({ ...prev, bigNumberTitlePosition: pos }))}
                          style={{
                            padding: '3px 10px', fontSize: 11,
                            border: '1px solid #e0e0e0', borderRadius: 4,
                            background: bigNumberTitlePosition === pos ? '#0777b3' : '#fff',
                            color: bigNumberTitlePosition === pos ? '#fff' : '#333',
                            cursor: 'pointer', textTransform: 'capitalize' as const,
                          }}
                        >
                          {pos}
                        </button>
                      ))}
                    </div>
                    <div style={{ display: 'flex', alignItems: 'center', gap: 8 }}>
                      <label style={{ fontSize: 11, color: '#6a6a6a', minWidth: 60 }}>Title Size</label>
                      <input
                        type="number" min={8} max={96}
                        value={bigNumberTitleFontSize}
                        onChange={(e) => setChartFormat(prev => ({ ...prev, bigNumberTitleFontSize: Math.max(8, Math.min(96, parseInt(e.target.value) || 14)) }))}
                        style={{ width: 56, fontSize: 11, padding: '3px 6px', border: '1px solid #e0e0e0', borderRadius: 4, fontFamily: 'inherit' }}
                      />
                    </div>
                  </div>

</div>
              ) : chartType === 'markdown' ? (
                <div style={{ display: 'flex', flexDirection: 'column', gap: 12, height: '100%' }}>
                  <div style={CHART_SECTION_HEADER_STYLE}>Markdown Content</div>
                  <div style={{ flex: 1, minHeight: 200 }}>
                    <MarkdownEditor
                      value={markdownText}
                      onChange={(v) => setChartFormat(prev => ({ ...prev, markdownText: v }))}
                    />
                  </div>
                </div>
              ) : chartType !== 'table' ? (
                <div style={{ display: 'flex', flexDirection: 'column', gap: 16 }}>

{/* ── Section 1: Chart Title ── */}
                  <div>
                    <div style={CHART_SECTION_HEADER_STYLE}>
                      Chart Title
                    </div>
                    <input
                      type="text"
                      value={chartTitle}
                      onChange={(e) => setChartFormat(prev => ({ ...prev, chartTitle: e.target.value }))}
                      placeholder="Enter chart title..."
                      style={{
                        width: '100%',
                        padding: '6px 8px',
                        fontSize: 12,
                        border: '1px solid #e0e0e0',
                        borderRadius: 4,
                        outline: 'none',
                        boxSizing: 'border-box',
                        marginBottom: 8,
                      }}
                    />
                    <div style={{ display: 'flex', alignItems: 'center', gap: 8, marginBottom: 8, maxWidth: 120 }}>
                      <FontSizeInput label="Size" value={chartTitleFontSize} onChange={(v) => setChartFormat(prev => ({ ...prev, chartTitleFontSize: v }))} min={1} max={96} defaultVal={16} />
                    </div>
                    <div style={{ display: 'flex', alignItems: 'center', gap: 4 }}>
                      <label style={{ fontSize: 11, color: '#6a6a6a', marginRight: 4 }}>Position</label>
                      {(['left', 'center', 'right'] as const).map((pos) => (
                        <button
                          key={pos}
                          onClick={() => setChartFormat(prev => ({ ...prev, chartTitlePosition: pos }))}
                          style={{
                            padding: '3px 10px',
                            fontSize: 11,
                            border: '1px solid #e0e0e0',
                            borderRadius: 4,
                            background: chartTitlePosition === pos ? '#0777b3' : '#fff',
                            color: chartTitlePosition === pos ? '#fff' : '#333',
                            cursor: 'pointer',
                            textTransform: 'capitalize',
                          }}
                        >
                          {pos}
                        </button>
                      ))}
                    </div>
                  </div>

{/* ── Section 2: Data Labels ── */}
                  <div>
                    <div style={CHART_SECTION_HEADER_STYLE}>
                      Data Labels
                    </div>
                    <label style={{ display: 'flex', alignItems: 'center', gap: 6, cursor: 'pointer', userSelect: 'none', marginBottom: 8 }}>
                      <ToggleSwitch checked={dataLabelsEnabled} onChange={(v) => setChartFormat(prev => ({ ...prev, dataLabelsEnabled: v }))} />
                      <span style={{ fontSize: 11, color: '#6a6a6a' }}>Show Labels</span>
                    </label>
                    {dataLabelsEnabled && (
                      <div style={{ display: 'flex', flexDirection: 'column', gap: 8, paddingLeft: 4 }}>
                        <div style={{ display: 'flex', alignItems: 'center', gap: 4 }}>
                          <label style={{ fontSize: 11, color: '#6a6a6a', marginRight: 4 }}>Position</label>
                          {(['above', 'on', 'below'] as const).map((pos) => (
                            <button
                              key={pos}
                              onClick={() => setChartFormat(prev => ({ ...prev, dataLabelsPosition: pos }))}
                              style={{
                                padding: '3px 10px',
                                fontSize: 11,
                                border: '1px solid #e0e0e0',
                                borderRadius: 4,
                                background: dataLabelsPosition === pos ? '#0777b3' : '#fff',
                                color: dataLabelsPosition === pos ? '#fff' : '#333',
                                cursor: 'pointer',
                                textTransform: 'capitalize',
                              }}
                            >
                              {pos}
                            </button>
                          ))}
                        </div>
                        <div style={{ display: 'flex', alignItems: 'center', gap: 8, maxWidth: 120 }}>
                          <FontSizeInput label="Size" value={dataLabelsFontSize} onChange={(v) => setChartFormat(prev => ({ ...prev, dataLabelsFontSize: v }))} min={1} max={96} defaultVal={11} />
                        </div>
                        <div style={{ display: 'flex', alignItems: 'center', gap: 8 }}>
                          <label style={{ fontSize: 11, color: '#6a6a6a', whiteSpace: 'nowrap' }}>Text Color</label>
                          <input
                            type="color"
                            value={dataLabelsColor || '#231f20'}
                            onChange={(e) => setChartFormat(prev => ({ ...prev, dataLabelsColor: e.target.value }))}
                            style={{ width: 24, height: 24, border: '1px solid #e0e0e0', borderRadius: 4, padding: 0, cursor: 'pointer' }}
                          />
                        </div>
                        <div style={{ display: 'flex', alignItems: 'center', gap: 8 }}>
                          <label style={{ fontSize: 11, color: '#6a6a6a', whiteSpace: 'nowrap' }}>Background</label>
                          <input
                            type="color"
                            value={dataLabelsBgColor || '#ffffff'}
                            onChange={(e) => setChartFormat(prev => ({ ...prev, dataLabelsBgColor: e.target.value }))}
                            style={{ width: 24, height: 24, border: '1px solid #e0e0e0', borderRadius: 4, padding: 0, cursor: 'pointer' }}
                          />
                          {dataLabelsBgColor && (
                            <button
                              onClick={() => setChartFormat(prev => ({ ...prev, dataLabelsBgColor: '' }))}
                              style={{ fontSize: 10, color: '#6a6a6a', background: 'none', border: 'none', cursor: 'pointer', textDecoration: 'underline' }}
                            >
                              clear
                            </button>
                          )}
                        </div>
                        <div style={{ display: 'flex', alignItems: 'center', gap: 4 }}>
                          <label style={{ fontSize: 11, color: '#6a6a6a', marginRight: 4 }}>Style</label>
                          <button
                            onClick={() => setChartFormat(prev => ({ ...prev, dataLabelsBold: !prev.dataLabelsBold }))}
                            style={{
                              padding: '3px 10px',
                              fontSize: 11,
                              fontWeight: 700,
                              border: '1px solid #e0e0e0',
                              borderRadius: 4,
                              background: dataLabelsBold ? '#0777b3' : '#fff',
                              color: dataLabelsBold ? '#fff' : '#333',
                              cursor: 'pointer',
                            }}
                          >
                            B
                          </button>
                          <button
                            onClick={() => setChartFormat(prev => ({ ...prev, dataLabelsItalic: !prev.dataLabelsItalic }))}
                            style={{
                              padding: '3px 10px',
                              fontSize: 11,
                              fontStyle: 'italic',
                              border: '1px solid #e0e0e0',
                              borderRadius: 4,
                              background: dataLabelsItalic ? '#0777b3' : '#fff',
                              color: dataLabelsItalic ? '#fff' : '#333',
                              cursor: 'pointer',
                            }}
                          >
                            I
                          </button>
                        </div>
                      </div>
                    )}
                  </div>

{/* ── Section 3: Legend ── */}
                  <div>
                    <div style={CHART_SECTION_HEADER_STYLE}>
                      Legend
                    </div>
                    <label style={{ display: 'flex', alignItems: 'center', gap: 6, cursor: 'pointer', userSelect: 'none', marginBottom: 8 }}>
                      <ToggleSwitch checked={legendEnabled} onChange={(v) => setChartFormat(prev => ({ ...prev, legendEnabled: v }))} />
                      <span style={{ fontSize: 11, color: '#6a6a6a' }}>Show Legend</span>
                    </label>
                    {legendEnabled && (
                      <>
                        <div style={{ display: 'flex', alignItems: 'center', gap: 4 }}>
                          <label style={{ fontSize: 11, color: '#6a6a6a', marginRight: 4 }}>Position</label>
                          {(['bottom', 'left', 'right', 'top'] as const).map((pos) => (
                            <button
                              key={pos}
                              onClick={() => setChartFormat(prev => ({ ...prev, legendPosition: pos }))}
                              style={{
                                padding: '3px 8px',
                                fontSize: 11,
                                border: '1px solid #e0e0e0',
                                borderRadius: 4,
                                background: legendPosition === pos ? '#0777b3' : '#fff',
                                color: legendPosition === pos ? '#fff' : '#333',
                                cursor: 'pointer',
                                textTransform: 'capitalize',
                              }}
                            >
                              {pos}
                            </button>
                          ))}
                        </div>
                        <div style={{ display: 'flex', alignItems: 'center', gap: 8, marginTop: 8, maxWidth: 140 }}>
                          <FontSizeInput label="Font Size" value={legendFontSize} onChange={(v) => setChartFormat(prev => ({ ...prev, legendFontSize: v }))} min={1} max={96} defaultVal={13} />
                        </div>
                      </>
                    )}
                  </div>

{/* ── Section: Chart Sort ── */}
                  <ChartSortSection
                    rules={chartSortRules}
                    setRules={(v) => setChartFormat(prev => ({ ...prev, chartSortRules: typeof v === 'function' ? v(prev.chartSortRules) : v }))}
                    rowColumns={dimColNames(rowItems)}
                    nextIdRef={chartSortNextIdRef}
                  />

{/* ── Section 4: Color Theme ── */}
                  <div>
                    <div style={CHART_SECTION_HEADER_STYLE}>
                      Color Theme
                    </div>
                    <div style={{ display: 'flex', flexDirection: 'column', gap: 6 }}>
                      {Object.entries(COLOR_THEMES).map(([key, theme]) => (
                        <label
                          key={key}
                          onClick={() => setChartFormat(prev => ({ ...prev, colorTheme: key }))}
                          style={{
                            display: 'flex',
                            alignItems: 'center',
                            gap: 8,
                            padding: '4px 6px',
                            borderRadius: 4,
                            cursor: 'pointer',
                            background: colorTheme === key ? '#f0f7fb' : 'transparent',
                            border: colorTheme === key ? '1px solid #0777b3' : '1px solid transparent',
                          }}
                        >
                          <input
                            type="radio"
                            name="colorTheme"
                            checked={colorTheme === key}
                            onChange={() => setChartFormat(prev => ({ ...prev, colorTheme: key }))}
                            style={{ margin: 0, accentColor: '#0777b3' }}
                          />
                          <span style={{ fontSize: 11, color: '#333', minWidth: 70 }}>{theme.label}</span>
                          <div style={{ display: 'flex', gap: 2 }}>
                            {theme.colors.slice(0, 6).map((c, i) => (
                              <div
                                key={i}
                                style={{
                                  width: 14,
                                  height: 14,
                                  borderRadius: 2,
                                  background: c,
                                  border: '1px solid rgba(0,0,0,0.1)',
                                }}
                              />
                            ))}
                          </div>
                        </label>
                      ))}
                    </div>
                  </div>

{/* ── Section: Default Series Type (composed only) ── */}
                  {chartType === 'composed' && (
                    <div>
                      <div style={CHART_SECTION_HEADER_STYLE}>Default Series Type</div>
                      <div style={{ display: 'flex', alignItems: 'center', gap: 6 }}>
                        {(['bar', 'line', 'area'] as const).map(t => (
                          <button
                            key={t}
                            onClick={() => setChartFormat(prev => ({ ...prev, composedDefaultType: t }))}
                            style={{
                              padding: '3px 8px',
                              fontSize: 11,
                              border: '1px solid',
                              borderColor: composedDefaultType === t ? '#0777b3' : '#e0e0e0',
                              background: composedDefaultType === t ? '#e8f4fa' : '#fff',
                              color: composedDefaultType === t ? '#0777b3' : '#333',
                              borderRadius: 4,
                              cursor: 'pointer',
                              fontWeight: composedDefaultType === t ? 600 : 400,
                            }}
                          >
                            {t.charAt(0).toUpperCase() + t.slice(1)}
                          </button>
                        ))}
                        <span style={{ width: 1, height: 16, background: '#e0e0e0', flexShrink: 0 }} />
                        <label style={{ display: 'flex', alignItems: 'center', gap: 4, cursor: composedDefaultType === 'line' ? 'default' : 'pointer', userSelect: 'none' as const, flexShrink: 0, opacity: composedDefaultType === 'line' ? 0.35 : 1 }}>
                          <ToggleSwitch checked={composedStacked && composedDefaultType !== 'line'} onChange={(v) => { if (composedDefaultType !== 'line') setChartFormat(prev => ({ ...prev, composedStacked: v })); }} />
                          <span style={{ fontSize: 11, color: '#6a6a6a' }}>Stacked</span>
                        </label>
                      </div>
                    </div>
                  )}

{/* ── Section: Bars (bar/horizontal-bar/stacked-bar/stacked-horizontal-bar/composed) ── */}
                  {(['bar', 'horizontal-bar', 'stacked-bar', 'stacked-horizontal-bar', 'composed'] as ChartTypeId[]).includes(chartType) && (
                    <div>
                      <div style={CHART_SECTION_HEADER_STYLE}>Bars</div>
                      {chartType !== 'stacked-bar' && chartType !== 'stacked-horizontal-bar' && (
                        <div style={{ display: 'flex', alignItems: 'center', gap: 6, marginBottom: 6 }}>
                          <label style={{ fontSize: 11, color: '#6a6a6a', whiteSpace: 'nowrap' }}>Bar Gap %</label>
                          <input
                            type="range" min={0} max={100} value={chartBarGap}
                            onChange={(e: any) => setChartFormat(prev => ({ ...prev, chartBarGap: Number(e.target.value) }))}
                            style={{ flex: 1, accentColor: '#0777b3' }}
                          />
                          <span style={{ fontSize: 11, color: '#333', minWidth: 20, textAlign: 'right' }}>{chartBarGap}</span>
                        </div>
                      )}
                      <div style={{ display: 'flex', alignItems: 'center', gap: 6 }}>
                        <label style={{ fontSize: 11, color: '#6a6a6a', whiteSpace: 'nowrap' }}>Bar Category Gap %</label>
                        <input
                          type="range" min={0} max={100} value={chartBarCategoryGap}
                          onChange={(e: any) => setChartFormat(prev => ({ ...prev, chartBarCategoryGap: Number(e.target.value) }))}
                          style={{ flex: 1, accentColor: '#0777b3' }}
                        />
                        <span style={{ fontSize: 11, color: '#333', minWidth: 20, textAlign: 'right' }}>{chartBarCategoryGap}</span>
                      </div>
                    </div>
                  )}

{/* ── Section: Lines (line/area/composed only) ── */}
                  {(['line', 'stacked-line', 'area', 'stacked-area', 'composed'] as ChartTypeId[]).includes(chartType) && (
                    <div>
                      <div style={CHART_SECTION_HEADER_STYLE}>Lines</div>
                      <label style={{ display: 'flex', alignItems: 'center', gap: 6, cursor: 'pointer', userSelect: 'none' as const, marginBottom: 8 }}>
                        <ToggleSwitch checked={showLines} onChange={(v) => setChartFormat(prev => ({ ...prev, showLines: v }))} />
                        <span style={{ fontSize: 11, color: '#6a6a6a' }}>Show Lines</span>
                      </label>
                      {showLines && (
                        <div style={{ display: 'flex', alignItems: 'center', gap: 8, paddingLeft: 4 }}>
                          <label style={{ fontSize: 11, color: '#6a6a6a', whiteSpace: 'nowrap' as const }}>Width</label>
                          <input
                            type="range"
                            min={0.5}
                            max={8}
                            step={0.5}
                            value={chartLineWidth}
                            onChange={(e: any) => setChartFormat(prev => ({ ...prev, chartLineWidth: Number(e.target.value) }))}
                            style={{ flex: 1 }}
                          />
                          <span style={{ fontSize: 11, color: '#333', minWidth: 24, textAlign: 'right' as const }}>{chartLineWidth}</span>
                        </div>
                      )}
                    </div>
                  )}

{/* ── Section 5: Data Point Markers (line/area/scatter/composed only) ── */}
                  {(['line', 'stacked-line', 'area', 'stacked-area', 'scatter', 'composed'] as ChartTypeId[]).includes(chartType) && (
                    <div>
                      <div style={CHART_SECTION_HEADER_STYLE}>
                        Data Point Markers
                      </div>
                      <label style={{ display: 'flex', alignItems: 'center', gap: 6, cursor: 'pointer', userSelect: 'none', marginBottom: 8 }}>
                        <ToggleSwitch checked={markersEnabled} onChange={(v) => setChartFormat(prev => ({ ...prev, markersEnabled: v }))} />
                        <span style={{ fontSize: 11, color: '#6a6a6a' }}>Show Markers</span>
                      </label>
                      {markersEnabled && (
                        <div style={{ display: 'flex', flexDirection: 'column', gap: 8, paddingLeft: 4 }}>
                          <div style={{ display: 'flex', alignItems: 'center', gap: 8 }}>
                            <label style={{ fontSize: 11, color: '#6a6a6a', whiteSpace: 'nowrap' }}>Size</label>
                            <input
                              type="range"
                              min={1}
                              max={12}
                              value={markerSize}
                              onChange={(e) => setChartFormat(prev => ({ ...prev, markerSize: Number(e.target.value) }))}
                              style={{ flex: 1, accentColor: '#0777b3' }}
                            />
                            <span style={{ fontSize: 11, color: '#333', minWidth: 16, textAlign: 'right' }}>{markerSize}</span>
                          </div>
                          <div style={{ display: 'flex', flexDirection: 'column', gap: 4 }}>
                            <label style={{ fontSize: 11, color: '#6a6a6a' }}>Shape Theme</label>
                            <div style={{ display: 'flex', gap: 4, flexWrap: 'wrap' }}>
                              {(['circles', 'triangles', 'squares', 'diamonds', 'mixed'] as const).map((shape) => (
                                <button
                                  key={shape}
                                  onClick={() => setChartFormat(prev => ({ ...prev, markerShapeTheme: shape }))}
                                  style={{
                                    padding: '3px 8px',
                                    fontSize: 11,
                                    border: '1px solid #e0e0e0',
                                    borderRadius: 4,
                                    background: markerShapeTheme === shape ? '#0777b3' : '#fff',
                                    color: markerShapeTheme === shape ? '#fff' : '#333',
                                    cursor: 'pointer',
                                    textTransform: 'capitalize',
                                  }}
                                >
                                  {shape}
                                </button>
                              ))}
                            </div>
                          </div>
                          <div style={{ display: 'flex', flexDirection: 'column', gap: 4 }}>
                            <label style={{ fontSize: 11, color: '#6a6a6a' }}>Fill Style</label>
                            <div style={{ display: 'flex', gap: 4 }}>
                              {(['solid', 'border'] as const).map((style) => (
                                <button
                                  key={style}
                                  onClick={() => setChartFormat(prev => ({ ...prev, markerFill: style }))}
                                  style={{
                                    padding: '3px 8px',
                                    fontSize: 11,
                                    border: '1px solid #e0e0e0',
                                    borderRadius: 4,
                                    background: markerFill === style ? '#0777b3' : '#fff',
                                    color: markerFill === style ? '#fff' : '#333',
                                    cursor: 'pointer',
                                    textTransform: 'capitalize' as const,
                                  }}
                                >
                                  {style === 'solid' ? 'Solid' : 'Border Only'}
                                </button>
                              ))}
                            </div>
                          </div>
                        </div>
                      )}
                    </div>
                  )}

{/* ── Section: Horizontal Reference Lines (charts with numeric Y axis) ── */}
                  {(['bar', 'stacked-bar', 'line', 'stacked-line', 'area', 'stacked-area', 'composed', 'scatter'] as ChartTypeId[]).includes(chartType) && (
                    <RefLinesSection
                      lines={hRefLines}
                      setLines={(fn) => setChartFormat(prev => ({ ...prev, hRefLines: fn(prev.hRefLines) }))}
                      nextIdRef={chartSortNextIdRef}
                      direction="horizontal"
                    />
                  )}
                  {/* ── Section: Vertical Reference Lines (charts with numeric X axis) ── */}
                  {((['horizontal-bar', 'stacked-horizontal-bar', 'scatter'] as ChartTypeId[]).includes(chartType) || resolvedXAxisIsNumeric) && (
                    <RefLinesSection
                      lines={vRefLines}
                      setLines={(fn) => setChartFormat(prev => ({ ...prev, vRefLines: fn(prev.vRefLines) }))}
                      nextIdRef={chartSortNextIdRef}
                      direction="vertical"
                    />
                  )}

{/* ── Section 6: Series Overrides ── */}
                  <div>
                    <div style={CHART_SECTION_HEADER_STYLE}>
                      Series Overrides
                    </div>
                    {(() => {
                      const allSeries = pivotColumns.filter(c => !dimColNames(rowItems).includes(c) && c !== 'value_names');
                      const overridePalette = (colorTheme && colorTheme !== 'default' && COLOR_THEMES[colorTheme]) ? COLOR_THEMES[colorTheme].colors : CHART_PALETTE;
                      return Object.entries(seriesOverrides).map(([seriesName, overrides]) => {
                      const effType = chartType === 'composed' ? (overrides.seriesChartType || composedDefaultType || 'line') : null;
                      const isBarType = chartType === 'composed'
                        ? effType === 'bar'
                        : (['bar', 'horizontal-bar', 'stacked-bar', 'stacked-horizontal-bar'] as ChartTypeId[]).includes(chartType);
                      const isAreaType = chartType === 'composed'
                        ? effType === 'area'
                        : (['area', 'stacked-area'] as ChartTypeId[]).includes(chartType);
                      const seriesIdx = allSeries.indexOf(seriesName);
                      const defaultColor = seriesIdx >= 0 ? overridePalette[seriesIdx % overridePalette.length] : '#0777b3';
                      return (
                      <div key={seriesName} style={{ marginBottom: 8, padding: 8, background: '#f8f8f8', borderRadius: 4, border: '1px solid #e0e0e0' }}>
                        <div style={{ display: 'flex', alignItems: 'center', justifyContent: 'space-between', marginBottom: 6 }}>
                          <span style={{ fontSize: 11, fontWeight: 600, color: '#333', overflow: 'hidden', textOverflow: 'ellipsis', whiteSpace: 'nowrap', flex: 1 }}>{seriesName}</span>
                          <button
                            onClick={() => {
                              setChartFormat(p => {
                                const next = { ...p.seriesOverrides };
                                delete next[seriesName];
                                return { ...p, seriesOverrides: next };
                              });
                            }}
                            style={{
                              background: 'none',
                              border: 'none',
                              cursor: 'pointer',
                              color: '#999',
                              fontSize: 14,
                              padding: '0 2px',
                              lineHeight: 1,
                            }}
                            title="Remove override"
                          >
                            ×
                          </button>
                        </div>
                        {chartType === 'composed' ? (
                          <div style={{ display: 'flex', flexDirection: 'column', gap: 5 }}>
                            {/* Row 1: Type, Color, [Lines toggle + label + Width] or [Bar Width] */}
                            <div style={{ display: 'flex', alignItems: 'center', gap: 6 }}>
                              <select
                                value={overrides.seriesChartType || composedDefaultType || 'line'}
                                onChange={(e) => {
                                  setChartFormat(p => ({
                                    ...p,
                                    seriesOverrides: { ...p.seriesOverrides, [seriesName]: { ...p.seriesOverrides[seriesName], seriesChartType: e.target.value as 'bar' | 'line' | 'area' } },
                                  }));
                                }}
                                style={{ fontSize: 11, padding: '3px 4px', border: '1px solid #e0e0e0', borderRadius: 4, outline: 'none', width: 56 }}
                              >
                                <option value="bar">Bar</option>
                                <option value="line">Line</option>
                                <option value="area">Area</option>
                              </select>
                              <input
                                type="color"
                                value={overrides.color || defaultColor}
                                onChange={(e) => {
                                  setChartFormat(p => ({
                                    ...p,
                                    seriesOverrides: { ...p.seriesOverrides, [seriesName]: { ...p.seriesOverrides[seriesName], color: e.target.value } },
                                  }));
                                }}
                                style={{ width: 24, height: 24, border: '1px solid #e0e0e0', borderRadius: 4, padding: 0, cursor: 'pointer', flexShrink: 0 }}
                              />
                              {!isBarType && (
                                <label style={{ display: 'flex', alignItems: 'center', gap: 4, cursor: 'pointer', userSelect: 'none' as const, flexShrink: 0 }}>
                                  <ToggleSwitch
                                    checked={overrides.showLines ?? true}
                                    onChange={(v) => {
                                      setChartFormat(p => ({
                                        ...p,
                                        seriesOverrides: { ...p.seriesOverrides, [seriesName]: { ...p.seriesOverrides[seriesName], showLines: v } },
                                      }));
                                    }}
                                  />
                                  <span style={{ fontSize: 10, color: '#6a6a6a' }}>Lines</span>
                                </label>
                              )}
                              {!isBarType && (
                                <>
                                  <label style={{ fontSize: 10, color: '#6a6a6a', whiteSpace: 'nowrap' }}>Width</label>
                                  <input
                                    type="number"
                                    min={1}
                                    max={10}
                                    value={overrides.lineWidth ?? ''}
                                    onChange={(e) => {
                                      const val = Number(e.target.value) || undefined;
                                      setChartFormat(p => ({
                                        ...p,
                                        seriesOverrides: { ...p.seriesOverrides, [seriesName]: { ...p.seriesOverrides[seriesName], lineWidth: val } },
                                      }));
                                    }}
                                    placeholder="–"
                                    style={{
                                      width: 38,
                                      padding: '3px 4px',
                                      fontSize: 11,
                                      border: '1px solid #e0e0e0',
                                      borderRadius: 4,
                                      outline: 'none',
                                    }}
                                  />
                                </>
                              )}
                            </div>
                            {/* Area: opacity (above marker row) */}
                            {isAreaType && (
                              <div style={{ display: 'flex', alignItems: 'center', gap: 8 }}>
                                <label style={{ fontSize: 11, color: '#6a6a6a', whiteSpace: 'nowrap' }}>Opacity</label>
                                <input
                                  type="range"
                                  min={0}
                                  max={1}
                                  step={0.05}
                                  value={overrides.areaOpacity ?? 0.3}
                                  onChange={(e) => {
                                    setChartFormat(p => ({
                                      ...p,
                                      seriesOverrides: { ...p.seriesOverrides, [seriesName]: { ...p.seriesOverrides[seriesName], areaOpacity: Number(e.target.value) } },
                                    }));
                                  }}
                                  style={{ flex: 1, accentColor: '#0777b3' }}
                                />
                                <span style={{ fontSize: 11, color: '#333', minWidth: 28, textAlign: 'right' }}>
                                  {(overrides.areaOpacity ?? 0.3).toFixed(2)}
                                </span>
                              </div>
                            )}
                            {/* Line/Area: Marker toggle + solid/border + size slider (fills remaining space) */}
                            {!isBarType && (
                              <div style={{ display: 'flex', alignItems: 'center', gap: 5 }}>
                                <label style={{ display: 'flex', alignItems: 'center', gap: 4, cursor: 'pointer', userSelect: 'none' as const, flexShrink: 0 }}>
                                  <ToggleSwitch
                                    checked={overrides.markersEnabled ?? true}
                                    onChange={(v) => {
                                      setChartFormat(p => ({
                                        ...p,
                                        seriesOverrides: { ...p.seriesOverrides, [seriesName]: { ...p.seriesOverrides[seriesName], markersEnabled: v } },
                                      }));
                                    }}
                                  />
                                  <span style={{ fontSize: 10, color: '#6a6a6a' }}>Marker</span>
                                </label>
                                {(overrides.markersEnabled ?? true) && (
                                  <>
                                    {(['solid', 'border'] as const).map((style) => {
                                      const active = (overrides.markerFill ?? 'solid') === style;
                                      return (
                                        <button
                                          key={style}
                                          onClick={() => {
                                            setChartFormat(p => ({
                                              ...p,
                                              seriesOverrides: { ...p.seriesOverrides, [seriesName]: { ...p.seriesOverrides[seriesName], markerFill: style } },
                                            }));
                                          }}
                                          style={{
                                            padding: '2px 5px',
                                            fontSize: 10,
                                            border: '1px solid',
                                            borderColor: active ? '#0777b3' : '#e0e0e0',
                                            borderRadius: 3,
                                            background: active ? '#0777b3' : '#fff',
                                            color: active ? '#fff' : '#333',
                                            cursor: 'pointer',
                                            lineHeight: '16px',
                                            flexShrink: 0,
                                          }}
                                        >
                                          {style === 'solid' ? 'Solid' : 'Border'}
                                        </button>
                                      );
                                    })}
                                    <input
                                      type="range"
                                      min={1}
                                      max={12}
                                      value={overrides.markerSize ?? 4}
                                      onChange={(e) => {
                                        setChartFormat(p => ({
                                          ...p,
                                          seriesOverrides: { ...p.seriesOverrides, [seriesName]: { ...p.seriesOverrides[seriesName], markerSize: Number(e.target.value) } },
                                        }));
                                      }}
                                      style={{ flex: 1, accentColor: '#0777b3', minWidth: 30 }}
                                    />
                                    <span style={{ fontSize: 10, color: '#333', minWidth: 12, flexShrink: 0 }}>{overrides.markerSize ?? 4}</span>
                                  </>
                                )}
                              </div>
                            )}
                            {/* Line/Area: shape theme buttons (when markers enabled) */}
                            {!isBarType && (overrides.markersEnabled ?? true) && (
                              <div style={{ display: 'flex', alignItems: 'center', gap: 4, flexWrap: 'wrap' }}>
                                {(['circles', 'triangles', 'squares', 'diamonds', 'mixed'] as const).map((shape) => {
                                  const active = (overrides.markerShapeTheme ?? 'circles') === shape;
                                  return (
                                    <button
                                      key={shape}
                                      onClick={() => {
                                        setChartFormat(p => ({
                                          ...p,
                                          seriesOverrides: { ...p.seriesOverrides, [seriesName]: { ...p.seriesOverrides[seriesName], markerShapeTheme: shape } },
                                        }));
                                      }}
                                      style={{
                                        padding: '2px 5px',
                                        fontSize: 10,
                                        border: '1px solid',
                                        borderColor: active ? '#0777b3' : '#e0e0e0',
                                        borderRadius: 3,
                                        background: active ? '#0777b3' : '#fff',
                                        color: active ? '#fff' : '#333',
                                        cursor: 'pointer',
                                        textTransform: 'capitalize',
                                        lineHeight: '16px',
                                      }}
                                    >
                                      {shape === 'mixed' ? 'Mix' : shape.slice(0, -1)}
                                    </button>
                                  );
                                })}
                              </div>
                            )}
                          </div>
                        ) : (
                          <div style={{ display: 'flex', flexDirection: 'column', gap: 5 }}>
                            {/* Row 1: Color, [Lines toggle + label + Width] or [Bar Width] */}
                            <div style={{ display: 'flex', alignItems: 'center', gap: 6 }}>
                              <input
                                type="color"
                                value={overrides.color || defaultColor}
                                onChange={(e) => {
                                  setChartFormat(p => ({
                                    ...p,
                                    seriesOverrides: { ...p.seriesOverrides, [seriesName]: { ...p.seriesOverrides[seriesName], color: e.target.value } },
                                  }));
                                }}
                                style={{ width: 24, height: 24, border: '1px solid #e0e0e0', borderRadius: 4, padding: 0, cursor: 'pointer', flexShrink: 0 }}
                              />
                              {!isBarType && (
                                <label style={{ display: 'flex', alignItems: 'center', gap: 4, cursor: 'pointer', userSelect: 'none' as const, flexShrink: 0 }}>
                                  <ToggleSwitch
                                    checked={overrides.showLines ?? true}
                                    onChange={(v) => {
                                      setChartFormat(p => ({
                                        ...p,
                                        seriesOverrides: { ...p.seriesOverrides, [seriesName]: { ...p.seriesOverrides[seriesName], showLines: v } },
                                      }));
                                    }}
                                  />
                                  <span style={{ fontSize: 10, color: '#6a6a6a' }}>Lines</span>
                                </label>
                              )}
                              {!isBarType && (
                                <>
                                  <label style={{ fontSize: 10, color: '#6a6a6a', whiteSpace: 'nowrap' }}>Width</label>
                                  <input
                                    type="number"
                                    min={1}
                                    max={10}
                                    value={overrides.lineWidth ?? ''}
                                    onChange={(e) => {
                                      const val = Number(e.target.value) || undefined;
                                      setChartFormat(p => ({
                                        ...p,
                                        seriesOverrides: { ...p.seriesOverrides, [seriesName]: { ...p.seriesOverrides[seriesName], lineWidth: val } },
                                      }));
                                    }}
                                    placeholder="–"
                                    style={{
                                      width: 38,
                                      padding: '3px 4px',
                                      fontSize: 11,
                                      border: '1px solid #e0e0e0',
                                      borderRadius: 4,
                                      outline: 'none',
                                    }}
                                  />
                                </>
                              )}
                            </div>
                            {/* Area: opacity (above marker row) */}
                            {isAreaType && (
                              <div style={{ display: 'flex', alignItems: 'center', gap: 8 }}>
                                <label style={{ fontSize: 11, color: '#6a6a6a', whiteSpace: 'nowrap' }}>Opacity</label>
                                <input
                                  type="range"
                                  min={0}
                                  max={1}
                                  step={0.05}
                                  value={overrides.areaOpacity ?? 0.3}
                                  onChange={(e) => {
                                    setChartFormat(p => ({
                                      ...p,
                                      seriesOverrides: { ...p.seriesOverrides, [seriesName]: { ...p.seriesOverrides[seriesName], areaOpacity: Number(e.target.value) } },
                                    }));
                                  }}
                                  style={{ flex: 1, accentColor: '#0777b3' }}
                                />
                                <span style={{ fontSize: 11, color: '#333', minWidth: 28, textAlign: 'right' }}>
                                  {(overrides.areaOpacity ?? 0.3).toFixed(2)}
                                </span>
                              </div>
                            )}
                            {/* Line/Area: Marker toggle + solid/border + size slider */}
                            {!isBarType && (
                              <div style={{ display: 'flex', alignItems: 'center', gap: 5 }}>
                                <label style={{ display: 'flex', alignItems: 'center', gap: 4, cursor: 'pointer', userSelect: 'none' as const, flexShrink: 0 }}>
                                  <ToggleSwitch
                                    checked={overrides.markersEnabled ?? true}
                                    onChange={(v) => {
                                      setChartFormat(p => ({
                                        ...p,
                                        seriesOverrides: { ...p.seriesOverrides, [seriesName]: { ...p.seriesOverrides[seriesName], markersEnabled: v } },
                                      }));
                                    }}
                                  />
                                  <span style={{ fontSize: 10, color: '#6a6a6a' }}>Marker</span>
                                </label>
                                {(overrides.markersEnabled ?? true) && (
                                  <>
                                    {(['solid', 'border'] as const).map((style) => {
                                      const active = (overrides.markerFill ?? 'solid') === style;
                                      return (
                                        <button
                                          key={style}
                                          onClick={() => {
                                            setChartFormat(p => ({
                                              ...p,
                                              seriesOverrides: { ...p.seriesOverrides, [seriesName]: { ...p.seriesOverrides[seriesName], markerFill: style } },
                                            }));
                                          }}
                                          style={{
                                            padding: '2px 5px',
                                            fontSize: 10,
                                            border: '1px solid',
                                            borderColor: active ? '#0777b3' : '#e0e0e0',
                                            borderRadius: 3,
                                            background: active ? '#0777b3' : '#fff',
                                            color: active ? '#fff' : '#333',
                                            cursor: 'pointer',
                                            lineHeight: '16px',
                                            flexShrink: 0,
                                          }}
                                        >
                                          {style === 'solid' ? 'Solid' : 'Border'}
                                        </button>
                                      );
                                    })}
                                    <input
                                      type="range"
                                      min={1}
                                      max={12}
                                      value={overrides.markerSize ?? 4}
                                      onChange={(e) => {
                                        setChartFormat(p => ({
                                          ...p,
                                          seriesOverrides: { ...p.seriesOverrides, [seriesName]: { ...p.seriesOverrides[seriesName], markerSize: Number(e.target.value) } },
                                        }));
                                      }}
                                      style={{ flex: 1, accentColor: '#0777b3', minWidth: 30 }}
                                    />
                                    <span style={{ fontSize: 10, color: '#333', minWidth: 12, flexShrink: 0 }}>{overrides.markerSize ?? 4}</span>
                                  </>
                                )}
                              </div>
                            )}
                            {/* Line/Area: shape theme buttons (when markers enabled) */}
                            {!isBarType && (overrides.markersEnabled ?? true) && (
                              <div style={{ display: 'flex', alignItems: 'center', gap: 4, flexWrap: 'wrap' }}>
                                {(['circles', 'triangles', 'squares', 'diamonds', 'mixed'] as const).map((shape) => {
                                  const active = (overrides.markerShapeTheme ?? 'circles') === shape;
                                  return (
                                    <button
                                      key={shape}
                                      onClick={() => {
                                        setChartFormat(p => ({
                                          ...p,
                                          seriesOverrides: { ...p.seriesOverrides, [seriesName]: { ...p.seriesOverrides[seriesName], markerShapeTheme: shape } },
                                        }));
                                      }}
                                      style={{
                                        padding: '2px 5px',
                                        fontSize: 10,
                                        border: '1px solid',
                                        borderColor: active ? '#0777b3' : '#e0e0e0',
                                        borderRadius: 3,
                                        background: active ? '#0777b3' : '#fff',
                                        color: active ? '#fff' : '#333',
                                        cursor: 'pointer',
                                        textTransform: 'capitalize',
                                        lineHeight: '16px',
                                      }}
                                    >
                                      {shape === 'mixed' ? 'Mix' : shape.slice(0, -1)}
                                    </button>
                                  );
                                })}
                              </div>
                            )}
                          </div>
                        )}
                      </div>
                      );
                    });
                    })()}
                    {(() => {
                      const availableSeries = pivotColumns.filter(
                        (c) => !dimColNames(rowItems).includes(c) && c !== 'value_names' && !seriesOverrides[c]
                      );
                      if (availableSeries.length === 0) return null;
                      return (
                        <div style={{ position: 'relative' }}>
                          <button
                            onClick={(e) => {
                              const btn = e.currentTarget;
                              const dropdown = btn.nextElementSibling as HTMLElement | null;
                              if (dropdown) {
                                dropdown.style.display = dropdown.style.display === 'block' ? 'none' : 'block';
                              }
                            }}
                            style={{
                              fontSize: 11,
                              color: '#0777b3',
                              background: 'none',
                              border: '1px dashed #0777b3',
                              borderRadius: 4,
                              padding: '4px 10px',
                              cursor: 'pointer',
                              width: '100%',
                            }}
                          >
                            + Add Override
                          </button>
                          <div
                            style={{
                              display: 'none',
                              position: 'absolute',
                              top: '100%',
                              left: 0,
                              right: 0,
                              background: '#fff',
                              border: '1px solid #e0e0e0',
                              borderRadius: 4,
                              boxShadow: '0 2px 8px rgba(0,0,0,0.12)',
                              zIndex: 10,
                              maxHeight: 150,
                              overflow: 'auto',
                            }}
                          >
                            {availableSeries.map((s) => (
                              <div
                                key={s}
                                onClick={(e) => {
                                  setChartFormat(p => ({ ...p, seriesOverrides: { ...p.seriesOverrides, [s]: {} } }));
                                  const dropdown = (e.currentTarget.parentElement) as HTMLElement | null;
                                  if (dropdown) dropdown.style.display = 'none';
                                }}
                                style={{
                                  padding: '6px 10px',
                                  fontSize: 11,
                                  cursor: 'pointer',
                                  borderBottom: '1px solid #f0f0f0',
                                  overflow: 'hidden',
                                  textOverflow: 'ellipsis',
                                  whiteSpace: 'nowrap',
                                }}
                                onMouseEnter={(e) => { (e.currentTarget as HTMLElement).style.background = '#f0f7fb'; }}
                                onMouseLeave={(e) => { (e.currentTarget as HTMLElement).style.background = '#fff'; }}
                              >
                                {s}
                              </div>
                            ))}
                          </div>
                        </div>
                      );
                    })()}
                  </div>

{/* ── Section: X Axis Type (not for scatter/horizontal-bar/pie) ── */}
                  {(['bar', 'stacked-bar', 'line', 'stacked-line', 'area', 'stacked-area', 'composed'] as ChartTypeId[]).includes(chartType) && (
                    <div>
                      <div style={CHART_SECTION_HEADER_STYLE}>X Axis Type</div>
                      <div style={{ display: 'flex', gap: 4 }} data-testid="x-axis-type-selector">
                        {(['auto', 'numeric', 'categorical'] as const).map((opt) => (
                          <button
                            key={opt}
                            onClick={() => setChartFormat(prev => ({ ...prev, xAxisType: opt }))}
                            style={{
                              flex: 1, padding: '4px 8px', fontSize: 11, border: '1px solid #e0e0e0', borderRadius: 4,
                              background: xAxisType === opt ? '#0777b3' : '#fff',
                              color: xAxisType === opt ? '#fff' : '#333',
                              cursor: 'pointer', textTransform: 'capitalize',
                              fontWeight: xAxisType === opt ? 600 : 400,
                            }}
                          >{opt}</button>
                        ))}
                      </div>
                    </div>
                  )}

{/* ── Section 7: Axis Limits ── */}
                  <div>
                    <div style={CHART_SECTION_HEADER_STYLE}>
                      Axis Limits
                    </div>
                    <div style={{ display: 'flex', flexDirection: 'column', gap: 8 }}>
                      <div>
                        <label style={{ fontSize: 11, color: '#6a6a6a', display: 'block', marginBottom: 4 }}>X Axis</label>
                        <div style={{ display: 'flex', gap: 8 }}>
                          <div style={{ flex: 1 }}>
                            <label style={{ fontSize: 10, color: '#999' }}>Min</label>
                            <input
                              type="text"
                              value={xAxisMin}
                              onChange={(e) => setChartFormat(prev => ({ ...prev, xAxisMin: e.target.value }))}
                              placeholder="auto"
                              style={{
                                width: '100%',
                                padding: '4px 6px',
                                fontSize: 11,
                                border: '1px solid #e0e0e0',
                                borderRadius: 4,
                                outline: 'none',
                                boxSizing: 'border-box',
                              }}
                            />
                          </div>
                          <div style={{ flex: 1 }}>
                            <label style={{ fontSize: 10, color: '#999' }}>Max</label>
                            <input
                              type="text"
                              value={xAxisMax}
                              onChange={(e) => setChartFormat(prev => ({ ...prev, xAxisMax: e.target.value }))}
                              placeholder="auto"
                              style={{
                                width: '100%',
                                padding: '4px 6px',
                                fontSize: 11,
                                border: '1px solid #e0e0e0',
                                borderRadius: 4,
                                outline: 'none',
                                boxSizing: 'border-box',
                              }}
                            />
                          </div>
                        </div>
                      </div>
                      <div>
                        <label style={{ fontSize: 11, color: '#6a6a6a', display: 'block', marginBottom: 4 }}>Y Axis</label>
                        <div style={{ display: 'flex', gap: 8 }}>
                          <div style={{ flex: 1 }}>
                            <label style={{ fontSize: 10, color: '#999' }}>Min</label>
                            <input
                              type="text"
                              value={yAxisMin}
                              onChange={(e) => setChartFormat(prev => ({ ...prev, yAxisMin: e.target.value }))}
                              placeholder="auto"
                              style={{
                                width: '100%',
                                padding: '4px 6px',
                                fontSize: 11,
                                border: '1px solid #e0e0e0',
                                borderRadius: 4,
                                outline: 'none',
                                boxSizing: 'border-box',
                              }}
                            />
                          </div>
                          <div style={{ flex: 1 }}>
                            <label style={{ fontSize: 10, color: '#999' }}>Max</label>
                            <input
                              type="text"
                              value={yAxisMax}
                              onChange={(e) => setChartFormat(prev => ({ ...prev, yAxisMax: e.target.value }))}
                              placeholder="auto"
                              style={{
                                width: '100%',
                                padding: '4px 6px',
                                fontSize: 11,
                                border: '1px solid #e0e0e0',
                                borderRadius: 4,
                                outline: 'none',
                                boxSizing: 'border-box',
                              }}
                            />
                          </div>
                        </div>
                      </div>
                    </div>
                  </div>

</div>
              ) : (
                <div style={{ display: 'flex', flexDirection: 'column', gap: 16 }}>

{/* ── Section 0: Table Title ── */}
                  <div>
                    <div style={SECTION_HEADER_STYLE}>
                      Table Title
                    </div>
                    <input
                      type="text"
                      value={tableTitle}
                      onChange={(e) => setPivotTableFormat(prev => ({ ...prev, title: e.target.value }))}
                      placeholder="Enter table title..."
                      style={{
                        width: '100%',
                        padding: '6px 8px',
                        fontSize: 12,
                        border: '1px solid #e0e0e0',
                        borderRadius: 4,
                        outline: 'none',
                        boxSizing: 'border-box',
                        marginBottom: 8,
                      }}
                    />
                    <div style={{ display: 'flex', alignItems: 'center', gap: 8, marginBottom: 8, maxWidth: 120 }}>
                      <FontSizeInput label="Size" value={tableTitleFontSize} onChange={(v: number) => setPivotTableFormat(prev => ({ ...prev, titleFontSize: v }))} min={1} max={96} defaultVal={16} />
                    </div>
                    <div style={{ display: 'flex', alignItems: 'center', gap: 4 }}>
                      <label style={{ fontSize: 11, color: '#6a6a6a', marginRight: 4 }}>Position</label>
                      {(['left', 'center', 'right'] as const).map((pos) => (
                        <button
                          key={pos}
                          onClick={() => setPivotTableFormat(prev => ({ ...prev, titlePosition: pos }))}
                          style={{
                            padding: '3px 10px',
                            fontSize: 11,
                            border: '1px solid #e0e0e0',
                            borderRadius: 4,
                            background: tableTitlePosition === pos ? '#0777b3' : '#fff',
                            color: tableTitlePosition === pos ? '#fff' : '#333',
                            cursor: 'pointer',
                            textTransform: 'capitalize',
                          }}
                        >
                          {pos}
                        </button>
                      ))}
                    </div>
                  </div>

{/* ── Column Visibility ── */}
                  <ColumnVisibilitySection
                    showColumns={showColumns}
                    hideColumns={hideColumns}
                    setShowColumns={(fn) => setPivotTableFormat(prev => ({ ...prev, showColumns: fn(prev.showColumns) }))}
                    setHideColumns={(fn) => setPivotTableFormat(prev => ({ ...prev, hideColumns: fn(prev.hideColumns) }))}
                    availableColumns={allPivotColumns}
                  />

{/* ── Section 1: Column Name Replacements ── */}
                  <div>
                    <div style={SECTION_HEADER_STYLE}>
                      Column Name Replacements
                    </div>
                    {Object.entries(columnNameReplacements).map(([origCol, replacement]) => (
                      <div key={origCol} style={{ display: 'flex', alignItems: 'center', gap: 4, marginBottom: 6 }}>
                        <span style={{ fontSize: 11, color: '#6a6a6a', flex: 1, overflow: 'hidden', textOverflow: 'ellipsis', whiteSpace: 'nowrap' }} title={origCol}>
                          {origCol}
                        </span>
                        <span style={{ fontSize: 11, color: '#999' }}>→</span>
                        <input
                          type="text"
                          value={replacement}
                          onChange={(e) => setPivotTableFormat(prev => ({ ...prev, columnNameReplacements: { ...prev.columnNameReplacements, [origCol]: e.target.value } }))}
                          style={{
                            flex: 1,
                            fontSize: 11,
                            padding: '3px 6px',
                            border: '1px solid #e0e0e0',
                            borderRadius: 4,
                            outline: 'none',
                            fontFamily: 'inherit',
                          }}
                        />
                        <button
                          onClick={() => setPivotTableFormat(prev => {
                            const next = { ...prev.columnNameReplacements };
                            delete next[origCol];
                            return { ...prev, columnNameReplacements: next };
                          })}
                          style={{
                            background: 'none',
                            border: 'none',
                            cursor: 'pointer',
                            fontSize: 13,
                            color: '#999',
                            padding: '0 2px',
                            lineHeight: 1,
                          }}
                          title="Remove override"
                        >
                          ×
                        </button>
                      </div>
                    ))}
                    {/* Add Override dropdown */}
                    {(() => {
                      const availableCols = allPivotColumns.filter((c) => !(c in columnNameReplacements));
                      if (availableCols.length === 0) return null;
                      return (
                        <select
                          value=""
                          onChange={(e) => {
                            if (e.target.value) {
                              setPivotTableFormat(prev => ({ ...prev, columnNameReplacements: { ...prev.columnNameReplacements, [e.target.value]: '' } }));
                            }
                          }}
                          style={{
                            fontSize: 11,
                            padding: '4px 6px',
                            border: '1px solid #d0d0d0',
                            borderRadius: 4,
                            background: '#fff',
                            color: '#0777b3',
                            cursor: 'pointer',
                            fontFamily: 'inherit',
                            width: '100%',
                          }}
                        >
                          <option value="">+ Add Override...</option>
                          {availableCols.map((col) => (
                            <option key={col} value={col}>{col}</option>
                          ))}
                        </select>
                      );
                    })()}
                  </div>

{/* ── Row Limit ── */}
                  <div>
                    <div style={SECTION_HEADER_STYLE}>Row Limit</div>
                    <FontSizeInput label="Rows per page" value={pivotRowLimit} onChange={(v: number) => setPivotRuntime(prev => ({ ...prev, rowLimit: v }))} min={100} max={1000000} defaultVal={1000} />
                  </div>

{/* ── Section 2: Font Size ── */}
                  <FontSizePair
                    headerValue={tableHeaderFontSize} dataValue={tableDataFontSize}
                    onHeaderChange={(v: number) => setPivotTableFormat(prev => ({ ...prev, headerFontSize: v }))} onDataChange={(v: number) => setPivotTableFormat(prev => ({ ...prev, dataFontSize: v }))}
                  />

{/* ── Section 3: Column Widths ── */}
                  <ColumnWidthSection
                    mode={colWidthMode} setMode={(v: ColWidthMode) => setPivotTableFormat(prev => ({ ...prev, colWidthMode: v }))}
                    maxDataWidth={colWidthMaxData} setMaxDataWidth={(v: number) => setPivotTableFormat(prev => ({ ...prev, colWidthMaxData: v }))}
                    fixedWidth={colWidthFixed} setFixedWidth={(v: number) => setPivotTableFormat(prev => ({ ...prev, colWidthFixed: v }))}
                    overrides={colWidthOverrides} setOverrides={(fn: any) => setPivotTableFormat(prev => ({ ...prev, colWidthOverrides: typeof fn === 'function' ? fn(prev.colWidthOverrides) : fn }))}
                    availableColumns={allPivotColumns} radioName="pivotColWidthMode"
                  />

{/* ── Section 4: Column Text Formatting ── */}
                  <ColumnTextFormatSection
                    formats={columnTextFormats} setFormats={(fn: any) => setPivotTableFormat(prev => ({ ...prev, columnTextFormats: typeof fn === 'function' ? fn(prev.columnTextFormats) : fn }))}
                    availableColumns={allPivotColumns}
                  />

{/* ── Section 5: Data Formatting ── */}
                  <DataFormatSection
                    globalFmt={dataFormat} setGlobalFmt={(fn: any) => setPivotTableFormat(prev => ({ ...prev, dataFormat: typeof fn === 'function' ? fn(prev.dataFormat) : fn }))}
                    columnFormats={columnDataFormats} setColumnFormats={(fn: any) => setPivotTableFormat(prev => ({ ...prev, columnDataFormats: typeof fn === 'function' ? fn(prev.columnDataFormats) : fn }))}
                    availableColumns={allPivotColumns}
                  />

{/* ── Section 6: Conditional Formatting ── */}
                  <ConditionalFormatSection
                    rules={conditionalFormats} setRules={(fn: any) => setPivotTableFormat(prev => ({ ...prev, conditionalFormats: typeof fn === 'function' ? fn(prev.conditionalFormats) : fn }))}
                    columns={allPivotColumns} idPrefix="cf" nextIdRef={nextIdRef}
                  />

</div>
              )}
            </div>
          )}

</div>}

{/* ── Resize divider ── */}
        {configPanelVisible && <div
          onMouseDown={() => {
            panelResizing.current = true;
          }}
          style={{
            width: 3,
            cursor: "col-resize",
            background: "#e0e0e0",
            flexShrink: 0,
            transition: "background 0.15s",
          }}
          onMouseEnter={(e) =>
            (e.currentTarget.style.background = "#0777b3")
          }
          onMouseLeave={(e) => {
            if (!panelResizing.current)
              e.currentTarget.style.background = "#e0e0e0";
          }}
        />}

{/* ── Main Panel ── */}
        <div style={{ flex: 1, display: 'flex', flexDirection: 'column', minWidth: 0, position: 'relative' }}>

{/* ── Semantic Model Mode: ERD as main content ── */}
        {viewMode === 'semantic-model' && (
          <div style={{ flex: 1, overflow: 'auto', position: 'relative' }}>
            {(erdModel || lastValidErdRef.current) ? (
              <ErdPanel
                model={(erdModel || lastValidErdRef.current)!}
                erdError={erdCompileError}
                onClose={() => handleViewModeChange('pivot-setup')}
                onJoinCreated={handleJoinCreated}
                onJoinRemoved={handleJoinRemoved}
              />
            ) : (
              <div style={{ display: 'flex', alignItems: 'center', justifyContent: 'center', height: '100%', color: '#adadad', fontSize: 14, textAlign: 'center', padding: 40 }}>
                <div>
                  <ErdIcon size={48} color="#ccc" />
                  <div style={{ marginTop: 12 }}>Enter a Malloy semantic model in the left panel and click Apply to see the entity-relationship diagram here.</div>
                </div>
              </div>
            )}
            {/* Error toast for semantic model mode */}
            {smCompileError && !malloyErrorDismissed && (
              <div style={{
                position: 'absolute', bottom: 12, left: 12, right: 12,
                background: '#fef2f2', border: '1px solid #fca5a5', borderRadius: 8,
                padding: '12px 16px', color: '#991b1b', zIndex: 20,
                boxShadow: '0 4px 16px rgba(0,0,0,0.12)',
                maxHeight: '40%', overflow: 'auto',
              }}>
                <div style={{ display: 'flex', alignItems: 'flex-start', gap: 8 }}>
                  <div style={{ flex: 1 }}>
                    <div style={{ fontWeight: 600, fontSize: 13, marginBottom: 6 }}>Malloy Model Error</div>
                    <pre style={{
                      fontFamily: 'ui-monospace, SFMono-Regular, Menlo, Monaco, Consolas, monospace',
                      fontSize: 12, lineHeight: 1.5, margin: 0,
                      whiteSpace: 'pre-wrap', wordBreak: 'break-word',
                    }}>
                      {smCompileError}
                    </pre>
                  </div>
                  <X size={16} style={{ cursor: 'pointer', flexShrink: 0, marginTop: 2 }}
                    onClick={() => setMalloyErrorDismissed(true)} />
                </div>
              </div>
            )}
          </div>
        )}

{/* ── State Management Mode: Saved States table ── */}
        {viewMode === 'state-management' && (
          <SavedStatesPanel
            savedStatesIndex={savedStatesIndex}
            onSwitchState={switchSavedState}
            onCreateNew={() => createNewState(`State ${savedStatesIndex.entries.length + 1}`, false)}
            onDuplicate={(id) => {
              const entry = savedStatesIndex.entries.find(e => e.id === id);
              if (!entry) return;
              const newId = crypto.randomUUID();
              const now = new Date().toISOString();
              if (id === savedStatesIndex.activeId) {
                // Duplicate active state — use live config
                createNewState(`${entry.name} (copy)`, true);
              } else {
                // Duplicate non-active state — copy that entry's saved config
                setSavedStatesIndex(prev => {
                  const currentConfig = collectFullConfig();
                  const entries = prev.entries.map(e =>
                    e.id === prev.activeId ? { ...e, config: currentConfig, updatedAt: now } : e
                  );
                  const newEntry: SavedStateEntry = { id: newId, name: `${entry.name} (copy)`, config: structuredClone(entry.config), createdAt: now, updatedAt: now };
                  return { ...prev, entries: [...entries, newEntry] };
                });
              }
            }}
            onDelete={deleteSavedState}
            onRename={renameSavedState}
          />
        )}

{/* ERD overlay with slide animation (for non-semantic-model modes) */}
        {viewMode !== 'semantic-model' && (
          <ErdOverlay
            open={erdPanelOpen}
            model={erdModel || lastValidErdRef.current}
            erdError={erdCompileError}
            onClose={handleErdClose}
            onJoinCreated={handleJoinCreated}
            onJoinRemoved={handleJoinRemoved}
          />
        )}
        <div
          style={{
            flex: 1,
            overflow: (chartType !== 'table' && !showChartPicker) ? "hidden" : "auto",
            padding: (chartType !== 'table' && !showChartPicker) ? '4px 4px 0 4px' : 16,
            minWidth: 0,
            position: "relative",
            display: (viewMode === 'semantic-model' || viewMode === 'state-management') ? "none" : (isViewingDashboard || activeTab !== 'pivot') ? "none" : (chartType !== 'table' && !showChartPicker) ? "flex" : undefined,
            flexDirection: (chartType !== 'table' && !showChartPicker) ? "column" as const : undefined,
          }}
        >
          {chartType === 'markdown' ? (
            <div style={{ width: '100%', height: '100%', overflow: 'auto', padding: 16 }}>
              {markdownText ? (
                <SimpleMarkdown text={markdownText} />
              ) : (
                <div style={{ color: '#adadad', fontSize: 14, textAlign: 'center', paddingTop: 32 }}>
                  Switch to the Format panel to edit markdown content
                </div>
              )}
            </div>
          ) : !hasSource || (!canPivot && !(isSlicerLike(chartType) && filterItems.length > 0)) ? (
            <div
              style={{
                display: "flex",
                flexDirection: "column",
                height: "100%",
                overflow: "auto",
                padding: (chartType !== 'table' && !showChartPicker) ? '12px 12px 16px 12px' : undefined,
              }}
            >
              <div
                style={{
                  color: "#adadad",
                  fontSize: 16,
                  textAlign: "center",
                  paddingTop: 32,
                  paddingBottom: 16,
                }}
              >
                {!hasSource
                  ? (semanticModelExpanded ? "Enter Malloy model..." : customSqlExpanded ? "Enter a SQL query in the editor!" : "Select a table from the left panel to get started!")
                  : chartType === 'big-number'
                    ? 'Drag a column into the Values quadrant to display a number!'
                    : isSlicerLike(chartType)
                      ? 'Drag a column into the Filters quadrant to configure this slicer'
                      : 'Drag columns into the Filters, Columns, Rows, and Values quadrants to build a visual!'}
              </div>
              <ChartTypePicker
                activeType={chartType}
                onSelect={(t) => handleChartTypeSelect(t)}
              />
            </div>
          ) : isCustomSqlActive && customColsQ.isError ? (
            <div
              style={{
                background: "#fef2f2",
                borderRadius: 6,
                padding: 16,
                color: "#bc1200",
              }}
            >
              <div style={{ fontWeight: 600, marginBottom: 4, fontSize: 13 }}>
                Query Error
              </div>
              <div style={{ fontSize: 12, whiteSpace: "pre-wrap" }}>
                {customColsQ.error?.message}
              </div>
            </div>
          ) : customSqlEmpty ? (
            <div
              style={{
                background: "#fef2f2",
                borderRadius: 6,
                padding: 16,
                color: "#bc1200",
              }}
            >
              <div style={{ fontWeight: 600, marginBottom: 4, fontSize: 13 }}>
                No rows returned by the SQL query.
              </div>
              <div style={{ fontSize: 12 }}>
                Update your SQL to return data.
              </div>
            </div>
          ) : createPivotTempQ.isLoading ||
            (columnItems.length > 0 && colNamesQ.isLoading) ? (
            <div
              style={{
                display: "flex",
                alignItems: "center",
                justifyContent: "center",
                height: "100%",
                gap: 8,
                color: "#6a6a6a",
                fontSize: 13,
              }}
            >
              <Loader2 className="animate-spin" size={16} />
              Running pivot query...
            </div>
          ) : (pivotQ.isError || createPivotTempQ.isError) ? (
            <div
              style={{
                background: "#fef2f2",
                borderRadius: 6,
                padding: 16,
                color: "#bc1200",
              }}
            >
              <div style={{ fontWeight: 600, marginBottom: 4, fontSize: 13 }}>
                Query Error
              </div>
              <div style={{ fontSize: 12, whiteSpace: "pre-wrap" }}>
                {createPivotTempQ.error?.message || pivotQ.error?.message}
              </div>
            </div>
          ) : pivotColumns.length === 0 && !isSlicerLike(chartType) ? (
            <div
              style={{
                display: "flex",
                flexDirection: "column",
                alignItems: "center",
                justifyContent: "center",
                height: "100%",
                color: "#adadad",
                fontSize: 14,
                gap: 6,
                textAlign: "center",
                padding: 40,
              }}
            >
              {isCustomSqlActive ? (
                <>
                  <div>No rows returned by the SQL query.</div>
                  <div style={{ fontSize: 12 }}>Update your SQL to return data.</div>
                </>
              ) : (
                "No results"
              )}
            </div>
          ) : (
            <div style={{
              overflow: filterPopup ? "visible" : (chartType !== 'table' && !showChartPicker) ? "hidden" : "auto",
              maxHeight: (chartType !== 'table' && !showChartPicker) ? undefined : "100%",
              minHeight: filterPopup ? 420 : undefined,
              display: (chartType !== 'table' && !showChartPicker) ? "flex" : undefined,
              flexDirection: (chartType !== 'table' && !showChartPicker) ? "column" as const : undefined,
              flex: (chartType !== 'table' && !showChartPicker) ? 1 : undefined,
              minWidth: 0,
            }}>
              <div
                style={{
                  fontSize: 11,
                  color: "#6a6a6a",
                  marginBottom: (chartType !== 'table' && !showChartPicker) ? 2 : 8,
                  display: "flex",
                  alignItems: "center",
                  gap: 16,
                  flexShrink: 0,
                }}
              >
                {isSlicerLike(chartType) ? null : pivotTotalRows > pivotRowLimit ? (
                  <PaginationBar page={pivotPage} totalRows={pivotTotalRows} rowLimit={pivotRowLimit} onPageChange={(v: number) => setPivotRuntime(prev => ({ ...prev, page: v }))} />
                ) : (
                  <span>
                    {filteredData.length.toLocaleString()} row
                    {filteredData.length !== 1 ? "s" : ""}
                    {Object.values(tblFilters).some((v) => v != null) &&
                      ` (filtered from ${pivotData.length.toLocaleString()})`}
                  </span>
                )}
                <div style={{ display: "flex", alignItems: "center", gap: 12, marginLeft: "auto" }}>
                  <button
                    onClick={() => setShowChartPicker((v) => !v)}
                    style={{
                      display: "flex",
                      alignItems: "center",
                      gap: 5,
                      padding: "4px 10px",
                      borderRadius: 6,
                      border: showChartPicker || chartType !== 'table' ? "1px solid #0777b3" : "1px solid #d0d0d0",
                      background: showChartPicker ? "#e8f0f8" : chartType !== 'table' ? "#f0f7fc" : "#fff",
                      cursor: "pointer",
                      fontSize: 11,
                      fontWeight: 500,
                      color: showChartPicker || chartType !== 'table' ? "#0777b3" : "#6a6a6a",
                      fontFamily: "inherit",
                      transition: "all 0.15s",
                    }}
                  >
                    <BarChart3 size={13} />
                    {chartType !== 'table' ? CHART_TYPES.find(t => t.id === chartType)?.label ?? 'Chart' : 'Chart Type'}
                  </button>
                  {chartType === 'table' && (<>
                  <label style={{ display: "flex", alignItems: "center", gap: 6, cursor: "pointer", userSelect: "none" }}>
                    <ToggleSwitch checked={showSubtotals} onChange={(v: boolean) => setPivotConfig(prev => ({ ...prev, showSubtotals: v }))} />
                    <span>Subtotals</span>
                  </label>
                  <label style={{ display: "flex", alignItems: "center", gap: 6, cursor: "pointer", userSelect: "none" }}>
                    <ToggleSwitch checked={showGrandTotals} onChange={(v: boolean) => setPivotConfig(prev => ({ ...prev, showGrandTotals: v }))} />
                    <span>Grand Total</span>
                  </label>
                  </>)}
                </div>
              </div>
              {showChartPicker ? (
                <ChartTypePicker
                  activeType={chartType}
                  onSelect={(t) => handleChartTypeSelect(t, { closePickerAfter: true })}
                />
              ) : chartType === 'big-number' ? (
                <div style={{ width: '100%', flex: 1, minHeight: 0, display: 'flex', alignItems: 'center', justifyContent: 'center' }}>
                  {(() => {
                    // Compute the big number value from the first value column of filtered data
                    const seriesCols = pivotColumns.filter(c => !dimColNames(rowItems).includes(c) && c !== 'value_names');
                    const firstValueCol = seriesCols[0];
                    const numValue = firstValueCol && chartReadyData.length > 0 ? N(chartReadyData[0][firstValueCol]) : 0;
                    const formattedValue = formatBigNumber(numValue, bigNumberAbbreviate, bigNumberDecimalPlaces);
                    return (
                      <div style={{ display: 'flex', flexDirection: 'column', alignItems: 'center', gap: 8 }}>
                        {bigNumberTitle && bigNumberTitlePosition === 'above' && (
                          <div style={{ fontSize: bigNumberTitleFontSize, color: '#6a6a6a', fontWeight: 500 }}>{bigNumberTitle}</div>
                        )}
                        <div style={{ fontSize: bigNumberFontSize, fontWeight: 700, color: '#231f20', lineHeight: 1.1 }}>
                          {formattedValue}
                        </div>
                        {bigNumberTitle && bigNumberTitlePosition === 'below' && (
                          <div style={{ fontSize: bigNumberTitleFontSize, color: '#6a6a6a', fontWeight: 500 }}>{bigNumberTitle}</div>
                        )}
                      </div>
                    );
                  })()}
                </div>
              ) : isSlicerLike(chartType) ? (
                <div style={{ width: '100%', flex: 1, minHeight: 0 }}>
                  {filterItems.length > 0 && filterItems[0].col ? (
                    (() => {
                      const ViewComponent = chartType === 'filter' ? FilterChartView : SlicerView;
                      return (
                        <ViewComponent
                          col={filterItems[0].col}
                          qualifiedCol={filterItems[0].table ? `${filterItems[0].table}.${filterItems[0].col}` : undefined}
                          fromExpr={slicerFromExpr}
                          initialMeta={filterMetaMap[filterItems[0].id]}
                          chartTitle={chartTitle}
                          onFilterChange={(expr, meta) => {
                            setPivotConfig(prev => ({
                              ...prev,
                              filterItems: prev.filterItems.map((fi, idx) => idx === 0 ? { ...fi, expr } : fi)
                            }));
                            setPivotRuntime(prev => ({
                              ...prev,
                              filterMetaMap: { ...prev.filterMetaMap, [filterItems[0].id]: meta }
                            }));
                            // Propagate to dashboard tiles
                            propagateSlicerFilter(
                              currentPivotId,
                              expr,
                              filterItems[0].col || '',
                              filterItems[0].table,
                              semanticModelKey || null,
                              selected || null,
                              meta
                            );
                          }}
                        />
                      );
                    })()
                  ) : (
                    <div style={{ display: 'flex', alignItems: 'center', justifyContent: 'center', height: '100%', color: '#adadad', fontSize: 14 }}>
                      Drag a column into the Filters quadrant to configure this filter
                    </div>
                  )}
                </div>
              ) : chartType !== 'table' ? (
                <div style={{ width: '100%', flex: 1, minHeight: 0 }}>
                  <PivotChart
                    chartType={chartType}
                    data={chartReadyData}
                    allColumns={pivotColumns}
                    rowCols={rowColNames}
                    chartTitle={chartTitle}
                    chartTitleFontSize={chartTitleFontSize}
                    chartTitlePosition={chartTitlePosition}
                    dataLabelsEnabled={dataLabelsEnabled}
                    dataLabelsPosition={dataLabelsPosition}
                    dataLabelsFontSize={dataLabelsFontSize}
                    dataLabelsColor={dataLabelsColor}
                    dataLabelsBgColor={dataLabelsBgColor}
                    dataLabelsBold={dataLabelsBold}
                    dataLabelsItalic={dataLabelsItalic}
                    legendEnabled={legendEnabled}
                    legendPosition={legendPosition}
                    legendFontSize={legendFontSize}
                    legendSortOrder={legendSortOrder}
                    sortedSeriesOrder={sortedSeriesCols}
                    colorTheme={colorTheme}
                    markersEnabled={markersEnabled}
                    markerSize={markerSize}
                    markerShapeTheme={markerShapeTheme}
                    markerFill={markerFill}
                    chartLineWidth={chartLineWidth}
                    showLines={showLines}
                    seriesOverrides={seriesOverrides}
                    composedDefaultType={composedDefaultType}
                    composedStacked={composedStacked}
                    chartBarGap={chartBarGap}
                    chartBarCategoryGap={chartBarCategoryGap}
                    xAxisMin={xAxisMin}
                    xAxisMax={xAxisMax}
                    yAxisMin={yAxisMin}
                    yAxisMax={yAxisMax}
                    hRefLines={hRefLines}
                    vRefLines={vRefLines}
                    xAxisType={xAxisType}
                    onElementDoubleClick={onChartElementDoubleClick}
                    externalHiddenSeries={mainExternalHiddenSeries}
                  />
                </div>
              ) : (<>
              {tableTitle && (
                <div style={{
                  textAlign: tableTitlePosition || 'center',
                  fontSize: tableTitleFontSize || 16,
                  fontWeight: 600,
                  color: '#231f20',
                  padding: '0 0 6px',
                }}>
                  {tableTitle}
                </div>
              )}
              <table
                style={{
                  borderCollapse: "collapse",
                  tableLayout: "fixed",
                  fontSize: tableDataFontSize,
                }}
              >
                <thead>
                  <tr>
                    {pivotColumns.map((col) => (
                      <th
                        key={col}
                        onDoubleClick={() => setPivotRuntime(prev => ({ ...prev, sortColumns: cycleSortColumn(prev.sortColumns, col) }))}
                        style={{
                          width: colWidths[col] || 120,
                          minWidth: 20,
                          textAlign: "left",
                          fontWeight: 600,
                          fontSize: tableHeaderFontSize,
                          padding: "6px 10px",
                          borderBottom: "2px solid #d0d0d0",
                          background: "#fff",
                          position: "sticky",
                          top: 0,
                          whiteSpace: "nowrap",
                          zIndex: filterPopup === col ? 10 : 2,
                          cursor: "pointer",
                          userSelect: "none",
                        }}
                      >
                        <div
                          style={{
                            display: "flex",
                            alignItems: "center",
                            gap: 4,
                          }}
                        >
                          <span
                            style={{
                              overflow: "hidden",
                              textOverflow: "ellipsis",
                              flex: 1,
                            }}
                            title={columnNameReplacements[col] || prettyColName(col, columnItems, valueItems, valuesAxis)}
                          >
                            {columnNameReplacements[col] || prettyColName(col, columnItems, valueItems, valuesAxis)}
                          </span>
                          {(() => {
                            const si = pivotSortColumns.findIndex(s => s.col === col);
                            return si !== -1 ? <SortIndicator direction={pivotSortColumns[si].direction} order={si + 1} /> : null;
                          })()}
                          <button
                            data-filter-popup="true"
                            onClick={(e) => {
                              e.stopPropagation();
                              setFilterPopup(
                                filterPopup === col ? null : col
                              );
                            }}
                            style={{
                              background: "none",
                              border: "none",
                              padding: 2,
                              cursor: "pointer",
                              color: tblFilters[col] != null
                                ? "#0777b3"
                                : "#adadad",
                              display: "flex",
                              flexShrink: 0,
                              borderRadius: 3,
                            }}
                          >
                            <Filter size={11} />
                          </button>
                        </div>
                        {/* Filter dropdown */}
                        {filterPopup === col && (
                          <ColumnFilterDropdown
                            col={col}
                            pivotData={pivotData}
                            cascadedData={cascadedData}
                            currentSelection={tblFilters[col] ?? null}
                            applyRef={filterApplyRef}
                            onApply={(selected) => {
                              setPivotRuntime((prev) => {
                                const next = { ...prev.tblFilters };
                                if (selected === null) {
                                  delete next[col];
                                } else {
                                  next[col] = selected;
                                }
                                return { ...prev, tblFilters: next };
                              });
                              setFilterPopup(null);
                            }}
                            onCancel={() => setFilterPopup(null)}
                          />
                        )}
                        {/* Column resize handle */}
                        <div
                          onMouseDown={(e) => {
                            e.preventDefault();
                            colResizing.current = {
                              col,
                              startX: e.clientX,
                              startW: colWidths[col] || 120,
                            };
                          }}
                          style={{
                            position: "absolute",
                            right: 0,
                            top: 0,
                            bottom: 0,
                            width: 4,
                            cursor: "col-resize",
                          }}
                          onMouseEnter={(e) =>
                            (e.currentTarget.style.background = "#0777b3")
                          }
                          onMouseLeave={(e) =>
                            (e.currentTarget.style.background = "transparent")
                          }
                        />
                      </th>
                    ))}
                  </tr>
                </thead>
                <tbody>
                  {filteredData.map((row, ri) => {
                    const rowType = (showSubtotals || showGrandTotals) ? getRowType(row) : "normal";
                    const bgColor =
                      rowType === "grand_total"
                        ? "#e0ecf4"
                        : rowType === "subtotal"
                        ? "#eef4f9"
                        : ri % 2 === 0
                        ? "#fff"
                        : "#fafafa";
                    const hoverBg =
                      rowType === "grand_total"
                        ? "#d4e4f0"
                        : rowType === "subtotal"
                        ? "#e2edf5"
                        : "#f5f8fa";
                    return (
                      <tr
                        key={ri}
                        onMouseEnter={(e) =>
                          (e.currentTarget.style.background = hoverBg)
                        }
                        onMouseLeave={(e) =>
                          (e.currentTarget.style.background = bgColor)
                        }
                        style={{
                          background: bgColor,
                          borderBottom: "1px solid #f0f0f0",
                          fontWeight: rowType !== "normal" ? 600 : 400,
                        }}
                      >
                        {pivotColumns.map((col) => {
                          const val = row[col];
                          const isNum =
                            typeof val === "number" ||
                            typeof val === "bigint";
                          const colDataFmt = columnDataFormats[col];
                          const display = formatCellValue(val, dataFormat, colDataFmt);
                          const isDataCell = !dimColNames(rowItems).includes(col) && col !== 'value_names';
                          const fmt = columnTextFormats[col];
                          const condStyle = getConditionalStyle(row, col, conditionalFormats, pivotColTypes);
                          return (
                            <td
                              key={col}
                              onDoubleClick={isDataCell ? () => onCellDoubleClick(row, col) : undefined}
                              style={{
                                padding: "5px 10px",
                                whiteSpace: "nowrap",
                                overflow: "hidden",
                                textOverflow: "ellipsis",
                                maxWidth: colWidths[col] || 120,
                                textAlign: fmt?.align || (isNum ? "right" : "left"),
                                fontVariantNumeric: isNum
                                  ? "tabular-nums"
                                  : undefined,
                                cursor: isDataCell ? "pointer" : undefined,
                                ...(fmt ? {
                                  fontWeight: fmt.bold ? 600 : undefined,
                                  fontStyle: fmt.italic ? 'italic' : undefined,
                                  textDecoration: fmt.underline ? 'underline' : undefined,
                                  color: fmt.color || undefined,
                                  background: fmt.bgColor || undefined,
                                } : {}),
                                ...condStyle,
                              }}
                              title={display}
                            >
                              {display}
                            </td>
                          );
                        })}
                      </tr>
                    );
                  })}
                </tbody>
              </table>
              </>)}
            </div>
          )}
          {/* Error toast — Malloy compilation or query errors */}
          {(() => {
            const queryErr = (createPivotTempQ?.isError && (createPivotTempQ.error as any)?.message)
              || (pivotQ?.isError && (pivotQ.error as any)?.message)
              || null;
            const errMsg = malloyError || queryErr;
            if (!errMsg || malloyErrorDismissed) return null;
            return (
              <div style={{
                position: 'absolute', bottom: 12, left: 12, right: 12,
                background: '#fef2f2', border: '1px solid #fca5a5', borderRadius: 8,
                padding: '12px 16px', color: '#991b1b', zIndex: 20,
                boxShadow: '0 4px 16px rgba(0,0,0,0.12)',
                maxHeight: '40%', overflow: 'auto',
              }}>
                <div style={{ display: 'flex', alignItems: 'flex-start', gap: 8 }}>
                  <div style={{ flex: 1 }}>
                    <div style={{ fontWeight: 600, fontSize: 13, marginBottom: 6 }}>
                      {malloyError ? 'Malloy Compilation Error' : 'Query Error'}
                    </div>
                    <pre style={{
                      fontFamily: 'ui-monospace, SFMono-Regular, Menlo, Monaco, Consolas, monospace',
                      fontSize: 12, lineHeight: 1.5, margin: 0,
                      whiteSpace: 'pre-wrap', wordBreak: 'break-word',
                    }}>
                      {errMsg}
                    </pre>
                  </div>
                  <X size={16} style={{ cursor: 'pointer', flexShrink: 0, marginTop: 2 }}
                    onClick={() => setMalloyErrorDismissed(true)} />
                </div>
              </div>
            );
          })()}
        </div>
        {/* Drilldown tables — all rendered, only active shown */}
        {viewMode !== 'semantic-model' && viewMode !== 'state-management' && !isViewingDashboard && drilldownTabs.map(tab => (
          <div key={tab.id} style={{
            flex: 1, display: activeTab === tab.id ? 'flex' : 'none',
            flexDirection: 'column' as const, minHeight: 0,
          }}>
            <DrilldownTable
              sql={tab.sql}
              tableId={tab.id}
              rowLimit={drilldownRowLimit}
              maxRowCount={maxRowCount}
              title={drilldownTitle}
              titleFontSize={drilldownTitleFontSize}
              titlePosition={drilldownTitlePosition}
              headerFontSize={drilldownHeaderFontSize}
              dataFontSize={drilldownDataFontSize}
              columnTextFormats={drilldownColumnTextFormats}
              conditionalFormats={drilldownConditionalFormats}
              colWidthMode={drilldownColWidthMode}
              colWidthMaxData={drilldownColWidthMaxData}
              colWidthFixed={drilldownColWidthFixed}
              colWidthOverrides={drilldownColWidthOverrides}
              setColWidthOverrides={(v) => setDrilldownTableFormat(prev => ({ ...prev, colWidthOverrides: typeof v === 'function' ? v(prev.colWidthOverrides) : v }))}
              dataFormat={drilldownDataFormat}
              columnDataFormats={drilldownColumnDataFormats}
              showColumns={drilldownShowColumns}
              hideColumns={drilldownHideColumns}
              onColumnsReady={activeTab === tab.id ? setDrilldownAvailableColumns : undefined}
            />
          </div>
        ))}
        {/* Dashboard canvas — shown when a dashboard tab is active */}
        {viewMode !== 'semantic-model' && viewMode !== 'state-management' && isViewingDashboard && (
          <DashboardCanvas
            dashboardState={dashboardStates.current[activeTabId] || { tiles: [], nextTileId: 1 }}
            onUpdateState={(s) => { dashboardStates.current[activeTabId] = s; setDashboardRenderKey(k => k + 1); }}
            tabs={tabs}
            selectedTileId={dashboardSelectedTabId ? (dashboardStates.current[activeTabId]?.tiles.find(t => t.tabId === dashboardSelectedTabId)?.id || null) : null}
            onTileClick={(tabId) => {
              const isNewSelection = tabId !== dashboardSelectedTabId;
              // Save previous tile's live state before loading the new one
              if (dashboardSelectedTabId && isNewSelection) {
                savedTabStates.current[dashboardSelectedTabId] = collectTabState();
              }
              setDashboardSelectedTabId(tabId);
              if (isNewSelection) {
                // Load that tab's settings into the left panel — keep current panel tab active
                const st = savedTabStates.current[tabId];
                if (st) applyTabState(st);
              }
            }}
            onDeselectAll={() => {
              // Save live state back before deselecting
              if (dashboardSelectedTabId) {
                savedTabStates.current[dashboardSelectedTabId] = collectTabState();
              }
              setDashboardSelectedTabId(null);
            }}
            renderTileContent={(tabId) => {
              void dashboardRenderKey; // Capture render key so slicer filter propagation triggers re-render
              const tab = tabs.find(t => t.id === tabId);
              if (!tab) return <div style={{ color: '#adadad', fontSize: 12, padding: 8 }}>Tab not found</div>;
              // For the selected tile, use live state; for others, use saved state
              const st = tabId === dashboardSelectedTabId ? collectTabState() : savedTabStates.current[tabId];
              if (!st && tab.type !== 'drilldown') return <div style={{ color: '#adadad', fontSize: 12, padding: 8, display: 'flex', alignItems: 'center', justifyContent: 'center', height: '100%' }}>Configure this tab first</div>;

// Always update savedTabStates directly (authoritative)
                    savedTabStates.current[slicerTabId] = {
                      ...prev,
                      filterItems: sFilterItems.map((fi: any, idx: number) => idx === 0 ? { ...fi, expr } : fi),
                      filterMetaMap: { ...(prev.filterMetaMap || {}), [filterId]: meta },
                    };

// Only update live state when this slicer is the selected tile
                    // (pill click bubbles to onTileClick AFTER this runs, so on first
                    //  click dashboardSelectedTabId may not match yet)
                    if (dashboardSelectedTabId === slicerTabId) {
                      setPivotConfig(pc => ({
                        ...pc,
                        filterItems: pc.filterItems.map((fi, idx) => idx === 0 ? { ...fi, expr } : fi)
                      }));
                      setPivotRuntime(pr => ({
                        ...pr,
                        filterMetaMap: { ...pr.filterMetaMap, [filterId]: meta }
                      }));
                    }

// Propagate to other tiles in the same dashboard
                    propagateSlicerFilter(
                      slicerTabId, expr,
                      sFilterItems[0]?.col || '', sFilterItems[0]?.table,
                      prev.semanticModelKey || null, prev.selected || null,
                      meta
                    );
                  }}
                />
              );
            }}
          />
        )}
        {/* Tab bar — visible except in semantic-model and state-management modes */}
        <div style={{
          display: (viewMode === 'semantic-model' || viewMode === 'state-management') ? 'none' : 'flex',
          alignItems: 'center', borderTop: '1px solid #e0e0e0',
          background: '#fff', flexShrink: 0, overflow: 'auto',
        }}>
          {tabs.map((tab, idx) => {
            const isActive = tab.id === activeTabId;
            const canClose = tab.type === 'drilldown' || tab.type === 'dashboard' || tabs.filter(t => t.type !== 'drilldown' && t.type !== 'dashboard').length > 1;
            return (
              <div
                key={tab.id}
                data-tab-idx={idx}
                draggable={editingTabId !== tab.id}
                onDragStart={(e: any) => { if (editingTabId === tab.id) { e.preventDefault(); return; } tabDragRef.current = { dragIdx: idx }; e.dataTransfer.setData('text/tab-id', tab.id); }}
                onTouchStart={startTouchTabDrag(idx, tab.id, tab.label)}
                onDragOver={(e: any) => { e.preventDefault(); e.currentTarget.style.borderLeft = '2px solid #0777b3'; }}
                onDragLeave={(e: any) => { e.currentTarget.style.borderLeft = 'none'; }}
                onDrop={(e: any) => {
                  e.currentTarget.style.borderLeft = 'none';
                  if (!tabDragRef.current) return;
                  const fromIdx = tabDragRef.current.dragIdx;
                  tabDragRef.current = null;
                  if (fromIdx === idx) return;
                  setTabs(prev => {
                    const next = [...prev];
                    const [moved] = next.splice(fromIdx, 1);
                    next.splice(fromIdx < idx ? idx - 1 : idx, 0, moved);
                    return next;
                  });
                }}
                onDragEnd={() => { tabDragRef.current = null; }}
                onClick={() => switchToTab(tab.id)}
                style={{
                  padding: '7px 8px 7px 10px', cursor: 'pointer',
                  fontWeight: isActive ? 600 : 400,
                  fontSize: 12,
                  color: isActive ? '#333' : '#6a6a6a',
                  background: isActive ? '#f0f7fc' : 'transparent',
                  borderBottom: isActive ? `2px solid ${tab.color}` : '2px solid transparent',
                  display: 'flex', alignItems: 'center', gap: 5, whiteSpace: 'nowrap', userSelect: 'none',
                  transition: 'background 0.15s, color 0.15s',
                }}
              >
                <span
                  style={{ width: 8, height: 8, borderRadius: '50%', background: tab.color, flexShrink: 0, cursor: 'pointer' }}
                  data-testid={`tab-color-dot-${idx}`}
                  onDoubleClick={(e) => {
                    e.stopPropagation();
                    setColorPickerTabId(colorPickerTabId === tab.id ? null : tab.id);
                  }}
                >
                  {colorPickerTabId === tab.id && createPortal(
                    <div
                      onClick={(e) => e.stopPropagation()}
                      onMouseDown={(e) => e.stopPropagation()}
                      style={{
                        position: 'fixed',
                        bottom: (() => {
                          const dot = document.querySelector(`[data-testid="tab-color-dot-${idx}"]`);
                          if (!dot) return 40;
                          const rect = dot.getBoundingClientRect();
                          return window.innerHeight - rect.top + 4;
                        })(),
                        left: (() => {
                          const dot = document.querySelector(`[data-testid="tab-color-dot-${idx}"]`);
                          if (!dot) return 50;
                          return dot.getBoundingClientRect().left;
                        })(),
                        zIndex: 10000,
                        background: '#fff', border: '1px solid #d0d0d0', borderRadius: 6,
                        boxShadow: '0 4px 12px rgba(0,0,0,0.15)', padding: 6,
                        display: 'flex', gap: 4, flexWrap: 'wrap', width: 120,
                      }}
                      data-testid="tab-color-picker"
                    >
                      {CHART_PALETTE.map((c) => (
                        <div
                          key={c}
                          onClick={(e) => {
                            e.stopPropagation();
                            setTabs(prev => prev.map(t => t.id === tab.id ? { ...t, color: c } : t));
                            setColorPickerTabId(null);
                          }}
                          style={{
                            width: 18, height: 18, borderRadius: '50%', background: c, cursor: 'pointer',
                            border: tab.color === c ? '2px solid #231f20' : '2px solid transparent',
                          }}
                        />
                      ))}
                    </div>,
                    document.body
                  )}
                </span>
                {tab.type === 'chart' ? <BarChart3 size={18} /> : tab.type === 'pivot' ? <Table2 size={18} /> : tab.type === 'dashboard' ? <LayoutDashboard size={18} /> : null}
                {editingTabId === tab.id ? (
                  <input
                    autoFocus
                    data-testid="tab-rename-input"
                    value={editingTabLabel}
                    onChange={(e) => setEditingTabLabel(e.target.value)}
                    onKeyDown={(e) => {
                      if (e.key === 'Enter') {
                        if (editingTabLabel.trim()) setTabs(prev => prev.map(t => t.id === tab.id ? { ...t, label: editingTabLabel.trim() } : t));
                        setEditingTabId(null);
                      } else if (e.key === 'Escape') {
                        setEditingTabId(null);
                      }
                    }}
                    onBlur={() => {
                      if (editingTabLabel.trim()) setTabs(prev => prev.map(t => t.id === tab.id ? { ...t, label: editingTabLabel.trim() } : t));
                      setEditingTabId(null);
                    }}
                    onClick={(e) => e.stopPropagation()}
                    onMouseDown={(e) => e.stopPropagation()}
                    onDoubleClick={(e) => e.stopPropagation()}
                    style={{
                      fontSize: 12, fontWeight: 600, fontFamily: 'inherit',
                      border: '1px solid #0777b3', borderRadius: 3, padding: '1px 4px',
                      outline: 'none', background: '#fff', width: 100,
                    }}
                  />
                ) : (
                  <span
                    data-testid={`tab-label-${idx}`}
                    onDoubleClick={(e) => {
                      e.stopPropagation();
                      setEditingTabId(tab.id);
                      setEditingTabLabel(tab.label);
                    }}
                  >{tab.label}</span>
                )}
                {canClose && (
                  <button
                    onClick={(e: any) => { e.stopPropagation(); closeTab(tab.id); }}
                    style={{
                      background: 'none', border: 'none', padding: '0 2px', cursor: 'pointer',
                      color: '#6a6a6a', display: 'flex', borderRadius: 3, lineHeight: 1,
                    }}
                    onMouseEnter={(e: any) => { e.currentTarget.style.color = '#bc1200'; }}
                    onMouseLeave={(e: any) => { e.currentTarget.style.color = '#6a6a6a'; }}
                  >
                    <X size={12} />
                  </button>
                )}
              </div>
            );
          })}
          {/* New Pivot Table button */}
          <button
            onClick={() => createPivotTab('pivot')}
            title="New Pivot Table"
            style={{
              background: 'none', border: 'none', cursor: 'pointer',
              padding: '5px 8px', display: 'flex', alignItems: 'center', gap: 3,
              color: '#6a6a6a', fontSize: 11, borderRadius: 4,
              transition: 'all 0.15s',
            }}
            onMouseEnter={(e: any) => { e.currentTarget.style.background = '#f0f0f0'; e.currentTarget.style.color = '#333'; }}
            onMouseLeave={(e: any) => { e.currentTarget.style.background = 'none'; e.currentTarget.style.color = '#6a6a6a'; }}
          >
            <Plus size={11} strokeWidth={3} />
            <Table2 size={18} />
          </button>
          {/* New Chart button */}
          <button
            onClick={() => createPivotTab('chart')}
            title="New Chart"
            style={{
              background: 'none', border: 'none', cursor: 'pointer',
              padding: '5px 8px', display: 'flex', alignItems: 'center', gap: 3,
              color: '#6a6a6a', fontSize: 11, borderRadius: 4,
              transition: 'all 0.15s',
            }}
            onMouseEnter={(e: any) => { e.currentTarget.style.background = '#f0f0f0'; e.currentTarget.style.color = '#333'; }}
            onMouseLeave={(e: any) => { e.currentTarget.style.background = 'none'; e.currentTarget.style.color = '#6a6a6a'; }}
          >
            <Plus size={11} strokeWidth={3} />
            <BarChart3 size={18} />
          </button>
          {/* New Dashboard button */}
          <button
            onClick={() => createDashboardTab()}
            title="New Dashboard"
            style={{
              background: 'none', border: 'none', cursor: 'pointer',
              padding: '5px 8px', display: 'flex', alignItems: 'center', gap: 3,
              color: '#6a6a6a', fontSize: 11, borderRadius: 4,
              transition: 'all 0.15s',
            }}
            onMouseEnter={(e: any) => { e.currentTarget.style.background = '#f0f0f0'; e.currentTarget.style.color = '#333'; }}
            onMouseLeave={(e: any) => { e.currentTarget.style.background = 'none'; e.currentTarget.style.color = '#6a6a6a'; }}
          >
            <Plus size={11} strokeWidth={3} />
            <LayoutDashboard size={18} />
          </button>
          {/* Drop zone for dragging to end */}
          <div
            style={{ flex: 1, minWidth: 24, alignSelf: 'stretch' }}
            onDragOver={(e: any) => { e.preventDefault(); e.currentTarget.style.borderLeft = '2px solid #0777b3'; }}
            onDragLeave={(e: any) => { e.currentTarget.style.borderLeft = 'none'; }}
            onDrop={(e: any) => {
              e.currentTarget.style.borderLeft = 'none';
              if (!tabDragRef.current) return;
              const fromIdx = tabDragRef.current.dragIdx;
              tabDragRef.current = null;
              setTabs(prev => {
                const next = [...prev];
                const [moved] = next.splice(fromIdx, 1);
                next.push(moved);
                return next;
              });
            }}
          />
        </div>
        </div>
      </div>
      {/* Aggregate function dropdown menu */}
      {aggMenuId && aggMenuPos && (() => {
        const item = valueItems.find((v) => v.id === aggMenuId);
        if (!item) return null;
        return (
          <div
            data-agg-menu="true"
            className="agg-dropdown"
            style={{
              position: "fixed",
              top: aggMenuPos.top,
              left: aggMenuPos.left,
              background: "#fff",
              border: "1px solid #e0e0e0",
              borderRadius: 8,
              boxShadow: "0 4px 16px rgba(0,0,0,0.12), 0 1px 3px rgba(0,0,0,0.08)",
              zIndex: 1000,
              width: 210,
              maxHeight: 320,
              overflowY: "auto" as const,
              padding: "4px 0",
              fontSize: 12,
            }}
          >
            <div
              className="agg-dropdown-item"
              onClick={() => {
                startEdit(aggMenuId, item.expr);
                setAggMenuId(null);
                setAggMenuPos(null);
              }}
              style={{
                padding: "7px 12px",
                cursor: "pointer",
                display: "flex",
                alignItems: "center",
                gap: 8,
                color: "#231f20",
                fontWeight: 500,
              }}
            >
              <Code size={13} style={{ color: "#0777b3", flexShrink: 0 }} />
              Custom
            </div>
            <div style={{ height: 1, background: "#e8e8e8", margin: "4px 0" }} />
            {(isSemanticModelActive ? MALLOY_AGGREGATE_FUNCTIONS : AGGREGATE_FUNCTIONS).map((item) => (
              <div
                key={item.name}
                className="agg-dropdown-item"
                title={item.desc}
                onClick={() => {
                  applyAggregate(aggMenuId, item.name);
                  setAggMenuId(null);
                  setAggMenuPos(null);
                }}
                style={{
                  padding: "6px 12px",
                  cursor: "pointer",
                  display: "flex",
                  alignItems: "center",
                  color: "#231f20",
                  fontSize: 12,
                }}
              >
                {('label' in item && item.label) || item.name}
              </div>
            ))}
          </div>
        );
      })()}
      {/* Date granularity dropdown menu */}
      {dateMenuId && dateMenuPos && (() => {
        const allDims = [...columnItems, ...rowItems];
        const dimItem = allDims.find((d) => d.id === dateMenuId);
        if (!dimItem) return null;
        const quad: 'columns' | 'rows' = columnItems.some(d => d.id === dateMenuId) ? 'columns' : 'rows';
        const dtype = colTypeMap.get(dimItem.col) || '';
        const granOptions = isTimestampLike(dtype) ? TIMESTAMP_GRANULARITIES : DATE_GRANULARITIES;
        return (
          <div
            data-date-menu="true"
            style={{
              position: "fixed",
              top: dateMenuPos.top,
              left: dateMenuPos.left,
              background: "#fff",
              border: "1px solid #e0e0e0",
              borderRadius: 8,
              boxShadow: "0 4px 16px rgba(0,0,0,0.12), 0 1px 3px rgba(0,0,0,0.08)",
              zIndex: 1000,
              width: 180,
              maxHeight: 280,
              overflowY: "auto" as const,
              padding: "4px 0",
              fontSize: 12,
            }}
          >
            <div style={{ padding: "4px 12px 6px", fontSize: 10, fontWeight: 600, color: "#6a6a6a", textTransform: "uppercase" as const, letterSpacing: 0.5 }}>
              Date Granularity
            </div>
            {granOptions.map(({ key, label }) => {
              const isActive = (key || undefined) === dimItem.granularity;
              return (
                <div
                  key={label}
                  className="agg-dropdown-item"
                  onClick={() => {
                    applyGranularity(dateMenuId, quad, key);
                    setDateMenuId(null);
                    setDateMenuPos(null);
                  }}
                  style={{
                    padding: "6px 12px",
                    cursor: "pointer",
                    display: "flex",
                    alignItems: "center",
                    color: isActive ? "#0777b3" : "#231f20",
                    fontWeight: isActive ? 600 : 400,
                    fontSize: 12,
                  }}
                >
                  {isActive && <span style={{ marginRight: 6, fontSize: 11 }}>✓</span>}
                  {label}
                </div>
              );
            })}
          </div>
        );
      })()}
      {/* ── Chat floating button ─────────────────────────────────── */}
      {!chatOpen && (viewMode === 'pivot-setup' || viewMode === 'format') && (() => {
        const chatBtnDragRef = chatBtnDragDataRef;
        return (
        <button
          onClick={() => { if (!chatBtnDragRef.current.didDrag) setChatOpen(true); }}
          onMouseDown={(e: any) => {
            chatBtnDragRef.current = { dragging: true, didDrag: false, startX: e.clientX, startY: e.clientY, startLeft: e.currentTarget.offsetLeft, startTop: e.currentTarget.offsetTop };
            const btn = e.currentTarget;
            const onMove = (ev: MouseEvent) => {
              const dx = ev.clientX - chatBtnDragRef.current.startX;
              const dy = ev.clientY - chatBtnDragRef.current.startY;
              if (Math.abs(dx) > 3 || Math.abs(dy) > 3) chatBtnDragRef.current.didDrag = true;
              if (chatBtnDragRef.current.didDrag) {
                btn.style.right = 'auto'; btn.style.bottom = 'auto';
                btn.style.left = `${chatBtnDragRef.current.startLeft + dx}px`;
                btn.style.top = `${chatBtnDragRef.current.startTop + dy}px`;
              }
            };
            const onUp = () => { chatBtnDragRef.current.dragging = false; window.removeEventListener('mousemove', onMove); window.removeEventListener('mouseup', onUp); };
            window.addEventListener('mousemove', onMove);
            window.addEventListener('mouseup', onUp);
          }}
          style={{
            position: 'fixed', bottom: 48, right: 20, zIndex: 9998,
            display: 'flex', alignItems: 'center', gap: 8,
            background: '#0777b3', color: '#fff', border: 'none',
            borderRadius: 24, padding: '10px 18px', cursor: 'grab',
            boxShadow: '0 4px 16px rgba(0,0,0,0.18)',
            fontSize: 13, fontWeight: 600, fontFamily: 'inherit',
          }}
          onMouseEnter={(e: any) => { if (!chatBtnDragRef.current.dragging) { e.currentTarget.style.transform = 'scale(1.05)'; e.currentTarget.style.boxShadow = '0 6px 20px rgba(0,0,0,0.22)'; } }}
          onMouseLeave={(e: any) => { if (!chatBtnDragRef.current.dragging) { e.currentTarget.style.transform = 'scale(1)'; e.currentTarget.style.boxShadow = '0 4px 16px rgba(0,0,0,0.18)'; } }}
        >
          <HelpCircle size={18} />
          Chat to build visuals!
        </button>
        );
      })()}
      {/* ── Chat panel ───────────────────────────────────────────── */}
      {chatOpen && (
        <ChatPanel
          messages={chatMessages}
          input={chatInput}
          onInputChange={setChatInput}
          onSend={() => {
            const q = chatInput.trim();
            if (!q || chatProcessing) return;
            addChatMessage('user', q);
            setChatInput('');
            runChatFlow(q);
          }}
          onClear={() => {
            chatAbortRef.current?.abort();
            setChatMessages([]);
            setChatExpandedIds(new Set());
            setChatProcessing(false);
          }}
          onClose={() => setChatOpen(false)}
          width={chatPanelWidth}
          height={chatPanelHeight}
          onResizeStart={(e: any) => {
            chatResizing.current = {
              startX: e.clientX, startY: e.clientY,
              startW: chatPanelWidth, startH: chatPanelHeight,
            };
          }}
          expandedIds={chatExpandedIds}
          onToggleExpand={(id: number) => {
            setChatExpandedIds(prev => {
              const next = new Set(prev);
              next.has(id) ? next.delete(id) : next.add(id);
              return next;
            });
          }}
          isProcessing={chatProcessing}
        />
      )}
      {/* View Selector Tooltip — rendered at root level to escape overflow:hidden */}
      {viewSelectorTooltip && (() => {
        const item = VIEW_MODE_ITEMS.find(i => i.mode === viewSelectorTooltip.mode);
        return item ? <ViewSelectorTooltip title={item.title} description={item.description} anchorRect={viewSelectorTooltip.rect} /> : null;
      })()}
      {/* Touch drag ghost overlay — always mounted, hidden by default, positioned via DOM */}
      <div
        ref={touchGhostRef}
        style={{
          display: 'none',
          position: 'fixed',
          transform: 'translate(-50%, -120%)',
          background: '#0777b3',
          color: '#fff',
          padding: '4px 10px',
          borderRadius: 4,
          fontSize: 12,
          fontWeight: 600,
          pointerEvents: 'none',
          zIndex: 10000,
          boxShadow: '0 2px 8px rgba(0,0,0,0.25)',
          whiteSpace: 'nowrap',
          maxWidth: 200,
          overflow: 'hidden',
          textOverflow: 'ellipsis',
        }}
      />
      {/* ── Custom SQL View Dialog ─────────────────────────────── */}
      {customSqlViewDialog?.open && (() => {
        const isEdit = customSqlViewDialog.editIndex != null;
        const handleSave = () => {
          const name = csvDialogName.trim();
          const sql = csvDialogSql.trim();
          if (!name || !sql) return;
          if (isEdit) {
            setCustomSqlViews(prev => prev.map((v, i) =>
              i === customSqlViewDialog.editIndex ? { ...v, name, sql } : v
            ));
          } else {
            setCustomSqlViews(prev => [...prev, { name, sql, associatedDb: customSqlViewDialog.associatedDb }]);
          }
          setCustomSqlViewsVersion(v => v + 1);
          setCustomSqlViewDialog(null);
        };
        const handleDelete = () => {
          if (customSqlViewDialog.editIndex != null) {
            setCustomSqlViews(prev => prev.filter((_, i) => i !== customSqlViewDialog.editIndex));
            setCustomSqlViewsVersion(v => v + 1);
          }
          setCustomSqlViewDialog(null);
        };
        return (
          <div
            data-custom-sql-dialog
            onClick={() => setCustomSqlViewDialog(null)}
            style={{
              position: 'fixed', inset: 0, background: 'rgba(0,0,0,0.35)', zIndex: 10001,
              display: 'flex', alignItems: 'center', justifyContent: 'center',
            }}
          >
            <div
              onClick={(e: any) => e.stopPropagation()}
              style={{
                background: '#fff', borderRadius: 10, padding: 24, width: 960, maxWidth: '90vw',
                boxShadow: '0 8px 32px rgba(0,0,0,0.2)', maxHeight: '80vh',
                display: 'flex', flexDirection: 'column',
              }}
            >
              <div style={{ fontSize: 16, fontWeight: 700, marginBottom: 16 }}>
                {isEdit ? 'Edit' : 'Create'} Custom SQL View
                <span style={{ fontSize: 11, color: '#999', fontWeight: 400, marginLeft: 8 }}>
                  (temp view for {customSqlViewDialog.associatedDb})
                </span>
              </div>
              <div style={{ marginBottom: 12 }}>
                <label style={{ fontSize: 12, fontWeight: 600, display: 'block', marginBottom: 4 }}>View Name</label>
                <input
                  data-csv-name
                  value={csvDialogName}
                  onChange={(e: any) => setCsvDialogName(e.target.value)}
                  placeholder="e.g. my_custom_view"
                  style={{
                    width: '100%', padding: '8px 10px', fontSize: 13, borderRadius: 6,
                    border: '1px solid #d0d0d0', fontFamily: 'inherit', boxSizing: 'border-box',
                  }}
                />
              </div>
              <div style={{ marginBottom: 16 }}>
                <label style={{ fontSize: 12, fontWeight: 600, display: 'block', marginBottom: 4 }}>SQL Query</label>
                <div data-csv-sql style={{ height: 250, borderRadius: 6, flexShrink: 0, display: 'flex', flexDirection: 'column' }}>
                  <SqlEditor
                    value={csvDialogSql}
                    onChange={setCsvDialogSql}
                    keywords={keywordsSet}
                    onRun={handleSave}
                    placeholder="SELECT * FROM ..."
                  />
                </div>
              </div>
              {createTempViewsQ.isError && (
                <div style={{ background: '#fef2f2', borderRadius: 6, padding: 10, marginBottom: 12, fontSize: 11, color: '#bc1200' }}>
                  <strong>Error creating temp view:</strong> {createTempViewsQ.error?.message}
                </div>
              )}
              <div style={{ display: 'flex', gap: 8, justifyContent: 'flex-end' }}>
                {isEdit && (
                  <button
                    onClick={handleDelete}
                    style={{
                      padding: '8px 14px', borderRadius: 6, border: '1px solid #e0e0e0',
                      background: '#fef2f2', color: '#bc1200', fontSize: 12, fontWeight: 600,
                      cursor: 'pointer', fontFamily: 'inherit', marginRight: 'auto',
                    }}
                  >
                    Delete
                  </button>
                )}
                <button
                  onClick={() => setCustomSqlViewDialog(null)}
                  style={{
                    padding: '8px 14px', borderRadius: 6, border: '1px solid #d0d0d0',
                    background: '#fff', color: '#333', fontSize: 12, fontWeight: 500,
                    cursor: 'pointer', fontFamily: 'inherit',
                  }}
                >
                  Cancel
                </button>
                <button
                  data-csv-save
                  onClick={handleSave}
                  disabled={!csvDialogName.trim() || !csvDialogSql.trim()}
                  style={{
                    padding: '8px 14px', borderRadius: 6, border: 'none',
                    background: (!csvDialogName.trim() || !csvDialogSql.trim()) ? '#ccc' : '#0777b3',
                    color: '#fff', fontSize: 12, fontWeight: 600,
                    cursor: (!csvDialogName.trim() || !csvDialogSql.trim()) ? 'not-allowed' : 'pointer',
                    fontFamily: 'inherit',
                  }}
                >
                  {isEdit ? 'Update' : 'Create'} View
                </button>
              </div>
            </div>
          </div>
        );
      })()}
    </div>
  );
}
</article></body></html>