{ "version": 3, "sources": ["../../../src/parser/parser.ts"], "sourcesContent": [ "import { columnToIndex, indexToColumn } from \"../core/utils.mjs\";\nimport { FormulaError, type SpreadsheetRange } from \"../core/types.mjs\";\nimport type { ASTNode, RangeNode, ReferenceNode } from \"./ast.mjs\";\nimport {\n createArrayNode,\n createBinaryOpNode,\n createEmptyNode,\n createErrorNode,\n createFunctionNode,\n createInfinityNode,\n createNamedExpressionNode,\n createRangeNode,\n createReferenceNode,\n createStructuredReferenceNode,\n createThreeDRangeNode,\n createUnaryOpNode,\n createValueNode,\n} from \"./ast.mjs\";\nimport {\n getOperatorAssociativity,\n getOperatorPrecedence,\n isBinaryOperator,\n parseCellReference,\n parseInfiniteRange,\n parseOpenEndedRange,\n SPECIAL_FUNCTIONS,\n} from \"./grammar.mjs\";\nimport { Lexer, TokenStream, type Token } from \"./lexer.mjs\";\n\n/**\n * Parser error class\n */\nexport class ParseError extends Error {\n constructor(\n message: string,\n public position?: { start: number; end: number }\n ) {\n super(message);\n this.name = \"ParseError\";\n }\n}\n\n/**\n * Formula parser class\n */\nexport class Parser {\n private tokens: TokenStream;\n private input: string;\n\n constructor(tokens: Token[], input?: string) {\n this.tokens = new TokenStream(tokens);\n this.input = input || \"\";\n }\n\n /**\n * Look ahead to determine if this is a workbook reference like\n * [Workbook]!Table[...] or [Workbook]Sheet...\n */\n private lookAheadForWorkbookReference(): { isWorkbookReference: boolean } {\n let pos = 1; // Start after the opening [\n \n // Skip through the workbook name (could be multiple tokens)\n while (pos < 10) { // Reasonable lookahead limit\n const token = this.tokens.peekAhead(pos);\n if (!token || token.type === \"EOF\") {\n return { isWorkbookReference: false };\n }\n \n if (token.type === \"RBRACKET\") {\n const nextToken = this.tokens.peekAhead(pos + 1);\n if (nextToken?.type === \"EXCLAMATION\") {\n return { isWorkbookReference: true };\n }\n if (nextToken && nextToken.type === \"IDENTIFIER\") {\n // Look ahead further to find an exclamation mark or end of tokens\n // This handles both simple sheet references and 3D ranges\n let lookPos = pos + 2;\n while (lookPos < pos + 10) { // Reasonable limit\n const lookToken = this.tokens.peekAhead(lookPos);\n if (!lookToken || lookToken.type === \"EOF\") {\n // End of tokens - this is a sheet alias\n return { isWorkbookReference: true };\n }\n if (lookToken.type === \"EXCLAMATION\") {\n // Found exclamation mark - this is a workbook reference\n return { isWorkbookReference: true };\n }\n // Continue looking for exclamation mark\n lookPos++;\n }\n }\n return { isWorkbookReference: false };\n }\n \n // Continue if it's part of the workbook name\n if (token.type === \"IDENTIFIER\" || token.type === \"FUNCTION\" || token.type === \"NUMBER\" || \n (token.type === \"OPERATOR\" && (token.value === \"-\" || token.value === \"=\" || token.value === \"%\")) ||\n token.type === \"LPAREN\" || token.type === \"RPAREN\") {\n pos++;\n continue;\n }\n \n // If we hit something unexpected, it's not a workbook reference\n return { isWorkbookReference: false };\n }\n \n return { isWorkbookReference: false };\n }\n\n /**\n * Parse workbook reference like [Workbook]!Table[Column] or [Workbook]Sheet!A1\n */\n private parseWorkbookReference(): ASTNode {\n const start = this.tokens.peek().position.start;\n this.tokens.consume(); // [\n\n // Parse workbook name (similar to parseColumnName but for workbook)\n const workbookStartPos = this.tokens.peek().position.start;\n let workbookEndPos = workbookStartPos;\n \n // Consume tokens until we hit the closing bracket\n while (!this.tokens.match(\"RBRACKET\")) {\n if (this.tokens.isAtEnd()) {\n throw new ParseError(\n \"Expected ] to close workbook reference\",\n this.tokens.peek().position\n );\n }\n \n // Make sure we're consuming valid workbook name tokens\n const token = this.tokens.peek();\n if (token.type === \"IDENTIFIER\" || token.type === \"FUNCTION\" || token.type === \"NUMBER\" || \n (token.type === \"OPERATOR\" && (token.value === \"-\" || token.value === \"=\" || token.value === \"%\")) ||\n token.type === \"LPAREN\" || token.type === \"RPAREN\") {\n const consumedToken = this.tokens.consume();\n workbookEndPos = consumedToken.position.end;\n } else {\n throw new ParseError(\n `Invalid character in workbook name: ${token.value}`,\n token.position\n );\n }\n }\n \n // Extract workbook name from input\n const workbookName = this.input.substring(workbookStartPos, workbookEndPos);\n \n this.tokens.consume(); // ]\n \n if (this.tokens.match(\"EXCLAMATION\")) {\n this.tokens.consume(); // !\n return this.parseWorkbookQualifiedTableReference(workbookName, start);\n }\n\n // Parse sheet name - could be start of 3D range\n if (!this.tokens.match(\"IDENTIFIER\")) {\n throw new ParseError(\n \"Expected sheet name after workbook reference\",\n this.tokens.peek().position\n );\n }\n \n const sheetToken = this.tokens.consume();\n let sheetName = sheetToken.value;\n \n // Handle quoted sheet names\n if (sheetName.startsWith(\"'\") && sheetName.endsWith(\"'\")) {\n sheetName = sheetName.slice(1, -1).replace(/''/g, \"'\");\n }\n \n // Check if this is a 3D range (Sheet1:Sheet3!)\n if (this.tokens.match(\"COLON\")) {\n const nextToken = this.tokens.peekAhead(1);\n const tokenAfterNext = this.tokens.peekAhead(2);\n \n if (\n nextToken?.type === \"IDENTIFIER\" &&\n tokenAfterNext?.type === \"EXCLAMATION\"\n ) {\n // This is a 3D range\n this.tokens.consume(); // :\n const endSheetToken = this.tokens.consume(); // end sheet name\n let endSheetName = endSheetToken.value;\n \n // Handle quoted end sheet names\n if (endSheetName.startsWith(\"'\") && endSheetName.endsWith(\"'\")) {\n endSheetName = endSheetName.slice(1, -1).replace(/''/g, \"'\");\n }\n \n this.tokens.consume(); // !\n \n // Parse the reference after the 3D range\n const ref = this.parseCellOrRangeAfterSheets();\n \n return createThreeDRangeNode(\n sheetName,\n endSheetName,\n ref,\n {\n start,\n end: this.tokens.peek().position?.end ?? 0,\n },\n workbookName\n );\n }\n }\n \n // Check if there's an exclamation mark (explicit cell/range reference)\n if (this.tokens.match(\"EXCLAMATION\")) {\n this.tokens.consume(); // !\n \n // Parse the cell/range reference after the !\n const cellRef = this.parseCellOrRangeWithWorkbookAndSheet(workbookName, sheetName, start);\n return cellRef;\n } else {\n // This is a sheet alias: [Workbook]Sheet = [Workbook]Sheet!A1:INFINITY\n // Create an infinite range starting from A1\n const range: SpreadsheetRange = {\n start: {\n col: 0, // Column A\n row: 0, // Row 1 (0-based)\n },\n end: {\n col: {\n type: \"infinity\",\n sign: \"positive\",\n },\n row: {\n type: \"infinity\",\n sign: \"positive\",\n },\n },\n };\n\n return createRangeNode({\n workbookName,\n sheetName,\n range,\n isAbsolute: {\n start: { col: false, row: false },\n end: { col: false, row: false },\n },\n position: {\n start,\n end: this.tokens.peek().position?.start ?? 0,\n },\n });\n }\n }\n\n private parseWorkbookQualifiedTableReference(\n workbookName: string,\n startPos: number\n ): ASTNode {\n if (!this.tokens.match(\"IDENTIFIER\")) {\n throw new ParseError(\n `Expected table name after [${workbookName}]!`,\n this.tokens.peek().position\n );\n }\n\n const tableName = this.tokens.consume().value;\n if (!this.tokens.match(\"LBRACKET\")) {\n throw new ParseError(\n `Workbook-qualified references without a sheet only support tables. Use [${workbookName}]!${tableName}[...] for tables or [${workbookName}]Sheet!A1 for sheet references`,\n this.tokens.peek().position\n );\n }\n\n return this.parseTableReference(tableName, startPos, { workbookName });\n }\n\n /**\n * Parse bare column reference like [Column] or [Column1:Column2]\n */\n private parseBareColumnReference(): ASTNode {\n const startPos = this.tokens.peek().position.start;\n this.tokens.consume(); // [\n\n let selector: \"#All\" | \"#Data\" | \"#Headers\" | undefined;\n let cols: { startCol: string; endCol: string } | undefined;\n let isCurrentRow = false;\n\n if (this.tokens.match(\"HASH\")) {\n // Selector like [#Data]\n this.tokens.consume(); // #\n if (!this.tokens.match(\"IDENTIFIER\")) {\n throw new ParseError(\n \"Expected selector name after #\",\n this.tokens.peek().position\n );\n }\n const selectorName = this.tokens.consume().value;\n selector = `#${selectorName}` as \"#All\" | \"#Data\" | \"#Headers\";\n } else if (this.tokens.match(\"IDENTIFIER\")) {\n // Column reference like [Column] or [Column1:Column2]\n const colStart = this.parseColumnName();\n\n // Check if it's a column range Column1:Column2\n if (this.tokens.match(\"COLON\")) {\n this.tokens.consume(); // :\n const colEnd = this.parseColumnName();\n\n cols = {\n startCol: colStart,\n endCol: colEnd,\n };\n } else {\n // Single column\n cols = {\n startCol: colStart,\n endCol: colStart,\n };\n }\n } else {\n throw new ParseError(\n \"Expected column name or selector in bare column reference\",\n this.tokens.peek().position\n );\n }\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] to close column reference\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // ]\n\n return createStructuredReferenceNode({\n tableName: undefined, // No table name for bare references\n cols,\n selector,\n isCurrentRow,\n position: {\n start: startPos,\n end: this.tokens.peek().position?.end ?? 0,\n },\n });\n }\n\n /**\n * Parse a column name that might consist of multiple identifiers separated by spaces, contain dashes, or have parentheses\n */\n private parseColumnName(): string {\n if (\n !this.tokens.match(\"IDENTIFIER\") &&\n !this.tokens.match(\"FUNCTION\") &&\n !this.tokens.match(\"NUMBER\") &&\n !this.tokens.match(\"OPERATOR\")\n ) {\n throw new ParseError(\"Expected column name\", this.tokens.peek().position);\n }\n\n // Track the start and end positions to reconstruct the original column name\n const startToken = this.tokens.peek();\n const startPos = startToken.position.start;\n\n // Consume the first token\n this.tokens.consume();\n\n // Use a blacklist approach: consume all tokens until we hit a token that definitely ends a column name\n // These are tokens that have special meaning in structured references and should not be part of column names\n // Note: COLON is NOT in this list because colons can be part of column names (e.g., \"CAR:ERC ratio\")\n // Column ranges must use explicit double-bracket syntax: Table[[Col1]:[Col2]]\n const endTokens = new Set([\n \"RBRACKET\", // ] - ends the column reference\n \"COMMA\", // , - separates elements in complex structured references\n \"EOF\" // End of input\n ]);\n\n // Continue consuming tokens that are part of the column name\n while (!endTokens.has(this.tokens.peek().type)) {\n // Handle special cases where we need to validate token sequences\n if (this.tokens.match(\"OPERATOR\")) {\n // All operators are allowed in column names, including at the end\n // No special validation needed - just consume the operator\n this.tokens.consume();\n } else {\n // For all other token types (IDENTIFIER, FUNCTION, NUMBER, LPAREN, RPAREN, etc.)\n // just consume them as part of the column name\n this.tokens.consume();\n }\n }\n\n // Get the end position from the last consumed token\n const currentPos = this.tokens.getPosition();\n let endPos =\n currentPos > 0\n ? this.tokens.getTokens()[currentPos - 1]?.position?.end || startPos\n : startPos;\n\n // For structured references, we need to include trailing spaces before the closing bracket\n // Look ahead to see if we're about to hit a closing bracket, and if so, include any trailing spaces\n if (this.tokens.match(\"RBRACKET\")) {\n const nextTokenPos = this.tokens.peek().position.start;\n // Include any whitespace between the last token and the closing bracket\n endPos = nextTokenPos;\n }\n\n // Extract the original column name from the input, preserving all spacing and case\n const columnName = this.input.substring(startPos, endPos);\n\n return columnName;\n }\n\n /**\n * Parse a formula string\n */\n static parse(formula: string): ASTNode {\n // Tokenize\n const lexer = new Lexer(formula);\n const tokens = lexer.tokenize();\n\n // Parse\n const parser = new Parser(tokens, formula);\n return parser.parseFormula();\n }\n\n /**\n * Parse the entire formula\n */\n parseFormula(): ASTNode {\n if (this.tokens.isAtEnd()) {\n // Empty formula\n return createEmptyNode();\n }\n\n if (this.tokens.peek().type === \"EOF\") {\n // Handle edge case of just '=' with nothing after\n return createErrorNode(FormulaError.ERROR, \"Empty formula\");\n }\n\n try {\n const expr = this.parseExpression();\n\n // Ensure we've consumed all tokens\n if (!this.tokens.isAtEnd()) {\n throw new ParseError(\n `Unexpected token: ${this.tokens.peek().value}`,\n this.tokens.peek().position\n );\n }\n\n return expr;\n } catch (error) {\n if (error instanceof ParseError) {\n throw error;\n }\n throw new ParseError(String(error));\n }\n }\n\n /**\n * Parse an expression (entry point for recursive descent)\n */\n private parseExpression(): ASTNode {\n return this.parseBinaryExpression(0);\n }\n\n /**\n * Parse binary expressions using precedence climbing\n */\n private parseBinaryExpression(minPrecedence: number): ASTNode {\n let left = this.parseUnaryExpression();\n\n while (true) {\n const token = this.tokens.peek();\n\n if (token.type !== \"OPERATOR\" || !isBinaryOperator(token.value)) {\n break;\n }\n\n const precedence = getOperatorPrecedence(token.value);\n if (precedence < minPrecedence) {\n break;\n }\n\n const operator = token.value;\n const associativity = getOperatorAssociativity(operator);\n const start = token.position.start;\n\n this.tokens.consume(); // Consume operator\n\n // For right-associative operators, use same precedence\n // For left-associative, use precedence + 1\n const nextMinPrecedence =\n associativity === \"right\" ? precedence : precedence + 1;\n const right = this.parseBinaryExpression(nextMinPrecedence);\n\n left = createBinaryOpNode(\n operator,\n left,\n right,\n right.position?.end\n ? {\n start,\n end: right.position.end,\n }\n : undefined\n );\n }\n\n return left;\n }\n\n /**\n * Parse unary expressions\n */\n private parseUnaryExpression(): ASTNode {\n const token = this.tokens.peek();\n\n // Check for unary operators\n if (\n token.type === \"OPERATOR\" &&\n (token.value === \"+\" || token.value === \"-\")\n ) {\n const start = token.position.start;\n const operator = token.value as \"+\" | \"-\";\n\n this.tokens.consume();\n const operand = this.parseUnaryExpression();\n\n return createUnaryOpNode(\n operator,\n operand,\n operand.position\n ? {\n start,\n end: operand.position.end,\n }\n : undefined\n );\n }\n\n return this.parsePostfixExpression();\n }\n\n /**\n * Parse postfix expressions (currently just %)\n */\n private parsePostfixExpression(): ASTNode {\n let expr = this.parsePrimaryExpression();\n\n // Check for percentage operator\n if (this.tokens.match(\"OPERATOR\") && this.tokens.peek().value === \"%\") {\n const token = this.tokens.consume();\n expr = createUnaryOpNode(\n \"%\",\n expr,\n expr.position\n ? {\n start: expr.position.start,\n end: token.position.end,\n }\n : undefined\n );\n }\n\n return expr;\n }\n\n /**\n * Parse primary expressions\n */\n private parsePrimaryExpression(): ASTNode {\n const token = this.tokens.peek();\n const start = token.position.start;\n\n switch (token.type) {\n case \"NUMBER\":\n return this.parseNumber();\n\n case \"STRING\":\n return this.parseString();\n\n case \"BOOLEAN\":\n return this.parseBoolean();\n\n case \"ERROR\":\n return this.parseError();\n\n case \"FUNCTION\":\n return this.parseFunctionCall();\n\n case \"IDENTIFIER\":\n return this.parseIdentifier();\n\n case \"INFINITY\":\n const infinityToken = this.tokens.consume();\n return createInfinityNode(infinityToken.position);\n\n case \"AT\":\n return this.parseCurrentRowReference();\n\n case \"HASH\":\n return this.parseTableSelector();\n\n case \"DOLLAR\":\n // Handle absolute reference starting with $\n return this.parseAbsoluteReference();\n\n case \"LPAREN\":\n return this.parseParenthesizedExpression();\n\n case \"LBRACE\":\n return this.parseArrayLiteral();\n\n case \"LBRACKET\":\n // Could be [@Column], [Column], [#Selector], or [Workbook]Sheet syntax\n if (this.tokens.peekAhead(1)?.type === \"AT\") {\n return this.parseCurrentRowReference();\n } else if (\n this.tokens.peekAhead(1)?.type === \"IDENTIFIER\" ||\n this.tokens.peekAhead(1)?.type === \"FUNCTION\" ||\n this.tokens.peekAhead(1)?.type === \"NUMBER\" ||\n this.tokens.peekAhead(1)?.type === \"HASH\"\n ) {\n // Check if this is a workbook reference [Workbook]Sheet\n // Look ahead to see if there's a closing bracket followed by an identifier (sheet name)\n const lookahead = this.lookAheadForWorkbookReference();\n if (lookahead.isWorkbookReference) {\n return this.parseWorkbookReference();\n }\n // Bare column reference like [result] or [#Data]\n return this.parseBareColumnReference();\n }\n throw new ParseError(\n `Unexpected bracket: ${token.value}`,\n token.position\n );\n\n default:\n throw new ParseError(\n `Unexpected token: ${token.value}`,\n token.position\n );\n }\n }\n\n /**\n * Parse an absolute reference starting with $\n */\n private parseAbsoluteReference(): ASTNode {\n const start = this.tokens.peek().position.start;\n let ref = \"\";\n\n // First $\n ref += this.tokens.consume().value;\n\n // Get next token\n if (this.tokens.match(\"IDENTIFIER\")) {\n const identifier = this.tokens.consume().value;\n\n // Check if this identifier contains both column and row (e.g., \"C3\")\n const match = identifier.match(/^([A-Z]+)(\\d+)$/i);\n if (match) {\n // It's a complete cell reference like $C3\n ref += identifier;\n } else if (/^[A-Z]+$/i.test(identifier)) {\n // It's just the column part\n ref += identifier;\n\n // Check for $ before row\n if (this.tokens.match(\"DOLLAR\")) {\n ref += this.tokens.consume().value;\n }\n\n // Row number (optional for infinite column ranges)\n if (this.tokens.match(\"NUMBER\")) {\n ref += this.tokens.consume().value;\n } else if (!this.tokens.match(\"COLON\")) {\n // Only require row number if this isn't a range starting with colon\n throw new ParseError(\n \"Expected row number\",\n this.tokens.peek().position\n );\n }\n } else {\n throw new ParseError(\n \"Invalid cell reference format\",\n this.tokens.peek().position\n );\n }\n } else if (this.tokens.match(\"NUMBER\")) {\n // Handle absolute row ranges like $1:$100\n const number = this.tokens.consume().value;\n ref += number;\n } else {\n throw new ParseError(\n \"Expected column letter or row number after $\",\n this.tokens.peek().position\n );\n }\n\n // Check for range\n if (this.tokens.match(\"COLON\")) {\n this.tokens.consume();\n const endRef = this.parseRangeEnd();\n return this.parseRange(\n ref,\n endRef,\n start,\n this.tokens.peek().position.start\n );\n }\n\n // Parse as single cell reference\n const cellRef = this.parseCellReferenceString(ref);\n if (cellRef) {\n return cellRef;\n }\n\n throw new ParseError(`Invalid cell reference: ${ref}`, {\n start,\n end: this.tokens.peek().position.start,\n });\n }\n\n /**\n * Parse a number literal or row range\n */\n private parseNumber(): ASTNode {\n const token = this.tokens.peek();\n const start = token.position.start;\n\n // Check if this could be a row range (e.g., 5:5, 1:10)\n if (this.tokens.peekNext() && this.tokens.peekNext()!.type === \"COLON\") {\n // This is a row range\n const startRow = this.tokens.consume().value;\n this.tokens.consume(); // Consume ':'\n\n // Get the end row (handle absolute references like $5)\n let endRow: string = \"\";\n if (this.tokens.match(\"DOLLAR\")) {\n endRow += this.tokens.consume().value;\n }\n if (this.tokens.match(\"NUMBER\")) {\n endRow += this.tokens.consume().value;\n } else {\n throw new ParseError(\n \"Expected row number after :\",\n this.tokens.peek().position\n );\n }\n\n // Parse as an infinite row range\n return this.parseRange(\n startRow,\n endRow,\n start,\n this.tokens.peek().position.start\n );\n }\n\n // Otherwise, parse as a regular number\n this.tokens.consume();\n const value = parseFloat(token.value);\n\n if (isNaN(value)) {\n throw new ParseError(`Invalid number: ${token.value}`, token.position);\n }\n\n return createValueNode(\n {\n type: \"number\",\n value,\n },\n {\n start: token.position.start,\n end: token.position.end,\n }\n );\n }\n\n /**\n * Parse a string literal\n */\n private parseString(): ASTNode {\n const token = this.tokens.consume();\n return createValueNode(\n {\n type: \"string\",\n value: token.value,\n },\n {\n start: token.position.start,\n end: token.position.end,\n }\n );\n }\n\n /**\n * Parse a boolean literal\n */\n private parseBoolean(): ASTNode {\n const token = this.tokens.consume();\n const value = token.value.toUpperCase() === \"TRUE\";\n return createValueNode(\n {\n type: \"boolean\",\n value,\n },\n {\n start: token.position.start,\n end: token.position.end,\n }\n );\n }\n\n /**\n * Parse an error literal\n */\n private parseError(): ASTNode {\n const token = this.tokens.consume();\n const error = token.value as FormulaError;\n return createErrorNode(error, `Error literal: ${error}`, {\n start: token.position.start,\n end: token.position.end,\n });\n }\n\n /**\n * Parse a function call\n */\n private parseFunctionCall(): ASTNode {\n const nameToken = this.tokens.consume();\n const functionName = nameToken.value;\n const start = nameToken.position.start;\n\n // Check for special functions that don't require parentheses\n if (\n SPECIAL_FUNCTIONS.has(functionName.toUpperCase()) &&\n !this.tokens.match(\"LPAREN\")\n ) {\n return createFunctionNode(functionName, [], {\n start: start,\n end: nameToken.position.end,\n });\n }\n\n // Expect opening parenthesis\n if (!this.tokens.match(\"LPAREN\")) {\n throw new ParseError(\n `Expected '(' after function name ${functionName}`,\n this.tokens.peek().position\n );\n }\n\n this.tokens.consume(); // Consume '('\n\n // Parse arguments\n const args: ASTNode[] = [];\n\n // Handle empty argument list\n if (this.tokens.match(\"RPAREN\")) {\n const rparenToken = this.tokens.consume();\n const endPos = rparenToken.position.end;\n const node = createFunctionNode(functionName, args, {\n start: start,\n end: endPos,\n });\n\n return node;\n }\n\n // Parse arguments\n while (true) {\n args.push(this.parseExpression());\n\n if (this.tokens.match(\"COMMA\")) {\n this.tokens.consume();\n // Continue parsing next argument\n } else if (this.tokens.match(\"RPAREN\")) {\n const rparenToken = this.tokens.consume();\n const end = rparenToken.position.end;\n const node = createFunctionNode(functionName, args, {\n start: start,\n end: end,\n });\n\n return node;\n } else {\n throw new ParseError(\n `Expected ',' or ')' in function arguments`,\n this.tokens.peek().position\n );\n }\n }\n\n // This should never be reached\n throw new ParseError(\n \"Unexpected end of function argument parsing\",\n this.tokens.peek().position\n );\n }\n\n /**\n * Parse an identifier (cell reference, range, or named expression)\n */\n private parseIdentifier(): ASTNode {\n const start = this.tokens.peek().position.start;\n\n // Regular identifier\n const token = this.tokens.consume();\n let value = token.value;\n\n // Check if this could be a 3D range (Sheet1:Sheet3!)\n // To distinguish from normal ranges, we check:\n // 1. If there's a colon\n // 2. If what follows the colon is an identifier\n // 3. If that identifier is followed by !\n if (this.tokens.match(\"COLON\")) {\n const colonPos = this.tokens.getPosition();\n\n // Look ahead to see if this looks like a 3D range\n const nextToken = this.tokens.peekAhead(1);\n const tokenAfterNext = this.tokens.peekAhead(2);\n\n if (\n nextToken?.type === \"IDENTIFIER\" &&\n tokenAfterNext?.type === \"EXCLAMATION\"\n ) {\n // This looks like a 3D range, consume the tokens\n this.tokens.consume(); // :\n const endSheetToken = this.tokens.consume(); // sheet name\n const endSheet = endSheetToken.value;\n this.tokens.consume(); // !\n\n // Extract sheet names\n let startSheet = value;\n if (startSheet.startsWith(\"'\") && startSheet.endsWith(\"'\")) {\n startSheet = startSheet.slice(1, -1).replace(/''/g, \"'\");\n }\n\n let endSheetName = endSheet;\n if (endSheetName.startsWith(\"'\") && endSheetName.endsWith(\"'\")) {\n endSheetName = endSheetName.slice(1, -1).replace(/''/g, \"'\");\n }\n\n // Parse the reference after the sheet range\n const ref = this.parseCellOrRangeAfterSheets();\n return createThreeDRangeNode(\n startSheet,\n endSheetName,\n ref as ReferenceNode | RangeNode,\n {\n start,\n end: this.tokens.peek().position?.end ?? 0,\n }\n );\n }\n // Not a 3D range, continue with normal parsing\n }\n\n // Check if this is a sheet reference (Sheet1! or 'My Sheet'!)\n if (this.tokens.match(\"EXCLAMATION\")) {\n this.tokens.consume(); // Consume '!'\n\n // Extract sheet name (remove quotes if present)\n let sheetName = value;\n if (sheetName.startsWith(\"'\") && sheetName.endsWith(\"'\")) {\n sheetName = sheetName.slice(1, -1).replace(/''/g, \"'\"); // Remove quotes and unescape\n }\n\n // Now parse the cell reference after the sheet name\n const cellRef = this.parseCellOrRangeWithSheet(sheetName, start);\n return cellRef;\n }\n\n // Check if this is a table reference (Table1[Column1])\n if (this.tokens.match(\"LBRACKET\")) {\n return this.parseTableReference(value, start);\n }\n\n // Check if this could be part of a cell reference (e.g., D in D$4)\n if (this.tokens.match(\"DOLLAR\") && this.isColumnIdentifier(value)) {\n // This is a mixed reference like D$4\n value += this.tokens.consume().value; // Add $\n\n // Get the row number\n if (this.tokens.match(\"NUMBER\")) {\n value += this.tokens.consume().value;\n } else {\n throw new ParseError(\n \"Expected row number after $\",\n this.tokens.peek().position\n );\n }\n } else if (this.tokens.match(\"NUMBER\") && this.isColumnIdentifier(value)) {\n // Regular cell reference like D4\n value += this.tokens.consume().value;\n }\n\n // Check for colon (range operator)\n if (this.tokens.match(\"COLON\")) {\n this.tokens.consume(); // Consume ':'\n\n // Parse end of range with potential $ signs\n const endStart = this.tokens.peek().position.start;\n const endRef = this.parseRangeEnd();\n const endPos = this.tokens.peek().position.start;\n\n // Parse as range\n return this.parseRange(value, endRef, start, endPos);\n }\n\n // Try to parse as cell reference\n const parsedCellRef = this.parseCellReferenceString(value);\n if (parsedCellRef) {\n return parsedCellRef;\n }\n\n // Otherwise, it's a named expression\n return createNamedExpressionNode(value, {\n start: start,\n end: token.position.end,\n });\n }\n\n /**\n * Check if a string is a valid column identifier (A-Z, AA-ZZ, etc.)\n */\n private isColumnIdentifier(str: string): boolean {\n return /^[A-Z]+$/i.test(str);\n }\n\n /**\n * Parse the end part of a range (handling $ signs, infinite ranges, and open-ended ranges)\n */\n private parseRangeEnd(): string {\n let result = \"\";\n\n // Check for INFINITY token (for A5:INFINITY syntax)\n if (this.tokens.match(\"INFINITY\")) {\n result += this.tokens.consume().value;\n return result;\n }\n\n // Check for $ before column or row\n if (this.tokens.match(\"DOLLAR\")) {\n result += this.tokens.consume().value;\n }\n\n // Get identifier part (for column) or number part (for row)\n if (this.tokens.match(\"IDENTIFIER\")) {\n result += this.tokens.consume().value;\n\n // For normal ranges, check for $ before row\n if (this.tokens.match(\"DOLLAR\")) {\n result += this.tokens.consume().value;\n }\n\n // Get number part if present (normal range)\n if (this.tokens.match(\"NUMBER\")) {\n result += this.tokens.consume().value;\n }\n // If no number, it's an infinite column range (e.g., A:A) or open-ended range (e.g., A5:D)\n } else if (this.tokens.match(\"NUMBER\")) {\n // This handles cases like:\n // - Infinite row range (e.g., 5:5)\n // - Open-ended range (e.g., A5:15)\n // - Absolute row reference (e.g., A5:$15)\n result += this.tokens.consume().value;\n } else {\n throw new ParseError(\n \"Expected cell reference, column, row, or INFINITY after :\",\n this.tokens.peek().position\n );\n }\n\n return result;\n }\n\n /**\n * Parse a parenthesized expression\n */\n private parseParenthesizedExpression(): ASTNode {\n const start = this.tokens.peek().position.start;\n this.tokens.consume(); // Consume '('\n\n const expr = this.parseExpression();\n\n if (!this.tokens.match(\"RPAREN\")) {\n throw new ParseError(`Expected ')'`, this.tokens.peek().position);\n }\n\n const end = this.tokens.peek().position.end;\n this.tokens.consume(); // Consume ')'\n\n // Update position to include parentheses\n if (expr.position) {\n expr.position.start = start;\n expr.position.end = end;\n }\n\n return expr;\n }\n\n /**\n * Parse an array literal\n */\n private parseArrayLiteral(): ASTNode {\n const start = this.tokens.peek().position.start;\n this.tokens.consume(); // Consume '{'\n\n const rows: ASTNode[][] = [];\n let currentRow: ASTNode[] = [];\n\n // Handle empty array\n if (this.tokens.match(\"RBRACE\")) {\n this.tokens.consume();\n return createArrayNode([[createEmptyNode()]], {\n start: start,\n end: this.tokens.peek().position.start,\n });\n }\n\n // Parse array elements\n while (true) {\n currentRow.push(this.parseExpression());\n\n if (this.tokens.match(\"COMMA\")) {\n this.tokens.consume();\n // Continue current row\n } else if (this.tokens.match(\"SEMICOLON\")) {\n this.tokens.consume();\n // Start new row\n rows.push(currentRow);\n currentRow = [];\n } else if (this.tokens.match(\"RBRACE\")) {\n this.tokens.consume();\n // End of array\n rows.push(currentRow);\n break;\n } else {\n throw new ParseError(\n `Expected ',', ';', or '}' in array literal`,\n this.tokens.peek().position\n );\n }\n }\n\n // Validate that all rows have the same length\n if (rows.length > 0 && rows[0]) {\n const rowLength = rows[0].length;\n for (let i = 1; i < rows.length; i++) {\n const row = rows[i];\n if (row && row.length !== rowLength) {\n throw new ParseError(`Inconsistent row lengths in array literal`, {\n start,\n end: this.tokens.peek().position.start,\n });\n }\n }\n }\n\n return createArrayNode(rows, {\n start: start,\n end: this.tokens.peek().position.start,\n });\n }\n\n /**\n * Parse a cell reference string\n */\n private parseCellReferenceString(value: string): ReferenceNode | null {\n const parsed = parseCellReference(value);\n if (!parsed) {\n return null;\n }\n\n // Convert to SimpleCellAddress\n const colNum = columnToIndex(parsed.col);\n const rowNum = parseInt(parsed.row) - 1; // Convert to 0-based\n\n if (colNum < 0 || rowNum < 0) {\n return null;\n }\n\n return createReferenceNode({\n address: {\n colIndex: colNum,\n rowIndex: rowNum,\n },\n isAbsolute: {\n col: parsed.colAbsolute,\n row: parsed.rowAbsolute,\n },\n sheetName: parsed.sheet,\n });\n }\n\n /**\n * Parse table reference (e.g., Table1[Column1])\n */\n private parseTableReference(\n tableName: string,\n startPos: number,\n qualifiers?: {\n sheetName?: string;\n workbookName?: string;\n }\n ): ASTNode {\n const { sheetName, workbookName } = qualifiers ?? {};\n this.tokens.consume(); // [\n\n let selector: \"#All\" | \"#Data\" | \"#Headers\" | undefined;\n let cols: { startCol: string; endCol: string } | undefined;\n let isCurrentRow = false;\n\n // Check for complex syntax like [[#Headers],[Column1]] or [[Column1]:[Column2]]\n if (this.tokens.match(\"LBRACKET\")) {\n this.tokens.consume(); // second [\n\n if (this.tokens.match(\"HASH\")) {\n this.tokens.consume(); // #\n if (!this.tokens.match(\"IDENTIFIER\")) {\n throw new ParseError(\n \"Expected selector name after #\",\n this.tokens.peek().position\n );\n }\n const selectorName = this.tokens.consume().value;\n selector = `#${selectorName}` as \"#All\" | \"#Data\" | \"#Headers\";\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] after selector\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // ]\n\n // Check for column part\n if (this.tokens.match(\"COMMA\")) {\n this.tokens.consume(); // ,\n\n if (!this.tokens.match(\"LBRACKET\")) {\n throw new ParseError(\n \"Expected [ after comma\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // [\n\n // Parse column specification - could be [Column1], [Column1:Column2], or [Column1]:[Column2]\n if (\n !this.tokens.match(\"IDENTIFIER\") &&\n !this.tokens.match(\"FUNCTION\") &&\n !this.tokens.match(\"NUMBER\") &&\n !this.tokens.match(\"OPERATOR\")\n ) {\n throw new ParseError(\n \"Expected column name\",\n this.tokens.peek().position\n );\n }\n const colStart = this.parseColumnName();\n\n // Check if it's a column range inside single brackets [Column1:Column2]\n // But not if followed by ] (which would be the Excel-style [Column1]:[Column2])\n if (this.tokens.match(\"COLON\") && !this.tokens.peekAhead(1)?.type.match(/RBRACKET/)) {\n this.tokens.consume(); // :\n\n if (\n !this.tokens.match(\"IDENTIFIER\") &&\n !this.tokens.match(\"FUNCTION\") &&\n !this.tokens.match(\"NUMBER\") &&\n !this.tokens.match(\"OPERATOR\")\n ) {\n throw new ParseError(\n \"Expected end column name after :\",\n this.tokens.peek().position\n );\n }\n const colEnd = this.parseColumnName();\n\n cols = {\n startCol: colStart,\n endCol: colEnd,\n };\n } else {\n // Single column\n cols = {\n startCol: colStart,\n endCol: colStart,\n };\n }\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] after column specification\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // ]\n\n // Check for Excel-style column range [Column1]:[Column2]\n if (this.tokens.match(\"COLON\")) {\n this.tokens.consume(); // :\n\n if (!this.tokens.match(\"LBRACKET\")) {\n throw new ParseError(\n \"Expected [ after : in column range\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // [\n\n if (\n !this.tokens.match(\"IDENTIFIER\") &&\n !this.tokens.match(\"FUNCTION\") &&\n !this.tokens.match(\"NUMBER\") &&\n !this.tokens.match(\"OPERATOR\")\n ) {\n throw new ParseError(\n \"Expected end column name\",\n this.tokens.peek().position\n );\n }\n const colEnd = this.parseColumnName();\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] after end column name\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // ]\n\n cols = {\n startCol: colStart,\n endCol: colEnd,\n };\n }\n }\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] to close table reference\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // outer ]\n } else if (\n this.tokens.match(\"IDENTIFIER\") ||\n this.tokens.match(\"FUNCTION\") ||\n this.tokens.match(\"NUMBER\") ||\n this.tokens.match(\"OPERATOR\")\n ) {\n // Handle [[Column]] or [[Column1]:[Column2]] syntax\n const colStart = this.parseColumnName();\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] after column name\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // ]\n\n // Check if this is a column range [[Column1]:[Column2]] or single column [[Column]]\n if (this.tokens.match(\"COLON\")) {\n this.tokens.consume(); // :\n\n if (!this.tokens.match(\"LBRACKET\")) {\n throw new ParseError(\n \"Expected [ before second column name\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // [\n\n const colEnd = this.parseColumnName();\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] after second column name\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // ]\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] to close table reference\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // outer ]\n\n cols = {\n startCol: colStart,\n endCol: colEnd,\n };\n } else {\n // Single column with double brackets [[Column]]\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] to close table reference\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // outer ]\n\n cols = {\n startCol: colStart,\n endCol: colStart,\n };\n }\n }\n } else if (this.tokens.match(\"AT\")) {\n // Current row reference like Table1[@Column]\n this.tokens.consume(); // @\n isCurrentRow = true;\n\n if (this.tokens.match(\"LBRACKET\")) {\n // Handle [@[Column]] or [@[Column1]:[Column2]] syntax\n this.tokens.consume(); // [\n\n const colStart = this.parseColumnName();\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] after column name\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // ]\n\n // Check if this is a column range [@[Column1]:[Column2]]\n if (this.tokens.match(\"COLON\")) {\n this.tokens.consume(); // :\n\n if (!this.tokens.match(\"LBRACKET\")) {\n throw new ParseError(\n \"Expected [ before second column name\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // [\n\n const colEnd = this.parseColumnName();\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] after second column name\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // ]\n\n cols = {\n startCol: colStart,\n endCol: colEnd,\n };\n } else {\n // Single column [@[Column]]\n cols = {\n startCol: colStart,\n endCol: colStart,\n };\n }\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] to close table reference\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // ]\n } else {\n // Handle [@Column] or [@Column1:Column2] syntax (simple current row)\n const colStart = this.parseColumnName();\n\n // Check if it's a column range Column1:Column2\n if (this.tokens.match(\"COLON\")) {\n this.tokens.consume(); // :\n\n const colEnd = this.parseColumnName();\n\n cols = {\n startCol: colStart,\n endCol: colEnd,\n };\n } else {\n // Single column\n cols = {\n startCol: colStart,\n endCol: colStart,\n };\n }\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] after column reference\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // ]\n }\n } else if (\n this.tokens.match(\"IDENTIFIER\") ||\n this.tokens.match(\"FUNCTION\") ||\n this.tokens.match(\"NUMBER\") ||\n this.tokens.match(\"OPERATOR\")\n ) {\n // Simple column reference like Table1[Column1] or range Table1[Column1:Column2]\n const colStart = this.parseColumnName();\n\n // Check if it's a column range Column1:Column2\n if (this.tokens.match(\"COLON\")) {\n this.tokens.consume(); // :\n\n const colEnd = this.parseColumnName();\n\n cols = {\n startCol: colStart,\n endCol: colEnd,\n };\n } else {\n // Single column\n cols = {\n startCol: colStart,\n endCol: colStart,\n };\n }\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] after column name\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // ]\n } else if (this.tokens.match(\"HASH\")) {\n // Simple selector reference like Table1[#Data]\n this.tokens.consume(); // #\n\n if (!this.tokens.match(\"IDENTIFIER\")) {\n throw new ParseError(\n \"Expected selector name after #\",\n this.tokens.peek().position\n );\n }\n const selectorName = this.tokens.consume().value;\n selector = `#${selectorName}` as \"#All\" | \"#Data\" | \"#Headers\";\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] after selector\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // ]\n } else {\n throw new ParseError(\n \"Expected column name or selector in table reference\",\n this.tokens.peek().position\n );\n }\n\n return createStructuredReferenceNode({\n tableName,\n sheetName,\n workbookName,\n cols,\n selector,\n isCurrentRow,\n position: {\n start: startPos,\n end: this.tokens.peek().position?.end ?? 0,\n },\n });\n }\n\n /**\n * Parse table reference with sheet name (e.g., Sheet1!Table1[Column1])\n */\n private parseTableReferenceWithSheet(\n tableName: string,\n sheetName: string,\n startPos: number\n ): ASTNode {\n return this.parseTableReference(tableName, startPos, { sheetName });\n }\n\n /**\n * Parse cell or range after sheet range in 3D reference\n */\n private parseCellOrRangeAfterSheets(): RangeNode | ReferenceNode {\n const start = this.tokens.peek().position?.start ?? 0;\n\n // Could be a simple cell reference like A1, or a range like A1:B2\n if (this.tokens.match(\"IDENTIFIER\")) {\n const firstIdent = this.tokens.consume().value;\n\n // Check if it's a complete cell reference (e.g., A1)\n const cellRef = this.parseCellReferenceString(firstIdent);\n if (cellRef) {\n // Check if this is part of a range\n if (this.tokens.match(\"COLON\")) {\n this.tokens.consume(); // :\n\n // Parse end of range\n const endRef = this.parseRangeEnd();\n const endPos = this.tokens.peek().position?.end ?? 0;\n\n // Parse as range without sheet (sheet is handled by 3D range)\n const parsed = this.parseRange(firstIdent, endRef, start, endPos);\n\n // Remove sheet from range node if present\n if (parsed.type === \"range\") {\n parsed.sheetName = undefined;\n }\n\n return parsed;\n }\n\n // Single cell reference\n if (cellRef.type === \"reference\") {\n cellRef.sheetName = undefined;\n }\n return cellRef;\n }\n }\n\n // Handle absolute references starting with $\n if (this.tokens.match(\"DOLLAR\")) {\n const dollarStart = this.tokens.getPosition();\n this.tokens.consume(); // $\n\n let ref = \"$\";\n\n // Get column\n if (this.tokens.match(\"IDENTIFIER\")) {\n const col = this.tokens.consume().value;\n if (this.isColumnIdentifier(col)) {\n ref += col;\n }\n }\n\n // Check for row absolute\n if (this.tokens.match(\"DOLLAR\")) {\n ref += this.tokens.consume().value;\n }\n\n // Get row number\n if (this.tokens.match(\"NUMBER\")) {\n ref += this.tokens.consume().value;\n }\n\n // Check if this is a range\n if (this.tokens.match(\"COLON\")) {\n this.tokens.consume(); // :\n\n // Parse end of range\n const endRef = this.parseRangeEnd();\n const endPos = this.tokens.peek().position?.end ?? 0;\n\n // Parse as range without sheet (sheet is handled by 3D range)\n const parsed = this.parseRange(ref, endRef, start, endPos);\n\n // Remove sheet from range node if present\n if (parsed.type === \"range\") {\n parsed.sheetName = undefined;\n }\n\n return parsed;\n }\n\n // Single cell reference\n const cellRef = this.parseCellReferenceString(ref);\n if (!cellRef) {\n throw new ParseError(\n `Invalid cell reference: ${ref}`,\n this.tokens.peek().position\n );\n }\n\n // Remove sheet from reference node if present\n if (cellRef.type === \"reference\") {\n cellRef.sheetName = undefined;\n }\n\n return cellRef;\n }\n\n throw new ParseError(\n \"Expected cell or range reference after sheet range\",\n this.tokens.peek().position\n );\n }\n\n /**\n * Parse current row reference (e.g., [@Column], [@[Column Name]], or just @Column)\n */\n private parseCurrentRowReference(): ASTNode {\n const start = this.tokens.getPosition();\n\n // Handle [@Column] or [@[Column Name]] format\n if (this.tokens.match(\"LBRACKET\")) {\n this.tokens.consume(); // [\n\n if (!this.tokens.match(\"AT\")) {\n throw new ParseError(\"Expected @ after [\", this.tokens.peek().position);\n }\n this.tokens.consume(); // @\n\n let columnName: string;\n\n // Check if we have double brackets [@[Column Name]] or [@[Column1]:[Column2]]\n if (this.tokens.match(\"LBRACKET\")) {\n this.tokens.consume(); // [\n const colStart = this.parseColumnName();\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] to close column name\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // ]\n\n // Check if this is a column range [@[Column1]:[Column2]]\n if (this.tokens.match(\"COLON\")) {\n this.tokens.consume(); // :\n\n if (!this.tokens.match(\"LBRACKET\")) {\n throw new ParseError(\n \"Expected [ before second column name\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // [\n\n const colEnd = this.parseColumnName();\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] after second column name\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // ]\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] to close column range\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // ]\n\n return createStructuredReferenceNode({\n tableName: undefined,\n cols: {\n startCol: colStart,\n endCol: colEnd,\n },\n isCurrentRow: true,\n position: {\n start: this.tokens.getTokens()[start]?.position?.start ?? 0,\n end: this.tokens.peek().position?.end ?? 0,\n },\n });\n } else {\n // Single column [@[Column]]\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] after column reference\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // ]\n\n return createStructuredReferenceNode({\n tableName: undefined,\n cols: {\n startCol: colStart,\n endCol: colStart,\n },\n isCurrentRow: true,\n position: {\n start: this.tokens.getTokens()[start]?.position?.start ?? 0,\n end: this.tokens.peek().position?.end ?? 0,\n },\n });\n }\n } else {\n // Single bracket format [@Column] - colons in column names are preserved\n columnName = this.parseColumnName();\n }\n\n if (!this.tokens.match(\"RBRACKET\")) {\n throw new ParseError(\n \"Expected ] after column reference\",\n this.tokens.peek().position\n );\n }\n this.tokens.consume(); // ]\n\n return createStructuredReferenceNode({\n tableName: undefined,\n cols: {\n startCol: columnName,\n endCol: columnName,\n },\n isCurrentRow: true,\n position: {\n start: this.tokens.getTokens()[start]?.position?.start ?? 0,\n end: this.tokens.peek().position?.end ?? 0,\n },\n });\n }\n\n // Handle @Column format (without brackets)\n this.tokens.consume(); // @\n const columnName = this.parseColumnName();\n\n return createStructuredReferenceNode({\n tableName: undefined,\n cols: {\n startCol: columnName,\n endCol: columnName,\n },\n isCurrentRow: true,\n position: {\n start: this.tokens.getTokens()[start]?.position?.start ?? 0,\n end: this.tokens.peek().position?.end ?? 0,\n },\n });\n }\n\n /**\n * Parse table selector (e.g., #Headers, #Data)\n */\n private parseTableSelector(): ASTNode {\n const hashToken = this.tokens.consume(); // #\n\n if (!this.tokens.match(\"IDENTIFIER\")) {\n throw new ParseError(\n \"Expected selector name after #\",\n this.tokens.peek().position\n );\n }\n\n const selectorName = this.tokens.consume().value;\n const selector = `#${selectorName}`;\n\n // Check if it's a valid selector\n if (![\"#All\", \"#Data\", \"#Headers\"].includes(selector.toUpperCase())) {\n throw new ParseError(\n `Invalid table selector: ${selector}`,\n hashToken.position\n );\n }\n\n // For now, return an error node as selectors need to be part of a table reference\n throw new ParseError(\n \"Table selector must be part of a table reference\",\n hashToken.position\n );\n }\n\n /**\n * Parse a range reference with workbook name\n */\n private parseRangeWithWorkbook(\n startRef: string,\n endRef: string,\n workbookName: string,\n startPos: number,\n endPos: number\n ): RangeNode {\n const rangeNode = this.parseRange(startRef, endRef, startPos, endPos);\n rangeNode.workbookName = workbookName;\n return rangeNode;\n }\n\n /**\n * Parse a range reference (including infinite ranges)\n */\n private parseRange(\n startRef: string,\n endRef: string,\n startPos: number,\n endPos: number\n ): RangeNode {\n // For cross-sheet ranges, handle the case where only startRef includes the sheet\n let fullRange = `${startRef}:${endRef}`;\n let sheetName: string | undefined;\n\n // Check if start has a sheet prefix\n const sheetMatch = startRef.match(\n /^(?:([A-Za-z_][A-Za-z0-9_]*)|'([^']+)')!/\n );\n if (sheetMatch) {\n sheetName = sheetMatch[1] || sheetMatch[2];\n\n // First, try to parse as an infinite range or open-ended range without modifying the range\n // This handles cases like Sheet1!A:A, Sheet1!5:5, Sheet1!A5:INFINITY, etc.\n const infiniteTest = parseInfiniteRange(fullRange);\n const openEndedTest = parseOpenEndedRange(fullRange);\n if (infiniteTest || openEndedTest) {\n // It's an infinite or open-ended range, skip to processing it below\n } else {\n // Not an infinite or open-ended range, so handle normal cross-sheet ranges\n const endSheetMatch = endRef.match(\n /^(?:([A-Za-z_][A-Za-z0-9_]*)|'([^']+)')!/\n );\n if (!endSheetMatch && sheetName) {\n // Normal case: prepend sheet name to endRef for consistent parsing\n const quotedSheetName = sheetName.includes(\" \")\n ? `'${sheetName}'`\n : sheetName;\n endRef = `${quotedSheetName}!${endRef}`;\n fullRange = `${startRef}:${endRef}`;\n }\n }\n }\n\n // Try to parse as an infinite range\n const infiniteParsed = parseInfiniteRange(fullRange);\n\n if (infiniteParsed) {\n // Handle infinite range\n sheetName = sheetName ?? infiniteParsed.sheet;\n\n if (infiniteParsed.type === \"column\") {\n // Infinite column range (e.g., A:A, B:D)\n const startCol = columnToIndex(infiniteParsed.start);\n const endCol = columnToIndex(infiniteParsed.end);\n\n if (startCol < 0 || endCol < 0) {\n throw new ParseError(`Invalid column range: ${startRef}:${endRef}`, {\n start: startPos,\n end: endPos,\n });\n }\n\n // Use special row values to indicate infinite range\n // We'll use -1 to indicate infinite\n const range: SpreadsheetRange = {\n start: {\n col: Math.min(startCol, endCol),\n row: 0, // Start from row 0\n },\n end: {\n col: {\n type: \"number\",\n value: Math.max(startCol, endCol),\n },\n row: {\n type: \"infinity\",\n sign: \"positive\",\n },\n },\n };\n\n return createRangeNode({\n sheetName,\n range,\n isAbsolute: {\n start: {\n col: infiniteParsed.startAbsolute,\n row: false,\n },\n end: {\n col: infiniteParsed.endAbsolute,\n row: false,\n },\n },\n position: {\n start: startPos,\n end: endPos,\n },\n });\n } else {\n // Infinite row range (e.g., 5:5, 1:10)\n const startRow = parseInt(infiniteParsed.start) - 1;\n const endRow = parseInt(infiniteParsed.end) - 1;\n\n if (startRow < 0 || endRow < 0) {\n throw new ParseError(`Invalid row range: ${startRef}:${endRef}`, {\n start: startPos,\n end: endPos,\n });\n }\n\n const range: SpreadsheetRange = {\n start: {\n col: 0, // Start from column 0\n row: Math.min(startRow, endRow),\n },\n end: {\n col: {\n type: \"infinity\",\n sign: \"positive\",\n },\n row: {\n type: \"number\",\n value: Math.max(startRow, endRow),\n },\n },\n };\n\n return createRangeNode({\n sheetName,\n range,\n isAbsolute: {\n start: {\n col: false,\n row: infiniteParsed.startAbsolute,\n },\n end: {\n col: false,\n row: infiniteParsed.endAbsolute,\n },\n },\n position: {\n start: startPos,\n end: endPos,\n },\n });\n }\n }\n\n // Try to parse as an open-ended range (A5:INFINITY, A5:D, A5:15)\n const openEndedParsed = parseOpenEndedRange(fullRange);\n\n if (openEndedParsed) {\n // Handle open-ended range\n sheetName = sheetName ?? openEndedParsed.sheet;\n\n const startCol = columnToIndex(openEndedParsed.startCol);\n const startRow = parseInt(openEndedParsed.startRow) - 1; // Convert to 0-based\n\n if (startCol < 0 || startRow < 0) {\n throw new ParseError(`Invalid range reference: ${startRef}:${endRef}`, {\n start: startPos,\n end: endPos,\n });\n }\n\n if (openEndedParsed.type === \"infinity\") {\n // A5:INFINITY - both row and column unbounded\n const range: SpreadsheetRange = {\n start: {\n col: startCol,\n row: startRow,\n },\n end: {\n col: {\n type: \"infinity\",\n sign: \"positive\",\n },\n row: {\n type: \"infinity\",\n sign: \"positive\",\n },\n },\n };\n\n return createRangeNode({\n sheetName,\n range,\n isAbsolute: {\n start: {\n col: openEndedParsed.startColAbsolute,\n row: openEndedParsed.startRowAbsolute,\n },\n end: {\n col: false, // INFINITY is never absolute\n row: false, // INFINITY is never absolute\n },\n },\n position: {\n start: startPos,\n end: endPos,\n },\n });\n } else if (openEndedParsed.type === \"column-bounded\") {\n // A5:D - open down only (bounded columns, unbounded rows)\n const endCol = columnToIndex(openEndedParsed.endCol!);\n\n if (endCol < 0) {\n throw new ParseError(`Invalid column range: ${startRef}:${endRef}`, {\n start: startPos,\n end: endPos,\n });\n }\n\n const range: SpreadsheetRange = {\n start: {\n col: Math.min(startCol, endCol),\n row: startRow,\n },\n end: {\n col: {\n type: \"number\",\n value: Math.max(startCol, endCol),\n },\n row: {\n type: \"infinity\",\n sign: \"positive\",\n },\n },\n };\n\n return createRangeNode({\n sheetName,\n range,\n isAbsolute: {\n start: {\n col: openEndedParsed.startColAbsolute,\n row: openEndedParsed.startRowAbsolute,\n },\n end: {\n col: openEndedParsed.endColAbsolute!,\n row: false, // Row is infinite, so not absolute\n },\n },\n position: {\n start: startPos,\n end: endPos,\n },\n });\n } else if (openEndedParsed.type === \"row-bounded\") {\n // A5:15 - open right only (bounded rows, unbounded columns)\n const endRow = parseInt(openEndedParsed.endRow!) - 1; // Convert to 0-based\n\n if (endRow < 0) {\n throw new ParseError(`Invalid row range: ${startRef}:${endRef}`, {\n start: startPos,\n end: endPos,\n });\n }\n\n const range: SpreadsheetRange = {\n start: {\n col: startCol,\n row: Math.min(startRow, endRow),\n },\n end: {\n col: {\n type: \"infinity\",\n sign: \"positive\",\n },\n row: {\n type: \"number\",\n value: Math.max(startRow, endRow),\n },\n },\n };\n\n return createRangeNode({\n sheetName,\n range,\n isAbsolute: {\n start: {\n col: openEndedParsed.startColAbsolute,\n row: openEndedParsed.startRowAbsolute,\n },\n end: {\n col: false, // Column is infinite, so not absolute\n row: openEndedParsed.endRowAbsolute!,\n },\n },\n position: {\n start: startPos,\n end: endPos,\n },\n });\n }\n }\n\n // Otherwise, parse as normal range\n const startParsed = parseCellReference(startRef);\n const endParsed = parseCellReference(endRef);\n\n if (!startParsed || !endParsed) {\n throw new ParseError(`Invalid range reference: ${startRef}:${endRef}`, {\n start: startPos,\n end: endPos,\n });\n }\n\n // Ensure both references are on the same sheet\n const startSheet = startParsed.sheet;\n const endSheet = endParsed.sheet;\n\n if (startSheet !== endSheet) {\n throw new ParseError(`Range references must be on the same sheet`, {\n start: startPos,\n end: endPos,\n });\n }\n\n sheetName = sheetName ?? startSheet;\n\n // Convert to SimpleCellRange\n const startCol = columnToIndex(startParsed.col);\n const startRow = parseInt(startParsed.row) - 1;\n const endCol = columnToIndex(endParsed.col);\n const endRow = parseInt(endParsed.row) - 1;\n\n if (startCol < 0 || startRow < 0 || endCol < 0 || endRow < 0) {\n throw new ParseError(`Invalid range reference: ${startRef}:${endRef}`, {\n start: startPos,\n end: endPos,\n });\n }\n\n const range: SpreadsheetRange = {\n start: {\n col: Math.min(startCol, endCol),\n row: Math.min(startRow, endRow),\n },\n end: {\n col: {\n type: \"number\",\n value: Math.max(startCol, endCol),\n },\n row: {\n type: \"number\",\n value: Math.max(startRow, endRow),\n },\n },\n };\n\n return createRangeNode({\n sheetName,\n range,\n isAbsolute: {\n start: {\n col: startParsed.colAbsolute,\n row: startParsed.rowAbsolute,\n },\n end: {\n col: endParsed.colAbsolute,\n row: endParsed.rowAbsolute,\n },\n },\n position: {\n start: startPos,\n end: endPos,\n },\n });\n }\n\n /**\n * Parse a cell or range reference with a known workbook and sheet name\n */\n private parseCellOrRangeWithWorkbookAndSheet(\n workbookName: string,\n sheetName: string,\n startPos: number\n ): ASTNode {\n // Build the full reference string for parsing\n let ref = sheetName.includes(\" \") ? `'${sheetName}'!` : sheetName + \"!\";\n\n // Check for $ before column\n if (this.tokens.match(\"DOLLAR\")) {\n ref += this.tokens.consume().value;\n }\n\n // Get the cell reference part\n if (this.tokens.match(\"IDENTIFIER\")) {\n const identifier = this.tokens.consume();\n ref += identifier.value;\n\n // Workbook-qualified table references use [Workbook]!Table1[...]\n if (this.tokens.match(\"LBRACKET\")) {\n throw new ParseError(\n `Cross-workbook table references use [${workbookName}]!${identifier.value}[...] instead of [${workbookName}]${sheetName}!${identifier.value}[...]`,\n this.tokens.peek().position\n );\n }\n\n // Check if this is an infinite column range ([Workbook]Sheet!A:A)\n if (this.tokens.match(\"COLON\")) {\n this.tokens.consume();\n const endRef = this.parseRangeEnd();\n return this.parseRangeWithWorkbook(\n ref,\n endRef,\n workbookName,\n startPos,\n this.tokens.peek().position.start\n );\n }\n\n // Check for $ before row or just row number\n if (this.tokens.match(\"DOLLAR\")) {\n ref += this.tokens.consume().value;\n }\n\n if (this.tokens.match(\"NUMBER\")) {\n ref += this.tokens.consume().value;\n }\n } else if (this.tokens.match(\"NUMBER\")) {\n // Handle infinite row range ([Workbook]Sheet!5:5)\n const number = this.tokens.consume();\n ref += number.value;\n\n // Check for range\n if (this.tokens.match(\"COLON\")) {\n this.tokens.consume();\n const endRef = this.parseRangeEnd();\n return this.parseRangeWithWorkbook(\n ref,\n endRef,\n workbookName,\n startPos,\n this.tokens.peek().position.start\n );\n }\n } else {\n throw new ParseError(\n `Expected cell reference after [${workbookName}]${sheetName}!`,\n this.tokens.peek().position\n );\n }\n\n // Check for range (normal cell range like [Workbook]Sheet!A1:B2)\n if (this.tokens.match(\"COLON\")) {\n this.tokens.consume();\n const endRef = this.parseRangeEnd();\n return this.parseRangeWithWorkbook(\n ref,\n endRef,\n workbookName,\n startPos,\n this.tokens.peek().position.start\n );\n }\n\n // Parse as single cell reference\n const cellRef = this.parseCellReferenceString(ref);\n if (cellRef) {\n cellRef.workbookName = workbookName;\n return cellRef;\n }\n\n // If it's not a cell reference, check if it's a named expression\n const sheetPrefix = sheetName.includes(\" \")\n ? `'${sheetName}'!`\n : `${sheetName}!`;\n const identifier = ref.substring(sheetPrefix.length);\n\n // Validate it's a valid identifier for a named expression\n if (/^[A-Za-z_][A-Za-z0-9_]*$/.test(identifier)) {\n return createNamedExpressionNode(\n identifier,\n {\n start: startPos,\n end: this.tokens.peek().position.start,\n },\n sheetName,\n workbookName\n );\n }\n\n throw new ParseError(`Invalid cell reference: ${ref}`, {\n start: startPos,\n end: this.tokens.peek().position.start,\n });\n }\n\n /**\n * Parse a cell or range reference with a known sheet name\n */\n private parseCellOrRangeWithSheet(\n sheetName: string,\n startPos: number\n ): ASTNode {\n // Build the full reference string for parsing\n let ref = sheetName.includes(\" \") ? `'${sheetName}'!` : sheetName + \"!\";\n\n // Check for $ before column\n if (this.tokens.match(\"DOLLAR\")) {\n ref += this.tokens.consume().value;\n }\n\n // Get the cell reference part\n if (this.tokens.match(\"IDENTIFIER\")) {\n const identifier = this.tokens.consume();\n ref += identifier.value;\n\n // Check if this is a table reference (Sheet1!Table1[...])\n if (this.tokens.match(\"LBRACKET\")) {\n // This is a table reference with sheet name\n return this.parseTableReferenceWithSheet(\n identifier.value,\n sheetName,\n startPos\n );\n }\n\n // Check if this is an infinite column range (Sheet1!A:A)\n if (this.tokens.match(\"COLON\")) {\n this.tokens.consume();\n const endRef = this.parseRangeEnd();\n // For cross-sheet ranges, do NOT prepend the sheet name to the end reference\n // parseRange will handle sheet name extraction from the start reference\n return this.parseRange(\n ref,\n endRef,\n startPos,\n this.tokens.peek().position.start\n );\n }\n\n // Check for $ before row or just row number\n if (this.tokens.match(\"DOLLAR\")) {\n ref += this.tokens.consume().value;\n }\n\n if (this.tokens.match(\"NUMBER\")) {\n ref += this.tokens.consume().value;\n }\n } else if (this.tokens.match(\"NUMBER\")) {\n // Handle infinite row range (Sheet1!5:5)\n const number = this.tokens.consume();\n ref += number.value;\n\n // Check for range\n if (this.tokens.match(\"COLON\")) {\n this.tokens.consume();\n const endRef = this.parseRangeEnd();\n // For cross-sheet ranges, do NOT prepend the sheet name to the end reference\n // parseRange will handle sheet name extraction from the start reference\n return this.parseRange(\n ref,\n endRef,\n startPos,\n this.tokens.peek().position.start\n );\n }\n } else {\n throw new ParseError(\n `Expected cell reference after ${sheetName}!`,\n this.tokens.peek().position\n );\n }\n\n // Check for range (normal cell range like Sheet1!A1:B2)\n if (this.tokens.match(\"COLON\")) {\n this.tokens.consume();\n const endRef = this.parseRangeEnd();\n // For cross-sheet ranges, do NOT prepend the sheet name to the end reference\n // parseRange will handle sheet name extraction from the start reference\n return this.parseRange(\n ref,\n endRef,\n startPos,\n this.tokens.peek().position.start\n );\n }\n\n // Parse as single cell reference\n const cellRef = this.parseCellReferenceString(ref);\n if (cellRef) {\n return cellRef;\n }\n\n // If it's not a cell reference, check if the remaining tokens represent a named expression\n // At this point, we've consumed the sheet name and !, but have an identifier that's not a cell/range/table\n if (this.tokens.isAtEnd() || !this.tokens.match(\"IDENTIFIER\")) {\n // If we're at the end or the next token isn't an identifier, treat the current identifier as a named expression\n // Extract the identifier after the sheet name from ref (remove \"SheetName!\" prefix)\n const sheetPrefix = sheetName.includes(\" \")\n ? `'${sheetName}'!`\n : `${sheetName}!`;\n const identifier = ref.substring(sheetPrefix.length);\n\n // Validate it's a valid identifier for a named expression\n if (/^[A-Za-z_][A-Za-z0-9_]*$/.test(identifier)) {\n return createNamedExpressionNode(\n identifier,\n {\n start: startPos,\n end: this.tokens.peek().position.start,\n },\n sheetName\n );\n }\n }\n\n throw new ParseError(`Invalid cell reference: ${ref}`, {\n start: startPos,\n end: this.tokens.peek().position.start,\n });\n }\n}\n\n/**\n * Parse a formula string into an AST\n */\nexport function parseFormula(formula: string): ASTNode {\n return Parser.parse(formula);\n}\n" ], "mappings": 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