| 1 | {"version":3,"names":["_t","require","isArrayTypeAnnotation","isArrowFunctionExpression","isBinaryExpression","isCallExpression","isExportDeclaration","isForOfStatement","isIndexedAccessType","isMemberExpression","isObjectPattern","isOptionalMemberExpression","isYieldExpression","PRECEDENCE","Map","isTSTypeExpression","nodeType","isClassExtendsClause","node","parent","parentType","type","superClass","hasPostfixPart","object","callee","tag","NullableTypeAnnotation","FunctionTypeAnnotation","printStack","length","UpdateExpression","ObjectExpression","isFirstInContext","DoExpression","async","Binary","operator","left","parentPos","get","nodePos","right","undefined","UnionTypeAnnotation","OptionalIndexedAccessType","objectType","TSAsExpression","TSUnionType","TSInferType","TSInstantiationExpression","typeParameters","BinaryExpression","SequenceExpression","test","discriminant","expression","YieldExpression","ClassExpression","UnaryLike","FunctionExpression","ArrowFunctionExpression","ConditionalExpression","OptionalMemberExpression","AssignmentExpression","LogicalExpression","Identifier","_node$extra","extra","parenthesized","rightType","id","name","isFollowedByBracket","computed","optional","checkParam","expressionStatement","arrowBody","exportDefault","forHead","forInHead","forOfHead","i","declaration","body","init","expressions","prefix"],"sources":["../../src/node/parentheses.ts"],"sourcesContent":["import {\n isArrayTypeAnnotation,\n isArrowFunctionExpression,\n isBinaryExpression,\n isCallExpression,\n isExportDeclaration,\n isForOfStatement,\n isIndexedAccessType,\n isMemberExpression,\n isObjectPattern,\n isOptionalMemberExpression,\n isYieldExpression,\n} from \"@babel/types\";\nimport type * as t from \"@babel/types\";\nconst PRECEDENCE = new Map([\n [\"||\", 0],\n [\"??\", 0],\n [\"|>\", 0],\n [\"&&\", 1],\n [\"|\", 2],\n [\"^\", 3],\n [\"&\", 4],\n [\"==\", 5],\n [\"===\", 5],\n [\"!=\", 5],\n [\"!==\", 5],\n [\"<\", 6],\n [\">\", 6],\n [\"<=\", 6],\n [\">=\", 6],\n [\"in\", 6],\n [\"instanceof\", 6],\n [\">>\", 7],\n [\"<<\", 7],\n [\">>>\", 7],\n [\"+\", 8],\n [\"-\", 8],\n [\"*\", 9],\n [\"/\", 9],\n [\"%\", 9],\n [\"**\", 10],\n]);\n\nconst enum CheckParam {\n expressionStatement = 1 << 0,\n arrowBody = 1 << 1,\n exportDefault = 1 << 2,\n forHead = 1 << 3,\n forInHead = 1 << 4,\n forOfHead = 1 << 5,\n}\n\nfunction isTSTypeExpression(nodeType: string) {\n return (\n nodeType === \"TSAsExpression\" ||\n nodeType === \"TSSatisfiesExpression\" ||\n nodeType === \"TSTypeAssertion\"\n );\n}\n\nconst isClassExtendsClause = (\n node: t.Node,\n parent: t.Node,\n): parent is t.Class => {\n const parentType = parent.type;\n return (\n (parentType === \"ClassDeclaration\" || parentType === \"ClassExpression\") &&\n parent.superClass === node\n );\n};\n\nconst hasPostfixPart = (node: t.Node, parent: t.Node) => {\n const parentType = parent.type;\n return (\n ((parentType === \"MemberExpression\" ||\n parentType === \"OptionalMemberExpression\") &&\n parent.object === node) ||\n ((parentType === \"CallExpression\" ||\n parentType === \"OptionalCallExpression\" ||\n parentType === \"NewExpression\") &&\n parent.callee === node) ||\n (parentType === \"TaggedTemplateExpression\" && parent.tag === node) ||\n parentType === \"TSNonNullExpression\"\n );\n};\n\nexport function NullableTypeAnnotation(\n node: t.NullableTypeAnnotation,\n parent: t.Node,\n): boolean {\n return isArrayTypeAnnotation(parent);\n}\n\nexport function FunctionTypeAnnotation(\n node: t.FunctionTypeAnnotation,\n parent: t.Node,\n printStack: Array<t.Node>,\n): boolean {\n if (printStack.length < 3) return;\n\n const parentType = parent.type;\n return (\n // (() => A) | (() => B)\n parentType === \"UnionTypeAnnotation\" ||\n // (() => A) & (() => B)\n parentType === \"IntersectionTypeAnnotation\" ||\n // (() => A)[]\n parentType === \"ArrayTypeAnnotation\" ||\n // <T>(A: T): (T => T[]) => B => [A, B]\n (parentType === \"TypeAnnotation\" &&\n // Check grandparent\n isArrowFunctionExpression(printStack[printStack.length - 3]))\n );\n}\n\nexport function UpdateExpression(\n node: t.UpdateExpression,\n parent: t.Node,\n): boolean {\n return hasPostfixPart(node, parent) || isClassExtendsClause(node, parent);\n}\n\nexport function ObjectExpression(\n node: t.ObjectExpression,\n parent: t.Node,\n printStack: Array<t.Node>,\n): boolean {\n return isFirstInContext(\n printStack,\n CheckParam.expressionStatement | CheckParam.arrowBody,\n );\n}\n\nexport function DoExpression(\n node: t.DoExpression,\n parent: t.Node,\n printStack: Array<t.Node>,\n): boolean {\n // `async do` can start an expression statement\n return (\n !node.async && isFirstInContext(printStack, CheckParam.expressionStatement)\n );\n}\n\nexport function Binary(\n node: t.BinaryExpression,\n parent: t.Node,\n): boolean | undefined {\n const parentType = parent.type;\n if (\n node.operator === \"**\" &&\n parentType === \"BinaryExpression\" &&\n parent.operator === \"**\"\n ) {\n return parent.left === node;\n }\n\n if (isClassExtendsClause(node, parent)) {\n return true;\n }\n\n if (\n hasPostfixPart(node, parent) ||\n parentType === \"UnaryExpression\" ||\n parentType === \"SpreadElement\" ||\n parentType === \"AwaitExpression\"\n ) {\n return true;\n }\n\n if (parentType === \"BinaryExpression\" || parentType === \"LogicalExpression\") {\n const parentPos = PRECEDENCE.get(parent.operator);\n const nodePos = PRECEDENCE.get(node.operator);\n\n if (\n // Logical expressions with the same precedence don't need parens.\n (parentPos === nodePos &&\n parent.right === node &&\n parentType !== \"LogicalExpression\") ||\n parentPos > nodePos\n ) {\n return true;\n }\n }\n\n return undefined;\n}\n\nexport function UnionTypeAnnotation(\n node: t.UnionTypeAnnotation,\n parent: t.Node,\n): boolean {\n const parentType = parent.type;\n return (\n parentType === \"ArrayTypeAnnotation\" ||\n parentType === \"NullableTypeAnnotation\" ||\n parentType === \"IntersectionTypeAnnotation\" ||\n parentType === \"UnionTypeAnnotation\"\n );\n}\n\nexport { UnionTypeAnnotation as IntersectionTypeAnnotation };\n\nexport function OptionalIndexedAccessType(\n node: t.OptionalIndexedAccessType,\n parent: t.Node,\n): boolean {\n return isIndexedAccessType(parent) && parent.objectType === node;\n}\n\nexport function TSAsExpression() {\n return true;\n}\n\nexport {\n TSAsExpression as TSSatisfiesExpression,\n TSAsExpression as TSTypeAssertion,\n};\n\nexport function TSUnionType(node: t.TSUnionType, parent: t.Node): boolean {\n const parentType = parent.type;\n return (\n parentType === \"TSArrayType\" ||\n parentType === \"TSOptionalType\" ||\n parentType === \"TSIntersectionType\" ||\n parentType === \"TSUnionType\" ||\n parentType === \"TSRestType\"\n );\n}\n\nexport { TSUnionType as TSIntersectionType };\n\nexport function TSInferType(node: t.TSInferType, parent: t.Node): boolean {\n const parentType = parent.type;\n return parentType === \"TSArrayType\" || parentType === \"TSOptionalType\";\n}\n\nexport function TSInstantiationExpression(\n node: t.TSInstantiationExpression,\n parent: t.Node,\n) {\n const parentType = parent.type;\n return (\n (parentType === \"CallExpression\" ||\n parentType === \"OptionalCallExpression\" ||\n parentType === \"NewExpression\" ||\n parentType === \"TSInstantiationExpression\") &&\n !!parent.typeParameters\n );\n}\n\nexport function BinaryExpression(\n node: t.BinaryExpression,\n parent: t.Node,\n): boolean {\n // let i = (1 in []);\n // for ((1 in []);;);\n if (node.operator === \"in\") {\n const parentType = parent.type;\n return (\n parentType === \"VariableDeclarator\" ||\n parentType === \"ForStatement\" ||\n parentType === \"ForInStatement\" ||\n parentType === \"ForOfStatement\"\n );\n }\n return false;\n}\n\nexport function SequenceExpression(\n node: t.SequenceExpression,\n parent: t.Node,\n): boolean {\n const parentType = parent.type;\n if (\n // Although parentheses wouldn't hurt around sequence\n // expressions in the head of for loops, traditional style\n // dictates that e.g. i++, j++ should not be wrapped with\n // parentheses.\n parentType === \"ForStatement\" ||\n parentType === \"ThrowStatement\" ||\n parentType === \"ReturnStatement\" ||\n (parentType === \"IfStatement\" && parent.test === node) ||\n (parentType === \"WhileStatement\" && parent.test === node) ||\n (parentType === \"ForInStatement\" && parent.right === node) ||\n (parentType === \"SwitchStatement\" && parent.discriminant === node) ||\n (parentType === \"ExpressionStatement\" && parent.expression === node)\n ) {\n return false;\n }\n\n // Otherwise err on the side of overparenthesization, adding\n // explicit exceptions above if this proves overzealous.\n return true;\n}\n\nexport function YieldExpression(\n node: t.YieldExpression,\n parent: t.Node,\n): boolean {\n const parentType = parent.type;\n return (\n parentType === \"BinaryExpression\" ||\n parentType === \"LogicalExpression\" ||\n parentType === \"UnaryExpression\" ||\n parentType === \"SpreadElement\" ||\n hasPostfixPart(node, parent) ||\n (parentType === \"AwaitExpression\" && isYieldExpression(node)) ||\n (parentType === \"ConditionalExpression\" && node === parent.test) ||\n isClassExtendsClause(node, parent)\n );\n}\n\nexport { YieldExpression as AwaitExpression };\n\nexport function ClassExpression(\n node: t.ClassExpression,\n parent: t.Node,\n printStack: Array<t.Node>,\n): boolean {\n return isFirstInContext(\n printStack,\n CheckParam.expressionStatement | CheckParam.exportDefault,\n );\n}\n\nexport function UnaryLike(\n node:\n | t.UnaryLike\n | t.ArrowFunctionExpression\n | t.ConditionalExpression\n | t.AssignmentExpression,\n parent: t.Node,\n): boolean {\n return (\n hasPostfixPart(node, parent) ||\n (isBinaryExpression(parent) &&\n parent.operator === \"**\" &&\n parent.left === node) ||\n isClassExtendsClause(node, parent)\n );\n}\n\nexport function FunctionExpression(\n node: t.FunctionExpression,\n parent: t.Node,\n printStack: Array<t.Node>,\n): boolean {\n return isFirstInContext(\n printStack,\n CheckParam.expressionStatement | CheckParam.exportDefault,\n );\n}\n\nexport function ArrowFunctionExpression(\n node: t.ArrowFunctionExpression,\n parent: t.Node,\n): boolean {\n return isExportDeclaration(parent) || ConditionalExpression(node, parent);\n}\n\nexport function ConditionalExpression(\n node:\n | t.ConditionalExpression\n | t.ArrowFunctionExpression\n | t.AssignmentExpression,\n parent?: t.Node,\n): boolean {\n const parentType = parent.type;\n if (\n parentType === \"UnaryExpression\" ||\n parentType === \"SpreadElement\" ||\n parentType === \"BinaryExpression\" ||\n parentType === \"LogicalExpression\" ||\n (parentType === \"ConditionalExpression\" && parent.test === node) ||\n parentType === \"AwaitExpression\" ||\n isTSTypeExpression(parentType)\n ) {\n return true;\n }\n\n return UnaryLike(node, parent);\n}\n\nexport function OptionalMemberExpression(\n node: t.OptionalMemberExpression,\n parent: t.Node,\n): boolean {\n return (\n (isCallExpression(parent) && parent.callee === node) ||\n (isMemberExpression(parent) && parent.object === node)\n );\n}\n\nexport { OptionalMemberExpression as OptionalCallExpression };\n\nexport function AssignmentExpression(\n node: t.AssignmentExpression,\n parent: t.Node,\n): boolean {\n if (isObjectPattern(node.left)) {\n return true;\n } else {\n return ConditionalExpression(node, parent);\n }\n}\n\nexport function LogicalExpression(\n node: t.LogicalExpression,\n parent: t.Node,\n): boolean {\n const parentType = parent.type;\n if (isTSTypeExpression(parentType)) return true;\n if (parentType !== \"LogicalExpression\") return false;\n switch (node.operator) {\n case \"||\":\n return parent.operator === \"??\" || parent.operator === \"&&\";\n case \"&&\":\n return parent.operator === \"??\";\n case \"??\":\n return parent.operator !== \"??\";\n }\n}\n\nexport function Identifier(\n node: t.Identifier,\n parent: t.Node,\n printStack: Array<t.Node>,\n): boolean {\n const parentType = parent.type;\n // 13.15.2 AssignmentExpression RS: Evaluation\n // (fn) = function () {};\n if (\n node.extra?.parenthesized &&\n parentType === \"AssignmentExpression\" &&\n parent.left === node\n ) {\n const rightType = parent.right.type;\n if (\n (rightType === \"FunctionExpression\" || rightType === \"ClassExpression\") &&\n parent.right.id == null\n ) {\n return true;\n }\n }\n // Non-strict code allows the identifier `let`, but it cannot occur as-is in\n // certain contexts to avoid ambiguity with contextual keyword `let`.\n if (node.name === \"let\") {\n // Some contexts only forbid `let [`, so check if the next token would\n // be the left bracket of a computed member expression.\n const isFollowedByBracket =\n isMemberExpression(parent, {\n object: node,\n computed: true,\n }) ||\n isOptionalMemberExpression(parent, {\n object: node,\n computed: true,\n optional: false,\n });\n return isFirstInContext(\n printStack,\n isFollowedByBracket\n ? CheckParam.expressionStatement |\n CheckParam.forHead |\n CheckParam.forInHead |\n CheckParam.forOfHead\n : CheckParam.forOfHead,\n );\n }\n\n // ECMAScript specifically forbids a for-of loop from starting with the\n // token sequence `for (async of`, because it would be ambiguous with\n // `for (async of => {};;)`, so we need to add extra parentheses.\n //\n // If the parent is a for-await-of loop (i.e. parent.await === true), the\n // parentheses aren't strictly needed, but we add them anyway because\n // some tools (including earlier Babel versions) can't parse\n // `for await (async of [])` without them.\n return (\n node.name === \"async\" && isForOfStatement(parent) && node === parent.left\n );\n}\n\n// Walk up the print stack to determine if our node can come first\n// in a particular context.\nfunction isFirstInContext(\n printStack: Array<t.Node>,\n checkParam: CheckParam,\n): boolean {\n const expressionStatement = checkParam & CheckParam.expressionStatement;\n const arrowBody = checkParam & CheckParam.arrowBody;\n const exportDefault = checkParam & CheckParam.exportDefault;\n const forHead = checkParam & CheckParam.forHead;\n const forInHead = checkParam & CheckParam.forInHead;\n const forOfHead = checkParam & CheckParam.forOfHead;\n\n let i = printStack.length - 1;\n if (i <= 0) return;\n let node = printStack[i];\n i--;\n let parent = printStack[i];\n while (i >= 0) {\n const parentType = parent.type;\n if (\n (expressionStatement &&\n parentType === \"ExpressionStatement\" &&\n parent.expression === node) ||\n (exportDefault &&\n parentType === \"ExportDefaultDeclaration\" &&\n node === parent.declaration) ||\n (arrowBody &&\n parentType === \"ArrowFunctionExpression\" &&\n parent.body === node) ||\n (forHead && parentType === \"ForStatement\" && parent.init === node) ||\n (forInHead && parentType === \"ForInStatement\" && parent.left === node) ||\n (forOfHead && parentType === \"ForOfStatement\" && parent.left === node)\n ) {\n return true;\n 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