{"version":3,"file":"index.cjs","names":["traverse: typeof _traverse","_traverse","analyze","traverse: typeof _traverse","_traverse","spread: string[]","state: LexerState","analyze","traverse: typeof _traverse","_traverse","analyze","traverse: typeof _traverse","_traverse","res: t.Identifier[]","path: NodePath","spread: string[]","node","parentPath","params","result: IReturnData | undefined","analyze","direction: 'TB' | 'BT' | 'LR' | 'RL'","usedNodes: Set","mermaidText: string","shape: string","closeShape: string","unusedSuffix: string","maxLabels: number[]","communities: Community[]","reindexedCommunities: Community[]","colors: string[]","colors: Array<{ background: string, foreground: string, border: string }>","r: number","g: number","b: number","p","q","dfs","graph","result: Set[]","visited: Set","onStack: Set","stack: TypedNode[]","cycleNodes: TypedNode[]","dfs","suggestions: Suggestion[]","nodes: CustomNode[]","edges: Edge[]","inDegreeMap: Record","outDegreeMap: Record"],"sources":["../src/analyze/utils.ts","../src/analyze/setupScript.ts","../src/analyze/options.ts","../src/analyze/style.ts","../src/analyze/template.ts","../src/utils/traverse.ts","../src/analyze/tsx.ts","../src/mermaid.ts","../src/suggest/community.ts","../src/suggest/filter.ts","../src/suggest/split.ts","../src/suggest/utils.ts","../src/suggest/index.ts","../src/vis.ts"],"sourcesContent":["import type { NodePath } from '@babel/traverse';\nimport type * as t from '@babel/types';\n\nexport interface TypedNode {\n label: string\n type: NodeType\n info?: Partial<{\n line: number\n column: number\n comment: string\n used: Set\n }>\n};\n\nexport enum NodeType {\n var = 'var',\n fun = 'fun',\n}\n\ninterface Options {\n isComputed: boolean\n isMethod: boolean\n comment: string\n};\n\nexport type RelationType = 'get' | 'set' | 'call';\n\nexport class NodeCollection {\n lineOffset = 0;\n addInfo = true;\n constructor(_lineOffset = 0, _addInfo = true) {\n this.lineOffset = _lineOffset;\n this.addInfo = _addInfo;\n }\n\n nodes = new Map();\n\n addNode(\n label: string,\n node: t.Node,\n options: Partial = { isComputed: false, isMethod: false, comment: '' },\n ) {\n if (this.nodes.has(label)) {\n return;\n }\n if (\n (!options.isComputed && (\n (node.type === 'VariableDeclarator' && [\n 'ArrowFunctionExpression',\n 'FunctionDeclaration',\n 'FunctionExpression',\n ].includes(node.init?.type || ''))\n || (node.type === 'ObjectProperty' && [\n 'ArrowFunctionExpression',\n 'FunctionDeclaration',\n 'FunctionExpression',\n ].includes(node.value?.type || ''))\n || node.type === 'FunctionDeclaration'\n || node.type === 'ObjectMethod'\n || node.type === 'ArrowFunctionExpression'\n || node.type === 'FunctionExpression'\n ))\n || options.isMethod\n ) {\n this.nodes.set(label, {\n label,\n type: NodeType.fun,\n ...(this.addInfo\n ? {\n info: {\n line: (node.loc?.start.line || 1) - 1 + this.lineOffset,\n column: node.loc?.start.column || 0,\n ...options.comment\n ? { comment: options.comment }\n : {},\n },\n }\n : {}),\n });\n }\n else {\n this.nodes.set(label, {\n label,\n type: NodeType.var,\n ...(this.addInfo\n ? {\n info: {\n line: (node.loc?.start.line || 1) - 1 + this.lineOffset,\n column: node.loc?.start.column || 0,\n ...options.comment\n ? { comment: options.comment }\n : {},\n },\n }\n : {}),\n });\n }\n }\n\n addTypedNode(label: string, node: TypedNode) {\n this.nodes.set(label, {\n label,\n type: node.type,\n ...(this.addInfo\n ? {\n info: {\n ...(node.info || {}),\n },\n }\n : {}),\n });\n }\n\n getNode(label: string) {\n return this.nodes.get(label);\n }\n\n map(graph: {\n nodes: Set\n edges: Map>\n }) {\n const nodes = new Set(Array.from(graph.nodes).map((node) => {\n return this.nodes.get(node)!;\n }).filter(node => !!node));\n\n const edges = new Map(Array.from(graph.edges).map(([from, to]) => {\n // dedupe by node label, preferring 'set' over 'get'\n const labelMap = new Map();\n for (const item of to) {\n const node = this.nodes.get(item.label)!;\n if (!node) {\n continue;\n }\n const existing = labelMap.get(item.label);\n if (!existing || (existing.type === 'get' && item.type === 'set')) {\n labelMap.set(item.label, { node, type: item.type });\n }\n }\n const items = Array.from(labelMap.values());\n return [this.nodes.get(from)!, new Set(items)];\n }));\n\n return {\n nodes,\n edges,\n };\n }\n}\n\nexport function getComment(node: t.Node) {\n let comment = '';\n\n node.leadingComments?.forEach((_comment) => {\n if (_comment.loc!.end.line > node.loc!.start.line) {\n return;\n }\n if (_comment.value.trim().startsWith('*')) {\n comment += `${_comment.value.trim().replace(/^\\s*\\*+\\s*\\**/gm, '').trim()}\\n`;\n }\n });\n\n node.trailingComments?.forEach((_comment) => {\n if (_comment.loc!.end.line > node.loc!.start.line) {\n return;\n }\n if (_comment.value.trim().startsWith('*')) {\n comment += `${_comment.value.trim().replace(/^\\s*\\*+\\s*\\**/gm, '').trim()}\\n`;\n }\n else {\n comment += `${_comment.value.trim()}\\n`;\n }\n });\n\n return comment.trim();\n}\n\nexport function isWritingNode(path: NodePath) {\n // Check if the current node is inside an assignment expression (including nested MemberExpression)\n const assignParent = path.findParent(p => p.isAssignmentExpression()) as NodePath | null;\n if (assignParent) {\n const leftNode = assignParent.node.left;\n if (\n leftNode.start != null\n && path.node.start! >= leftNode.start\n && path.node.end! <= (leftNode.end as number)\n ) {\n return true;\n }\n }\n\n // Check if the current node is inside an update expression (including nested MemberExpression)\n const updateParent = path.findParent(p => p.isUpdateExpression()) as NodePath | null;\n if (updateParent) {\n const argNode = updateParent.node.argument as t.Node;\n if (\n argNode.start != null\n && path.node.start! >= argNode.start\n && path.node.end! <= (argNode.end as number)\n ) {\n return true;\n }\n }\n\n return false;\n}\n\nexport function isCallingNode(path: NodePath) {\n const parent = path.parentPath;\n // 判断父节点是否为 CallExpression，并且当前节点是 callee\n if (parent && parent.isCallExpression()) {\n return parent.node.callee === path.node;\n }\n return false;\n}\n\nexport function getRelationType(path: NodePath) {\n if (path.node.type === 'Identifier' && isCallingNode(path as NodePath)) {\n return 'call';\n }\n if (isWritingNode(path)) {\n return 'set';\n }\n return 'get';\n}\n","import type { NodePath, Scope, VisitNode } from '@babel/traverse';\nimport type * as t from '@babel/types';\nimport type { RelationType } from './utils';\nimport _traverse from '@babel/traverse';\nimport { babelParse } from '@vue/compiler-sfc';\nimport { getComment, getRelationType, NodeCollection, NodeType } from './utils';\n\nconst traverse: typeof _traverse\n // @ts-expect-error unwarp default\n = _traverse.default?.default || _traverse.default || _traverse;\n\nconst ignoreFunctionsName = ['defineProps', 'defineEmits', 'withDefaults'];\n\nexport const watchHooks = [\n 'watch',\n\n // from `@vueuse/core`\n 'watchArray',\n 'watchAtMost',\n 'watchDebounced',\n 'watchDeep',\n 'watchIgnorable',\n 'watchImmediate',\n 'watchOnce',\n 'watchPausable',\n 'watchThrottled',\n 'watchTriggerable',\n 'watchWithFilter',\n];\n\nexport function processSetup(\n ast: t.Node,\n parentScope?: Scope,\n parentPath?: t.Node,\n _spread?: string[],\n _lineOffset = 0,\n) {\n const spread = _spread || [];\n\n const nodeCollection = new NodeCollection(_lineOffset);\n\n const graph = {\n nodes: new Set(),\n edges: new Map>(),\n spread: new Map>(),\n };\n\n traverse(ast, {\n VariableDeclaration(path) {\n path.node.declarations.forEach((declaration) => {\n if (declaration.id.type === 'ArrayPattern') {\n declaration.id.elements.forEach((element) => {\n if (element?.type === 'Identifier') {\n const name = element.name;\n const binding = path.scope.getBinding(name);\n\n if (\n binding\n && (path.parent.type === 'Program'\n || (parentPath?.type === 'ObjectMethod' && parentPath.body === path.parent)\n )\n && !(declaration.init?.type === 'CallExpression'\n && declaration.init?.callee.type === 'Identifier'\n && ignoreFunctionsName.includes(declaration.init?.callee.name)\n )\n ) {\n graph.nodes.add(name);\n nodeCollection.addNode(name, element, {\n comment: getComment(path.node),\n });\n if (!graph.edges.get(name)) {\n graph.edges.set(name, new Set());\n }\n }\n }\n if (element?.type === 'RestElement' && element.argument.type === 'Identifier') {\n const name = element.argument.name;\n const binding = path.scope.getBinding(name);\n\n if (\n binding\n && (path.parent.type === 'Program'\n || (parentPath?.type === 'ObjectMethod' && parentPath.body === path.parent)\n )\n && !(declaration.init?.type === 'CallExpression'\n && declaration.init?.callee.type === 'Identifier'\n && ignoreFunctionsName.includes(declaration.init?.callee.name)\n )\n ) {\n graph.nodes.add(name);\n nodeCollection.addNode(name, element.argument, {\n comment: getComment(path.node),\n });\n if (!graph.edges.get(name)) {\n graph.edges.set(name, new Set());\n }\n }\n }\n });\n }\n if (declaration.id.type === 'ObjectPattern') {\n declaration.id.properties.forEach((property) => {\n if (property.type === 'ObjectProperty' && property.value.type === 'Identifier') {\n const name = property.value.name;\n const binding = path.scope.getBinding(name);\n if (\n binding\n && (path.parent.type === 'Program'\n || (parentPath?.type === 'ObjectMethod' && parentPath.body === path.parent)\n )\n && !(declaration.init?.type === 'CallExpression'\n && declaration.init?.callee.type === 'Identifier'\n && ignoreFunctionsName.includes(declaration.init?.callee.name)\n )\n ) {\n graph.nodes.add(name);\n nodeCollection.addNode(name, property.value, {\n comment: getComment(property),\n });\n if (!graph.edges.get(name)) {\n graph.edges.set(name, new Set());\n }\n }\n }\n\n if (property.type === 'RestElement' && property.argument.type === 'Identifier') {\n const name = property.argument.name;\n const binding = path.scope.getBinding(name);\n if (\n binding\n && (path.parent.type === 'Program'\n || (parentPath?.type === 'ObjectMethod' && parentPath.body === path.parent)\n )\n && !(declaration.init?.type === 'CallExpression'\n && declaration.init?.callee.type === 'Identifier'\n && ignoreFunctionsName.includes(declaration.init?.callee.name)\n )\n ) {\n graph.nodes.add(name);\n nodeCollection.addNode(name, property.argument, {\n comment: getComment(property),\n });\n if (!graph.edges.get(name)) {\n graph.edges.set(name, new Set());\n }\n }\n }\n });\n }\n if (declaration.id?.type === 'Identifier') {\n const name = declaration.id.name;\n const binding = path.scope.getBinding(name);\n if (\n binding\n && (path.parent.type === 'Program'\n || (parentPath?.type === 'ObjectMethod' && parentPath.body === path.parent)\n )\n && !(declaration.init?.type === 'CallExpression'\n && declaration.init?.callee.type === 'Identifier'\n && ignoreFunctionsName.includes(declaration.init?.callee.name)\n )\n ) {\n graph.nodes.add(name);\n nodeCollection.addNode(name, declaration, {\n comment: getComment(path.node),\n });\n if (!graph.edges.get(name)) {\n graph.edges.set(name, new Set());\n }\n\n if (spread.includes(name)) {\n if (declaration.init?.type === 'ObjectExpression') {\n declaration.init?.properties.forEach((prop) => {\n if (\n (prop.type === 'ObjectProperty' || prop.type === 'ObjectMethod')\n && prop.key.type === 'Identifier'\n ) {\n const keyName = prop.key.name;\n graph.nodes.add(keyName);\n nodeCollection.addNode(keyName, prop, {\n comment: getComment(prop),\n });\n if (!graph.edges.get(keyName)) {\n graph.edges.set(keyName, new Set());\n }\n if (graph.spread.has(name)) {\n graph.spread.get(name)?.add(keyName);\n }\n else {\n graph.spread.set(name, new Set([keyName]));\n }\n }\n else if (prop.type === 'SpreadElement') {\n console.warn('not support spread in spread');\n }\n });\n }\n if (\n declaration.init?.type === 'CallExpression'\n && declaration.init?.callee.type === 'Identifier'\n && declaration.init?.callee.name === 'reactive'\n ) {\n const arg = declaration.init?.arguments[0];\n if (arg.type === 'ObjectExpression') {\n arg.properties.forEach((prop) => {\n if (\n (prop.type === 'ObjectProperty' || prop.type === 'ObjectMethod')\n && prop.key.type === 'Identifier'\n ) {\n const keyName = prop.key.name;\n graph.nodes.add(keyName);\n nodeCollection.addNode(keyName, prop, {\n comment: getComment(prop),\n });\n if (!graph.edges.get(keyName)) {\n graph.edges.set(keyName, new Set());\n }\n if (graph.spread.has(name)) {\n graph.spread.get(name)?.add(keyName);\n }\n else {\n graph.spread.set(name, new Set([keyName]));\n }\n }\n else if (prop.type === 'SpreadElement') {\n console.warn('not support spread in spread');\n }\n });\n }\n }\n }\n }\n }\n });\n },\n FunctionDeclaration(path) {\n const name = path.node.id?.name;\n if (name) {\n const binding = path.scope.getBinding(name);\n if (binding && (path.parent.type === 'Program'\n || (parentPath?.type === 'ObjectMethod' && parentPath.body === path.parent)\n )) {\n graph.nodes.add(name);\n nodeCollection.addNode(name, path.node.id!, {\n isMethod: true,\n comment: getComment(path.node),\n });\n if (!graph.edges.get(name)) {\n graph.edges.set(name, new Set());\n }\n }\n }\n },\n }, parentScope, parentPath);\n\n function traverseHooks(node: t.ExpressionStatement | t.CallExpression, patentScope: Scope) {\n if (\n (\n node.type === 'ExpressionStatement'\n && node.expression.type === 'CallExpression'\n && node.expression.callee.type === 'Identifier'\n ) || (\n node.type === 'CallExpression'\n && node.callee.type === 'Identifier'\n )\n ) {\n const hookName = (() => {\n if (node.type === 'ExpressionStatement'\n && node.expression.type === 'CallExpression'\n && node.expression.callee.type === 'Identifier') {\n return node.expression.callee.name;\n }\n if (node.type === 'CallExpression'\n && node.callee.type === 'Identifier') {\n return node.callee.name;\n }\n })() || '';\n\n if (!hookName) {\n return;\n }\n\n const hookBinding = patentScope.getBinding(hookName);\n if (!(hookBinding === undefined || hookBinding?.scope.block.type === 'Program'\n || parentScope === hookBinding?.scope)) {\n return;\n }\n\n const expression = (node.type === 'ExpressionStatement'\n ? node.expression\n : node) as t.CallExpression;\n\n const watchArgs = new Set();\n\n if (hookName === 'provide') {\n traverse(expression, {\n Identifier(path1) {\n const binding = path1.scope.getBinding(path1.node.name);\n if (\n graph.nodes.has(path1.node.name)\n && (\n (path1.parent.type !== 'MemberExpression'\n && path1.parent.type !== 'OptionalMemberExpression')\n || path1.parent.object === path1.node\n )\n && (binding?.scope.block.type === 'Program'\n || parentScope === binding?.scope)\n ) {\n const _node = nodeCollection.getNode(path1.node.name);\n if (_node?.info?.used) {\n _node?.info?.used?.add(hookName);\n }\n else if (_node) {\n _node.info = {\n ..._node?.info,\n used: new Set([hookName]),\n };\n }\n }\n },\n }, patentScope, node);\n }\n else if (watchHooks.includes(hookName)) {\n if (expression.arguments[0].type === 'Identifier') {\n const binding = patentScope.getBinding(expression.arguments[0].name);\n if (\n graph.nodes.has(expression.arguments[0].name)\n && (binding?.scope.block.type === 'Program'\n || parentScope === binding?.scope)\n ) {\n watchArgs.add(expression.arguments[0]);\n }\n }\n else {\n traverse(expression.arguments[0], {\n Identifier(path1) {\n const binding = path1.scope.getBinding(path1.node.name);\n if (\n graph.nodes.has(path1.node.name)\n && (\n (path1.parent.type !== 'MemberExpression'\n && path1.parent.type !== 'OptionalMemberExpression')\n || path1.parent.object === path1.node\n )\n && (binding?.scope.block.type === 'Program'\n || parentScope === binding?.scope)\n ) {\n watchArgs.add(path1.node);\n }\n },\n }, patentScope, node);\n }\n }\n else if (hookName === 'useEffect' && expression.arguments[1].type === 'ArrayExpression') {\n traverse(expression.arguments[1], {\n Identifier(path1) {\n const binding = path1.scope.getBinding(path1.node.name);\n if (\n graph.nodes.has(path1.node.name)\n && (\n (path1.parent.type !== 'MemberExpression'\n && path1.parent.type !== 'OptionalMemberExpression')\n || path1.parent.object === path1.node\n )\n && (binding?.scope.block.type === 'Program'\n || parentScope === binding?.scope)\n ) {\n watchArgs.add(path1.node);\n }\n },\n }, patentScope, node);\n }\n expression.arguments.forEach((argNode, index) => {\n if (watchHooks.includes(hookName) && index === 0 && argNode.type === 'Identifier') {\n const _node = nodeCollection.getNode(argNode.name);\n if (_node?.info?.used) {\n _node?.info?.used?.add(hookName);\n }\n else if (_node) {\n _node.info = {\n ..._node?.info,\n used: new Set([hookName]),\n };\n }\n return;\n }\n if (argNode.type === 'Identifier') {\n const binding = patentScope.getBinding(argNode.name);\n if (\n graph.nodes.has(argNode.name)\n && (binding?.scope.block.type === 'Program'\n || parentScope === binding?.scope)\n ) {\n const _node = nodeCollection.getNode(argNode.name);\n if (_node?.info?.used) {\n _node?.info?.used?.add(hookName);\n }\n else if (_node) {\n _node.info = {\n ..._node?.info,\n used: new Set([hookName]),\n };\n }\n }\n }\n else {\n traverse(argNode, {\n Identifier(path1) {\n const binding = path1.scope.getBinding(path1.node.name);\n if (\n graph.nodes.has(path1.node.name)\n && (\n (path1.parent.type !== 'MemberExpression'\n && path1.parent.type !== 'OptionalMemberExpression')\n || path1.parent.object === path1.node\n )\n && (binding?.scope.block.type === 'Program'\n || parentScope === binding?.scope)\n ) {\n if ([...watchHooks, 'useEffect'].includes(hookName) && watchArgs.size > 0) {\n const watchArgsNames = Array.from(watchArgs).map(arg => arg.name);\n watchArgs.forEach((watchArg) => {\n if (!watchArgsNames.includes(path1.node.name)) {\n graph.edges.get(watchArg.name)?.add({\n label: path1.node.name,\n type: getRelationType(path1),\n });\n }\n });\n }\n const _node = nodeCollection.getNode(path1.node.name);\n if (_node?.info?.used) {\n _node?.info?.used?.add(hookName);\n }\n else if (_node) {\n _node.info = {\n ..._node?.info,\n used: new Set([hookName]),\n };\n }\n }\n },\n }, patentScope, node);\n }\n });\n }\n }\n\n // get the relation between the variable and the function\n traverse(ast, {\n FunctionDeclaration(path) {\n const name = path.node.id?.name;\n if (name && graph.nodes.has(name)) {\n traverse(path.node.body, {\n Identifier(path1) {\n const binding = path1.scope.getBinding(path1.node.name);\n if (\n graph.nodes.has(path1.node.name)\n && (\n (path1.parent.type !== 'MemberExpression'\n && path1.parent.type !== 'OptionalMemberExpression')\n || path1.parent.object === path1.node\n )\n && (binding?.scope.block.type === 'Program'\n || (parentScope === binding?.scope)\n )\n ) {\n graph.edges.get(name)?.add({\n label: path1.node.name,\n type: getRelationType(path1),\n });\n }\n },\n MemberExpression(path1) {\n if (\n path1.node.object.type === 'Identifier'\n && spread.includes(path1.node.object.name)\n ) {\n const binding = path1.scope.getBinding(path1.node.object.name);\n if (\n spread.includes(path1.node.object.name)\n && path1.node.property.type === 'Identifier'\n && (binding?.scope.block.type === 'Program'\n || (parentScope === binding?.scope)\n )\n ) {\n graph.edges.get(name)?.add({\n label: path1.node.property.name,\n type: getRelationType(path1),\n });\n }\n }\n },\n }, path.scope, path);\n }\n },\n\n VariableDeclarator(path) {\n if (path.node.init) {\n if (path.node.id.type === 'ArrayPattern') {\n path.node.id.elements.forEach((element) => {\n if (element?.type === 'Identifier') {\n const name = element.name;\n if (name && graph.nodes.has(name) && path.node.init?.type === 'CallExpression') {\n traverse(path.node.init, {\n Identifier(path1) {\n const binding = path1.scope.getBinding(path1.node.name);\n if (\n graph.nodes.has(path1.node.name)\n && (\n (path1.parent.type !== 'MemberExpression'\n && path1.parent.type !== 'OptionalMemberExpression')\n || path1.parent.object === path1.node\n )\n && (binding?.scope.block.type === 'Program'\n || (parentScope === binding?.scope)\n )\n ) {\n graph.edges.get(name)?.add({\n label: path1.node.name,\n type: getRelationType(path1),\n });\n }\n },\n MemberExpression(path1) {\n if (\n path1.node.object.type === 'Identifier'\n && spread.includes(path1.node.object.name)\n ) {\n const binding = path1.scope.getBinding(path1.node.object.name);\n if (\n spread.includes(path1.node.object.name)\n && path1.node.property.type === 'Identifier'\n && (binding?.scope.block.type === 'Program'\n || (parentScope === binding?.scope)\n )\n ) {\n graph.edges.get(name)?.add({\n label: path1.node.property.name,\n type: getRelationType(path1),\n });\n }\n }\n },\n }, path.scope, path);\n }\n }\n });\n }\n else if (path.node.id.type === 'ObjectPattern') {\n path.node.id.properties.forEach((property) => {\n if (property.type === 'ObjectProperty' && property.value.type === 'Identifier') {\n const name = property.value.name;\n if (name && graph.nodes.has(name) && path.node.init) {\n traverse(path.node.init, {\n Identifier(path1) {\n const binding = path1.scope.getBinding(path1.node.name);\n if (\n graph.nodes.has(path1.node.name)\n && (\n (path1.parent.type !== 'MemberExpression'\n && path1.parent.type !== 'OptionalMemberExpression')\n || path1.parent.object === path1.node\n )\n && (binding?.scope.block.type === 'Program'\n || (parentScope === binding?.scope)\n )\n ) {\n graph.edges.get(name)?.add({\n label: path1.node.name,\n type: getRelationType(path1),\n });\n }\n },\n MemberExpression(path1) {\n if (\n path1.node.object.type === 'Identifier'\n && spread.includes(path1.node.object.name)\n ) {\n const binding = path1.scope.getBinding(path1.node.object.name);\n if (\n spread.includes(path1.node.object.name)\n && path1.node.property.type === 'Identifier'\n && (binding?.scope.block.type === 'Program'\n || (parentScope === binding?.scope)\n )\n ) {\n graph.edges.get(name)?.add({\n label: path1.node.property.name,\n type: getRelationType(path1),\n });\n }\n }\n },\n }, path.scope, path);\n }\n }\n });\n }\n else if ([\n 'CallExpression',\n 'ArrowFunctionExpression',\n 'FunctionDeclaration',\n ].includes(path.node.init.type)\n && path.node.id.type === 'Identifier'\n ) {\n if (path.node.init.type === 'CallExpression' && path.node.init.callee.type === 'Identifier' && [...watchHooks, 'watchEffect'].includes(path.node.init.callee.name)) {\n traverseHooks(path.node.init, path.scope);\n }\n const name = path.node.id?.name;\n if (name && graph.nodes.has(name)) {\n traverse(path.node.init, {\n Identifier(path1) {\n const binding = path1.scope.getBinding(path1.node.name);\n if (\n graph.nodes.has(path1.node.name)\n && (\n (path1.parent.type !== 'MemberExpression'\n && path1.parent.type !== 'OptionalMemberExpression')\n || path1.parent.object === path1.node\n )\n && (binding?.scope.block.type === 'Program'\n || (parentScope === binding?.scope)\n )\n ) {\n graph.edges.get(name)?.add({\n label: path1.node.name,\n type: getRelationType(path1),\n });\n }\n },\n MemberExpression(path1) {\n if (\n path1.node.object.type === 'Identifier'\n && spread.includes(path1.node.object.name)\n ) {\n const binding = path1.scope.getBinding(path1.node.object.name);\n if (\n spread.includes(path1.node.object.name)\n && path1.node.property.type === 'Identifier'\n && (binding?.scope.block.type === 'Program'\n || (parentScope === binding?.scope)\n )\n ) {\n graph.edges.get(name)?.add({\n label: path1.node.property.name,\n type: getRelationType(path1),\n });\n }\n }\n },\n }, path.scope, path);\n }\n }\n else if (path.node.id.type === 'Identifier') {\n const name = path.node.id.name;\n if (path.node.init.type === 'Identifier') {\n const binding = path.scope.getBinding(path.node.init.name);\n if (\n graph.nodes.has(path.node.init.name)\n && (binding?.scope.block.type === 'Program'\n || (parentScope === binding?.scope)\n )\n ) {\n graph.edges.get(name)?.add({\n label: path.node.init.name,\n type: getRelationType(path),\n });\n }\n }\n else {\n traverse(path.node.init, {\n Identifier(path1) {\n const binding = path1.scope.getBinding(path1.node.name);\n if (\n graph.nodes.has(path1.node.name)\n && (\n (path1.parent.type !== 'MemberExpression'\n && path1.parent.type !== 'OptionalMemberExpression')\n || path1.parent.object === path1.node\n )\n && (binding?.scope.block.type === 'Program'\n || (parentScope === binding?.scope)\n )\n ) {\n graph.edges.get(name)?.add({\n label: path1.node.name,\n type: getRelationType(path1),\n });\n }\n },\n }, path.scope, path);\n }\n }\n }\n },\n\n ObjectMethod(path) {\n if (path.node.key.type === 'Identifier' && graph.nodes.has(path.node.key.name)) {\n const name = path.node.key.name;\n\n traverse(path.node.body, {\n Identifier(path1) {\n const binding = path1.scope.getBinding(path1.node.name);\n if (\n graph.nodes.has(path1.node.name)\n && (\n (path1.parent.type !== 'MemberExpression'\n && path1.parent.type !== 'OptionalMemberExpression')\n || path1.parent.object === path1.node\n )\n && (binding?.scope.block.type === 'Program'\n || (parentScope === binding?.scope)\n )\n ) {\n graph.edges.get(name)?.add({\n label: path1.node.name,\n type: getRelationType(path1),\n });\n }\n },\n MemberExpression(path1) {\n if (\n path1.node.object.type === 'Identifier'\n && spread.includes(path1.node.object.name)\n ) {\n const binding = path1.scope.getBinding(path1.node.object.name);\n if (\n spread.includes(path1.node.object.name)\n && path1.node.property.type === 'Identifier'\n && (binding?.scope.block.type === 'Program'\n || (parentScope === binding?.scope)\n )\n ) {\n graph.edges.get(name)?.add({\n label: path1.node.property.name,\n type: getRelationType(path1),\n });\n }\n }\n },\n }, path.scope, path);\n }\n },\n\n ObjectProperty(path) {\n if (path.node.key.type === 'Identifier' && graph.nodes.has(path.node.key.name)) {\n const name = path.node.key.name;\n\n traverse(path.node.value, {\n MemberExpression(path1) {\n if (\n path1.node.object.type === 'Identifier'\n && spread.includes(path1.node.object.name)\n ) {\n const binding = path1.scope.getBinding(path1.node.object.name);\n if (\n spread.includes(path1.node.object.name)\n && path1.node.property.type === 'Identifier'\n && (binding?.scope.block.type === 'Program'\n || (parentScope === binding?.scope)\n )\n ) {\n graph.edges.get(name)?.add({\n label: path1.node.property.name,\n type: getRelationType(path1),\n });\n }\n }\n },\n }, path.scope, path);\n }\n },\n ExpressionStatement(path) {\n if (path.type === 'ExpressionStatement'\n && path.node.expression.type === 'CallExpression'\n && path.node.expression.callee.type === 'Identifier'\n ) {\n const name = path.node.expression.callee.name;\n if (\n graph.nodes.has(name)\n && (path.scope.block.type === 'Program')\n ) {\n const _node = nodeCollection.getNode(name);\n if (_node?.info?.used) {\n _node?.info?.used?.add('Call Expression');\n }\n else if (_node) {\n _node.info = {\n ..._node?.info,\n used: new Set(['Call Expression']),\n };\n }\n }\n else {\n traverseHooks(path.node.expression, path.scope);\n }\n }\n if (path.type === 'ExpressionStatement'\n && path.node.expression.type === 'AssignmentExpression'\n && path.node.expression.right.type === 'CallExpression'\n && path.node.expression.right.callee.type === 'Identifier'\n ) {\n traverseHooks(path.node.expression.right, path.scope);\n }\n },\n }, parentScope, parentPath);\n\n return {\n graph,\n nodeCollection,\n };\n}\n\nexport function analyze(\n content: string,\n lineOffset = 0,\n jsx = false,\n) {\n // console.log(content);\n const ast = babelParse(content, { sourceType: 'module', plugins: [\n 'typescript',\n ...jsx\n ? ['jsx' as const]\n : [],\n ] });\n\n // ---\n const { graph, nodeCollection } = processSetup(ast, undefined, undefined, undefined, lineOffset);\n return nodeCollection.map(graph);\n}\n","import type { NodePath } from '@babel/traverse';\nimport type * as t from '@babel/types';\nimport type { RelationType } from './utils';\nimport _traverse from '@babel/traverse';\nimport { babelParse } from '@vue/compiler-sfc';\nimport { processSetup, watchHooks } from './setupScript';\nimport { getComment, getRelationType, NodeCollection } from './utils';\n\nconst traverse: typeof _traverse\n // @ts-expect-error unwarp default\n = _traverse.default?.default || _traverse.default || _traverse;\n\nconst vueLifeCycleHooks = [\n 'beforeCreate',\n 'created',\n 'beforeMount',\n 'mounted',\n 'beforeUpdate',\n 'updated',\n 'beforeDestroy',\n 'destroyed',\n 'activated',\n 'deactivated',\n 'errorCaptured',\n 'renderTracked',\n 'renderTriggered',\n 'provide',\n];\n\nexport function analyze(\n content: string,\n lineOffset = 0,\n jsx = false,\n) {\n // console.log({lineOffset});\n // console.log(content);\n const ast = babelParse(content, { sourceType: 'module', plugins: [\n 'typescript',\n ...jsx\n ? ['jsx' as const]\n : [],\n ] });\n\n // ---\n\n let nodeCollection = new NodeCollection(lineOffset);\n\n const tNodes = new Map();\n const graph = {\n nodes: new Set(),\n edges: new Map>(),\n };\n\n /** used in render block or setup return */\n const nodesUsedInTemplate = new Set();\n\n function process(node: t.ObjectExpression, path: NodePath) {\n traverse(node, {\n ObjectProperty(path1) {\n if (\n (\n path.node.declaration.type === 'ObjectExpression'\n && path1.parent === path.node.declaration\n ) || (\n path.node.declaration.type === 'CallExpression'\n && path1.parent === path.node.declaration.arguments[0]\n )\n ) {\n // data\n if (\n path1.node.key.type === 'Identifier'\n && path1.node.key.name === 'data'\n && (\n path1.node.value.type === 'ArrowFunctionExpression'\n || path1.node.value.type === 'FunctionExpression'\n )\n ) {\n const dataNode = path1.node.value;\n\n traverse(dataNode, {\n ReturnStatement(path2) {\n if (path2.parent === dataNode.body) {\n if (path2.node.argument?.type === 'ObjectExpression') {\n path2.node.argument.properties.forEach((prop) => {\n if (prop.type === 'ObjectProperty') {\n if (prop.key.type === 'Identifier') {\n const name = prop.key.name;\n graph.nodes.add(name);\n tNodes.set(name, prop.key);\n nodeCollection.addNode(name, prop, {\n comment: getComment(prop),\n });\n if (!graph.edges.get(name)) {\n graph.edges.set(name, new Set());\n }\n }\n }\n });\n }\n }\n },\n }, path1.scope, path1);\n }\n\n // computed\n if (path1.node.key.type === 'Identifier' && path1.node.key.name === 'computed') {\n const computedNode = path1.node;\n if (computedNode.value.type === 'ObjectExpression') {\n computedNode.value.properties.forEach((prop) => {\n if (prop.type === 'ObjectProperty' || prop.type === 'ObjectMethod') {\n if (prop.key.type === 'Identifier') {\n const name = prop.key.name;\n graph.nodes.add(name);\n tNodes.set(name, prop.key);\n nodeCollection.addNode(name, prop, {\n isComputed: true,\n comment: getComment(prop),\n });\n if (!graph.edges.get(name)) {\n graph.edges.set(name, new Set());\n }\n }\n }\n });\n }\n }\n\n // methods\n if (path1.node.key.type === 'Identifier' && path1.node.key.name === 'methods') {\n const methodsNode = path1.node;\n if (methodsNode.value.type === 'ObjectExpression') {\n methodsNode.value.properties.forEach((prop) => {\n if (prop.type === 'ObjectProperty' || prop.type === 'ObjectMethod') {\n if (prop.key.type === 'Identifier') {\n const name = prop.key.name;\n graph.nodes.add(name);\n tNodes.set(name, prop.key);\n nodeCollection.addNode(name, prop, {\n isMethod: true,\n comment: getComment(prop),\n });\n if (!graph.edges.get(name)) {\n graph.edges.set(name, new Set());\n }\n }\n }\n });\n }\n }\n\n if (\n path1.node.key.type === 'Identifier'\n && path1.node.key.name === 'render'\n && (\n path1.node.value.type === 'ArrowFunctionExpression'\n || path1.node.value.type === 'FunctionExpression'\n )\n ) {\n traverse(path1.node.value, {\n ReturnStatement(path2) {\n const templateNode = path2.node;\n traverse(templateNode, {\n MemberExpression(path3) {\n if (path3.node.object && path3.node.object.type === 'ThisExpression') {\n if (path3.node.property && path3.node.property.type === 'Identifier') {\n nodesUsedInTemplate.add(path3.node.property.name);\n }\n }\n },\n }, path2.scope, path2);\n },\n }, path1.scope, path1);\n }\n }\n },\n ObjectMethod(path1) {\n if (\n (\n path.node.declaration.type === 'ObjectExpression'\n && path1.parent === path.node.declaration\n ) || (\n path.node.declaration.type === 'CallExpression'\n && path1.parent === path.node.declaration.arguments[0]\n )\n ) {\n // setup\n if (path1.node.key.type === 'Identifier' && path1.node.key.name === 'setup') {\n const setupNode = path1.node;\n\n const spread: string[] = [];\n\n traverse(setupNode, {\n ReturnStatement(path2) {\n if (path2.node.argument?.type === 'ObjectExpression') {\n const returnNode = path2.node.argument;\n traverse(returnNode, {\n SpreadElement(path3) {\n // ...toRefs(xxx)\n if (\n path3.node.argument.type === 'CallExpression'\n && path3.node.argument.callee.type === 'Identifier'\n && path3.node.argument.callee.name === 'toRefs'\n && path3.node.argument.arguments[0].type === 'Identifier'\n ) {\n spread.push(path3.node.argument.arguments[0].name);\n }\n // ...xxx\n else if (\n path3.node.argument.type === 'Identifier'\n ) {\n spread.push(path3.node.argument.name);\n }\n },\n }, path2.scope, path2);\n }\n if (\n path2.node.argument?.type === 'FunctionExpression'\n || path2.node.argument?.type === 'ArrowFunctionExpression'\n ) {\n const templateNode = path2.node.argument.body;\n traverse(templateNode, {\n Identifier(path3) {\n const binding = path3.scope.getBinding(path3.node.name);\n if (binding?.scope === path1.scope) {\n nodesUsedInTemplate.add(path3.node.name);\n }\n },\n JSXIdentifier(path3) {\n const binding = path3.scope.getBinding(path3.node.name);\n if (binding?.scope === path1.scope) {\n nodesUsedInTemplate.add(path3.node.name);\n }\n },\n }, path2.scope, path2);\n }\n },\n }, path1.scope, path1);\n\n const {\n graph: {\n nodes: tempNodes,\n edges: tempEdges,\n spread: tempSpread,\n },\n nodeCollection: tempNodeCollection,\n } = processSetup(setupNode, path1.scope, setupNode, spread, lineOffset);\n\n // 3 filter data by return\n traverse(setupNode, {\n ReturnStatement(path2) {\n // only process return in setupNode scope\n if (path2.scope !== path1.scope) {\n return;\n }\n\n if (path2.node.argument?.type === 'ObjectExpression') {\n const returnNode = path2.node.argument;\n traverse(returnNode, {\n ObjectProperty(path3) {\n if (path3.parent === returnNode) {\n if (\n path3.node.key.type === 'Identifier'\n && path3.node.value.type === 'Identifier'\n && tempNodes.has(path3.node.value.name)\n ) {\n const valName = path3.node.value.name;\n if (!graph.nodes.has(valName)) {\n graph.nodes.add(valName);\n tNodes.set(valName, path3.node.value);\n nodeCollection.addTypedNode(\n valName,\n tempNodeCollection.nodes.get(valName)!,\n );\n }\n if (!graph.edges.has(valName)) {\n graph.edges.set(valName, new Set([...Array.from(\n tempEdges.get(valName) || new Set<{ label: string, type: RelationType }>(),\n )]));\n }\n\n const name = path3.node.key.name;\n if (name !== valName) {\n graph.nodes.add(name);\n tNodes.set(name, path3.node.key);\n nodeCollection.addNode(name, path3.node.key, {\n comment: getComment(path3.node),\n });\n graph.edges.set(name, new Set([{\n label: valName,\n type: getRelationType(path3),\n }]));\n }\n }\n }\n },\n SpreadElement(path3) {\n // ...toRefs(xxx)\n if (\n path3.node.argument.type === 'CallExpression'\n && path3.node.argument.callee.type === 'Identifier'\n && path3.node.argument.callee.name === 'toRefs'\n && path3.node.argument.arguments[0].type === 'Identifier'\n && tempSpread.get(path3.node.argument.arguments[0].name)\n ) {\n tempSpread.get(path3.node.argument.arguments[0].name)?.forEach((name) => {\n graph.nodes.add(name);\n // @ts-expect-error Identifier\n tNodes.set(name, path3.node.argument.arguments[0]);\n nodeCollection.addTypedNode(name, tempNodeCollection.nodes.get(name)!);\n if (!graph.edges.get(name)) {\n graph.edges.set(name, new Set());\n tempEdges.get(name)?.forEach((edge) => {\n graph.edges.get(name)?.add(edge);\n });\n }\n });\n }\n // ...xxx\n else if (\n path3.node.argument.type === 'Identifier'\n && tempSpread.get(path3.node.argument.name)\n ) {\n tempSpread.get(path3.node.argument.name)?.forEach((name) => {\n graph.nodes.add(name);\n // @ts-expect-error Identifier\n tNodes.set(name, path3.node.argument);\n nodeCollection.addTypedNode(name, tempNodeCollection.nodes.get(name)!);\n if (!graph.edges.get(name)) {\n graph.edges.set(name, new Set());\n tempEdges.get(name)?.forEach((edge) => {\n graph.edges.get(name)?.add(edge);\n });\n }\n });\n }\n },\n }, path2.scope, path2);\n }\n else {\n graph.edges = tempEdges;\n graph.nodes = tempNodes;\n nodeCollection = tempNodeCollection;\n }\n },\n }, path1.scope, path1);\n }\n\n // data\n if (path1.node.key.type === 'Identifier' && path1.node.key.name === 'data') {\n const dataNode = path1.node;\n\n traverse(dataNode, {\n ReturnStatement(path2) {\n if (path2.parent === dataNode.body) {\n if (path2.node.argument?.type === 'ObjectExpression') {\n path2.node.argument.properties.forEach((prop) => {\n if (prop.type === 'ObjectProperty') {\n if (prop.key.type === 'Identifier') {\n const name = prop.key.name;\n graph.nodes.add(name);\n tNodes.set(name, prop.key);\n nodeCollection.addNode(name, prop, {\n comment: getComment(prop),\n });\n if (!graph.edges.get(name)) {\n graph.edges.set(name, new Set());\n }\n }\n }\n });\n }\n }\n },\n }, path1.scope, path1);\n }\n\n // render\n if (path1.node.key.type === 'Identifier' && path1.node.key.name === 'render') {\n traverse(path1.node, {\n ReturnStatement(path2) {\n const templateNode = path2.node;\n traverse(templateNode, {\n MemberExpression(path3) {\n if (path3.node.object && path3.node.object.type === 'ThisExpression') {\n if (path3.node.property && path3.node.property.type === 'Identifier') {\n nodesUsedInTemplate.add(path3.node.property.name);\n }\n }\n },\n }, path2.scope, path2);\n },\n }, path1.scope, path1);\n }\n }\n },\n }, path.scope, path);\n\n traverse(node, {\n ObjectMethod(path1) {\n if (\n (\n path.node.declaration.type === 'ObjectExpression'\n && path1.parent === path.node.declaration\n ) || (\n path.node.declaration.type === 'CallExpression'\n && path1.parent === path.node.declaration.arguments[0]\n )\n ) {\n if (path1.node.key.type === 'Identifier' && vueLifeCycleHooks.includes(path1.node.key.name)) {\n const hookName = path1.node.key.name;\n\n traverse(path1.node.body, {\n MemberExpression(path2) {\n if (path2.node.object.type === 'ThisExpression' && path2.node.property.type === 'Identifier') {\n const _node = nodeCollection.getNode(path2.node.property.name);\n if (_node?.info?.used) {\n _node?.info?.used?.add(hookName);\n }\n else if (_node) {\n _node.info = {\n ..._node?.info,\n used: new Set([hookName]),\n };\n }\n }\n },\n }, path1.scope, path1);\n }\n }\n },\n ObjectProperty(path1) {\n if (\n (\n path.node.declaration.type === 'ObjectExpression'\n && path1.parent === path.node.declaration\n ) || (\n path.node.declaration.type === 'CallExpression'\n && path1.parent === path.node.declaration.arguments[0]\n )\n ) {\n if (path1.node.key.type === 'Identifier' && path1.node.key.name === 'computed') {\n const computedNode = path1.node;\n if (computedNode.value.type === 'ObjectExpression') {\n computedNode.value.properties.forEach((prop) => {\n if (prop.type === 'ObjectMethod' && prop.key.type === 'Identifier') {\n const name = prop.key.name;\n traverse(prop, {\n MemberExpression(path2) {\n if (path2.node.object.type === 'ThisExpression' && path2.node.property.type === 'Identifier') {\n graph.edges.get(name)?.add({\n label: path2.node.property.name,\n type: getRelationType(path2),\n });\n }\n },\n }, path1.scope, path1);\n }\n\n if (\n prop.type === 'ObjectProperty'\n && prop.key.type === 'Identifier'\n && prop.value.type === 'ObjectExpression'\n ) {\n const name = prop.key.name;\n prop.value.properties.forEach((prop1) => {\n if (\n prop1.type === 'ObjectProperty'\n && prop1.key.type === 'Identifier'\n && prop1.key.name === 'get'\n ) {\n traverse(prop1, {\n MemberExpression(path2) {\n if (\n path2.node.object.type === 'ThisExpression'\n && path2.node.property.type === 'Identifier'\n ) {\n graph.edges.get(name)?.add({\n label: path2.node.property.name,\n type: getRelationType(path2),\n });\n }\n },\n }, path1.scope, path1);\n }\n });\n }\n });\n }\n }\n\n if (path1.node.key.type === 'Identifier' && path1.node.key.name === 'methods') {\n const methodsNode = path1.node;\n if (methodsNode.value.type === 'ObjectExpression') {\n methodsNode.value.properties.forEach((prop) => {\n if (\n (prop.type === 'ObjectMethod'\n || prop.type === 'ObjectProperty')\n && prop.key.type === 'Identifier'\n ) {\n const name = prop.key.name;\n traverse(prop, {\n MemberExpression(path2) {\n if (path2.node.object.type === 'ThisExpression' && path2.node.property.type === 'Identifier') {\n graph.edges.get(name)?.add({\n label: path2.node.property.name,\n type: getRelationType(path2),\n });\n }\n },\n }, path1.scope, path1);\n }\n });\n }\n }\n\n if (path1.node.key.type === 'Identifier' && [...watchHooks, ...vueLifeCycleHooks].includes(path1.node.key.name)) {\n const hookName = path1.node.key.name;\n\n if (watchHooks.includes(hookName) && path1.node.value.type === 'ObjectExpression') {\n path1.node.value.properties.forEach((prop) => {\n if ((prop.type === 'ObjectProperty' || prop.type === 'ObjectMethod') && (\n prop.key.type === 'Identifier' || prop.key.type === 'StringLiteral'\n )) {\n const keyName = prop.key.type === 'Identifier'\n ? prop.key.name\n : prop.key.type === 'StringLiteral'\n ? prop.key.value.split('.')[0]\n : '';\n const watchArg = tNodes.get(keyName);\n\n const _node = nodeCollection.getNode(keyName);\n if (_node?.info?.used) {\n _node?.info?.used?.add(hookName);\n }\n else if (_node) {\n _node.info = {\n ..._node?.info,\n used: new Set([hookName]),\n };\n }\n\n traverse(path1.node.value, {\n MemberExpression(path2) {\n if (path2.node.object.type === 'ThisExpression' && path2.node.property.type === 'Identifier') {\n if (watchArg && watchArg.name !== path2.node.property.name) {\n graph.edges.get(watchArg.name)?.add({\n label: path2.node.property.name,\n type: getRelationType(path2),\n });\n }\n }\n },\n }, path1.scope, path1);\n }\n });\n }\n else {\n traverse(path1.node.value, {\n MemberExpression(path2) {\n if (path2.node.object.type === 'ThisExpression' && path2.node.property.type === 'Identifier') {\n const _node = nodeCollection.getNode(path2.node.property.name);\n if (_node?.info?.used) {\n _node?.info?.used?.add(hookName);\n }\n else if (_node) {\n _node.info = {\n ..._node?.info,\n used: new Set([hookName]),\n };\n }\n }\n },\n }, path1.scope, path1);\n }\n }\n }\n },\n }, path.scope, path);\n }\n\n traverse(ast, {\n ExportDefaultDeclaration(path) {\n // export default {}\n if (path.node.declaration.type === 'ObjectExpression') {\n process(path.node.declaration, path);\n }\n // export default defineComponent({})\n else if (path.node.declaration.type === 'CallExpression'\n && path.node.declaration.callee.type === 'Identifier'\n && path.node.declaration.callee.name === 'defineComponent'\n && path.node.declaration.arguments[0].type === 'ObjectExpression'\n ) {\n process(path.node.declaration.arguments[0], path);\n }\n },\n });\n\n return {\n graph: nodeCollection.map(graph),\n nodesUsedInTemplate,\n };\n}\n","// https://github.com/vuejs/core/blob/main/packages/compiler-sfc/src/style/cssVars.ts\n\nimport type { SFCStyleBlock } from '@vue/compiler-sfc';\n\nenum LexerState {\n inParens,\n inSingleQuoteString,\n inDoubleQuoteString,\n}\n\nfunction lexBinding(content: string, start: number): number | null {\n let state: LexerState = LexerState.inParens;\n let parenDepth = 0;\n\n for (let i = start; i < content.length; i++) {\n const char = content.charAt(i);\n switch (state) {\n case LexerState.inParens:\n if (char === '\\'') {\n state = LexerState.inSingleQuoteString;\n }\n else if (char === '\"') {\n state = LexerState.inDoubleQuoteString;\n }\n else if (char === '(') {\n parenDepth++;\n }\n else if (char === ')') {\n if (parenDepth > 0) {\n parenDepth--;\n }\n else {\n return i;\n }\n }\n break;\n case LexerState.inSingleQuoteString:\n if (char === '\\'') {\n state = LexerState.inParens;\n }\n break;\n case LexerState.inDoubleQuoteString:\n if (char === '\"') {\n state = LexerState.inParens;\n }\n break;\n }\n }\n return null;\n}\n\nfunction normalizeExpression(exp: string) {\n exp = exp.trim();\n if (\n (exp[0] === '\\'' && exp[exp.length - 1] === '\\'')\n || (exp[0] === '\"' && exp[exp.length - 1] === '\"')\n ) {\n return exp.slice(1, -1);\n }\n return exp;\n}\n\nconst vBindRE = /v-bind\\s*\\(/g;\n\nexport function analyze(\n styles: SFCStyleBlock[],\n) {\n const nodes = new Set();\n\n styles.forEach((style) => {\n let match;\n const content = style.content.replace(/\\/\\*([\\s\\S]*?)\\*\\/|\\/\\/.*/g, '');\n // eslint-disable-next-line no-cond-assign\n while ((match = vBindRE.exec(content))) {\n const start = match.index + match[0].length;\n const end = lexBinding(content, start);\n if (end !== null) {\n const variable = normalizeExpression(content.slice(start, end));\n nodes.add(variable);\n }\n }\n });\n\n return nodes;\n}\n","import _traverse from '@babel/traverse';\nimport { babelParse, compileTemplate } from '@vue/compiler-sfc';\n\nconst traverse: typeof _traverse\n // @ts-expect-error unwarp default\n = _traverse.default?.default || _traverse.default || _traverse;\n\nexport function analyze(\n content: string,\n) {\n const id = 'template';\n const { code } = compileTemplate({\n id,\n source: content,\n filename: `${id}.js`,\n });\n\n // console.log(code);\n const ast = babelParse(code, { sourceType: 'module', plugins: [\n 'typescript',\n ] });\n\n // ----\n\n const nodes = new Set();\n\n traverse(ast, {\n MemberExpression(path) {\n if (path.type === 'MemberExpression') {\n if (path.node.object && path.node.object.type === 'Identifier' && path.node.object.name === '_ctx') {\n if (path.node.property && path.node.property.type === 'Identifier') {\n nodes.add(path.node.property.name);\n }\n }\n }\n },\n ObjectProperty(path) {\n if (path.node.key.type === 'Identifier' && path.node.key.name === 'ref') {\n if (path.node.value.type === 'StringLiteral') {\n const name = path.node.value.value;\n if (name) {\n nodes.add(name);\n }\n }\n }\n },\n // component\n CallExpression(path) {\n if (path.node.callee.type === 'Identifier' && path.node.callee.name === '_resolveComponent') {\n if (path.node.arguments[0].type === 'StringLiteral') {\n const name = path.node.arguments[0].value;\n if (name) {\n nodes.add(name);\n }\n }\n }\n },\n });\n\n return nodes;\n}\n","import type { NodePath, Scope } from '@babel/traverse';\nimport type * as t from '@babel/types';\nimport type { NodeCollection, RelationType } from '../analyze/utils';\nimport _traverse from '@babel/traverse';\nimport { getComment, getRelationType } from '../analyze/utils';\n\nexport const traverse: typeof _traverse\n // @ts-expect-error unwarp default\n = _traverse.default?.default || _traverse.default || _traverse;\n\nexport interface IReturnData {\n graph: {\n nodes: Set\n edges: Map>\n spread?: Map>\n }\n nodeCollection: NodeCollection\n nodesUsedInTemplate: Set\n}\n\nexport interface IAddNode {\n name: string\n node: t.Node\n path: NodePath\n scope: Scope\n}\n\nexport interface IUsedNode {\n name: string\n path: NodePath\n parentPath: NodePath\n}\n\nexport interface IAddEdge {\n fromName: string\n toName: string\n path: NodePath\n scope: Scope\n toScope?: Scope\n collectionNodes: Set\n}\n\nexport interface IParseVariable {\n path: NodePath\n rootScope: Scope\n}\n\nexport interface IParseNodeBase extends IParseVariable {\n cb?: (params: IAddNode) => void\n}\n\nexport interface IParseEdgeBase extends IParseVariable {\n cb?: (params: IAddEdge) => void\n collectionNodes: Set\n spread?: string[]\n}\n\nexport interface IRescureObject {\n node: t.ObjectPattern\n rootScope: Scope\n res: t.Identifier[]\n parentScope: Scope\n parentPath: NodePath\n}\n\nexport interface IRescureArray {\n node: t.ArrayPattern\n rootScope: Scope\n res: t.Identifier[]\n parentScope: Scope\n parentPath: NodePath\n}\n\nexport interface IParseNodeFunction {\n path: NodePath\n rootScope: Scope\n cb?: (params: IAddNode) => void\n}\n\nexport interface IParseEdgeFunction {\n path: NodePath\n rootScope: Scope\n cb?: (params: IAddEdge) => void\n collectionNodes: Set\n}\n\nexport interface IParseReturnJSX {\n path: NodePath\n parentPath: NodePath\n cb?: (params: IUsedNode) => void\n}\n\nexport interface IParseSetup {\n node: t.ObjectExpression\n parentScope: Scope\n parentPath: NodePath\n}\n\nexport interface ICollectSpread {\n path: NodePath\n spread: string[]\n}\n\nexport interface IAddIdentifiesToGraphByScanReturn {\n path: NodePath\n graph: IReturnData['graph']\n nodeCollection: IReturnData['nodeCollection']\n tempNodeCollection: IReturnData['nodeCollection']\n tempEdges: IReturnData['graph']['edges']\n}\n\nexport interface IAddSpreadToGraphByScanReturn {\n path: NodePath\n graph: IReturnData['graph']\n nodeCollection: IReturnData['nodeCollection']\n tempNodeCollection: IReturnData['nodeCollection']\n tempEdges: IReturnData['graph']['edges']\n tempSpread: Map>\n}\n\nexport interface IAddGraphBySpreadIdentifier {\n path: NodePath\n graph: IReturnData['graph'] & {\n spread: Map>\n }\n nodeCollection: IReturnData['nodeCollection']\n iname: string\n}\n\n/**\n * 递归遍历如下结构：\n * let { loc, loc: locd, loc: { start, end }, loc: { start: { line: { deep } }} } = node;\n * 解出 loc, locd, start, end, deep\n */\nexport function rescureObjectPattern({ node, rootScope, res, parentScope, parentPath }: IRescureObject) {\n traverse(node, {\n ObjectProperty(path1) {\n if (path1.node.type === 'ObjectProperty'\n && path1.node.key.type === 'Identifier' && path1.node.value.type === 'Identifier') {\n const name = path1.node.value.name;\n const _scope = path1.scope.getBinding(name)?.scope;\n if (_scope && _scope === rootScope) {\n res.push(path1.node.value);\n }\n }\n else if (path1.node.type === 'ObjectProperty'\n && path1.node.key.type === 'Identifier' && path1.node.value.type === 'ObjectPattern') {\n rescureObjectPattern({\n node: path1.node.value,\n rootScope,\n res,\n parentScope: path1.scope,\n parentPath: path1,\n });\n }\n },\n RestElement(path1) {\n if (path1.node.argument.type === 'Identifier') {\n const name = path1.node.argument.name;\n const _scope = path1.scope.getBinding(name)?.scope;\n if (_scope && _scope === rootScope) {\n res.push(path1.node.argument);\n }\n }\n },\n }, parentScope, parentPath);\n}\n\n/**\n * 递归遍历如下结构：\n * let [foo, [bar, baz]] = [1, [[2], 3]];\n * 解出 foo, bar, baz\n */\nexport function rescureArrayPattern({ node, rootScope, res, parentScope, parentPath }: IRescureArray) {\n traverse(node, {\n Identifier(path1) {\n if (path1.node.type === 'Identifier') {\n const name = path1.node.name;\n const _scope = path1.scope.getBinding(name)?.scope;\n if (_scope && _scope === rootScope) {\n res.push(path1.node);\n }\n }\n },\n ArrayPattern(path1) {\n if (path1.node.type === 'ArrayPattern') {\n rescureArrayPattern({\n node: path1.node,\n rootScope,\n res,\n parentScope: path1.scope,\n parentPath: path1,\n });\n }\n },\n }, parentScope, parentPath);\n}\n\nexport function parseNodeIdentifierPattern({\n path,\n rootScope,\n cb,\n}: IParseNodeBase) {\n if (path.node.id.type !== 'Identifier') {\n return;\n }\n\n if (path.node.init?.type === 'ArrowFunctionExpression' || path.node.init?.type === 'FunctionExpression') {\n // const speak = () => {}\n cb?.({\n name: path.node.id.name,\n node: path.node,\n path,\n scope: rootScope,\n });\n }\n else {\n // const open = 22\n cb?.({\n name: path.node.id.name,\n node: path.node,\n path,\n scope: rootScope,\n });\n }\n}\n\nexport function parseNodeObjectPattern({ path, rootScope, cb }: IParseNodeBase) {\n if (path.node.id.type !== 'ObjectPattern') {\n return;\n }\n\n path.node.id.properties.forEach((property) => {\n if (property.type === 'ObjectProperty'\n && property.key.type === 'Identifier' && property.value.type === 'Identifier') {\n // const { x } = obj\n cb?.({\n name: property.value.name,\n node: property,\n path,\n scope: rootScope,\n });\n }\n else if (property.type === 'ObjectProperty'\n && property.key.type === 'Identifier' && property.value.type === 'AssignmentPattern') {\n // const { x = 3 } = obj\n cb?.({\n name: property.key.name,\n node: property,\n path,\n scope: rootScope,\n });\n }\n else if (property.type === 'RestElement' && property.argument.type === 'Identifier') {\n // const { ...rest } = obj\n cb?.({\n name: property.argument.name,\n node: property,\n path,\n scope: rootScope,\n });\n }\n else if (property.type === 'ObjectProperty'\n && property.key.type === 'Identifier' && property.value.type === 'ObjectPattern') {\n // let { loc, loc: locd, loc: { start, end } } = node;\n const res: t.Identifier[] = [];\n rescureObjectPattern({\n node: property.value,\n rootScope,\n res,\n parentScope: path.scope,\n parentPath: path,\n });\n res.forEach(r => cb?.({\n name: r.name,\n node: r,\n path,\n scope: rootScope,\n }));\n }\n });\n}\n\nexport function parseNodeArrayPattern({ path, rootScope, cb }: IParseNodeBase) {\n if (path.node.id.type !== 'ArrayPattern') {\n return;\n }\n\n path.node.id.elements.forEach((ele) => {\n if (ele?.type === 'Identifier') {\n // const [arr, brr] = array\n cb?.({\n name: ele.name,\n node: ele,\n path,\n scope: rootScope,\n });\n }\n else if (ele?.type === 'ArrayPattern') {\n // let [foo, [bar, baz]] = array;\n const res: t.Identifier[] = [];\n rescureArrayPattern({\n node: ele,\n rootScope,\n res,\n parentScope: path.scope,\n parentPath: path,\n });\n res.forEach(r => cb?.({\n name: r.name,\n node: r,\n path,\n scope: rootScope,\n }));\n }\n else if (ele?.type === 'AssignmentPattern') {\n if (ele.left.type === 'Identifier') {\n // let [yy = 'b'] = array;\n cb?.({\n name: ele.left.name,\n node: ele,\n path,\n scope: rootScope,\n });\n }\n }\n else if (ele?.type === 'RestElement') {\n if (ele.argument.type === 'Identifier') {\n // const [arr2, ...rest2] = array\n cb?.({\n name: ele.argument.name,\n node: ele,\n path,\n scope: rootScope,\n });\n }\n }\n });\n}\n\nexport function parseNodeFunctionPattern({ path, rootScope, cb }: IParseNodeFunction) {\n if (path.node.type !== 'FunctionDeclaration') {\n return;\n }\n if (path.node.id?.type === 'Identifier') {\n // function abc () {}\n cb?.({\n name: path.node.id.name,\n node: path.node,\n path,\n scope: rootScope,\n });\n }\n}\n\nexport function parseEdgeLeftIdentifierPattern({ path, rootScope, cb, collectionNodes, spread }: IParseEdgeBase) {\n if (!path.node.id || path.node.id.type !== 'Identifier') {\n return;\n }\n\n if (path.node.init?.type\n && [\n 'ArrowFunctionExpression',\n 'FunctionExpression',\n 'CallExpression',\n 'ObjectExpression',\n 'ArrayExpression',\n ].includes(path.node.init.type)\n ) {\n // if (graph.nodes.has(path.node.id.name) && path.scope.getBinding(path.node.id.name)?.scope === rootScope) {\n if (collectionNodes.has(path.node.id.name) && path.scope.getBinding(path.node.id.name)?.scope === rootScope) {\n const name = path.node.id.name;\n traverse(path.node.init, {\n Identifier(path1) {\n // graph.edges.get(name)?.add(path1.node.name);\n\n const binding = path1.scope.getBinding(path1.node.name);\n if (\n binding?.scope === rootScope\n && collectionNodes.has(path1.node.name)\n && (\n (path1.parent.type !== 'MemberExpression'\n && path1.parent.type !== 'OptionalMemberExpression')\n || path1.parent.object === path1.node\n )\n ) {\n cb?.({\n fromName: name,\n toName: path1.node.name,\n path: path1,\n scope: rootScope,\n collectionNodes,\n });\n }\n },\n MemberExpression(path1) {\n if (spread?.length && path1.node.object.type === 'Identifier'\n && spread.includes(path1.node.object.name)\n && path1.node.property.type === 'Identifier') {\n cb?.({\n fromName: name,\n toName: path1.node.property.name,\n toScope: path1.scope.getBinding(path1.node.object.name)?.scope,\n path: path1,\n scope: rootScope,\n collectionNodes,\n });\n }\n },\n }, path.scope, path);\n }\n }\n}\n\nexport function parseEdgeLeftObjectPattern({ path, rootScope, cb, collectionNodes }: IParseEdgeBase) {\n if (!path.node.id || path.node.id.type !== 'ObjectPattern') {\n return;\n }\n if (path.node.init?.type\n && [\n 'ArrowFunctionExpression',\n 'FunctionExpression',\n 'CallExpression',\n 'ObjectExpression',\n 'ArrayExpression',\n ].includes(path.node.init.type)\n ) {\n const res: t.Identifier[] = [];\n rescureObjectPattern({\n node: path.node.id,\n rootScope,\n res,\n parentScope: path.scope,\n parentPath: path,\n });\n\n // res.filter(r => (graph.nodes.has(r.name) && path.scope.getBinding(r.name)?.scope === rootScope));\n res.filter(r => (collectionNodes.has(r.name) && path.scope.getBinding(r.name)?.scope === rootScope));\n\n traverse(path.node.init, {\n Identifier(path1) {\n const binding = path1.scope.getBinding(path1.node.name);\n if (\n binding?.scope === rootScope\n && collectionNodes.has(path1.node.name)\n && (\n (path1.parent.type !== 'MemberExpression'\n && path1.parent.type !== 'OptionalMemberExpression')\n || path1.parent.object === path1.node\n )\n ) {\n res.forEach((r) => {\n cb?.({\n fromName: r.name,\n toName: path1.node.name,\n path: path1,\n scope: rootScope,\n collectionNodes,\n });\n });\n }\n },\n }, path.scope, path);\n }\n}\n\nexport function parseEdgeLeftArrayPattern({ path, rootScope, cb, collectionNodes }: IParseEdgeBase) {\n if (!path.node.id || path.node.id.type !== 'ArrayPattern') {\n return;\n }\n if (path.node.init?.type\n && [\n 'ArrowFunctionExpression',\n 'FunctionExpression',\n 'CallExpression',\n 'ObjectExpression',\n 'ArrayExpression',\n ].includes(path.node.init.type)\n ) {\n const res: t.Identifier[] = [];\n rescureArrayPattern({\n node: path.node.id,\n rootScope,\n res,\n parentScope: path.scope,\n parentPath: path,\n });\n\n res.filter(r => (collectionNodes.has(r.name) && path.scope.getBinding(r.name)?.scope === rootScope));\n\n traverse(path.node.init, {\n Identifier(path1) {\n const binding = path1.scope.getBinding(path1.node.name);\n if (\n binding?.scope === rootScope\n && collectionNodes.has(path1.node.name)\n && (\n (path1.parent.type !== 'MemberExpression'\n && path1.parent.type !== 'OptionalMemberExpression')\n || path1.parent.object === path1.node\n )\n ) {\n res.forEach((r) => {\n cb?.({\n fromName: r.name,\n toName: path1.node.name,\n path: path1,\n scope: rootScope,\n collectionNodes,\n });\n });\n }\n },\n }, path.scope, path);\n }\n}\n\nexport function parseEdgeFunctionPattern({ path, rootScope, cb, collectionNodes }: IParseEdgeFunction) {\n if (!path.node.id) {\n return;\n }\n if (collectionNodes.has(path.node.id.name) && path.scope.getBinding(path.node.id.name)?.scope === rootScope) {\n const name = path.node.id.name;\n traverse(path.node.body, {\n Identifier(path1) {\n const binding = path1.scope.getBinding(path1.node.name);\n if (binding?.scope === rootScope && collectionNodes.has(path1.node.name)) {\n cb?.({\n fromName: name,\n toName: path1.node.name,\n path: path1,\n scope: rootScope,\n collectionNodes,\n });\n }\n },\n }, path.scope, path);\n }\n}\n\nexport function parseReturnJsxPattern({ path, parentPath, cb }: IParseReturnJSX) {\n if (\n path.node.argument\n && (\n // return () => (
)\n // return function() (
)\n (\n (\n path.node.argument.type === 'ArrowFunctionExpression'\n || path.node.argument.type === 'FunctionExpression'\n ) && (\n path.node.argument.body.type === 'JSXElement'\n || path.node.argument.body.type === 'JSXFragment'\n )\n )\n // return (
)\n || (\n path.node.argument.type === 'JSXElement'\n || path.node.argument.type === 'JSXFragment'\n )\n )\n ) {\n path.traverse({\n Identifier(path1) {\n // if (path1.scope.getBinding(path1.node.name)?.scope === parentPath.scope) {\n // nodesUsedInTemplate.add(path1.node.name);\n // }\n cb?.({\n name: path1.node.name,\n path: path1,\n parentPath,\n });\n },\n });\n }\n}\n\nexport function traverseSetup({ node, parentScope, parentPath }: IParseSetup) {\n let path: NodePath;\n\n traverse(node, {\n ObjectMethod(path1) {\n if (\n (\n parentPath.node.declaration.type === 'ObjectExpression'\n && path1.parent === parentPath.node.declaration\n ) || (\n parentPath.node.declaration.type === 'CallExpression'\n && path1.parent === parentPath.node.declaration.arguments[0]\n )\n ) {\n if (path1.node.key.type === 'Identifier' && path1.node.key.name === 'setup') {\n path = path1;\n }\n }\n },\n }, parentScope, parentPath);\n\n return path!;\n}\n\nexport function collectionSpread({ path: path1, spread }: ICollectSpread) {\n path1.traverse({\n ReturnStatement(path2) {\n // get setup return obj spread\n if (path2.node.argument?.type === 'ObjectExpression') {\n const returnNode = path2.node.argument;\n traverse(returnNode, {\n SpreadElement(path3) {\n // ...toRefs(xxx)\n if (\n path3.node.argument.type === 'CallExpression'\n && path3.node.argument.callee.type === 'Identifier'\n && path3.node.argument.callee.name === 'toRefs'\n && path3.node.argument.arguments[0].type === 'Identifier'\n ) {\n spread.push(path3.node.argument.arguments[0].name);\n }\n // ...xxx\n else if (\n path3.node.argument.type === 'Identifier'\n ) {\n spread.push(path3.node.argument.name);\n }\n },\n }, path2.scope, path2);\n }\n },\n });\n}\n\nexport function addIdentifiesToGraphByScanReturn(\n { path: path1, graph, nodeCollection, tempNodeCollection, tempEdges }: IAddIdentifiesToGraphByScanReturn,\n) {\n path1.traverse({\n ReturnStatement(path2) {\n // get setup return obj spread\n if (path2.node.argument?.type === 'ObjectExpression') {\n const returnNode = path2.node.argument;\n traverse(returnNode, {\n ObjectProperty(path3) {\n // not spread node\n if (path3.parent === returnNode) {\n if (path3.node.key.type === 'Identifier' && path3.node.value.type === 'Identifier') {\n const valName = path3.node.value.name;\n if (!graph.nodes.has(valName)) {\n graph.nodes.add(valName);\n nodeCollection.addTypedNode(\n valName,\n tempNodeCollection.nodes.get(valName)!,\n );\n }\n if (!graph.edges.has(valName)) {\n graph.edges.set(valName, new Set([...Array.from(\n tempEdges.get(valName) || new Set<{ label: string, type: RelationType }>(),\n )]));\n }\n\n const name = path3.node.key.name;\n if (name !== valName) {\n graph.nodes.add(name);\n nodeCollection.addNode(name, path3.node.key, {\n comment: getComment(path3.node),\n });\n graph.edges.set(name, new Set([{\n label: valName,\n type: getRelationType(path3),\n }]));\n }\n }\n }\n },\n }, path2.scope, path2);\n }\n },\n });\n}\n\nexport function addSpreadToGraphByScanReturn(\n { path: path1, graph, nodeCollection, tempNodeCollection, tempEdges, tempSpread }: IAddSpreadToGraphByScanReturn,\n) {\n path1.traverse({\n ReturnStatement(path2) {\n // get setup return obj spread\n if (path2.node.argument?.type === 'ObjectExpression') {\n const returnNode = path2.node.argument;\n traverse(returnNode, {\n SpreadElement(path3) {\n // ...toRefs(xxx)\n if (\n path3.node.argument.type === 'CallExpression'\n && path3.node.argument.callee.type === 'Identifier'\n && path3.node.argument.callee.name === 'toRefs'\n && path3.node.argument.arguments[0].type === 'Identifier'\n && tempSpread.get(path3.node.argument.arguments[0].name)\n ) {\n tempSpread.get(path3.node.argument.arguments[0].name)?.forEach((name) => {\n graph.nodes.add(name);\n nodeCollection.addTypedNode(name, tempNodeCollection.nodes.get(name)!);\n if (!graph.edges.get(name)) {\n graph.edges.set(name, new Set());\n tempEdges.get(name)?.forEach((edge) => {\n graph.edges.get(name)?.add(edge);\n });\n }\n });\n }\n // ...xxx\n else if (\n path3.node.argument.type === 'Identifier'\n && tempSpread.get(path3.node.argument.name)\n ) {\n tempSpread.get(path3.node.argument.name)?.forEach((name) => {\n graph.nodes.add(name);\n nodeCollection.addTypedNode(name, tempNodeCollection.nodes.get(name)!);\n if (!graph.edges.get(name)) {\n graph.edges.set(name, new Set());\n tempEdges.get(name)?.forEach((edge) => {\n graph.edges.get(name)?.add(edge);\n });\n }\n });\n }\n },\n }, path2.scope, path2);\n }\n },\n });\n}\n\nexport function addGraphBySpreadIdentifier({ path: path1, graph, nodeCollection, iname }: IAddGraphBySpreadIdentifier) {\n if (path1.node.init?.type === 'ObjectExpression') {\n path1.node.init?.properties.forEach((prop) => {\n if (\n (prop.type === 'ObjectProperty' || prop.type === 'ObjectMethod')\n && prop.key.type === 'Identifier'\n ) {\n const keyName = prop.key.name;\n graph.nodes.add(keyName);\n nodeCollection.addNode(keyName, prop, {\n comment: getComment(prop),\n });\n if (!graph.edges.get(keyName)) {\n graph.edges.set(keyName, new Set());\n }\n if (graph.spread.has(iname)) {\n graph.spread.get(iname)?.add(keyName);\n }\n else {\n graph.spread.set(iname, new Set([keyName]));\n }\n }\n else if (prop.type === 'SpreadElement') {\n console.warn('not support spread in spread');\n }\n });\n }\n\n if (\n path1.node.init?.type === 'CallExpression'\n && path1.node.init?.callee.type === 'Identifier'\n && path1.node.init?.callee.name === 'reactive'\n ) {\n const arg = path1.node.init?.arguments[0];\n if (arg.type === 'ObjectExpression') {\n arg.properties.forEach((prop) => {\n if (\n (prop.type === 'ObjectProperty' || prop.type === 'ObjectMethod')\n && prop.key.type === 'Identifier'\n ) {\n const keyName = prop.key.name;\n graph.nodes.add(keyName);\n nodeCollection.addNode(keyName, prop, {\n comment: getComment(prop),\n });\n if (!graph.edges.get(keyName)) {\n graph.edges.set(keyName, new Set());\n }\n if (graph.spread.has(iname)) {\n graph.spread.get(iname)?.add(keyName);\n }\n else {\n graph.spread.set(iname, new Set([keyName]));\n }\n }\n else if (prop.type === 'SpreadElement') {\n console.warn('not support spread in spread');\n }\n });\n }\n }\n}\n","import type { NodePath, Scope } from '@babel/traverse';\nimport type * as t from '@babel/types';\nimport type {\n IAddEdge,\n IAddNode,\n IReturnData,\n IUsedNode,\n} from '../utils/traverse';\nimport type { RelationType } from './utils';\nimport _traverse from '@babel/traverse';\nimport { babelParse } from '@vue/compiler-sfc';\nimport {\n addGraphBySpreadIdentifier,\n addIdentifiesToGraphByScanReturn,\n addSpreadToGraphByScanReturn,\n collectionSpread,\n parseEdgeFunctionPattern,\n parseEdgeLeftArrayPattern,\n parseEdgeLeftIdentifierPattern,\n parseEdgeLeftObjectPattern,\n parseNodeArrayPattern,\n parseNodeFunctionPattern,\n parseNodeIdentifierPattern,\n parseNodeObjectPattern,\n parseReturnJsxPattern,\n traverse,\n traverseSetup,\n} from '../utils/traverse';\nimport { getComment, getRelationType, NodeCollection } from './utils';\n\ninterface IProcessMain {\n node: t.Node\n type: 'vue' | 'react'\n lineOffset?: number\n addInfo?: boolean\n}\n\ninterface IProcessBranch {\n node: t.ObjectExpression\n lineOffset?: number\n addInfo?: boolean\n parentScope?: Scope\n parentNode?: t.ExportDefaultDeclaration\n parentPath: NodePath\n spread?: string[]\n}\n\ntype IProcessReact = {\n node: t.BlockStatement\n lineOffset?: number\n addInfo?: boolean\n parentScope: Scope\n parentNode: t.FunctionDeclaration\n parentPath: NodePath\n} | {\n node: t.BlockStatement\n lineOffset?: number\n addInfo?: boolean\n parentScope: Scope\n parentNode: t.ClassMethod\n parentPath: NodePath\n};\n\n// deal when setup return object\nfunction processByReturnNotJSX(params: IProcessBranch) {\n const { node, parentPath, lineOffset, addInfo } = params;\n const spread: string[] = [];\n\n const nodeCollection = new NodeCollection(lineOffset, addInfo);\n\n const graph = {\n nodes: new Set(),\n edges: new Map>(),\n };\n\n // 解析return, 收集spread\n const setupPath = traverseSetup({ node, parentScope: parentPath.scope, parentPath });\n\n // setup return\n collectionSpread({ path: setupPath, spread });\n\n // 收集除return之外的所有节点和边\n const {\n graph: {\n nodes: tempNodes,\n edges: tempEdges,\n spread: tempSpread,\n },\n nodeCollection: tempNodeCollection,\n nodesUsedInTemplate,\n } = processByReturnJSX({ node, parentPath, spread, lineOffset, addInfo });\n\n // 根据return信息添加必要节点\n addIdentifiesToGraphByScanReturn({\n path: setupPath,\n graph,\n nodeCollection,\n tempNodeCollection,\n tempEdges,\n });\n\n // 根据return信息添加必要节点\n addSpreadToGraphByScanReturn({\n path: setupPath,\n graph,\n nodeCollection,\n tempNodeCollection,\n tempEdges,\n tempSpread,\n });\n\n return {\n graph,\n nodeCollection,\n nodesUsedInTemplate,\n };\n}\n\n// deal when setup return jsx\nfunction processByReturnJSX(params: IProcessBranch) {\n const { node, parentPath, spread = [], lineOffset, addInfo } = params;\n\n const nodeCollection = new NodeCollection(lineOffset, addInfo);\n const nodesUsedInTemplate = new Set();\n\n const graph = {\n nodes: new Set(),\n edges: new Map>(),\n spread: new Map>(),\n };\n\n function addNode({ name, node, path, scope }: IAddNode, commentParentNode?: t.Node) {\n const binding = path.scope.getBinding(name);\n if (scope === binding?.scope) {\n graph.nodes.add(name);\n nodeCollection.addNode(name, node, {\n comment: commentParentNode\n ? getComment(commentParentNode)\n : '',\n });\n if (!graph.edges.get(name)) {\n graph.edges.set(name, new Set());\n }\n }\n }\n\n function addEdge({ fromName, toName, path, scope, toScope, collectionNodes }: IAddEdge) {\n const bindingScope = toScope || path.scope.getBinding(toName)?.scope;\n if (scope === bindingScope && collectionNodes.has(toName)) {\n graph.edges.get(fromName)?.add({\n label: toName,\n type: getRelationType(path),\n });\n }\n }\n\n function addUsed({ name, path, parentPath }: IUsedNode) {\n const binding = path.scope.getBinding(name);\n if (binding?.scope === parentPath.scope) {\n nodesUsedInTemplate.add(name);\n }\n }\n\n const setupPath = traverseSetup({ node, parentScope: parentPath.scope, parentPath });\n const setupScope = setupPath.scope;\n const setupNode = setupPath.node;\n\n // 收集节点, 并收集spread依赖\n traverse(setupNode, {\n VariableDeclarator(path1) {\n parseNodeIdentifierPattern({\n path: path1,\n rootScope: setupScope,\n cb: (params) => {\n if (!spread.includes(params.name)) {\n addNode(params, path1.node);\n }\n else {\n addGraphBySpreadIdentifier({\n path: path1,\n graph,\n nodeCollection,\n iname: params.name,\n });\n }\n },\n });\n\n parseNodeObjectPattern({\n path: path1,\n rootScope: setupScope,\n cb: addNode,\n });\n\n parseNodeArrayPattern({\n path: path1,\n rootScope: setupScope,\n cb: addNode,\n });\n },\n FunctionDeclaration(path1) {\n parseNodeFunctionPattern({\n path: path1,\n rootScope: setupScope,\n cb: addNode,\n });\n },\n }, setupScope, setupPath);\n\n // 搜集jsx模版使用节点\n setupPath.traverse({\n ReturnStatement(path2) {\n // setup return jsx\n parseReturnJsxPattern({\n path: path2,\n parentPath: setupPath,\n cb: addUsed,\n });\n },\n });\n\n // 收集边\n traverse(setupNode, {\n VariableDeclarator(path1) {\n parseEdgeLeftIdentifierPattern({\n path: path1,\n rootScope: setupScope,\n collectionNodes: graph.nodes,\n cb: addEdge,\n spread,\n });\n\n parseEdgeLeftObjectPattern({\n path: path1,\n rootScope: setupScope,\n collectionNodes: graph.nodes,\n cb: addEdge,\n });\n\n parseEdgeLeftArrayPattern({\n path: path1,\n rootScope: setupScope,\n collectionNodes: graph.nodes,\n cb: addEdge,\n });\n },\n FunctionDeclaration(path1) {\n parseEdgeFunctionPattern({\n path: path1,\n rootScope: setupScope,\n collectionNodes: graph.nodes,\n cb: addEdge,\n });\n },\n }, setupScope, setupPath);\n\n return {\n graph,\n nodeCollection,\n nodesUsedInTemplate,\n };\n}\n\nfunction processByReact(params: IProcessReact) {\n const { node, parentScope, parentPath, lineOffset, addInfo } = params;\n\n const nodeCollection = new NodeCollection(lineOffset, addInfo);\n const nodesUsedInTemplate = new Set();\n\n const graph = {\n nodes: new Set(),\n edges: new Map>(),\n spread: new Map>(),\n };\n\n function addNode({ name, node, path, scope }: IAddNode, commentParentNode?: t.Node) {\n const binding = path.scope.getBinding(name);\n if (scope === binding?.scope) {\n graph.nodes.add(name);\n nodeCollection.addNode(name, node, {\n comment: commentParentNode\n ? getComment(commentParentNode)\n : '',\n });\n if (!graph.edges.get(name)) {\n graph.edges.set(name, new Set());\n }\n }\n }\n\n function addEdge({ fromName, toName, path, scope, toScope, collectionNodes }: IAddEdge) {\n const bindingScope = toScope || path.scope.getBinding(toName)?.scope;\n if (scope === bindingScope && collectionNodes.has(toName)) {\n graph.edges.get(fromName)?.add({\n label: toName,\n type: getRelationType(path),\n });\n }\n }\n\n function addUsed({ name, path, parentPath }: IUsedNode) {\n const binding = path.scope.getBinding(name);\n if (binding?.scope === parentPath.scope) {\n nodesUsedInTemplate.add(name);\n }\n }\n\n // 收集节点依赖\n traverse(node, {\n VariableDeclarator(path1) {\n parseNodeIdentifierPattern({\n path: path1,\n rootScope: parentScope!,\n cb: (params) => {\n addNode(params, path1.node);\n },\n });\n\n parseNodeObjectPattern({\n path: path1,\n rootScope: parentScope!,\n cb: addNode,\n });\n\n parseNodeArrayPattern({\n path: path1,\n rootScope: parentScope!,\n cb: addNode,\n });\n },\n FunctionDeclaration(path1) {\n parseNodeFunctionPattern({\n path: path1,\n rootScope: parentScope!,\n cb: addNode,\n });\n },\n }, parentScope, parentPath);\n\n // 搜集jsx模版使用节点\n traverse(node, {\n ReturnStatement(path2) {\n // setup return jsx\n parseReturnJsxPattern({\n path: path2,\n parentPath,\n cb: addUsed,\n });\n },\n }, parentScope, parentPath);\n\n // 收集边\n traverse(node, {\n VariableDeclarator(path1) {\n parseEdgeLeftIdentifierPattern({\n path: path1,\n rootScope: parentScope!,\n collectionNodes: graph.nodes,\n cb: addEdge,\n });\n\n parseEdgeLeftObjectPattern({\n path: path1,\n rootScope: parentScope!,\n collectionNodes: graph.nodes,\n cb: addEdge,\n });\n\n parseEdgeLeftArrayPattern({\n path: path1,\n rootScope: parentScope!,\n collectionNodes: graph.nodes,\n cb: addEdge,\n });\n },\n FunctionDeclaration(path1) {\n parseEdgeFunctionPattern({\n path: path1,\n rootScope: parentScope!,\n collectionNodes: graph.nodes,\n cb: addEdge,\n });\n },\n }, parentScope, parentPath);\n\n return {\n graph,\n nodeCollection,\n nodesUsedInTemplate,\n };\n}\n\nexport function processTsx(params: IProcessMain) {\n let result: IReturnData | undefined;\n\n function process(params: IProcessBranch) {\n const { node, parentPath } = params;\n // resolve `return` then determine use processByReturnJSX or processByReturnNotJSX\n const setupPath = traverseSetup({ node, parentScope: parentPath.scope, parentPath });\n\n setupPath.traverse({\n ReturnStatement(path) {\n if (path.node.argument\n && (path.node.argument.type === 'ArrowFunctionExpression'\n || path.node.argument.type === 'FunctionExpression')\n && (path.node.argument.body.type === 'JSXElement'\n || path.node.argument.body.type === 'JSXFragment')\n ) {\n result = processByReturnJSX(params);\n }\n else {\n result = processByReturnNotJSX(params);\n }\n },\n });\n }\n\n traverse(params.node, {\n ExportDefaultDeclaration(path) {\n if (params.type === 'vue') {\n if (path.node.declaration.type === 'ObjectExpression') {\n // export default {}\n process({\n ...params,\n node: path.node.declaration,\n parentNode: path.node,\n parentPath: path,\n });\n }\n else if (\n path.node.declaration.type === 'CallExpression'\n && path.node.declaration.callee.type === 'Identifier'\n && path.node.declaration.callee.name === 'defineComponent'\n && path.node.declaration.arguments[0].type === 'ObjectExpression'\n ) {\n // export default defineComponent({})\n process({\n ...params,\n node: path.node.declaration.arguments[0],\n parentNode: path.node,\n parentPath: path,\n });\n }\n }\n if (params.type === 'react') {\n if (\n (path.node.declaration.type === 'FunctionDeclaration'\n || path.node.declaration.type === 'ArrowFunctionExpression')\n && path.node.declaration.body.type === 'BlockStatement'\n ) {\n // export default function () {}\n\n const functionPath = path.get('declaration') as NodePath;\n\n result = processByReact({\n ...params,\n node: path.node.declaration.body,\n parentNode: functionPath.node,\n parentPath: functionPath,\n parentScope: functionPath.scope,\n });\n }\n if (path.node.declaration.type === 'ClassDeclaration') {\n // export default class Index {}\n\n const renderFunction = path.node.declaration.body.body.find((node) => {\n if (node.type === 'ClassMethod' && node.key.type === 'Identifier' && node.key.name === 'render') {\n return node;\n }\n return undefined;\n }) as t.ClassMethod;\n if (!renderFunction) {\n return;\n }\n\n const renderPath = path.get(`declaration.body.body.${\n path.node.declaration.body.body.indexOf(renderFunction)\n }`) as NodePath;\n\n result = processByReact({\n ...params,\n node: renderFunction.body,\n parentNode: renderFunction,\n parentPath: renderPath,\n parentScope: renderPath.scope,\n });\n }\n }\n },\n });\n\n return result!;\n}\n\nexport function analyze(\n content: string,\n type = 'vue' as 'vue' | 'react',\n lineOffset = 0,\n addInfo = true,\n) {\n const ast = babelParse(content, { sourceType: 'module', plugins: [\n 'typescript',\n 'jsx',\n ] });\n\n const { graph, nodeCollection, nodesUsedInTemplate } = processTsx({\n node: ast,\n type,\n lineOffset,\n addInfo,\n });\n\n return {\n graph: nodeCollection.map(graph),\n nodesUsedInTemplate,\n };\n}\n","import type { RelationType, TypedNode } from './analyze/utils';\n\ninterface MermaidOptions {\n direction?: 'TB' | 'BT' | 'LR' | 'RL'\n}\n\nexport function getMermaidText(\n graph: {\n nodes: Set\n edges: Map>\n },\n nodesUsedInTemplate: Set,\n nodesUsedInStyle: Set = new Set(),\n options: MermaidOptions = {},\n): string {\n const direction: 'TB' | 'BT' | 'LR' | 'RL' = options.direction || 'TB';\n const usedNodes: Set = new Set([...nodesUsedInTemplate, ...nodesUsedInStyle]);\n\n let mermaidText: string = `flowchart ${direction}\n %% Legend:\n %% () = variable node\n %% [] = function node\n %% * suffix = unused in template/style\n %% A --> B means A depends on B\\n`;\n\n graph.nodes.forEach((node: TypedNode) => {\n const shape: string = node.type === 'var'\n ? '('\n : '[';\n const closeShape: string = node.type === 'var'\n ? ')'\n : ']';\n const unusedSuffix: string = !(usedNodes.has(node.label) || node.info?.used?.size)\n ? '*'\n : '';\n mermaidText += ` ${node.label}${shape}${node.label}${unusedSuffix}${closeShape}\\n`;\n });\n\n graph.edges.forEach((edge, key) => {\n edge.forEach((to) => {\n if (!to || !to.node.label) {\n return;\n }\n mermaidText += ` ${key.label} --> ${to.node.label}\\n`;\n });\n });\n\n return mermaidText;\n}\n","import type { RelationType, TypedNode } from '../analyze/utils';\n\nexport interface Community {\n id: number\n nodes: Set\n}\n\nexport interface CommunityResult {\n communities: Community[]\n nodeToCommuntiy: Map\n}\n\nconst COMMON_PREFIXES = ['handle', 'on', 'is', 'has', 'can', 'should', 'get', 'set', 'update', 'toggle', 'reset', 'clear', 'init', 'fetch', 'load', 'save', 'delete', 'remove', 'add', 'create', 'show', 'hide', 'open', 'close', 'enable', 'disable', 'validate', 'check', 'use'];\nconst COMMON_SUFFIXES = ['change', 'changed', 'handler', 'callback', 'listener', 'state', 'value', 'data', 'list', 'items', 'count', 'index', 'id', 'name', 'type', 'status', 'error', 'loading', 'visible', 'disabled', 'enabled', 'active', 'selected', 'checked', 'open', 'closed'];\n\n/**\n * Extract the base/root word from an identifier by removing common prefixes/suffixes.\n * Only removes prefixes at the start and suffixes at the end.\n * e.g., \"handleOpenChange\" -> [\"open\"]\n * \"isVisible\" -> [\"visible\"]\n * \"userName\" -> [\"user\", \"name\"]\n */\nexport function extractBaseWords(identifier: string): string[] {\n const tokens = identifier\n .replace(/([a-z])([A-Z])/g, '$1_$2')\n .replace(/([A-Z]+)([A-Z][a-z])/g, '$1_$2')\n .toLowerCase()\n .split(/[_\\-\\s]+/)\n .filter(Boolean);\n\n if (tokens.length === 0) {\n return [];\n }\n\n if (tokens.length === 1) {\n return tokens;\n }\n\n let start = 0;\n if (COMMON_PREFIXES.includes(tokens[0])) {\n start = 1;\n }\n\n let end = tokens.length;\n if (COMMON_SUFFIXES.includes(tokens[tokens.length - 1])) {\n end = tokens.length - 1;\n }\n\n const words = tokens.slice(start, end);\n\n if (words.length === 0) {\n return tokens.slice(start > 0\n ? start\n : 0);\n }\n\n return words;\n}\n\n/**\n * Calculate semantic similarity between two identifiers.\n * Returns a value between 0 and 1.\n *\n * Considers:\n * 1. Shared base words (e.g., \"open\" in \"isOpen\" and \"handleOpenChange\")\n * 2. One identifier contains the other as a substring\n * 3. Common naming patterns (handler/state pairs)\n */\nexport function calculateSemanticSimilarity(labelA: string, labelB: string): number {\n if (labelA === labelB) {\n return 1;\n }\n\n const lowerA = labelA.toLowerCase();\n const lowerB = labelB.toLowerCase();\n\n if (lowerA.includes(lowerB) || lowerB.includes(lowerA)) {\n const shorter = lowerA.length < lowerB.length\n ? lowerA\n : lowerB;\n const longer = lowerA.length < lowerB.length\n ? lowerB\n : lowerA;\n return shorter.length / longer.length;\n }\n\n const wordsA = extractBaseWords(labelA);\n const wordsB = extractBaseWords(labelB);\n\n if (wordsA.length === 0 || wordsB.length === 0) {\n return 0;\n }\n\n const setA = new Set(wordsA);\n const setB = new Set(wordsB);\n\n let sharedCount = 0;\n for (const word of setA) {\n if (setB.has(word)) {\n sharedCount++;\n }\n }\n\n if (sharedCount === 0) {\n return 0;\n }\n\n const jaccardSimilarity = sharedCount / (setA.size + setB.size - sharedCount);\n\n return jaccardSimilarity;\n}\n\ninterface BuildWeightedGraphOptions {\n semanticWeight?: number\n similarityThreshold?: number\n}\n\n/**\n * Calculate semantic similarity using cached base words.\n * Returns a value between 0 and 1.\n */\nfunction calculateSemanticSimilarityCached(\n labelA: string,\n labelB: string,\n wordsA: string[],\n wordsB: string[],\n): number {\n if (labelA === labelB) {\n return 1;\n }\n\n const lowerA = labelA.toLowerCase();\n const lowerB = labelB.toLowerCase();\n\n if (lowerA.includes(lowerB) || lowerB.includes(lowerA)) {\n const shorter = lowerA.length < lowerB.length\n ? lowerA\n : lowerB;\n const longer = lowerA.length < lowerB.length\n ? lowerB\n : lowerA;\n return shorter.length / longer.length;\n }\n\n if (wordsA.length === 0 || wordsB.length === 0) {\n return 0;\n }\n\n const setA = new Set(wordsA);\n const setB = new Set(wordsB);\n\n let sharedCount = 0;\n for (const word of setA) {\n if (setB.has(word)) {\n sharedCount++;\n }\n }\n\n if (sharedCount === 0) {\n return 0;\n }\n\n return sharedCount / (setA.size + setB.size - sharedCount);\n}\n\n/**\n * Build a weighted graph that combines structural connections with semantic similarity.\n *\n * Optimized algorithm:\n * 1. Cache extractBaseWords results to avoid repeated computation\n * 2. Build word-to-nodes bucket map, only compare nodes within same bucket\n * This reduces O(N²) to O(B × K²) where B = number of buckets, K = avg nodes per bucket\n */\nfunction buildWeightedGraph(\n graph: Map>,\n options: BuildWeightedGraphOptions = {},\n): Map> {\n const { semanticWeight = 1.0, similarityThreshold = 0.3 } = options;\n\n const weighted = new Map>();\n const allNodes = new Set();\n\n for (const [node, edges] of graph) {\n allNodes.add(node);\n for (const edge of edges) {\n allNodes.add(edge.node);\n }\n }\n\n for (const node of allNodes) {\n weighted.set(node, new Map());\n }\n\n const structuralWeight = 0.85;\n\n for (const [node, edges] of graph) {\n for (const edge of edges) {\n const currentWeight = weighted.get(node)!.get(edge.node) || 0;\n weighted.get(node)!.set(edge.node, Math.max(currentWeight, structuralWeight));\n\n const reverseWeight = weighted.get(edge.node)!.get(node) || 0;\n weighted.get(edge.node)!.set(node, Math.max(reverseWeight, structuralWeight));\n }\n }\n\n if (semanticWeight > 0) {\n const nodeWordsCache = new Map();\n const wordToBucket = new Map>();\n\n for (const node of allNodes) {\n const words = extractBaseWords(node.label);\n nodeWordsCache.set(node, words);\n\n for (const word of words) {\n if (!wordToBucket.has(word)) {\n wordToBucket.set(word, new Set());\n }\n wordToBucket.get(word)!.add(node);\n }\n }\n\n const comparedPairs = new Set();\n\n for (const [_, bucket] of wordToBucket) {\n if (bucket.size < 2) {\n continue;\n }\n\n const bucketNodes = Array.from(bucket);\n for (let i = 0; i < bucketNodes.length; i++) {\n for (let j = i + 1; j < bucketNodes.length; j++) {\n const nodeA = bucketNodes[i];\n const nodeB = bucketNodes[j];\n\n const comparedKey = [nodeA.label, nodeB.label].sort().join('|');\n if (comparedPairs.has(comparedKey)) {\n continue;\n }\n comparedPairs.add(comparedKey);\n\n const wordsA = nodeWordsCache.get(nodeA)!;\n const wordsB = nodeWordsCache.get(nodeB)!;\n const similarity = calculateSemanticSimilarityCached(\n nodeA.label,\n nodeB.label,\n wordsA,\n wordsB,\n );\n\n if (similarity > similarityThreshold) {\n const semanticEdgeWeight = similarity * semanticWeight;\n\n // Only enhance existing structural connections with semantic weight\n // Check actual edge existence in weighted graph, not by label\n const currentAB = weighted.get(nodeA)!.get(nodeB);\n if (typeof currentAB === 'number') {\n weighted.get(nodeA)!.set(nodeB, Math.min(Math.max(currentAB, semanticEdgeWeight), 2.0));\n }\n\n const currentBA = weighted.get(nodeB)!.get(nodeA);\n if (typeof currentBA === 'number') {\n weighted.get(nodeB)!.set(nodeA, Math.min(Math.max(currentBA, semanticEdgeWeight), 2.0));\n }\n }\n }\n }\n }\n }\n\n return weighted;\n}\n\nfunction buildUndirectedGraph(\n graph: Map>,\n): Map> {\n const undirected = new Map>();\n\n for (const [node, edges] of graph) {\n if (!undirected.has(node)) {\n undirected.set(node, new Set());\n }\n for (const edge of edges) {\n undirected.get(node)!.add(edge.node);\n if (!undirected.has(edge.node)) {\n undirected.set(edge.node, new Set());\n }\n undirected.get(edge.node)!.add(node);\n }\n }\n\n return undirected;\n}\n\nfunction createSeededRandom(seed?: number): () => number {\n if (seed === undefined) {\n return Math.random;\n }\n let state = seed;\n return () => {\n state = (state * 1103515245 + 12345) & 0x7FFFFFFF;\n return state / 0x7FFFFFFF;\n };\n}\n\nfunction shuffleArray(array: T[], random: () => number = Math.random): T[] {\n const result = [...array];\n for (let i = result.length - 1; i > 0; i--) {\n const j = Math.floor(random() * (i + 1));\n [result[i], result[j]] = [result[j], result[i]];\n }\n return result;\n}\n\nexport interface DetectCommunitiesOptions {\n maxIterations?: number\n seed?: number\n /**\n * Weight for semantic similarity (0-1).\n * Higher values give more importance to naming patterns.\n * Default: 1.0\n */\n semanticWeight?: number\n /**\n * Minimum semantic similarity threshold for enhancing existing edges (0-1).\n * Only structurally connected node pairs with similarity above this threshold\n * will have their edge weight enhanced by semantic similarity.\n * Note: Semantic similarity alone does not create new edges.\n * Default: 0.3\n */\n similarityThreshold?: number\n}\n\n/**\n * Label Propagation Algorithm for community detection with semantic awareness.\n *\n * Each node starts with its own unique label. In each iteration,\n * nodes adopt the most frequent label among their neighbors,\n * weighted by both structural connections and semantic similarity.\n *\n * Semantic similarity considers:\n * - Shared base words (e.g., \"open\" in \"isOpen\" and \"handleOpenChange\")\n * - Substring relationships\n * - Common naming patterns (handler/state pairs)\n *\n * This helps identify groups of nodes that are tightly connected\n * and could potentially be extracted into separate hooks.\n */\nexport function detectCommunities(\n graph: Map>,\n options: DetectCommunitiesOptions = {},\n): CommunityResult {\n const { maxIterations = 100, semanticWeight = 1.0, similarityThreshold = 0.3 } = options;\n const random = createSeededRandom(options.seed);\n const weightedGraph = buildWeightedGraph(graph, { semanticWeight, similarityThreshold });\n const nodes = Array.from(weightedGraph.keys());\n\n if (nodes.length === 0) {\n return { communities: [], nodeToCommuntiy: new Map() };\n }\n\n const labels = new Map();\n nodes.forEach((node, index) => {\n labels.set(node, index);\n });\n\n let changed = true;\n let iterations = 0;\n\n while (changed && iterations < maxIterations) {\n changed = false;\n iterations++;\n\n const shuffledNodes = shuffleArray(nodes, random);\n\n for (const node of shuffledNodes) {\n const neighbors = weightedGraph.get(node);\n if (!neighbors || neighbors.size === 0) {\n continue;\n }\n\n const labelWeights = new Map();\n for (const [neighbor, weight] of neighbors) {\n const neighborLabel = labels.get(neighbor)!;\n labelWeights.set(neighborLabel, (labelWeights.get(neighborLabel) || 0) + weight);\n }\n\n let maxWeight = 0;\n let maxLabels: number[] = [];\n for (const [label, weight] of labelWeights) {\n if (weight > maxWeight) {\n maxWeight = weight;\n maxLabels = [label];\n }\n else if (weight === maxWeight) {\n maxLabels.push(label);\n }\n }\n\n const currentLabel = labels.get(node)!;\n if (maxLabels.includes(currentLabel)) {\n continue;\n }\n\n const newLabel = maxLabels[Math.floor(random() * maxLabels.length)];\n if (newLabel !== currentLabel) {\n labels.set(node, newLabel);\n changed = true;\n }\n }\n }\n\n const communityMap = new Map>();\n for (const [node, label] of labels) {\n if (!communityMap.has(label)) {\n communityMap.set(label, new Set());\n }\n communityMap.get(label)!.add(node);\n }\n\n const communities: Community[] = [];\n const nodeToCommuntiy = new Map();\n let communityId = 0;\n\n for (const [_, nodeSet] of communityMap) {\n communities.push({\n id: communityId,\n nodes: nodeSet,\n });\n for (const node of nodeSet) {\n nodeToCommuntiy.set(node, communityId);\n }\n communityId++;\n }\n\n communities.sort((a, b) => b.nodes.size - a.nodes.size);\n\n const reindexedCommunities: Community[] = [];\n const newNodeToCommunity = new Map();\n\n communities.forEach((community, newId) => {\n reindexedCommunities.push({\n id: newId,\n nodes: community.nodes,\n });\n for (const node of community.nodes) {\n newNodeToCommunity.set(node, newId);\n }\n });\n\n return {\n communities: reindexedCommunities,\n nodeToCommuntiy: newNodeToCommunity,\n };\n}\n\n/**\n * Generate HSL colors for communities.\n * Uses golden ratio to distribute hues evenly.\n */\nexport function generateCommunityColors(communityCount: number): string[] {\n const colors: string[] = [];\n const goldenRatio = 0.618033988749895;\n let hue = 0.1;\n\n for (let i = 0; i < communityCount; i++) {\n hue = (hue + goldenRatio) % 1;\n const h = Math.floor(hue * 360);\n const s = 65 + (i % 3) * 10;\n const l = 45 + (i % 2) * 10;\n colors.push(`hsl(${h}, ${s}%, ${l}%)`);\n }\n\n return colors;\n}\n\n/**\n * Generate RGBA colors for VS Code decorations.\n * Returns both background (low opacity) and foreground (high opacity) colors.\n */\nexport function generateCommunityColorsRGBA(communityCount: number): Array<{\n background: string\n foreground: string\n border: string\n}> {\n const colors: Array<{ background: string, foreground: string, border: string }> = [];\n const goldenRatio = 0.618033988749895;\n let hue = 0.1;\n\n for (let i = 0; i < communityCount; i++) {\n hue = (hue + goldenRatio) % 1;\n const h = hue * 360;\n const s = 0.45;\n const l = 0.55;\n\n const { r, g, b } = hslToRgb(h, s, l);\n\n colors.push({\n background: `rgba(${r}, ${g}, ${b}, 0.15)`,\n foreground: `rgba(${r}, ${g}, ${b}, 0.9)`,\n border: `rgba(${r}, ${g}, ${b}, 0.5)`,\n });\n }\n\n return colors;\n}\n\nfunction hslToRgb(h: number, s: number, l: number): { r: number, g: number, b: number } {\n h = h / 360;\n\n let r: number, g: number, b: number;\n\n if (s === 0) {\n r = g = b = l;\n }\n else {\n const hue2rgb = (p: number, q: number, t: number) => {\n if (t < 0) { t += 1; }\n if (t > 1) { t -= 1; }\n if (t < 1 / 6) { return p + (q - p) * 6 * t; }\n if (t < 1 / 2) { return q; }\n if (t < 2 / 3) { return p + (q - p) * (2 / 3 - t) * 6; }\n return p;\n };\n\n const q = l < 0.5\n ? l * (1 + s)\n : l + s - l * s;\n const p = 2 * l - q;\n r = hue2rgb(p, q, h + 1 / 3);\n g = hue2rgb(p, q, h);\n b = hue2rgb(p, q, h - 1 / 3);\n }\n\n return {\n r: Math.round(r * 255),\n g: Math.round(g * 255),\n b: Math.round(b * 255),\n };\n}\n","import type { RelationType, TypedNode } from '../analyze/utils';\nimport { NodeType } from '../analyze/utils';\n\n/**\n * Filter out nodes that have no indegree.\n */\nexport function noIndegreeFilter(\n graph: Map>,\n) {\n const nodes = Array.from(graph.keys());\n const indegree = new Map();\n nodes.forEach((node) => {\n indegree.set(node, 0);\n });\n graph.forEach((targets, node) => {\n targets.forEach((target) => {\n indegree.set(target.node, (indegree.get(target.node) || 0) + 1);\n });\n });\n return nodes.filter(node => indegree.get(node) === 0);\n}\n\n/**\n * Filter out nodes that have no outdegree.\n */\nexport function noOutdegreeFilter(\n graph: Map>,\n) {\n const zeroOutdegreeNodes = [];\n\n for (const [node, edges] of graph.entries()) {\n if (edges.size === 0) {\n zeroOutdegreeNodes.push(node);\n }\n }\n\n return zeroOutdegreeNodes;\n}\n\n// ---\n\nfunction removeVariable(\n graph: Map>,\n targets: Set,\n) {\n const newTarget = new Set();\n targets.forEach((target) => {\n if (target.type === NodeType.var) {\n const nodes = graph.get(target);\n nodes?.forEach((node) => {\n newTarget.add(node);\n });\n }\n if (target.type === NodeType.fun) {\n newTarget.add(target);\n }\n });\n return newTarget;\n}\n\n/**\n * only save function nodes\n */\nexport function onlyFunctions(\n graph: Map>,\n): Map> {\n const result = new Map>();\n graph.forEach((targets, node) => {\n if (node.type === NodeType.fun) {\n const nodes = removeVariable(graph, targets);\n result.set(node, nodes);\n }\n });\n return result;\n}\n\n// ---\n\nexport function findLinearPaths(graph: Map>) {\n const linearPaths = [] as TypedNode[][];\n const visitedNodes = new Set();\n const nodeInDegrees = new Map();\n\n // 计算每个节点的入度\n for (const [node, edges] of graph.entries()) {\n if (!nodeInDegrees.has(node)) {\n nodeInDegrees.set(node, 0); // 确保每个节点都在入度映射中\n }\n for (const edge of edges) {\n const inDegree = nodeInDegrees.get(edge.node) || 0;\n nodeInDegrees.set(edge.node, inDegree + 1);\n }\n }\n\n function dfs(node: TypedNode, path: TypedNode[]) {\n if (visitedNodes.has(node)) {\n return;\n }\n\n path.push(node);\n visitedNodes.add(node);\n\n const edges = graph.get(node) || new Set();\n\n if (edges.size === 0 || edges.size > 1) {\n if (path.length > 1) {\n addOrUpdatePath([...path]);\n }\n }\n else {\n const nextNode = Array.from(edges)[0].node;\n const nextNodeInDegree = nodeInDegrees.get(nextNode) || 0;\n\n // 确保下一个节点只有一个入度\n if (nextNodeInDegree === 1) {\n dfs(nextNode, path);\n }\n }\n\n path.pop();\n visitedNodes.delete(node);\n }\n\n function addOrUpdatePath(newPath: TypedNode[]) {\n let shouldAddNewPath = true;\n\n for (let i = linearPaths.length - 1; i >= 0; i--) {\n const existingPath = linearPaths[i];\n if (isSubpath(existingPath, newPath)) {\n linearPaths.splice(i, 1); // remove the shorter path\n }\n else if (isSubpath(newPath, existingPath)) {\n shouldAddNewPath = false;\n break;\n }\n }\n\n if (shouldAddNewPath && newPath.length > 2) {\n linearPaths.push(newPath);\n }\n }\n\n function isSubpath(shortPath: TypedNode[], longPath: TypedNode[]) {\n if (shortPath.length >= longPath.length) {\n return false;\n }\n\n for (let i = 0; i <= longPath.length - shortPath.length; i++) {\n let isSub = true;\n for (let j = 0; j < shortPath.length; j++) {\n if (shortPath[j] !== longPath[i + j]) {\n isSub = false;\n break;\n }\n }\n if (isSub) {\n return true;\n }\n }\n return false;\n }\n\n for (const node of graph.keys()) {\n dfs(node, []);\n }\n\n return linearPaths;\n}\n\n// ---\n\nexport function findArticulationPoints(graph: Map>) {\n const noIndegreeNodes = noIndegreeFilter(graph);\n let time = 0;\n const low = new Map();\n const disc = new Map();\n const parent = new Map();\n const ap = new Set();\n const visited = new Set();\n\n function APUtil(graph: Map>, node: TypedNode) {\n let children = 0;\n disc.set(node, time);\n low.set(node, time);\n time++;\n visited.add(node);\n\n for (const neighbor of graph.get(node) || []) {\n if (!visited.has(neighbor.node)) {\n children++;\n parent.set(neighbor.node, node);\n APUtil(graph, neighbor.node);\n low.set(node, Math.min(low.get(node)!, low.get(neighbor.node)!));\n if (parent.get(node) === null && children > 1) {\n ap.add(node);\n }\n if (parent.get(node) !== null && low.get(neighbor.node)! >= disc.get(node)!) {\n ap.add(node);\n }\n }\n else if (neighbor.node !== parent.get(node)) {\n low.set(node, Math.min(low.get(node)!, disc.get(neighbor.node)!));\n }\n }\n }\n\n for (const node of graph.keys()) {\n if (!visited.has(node) && !noIndegreeNodes.includes(node)) {\n APUtil(graph, node);\n }\n }\n return ap;\n}\n","import type { RelationType, TypedNode } from '../analyze/utils';\n\nfunction dfs(\n graph: Map>,\n node: TypedNode,\n targets: Set<{ node: TypedNode, type: RelationType }>,\n visited: Set,\n component: Set,\n) {\n component.add(node);\n visited.add(node);\n targets.forEach((target) => {\n if (!visited.has(target.node)) {\n dfs(graph, target.node, graph.get(target.node) || new Set(), visited, component);\n }\n });\n}\n\nfunction haveIntersection(setA: Set, setB: Set): boolean {\n for (const item of setA) {\n if (setB.has(item)) {\n return true;\n }\n }\n return false;\n}\n\nfunction mergeSets(arr: Set[]): Set[] {\n let result: Set[] = [...arr];\n for (let i = 0; i < result.length; i++) {\n for (let j = i + 1; j < result.length; j++) {\n if (haveIntersection(result[i], result[j])) {\n const newSet = new Set([...result[i], ...result[j]]);\n result.splice(j, 1);\n result.splice(i, 1);\n result = [...result, newSet];\n return mergeSets(result);\n }\n }\n }\n return result;\n}\n\nexport function splitGraph(\n graph: Map>,\n) {\n const components = [] as Set[];\n\n const sorted = Array.from(graph).sort((a, b) => b[1].size - a[1].size);\n\n (new Map(sorted)).forEach((targets, node) => {\n const visited = new Set();\n if (!visited.has(node)) {\n const component = new Set();\n dfs(graph, node, targets, visited, component);\n components.push(component);\n }\n });\n\n return mergeSets(components).map((component) => {\n const subGraph = new Map>();\n component.forEach((node) => {\n const targets = graph.get(node);\n if (targets) {\n subGraph.set(node, targets);\n }\n });\n return subGraph;\n });\n}\n","import type { RelationType, TypedNode } from '../analyze/utils';\n\nexport function hasCycle(\n graph: Map>,\n): { hasCycle: boolean, cycleNodes: TypedNode[] } {\n const visited: Set = new Set();\n const onStack: Set = new Set();\n const stack: TypedNode[] = [];\n let cycleNodes: TypedNode[] = [];\n\n function dfs(node: TypedNode): boolean {\n if (visited.has(node)) {\n if (onStack.has(node)) {\n // 只有当环中所有边都是写(set) 或全是 调用(call) 才算循环\n const idx = stack.indexOf(node);\n const cycle = stack.slice(idx);\n const allNotGet = cycle.every((curr, i) => {\n const next = cycle[(i + 1) % cycle.length];\n return Array.from(graph.get(curr) || []).some(\n edge => edge.node === next && edge.type !== 'get',\n );\n });\n\n if (allNotGet) {\n cycleNodes = cycle;\n return true;\n }\n return false;\n }\n return false;\n }\n\n visited.add(node);\n onStack.add(node);\n stack.push(node);\n\n for (const neighbor of (graph.get(node) || new Set())) {\n // 检查自环：自己依赖自己且 type 为 'set' 也算环\n if (neighbor.node === node && neighbor.type !== 'get') {\n cycleNodes = [node];\n return true;\n }\n if (dfs(neighbor.node)) {\n return true;\n }\n }\n\n onStack.delete(node);\n stack.pop();\n return false;\n }\n\n for (const [node, targets] of graph) {\n if (dfs(node)) {\n return { hasCycle: true, cycleNodes };\n }\n }\n\n return { hasCycle: false, cycleNodes: [] };\n}\n","import type { RelationType, TypedNode } from '../analyze/utils';\nimport { NodeType } from '../analyze/utils';\nimport { detectCommunities } from './community';\nimport { findArticulationPoints, findLinearPaths, noIndegreeFilter } from './filter';\nimport { splitGraph } from './split';\nimport { hasCycle } from './utils';\n\nexport enum SuggestionType {\n info = 'info',\n warning = 'warning',\n error = 'error',\n}\n\nexport interface Suggestion {\n type: SuggestionType\n message: string\n nodeInfo?: TypedNode | Array\n};\n\nexport function gen(\n graph: {\n nodes: Set\n edges: Map>\n },\n nodesUsedInTemplate: Set,\n nodesUsedInStyle: Set = new Set(),\n options?: Partial<{\n ellipsis: boolean\n communitySeed: number\n }>,\n) {\n const {\n ellipsis = true,\n communitySeed,\n } = options ?? {};\n\n const usedNodes = new Set([...nodesUsedInTemplate, ...nodesUsedInStyle]);\n\n const suggestions: Suggestion[] = [];\n const splitedGraph = splitGraph(graph.edges);\n splitedGraph.forEach((g) => {\n const nodes = Array.from(g.keys());\n\n if (splitedGraph.length > 1) {\n if (nodes.length > 2 && nodes.some(node => !usedNodes.has(node.label))) {\n suggestions.push({\n type: SuggestionType.info,\n message: `Nodes [${\n (ellipsis && nodes.length > 10)\n ? `${nodes.slice(0, 10).map(node => node.label).join(',')}...(${nodes.length})`\n : nodes.map(node => node.label).join(',')\n }] are isolated, perhaps you can refactor them to an isolated file.`,\n nodeInfo: nodes,\n });\n }\n }\n\n if (nodes.length > 1 && nodes.every(node => !usedNodes.has(node.label) && !node.info?.used?.size)) {\n suggestions.push({\n type: SuggestionType.info,\n message: `Nodes [${\n (ellipsis && nodes.length > 10)\n ? `${nodes.slice(0, 10).map(node => node.label).join(',')}...`\n : nodes.map(node => node.label).join(',')\n }] are not used, perhaps you can remove them.`,\n nodeInfo: nodes,\n });\n }\n const hasCycleResult = hasCycle(g);\n if (hasCycleResult.hasCycle) {\n suggestions.push({\n type: SuggestionType.error,\n message: `There is a loop call in nodes [${\n hasCycleResult.cycleNodes.map(node => node.label).join(',')\n }], perhaps you can refactor it.`,\n nodeInfo: hasCycleResult.cycleNodes,\n });\n }\n\n const paths = findLinearPaths(g);\n paths.forEach((path) => {\n const firstUsedNodeIndex = path.findIndex(node => usedNodes.has(node.label));\n const reverseLastNotUsedNodeIndex = path.slice().reverse().findIndex(node => !usedNodes.has(node.label));\n const lastNotUsedNodeIndex = reverseLastNotUsedNodeIndex !== -1\n ? path.length - 1 - reverseLastNotUsedNodeIndex\n : -1;\n\n if (firstUsedNodeIndex > -1 && firstUsedNodeIndex < lastNotUsedNodeIndex) {\n suggestions.push({\n type: SuggestionType.warning,\n message: `Nodes [${\n (ellipsis && path.length > 10)\n ? `${path.slice(0, 10).map(node => node.label).join(',')}...(${path.length})`\n : path.map(node => node.label).join(',')\n }] are have function chain calls, perhaps you can refactor it.`,\n nodeInfo: path,\n });\n }\n });\n\n if (g.size > 5) {\n const ap = findArticulationPoints(g);\n ap.forEach((node) => {\n if (node.type === NodeType.fun) {\n suggestions.push({\n type: SuggestionType.info,\n\n message: `Node [${\n node.label\n }] is an articulation point, perhaps you need to pay special attention to this node.`,\n nodeInfo: node,\n });\n }\n });\n }\n });\n\n const noIndegreeNodes = noIndegreeFilter(graph.edges);\n noIndegreeNodes.forEach((node) => {\n if (!usedNodes.has(node.label) && !node.info?.used?.size) {\n suggestions.push({\n type: SuggestionType.info,\n message: `Node [${node.label}] is not used, perhaps you can remove it.`,\n nodeInfo: node,\n });\n }\n });\n\n const communityResult = detectCommunities(graph.edges, { seed: communitySeed });\n const { communities } = communityResult;\n\n const extractableCommunities = communities.filter((community) => {\n const nodes = Array.from(community.nodes);\n if (nodes.length < 3 || nodes.length > 15) {\n return false;\n }\n\n const hasUsedNode = nodes.some(node => usedNodes.has(node.label));\n const hasUnusedNode = nodes.some(node => !usedNodes.has(node.label));\n\n return hasUsedNode && hasUnusedNode;\n });\n\n extractableCommunities.forEach((community) => {\n const nodes = Array.from(community.nodes);\n const unusedNodes = nodes.filter(node => !usedNodes.has(node.label));\n\n if (unusedNodes.length >= 2) {\n suggestions.push({\n type: SuggestionType.info,\n message: `Nodes [${\n (ellipsis && nodes.length > 10)\n ? `${nodes.slice(0, 10).map(node => node.label).join(',')}...(${nodes.length})`\n : nodes.map(node => node.label).join(',')\n }] form a tightly coupled group, consider extracting them into a composable/hook.`,\n nodeInfo: nodes,\n });\n }\n });\n\n if (communities.length > 3) {\n const independentCommunities = communities.filter((community) => {\n const nodes = Array.from(community.nodes);\n return nodes.length >= 2 && nodes.every(node => !usedNodes.has(node.label) && !node.info?.used?.size);\n });\n\n if (independentCommunities.length >= 2) {\n const allNodes = independentCommunities.flatMap(c => Array.from(c.nodes));\n suggestions.push({\n type: SuggestionType.info,\n message: `Found ${independentCommunities.length} independent variable groups that are not used in template. Consider removing or extracting them.`,\n nodeInfo: allNodes,\n });\n }\n }\n\n const largeCommunities = communities.filter(c => c.nodes.size > 10);\n largeCommunities.forEach((community) => {\n const nodes = Array.from(community.nodes);\n const functionNodes = nodes.filter(n => n.type === NodeType.fun);\n\n if (functionNodes.length > 5) {\n suggestions.push({\n type: SuggestionType.warning,\n message: `Community with ${nodes.length} nodes has ${functionNodes.length} functions. This group is complex, consider splitting into smaller composables.`,\n nodeInfo: nodes,\n });\n }\n });\n\n return suggestions;\n}\n","import type { Data, Edge, Node } from 'vis-network';\nimport type { RelationType, TypedNode } from './analyze/utils';\n\ntype CustomNode = Node & {\n info: TypedNode['info']\n};\n\nfunction filterNodeUserd(used: Set | undefined) {\n const usedArray = Array.from(used || []);\n return new Set(usedArray.filter(u => ![\n 'Assignment Expression',\n 'Call Expression',\n ].includes(u)));\n}\n\nexport function getVisData(\n graph: {\n nodes: Set\n edges: Map>\n },\n nodesUsedInTemplate: Set,\n nodesUsedInStyle: Set = new Set(),\n) {\n const usedNodes = new Set([...nodesUsedInTemplate, ...nodesUsedInStyle]);\n\n const nodes: CustomNode[] = [];\n const edges: Edge[] = [];\n\n const inDegreeMap: Record = {};\n const outDegreeMap: Record = {};\n graph.edges.forEach((edge) => {\n edge.forEach((to) => {\n if (to) {\n inDegreeMap[to.node.label] = (inDegreeMap[to.node.label] || 0) + 1;\n }\n });\n });\n graph.edges.forEach((edge, key) => {\n outDegreeMap[key.label] = edge.size;\n });\n\n graph.nodes.forEach((node) => {\n const inDegree = inDegreeMap[node.label] || 0;\n const outDegree = outDegreeMap[node.label] || 0;\n\n nodes.push({\n id: node.label,\n label: node.label,\n shape: node.type === 'var'\n ? 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