{"version":3,"file":"transform.js","sources":["../../../src/vite/transform.ts"],"sourcesContent":["/* eslint-disable max-lines */\nimport MagicString from 'magic-string';\nimport { DEFAULT_EXPORT, type ExportName, type SameWorkerBinding } from './bindings';\nimport { detectWorkerEntrypointClasses } from './workerEntrypoint';\n\nconst MERGED_OPTIONS_IDENTIFIER = '__SENTRY_OPTIONS__';\n\n// ---------------------------------------------------------------------------\n// Minimal ESTree node types for the AST nodes we inspect.\n// ---------------------------------------------------------------------------\n\nexport interface BaseNode {\n  type: string;\n  start: number;\n  end: number;\n}\n\nexport interface ProgramBody {\n  body: BaseNode[];\n}\n\ninterface IdentifierNode extends BaseNode {\n  name: string;\n}\n\ninterface CalleeNode {\n  type: string;\n  name?: string;\n  property?: { type: string; name?: string };\n}\n\ninterface CallExpressionNode extends BaseNode {\n  callee?: CalleeNode;\n}\n\ninterface ClassDeclarationNode extends BaseNode {\n  id?: IdentifierNode | null;\n}\n\ninterface ExportDefaultNode extends BaseNode {\n  declaration: BaseNode;\n}\n\ninterface ExportSpecifierNode extends BaseNode {\n  local?: { type: string; name?: string };\n  exported?: { type: string; name?: string };\n}\n\ninterface ExportNamedNode extends BaseNode {\n  declaration?: BaseNode | null;\n  source?: BaseNode | null;\n  specifiers?: ExportSpecifierNode[];\n}\n\ninterface VariableDeclaratorNode {\n  id?: { type: string; name?: string };\n  init?: BaseNode | null;\n}\n\ninterface VariableDeclarationNode extends BaseNode {\n  declarations?: VariableDeclaratorNode[];\n}\n\nfunction isCallToMethod(node: BaseNode, methodName: string): boolean {\n  if (node.type !== 'CallExpression') return false;\n  const callee = (node as CallExpressionNode).callee;\n  if (!callee) return false;\n  if (callee.type === 'Identifier' && callee.name === methodName) return true;\n  return (\n    callee.type === 'MemberExpression' && callee.property?.type === 'Identifier' && callee.property.name === methodName\n  );\n}\n\n/**\n * The kind of Sentry wrapper to apply to an exported class.\n *\n * `durableObject` and `workflow` are keyed by name from the wrangler config\n * (`durable_objects.bindings`, `workflows`), since those class names are\n * authoritative there. `workerEntrypoint` is different: a worker's own\n * entrypoints aren't enumerated in its config, so they're detected structurally\n * (a class extending `WorkerEntrypoint` from `cloudflare:workers`), with the\n * config providing only a fallback for self-bound entrypoints whose base class\n * lives in another module.\n */\nexport type ClassWrapperKind = 'durableObject' | 'agent' | 'workflow' | 'workerEntrypoint';\n\n/** Specifier name a `export { default as X } from '...'` re-export uses for the source's default. */\nconst DEFAULT_IMPORT = 'default';\n\n/**\n * The `@sentry/cloudflare` helper each wrapper kind emits. All share the same\n * `(optionsCallback, Class)` signature. `WorkerEntrypoint` classes use\n * `withSentry`, which runtime-detects the class type and routes accordingly.\n */\nconst WRAPPER_METHODS: Record<ClassWrapperKind, string> = {\n  durableObject: 'instrumentDurableObjectWithSentry',\n  agent: 'instrumentAgentWithSentry',\n  workflow: 'instrumentWorkflowWithSentry',\n  workerEntrypoint: 'withSentry',\n};\n\nexport interface TransformContext {\n  /**\n   * Exported class name → the kind of Sentry wrapper to apply. Populated from\n   * the wrangler config, so the transform can wrap by name without resolving\n   * each class's base type.\n   */\n  classWrappers: Map<string, ClassWrapperKind>;\n  /**\n   * Local class names detected as `agents` Agents. An Agent is configured as a Durable Object in\n   * wrangler, so this upgrades those entries from `durableObject` to `agent`.\n   */\n  agentClasses?: ReadonlySet<string>;\n  optionsFn: string;\n  /** Import statement prepended when `optionsFn` references a separate module. */\n  optionsImport?: string;\n  /** @see {@link import('./wranglerConfig').WranglerConfig.sameWorkerBindings} */\n  sameWorkerBindings?: readonly SameWorkerBinding[];\n}\n\nexport interface TransformResult {\n  code: string;\n  map: ReturnType<MagicString['generateMap']>;\n  /**\n   * The configured class names that were actually wrapped. Lets the plugin warn\n   * about configured classes it could not find, instead of silently leaving\n   * them uninstrumented.\n   */\n  wrappedClasses: Set<string>;\n}\n\n/**\n * Rewrite the worker entry source to wrap its default export with `withSentry`\n * and any configured class export with its matching Sentry wrapper (see\n * {@link TransformContext.classWrappers}, e.g. Durable Object classes with\n * `instrumentDurableObjectWithSentry`).\n *\n * Handles `export class MyDO {}`, the specifier form (`class MyDO {}` …\n * `export { MyDO }` / `export { Foo as MyDO }`), and classes that live in\n * another module (`import { MyDO } from './do'; export { MyDO }` or\n * `export { MyDO } from './do'`). Only star re-exports (`export * from './do'`)\n * are left alone — the plugin warns about those via\n * {@link TransformResult.wrappedClasses}.\n *\n * Exported (rather than inlined into the plugin) so it can be unit-tested with a\n * plain AST and no Vite context. Returns `undefined` when nothing was wrapped and\n * there are no already-manually-wrapped classes to report.\n */\nexport function applyAutoInstrumentTransforms(\n  code: string,\n  ast: ProgramBody,\n  ctx: TransformContext,\n): TransformResult | undefined {\n  const ms = new MagicString(code);\n  const topLevelClasses = collectTopLevelClasses(ast);\n  const sameWorkerBindings = ctx.sameWorkerBindings ?? [];\n  const state: TransformState = {\n    ms,\n    needsImport: false,\n    wrappedClasses: new Set<string>(),\n    topLevelClasses,\n    renamedLocals: new Set<string>(),\n    classWrappers: ctx.classWrappers,\n    agentClasses: ctx.agentClasses ?? new Set<string>(),\n    workerEntrypointClasses: detectWorkerEntrypointClasses(ast),\n    // The identifier must be chosen before wrapping, which bindings survive is only known after.\n    optionsFn: sameWorkerBindings.length > 0 ? MERGED_OPTIONS_IDENTIFIER : ctx.optionsFn,\n    autoWrapped: new Set<ExportName>(),\n    manuallyWrappedLocals: collectManuallyWrappedLocals(ast),\n  };\n  const { wrappedClasses } = state;\n\n  // Named exports first, regardless of source order: the default-export handler\n  // needs to know which local bindings a named export already wrapped, so it can\n  // skip a class that is both exported by name and re-exported as default (which\n  // would otherwise wrap it twice).\n  for (const node of ast.body) {\n    if (node.type === 'ExportNamedDeclaration') {\n      handleNamedExport(node as ExportNamedNode, ctx, state);\n    }\n  }\n  for (const node of ast.body) {\n    if (node.type === 'ExportDefaultDeclaration') {\n      wrapDefaultExport(node as ExportDefaultNode, ctx, state);\n    }\n  }\n\n  if (!state.needsImport) {\n    // Nothing was rewritten. Still surface any classes found already wrapped\n    // manually (via `wrappedClasses`) so the caller doesn't warn about them;\n    // return undefined only when there was nothing to report either.\n    if (wrappedClasses.size === 0) return undefined;\n    return { code, map: ms.generateMap({ hires: true }), wrappedClasses };\n  }\n\n  // `prepend` inserts before earlier prepends, yielding: Sentry import, options import, declaration.\n  if (sameWorkerBindings.length > 0) {\n    ms.prepend(buildMergedOptionsDeclaration(sameWorkerBindings, ctx.optionsFn, state));\n  }\n  if (ctx.optionsImport) ms.prepend(ctx.optionsImport);\n  ms.prepend(\"import * as __SENTRY__ from '@sentry/cloudflare';\\n\");\n\n  return {\n    code: ms.toString(),\n    map: ms.generateMap({ hires: true }),\n    wrappedClasses,\n  };\n}\n\ninterface TransformState {\n  ms: MagicString;\n  needsImport: boolean;\n  wrappedClasses: Set<string>;\n  /**\n   * Top-level (non-exported) class declarations, so specifier exports like\n   * `export { MyDO }` can locate the class they refer to.\n   */\n  topLevelClasses: Map<string, ClassDeclarationNode>;\n  /**\n   * Local class names already renamed + wrapped, so two specifiers pointing at\n   * the same class don't produce duplicate bindings.\n   */\n  renamedLocals: Set<string>;\n  /** Class name → wrapper kind, keyed by the *exported* name (from config). */\n  classWrappers: Map<string, ClassWrapperKind>;\n  /** Local class names detected as `agents` Agents (see {@link TransformContext.agentClasses}). */\n  agentClasses: ReadonlySet<string>;\n  /**\n   * Local class names detected as `WorkerEntrypoint` subclasses in this module,\n   * so they can be wrapped without a config entry.\n   */\n  workerEntrypointClasses: Set<string>;\n  optionsFn: string;\n  /**\n   * Export names wrapped by this transform, so their options can be extended with\n   * `rpcTracePropagationBindings`. Hand-wrapped exports stay out, they keep the options they were\n   * wrapped with. `wrappedClasses` counts both.\n   */\n  autoWrapped: Set<ExportName>;\n  /**\n   * Top-level bindings already assigned an `instrument*WithSentry(...)` result\n   * (`const MyDO = instrumentDurableObjectWithSentry(...)`). Exporting one by\n   * specifier must report it as wrapped rather than wrap it a second time.\n   */\n  manuallyWrappedLocals: Set<string>;\n}\n\n/**\n * Builds the callback that merges same-worker binding names into `rpcTracePropagationBindings` at\n * runtime, the options object only exists once the callback runs with `env`. Only bindings whose\n * class this transform wrapped survive, a hand-wrapped class runs on its own options.\n *\n * The same callback also turns `enableRpcTracePropagation` on, because it is what the wrapped\n * receivers read to continue an incoming trace. An explicit value in the user's options wins.\n */\nfunction buildMergedOptionsDeclaration(\n  sameWorkerBindings: readonly SameWorkerBinding[],\n  optionsFn: string,\n  state: TransformState,\n): string {\n  const bindingNames = sameWorkerBindings\n    .filter(({ className }) => state.autoWrapped.has(className))\n    .map(({ bindingName }) => bindingName);\n\n  if (!bindingNames.length) {\n    return `const ${MERGED_OPTIONS_IDENTIFIER} = ${optionsFn};\\n`;\n  }\n\n  const names = bindingNames.map(name => JSON.stringify(name)).join(', ');\n  return (\n    `const ${MERGED_OPTIONS_IDENTIFIER} = (env) => { ` +\n    `const opts = (${optionsFn})(env); ` +\n    'return { ...opts, ' +\n    'enableRpcTracePropagation: opts?.enableRpcTracePropagation ?? true, ' +\n    `rpcTracePropagationBindings: [${names}, ...(opts?.rpcTracePropagationBindings ?? [])] }; };\\n`\n  );\n}\n\n/**\n * Resolve the wrapper kind for a class export.\n *\n * Config (`classWrappers`) wins — it's authoritative for Durable Objects and\n * Workflows, and provides the self-binding fallback for WorkerEntrypoints whose\n * base class this module can't see. Otherwise a structurally-detected\n * `WorkerEntrypoint` subclass (matched by its *local* name) gets wrapped with\n * `withSentry`.\n *\n * `localName` is the binding **in this module** the export refers to, and must be\n * left undefined for `export { X } from '...'`: there the specifier's name belongs\n * to the source module, so matching it against anything detected here would wrap a\n * class that merely shares a name.\n *\n * The one case where config is refined rather than obeyed is an `agents` Agent:\n * it *is* a Durable Object, so wrangler can only ever describe it as one, and\n * only the detected base chain distinguishes the two.\n */\nfunction resolveWrapperKind(\n  exportedName: string,\n  localName: string | undefined,\n  state: TransformState,\n): ClassWrapperKind | undefined {\n  const configured = state.classWrappers.get(exportedName);\n\n  if (\n    configured === 'durableObject' &&\n    ((localName && state.agentClasses.has(localName)) || state.agentClasses.has(exportedName))\n  ) {\n    return 'agent';\n  }\n\n  if (configured) return configured;\n  if (localName && state.workerEntrypointClasses.has(localName)) return 'workerEntrypoint';\n  return undefined;\n}\n\n/**\n * Top-level `const X = instrument*WithSentry(...)` bindings — a hand-wrapped class that is exported\n * separately (`export { X }`) rather than inline.\n */\nfunction collectManuallyWrappedLocals(ast: ProgramBody): Set<string> {\n  const wrapperMethods = Object.values(WRAPPER_METHODS);\n  const locals = new Set<string>();\n\n  for (const node of ast.body) {\n    if (node.type !== 'VariableDeclaration') continue;\n    for (const declarator of (node as VariableDeclarationNode).declarations ?? []) {\n      const name = declarator.id?.type === 'Identifier' ? declarator.id.name : undefined;\n      const init = declarator.init;\n      if (name && init && wrapperMethods.some(method => isCallToMethod(init, method))) {\n        locals.add(name);\n      }\n    }\n  }\n\n  return locals;\n}\n\nfunction collectTopLevelClasses(ast: ProgramBody): Map<string, ClassDeclarationNode> {\n  const classes = new Map<string, ClassDeclarationNode>();\n  for (const node of ast.body) {\n    if (node.type !== 'ClassDeclaration') continue;\n    const classNode = node as ClassDeclarationNode;\n    if (classNode.id?.name) classes.set(classNode.id.name, classNode);\n  }\n  return classes;\n}\n\nfunction wrapDefaultExport(node: ExportDefaultNode, ctx: TransformContext, state: TransformState): void {\n  const decl = node.declaration;\n\n  // Already wrapped — leave it alone\n  if (isCallToMethod(decl, 'withSentry')) return;\n\n  // `export default Foo` where `Foo` is a local class already wrapped by a named\n  // export (e.g. a self-bound WorkerEntrypoint also used as the default handler).\n  // Wrapping again would produce `withSentry(withSentry(...))`. The binding still\n  // points at the wrapped class, so the default export counts as auto-wrapped.\n  if (decl.type === 'Identifier' && state.renamedLocals.has((decl as IdentifierNode).name)) {\n    state.autoWrapped.add(DEFAULT_EXPORT);\n    return;\n  }\n\n  // `export default <expr>` → `const __SENTRY_DEFAULT_EXPORT__ = <expr>`\n  // MagicString positions are always relative to the original source.\n  state.ms.overwrite(node.start, decl.start, 'const __SENTRY_DEFAULT_EXPORT__ = ');\n  state.ms.append(`\\nexport default __SENTRY__.withSentry(${state.optionsFn}, __SENTRY_DEFAULT_EXPORT__);\\n`);\n  state.needsImport = true;\n  state.autoWrapped.add(DEFAULT_EXPORT);\n}\n\nfunction handleNamedExport(node: ExportNamedNode, ctx: TransformContext, state: TransformState): void {\n  const decl = node.declaration;\n\n  // ---- Manually wrapped class export ----\n  // `export const MyDO = instrumentDurableObjectWithSentry(...)` — count it\n  // as wrapped so the plugin doesn't warn about it, but leave it alone.\n  if (decl?.type === 'VariableDeclaration') {\n    collectManuallyWrappedClassExports(decl as VariableDeclarationNode, ctx, state);\n    return;\n  }\n\n  // ---- Named class export matching a configured binding ----\n  if (decl?.type === 'ClassDeclaration') {\n    wrapInlineClassExport(node, decl as ClassDeclarationNode, ctx, state);\n    return;\n  }\n\n  // ---- Specifier export (`export { Foo as MyDO }`, `export { MyDO } from './do'`) ----\n  wrapSpecifierExports(node, ctx, state);\n}\n\nfunction collectManuallyWrappedClassExports(\n  varDecl: VariableDeclarationNode,\n  ctx: TransformContext,\n  state: TransformState,\n): void {\n  for (const declarator of varDecl.declarations ?? []) {\n    const name = declarator.id?.type === 'Identifier' ? declarator.id.name : undefined;\n    const kind = name ? ctx.classWrappers.get(name) : undefined;\n    if (!name || !kind || !declarator.init) continue;\n\n    // A hand-wrapped Agent is configured as a Durable Object, so accept either helper there —\n    // otherwise an already-instrumented Agent would be reported as unwrapped.\n    const accepted =\n      kind === 'durableObject' ? [WRAPPER_METHODS.durableObject, WRAPPER_METHODS.agent] : [WRAPPER_METHODS[kind]];\n\n    if (accepted.some(method => isCallToMethod(declarator.init as BaseNode, method))) {\n      state.wrappedClasses.add(name);\n    }\n  }\n}\n\nfunction wrapInlineClassExport(\n  exportNode: ExportNamedNode,\n  classDecl: ClassDeclarationNode,\n  ctx: TransformContext,\n  state: TransformState,\n): void {\n  const classId = classDecl.id;\n  // Inline export: the exported name and the local class name are the same.\n  const kind = classId ? resolveWrapperKind(classId.name, classId.name, state) : undefined;\n  if (!classId || !kind) return;\n\n  const className = classId.name;\n  const renamedClass = `__SENTRY_ORIGINAL_${className}__`;\n\n  // Strip the `export ` keyword\n  state.ms.overwrite(exportNode.start, classDecl.start, '');\n\n  // Rename the class to avoid a duplicate binding\n  state.ms.overwrite(classId.start, classId.end, renamedClass);\n\n  // Insert the wrapped re-export after the class body\n  state.ms.appendLeft(\n    exportNode.end,\n    `\\nexport const ${className} = __SENTRY__.${WRAPPER_METHODS[kind]}(${state.optionsFn}, ${renamedClass});\\n`,\n  );\n\n  state.wrappedClasses.add(className);\n  state.autoWrapped.add(className);\n  state.renamedLocals.add(className);\n  state.needsImport = true;\n}\n\n/**\n * Wrap the configured classes an `export { ... }` statement names.\n *\n * A class *declared* in this module keeps the statement intact: the declaration is renamed and the\n * wrapper takes over its binding, so the untouched specifier now exports the wrapped class.\n *\n * A class that lives in **another** module — imported and re-exported, or re-exported directly — has\n * no local binding to overwrite (import bindings are immutable). Those specifiers are re-pointed at\n * a fresh wrapper binding instead, which means rebuilding the statement; specifiers this plugin has\n * no business touching are carried over verbatim.\n */\nfunction wrapSpecifierExports(node: ExportNamedNode, ctx: TransformContext, state: TransformState): void {\n  const specifiers = node.specifiers ?? [];\n  if (specifiers.length === 0) return;\n\n  const sourceLiteral = node.source ? state.ms.original.slice(node.source.start, node.source.end) : undefined;\n\n  const prelude: string[] = [];\n  const wrappedPairs: string[] = [];\n  const kept: string[] = [];\n\n  for (const specifier of specifiers) {\n    const pair = wrapCrossModuleSpecifier(specifier, sourceLiteral, ctx, state, prelude);\n    if (pair) {\n      wrappedPairs.push(pair);\n    } else {\n      kept.push(state.ms.original.slice(specifier.start, specifier.end));\n    }\n  }\n\n  if (wrappedPairs.length === 0) return;\n\n  const statements = [...prelude, `export { ${wrappedPairs.join(', ')} };`];\n  if (kept.length > 0) {\n    const clause = `export { ${kept.join(', ')} }`;\n    statements.push(sourceLiteral ? `${clause} from ${sourceLiteral};` : `${clause};`);\n  }\n  state.ms.overwrite(node.start, node.end, statements.join('\\n'));\n}\n\n/**\n * Handle one export specifier, returning the `Wrapped as Exported` pair to emit when its class has\n * to be wrapped through a fresh binding — the cross-module case. The import/wrapper statements that\n * pair depends on are pushed onto `prelude`.\n *\n * Returns `undefined` when the specifier can stay exactly as written: it doesn't name a configured\n * class, its class is declared locally (wrapped in place via {@link wrapLocalClassExport}, which\n * takes over the binding the specifier already exports), or the binding is already hand-wrapped.\n */\nfunction wrapCrossModuleSpecifier(\n  specifier: ExportSpecifierNode,\n  sourceLiteral: string | undefined,\n  ctx: TransformContext,\n  state: TransformState,\n  prelude: string[],\n): string | undefined {\n  const exportedName =\n    specifier.type === 'ExportSpecifier' && specifier.exported?.type === 'Identifier'\n      ? specifier.exported.name\n      : undefined;\n  const localName = specifier.local?.type === 'Identifier' ? specifier.local.name : undefined;\n  // With a `from` clause the specifier names an export of the *source* module, not a binding here.\n  const kind = exportedName\n    ? resolveWrapperKind(exportedName, sourceLiteral ? undefined : localName, state)\n    : undefined;\n\n  if (!exportedName || !localName || !kind) return undefined;\n\n  // Without a `from` clause the specifier points at a module-local binding, which may already be\n  // (or become) the wrapped class without touching the export statement itself.\n  if (!sourceLiteral) {\n    const localClass = state.topLevelClasses.get(localName);\n\n    if (localClass?.id) {\n      wrapLocalClassExport(localName, localClass, kind, ctx, state);\n      state.wrappedClasses.add(exportedName);\n      state.needsImport = true;\n      return undefined;\n    }\n\n    if (state.manuallyWrappedLocals.has(localName)) {\n      state.wrappedClasses.add(exportedName);\n      return undefined;\n    }\n  }\n\n  // The class comes from another module: bind it under a private name (for the `from` form, which\n  // has no local binding at all), wrap that, and export the wrapper under the configured name.\n  let target = localName;\n\n  if (sourceLiteral) {\n    target = `__SENTRY_REEXPORT_${exportedName}__`;\n    prelude.push(\n      localName === DEFAULT_IMPORT\n        ? `import ${target} from ${sourceLiteral};`\n        : `import { ${localName} as ${target} } from ${sourceLiteral};`,\n    );\n  }\n\n  const wrappedName = `__SENTRY_WRAPPED_${exportedName}__`;\n\n  // The class may already be hand-wrapped in its own module, which this transform cannot see. The\n  // emitted guard returns such a class as-is instead of nesting a second wrapper around it.\n  prelude.push(\n    `const ${wrappedName} = __SENTRY__._INTERNAL_wrapUnlessInstrumented(__SENTRY__.${WRAPPER_METHODS[kind]}, ${state.optionsFn}, ${target});`,\n  );\n  state.wrappedClasses.add(exportedName);\n  state.autoWrapped.add(exportedName);\n  state.needsImport = true;\n\n  return `${wrappedName} as ${exportedName}`;\n}\n\n/** Rename a locally declared class and rebind its original name to the wrapper. */\nfunction wrapLocalClassExport(\n  localName: string,\n  localClass: ClassDeclarationNode,\n  kind: ClassWrapperKind,\n  ctx: TransformContext,\n  state: TransformState,\n): void {\n  const classId = localClass.id;\n  if (!classId || state.renamedLocals.has(localName)) return;\n  state.renamedLocals.add(localName);\n\n  const renamedClass = `__SENTRY_ORIGINAL_${localName}__`;\n  state.ms.overwrite(classId.start, classId.end, renamedClass);\n  state.ms.appendLeft(\n    localClass.end,\n    `\\nconst ${localName} = __SENTRY__.${WRAPPER_METHODS[kind]}(${state.optionsFn}, ${renamedClass});\\n`,\n  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