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"publicRecordSha256": "52ddd5730e53c4a33987c3bbaa6b71826cd7ff6dba152c31c4031062910c76b1",
"runId": "pnpm-changed-project-move-r2-competitor",
"identicalCompletedDuplicates": 0,
"normalization": {
"rule": "Longest explicit absolute prefixes first, applied to all JSON keys and string values after original payload binding. Uncovered private machine paths fail closed.",
"prefixes": [
{
"prefixSha256": "cdfa2a8952dabeb642db362355c98d1b2656b8dc8adebe1cc18a8c5d2633ca36",
"replacement": "$PROVIDER_STATE"
},
{
"prefixSha256": "a9d71a673a767c3a8bcdc090cd02f10f447c7007346feadf20399b53d04e75ed",
"replacement": "$WORKSPACE"
},
{
"prefixSha256": "514d562510e28d6e6253e4bbeafa3f412d21fa2d0b985c8c8b00f0a4e994b3f4",
"replacement": "$STUDY"
},
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"prefixSha256": "768a63684ee857a90d0c5e1aac2d644942946e9d0e89296a385f90a539686b00",
"replacement": "$REPOSITORY"
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"prefixSha256": "25595d2cdeb1f5f36533058dd527c5d63be24ac139bd3226307a6d8eb4fb391f",
"replacement": "$TEMP_ROOT"
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"replacement": "$TEMP_ROOT"
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"replacement": "$TEMP_ROOT"
},
{
"prefixSha256": "e4693ec98d2762b9a5b34fc9dd8c540384a2a5fb719f88d14d760230b3990fc9",
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"stdout": "\n> test:typelatch-benchmark\n> TZ=UTC TSX_DISABLE_CACHE=1 node --import '$REPOSITORY/node_modules/tsx/dist/loader.mjs' '$REPOSITORY/artifacts/research/large-monorepo/maintenance/public-check.mjs'\n\n{\"passed\":false,\"cases\":3,\"failed\":1,\"results\":[{\"id\":\"move-between-projects\",\"passed\":false,\"expected\":[[\"packages/alpha\",\"packages/beta\"],[]],\"actual\":[[\"packages/beta\"],[]],\"renameDetected\":true,\"diffStatus\":\"R100\\tpackages/alpha/src/value.ts\\tpackages/beta/src/value.ts\",\"gitFixture\":\"$TEMP_ROOTtypelatch-pnpm-maintenance-HsnZuL\"},{\"id\":\"ordinary-edit\",\"passed\":true,\"expected\":[[\"packages/alpha\"],[]],\"actual\":[[\"packages/alpha\"],[]],\"renameDetected\":false,\"diffStatus\":\"M\\tpackages/alpha/src/value.ts\",\"gitFixture\":\"$TEMP_ROOTtypelatch-pnpm-maintenance-H9YYjJ\"},{\"id\":\"unchanged\",\"passed\":true,\"expected\":[[],[]],\"actual\":[[],[]],\"renameDetected\":false,\"diffStatus\":\"\",\"gitFixture\":\"$TEMP_ROOTtypelatch-pnpm-maintenance-1yk5a9\"}]}\n"
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"text": "\nYou have semantic coding functions/tools that you rely on heavily. Work resource-efficiently: don't read or\ngenerate content the task doesn't need.\n\nSome tasks require understanding a large part of the codebase; others need only a few symbols or a\nsingle file. Avoid reading whole files unless necessary — acquire information step by step, using\nthe symbolic functions to get an overview of symbols and their relations, then reading only the bodies\nyou need. Once you have read a full file, there is no point re-analysing it with the symbolic read\ntools — you already have it. \n\nFor searches beyond named symbols, you can use `fs.search_for_pattern` and flexible search for patterns in the codebase. In this way, you can first find candidates for symbols or files to explore,\nand then proceed with symbolic operations.\n\n\n\nSymbols are identified by their `name_path` and `relative_path`.\nYou can get an overview of the symbols in a file by using `lsp.get_symbols_overview`, or search for a specific symbol with `lsp.find_symbol`.\nYou only read the bodies of symbols when you need to (e.g. if you want to fully understand or edit it).\nFor example, if you are working with Python code and already know that you need to read the body of the constructor of the class Foo, you can directly\nuse `lsp.find_symbol` with name path pattern `Foo/__init__` and `include_body=True`. If you don't know yet which methods in `Foo` you need to read or edit,\nyou can use `lsp.find_symbol` with name path pattern `Foo`, `include_body=False` and `depth=1` to get all (top-level) members of `Foo` before proceeding\nto read the desired methods with `include_body=True`.\nYou can understand relationships between symbols by using `lsp.find_referencing_symbols`.\n\n\nYou generally have access to memories and it may be useful for you to read them.\nYou infer whether memories are relevant based on their names.\n\n\nLine numbers returned by Serena's tools are 0-based!\n\nSerena executes tool calls one at a time internally, even when you request several at once. So whenever you have\nindependent operations to perform, you can safely issue them as parallel tool calls in a single turn: they are applied\nin the order issued and cannot race with or corrupt one another, and batching them this way saves round-trips. Every\nseparate round-trip re-sends the whole growing context, so maximizing parallel tool calls is the single biggest lever\non cost — err on the side of batching. Only call tools sequentially when one genuinely depends on the result of another.\n\nThe context and modes of operation are described below. These determine how to interact with your user\nand which kinds of interactions are expected of you.\n\n\nYou are running in a desktop application context.\nSerena's tools give you access to the code base as well as some access to the file system (if enabled). \nYou interact with the user through a chat interface that is separated from the code base. \nAs a consequence, if you are in interactive mode, your communication with the user should\ninvolve high-level thinking and planning as well as some summarization of any code edits that you make.\nTo view the code edits you make, the user will have switch to a separate application.\nTo illustrate complex relationships, consider creating diagrams in addition to your text-based communication\n(depending on the options for text, html, mermaid diagrams, etc. that you are provided with in your initial instructions).\n\n\n\n\nUse the symbolic editing tools for precise, structure-aware code modifications.\n\n**Refactoring tools**\nFor operations on existing symbols, prefer the dedicated refactoring tools over hand-edits:\n`lsp.rename_symbol` and `lsp.safe_delete_symbol` —\nthey are reference-aware and update or check all usages atomically. When such a tool returns success, the\nrefactoring is already complete and consistent across all declarations, references, overrides and imports —\ntrust it: do not re-read the changed files or re-run the build / test suite just to confirm the refactor\nitself propagated, this would be wasted effort.\n \nApart from those refactoring tools, you have two main approaches for editing code: (a) editing at the symbol level and (b) file-based editing.\nThe symbol-based approach is appropriate if you need to adjust an entire symbol, e.g. a method, a class, a function, etc.\nIt is not appropriate if you need to adjust just a few lines of code within a larger symbol.\n\n**Symbolic editing**\nUse symbolic retrieval tools to identify the symbols you need to edit.\nIf you need to replace the definition of a symbol, use the `edit.replace_symbol_body` tool.\nIf you want to add some new code at the end of the file, use the `edit.insert_after_symbol` tool with the last top-level symbol in the file. \nSimilarly, you can use `edit.insert_before_symbol` with the first top-level symbol in the file to insert code at the beginning of a file.\nYou can understand relationships between symbols by using the `lsp.find_referencing_symbols` tool. If not explicitly requested otherwise by the user,\nyou make sure that when you edit a symbol, the change is either backward-compatible or you find and update all references as needed.\nThe `lsp.find_referencing_symbols` tool will give you code snippets around the references as well as symbolic information.\nThese edits are reliable: once a tool returns without error the change is applied, so you do not need to re-read the file just to confirm it.\n\n\n**File-based editing**\nThe `edit.replace_content` tool allows you to perform regex-based replacements within files (as well as simple string replacements).\nThis is your primary tool for editing code whenever replacing or deleting a whole symbol would be a more expensive operation,\ne.g. if you need to adjust just a few lines of code within a method.\nIn `regex` mode, wildcards like `start.*?end` let you match a span without quoting its full text; an ambiguous match\nreturns an error you can refine, so a tight wildcard pattern is both cheaper and safe.\nFor several small edits within one file, prefer a batch of targeted `edit.replace_content` calls over rewriting the whole\nfile: rewriting has to re-emit the file's entire contents, whereas each targeted edit emits only the changed text.\nFor the SAME edit across many files, use `edit.replace_in_files`, which applies\nit everywhere in one call — equally safe and transparent: its `dry_run` mode first previews every change as a diff with a\nper-occurrence id, so you can then apply all of them or just a chosen subset.\n\n\n\nYou should engage with the user throughout the task, asking for clarification whenever anything is unclear, \ninsufficiently specified, or ambiguous. \nWhen you're uncertain about a decision, present options to the user and ask for guidance rather than making assumptions. \nFocus on providing informative results for intermediate steps, such that the user can follow along with your progress and\nprovide feedback as needed.\nThis applies unless the user explicitly stated they are unavailable/instructs you to proceed without asking questions.\n\n\n\nYou have hereby read the 'Serena Instructions Manual' and do not need to read it again.\n\n\nThe project with name 'isolated-agent-workspace' at $WORKSPACE is activated.\nActive language servers: typescript.\nFile encoding: utf-8.\nOnboarding has not been performed yet. Ask the user whether to perform onboarding and if so, call `mem.onboarding`.\n\n\nAvailable facades for the `serena_repl` tool:\ns.cfg: Serena's configuration and session state (incl. the dashboard)\n methods: get_current_config\ns.fs: the project's files as units (as opposed to their content, see `edit`)\n methods: create_text_file, find_file, list_dir -> DirectoryListing, read_file -> FileContent, search_for_pattern -> PatternMatches\ns.edit: modifying content within existing files (independent of the language backend)\n methods: insert_after_symbol, insert_before_symbol, replace_content, replace_in_files -> ReplacementPreview, replace_symbol_body\ns.mem: project memories, i.e. persistent notes for future tasks\n methods: delete_memory, edit_memory, list_memories -> MemoryList, onboarding, read_memory, rename_memory, write_memory\ns.shell: execution of shell commands\n methods: execute_shell_command -> ShellCommandOutput\ns.lsp: symbol-level operations on the codebase backed by language servers\n methods: find_declaration -> LspSymbol, find_implementations -> LspSymbolCollection, find_referencing_symbols -> LspReferenceCollection, find_symbol -> LspSymbolCollection, get_diagnostics_for_file -> LspDiagnostics, get_symbols_overview -> LspSymbolCollection, rename_symbol, safe_delete_symbol\n\n\n\nYour Serena session id is `8c5d01f8`. Pass it as the `session` parameter to tools which require it.\n\n"
}
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"result": "\nYou have semantic coding functions/tools that you rely on heavily. Work resource-efficiently: don't read or\ngenerate content the task doesn't need.\n\nSome tasks require understanding a large part of the codebase; others need only a few symbols or a\nsingle file. Avoid reading whole files unless necessary — acquire information step by step, using\nthe symbolic functions to get an overview of symbols and their relations, then reading only the bodies\nyou need. Once you have read a full file, there is no point re-analysing it with the symbolic read\ntools — you already have it. \n\nFor searches beyond named symbols, you can use `fs.search_for_pattern` and flexible search for patterns in the codebase. In this way, you can first find candidates for symbols or files to explore,\nand then proceed with symbolic operations.\n\n\n\nSymbols are identified by their `name_path` and `relative_path`.\nYou can get an overview of the symbols in a file by using `lsp.get_symbols_overview`, or search for a specific symbol with `lsp.find_symbol`.\nYou only read the bodies of symbols when you need to (e.g. if you want to fully understand or edit it).\nFor example, if you are working with Python code and already know that you need to read the body of the constructor of the class Foo, you can directly\nuse `lsp.find_symbol` with name path pattern `Foo/__init__` and `include_body=True`. If you don't know yet which methods in `Foo` you need to read or edit,\nyou can use `lsp.find_symbol` with name path pattern `Foo`, `include_body=False` and `depth=1` to get all (top-level) members of `Foo` before proceeding\nto read the desired methods with `include_body=True`.\nYou can understand relationships between symbols by using `lsp.find_referencing_symbols`.\n\n\nYou generally have access to memories and it may be useful for you to read them.\nYou infer whether memories are relevant based on their names.\n\n\nLine numbers returned by Serena's tools are 0-based!\n\nSerena executes tool calls one at a time internally, even when you request several at once. So whenever you have\nindependent operations to perform, you can safely issue them as parallel tool calls in a single turn: they are applied\nin the order issued and cannot race with or corrupt one another, and batching them this way saves round-trips. Every\nseparate round-trip re-sends the whole growing context, so maximizing parallel tool calls is the single biggest lever\non cost — err on the side of batching. Only call tools sequentially when one genuinely depends on the result of another.\n\nThe context and modes of operation are described below. These determine how to interact with your user\nand which kinds of interactions are expected of you.\n\n\nYou are running in a desktop application context.\nSerena's tools give you access to the code base as well as some access to the file system (if enabled). \nYou interact with the user through a chat interface that is separated from the code base. \nAs a consequence, if you are in interactive mode, your communication with the user should\ninvolve high-level thinking and planning as well as some summarization of any code edits that you make.\nTo view the code edits you make, the user will have switch to a separate application.\nTo illustrate complex relationships, consider creating diagrams in addition to your text-based communication\n(depending on the options for text, html, mermaid diagrams, etc. that you are provided with in your initial instructions).\n\n\n\n\nUse the symbolic editing tools for precise, structure-aware code modifications.\n\n**Refactoring tools**\nFor operations on existing symbols, prefer the dedicated refactoring tools over hand-edits:\n`lsp.rename_symbol` and `lsp.safe_delete_symbol` —\nthey are reference-aware and update or check all usages atomically. When such a tool returns success, the\nrefactoring is already complete and consistent across all declarations, references, overrides and imports —\ntrust it: do not re-read the changed files or re-run the build / test suite just to confirm the refactor\nitself propagated, this would be wasted effort.\n \nApart from those refactoring tools, you have two main approaches for editing code: (a) editing at the symbol level and (b) file-based editing.\nThe symbol-based approach is appropriate if you need to adjust an entire symbol, e.g. a method, a class, a function, etc.\nIt is not appropriate if you need to adjust just a few lines of code within a larger symbol.\n\n**Symbolic editing**\nUse symbolic retrieval tools to identify the symbols you need to edit.\nIf you need to replace the definition of a symbol, use the `edit.replace_symbol_body` tool.\nIf you want to add some new code at the end of the file, use the `edit.insert_after_symbol` tool with the last top-level symbol in the file. \nSimilarly, you can use `edit.insert_before_symbol` with the first top-level symbol in the file to insert code at the beginning of a file.\nYou can understand relationships between symbols by using the `lsp.find_referencing_symbols` tool. If not explicitly requested otherwise by the user,\nyou make sure that when you edit a symbol, the change is either backward-compatible or you find and update all references as needed.\nThe `lsp.find_referencing_symbols` tool will give you code snippets around the references as well as symbolic information.\nThese edits are reliable: once a tool returns without error the change is applied, so you do not need to re-read the file just to confirm it.\n\n\n**File-based editing**\nThe `edit.replace_content` tool allows you to perform regex-based replacements within files (as well as simple string replacements).\nThis is your primary tool for editing code whenever replacing or deleting a whole symbol would be a more expensive operation,\ne.g. if you need to adjust just a few lines of code within a method.\nIn `regex` mode, wildcards like `start.*?end` let you match a span without quoting its full text; an ambiguous match\nreturns an error you can refine, so a tight wildcard pattern is both cheaper and safe.\nFor several small edits within one file, prefer a batch of targeted `edit.replace_content` calls over rewriting the whole\nfile: rewriting has to re-emit the file's entire contents, whereas each targeted edit emits only the changed text.\nFor the SAME edit across many files, use `edit.replace_in_files`, which applies\nit everywhere in one call — equally safe and transparent: its `dry_run` mode first previews every change as a diff with a\nper-occurrence id, so you can then apply all of them or just a chosen subset.\n\n\n\nYou should engage with the user throughout the task, asking for clarification whenever anything is unclear, \ninsufficiently specified, or ambiguous. \nWhen you're uncertain about a decision, present options to the user and ask for guidance rather than making assumptions. \nFocus on providing informative results for intermediate steps, such that the user can follow along with your progress and\nprovide feedback as needed.\nThis applies unless the user explicitly stated they are unavailable/instructs you to proceed without asking questions.\n\n\n\nYou have hereby read the 'Serena Instructions Manual' and do not need to read it again.\n\n\nThe project with name 'isolated-agent-workspace' at $WORKSPACE is activated.\nActive language servers: typescript.\nFile encoding: utf-8.\nOnboarding has not been performed yet. Ask the user whether to perform onboarding and if so, call `mem.onboarding`.\n\n\nAvailable facades for the `serena_repl` tool:\ns.cfg: Serena's configuration and session state (incl. the dashboard)\n methods: get_current_config\ns.fs: the project's files as units (as opposed to their content, see `edit`)\n methods: create_text_file, find_file, list_dir -> DirectoryListing, read_file -> FileContent, search_for_pattern -> PatternMatches\ns.edit: modifying content within existing files (independent of the language backend)\n methods: insert_after_symbol, insert_before_symbol, replace_content, replace_in_files -> ReplacementPreview, replace_symbol_body\ns.mem: project memories, i.e. persistent notes for future tasks\n methods: delete_memory, edit_memory, list_memories -> MemoryList, onboarding, read_memory, rename_memory, write_memory\ns.shell: execution of shell commands\n methods: execute_shell_command -> ShellCommandOutput\ns.lsp: symbol-level operations on the codebase backed by language servers\n methods: find_declaration -> LspSymbol, find_implementations -> LspSymbolCollection, find_referencing_symbols -> LspReferenceCollection, find_symbol -> LspSymbolCollection, get_diagnostics_for_file -> LspDiagnostics, get_symbols_overview -> LspSymbolCollection, rename_symbol, safe_delete_symbol\n\n\n\nYour Serena session id is `8c5d01f8`. Pass it as the `session` parameter to tools which require it.\n\n"
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"text": "fs.find_file(file_mask: str, relative_path: str, skip_ignored_files: bool = False) -> list[str]\nFinds files matching the given file mask within the given relative path.\n\n:param file_mask: the filename or file mask (using the wildcards * or ?) to search for\n:param relative_path: the relative path to the directory to search in; pass \".\" to scan the project root\n:param skip_ignored_files: whether to skip ignored files/directories\n:return: the relative paths of the matching files\n\n\nfs.search_for_pattern(substring_pattern: str, context_lines_before: int = 0, context_lines_after: int = 0, paths_include_glob: str = '', paths_exclude_glob: str = '', relative_path: str = '', restrict_search_to_code_files: bool = False, skip_ignored_files: bool = True, multiline: bool = True, max_answer_chars: int = -1) -> PatternMatches\nSearches for a regex pattern across project files, returning whole matched lines (plus optional context).\nPrefer symbolic operations if you know which symbols you are looking for!\n\n:param substring_pattern: regular expression to search for.\n:param context_lines_before: number of context lines to include before each match.\n:param context_lines_after: number of context lines to include after each match.\n:param paths_include_glob: optional glob (relative to project root, e.g. ``\"src/**/*.ts\"``) restricting which files are searched.\n:param paths_exclude_glob: optional glob to exclude files; takes precedence over `paths_include_glob`.\n:param relative_path: restricts the search to this file or subdirectory of the project root\n:param restrict_search_to_code_files: whether to search only (non-ignored) files containing analyzable code symbols\n (useful when looking for class/method definitions); otherwise also search non-code files.\n:param skip_ignored_files: whether to skip ignored sub-paths (default: True)\n:param multiline: whether to apply multi-line matching (default: True), enabling the flags re.DOTALL and re.MULTILINE\n:return: the matches, rendered as a mapping from file paths to matched consecutive lines (0-based line numbers)\nType documentation: `s.info(\"PatternMatches\")`\n"
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"result": "fs.find_file(file_mask: str, relative_path: str, skip_ignored_files: bool = False) -> list[str]\nFinds files matching the given file mask within the given relative path.\n\n:param file_mask: the filename or file mask (using the wildcards * or ?) to search for\n:param relative_path: the relative path to the directory to search in; pass \".\" to scan the project root\n:param skip_ignored_files: whether to skip ignored files/directories\n:return: the relative paths of the matching files\n\n\nfs.search_for_pattern(substring_pattern: str, context_lines_before: int = 0, context_lines_after: int = 0, paths_include_glob: str = '', paths_exclude_glob: str = '', relative_path: str = '', restrict_search_to_code_files: bool = False, skip_ignored_files: bool = True, multiline: bool = True, max_answer_chars: int = -1) -> PatternMatches\nSearches for a regex pattern across project files, returning whole matched lines (plus optional context).\nPrefer symbolic operations if you know which symbols you are looking for!\n\n:param substring_pattern: regular expression to search for.\n:param context_lines_before: number of context lines to include before each match.\n:param context_lines_after: number of context lines to include after each match.\n:param paths_include_glob: optional glob (relative to project root, e.g. ``\"src/**/*.ts\"``) restricting which files are searched.\n:param paths_exclude_glob: optional glob to exclude files; takes precedence over `paths_include_glob`.\n:param relative_path: restricts the search to this file or subdirectory of the project root\n:param restrict_search_to_code_files: whether to search only (non-ignored) files containing analyzable code symbols\n (useful when looking for class/method definitions); otherwise also search non-code files.\n:param skip_ignored_files: whether to skip ignored sub-paths (default: True)\n:param multiline: whether to apply multi-line matching (default: True), enabling the flags re.DOTALL and re.MULTILINE\n:return: the matches, rendered as a mapping from file paths to matched consecutive lines (0-based line numbers)\nType documentation: `s.info(\"PatternMatches\")`\n"
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"text": "{\"workspace/filter-workspace-packages/src/getChangedPackages.ts\": [\" > 62: '--name-only',\"], \"cli/common-cli-options-help/src/index.ts\": [\" > 96: description: 'Includes all projects that are under the specified directory. It may be used with \\\"...\\\" to select dependents/dependencies as well. It also may be combined with \\\"[]\\\". For instance, all changed projects inside a directory: \\\"{packages}[origin/master]\\\"',\", \" > 112: description: 'Defines files to ignore when filtering for changed projects since the specified commit/branch. Usage example: pnpm --filter=\\\"...[origin/master]\\\" --changed-files-ignore-pattern=\\\"**/README.md\\\" build',\"]}"
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"stdout": "# Agent Guide to pnpm Repository\n\nThis document provides context and instructions for AI agents working on the pnpm codebase.\n\n## Repository Structure\n\nThe pnpm codebase is a monorepo managed by pnpm itself. The root contains functional directories organized by domain:\n\n### Core Directories\n\n- `pnpm/`: The CLI entry point and main package.\n- `pkg-manager/`: Core package management logic (installation, linking, etc.).\n- `resolving/`: Dependency resolution logic (resolvers for npm, tarballs, git, etc.).\n- `fetching/`: Package fetching logic.\n- `store/`: Store management logic (content-addressable storage).\n- `lockfile/`: Lockfile handling, parsing, and utilities.\n\n### CLI & Configuration\n\n- `cli/`: CLI command implementations and infrastructure.\n- `config/`: Configuration management and parsing.\n- `hooks/`: pnpm hooks (readPackage, etc.).\n- `completion/`: Shell completion support.\n\n### Other Functional Directories\n\n- `network/`: Network-related utilities (proxy, fetch, auth).\n- `workspace/`: Workspace-related utilities.\n- `exec/`: Execution-related commands (run, exec, dlx).\n- `env/`: Node.js environment management.\n- `cache/`: Cache-related commands and utilities.\n- `patching/`: Package patching functionality.\n- `reviewing/`: License and dependency review tools.\n- `releasing/`: Release and publishing utilities.\n\n### Shared Utilities\n\n- `packages/`: Shared utility packages (constants, error handling, logger, types, etc.).\n- `fs/`: Filesystem utilities.\n- `crypto/`: Cryptographic utilities.\n- `text/`: Text processing utilities.\n\n## Setup & Build\n\nTo set up the environment and build the project:\n\n```bash\npnpm install\npnpm run compile\n```\n\n## Testing\n\nNever run all tests in the repository as it takes a lot of time.\n\nRun tests for a specific project instead:\n\n```bash\n# From the project directory\npnpm test\n\n# From the root, filtering by package name\npnpm --filter test\n```\n\nOr better yet, run tests for a specific file:\n\n```bash\npnpm --filter test \n```\n\nOr a specific test case in a specific file:\n\n```bash\npnpm --filter test -t \n```\n\n## Linting\n\nTo run all linting checks:\n\n```bash\npnpm run lint\n```\n\n## Contribution Workflow\n\n### Changesets\n\nIf your changes affect published packages, you MUST create a changeset file in the `.changeset` directory. The changeset file should describe the change and specify the packages that are affected with the pending version bump types: patch, minor, or major.\n\n**IMPORTANT: Always explicitly include `\"pnpm\"` in the changeset** with the appropriate version bump (patch, minor, or major). The pnpm CLI will only receive automatic patch bumps from its dependencies, so if your change warrants a minor or major version bump for the CLI, you must specify it explicitly. The changeset description will appear on the release notes page.\n\nExample:\n\n```\n---\n\"@pnpm/core\": minor\n\"pnpm\": minor\n---\n\nAdded a new setting `blockExoticSubdeps` that prevents the resolution of exotic protocols in transitive dependencies [#10352](https://github.com/pnpm/pnpm/issues/10352).\n```\n\n**Versioning Guidelines for pnpm CLI:**\n- **patch**: Bug fixes, internal refactors, and changes that don't require documentation updates\n- **minor**: New features, settings, or commands that should be documented (anything users should know about)\n- **major**: Breaking changes\n\n### Commit Messages\n\nFollow the [Conventional Commits](https://www.conventionalcommits.org/) specification.\n - `feat`: a new feature\n - `fix`: a bug fix\n - `docs`: documentation only changes\n - `style`: formatting, missing semi-colons, etc.\n - `refactor`: code change that neither fixes a bug nor adds a feature\n - `perf`: a code change that improves performance\n - `test`: adding missing tests\n - `chore`: changes to build process or auxiliary tools\n\n## Code Style\n\nThis repository uses [Standard Style](https://github.com/standard/standard) with a few modifications:\n- **Trailing commas** are used.\n- **Functions are preferred** over classes.\n- **Functions are declared after they are used** (hoisting is relied upon).\n- **Import Order**:\n 1. Standard libraries (e.g., `fs`, `path`).\n 2. External dependencies (sorted alphabetically).\n 3. Relative imports.\n\nTo ensure your code adheres to the style guide, run:\n\n```bash\npnpm run lint\n```\n\n## Common Gotchas\n\n### Error Type Checking in Jest\n\nWhen checking if a caught error is an `Error` object, **do not use `instanceof Error`**. Jest runs tests in a VM context where `instanceof` checks can fail across realms.\n\nInstead, use `util.types.isNativeError()`:\n\n```typescript\nimport util from 'util'\n\ntry {\n // ... some operation\n} catch (err: unknown) {\n // ❌ Wrong - may fail in Jest\n if (err instanceof Error && 'code' in err && err.code === 'ENOENT') {\n return null\n }\n \n // ✅ Correct - works across realms\n if (util.types.isNativeError(err) && 'code' in err && err.code === 'ENOENT') {\n return null\n }\n throw err\n}\n```\n\n## Key Configuration Files\n\n- `pnpm-workspace.yaml`: Defines the workspace structure.\n- `package.json` (root): Root scripts and devDependencies.\n- `CONTRIBUTING.md`: Detailed contribution guidelines.\n"
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"stdout": "\n> test:typelatch-benchmark\n> TZ=UTC TSX_DISABLE_CACHE=1 node --import '$REPOSITORY/node_modules/tsx/dist/loader.mjs' '$REPOSITORY/artifacts/research/large-monorepo/maintenance/public-check.mjs'\n\n{\"passed\":true,\"cases\":3,\"failed\":0,\"results\":[{\"id\":\"move-between-projects\",\"passed\":true,\"expected\":[[\"packages/alpha\",\"packages/beta\"],[]],\"actual\":[[\"packages/alpha\",\"packages/beta\"],[]],\"renameDetected\":true,\"diffStatus\":\"R100\\tpackages/alpha/src/value.ts\\tpackages/beta/src/value.ts\",\"gitFixture\":\"$TEMP_ROOTtypelatch-pnpm-maintenance-BFcE9a\"},{\"id\":\"ordinary-edit\",\"passed\":true,\"expected\":[[\"packages/alpha\"],[]],\"actual\":[[\"packages/alpha\"],[]],\"renameDetected\":false,\"diffStatus\":\"M\\tpackages/alpha/src/value.ts\",\"gitFixture\":\"$TEMP_ROOTtypelatch-pnpm-maintenance-tbppJq\"},{\"id\":\"unchanged\",\"passed\":true,\"expected\":[[],[]],\"actual\":[[],[]],\"renameDetected\":false,\"diffStatus\":\"\",\"gitFixture\":\"$TEMP_ROOTtypelatch-pnpm-maintenance-eLUim6\"}]}\n"
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