Global options

level

-l=<LogLevel>, --level=<LogLevel>

PANTS_LEVEL

Set the logging level.

spec_files

--spec-files="['<str>', '<str>', ...]"

PANTS_SPEC_FILES

Read additional specs (target addresses, files, and/or globs), one per line, from these files.

pantsd

--[no-]pantsd

PANTS_PANTSD

Enables use of the Pants daemon (pantsd). pantsd can significantly improve runtime performance by lowering per-run startup cost, and by memoizing filesystem operations and rule execution.

concurrent

--[no-]concurrent

PANTS_CONCURRENT

Enable concurrent runs of Pants. Without this enabled, Pants will start up all concurrent invocations (e.g. in other terminals) without pantsd. Enabling this option requires parallel Pants invocations to block on the first.

local_cache

--[no-]local-cache

PANTS_LOCAL_CACHE

Whether to cache process executions in a local cache persisted to disk at --local-store-dir.

process_cleanup

--[no-]process-cleanup

PANTS_PROCESS_CLEANUP

Upcoming deprecation in version: 2.15.0.dev1, is scheduled to be removed in version: 2.17.0.dev1.
Use the `keep_sandboxes` option instead.

If false, Pants will not clean up local directories used as chroots for running processes. Pants will log their location so that you can inspect the chroot, and run the __run.sh script to recreate the process using the same argv and environment variables used by Pants. This option is useful for debugging.

keep_sandboxes

--keep-sandboxes=<KeepSandboxes>

PANTS_KEEP_SANDBOXES

Controls whether Pants will clean up local directories used as chroots for running processes.

Pants will log their location so that you can inspect the chroot, and run the __run.sh script to recreate the process using the same argv and environment variables used by Pants. This option is useful for debugging.

remote_execution

--[no-]remote-execution

PANTS_REMOTE_EXECUTION

Enables remote workers for increased parallelism. (Alpha)

Alternatively, you can use [GLOBAL].remote_cache_read and [GLOBAL].remote_cache_write to still run everything locally, but to use a remote cache.

remote_cache_read

--[no-]remote-cache-read

PANTS_REMOTE_CACHE_READ

Whether to enable reading from a remote cache.

This cannot be used at the same time as [GLOBAL].remote_execution.

remote_cache_write

--[no-]remote-cache-write

PANTS_REMOTE_CACHE_WRITE

Whether to enable writing results to a remote cache.

This cannot be used at the same time as [GLOBAL].remote_execution.

colors

--[no-]colors

PANTS_COLORS

Whether Pants should use colors in output or not. This may also impact whether some tools Pants runs use color.

When unset, this value defaults based on whether the output destination supports color.

dynamic_ui

--[no-]dynamic-ui

PANTS_DYNAMIC_UI

Display a dynamically-updating console UI as Pants runs. This is true by default if Pants detects a TTY and there is no 'CI' environment variable indicating that Pants is running in a continuous integration environment.

dynamic_ui_renderer

--dynamic-ui-renderer=<DynamicUIRenderer>

PANTS_DYNAMIC_UI_RENDERER

If --dynamic-ui is enabled, selects the renderer.

tag

--tag="[[+-]tag1,tag2,..., [+-]tag1,tag2,..., ...]"

PANTS_TAG

Include only targets with these tags (optional '+' prefix) or without these tags ('-' prefix). See Advanced target selection.

loop

--[no-]loop

PANTS_LOOP

Run goals continuously as file changes are detected.

backend_packages

--backend-packages="['<str>', '<str>', ...]"

PANTS_BACKEND_PACKAGES

Register functionality from these backends.

The backend packages must be present on the PYTHONPATH, typically because they are in the Pants core dist, in a plugin dist, or available as sources in the repo.

plugins

--plugins="['<str>', '<str>', ...]"

PANTS_PLUGINS

Allow backends to be loaded from these plugins (usually released through PyPI). The default backends for each plugin will be loaded automatically. Other backends in a plugin can be loaded by listing them in backend_packages in the [GLOBAL] scope.

plugins_force_resolve

--[no-]plugins-force-resolve

PANTS_PLUGINS_FORCE_RESOLVE

Re-resolve plugins, even if previously resolved.

show_log_target

--[no-]show-log-target

PANTS_SHOW_LOG_TARGET

Display the target where a log message originates in that log message's output. This can be helpful when paired with --log-levels-by-target.

log_levels_by_target

--log-levels-by-target="{'key1': val1, 'key2': val2, ...}"

PANTS_LOG_LEVELS_BY_TARGET

Set a more specific logging level for one or more logging targets. The names of logging targets are specified in log strings when the --show-log-target option is set. The logging levels are one of: "error", "warn", "info", "debug", "trace". All logging targets not specified here use the global log level set with --level. For example, you can set --log-levels-by-target='{"workunit_store": "info", "pants.engine.rules": "warn"}'.

log_show_rust_3rdparty

--[no-]log-show-rust-3rdparty

PANTS_LOG_SHOW_RUST_3RDPARTY

Whether to show/hide logging done by 3rdparty Rust crates used by the Pants engine.

ignore_warnings

--ignore-warnings="['<str>', '<str>', ...]"

PANTS_IGNORE_WARNINGS

Ignore logs and warnings matching these strings.

Normally, Pants will look for literal matches from the start of the log/warning message, but you can prefix the ignore with $regex$ for Pants to instead treat your string as a regex pattern. For example:

ignore_warnings = [
    "DEPRECATED: option 'config' in scope 'flake8' will be removed",
    '$regex$:No files\s*'
]

pants_version

--pants-version=<str>

PANTS_VERSION

Use this Pants version. Note that Pants only uses this to verify that you are using the requested version, as Pants cannot dynamically change the version it is using once the program is already running.

If you use the ./pants script from Installing Pants, however, changing the value in your pants.toml will cause the new version to be installed and run automatically.

Run ./pants --version to check what is being used.

pants_bin_name

--pants-bin-name=<str>

PANTS_BIN_NAME

The name of the script or binary used to invoke Pants. Useful when printing help messages.

pants_workdir

--pants-workdir=<dir>

PANTS_WORKDIR

Write intermediate logs and output files to this dir.

pants_physical_workdir_base

--pants-physical-workdir-base=<dir>

PANTS_PHYSICAL_WORKDIR_BASE

When set, a base directory in which to store --pants-workdir contents. If this option is a set, the workdir will be created as symlink into a per-workspace subdirectory.

pants_distdir

--pants-distdir=<dir>

PANTS_DISTDIR

Write end products, such as the results of ./pants package, to this dir.

pants_subprocessdir

--pants-subprocessdir=<str>

PANTS_SUBPROCESSDIR

The directory to use for tracking subprocess metadata. This should live outside of the dir used by pants_workdir to allow for tracking subprocesses that outlive the workdir data.

pants_config_files

--pants-config-files="['<str>', '<str>', ...]"

PANTS_CONFIG_FILES

[
  "<buildroot>/pants.toml"
]

Paths to Pants config files. This may only be set through the environment variable PANTS_CONFIG_FILES and the command line argument --pants-config-files; it will be ignored if in a config file like pants.toml.

pantsrc

--[no-]pantsrc

PANTS_PANTSRC

Use pantsrc files located at the paths specified in the global option pantsrc_files.

pantsrc_files

--pantsrc-files="[<path>, <path>, ...]"

PANTS_PANTSRC_FILES

[
  "/etc/pantsrc",
  "~/.pants.rc",
  ".pants.rc"
]

Override config with values from these files, using syntax matching that of --pants-config-files.

pythonpath

--pythonpath="['<str>', '<str>', ...]"

PANTS_PYTHONPATH

Add these directories to PYTHONPATH to search for plugins. This does not impact the PYTHONPATH used by Pants when running your Python code.

verify_config

--[no-]verify-config

PANTS_VERIFY_CONFIG

Verify that all config file values correspond to known options.

stats_record_option_scopes

--stats-record-option-scopes="['<str>', '<str>', ...]"

PANTS_STATS_RECORD_OPTION_SCOPES

[
  "*"
]

Option scopes to record in stats on run completion. Options may be selected by joining the scope and the option with a ^ character, i.e. to get option pantsd in the GLOBAL scope, you'd pass GLOBAL^pantsd. Add a '*' to the list to capture all known scopes.

pants_ignore

--pants-ignore="['<str>', '<str>', ...]"

PANTS_IGNORE

[
  ".*/",
  "/dist/",
  "__pycache__"
]

Paths to ignore for all filesystem operations performed by pants (e.g. BUILD file scanning, glob matching, etc). Patterns use the gitignore syntax (https://git-scm.com/docs/gitignore). The pants_distdir and pants_workdir locations are automatically ignored. pants_ignore can be used in tandem with pants_ignore_use_gitignore; any rules specified here are applied after rules specified in a .gitignore file.

pants_ignore_use_gitignore

--[no-]pants-ignore-use-gitignore

PANTS_IGNORE_USE_GITIGNORE

Make use of a root .gitignore file when determining whether to ignore filesystem operations performed by Pants. If used together with --pants-ignore, any exclude/include patterns specified there apply after .gitignore rules.

logdir

--logdir=<dir>

PANTS_LOGDIR

Write logs to files under this directory.

pantsd_timeout_when_multiple_invocations

--pantsd-timeout-when-multiple-invocations=<float>

PANTS_PANTSD_TIMEOUT_WHEN_MULTIPLE_INVOCATIONS

The maximum amount of time to wait for the invocation to start until raising a timeout exception. Because pantsd currently does not support parallel runs, any prior running Pants command must be finished for the current one to start. To never timeout, use the value -1.

pantsd_max_memory_usage

--pantsd-max-memory-usage=<memory_size>

PANTS_PANTSD_MAX_MEMORY_USAGE

The maximum memory usage of the pantsd process.

When the maximum memory is exceeded, the daemon will restart gracefully, although all previous in-memory caching will be lost. Setting too low means that you may miss out on some caching, whereas setting too high may over-consume resources and may result in the operating system killing Pantsd due to memory overconsumption (e.g. via the OOM killer).

You can suffix with GiB, MiB, KiB, or B to indicate the unit, e.g. 2GiB or 2.12GiB. A bare number will be in bytes.

There is at most one pantsd process per workspace.

print_stacktrace

--[no-]print-stacktrace

PANTS_PRINT_STACKTRACE

Print the full exception stack trace for any errors.

engine_visualize_to

--engine-visualize-to=<dir_option>

PANTS_ENGINE_VISUALIZE_TO

A directory to write execution and rule graphs to as dot files. The contents of the directory will be overwritten if any filenames collide.

pantsd_pailgun_port

--pantsd-pailgun-port=<int>

PANTS_PANTSD_PAILGUN_PORT

The port to bind the Pants nailgun server to. Defaults to a random port.

pantsd_invalidation_globs

--pantsd-invalidation-globs="['<str>', '<str>', ...]"

PANTS_PANTSD_INVALIDATION_GLOBS

Filesystem events matching any of these globs will trigger a daemon restart. Pants's own code, plugins, and --pants-config-files are inherently invalidated.

rule_threads_core

--rule-threads-core=<int>

PANTS_RULE_THREADS_CORE

The number of threads to keep active and ready to execute @rule logic (see also: --rule-threads-max).

Values less than 2 are not currently supported.

This value is independent of the number of processes that may be spawned in parallel locally (controlled by --process-execution-local-parallelism).

rule_threads_max

--rule-threads-max=<int>

PANTS_RULE_THREADS_MAX

The maximum number of threads to use to execute @rule logic. Defaults to a small multiple of --rule-threads-core.

local_store_dir

--local-store-dir=<str>

PANTS_LOCAL_STORE_DIR

Directory to use for the local file store, which stores the results of subprocesses run by Pants.

The path may be absolute or relative. If the directory is within the build root, be sure to include it in --pants-ignore.

local_store_shard_count

--local-store-shard-count=<int>

PANTS_LOCAL_STORE_SHARD_COUNT

The number of LMDB shards created for the local store. This setting also impacts the maximum size of stored files: see --local-store-files-max-size-bytes for more information.

Because LMDB allows only one simultaneous writer per database, the store is split into multiple shards to allow for more concurrent writers. The faster your disks are, the fewer shards you are likely to need for performance.

NB: After changing this value, you will likely want to manually clear the --local-store-dir directory to clear the space used by old shard layouts.

local_store_processes_max_size_bytes

--local-store-processes-max-size-bytes=<int>

PANTS_LOCAL_STORE_PROCESSES_MAX_SIZE_BYTES

The maximum size in bytes of the local store containing process cache entries. Stored below --local-store-dir.

local_store_files_max_size_bytes

--local-store-files-max-size-bytes=<int>

PANTS_LOCAL_STORE_FILES_MAX_SIZE_BYTES

The maximum size in bytes of the local store containing files. Stored below --local-store-dir.

NB: This size value bounds the total size of all files, but (due to sharding of the store on disk) it also bounds the per-file size to (VALUE / --local-store-shard-count).

This value doesn't reflect space allocated on disk, or RAM allocated (it may be reflected in VIRT but not RSS). However, the default is lower than you might otherwise choose because macOS creates core dumps that include MMAP'd pages, and setting this too high might cause core dumps to use an unreasonable amount of disk if they are enabled.

local_store_directories_max_size_bytes

--local-store-directories-max-size-bytes=<int>

PANTS_LOCAL_STORE_DIRECTORIES_MAX_SIZE_BYTES

The maximum size in bytes of the local store containing directories. Stored below --local-store-dir.

named_caches_dir

--named-caches-dir=<str>

PANTS_NAMED_CACHES_DIR

Directory to use for named global caches for tools and processes with trusted, concurrency-safe caches.

The path may be absolute or relative. If the directory is within the build root, be sure to include it in --pants-ignore.

local_execution_root_dir

--local-execution-root-dir=<str>

PANTS_LOCAL_EXECUTION_ROOT_DIR

Directory to use for local process execution sandboxing.

The path may be absolute or relative. If the directory is within the build root, be sure to include it in --pants-ignore.

cache_content_behavior

--cache-content-behavior=<CacheContentBehavior>

PANTS_CACHE_CONTENT_BEHAVIOR

Controls how the content of cache entries is handled during process execution.

When using a remote cache, the fetch behavior will fetch remote cache content from the remote store before considering the cache lookup a hit, while the validate behavior will only validate (for either a local or remote cache) that the content exists, without fetching it.

The defer behavior, on the other hand, will neither fetch nor validate the cache content before calling a cache hit a hit. This "defers" actually fetching the cache entry until Pants needs it (which may be never).

The defer mode is the most network efficient (because it will completely skip network requests in many cases), followed by the validate mode (since it can still skip fetching the content if no consumer ends up needing it). But both the validate and defer modes rely on an experimental feature called "backtracking" to attempt to recover if content later turns out to be missing (validate has a much narrower window for backtracking though, since content would need to disappear between validation and consumption: generally, within one pantsd session).

ca_certs_path

--ca-certs-path=<str>

PANTS_CA_CERTS_PATH

Path to a file containing PEM-format CA certificates used for verifying secure connections when downloading files required by a build.

process_total_child_memory_usage

--process-total-child-memory-usage=<memory_size>

PANTS_PROCESS_TOTAL_CHILD_MEMORY_USAGE

The maximum memory usage for all "pooled" child processes.

When set, this value participates in precomputing the pool size of child processes used by Pants (pooling is currently used only for the JVM). When not set, Pants will default to spawning 2 * --process-execution-local-parallelism pooled processes.

A high value would result in a high number of child processes spawned, potentially overconsuming your resources and triggering the OS' OOM killer. A low value would mean a low number of child processes launched and therefore less parallelism for the tasks that need those processes.

If setting this value, consider also adjusting the value of the --process-per-child-memory-usage option.

You can suffix with GiB, MiB, KiB, or B to indicate the unit, e.g. 2GiB or 2.12GiB. A bare number will be in bytes.

process_per_child_memory_usage

--process-per-child-memory-usage=<memory_size>

PANTS_PROCESS_PER_CHILD_MEMORY_USAGE

The default memory usage for a single "pooled" child process.

Check the documentation for the --process-total-child-memory-usage for advice on how to choose an appropriate value for this option.

You can suffix with GiB, MiB, KiB, or B to indicate the unit, e.g. 2GiB or 2.12GiB. A bare number will be in bytes.

process_execution_local_parallelism

--process-execution-local-parallelism=<int>

PANTS_PROCESS_EXECUTION_LOCAL_PARALLELISM

Number of concurrent processes that may be executed locally.

This value is independent of the number of threads that may be used to execute the logic in @rules (controlled by --rule-threads-core).

process_execution_remote_parallelism

--process-execution-remote-parallelism=<int>

PANTS_PROCESS_EXECUTION_REMOTE_PARALLELISM

Number of concurrent processes that may be executed remotely.

process_execution_cache_namespace

--process-execution-cache-namespace=<str>

PANTS_PROCESS_EXECUTION_CACHE_NAMESPACE

The cache namespace for process execution. Change this value to invalidate every artifact's execution, or to prevent process cache entries from being (re)used for different usecases or users.

process_execution_local_enable_nailgun

--[no-]process-execution-local-enable-nailgun

PANTS_PROCESS_EXECUTION_LOCAL_ENABLE_NAILGUN

Whether or not to use nailgun to run JVM requests that are marked as supporting nailgun.

process_execution_graceful_shutdown_timeout

--process-execution-graceful-shutdown-timeout=<int>

PANTS_PROCESS_EXECUTION_GRACEFUL_SHUTDOWN_TIMEOUT

The time in seconds to wait when gracefully shutting down an interactive process (such as one opened using ./pants run) before killing it.

remote_instance_name

--remote-instance-name=<str>

PANTS_REMOTE_INSTANCE_NAME

Name of the remote instance to use by remote caching and remote execution.

This is used by some remote servers for routing. Consult your remote server for whether this should be set.

You can also use [GLOBAL].remote_auth_plugin to provide a plugin to dynamically set this value.

remote_ca_certs_path

--remote-ca-certs-path=<str>

PANTS_REMOTE_CA_CERTS_PATH

Path to a PEM file containing CA certificates used for verifying secure connections to [GLOBAL].remote_execution_address and [GLOBAL].remote_store_address.

If unspecified, Pants will attempt to auto-discover root CA certificates when TLS is enabled with remote execution and caching.

remote_oauth_bearer_token_path

--remote-oauth-bearer-token-path=<str>

PANTS_REMOTE_OAUTH_BEARER_TOKEN_PATH

Path to a file containing an oauth token to use for gGRPC connections to [GLOBAL].remote_execution_address and [GLOBAL].remote_store_address.

If specified, Pants will add a header in the format authorization: Bearer <token>. You can also manually add this header via [GLOBAL].remote_execution_headers and [GLOBAL].remote_store_headers, or use [GLOBAL].remote_auth_plugin to provide a plugin to dynamically set the relevant headers. Otherwise, no authorization will be performed.

remote_auth_plugin

--remote-auth-plugin=<str>

PANTS_REMOTE_AUTH_PLUGIN

Path to a plugin to dynamically configure remote caching and execution options.

Format: path.to.module:my_func. Pants will import your module and run your function. Update the --pythonpath option to ensure your file is loadable.

The function should take the kwargs initial_store_headers: dict[str, str], initial_execution_headers: dict[str, str], options: Options (from pants.option.options), env: dict[str, str], and prior_result: AuthPluginResult | None. It should return an instance of AuthPluginResult from pants.option.global_options.

Pants will replace the headers it would normally use with whatever your plugin returns; usually, you should include the initial_store_headers and initial_execution_headers in your result so that options like [GLOBAL].remote_store_headers still work.

If you return instance_name, Pants will replace [GLOBAL].remote_instance_name with this value.

If the returned auth state is AuthPluginState.UNAVAILABLE, Pants will disable remote caching and execution.

If Pantsd is in use, prior_result will be the previous AuthPluginResult returned by your plugin, which allows you to reuse the result. Otherwise, if Pantsd has been restarted or is not used, the prior_result will be None.

remote_store_address

--remote-store-address=<str>

PANTS_REMOTE_STORE_ADDRESS

The URI of a server used for the remote file store.

Format: scheme://host:port. The supported schemes are grpc and grpcs, i.e. gRPC with TLS enabled. If grpc is used, TLS will be disabled.

remote_store_headers

--remote-store-headers="{'key1': val1, 'key2': val2, ...}"

PANTS_REMOTE_STORE_HEADERS

Headers to set on remote store requests.

Format: header=value. Pants may add additional headers.

See [GLOBAL].remote_execution_headers as well.

remote_store_chunk_bytes

--remote-store-chunk-bytes=<int>

PANTS_REMOTE_STORE_CHUNK_BYTES

Size in bytes of chunks transferred to/from the remote file store.

remote_store_chunk_upload_timeout_seconds

--remote-store-chunk-upload-timeout-seconds=<int>

PANTS_REMOTE_STORE_CHUNK_UPLOAD_TIMEOUT_SECONDS

Timeout (in seconds) for uploads of individual chunks to the remote file store.

remote_store_rpc_retries

--remote-store-rpc-retries=<int>

PANTS_REMOTE_STORE_RPC_RETRIES

Number of times to retry any RPC to the remote store before giving up.

remote_store_rpc_concurrency

--remote-store-rpc-concurrency=<int>

PANTS_REMOTE_STORE_RPC_CONCURRENCY

The number of concurrent requests allowed to the remote store service.

remote_store_batch_api_size_limit

--remote-store-batch-api-size-limit=<int>

PANTS_REMOTE_STORE_BATCH_API_SIZE_LIMIT

The maximum total size of blobs allowed to be sent in a single batch API call to the remote store.

remote_cache_warnings

--remote-cache-warnings=<RemoteCacheWarningsBehavior>

PANTS_REMOTE_CACHE_WARNINGS

How frequently to log remote cache failures at the warn log level.

All errors not logged at the warn level will instead be logged at the debug level.

remote_cache_rpc_concurrency

--remote-cache-rpc-concurrency=<int>

PANTS_REMOTE_CACHE_RPC_CONCURRENCY

The number of concurrent requests allowed to the remote cache service.

remote_cache_read_timeout_millis

--remote-cache-read-timeout-millis=<int>

PANTS_REMOTE_CACHE_READ_TIMEOUT_MILLIS

Timeout value for remote cache lookups in milliseconds.

remote_execution_address

--remote-execution-address=<str>

PANTS_REMOTE_EXECUTION_ADDRESS

The URI of a server used as a remote execution scheduler.

Format: scheme://host:port. The supported schemes are grpc and grpcs, i.e. gRPC with TLS enabled. If grpc is used, TLS will be disabled.

You must also set [GLOBAL].remote_store_address, which will often be the same value.

remote_execution_extra_platform_properties

--remote-execution-extra-platform-properties="['<str>', '<str>', ...]"

PANTS_REMOTE_EXECUTION_EXTRA_PLATFORM_PROPERTIES

Platform properties to set on remote execution requests. Format: property=value. Multiple values should be specified as multiple occurrences of this flag. Pants itself may add additional platform properties.

remote_execution_headers

--remote-execution-headers="{'key1': val1, 'key2': val2, ...}"

PANTS_REMOTE_EXECUTION_HEADERS

Headers to set on remote execution requests. Format: header=value. Pants may add additional headers.

See [GLOBAL].remote_store_headers as well.

remote_execution_overall_deadline_secs

--remote-execution-overall-deadline-secs=<int>

PANTS_REMOTE_EXECUTION_OVERALL_DEADLINE_SECS

Overall timeout in seconds for each remote execution request from time of submission

remote_execution_rpc_concurrency

--remote-execution-rpc-concurrency=<int>

PANTS_REMOTE_EXECUTION_RPC_CONCURRENCY

The number of concurrent requests allowed to the remote execution service.

watch_filesystem

--[no-]watch-filesystem

PANTS_WATCH_FILESYSTEM

Set to False if Pants should not watch the filesystem for changes. pantsd or loop may not be enabled.

unmatched_build_file_globs

--unmatched-build-file-globs=<UnmatchedBuildFileGlobs>

PANTS_UNMATCHED_BUILD_FILE_GLOBS

What to do when files and globs specified in BUILD files, such as in the sources field, cannot be found.

This usually happens when the files do not exist on your machine. It can also happen if they are ignored by the [GLOBAL].pants_ignore option, which causes the files to be invisible to Pants.

unmatched_cli_globs

--unmatched-cli-globs=<UnmatchedCliGlobs>

PANTS_UNMATCHED_CLI_GLOBS

What to do when command line arguments, e.g. files and globs like dir::, cannot be found.

This usually happens when the files do not exist on your machine. It can also happen if they are ignored by the [GLOBAL].pants_ignore option, which causes the files to be invisible to Pants.

build_patterns

--build-patterns="['<str>', '<str>', ...]"

PANTS_BUILD_PATTERNS

[
  "BUILD",
  "BUILD.*"
]

The naming scheme for BUILD files, i.e. where you define targets.

This only sets the naming scheme, not the directory paths to look for. To add ignore patterns, use the option [GLOBAL].build_ignore.

You may also need to update the option [tailor].build_file_name so that it is compatible with this option.

build_ignore

--build-ignore="['<str>', '<str>', ...]"

PANTS_BUILD_IGNORE

Path globs or literals to ignore when identifying BUILD files.

This does not affect any other filesystem operations; use --pants-ignore for that instead.

build_file_prelude_globs

--build-file-prelude-globs="['<str>', '<str>', ...]"

PANTS_BUILD_FILE_PRELUDE_GLOBS

Python files to evaluate and whose symbols should be exposed to all BUILD files. See Macros.

subproject_roots

--subproject-roots="['<str>', '<str>', ...]"

PANTS_SUBPROJECT_ROOTS

Paths that correspond with build roots for any subproject that this project depends on.

loop_max

--loop-max=<int>

PANTS_LOOP_MAX

The maximum number of times to loop when --loop is specified.

streaming_workunits_report_interval

--streaming-workunits-report-interval=<float>

PANTS_STREAMING_WORKUNITS_REPORT_INTERVAL

Interval in seconds between when streaming workunit event receivers will be polled.

streaming_workunits_level

--streaming-workunits-level=<LogLevel>

PANTS_STREAMING_WORKUNITS_LEVEL

The level of workunits that will be reported to streaming workunit event receivers.

Workunits form a tree, and even when workunits are filtered out by this setting, the workunit tree structure will be preserved (by adjusting the parent pointers of the remaining workunits).

streaming_workunits_complete_async

--[no-]streaming-workunits-complete-async

PANTS_STREAMING_WORKUNITS_COMPLETE_ASYNC

True if stats recording should be allowed to complete asynchronously when pantsd is enabled. When pantsd is disabled, stats recording is always synchronous. To reduce data loss, this flag defaults to false inside of containers, such as when run with Docker.

remote_cache_eager_fetch

--[no-]remote-cache-eager-fetch

PANTS_REMOTE_CACHE_EAGER_FETCH

Deprecated, is scheduled to be removed in version: 2.15.0.dev1.
Use the `cache_content_behavior` option instead.

Eagerly fetch relevant content from the remote store instead of lazily fetching.

This may result in worse performance, but reduce the frequency of errors encountered by reducing the surface area of when remote caching is used.

use_deprecated_directory_cli_args_semantics

--[no-]use-deprecated-directory-cli-args-semantics

PANTS_USE_DEPRECATED_DIRECTORY_CLI_ARGS_SEMANTICS

Deprecated, is scheduled to be removed in version: 2.15.0.dev0.
If `use_deprecated_directory_cli_args_semantics` is already set explicitly to `false`, simply delete the option from `pants.toml` because `false` is now the default.

If set to true, removing the option will cause directory arguments like ./pants test project/dir to now match all files and targets in the directory, whereas before it matched the target project/dir:dir. To keep the old semantics, use the explicit address syntax.

If true, Pants will use the old, deprecated semantics for directory arguments like ./pants test dir: directories are shorthand for the target dir:dir, i.e. the target that leaves off name=.

If false, Pants will use the new semantics: directory arguments will match all files and targets in the directory, e.g. ./pants test dir will run all tests in dir.

This also impacts the behavior of the tailor goal. If this option is true, ./pants tailor dir will run over dir and all recursive sub-directories. If false, specifying a directory will only add targets for that directory.

use_deprecated_pex_binary_run_semantics

--[no-]use-deprecated-pex-binary-run-semantics

PANTS_USE_DEPRECATED_PEX_BINARY_RUN_SEMANTICS

Deprecated, is scheduled to be removed in version: 2.15.0.dev0.
If `use_deprecated_pex_binary_run_semantics` is already set explicitly to `false`, simply delete the option from `pants.toml` because `false` is now the default.

If set to true, removing the option will cause run on a pex_binary to package and run the built PEX file. Additionally, the pex_binary must be referred to by its address. To keep the old run semantics, use run on the relevant python_source target.

If true, running a pex_binary will run your firstparty code by copying sources to a sandbox (while still using a PEX for thirdparty dependencies). Additionally, you can refer to the pex_binary using the value of its entry_point field (if it is a filename).

If false, running a pex_binary will build the PEX via package and run it directly. This makes run equivalent to using package and running the artifact. Additionally, the binary must be run using the pex_binary's address, as passing a filename to run will run the python_source.

Note that support has been added to Pants to allow you to run any python_source, so setting this to true should be reserved for maintaining backwards-compatibility with previous versions of Pants. Additionally, you can remove any pex_binary targets that exist solely for running Python code (and aren't meant to be packaged).