Команды вспомогательных CLI

usage: codegen.py [-h] -maincfg MAINCFG -buildhash BUILDHASH -devname DEVNAME -nicename NICENAME -embedded EMBEDDED [-enginedefine ENGINEDEFINE] -meta META [-commonheader COMMONHEADER] -genoutput GENOUTPUT [-verbose]

FOnline code generator

options:
  -h, --help            show this help message and exit
  -maincfg MAINCFG      main config file
  -buildhash BUILDHASH  build hash
  -devname DEVNAME      dev game name
  -nicename NICENAME    nice game name
  -embedded EMBEDDED    embedded buffer capacity
  -enginedefine ENGINEDEFINE
                        engine configuration define NAME=VALUE emitted as a macro into EngineConfig.gen.h
  -meta META            path to script api metadata (///@ tags)
  -commonheader COMMONHEADER
                        path to common header file
  -genoutput GENOUTPUT  generated code output dir
  -verbose              verbose mode

usage: codecoverage.py [-h] {clean,run,report,full} ...

Run and analyze engine code coverage

positional arguments:
  {clean,run,report,full}
    clean               Remove previously collected coverage data and reports
    run                 Run the instrumented test binary and collect coverage data
    report              Generate text and HTML reports from collected coverage data
    full                Clean, run the instrumented binary, and generate reports

options:
  -h, --help            show this help message and exit

usage: codecoverage.py clean [-h] --workspace-root WORKSPACE_ROOT --build-dir BUILD_DIR --binary BINARY --backend {gcc,llvm,msvc} --output-dir OUTPUT_DIR [--object OBJECTS] ...

usage: codecoverage.py clean [-h] --workspace-root WORKSPACE_ROOT --build-dir BUILD_DIR --binary BINARY --backend {gcc,llvm,msvc} --output-dir OUTPUT_DIR [--object OBJECTS] ...

Remove previously collected coverage data and reports

positional arguments:
  binary_args           arguments passed to the test binary

options:
  -h, --help            show this help message and exit
  --workspace-root WORKSPACE_ROOT
                        embedding-project source directory
  --build-dir BUILD_DIR
                        configured CMake build directory
  --binary BINARY       instrumented test executable
  --backend {gcc,llvm,msvc}
                        coverage compiler/toolchain backend
  --output-dir OUTPUT_DIR
                        coverage data and report output directory
  --object OBJECTS      additional instrumented executable or shared library for LLVM reporting; repeatable

usage: codecoverage.py run [-h] --workspace-root WORKSPACE_ROOT --build-dir BUILD_DIR --binary BINARY --backend {gcc,llvm,msvc} --output-dir OUTPUT_DIR [--object OBJECTS] ...

usage: codecoverage.py run [-h] --workspace-root WORKSPACE_ROOT --build-dir BUILD_DIR --binary BINARY --backend {gcc,llvm,msvc} --output-dir OUTPUT_DIR [--object OBJECTS] ...

Run the instrumented test binary and collect coverage data

positional arguments:
  binary_args           arguments passed to the test binary

options:
  -h, --help            show this help message and exit
  --workspace-root WORKSPACE_ROOT
                        embedding-project source directory
  --build-dir BUILD_DIR
                        configured CMake build directory
  --binary BINARY       instrumented test executable
  --backend {gcc,llvm,msvc}
                        coverage compiler/toolchain backend
  --output-dir OUTPUT_DIR
                        coverage data and report output directory
  --object OBJECTS      additional instrumented executable or shared library for LLVM reporting; repeatable

usage: codecoverage.py report [-h] --workspace-root WORKSPACE_ROOT --build-dir BUILD_DIR --binary BINARY --backend {gcc,llvm,msvc} --output-dir OUTPUT_DIR [--object OBJECTS] ...

usage: codecoverage.py report [-h] --workspace-root WORKSPACE_ROOT --build-dir BUILD_DIR --binary BINARY --backend {gcc,llvm,msvc} --output-dir OUTPUT_DIR [--object OBJECTS] ...

Generate text and HTML reports from collected coverage data

positional arguments:
  binary_args           arguments passed to the test binary

options:
  -h, --help            show this help message and exit
  --workspace-root WORKSPACE_ROOT
                        embedding-project source directory
  --build-dir BUILD_DIR
                        configured CMake build directory
  --binary BINARY       instrumented test executable
  --backend {gcc,llvm,msvc}
                        coverage compiler/toolchain backend
  --output-dir OUTPUT_DIR
                        coverage data and report output directory
  --object OBJECTS      additional instrumented executable or shared library for LLVM reporting; repeatable

usage: codecoverage.py full [-h] --workspace-root WORKSPACE_ROOT --build-dir BUILD_DIR --binary BINARY --backend {gcc,llvm,msvc} --output-dir OUTPUT_DIR [--object OBJECTS] ...

usage: codecoverage.py full [-h] --workspace-root WORKSPACE_ROOT --build-dir BUILD_DIR --binary BINARY --backend {gcc,llvm,msvc} --output-dir OUTPUT_DIR [--object OBJECTS] ...

Clean, run the instrumented binary, and generate reports

positional arguments:
  binary_args           arguments passed to the test binary

options:
  -h, --help            show this help message and exit
  --workspace-root WORKSPACE_ROOT
                        embedding-project source directory
  --build-dir BUILD_DIR
                        configured CMake build directory
  --binary BINARY       instrumented test executable
  --backend {gcc,llvm,msvc}
                        coverage compiler/toolchain backend
  --output-dir OUTPUT_DIR
                        coverage data and report output directory
  --object OBJECTS      additional instrumented executable or shared library for LLVM reporting; repeatable

usage: gameplay_test_runner.py [-h] --manifest MANIFEST [--value KEY=VALUE] [--report REPORT]

Run project-neutral multi-process gameplay smoke scenarios from a checked JSON manifest.

options:
  -h, --help           show this help message and exit
  --manifest MANIFEST  scenario manifest path
  --value KEY=VALUE    placeholder value; repeat as needed
  --report REPORT      optional JSON result path

usage: ai_control_client.py [-h] [--host HOST] [--port PORT] [--timeout TIMEOUT] [--token-env TOKEN_ENV] [--allow-remote] {ping,status,observe,events,act} ...

Call an Engine-compatible AiControl bridge over NDJSON/TCP.

positional arguments:
  {ping,status,observe,events,act}
    ping                Check bridge liveness.
    status              Read bridge status and queue limits.
    observe             Read the latest project observation.
    events              Read events after a sequence cursor.
    act                 Enqueue one project-defined command.

options:
  -h, --help            show this help message and exit
  --host HOST           Bridge host.
  --port PORT           Bridge port.
  --timeout TIMEOUT     Socket timeout in seconds.
  --token-env TOKEN_ENV
                        Environment variable containing the shared token.
  --allow-remote        Permit a non-loopback endpoint; transport remains unencrypted.

usage: ai_control_client.py ping [-h]

usage: ai_control_client.py ping [-h]

options:
  -h, --help  show this help message and exit

usage: ai_control_client.py status [-h]

usage: ai_control_client.py status [-h]

options:
  -h, --help  show this help message and exit

usage: ai_control_client.py observe [-h]

usage: ai_control_client.py observe [-h]

options:
  -h, --help  show this help message and exit

usage: ai_control_client.py events [-h] [--after-seq AFTER_SEQ] [--limit LIMIT]

usage: ai_control_client.py events [-h] [--after-seq AFTER_SEQ] [--limit LIMIT]

options:
  -h, --help            show this help message and exit
  --after-seq AFTER_SEQ
                        Exclusive event cursor.
  --limit LIMIT         Maximum events to return.

usage: ai_control_client.py act [-h] --type TYPE [--target-id TARGET_ID] [--item-id ITEM_ID] [--aux-id AUX_ID] [--x X] [--y Y] [--screen-x SCREEN_X] [--screen-y SCREEN_Y] [--int-arg INT_ARG] [--string-arg STRING_ARG] [--append]

usage: ai_control_client.py act [-h] --type TYPE [--target-id TARGET_ID] [--item-id ITEM_ID] [--aux-id AUX_ID] [--x X] [--y Y] [--screen-x SCREEN_X] [--screen-y SCREEN_Y] [--int-arg INT_ARG] [--string-arg STRING_ARG] [--append]

options:
  -h, --help            show this help message and exit
  --type TYPE           Project-defined command type.
  --target-id TARGET_ID
                        Optional target entity identifier.
  --item-id ITEM_ID     Optional item entity identifier.
  --aux-id AUX_ID       Optional auxiliary entity identifier.
  --x X                 Optional project world X coordinate.
  --y Y                 Optional project world Y coordinate.
  --screen-x SCREEN_X   Optional screen X coordinate.
  --screen-y SCREEN_Y   Optional screen Y coordinate.
  --int-arg INT_ARG     Optional integer payload.
  --string-arg STRING_ARG
                        Optional string payload.
  --append              Request project queue append semantics.

usage: check_windows7_imports.py [-h] [--require-large-address-aware] binaries [binaries ...]

Reject imports Windows 7 SP1 cannot resolve from Windows 7-compatible PE binaries

positional arguments:
  binaries              linked PE executable or DLL to inspect

options:
  -h, --help            show this help message and exit
  --require-large-address-aware
                        Require the large-address flag on checked executables

usage: android_device.py [-h] [--workspace-root WORKSPACE_ROOT] {discover,connect,install,launch,launch-game,stop,logcat} ...

Android Wi-Fi device helper for BuildTools tasks

positional arguments:
  {discover,connect,install,launch,launch-game,stop,logcat}
    discover            List Android Wi-Fi devices discovered through adb mdns
    connect             Connect to an Android Wi-Fi device and cache the endpoint
    install             Install an APK on the selected Android Wi-Fi device
    launch              Launch an Android activity on the selected device
    launch-game         Launch the Android game activity and pass RemoteSceneLaunch server host override
    stop                Force-stop an Android package on the selected device
    logcat              Stream logcat from the selected device

options:
  -h, --help            show this help message and exit
  --workspace-root WORKSPACE_ROOT
                        Workspace directory path containing android-sdk and android-debug

usage: android_device.py discover [-h]

usage: android_device.py discover [-h]

options:
  -h, --help  show this help message and exit

usage: android_device.py connect [-h] [--device DEVICE]

usage: android_device.py connect [-h] [--device DEVICE]

options:
  -h, --help       show this help message and exit
  --device DEVICE  Device IP[:port]; if omitted, auto-discovery and interactive selection are used

usage: android_device.py install [-h] --apk APK [--device DEVICE]

usage: android_device.py install [-h] --apk APK [--device DEVICE]

options:
  -h, --help       show this help message and exit
  --apk APK        APK path
  --device DEVICE  Device IP[:port]; if omitted, cached endpoint or discovery is used

usage: android_device.py launch [-h] --activity ACTIVITY [--device DEVICE]

usage: android_device.py launch [-h] --activity ACTIVITY [--device DEVICE]

options:
  -h, --help           show this help message and exit
  --activity ACTIVITY  Fully qualified activity component, e.g. com.example.game/.FOnlineActivity
  --device DEVICE      Device IP[:port]; if omitted, cached endpoint or discovery is used

usage: android_device.py launch-game [-h] --activity ACTIVITY [--device DEVICE] [--server-host SERVER_HOST]

usage: android_device.py launch-game [-h] --activity ACTIVITY [--device DEVICE] [--server-host SERVER_HOST]

options:
  -h, --help            show this help message and exit
  --activity ACTIVITY   Fully qualified activity component, e.g. com.example.game/.FOnlineActivity
  --device DEVICE       Device IP[:port]; if omitted, cached endpoint or discovery is used
  --server-host SERVER_HOST
                        Host IP or name for ClientNetwork.ServerHost; if omitted, auto-detected from the route to the selected device

usage: android_device.py stop [-h] --package PACKAGE_NAME [--device DEVICE]

usage: android_device.py stop [-h] --package PACKAGE_NAME [--device DEVICE]

options:
  -h, --help            show this help message and exit
  --package PACKAGE_NAME
                        Android package name
  --device DEVICE       Device IP[:port]; if omitted, cached endpoint or discovery is used

usage: android_device.py logcat [-h] [--device DEVICE]

usage: android_device.py logcat [-h] [--device DEVICE]

options:
  -h, --help       show this help message and exit
  --device DEVICE  Device IP[:port]; if omitted, cached endpoint or discovery is used

usage: simple-web-server.py [-h] [--port PORT] [--fork]

Simple HTTP server

options:
  -h, --help   show this help message and exit
  --port PORT  web server port
  --fork       fork process

usage: createmsi.py [-h] [--wix-dir directory] definition.json

Build an MSI package from a WiX definition

positional arguments:
  definition.json      bare WiX package definition filename in the working directory

options:
  -h, --help           show this help message and exit
  --wix-dir directory  directory containing WiX tools; omit to find them on PATH