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README.md
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@ -5,8 +5,8 @@ A project repo for Unreal dedicated to studying various aspects of it.
Modules to get covered (in no particular order): Modules to get covered (in no particular order):
* [Unreal Build Tool](docs/Build%20&%20Automation%20System/UBT.md) * [Unreal Build Tool](docs/Build%20&%20Automation%20System/UBT.md)
* Automation Tool * [Automation Tool](docs/Build%20&%20Automation%20System/AutomationTool.md)
* Build Graph * [Build Graph](docs/Build%20&%20Automation%20System/BuildGraph.md)
* Modules * Modules
* Blueprints * Blueprints
* VM * VM

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# Automation Tool # Automation Tool
A simple C# program to help a user script unattended processes the engine can complete. *TODO: This is heavily WIP.*
The entire tool is implemented within `Program.cs` and has all its implmentationw within the `Program` class.
The following headers will be a breakdown of each of its members.
Note: See alos [ue4-unreal-automation-tool](https://github.com/botman99/ue4-unreal-automation-tool). As its a repo with some more indepth info. Note: See alos [ue4-unreal-automation-tool](https://github.com/botman99/ue4-unreal-automation-tool). As its a repo with some more indepth info.
## Main The following is an outline of some of the relevant components of the program/s.
1. Sets up logger ## Driver
2. Call `ParseCommandLine` (populates `AutomationToolCommandLine` and ``CommandsToExecute`)
3. Waits for debugger attachment if `AutomationCommandLine` detects `-WaitForDebugger` is set.
4. If MacOS or Linux setup Ctrl+C to be handled correctly so there is no zombie process situation.
5. Set the working directory for the Environment (to the Engine's root directory)
6. Various contextual logging ( operating env, whether launched from launcher, app version...)
7. Run `MainProc` using `ProcessSingleton.RunSingleInstanceAsync`
## AutomationToolCommandLine See: [Driver Doc](AutomationToolDriver.md)
A static data member. Is of type `System.ParsedCommandline`. and popualated by `Main`. ## Automation Utils
| Flag | Summary | [Main Documentation](AutomationUtils.md)
|------------------------------|-----------------------------------------------------------------------------------------------------|
| `-Verbose` | Enables verbose logging. |
| `-VeryVerbose` | Enables very verbose logging. |
| `-TimeStamps` | Adds timestamps to log entries (no specific description provided). |
| `-Submit` | Allows UAT command to submit changes. |
| `-NoSubmit` | Prevents any submit attempts. |
| `-NoP4` | Disables Perforce functionality (default if not run on a build machine). |
| `-P4` | Enables Perforce functionality (default if run on a build machine). |
| `-IgnoreDependencies` | Ignores script dependencies (no specific description provided). |
| `-Help` | Displays help information. |
| `-List` | Lists all available commands. |
| `-NoKill` | Does not kill any spawned processes on exit. |
| `-UTF8Output` | Outputs logs in UTF-8 encoding (no specific description provided). |
| `-AllowStdOutLogVerbosity` | Allows standard output log verbosity settings (no specific description provided). |
| `-NoAutoSDK` | Disables automatic SDK setup (no specific description provided). |
| `-Compile` | Force all script modules to be compiled. |
| `-NoCompile` | Do not compile any script modules, run with whatever is up to date. |
| `-IgnoreBuildRecords` | Ignore build records in determining if script modules are up to date. |
| `-UseLocalBuildStorage` | Use local storage for root build storage dir, changing default to `Engine\Saved\LocalBuilds`. |
| `-WaitForDebugger` | Waits for a debugger to be attached, and breaks once debugger successfully attached. |
| `-BuildMachine` | Indicates the program is running on a build machine (no specific description provided). |
| `-WaitForUATMutex` | Waits for the Unreal Automation Tool mutex (no specific description provided). |
| `-msbuild-verbose` | Increases verbosity for MSBuild operations. |
| `-NoCompileUAT` | Disables compilation of the Unreal Automation Tool (UAT). |
## ParseCommandLine ## Build Graph
Populates `AutomationToolCommandLine` and `CommandsToExecute` (which is within the former and is of type `List<CommandInfo>`). [Main Documentation](BuildGraph.md)
It will throw execptions if it finds anything wrong with the commands passed. ## CookedEditor
## ParseProfile ## Localization
Used by `ParseCommandLine`. Used if `-Profile` is passed to the automation tool. ## Scripts
Handles profile files which are used to configure how the AutomationTool executes. These profile files can contain a variety of settings and scripts that need to be processed.
1. **Profile File Identification**: Identifies if a `-profile` argument is present in the command line and extracts the profile file path.
2. **Arguments Initialization**: Initializes a list to store the arguments extracted from the profile file.
3. **Iterating Command Line Arguments**: Iterates through command line arguments, treating `-profile=` as the profile file path, and adds other arguments to the Arguments list.
4. **Profile File Existence Check**: Verifies if the specified profile file actually exists.
5. **Reading and Parsing Profile File**: Reads the content of the profile file and parses it as JSON to extract a dictionary of settings.
6. **Processing Scripts in Profile**: Extracts and processes scripts from the `scripts` section in the JSON:
- Extracts the name of each script and adds it to the Arguments list if not already present.
- Removes the 'script' key from the script's dictionary.
- Calls `ParseDictionary` on the dictionary to parse and add these settings to the Arguments list.
7. **Updating Command Line Arguments**: Replaces the original command line arguments with the updated Arguments list containing information processed from the profile file.
## ParseParam
Used by `ParseCommandLine`.
1. **Checks for Ignored Parameters**: Identifies and skips parameters that are not relevant for processing, ensuring efficiency in parsing.
2. **Global Parameter Setting**: Sets global parameters that affect the overall operation of the tool, based on the identified command-line arguments.
3. **Handling Specific Options**: Specifically processes options like `-ScriptsForProject`, `-ScriptDir`, and `-Telemetry`, adjusting the tool's behavior accordingly.
4. **Managing Unknown Parameters and Environment Variables**: Handles parameters that are unrecognized or not standard, and also manages the influence of environment variables on the tool.
5. **Setting Command-line Arguments in `AutomationToolCommandLine`**: Populates the `AutomationToolCommandLine` with the parsed parameters, which is a key resource used throughout the tool.
6. **Exception Handling**: Implements error handling to manage potential issues during the parsing process, ensuring stability and user feedback.
## ParseDictionary
1. **Parameter Verification**: Checks if the dictionary parameter is not null, ensuring it's suitable for processing.
2. **Dictionary Iteration**: Iterates through each key-value pair in the dictionary parameter.
3. **Key Processing**: Processes the keys of the dictionary, which could involve validation, formatting, or conversion to ensure they are in the correct format for further operations.
4. **Value Processing**: Examines and processes the values associated with each key. This step may involve additional parsing logic, especially if the values are complex types (like nested dictionaries or lists).
5. **Recursive Handling**: In cases where values are collections (like lists or dictionaries), `ParseDictionary` may recursively call itself or other parsing methods (like `ParseList`) to ensure all elements are properly processed.
6. **Constructing Processed Dictionary**: Builds a new dictionary with the processed keys and values, which is then ready for use in the tool's operations.
Uses the following helper functions:
### ParseString
1. **Parameter Verification**: Checks if the string parameter is null or empty to ensure only valid strings are processed.
2. **Trimming Whitespace**: Removes leading or trailing whitespace from the parameter string for uniform processing.
3. **String Processing**: Applies specific processing to the cleaned string parameter, such as format conversion or additional parsing logic.
### ParseList
1. **Parameter Verification**: Ensures the list parameter is not null for safe processing.
2. **List Iteration**: Goes through each element in the list parameter.
3. **Element Processing**: Trims whitespace, validates, and converts each list element to the required format or type.
4. **Compiling Processed Elements**: Creates a new list or array from the processed elements, prepared for further use in the tool's workflow.
## MainProc
Core of the AutomationTool's operation, orchestrating the parsing of command-line arguments and executing the necessary commands.
1. **Logger Initialization**: Sets up a logger for information logging.
2. **Initialization Message**: Logs the initialization of script modules.
3. **Start Time Recording**: Records the start time for performance tracking.
4. **Command Line Argument Processing**: Retrieves and processes various command-line arguments related to scripts, compilation, and execution modes (e.g., `-ScriptsForProject`, `-ScriptDir`, `-Compile`, `-NoCompile`, `-IgnoreBuildRecords`).
5. **Command Preparation**: Prepares the list of commands to be executed based on the command-line arguments.
6. **Script Module Compilation**: Initializes and compiles script modules, handling any build processes required and logging related information.
7. **Build Success Check**: Checks if the script module build was successful. If not, returns an error exit code.
8. **Script Module Validation**: Ensures that at least one script module (like AutomationUtils) is available after compilation.
9. **Loading AutomationUtils Assembly**: Loads the `AutomationUtils.Automation.dll` assembly, essential for further processing.
10. **Automation Process Invocation**: Invokes the `ProcessAsync` method from the `AutomationTool.Automation` class, which drives the execution of the tool's functionality based on the prepared script modules and command-line arguments.
11. **Execution Time Logging**: Logs the total time taken for script module initialization.
12. **Awaiting Process Completion**: Awaits the completion of the `ProcessAsync` method and returns its result as an exit code.
## StartupListener
> Captures all log output during startup until a log file writer has been created

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# Automation Tool Driver
For a general overview of the Automation Tool see [AutomationTool](AutomationTool.md)
A simple C# program to help a user script unattended processes the engine can complete.
The entire tool is implemented within `Program.cs` and has all its implmentationw within the `Program` class.
The following headers will be a breakdown of each of its members.
## Main
1. Sets up logger
2. Call `ParseCommandLine` (populates `AutomationToolCommandLine` and ``CommandsToExecute`)
3. Waits for debugger attachment if `AutomationCommandLine` detects `-WaitForDebugger` is set.
4. If MacOS or Linux setup Ctrl+C to be handled correctly so there is no zombie process situation.
5. Set the working directory for the Environment (to the Engine's root directory)
6. Various contextual logging ( operating env, whether launched from launcher, app version...)
7. Run `MainProc` using `ProcessSingleton.RunSingleInstanceAsync`
## AutomationToolCommandLine
A static data member. Is of type `System.ParsedCommandline`. and popualated by `Main`.
| Flag | Summary |
|------------------------------|-----------------------------------------------------------------------------------------------------|
| `-Verbose` | Enables verbose logging. |
| `-VeryVerbose` | Enables very verbose logging. |
| `-TimeStamps` | Adds timestamps to log entries (no specific description provided). |
| `-Submit` | Allows UAT command to submit changes. |
| `-NoSubmit` | Prevents any submit attempts. |
| `-NoP4` | Disables Perforce functionality (default if not run on a build machine). |
| `-P4` | Enables Perforce functionality (default if run on a build machine). |
| `-IgnoreDependencies` | Ignores script dependencies (no specific description provided). |
| `-Help` | Displays help information. |
| `-List` | Lists all available commands. |
| `-NoKill` | Does not kill any spawned processes on exit. |
| `-UTF8Output` | Outputs logs in UTF-8 encoding (no specific description provided). |
| `-AllowStdOutLogVerbosity` | Allows standard output log verbosity settings (no specific description provided). |
| `-NoAutoSDK` | Disables automatic SDK setup (no specific description provided). |
| `-Compile` | Force all script modules to be compiled. |
| `-NoCompile` | Do not compile any script modules, run with whatever is up to date. |
| `-IgnoreBuildRecords` | Ignore build records in determining if script modules are up to date. |
| `-UseLocalBuildStorage` | Use local storage for root build storage dir, changing default to `Engine\Saved\LocalBuilds`. |
| `-WaitForDebugger` | Waits for a debugger to be attached, and breaks once debugger successfully attached. |
| `-BuildMachine` | Indicates the program is running on a build machine (no specific description provided). |
| `-WaitForUATMutex` | Waits for the Unreal Automation Tool mutex (no specific description provided). |
| `-msbuild-verbose` | Increases verbosity for MSBuild operations. |
| `-NoCompileUAT` | Disables compilation of the Unreal Automation Tool (UAT). |
## ParseCommandLine
Populates `AutomationToolCommandLine` and `CommandsToExecute` (which is within the former and is of type `List<CommandInfo>`).
It will throw execptions if it finds anything wrong with the commands passed.
## ParseProfile
Used by `ParseCommandLine`. Used if `-Profile` is passed to the automation tool.
Handles profile files which are used to configure how the AutomationTool executes. These profile files can contain a variety of settings and scripts that need to be processed.
1. **Profile File Identification**: Identifies if a `-profile` argument is present in the command line and extracts the profile file path.
2. **Arguments Initialization**: Initializes a list to store the arguments extracted from the profile file.
3. **Iterating Command Line Arguments**: Iterates through command line arguments, treating `-profile=` as the profile file path, and adds other arguments to the Arguments list.
4. **Profile File Existence Check**: Verifies if the specified profile file actually exists.
5. **Reading and Parsing Profile File**: Reads the content of the profile file and parses it as JSON to extract a dictionary of settings.
6. **Processing Scripts in Profile**: Extracts and processes scripts from the `scripts` section in the JSON:
- Extracts the name of each script and adds it to the Arguments list if not already present.
- Removes the 'script' key from the script's dictionary.
- Calls `ParseDictionary` on the dictionary to parse and add these settings to the Arguments list.
7. **Updating Command Line Arguments**: Replaces the original command line arguments with the updated Arguments list containing information processed from the profile file.
## ParseParam
Used by `ParseCommandLine`.
1. **Checks for Ignored Parameters**: Identifies and skips parameters that are not relevant for processing, ensuring efficiency in parsing.
2. **Global Parameter Setting**: Sets global parameters that affect the overall operation of the tool, based on the identified command-line arguments.
3. **Handling Specific Options**: Specifically processes options like `-ScriptsForProject`, `-ScriptDir`, and `-Telemetry`, adjusting the tool's behavior accordingly.
4. **Managing Unknown Parameters and Environment Variables**: Handles parameters that are unrecognized or not standard, and also manages the influence of environment variables on the tool.
5. **Setting Command-line Arguments in `AutomationToolCommandLine`**: Populates the `AutomationToolCommandLine` with the parsed parameters, which is a key resource used throughout the tool.
6. **Exception Handling**: Implements error handling to manage potential issues during the parsing process, ensuring stability and user feedback.
## ParseDictionary
1. **Parameter Verification**: Checks if the dictionary parameter is not null, ensuring it's suitable for processing.
2. **Dictionary Iteration**: Iterates through each key-value pair in the dictionary parameter.
3. **Key Processing**: Processes the keys of the dictionary, which could involve validation, formatting, or conversion to ensure they are in the correct format for further operations.
4. **Value Processing**: Examines and processes the values associated with each key. This step may involve additional parsing logic, especially if the values are complex types (like nested dictionaries or lists).
5. **Recursive Handling**: In cases where values are collections (like lists or dictionaries), `ParseDictionary` may recursively call itself or other parsing methods (like `ParseList`) to ensure all elements are properly processed.
6. **Constructing Processed Dictionary**: Builds a new dictionary with the processed keys and values, which is then ready for use in the tool's operations.
Uses the following helper functions:
### ParseString
1. **Parameter Verification**: Checks if the string parameter is null or empty to ensure only valid strings are processed.
2. **Trimming Whitespace**: Removes leading or trailing whitespace from the parameter string for uniform processing.
3. **String Processing**: Applies specific processing to the cleaned string parameter, such as format conversion or additional parsing logic.
### ParseList
1. **Parameter Verification**: Ensures the list parameter is not null for safe processing.
2. **List Iteration**: Goes through each element in the list parameter.
3. **Element Processing**: Trims whitespace, validates, and converts each list element to the required format or type.
4. **Compiling Processed Elements**: Creates a new list or array from the processed elements, prepared for further use in the tool's workflow.
## MainProc
Core of the AutomationTool's operation, orchestrating the parsing of command-line arguments and executing the necessary commands.
1. **Logger Initialization**: Sets up a logger for information logging.
2. **Initialization Message**: Logs the initialization of script modules.
3. **Start Time Recording**: Records the start time for performance tracking.
4. **Command Line Argument Processing**: Retrieves and processes various command-line arguments related to scripts, compilation, and execution modes (e.g., `-ScriptsForProject`, `-ScriptDir`, `-Compile`, `-NoCompile`, `-IgnoreBuildRecords`).
5. **Command Preparation**: Prepares the list of commands to be executed based on the command-line arguments.
6. **Script Module Compilation**: Initializes and compiles script modules, handling any build processes required and logging related information.
7. **Build Success Check**: Checks if the script module build was successful. If not, returns an error exit code.
8. **Script Module Validation**: Ensures that at least one script module (like AutomationUtils) is available after compilation.
9. **Loading AutomationUtils Assembly**: Loads the `AutomationUtils.Automation.dll` assembly, essential for further processing.
10. **Automation Process Invocation**: Invokes the `ProcessAsync` method from the `AutomationTool.Automation` class, which drives the execution of the tool's functionality based on the prepared script modules and command-line arguments.
11. **Execution Time Logging**: Logs the total time taken for script module initialization.
12. **Awaiting Process Completion**: Awaits the completion of the `ProcessAsync` method and returns its result as an exit code.
## StartupListener
> Captures all log output during startup until a log file writer has been created

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