Platform_Build_Orchestrator.md

graph LR
    Platform_Build_Orchestrator["Platform Build Orchestrator"]
    Linux_Build_Strategy["Linux Build Strategy"]
    macOS_Build_Strategy["macOS Build Strategy"]
    Windows_Build_Strategy["Windows Build Strategy"]
    Android_Build_Strategy["Android Build Strategy"]
    iOS_Build_Strategy["iOS Build Strategy"]
    Pyodide_Build_Strategy["Pyodide Build Strategy"]
    OCI_Container_Module["OCI Container Module"]
    Platform_Build_Orchestrator -- "invokes" --> Linux_Build_Strategy
    Platform_Build_Orchestrator -- "invokes" --> macOS_Build_Strategy
    Platform_Build_Orchestrator -- "invokes" --> Windows_Build_Strategy
    Platform_Build_Orchestrator -- "invokes" --> Android_Build_Strategy
    Platform_Build_Orchestrator -- "invokes" --> iOS_Build_Strategy
    Platform_Build_Orchestrator -- "invokes" --> Pyodide_Build_Strategy
    Linux_Build_Strategy -- "interacts with" --> OCI_Container_Module
    click Platform_Build_Orchestrator href "https://github.com/CodeBoarding/GeneratedOnBoardings/blob/main/cibuildwheel/Platform_Build_Orchestrator.md" "Details"

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Details

The Platform Build Orchestrator subsystem is central to cibuildwheel's cross-platform build capabilities, embodying the Strategy pattern to manage diverse build environments.

Platform Build Orchestrator [Expand]

This is the core component responsible for identifying the current platform's specific Python configurations and target architectures. It acts as the central dispatcher, determining the relevant build identifiers and then invoking the appropriate platform-specific build strategy. It serves as the "Context" or "Client" in the Strategy pattern.

Related Classes/Methods:

• cibuildwheel.platforms.__init__.py

Linux Build Strategy

Implements the detailed build logic for Linux environments. This includes setting up the build environment, installing dependencies, executing the wheel build command, and performing any Linux-specific post-processing like auditwheel repair and testing. It specifically integrates with OCI containers for isolated builds.

Related Classes/Methods:

• cibuildwheel.platforms.linux.py

macOS Build Strategy

Implements the detailed build logic for macOS environments. This includes setting up the build environment, installing dependencies, executing the wheel build command, and performing any macOS-specific post-processing like delocate and testing.

Related Classes/Methods:

• cibuildwheel.platforms.macos.py

Windows Build Strategy

Implements the detailed build logic for Windows environments. This includes setting up the build environment, installing dependencies, executing the wheel build command, and performing any Windows-specific post-processing and testing.

Related Classes/Methods:

• cibuildwheel.platforms.windows.py

Android Build Strategy

Implements the specific build logic for Android environments, including environment setup, dependency installation, build execution, and handling any platform-specific post-processing.

Related Classes/Methods:

• cibuildwheel.platforms.android.py

iOS Build Strategy

Implements the specific build logic for iOS environments, including environment setup, dependency installation, build execution, and handling any platform-specific post-processing.

Related Classes/Methods:

• cibuildwheel.platforms.ios.py

Pyodide Build Strategy

Implements the specific build logic for Pyodide environments, including environment setup, dependency installation, build execution, and handling any platform-specific post-processing.

Related Classes/Methods:

• cibuildwheel.platforms.pyodide.py

OCI Container Module

Provides functionalities for executing build processes within OCI (Open Container Initiative) containers. This module is primarily utilized by the Linux Build Strategy to ensure isolated, reproducible, and consistent build environments.

Related Classes/Methods:

• cibuildwheel.oci_container.py

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