Meaning
Code repository integrity conditions requiring all necessary source files and build manifests guarantee standalone software compilation. Source file completeness ensures that a repository contains every header, linker script, vendor library and build configuration file needed to produce targeted binaries. The standard governs code archiving, stopping at binary execution.
Audit Verification
Clean-room build tests verify repository completeness by checking out code branches onto pristine systems without internet access or local tool caching. Source file completeness requires explicit inclusion of third-party hardware abstraction layers and custom assembly startup routines. Missing header files or uncommitted local configuration files trigger immediate compilation errors during automated audit runs.
Build Dependencies
Software projects frequently fail build verification when external submodules or vendor static libraries are referenced by local path rather than tracked repository commits. Verification of source file completeness includes auditing build scripts for absolute path references, hardcoded toolchain paths and external script dependencies. Continuous integration bots clone repositories into isolated sandbox environments to build targets solely from checked-in assets.
Deficiencies in repository contents block formal release candidate tagging and trigger build isolation alerts.
Release Criteria
Incomplete source repositories prevent long-term software maintenance and impede independent security verification during product audits. Establishing source file completeness protocols ensures that archived releases remain buildable years after initial product manufacturing ceases. Firmware release gates reject pull requests missing mandatory configuration files.
