Version-Controlled Code Artifact
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A Version-Controlled Code Artifact is a version-controlled artifact that is a code artifact (tracking change history of programming instructions).
- AKA: Revision-Tracked Code, Source-Controlled Code File, Versioned Program Code.
- Context:
- It can typically maintain Code Evolution through commit history.
- It can typically attribute Code Authorship through developer identification.
- It can typically preserve Implementation History through sequential versioning.
- It can typically support Code Review through change differential.
- It can typically enable Development Collaboration through parallel work coordination.
- It can typically facilitate Feature Rollback through historical state restoration.
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- It can often include Commit Messages for change explanation.
- It can often track Branch Divergence through parallel development paths.
- It can often contain Merge Markers for conflict resolution.
- It can often preserve Code Comment History alongside implementation changes.
- It can often maintain Test History with verification evolution.
- It can often document Bug Fix Records with issue resolution.
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- It can range from being a Single File Code Artifact to being a Multi-File Code Repository, depending on its code scope.
- It can range from being a Procedural Code Artifact to being an Object-Oriented Code Artifact, depending on its programming paradigm.
- It can range from being a Simple Function Code to being a Complex Application Codebase, depending on its implementation complexity.
- It can range from being a Sequential Revision Code to being a Branched Development Code, depending on its version structure.
- It can range from being a Single Developer Code to being a Team-Maintained Code, depending on its authorship model.
- It can range from being a Stable Release Code to being an Experimental Development Code, depending on its code maturity.
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- It can have Commit Hashes for version identification.
- It can have Tag Markers for release labeling.
- It can have Line History for authorship tracking.
- It can have Change Annotations for modification context.
- It can have Branch Pointers for development forks.
- It can have Semantic Version Identifiers for compatibility indication.
- It can have Build Configuration History for compilation evolution.
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- Examples:
- Programming Language Code Artifacts, such as:
- Compiled Language Code Artifacts, such as:
- Interpreted Language Code Artifacts, such as:
- Domain-Specific Language Code Artifacts, such as:
- Purpose-Oriented Code Artifacts, such as:
- Application Code Artifacts, such as:
- Infrastructure Code Artifacts, such as:
- Data Processing Code Artifacts, such as:
- Software Component Artifacts, such as:
- Library Code Artifacts, such as:
- Testing Code Artifacts, such as:
- Documentation Code Artifacts, such as:
- ...
- Programming Language Code Artifacts, such as:
- Counter-Examples:
- Unversioned Code Artifact, which lacks change tracking.
- Compiled Binary Artifact, which contains machine code rather than source code.
- Code Backup, which preserves point-in-time state without incremental history.
- Generated Code Output, which is automatically produced rather than manually authored.
- Code Snippet Collection, which contains disconnected code fragments without version relationship.
- Obfuscated Code Artifact, which deliberately obscures implementation for intellectual property protection.
- See: Code Repository, Software Development Artifact, Source Control System, Programming Language Artifact, Software Component, Build Artifact, Release Management, Collaborative Development.