Size Optimization Tricks (2022)
The blog post discusses techniques for optimizing binary sizes in programming languages, emphasizing the Cosmopolitan codebase and advocating for efficiency, simplicity, and a cultural shift towards minimizing software complexity.
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The blog post discusses various techniques for optimizing the size of binaries in programming languages like C, C++, and Python, particularly through the use of x86 assembly. The author highlights the Cosmopolitan codebase, which has garnered interest from the ELKS project for its efficient coding practices. The post emphasizes the importance of small binaries, which facilitate rapid testing and deployment across multiple operating systems. Techniques such as field arrangement, run-length encoding, dead code elimination, and overlapping functions are explored as methods to reduce binary size. The author advocates for a coding philosophy that prioritizes efficiency and simplicity, arguing that smaller binaries not only enhance performance but also improve the developer experience. The post concludes with a call for a shift in software development culture towards minimizing bloat and complexity, suggesting that a focus on size optimization can lead to more enjoyable and productive coding practices.
- Size optimization techniques can significantly reduce binary sizes in programming.
- The Cosmopolitan codebase serves as a model for efficient coding practices.
- Smaller binaries enhance testing speed and deployment across various operating systems.
- Techniques like run-length encoding and field arrangement can lead to substantial size reductions.
- A cultural shift in software development towards minimizing complexity is encouraged.
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4 commentsAlos, don't go rearranging the members of your structs if they're made public to third-parties!
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