6 个仓库
Analysis of compiled binaries to identify specific functions or dependencies causing excessive size.
Distinct from Binary Analysis Capabilities: Distinct from Binary Analysis Capabilities: focuses specifically on size attribution and bloat identification.
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This project is a comprehensive educational resource and programming course covering C++ language semantics and features from C++03 through C++26. It provides structured tutorials and technical guides focused on modern C++ development. The material offers specialized instruction on template metaprogramming, including the use of type traits and compile-time computations. It features detailed guides on concurrency and parallelism for multi-core execution, as well as a reference for software design applying SOLID principles and RAII. Additionally, it covers build performance optimization to redu
Covers tools and techniques for analyzing compiled binaries to identify and reduce executable bloat.
Matrix is a suite of mobile application performance management and analysis tools. It provides a plugin-based monitoring system for capturing crashes, lags, and memory leaks, alongside a static binary auditor for reducing installation package size and a bytecode instrumentation tool for performance tracking. The project distinguishes itself through native memory debugging and a SQLite query linter that identifies inefficient database patterns. It employs native interception techniques to detect memory leaks and heap corruption without requiring source code recompilation, and uses a custom run
Inspects APKs for unused resources and redundant classes to optimize binary size.
This project is a collection of techniques and configurations for reducing the disk footprint of compiled Rust executables. It serves as a guide and toolset for binary size optimization, providing strategies to minimize the final executable size through compiler flags and configuration. The project focuses on aggressive size reduction strategies, including recompiling the standard library from source to prune unused functions and implementing no-standard-library modes for memory-constrained environments. It details how to eliminate runtime overhead by removing standard library entry points an
Enables identification of functions, generic instantiations, and dependencies that contribute most to executable size.
Defold is a cross-platform game engine and integrated development environment used to create 2D and 3D games for desktop, mobile, and web targets. It combines a game development IDE for asset and scene management with a multi-platform build system and a scripting environment based on Lua. The engine includes a specialized headless runtime for hosting game servers and performing automated testing without a graphical interface. It supports native engine extensions, allowing custom low-level code to be integrated into the core to expand functionality beyond the standard scripting interface. The
Analyzes compiled binaries to identify specific functions or dependencies causing excessive build size.
Bloaty 是一个二进制大小分析器和可执行格式分析器,将二进制文件的每个字节归因于特定的符号或编译单元。它作为一个编译单元分析器和 C++ 符号反混淆器,将二进制大小映射回源文件,并将混淆后的名称转换为人类可读的格式。 该项目作为二进制差异工具脱颖而出,能够比较二进制文件的两个版本,以隔离导致大小回归的特定符号或部分。它提供专门的支持,通过使用构建标识符将符号与外部调试文件关联,从而恢复剥离二进制文件中的符号。 该工具为 ELF、Mach-O、PE/COFF 和 WebAssembly 格式提供全面的二进制分析。其功能包括分析链接器部分、内存段和静态库归档,以及识别内联函数消耗的空间。用户可以进一步使用正则表达式过滤隔离数据,并以 CSV 或 TSV 格式导出分析结果。
Reports the size of individual binary sections and segments across multiple executable formats.
cargo-bloat is a binary size analyzer and compilation analysis tool for Rust. It identifies the largest functions and dependencies within compiled executables to locate space-consuming code and reduce the overall binary footprint. The tool functions as a build profile inspector and symbol size profiler, allowing users to analyze how different compiler options and build profiles affect the final binary size. It can export symbol data into human-readable tables or JSON format to monitor the footprint of specific crates. Capabilities include multi-target analysis across different platforms and
Identifies functions and dependencies consuming the most space in compiled Rust executables.