The `-ltbb` flag was removed from the `build_borded_cpp` target's g++ command
in the Makefile, eliminating the dependency on Intel Threading Building Blocks
for the borded C++ executable compilation.
- Swapped benchmark order in bench.py to run Rust before C for consistent measurement
- Added new main3.cpp source with parallel TBB-based implementation using async I/O and CRC32
- Updated Makefile to link borded_cpp_exec against libtbb and compile from main3.cpp
- Modified CMakeLists.txt to add main3.cpp target with TBB linkage and disable -Werror
Replace substring-based bad word detection with exact match in check_word, and create main2.cpp as a variant that removes the AnalysisResult struct entirely while preserving all other logic.
Add borded_cpp_exec to .gitignore, include build_borded_cpp in Makefile all target, and extend bench.py with Borded CPP timing. Change borded_cpp Dockerfile base from alpine to gcc:latest with apt-based dependencies.
Add a new `build_borded_cpp` make target that compiles the borded_cpp
version of isspam using C++23 with `-Ofast` optimization. Also reduce
the CMake minimum required version from 3.30 to 3.25 in the borded_cpp
CMakeLists.txt to improve compatibility with older CMake installations.
Implement the first version of the borded spam parser as a C++26 project. The commit introduces a complete project skeleton including a `.gitignore` file for CMake and IDE artifacts, a `CMakeLists.txt` with strict warning flags and MSVC compatibility, and the core `src/main.cpp` containing the spam detection logic. The parser reads text files, tokenizes words, counts sentences and capitalized words, and flags occurrences from a predefined list of 35 forbidden spam-related terms (e.g., "crypto", "bitcoin", "recovery", "hack"). Results are aggregated via an `AnalysisResult` struct with a custom `operator+` for combining multiple file analyses.
BordedDev