🚀 AUTOCC

A fast, minimal low-level build system with intelligent target management

---

🎊 What's new? (v0.1.6-2)

• Optimization - Introduce parallel processing to many functions.
• Enhanced execution pipeline - Safer and faster execution.
• Added target types - Extend capability for future upgrades.
• Refactored codebase - A Cleaner, more efficient codebase.
• Added new fields in user configuration - Adapting new changes.
• Install targets safer - Smarter installation.

✨ Features

• 🎯 Incremental Builds - For lightning fast rebuilds
• ⚡ Parallel Compilation - Multi-threaded compilation by default
• 🎪 Multi-Target Support - Build multiple targets from a single project with target-specific configurations
• ✅ Multi-Target Type - Build multiple executable/dynamic libraries/static libraries from a single file;
• 🔧 Smart Auto-detection - Automatically discovers local headers, system libraries, and build targets
• 📊 Extensible Knowledge Base - Uses JSON database for library detection rules that update without recompilation
• 🧠 Pre-Compiled Headers - Automatically generates PCH for common headers to speed up compilation
• 🎯 Target Discovery - Intelligently discovers main() functions and suggests build targets
• 🤖 Automated setup - with autoconfig setting up a project becomes easy
• ✅ TUI-Based selector - using edit to edit configuration files without any external edtior

---

🏃‍♂️ Quick Start

Prerequisites

cmake >= 3.30
C++23 standard support 
fmt library
xxhash library
OpenSSL library
git

Installation

# Clone the repository
git clone https://github.com/assembler-0/autocc.git
cd autocc

# Build with cmake
mkdir build && cd build
cmake .. && make # -DWALL=ON for all possible warnings -DARM=ON for no optimization -DNUSE_TUI=ON for disabling ftxui

# Or if you already have autocc:
autocc setup && autocc

ZSH autocompletion

# to install _autocc completetion for zsh, in the project ROOT, run:
chmod + x ./zsh/install.sh && ./zsh/install.sh 
# to uninstall
chmod + x ./zsh/install.sh && ./zsh/uninstall.sh 

target_compile_definitions()

target_compile_definitions(autocc PUBLIC
        # -DLOG_DISABLE -- disable logging
        # -DLOG_DISABLE_INFO -- disable info
        # -DLOG_DISABLE_COLORS -- disable colors
        -DLOG_ENABLE_FILE # -- enable file logging
        # -DLOG_DISABLE_TIMESTAMP -- disable timestamps
        # -DVERBOSE -- enable verbose logging
)

---

📋 Sample Workflow

1. Initial Setup & Target Discovery

# Generate config with intelligent target discovery
autocc autoconfig   # or 'autocc ac', use --default to skip all and use builtin configuration
# This will:
# - Scan your project for main() functions
# - Suggest build targets automatically
# - Detect headers and libraries
# - Create autocc.toml with smart defaults
autocc edit # or 'autocc select'
# this edits sources to build

2. Sync Configuration

autocc setup       # or 'autocc sync' or 'autocc sc'
# Converts autocc.toml to internal build cache

3. Build Your Project

# Build default target
autocc

# Build specific target
autocc my_target

# Build with target name
autocc test_suite

4. Install your project

# install default target (may need root privileges)
autocc install # for default target
# install specific target 
autocc install my_target
# install all targets 
autocc install <target> --prefix=<path to install> # to install to a specific path

---

⚙️ Configuration (autocc.toml)

Basic Configuration

# AUTOCC 0.1.6
# CONFIGURATION FILE 'autocc.toml' IS WRITTEN BY AUTOCC 0.1.6, MAKE SURE YOU HAVE AN APPROPRIATE AUTOCC BUILD.
# COPYRIGHT (C) assembler-0 2025
[compilers]
ar = 'ar'  # your archiver
as = 'nasm'  # your assembler
cc = 'clang'  # your C compiler
cxx = 'clang++' # your C++ compiler
launcher = 'ccache' # your launcer
sl = 'clang++'  # your dynamic linker

[features]
use_pch = true  # use precompiled header

[paths]
exclude_patterns = []  # global exclude pattern
include_dirs = [ 'include', '.', 'include/imgui', 'include/imgui/backends' ] # global include directories

[project]
build_dir = '.autocc_build'  # project build directory
default_target = 'sift' # default target

[[targets]]
cflags = '-std=c11' # cflags
cxxflags = '-std=c++23' # c++ flags
exclude_patterns = [] # target exclude patten
external_libs = [ '-ldl', '-lz', '-llzma', '-lpthread', '-lm', '-lglfw', '-lGL' ] # external library
ldflags = '' # Linker flags
main_file = './src/main.cpp' # main file
name = 'main' # target name
output_name = 'main' # target output name
sources = [
    './asm/3np1.asm',
    './asm/aesDEC.asm',
    './asm/aesENC.asm',
    './asm/avx.asm',
    './asm/branch.asm',
    # snip...
    './src/lzma.module.cpp',
    './src/main.cpp',
    './src/systemMonitor.manage.cpp'
]
type = 'SLibrary' # Or 'Executable' 'SLibrary' 'DLlibrary'

---

✅ Available Commands

AutoCC 0.1.6-2 compiled on Aug  5 2025 at 13:14:43

Usage: autocc [command] (target_name)

Commands:
  <none> or <target>   Builds the default target, or a specified target.
  ac/autoconfig        Creates 'autocc.toml' via an interactive prompt.
  setup/sync/sc        Converts 'autocc.toml' to the internal build cache.
  edit/select          Open a TUI to visually select source files for targets (could be disabled).
  clean                Removes the build directory.
  wipe                 Removes all autocc generated files (cache, build dir, db).
  fetch                Download/update the library detection database.
  version              Show current version and build date.
  help                 Shows this help message.
  install <target>     Install specified target to system binary dir.
Flags:
  --default            For 'autocc autoconfig', use default settings.
  --prefix             For 'autocc install', install to a specific path.

---

🎯 Target System

AutoCC's target system allows you to build multiple executables from a single project:

Automatic Target Discovery

• Main Detection: Scans for main() functions automatically
• Pattern Recognition: Identifies test files, benchmark files, etc.
• Smart Suggestions: Recommends source files for each target
• Interactive Setup: Guides you through target configuration

Target Features

• Isolated Builds: Each target compiles only its specified sources
• Custom Output Names: Different executable names per target
• Target-Specific Excludes: Fine-grained control over what gets compiled
• Default Target: Set which target builds with just autocc

---

🤝 Contributing

Development Setup

1. Fork the repository
2. Create a feature branch: git checkout -b feature/amazing-feature
3. Make your changes and test thoroughly
4. Ensure all targets build: autocc test && autocc benchmark
5. Commit your changes: git commit -m 'Add amazing feature'
6. Push to your branch: git push origin feature/amazing-feature
7. Open a Pull Request

Project Structure

autocc/
├── zsh/    
│   ├── install.sh           # Install script for _autocc
│   ├── uninstall.sh         # Uninstall script for _autocc
│   └── _autocc              # auto suggestions for zsh
├── include/       
│   ├── httplib.h            # http for downloading
│   ├── json.hpp             # json for caching and db
│   ├── toml.hpp             # toml for config
│   ├── utils.hpp            # Utility functions
│   └── log.hpp              # Logging system
├── autocc.cc                # autocc main C++ file
├── autocc.base.json         # Library detection database
├── pvs.sh                   # Shell script for PVS-Studio static analyzer
├── autocc.toml              # Autocc configuration
├── CMakeLists.txt           # CMake configuration
└── ...                      # Misc. files

---

📄 License

This project is licensed under the MIT License — see the LICENSE file for details.

---

📞 Support

• Issues: GitHub Issues
• Discussions: GitHub Discussions
• Email: diaviekone13@gmail.com

---

⭐ Star this project if you find it helpful!