GCC ARM Embedded vs CMake
Side-by-side comparison for macOS
GCC ARM Embedded
6.0Pre-built GNU bare-metal toolchain for 64-bit Arm processors
CMake
8.0Family of tools to build, test and package software
| Metric | GCC ARM Embedded | CMake |
|---|---|---|
| Category | Developer Tools | Developer Tools |
| AI Score | 6.0 | 8.0 |
| 30-day Installs | 39 | 378 |
| 90-day Installs | 129 | 1.1K |
| 365-day Installs | 541 | 4.6K |
| Version | 15.2.rel1 | 4.3.2 |
| Auto-updates | No | No |
| Deprecated | No | No |
| GitHub Stars | 4 | 7.8K |
| GitHub Forks | 1 | 2.7K |
| Open Issues | - | 2 |
| License | NOASSERTION | BSD-3-Clause |
| Language | Shell | C |
| Last GitHub Commit | 10y ago | 1mo ago |
| First Seen | Mar 1, 2022 | Jan 2, 2015 |
Reviews
GCC ARM Embedded
GCC ARM Embedded provides a pre-built toolchain for developing software targeting 64-bit Arm processors. It's designed for bare-metal development, making it ideal for embedded systems engineers and IoT developers.
This toolchain compiles and develops software for 64-bit Arm processors without requiring an operating system.
Pros
- + Specifically tailored for 64-bit Arm processors
- + Pre-built to save setup time
- + Supports bare-metal development
Cons
- - No auto-updates
- - Limited community support
CMake
CMake is a powerful build system generator that automates the build process across platforms. It is widely used in software development for its flexibility and support for multiple programming languages. Developers and teams working on cross-platform projects benefit the most from CMake.
CMake generates build systems for software projects, enabling compilation and testing across different platforms.
Pros
- + Essential tool for cross-platform software development
- + Extensive community and documentation support
- + Flexible and adaptable build configuration system
Cons
- - Steep learning curve for new users
- - No auto-update feature for the application