Apache Maven vs distcc

Apache Maven is a free build tool for Java projects. It uses a project object model, or POM, and plugins to manage compilation, testing and documentation through a uniform build system. Maven manages dependencies, including transitive dependencies and automatic updates, and can download them from a central repository. Project metadata can produce outputs such as JARs, WARs and distributions. Maven can also generate project information, including changelogs, cross-referenced sources, dependency lists and unit test reports. Java or scripting-language plugins extend it, and it can work with source control systems such as Subversion or Git to manage tag-based releases. It runs on Windows, macOS and Linux. Maven 3.10 and later requires JDK 8 or above to execute, while toolchains can target other JDK versions. Its project layout is opinionated, so projects with unusual structures that cannot be reorganized may have to give up some Maven features or Maven itself. The software is distributed under Apache License 2.0; its listed plan costs nothing.

distcc is free software that distributes C, C++, Objective C, and Objective C++ builds across networked machines. It sends preprocessed source code to machines running the distccd daemon and a suitable compiler. The project says distributed builds should match local results and are usually faster than compiling locally. distcc works with GNU Make, SCons, and other parallel build tools. Machines with different processors or operating systems can participate when suitable cross-compilers are installed. GCC is fully supported; Intel icc is somewhat compatible, and the FAQ reports Sun’s proprietary compiler working in C mode. The project is developed on GNU/Linux and reports use on several Unix-like systems, Cygwin, and BSD/OS; listed platforms include Linux, macOS, self-hosted use, and Windows. TCP transmissions are neither encrypted nor signed, while SSH connections are authenticated and encrypted. The FAQ says distcc does not automatically find the best work distribution. Related tools cover server selection, control, cross-compilation, and monitoring.