|
|
 |
| |
|
Search Home : Computers : Software : Build Management : Resources
- A Case For Make: Fowler 1990 - Explains many old-make limitations and new-make (Nmake) features including procedure rules, accuracy mechanisms, viewpathing, and semaphores for blocking unwanted parallelism.
- An Automatic Make Facility: Holyer and Pehlivan 2000 - Program uses no makefile. It records manually-issued compilation commands the first time round, then rebuilds programs using recorded command traces.
- Compare and Contrast Lucent Nmake and GNU Make: Lucent FAQ - Summarizes the function and typical syntax of many make features, using a convenient table format.
- Distcc, A Fast Free Distributed Compiler: Pool 2003 - This paper describes a distributed compiler for C/C++ programs, and provides a good discussion of key issues related to parallel, distributed software builds.
- Make - A Program For Maintaining Computer Programs: Feldman 1979 - The original make paper, including makefile syntax, implicit rules, double colon targets, macros, VPATH macro, and the usual cleanup and install targets.
- Make It - Generating and Maintaining Makefiles Automatically: Schönherr and Wolff 1998 - A set of makefile dependency generator tools for working with files written in Knuth's Literate Programming style.
- Makefile Setup for Java: Geosoft - A GNU Make and shell script setup for Java. Features dependency scanning, class files, JAR archives, JNI interfaces, RMI stub and skeletons, and Javadoc.
- PGMAKE: A Portable Distributed Make System: Lih and Zadok 1994 - Reports design issues and results of modifying GNU Make to do distributed makes using the Oakridge PVM Parallel Virtual Machine.
- Parallel and Distributed Compilations in Loosely-Coupled Systems - A Case Study: Baalbergen 1986 - Distributing machine specific compilation phases among machines with a distributed make program is about 3.5 times faster.
- Recursive Make Considered Harmful: Miller 1997 - An argument against using recursive make techniques in the presence of cyclic dependencies among project subdirectories.
- Recursive vs Non-recursive Makefile Architecture Speed Comparison: Kolpackov 2004 - This document compares recursive and non-recursive build systems (GNU make -j N) for building 277 software files in 15 directories using various combinations of parallelism and hardware. Non-recursive builds are faster.
- Smart Software Build Tools - Executive Overview: Jameson 2003 - Management results of a 15-year research project to a build a knowledge-based software build system that calculates and executes scalable, multiplatform software builds with no human labor involved.
- Smart Software Build Tools - Technical Overview: Jameson 2003 - Technical overview of a 15-year research project to a build a knowledge-based software build system that dynamically calculates and executes scalable, distributed, multiplatform software builds with no human labor involved.
- Software Builds: Codefast - Contains many articles on software build topics such as problem scope, stakeholder design viewpoints, directory structures, architecture models, makefile generator tools and software build methods.
- SoftwareEngineering.Info: A web portal to the build management area on this general software engineering information website.
- The Fourth Generation Make: Fowler 1985 - A new make tool with support for CPP, dependency generation, compiled makefiles, parallel execution, pathname parsing operators, and a powerful metalanguage for builtin rules.
| |
|
|
