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Make It - Generating and Maintaining Makefiles AutomaticallyURL: http://citeseer.ist.psu.edu/332458.html ODP description: Schönherr and Wolff 1998 - A set of makefile dependency generator tools for working with files written in Knuth's Literate Programming style. Page title: Make it! - Generating and Maintaining Makefiles Automatically (ResearchIndex) Page description: Introduction Previous Work Design Working with Make It Conventions Directory structure File Name Extensions Template Code File Names Outside World Handling Dependencies Customizing Make It Special Targets Makescripts Error Handling ![]() |
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Recursive Make Considered HarmfulURL: http://members.canb.auug.org.au/~millerp/rmch/recu-make-cons-harm.html ODP description: Miller 1997 - An argument against using recursive make techniques in the presence of cyclic dependencies among project subdirectories. ![]() |
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Make - A Program For Maintaining Computer ProgramsURL: http://citeseer.ist.psu.edu/feldman79make.html ODP description: Feldman 1979 - The original make paper, including makefile syntax, implicit rules, double colon targets, macros, VPATH macro, and the usual cleanup and install targets. Page title: Make --- A Program for Maintaining Computer Programs - Feldman (ResearchIndex) Page description: In a programming project, it is easy to lose track of which files need to be reprocessed or recompiled after a change is made in some part of the source. Make provides a simple mechanism for ersions of programs that result from many operations on a number of files. It is possible to tell Make the se ![]() |
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Software BuildsURL: http://www.codefast.com/index.html ODP description: 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. Page title: Codefast | Faster More Reliable Software Builds ![]() |
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An Automatic Make FacilityURL: http://citeseer.ist.psu.edu/holyer00automatic.html ODP description: 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. Page title: An Automatic Make Facility (ResearchIndex) Page description: A recompilation program, often called make, is a crucial utility employed by many programmers during the development of sophisticated programs. It provides an elegant method for the compilation of programs which are made up of many components, written in any programming language. In this report, we ![]() |
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Recursive vs Non-recursive Makefile Architecture Speed ComparisonURL: http://kolpackov.net/projects/build/benchmark.xhtml ODP description: 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. Page description: recursive vs non-recursive makefile architecture benchmark ![]() |
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PGMAKE: A Portable Distributed Make SystemURL: http://citeseer.ist.psu.edu/470999.html ODP description: Lih and Zadok 1994 - Reports design issues and results of modifying GNU Make to do distributed makes using the Oakridge PVM Parallel Virtual Machine. Page title: PGMAKE: A Portable Distributed Make System (ResearchIndex) Page description: We describe pgmake, which extends the GNU project s make utility to support distributed job execution using the Parallel Virtual Machine PVM package from Oak Ridge National Laboratory. These two packages were chosen because of their high level of portability to di erent architectures, free source co ![]() |
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Compare and Contrast Lucent Nmake and GNU MakeURL: http://www.bell-labs.com/project/nmake/faq/gmake.html ODP description: Lucent FAQ - Summarizes the function and typical syntax of many make features, using a convenient table format. Page title: Alcatel-Lucent nmake FAQ: nmake vs. gnu make ![]() |
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The Fourth Generation MakeURL: http://citeseer.ist.psu.edu/fowler85fourth.html ODP description: 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. Page title: The Fourth Generation Make - Glenn (ResearchIndex) Page description: Make is a program that is widely used to maintain and update programs and libraries on UNIX systems. This paper introduces the Fourth Generation Make which embodies major semantic and syntactic enhancements to the standard make program. The enhancements include support for source files distributed a ![]() |
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Distcc, A Fast Free Distributed CompilerURL: http://distcc.samba.org/doc/lca2004/distcc-lca-2004.html ODP description: 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. Page title: distcc, a fast free distributed compiler ![]() |
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Ask Mr. MakeURL: http://www.electric-cloud.com/resources/mrmake.php ODP description: Articles on makefile optimization, build management and acceleration, etc. Page title: Electric Cloud ? Up to 20x Faster Builds ? Resources ? Ask Mr. Make Page description: Electric Cloud's ElectricAccelerator is a software build accelerator that that transforms inexpensive servers into highly scalable build clusters that reduce software build times by as much as 20x. ElectricAccelerator plugs seamlessly into existing Make-based build infrastructures, and also includes web-based reporting and management tools. Electric Cloud breaks the build bottleneck with tools that reduce your build times, make full and i... ![]() |
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Parallel and Distributed Compilations in Loosely-Coupled Systems - A Case StudyURL: http://citeseer.ist.psu.edu/baalbergen86parallel.html ODP description: Baalbergen 1986 - Distributing machine specific compilation phases among machines with a distributed make program is about 3.5 times faster. Page title: Parallel and Distributed Compilations in Loosely-Coupled Systems: A Case Study - Baalbergen (ResearchIndex) Page description: One application of large grain parallelism is the use of parallel and distributed compilations by make running under UNIX. The original version of make executes its compilation commands successively. An increase in efficiency may be achieved by a parallel version of make which tries to execute the c ![]() |
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Makefile Setup for JavaURL: http://geosoft.no/javamake.html ODP description: 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. ![]() |
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A Case For MakeURL: http://citeseer.ist.psu.edu/fowler90case.html ODP description: Fowler 1990 - Explains many old-make limitations and new-make (Nmake) features including procedure rules, accuracy mechanisms, viewpathing, and semaphores for blocking unwanted parallelism. Page title: A Case for make - Fowler (ResearchIndex) Page description: The make command has been a central part of the UNIX programming environment for over fifteen years. An excellent example of a UNIX system software tool, it has a simple model and delegates most of its work to other commands. By dealing with general relationships between files and commands, make eas ![]() |
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