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The original GLPK version is composed of a set of routines written in ANSI C and organized in the form of a callable library. It is a package for solving large-scale linear programming (LP), mixed integer programming (MIP), and other related problems. GLPK stands for GNU Linear Programming Kit. In running time, the solver name to use is mipcl when calling the solve method.
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Then, it is enough to download the binary of the solver for our platform from the appropriate site, and store it in the file system.īelow we show the solvers currently supported by JOM, with links to the places where they can be obtained Solvers usually include pre-compiled binaries for common platforms. Then, installing a solver requires just obtaining the binary of the solver in the form of a dynamic library (.dll files in Windows. JOM uses the Java Native Access (JNA) library to access the installed solvers. JAR in your file system, and add the JAR file to the classpath, so that JOM can find it. Alternatively, at the start of this paragraph there is a direct link to a mirrored copy of parallelcolt-0.9.4.jar file. Download the JAr file of the latest Parallel COLT version from here. JOM calls the Java libraries Parallel COLT for efficient handling of matrices.Store the jna.jar file in your file system, and add the JAR file to the classpath, so that JOM can find it. Alternatively, at the start of this paragraph there is a direct link to a mirrored copy of jna.jar file for JNA v-4.0.0. The most recent JNA.jar file can be downloaded from here after some clicks. JOM calls the Java libraries JNA ( Java Native Access) for accessing the solver native code.Download the JOM.jar file from the Download section, store it in your file system, and add the JAR file to the classpath as with any other Java library.To install the library follow the next steps: