#Install mpi on cygwin serial#
This is accomplished by creating an empty directory anywhere in the file system of your computer (the "build directory"), and using appropriate arguments in "configure" scripts to tell the build system where to find the source code (the "source directory").ĭoing builds in directories separate from the source code keeps the original source tree pristine, and allows you to build many different versions (specifically, both serial and parallel versions) without changing the source tree. This means that the executables and/or libraries are built in a directory completely separate from the directory containing the source code. It is important to note that our recommendations for building Trilinos and Xyce make use of "out-of-source" builds. Since the majority of the work in installing Xyce involves installing the prerequisite libraries, most of this page is focused on these prerequisites. Most libraries that Xyce requires are available through system package managers they are also all available in source form, which you can compile yourself. After building and testing, the code may be installed. It is also recommended that after building Xyce one run the complete regression test suite. Building Xyce itself is straightforward once the prerequisite steps are complete. Therefore this document spends a lot of time explaining those steps in detail. Most of the work is in the first three steps, and the most difficult step to get right is building and installing Trilinos.
#Install mpi on cygwin download#
Download and unpack the Xyce source code.
#Install mpi on cygwin install#
Build Trilinos from source code and install it.Install all prerequisite libraries from packages or from source code.Installing Xyce from source requires the following general steps: Please contact the Xyce team for additional information. If you are an internal Sandia user of Xyce some modifications to this procedure may be appropriate. NOTE: This guide is targeted primarily at users of Xyce external to Sandia. Most of the problems we have encountered with users having trouble building Xyce or Trilinos have resulted from skipping the general guidance sections and leaping right to the system-specific information. This document does contain system-specific recommendations for configuring and building Xyce and its prerequisites, but also contains general guidance that should be read in its entirety before beginning the process. The guidance in this document has changed since release 7.2, so please review it even if you have built older versions of Xyce before. Prior experience using command line tools like configure, cmake and make is recommended. It is recommended that anyone intending to build Xyce be familiar with editing text files and compiling programs on their target computer. (The CMake-based system is used to build our production Windows binaries, but it is considered beta for other operating systems.) A new build system using CMake may also be used, which is documented in the INSTALL.md file (not INSTALL) in the Xyce source tree. This guide gives directions for building Xyce from the source code using the "autotools" build that has been the primary configuration mechanism for Xyce since 2001.
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