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dcj/tool/README
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INSTALLATION
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Unpack the archive in a place convienient for you. If you downloaded 'minimal'
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version build parunner (see [RE]BUILDING parunner) and create config.json file
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(in the directory to which you unpacked the archive) (see CONFIGURATION).
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USAGE
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See python dcj.py -h
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[RE]BUILDING parunner
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* Make sure go is installed (installation instructions are on
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https://golang.org/doc/install).
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* Build parunner by going to src/parunner/ subdirectory and running
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go build
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* Copy executable (parunner file) to executable/ subdirectory:
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cp parunner ../../executable/
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CONFIGURATION
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Configuration is stored in config.json file, located in the directory to which
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you unpacked the archive. Some sample configs are provided in sample-configs/
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subdirectory.
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The configuration file should contain a single object, with the following
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fields:
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* c-compiler - command that will be used to compile files written in C.
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* c-compiler-flags - list of flags with which files written in C will be
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compiled.
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* cpp-compiler - command that will be used to compile files written in C++.
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* cpp-compiler-flags - list of flags with which files written in C++ will be
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compiled.
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* java-compiler - command used to compile .java files.
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* java-compiler-classpath-arg - argument of java-compiler which specifies Java
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class path to be used by the compiler.
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* java-include-dirs - list of directories containing includes necessary for
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compilation .c files with implementation of Java libraries.
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* java-native-library-linker - command used to link implementation of Java
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library.
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* java-native-library-linker-options - list of options passed to
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java-native-library-linker.
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* java-native-library-name - name of file containing native implementation of
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message class for Java.
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* java-wrapper-file-content - script that will be used to run your solution.
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Use {0} as a placeholder for directory containing .class file of your
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solution and {1} as a placeholder for directory containing libraries used by
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your solution.
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* parunner-file - name of parunner executable.
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You may figure proper values by building and running a simple program using
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message library manually (see BUILDING AND RUNNING SOLUTIONS MANUALLY).
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BUILDING AND RUNNING SOLUTIONS MANUALLY
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* If you are using Java or Python:
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* Install SWIG (http://swig.org).
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* Generate wrappers for language of your choice.
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* For Java:
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swig -java src/swig/message.i
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* For Python:
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swig -python src/swig/message.i
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* Build message library from
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libraries/message_internal.c
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libraries/zeus_local.c
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and files generated by SWIG (see http://www.swig.org/tutorial.html for
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reference).
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* Build solution.
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* Run the solution using pa runner:
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parunner path-to-built-soluton -n=number-of-simulated-hosts
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INSTALLING MinGW TO WORK WITH THE TOOL
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* Install MinGW, following instructions on:
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http://www.mingw.org/wiki/Getting_Started
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make sure the following packages will be installed:
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* mingw32-binutils
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* mingw32-gcc
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* mingw32-gcc-g++
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* mingw32-libz
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* msys-base
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* msys-console
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* msys-zlib
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* Install python from:
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https://www.python.org/downloads/release/python-2710/
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* Add the following line (replacing /c/python27 if you didn't use default
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installation directory for Python):
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export PATH="$PATH:/c/python27"
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to file (replacing your-user-name)(replace C:\MinGW if you did not use
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default MinGW instalation directory):
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c:\MinGW\msys\1.0\home\your-user-name\.bashrc
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* Open terminal by running:
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C:\MinGW\msys\1.0\msys.bat
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* Use the tool:
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python path/to/dcj.py
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