41 lines
1.7 KiB
Markdown
41 lines
1.7 KiB
Markdown
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# Solaris 2.6 / sun4m port
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Building for Solaris 2.6 / sun4m, e.g., a Sun Microsystems SPARCStation 20 running Solaris 2.6,
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firstly involves getting a sufficiently modern gcc onto the machine (gcc-4.3.x with GNU binutils
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certainly works, but it is very well possible that older versions and/or using the Sun assembler and
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linker work fine, too) and a sufficiently new gmake (3.81 should do).
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Secondly, because the port relies on a custom makefile rather than "cmake", and that makefile
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doesn't build the Java-based IDL preprocessor to avoid pulling in tons of dependencies, you will
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need to do a build on a "normal" platform first. The makefile assumes that the required parts of
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that build process are available in a "build" directory underneath the project root. Note that only
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the CMake generate export.h and the ddsperf-related IDL preprocessor output is required (if other
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applications are to be be built, they may require additional files).
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The results are stored in a directory named "gen". After a successful build, there will be
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libddsc.so and ddsperf in that directory. No attempts are made at tracking header file
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dependencies. It seems unlikely that anyone would want to use such a machine as a development
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machine.
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The makefile expects to be run from the project root directory.
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E.g., on a regular supported platform:
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```
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# mkdir build && cd build
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# cmake ../src
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# make
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# cd ..
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# git archive -o cdds.zip HEAD
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# find build -name '*.[ch]' | xargs zip -9r cdds.zip
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```
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copy cdds.zip to the Solaris box, log in and:
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```
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# mkdir cdds && cd cdds
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# unzip .../cdds.zip
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# make -f ports/solaris2.6/makefile -j4
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# gen/ddsperf -D20 sub & gen/ddsperf -D20 pub &
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```
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It takes about 10 minutes to do the build on a quad 100MHz HyperSPARC.
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