luke2k4_at_...6... wrote: > Hi All, > I am writing to ask if there is a convenient way to compile a set of > eclipse libraries into one assembly that could be loaded at start-up of > the eclipse engine ? > I would like the platform to be as compact as possible containing only > the necessary libraries compiled in one libs_all.eco file which would be > loaded at eclipse start-up.. > > I've tried the following approach: > I've loaded the solver and therefore all necessary libraries got loaded. > Than used a short eclipse script to: > > 1. get a list of all compiled files > 2. filter out those that belong to the solver ( leaving only the > library files belonging to the platform ) > 3. concatenate the files to one lib_all.ecl > 4. compile lib_all.ecl to lib_all.eco > > than use the lib_all when starting eclipse.exe with -b option , or > better to include the assembly when running the eclipse via the c interface. > I am running into some problems during point 4. > > I would be grateful if someone could let me know if there is an easy way > to prepare such a compact eclipse platform. > > Best regards > Luke Hi Luke, similar to the situation with Java, you need a directory with a minimum of runtime environment to execute ECLiPSe code. For an embedded ECLiPSe, this minimum consists of the following 6 files (for version 6.0) <eclipsedir>/lib/$ARCH/libeclipse.so (or eclipse.dll on Windows) <eclipsedir>/lib/$ARCH/libgmp.so (or gmp33.dll on Windows) <eclipsedir>/lib/eclipse_language.eco <eclipsedir>/lib/kernel.eco <eclipsedir>/lib/suspend.eco <eclipsedir>/lib/version.pl This minimun runtime contains neither compiler nor toplevel, but you can load .eco files and execute goals via the C/C++ interface. If you want to run a command-line eclipse, you need in addition <eclipsedir>/lib/$ARCH/eclipse.exe Assuming I'm in <eclipsedir> on my x86_64_linux machine, I can then run e.g. % LD_LIBRARY_PATH=lib/x86_64_linux:$LD_LIBRARY_PATH lib/x86_64_linux/eclipse.exe -D . -e "writeln(hello)" hello Again, this contains neither a compiler nor a toplevel, but you can load your application as a .eco file with the -b option, and use -e to execute your main goal. Your real application will most likely need more libraries. You can find out which by calling current_compiled_file/3 when everything is loaded. Then copy the relevant .eco files into the lib directory of your compact ECLiPSe runtime directory. As for combining things into a single .eco file: It is actually possible to simply concatenate different .eco file in the same way you can concatenate source files. However, the use_module mechanism currently expects that modules are loaded from their own files, so this technique currently won't work well with libraries that are loaded using lib/1 or use_module/1. As there is not really a big advantage to having a single .eco file (as compared to a lib/ directory with several of them) I would not waste time trying to make this work. -- JoachimReceived on Wed Dec 30 2009 - 15:35:46 CET
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