#Compile latex file using a makefile in windows code#
Your sources to native code without any further profiling options/targets. OCamlMakefile will force an error if you try to do this.Ī short hint for DEC Alpha-users (under Digital Unix): you may also compile Please note that it is not currently possible to profile byte code with make pnc will build native code that can be profiled with gprof.
make pbc will build byte code that can be profiled with ocamlprof. (native code), compile your project with one of the profiling targets (see To generate code that can be profiled with ocamlprof (byte code) or gprof Then you can immediatelyĪpply ocamldebug to the executable. Recompile your project with debugging information. This is easy: if you discover a bug, just do a make clean make dc to %.ml-files and %.di for ones derived from %.mli-files. The endings of the dependency files are: %.d for those generated from _ncdi - contains native code dependencies for. _bcdi - contains byte code dependencies for. The dependencies are stored in three different subdirectories (dot dirs): Thus, OCamlMakefile renames %.c to %_idl.c to work Not such a good idea, because when generating native-code, both theįile %.c and %.ml would generate files %.o which would overwriteĮach other. %_idl.c - camlidl generates a file %.c from %.idl, but this is. OCamlMakefile additionally generates ( % is the basename of source file): The tools in the OCaml-distribution to see what kind of files are generated. Make cleanup is similar to make clean but keeps executables.Īnother way to destroy some important files is by having OCamlMakefileĪutomatically generate files with the same name. So again, make sure your variables are ok! Make clean removes all (all!) automatically generated files. Of your library using -noautolink and add another link flag that Then you have to override the automatic link flags It is sometimes more convenient to link all C-object files into a Your include path if you link your library against an executable. OCaml links C-object files only when they are used in an executable.Īfter compilation they should be placed in some directory that is in Here is a short note concerning building and linking byte code libraries Native-code-nolink (ncnl) - no linking stageĭebug-code-nolink (dcnl) - no linking stage Copy it into the directory of the project to be compiled.Īdd the following statement as last line to your Makefile:īyte-code-nolink (bcnl) - no linking stage Whether the path to the standard libraries is ok, what executables shallīe used, etc. 
Them to the values that are valid on your system. Have a look at the default settings in OCamlMakefile and set There are two ways of making use of OCamlMakefile: To create your own project, first edit a project-specific Makefile in theĪppropriate directory. It is recommended that first-time users take a look at the examples in theĭistribution for a quick introduction. You may want to investigate the following tools to approach larger
This is a general shortcoming of the already somewhat dated make. Though it can scale to medium-sized projects, large projects with,įor example, dependencies across multiple libraries in different It may not be a good choice in projects where many compilation units Just about the minimum (filenames of sources). Even fairly complex compilation processes (see exampleĬalc.ml) need only little information to work correctly, sometimes Only way to guarantee that ocamldep can do its job.Ĭonvenience. Generated OCaml-files exist before dependency calculation. It generates dependencies correctly by ensuring that all automatically It is well-tested across multiple platforms and has been used in many tar.gz OCamlMakefile - A Simple Generic Makefile for OCaml-Projects Prerequisites OCamlMakefile - A Simple Generic Makefile for OCaml-Projects Ocaml-makefile Easy to use Makefile for small to medium-sized OCaml-projects View on GitHub Download.
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