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* README.generator : updates for new parser script * api/Makefile.in : add gtkhtml-api.xml * api/*-api.xml : regenerated * parser/makefile : install new parsing script * parser/gapi-parser : new xml-driven parsing script * sources/makefile : call new parsing script * sources/gtk-sharp-sources.xml : new parser input file * sources/gtk-sharp.sources : killed svn path=/trunk/gtk-sharp/; revision=18491
63 lines
2.8 KiB
Plaintext
63 lines
2.8 KiB
Plaintext
How to use the Gtk# code generator:
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Install dependencies:
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* You need to install the XML::LibXML perl bindings and Gtk#.
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Parse the library:
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* Create an xml file defining the libraries to be parsed. The
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format of the XML is:
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<gapi-parser-input>
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<api filename="../api/atk-api.xml">
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<library name="libatk-1.0-0.dll">
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<namespace name="Atk">
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<dir>atk-1.2.4/atk</dir>
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</namespace>
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</library>
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</api>
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<gapi-parser-input>
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The api element filename attribute specifies the parser output file location.
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The name attribute on the library output points to the native library name. If
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you are creating a cross-platform project, you will want to specify the win32 dll
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name here and use mono's config mechanism to map the name on other platforms.
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The dir element points to a src directory to be parsed. Currently all .c and .h
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files in the directory are parsed.
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All the elements inside the root can have multiples. The source/gtk-sharp-sources.xml
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file has examples of producing multiple api files with a single parser input file, as
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well as including muliple libraries in a single output file.
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* Create metadata rules files named <namespace>.metadata in the directory where you invoke
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the parser. Metadata rules allow you to massage the parsed api if necessary. Examples
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of rule formats can be found in the sources directory.
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* Execute the parser on your xml input file:
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gapi-parser <xml-input-filename>
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* Distribute the xml file(s) produced by the parser with your project so that your
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users don't need to have any native library source, or perl libraries installed in
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order to build your project.
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Within your project directory, do the following:
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* Setup a toplevel subdirectory for each namespace/assembly you
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are wrapping. Instruct the makefile for this directory to compile,
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at minimum, generated/*.
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* Run gapi_codegen.exe on the API file(s) you created with the parser. If you depend
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on any other wrapped libraries (such as gtk-sharp.dll), you need to include their API
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listings via the --include directive. The code generator, if successful, will have
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populated the assembly directories with generated/ directories. It is generally helpful
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to automate this process with makefiles. Gtk# uses the following organization:
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- sources/: Source directories, .sources listing, .metadata files.
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developers run make manually here when they want to update the API files.
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- api/: API files
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The files are committed to CVS and included in releases for the convenience
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of the lib user. This dir is included in the build before the namespace dirs
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and the generator is invoked from this dir.
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