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<?xml version="1.0" standalone="no"?> <!--*- mode: xml -*-->
<app-bundle>
<meta>
<!-- Where to pick up the GTK+ installation, icon themes,
etc. Note that "${env:JHBUILD_PREFIX}" is evaluated to the
value of the environment variable JHBUILD_PREFIX. You can
define additional prefixes and refer to them in paths
throughout this file on the form "${prefix:name}". This is
useful for installing certain libraries or even the
application itself separately. Note that JHBUILD_PREFIX is
defined by jhbuild, so it you are not using jhbuild you can
either define your own or just hardcode the path here.
-->
<prefix name="default">${env:JHBUILD_PREFIX}</prefix>
<!-- The project directory is the default location of the created
app. If you leave out the path, the current directory is
used. Note the usage of an environment variable here again.
-->
<destination overwrite="yes">${env:ZENMAP_DIST_DIR}</destination>
<!-- Comment this out to keep the install names in binaries. -->
<run-install-name-tool/>
<!--A launcher script is pretty much mandatory here so that we can
set $PYTHON to point to the python in the bundle.
-->
<launcher-script>${project}/launcher.sh</launcher-script>
<!-- Indicate the active gtk version to use. This is needed only
for gtk+-3.0 projects. -->
<!--gtk>gtk+-2.0</gtk-->
</meta>
<!-- The special macro "${project}" refers to the directory where
this bundle file is located. The application name and bundle
identifier are taken from the plist file.
-->
<plist>${project}/Info.plist</plist>
<!-- This is mandatory, and the result gets named to the appname from
Info.plist with bin tacked on the end, in this example,
PyGtkDemo-bin. Bundler won't let us use the one from $project,
so we use the original and ignore it. If your original will work
in the bundle, you can use this instead.-->
<main-binary>
${prefix}/bin/pygtk-demo
</main-binary>
<!-- We need to pack our own Python to avoid compatibility problems. -->
<binary dest="${bundle}/Contents/MacOS">
${prefix}/bin/python
</binary>
<!-- Copy in libpyglib, which will pull in other dependencies we need -->
<binary>
${prefix}/lib/libpyglib-2.0-python2.0.dylib
</binary>
<!-- Gtk+ is required by python modules which aren't searched for
dependencies, so we have to pull it in explicitly. It will
bring Pango and Cairo with it. Note the use of ${gtkversion},
which expands to either 2.0 or 3.0, depending on which value of
gtk is specified.-->
<binary>
${prefix}/lib/libgtk-quartz-${gtkversion}.0.dylib
</binary>
<!-- Copy in GTK+ modules. Note the ${gtkdir} macro, which expands
to the correct library subdirectory for the specified gtk
version.
-->
<binary>
${prefix}/lib/${gtkdir}/modules/*.so
</binary>
<!-- Copy in GTK+ theme engines and print backends. Note the use of the
"${pkg:module:variable}" macro, which evaluates to a pkg-config
variable in the specified module. Note that any libraries that
binaries link to are also copied in automatically. Note also
the included ${gtk} macro, which gets the correct package name
to get. -->
<binary>
${prefix}/lib/${gtkdir}/${pkg:${gtk}:gtk_binary_version}/engines/*.so
</binary>
<binary>
${prefix}/lib/${gtkdir}/${pkg:${gtk}:gtk_binary_version}/printbackends/*.so
</binary>
<!-- Starting with 2.24, gdk-pixbuf installs into its own directory. -->
<binary>
${prefix}/lib/gdk-pixbuf-2.0/${pkg:gdk-pixbuf-2.0:gdk_pixbuf_binary_version}/loaders/*.so
</binary>
<!-- Translation filenames, one for each program or library that you
want to copy in to the bundle. The "dest" attribute is
optional, as usual. Bundler will find all translations of that
library/program under the indicated directory and copy them.-->
<translations name="gtk20">
${prefix}/share/locale
</translations>
<!-- We have to pull in the python modules, which are mixed python
and loadable modules. -->
<binary>${prefix}/lib/python2.7/lib-dynload/*.so</binary>
<binary>${prefix}/lib/python2.7/site-packages/*.so</binary>
<binary>${prefix}/lib/python2.7/site-packages/cairo/*.so</binary>
<binary>${prefix}/lib/python2.7/site-packages/glib/*.so</binary>
<binary>${prefix}/lib/python2.7/site-packages/gobject/*.so</binary>
<binary>${prefix}/lib/python2.7/site-packages/gtk-2.0/*.so</binary>
<binary>${prefix}/lib/python2.7/site-packages/gtk-2.0/gio/*.so</binary>
<binary>${prefix}/lib/python2.7/site-packages/gtk-2.0/gtk/*.so</binary>
<binary>${prefix}/lib/python2.7/site-packages/gtkosx_application/*.so</binary>
<!-- Pending this pull request: https://github.com/GNOME/gtk-mac-bundler/pull/1
Without it, this data block will overwrite the binaries above, undoing
the work of the run-install-name-tool option. -->
<data>
${prefix}/lib/python2.7/
</data>
<!-- Copy in the themes data. You may want to trim this to save space
in your bundle. -->
<data>
${prefix}/share/themes
</data>
<!-- Copy icons. Note that the .icns file is an Apple format which
contains up to 4 sizes of icon. You can use
/Developer/Applications/Utilities/Icon Composer.app to import
artwork and create the file. -->
<data dest="${bundle}/Contents/Resources">
${project}/zenmap.icns
</data>
<!-- This is where theme commands go. You can copy them in from your
theme of choice if they provide and example, or you can just
change the source path. -->
<data dest="${bundle}/Contents/Resources/etc/${gtkdir}/gtkrc">
${project}/gtkrc
</data>
<!-- Icon themes to copy. The "icons" property can be either of
"auto", "all", or "none". All or none should be
self-explanatory, while auto means that the script will try to
figure out which icons are needed. This is done by getting all
the strings from all copied binaries, and matching them against
icon names. To be safe, you should use "all". "none" is useful
if you want just the index.theme file but no icons, mostly
needed for the "hicolor" base theme.
>
<icon-theme icons="auto">
Tango
</icon-theme -->
</app-bundle>
|
