build: Rename from gnome-clang to Tartan

Make the name a little less GNOME-centric, since the plugin actually
only (currently) deals with GLib, so has much wider application than
just on GNOME code.

Also, ‘Tartan’ sounds cooler.

2 files changed, 76 insertions, 64 deletions

diff --git a/scripts/gnome-clang b/scripts/gnome-clang
deleted file mode 100755
index f3a3349..0000000
--- a/scripts/gnome-clang
+++ /dev/null
@@ -1,64 +0,0 @@
-#!/bin/sh
-
-clang_bin_dir=`dirname "$0"`
-clang_prefix="$clang_bin_dir/.."
-
-# Try and find the real Clang executable. $GNOME_CLANG_CC trumps everything.
-# Otherwise assume clang is in the same directory as this script if they’re both
-# installed. Failing that, use a hard-coded Clang path.
-if [ "x$GNOME_CLANG_CC" != "x" ]; then
-	real_clang="$GNOME_CLANG_CC"
-elif [ -f "$clang_prefix/bin/clang" ]; then
-	real_clang="$clang_prefix/bin/clang"
-elif [ -f `which clang` ]; then
-	real_clang=`which clang`
-else
-	echo "Error: Could not find clang executable. Set GNOME_CLANG_CC to the absolute path of the real clang executable." >& 2
-fi
-
-# Extract the clang version.
-# clang --version returns something like:
-#     clang version 3.3 (tags/RELEASE_33/rc3)
-#     Target: x86_64-redhat-linux-gnu
-#     Thread model: posix
-clang_version=`"$real_clang" --version | head -n1 | cut -f3 -d ' '`
-
-# Try and find the gnome-clang plugin. $GNOME_CLANG_PLUGIN trumps everything.
-if [ "x$GNOME_CLANG_PLUGIN" != "x" ]; then
-	plugin_path="$GNOME_CLANG_PLUGIN"
-elif [ -f "$clang_bin_dir/clang-plugin/.libs/libclang-gnome.so" ]; then
-	# Uninstalled, from the source directory.
-	plugin_path="$clang_bin_dir/clang-plugin/.libs/libclang-gnome.so"
-elif [ -f "$clang_prefix/lib64/gnome-clang/$clang_version/libclang-gnome.so" ]; then
-	# 64-bit installed.
-	plugin_path="$clang_prefix/lib64/gnome-clang/$clang_version/libclang-gnome.so"
-elif [ -f "$clang_prefix/lib/gnome-clang/$clang_version/libclang-gnome.so" ]; then
-	# 32-bit installed.
-	plugin_path="$clang_prefix/lib/gnome-clang/$clang_version/libclang-gnome.so"
-else
-	echo "Error: Could not find libclang-gnome.so. Set GNOME_CLANG_PLUGIN to the absolute path of the gnome-clang plugin." >& 2
-fi
-
-plugin_name=gnome
-
-# Process GNOME_CLANG_OPTIONS, prefixing everything with -plugin-arg-gnome to
-# ensure Clang passes it to (only) the plugin.
-plugin_options=()
-for arg in $GNOME_CLANG_OPTIONS; do
-	plugin_options+=( '-plugin-arg-gnome' )
-	plugin_options+=( "$arg" )
-done
-
-# Clang can’t accept -load as the first argument.
-first_arg=$1
-shift
-
-# Exec Clang with the plugin loaded.
-exec "$real_clang" \
-	"$first_arg" \
-	-load "$plugin_path" \
-	-add-plugin "$plugin_name" \
-	${plugin_gir_options[@]} \
-	${plugin_options[@]} \
-	$GNOME_CLANG_CFLAGS \
-	"$@"
diff --git a/scripts/tartan b/scripts/tartan
new file mode 100755
index 0000000..027fe90
--- /dev/null
+++ b/scripts/tartan
@@ -0,0 +1,76 @@
+#!/bin/sh
+
+clang_bin_dir=`dirname "$0"`
+clang_prefix="$clang_bin_dir/.."
+
+# Try and find the real Clang executable. $TARTAN_CC trumps everything.
+# Otherwise assume clang is in the same directory as this script if they’re both
+# installed. Failing that, use a hard-coded Clang path.
+if [ "x$TARTAN_CC" != "x" ]; then
+	real_clang="$TARTAN_CC"
+elif [ "x$GNOME_CLANG_CC" != "x" ]; then
+	# Fallback from before project rename
+	real_clang="$GNOME_CLANG_CC"
+elif [ -f "$clang_prefix/bin/clang" ]; then
+	real_clang="$clang_prefix/bin/clang"
+elif [ -f `which clang` ]; then
+	real_clang=`which clang`
+else
+	echo "Error: Could not find clang executable. Set TARTAN_CC to the absolute path of the real clang executable." >& 2
+fi
+
+# Extract the clang version.
+# clang --version returns something like:
+#     clang version 3.3 (tags/RELEASE_33/rc3)
+#     Target: x86_64-redhat-linux-gnu
+#     Thread model: posix
+clang_version=`"$real_clang" --version | head -n1 | cut -f3 -d ' '`
+
+# Try and find the Tartan plugin. $TARTAN_PLUGIN trumps everything.
+if [ "x$TARTAN_PLUGIN" != "x" ]; then
+	plugin_path="$TARTAN_PLUGIN"
+elif [ "x$GNOME_CLANG_PLUGIN" != "x" ]; then
+	# Fallback from before project rename
+	plugin_path="$GNOME_CLANG_PLUGIN"
+elif [ -f "$clang_bin_dir/clang-plugin/.libs/libtartan.so" ]; then
+	# Uninstalled, from the source directory.
+	plugin_path="$clang_bin_dir/clang-plugin/.libs/libtartan.so"
+elif [ -f "$clang_prefix/lib64/tartan/$clang_version/libtartan.so" ]; then
+	# 64-bit installed.
+	plugin_path="$clang_prefix/lib64/tartan/$clang_version/libtartan.so"
+elif [ -f "$clang_prefix/lib/tartan/$clang_version/libtartan.so" ]; then
+	# 32-bit installed.
+	plugin_path="$clang_prefix/lib/tartan/$clang_version/libtartan.so"
+else
+	echo "Error: Could not find libtartan.so. Set TARTAN_PLUGIN to the absolute path of the Tartan plugin." >& 2
+fi
+
+plugin_name=tartan
+
+# Process TARTAN_OPTIONS, prefixing everything with -plugin-arg-tartan to
+# ensure Clang passes it to (only) the plugin. Also do GNOME_CLANG_OPTIONS as
+# a fallback from before the project rename.
+plugin_options=()
+for arg in $GNOME_CLANG_OPTIONS; do
+	plugin_options+=( '-plugin-arg-tartan' )
+	plugin_options+=( "$arg" )
+done
+for arg in $TARTAN_OPTIONS; do
+	plugin_options+=( '-plugin-arg-tartan' )
+	plugin_options+=( "$arg" )
+done
+
+# Clang can’t accept -load as the first argument.
+first_arg=$1
+shift
+
+# Exec Clang with the plugin loaded.
+exec "$real_clang" \
+	"$first_arg" \
+	-load "$plugin_path" \
+	-add-plugin "$plugin_name" \
+	${plugin_gir_options[@]} \
+	${plugin_options[@]} \
+	$GNOME_CLANG_CFLAGS \
+	$TARTAN_CFLAGS \
+	"$@"