finished changes to deps directory building
[physics.git] / rules.mk
index ff1f46c..5a5eb5b 100644 (file)
--- a/rules.mk
+++ b/rules.mk
@@ -1,48 +1,39 @@
 
-# HACK
-.PHONY: all-physics objs-physics deps-physics
-all-physics: ${TARGET_$P} ${CFGS_$P} ${LIBSTXT_$P} ${LIBSCPY_$P} ${TXT_$P}
-objs-physics: ${L_OBJS_$P}
-deps-physics: ${L_DEPS_$P}
+${G_ALL_PHYSICS}: ${TARGET_$P} ${CFGS_$P} ${LIBSTXT_$P} ${LIBSCPY_$P} ${TXT_$P}
+${G_OBJS_PHYSICS}: ${L_OBJS_$P}
+${G_DEPS_PHYSICS}: ${L_DEPS_$P}
 
-# HACK
-all: all-physics
 
-
-${TARGETTMP_$D}: ${BINDIR_$P}${LIBSDIRNAME_$P}${SONAME_${G_LIB}}
+${TARGETTMP_$D}: ${BINDIR_$P}/${LIBSDIRNAME_$P}/${SONAME_${G_LIB}}
 
 
 # rule to copy library lib into the working directory
-${BINDIR_$P}${LIBSDIRNAME_$P}${SONAME_${G_LIB}}: ${TARGET_${G_LIB}} | $${@D}
+${BINDIR_$P}/${LIBSDIRNAME_$P}/${SONAME_${G_LIB}}: ${TARGET_${G_LIB}} | $${SS_DIR}
        ${cmd-cp}
 
 # how to link the main target
-${TARGETTMP_$P}: ${L_OBJS_$P} | $${@D}
+${TARGETTMP_$P}: ${L_OBJS_$P} | $${SS_DIR}
        ${cmd-link}
 
 # rule to copy tmp target to working directory
-${TARGET_$P}: ${TARGETTMP_$P} | $${@D}
+${TARGET_$P}: ${TARGETTMP_$P} | $${SS_DIR}
        ${cmd-cp}
 
 # rule to copy the config files into the working directory
-${DSTCFGDIR_$P}%: ${SRCCFGDIR_$P}% | $${@D}
+${DSTCFGDIR_$P}/%: ${SRCCFGDIR_$P}/% | $${SS_DIR}
        ${cmd-cp}
 
 # rule to copy the library files into the working directory
-${DSTLIBSDIR_$P}%: ${SRCLIBSDIR_$P}% | $${@D}
+${DSTLIBSDIR_$P}/%: ${SRCLIBSDIR_$P}/% | $${SS_DIR}
        ${cmd-cp}
 
 # rule to copy the text files into the working directory
-${DSTTXTDIR_$P}%: ${SRCTXTDIR_$P}% | $${@D}
+${DSTTXTDIR_$P}/%: ${SRCTXTDIR_$P}/% | $${SS_DIR}
        ${cmd-cp}
 
 # rule to make an object file from a .cpp
-${OBJSDIR_$P}%.o: ${SRCSDIR_$P}%.cpp | $${@D}
-       ${cmd-cpptoobj}
-
-# rule to make a depend file from a .cpp
-${DEPSDIR_$P}%.d: ${SRCSDIR_$P}%.cpp | $${@D}
-       ${cmd-cpptodep}
+${OBJSDIR_$P}/%.o: ${SRCSDIR_$P}/%.cpp | $${SS_DIR} $${call SS_DEPSDIR,$P}
+       ${cmd-cpp_to_obj_and_dep}
 
 
 T := $P