TOOLNAME = lli
PARALLEL_DIRS = Interpreter JIT
-JITLIBS = lli-jit codegen x86
-USEDLIBS = lli-interpreter $(JITLIBS) bcreader vmcore scalaropts.a \
- analysis.a support.a target.a
+# FIXME: This enables testing the Sparc JIT on x86.
+# Perhaps in the future this should be a ./configure option.
+
+# Generic JIT libraries
+JITLIBS = lli-jit codegen
+ARCHLIBS =
+
+# What the X86 JIT requires
+JITLIBS += x86
+ARCHLIBS +=
+
+# What the Sparc JIT requires
+JITLIBS += sparc
+ARCHLIBS = sched livevar instrument.a profpaths transformutils.a \
+ bcwriter transforms.a ipo.a ipa.a datastructure.a regalloc \
+ mapping select postopts.a preopts
+
+USEDLIBS = lli-interpreter $(JITLIBS) bcreader vmcore scalaropts \
+ analysis.a support.a target.a $(ARCHLIBS)
# Have gcc tell the linker to export symbols from the program so that
# dynamically loaded modules can be linked against them.
TOOLNAME = lli
PARALLEL_DIRS = Interpreter JIT
-JITLIBS = lli-jit codegen x86
-USEDLIBS = lli-interpreter $(JITLIBS) bcreader vmcore scalaropts.a \
- analysis.a support.a target.a
+# FIXME: This enables testing the Sparc JIT on x86.
+# Perhaps in the future this should be a ./configure option.
+
+# Generic JIT libraries
+JITLIBS = lli-jit codegen
+ARCHLIBS =
+
+# What the X86 JIT requires
+JITLIBS += x86
+ARCHLIBS +=
+
+# What the Sparc JIT requires
+JITLIBS += sparc
+ARCHLIBS = sched livevar instrument.a profpaths transformutils.a \
+ bcwriter transforms.a ipo.a ipa.a datastructure.a regalloc \
+ mapping select postopts.a preopts
+
+USEDLIBS = lli-interpreter $(JITLIBS) bcreader vmcore scalaropts \
+ analysis.a support.a target.a $(ARCHLIBS)
# Have gcc tell the linker to export symbols from the program so that
# dynamically loaded modules can be linked against them.