def test_transform(): #XXX This uses Module transforms, think about Function transforms too.
llvmjit.restart()
llvmjit.parse(lldeadcode)
deadcode = llvmjit.getNamedFunction('deadcode')
assert llvmjit.execute(deadcode, 10) == 10 * 2
assert llvmjit.transform(3) #optlevel = [0123]
assert llvmjit.execute(deadcode, 20) == 20 * 2
def test_transform(
): #XXX This uses Module transforms, think about Function transforms too.
llvmjit.restart()
llvmjit.parse(lldeadcode)
deadcode = llvmjit.getNamedFunction('deadcode')
assert llvmjit.execute(deadcode, 10) == 10 * 2
assert llvmjit.transform(3) #optlevel = [0123]
assert llvmjit.execute(deadcode, 20) == 20 * 2
def end(self):
log(' RLLVMGenOp.end')
self.blocklist.append(EpilogueBlock())
asmlines = []
for block in self.blocklist:
block.writecode(asmlines)
if LINENO:
asmlines = ['%s ;%d' % (asmlines[i], i+1) for i in range(len(asmlines))]
asm_string = '\n'.join(asmlines)
self.blocklist = None
if PRINT_SOURCE:
print asm_string
logger.dump(asm_string)
parse_ok = llvmjit.parse(asm_string)
if not parse_ok:
raise ParseException()
llvmjit.transform(3) #optimize module (should be on functions actually)
function = llvmjit.getNamedFunction(self.name)
entrypoint = llvmjit.getPointerToFunctionAsInt(function)
# XXX or directly cast the ctypes ptr to int with:
# ctypes.cast(ptr, c_void_p).value
self.funcsig[entrypoint] = self.funcsig[self.gv_entrypoint.value]
self.gv_entrypoint.value = entrypoint
