def inputconst(reqtype, value):
"""Return a Constant with the given value, of the requested type,
which can be a Repr instance or a low-level type.
"""
if isinstance(reqtype, Repr):
value = reqtype.convert_const(value)
lltype = reqtype.lowleveltype
elif isinstance(reqtype, LowLevelType):
lltype = reqtype
else:
raise TypeError(repr(reqtype))
# Void Constants can hold any value;
# non-Void Constants must hold a correctly ll-typed value
if lltype is not Void:
try:
realtype = typeOf(value)
except (AssertionError, AttributeError):
realtype = '???'
if not isCompatibleType(realtype, lltype):
raise TyperError("inputconst(reqtype = %s, value = %s):\n"
"expected a %r,\n"
" got a %r" % (reqtype, value,
lltype, realtype))
c = Constant(value)
c.concretetype = lltype
return c
def inputconst(reqtype, value):
"""Return a Constant with the given value, of the requested type,
which can be a Repr instance or a low-level type.
"""
if isinstance(reqtype, Repr):
value = reqtype.convert_const(value)
lltype = reqtype.lowleveltype
elif isinstance(reqtype, LowLevelType):
lltype = reqtype
else:
raise TypeError(repr(reqtype))
# Void Constants can hold any value;
# non-Void Constants must hold a correctly ll-typed value
if lltype is not Void:
try:
realtype = typeOf(value)
except (AssertionError, AttributeError):
realtype = '???'
if not isCompatibleType(realtype, lltype):
raise TyperError("inputconst(reqtype = %s, value = %s):\n"
"expected a %r,\n"
" got a %r" %
(reqtype, value, lltype, realtype))
c = Constant(value)
c.concretetype = lltype
return c
def perform_call(self, f, ARGS, args):
fobj = self.llinterpreter.typer.type_system.deref(f)
has_callable = getattr(fobj, '_callable', None) is not None
if hasattr(fobj, 'graph'):
graph = fobj.graph
else:
assert has_callable, "don't know how to execute %r" % f
return self.invoke_callable_with_pyexceptions(f, *args)
args_v = graph.getargs()
if len(ARGS) != len(args_v):
raise TypeError("graph with %d args called with wrong func ptr type: %r" %(len(args_v), ARGS))
for T, v in zip(ARGS, args_v):
if not lltype.isCompatibleType(T, v.concretetype):
raise TypeError("graph with %r args called with wrong func ptr type: %r" %
(tuple([v.concretetype for v in args_v]), ARGS))
frame = self.__class__(graph, args, self.llinterpreter)
return frame.eval()
def perform_call(self, f, ARGS, args):
fobj = self.llinterpreter.typer.type_system.deref(f)
has_callable = getattr(fobj, '_callable', None) is not None
if hasattr(fobj, 'graph'):
graph = fobj.graph
else:
assert has_callable, "don't know how to execute %r" % f
return self.invoke_callable_with_pyexceptions(f, *args)
args_v = graph.getargs()
if len(ARGS) != len(args_v):
raise TypeError(
"graph with %d args called with wrong func ptr type: %r" %
(len(args_v), ARGS))
for T, v in zip(ARGS, args_v):
if not lltype.isCompatibleType(T, v.concretetype):
raise TypeError(
"graph with %r args called with wrong func ptr type: %r" %
(tuple([v.concretetype for v in args_v]), ARGS))
frame = self.__class__(graph, args, self.llinterpreter)
return frame.eval()