return out
def abs(self, space):
return W_FloatObject(abs(self.floatval))
def overflow_convert(self, space):
return space.wrap(self.float_w(space))
def eval_static(self, space):
return self
def serialize(self, space, builder, memo):
prec = memo.serialize_precision
if prec == 0:
prec = (space.int_w(
space.ec.interpreter.config.get_ini_w('serialize_precision'))
or 17)
memo.serialize_precision = prec
builder.append("d:")
builder.append(self._repr(prec=prec))
builder.append(";")
return True
for _name in BINOP_LIST:
if hasattr(W_FloatObject, _name):
continue
setattr(W_FloatObject, _name, _new_binop(W_FloatObject, _name,
'floatval',
_name in BINOP_COMPARISON_LIST))
try:
z = ovfcheck(x * y)
except OverflowError:
return space.newfloat(float(x) * float(y))
return W_IntObject(z)
def overflow_convert(self, space):
return self
def serialize(self, space, builder, memo):
builder.append("i:")
builder.append(str(self.intval))
builder.append(";")
return True
def ll_serialize(self, builder):
builder.append("i")
builder.append(struct.pack("l", self.intval))
def eval_static(self, space):
return self
for _name in BINOP_LIST:
if hasattr(W_IntObject, _name):
continue
setattr(
W_IntObject, _name,
_new_binop(W_IntObject, _name, 'intval', _name
in BINOP_COMPARISON_LIST))
return "%s" % inf.upper()
if isnan(self.floatval):
return "NAN"
out = "%s%s%s" % (indent, self.str(space), suffix)
return out
def abs(self, space):
return W_FloatObject(abs(self.floatval))
def overflow_convert(self, space):
return space.wrap(self.float_w(space))
def eval_static(self, space):
return self
def serialize(self, space, builder, memo):
prec = space.int_w(
space.ec.interpreter.config.get_ini_w('serialize_precision')) or 17
_str = self._repr(prec=prec)
builder.append("d:%s;" % _str)
return True
for _name in BINOP_LIST:
if hasattr(W_FloatObject, _name):
continue
setattr(
W_FloatObject, _name,
_new_binop(W_FloatObject, _name, 'floatval', _name
in BINOP_COMPARISON_LIST))
def mul(self, space, w_other):
assert isinstance(w_other, W_IntObject)
x = self.intval
y = w_other.intval
try:
z = ovfcheck(x * y)
except OverflowError:
return space.newfloat(float(x) * float(y))
return W_IntObject(z)
def overflow_convert(self, space):
return self
def serialize(self, space, builder, memo):
builder.append("i:%d;" % self.intval)
return True
def ll_serialize(self, builder):
builder.append("i")
builder.append(struct.pack("l", self.intval))
def eval_static(self, space):
return self
for _name in BINOP_LIST:
if hasattr(W_IntObject, _name):
continue
setattr(W_IntObject, _name, _new_binop(W_IntObject, _name, "intval", _name in BINOP_COMPARISON_LIST))