def _get_list(self, i):
from pycket.values import W_Fixnum
if i == 0:
return W_Fixnum(self.vals_fixed_0)
else:
assert i == 1
return W_Fixnum(self.vals_fixed_1)
def make_known_char_range_list(args):
all_known = [None] * LEN_CHAR_RANGES
for i, (start, end, same_props) in enumerate(known_char_ranges):
all_known[i] = to_list(
[W_Fixnum(start),
W_Fixnum(end),
W_Bool.make(same_props)])
return to_list(all_known)
def to_num(value):
if value[0] == "+":
value = value[1:]
if value == "inf.0":
return W_Flonum.INF
elif value == "-inf.0":
return W_Flonum.NEGINF
elif value == "nan.0":
return W_Flonum.NAN
if "/" in value:
if len(re.findall('/', value)) > 1:
raise Exception(
"Something's wrong with this rational number : %s" % value)
sides = value.split("/")
numer = sides[0]
denom = sides[1]
return W_Rational.make(to_num(numer), to_num(denom))
v = float(value)
if "." in value:
return W_Flonum(v)
else:
try:
return W_Fixnum.make(string_to_int(value))
except ParseStringOverflowError:
val = rbigint.fromdecimalstr(value)
return W_Bignum(val)
raise Exception("Didn't know what to do with this number : %s" % value)
def wrap(self, val):
assert isinstance(val, float)
bits = float2longlong(val)
if is_int32_from_longlong_nan(bits):
bits = decode_int32_from_longlong_nan(bits)
return W_Fixnum(bits)
return W_Flonum(val)
def _get_list(self, i):
from pycket.values import W_Fixnum
assert i == 0
return W_Fixnum(self.vals_fixed_0)
def ref_all(self, w_vector):
unwrapped = self._storage(w_vector)
return [W_Fixnum.make_or_interned(i) for i in unwrapped]
def ref_all(self, w_vector):
unwrapped = self._storage(w_vector)
return [W_Fixnum.make_or_interned(i) for i in unwrapped]
def wrap(self, val):
assert isinstance(val, int)
return W_Fixnum(val)
