def marshal_w__Complex(space, w_complex, m):
if m.version > 1:
m.start(TYPE_BINARY_COMPLEX)
m.put(pack_float(w_complex.realval))
m.put(pack_float(w_complex.imagval))
else:
# XXX a bit too wrap-happy
w_real = space.wrap(w_complex.realval)
w_imag = space.wrap(w_complex.imagval)
m.start(TYPE_COMPLEX)
m.put_pascal(space.str_w(repr_float(space, w_real)))
m.put_pascal(space.str_w(repr_float(space, w_imag)))
def marshal_w__Complex(space, w_complex, m):
if m.version > 1:
m.start(TYPE_BINARY_COMPLEX)
m.put(pack_float(w_complex.realval))
m.put(pack_float(w_complex.imagval))
else:
# XXX a bit too wrap-happy
w_real = space.wrap(w_complex.realval)
w_imag = space.wrap(w_complex.imagval)
m.start(TYPE_COMPLEX)
m.put_pascal(space.str_w(repr_float(space, w_real)))
m.put_pascal(space.str_w(repr_float(space, w_imag)))
def marshal_w__Float(space, w_float, m):
if m.version > 1:
m.start(TYPE_BINARY_FLOAT)
m.put(pack_float(w_float.floatval))
else:
m.start(TYPE_FLOAT)
m.put_pascal(space.str_w(repr_float(space, w_float)))
def marshal_w__Float(space, w_float, m):
if m.version > 1:
m.start(TYPE_BINARY_FLOAT)
m.put(pack_float(w_float.floatval))
else:
m.start(TYPE_FLOAT)
m.put_pascal(space.str_w(repr_float(space, w_float)))
