def packer(fmtiter):
fl = fmtiter.accept_float_arg()
try:
return ieee.pack_float(fmtiter.result, fl, size, fmtiter.bigendian)
except OverflowError:
assert size == 4
raise StructOverflowError("float too large for format 'f'")
def packer(fmtiter):
fl = fmtiter.accept_float_arg()
try:
return ieee.pack_float(fmtiter.result, fl, size, fmtiter.bigendian)
except OverflowError:
assert size == 4
raise StructOverflowError("float too large for format 'f'")
def pack_float(f):
result = []
ieee.pack_float(result, f, 8, False)
return ''.join(result)
def pack_float(f):
result = []
ieee.pack_float(result, f, 8, False)
return ''.join(result)
def pack_float(f):
result = StringBuilder(8)
ieee.pack_float(result, f, 8, False)
return result.build()
def pack_float(f):
result = StringBuilder(8)
ieee.pack_float(result, f, 8, False)
return result.build()
def make_float_packer(size):
return lambda fmtiter: ieee.pack_float(fmtiter.result,
fmtiter.accept_float_arg(),
size,
fmtiter.bigendian)
def test_pack():
for number, size, bigendian, expected in testcases:
print "test_pack:", number, size, bigendian
res = []
pack_float(res, number, size, bigendian)
assert "".join(res) == expected
def test_pack():
for number, size, bigendian, expected in testcases:
print 'test_pack:', number, size, bigendian
res = []
pack_float(res, number, size, bigendian)
assert ''.join(res) == expected
def make_float_packer(size):
return lambda fmtiter: ieee.pack_float(
fmtiter.result, fmtiter.accept_float_arg(), size, fmtiter.bigendian)
