def options(self):
fixture = Fixture()
run(fixture.f,
"-mand=em -defnone=dee -noarg -multi m1 "
"-mand-opt=emo -multi=m2 -optzero ozed -multi-opt mo1 -noarg-opt".
split())
self.assertEqual(dict(fixture.defaults,
mand="em", defnone="dee", noarg=True, multi=["m1", "m2"],
mand_opt="emo", optzero="ozed", multi_opt=["mo1"], noarg_opt=True,
), fixture.values)
def frozen(self):
"""Input parameters should not be modified"""
def f(a, b):
pass
f.param_types = dict(a=int)
args = "7 42".split()
param_types = dict(b=int)
run(f, args, param_types=param_types)
self.assertEqual("7 42".split(), args)
self.assertEqual(dict(b=int), param_types)
def frozen(self):
"""Input parameters should not be modified"""
def f(a, b):
pass
f.param_types = dict(a=int)
args = "7 42".split()
param_types = dict(b=int)
run(f, args, param_types=param_types)
self.assertEqual("7 42".split(), args)
self.assertEqual(dict(b=int), param_types)
def types(self):
"""Test argument types"""
fixture = Fixture()
fixture.f.param_types = dict(
var=float, mand_opt=set, optzero=int, multi_opt=float)
run(fixture.f,
"-mand-opt=hallo -optzero -12 -multi-opt=inf -multi-opt=01.0e+01 "
"mand x x x -- 0 -1 +.625e-1".
split())
self.assertEqual("mand", fixture.values["mand"])
self.assertEqual((0, -1, 0.0625), fixture.values["var"])
self.assertEqual(set("halo"), fixture.values["mand_opt"])
self.assertEqual(-12, fixture.values["optzero"])
self.assertEqual([float("inf"), 10], fixture.values["multi_opt"])
def types(self):
"""Test argument types"""
fixture = Fixture()
fixture.f.param_types = dict(var=float,
mand_opt=set,
optzero=int,
multi_opt=float)
run(
fixture.f,
"-mand-opt=hallo -optzero -12 -multi-opt=inf -multi-opt=01.0e+01 "
"mand x x x -- 0 -1 +.625e-1".split())
self.assertEqual("mand", fixture.values["mand"])
self.assertEqual((0, -1, 0.0625), fixture.values["var"])
self.assertEqual(set("halo"), fixture.values["mand_opt"])
self.assertEqual(-12, fixture.values["optzero"])
self.assertEqual([float("inf"), 10], fixture.values["multi_opt"])
def options(self):
fixture = Fixture()
run(
fixture.f, "-mand=em -defnone=dee -noarg -multi m1 "
"-mand-opt=emo -multi=m2 -optzero ozed -multi-opt mo1 -noarg-opt".
split())
self.assertEqual(
dict(
fixture.defaults,
mand="em",
defnone="dee",
noarg=True,
multi=["m1", "m2"],
mand_opt="emo",
optzero="ozed",
multi_opt=["mo1"],
noarg_opt=True,
), fixture.values)
def positional(self):
"""Test function is called correctly"""
fixture = Fixture()
run(fixture.f, "em -mand-opt emo".split())
self.assertEqual(dict(fixture.defaults, mand="em", mand_opt="emo"),
fixture.values)
def type_names(self):
"""Parameter name checking for "param_types" attribute"""
fixture = Fixture()
fixture.f.param_types = dict({"*": int}, optzero=int, invalid=int)
with self.assertRaises(TypeError):
run(fixture.f, "x -mand-opt=x".split())
except LookupError:
print(" Symbol not found:", name)
else:
print(" {}".format(format_symbol(sym)))
def format_tag(tag, obj, names):
names = dict((getattr(obj, name), name) for name in names.split(", "))
try:
name = names[tag]
except LookupError:
name = ""
else:
name = " ({})".format(name)
return "0x{:X}{}".format(tag, name)
def format_symbol(sym):
return "{!r}: {}, {}, {}, shndx {}".format(
sym.name,
sym.entry["st_info"]["bind"],
sym.entry["st_info"]["type"],
sym.entry["st_other"]["visibility"],
sym.entry["st_shndx"],
)
def bitmask(bits):
return ~(~0 << bits)
if __name__ == "__main__":
from clifunc import run
run(main)
def type_names(self):
"""Parameter name checking for "param_types" attribute"""
fixture = Fixture()
fixture.f.param_types = dict({"*": int}, optzero=int, invalid=int)
with self.assertRaises(TypeError):
run(fixture.f, "x -mand-opt=x".split())
def positional(self):
"""Test function is called correctly"""
fixture = Fixture()
run(fixture.f, "em -mand-opt emo".split())
self.assertEqual(dict(fixture.defaults, mand="em", mand_opt="emo"),
fixture.values)
# TODO: base on size if no total; empty dict if neither
control.set_done(header["part"])
while True:
header = yield from decoder.parse_header()
if not header:
return
if header["size"] != control.total_length:
raise ValueError(header["size"])
if header["name"] != self.name:
raise ValueError(header["name"])
# TODO: validate header more; use download.piece_length
if control.is_done(header["part"]):
continue
yield from decoder.decode_part(download.file, header)
control.set_done(header["part"])
def iter_segments(self):
for element in self.nzb.iterfind(NZB + "segments"):
for segment in element:
if segment.tag != NZB + "segment":
raise ValueError(segment.tag)
[id] = segment.itertext()
yield (segment, id)
timeouts = (socket.timeout, TimeoutError)
if __name__ == "__main__":
import clifunc
clifunc.run()
# TODO: base on size if no total; empty dict if neither
control.set_done(header["part"])
while True:
header = yield from decoder.parse_header()
if not header:
return
if header["size"] != control.total_length:
raise ValueError(header["size"])
if header["name"] != self.name:
raise ValueError(header["name"])
# TODO: validate header more; use download.piece_length
if control.is_done(header["part"]):
continue
yield from decoder.decode_part(download.file, header)
control.set_done(header["part"])
def iter_segments(self):
for element in self.nzb.iterfind(NZB + "segments"):
for segment in element:
if segment.tag != NZB + "segment":
raise ValueError(segment.tag)
[id] = segment.itertext()
yield (segment, id)
timeouts = (socket.timeout, TimeoutError)
if __name__ == "__main__":
import clifunc
clifunc.run()