def writingToLoc2(self):
return self.allowing(execmock.call(lambda args:
args[0] == "info-of-port" and args[1] == "1", ret=["0", "file", "ssh"])).\
allowing(execmock.call(lambda args:
args[0] == "info-of-port" and args[1] == "2", ret=["1", "file", "ssh"])).\
allowing(execmock.call(lambda args:
args[0] == "info-of-port" and args[1] in ["3", "specials"], ret=[]))
def test_shouldRemoveEmptyLinesAndSurroundingWhitespaceFromFuzzyOutput(fixture):
fixture.execs.expect(fixture.executablePath, execmock.call(
("all-fuzzy",), ret=["A ", "B", " ", " C D"]))
assert fixture.functions.callFuzzy("all-fuzzy", [], {}) == ["A", "B", "C D"]
fixture.execs.check()
def test_shouldSplitLinesOfExactOutputAtNullBytes(fixture):
uniterableOutput = object()
fixture.execs.expect(fixture.executablePath, execmock.call(("list-files",),
ret=uniterableOutput, delimiter="\0"))
assert fixture.functions.callExact("list-files", [], {}) is uniterableOutput
fixture.execs.check()
def test_shouldCallExecutableWithOptionsInKeyValueFormat(fixture):
options = {"First": "foo", "Second": "/tmp/quux"}
fixture.execs.expect(fixture.executablePath, execmock.call(
lambda args: args[0] == "sync" and args[1] == "arg" and set(args[2:4]) ==
set(["First=foo", "Second=/tmp/quux"]) and len(args) == 4))
fixture.functions.callVoid("sync", ["arg"], options)
fixture.execs.check()
def _allowingOptionsCalls(self):
return self.allowing(
execmock.call(lambda args: args[0] == "available-options",
returningNotImplementedStatus=True))
def _allowingPortCalls(self):
return self.allowing(
execmock.call(lambda args: args[0] == "info-of-port",
returningNotImplementedStatus=True))
def _allowingCheckCall(self):
return self.allowing(
execmock.call(lambda args: args[0] == "check",
delimiter="\0",
returningNotImplementedStatus=True))
def allowing(indexString, protocols):
return ret.allowing(
execmock.call(lambda args: args ==
("info-of-port", indexString),
ret=retValue))
def allowingPortSpecialsCalls(self, output=[]):
return self.allowing(
execmock.call(lambda args: args[0] == "info-of-port" and args[1] ==
"specials",
returningNotImplementedStatus=output == [],
ret=output))
def withOptions(self, *options):
return self.allowing(
execmock.call(lambda args: args[0] == "available-options",
ret=list(options)))
def expectingSync(self, matcher=lambda _: True):
return self.expecting(
execmock.call(lambda args: args[0] == "sync" and matcher(args)))
def expectingRestore(self, matcher=lambda _: True):
return self.expecting(
execmock.call(lambda args: args[0] == "restore" and matcher(args)))
def expectingListFiles(self, matcher=lambda _: True):
return self.expecting(
execmock.call(
lambda args: args[0] == "list-files" and matcher(args),
delimiter="\0"))
def syncerHavingAnyVersions(self):
return self.aSyncer().allowingSetupCalls().allowing(
execmock.call(lambda args: args[0] == "versions-of", ret=["0"]))
def checkExceptionTypeWithExitStatus(exceptionType, exitStatus):
fixture.execs.expect(fixture.executablePath,
execmock.call(partial(failWithExitStatus, exitStatus)))
with pytest.raises(exceptionType):
fixture.functions.callVoid("foo", [], {})
def checkOption(self, optionName, schedulings, matcher):
self.execs.expect(
"anacron",
execmock.call(
lambda args: matcher(args[1 + args.index(optionName)])))
self.schedule(schedulings)
