def test_shouldReturnEachSyncerCheckErrorWithAnAppropriatePrefix(
self, fix):
rule1 = mockRule("first",
syncerName="syncer1",
syncerCheckErrors=["Wrong option syntax"])
rule2 = mockRule(
"second",
syncerName="syncer2",
syncerCheckErrors=["Contradictory values", "Unreadable File"])
iterToTest(self.construct().validate(ruleSet(rule1, rule2))).\
shouldContainMatchingInAnyOrder(
stringThat.shouldInclude("syntax", "first", "syncer1"),
stringThat.shouldInclude("Contradictory", "second", "syncer2"),
stringThat.shouldInclude("Unreadable", "second", "syncer2"))
def test_shouldReturnTheErrorsOfTheFirstSchedulerThatHasSome(self, fix):
sched = mockSched(sharedOptions=[optInfo("UseVarDir")])
rule1, rule2 = mockRule(scheduler=sched, schedOpts=dict(UseVarDir=True)), \
mockRule(scheduler=sched, schedOpts=dict(UseVarDir=False))
def visitSchedulers(visitFunc):
assert visitFunc(sched, [rule1]) == None
ret = visitFunc(sched, [rule1, rule2])
assert len(ret) == 1
return ret
ruleSet = lambda x: x
ruleSet.visitSchedulers = visitSchedulers
validator = self.construct()
validator.validate(ruleSet)
def test_shouldTurnEachCheckErrorFromTheUsedSchedulersIntoAString(
self, fix):
sched1, sched2 = mockSched("first"), mockSched("second")
rule1, rule2 = mockRule(scheduler=sched1), mockRule(scheduler=sched2)
validator = self.construct()
sched1.expectCalls(
schedCallWithRules("check", rule1, ret=["foo", "bar"]))
sched2.expectCalls(schedCallWithRules("check", rule2, ret=["quux"]))
iterToTest(validator.validate(ruleSet(rule1, rule2))).\
shouldContainMatchingInAnyOrder(
stringThat.shouldInclude("first", "reported error", "foo"),
stringThat.shouldInclude("first", "bar"),
stringThat.shouldInclude("second", "quux"))
def mockRule(self, loc1, loc2, name=None, **kwargs):
sched = mockSched()
sched.check = lambda *args: []
self.nameCounter += 1
return mockRule(loc1=loc1,
loc2=loc2,
name=name or "rule-" + str(self.nameCounter),
scheduler=sched,
**kwargs)
def test_shouldDetectClosenessAlsoIfTheNextExecutionIsInThePast():
minimum = timedelta(minutes=45)
nextTime = datetime(2004, 1, 1, 0, 0, 0, 0, timezone.utc)
tooClose = datetime(2004, 1, 1, 0, 44, 59, 0, timezone.utc)
nextIsLongAgoNow = datetime(2004, 1, 1, 0, 46, 0, 0, timezone.utc)
rule = mockRule(nextExecution=execution(startTime=nextTime))
assert make(minimum=minimum,
currentTime=tooClose).isInUnstablePhase(rule) is True
assert make(minimum=minimum,
currentTime=nextIsLongAgoNow).isInUnstablePhase(rule) is False
def test_shouldPrintTheActualMountPointIfTheAssertionTurnsOutFalse(
self, fix):
mountPoint = fix.tmpdir.mkdir("mount")
with nonEmptyFSMountedAt(mountPoint):
loc1 = mountPoint.mkdir("sub").mkdir("loc1")
rule = mockRule(loc1=str(loc1), options=dict(MustBeMountPoint="1"))
errors = self.construct().validate(ruleSet(rule))
iterToTest(errors).shouldContainMatching(
stringThat.shouldInclude("actual",
str(mountPoint) + "’"))
def rule(**schedOpts):
return mockRule(scheduler=sched, schedOpts=schedOpts)
def ruleWithSched(self, scheduler, **kwargs):
self.counter += 1
return mockRule(name="rule-" + str(self.counter),
scheduler=scheduler,
**kwargs)
def test_shouldConsiderItUnstableIfTheRuleIsExecuting():
detector = make()
rule = mockRule(nextExecution=None, executing=True)
assert detector.isInUnstablePhase(rule) is True
def test_shouldConsiderItStableIfThereIsNoNextExecution():
detector = make()
rule = mockRule(nextExecution=None)
assert detector.isInUnstablePhase(rule) is False
def ruleWith(**kwargs):
ret = mockRule(**kwargs)
ret.scheduler, ret.synchronizer = fakeConfigurable(), fakeConfigurable()
return ret
