def _run_profile(self, profile):
process = profile.get_process(self.hook)
if not process:
self.logger.debug(
"%s process skipped." % self.hook.capitalize()
)
return
self.logger.debug("Running profile '%s'...", profile.name)
protocol = Protocol(profile.name)
# run the configured checks
for name, config, interp in process.checks:
self.logger.debug("Loading check %s...", name)
check = self.checks.fetch(name, self.transaction)
self.logger.debug("Starting check %s...", name)
entry = check.run(config, interp)
self.logger.debug(
"Check %s finished with %s.", name, entry.result
)
protocol.append(entry)
# run the configured handlers when a message was returned
if entry.msg:
self.logger.debug(
"Running handler after check %s...", entry.check
)
self.handlers.singularize(self.transaction, process, entry)
self.logger.debug(
"Handler after check %s finished.", entry.check
)
# cancel the _process chain when an abortonerror was detected.
if interp == constants.ABORTONERROR and not protocol.success:
msg = "Profile %s aborted after check %s."
self.logger.debug(msg, profile.name, entry.check)
break
# cumulativ execution of all handlers.
self.logger.debug("Running handler summarize...")
self.handlers.summarize(self.transaction, process, protocol)
self.logger.debug("Handler summarize finished.")
if not protocol.success:
self.result = constants.ERROR
self.logger.debug("Profile %s finished.", profile.name)
def _run_profile(self, profile):
process = profile.get_process(self.hook)
if not process:
self.logger.debug("%s process skipped." % self.hook.capitalize())
return
self.logger.debug("Running profile '%s'...", profile.name)
protocol = Protocol(profile.name)
# run the configured checks
for name, config, interp in process.checks:
self.logger.debug("Loading check %s...", name)
check = self.checks.fetch(name, self.transaction)
self.logger.debug("Starting check %s...", name)
entry = check.run(config, interp)
self.logger.debug("Check %s finished with %s.", name, entry.result)
protocol.append(entry)
# run the configured handlers when a message was returned
if entry.msg:
self.logger.debug("Running handler after check %s...",
entry.check)
self.handlers.singularize(self.transaction, process, entry)
self.logger.debug("Handler after check %s finished.",
entry.check)
# cancel the _process chain when an abortonerror was detected.
if interp == constants.ABORTONERROR and not protocol.success:
msg = "Profile %s aborted after check %s."
self.logger.debug(msg, profile.name, entry.check)
break
# cumulativ execution of all handlers.
self.logger.debug("Running handler summarize...")
self.handlers.summarize(self.transaction, process, protocol)
self.logger.debug("Handler summarize finished.")
if not protocol.success:
self.result = constants.ERROR
self.logger.debug("Profile %s finished.", profile.name)
def setup_method(self, _):
self._protocol = Protocol("test")
self._entry = ProtocolEntry("dummy", dict(), constants.SUCCESS, "dummy")
self._protocol.append(self._entry)
class TestProtocol(object):
def setup_method(self, _):
self._protocol = Protocol("test")
self._entry = ProtocolEntry("dummy", dict(), constants.SUCCESS, "dummy")
self._protocol.append(self._entry)
def test_properties(self):
assert self._protocol.success == True
assert self._protocol.result == constants.SUCCESS
entry = ProtocolEntry("dummy", dict(), constants.ERROR,"dummy")
self._protocol.append(entry)
assert self._protocol.success == False
entry = ProtocolEntry("dummy", dict(), constants.SUCCESS,"dummy")
self._protocol.append(entry)
assert self._protocol.success == False
assert self._protocol.errors == 1
assert self._protocol.successors == 2
assert self._protocol.warnings == 0
assert self._protocol.exceptions == 0
assert self._protocol.result == constants.ERROR
assert str(self._protocol) != None
def test_filter(self):
assert len(self._protocol.filter(None, None)) == 1
assert len(self._protocol.filter(["dummy"], None)) == 1
assert len(self._protocol.filter(None, ["dummy"])) == 0
assert len(self._protocol.filter(["dummy"], list())) == 1
assert len(self._protocol.filter(list(), ["dummy"])) == 0
assert len(self._protocol.filter(list(), list())) == 0
def test_clear(self):
assert len(self._protocol) == 1
self._protocol.clear()
assert len(self._protocol) == 0
