def testGoodProvision(self):
"""Test a provision that pass."""
repair_status_log = self.fetchTestLogs('good-provision-status.log')
result = classifier.ClassifyLabJobStatusResult(repair_status_log)
self.assertEqual(result, 'provision: GOOD: No details extracted.')
def testFailRepair(self):
"""Test a repair that failed."""
repair_status_log = self.fetchTestLogs('fail-repair-status.log')
result = classifier.ClassifyLabJobStatusResult(repair_status_log)
self.assertEqual(result, 'repair: FAIL: NetworkWasDown, USB')
def testNetDownRepair(self):
"""A successful repair with the network down."""
repair_status_log = self.fetchTestLogs('net-down-repair-status.log')
result = classifier.ClassifyLabJobStatusResult(repair_status_log)
self.assertEqual(result, 'repair: GOOD: NetworkWasDown')
def testUsbRepair(self):
"""A successful repair with the network down, and recovery used."""
repair_status_log = self.fetchTestLogs('usb-repair-status.log')
result = classifier.ClassifyLabJobStatusResult(repair_status_log)
self.assertEqual(result, 'repair: GOOD: NetworkWasDown, USB')
def testNoopRepair(self):
"""Sometimes repairs don't have to do anything at all."""
repair_status_log = self.fetchTestLogs('noop-repair-status.log')
result = classifier.ClassifyLabJobStatusResult(repair_status_log)
self.assertEqual(result, 'repair: GOOD: NoRepairNeeded')
def ClassifySpecialTask(base_url):
"""Classify a single special task.
Args:
base_url: The GS URL to the special task directory.
"""
ctx = gs.GSContext()
STATUS_LOG = 'status.log'
glob_url = os.path.join(base_url, '*', STATUS_LOG)
try:
files = ctx.LS(glob_url)
content = ctx.Cat(files[0])
result = classifier.ClassifyLabJobStatusResult(content.splitlines())
logging.info('%s: %s', base_url, result)
except gs.GSNoSuchKey:
logging.warning('%s: %s not found', base_url, STATUS_LOG)