def release_ticket(self, wid, project):
"""
This unlocks an OBS project by moving along the work queue.
If the queue is quiet it raises an exception
# The Q.head.wfid is compared to the current wfid. If they
# differ an exception is raised. NOT YET.
The current wi is sent to BOSS to allow this process to
continue.
The Q.head wi is deleted and the new head is sent to BOSS to
allow that process to continue (unblocking it)
"""
path = os.path.join(self.prjdir, project)
q = WorkQueue(path)
head_wi = Workitem(q.head())
if head_wi.wfid != wid.wfid:
self.log.info("OUCH ... released the wrong lock")
try:
next_wid = Workitem(q.next())
next_wid.result = True
# Implementation is a bit convoluted but this just sends
# the WI from the stack to BOSS
self.send_to_engine(next_wid)
except QueueEmpty:
# That's OK, there's nothing waiting
pass
def release_ticket(self, wid, project):
"""
This unlocks an OBS project by moving along the work queue.
If the queue is quiet it raises an exception
# The Q.head.wfid is compared to the current wfid. If they
# differ an exception is raised. NOT YET.
The current wi is sent to BOSS to allow this process to
continue.
The Q.head wi is deleted and the new head is sent to BOSS to
allow that process to continue (unblocking it)
"""
path = os.path.join(self.prjdir, project)
q = WorkQueue(path)
head_wi = Workitem(q.head())
if head_wi.wfid != wid.wfid:
self.log.info("OUCH ... released the wrong lock")
try:
next_wid = Workitem(q.next())
next_wid.result = True
# Implementation is a bit convoluted but this just sends
# the WI from the stack to BOSS
self.send_to_engine(next_wid)
except QueueEmpty:
# That's OK, there's nothing waiting
pass
def test_handle_wi(self):
"""Test ParticipantHandler.handle_wi()"""
# pylint: disable=E1101
wid = Workitem('{"fei": { "wfid": "x", "subid": "x", "expid": "x",'
' "engine_id": "x" },'
' "fields": { "params": {}, "debug_dump": true } }')
self.assertRaises(RuntimeError, self.participant.handle_wi, wid)
self.assertFalse(wid.result)
wid.params.lock_project = "test"
wid.params.action = "get"
self.participant.handle_wi(wid)
self.assertTrue(wid.result)
# First item should go forward
self.assertFalse(wid.forget)
# Second one is forgotten in the queue
self.participant.handle_wi(wid)
self.assertTrue(wid.forget)
wid.params.forget = False
wid.params.action = "release"
self.participant.handle_wi(wid)
self.assertTrue(wid.result)
wid = Workitem('{"fei": { "wfid": "y", "subid": "x", "expid": "x",'
' "engine_id": "x" },'
' "fields": { "params": { "lock_project": "test",'
'"action": "release" },'
'"debug_dump": true } }')
self.participant.handle_wi(wid)
self.assertTrue(wid.result)
def test_handle_wi(self):
"""Test participant.handle_wi()"""
# Test bad values
wid = Workitem(WI_TEMPLATE)
wid.fields.__error__ = None
wid.fields.ev.id = None
wid.fields.packages = None
wid.fields.new_failures = None
self.assertRaises(RuntimeError, self.participant.handle_wi, wid)
self.assertFalse(wid.result)
# Test failed package
wid = Workitem(WI_TEMPLATE)
wid.fields.test_project = "test_project"
wid.fields.repository = "repo"
wid.fields.archs = ["i386"]
wid.fields.new_failures = ["package-a"]
wid.fields.ev.id = "123"
wid.fields.msg = None
self.participant.obs.getPackageResults.return_value = {
"code": "err",
"details": "Failed miserably"
}
self.participant.obs.isPackageSucceeded.return_value = False
self.participant.obs.getBuildLog.return_value = "buildlog"
self.participant.handle_wi(wid)
self.assertEqual(len(wid.fields.msg), 1)
self.assertEqual(len(wid.fields.attachments), 1)
self.assertTrue(wid.result)
# Test successful package
wid = Workitem(WI_TEMPLATE)
wid.fields.test_project = "test_project"
wid.fields.repository = "repo"
wid.fields.archs = ["i386"]
wid.fields.packages = ["package-a"]
wid.fields.ev = {}
wid.fields.ev.id = None
wid.fields.msg = ["existing message"]
self.participant.obs.isPackageSucceeded.return_value = True
self.participant.handle_wi(wid)
self.assertEqual(len(wid.fields.msg), 2)
self.assertEqual(len(wid.fields.attachments), 0)
self.assertTrue(wid.result)
def configure_participant(self):
ctrl = Mock()
ctrl.message = "start"
ctrl.config = ConfigParser()
ctrl.config.add_section("obs")
ctrl.config.set("obs", "oscrc", "oscrc_file")
self.participant.handle_lifecycle_control(ctrl)
self.mut.subprocess = Mock()
self.mut.subprocess.Popen.side_effect = self.mock_specify
self.participant.obs.getFile.return_value = TEST_SPEC
self.specify_out = TEST_SPEC
self.wid = Workitem(WI_TEMPLATE)
self.wid.fields.msg = None
self.wid.fields.ev.actions = self.fake_actions
self.wid.fields.ev.namespace = "test"
def test_quality_check(self):
wid = Workitem(WI_TEMPLATE)
wid.fields.ev.actions = []
wid.fields.msg = None
self.assertRaises(RuntimeError, self.participant.handle_wi, wid)
wid.fields.ev.actions = self.fake_actions
self.participant.handle_wi(wid)
self.assertFalse(wid.result)
for action in wid.fields.ev.actions:
if action["type"] == "submit":
action["relevant_changelog"] = "Something"
self.participant.handle_wi(wid)
self.assertTrue(wid.result)
for action in wid.fields.ev.actions:
if action["type"] == "submit":
action["relevant_changelog"] = u"Something\xe1\xe1"
self.participant.handle_wi(wid)
self.assertTrue(wid.result)
def setUp(self):
super(TestParticipantHandler, self).setUp()
self.wid = Workitem(WI_TEMPLATE)
# Use the fake actions but cut off the second submit action
self.wid.fields.ev.actions = self.fake_actions[:-1]