blob: 09b09d7e2fc2cc5115322558c6635b021597cac8 [file] [log] [blame]
# Licensed under the Apache License, Version 2.0 (the "License"); you may
# not use this file except in compliance with the License. You may obtain
# a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
# WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
# License for the specific language governing permissions and limitations
# under the License.
import logging
from zuul import exceptions
class DynamicChangeQueueContextManager(object):
def __init__(self, change_queue):
self.change_queue = change_queue
def __enter__(self):
return self.change_queue
def __exit__(self, etype, value, tb):
if self.change_queue and not self.change_queue.queue:
self.change_queue.pipeline.removeQueue(self.change_queue)
class StaticChangeQueueContextManager(object):
def __init__(self, change_queue):
self.change_queue = change_queue
def __enter__(self):
return self.change_queue
def __exit__(self, etype, value, tb):
pass
class PipelineManager(object):
"""Abstract Base Class for enqueing and processing Changes in a Pipeline"""
log = logging.getLogger("zuul.PipelineManager")
def __init__(self, sched, pipeline):
self.sched = sched
self.pipeline = pipeline
self.event_filters = []
self.ref_filters = []
def __str__(self):
return "<%s %s>" % (self.__class__.__name__, self.pipeline.name)
def _postConfig(self, layout):
self.log.info("Configured Pipeline Manager %s" % self.pipeline.name)
self.log.info(" Requirements:")
for f in self.ref_filters:
self.log.info(" %s" % f)
self.log.info(" Events:")
for e in self.event_filters:
self.log.info(" %s" % e)
self.log.info(" Projects:")
def log_jobs(job_list):
for job_name, job_variants in job_list.jobs.items():
for variant in job_variants:
# TODOv3(jeblair): represent matchers
efilters = ''
# for b in tree.job._branches:
# efilters += str(b)
# for f in tree.job._files:
# efilters += str(f)
# if tree.job.skip_if_matcher:
# efilters += str(tree.job.skip_if_matcher)
# if efilters:
# efilters = ' ' + efilters
tags = []
if variant.hold_following_changes:
tags.append('[hold]')
if not variant.voting:
tags.append('[nonvoting]')
if variant.semaphore:
tags.append('[semaphore: %s]' % variant.semaphore)
tags = ' '.join(tags)
self.log.info(" %s%s %s" % (repr(variant),
efilters, tags))
for project_name in layout.project_configs.keys():
project_config = layout.project_configs.get(project_name)
if project_config:
project_pipeline_config = project_config.pipelines.get(
self.pipeline.name)
if project_pipeline_config:
self.log.info(" %s" % project_name)
log_jobs(project_pipeline_config.job_list)
self.log.info(" On start:")
self.log.info(" %s" % self.pipeline.start_actions)
self.log.info(" On success:")
self.log.info(" %s" % self.pipeline.success_actions)
self.log.info(" On failure:")
self.log.info(" %s" % self.pipeline.failure_actions)
self.log.info(" On merge-failure:")
self.log.info(" %s" % self.pipeline.merge_failure_actions)
self.log.info(" When disabled:")
self.log.info(" %s" % self.pipeline.disabled_actions)
def getSubmitAllowNeeds(self):
# Get a list of code review labels that are allowed to be
# "needed" in the submit records for a change, with respect
# to this queue. In other words, the list of review labels
# this queue itself is likely to set before submitting.
allow_needs = set()
for action_reporter in self.pipeline.success_actions:
allow_needs.update(action_reporter.getSubmitAllowNeeds())
return allow_needs
def eventMatches(self, event, change):
if event.forced_pipeline:
if event.forced_pipeline == self.pipeline.name:
self.log.debug("Event %s for change %s was directly assigned "
"to pipeline %s" % (event, change, self))
return True
else:
return False
for ef in self.event_filters:
if ef.matches(event, change):
self.log.debug("Event %s for change %s matched %s "
"in pipeline %s" % (event, change, ef, self))
return True
return False
def isChangeAlreadyInPipeline(self, change):
# Checks live items in the pipeline
for item in self.pipeline.getAllItems():
if item.live and change.equals(item.change):
return True
return False
def isChangeAlreadyInQueue(self, change, change_queue):
# Checks any item in the specified change queue
for item in change_queue.queue:
if change.equals(item.change):
return True
return False
def reportStart(self, item):
if not self.pipeline._disabled:
try:
self.log.info("Reporting start, action %s item %s" %
(self.pipeline.start_actions, item))
ret = self.sendReport(self.pipeline.start_actions, item)
if ret:
self.log.error("Reporting item start %s received: %s" %
(item, ret))
except:
self.log.exception("Exception while reporting start:")
def sendReport(self, action_reporters, item, message=None):
"""Sends the built message off to configured reporters.
Takes the action_reporters, item, message and extra options and
sends them to the pluggable reporters.
"""
report_errors = []
if len(action_reporters) > 0:
for reporter in action_reporters:
ret = reporter.report(item)
if ret:
report_errors.append(ret)
if len(report_errors) == 0:
return
return report_errors
def isChangeReadyToBeEnqueued(self, change):
return True
def enqueueChangesAhead(self, change, quiet, ignore_requirements,
change_queue, history=None):
return True
def enqueueChangesBehind(self, change, quiet, ignore_requirements,
change_queue):
return True
def checkForChangesNeededBy(self, change, change_queue):
return True
def getFailingDependentItems(self, item):
return None
def getItemForChange(self, change):
for item in self.pipeline.getAllItems():
if item.change.equals(change):
return item
return None
def findOldVersionOfChangeAlreadyInQueue(self, change):
for item in self.pipeline.getAllItems():
if not item.live:
continue
if change.isUpdateOf(item.change):
return item
return None
def removeOldVersionsOfChange(self, change):
if not self.pipeline.dequeue_on_new_patchset:
return
old_item = self.findOldVersionOfChangeAlreadyInQueue(change)
if old_item:
self.log.debug("Change %s is a new version of %s, removing %s" %
(change, old_item.change, old_item))
self.removeItem(old_item)
def removeAbandonedChange(self, change):
self.log.debug("Change %s abandoned, removing." % change)
for item in self.pipeline.getAllItems():
if not item.live:
continue
if item.change.equals(change):
self.removeItem(item)
def reEnqueueItem(self, item, last_head):
with self.getChangeQueue(item.change, last_head.queue) as change_queue:
if change_queue:
self.log.debug("Re-enqueing change %s in queue %s" %
(item.change, change_queue))
change_queue.enqueueItem(item)
# Get an updated copy of the layout if necessary.
# This will return one of the following:
# 1) An existing layout from the item ahead or pipeline.
# 2) A newly created layout from the cached pipeline
# layout config plus the previously returned
# in-repo files stored in the buildset.
# 3) None in the case that a fetch of the files from
# the merger is still pending.
item.current_build_set.layout = self.getLayout(item)
# Rebuild the frozen job tree from the new layout, if
# we have one. If not, it will be built later.
if item.current_build_set.layout:
item.freezeJobGraph()
# Re-set build results in case any new jobs have been
# added to the tree.
for build in item.current_build_set.getBuilds():
if build.result:
item.setResult(build)
# Similarly, reset the item state.
if item.current_build_set.unable_to_merge:
item.setUnableToMerge()
if item.current_build_set.config_error:
item.setConfigError(item.current_build_set.config_error)
if item.dequeued_needing_change:
item.setDequeuedNeedingChange()
self.reportStats(item)
return True
else:
self.log.error("Unable to find change queue for project %s" %
item.change.project)
return False
def addChange(self, change, quiet=False, enqueue_time=None,
ignore_requirements=False, live=True,
change_queue=None, history=None):
self.log.debug("Considering adding change %s" % change)
# If we are adding a live change, check if it's a live item
# anywhere in the pipeline. Otherwise, we will perform the
# duplicate check below on the specific change_queue.
if live and self.isChangeAlreadyInPipeline(change):
self.log.debug("Change %s is already in pipeline, "
"ignoring" % change)
return True
if not self.isChangeReadyToBeEnqueued(change):
self.log.debug("Change %s is not ready to be enqueued, ignoring" %
change)
return False
if not ignore_requirements:
for f in self.ref_filters:
if f.connection_name != change.project.connection_name:
self.log.debug("Filter %s skipped for change %s due "
"to mismatched connections" % (f, change))
continue
if not f.matches(change):
self.log.debug("Change %s does not match pipeline "
"requirement %s" % (change, f))
return False
with self.getChangeQueue(change, change_queue) as change_queue:
if not change_queue:
self.log.debug("Unable to find change queue for "
"change %s in project %s" %
(change, change.project))
return False
if not self.enqueueChangesAhead(change, quiet, ignore_requirements,
change_queue, history=history):
self.log.debug("Failed to enqueue changes "
"ahead of %s" % change)
return False
if self.isChangeAlreadyInQueue(change, change_queue):
self.log.debug("Change %s is already in queue, "
"ignoring" % change)
return True
self.log.info("Adding change %s to queue %s in %s" %
(change, change_queue, self.pipeline))
item = change_queue.enqueueChange(change)
if enqueue_time:
item.enqueue_time = enqueue_time
item.live = live
self.reportStats(item)
item.quiet = quiet
self.enqueueChangesBehind(change, quiet, ignore_requirements,
change_queue)
zuul_driver = self.sched.connections.drivers['zuul']
tenant = self.pipeline.layout.tenant
zuul_driver.onChangeEnqueued(tenant, item.change, self.pipeline)
return True
def dequeueItem(self, item):
self.log.debug("Removing change %s from queue" % item.change)
item.queue.dequeueItem(item)
def removeItem(self, item):
# Remove an item from the queue, probably because it has been
# superseded by another change.
self.log.debug("Canceling builds behind change: %s "
"because it is being removed." % item.change)
self.cancelJobs(item)
self.dequeueItem(item)
self.reportStats(item)
def provisionNodes(self, item):
jobs = item.findJobsToRequest()
if not jobs:
return False
build_set = item.current_build_set
self.log.debug("Requesting nodes for change %s" % item.change)
for job in jobs:
req = self.sched.nodepool.requestNodes(build_set, job)
self.log.debug("Adding node request %s for job %s to item %s" %
(req, job, item))
build_set.setJobNodeRequest(job.name, req)
return True
def _executeJobs(self, item, jobs):
self.log.debug("Executing jobs for change %s" % item.change)
build_set = item.current_build_set
for job in jobs:
self.log.debug("Found job %s for change %s" % (job, item.change))
try:
nodeset = item.current_build_set.getJobNodeSet(job.name)
self.sched.nodepool.useNodeSet(nodeset)
build = self.sched.executor.execute(job, item,
self.pipeline,
build_set.dependent_items,
build_set.merger_items)
self.log.debug("Adding build %s of job %s to item %s" %
(build, job, item))
item.addBuild(build)
except:
self.log.exception("Exception while executing job %s "
"for change %s:" % (job, item.change))
def executeJobs(self, item):
# TODO(jeblair): This should return a value indicating a job
# was executed. Appears to be a longstanding bug.
if not item.current_build_set.layout:
return False
jobs = item.findJobsToRun(
item.pipeline.layout.tenant.semaphore_handler)
if jobs:
self._executeJobs(item, jobs)
def cancelJobs(self, item, prime=True):
self.log.debug("Cancel jobs for change %s" % item.change)
canceled = False
old_build_set = item.current_build_set
if prime and item.current_build_set.ref:
item.resetAllBuilds()
for req in old_build_set.node_requests.values():
self.sched.nodepool.cancelRequest(req)
old_build_set.node_requests = {}
canceled_jobs = set()
for build in old_build_set.getBuilds():
if build.result:
canceled_jobs.add(build.job.name)
continue
was_running = False
try:
was_running = self.sched.executor.cancel(build)
except:
self.log.exception("Exception while canceling build %s "
"for change %s" % (build, item.change))
finally:
tenant = old_build_set.item.pipeline.layout.tenant
tenant.semaphore_handler.release(
old_build_set.item, build.job)
if not was_running:
try:
nodeset = build.build_set.getJobNodeSet(build.job.name)
self.sched.nodepool.returnNodeSet(nodeset)
except Exception:
self.log.exception("Unable to return nodeset %s for "
"canceled build request %s" %
(nodeset, build))
build.result = 'CANCELED'
canceled = True
canceled_jobs.add(build.job.name)
for jobname, nodeset in list(old_build_set.nodesets.items()):
if jobname in canceled_jobs:
continue
self.sched.nodepool.returnNodeSet(nodeset)
for item_behind in item.items_behind:
self.log.debug("Canceling jobs for change %s, behind change %s" %
(item_behind.change, item.change))
if self.cancelJobs(item_behind, prime=prime):
canceled = True
return canceled
def _loadDynamicLayout(self, item):
# Load layout
# Late import to break an import loop
import zuul.configloader
loader = zuul.configloader.ConfigLoader()
build_set = item.current_build_set
self.log.debug("Load dynamic layout with %s" % build_set.files)
try:
# First parse the config as it will land with the
# full set of config and project repos. This lets us
# catch syntax errors in config repos even though we won't
# actually run with that config.
loader.createDynamicLayout(
item.pipeline.layout.tenant,
build_set.files,
include_config_projects=True)
# Then create the config a second time but without changes
# to config repos so that we actually use this config.
layout = loader.createDynamicLayout(
item.pipeline.layout.tenant,
build_set.files,
include_config_projects=False)
except zuul.configloader.ConfigurationSyntaxError as e:
self.log.info("Configuration syntax error "
"in dynamic layout %s" %
build_set.files)
item.setConfigError(str(e))
return None
except Exception:
self.log.exception("Error in dynamic layout %s" %
build_set.files)
item.setConfigError("Unknown configuration error")
return None
return layout
def getLayout(self, item):
if not item.change.updatesConfig():
if item.item_ahead:
return item.item_ahead.current_build_set.layout
else:
return item.queue.pipeline.layout
# This item updates the config, ask the merger for the result.
build_set = item.current_build_set
if build_set.merge_state == build_set.PENDING:
return None
if build_set.merge_state == build_set.COMPLETE:
if build_set.unable_to_merge:
return None
self.log.debug("Preparing dynamic layout for: %s" % item.change)
return self._loadDynamicLayout(item)
def scheduleMerge(self, item, files=None, dirs=None):
build_set = item.current_build_set
if not hasattr(item.change, 'branch'):
self.log.debug("Change %s does not have an associated branch, "
"not scheduling a merge job for item %s" %
(item.change, item))
build_set.merge_state = build_set.COMPLETE
return True
self.log.debug("Scheduling merge for item %s (files: %s, dirs: %s)" %
(item, files, dirs))
build_set = item.current_build_set
build_set.merge_state = build_set.PENDING
self.sched.merger.mergeChanges(build_set.merger_items,
item.current_build_set, files, dirs,
precedence=self.pipeline.precedence)
return False
def prepareItem(self, item):
# This runs on every iteration of _processOneItem
# Returns True if the item is ready, false otherwise
build_set = item.current_build_set
if not build_set.ref:
build_set.setConfiguration()
if build_set.merge_state == build_set.NEW:
return self.scheduleMerge(item,
files=['zuul.yaml', '.zuul.yaml'],
dirs=['zuul.d', '.zuul.d'])
if build_set.merge_state == build_set.PENDING:
return False
if build_set.unable_to_merge:
return False
if build_set.config_error:
return False
return True
def prepareJobs(self, item):
# This only runs once the item is in the pipeline's action window
# Returns True if the item is ready, false otherwise
build_set = item.current_build_set
if not build_set.layout:
build_set.layout = self.getLayout(item)
if not build_set.layout:
return False
if not item.job_graph:
try:
item.freezeJobGraph()
except Exception as e:
# TODOv3(jeblair): nicify this exception as it will be reported
self.log.exception("Error freezing job graph for %s" %
item)
item.setConfigError("Unable to freeze job graph: %s" %
(str(e)))
return False
return True
def _processOneItem(self, item, nnfi):
changed = False
ready = False
failing_reasons = [] # Reasons this item is failing
item_ahead = item.item_ahead
if item_ahead and (not item_ahead.live):
item_ahead = None
change_queue = item.queue
if self.checkForChangesNeededBy(item.change, change_queue) is not True:
# It's not okay to enqueue this change, we should remove it.
self.log.info("Dequeuing change %s because "
"it can no longer merge" % item.change)
self.cancelJobs(item)
self.dequeueItem(item)
item.setDequeuedNeedingChange()
if item.live:
try:
self.reportItem(item)
except exceptions.MergeFailure:
pass
return (True, nnfi)
actionable = change_queue.isActionable(item)
item.active = actionable
dep_items = self.getFailingDependentItems(item)
if dep_items:
failing_reasons.append('a needed change is failing')
self.cancelJobs(item, prime=False)
else:
item_ahead_merged = False
if (item_ahead and item_ahead.change.is_merged):
item_ahead_merged = True
if (item_ahead != nnfi and not item_ahead_merged):
# Our current base is different than what we expected,
# and it's not because our current base merged. Something
# ahead must have failed.
self.log.info("Resetting builds for change %s because the "
"item ahead, %s, is not the nearest non-failing "
"item, %s" % (item.change, item_ahead, nnfi))
change_queue.moveItem(item, nnfi)
changed = True
self.cancelJobs(item)
if actionable:
ready = self.prepareItem(item) and self.prepareJobs(item)
# Starting jobs reporting should only be done once if there are
# jobs to run for this item.
if ready and len(self.pipeline.start_actions) > 0 \
and len(item.job_graph.jobs) > 0 \
and not item.reported_start \
and not item.quiet:
self.reportStart(item)
item.reported_start = True
if item.current_build_set.unable_to_merge:
failing_reasons.append("it has a merge conflict")
if item.current_build_set.config_error:
failing_reasons.append("it has an invalid configuration")
if ready and self.provisionNodes(item):
changed = True
if ready and self.executeJobs(item):
changed = True
if item.didAnyJobFail():
failing_reasons.append("at least one job failed")
if (not item.live) and (not item.items_behind):
failing_reasons.append("is a non-live item with no items behind")
self.dequeueItem(item)
changed = True
if ((not item_ahead) and item.areAllJobsComplete() and item.live):
try:
self.reportItem(item)
except exceptions.MergeFailure:
failing_reasons.append("it did not merge")
for item_behind in item.items_behind:
self.log.info("Resetting builds for change %s because the "
"item ahead, %s, failed to merge" %
(item_behind.change, item))
self.cancelJobs(item_behind)
self.dequeueItem(item)
changed = True
elif not failing_reasons and item.live:
nnfi = item
item.current_build_set.failing_reasons = failing_reasons
if failing_reasons:
self.log.debug("%s is a failing item because %s" %
(item, failing_reasons))
return (changed, nnfi)
def processQueue(self):
# Do whatever needs to be done for each change in the queue
self.log.debug("Starting queue processor: %s" % self.pipeline.name)
changed = False
for queue in self.pipeline.queues:
queue_changed = False
nnfi = None # Nearest non-failing item
for item in queue.queue[:]:
item_changed, nnfi = self._processOneItem(
item, nnfi)
if item_changed:
queue_changed = True
self.reportStats(item)
if queue_changed:
changed = True
status = ''
for item in queue.queue:
status += item.formatStatus()
if status:
self.log.debug("Queue %s status is now:\n %s" %
(queue.name, status))
self.log.debug("Finished queue processor: %s (changed: %s)" %
(self.pipeline.name, changed))
return changed
def onBuildStarted(self, build):
self.log.debug("Build %s started" % build)
return True
def onBuildCompleted(self, build):
self.log.debug("Build %s completed" % build)
item = build.build_set.item
item.setResult(build)
item.pipeline.layout.tenant.semaphore_handler.release(item, build.job)
self.log.debug("Item %s status is now:\n %s" %
(item, item.formatStatus()))
if build.retry:
build.build_set.removeJobNodeSet(build.job.name)
return True
def onMergeCompleted(self, event):
build_set = event.build_set
item = build_set.item
build_set.merge_state = build_set.COMPLETE
build_set.zuul_url = event.zuul_url
if event.merged:
build_set.commit = event.commit
build_set.files.setFiles(event.files)
build_set.repo_state = event.repo_state
elif event.updated:
build_set.commit = item.change.newrev
if not build_set.commit:
self.log.info("Unable to merge change %s" % item.change)
item.setUnableToMerge()
def onNodesProvisioned(self, event):
# TODOv3(jeblair): handle provisioning failure here
request = event.request
build_set = request.build_set
build_set.jobNodeRequestComplete(request.job.name, request,
request.nodeset)
if request.failed or not request.fulfilled:
self.log.info("Node request failure for %s" %
(request.job.name,))
build_set.item.setNodeRequestFailure(request.job)
self.log.info("Completed node request %s for job %s of item %s "
"with nodes %s" %
(request, request.job, build_set.item,
request.nodeset))
def reportItem(self, item):
if not item.reported:
# _reportItem() returns True if it failed to report.
item.reported = not self._reportItem(item)
if self.changes_merge:
succeeded = item.didAllJobsSucceed()
merged = item.reported
source = item.change.project.source
if merged:
merged = source.isMerged(item.change, item.change.branch)
self.log.info("Reported change %s status: all-succeeded: %s, "
"merged: %s" % (item.change, succeeded, merged))
change_queue = item.queue
if not (succeeded and merged):
self.log.debug("Reported change %s failed tests or failed "
"to merge" % (item.change))
change_queue.decreaseWindowSize()
self.log.debug("%s window size decreased to %s" %
(change_queue, change_queue.window))
raise exceptions.MergeFailure(
"Change %s failed to merge" % item.change)
else:
change_queue.increaseWindowSize()
self.log.debug("%s window size increased to %s" %
(change_queue, change_queue.window))
zuul_driver = self.sched.connections.drivers['zuul']
tenant = self.pipeline.layout.tenant
zuul_driver.onChangeMerged(tenant, item.change, source)
def _reportItem(self, item):
self.log.debug("Reporting change %s" % item.change)
ret = True # Means error as returned by trigger.report
# In the case of failure, we may not hove completed an initial
# merge which would get the layout for this item, so in order
# to determine whether this item's project is in this
# pipeline, use the dynamic layout if available, otherwise,
# fall back to the current static layout as a best
# approximation.
layout = (item.current_build_set.layout or
self.pipeline.layout)
if not layout.hasProject(item.change.project):
self.log.debug("Project %s not in pipeline %s for change %s" % (
item.change.project, self.pipeline, item.change))
actions = []
elif item.getConfigError():
self.log.debug("Invalid config for change %s" % item.change)
# TODOv3(jeblair): consider a new reporter action for this
actions = self.pipeline.merge_failure_actions
item.setReportedResult('CONFIG_ERROR')
elif item.didMergerFail():
actions = self.pipeline.merge_failure_actions
item.setReportedResult('MERGER_FAILURE')
elif item.wasDequeuedNeedingChange():
actions = self.pipeline.failure_actions
item.setReportedResult('FAILURE')
elif not item.getJobs():
# We don't send empty reports with +1
self.log.debug("No jobs for change %s" % (item.change,))
actions = []
elif item.didAllJobsSucceed():
self.log.debug("success %s" % (self.pipeline.success_actions))
actions = self.pipeline.success_actions
item.setReportedResult('SUCCESS')
self.pipeline._consecutive_failures = 0
else:
actions = self.pipeline.failure_actions
item.setReportedResult('FAILURE')
self.pipeline._consecutive_failures += 1
if layout.hasProject(item.change.project) and self.pipeline._disabled:
actions = self.pipeline.disabled_actions
# Check here if we should disable so that we only use the disabled
# reporters /after/ the last disable_at failure is still reported as
# normal.
if (self.pipeline.disable_at and not self.pipeline._disabled and
self.pipeline._consecutive_failures >= self.pipeline.disable_at):
self.pipeline._disabled = True
if actions:
try:
self.log.info("Reporting item %s, actions: %s" %
(item, actions))
ret = self.sendReport(actions, item)
if ret:
self.log.error("Reporting item %s received: %s" %
(item, ret))
except:
self.log.exception("Exception while reporting:")
item.setReportedResult('ERROR')
return ret
def reportStats(self, item):
if not self.sched.statsd:
return
try:
# Update the gauge on enqueue and dequeue, but timers only
# when dequeing.
if item.dequeue_time:
dt = int((item.dequeue_time - item.enqueue_time) * 1000)
else:
dt = None
items = len(self.pipeline.getAllItems())
# stats.timers.zuul.pipeline.NAME.resident_time
# stats_counts.zuul.pipeline.NAME.total_changes
# stats.gauges.zuul.pipeline.NAME.current_changes
key = 'zuul.pipeline.%s' % self.pipeline.name
self.sched.statsd.gauge(key + '.current_changes', items)
if dt:
self.sched.statsd.timing(key + '.resident_time', dt)
self.sched.statsd.incr(key + '.total_changes')
# stats.timers.zuul.pipeline.NAME.ORG.PROJECT.resident_time
# stats_counts.zuul.pipeline.NAME.ORG.PROJECT.total_changes
project_name = item.change.project.name.replace('/', '.')
key += '.%s' % project_name
if dt:
self.sched.statsd.timing(key + '.resident_time', dt)
self.sched.statsd.incr(key + '.total_changes')
except:
self.log.exception("Exception reporting pipeline stats")