def _series_supersede_previous_patches(series):
total_series_revs = len(Series(series).revisions())
# If there is only one revision for the series, we have nothing to do
if total_series_revs < 2:
return
# process all patches in series
processed_patches = []
for i in range(0, (total_series_revs)):
total_rev_patches = len(
Series(series).revisions()[i].ordered_patches())
# process all patches in current revision
for l in range(0, total_rev_patches):
patch_id = Series(series).revisions()[i].ordered_patches()[l].pk
patch_name = Series(series).revisions()[i]\
.ordered_patches()[l].name
# don't process v# or [##/##] in patch name
striped_name = re.sub(
'(\[.*\]\s*)?(\s*\(?v\d+\)?\s*)?(.*)(v\d+$)?', r'\3',
patch_name, flags=re.IGNORECASE)
# add patch revision-name-id to list
processed_patches.append(("rev_%s" % (i + 1), striped_name,
patch_id, i, l))
total_processed = len(processed_patches)
for p in range(0, total_processed):
# Use only patches from latest revision as base for comparisons
if processed_patches[p][0] == 'rev_%s' % total_series_revs:
# Compare names with patches from all previous revisions
for q in range(0, total_processed):
if not processed_patches[q][0] == 'rev_%s' % total_series_revs:
processed_patch = Patch.objects.get(
pk=processed_patches[q][2])
# if patches have the same name AND different ID
# AND are in a state different than Superseded
if processed_patches[p][1] == processed_patches[q][1] and \
processed_patches[q][2] != processed_patches[p][2]\
and processed_patch.state.name != 'Superseded':
# mark patch from previous revision as Superseded
processed_patch = Patch.objects.get(
pk=processed_patches[q][2])
new_state = State.objects.get(name='Superseded')
processed_patch.state = new_state
processed_patch.save()
# Detail the state change as a comment
# in superseded patch
content = "This is a system generated Comment: Patch \
%s was automatically marked as superseded by patch %s." % (processed_patch.id,
processed_patches[p][2])
msgid = "%s: System generated by patch %s" % (datetime
.datetime.now().strftime("%d%b%Y.%H:%M:%S.%f"),
processed_patches[p][2])
sbmtr = threadlocalrequest.get_current_user()
if sbmtr is None:
sbmtr = Patch.objects.get(pk=processed_patches
[p][2]).submitter
new_comment = Comment(pk=None, patch=processed_patch,
headers=msgid, content=content,
date=datetime.datetime.now(),
submitter=sbmtr, msgid=msgid)
new_comment.save()
def _patch_change_callback(sender, instance, **kwargs):
# we only want notification of modified patches
if instance.pk is None:
return
if instance.project is None:
return
try:
orig_patch = Patch.objects.get(pk=instance.pk)
except Patch.DoesNotExist:
return
# If there's no interesting changes, abort without creating the
# notification or log
if orig_patch.state == instance.state:
return
# If state changed, log the event
event_state_change = Event.objects.get(name='patch-state-change')
curr_user = threadlocalrequest.get_current_user()
previous_state = str(orig_patch.state)
new_state = str(instance.state)
changed_patch = Patch.objects.get(pk=instance.pk)
# Do not log patch-state-change events for Patches that are not part of a
# Series (ie patches older than the introduction of Series)
series = find_series_for_patch(orig_patch)
if series:
log = EventLog(event=event_state_change,
user=curr_user,
series_id=series.id,
patch=changed_patch,
parameters={
'previous_state': previous_state,
'new_state': new_state,
})
log.save()
if not instance.project.send_notifications:
return
notification = None
try:
notification = PatchChangeNotification.objects.get(patch=instance)
except PatchChangeNotification.DoesNotExist:
pass
if notification is None:
notification = PatchChangeNotification(patch=instance,
orig_state=orig_patch.state)
elif notification.orig_state == instance.state:
# If we're back at the original state, there is no need to notify
notification.delete()
return
notification.last_modified = datetime.datetime.now()
notification.save()
def _series_supersede_previous_patches(series):
total_series_revs = len(Series(series).revisions())
# If there is only one revision for the series, we have nothing to do
if total_series_revs < 2:
return
# process all patches in series
processed_patches = []
for i in range(0, (total_series_revs)):
total_rev_patches = len(
Series(series).revisions()[i].ordered_patches())
# process all patches in current revision
for l in range(0, total_rev_patches):
patch_id = Series(series).revisions()[i].ordered_patches()[l].pk
patch_name = Series(series).revisions()[i]\
.ordered_patches()[l].name
# don't process v# or [##/##] in patch name
striped_name = re.sub(
'(\[.*\]\s*)?(\s*\(?v\d+\)?\s*)?(.*)(v\d+$)?', r'\3',
patch_name, flags=re.IGNORECASE)
# add patch revision-name-id to list
processed_patches.append(("rev_%s" % (i + 1), striped_name,
patch_id, i, l))
total_processed = len(processed_patches)
for p in range(0, total_processed):
# Use only patches from latest revision as base for comparisons
if processed_patches[p][0] == 'rev_%s' % total_series_revs:
# Compare names with patches from all previous revisions
for q in range(0, total_processed):
if not processed_patches[q][0] == 'rev_%s' % total_series_revs:
processed_patch = Patch.objects.get(
pk=processed_patches[q][2])
# if patches have the same name AND different ID
# AND are in a state different than Superseded
if processed_patches[p][1] == processed_patches[q][1] and \
processed_patches[q][2] != processed_patches[p][2]\
and processed_patch.state.name != 'Superseded':
# mark patch from previous revision as Superseded
processed_patch = Patch.objects.get(
pk=processed_patches[q][2])
new_state = State.objects.get(name='Superseded')
processed_patch.state = new_state
processed_patch.save()
# Detail the state change as a comment
# in superseded patch
content = "This is a system generated Comment: Patch \
%s was automatically marked as superseded by patch %s." % (processed_patch.id,
processed_patches[p][2])
msgid = "%s: System generated by patch %s" % (datetime
.datetime.now().strftime("%d%b%Y.%H:%M:%S.%f"),
processed_patches[p][2])
sbmtr = threadlocalrequest.get_current_user()
if sbmtr is None:
sbmtr = Patch.objects.get(pk=processed_patches
[p][2]).submitter
new_comment = Comment(pk=None, patch=processed_patch,
headers=msgid, content=content,
date=datetime.datetime.now(),
submitter=sbmtr, msgid=msgid)
new_comment.save()
def _patch_change_callback(sender, instance, **kwargs):
# we only want notification of modified patches
if instance.pk is None:
return
if instance.project is None:
return
try:
orig_patch = Patch.objects.get(pk=instance.pk)
except Patch.DoesNotExist:
return
# If there's no interesting changes, abort without creating the
# notification or log
if orig_patch.state == instance.state:
return
# If state changed, log the event
event_state_change = Event.objects.get(name='patch-state-change')
curr_user = threadlocalrequest.get_current_user()
previous_state = str(orig_patch.state)
new_state = str(instance.state)
changed_patch = Patch.objects.get(pk=instance.pk)
# Do not log patch-state-change events for Patches that are not part of a
# Series (ie patches older than the introduction of Series)
series = find_series_for_patch(orig_patch)
if series:
log = EventLog(event=event_state_change,
user=curr_user,
series_id=series.id,
patch=changed_patch,
parameters={'previous_state': previous_state,
'new_state': new_state,
})
log.save()
if not instance.project.send_notifications:
return
notification = None
try:
notification = PatchChangeNotification.objects.get(patch=instance)
except PatchChangeNotification.DoesNotExist:
pass
if notification is None:
notification = PatchChangeNotification(patch=instance,
orig_state=orig_patch.state)
elif notification.orig_state == instance.state:
# If we're back at the original state, there is no need to notify
notification.delete()
return
notification.last_modified = datetime.datetime.now()
notification.save()
def _patch_change_log_event(old_patch, new_patch):
# If state changed, log the event
event_state_change = Event.objects.get(name='patch-state-change')
curr_user = threadlocalrequest.get_current_user()
previous_state = str(old_patch.state)
new_state = str(new_patch.state)
# Do not log patch-state-change events for Patches that are not part of a
# Series (ie patches older than the introduction of Series)
series = find_series_for_patch(old_patch)
if series:
log = EventLog(event=event_state_change,
user=curr_user,
series_id=series.id,
patch=old_patch,
parameters={'previous_state': previous_state,
'new_state': new_state,
})
log.save()
def _patch_change_log_event(old_patch, new_patch):
# If state changed, log the event
event_state_change = Event.objects.get(name='patch-state-change')
curr_user = threadlocalrequest.get_current_user()
previous_state = str(old_patch.state)
new_state = str(new_patch.state)
# Do not log patch-state-change events for Patches that are not part of a
# Series (ie patches older than the introduction of Series)
series = find_series_for_patch(old_patch)
if series:
log = EventLog(event=event_state_change,
user=curr_user,
series_id=series.id,
patch=old_patch,
parameters={'previous_state': previous_state,
'new_state': new_state,
})
log.save()