def addChange(self, change):
dbchange = modelForChange(dbm, change)
log.msg('ADDED CHANGE to DB, %d' % dbchange.number)
def handle(self, *args, **options):
if len(args) != 1:
raise CommandError('basedir needed as argument')
basedir = os.path.abspath(args[0])
builderconfs = glob(basedir + '/*/builder')
builderconfs.sort()
builders = []
for builderconf in builderconfs:
buildername = builderconf[len(basedir)+1:-8]
if raw_input('Import %s? ' % buildername).lower() != 'y':
print 'Skipping %s' % buildername
continue
builder = pickle.load(open(builderconf))
builder.basedir = builderconf[:-8]
builder.determineNextBuildNumber()
if buildername != builder.getName():
print '%s is %s in reality' % (buildername, builder.getName())
buildername = builder.getName()
try:
dbbuilder = Builder.objects.get(name = buildername)
q = dbbuilder.builds.order_by('-pk').values_list('buildnumber', flat=True)
if q.count():
firstBuild = q[0] + 1
else:
firstBuild = 0
except:
dbbuilder = Builder.objects.create(name = buildername,
category = builder.category,
bigState = builder.currentBigState)
firstBuild = 0
print "Created %s" % dbbuilder
try:
firstBuild = int(raw_input('First build number (%d): ' % firstBuild))
except ValueError:
pass
g = iterOverBuilds(builder, dbbuilder, buildername, firstBuild)
try:
localvars = g.next()
except StopIteration:
print "no more builds for %s" % buildername
continue
builders.append([g, localvars])
while builders:
# pick the earliest available build
builders.sort(lambda l, r: cmp(l[1]['build'].getTimes()[0],
r[1]['build'].getTimes()[0]))
localvars = builders[0][1]
try:
builders[0][1] = builders[0][0].next()
except StopIteration:
# builder is exhausted, drop it from the list.
# this is basically the end condition for the loop
builders.pop(0)
buildername = localvars['buildername']
builder = localvars['builder']
dbbuilder = localvars['dbbuilder']
buildnumber = localvars['buildnumber']
print buildername, buildnumber
try:
dbbuilder.builds.get(buildnumber = buildnumber)
print "Got build $d" % buildnumber
continue
except:
pass
build = builder.getBuild(buildnumber)
times = map(utils.timeHelper, build.getTimes())
dbbuild = dbbuilder.builds.create(buildnumber = buildnumber,
slavename = build.getSlavename(),
starttime = times[0],
endtime = times[1],
result = build.getResults(),
reason = build.getReason())
for key, value, source in build.getProperties().asList():
dbbuild.setProperty(key, value, source)
for change in build.getChanges():
dbbuild.changes.add(utils.modelForChange(change))
for step in build.getSteps():
times = map(utils.timeHelper, step.getTimes())
if times[1] is None:
#step is still running or never run, no result
result = None
else:
result = step.getResults()[0]
dbstep = dbbuild.steps.create(name = step.getName(),
text = step.getText(),
text2 = step.text2,
starttime = times[0],
endtime = times[1],
result = result)
for logfile in step.getLogs():
utils.modelForLog(dbstep, logfile, basedir, isFinished = True)
dbbuild.save()
def addChange(self, change):
dbchange = modelForChange(dbm, change)
log.msg('ADDED CHANGE to DB, %d' % dbchange.number)
def handle(self, *args, **options):
if len(args) != 1:
raise CommandError('basedir needed as argument')
basedir = os.path.abspath(args[0])
builderconfs = glob(basedir + '/*/builder')
builderconfs.sort()
builders = []
for builderconf in builderconfs:
buildername = builderconf[len(basedir) + 1:-8]
if raw_input('Import %s? ' % buildername).lower() != 'y':
print('Skipping %s' % buildername)
continue
builder = pickle.load(open(builderconf))
builder.basedir = builderconf[:-8]
builder.determineNextBuildNumber()
if buildername != builder.getName():
print('%s is %s in reality' % (buildername, builder.getName()))
buildername = builder.getName()
try:
dbbuilder = Builder.objects.get(name=buildername)
q = dbbuilder.builds.order_by('-pk').values_list('buildnumber',
flat=True)
if q.count():
firstBuild = q[0] + 1
else:
firstBuild = 0
except:
dbbuilder = \
Builder.objects.create(name=buildername,
category=builder.category,
bigState=builder.currentBigState)
firstBuild = 0
print("Created %s" % dbbuilder)
try:
firstBuild = int(
raw_input('First build number (%d): ' % firstBuild))
except ValueError:
pass
g = iterOverBuilds(builder, dbbuilder, buildername, firstBuild)
try:
localvars = next(g)
except StopIteration:
print("no more builds for %s" % buildername)
continue
builders.append([g, localvars])
while builders:
# pick the earliest available build
builders.sort(lambda l, r: cmp(l[1]['build'].getTimes()[0], r[1][
'build'].getTimes()[0]))
localvars = builders[0][1]
try:
builders[0][1] = next(builders[0][0])
except StopIteration:
# builder is exhausted, drop it from the list.
# this is basically the end condition for the loop
builders.pop(0)
buildername = localvars['buildername']
builder = localvars['builder']
dbbuilder = localvars['dbbuilder']
buildnumber = localvars['buildnumber']
print(buildername, buildnumber)
try:
dbbuilder.builds.get(buildnumber=buildnumber)
print("Got build $d" % buildnumber)
continue
except:
pass
build = builder.getBuild(buildnumber)
times = map(utils.timeHelper, build.getTimes())
dbbuild = dbbuilder.builds.create(buildnumber=buildnumber,
slavename=build.getSlavename(),
starttime=times[0],
endtime=times[1],
result=build.getResults(),
reason=build.getReason())
for key, value, source in build.getProperties().asList():
dbbuild.setProperty(key, value, source)
for change in build.getChanges():
dbbuild.changes.add(utils.modelForChange(change))
for step in build.getSteps():
times = map(utils.timeHelper, step.getTimes())
if times[1] is None:
#step is still running or never run, no result
result = None
else:
result = step.getResults()[0]
dbstep = dbbuild.steps.create(name=step.getName(),
text=step.getText(),
text2=step.text2,
starttime=times[0],
endtime=times[1],
result=result)
for logfile in step.getLogs():
utils.modelForLog(dbstep,
logfile,
basedir,
isFinished=True)
dbbuild.save()