def produce_jobs(infox):
""" Queue the jobs into jobqueue
:args infox: list of dictionaries contains the image url and the buildid
"""
jobqueue = Queue('jobqueue')
jobqueue.connect()
session = init_model()
timestamp = datetime.datetime.now()
for info in infox:
jd = JobDetails(taskid=info['buildid'],
status='q',
created_on=timestamp,
user='******',
last_updated=timestamp)
session.add(jd)
session.commit()
job_details_id = jd.id
log.info('Save {jd_id} to database'.format(jd_id=job_details_id))
info.update({'job_id': jd.id})
task = Task(info)
jobqueue.enqueue(task)
log.info('Enqueue {jd_id} to redis'.format(jd_id=job_details_id))
publish_to_fedmsg(topic='image.queued',
image_url=info['image_url'],
image_name=info['name'],
status='queued',
buildid=info['buildid'],
job_id=info['job_id'],
release=info['release'])
def produce_jobs(infox):
""" Queue the jobs into jobqueue
:args infox: list of dictionaries contains the image url and the buildid
"""
jobqueue = Queue('jobqueue')
jobqueue.connect()
session = init_model()
timestamp = datetime.datetime.now()
for info in infox:
jd = JobDetails(
taskid=info['buildid'],
status='q',
created_on=timestamp,
user='******',
last_updated=timestamp)
session.add(jd)
session.commit()
job_details_id = jd.id
log.info('Save {jd_id} to database'.format(jd_id=job_details_id))
info.update({'job_id': jd.id})
task = Task(info)
jobqueue.enqueue(task)
log.info('Enqueue {jd_id} to redis'.format(jd_id=job_details_id))
publish_to_fedmsg(topic='image.queued', image_url=info['image_url'],
image_name=info['name'], status='queued',
buildid=info['buildid'], job_id=info['job_id'],
release=info['release'])
def main():
jobqueue = Queue('jobqueue')
jobqueue.connect()
while True:
task = jobqueue.wait()
task_data = task.data
pos, num_images = task_data['pos']
compose_details = task_data['compose']
if pos == 1:
session = init_model()
compose_id = compose_details['id']
compose_obj = session.query(ComposeDetails).filter_by(
compose_id=compose_id).first()
compose_status = compose_obj.status.code
# Here the check if the compose_status has completed 'c' is for
# failsafe. This condition is never to be hit. This is to avoid
# sending message to fedmsg.
if compose_status in ('r', 'c'):
log.info("Compose %s already running. Skipping sending to \
fedmsg" % compose_id)
else:
compose_obj.status = u'r'
session.commit()
params = copy.deepcopy(compose_details)
params.update({'status': 'running'})
publish_to_fedmsg(topic='compose.running', **params)
result, running_status = auto_job(task_data)
def main():
jobqueue = Queue('jobqueue')
jobqueue.connect()
while True:
task = jobqueue.wait()
task_data = task.data
pos, num_images = task_data['pos']
compose_details = task_data['compose']
if pos == 1:
session = init_model()
compose_id = compose_details['id']
compose_obj = session.query(ComposeDetails).filter_by(
compose_id=compose_id).first()
compose_status = compose_obj.status.code
# Here the check if the compose_status has completed 'c' is for
# failsafe. This condition is never to be hit. This is to avoid
# sending message to fedmsg.
if compose_status in ('r', 'c'):
log.info("Compose %s already running. Skipping sending to \
fedmsg" % compose_id)
else:
compose_obj.status = u'r'
session.commit()
params = copy.deepcopy(compose_details)
params.update({'status': 'running'})
publish_to_fedmsg(topic='compose.running', **params)
result, running_status = auto_job(task_data)
def main():
jobqueue = Queue('jobqueue')
jobqueue.connect()
while True:
task = jobqueue.wait()
task_data = task.data
pos, num_images = task_data['pos']
compose_details = task_data['compose']
if pos == 1:
session = init_model()
compose_id = compose_details['id']
compose_obj = session.query(ComposeDetails).filter_by(
compose_id=compose_id).first()
compose_obj.status = u'r'
session.commit()
params = copy.deepcopy(compose_details)
params.update({'status': 'running'})
publish_to_fedmsg(topic='compose.running', **params)
result, running_status = auto_job(task_data)
def check_status_of_compose_image(compose_id):
session = init_model()
compose_job_objs = session.query(ComposeJobDetails).filter_by(
compose_id=compose_id).all()
compose_obj = session.query(ComposeDetails).filter_by(
compose_id=compose_id).first()
is_running = False
for compose_job_obj in compose_job_objs:
status = compose_job_obj.status.code
if status in ('r', 'q'):
is_running = True
break
if is_running:
return False
for compose_job_obj in compose_job_objs:
status = compose_job_obj.status.code
if status in ('s', ):
results[compose_id][SUCCESS] = results[compose_id].get(SUCCESS,
0) + 1
elif status in ('f', 'a'):
results[compose_id][FAILED] = results[compose_id].get(FAILED,
0) + 1
if isinstance(results[compose_id][SUCCESS], defaultdict):
results[compose_id][SUCCESS] = 0
if isinstance(results[compose_id][FAILED], defaultdict):
results[compose_id][FAILED] = 0
compose_obj.passed = results[compose_id][SUCCESS]
compose_obj.failed = results[compose_id][FAILED]
compose_obj.status = u'c'
session.commit()
compose_id = compose_obj.compose_id
rel = fedfind.release.get_release(cid=compose_id)
release = rel.release
params = {
'id': compose_obj.compose_id,
'respin': compose_obj.respin,
'type': compose_obj.type,
'date': datetime.datetime.strftime(compose_obj.date, '%Y%m%d'),
'results': results[compose_id],
'release': release,
'status': 'completed',
'compose_job_id': compose_obj.id
}
publish_to_fedmsg(topic='compose.complete', **params)
results.pop(compose_id, {})
return True
def check_status_of_compose_image(compose_id):
session = init_model()
compose_job_objs = session.query(ComposeJobDetails).filter_by(
compose_id=compose_id).all()
compose_obj = session.query(ComposeDetails).filter_by(
compose_id=compose_id).first()
is_running = False
for compose_job_obj in compose_job_objs:
status = compose_job_obj.status.code
if status in ('r', 'q'):
is_running = True
break
if is_running:
return False
for compose_job_obj in compose_job_objs:
status = compose_job_obj.status.code
if status in ('s',):
results[compose_id][SUCCESS] = results[compose_id].get(SUCCESS, 0) + 1
elif status in ('f', 'a'):
results[compose_id][FAILED] = results[compose_id].get(FAILED, 0) + 1
if isinstance(results[compose_id][SUCCESS], defaultdict):
results[compose_id][SUCCESS] = 0
if isinstance(results[compose_id][FAILED], defaultdict):
results[compose_id][FAILED] = 0
compose_obj.passed = results[compose_id][SUCCESS]
compose_obj.failed = results[compose_id][FAILED]
compose_obj.status = u'c'
session.commit()
compose_id = compose_obj.compose_id
rel = fedfind.release.get_release(cid=compose_id)
release = rel.release
params = {
'id': compose_obj.compose_id,
'respin': compose_obj.respin,
'type': compose_obj.type,
'date': datetime.datetime.strftime(compose_obj.date, '%Y%m%d'),
'results': results[compose_id],
'release': release,
'status': 'completed',
'compose_job_id': compose_obj.id
}
publish_to_fedmsg(topic='compose.complete', **params)
results.pop(compose_id, {})
return True
def produce_jobs(infox):
""" Queue the jobs into jobqueue
:args infox: list of dictionaries contains the image url and the buildid
"""
jobqueue = Queue('jobqueue')
jobqueue.connect()
family_mapping = {
'Cloud_Base': 'b',
'Atomic': 'a',
'AtomicHost': 'a',
}
session = init_model()
timestamp = datetime.datetime.now()
for info in infox:
image_name = info['path'].split('/')[-1].split(info['arch'])[0]
jd = ComposeJobDetails(
arch=info['arch'],
compose_id=info['compose']['id'],
created_on=timestamp,
family=family_mapping[info['subvariant']],
image_url=info['absolute_path'],
last_updated=timestamp,
release=info['compose']['release'],
status='q',
subvariant=info['subvariant'],
user='******',
image_format=info['format'],
image_type=info['type'],
image_name=image_name,
)
session.add(jd)
session.commit()
job_details_id = jd.id
log.info('Save {jd_id} to database'.format(jd_id=job_details_id))
info.update({'job_id': jd.id})
task = Task(info)
jobqueue.enqueue(task)
log.info('Enqueue {jd_id} to redis'.format(jd_id=job_details_id))
publish_to_fedmsg(topic='image.queued',
compose_url=info['absolute_path'],
compose_id=info['compose']['id'],
image_name=image_name,
status='queued',
job_id=info['job_id'],
release=info['compose']['release'],
family=jd.family.value,
type=info['type'])
session.close()
def produce_jobs(infox):
""" Queue the jobs into jobqueue
:args infox: list of dictionaries contains the image url and the buildid
"""
jobqueue = Queue('jobqueue')
jobqueue.connect()
family_mapping = {
'Cloud_Base': 'b',
'Atomic': 'a'
}
session = init_model()
timestamp = datetime.datetime.now()
for info in infox:
image_name = info['path'].split('.x86_64')[0].split('/')[-1]
jd = ComposeJobDetails(
arch=info['arch'],
compose_id=info['compose']['id'],
created_on=timestamp,
family=family_mapping[info['subvariant']],
image_url=info['absolute_path'],
last_updated=timestamp,
release=info['compose']['release'],
status='q',
subvariant=info['subvariant'],
user='******',
image_format=info['format'],
image_type=info['type'],
image_name=image_name,
)
session.add(jd)
session.commit()
job_details_id = jd.id
log.info('Save {jd_id} to database'.format(jd_id=job_details_id))
info.update({'job_id': jd.id})
task = Task(info)
jobqueue.enqueue(task)
log.info('Enqueue {jd_id} to redis'.format(jd_id=job_details_id))
publish_to_fedmsg(topic='image.queued',
compose_url=info['absolute_path'],
compose_id=info['compose']['id'],
image_name=image_name,
status='queued',
job_id=info['job_id'],
release=info['compose']['release'],
family=jd.family.value,
type=info['type'])
session.close()
def consume(self, msg):
""" This is called when we receive a message matching the topic. """
log.info('Received %r %r' % (msg['topic'], msg['body']['msg_id']))
STATUS_F = ('FINISHED_INCOMPLETE', 'FINISHED',)
images = []
compose_db_update = False
msg_body = msg['body']
status = msg_body['msg']['status']
compose_images_json = None
# Till F27, both cloud-base and atomic images were available
# under variant CloudImages. With F28 and onward releases,
# cloud-base image compose moved to cloud variant and atomic images
# moved under atomic variant.
prev_rel = ['26', '27']
if msg_body['msg']['release_version'] in prev_rel:
VARIANTS_F = ('CloudImages',)
else:
VARIANTS_F = ('AtomicHost', 'Cloud')
if status in STATUS_F:
location = msg_body['msg']['location']
json_metadata = '{}/metadata/images.json'.format(location)
resp = requests.get(json_metadata)
compose_images_json = getattr(resp, 'json', False)
if compose_images_json is not None:
compose_images_json = compose_images_json()
compose_images = compose_images_json['payload']['images']
compose_details = compose_images_json['payload']['compose']
compose_images = dict((variant, compose_images[variant])
for variant in VARIANTS_F
if variant in compose_images)
compose_id = compose_details['id']
rel = fedfind.release.get_release(cid=compose_id)
release = rel.release
compose_details.update({'release': release})
compose_images_variants = [variant for variant in VARIANTS_F
if variant in compose_images]
for variant in compose_images_variants:
compose_image = compose_images[variant]
for arch, payload in compose_image.iteritems():
if arch not in self.supported_archs:
continue
for item in payload:
relative_path = item['path']
if not is_valid_image(relative_path):
continue
absolute_path = '{}/{}'.format(location, relative_path)
item.update({
'compose': compose_details,
'absolute_path': absolute_path,
})
images.append(item)
compose_db_update = True
if compose_db_update:
session = init_model()
compose_date = datetime.strptime(compose_details['date'], '%Y%m%d')
try:
cd = ComposeDetails(
date=compose_date,
compose_id=compose_details['id'],
respin=compose_details['respin'],
type=compose_details['type'],
status=u'q',
location=location,
)
session.add(cd)
session.commit()
compose_details.update({
'status': 'queued',
'compose_job_id': cd.id,
})
publish_to_fedmsg(topic='compose.queued',
**compose_details)
except exc.IntegrityError:
session.rollback()
cd = session.query(ComposeDetails).filter_by(
compose_id=compose_details['id']).first()
log.info('Compose already exists %s: %s' % (
compose_details['id'],
cd.id
))
session.close()
num_images = len(images)
for pos, image in enumerate(images):
image.update({'pos': (pos+1, num_images)})
produce_jobs(images)
def consume(self, msg):
""" This is called when we receive a message matching the topic. """
log.info('Received %r %r' % (msg['topic'], msg['body']['msg_id']))
STATUS_F = ('FINISHED_INCOMPLETE', 'FINISHED',)
VARIANTS_F = ('CloudImages',)
images = []
compose_db_update = False
msg_body = msg['body']
if msg_body['msg']['status'] in STATUS_F:
location = msg_body['msg']['location']
json_metadata = '{}/metadata/images.json'.format(location)
resp = requests.get(json_metadata)
compose_images_json = getattr(resp, 'json', False)
if compose_images_json:
compose_images_json = compose_images_json()
compose_images = compose_images_json['payload']['images']
compose_details = compose_images_json['payload']['compose']
compose_images = dict(
(variant, compose_images[variant])
for variant in VARIANTS_F
if variant in compose_images
)
compose_id = compose_details['id']
(release, _, _, _) = fedfind.helpers.parse_cid(compose_id)
compose_details.update({'release': release})
for variant in VARIANTS_F:
if variant not in compose_images:
continue
for arch, payload in compose_images[variant].iteritems():
for item in payload:
relative_path = item['path']
if not is_valid_image(relative_path):
continue
absolute_path = '{}/{}'.format(location,
relative_path)
item.update({
'compose': compose_details,
'absolute_path': absolute_path,
})
images.append(item)
compose_db_update = True
if compose_db_update:
session = init_model()
compose_date = datetime.strptime(compose_details['date'],
'%Y%m%d')
try:
cd = ComposeDetails(
date=compose_date,
compose_id=compose_details['id'],
respin=compose_details['respin'],
type=compose_details['type'],
status=u'q',
location=location,
)
session.add(cd)
session.commit()
compose_details.update({
'status': 'queued',
'compose_job_id': cd.id,
})
publish_to_fedmsg(topic='compose.queued',
**compose_details)
except exc.IntegrityError:
session.rollback()
cd = session.query(ComposeDetails).filter_by(
compose_id=compose_details['id']).first()
log.info('Compose already exists %s: %s' % (
compose_details['id'],
cd.id
))
num_images = len(images)
for pos, image in enumerate(images):
image.update({'pos': (pos+1, num_images)})
produce_jobs(images)
def consume(self, msg):
""" This is called when we receive a message matching the topic. """
log.info('Received %r %r' % (msg['topic'], msg['body']['msg_id']))
STATUS_F = (
'FINISHED_INCOMPLETE',
'FINISHED',
)
VARIANTS_F = ('CloudImages', )
images = []
compose_db_update = False
msg_body = msg['body']
if msg_body['msg']['status'] in STATUS_F:
location = msg_body['msg']['location']
json_metadata = '{}/metadata/images.json'.format(location)
resp = requests.get(json_metadata)
compose_images_json = getattr(resp, 'json', False)
if compose_images_json:
compose_images_json = compose_images_json()
compose_images = compose_images_json['payload']['images']
compose_details = compose_images_json['payload']['compose']
compose_images = dict((variant, compose_images[variant])
for variant in VARIANTS_F
if variant in compose_images)
compose_id = compose_details['id']
rel = fedfind.release.get_release(cid=compose_id)
release = rel.release
compose_details.update({'release': release})
for variant in VARIANTS_F:
if variant not in compose_images:
continue
for arch, payload in compose_images[variant].iteritems():
for item in payload:
relative_path = item['path']
if not is_valid_image(relative_path):
continue
absolute_path = '{}/{}'.format(
location, relative_path)
item.update({
'compose': compose_details,
'absolute_path': absolute_path,
})
images.append(item)
compose_db_update = True
if compose_db_update:
session = init_model()
compose_date = datetime.strptime(compose_details['date'],
'%Y%m%d')
try:
cd = ComposeDetails(
date=compose_date,
compose_id=compose_details['id'],
respin=compose_details['respin'],
type=compose_details['type'],
status=u'q',
location=location,
)
session.add(cd)
session.commit()
compose_details.update({
'status': 'queued',
'compose_job_id': cd.id,
})
publish_to_fedmsg(topic='compose.queued',
**compose_details)
except exc.IntegrityError:
session.rollback()
cd = session.query(ComposeDetails).filter_by(
compose_id=compose_details['id']).first()
log.info('Compose already exists %s: %s' %
(compose_details['id'], cd.id))
num_images = len(images)
for pos, image in enumerate(images):
image.update({'pos': (pos + 1, num_images)})
produce_jobs(images)
def auto_job(task_data):
"""
This fuction queues the job, and then executes the tests,
updates the db as required.
:param taskid: Koji taskid.
:param image_url: URL to download the fedora image.
:return:
"""
# TODO:
# We will have to update the job information on DB, rather
# than creating it. But we will do it afterwards.
taskid = task_data.get('buildid')
job_id = task_data.get('job_id')
image_url = task_data.get('image_url')
image_name = task_data.get('name')
release = task_data.get('release')
job_type = 'vm'
# Just to make sure that we have runtime dirs
create_dirs()
session = init_model()
timestamp = datetime.datetime.now()
data = None
try:
data = session.query(JobDetails).get(str(job_id))
data.status = u'r'
data.last_updated = timestamp
except Exception as err:
log.error("%s" % err)
log.error("%s: %s", taskid, image_url)
session.commit()
publish_to_fedmsg(topic='image.running', image_url=image_url,
image_name=image_name, status='running', buildid=taskid,
job_id=data.id, release=release)
# Now we have job queued, let us start the job.
# Step 1: Download the image
basename = os.path.basename(image_url)
image_path = '/var/run/autocloud/%s' % basename
out, err, ret_code = system('wget %s -O %s' % (image_url, image_path))
if ret_code:
image_cleanup(image_path)
handle_err(session, data, out, err)
log.debug("Return code: %d" % ret_code)
publish_to_fedmsg(topic='image.failed', image_url=image_url,
image_name=image_name, status='failed',
buildid=taskid, job_id=data.id, release=release)
return
# Step 2: Create the conf file with correct image path.
if basename.find('vagrant') == -1:
conf = {"image": "file:///var/run/autocloud/%s" % basename,
"name": "fedora",
"password": "******",
"ram": 2048,
"type": "vm",
"user": "******"}
else: # We now have a Vagrant job.
conf = {
"name": "fedora",
"type": "vagrant",
"image": "file:///var/run/autocloud/%s" % basename,
"ram": 2048,
"user": "******",
"port": "22"
}
if basename.find('virtualbox') != -1:
conf['provider'] = 'virtualbox'
job_type = 'vagrant'
#Now let us refresh the storage pool
refresh_storage_pool()
with open('/var/run/autocloud/fedora.json', 'w') as fobj:
fobj.write(json.dumps(conf))
system('/usr/bin/cp -f /etc/autocloud/fedora.txt /var/run/autocloud/fedora.txt')
cmd = 'tunir --job fedora --config-dir /var/run/autocloud/ --stateless'
if basename.find('Atomic') != -1 and job_type == 'vm':
cmd = 'tunir --job fedora --config-dir /var/run/autocloud/ --stateless --atomic'
# Now run tunir
out, err, ret_code = system(cmd)
if ret_code:
image_cleanup(image_path)
handle_err(session, data, create_result_text(out), err)
log.debug("Return code: %d" % ret_code)
publish_to_fedmsg(topic='image.failed', image_url=image_url,
image_name=image_name, status='failed',
buildid=taskid, job_id=data.id, release=release)
return
else:
image_cleanup(image_path)
out = create_result_text(out)
if job_type == 'vm':
com_text = out[out.find('/usr/bin/qemu-kvm'):]
else:
com_text = out
data.status = u's'
timestamp = datetime.datetime.now()
data.last_updated = timestamp
data.output = com_text
session.commit()
publish_to_fedmsg(topic='image.success', image_url=image_url,
image_name=image_name, status='success', buildid=taskid,
job_id=data.id, release=release)
def check_status_of_compose_image(compose_id):
session = init_model()
compose_job_objs = session.query(ComposeJobDetails).filter_by(
compose_id=compose_id).all()
compose_obj = session.query(ComposeDetails).filter_by(
compose_id=compose_id).first()
results = {
SUCCESS: 0,
FAILED: 0,
'artifacts': {}
}
for compose_job_obj in compose_job_objs:
status = compose_job_obj.status.code
if status in ('r', 'q'):
# Abort, since there's still jobs not finished
return False
elif status in ('s',):
results[SUCCESS] = results[SUCCESS] + 1
elif status in ('f', 'a'):
results[FAILED] = results[FAILED] + 1
artifact = {
'architecture': compose_job_obj.arch.value,
'family': compose_job_obj.family.value,
'image_url': compose_job_obj.image_url,
'release': compose_job_obj.release,
'subvariant': compose_job_obj.subvariant,
'format': compose_job_obj.image_format,
'type': compose_job_obj.image_type,
'name': compose_job_obj.image_name,
'status': compose_job_obj.status.value
}
results['artifacts'][str(compose_job_obj.id)] = artifact
compose_obj.passed = results[SUCCESS]
compose_obj.failed = results[FAILED]
compose_obj.status = u'c'
session.commit()
compose_id = compose_obj.compose_id
rel = fedfind.release.get_release(cid=compose_id)
release = rel.release
params = {
'id': compose_obj.compose_id,
'respin': compose_obj.respin,
'type': compose_obj.type,
'date': datetime.datetime.strftime(compose_obj.date, '%Y%m%d'),
'results': results,
'release': release,
'status': 'completed',
'compose_job_id': compose_obj.id
}
publish_to_fedmsg(topic='compose.complete', **params)
session.close()
return True
def auto_job(task_data):
"""
This fuction queues the job, and then executes the tests,
updates the db as required.
:param taskid: Koji taskid.
:param image_url: URL to download the fedora image.
:return:
"""
# TODO:
# We will have to update the job information on DB, rather
# than creating it. But we will do it afterwards.
compose_image_url = task_data['absolute_path']
compose_id = task_data['compose']['id']
release = task_data['compose']['release']
job_id = task_data['job_id']
image_type = task_data['type']
job_type = 'vm'
# Just to make sure that we have runtime dirs
create_dirs()
session = init_model()
timestamp = datetime.datetime.now()
data = None
try:
data = session.query(ComposeJobDetails).get(str(job_id))
data.status = u'r'
data.last_updated = timestamp
except Exception as err:
log.error("%s" % err)
log.error("%s: %s", compose_id, compose_image_url)
session.commit()
params = {
'compose_url': compose_image_url,
'compose_id': compose_id,
'status': RUNNING,
'job_id': job_id,
'release': release,
'family': data.family.value,
'type': image_type,
'image_name': data.image_name,
}
publish_to_fedmsg(topic='image.running', **params)
# Now we have job queued, let us start the job.
# Step 1: Download the image
image_url = compose_image_url
basename = os.path.basename(image_url)
image_path = '/var/run/autocloud/%s' % basename
log.debug("Going to download {0}".format(image_url))
out, err, ret_code = system('wget %s -O %s' % (image_url, image_path))
if ret_code:
image_cleanup(image_path)
handle_err(session, data, out, err)
log.debug("Return code: %d" % ret_code)
params.update({'status': FAILED})
publish_to_fedmsg(topic='image.failed', **params)
check_status_of_compose_image(compose_id)
return FAILED
# Step 2: Create the conf file with correct image path.
if basename.find('vagrant') == -1:
conf = {"image": "/var/run/autocloud/%s" % basename,
"name": "fedora",
"password": "******",
"ram": 2048,
"type": "vm",
"user": "******"}
else: # We now have a Vagrant job.
conf = {
"name": "fedora",
"type": "vagrant",
"image": "/var/run/autocloud/%s" % basename,
"ram": 2048,
"user": "******",
"port": "22"
}
if basename.find('virtualbox') != -1:
conf['provider'] = 'virtualbox'
job_type = 'vagrant'
# Now let us refresh the storage pool
refresh_storage_pool()
with open('/var/run/autocloud/fedora.json', 'w') as fobj:
fobj.write(json.dumps(conf))
system('/usr/bin/cp -f /etc/autocloud/fedora.txt '
'/var/run/autocloud/fedora.txt')
cmd = 'tunir --job fedora --config-dir /var/run/autocloud/'
# Now run tunir
out, err, ret_code = system(cmd)
if ret_code:
image_cleanup(image_path)
handle_err(session, data, create_result_text(out), err)
log.debug("Return code: %d" % ret_code)
params.update({'status': FAILED})
publish_to_fedmsg(topic='image.failed', **params)
check_status_of_compose_image(compose_id)
return FAILED
else:
image_cleanup(image_path)
# Enabling direct stdout as output of the command
out = create_result_text(out)
if job_type == 'vm':
com_text = out[out.find('/usr/bin/qemu-kvm'):]
else:
com_text = out
data.status = u's'
timestamp = datetime.datetime.now()
data.last_updated = timestamp
data.output = com_text
session.commit()
session.close()
params.update({'status': SUCCESS})
publish_to_fedmsg(topic='image.success', **params)
check_status_of_compose_image(compose_id)
return SUCCESS
def auto_job(task_data):
"""
This fuction queues the job, and then executes the tests,
updates the db as required.
:param taskid: Koji taskid.
:param image_url: URL to download the fedora image.
:return:
"""
# TODO:
# We will have to update the job information on DB, rather
# than creating it. But we will do it afterwards.
taskid = task_data.get('buildid')
job_id = task_data.get('job_id')
image_url = task_data.get('image_url')
image_name = task_data.get('name')
release = task_data.get('release')
job_type = 'vm'
# Just to make sure that we have runtime dirs
create_dirs()
session = init_model()
timestamp = datetime.datetime.now()
data = None
try:
data = session.query(JobDetails).get(str(job_id))
data.status = u'r'
data.last_updated = timestamp
except Exception as err:
log.error("%s" % err)
log.error("%s: %s", taskid, image_url)
session.commit()
publish_to_fedmsg(topic='image.running',
image_url=image_url,
image_name=image_name,
status='running',
buildid=taskid,
job_id=data.id,
release=release)
# Now we have job queued, let us start the job.
# Step 1: Download the image
basename = os.path.basename(image_url)
image_path = '/var/run/autocloud/%s' % basename
out, err, ret_code = system('wget %s -O %s' % (image_url, image_path))
if ret_code:
image_cleanup(image_path)
handle_err(session, data, out, err)
log.debug("Return code: %d" % ret_code)
publish_to_fedmsg(topic='image.failed',
image_url=image_url,
image_name=image_name,
status='failed',
buildid=taskid,
job_id=data.id,
release=release)
return
# Step 2: Create the conf file with correct image path.
if basename.find('vagrant') == -1:
conf = {
"image": "file:///var/run/autocloud/%s" % basename,
"name": "fedora",
"password": "******",
"ram": 2048,
"type": "vm",
"user": "******"
}
else: # We now have a Vagrant job.
conf = {
"name": "fedora",
"type": "vagrant",
"image": "file:///var/run/autocloud/%s" % basename,
"ram": 2048,
"user": "******",
"port": "22"
}
if basename.find('virtualbox') != -1:
conf['provider'] = 'virtualbox'
job_type = 'vagrant'
#Now let us refresh the storage pool
refresh_storage_pool()
with open('/var/run/autocloud/fedora.json', 'w') as fobj:
fobj.write(json.dumps(conf))
system(
'/usr/bin/cp -f /etc/autocloud/fedora.txt /var/run/autocloud/fedora.txt'
)
cmd = 'tunir --job fedora --config-dir /var/run/autocloud/ --stateless'
if basename.find('Atomic') != -1 and job_type == 'vm':
cmd = 'tunir --job fedora --config-dir /var/run/autocloud/ --stateless --atomic'
# Now run tunir
out, err, ret_code = system(cmd)
if ret_code:
image_cleanup(image_path)
handle_err(session, data, create_result_text(out), err)
log.debug("Return code: %d" % ret_code)
publish_to_fedmsg(topic='image.failed',
image_url=image_url,
image_name=image_name,
status='failed',
buildid=taskid,
job_id=data.id,
release=release)
return
else:
image_cleanup(image_path)
out = create_result_text(out)
if job_type == 'vm':
com_text = out[out.find('/usr/bin/qemu-kvm'):]
else:
com_text = out
data.status = u's'
timestamp = datetime.datetime.now()
data.last_updated = timestamp
data.output = com_text
session.commit()
publish_to_fedmsg(topic='image.success',
image_url=image_url,
image_name=image_name,
status='success',
buildid=taskid,
job_id=data.id,
release=release)