def prepare_local_mirror(ctx, mirror_location, mirror_url, components):
repo_entry = """
[{name}]
name={name}
baseurl={mirror_url}{path}
enable=1
gpgcheck=0
priority=0
"""
dci_jobstate.create(ctx, 'pre-run', 'refreshing local mirror',
ctx.last_job_id)
with open(mirror_location + '/RHOS-DCI.repo', 'w') as f:
for c in components:
dest = mirror_location + '/' + c['data']['path']
if not os.path.exists(dest):
os.makedirs(dest)
dci_helper.run_command(ctx, [
'rsync', '-av', '--hard-links',
'[email protected]:/srv/puddles/' +
c['data']['path'] + '/', dest
])
f.write(
repo_entry.format(mirror_url=mirror_url,
name=c['data']['repo_name'],
path=c['data']['path']))
def schedule_job(topic_name, context):
log.info('scheduling job on topic %s' % topic_name)
topic_res = dci_topic.list(context, where='name:' + topic_name)
if topic_res.status_code == 200:
topics = topic_res.json()['topics']
log.debug('topics: %s' % topics)
if len(topics) == 0:
log.error('topic %s not found' % topic_name)
sys.exit(1)
topic_id = topics[0]['id']
schedule = dci_job.schedule(context, topic_id=topic_id)
if schedule.status_code == 201:
scheduled_job_id = schedule.json()['job']['id']
scheduled_job = dci_job.get(context,
scheduled_job_id,
embed='topic,remoteci,components')
if scheduled_job.status_code == 200:
job_id = scheduled_job.json()['job']['id']
dci_jobstate.create(context,
status='new',
comment='job scheduled',
job_id=job_id)
return scheduled_job.json()
else:
log.error('error getting schedule info: %s' %
scheduled_job.text)
else:
log.error('error scheduling: %s' % schedule.text)
else:
log.error('error getting the list of topics: %s' % topic_res.text)
return None
def run_commands(context, cmds, cwd, jobstate_id, job_id, team_id):
for cmd in cmds:
try:
if isinstance(cmd, dict):
run_command(context, cmd['cmd'], cmd['cwd'], jobstate_id,
team_id)
else:
run_command(context, cmd, cwd, jobstate_id, team_id)
except DCIExecutionError:
error_msg = "Failed on command %s" % cmd
jobstate.create(context, "failure", error_msg, job_id)
sys.exit(1)
def test_jobs_events_create(dci_context, job_id):
js = jobstate.create(dci_context, "success", "lol", job_id)
assert js.status_code == 201
all_je = jobs_events.list(dci_context, 0)
assert all_je.status_code == 200
all_je_data = all_je.json()
assert len(all_je_data["jobs_events"]) > 0
def create():
job = api_job.schedule(dci_context_remoteci, topic_id).json()
job_id = job["job"]["id"]
api_file.create(
dci_context_remoteci,
name="res_junit.xml",
content=JUNIT,
mime="application/junit",
job_id=job_id,
)
jobstate_id = api_jobstate.create(dci_context_remoteci, "pre-run",
"starting",
job_id).json()["jobstate"]["id"]
api_file.create(
dci_context_remoteci,
name="pre-run",
content="pre-run ongoing",
mime="plain/text",
jobstate_id=jobstate_id,
)
api_jobstate.create(dci_context_remoteci, "running",
"starting the build", job_id)
return job
def v2_playbook_on_play_start(self, play):
"""Event executed before each play. Create a new jobstate and save
the current jobstate id.
"""
def _get_comment(play):
""" Return the comment for the new jobstate
The order of priority is as follow:
* play/vars/dci_comment
* play/name
* '' (Empty String)
"""
if play.get_vars() and 'dci_comment' in play.get_vars():
comment = play.get_vars()['dci_comment'].encode('UTF-8')
# If no name has been specified to the play, play.name is equal
# to the hosts value
elif play.name and play.name not in play.hosts:
comment = play.name.encode('UTF-8')
else:
comment = ''
return comment
super(CallbackModule, self).v2_playbook_on_play_start(play)
status = None
comment = _get_comment(play)
if play.get_vars():
status = play.get_vars()['dci_status']
if 'dci_mime_type' in play.get_vars():
self._mime_type = play.get_vars()['dci_mime_type']
else:
self._mime_type = 'text/plain'
if status:
self._job_id = dci_job.list(
self._dci_context).json()['jobs'][0]['id']
ns = dci_jobstate.create(self._dci_context,
status=status,
comment=comment,
job_id=self._job_id).json()
self._jobstate_id = ns['jobstate']['id']
def v2_runner_on_failed(self, result, ignore_errors=False):
"""Event executed after each command when it fails. Get the output
of the command and create a failure jobstate and a file associated.
"""
super(CallbackModule, self).v2_runner_on_failed(result, ignore_errors)
output = self.format_output(result._result)
new_state = dci_jobstate.create(self._dci_context,
status='failure',
comment='',
job_id=self._job_id).json()
self._jobstate_id = new_state['jobstate']['id']
dci_file.create(self._dci_context,
name=result._task.get_name().encode('UTF-8'),
content=output.encode('UTF-8'),
mime=self._mime_type,
jobstate_id=self._jobstate_id)
def v2_playbook_on_play_start(self, play):
"""Event executed before each play. Create a new jobstate and save
the current jobstate id."""
super(CallbackModule, self).v2_playbook_on_play_start(play)
self._current_step = 0
self._filename_prefix = play.get_vars()['dci_log_prefix']
status = play.get_vars()['dci_status']
self._current_comment = play.get_vars()['dci_comment']
self._job_id = play.get_variable_manager().extra_vars['job_id']
if 'dci_mime_type' in play.get_vars():
self._mime_type = play.get_vars()['dci_mime_type']
else:
self._mime_type = 'text/plain'
new_state = jobstate.create(self._dci_context,
status=status,
comment=self._current_comment,
job_id=self._job_id).json()
self._current_jobstate_id = new_state['jobstate']['id']
def v2_runner_on_failed(self, result, ignore_errors=False):
"""Event executed when a command failed. Create the final jobstate
on failure."""
super(CallbackModule, self).v2_runner_on_failed(result, ignore_errors)
if result._result['stdout']:
output = 'Error Output:\n\n%s\n\nStandard Output:\n\n%s' % (
result._result['stderr'], result._result['stdout'])
else:
output = result._result['stderr']
new_state = jobstate.create(self._dci_context,
status='failure',
comment=self._current_comment,
job_id=self._job_id).json()
self._current_jobstate_id = new_state['jobstate']['id']
if result._task.get_name() != 'setup' and output != '\n':
dci_file.create(self._dci_context,
name=result._task.get_name(),
content=output.encode('UTF-8'),
mime=self._mime_type,
jobstate_id=self._current_jobstate_id)
self._current_step += 1
def test_context_updated(dci_context, job_id):
assert dci_context.last_jobstate_id is None
jobstate.create(dci_context, 'pre-run', 'comment', job_id)
assert dci_context.last_jobstate_id is not None
def create_jobstate(job_id, status):
context = build_signature_context()
res = dci_jobstate.create(context, status, "download from dci-downloader",
job_id)
if res.status_code == 201:
return res.json()["jobstate"]
def jobstate_id(dci_context, job_id):
kwargs = {"job_id": job_id, "status": "running", "comment": "some comment"}
jobstate = api_jobstate.create(dci_context, **kwargs).json()
return jobstate["jobstate"]["id"]
def run_tests(context, undercloud_ip, key_filename, remoteci_id,
user='******', stack_name='overcloud'):
# Retrieve the certification_id data field. In order to run
# the rhcert test suite if enabled. If absent set to empty string.
data = remoteci.get_data(
context, remoteci_id, ['certification_id']).json()
certification_id = data and data.get('certification_id', '')
# redirect the log messages to the DCI Control Server
# https://github.com/shazow/urllib3/issues/523
requests.packages.urllib3.disable_warnings()
dci_handler = DciHandler(context)
logger = logging.getLogger('tripleohelper')
logger.addHandler(dci_handler)
undercloud = tripleohelper.undercloud.Undercloud(
hostname=undercloud_ip,
user=user,
key_filename=key_filename)
undercloud.create_stack_user()
final_status = 'success'
if undercloud.run(
'test -f stackrc',
user='******',
success_status=(0, 1,))[1] != 0:
msg = 'undercloud deployment failure'
jobstate.create(context, 'failure', msg, context.last_job_id)
return
jobstate.create(
context,
'running',
'Running tripleo-stack-dump',
context.last_job_id)
push_stack_details(context, undercloud, stack_name=stack_name)
rcfile = stack_name + 'rc'
if undercloud.run(
'test -f ' + rcfile,
user='******',
success_status=(0, 1,))[1] != 0:
msg = 'overcloud deployment failure'
jobstate.create(context, 'failure', msg, context.last_job_id)
return
tests = job.list_tests(context, context.last_job_id).json()['tests']
try:
for t in tests['tests']:
if 'url' not in t['data']:
continue
jobstate.create(
context,
'running',
'Running test ' + t['name'],
context.last_job_id)
url = t['data']['url']
undercloud.add_environment_file(
user='******',
filename=rcfile)
undercloud.run('curl -O ' + url, user='******')
undercloud.run((
'DCI_CERTIFICATION_ID=%s '
'DCI_REMOTECI_ID=%s '
'DCI_JOB_ID=%s '
'DCI_OVERCLOUD_STACK_NAME=%s '
'bash -x run.sh') % (
certification_id,
remoteci_id,
context.last_job_id,
stack_name), user='******')
with undercloud.open('result.xml', user='******') as fd:
file.create(
context,
t['name'],
fd.read(), mime='application/junit',
job_id=context.last_job_id)
except Exception:
msg = traceback.format_exc()
final_status = 'failure'
print(msg)
else:
msg = 'test(s) success'
dci_handler.emit(None)
jobstate.create(context, final_status, msg, context.last_job_id)
def cli(os_auth_url, os_username, os_password, os_tenant_name, host0_ip,
undercloud_ip, config_file):
config = yaml.load(config_file)
ssh = config['ssh']
host0 = None
vm_undercloud = None
dci_context = dcicontext.build_dci_context(
config['dci']['control_server_url'], config['dci']['login'],
config['dci']['password'])
logger.setup_logging(dci_context)
status = 'pre-run'
job = dcijob.schedule(dci_context,
remoteci_id=config['dci']['remoteci_id']).json()
job_id = job['job']['id']
try:
if host0_ip:
dcijobstate.create(dci_context, status, 'Reusing existing host0',
job_id)
host0 = rdomhelper.host0.Host0(
hostname=host0_ip,
user=config['provisioner']['image'].get('user', 'root'),
key_filename=ssh['private_key'])
if undercloud_ip:
dcijobstate.create(dci_context, status,
'Reusing existing undercloud', job_id)
vm_undercloud = undercloud.Undercloud(
undercloud_ip,
user='******',
via_ip=host0_ip,
key_filename=ssh['private_key'])
if not host0:
dcijobstate.create(dci_context, status, 'Creating the host0',
job_id)
host0 = deploy_host0(os_auth_url, os_username, os_password,
os_tenant_name, config)
if not vm_undercloud:
dcijobstate.create(dci_context, status, 'Creating the undercloud',
job_id)
host0.enable_repositories(config['provisioner']['repositories'])
host0.install_nosync()
host0.create_stack_user()
host0.deploy_hypervisor()
vm_undercloud = host0.instack_virt_setup(
config['undercloud']['guest_image_path'],
config['undercloud']['guest_image_checksum'],
rhsm_login=config['rhsm']['login'],
rhsm_password=config['rhsm'].get('password',
os.environ.get('RHN_PW')))
status = 'running'
dcijobstate.create(dci_context, status, 'Configuring the undercloud',
job_id)
vm_undercloud.enable_repositories(config['undercloud']['repositories'])
vm_undercloud.install_nosync()
vm_undercloud.create_stack_user()
vm_undercloud.install_base_packages()
vm_undercloud.clean_system()
vm_undercloud.update_packages()
vm_undercloud.install_osp()
vm_undercloud.start_overcloud()
dcijobstate.create(dci_context, 'success', 'Job succeed :-)', job_id)
except Exception as e:
LOG.error(traceback.format_exc())
dcijobstate.create(dci_context, 'failure', 'Job failed :-(', job_id)
raise e
def main(argv=None):
logging.basicConfig(stream=sys.stdout, level=logging.DEBUG)
parser = argparse.ArgumentParser()
parser.add_argument('--topic')
parser.add_argument('--config', default='/etc/dci/dci_agent.yaml')
parser.add_argument('--version',
action='version',
version=('dci-agent %s' % version))
args = parser.parse_args(argv)
dci_conf = load_config(args.config)
ctx = get_dci_context(**dci_conf['auth'])
topic_name = args.topic if args.topic else dci_conf['topic']
topic = dci_topic.get(ctx, topic_name).json()['topic']
remoteci = dci_remoteci.get(ctx, dci_conf['remoteci']).json()['remoteci']
r = dci_job.schedule(ctx, remoteci['id'], topic_id=topic['id'])
if r.status_code == 412:
logging.info('Nothing to do')
exit(0)
elif r.status_code != 201:
logging.error('Unexpected code: %d' % r.status_code)
logging.error(r.text)
exit(1)
components = dci_job.get_components(ctx,
ctx.last_job_id).json()['components']
logging.debug(components)
try:
prepare_local_mirror(ctx, dci_conf['mirror']['directory'],
dci_conf['mirror']['url'], components)
dci_jobstate.create(ctx, 'pre-run', 'director node provisioning',
ctx.last_job_id)
for c in dci_conf['hooks']['provisioning']:
dci_helper.run_command(ctx, c, shell=True)
init_undercloud_host(dci_conf['undercloud_ip'],
dci_conf['key_filename'])
dci_jobstate.create(ctx, 'running', 'undercloud deployment',
ctx.last_job_id)
for c in dci_conf['hooks']['undercloud']:
dci_helper.run_command(ctx, c, shell=True)
dci_jobstate.create(ctx, 'running', 'overcloud deployment',
ctx.last_job_id)
for c in dci_conf['hooks']['overcloud']:
dci_helper.run_command(ctx, c, shell=True)
dci_tripleo_helper.run_tests(ctx,
undercloud_ip=dci_conf['undercloud_ip'],
key_filename=dci_conf['key_filename'],
remoteci_id=remoteci['id'],
stack_name=dci_conf.get(
'stack_name', 'overcloud'))
final_status = 'success'
backtrace = ''
msg = ''
except Exception as e:
final_status = 'failure'
backtrace = traceback.format_exc()
msg = str(e)
pass
# Teardown should happen even in case of failure and should not make the
# agent run fail.
try:
teardown_commands = dci_conf['hooks'].get('teardown')
if teardown_commands:
dci_jobstate.create(ctx, 'post-run', 'teardown', ctx.last_job_id)
for c in teardown_commands:
dci_helper.run_command(ctx, c, shell=True)
except Exception as e:
backtrace_teardown = str(e) + '\n' + traceback.format_exc()
logging.error(backtrace_teardown)
dci_file.create(ctx,
'backtrace_teardown',
backtrace_teardown,
mime='text/plain',
jobstate_id=ctx.last_jobstate_id)
pass
dci_jobstate.create(ctx, final_status, msg, ctx.last_job_id)
logging.info('Final status: ' + final_status)
if backtrace:
logging.error(backtrace)
dci_file.create(ctx,
'backtrace',
backtrace,
mime='text/plain',
jobstate_id=ctx.last_jobstate_id)
sys.exit(0 if final_status == 'success' else 1)
def cli(os_auth_url, os_username, os_password, os_tenant_name, host0_ip, undercloud_ip, config_file):
config = yaml.load(config_file)
ssh = config['ssh']
host0 = None
vm_undercloud = None
dci_context = dcicontext.build_dci_context(
config['dci']['control_server_url'],
config['dci']['login'],
config['dci']['password'])
logger.setup_logging(dci_context)
status = 'pre-run'
job = dcijob.schedule(dci_context,
remoteci_id=config['dci']['remoteci_id']).json()
job_id = job['job']['id']
try:
if host0_ip:
dcijobstate.create(dci_context, status, 'Reusing existing host0', job_id)
host0 = rdomhelper.host0.Host0(hostname=host0_ip,
user=config['provisioner']['image'].get('user', 'root'),
key_filename=ssh['private_key'])
if undercloud_ip:
dcijobstate.create(dci_context, status, 'Reusing existing undercloud', job_id)
vm_undercloud = undercloud.Undercloud(undercloud_ip,
user='******',
via_ip=host0_ip,
key_filename=ssh['private_key'])
if not host0:
dcijobstate.create(dci_context, status, 'Creating the host0', job_id)
host0 = deploy_host0(os_auth_url, os_username, os_password,
os_tenant_name, config)
if not vm_undercloud:
dcijobstate.create(dci_context, status, 'Creating the undercloud', job_id)
host0.enable_repositories(config['provisioner']['repositories'])
host0.install_nosync()
host0.create_stack_user()
host0.deploy_hypervisor()
vm_undercloud = host0.instack_virt_setup(
config['undercloud']['guest_image_path'],
config['undercloud']['guest_image_checksum'],
rhsm_login=config['rhsm']['login'],
rhsm_password=config['rhsm'].get('password', os.environ.get('RHN_PW')))
status = 'running'
dcijobstate.create(dci_context, status, 'Configuring the undercloud', job_id)
vm_undercloud.enable_repositories(config['undercloud']['repositories'])
vm_undercloud.install_nosync()
vm_undercloud.create_stack_user()
vm_undercloud.install_base_packages()
vm_undercloud.clean_system()
vm_undercloud.update_packages()
vm_undercloud.install_osp()
vm_undercloud.start_overcloud()
dcijobstate.create(dci_context, 'success', 'Job succeed :-)', job_id)
except Exception as e:
LOG.error(traceback.format_exc())
dcijobstate.create(dci_context, 'failure', 'Job failed :-(', job_id)
raise e
'remoteci_1',
'welcome')
# RemoteCI id and Topic id -- probably better to be dynamically passed in
dci_context.remoteci_id = 'fd6c285c-fa57-4aa8-a8b3-c68a4acdfa9c'
dci_context.topic_id = 'fe145e49-992a-4843-a44f-b058c7a05261'
# schedule the job and pull down data
dci_context.job_id = dci_job.schedule(dci_context,
remoteci_id=dci_context.remoteci_id,
topic_id=dci_context.topic_id).json()['job']['id']
job_full_data = dci_job.get_full_data(dci_context, dci_context.job_id)
# create initial jobstate of pre-run
jobstate = dci_jobstate.create(dci_context, 'pre-run', 'Initializing the environment', dci_context.job_id)
print "This is where we'd do some stuff to init the environment"
# update the jobstate to start the job run
dci_jobstate.create(dci_context, 'running', 'Running the test', dci_context.job_id)
jobstate_id = dci_context.last_jobstate_id
result = execute_testing()
# read our testing log and push to the DCI control server
home = expanduser('~')
with io.open(home + '/.ansible/logs/run.log', encoding='utf-8') as f:
content = f.read(20 * 1024 * 1024) # default file size is 20MB
dci_file.create(dci_context, home + '/.ansible/logs/run.log', content, 'text/plain', jobstate_id)
# Check if our test passed successfully
print "Submit result"
