def _status(self, results=None, final=False):
if not final:
new = (
green(len(self._completed)),
white(len(self._running)),
yellow(len(self._queued)),
green('finished'),
white('running'),
yellow('queued'),
)
if hasattr(self, 'last_status') and new == self.last_status:
return
self.last_status = (
green(len(self._completed)),
white(len(self._running)),
yellow(len(self._queued)),
green('finished'),
white('running'),
yellow('queued'),
)
print(WIPE, "[%s/%s/%s] %s, %s, %s" % new)
else:
print("\n[ %s OK / %s ERROR ] in %s seconds" % (
green(self._num_of_jobs - self._errors, True),
red(self._errors),
time.time() - self._time_start,
))
if self._errors:
print(red("Failures:", True))
for job in self._completed:
if (job.exitcode != 0 or isinstance(
results[job.name]['results'], Exception)):
print(red(job.name))
sys.stdout.flush()
def clean_glance(auth_url, tenant_name, username, password, sure='no'):
"""Clean old images from Glance
:param str auth_url: URL for Keystone that is managing auth for Glance
:param str tenant_name: OpenStack tenant to authenticate as
:param str username: OpenStack user to authenticate as
:param str password: OpenStack password to authenticate as
:param str sure: 'yes' to not propmt for confirmation before update
"""
glance = remote_images.Glance(
auth_url=auth_url,
tenant_name=tenant_name,
username=username,
password=password,
)
glance_up_to_date = remote_images.top_latest(glance)
obsolete = sorted(set(glance) - set(glance_up_to_date))
if not obsolete:
return
puts(yellow("Going to remove {n} images to glance:\n{images}".format(
n=len(obsolete),
images='\n'.join(' - ' + img.name for img in obsolete)
)))
if sure != 'yes' and prompt("Continue (yes|no)? ", default='no') != 'yes':
return
for img in obsolete:
puts(green("Removing: {}".format(img.name)))
glance.remove(img)
def update_glance(auth_url, tenant_name, username, password, sure='no'):
"""Update Glance with new upstream images
:param str auth_url: URL for Keystone that is managing auth for Glance
:param str tenant_name: OpenStack tenant to authenticate as
:param str username: OpenStack user to authenticate as
:param str password: OpenStack password to authenticate as
:param str sure: 'yes' to not propmt for confirmation before update
"""
glance = remote_images.Glance(
auth_url=auth_url,
tenant_name=tenant_name,
username=username,
password=password,
)
missing_images = sorted(
set(remote_images.from_all_latest_upstream()) -
set(glance)
)
if not missing_images:
return
puts(yellow("Going to upload {n} images to glance:\n{images}".format(
n=len(missing_images),
images='\n'.join(' - ' + img.name for img in missing_images)
)))
if sure != 'yes' and prompt("Continue (yes|no)? ", default='no') != 'yes':
return
for img in missing_images:
puts(green("Uploading: {}".format(img.name)))
glance.add(img)
def search(firstcond='',
sure='no',
foreman=None,
user=None,
passwd=None,
*conds,
**kwconds):
"""
Use the given foreman search result as the hosts list.
:param sure:
If set to `yes`, it will not ask for confirmation before running.
:param foreman:
The foreman server url, like 'http://localhost:3000'
:param user:
Username to use when logging into foreman, default None (do not
authenticate)
:param password:
Password to use when logging into foreman
You can specify multiple condition like strings or parameters, that means
that passing *fab on.foreman:'name=cinteg'* as a not named parameter or
setting *fab on.foreman:name=cinteg* are the same. Any foreman searchstr
string can be used. All the conditions will be agreggated with 'or'.
"""
conds = list(conds)
if sure not in ('yes', 'no'):
conds.append(sure)
if firstcond:
conds.append(firstcond)
searchstr = ' or '.join(conds)
searchstr += ' or '.join('%s=%s' % item for item in kwconds.iteritems())
if user:
auth = (user, passwd)
else:
auth = None
frm = frm_cli.Foreman(foreman, auth, api_version=2)
for host in frm.index_hosts(search=searchstr, per_page=999).get('results'):
env.hosts.append(host['name'])
print(yellow("Query used: \n\t\"%s\"" % searchstr))
print(
yellow("Got %d hosts: \n\t" % len(env.hosts) + '\n\t'.join(env.hosts)))
if sure != 'yes' and not env.parallel:
if prompt('Is what you expected? y|n', default='y').lower() == 'n':
abort('Ended by user request.')
def search(firstcond="", sure="no", foreman=None, user=None, passwd=None, *conds, **kwconds):
"""
Use the given foreman search result as the hosts list.
:param sure:
If set to `yes`, it will not ask for confirmation before running.
:param foreman:
The foreman server url, like 'http://localhost:3000'
:param user:
Username to use when logging into foreman, default None (do not
authenticate)
:param password:
Password to use when logging into foreman
You can specify multiple condition like strings or parameters, that means
that passing *fab on.foreman:'name=cinteg'* as a not named parameter or
setting *fab on.foreman:name=cinteg* are the same. Any foreman searchstr
string can be used. All the conditions will be agreggated with 'or'.
"""
conds = list(conds)
if sure not in ("yes", "no"):
conds.append(sure)
if firstcond:
conds.append(firstcond)
searchstr = " or ".join(conds)
searchstr += " or ".join("%s=%s" % item for item in kwconds.iteritems())
if user:
auth = (user, passwd)
else:
auth = None
frm = frm_cli.Foreman(foreman, auth, api_version=2)
for host in frm.index_hosts(search=searchstr, per_page=999).get("results"):
env.hosts.append(host["name"])
print(yellow('Query used: \n\t"%s"' % searchstr))
print(yellow("Got %d hosts: \n\t" % len(env.hosts) + "\n\t".join(env.hosts)))
if sure != "yes" and not env.parallel:
if prompt("Is what you expected? y|n", default="y").lower() == "n":
abort("Ended by user request.")
def _status(self, results=None, final=False):
if not final:
new = (
green(len(self._completed)),
white(len(self._running)),
yellow(len(self._queued)),
green('finished'),
white('running'),
yellow('queued'),
)
if hasattr(self, 'last_status') and new == self.last_status:
return
self.last_status = (
green(len(self._completed)),
white(len(self._running)),
yellow(len(self._queued)),
green('finished'),
white('running'),
yellow('queued'),
)
print(WIPE, "[%s/%s/%s] %s, %s, %s" % new)
else:
print("\n[ %s OK / %s ERROR ] in %s seconds" % (
green(self._num_of_jobs - self._errors, True),
red(self._errors),
time.time() - self._time_start,
))
if self._errors:
print(red("Failures:", True))
for job in self._completed:
if (
job.exitcode != 0
or isinstance(results[job.name]['results'], Exception)
):
print(red(job.name))
sys.stdout.flush()
