def __main__():
global debug, user, password, base_url
try:
opts, args = getopt.getopt(sys.argv[1:], "hs:u:p:v", ['help','server=', 'user='******'password='******'-v':
debug = True
elif o in ('-h', '--help'):
usage()
sys.exit()
elif o in ( '-s', '--server'):
base_url = a
elif o in ( '-u', '--user'):
user = a
elif o in ( '-p', '--password'):
password = a
else:
assert False, "unhandled option"
usage()
sys.exit()
if not base_url or not password:
print('Missing required arguments')
usage()
sys.exit()
# Peel and specfic arguments off the end for this call
arg1, arg2 = sys.argv[-2:]
ucr = ucrclient.ucrclient( base_url, user, password , debug )
# Find your snapshot
snapshot_id = "b4ad4aab-a05f-486f-8ba1-924a1b30b3a9"
# Get a snapshot version
snapshot = ucr.get_json( '/versions/%s' % ( snapshot_id) )
pprint( snapshot )
# Get the statuses you can apply
statuses = ucr.get_json( '/status/editableByUser' )
pprint( statuses )
# Pick your status
status_id = "87bfccb1-40d5-4b2c-bbd9-05fb02ac3638"
# Build status update
status_to_add = {"appVersion": snapshot_id, "status": status_id ,"canEdit":True }
# Add Status to version
r = ucr.post( uri='/versionStatus/', data=json.dumps( status_to_add ) )
ucr.debug_response( r )
def __main__():
global debug, user, password, base_url
try:
opts, args = getopt.getopt(sys.argv[1:], "hs:u:p:v", ['help','server=', 'user='******'password='******'-v':
debug = True
elif o in ('-h', '--help'):
usage()
sys.exit()
elif o in ( '-s', '--server'):
base_url = a
elif o in ( '-u', '--user'):
user = a
elif o in ( '-p', '--password'):
password = a
else:
assert False, "unhandled option"
usage()
sys.exit()
if not base_url or not password:
print('Missing required arguments')
usage()
sys.exit()
# Peel and specfic arguments off the end for this call
arg1, arg2 = sys.argv[-2:]
ucr = ucrclient.ucrclient( base_url, user, password , debug )
start_time_ms = 1438401600000
end_time_ms = 1441080000000
c_start = time.gmtime( start_time_ms / 1000 )
c_end = time.gmtime( end_time_ms / 1000 )
# print "Times: "
# print ts_tostr( c_start )
# print ts_tostr( c_end )
#r = ucr.get( get_specific_deployment )
#pprint( r.json() )
releases = ucr.get_releases()
for release in releases:
cur_release = ucr.get_release( id=release['id'], format='pipeline' )
target_date = utils.javats_tostr( cur_release['targetDate'] ) if 'targetDate' in cur_release else '[No Target Date Set]'
print( '%s - %s ' % ( cur_release['name'], target_date ) )
def __main__():
global debug, user, password, base_url
try:
opts, args = getopt.getopt(sys.argv[1:], "hs:u:p:v",
['help', 'server=', 'user='******'password='******'-v':
debug = True
elif o in ('-h', '--help'):
usage()
sys.exit()
elif o in ('-s', '--server'):
base_url = a
elif o in ('-u', '--user'):
user = a
elif o in ('-p', '--password'):
password = a
else:
assert False, "unhandled option"
usage()
sys.exit()
if not base_url or not password:
print('Missing required arguments')
usage()
sys.exit()
# Login and pull the license url
ucr = ucrclient.ucrclient(base_url, user, password, debug)
licenses = ucr.get_json('/license')
# pprint( licenses )
print('Licenses: ')
for license in licenses:
if license['available'] == -99:
print(' %s ( No licenses of this type )' % (license['feature']))
else:
print(' %s ( %s / %s )' %
(license['feature'], license['used'], license['available']))
def __main__():
global debug, user, password, base_url
try:
opts, args = getopt.getopt(sys.argv[1:], "hs:u:p:v",
['help', 'server=', 'user='******'password='******'-v':
debug = True
elif o in ('-h', '--help'):
usage()
sys.exit()
elif o in ('-s', '--server'):
base_url = a
elif o in ('-u', '--user'):
user = a
elif o in ('-p', '--password'):
password = a
else:
assert False, "unhandled option"
usage()
sys.exit()
if not base_url or not password:
print('Missing required arguments')
usage()
sys.exit()
# Peel and specfic arguments off the end for this call
arg1, arg2 = sys.argv[-2:]
ucr = ucrclient.ucrclient(base_url, user, password, debug)
def __main__():
global debug, user, password, base_url
try:
opts, args = getopt.getopt(sys.argv[1:], "hs:u:p:v",
['help', 'server=', 'user='******'password='******'-v':
debug = True
elif o in ('-h', '--help'):
usage()
sys.exit()
elif o in ('-s', '--server'):
base_url = a
elif o in ('-u', '--user'):
user = a
elif o in ('-p', '--password'):
password = a
else:
assert False, "unhandled option"
usage()
sys.exit()
if not base_url or not password:
print('Missing required arguments')
usage()
sys.exit()
# Peel and specfic arguments off the end for this call
arg1, arg2 = sys.argv[-2:]
ucr = ucrclient.ucrclient(base_url, user, password, debug)
# Find your snapshot
snapshot_id = "b4ad4aab-a05f-486f-8ba1-924a1b30b3a9"
# Get a snapshot version
snapshot = ucr.get_json('/versions/%s' % (snapshot_id))
pprint(snapshot)
# Get the statuses you can apply
statuses = ucr.get_json('/status/editableByUser')
pprint(statuses)
# Pick your status
status_id = "87bfccb1-40d5-4b2c-bbd9-05fb02ac3638"
# Build status update
status_to_add = {
"appVersion": snapshot_id,
"status": status_id,
"canEdit": True
}
# Add Status to version
r = ucr.post(uri='/versionStatus/', data=json.dumps(status_to_add))
ucr.debug_response(r)
def __main__():
global debug, user, password, base_url, release_name
release_id = ''
try:
opts, args = getopt.getopt(sys.argv[1:], "hs:u:p:r:v", ['help','server=', 'user='******'password='******'release='])
except getopt.GetoptError as err:
# print help information and exit:
print(err) # will print something like "option -a not recognized"
usage()
sys.exit(2)
for o, a in opts:
if o == '-v':
debug = True
elif o in ('-h', '--help'):
usage()
sys.exit()
elif o in ( '-s', '--server'):
base_url = a
elif o in ( '-u', '--user'):
user = a
elif o in ( '-p', '--password'):
password = a
elif o in ( '-r', '--release'):
release_name = a
else:
assert False, "unhandled option"
usage()
sys.exit()
if not base_url or not password or not release_name:
print('Missing required arguments')
usage()
sys.exit()
ucr = ucrclient.ucrclient( base_url, user, password , debug )
# Given a specific release by name, first translate that to the id
# list of available releases
releases = ucr.get_json( '/releases/?format=name&name=*' )
for release in releases:
if release_name == release['name']:
release_id = release['id']
break
if not release_id:
print( ' Available releases: [%s]' % ( ', '.join([ release['name'] for release in releases ]) ) )
raise Exception( 'Release %s not found' % ( release_name ) )
## First get the 4 queries the web client uses to build the pipeline view
# 1. Get specific Release
#/releases/90e0edce-092d-48bc-8313-5ca81083e7e7?format=pipeline
release_pipeline = ucr.get_json( '/releases/%s?format=pipeline' % ( release_id ) )
pdb.set_trace()
# 2. Get deployments for this Release
# /pipelineView/90e0edce-092d-48bc-8313-5ca81083e7e7/releaseDeployments
pipeline_release_deployments = ucr.get_json( '/pipelineView/%s/releaseDeployments' % ( release_id ) )
# 3. Get Applications for rhis Releas
# /pipelineView/90e0edce-092d-48bc-8313-5ca81083e7e7/allApplicationVersions
pipeline_all_application_versions = ucr.get_json( '/pipelineView/%s/allApplicationVersions' % ( release_id ) )
# 4. Get Latest Application Versions for this Release
# http://ucr02/pipelineView/<release_id>/latestApplicationVersions
pipeline_latest_application_versions = ucr.get_json( '/pipelineView/%s/latestApplicationVersions' % ( release_id ) )
# Write out the starter json as refernce to the weeds we are hacking through
utils.write_pretty_json( 'release_pipeline.json', release_pipeline )
utils.write_pretty_json( 'pipeline_release_deployments.json', pipeline_release_deployments )
utils.write_pretty_json( 'pipeline_all_application_versions.json', pipeline_all_application_versions )
utils.write_pretty_json( 'pipeline_latest_application_versions.json', pipeline_latest_application_versions )
## Start disecting this information into a more useful format
# Get participating applications
# key by app id for later and store latest version information here!
applications = {}
for app in pipeline_latest_application_versions:
if 'children' not in app:
pass
children = []
for child in app['children']:
children.append( {
'id' : child['application']['id'],
'name': child['application']['name'],
'latestVersion': { 'id': child['id'], 'name': child['name'] },
})
applications[ app['application']['id'] ] = {
'id': app['application']['id'],
'name': app['application']['name'],
'latestVersion': { 'id': app['id'], 'name': app['name'] },
'children': children
}
#pprint( applications )
# Get phaseModel name & environments in a useful format
my_phases = []
for phase in release_pipeline['phases']:
# First build up the basic current phase information
cur_phase = {
'environments': {},
'gates': [ gate['status']['name'] for gate in phase['phaseModel']['gates'] ],
'id': phase['id'],
'name': phase['phaseModel']['name'],
}
for env in phase['environments']:
cur_phase['environments'][ env['id'] ] = {
'applicationTargets': {},
'id' : env['id'],
'name': env['name'],
'deployed': [],
'deployments': {}
}
# Build a view of what is already deployed
for app_id, app in pipeline_all_application_versions.items():
if env['id'] in app.keys():
cur_phase['environments'][ env['id'] ]['deployed'].append( {
'id': app_id,
'versionId': app[ env['id'] ]['id'],
'version': app[ env['id'] ]['name'] } )
# Bring in the deployments if they exist
if env['id'] in pipeline_release_deployments:
# Bring in current deployments for either last or next
# last - provides currently deployed
# next - provides scheduled to be deployed
for key, deploy in pipeline_release_deployments[ env['id'] ].items() :
# Pull the useful fields from this object
cur_phase['environments'][ env['id'] ]['deployments'][ key ] = {
'id' : deploy['id'],
'status' : deploy['deploymentExecution']['status'],
'execution_id' : deploy['deploymentExecution']['id'],
'dateCreated' : deploy['dateCreated'],
'scheduledDate': deploy['scheduledDate'],
# Build a simple list of application/versions & component/versions
# Need to handle Snapshots, Applications, and Component levels
'versions': [ process_version(version) for version in deploy['versions'] ]
}
# Store the application environments, is this useful...
for app_env in env['applicationTargets']:
cur_phase['environments'][ env['id'] ]['applicationTargets'][ app_env['id'] ] = {
'id' : app_env['id'],
'name': app_env['name']
}
# Store in my custom phases array
my_phases.append( cur_phase )
## At this point all the data I think we need is in release_pipeline and my_phases
utils.write_pretty_json( 'my_phases.json', my_phases )
# pprint( my_phases )
## Example output of the results that can be formatted or used as a base to tweaking
## what information you want to report on.
## This is already getting too complex to be useful, time to switch to a template...
print( 'Release: %s \n %s\n %s' % ( release_pipeline['name'], utils.javats_tostr( release_pipeline['targetDate'] ), release_pipeline['description'] ) )
print( ' Applications: %s ' % (','.join( applications )) )
print( 'Phases:' )
for phase in my_phases:
print( ' %s(%s) Requires[%s]' % ( phase['name'], phase['id'], ','.join( phase['gates'] ) ) )
for env_id, env in phase['environments'].items():
print( '%sEnvironments:' % ('\t' * 1) )
print( '%s %s (%s):' % ('\t' * 1, env['name'], env['id']) )
# Made up of the following application environments
print( '%sApplication Targets:' % ('\t' * 2) )
for target in env['applicationTargets'].values():
print( '%s %s (%s)' % ( '\t' * 3, target['name'], target['id'] ) )
print( '%sDeployed: ' % ('\t' * 2) )
for app in env['deployed']:
print( '%s %s - %s' % ( '\t' * 3, applications[ app['id'] ]['name'], app['version'] ) )
# show next and last deployments
print( '%sDeployments: ' % ('\t' * 2) )
for key, deployment in env['deployments'].items():
print( '%s%s: %s - %s' % ( '\t' * 3, key, utils.javats_tostr( deployment['scheduledDate'] ), deployment['status'] ) )
print( '%sVersions Deployed: ' % ( '\t' * 4 ) )
for version in deployment['versions']:
print( '%s %s: %s v%s [%s]' % ( '\t' * 5, version['type'], version['name'], version['version'], ','.join( version['statuses']) ) )
if version['type'] == 'SUITE':
for app in version['applications']:
comps = [ '%s: %s v%s [%s]' % ( comp['type'], comp['name'], comp['version'], ','.join(comp['statuses']) ) for comp in app['components'] ]
print( '%s %s: %s v%s [%s]' % ( '\t' * 6, app['type'], app['name'], app['version'], ','.join(app['statuses']) ) )
for comp in comps:
print( '%s %s' % ('\t' * 7, comp) )
else:
comps = [ '%s: %s v%s [%s]' % ( comp['type'], comp['name'], comp['version'], ','.join(comp['statuses']) ) for comp in version['components'] ]
for comp in comps:
print( '%s %s' % ('\t' * 6,comp) )
def __main__():
global debug, user, password, base_url
try:
opts, args = getopt.getopt(sys.argv[1:], "hs:u:p:v",
['help', 'server=', 'user='******'password='******'-v':
debug = True
elif o in ('-h', '--help'):
usage()
sys.exit()
elif o in ('-s', '--server'):
base_url = a
elif o in ('-u', '--user'):
user = a
elif o in ('-p', '--password'):
password = a
else:
assert False, "unhandled option"
usage()
sys.exit()
if not base_url or not password:
print('Missing required arguments')
usage()
sys.exit()
# Peel and specfic arguments off the end for this call
arg1, arg2 = sys.argv[-2:]
max_initiatives = 100
max_changes_per_initiatve = 50
ucr = ucrclient.ucrclient(base_url, user, password, debug)
change_types = ucr.get_change_types()
#print "Change Types: "
#pprint( change_types )
change_statuses = ucr.get_change_statuses()
#print "Change statuses: "
#pprint( change_statuses )
applications = ucr.get_applications()
#print "Applications(%d): " % ( len(applications) )
#pprint( applications )
releases = ucr.get_releases_editable()
#print "Releases editable(%d)):" % ( len(releases) )
#pprint( releases )
initiatives = ucr.get_initiatives()
#print "Initiatives: "
#pprint( initiatives )
changes = ucr.get_changes()
#print "Changes(%d): " % ( len(changes) )
#pprint( changes )
'''
Cleanup all the existing Changed and Initiatives
'''
print "Deleting all the existing Changes (%d)" % (len(changes))
for change in changes:
#pprint( change )
ucr.delete_change(change['id'])
print '.',
print "Deleting all the existing Initiatives (%s)" % (len(initiatives))
for initiative in initiatives:
#pprint( initiative )
ucr.delete_initiative(initiative['id'])
print '.',
# Get a dictionary of words, Unix specific example
word_file = "/usr/share/dict/words"
WORDS = open(word_file).read().splitlines()
for i in range(max_initiatives):
initiative = ucr.create_initative(name='project%3d - %s' %
(i, random.choice(WORDS)))
num_changes = random.randint(0, max_changes_per_initiatve)
# Pick a release to file them against
releaseId = releases[random.randint(0, len(releases) - 1)]['id']
release = ucr.get_release(releaseId)
apps = [app['id'] for app in release['applications']]
print "Creating %d changes for this initiative %s against release %s" % (
num_changes, initiative['name'], release['name'])
for j in range(num_changes):
# generate some of this data
name = "Test Change %s" % (random.choice(WORDS))
description = "Description"
severity = "S1"
applicationId = apps[random.randint(0, len(apps) - 1)]
initiativeId = initiative['id']
releaseId = release['id']
status = random.choice(change_statuses.keys())
change_type = change_types[random.randint(0,
len(change_types) - 1)]
# This is not required, but I think should be the behavior
typeId = change_type['id']
change = ucr.create_change(typeId=typeId,
name=name,
status=status,
severity=severity,
releaseId=releaseId,
applicationId=applicationId,
initiativeId=initiativeId,
description=description,
change_type=change_type)
elif( cur_version['type'] == 'COMPONENT' ):
# Should be base of recursion
pass
else:
raise Exception('Processing versions failed on an unknown type %s' % (version_type) )
return cur_version
'''
Setup Application and routes
'''
app = Flask(__name__)
cache = SimpleCache()
cache_timeout = 5 * 60
ucr = ucrclient.ucrclient( base_url, user, password , debug )
'''
Add some variables that can be used in templates
'''
@app.context_processor
def inject_config():
return dict(user=user, base_url=base_url, cache_timeout=cache_timeout)
@app.template_filter('timestamptostr')
def tstostr_filter(s):
# Need to return '' value when this is undefined as the util function is not tolerant of empty values
return utils.javats_tostr( s ) if s else ''
@app.route("/")
def index():
def __main__():
global debug, user, password, base_url
try:
opts, args = getopt.getopt(sys.argv[1:], "hs:u:p:v", ['help','server=', 'user='******'password='******'-v':
debug = True
elif o in ('-h', '--help'):
usage()
sys.exit()
elif o in ( '-s', '--server'):
base_url = a
elif o in ( '-u', '--user'):
user = a
elif o in ( '-p', '--password'):
password = a
else:
assert False, "unhandled option"
usage()
sys.exit()
if not base_url or not password:
print('Missing required arguments')
usage()
sys.exit()
# Peel and specfic arguments off the end for this call
arg1, arg2 = sys.argv[-2:]
max_initiatives = 100
max_changes_per_initiatve = 50
ucr = ucrclient.ucrclient( base_url, user, password , debug )
change_types = ucr.get_change_types()
#print "Change Types: "
#pprint( change_types )
change_statuses = ucr.get_change_statuses()
#print "Change statuses: "
#pprint( change_statuses )
applications = ucr.get_applications()
#print "Applications(%d): " % ( len(applications) )
#pprint( applications )
releases = ucr.get_releases_editable()
#print "Releases editable(%d)):" % ( len(releases) )
#pprint( releases )
initiatives = ucr.get_initiatives()
#print "Initiatives: "
#pprint( initiatives )
changes = ucr.get_changes()
#print "Changes(%d): " % ( len(changes) )
#pprint( changes )
'''
Cleanup all the existing Changed and Initiatives
'''
print "Deleting all the existing Changes (%d)" % ( len(changes) )
for change in changes:
#pprint( change )
ucr.delete_change( change['id'] )
print '.',
print "Deleting all the existing Initiatives (%s)" % ( len( initiatives ) )
for initiative in initiatives:
#pprint( initiative )
ucr.delete_initiative( initiative['id'] )
print '.',
# Get a dictionary of words, Unix specific example
word_file = "/usr/share/dict/words"
WORDS = open(word_file).read().splitlines()
for i in range( max_initiatives ):
initiative = ucr.create_initative( name='project%3d - %s' % (i, random.choice(WORDS) ) )
num_changes = random.randint( 0, max_changes_per_initiatve )
# Pick a release to file them against
releaseId = releases[ random.randint(0, len(releases) - 1) ]['id']
release = ucr.get_release( releaseId )
apps = [ app['id'] for app in release['applications'] ]
print "Creating %d changes for this initiative %s against release %s" % ( num_changes, initiative['name'], release['name'] )
for j in range( num_changes ):
# generate some of this data
name = "Test Change %s" % ( random.choice(WORDS) )
description = "Description"
severity = "S1"
applicationId = apps[ random.randint( 0, len(apps) - 1 ) ]
initiativeId = initiative['id']
releaseId = release['id']
status = random.choice( change_statuses.keys() )
change_type = change_types[ random.randint( 0, len(change_types) - 1 ) ]
# This is not required, but I think should be the behavior
typeId = change_type['id']
change = ucr.create_change( typeId=typeId, name=name, status=status, severity=severity, releaseId=releaseId, applicationId=applicationId, initiativeId=initiativeId, description=description, change_type=change_type)
def __main__():
global debug, user, password, base_url
try:
opts, args = getopt.getopt(sys.argv[1:], "hs:u:p:v", ["help", "server=", "user="******"password="******"option -a not recognized"
usage()
sys.exit(2)
for o, a in opts:
if o == "-v":
debug = True
elif o in ("-h", "--help"):
usage()
sys.exit()
elif o in ("-s", "--server"):
base_url = a
elif o in ("-u", "--user"):
user = a
elif o in ("-p", "--password"):
password = a
else:
assert False, "unhandled option"
usage()
sys.exit()
if not base_url or not password:
print ("Missing required arguments")
usage()
sys.exit()
# Peel and specfic arguments off the end for this call
arg1, arg2 = sys.argv[-2:]
ucr = ucrclient.ucrclient(base_url, user, password, debug)
# GET http://base_url/releases/
# ?filterFields=dateCreated
# &filterType_dateCreated=gt
# &filterClass_dateCreated=Long
# &filterValue_dateCreated=1421171883574
# &orderField=dateCreated
# &sortType=asc
event_name = "201605"
event_query = "/events?filterFields=name&filterType_name=eq&filterClass_name=String&filterValue_name=%s" % (
event_name
)
events = ucr.get_json(event_query)
# pprint( events )
if len(events) > 1:
print ("Returned more than one event, not sure what to do with this")
pprint(events)
sys.exit(1)
relatedDeployment = ucr.get_json("/relatedDeployments/%s?format=details" % (events[0]["relatedDeployment"]["id"]))
# pprint( relatedDeployment )
scheduledDeployments = [current["id"] for current in relatedDeployment["scheduledDeployments"]]
pprint(scheduledDeployments)
for sd_id in scheduledDeployments:
scheduledDeployment = ucr.get_json("/scheduledDeployment/%s" % (sd_id))
pprint(scheduledDeployment, depth=1)
de = scheduledDeployment["deploymentExecution"]
print ("#" * 120)
# {u'approval': {...},
# u'autoManualTaskNotification': False,
# u'autoPickVersions': False,
# u'autoStart': False,
# u'dateCreated': 1462906112415,
# u'deploymentExecution': {...},
# u'derivedName': u'Sample Release:DEV-1 at May 10, 2016 at 7:48:00 PM GMT',
# u'environment': {...},
# u'executingUser': u'admin',
# u'gateStatus': u'PASSED',
# u'id': u'3354ab35-a97f-4ef0-ae13-d4dde07066fe',
# u'phase': {...},
# u'phases': [...],
# u'regexPattern': False,
# u'release': {...},
# u'scheduledDate': 1462909680000,
# u'shortName': u'May 10, 2016 at 7:48:00 PM GMT',
# u'status': u'COMPLETE',
# u'statusState': u'GREEN',
# u'transientProgress': 100,
# u'version': 4,
# u'versions': [...]}
print (scheduledDeployment["id"])
print (scheduledDeployment["derivedName"])
print (scheduledDeployment["shortName"])
print ("Deployment Execution: ")
# u'deploymentExecution': {u'dateCreated': 1462906112421,
# u'endTimeActual': 1462906215330,
# u'endTimeEstimated': 1462906215287,
# u'endTimePlanned': 1462910880000,
# u'ghostedDate': 0,
# u'hasEdit': True,
# u'id': u'c04930da-f0b5-4047-bb81-22fe53d92c02',
# u'locked': False,
# u'name': u'Default Plan',
# u'notifications': [],
# u'segments': [...],
# u'startTimeActual': 1462906165941,
# u'status': u'COMPLETE',
# u'stopSync': False,
# u'suggestedTasks': [],
# u'syncSegments': True,
# u'version': 2},
print ("\t" + de["id"])
print ("\t" + de["name"])
print ("\t" + de["status"])
print ("\tSegments:")
for segment in de["segments"]:
# {u'autostart': False,
# u'dateCreated': 1462914544830,
# u'durationPlanned': 0,
# u'endTimeActual': 0,
# u'enforceSequential': False,
# u'executionPattern': u'SEQUENTIAL',
# u'id': u'a9745833-4d32-4be0-90a1-00f2af9210ef',
# u'lastRefresh': 1462914544830,
# u'name': u'Pre-Deployment Tasks',
# u'opened': False,
# u'orderedTaskIds': u'',
# u'prerequisiteOverride': False,
# u'prerequisites': [],
# u'relativePosition': 0,
# u'startTimePlanned': 1462918380000,
# u'status': u'EMPTY',
# u'syncProperties': True,
# u'syncTasks': True,
# u'tasks': [],
# u'userCanExecute': True,
# u'version': 0},
print ("\t\t" + segment["name"])
print ("#" * 120)
def __main__():
global debug, user, password, base_url
try:
opts, args = getopt.getopt(sys.argv[1:], "hs:u:p:v",
['help', 'server=', 'user='******'password='******'-v':
debug = True
elif o in ('-h', '--help'):
usage()
sys.exit()
elif o in ('-s', '--server'):
base_url = a
elif o in ('-u', '--user'):
user = a
elif o in ('-p', '--password'):
password = a
else:
assert False, "unhandled option"
usage()
sys.exit()
if not base_url or not password:
print('Missing required arguments')
usage()
sys.exit()
# Peel and specfic arguments off the end for this call
arg1, arg2 = sys.argv[-2:]
ucr = ucrclient.ucrclient(base_url, user, password, debug)
start_time_ms = 1438401600000
end_time_ms = 1441080000000
c_start = time.gmtime(start_time_ms / 1000)
c_end = time.gmtime(end_time_ms / 1000)
# print "Times: "
# print ts_tostr( c_start )
# print ts_tostr( c_end )
#r = ucr.get( get_specific_deployment )
#pprint( r.json() )
releases = ucr.get_releases()
for release in releases:
cur_release = ucr.get_release(id=release['id'], format='pipeline')
target_date = utils.javats_tostr(
cur_release['targetDate']
) if 'targetDate' in cur_release else '[No Target Date Set]'
print('%s - %s ' % (cur_release['name'], target_date))
# Should be base of recursion
pass
else:
raise Exception('Processing versions failed on an unknown type %s' %
(version_type))
return cur_version
'''
Setup Application and routes
'''
app = Flask(__name__)
cache = SimpleCache()
cache_timeout = 5 * 60
ucr = ucrclient.ucrclient(base_url, user, password, debug)
'''
Add some variables that can be used in templates
'''
@app.context_processor
def inject_config():
return dict(user=user, base_url=base_url, cache_timeout=cache_timeout)
@app.template_filter('timestamptostr')
def tstostr_filter(s):
# Need to return '' value when this is undefined as the util function is not tolerant of empty values
return utils.javats_tostr(s) if s else ''