def __main__():
# hard coded
user = '******'
password = '******'
base_url = 'https://192.168.1.117/ucd01'
applications_uri = '/cli/deploy/application'
ucd = ucclient(base_url, user, password, 0)
request_uri = '/rest/process/request'
# process_body = { 'id': '58bf971b-1c0d-4d44-9f34-7617e9026278', 'processPath': 'processes/58bf971b-1c0d-4d44-9f34-7617e9026278', 'processVersion': '2', 'resource': '/Application1/DEV/local' }
process_body = {
'processId': '58bf971b-1c0d-4d44-9f34-7617e9026278',
'processVersion': '3',
'resource': '/Application1/DEV/local',
'properties': [{
'prop1': 'prop1Value'
}],
'prop1': 'prop1Value'
}
#process_body = {}
body = json.dumps(process_body)
#print( 'Body: %s ' % ( body ) )
#r = ucd.post( uri=request_uri, data=body )
#r = ucd.post( uri=request_uri, data=body )
#ucd.debug_response( r )
# /rest/deploy/applicationProcessRequest/ef49f792-6eaa-4b40-9590-30853948f382
# /rest/approval/approval/da94fcea-d39e-44fd-a010-0f34ec65f3d5/withTrace
process_request_id = '3a4ac63e-7823-469a-a9be-5901e3e523ca'
process_request_uri = '/rest/process/request/%s/trace' % (
process_request_id)
process_request_id = 'ef49f792-6eaa-4b40-9590-30853948f382'
process_request_uri = '/rest/deploy/applicationProcessRequest/%s' % (
process_request_id)
r = ucd.get(uri=process_request_uri)
if r.status_code != 200:
ucd.debug_response(r)
raise Exception('Failed to get Process Request Information')
process_request = r.json()
pprint(process_request)
def __main__():
# hard coded
user = "******"
password = "******"
base_url = "https://192.168.1.117/ucd01"
applications_uri = "/cli/deploy/application"
ucd = ucclient(base_url, user, password, 0)
request_uri = "/rest/process/request"
# process_body = { 'id': '58bf971b-1c0d-4d44-9f34-7617e9026278', 'processPath': 'processes/58bf971b-1c0d-4d44-9f34-7617e9026278', 'processVersion': '2', 'resource': '/Application1/DEV/local' }
process_body = {
"processId": "58bf971b-1c0d-4d44-9f34-7617e9026278",
"processVersion": "3",
"resource": "/Application1/DEV/local",
"properties": [{"prop1": "prop1Value"}],
"prop1": "prop1Value",
}
# process_body = {}
body = json.dumps(process_body)
# print( 'Body: %s ' % ( body ) )
# r = ucd.post( uri=request_uri, data=body )
# r = ucd.post( uri=request_uri, data=body )
# ucd.debug_response( r )
# /rest/deploy/applicationProcessRequest/ef49f792-6eaa-4b40-9590-30853948f382
# /rest/approval/approval/da94fcea-d39e-44fd-a010-0f34ec65f3d5/withTrace
process_request_id = "3a4ac63e-7823-469a-a9be-5901e3e523ca"
process_request_uri = "/rest/process/request/%s/trace" % (process_request_id)
process_request_id = "ef49f792-6eaa-4b40-9590-30853948f382"
process_request_uri = "/rest/deploy/applicationProcessRequest/%s" % (process_request_id)
r = ucd.get(uri=process_request_uri)
if r.status_code != 200:
ucd.debug_response(r)
raise Exception("Failed to get Process Request Information")
process_request = r.json()
pprint(process_request)
def __main__():
# hard coded
user = '******'
password = '******'
base_url = 'https://192.168.1.117'
uri_security_group = '/security/group'
delete_from_auth_realm_name = 'TestAuthRealm'
ucd = ucclient(base_url, user, password, 0)
r = ucd.get(uri=uri_security_group)
if r.status_code != 200:
ucd.debug_response(r)
raise Exception('Failed to get groups')
groups = r.json()
for group in groups:
auth_realm_name = group['authorizationRealm']['name']
#print( '%s %s %s' % ( group['name'] , group['id'], auth_realm_name ) )
if auth_realm_name == delete_from_auth_realm_name:
group_name = group['name']
group_id = group['id']
print('Found one to delete')
print('%s %s %s' % (group_name, group_id, auth_realm_name))
uri_delete_group = '%s/%s' % (uri_security_group, group_id)
r = ucd.delete(uri=uri_delete_group)
if r.status_code != 200:
print('Error deleting Group %s with id %s' %
(group_name, group_id))
ucd.debug_response(r)
def __main__():
# hard coded
user = '******'
password = '******'
base_url = 'https://192.168.1.117'
uri_security_group = '/security/group'
delete_from_auth_realm_name = 'TestAuthRealm'
ucd = ucclient( base_url, user, password , 0)
r = ucd.get( uri=uri_security_group )
if r.status_code != 200:
ucd.debug_response( r )
raise Exception( 'Failed to get groups' )
groups = r.json()
for group in groups:
auth_realm_name = group['authorizationRealm']['name']
#print( '%s %s %s' % ( group['name'] , group['id'], auth_realm_name ) )
if auth_realm_name == delete_from_auth_realm_name:
group_name = group['name']
group_id = group['id']
print( 'Found one to delete' )
print( '%s %s %s' % ( group_name , group_id, auth_realm_name ) )
uri_delete_group = '%s/%s' % ( uri_security_group, group_id )
r = ucd.delete( uri=uri_delete_group )
if r.status_code != 200:
print( 'Error deleting Group %s with id %s' % ( group_name, group_id ) )
ucd.debug_response( r )
def __main__():
# hard coded
user = '******'
password = '******'
base_url = 'https://192.168.1.117'
ucd = ucclient(base_url, user, password, debug=0)
team_name = 'Team1'
new_team_uri = '/cli/team/create?team=%s&description=%s' % (team_name,
'description')
r = ucd.put(uri=new_team_uri)
print("Create new team response: %s" % (r.text))
# get the existing applications
#response = ucd.get( uri=applications_uri )
# print( "Get existing applications: %s" % ( response.json() ) )
'''
Create a new Application
http://www-01.ibm.com/support/knowledgecenter/SS4GSP_6.1.1/com.ibm.udeploy.api.doc/topics/rest_cli_application.html?lang=en
'''
applications_uri = '/cli/application/create'
app_name = 'Application2'
print "Try and create %s " % (app_name)
new_app = {
'name': app_name,
'description': '',
'notificationSchemeId': '',
'enforceCompleteSnapshots': 'false',
'teamMappings': [],
}
body = json.dumps(new_app)
r = ucd.put(uri=applications_uri, data=body)
print("Create new application response: %s " % (r.text))
#ucd.debug_response( r )
'''
Get Application Properties
http://www-01.ibm.com/support/knowledgecenter/SS4GSP_6.1.1/com.ibm.udeploy.api.doc/topics/rest_cli_application_getproperties_get.html?lang=en
example:
GET /cli/application/getProperties?application=JPetStore
'''
print "Get Application properties for %s " % (app_name)
property_get_uri = '/cli/application/getProperties?application=%s' % (
app_name)
r = ucd.get(uri=property_get_uri)
# 200 ok created
# 400 if app already exists
#ucd.debug_reponse( r )
'''
Set a property
http://www-01.ibm.com/support/knowledgecenter/SS4GSP_6.1.1/com.ibm.udeploy.api.doc/topics/rest_cli_application_propvalue_put.html?lang=en
example:
PUT /cli/application/propValue?application=JPetStore&name=Prop4&value=value4
'''
prop_name = 'testing.property1'
prop_value = 'test value'
prop_is_secure = 'false'
print "Set property %s to value %s on application %s" % (
prop_name, prop_value, app_name)
property_set_uri = '/cli/application/propValue?application=%s&name=%s&value=%s&isSecure=%s' % (
app_name, prop_name, prop_value, prop_is_secure)
r = ucd.put(uri=property_set_uri)
# 200 ok on create
# 200 on update if already exists
ucd.debug_response(r)
'''
Get a specific property value
http://www-01.ibm.com/support/knowledgecenter/SS4GSP_6.1.1/com.ibm.udeploy.api.doc/topics/rest_cli_application_getproperty_get.html?lang=en
GET /cli/application/getProperty?application=JPetStore&name=Prop4
'''
print "Get property %s value on application %s " % (prop_name, app_name)
property_get_uri = '/cli/application/getProperty?application=%s&name=%s' % (
app_name, prop_name)
r = ucd.get(uri=property_get_uri)
ucd.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 = ucclient(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)
query_uri = '?'
# After
attribute_name = 'scheduledDate'
attribute_class = 'Long'
query_uri += 'filterFields=%(name)s&filterType_%(name)s=%(type)s&filterClass_%(name)s=%(class)s&filterValue_%(name)s=%(value)d' % {
'name': attribute_name,
'type': 'ge',
'class': attribute_class,
'value': start_time_ms
}
#query_uri += 'filterFields=%(name)s&filterType_%(name)s=%(type)s&filterClass_%(name)s=%(class)s&filterValue_%(name)s=%(value)d' % { 'name': attribute_name, 'type': 'ge', 'class': attribute_class, 'value' : time.mktime( c_start ) }
# Before
#attribute_name = 'endTimeOverride' # Only works if the value has been overriden for completed deployments that this is not explicity set this filter fails
attribute_name = 'scheduledDate'
attribute_class = 'Long'
query_uri += '&'
query_uri += 'filterFields=%(name)s&filterType_%(name)s=%(type)s&filterClass_%(name)s=%(class)s&filterValue_%(name)s=%(value)d' % {
'name': attribute_name,
'type': 'lt',
'class': attribute_class,
'value': end_time_ms
}
#query_uri += 'filterFields=%(name)s&filterType_%(name)s=%(type)s&filterClass_%(name)s=%(class)s&filterValue_%(name)s=%(value)d' % { 'name': attribute_name, 'type': 'lt', 'class': attribute_class, 'value' : time.mktime( c_end ) }
query_uri += '&orderField=%(name)s&sortType=asc' % {'name': attribute_name}
#query_uri = ''
query_uri = '/scheduledDeployments%s' % (query_uri)
print "Getting scheduledDeployments calling %s " % (query_uri)
r = ucr.get(query_uri)
if r.status_code == 200:
sds = r.json()
else:
ucr.debug_response(r)
sys.exit(1)
print 'Filtered results (%s)' % (r.headers['content-range'])
filtered_results = [
ts_tostr(time.gmtime(sd['scheduledDate'] / 1000)) for sd in sds
]
print_sds(sds)
query_uri = ''
query_uri = '/scheduledDeployments%s' % (query_uri)
r = ucr.get(query_uri)
if r.status_code == 200:
sds = r.json()
else:
ucr.debug_response(r)
print 'Unfiltered results (%s)' % (r.headers['content-range'])
unfiltered_results = [
ts_tostr(time.gmtime(sd['scheduledDate'] / 1000)) for sd in sds
]
print_sds(sds)
print '\nDiff'
for sd in unfiltered_results:
if sd not in filtered_results:
print sd
get_specific_deployment = '/scheduledDeployments/7a15c95e-ccbe-47e0-a6af-20b8e9b79433'
def __main__():
# hard coded
user = '******'
password = '******'
base_url = 'https://192.168.1.117'
ucd = ucclient( base_url, user, password , debug=0)
team_name = 'Team1'
new_team_uri = '/cli/team/create?team=%s&description=%s' % ( team_name, 'description')
r = ucd.put( uri=new_team_uri )
print( "Create new team response: %s" % ( r.text ) )
# get the existing applications
#response = ucd.get( uri=applications_uri )
# print( "Get existing applications: %s" % ( response.json() ) )
'''
Create a new Application
http://www-01.ibm.com/support/knowledgecenter/SS4GSP_6.1.1/com.ibm.udeploy.api.doc/topics/rest_cli_application.html?lang=en
'''
applications_uri = '/cli/application/create'
app_name = 'Application2'
print "Try and create %s " % ( app_name )
new_app = {'name': app_name,'description':'','notificationSchemeId':'','enforceCompleteSnapshots':'false','teamMappings':[], }
body = json.dumps( new_app )
r = ucd.put(uri=applications_uri, data=body )
print( "Create new application response: %s " % ( r.text ) )
#ucd.debug_response( r )
'''
Get Application Properties
http://www-01.ibm.com/support/knowledgecenter/SS4GSP_6.1.1/com.ibm.udeploy.api.doc/topics/rest_cli_application_getproperties_get.html?lang=en
example:
GET /cli/application/getProperties?application=JPetStore
'''
print "Get Application properties for %s " % (app_name)
property_get_uri = '/cli/application/getProperties?application=%s' % ( app_name )
r = ucd.get( uri=property_get_uri )
# 200 ok created
# 400 if app already exists
#ucd.debug_reponse( r )
'''
Set a property
http://www-01.ibm.com/support/knowledgecenter/SS4GSP_6.1.1/com.ibm.udeploy.api.doc/topics/rest_cli_application_propvalue_put.html?lang=en
example:
PUT /cli/application/propValue?application=JPetStore&name=Prop4&value=value4
'''
prop_name = 'testing.property1'
prop_value = 'test value'
prop_is_secure = 'false'
print "Set property %s to value %s on application %s" % ( prop_name, prop_value, app_name )
property_set_uri = '/cli/application/propValue?application=%s&name=%s&value=%s&isSecure=%s' % ( app_name, prop_name, prop_value, prop_is_secure )
r = ucd.put( uri=property_set_uri )
# 200 ok on create
# 200 on update if already exists
ucd.debug_response( r )
'''
Get a specific property value
http://www-01.ibm.com/support/knowledgecenter/SS4GSP_6.1.1/com.ibm.udeploy.api.doc/topics/rest_cli_application_getproperty_get.html?lang=en
GET /cli/application/getProperty?application=JPetStore&name=Prop4
'''
print "Get property %s value on application %s " % ( prop_name, app_name )
property_get_uri = '/cli/application/getProperty?application=%s&name=%s' % ( app_name, prop_name )
r = ucd.get( uri=property_get_uri )
ucd.debug_response( r )
def __main__():
global debug, user, password, base_url
mode = ''
fname = ''
try:
opts, args = getopt.getopt(sys.argv[1:], "hs:u:p:m:f:v", ['help','server=', 'user='******'password='******'mode=', 'file='])
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 ( '-m', '--mode' ):
mode = a
elif o in ( '-f', '--file' ):
fname = a
else:
assert False, "unhandled option"
usage()
sys.exit()
if not base_url or not password or not mode or not fname:
print('Missing required arguments')
usage()
sys.exit()
ucr = ucclient( base_url, user, password , 0 )
if mode == 'export':
# Pull the events and cleanup the data before writing it out
events = ucr.get_json( '/events' )
events_start = copy.deepcopy( events )
#pprint( events_obj )
write_csv( events_start, fname )
elif mode == 'import':
# Now lets' read it back out
event_types = ucr.get_json( '/eventTypes' )
events_readin = read_csv( event_types, fname=fname )
for event in events_readin:
# pprint( event )
if 'id' in event:
# looks like an existing event, try and update
r = ucr.put( uri='/events/%s' % ( event['id'] ), data=json.dumps(event) )
if r.status_code in [200, 201]:
print( 'Successfully updated event: %s ' % ( r.json()['name'] ) )
else:
ucr.debug_response( r )
print( 'Failed to update event: %s \nserver returned: %s' % ( event, r.text ) )
else:
r = ucr.post( uri='/events/', data=json.dumps(event) )
if r.status_code in [200, 201]:
print( 'Sucessfully created new event: %s ' % ( r.json()['name'] ) )
else:
ucr.debug_response( r )
print( 'Failed to submit event: %s \nserver returned: %s' % (event, r.text ) )
# elif mode == 'test':
#
# events_readin = read_csv( event_types, fname=fname )
#
# ###
# ### Failing on dataCreated which is actually using the ms part of the epoch...
# ###
# if events_start == events_readin:
# print( 'yey!')
# else:
# print( 'boo, they ain\'t match')
# pprint( events_start[0] )
# pprint( events_readin[0] )
else:
print('Invalid mode: %s' % (mode) )
usage()
sys.exit()
def __main__():
# hard coded
user = '******'
password = '******'
base_url = 'https://192.168.1.117'
applications_uri = '/cli/deploy/application'
ucd = ucclient(base_url, user, password, 0)
'''
Create a new Application
http://www-01.ibm.com/support/knowledgecenter/SS4GSP_6.1.1/com.ibm.udeploy.api.doc/topics/rest_cli_application.html?lang=en
'''
app_name = 'Application'
applications_uri = '/cli/application/create'
print "Try and create %s " % (app_name)
new_app = {
'name': app_name,
'description': '',
'notificationSchemeId': '',
'enforceCompleteSnapshots': 'false',
'teamMappings': [],
}
body = json.dumps(new_app)
r = ucd.put(uri=applications_uri, data=body)
print("Create new application response: %s %s " % (r.status_code, r.text))
#ucd.debug_response( r )
team_name = 'Team1'
new_team_uri = '/cli/team/create?team=%s&description=%s' % (team_name,
'description')
r = ucd.put(uri=new_team_uri)
print("Create new team response: %s" % (r.text))
'''
Add Group to team
/cli/teamsecurity/groups?group=<name>&team=<name>&type=<name of type>
http://www-01.ibm.com/support/knowledgecenter/SS4GSP_6.1.1/com.ibm.udeploy.api.doc/topics/rest_cli_teamsecurity_groups_put.html
'''
group_name = 'Team1Group'
role_name = 'ConfigEngineer'
add_group_to_team_uri = '/cli/teamsecurity/groups?group=%s&team=%s&type=%s' % (
group_name, team_name, role_name)
r = ucd.put(uri=add_group_to_team_uri)
'''
PUT https://{hostname}:{port}
/cli/application/teams?{parameters}
'''
type_name = 'Standard Application'
add_team_to_app = '/cli/application/teams?application=%s&team=%s&type=%s' % (
app_name, team_name, type_name)
r = ucd.put(uri=add_team_to_app)
print("Add Team to Application response: %s %s" % (r.status_code, r.text))
'''
Add a team to an Environment
PUT https://{hostname}:{port}
/cli/environment/teams?{parameters}
'''
env_name = 'DEV'
add_team_to_env_uri = '/cli/environment/teams?application=%s&environment=%s&team=%s&type=' % (
app_name, env_name, team_name)
r = ucd.put(uri=add_team_to_env_uri)
print("Add Team to Environment response: %s %s" % (r.status_code, r.text))
'''
Add Team to Resource
PUT https://{hostname}:{port}
/cli/resource/teams?{parameters}
'''
resource_path = '/Application1/DEV'
team_id = '9e9c7267-4e08-455c-b8a7-4b64038553b2'
add_team_to_resource_uri = '/cli/resource/teams?resource=%s&team=%s&type=' % (
resource_path, team_id)
r = ucd.put(uri=add_team_to_resource_uri)
print("Add Team to Resource response: %s %s" % (r.status_code, r.text))
def __main__():
global debug, user, password, base_url
mode = ''
fname = ''
try:
opts, args = getopt.getopt(
sys.argv[1:], "hs:u:p:m:f:v",
['help', 'server=', 'user='******'password='******'mode=', 'file='])
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 ('-m', '--mode'):
mode = a
elif o in ('-f', '--file'):
fname = a
else:
assert False, "unhandled option"
usage()
sys.exit()
if not base_url or not password or not mode or not fname:
print('Missing required arguments')
usage()
sys.exit()
ucr = ucclient(base_url, user, password, 0)
if mode == 'export':
# Pull the events and cleanup the data before writing it out
events = ucr.get_json('/events')
events_start = copy.deepcopy(events)
#pprint( events_obj )
write_csv(events_start, fname)
elif mode == 'import':
# Now lets' read it back out
event_types = ucr.get_json('/eventTypes')
events_readin = read_csv(event_types, fname=fname)
for event in events_readin:
# pprint( event )
if 'id' in event:
# looks like an existing event, try and update
r = ucr.put(uri='/events/%s' % (event['id']),
data=json.dumps(event))
if r.status_code in [200, 201]:
print('Successfully updated event: %s ' %
(r.json()['name']))
else:
ucr.debug_response(r)
print('Failed to update event: %s \nserver returned: %s' %
(event, r.text))
else:
r = ucr.post(uri='/events/', data=json.dumps(event))
if r.status_code in [200, 201]:
print('Sucessfully created new event: %s ' %
(r.json()['name']))
else:
ucr.debug_response(r)
print('Failed to submit event: %s \nserver returned: %s' %
(event, r.text))
# elif mode == 'test':
#
# events_readin = read_csv( event_types, fname=fname )
#
# ###
# ### Failing on dataCreated which is actually using the ms part of the epoch...
# ###
# if events_start == events_readin:
# print( 'yey!')
# else:
# print( 'boo, they ain\'t match')
# pprint( events_start[0] )
# pprint( events_readin[0] )
else:
print('Invalid mode: %s' % (mode))
usage()
sys.exit()
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 = ucclient( 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 )
query_uri = '?'
# After
attribute_name = 'scheduledDate'
attribute_class = 'Long'
query_uri += 'filterFields=%(name)s&filterType_%(name)s=%(type)s&filterClass_%(name)s=%(class)s&filterValue_%(name)s=%(value)d' % { 'name': attribute_name, 'type': 'ge', 'class': attribute_class, 'value' : start_time_ms }
#query_uri += 'filterFields=%(name)s&filterType_%(name)s=%(type)s&filterClass_%(name)s=%(class)s&filterValue_%(name)s=%(value)d' % { 'name': attribute_name, 'type': 'ge', 'class': attribute_class, 'value' : time.mktime( c_start ) }
# Before
#attribute_name = 'endTimeOverride' # Only works if the value has been overriden for completed deployments that this is not explicity set this filter fails
attribute_name = 'scheduledDate'
attribute_class = 'Long'
query_uri += '&'
query_uri += 'filterFields=%(name)s&filterType_%(name)s=%(type)s&filterClass_%(name)s=%(class)s&filterValue_%(name)s=%(value)d' % { 'name': attribute_name, 'type': 'lt', 'class': attribute_class, 'value' : end_time_ms }
#query_uri += 'filterFields=%(name)s&filterType_%(name)s=%(type)s&filterClass_%(name)s=%(class)s&filterValue_%(name)s=%(value)d' % { 'name': attribute_name, 'type': 'lt', 'class': attribute_class, 'value' : time.mktime( c_end ) }
query_uri += '&orderField=%(name)s&sortType=asc' % { 'name' :attribute_name }
#query_uri = ''
query_uri = '/scheduledDeployments%s' %( query_uri)
print "Getting scheduledDeployments calling %s " % ( query_uri )
r = ucr.get( query_uri )
if r.status_code == 200:
sds = r.json()
else:
ucr.debug_response( r )
sys.exit(1)
print 'Filtered results (%s)' % ( r.headers['content-range'] )
filtered_results = [ ts_tostr( time.gmtime(sd['scheduledDate']/1000) ) for sd in sds ]
print_sds( sds )
query_uri = ''
query_uri = '/scheduledDeployments%s' %( query_uri)
r = ucr.get( query_uri )
if r.status_code == 200:
sds = r.json()
else:
ucr.debug_response( r )
print 'Unfiltered results (%s)' % ( r.headers['content-range'] )
unfiltered_results = [ ts_tostr( time.gmtime(sd['scheduledDate']/1000) ) for sd in sds ]
print_sds( sds )
print '\nDiff'
for sd in unfiltered_results:
if sd not in filtered_results:
print sd
get_specific_deployment = '/scheduledDeployments/7a15c95e-ccbe-47e0-a6af-20b8e9b79433'
def __main__():
# hard coded
user = '******'
password = '******'
base_url = 'https://192.168.1.117'
applications_uri = '/cli/deploy/application'
ucd = ucclient( base_url, user, password , 0)
'''
Create a new Application
http://www-01.ibm.com/support/knowledgecenter/SS4GSP_6.1.1/com.ibm.udeploy.api.doc/topics/rest_cli_application.html?lang=en
'''
app_name = 'Application'
applications_uri = '/cli/application/create'
print "Try and create %s " % ( app_name )
new_app = {'name': app_name,'description':'','notificationSchemeId':'','enforceCompleteSnapshots':'false','teamMappings':[], }
body = json.dumps( new_app )
r = ucd.put(uri=applications_uri, data=body )
print( "Create new application response: %s %s " % ( r.status_code, r.text ) )
#ucd.debug_response( r )
team_name = 'Team1'
new_team_uri = '/cli/team/create?team=%s&description=%s' % ( team_name, 'description')
r = ucd.put( uri=new_team_uri )
print( "Create new team response: %s" % ( r.text ) )
'''
Add Group to team
/cli/teamsecurity/groups?group=<name>&team=<name>&type=<name of type>
http://www-01.ibm.com/support/knowledgecenter/SS4GSP_6.1.1/com.ibm.udeploy.api.doc/topics/rest_cli_teamsecurity_groups_put.html
'''
group_name = 'Team1Group'
role_name = 'ConfigEngineer'
add_group_to_team_uri = '/cli/teamsecurity/groups?group=%s&team=%s&type=%s' % ( group_name, team_name, role_name )
r = ucd.put( uri=add_group_to_team_uri )
'''
PUT https://{hostname}:{port}
/cli/application/teams?{parameters}
'''
type_name = 'Standard Application'
add_team_to_app = '/cli/application/teams?application=%s&team=%s&type=%s' % ( app_name, team_name, type_name )
r = ucd.put( uri=add_team_to_app )
print( "Add Team to Application response: %s %s" % ( r.status_code, r.text ) )
'''
Add a team to an Environment
PUT https://{hostname}:{port}
/cli/environment/teams?{parameters}
'''
env_name = 'DEV'
add_team_to_env_uri = '/cli/environment/teams?application=%s&environment=%s&team=%s&type=' % ( app_name, env_name, team_name )
r = ucd.put( uri=add_team_to_env_uri )
print( "Add Team to Environment response: %s %s" % ( r.status_code, r.text ) )
'''
Add Team to Resource
PUT https://{hostname}:{port}
/cli/resource/teams?{parameters}
'''
resource_path = '/Application1/DEV'
team_id = '9e9c7267-4e08-455c-b8a7-4b64038553b2'
add_team_to_resource_uri = '/cli/resource/teams?resource=%s&team=%s&type=' % ( resource_path, team_id )
r = ucd.put( uri=add_team_to_resource_uri )
print( "Add Team to Resource response: %s %s" % ( r.status_code, r.text ) )
