def find_objects_by_type():
"""Retrieve a list of properties for the table"""
# pylint: disable=broad-except
try:
keyword = request.form['keyword']
object_type = request.form['object_type']
# Get entities based on the selection
entities = g.user.get_api().get_by_object_types(
keyword, object_type)
# Parse response object into table data
data = raw_entities_to_table_data(entities)
# If no entities were found reutrn with failure state and message
result = get_result_template()
if len(data['data']) == 0:
result['status'] = 'FAIL'
result[
'message'] = 'No entities of type "{TYPE}" were found.'.format(
TYPE=object_type)
else:
result['status'] = 'SUCCESS'
result['data'] = {"table_field": data}
return jsonify(result_decorator(result))
except Exception as e:
result = get_result_template()
result['status'] = 'FAIL'
result['message'] = str(e)
return jsonify(result_decorator(result))
def find_objects_by_type():
"""Retrieve a list of properties for the table"""
# pylint: disable=broad-except
try:
# Valid units for interval:
# millennium, century, decade, year, month, week, day, hour, minute, second, millisecond, microsecond
form_interval = request.form['interval']
logs = g.user.get_api().get_audit_logs(form_interval,
transaction_id=None,
descending=False)
# Parse response object into table data
data = raw_entities_to_table_data(logs)
# If no entities were found return with failure state and message
result = get_result_template()
if len(data['data']) == 0:
result['status'] = 'FAIL'
result['message'] = 'No records were found.'
else:
result['status'] = 'SUCCESS'
result['data'] = {"table_field": data}
return jsonify(result_decorator(result))
except Exception as e:
result = get_result_template()
result['status'] = 'FAIL'
result['message'] = str(e)
return jsonify(result_decorator(result))
def update_objects():
"""checks the status of task and transfer the results to the table"""
try:
key = request.form['message']
status = g.user.get_api().get_deployment_task_status(key)
entity_status = {}
dns_records_list = request.form['dns_records_list'].split('.')
deployment_error = ''
for record_id in dns_records_list:
entity_status[record_id] = '<font color = yellow> '+status['status']+' </font>'
if status['status'] == SelectiveDeploymentStatus.FINISHED:
entity_status[record_id] = 'Already deployed and not modified'
if status['response']['errors']:
deployment_error = 'ERROR Selective Deployment: ' + \
status['response']['errors'][0]
entity_status[record_id] = \
'<font color = red>ERROR: See logs for details</font>'
elif status['response']['views']:
try:
for records in status['response']['views'][0]['zones'][0]['records']:
if str(records['id']) == str(record_id):
color = '#cb4814'
if records['result'] == SelectiveDeploymentStatus.FAILED:
color = 'red'
elif records['result'] == SelectiveDeploymentStatus.SUCCEEDED:
color = '#76ce66'
entity_status[record_id] = '<font color = %s>' % color + \
records['result'] + '</font>'
app.logger.info(record_id + ' Status : ' + entity_status[record_id])
except IndexError as error:
entity_status[record_id] = '<font color = red> ERROR: '\
+ str(error) + ', Could not find the results </font>'
if deployment_error != '':
app.logger.error(deployment_error)
data = raw_entities_to_table_data(entity_status, False)
result = get_result_template()
data['columnDefs'] = [{'targets': [3], 'render': ''}]
result['status'] = status['status']
result['data'] = {"table_field": data,
"message": '%s' % key,
"configuration": request.form['configuration'],
"view": request.form['view'],
"zone": request.form['zone'],
"dns_records_list": request.form['dns_records_list']}
# pylint: disable=broad-except
except Exception as e:
result = get_result_template()
result['status'] = 'FAIL'
result['message'] = util.safe_str(e)
return jsonify(empty_decorator(result))
return jsonify(empty_decorator(result))
def find_objects_by_type():
# pylint: disable=unused-variable
"""Retrieve a list of properties for the table"""
try:
if g.user.get_api().get_version() < '8.3.2':
result = get_result_template()
result['status'] = 'FAIL'
result['message'] = 'BAM must be Version 8.3.2 or greater'
return jsonify(result_decorator(result))
configuration = g.user.get_api().get_entity_by_id(
request.form['configuration'])
view = configuration.get_view(request.form['view'])
zone_string = request.form['zone'].split('.')
zone = view
for i in range(len(zone_string) - 1, -1, -1):
zone = zone.get_zone(zone_string[i])
entities = chain(zone.get_children_of_type('HostRecord'),
zone.get_children_of_type('AliasRecord'),
zone.get_children_of_type('TXTRecord'),
zone.get_children_of_type('HINFORecord'),
zone.get_children_of_type('SRVRecord'),
zone.get_children_of_type('MXRecord'),
zone.get_children_of_type('NAPTRRecord'))
data = raw_entities_to_table_data(entities, True)
result = get_result_template()
data["columnDefs"] = [{
"width": "10%",
"targets": [3],
'render': ''
}]
if not data['data']:
result['message'] = 'No DNS Records Found'
result['status'] = 'SUCCESS'
result['data'] = {"table_field": data}
return jsonify(result_decorator(result))
except Exception as error: # pylint: disable=broad-except
result = get_result_template()
result['status'] = 'FAIL'
result['message'] = str(error)
return jsonify(result_decorator(result))
def get_address_data(configuration_id, ip6_address):
"""
Get the BAM data for a given ip6_address in the given configuration.
:param configuration_id: The ID of the configuration in which the ip6_address resides.
:param ip6_address: The IP address in string form.
:return: The IP address data in JSON, using result template format.
"""
# Regular expression to match IPv6 format
result = get_result_template()
if not is_valid_ipv6_address(ip6_address):
result['message'] = 'IP address is invalid.'
result['status'] = FAIL
return result
# Retrieve the configuration object
configuration = g.user.get_api().get_entity_by_id(configuration_id)
# Check if IP address exists within a network. Fail if not.
try:
configuration.get_ip_ranged_by_ip(Entity.IP6Network, ip6_address)
result['message'] = 'IPv6 Address is available'
result['status'] = SUCCESS
result['data'] = {'state': None, 'mac_address': None, 'name': None}
return result
except PortalException:
result[
'message'] = 'IP address is not in a network or network does not exist'
result['status'] = FAIL
return result
def cisco_aci_example_cisco_aci_example_page_form():
"""
Takes ACI info and returns Tenants in ACI.
"""
global progress
progress = dict()
result = get_result_template()
aci_user = request.form.get('apic_username')
aci_pass = request.form.get('apic_password')
aci_apic = request.form.get('apic_ip')
aci_apic = aci_apic.strip('/')
try:
aci_session = create_aci_session(aci_apic, aci_user, aci_pass)
except PortalException as e:
result['status'] = FAIL
result['message'] += str(e)
return jsonify(empty_decorator(result))
else:
tenants = ACI.Tenant.get(aci_session)
result['status'] = SUCCESS
result['message'] += 'Successfully found tenants!'
result['data'] = {"table_field": raw_table_data()}
result['data']['table_field']['data'] = populate_table_data(tenants)
aci_session.close()
return jsonify(empty_decorator(result))
def server_table_data():
"""Retrieve server side table data"""
keyword = request.form["keyword"]
object_type_id = request.form["object_type"]
response = get_result_template()
response["status"] = "SUCCESS"
response["message"] = "Retrieved server side table data"
response["data"] = {
"table_field": {
"searching": False,
"paging": False,
"ordering": False,
"info": False,
"lengthChange": False,
"columns": [{
"title": "keyword"
}, {
"title": "object_type"
}],
"data": [
[keyword, object_type_id],
],
}
}
return jsonify(result_decorator(response))
def server_table_data():
"""Retrieve server side table data"""
keyword = request.form['keyword']
object_type_id = request.form['object_type']
response = get_result_template()
response['status'] = 'SUCCESS'
response['message'] = 'Retrieved server side table data'
response['data'] = {
'table_field': {
'searching': False,
'paging': False,
'ordering': False,
'info': False,
'lengthChange': False,
'columns': [{
'title': 'keyword'
}, {
'title': 'object_type'
}],
'data': [
[keyword, object_type_id],
]
}
}
return jsonify(result_decorator(response))
def get_ip4_networks_data(hint):
"""
Get a list of networks that corresponds to the configuration and hint entered by the user
:param hint: Network hint to search with
:return: networks that correspond to the network hint
"""
# Use the default result template
result = get_result_template()
result['data']['autocomplete_field'] = []
# Retrieve the configuration
try:
configuration_id = request.form['configuration']
except PortalException as e:
result['status'] = FAIL
g.user.logger.warning('%s' % e, msg_type=g.user.logger.EXCEPTION)
return result
# Retrieve network based on user input
try:
networks = g.user.get_api()._api_client.service.getIP4NetworksByHint(configuration_id, 0, 5, 'hint=%s' % hint)
except BAMException as e:
result['status'] = FAIL
g.user.logger.warning('%s' % e, msg_type=g.user.logger.EXCEPTION)
result['message'] = 'Unable to retrieve network with error %s: ' % safe_str(e)
return result
if has_response(networks):
for network in networks.item:
network = g.user.get_api().instantiate_entity(network)
network_string = network.get_property('CIDR')
result['data']['autocomplete_field'].append({"value": network_string})
result['status'] = SUCCESS
return result
def get_next_ip4_address_data(ip4_network):
"""
Retrieve the next available IP4 Addresses given the network CIDR
:param ip4_network: Network CIDR
:return: Next available IP4 Address
"""
# Endpoint presets
result = get_result_template()
# Retrieve the configuration
try:
configuration = g.user.get_api().get_configuration(
config.default_configuration)
except PortalException as e:
result['status'] = FAIL
g.user.logger.warning('%s' % e, msg_type=g.user.logger.EXCEPTION)
return result
# Network is in CIDR format, retrieve the network and the next available ipv4 address
network = ip4_network.split('/')
try:
network = configuration.get_ip_range_by_ip('IP4Network', network[0])
except BAMException as e:
result['status'] = FAIL
g.user.logger.warning('%s' % e, msg_type=g.user.logger.EXCEPTION)
return result
ipv4_address = network.get_next_ip4_address_string()
if ipv4_address:
result['status'] = SUCCESS
result['data'] = [ipv4_address]
else:
result['status'] = SUCCESS
result['data'] = ['network is fully allocated']
return result
def server_table_data():
"""Retrieve server side table data"""
# pylint: disable=broad-except
print('Server Table Data is Called!!!!')
try:
text = get_resource_text()
data = load_statistics(g.user.get_api(), text)
result = get_result_template()
result['status'] = 'SUCCESS'
result['data'] = {"table_field": data}
return jsonify(result_decorator(result))
except Exception as e:
result = get_result_template()
result['status'] = 'FAIL'
result['message'] = str(e)
return jsonify(result_decorator(result))
def find_objects_by_type():
# pylint: disable=unused-variable
"""Retrieve a list of properties for the table"""
try:
configuration = g.user.get_api().get_entity_by_id(
request.form["configuration"])
view = configuration.get_view(request.form["view"])
zone_string = request.form["zone"].split(".")
zone = view
for i in range(len(zone_string) - 1, -1, -1):
zone = zone.get_zone(zone_string[i])
entities = chain(
zone.get_children_of_type("HostRecord"),
zone.get_children_of_type("AliasRecord"),
zone.get_children_of_type("TXTRecord"),
zone.get_children_of_type("HINFORecord"),
zone.get_children_of_type("SRVRecord"),
zone.get_children_of_type("MXRecord"),
zone.get_children_of_type("NAPTRRecord"),
)
data = raw_entities_to_table_data(entities, True)
result = get_result_template()
data["columnDefs"] = [{
"width": "10%",
"targets": [3],
"render": ""
}]
if not data["data"]:
result["message"] = "No DNS Records Found"
result["status"] = "SUCCESS"
result["data"] = {"table_field": data}
return jsonify(result_decorator(result))
except Exception as error:
result = get_result_template()
result["status"] = "FAIL"
result["message"] = str(error)
return jsonify(result_decorator(result))
def find_objects_by_type():
"""Retrieve a list of properties for the table"""
# pylint: disable=broad-except
try:
ip4_network = request.form['ip4_network']
configuration = g.user.get_api().get_configuration(
config.default_configuration)
networks = configuration.get_ip4_networks_by_hint(
ip4_network.split('/', 1)[0])
net_id = networks[0].get_id()
network = g.user.get_api().get_entity_by_id(net_id)
ip4_addresses = g.user.get_api()._api_client.service.getEntities(
network.get_id(), 'IP4Address', 0, 100)
new_ip4_address = []
for ip4_address in ip4_addresses.item:
ip4_address = g.user.get_api().instantiate_entity(ip4_address)
new_ip4_address.append(ip4_address)
print("Found {} IP Addresses with Network {}".format(
len(new_ip4_address), network.get_property('CIDR')))
# Calling the new API
records = configuration.get_host_records_by_ip(new_ip4_address)
# Parse response object into table data
data = raw_entities_to_table_data(records)
# If no entities were found return with failure state and message
result = get_result_template()
if len(data['data']) == 0:
result['status'] = 'FAIL'
result['message'] = 'No records were found.'
else:
result['status'] = 'SUCCESS'
result['data'] = {"table_field": data}
return jsonify(result_decorator(result))
except Exception as e:
result = get_result_template()
result['status'] = 'FAIL'
result['message'] = str(e)
return jsonify(result_decorator(result))
def query_unused_mac_address():
"""Retrieve a list of properties for the table"""
# pylint: disable=broad-except
try:
configuration = get_configuration(g.user.get_api(), config.default_configuration)
expire_time = request.form['expire_time']
data = load_lease_history(configuration.get_id(), expire_time)
# If no entities were found reutrn with failure state and message
result = get_result_template()
result['status'] = 'SUCCESS'
result['data'] = {"table_field": data}
return jsonify(result_decorator(result))
except Exception as e:
result = get_result_template()
result['status'] = 'FAIL'
result['message'] = str(e)
return jsonify(result_decorator(result))
def deploy_objects():
"""Retrieve a list of user selected host records and passes it to the update function"""
selected_list = []
dns_records_list = ''
try:
for key in request.form:
try:
if key.isdigit() and request.form['%s' % key] == 'on':
selected_list.append(key)
except AttributeError:
if request.form[key] == 'on':
selected_list.append(key)
token = g.user.get_api().selective_deploy(selected_list,
'scope=related')
status = g.user.get_api().get_deployment_task_status(token)
for record_id in selected_list:
dns_records_list = dns_records_list + '%s.' % record_id
dns_records_list = dns_records_list[:-1]
result = get_result_template()
result['status'] = '%s' % status['status']
result['data'] = {
"message": '%s' % token,
"configuration": request.form['configuration'],
"view": request.form['view'],
"zone": request.form['zone'],
"dns_records_list": dns_records_list
}
g.user.logger.info(token)
# pylint: disable=broad-except
except Exception as e:
result = get_result_template()
result['status'] = 'FAIL'
result['message'] = util.safe_str(e)
return jsonify(empty_decorator(result))
return jsonify(empty_decorator(result))
def get_address_data(configuration_id, ip4_address):
"""
Get the BAM data for a given ip4_address in the given configuration.
:param configuration_id: The ID of the configuration in which the ip4_address resides.
:param ip4_address: The IP address in octet form.
:return: The IP address data in JSON, using result template format.
"""
result = get_result_template()
if not is_valid_ipv4_address(ip4_address):
result['message'] = 'IP address is invalid.'
result['status'] = FAIL
return result
# Retrieve the configuration object
configuration = g.user.get_api().get_configuration(
config.default_configuration)
# Since unallocated address does not exist as an object, first verify if
# this is an address in a network
try:
configuration.get_ip_range_by_ip('IP4Network', ip4_address)
except PortalException:
result['message'] = 'IP address is not in a network'
result['status'] = FAIL
return result
# Second, return Retrieve the IP4 address object and if not found, create one with UNALLOCATED state
try:
ip4_address = configuration.get_ip4_address(ip4_address)
except PortalException as e:
if 'IP4 address not found' in safe_str(e):
result['status'] = SUCCESS
result['data'] = {
'state': 'UNALLOCATED',
'mac_address': None,
'name': None
}
return result
raise e
# Retrieve the IP4 object name and MAC address properties
state = ip4_address.get_property('state')
result['status'] = SUCCESS
result['data'] = {
'state': state,
'mac_address': ip4_address.get_property('macAddress'),
'name': ip4_address.get_name()
}
return result
def deploy_objects():
"""Retrieve a list of user selected host records and passes it to the update function"""
selected_list = []
dns_records_list = ""
try:
for key in request.form:
try:
if key.isdigit() and request.form["%s" % key] == "on":
selected_list.append(key)
except AttributeError:
if request.form[key] == "on":
selected_list.append(key)
token = g.user.get_api().selective_deploy(selected_list, "scope=related")
status = g.user.get_api().get_deployment_task_status(token)
for record_id in selected_list:
dns_records_list = dns_records_list + "%s." % record_id
dns_records_list = dns_records_list[:-1]
result = get_result_template()
result["status"] = "%s" % status["status"]
result["data"] = {
"message": "%s" % token,
"configuration": request.form["configuration"],
"view": request.form["view"],
"zone": request.form["zone"],
"dns_records_list": dns_records_list,
}
g.user.logger.info(token)
except Exception as e:
result = get_result_template()
result["status"] = "FAIL"
result["message"] = str(e)
return jsonify(empty_decorator(result))
return jsonify(empty_decorator(result))
def cisco_aci_cisco_aci_page_import_fabric():
"""
Takes ACI info and imports ACI Fabric.
"""
global progress
progress = dict()
result = get_result_template()
if get_api().get_version() < '9.1.0':
message = 'Error! Current BAM version {version} is less than 9.1.0: Fabric Import failed!'
result['status'] = FAIL
result['message'] += message.format(version=get_api().get_version())
return jsonify(empty_decorator(result))
bam_config_id = request.form.get('configuration', None)
aci_user = request.form.get('apic_username')
aci_pass = request.form.get('apic_password')
aci_apic = request.form.get('apic_ip')
aci_apic = aci_apic.strip('/')
try:
aci_session = create_aci_session(aci_apic, aci_user, aci_pass)
except PortalException as e:
result['status'] = FAIL
result['message'] += str(e)
return jsonify(empty_decorator(result))
try:
check_and_create_fabric_udfs()
except RESTFault as e:
message = 'Failed to create UDFs, please check logs for more details.'
result['status'] = FAIL
result['message'] += message
app.logger.error(str(e))
return jsonify(empty_decorator(result))
if bam_config_id is not None and request.form.get(
'import_devices_checkbox', False):
bam_configuration = get_api().get_entity_by_id(bam_config_id)
add_networks_for_fabric(bam_configuration, aci_session)
create_aci_fabric(aci_session, bam_configuration)
result['status'] = SUCCESS
result['message'] += 'Successfully imported ACI Fabric'
aci_session.close()
return jsonify(empty_decorator(result))
def get_deploy_status():
"""
Retrieves and updates deployment task status
:return:
"""
result = get_result_template()
deploy_token = request.form['deploy_token']
try:
task_status = g.user.get_api().get_deployment_task_status(deploy_token)
result['status'] = task_status['status']
if task_status['status'] == SelectiveDeploymentStatus.FINISHED:
deploy_errors = task_status['response']['errors']
# Deployment failed
if deploy_errors:
result['data'] = "FAILED"
result['message'] = deploy_errors
raise Exception('Deployment Error: ' + str(deploy_errors))
# Deployment succeeded
elif task_status['response']['views']:
task_result = task_status['response']['views'][0]['zones'][0][
'records'][0]['result']
result['data'] = task_result
# Deployment finished with no changes
else:
result['data'] = 'FINISHED'
g.user.logger.info('Deployment Task Status: ' + str(task_status))
# Deployment queued/started
else:
result['data'] = task_status['status']
# pylint: disable=broad-except
except Exception as e:
g.user.logger.warning(e)
return jsonify(empty_decorator(result))
def get_deploy_status():
"""
Retrieves and updates deployment task status
:return:
"""
result = get_result_template()
deploy_token = request.form["deploy_token"]
try:
task_status = g.user.get_api().get_deployment_task_status(deploy_token)
result["status"] = task_status["status"]
if task_status["status"] == SelectiveDeploymentStatus.FINISHED:
deploy_errors = task_status["response"]["errors"]
# Deployment failed
if deploy_errors:
result["data"] = "FAILED"
result["message"] = deploy_errors
raise Exception("Deployment Error: " + str(deploy_errors))
# Deployment succeeded
if task_status["response"]["views"]:
task_result = task_status["response"]["views"][0]["zones"][0]["records"][0][
"result"
]
result["data"] = task_result
# Deployment finished with no changes
else:
result["data"] = "FINISHED"
g.user.logger.info("Deployment Task Status: " + str(task_status))
# Deployment queued/started
else:
result["data"] = task_status["status"]
except Exception as e:
g.user.logger.warning(e)
return jsonify(empty_decorator(result))
def get_zones_data(hint):
"""
Get a list of zone FQDNs that corresponds to the given hint.
:return: FQDN of any zones that match the given hint as data in JSON, using result template format.
"""
# Declare variables
result = get_result_template()
result['data']['autocomplete_field'] = []
# Retrieve the configuration and view object
try:
configuration = g.user.get_api().get_configuration(
config.default_configuration)
view = configuration.get_view(config.default_view)
except PortalException as e:
result['status'] = FAIL
g.user.logger.warning('%s' % e, msg_type=g.user.logger.EXCEPTION)
return result
# If null user input then set hint to empty to pre-populate the dropdown, otherwise search with user input
if safe_str(hint) == 'null':
properties = 'hint=|'
else:
properties = 'hint=' + hint
# Retrieve zones
zones = g.user.get_api()._api_client.service.getZonesByHint(
view.get_id(), 0, 5, properties)
# If valid zones are retrieved then extract the absolute name and append to result
if has_response(zones):
for zone in zones.item:
result['data']['autocomplete_field'].append(
properties_to_map(zone['properties'])['absoluteName'])
result['status'] = SUCCESS
return result
def get_ip6_networks_data(hint):
"""
Get a list of networks that corresponds to the configuration and hint entered by the user
:param hint: Network hint to search with
:return: networks that correspond to the network hint
"""
# Use the default result template
result = get_result_template()
result['data']['autocomplete_field'] = []
# Retrieve the configuration
try:
configuration_id = request.form['configuration']
configuration = g.user.get_api().get_entity_by_id(configuration_id)
except PortalException as e:
result['status'] = FAIL
g.user.logger.warning('%s' % e, msg_type=g.user.logger.EXCEPTION)
return result
# Retrieve network based on user input
try:
networks = configuration.get_ip6_objects_by_hint(hint, '', count=10)
except BAMException as e:
result['status'] = FAIL
g.user.logger.warning('%s' % e, msg_type=g.user.logger.EXCEPTION)
result['message'] = 'Unable to retrieve network with error %s: ' % safe_str(e)
return result
print(len(networks))
if len(networks) > 0:
for network in networks:
network_string = network.get_property('prefix')
result['data']['autocomplete_field'].append({"value": network_string})
result['status'] = SUCCESS
return result
def get_mac_pools_data(configuration):
"""
Get a list of MACPools that coressponds to a parent configuration=
:return: MACPools using result template format.
"""
# Declare variables
result = get_result_template()
result['data']['autocomplete_field'] = []
# Retrieve the configuration
try:
configuration = g.user.get_api().get_entity_by_id(configuration)
except PortalException as e:
result['status'] = FAIL
g.user.logger.warning('%s' % e, msg_type=g.user.logger.EXCEPTION)
return result
# Iterate through child MACPool objects of the configuration and append to result
for mac_pool in configuration.get_children_of_type('MACPool'):
result['data']['autocomplete_field'].append(mac_pool.get_name())
result['status'] = SUCCESS
return result
def update_objects():
"""checks the status of task and transfer the results to the table"""
try:
key = request.form["message"]
status = g.user.get_api().get_deployment_task_status(key)
entity_status = {}
dns_records_list = request.form["dns_records_list"].split(".")
deployment_error = ""
for record_id in dns_records_list:
entity_status[record_id] = "<font color = yellow> " + status["status"] + " </font>"
if status["status"] == SelectiveDeploymentStatus.FINISHED:
entity_status[record_id] = "Already deployed and not modified"
if status["response"]["errors"]:
deployment_error = (
"ERROR Selective Deployment: " + status["response"]["errors"][0]
)
entity_status[
record_id
] = "<font color = red>ERROR: See logs for details</font>"
elif status["response"]["views"]:
try:
for records in status["response"]["views"][0]["zones"][0]["records"]:
if str(records["id"]) == str(record_id):
color = "#cb4814"
if records["result"] == SelectiveDeploymentStatus.FAILED:
color = "red"
elif records["result"] == SelectiveDeploymentStatus.SUCCEEDED:
color = "#76ce66"
entity_status[record_id] = (
"<font color = %s>" % color + records["result"] + "</font>"
)
app.logger.info(record_id + " Status : " + entity_status[record_id])
except IndexError as error:
entity_status[record_id] = (
"<font color = red> ERROR: "
+ str(error)
+ ", Could not find the results </font>"
)
if deployment_error != "":
app.logger.error(deployment_error)
data = raw_entities_to_table_data(entity_status, False)
result = get_result_template()
data["columnDefs"] = [{"targets": [3], "render": ""}]
result["status"] = status["status"]
result["data"] = {
"table_field": data,
"message": "%s" % key,
"configuration": request.form["configuration"],
"view": request.form["view"],
"zone": request.form["zone"],
"dns_records_list": request.form["dns_records_list"],
}
except Exception as e:
result = get_result_template()
result["status"] = "FAIL"
result["message"] = str(e)
return jsonify(empty_decorator(result))
return jsonify(empty_decorator(result))
def cisco_aci_example_cisco_aci_example_page_import_tenants():
"""
Processes the selected Tenants.
:return:
"""
global progress
global messages
result = get_result_template()
if get_api().get_version() < '9.1.0':
message = 'Error! Current BAM version {version} is less than 9.1.0: Infrastructure Import failed!'
error_message = message.format(version=get_api().get_version())
result['status'] = FAIL
result['message'] += error_message
app.logger.error(error_message)
return jsonify(empty_decorator(result))
data = request.form
result = get_result_template()
tenant_options = {}
aci_user = request.form.get('apic_username')
aci_pass = request.form.get('apic_password')
aci_apic = request.form.get('apic_ip')
aci_apic = aci_apic.strip('/')
try:
aci_session = create_aci_session(aci_apic, aci_user, aci_pass)
except PortalException as e:
result['status'] = FAIL
result['message'] += str(e)
return jsonify(empty_decorator(result))
try:
check_and_create_tenant_udfs()
except RESTFault as e:
message = 'Failed to create UDFs, please check logs for more details.'
result['status'] = FAIL
result['message'] += message
app.logger.error(str(e))
return jsonify(empty_decorator(result))
for tenant in data:
if tenant.endswith('_import'):
tenant_name = tenant[:-7]
tenant_import_device = False
if tenant_name + '_import_endpoint_devices' in data:
tenant_import_device = True
tenant_overwrite = False
if tenant_name + '_overwrite' in data:
tenant_overwrite = True
tenant_options[tenant_name] = {'import_endpoint_devices': tenant_import_device,
'overwrite': tenant_overwrite}
tenants = ACI.Tenant.get(aci_session)
tenant_info = [(tenant, tenant_options[tenant.name]) for tenant in tenants if tenant.name in tenant_options.keys()]
if start_progress(tenant_info, aci_session):
return jsonify('SUCCESS')
else:
result['status'] = FAIL
result['message'] += 'Please select at least one tenant'
app.logger.error(result['message'])
return jsonify(empty_decorator(result))