def delete_anynets_menu(current_anynets, sdk_vars, sdk_session):
modifiable_anynets = {}
# only do the modifiable ones
for key, value in current_anynets.iteritems():
# if modifiable, add to list
sub_type = value.get('sub_type', 'other')
if sub_type == 'on-demand':
modifiable_anynets[key] = value
num_anynets = len(modifiable_anynets.keys())
# quick confirm
do_we_go = menus.quick_confirm("This command will DELETE {0} current MODIFIABLE VPN Mesh Links.\n"
"Are you really really sure?"\
.format(num_anynets), 'N')
if do_we_go in ['y']:
print "Preparing to DISABLE {0} VPN Mesh Links..".format(num_anynets)
counter = 1
pbar = ProgressBar(widgets=[Percentage(), Bar(),
ETA()],
max_value=num_anynets + 1).start()
for anynet_uniqueid, anynet in modifiable_anynets.iteritems():
status = False
rest_call_retry = 0
while not status:
status, disable_result = delete_anynet_link(
anynet['path_id'],
sdk_vars=sdk_vars,
sdk_session=sdk_session)
if not status:
print "API request to disable Mesh VPN Link {0} failed/timed out. Retrying."\
.format(anynet['path_id'])
rest_call_retry += 1
# have we hit retry limit?
# print rest_call_retry
# print sdk_vars['rest_call_max_retry']
# print rest_call_retry >= sdk_vars['rest_call_max_retry']
if rest_call_retry >= sdk_vars['rest_call_max_retry']:
# Bail out
print "ERROR: Could not disable Mesh VPN Link {0}. Continuing.".format(
anynet['path_id'])
status = True
disable_result = False
else:
# wait and keep going.
time.sleep(1)
counter += 1
pbar.update(counter)
else:
print "Canceling..."
return do_we_go
def create_anynets_menu(new_anynets, sdk_vars, sdk_session):
num_anynets = len(new_anynets.keys())
# quick confirm
do_we_go = menus.quick_confirm("This command will create {0} new VPN Mesh Links. \nAre you sure? "\
.format(num_anynets), 'N')
if do_we_go in ['y']:
print "Preparing to deploy {0} VPN Mesh Links..".format(num_anynets)
counter = 1
pbar = ProgressBar(widgets=[Percentage(), Bar(),
ETA()],
max_value=num_anynets + 1).start()
for anynet_uniqueid, anynet in new_anynets.iteritems():
status = False
rest_call_retry = 0
while not status:
status, create_result = create_anynet_link(
anynet['source_site_id'],
anynet['source_wan_if_id'],
anynet['target_site_id'],
anynet['target_wan_if_id'],
forced=True,
admin_state=True,
sdk_vars=sdk_vars,
sdk_session=sdk_session)
if not status:
print "API request to create Mesh VPN Link {0}({1}) <-> {2}({3}) failed/timed out. Retrying."\
.format(anynet['source_site_id'], anynet['source_wan_if_id'],
anynet['target_site_id'], anynet['target_wan_if_id'])
rest_call_retry += 1
# have we hit retry limit?
if rest_call_retry >= sdk_vars['rest_call_max_retry']:
# Bail out
print "ERROR: Could not create Mesh VPN Link {0}({1}) <-> {2}({3}). Continuing."\
.format(anynet['source_site_id'], anynet['source_wan_if_id'],
anynet['target_site_id'], anynet['target_wan_if_id'])
status = True
create_result = False
else:
# wait and keep going.
time.sleep(1)
counter += 1
pbar.update(counter)
else:
print "Canceling..."
return do_we_go
def disable_anynets_menu(current_anynets, sdk_vars, sdk_session):
num_anynets = len(current_anynets.keys())
# quick confirm
do_we_go = menus.quick_confirm("***THIS COMMAND CAN TAKE DOWN BRANCH->DC VPNS***\n"
"This command will Admin Disable {0} current VPN Mesh Links.\n"
"Are you really really sure? "\
.format(num_anynets), 'N')
if do_we_go in ['y']:
print "Preparing to DISABLE {0} VPN Mesh Links..".format(num_anynets)
counter = 1
pbar = ProgressBar(widgets=[Percentage(), Bar(),
ETA()],
max_value=num_anynets + 1).start()
for anynet_uniqueid, anynet in current_anynets.iteritems():
status = False
rest_call_retry = 0
while not status:
status, disable_result = update_anynet_link(
anynet['path_id'],
admin_state=False,
sdk_vars=sdk_vars,
sdk_session=sdk_session)
if not status:
print "API request to disable Mesh VPN Link {0} failed/timed out. Retrying."\
.format(anynet['path_id'])
rest_call_retry += 1
# have we hit retry limit?
# print rest_call_retry
# print sdk_vars['rest_call_max_retry']
# print rest_call_retry >= sdk_vars['rest_call_max_retry']
if rest_call_retry >= sdk_vars['rest_call_max_retry']:
# Bail out
print "ERROR: Could not disable Mesh VPN Link {0}. Continuing.".format(
anynet['path_id'])
status = True
disable_result = False
else:
# wait and keep going.
time.sleep(1)
counter += 1
pbar.update(counter)
else:
print "Canceling..."
return do_we_go
def load_save_list(item_list, list_name, all_values, tenant_file_name):
"""
Load/save list JSON
:param item_list: list of values
:param list_name: name of list
:param all_values: all possible list values in item_list
:return: shallow copy of item_list.
"""
return_list = []
loop = True
while loop:
action = [("Load List", 'load'), ("Save List", 'save'),
("Go Back", 'back')]
banner = "\nSelect Action:"
line_fmt = "{0}: {1}"
# just pull 2nd value
selected_action = menus.quick_menu(banner, line_fmt, action)[1]
default_filename = tenant_file_name + "_" + list_name.replace(
" ", "_").lower() + ".json"
cwd = os.getcwd()
if selected_action == 'load':
print "Current directory is {0}".format(cwd)
filename = menus.quick_str_input("Enter file name to load",
default_filename)
try:
with open(filename) as data_file:
data = json.load(data_file)
item_list = data[:]
print "\n Successfully loaded {0} entries from {1}.".format(
len(data), filename)
loop = False
except (ValueError, IOError) as e:
print "ERROR, could not load {0}: {1}.".format(filename, e)
elif selected_action == 'save':
writefile = False
print "Current directory is {0}".format(cwd)
filename = menus.quick_str_input("Enter file name to save",
default_filename)
# check if exists.
if os.path.exists(filename):
if menus.quick_confirm("File exists, overwrite? ", "N") == 'y':
writefile = True
else:
writefile = False
else:
writefile = True
if writefile:
try:
with open(filename, 'w') as outfile:
json.dump(item_list, outfile, indent=4)
print "\n Successfully save {0} entries out to {1}.".format(
len(item_list), filename)
loop = False
except (ValueError, IOError) as e:
print "ERROR, could not save {0}: {1}.".format(filename, e)
elif selected_action == 'back':
loop = False
else:
sys.exit()
# return a shallow copy of site list
return item_list[:]
def save_to_csv(new_anynets, current_anynets, tenantid, id_sitename_dict,
swi_to_wn_dict, id_wan_network_name_dict, site_id_to_role,
mesh_type):
"""
Save mesh_map.csv file
:param new_anynets: list of anynet objects that are not created
:param current_anynets: list of anynet objects that are currently created.
:param tenantid: Customer tenant-ID
:param id_sitename_dict: xlation dict of site id to site name format { '<siteid>': 'Site Name' }
:param swi_to_wn_dict: xlation dict of swi id to wan network id format { '<swi_id>': '<wn_id>' }
:param id_wan_network_name_dict: xlation dict of wan net id to wan net name format { '<wn_id>': 'WAN Network Name' }
:return: empty
"""
default_filename = 'mesh_info.csv'
type_xlate = {
'always-on': 'Always On',
# always-on is auto in 4.4.1+
'auto': 'Always On',
'on-demand': 'Modifiable'
}
role_xlate = {'HUB': 'DC', 'SPOKE': 'Branch'}
cwd = os.getcwd()
writefile = False
print "Current directory is {0}".format(cwd)
filename = menus.quick_str_input("Enter file name to save",
default_filename)
# check if exists.
if os.path.exists(filename):
if menus.quick_confirm("File exists, overwrite? ", "N") == 'y':
writefile = True
else:
writefile = False
else:
writefile = True
if writefile:
write_list = [
'Mesh Type,Site 1,Site 1 Role,Site 1 WAN Network,Site 2,Site 2 Role,Site 2 WAN Network,Status,'
'Admin State,VPN Type,Site 1 ID,Site 1 WAN Interface ID,Site 1 WAN Network ID,Site 2 ID,'
'Site 2 WAN Interface ID,Site 2 WAN Network ID,Path ID'
]
for key, value in current_anynets.iteritems():
adminstate_test = value.get('admin_up')
if adminstate_test == None:
admin_state = "N/A"
elif adminstate_test == True:
admin_state = "Enabled"
else:
admin_state = "Disabled"
path_id = value.get('path_id')
write_list.append(
'"{0}","{1}","{2}","{3}","{4}","{5}","{6}","{7}","{8}"'
',"{9}",="{10}",="{11}",="{12}",="{13}",="{14}",="{15}",="{16}"'
.format(
mesh_name(mesh_type),
id_sitename_dict.get(value['source_site_id'], 'UNKNOWN'),
role_xlate.get(
site_id_to_role.get(value['source_site_id'], 'Other'),
'Other'),
id_wan_network_name_dict.get(
swi_to_wn_dict.get(value['source_wan_if_id'],
'UNKNOWN'), 'UNKNOWN'),
id_sitename_dict.get(value['target_site_id'], 'UNKNOWN'),
role_xlate.get(
site_id_to_role.get(value['target_site_id'], 'Other'),
'Other'),
id_wan_network_name_dict.get(
swi_to_wn_dict.get(value['target_wan_if_id'],
'UNKNOWN'),
'UNKNOWN'), value['status'], admin_state,
type_xlate.get(value['sub_type'], 'other'),
value['source_site_id'], value['source_wan_if_id'],
swi_to_wn_dict.get(value['source_wan_if_id'], 'UNKNOWN'),
value['target_site_id'], value['target_wan_if_id'],
swi_to_wn_dict.get(value['target_wan_if_id'],
'UNKNOWN'), value['path_id']))
for key, value in new_anynets.iteritems():
admin_state = "N/A"
path_id = "N/A"
write_list.append(
'"{0}","{1}","{2}","{3}","{4}","{5}","{6}","{7}","{8}"'
',"{9}",="{10}",="{11}",="{12}",="{13}",="{14}",="{15}",="{16}"'
.format(
mesh_name(mesh_type),
id_sitename_dict.get(value['source_site_id'], 'UNKNOWN'),
role_xlate.get(
site_id_to_role.get(value['source_site_id'], 'Other'),
'Other'),
id_wan_network_name_dict.get(
swi_to_wn_dict.get(value['source_wan_if_id'],
'UNKNOWN'), 'UNKNOWN'),
id_sitename_dict.get(value['target_site_id'], 'UNKNOWN'),
role_xlate.get(
site_id_to_role.get(value['target_site_id'], 'Other'),
'Other'),
id_wan_network_name_dict.get(
swi_to_wn_dict.get(value['target_wan_if_id'],
'UNKNOWN'),
'UNKNOWN'), value['status'], admin_state,
type_xlate.get('on-demand', 'other'),
value['source_site_id'], value['source_wan_if_id'],
swi_to_wn_dict.get(value['source_wan_if_id'], 'UNKNOWN'),
value['target_site_id'], value['target_wan_if_id'],
swi_to_wn_dict.get(value['target_wan_if_id'],
'UNKNOWN'), path_id))
try:
with open(filename, 'w') as outfile:
outfile.write("\n".join(write_list))
print "\n Successfully save {0} entries out to {1}.".format(
len(write_list), filename)
except (ValueError, IOError) as e:
print "ERROR, could not save {0}: {1}.".format(filename, e)
return
def save_script_to_text(new_anynets, current_anynets, tenantid, mesh_type,
id_sitename_dict, site_id_to_role,
id_wan_network_name_dict, swi_to_wn_dict):
"""
Save mesh_map.txt file
:param new_anynets: list of anynet objects that are not created
:param current_anynets: list of anynet objects that are currently created.
:param tenantid: Customer tenant-ID
:return: empty
"""
role_xlate = {'HUB': 'DC', 'SPOKE': 'Branch'}
type_xlate = {
'always-on': 'Always On',
# always-on is auto in 4.4.1+
'auto': 'Always On',
'on-demand': 'Modifiable'
}
default_filename = 'mesh_map.txt'
cwd = os.getcwd()
writefile = False
print "This menu will write a .txt file with create/delete statements for new/existing Mesh links."
print "Current directory is {0}".format(cwd)
filename = menus.quick_str_input("Enter file name to save",
default_filename)
# check if exists.
if os.path.exists(filename):
if menus.quick_confirm("File exists, overwrite? ", "N") == 'y':
writefile = True
else:
writefile = False
else:
writefile = True
if writefile:
write_list = [
'# ' + mesh_name(mesh_type) +
' Create Commands (All new possible "MODIFIABLE" VPNs):'
]
for key, value in new_anynets.iteritems():
anynet_text = "[{1}] {0} ({2}) <-> [{4}] {3} ({5}) - {6}" \
.format(id_sitename_dict.get(value['source_site_id'], 'UNKNOWN'),
role_xlate.get(site_id_to_role.get(value['source_site_id'], 'Other'), 'Other'),
id_wan_network_name_dict.get(swi_to_wn_dict.get(value['source_wan_if_id'], 'UNKNOWN'),
'UNKNOWN'),
id_sitename_dict.get(value['target_site_id'], 'UNKNOWN'),
role_xlate.get(site_id_to_role.get(value['target_site_id'], 'Other'), 'Other'),
id_wan_network_name_dict.get(swi_to_wn_dict.get(value['target_wan_if_id'], 'UNKNOWN'),
'UNKNOWN'),
'New')
write_list.append(' # ' + anynet_text)
write_list.append(
' net create --tenant-id {0} --spoke-site1 {1} --wan-if1 {2} --spoke-site2 {3}'
' --wan-if2 {4} --force'.format(tenantid,
value['source_site_id'],
value['source_wan_if_id'],
value['target_site_id'],
value['target_wan_if_id']))
write_list.append('')
write_list.append(
'# ' + mesh_name(mesh_type) +
' Disable Commands (for all existing VPNs, if desired):')
for key, value in current_anynets.iteritems():
anynet_text = "[{1}] {0} ({2}) <-> [{4}] {3} ({5}) - {6}" \
.format(id_sitename_dict.get(value['source_site_id'], 'UNKNOWN'),
role_xlate.get(site_id_to_role.get(value['source_site_id'], 'Other'), 'Other'),
id_wan_network_name_dict.get(swi_to_wn_dict.get(value['source_wan_if_id'], 'UNKNOWN'),
'UNKNOWN'),
id_sitename_dict.get(value['target_site_id'], 'UNKNOWN'),
role_xlate.get(site_id_to_role.get(value['target_site_id'], 'Other'), 'Other'),
id_wan_network_name_dict.get(swi_to_wn_dict.get(value['target_wan_if_id'], 'UNKNOWN'),
'UNKNOWN'),
type_xlate.get(value['sub_type'], 'other'))
write_list.append(' # ' + anynet_text)
write_list.append(
' net update --tenant-id {0} --anynet-id {1} --admin-state false'
.format(tenantid, value['path_id']))
write_list.append('')
write_list.append(
'# ' + mesh_name(mesh_type) +
' Enable Commands (for all existing VPNs, if desired):')
for key, value in current_anynets.iteritems():
anynet_text = "[{1}] {0} ({2}) <-> [{4}] {3} ({5}) - {6}" \
.format(id_sitename_dict.get(value['source_site_id'], 'UNKNOWN'),
role_xlate.get(site_id_to_role.get(value['source_site_id'], 'Other'), 'Other'),
id_wan_network_name_dict.get(swi_to_wn_dict.get(value['source_wan_if_id'], 'UNKNOWN'),
'UNKNOWN'),
id_sitename_dict.get(value['target_site_id'], 'UNKNOWN'),
role_xlate.get(site_id_to_role.get(value['target_site_id'], 'Other'), 'Other'),
id_wan_network_name_dict.get(swi_to_wn_dict.get(value['target_wan_if_id'], 'UNKNOWN'),
'UNKNOWN'),
type_xlate.get(value['sub_type'], 'other'))
write_list.append(' # ' + anynet_text)
write_list.append(
' net update --tenant-id {0} --anynet-id {1} --admin-state true'
.format(tenantid, value['path_id']))
write_list.append('')
write_list.append(
'# ' + mesh_name(mesh_type) +
' Delete Commands (for existing "MODIFIABLE" VPNs, if desired):')
for key, value in current_anynets.iteritems():
if value['sub_type'] not in ["always-on", "auto"]:
anynet_text = "[{1}] {0} ({2}) <-> [{4}] {3} ({5}) - {6}" \
.format(id_sitename_dict.get(value['source_site_id'], 'UNKNOWN'),
role_xlate.get(site_id_to_role.get(value['source_site_id'], 'Other'), 'Other'),
id_wan_network_name_dict.get(swi_to_wn_dict.get(value['source_wan_if_id'], 'UNKNOWN'),
'UNKNOWN'),
id_sitename_dict.get(value['target_site_id'], 'UNKNOWN'),
role_xlate.get(site_id_to_role.get(value['target_site_id'], 'Other'), 'Other'),
id_wan_network_name_dict.get(swi_to_wn_dict.get(value['target_wan_if_id'], 'UNKNOWN'),
'UNKNOWN'),
type_xlate.get(value['sub_type'], 'other'))
write_list.append(' # ' + anynet_text)
write_list.append(
' net delete --tenant-id {0} --anynet-id {1}'.format(
tenantid, value['path_id']))
try:
with open(filename, 'w') as outfile:
outfile.write("\n".join(write_list))
print "\n Successfully save {0} entries out to {1}.".format(
len(write_list), filename)
except (ValueError, IOError) as e:
print "ERROR, could not save {0}: {1}.".format(filename, e)
return