Hi All   Looking to configure our MX67 with a Hardcoded 100MB. Is it possible, can't seem to find it. If so, where is it located?   Thanks ... View more

Good Morning!   Can someone tell me to proper way of setting the MERAKI_API_KEY environment variable in Linux? I get it set but everytime I reboot my system I loss it.   Thanks in advance! Ed ... View more

Having an issue with trying to update the stickyMacAllowList value. Doesn't matter if I leave it blank to try and remove the current mac address or if I add a valid mac (xx:xx:xx:xx:xx:xx) I keep getting the following error:   400 Bad Request, {'errors': ["'stickyMacAllowList' must be an array"]}   Below is my full code. Thanks in advance.   import meraki import os import time import pprint from colorama import init as colorama_init from colorama import Fore, Back from colorama import Style import inquirer from inquirer.themes import GreenPassion import progressbar def get_meraki_api_key(): api_key = os.getenv('MERAKI_API_KEY') if not api_key: raise ValueError("No API key found. Please set the MERAKI_API_KEY enviroment variable.") return api_key # Select Device sw_sn = 'my sn' port = input ('\n' + 'What port would you like to update? (1,2...48): ') print (Fore.BLUE,Style.BRIGHT +'\n' + 'Below is the current information for that port: ' + '\n') API_KEY = get_meraki_api_key() dashboard = meraki.DashboardAPI(API_KEY, suppress_logging=True) serial = (sw_sn) port_id = (port) response = dashboard.switch.getDeviceSwitchPort(serial, port_id) fields = ['portId', 'name', 'enabled', 'poeEnabled', 'type', 'vlan', 'voiceVlan', 'allowedVlans', 'accessPolicyType','isolationEnabled', 'rstpEnabled', 'stpGuard', 'linkNegotiation'] for field in fields: print (f"{field}: {response[field]}") # Update settings def update_values(): print (Fore.YELLOW,Style.BRIGHT +'\n' + 'Please enter the updated values, which are Case-Sensitive: ' + '\n') v_allowed = "" mac_allowed = "" sticky_mac_allowed = "" mac_allowed_limit = "" v_vlan = "" port_name = input ('\n' + 'Port Name: ') enable = input ('Enable Port [True or False]: ') port_type = input ('Port Type [trunk or access]: ') d_vlan = input ('Data VLAN: ') if port_type == ('access'): v_vlan = input ('Voice VLAN: ') if port_type == ('trunk'): v_allowed = input ('Allowed VLANs [1,3 or 1-3 or All]: ') rstp_enabled = input ('RSTP Enable [True or False]: ') stp_guard = input ('STP Guard [disabled, root guard, bpdu guard, loop guard]: ') if port_type == ('access'): access_policy = input ('Access Policy [MAC allow list, Open, Sticky MAC allow list]: ') if access_policy == ('MAC allow list'): mac_allowed = input ('MAC Address [xx:xx:xx:xx:xx:xx, xx:xx:xx:xx:xx:xx): ') if access_policy == ('Sticky MAC allow list'): sticky_mac_allowed = input ('MAC Address [xx:xx:xx:xx:xx:xx, xx:xx:xx:xx:xx:xx]: ') #mac_allowed_limit = input ('How many MAC Address Allowed: ') Commented until above fixed poe_enabled = input ('PoE Enabled [True or False]: ') response_update = {} if port_name: response_update["name"] = port_name if enable: response_update["enabled"] = enable if port_type: response_update["type"] = port_type if d_vlan != '': response_update["vlan"] = d_vlan if v_vlan != '': response_update["voiceVlan"] = v_vlan if v_allowed == '0': response_update["allowedVlans"] = v_allowed if rstp_enabled: response_update["rstpEnabled"] = rstp_enabled if stp_guard: response_update["stpGuard"] = stp_guard if access_policy: response_update["accessPolicyType"] = access_policy if mac_allowed: response_update["macAllowList"] = mac_allowed if sticky_mac_allowed: response_update["stickyMacAllowList"] = sticky_mac_allowed if mac_allowed_limit != '': response_update["stickyMacAllowListLimit"] if poe_enabled: response_update["poeEnabled"] = poe_enabled fields = response_update print (Fore.WHITE,Style.BRIGHT + '\n' + 'Here are the values you entered') for field in fields: print (f"{field}: {response_update[field]}") validate = input ('\n' + 'Are all values correct [Y or N]: ') if validate in {'Y', 'y'}: response = dashboard.switch.updateDeviceSwitchPort(serial, port_id,**response_update,) response = dashboard.switch.getDeviceSwitchPort(serial, port_id) fields = response_update print (Fore.GREEN,Style.BRIGHT + '\n' + 'Here are the New Settings: ' + '\n') for field in fields: print (f"{field}: {response_update[field]}") input ('\n' + 'Press Enter to return to Main Menu: ') main_menu() elif validate in {'N', 'n'}: input (Fore.MAGENTA + Style.BRIGHT + '\n' + 'Darn, Ok lets try this again, press Enter: ') #clearconsole() print (Fore.BLUE,Style.BRIGHT +'\n' + 'Current Values:' + '\n') response = dashboard.switch.getDeviceSwitchPort(serial, port_id) fields = ['portId', 'name', 'enabled', 'poeEnabled', 'type', 'vlan', 'voiceVlan', 'allowedVlans', 'isolationEnabled', 'rstpEnabled', 'stpGuard', 'linkNegotiation'] for field in fields: print (f"{field}: {response[field]}") update_values() else: print ('you need to select Y,y,N or n') update_values() ... View more

Good afternoon!   I request was brought to us on Friday about possible device location data. I see we do have the option enabled and the dashboard gives high-end info. Is it possible to get more specific data about the devices just through a normal API call and not have to setup a whole server for the data to be push to from the dashboard?   If not can someone point me to a good document on the setup and configuration of said server?   Thanks in advance! Ed ... View more

So updating a script I did where I am updating a switchport settings as a whole instead of individually updating on each setting.   Say I want to update the following (names not correct syntax) : name enabled poe enabled vlan port type allowed vlans   If I select Access as port type it will skip the allowed vlans question but when I go the list out what I entered to verify as well as the updateDeviceSwitchPort command I get an error that allowed_vlans is blank and has no value assigned.   So is it possible to somehow skip the setting that are blank and not try to list or update?   Here is my code. API is an environment variable and switch SN is hardcoded but removed. Thanks in Advance!     import meraki import os import time import pprint from colorama import init as colorama_init from colorama import Fore, Back from colorama import Style import inquirer from inquirer.themes import GreenPassion import progressbar def get_meraki_api_key(): api_key = os.getenv('MERAKI_API_KEY') if not api_key: raise ValueError("No API key found. Please set the MERAKI_API_KEY enviroment variable.") return api_key # Select Device sw_sn = '<sw sn>' port = input ('\n' + 'What port would you like to update? (1,2...48): ') print (Fore.BLUE,Style.BRIGHT +'\n' + 'Below is the current information for that port: ' + '\n') API_KEY = get_meraki_api_key() dashboard = meraki.DashboardAPI(API_KEY, suppress_logging=True) serial = (sw_sn) port_id = (port) response = dashboard.switch.getDeviceSwitchPort(serial, port_id) fields = ['portId', 'name', 'enabled', 'poeEnabled', 'type', 'vlan', 'voiceVlan', 'allowedVlans', 'accessPolicyType','isolationEnabled', 'rstpEnabled', 'stpGuard', 'linkNegotiation'] for field in fields: print (f"{field}: {response[field]}") # Update settings def update_values(): print ('----------------------------------------------------------------' + Style.RESET_ALL) print (Fore.YELLOW,Style.BRIGHT +'\n' + 'Please enter the updated values, which are Case-Sensitive: ' + '\n') port_name = input ('\n' + 'Port Name: ') enable = input ('Enable Port [True or False]: ') port_type = input ('Port Type [Trunk or Access]: ') d_vlan = input ('Data VLAN: ') if port_type == ('Access'): v_vlan = input ('Voice VLAN: ') if port_type == ('Trunk'): v_allowed = input ('Allowed VLANs [1,3 or 1-3 or All]: ') rstp_enabled = input ('RSTP Enable [True or False]: ') stp_guard = input ('STP Guard [Disabled, Root Guard, BPDU guard, Loop Guard]: ') access_policy = input ('Access Policy [Open, MAC Allowed, Stickey MAC MAC Allowed, Internal DOT1x]: ') if access_policy == ('MAC Allowed'): mac_allowed = input ('MAC Address [xx:xx:xx:xx:xx:xx, xx:xx:xx:xx:xx:xx): ') if access_policy == ('Sticky MAC Allowed list'): sticky_mac_allowed = input ('MAC Address [xx:xx:xx:xx:xx:xx, xx:xx:xx:xx:xx:xx): ') mac_allowed_limit = input ('How many MAC Address Allowed: ') poe_enabled = input ('PoE Enabled [True or False]: ') print ('\n' + 'Here are the values you entered') #print ('\n' + 'Port Name: ' + port_name + '\n' + 'Port Enabled: ' + enable + '\n' + 'Port Type: ' + port_type + '\n' + 'Data VLAN: ' + d_vlan + '\n' + 'Voice VLAN: ' + v_vlan + '\n' + 'VLANs Allowed: ' + v_allowed + 'RSTP: ' + rstp_enabled + '\n' + 'STP Guard: ' + stp_guard + '\n' + 'Access Policy: ' + access_policy + '\n' + 'MACs Aloowed: ' + mac_allowed + '\n' + 'Sticky MACs Allowed: ' + sticky_mac_allowed + '\n' + 'MAC Allows Limit: ' + mac_allowed_limit + '\n' + 'PoE Enabled: ' + poe_enabled) validate = input ('\n' + 'Are all values correct [Y or N]: ') if validate in {'Y', 'y'}: response = dashboard.switch.updateDeviceSwitchPort( serial, port_id, name = port_name, enabled = enable, type = port_type, vlan = d_vlan, voiceVlan = v_vlan, allowedVlans = v_allowed, rstpEnables = rstp_enabled, stpGuard = stp_guard, accessPolicyType = access_policy, macAllowedList = mac_allowed, stickyMacAllowedList = sticky_mac_allowed, stickyMacAllowListLimit = mac_allowed_limit, poeEnabled = poe_enabled, ) response = dashboard.switch.getDeviceSwitchPort(serial, port_id) fields = ['portId', 'name', 'enabled', 'poeEnabled', 'type', 'vlan', 'voiceVlan', 'allowedVlans', 'isolationEnabled', 'rstpEnabled', 'stpGuard', 'accessPolicyType' , 'macAllowedList', 'stickyMacAllowListLimit', 'linkNegotiation'] for field in fields: print ('\n' + 'Here are the New Settings: ' + '\n') print (f"{field}: {response[field]}") input ('\n' + 'Press Enter to return to Main Menu: ') # main_menu() elif validate in {'N', 'n'}: input ('\n' + 'Darn, Ok lets try this again, press Enter: ') clearconsole() print ('\n' + 'Current Values:' + '\n') response = dashboard.switch.getDeviceSwitchPort(serial, port_id) fields = ['portId', 'name', 'enabled', 'poeEnabled', 'type', 'vlan', 'voiceVlan', 'allowedVlans', 'isolationEnabled', 'rstpEnabled', 'stpGuard', 'linkNegotiation'] for field in fields: print (f"{field}: {response[field]}") update_values() else: print ('you need to select Y,y,N or n') update_values()       ... View more

I put together a script to update a switchport through the API. There are times when all the port values do not have to updated so for the field I would like to leave blank then when the updates are submitted through  dashboard.switch.updateDeviceSwitchPort, I would like for it skip it and not update. Is this possible? Here is the section of my code that is in questions:   # Update settings def update_values(): print ('----------------------------------------------------------------' + Style.RESET_ALL) print (Fore.YELLOW,Style.BRIGHT +'\n' + 'Please enter the updated values: ' + '\n') port_name = input ('\n' + 'Port Name: ') enable = input ('Enable Port [True or False]: ') port_type = input ('Port Type [Trunk or Access]: ') d_vlan = input ('Data VLAN: ') if port_type == ('Access'): v_vlan = input ('Voice VLAN: ') if port_type == ('Trunk'): v_allowed = input ('Allowed VLANs [1,3 or 1-3 or All]: ') rstp_enabled = input ('RSTP Enable [True or False]: ') stp_guard = input ('STP Guard [Disabled, Root Guard, BPDU guard, Loop Guard]: ') access_policy = input ('Access Policy [Open, MAC Allowed, Stickey MAC MAC Allowed, Internal DOT1x]: ') if access_policy == ('MAC Allowed'): mac_allowed = input ('MAC Address [xx:xx:xx:xx:xx:xx, xx:xx:xx:xx:xx:xx): ') if access_policy == ('Sticky MAC Allowed list'): sticky_mac_allowed = input ('MAC Address [xx:xx:xx:xx:xx:xx, xx:xx:xx:xx:xx:xx): ') mac_allowed_limit = input {'How many MAC Address Allowed: ') poe_enabled = input ('PoE Enabled [True or False]: ') print ('\n' + 'Here are the values you entered') print ('\n' + 'Port Name: ' + port_name + '\n' + 'Port Enabled: ' + enable + '\n' + 'Port Type: ' + port_type + '\n' + 'Data VLAN: ' + d_vlan + '\n' + 'Voice VLAN: ' + v_vlan + '\n' + 'VLANs Allowed: ' + v_allowed + 'RSTP: ' + rstp_enabled + '\n' + 'STP Guard: ' + stp_guard + '\n' + 'Access Policy: ' + access_policy + '\n' + 'MACs Aloowed: ' + mac_allowed + \n 'Sticky MACs Allowed: ' + sticky_mac_allowed + \n + 'MAC Allows Limit: ' mac_allowed_limit + \n + 'PoE Enabled: ' + poe_enabled) validate = input ('\n' + 'Are all values correct [Y or N]: ') if validate in {'Y', 'y'}: response = dashboard.switch.updateDeviceSwitchPort( serial, port_id, name = port_name, enabled = enable, type = port_type, vlan = d_vlan, voiceVlan = v_vlan, allowedVlans = v_allowed, rstpEnables = rstp_enabled, stpGuard = stp_guard, accessPolicyType = access_policy, macAllowedList = mac_allowed, stickyMacAllowedList = sticky_mac_allowed, stickyMacAllowListLimit = mac_allowed_limit, poeEnabled = poe_enabled, ) response = dashboard.switch.getDeviceSwitchPort(serial, port_id) fields = ['portId', 'name', 'enabled', 'poeEnabled', 'type', 'vlan', 'voiceVlan', 'allowedVlans', 'isolationEnabled', 'rstpEnabled', 'stpGuard', 'accessPolicyType', 'macAllowedList', 'stickyMacAllowListLimit', 'linkNegotiation'] for field in fields: print ('\n' + 'Here are the New Settings: ' + '\n') print (f"{field}: {response[field]}") input ('\n' + 'Press Enter to return to Main Menu: ') main_menu() elif validate in {'N', 'n'}: input ('\n' + 'Darn, Ok lets try this again, press Enter: ') clearconsole() print ('\n' + 'Current Values:' + '\n') response = dashboard.switch.getDeviceSwitchPort(serial, port_id) fields = ['portId', 'name', 'enabled', 'poeEnabled', 'type', 'vlan', 'voiceVlan', 'allowedVlans', 'isolationEnabled', 'rstpEnabled', 'stpGuard', 'linkNegotiation'] for field in fields: print (f"{field}: {response[field]}") update_values() else: print ('you need to select Y,y,N or n') update_values()   ... View more

Thanks @KH  for the fix on my other post!     I have question about the results. Does the following result constitute a loss? I am seeing packet loss on the uplink in the web dashboard in this time frame but the only thing I get back that isn't 0% loss is the None.   startTs: 2024-08-06T23:47:00Z endTs: 2024-08-06T23:48:00Z lossPercent: None latencyMs: None jitter: None goodput: None ... View more