2.0.0

ACIOps

Description

ACIOps is a collection of my personal method/functions used in my programs. The module will return all the the requested information for you unformatted. Within this module you will find the following tools:

• APIC Login
• Subnet Finder
• View Tenants
• Vlans Pools
• Encapsulation Finder
• Access Policy Mappings
• Tenant vrfs
• Application Profiles
• Endpoint Groups
• Bridge Domains
• Endpoint Finder

**Version 2.0 additions

• Create Tenant
• Create App Profile
• Create EPG
• Create BD (l3/l2)
• Routing Scope
• Create VRF
• Enable Unicast

Depedency Modules

---

• xml.etree.ElementTree
• ipaddress
• collections
• json
• warnings
• request
• re

Usage

---

Import

    >>>import ACIOperations.ACIOps as ops

Examples

Some method can be run without any argument and some dont. The seed method is always the login() which produces the session

Example 1 (Authentication: )

        >>> call_class = ops.AciOps()
        >>> login = call_class.login(apic="192.168.1.1", username="JoeSmo", password="helpme!")
        >>> print(call_class.session)
        <requests.sessions.Session object at 0x00000253743CFB48>
        >>>

Example 2 (Fetch VLAN Pools: )

        >>>call_class.vlan_pools()
        defaultdict(<class 'list'>, {'Pool1': 'vlan-10-vlan-20', 'Pool2': 'vlan-1000-vlan-2000'}
        >>> pools = call_class.vlan_pools()
        >>> for k, v in pools.items():
                print("Pool: {}    Range: {}".format(k, v))

                Pool: Pool1    Range: vlan-10-vlan-20
                Pool: Pool2    Range: vlan-1000-vlan-2000

Example 3 (Find Encap: )

        >>>find_encap = call_class.find_encap(vlan="2000")
        * Output omitted due to length
        This will produce all access policies associated with an external fabric encapsulation

Example 4 (Policy Mappings:)

        >>> policy_maps = call_class.policy_mappings()
        * Output omitted due to length
        This will map vlan pools, AAEP, phydoms, routeddoms, vmmdoms and return to user.

Example 5 (Infrastructure Info: )

        >>> infra = call_class.infr(pod=1)
        >>> print(infra)
        ['Leaf101', 'N9K-C93180YC-EX', 'FDO21eddfrr', 'Leaf102', 'N9K-C93108TC-EX', 'FDO21rfeff', 'Spine101', 'N9K-C9336PQ', 'FDO2rffere']

Example 6 (Find Subnet: )

        >>> find_subnet = call_class.subnet_finder(subnet="10.1.1.1/24")
        >>> print(find_subnet)
        ('10.1.1.1/24', 'Customer1', 'BD-VL100', 'Customer1-VRF', 'Customer1-l3out', 'yes', 'public,shared', 'flood', ['ANP-Web'], ['EPG-WebServer'])

Example 7 (View Tenants: )

        >>> tenants = call_class.view_tenants()
        >>> print(tenants)
        ['infra', 'Customer-1', 'common', 'Customer-2']
        >>>

Example 8 (View Vrf: )

        >>> vrf = call_class.tenant_vrf(tenant="Customer-1")
        >>> print(vrf)
        defaultdict(<class 'list'>, {'vrf': ['Customer-1']})
        >>>

Example 9 (View Bridge Domains: )

        >>>call_class.view_bd(tenant="Example")
        ['L3BD', 'BDL3']
        >>>

Example 9 (View App Profiles: )

        >>>call_class.view_app_profiles(tenant="Example")
        ['Web', 'None']

Example 10 (View EPG: )

        >>>call_class.view_epgs(tenant="Example", app="Web")
        ['Servers']
        >>>

Example 11 (Endpoint Tracker: )

        >>> endpoint = call_class.enpoint_tracker(endpoint="10.1.1.10")
        >>> print(endpoint)
        Name: 00:50:56:A0:77:88
        EP: 00:50:56:A0:77:88
        Encapsulation: vlan-200
        Location: uni/tn-Customer-1/ap-ANP-WEB/epg-EPG-WEB/cep-00:50:56:A0:77:88
        IP: 10.1.1.10
        >>>

Send Operations

Description

The AciOpsSend class enables you to send configurations to ACI. You can run it from you own program or just use the python console. Simple and easy methods inherited from our parent class in v1.0.0

Example 1 (Create Tenant: )

        >>> call_class = ops.AciOpsSend(apic="192.168.1.1", username="JoeSmo", password="Help!")
        >>> create_tenant = call_class.create_tenant(tenant="Example")
        >>> call_class.view_tenants()
        ['Example']
        >>>

Example 2 (Create App Profile: )

        >>> create_app = call_class.create_app_profile(tenant="Example", app="Web")
        >>> call_class.create_app_profile()
        >>> call_class.create_app_profile(tenant="Example")
        (<Response [200]>, defaultdict(<class 'list'>, {'name': ['Web', 'None']}))
        >>>

Example 3 (Create EPG: )

        >>> call_class.create_epg(tenant="Example", app="Web", epg="Servers")
        (<Response [200]>, defaultdict(<class 'list'>, {'name': ['Servers']}))
        >>>

Example 4 (Create BD: )

        >>> call_class.create_bd_l3(tenant="Example", bd="L3BD", subnet="4.4.4.4/32")
        (<Response [200]>, defaultdict(<class 'list'>, {'name': ['L3BD']}))
        >>> call_class.subnet_finder(subnet="4.4.4.4/32")
        ('4.4.4.4/32', 'Example', 'L3BD', 'vrf', 'None', 'yes', 'private', 'proxy', 'None', 'None')
        >>>

Example 5 (Create vrf: )

        >>> call_class.create_vrf(tenant="Example", vrf="vrf-1")
        (<Response [200]>, defaultdict(<class 'list'>, {'vrf': ['vrf-1']}))
        >>>

Example 6 (Enable Unicast Route: )

        >>> call_class.enable_unicast(tenant="Example", bd="L3BD", enable="no") **yes/no**
        (<Response [200]>, '{"fvBD":{"attributes": {"name": "L3BD", "unicastRoute": "no"}}}')
        >>>

Example 7 (Assign Vrf to BridgeDomain: )

        >>>call_class.vrf_to_bd(tenant="Example", bd="BDL3", vrf="vrf-1")
        (<Response [200]>, defaultdict(<class 'list'>, {'vrf': ['vrf-1']}))
        >>>

Example 8 (Routing Scope: )

        >>> call_class.routing_scope(tenant="Example", bd="BDL3", scope="private", subnet="4.4.4.4/32") **share|public|shared***
        (<Response [200]>, defaultdict(<class 'list'>, {'name': ['L3BD', 'BDL3']}), {'IP': 'uni/tn-Example/BD-BDL3/subnet-[4.4.4.4/32]',
        'Tenant': 'Example', 'BD': 'BDL3', 'vrf': 'vrf-1', 'L3Out': 'None', 'Route Enable': 'yes', 'Scope': 'private', 'Uni Flood': 'proxy',
        'APs': 'None', 'EPGs': 'None'})
        >>>