### Complete Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-redirect-backup-policy/examples/complete/README.md

This is a complete example of how to use the terraform-aci-redirect-backup-policy module.

```bash
$ terraform init
$ terraform plan
$ terraform apply
```

```hcl
module "aci_redirect_backup_policy" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-redirect-backup-policy"
  version = ">= 0.8.0"

  tenant      = "ABC"
  name        = "REDIRECT1"
  description = "My Description"
  l3_destinations = [{
    name                  = "DEST1"
    description           = "L3 description"
    ip                    = "1.1.1.1"
    ip_2                  = "1.1.1.2"
    mac                   = "00:01:02:03:04:05"
    redirect_health_group = "HEALTH_GRP1"
  }]
}
```

--------------------------------

### Multi-device mode example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-device-selection-policy/examples/complete/README.md

Terraform configuration for a multi-device mode setup.

```hcl
# Multi-device mode example
module "aci_device_selection_policy_multi" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-device-selection-policy"
  version = "> 1.2.0"

  tenant                 = "ABC"
  contract               = "CON2"
  service_graph_template = "SGT2"

  devices = [
    {
      name      = "FW1"
      tenant    = "COMMON"
      node_name = "FW1_NODE"
      consumer = {
        l3_destination    = true
        permit_logging    = false
        logical_interface = "CONSUMER_INT"
        redirect_policy = {
          name   = "REDIR_CONSUMER"
          tenant = "ABC"
        }
      }
      provider = {
        l3_destination    = true
        permit_logging    = false
        logical_interface = "PROVIDER_INT"
        redirect_policy = {
          name   = "REDIR_PROVIDER"
          tenant = "ABC"
        }
      }
    },
    {
      name      = "LB1"
      node_name = "LB1_NODE"
      consumer = {
        logical_interface = "LB_CONSUMER_INT"
        bridge_domain = {
          name   = "BD_CONSUMER"
          tenant = "ABC"
        }
      }
      provider = {
        logical_interface = "LB_PROVIDER_INT"
        external_endpoint_group = {
          tenant = "ABC"
          l3out  = "L3OUT1"
          name   = "EXTEPG1"
          redistribute = {
            bgp       = true
            connected = true
          }
        }
      }
    }
  ]
}
```

--------------------------------

### Complete Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-tenant-netflow-record/examples/complete/README.md

This is a complete example of the tenant netflow record module.

```bash
$ terraform init
$ terraform plan
$ terraform apply
```

```hcl
module "aci_tenant_netflow_record" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-tenant-netflow-record"
  version = "> 1.1.0"

  name             = "RECORD1"
  description      = "Netflow record 1"
  match_parameters = ["dst-ip", "src-ip"]
}
```

--------------------------------

### Complete Keyring Module Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-keyring/examples/complete/README.md

Example of a complete ACI Keyring Terraform module configuration.

```hcl
module "aci_keyring" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-keyring"
  version = ">= 0.8.0"

  name           = "KEYRING1"
  description    = "My Description"
  ca_certificate = "CA1"
  certificate    = <<-EOT
    -----BEGIN CERTIFICATE-----
    MIICyzCCAbMCCQCUc/SvuffglTANBgkqhkiG9w0BAQsFADAvMQswCQYDVQQGEwJE
    RTERMA8GA1UEBwwITGFMYUxhbmQxDTALBgNVBAoMBENTQ08wHhcNMjAwNzAxMTQw
    ODI1WhcNMjYwMjA4MTQwODI1WjAgMQswCQYDVQQGEwJERTERMA8GA1UEBwwITGFM
    YUxhbmQwggEiMA0GCSqGSIb3DQEBAQUAA4IBDwAwggEKAoIBAQC2KTuvhTSK3bYC
    8thn47aI6Hj0HLLDkqS72M7KSF6kCEFn2lxC8yKQ1PpHEyRxEeqKD5+V3ndC5Nun
    wqRPwA+qHyAJ+qKMqrmbE98KxuKeavyGfroLvMYRb7UUnCPsLOUpwimm3jWw2Jvz
    Mevb8q5kXJuPPWGIZ6DoUliJKRwiW62qlY/zq+wbweij4NzzMM+Xiaw9KzGnn0GY
    meeKEDdO4Q0gLo89FLXpoEBptfhqYWWqrlQNYUizew7MCKhYNjOn8D/clvD7Qynn
    kFlHEnAugR8TWgXiujZAZuUFvImu++KDdzCX1PTa7Q1NN1hjuaK1WgEqeUEQWmOD
    68FdILFrAgMBAAEwDQYJKoZIhvcNAQELBQADggEBAA7BcY4rMsc2kggoZ6MQv0Pc
    lPpM+cowoRWhUaKMveLrUJoAtUshLn8MneDWopPFx2tXWw+RfBlsbcQUWkonEFb1
    oVdbBIoLT3VH/VKDUNdYa43KuugKe2nCba7Fpya54HCC2jtIv+W7SIZuAhu1937x
    OF3O8itHhBMW5/teX/Uo3JPjE4JoFPoQ7P6KmertvWAIFvQB/1oFQhJ6rmkNYjKY
    f4n71cuGmduTWzKv7UoG4nf5YoKC0tZQfOCYU9W7ywnvJThaSN0ZUf3Dqa2WB4Zx
    91bgkeI6vpJLPnjyAsmbNRePNj1xgXC5YMcN5LiGhsMiep9yBqJR1Knq80J0DwE=
    -----END CERTIFICATE-----
  EOT
  private_key    = <<-EOT
    -----BEGIN RSA PRIVATE KEY-----
    MIIEpAIBAAKCAQEAtik7r4U0it22AvLYZ+O2iOh49Byyw5Kku9jOykhepAhBZ9pc
    QvMikNT6RxMkcRHqig+fld53QuTbp8KkT8APqh8gCfqijKq5mxPfCsbinmr8hn66
    C7zGEW+1FJwj7CzlKcIppt41sNib8zHr2/KuZFybjz1hiGeg6FJYiSkcIlutqpWP
    86vsG8Hoo+Dc8zDPl4msPSsxp59BmJnnihA3TuENIC6PPRS16aBAabX4amFlqq5U
    DWFIs3sOzAioWDYzp/A/3Jbw+0Mp55BZRxJwLoEfE1oF4ro2QGblBbyJrvvig3cw
    l9T02u0NTTdYY7mitVoBKnlBEFpjg+vBXSCxawIDAQABAoIBAQCKtjFWAdg12ojM
    DAKQcc1Ayc25DdVuqc85n+owDRXMUOEFZTkWXjC3GwcOclwwodT4ltcN957XWJCP
    Wd9nPzhuck8iajG3bhXyKhqRCUvuGEf9XqjrYS9ufaLlc9TC9pj2yHyRLeqypO90
    LFKPZWg40nA+jh4kEc1su6/hmmVrHxwUdf7bdZwYqBW3xedQGWHZtZxmbY8pLT7n
    iJnv/EC8mrAQdxiNOcO9z2aWQY14hBsqD2hQkjSSVuhAnzeonU9VrCg0v/VQmX+/
    VhGF48aVQbG1yfh0IxBbX2tbl1tSvh2Vtb6r29mywKRDaKmxRd/Qr6iImSM8A/fz
    m6UpLTzRAoGBAO/zIpxan454J9qh4qaPybhdBwfUMr4HAJtUiWJnLJ2CMvJa8rOA
    Xf7QS9ddTE78rUSe1dS2a/RUJ/a1JwI5rj3Un2C9L13YXmWwRHolsjz/lC1pDC87
    sqDG/PT4y5qxQ8r5zJ5+XaJxN37ojtHZipfIYuVAlH+whlInWoUgq6dzAoGBAMJY
    iG7sxLx8mXE+U2630HIbTw/jZwKUVPcjMMYDqc97qfDgAVFN3lkKxqHjSW7bUsdF
    DLiwuzlluVuRiAFRFwy256P8yHhfHigCzKuFLGhXuzTGdn7gdvlKsXfgPKOIMcHx
    lpAPU7lIIh3xmoVUWWtHqXGMXqY2Jz3f5BJWWaApAoGAHvAYbFR68iGn8dahpJwx
    hCXqfCXuDPZWK7DwrdFjvUNGUl1Lob1RYUN2I+SRrDWEGa7pHy4OKUiYhoTA7NaH
    Es3RZuW9r7nwIehiS+WEX70MW/aJbaWi2HwPrX5Osjlc5lTi/ySH6iPy5dgSYhhM
    eFmL9scm3nfiOcF9OGEIAOUCgYBmrN9nuy81ZZ6rdYIevH4jysm6WynQ8wzwhGcA
    Nm9AbtUZrT8E9V7DLC5E2Q+yway6GoDeEoDXkiabegegqnbDAN7ghGxlK9uCx/fZ
    pkIP3knJWBDCd1Rj4FJiQtXGj+25ySkCcxaIjNN5fmtkhWu4gePDWaWnqnSQ+/hC
    t9wiAQKBgQCkVuIjhK82p3OJXZPaq8jrGy8hvHM02zj9tZxK98wDApafZBA4VRW+
    KAh7qxM2mhQsDwKplp5noW9pXlQfgBniDmCFK/4xcEaD+UwYF/Ao7RlLjLL2MfsP
    40igT6oadbESZNx815FBttdPkKc3zWRgv40MdZNdTQ9BlShqN9jTQw==
    -----END RSA PRIVATE KEY-----
  EOT
}

```

--------------------------------

### Legacy single-device mode example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-device-selection-policy/examples/complete/README.md

Terraform configuration for a legacy single-device mode setup.

```hcl
# Legacy single-device mode example
module "aci_device_selection_policy" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-device-selection-policy"
  version = ">= 0.8.0"

  tenant                                                  = "ABC"
  contract                                                = "CON1"
  service_graph_template                                  = "SGT1"
  sgt_device_name                                         = "DEV1"
  consumer_l3_destination                                 = true
  consumer_permit_logging                                 = true
  consumer_logical_interface                              = "INT1"
  consumer_redirect_policy                                = "REDIR1"
  consumer_bridge_domain                                  = "BD1"
  consumer_service_epg_policy                             = "SEPGP1"
  consumer_custom_qos_policy                              = "QOSP1"
  provider_l3_destination                                 = true
  provider_permit_logging                                 = true
  provider_logical_interface                              = "INT2"
  provider_external_endpoint_group                        = "EXTEPG1"
  provider_external_endpoint_group_l3out                  = "L3OUT1"
  provider_external_endpoint_group_redistribute_bgp       = true
  provider_external_endpoint_group_redistribute_ospf      = true
  provider_external_endpoint_group_redistribute_connected = true
  provider_external_endpoint_group_redistribute_static    = true
  provider_service_epg_policy                             = "SEPGP1"
  provider_custom_qos_policy                              = "QOSP1"
}
```

--------------------------------

### Complete VRF Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-vrf/examples/complete/README.md

This is a complete example of how to configure a VRF using the terraform-aci-vrf module.

```bash
$ terraform init
$ terraform plan
$ terraform apply
```

```hcl
module "aci_vrf" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-vrf"
  version = ">= 0.9.2"

  tenant                                 = "ABC"
  name                                   = "VRF1"
  alias                                  = "VRF1-ALIAS"
  description                            = "My Description"
  enforcement_direction                  = "egress"
  enforcement_preference                 = "unenforced"
  data_plane_learning                    = false
  preferred_group                        = true
  transit_route_tag_policy               = "TRP1"
  endpoint_retention_policy              = "ERP1"
  bgp_timer_policy                       = "BGP1"
  bgp_ipv4_address_family_context_policy = "BGP_AF_IPV4"
  bgp_ipv6_address_family_context_policy = "BGP_AF_IPV6"
  bgp_ipv4_import_route_target           = ["route-target:as2-nn2:10:10", "route-target:as2-nn2:10:11"]
  bgp_ipv4_export_route_target           = ["route-target:as2-nn2:10:12", "route-target:as2-nn2:10:13"]
  bgp_ipv6_import_route_target           = ["route-target:as2-nn2:10:14", "route-target:as2-nn2:10:15"]
  bgp_ipv6_export_route_target           = ["route-target:as2-nn2:10:16", "route-target:as2-nn2:10:17"]
  dns_labels                             = ["DNS1"]
  contract_consumers                     = ["CON1"]
  contract_providers                     = ["CON1"]
  contract_imported_consumers            = ["I_CON1"]
  vxlan_enabled                          = false
  border_gateway_set                     = "GorderGatewayPolicySet"
  vxlan_import_route_map                 = "RM-Import"
  vxlan_export_route_map                 = "RM-Export"
  pim_enabled                            = true
  pim_mtu                                = 9200
  pim_fast_convergence                   = true
  pim_strict_rfc                         = true
  pim_max_multicast_entries              = 1000
  pim_reserved_multicast_entries         = "undefined"
  snmp_context_name                      = "SNMP-CTX"
  snmp_context_community_profiles = [
    {
      name        = "Community-Profile1"
      description = "Community Profile 1 Description"
    },
    {
      name = "Community-Profile2"
    }
  ]
  pim_static_rps = [
    {
      ip                  = "1.1.1.1"
      multicast_route_map = "TEST_RM"
    },
    {
      ip = "1.1.1.2"
    }
  ]
  pim_fabric_rps = [
    {
      ip                  = "2.2.2.1"
      multicast_route_map = "TEST_RM"
    },
    {
      ip = "2.2.2.2"
    }
  ]
  pim_bsr_listen_updates                   = true
  pim_bsr_forward_updates                  = true
  pim_bsr_filter_multicast_route_map       = "MCAST_RM1"
  pim_auto_rp_listen_updates               = true
  pim_auto_rp_forward_updates              = true
  pim_auto_rp_filter_multicast_route_map   = "MCAST_RM2"
  pim_asm_shared_range_multicast_route_map = "MCAST_RM3"
  pim_asm_sg_expiry                        = 1800
  pim_asm_sg_expiry_multicast_route_map    = "MCAST_RM4"
  pim_asm_traffic_registry_max_rate        = 10
  pim_asm_traffic_registry_source_ip       = "1.1.1.1"
  pim_ssm_group_range_multicast_route_map  = "MCAST_RM5"
  pim_inter_vrf_policies = [
    {
      tenant              = "TEN2"
      vrf                 = "VRF1"
      multicast_route_map = "MCAST_RM6"
    }
  ]
  pim_igmp_ssm_translate_policies = [
    {
      group_prefix   = "228.0.0.0/8"
      source_address = "3.3.3.3"
    },
    {
      group_prefix   = "229.0.0.0/8"
      source_address = "4.4.4.4"
    }
  ]
  # EPG/BD Subnets (leakInternalSubnet)
  leaked_internal_subnets = [{
    prefix = "10.1.0.0/16"
    public = true
    destinations = [{
      description = "Leak to VRF2"
      tenant      = "ABC"
      vrf         = "VRF2"
      public      = false
    }]
  }]
  # Internal Prefixes (leakInternalPrefix) - prefix-level scope requires APIC 6.1+
  leaked_internal_prefixes = [{
    prefix             = "10.0.0.0/8"
    public             = true
    from_prefix_length = 16
    to_prefix_length   = 24
    destinations = [{
      description = "Leak to VRF2"
      tenant      = "ABC"
      vrf         = "VRF2"
      public      = false
    }]
  }]
  leaked_external_prefixes = [{
    prefix             = "2.2.0.0/16"
    from_prefix_length = 24
    to_prefix_length   = 32
    destinations = [{
      description = "Leak to VRF2"
      tenant      = "ABC"
      vrf         = "VRF2"
    }]
  }]
  route_summarization_policies = [{
    name = "RSP1"
    nodes = [{
      id  = 105
      pod = 2
    }]
    subnets = [{
      prefix                         = "1.1.0.0/16"
      bgp_route_summarization_policy = "ABC"
    }]
  }]
}

```

--------------------------------

### Complete Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-access-fex-interface-selector/examples/complete/README.md

This is a complete example of how to use the terraform-aci-access-fex-interface-selector module.

```bash
$ terraform init
$ terraform plan
$ terraform apply
```

```hcl
module "aci_access_fex_interface_selector" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-access-fex-interface-selector"
  version = ">= 0.8.0"

  interface_profile = "FEX101"
  name              = "1-2"
  policy_group_type = "access"
  policy_group      = "ACC1"
  port_blocks = [{
    name        = "PB1"
    description = "My Description"
    from_port   = 1
    to_port     = 2
  }]
}
```

--------------------------------

### Complete Usage Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-access-leaf-interface-profile/examples/complete/README.md

This is a complete usage example for the aci_access_leaf_interface_profile module.

```hcl
module "aci_access_leaf_interface_profile" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-access-leaf-interface-profile"
  version = ">= 0.8.0"

  name        = "INT-PROF1"
  description = "Interface profile 101"
}
```

--------------------------------

### Complete Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-forwarding-scale-policy/examples/complete/README.md

This example shows how to configure a forwarding scale policy with the terraform-aci-forwarding-scale-policy module.

```hcl
module "aci_forwarding_scale_policy" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-forwarding-scale-policy"
  version = ">= 0.8.0"

  name    = "HIGH-DUAL-STACK"
  profile = "high-dual-stack"
}
```

--------------------------------

### Complete Usage Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-bgp-route-summarization-policy/examples/complete/README.md

This example demonstrates the complete usage of the aci_bgp_route_summarization_policy module.

```bash
$ terraform init
$ terraform plan
$ terraform apply
```

```hcl
module "aci_bgp_route_summarization_policy" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-bgp-route-summarization-policy"
  version = ">= 0.8.0"

  name         = "ABC"
  tenant       = "TEN1"
  description  = "My Description"
  as_set       = true
  summary_only = false
  af_mcast     = false
  af_ucast     = true
}
```

--------------------------------

### Terraform Commands

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-application-profile/examples/complete/README.md

Commands to initialize, plan, and apply the Terraform configuration.

```bash
$ terraform init
$ terraform plan
$ terraform apply
```

--------------------------------

### Complete Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-oob-external-management-instance/examples/complete/README.md

This example shows how to configure the OOB External Management Instance module with all required parameters.

```hcl
module "aci_oob_external_management_instance" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-oob-external-management-instance"
  version = ">= 0.8.0"

  name                   = "INST1"
  subnets                = ["0.0.0.0/0"]
  oob_contract_consumers = ["CON1"]
}
```

--------------------------------

### Terraform Configuration for Pod Setup

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-pod-setup/examples/complete/README.md

This HCL code block defines the Terraform configuration for setting up an ACI pod, including pod ID, TEP pool, external TEP pools, and remote pools.

```hcl
module "aci_pod_setup" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-pod-setup"
  version = ">= 0.8.0"

  pod_id   = 2
  tep_pool = "10.2.0.0/16"
  external_tep_pools = [
    {
      prefix                 = "172.16.18.0/24"
      reserved_address_count = 4
    },
    {
      prefix                 = "172.16.17.0/24"
      reserved_address_count = 2
    }
  ]
  remote_pools = [
    {
      id          = 1
      remote_pool = "10.191.200.0/24"
    },
    {
      id          = 2
      remote_pool = "10.191.202.0/24"
    }
  ]
}
```

--------------------------------

### Terraform Commands

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/examples/vlan_pool_yaml/README.md

Commands to initialize, plan, and apply the Terraform configuration.

```bash
terraform init
terraform plan
terraform apply
```

--------------------------------

### Execution Commands

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-l3out-node-profile/examples/complete/README.md

Commands to initialize, plan, and apply the Terraform configuration.

```bash
$ terraform init
$ terraform plan
$ terraform apply

```

--------------------------------

### Complete Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-external-endpoint-group/examples/complete/README.md

This is a complete example of how to use the aci_external_endpoint_group module.

```hcl
module "aci_external_endpoint_group" {
  source = "../.."

  tenant                      = "TF"
  l3out                       = "L3OUT1"
  name                        = "EXTEPG1"
  alias                       = "EXTEPG1-ALIAS"
  description                 = "My Description"
  preferred_group             = true
  qos_class                   = "level3"
  target_dscp                 = "CS0"
  contract_consumers          = ["CON1"]
  contract_providers          = ["CON1"]
  contract_imported_consumers = ["IMPORTED-CON1"]
  route_control_profiles = [{
    name      = "RCP1"
    direction = "export"
  }]
  subnets = [
    {
      name                           = "SUBNET1"
      prefix                         = "10.1.1.0/24"
      description                    = "Subnet with BGP route summarization"
      import_route_control           = true
      export_route_control           = true
      shared_route_control           = true
      import_security                = true
      shared_security                = false
      aggregate_import_route_control = true
      aggregate_export_route_control = true
      aggregate_shared_route_control = true
      bgp_route_summarization        = true
      bgp_route_summarization_policy = "my-custom-bgp-policy"
      route_control_profiles = [{
        name      = "RCP1"
        direction = "import"
      }]
    },
    {
      name                            = "SUBNET2"
      prefix                          = "10.2.0.0/16"
      description                     = "Subnet with OSPF route summarization - custom policy"
      export_route_control            = true
      ospf_route_summarization        = true
      ospf_route_summarization_policy = "my-custom-ospf-policy"
    },
    {
      name                     = "SUBNET3"
      prefix                   = "10.3.0.0/16"
      description              = "Subnet with OSPF route summarization - default policy"
      export_route_control     = true
      ospf_route_summarization = true
      # ospf_route_summarization_policy not specified, will use default
    },
    {
      name                      = "SUBNET4"
      prefix                    = "10.4.0.0/16"
      description               = "Subnet with EIGRP route summarization"
      export_route_control      = true
      eigrp_route_summarization = true
    }
  ]
}
```

--------------------------------

### Complete Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-endpoint-retention-policy/examples/complete/README.md

This is a complete example of how to use the aci_end_point_retention_policy module.

```bash
$ terraform init
$ terraform plan
$ terraform apply
```

```hcl
module "aci_end_point_retention_policy" {
  source                         = "netascode/nac-aci/aci//modules/terraform-aci-endpoint-retention-policy"
  version                        = ">= 0.9.4"
  name                           = "ERP1"
  descr                          = "Terraform"
  hold_interval                  = 6
  bounce_entry_aging_interval    = 630
  local_endpoint_aging_interval  = 900
  remote_endpoint_aging_interval = 300
  move_frequency                 = 256
}
```

--------------------------------

### Complete QoS Custom Policy Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-qos-policy/examples/complete/README.md

This example demonstrates the configuration of a complete QoS custom policy, including DSCP and 802.1p mappings.

```bash
$ terraform init
$ terraform plan
$ terraform apply
```

```hcl
module "aci_qos_policy" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-qos-policy"
  version = ">= 0.8.0"

  name        = "ABC"
  tenant      = "TEN1"
  description = "My Custom Policy"
  alias       = "MyAlias"
  dscp_priority_maps = [
    {
      dscp_from   = "AF12"
      dscp_to     = "AF13"
      priority    = "level5"
      dscp_target = "CS0"
      cos_target  = 5
    }
  ]
  dot1p_classifiers = [
    {
      dot1p_from  = 3
      dot1p_to    = 4
      priority    = "level5"
      dscp_target = "CS0"
      cos_target  = 5
    }
  ]
}
```

--------------------------------

### Complete Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-endpoint-mac-tag-policy/examples/complete/README.md

This is a complete example of how to use the aci_endpoint_mac_tag_policy module.

```bash
$ terraform init
$ terraform plan
$ terraform apply
```

```hcl
module "aci_endpoint_mac_tag_policy" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-endpoint-mac-tag-policy"
  version = "> 0.9.3"

  tenant        = "TEN1"
  mac           = "AB:CD:EF:DC:BA"
  bridge_domain = "all"
  vrf           = "TEN1-VRF"
  tags = [{
    key   = "Environment"
    value = "PROD"
  }]
}
```

--------------------------------

### Complete Access Leaf Switch Profile Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-access-leaf-switch-profile/examples/complete/README.md

This example shows how to configure an access leaf switch profile with interface profiles and selectors.

```bash
$ terraform init
$ terraform plan
$ terraform apply
```

```hcl
module "aci_access_leaf_switch_profile" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-access-leaf-switch-profile"
  version = ">= 0.8.0"

  name               = "LEAF101"
  interface_profiles = ["PROF1"]
  selectors = [{
    name         = "SEL1"
    policy_group = "POL1"
    node_blocks = [{
      name = "BLOCK1"
      from = 101
      to   = 101
    }]
  }]
}
```

--------------------------------

### Complete Syslog Policy Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-syslog-policy/examples/complete/README.md

This example shows a complete configuration for a Syslog Policy, including destinations.

```bash
$ terraform init
$ terraform plan
$ terraform apply
```

```hcl
module "aci_syslog_policy" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-syslog-policy"
  version = ">= 0.8.0"

  name                = "SYSLOG1"
  description         = "My Description"
  format              = "nxos"
  show_millisecond    = true
  show_timezone       = true
  admin_state         = true
  local_admin_state   = false
  local_severity      = "errors"
  console_admin_state = false
  console_severity    = "critical"
  destinations = [{
    name          = "DEST1"
    hostname_ip   = "1.1.1.1"
    protocol      = "tcp"
    port          = 1514
    admin_state   = false
    format        = "nxos"
    facility      = "local1"
    severity      = "information"
    mgmt_epg_type = "oob"
    mgmt_epg_name = "OOB1"
  }]
}
```

--------------------------------

### Complete Usage Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-tenant-netflow-exporter/examples/complete/README.md

This is a complete usage example for the terraform-aci-tenant-netflow-exporter module.

```bash
$ terraform init
$ terraform plan
$ terraform apply
```

```hcl
module "aci_tenant_netflow_exporter" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-tenant-netflow-exporter"
  version = "> 1.1.0"

  name                = "EXPORTER1"
  description         = "Netflow exporter 1"
  source_type         = "custom-src-ip"
  source_ip           = "172.16.0.0/20"
  destination_port    = "1234"
  destination_ip      = "10.1.1.1"
  dscp                = "AF12"
  epg_type            = "epg"
  tenant              = "ABC"
  application_profile = "AP1"
  endpoint_group      = "EPG1"
  vrf                 = "VRF1"
}
```

--------------------------------

### Complete Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-infra-dhcp-relay-policy/examples/complete/README.md

This is a complete example of how to use the aci_infra_dhcp_relay_policy module.

```bash
$ terraform init
$ terraform plan
$ terraform apply
```

```hcl
module "aci_infra_dhcp_relay_policy" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-infra-dhcp-relay-policy"
  version = ">= 0.8.0"

  name        = "DHCP-RELAY1"
  description = "My Description"
  providers_ = [{
    ip                  = "10.1.1.1"
    type                = "epg"
    tenant              = "ABC"
    application_profile = "AP1"
    endpoint_group      = "EPG1"
  }]
}
```

--------------------------------

### Complete BGP Timer Policy Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-bgp-timer-policy/examples/complete/README.md

This example demonstrates the complete configuration of the BGP Timer Policy module.

```bash
$ terraform init
$ terraform plan
$ terraform apply
```

```hcl
module "aci_bgp_timer_policy" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-bgp-timer-policy"
  version = ">= 0.8.0"

  tenant                  = "ABC"
  name                    = "BGP1"
  description             = "My Description"
  graceful_restart_helper = false
  hold_interval           = 60
  keepalive_interval      = 30
  maximum_as_limit        = 20
  stale_interval          = "120"
}
```

--------------------------------

### Complete OSPF Timer Policy Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-ospf-timer-policy/examples/complete/README.md

This example shows how to configure an OSPF Timer Policy with all available parameters.

```bash
$ terraform init
$ terraform plan
$ terraform apply
```

```hcl
module "aci_ospf_timer_policy" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-ospf-timer-policy"
  version = ">= 0.8.0"

  tenant                    = "ABC"
  name                      = "OSPFT1"
  description               = "My Description"
  reference_bandwidth       = 10000
  distance                  = 105
  max_ecmp                  = 4
  spf_init_interval         = 100
  spf_hold_interval         = 500
  spf_max_interval          = 2500
  max_lsa_reset_interval    = 20
  max_lsa_sleep_count       = 10
  max_lsa_sleep_interval    = 10
  lsa_arrival_interval      = 500
  lsa_group_pacing_interval = 20
  lsa_hold_interval         = 2500
  lsa_start_interval        = 10
  lsa_max_interval          = 2500
  max_lsa_num               = 40000
  max_lsa_threshold         = 100
  max_lsa_action            = "log"
  graceful_restart          = true
  router_id_lookup          = true
  prefix_suppression        = true
}
```

--------------------------------

### Complete Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-fabric-leaf-switch-profile/examples/complete/README.md

This is a complete example of how to use the terraform-aci-fabric-leaf-switch-profile module.

```bash
$ terraform init
$ terraform plan
$ terraform apply
```

```hcl
module "aci_fabric_leaf_switch_profile" {
  source  = "netascode/nac-aci/aci//modules/terraform-aci-fabric-leaf-switch-profile"
  version = ">= 0.8.0"

  name               = "LEAF101"
  interface_profiles = ["PROF1"]
  selectors = [{
    name         = "SEL1"
    policy_group = "POL1"
    node_blocks = [{
      name = "BLOCK1"
      from = 101
      to   = 101
    }]
  }]
}
```

--------------------------------

### Complete Example

Source: https://github.com/netascode/terraform-aci-nac-aci/blob/main/modules/terraform-aci-remote-vxlan-fabric-policy/examples/complete/README.md

This example demonstrates the complete configuration for the terraform-aci-remote-vxlan-fabric-policy module.

```bash
$ terraform init
$ terraform plan
$ terraform apply
```

```hcl
module "terraform-aci-remote-vxlan-fabric-policy" {
  source  = "netascode/nac-aci/aci/modules/terraform-aci-remote-vxlan-fabric-policy"
  version = ">= 0.9.1"

  name               = "REMOTE_VXLAN_POLICY"
  border_gateway_set = "BGW1"
  remote_evpn_peers = [
    {
      ip                    = "10.1.1.1"
      description           = "Remote EVPN Peer 1"
      remote_as             = "65001"
      admin_state           = true
      allow_self_as         = false
      disable_peer_as_check = false
      password              = "secret123"
      ttl                   = 10
      peer_prefix_policy    = "PREFIX_POLICY1"
      as_propagate          = "none"
      local_as              = 65000
    }
  ]
}
```