panos 2.0.7 published on Thursday, Nov 27, 2025 by paloaltonetworks
panos 2.0.7 published on Thursday, Nov 27, 2025 by paloaltonetworks
Example Usage
import * as pulumi from "@pulumi/pulumi";
import * as panos from "@pulumi/panos";
// Create a template for BGP filtering profiles
const bgpTemplate = new panos.Template("bgp_template", {
location: {
panorama: {},
},
name: "bgp-filtering-template",
});
// Example 1: Basic IPv4 Unicast Filtering with Prefix Lists and Route Maps
// This example demonstrates inbound/outbound network filtering using prefix lists
// and route maps for fine-grained control over advertised and received routes.
// Create prefix lists for network filtering
const ipv4InboundPrefix = new panos.FiltersPrefixListRoutingProfile("ipv4_inbound_prefix", {
location: {
template: {
name: bgpTemplate.name,
},
},
name: "ipv4-inbound-prefix-list",
description: "Prefix list for incoming IPv4 routes",
type: {
ipv4: {
ipv4Entries: [
{
name: "10",
action: "permit",
prefix: {
entry: {
network: "10.0.0.0/8",
},
},
},
{
name: "20",
action: "deny",
prefix: {
entry: {
network: "192.168.0.0/16",
},
},
},
],
},
},
});
const ipv4OutboundPrefix = new panos.FiltersPrefixListRoutingProfile("ipv4_outbound_prefix", {
location: {
template: {
name: bgpTemplate.name,
},
},
name: "ipv4-outbound-prefix-list",
description: "Prefix list for outgoing IPv4 routes",
type: {
ipv4: {
ipv4Entries: [{
name: "10",
action: "permit",
prefix: {
entry: {
network: "172.16.0.0/12",
greaterThanOrEqual: 16,
lessThanOrEqual: 24,
},
},
}],
},
},
});
// Create route maps for advanced filtering
const inboundRouteMap = new panos.FiltersBgpRouteMapRoutingProfile("inbound_route_map", {
location: {
template: {
name: bgpTemplate.name,
},
},
name: "inbound-route-map",
description: "Route map for incoming routes",
routeMaps: [{
name: "10",
action: "permit",
description: "Permit routes from preferred peers",
}],
});
const outboundRouteMap = new panos.FiltersBgpRouteMapRoutingProfile("outbound_route_map", {
location: {
template: {
name: bgpTemplate.name,
},
},
name: "outbound-route-map",
description: "Route map for outgoing routes",
routeMaps: [{
name: "10",
action: "permit",
description: "Advertise local routes",
}],
});
// BGP Filtering Profile with network filters and route maps
const ipv4UnicastBasic = new panos.BgpFilteringRoutingProfile("ipv4_unicast_basic", {
location: {
template: {
name: bgpTemplate.name,
},
},
name: "ipv4-unicast-basic-filtering",
description: "Basic IPv4 unicast filtering with prefix lists and route maps",
ipv4: {
unicast: {
inboundNetworkFilters: {
prefixList: ipv4InboundPrefix.name,
},
outboundNetworkFilters: {
prefixList: ipv4OutboundPrefix.name,
},
routeMaps: {
inbound: inboundRouteMap.name,
outbound: outboundRouteMap.name,
},
},
},
});
// Example 2: IPv4 with Conditional Advertisement and AS-Path Filtering
// This example shows conditional route advertisement based on route existence
// and AS-path filtering for controlling routes based on AS number patterns.
// Create route maps for conditional advertisement
const advertiseMap = new panos.FiltersBgpRouteMapRoutingProfile("advertise_map", {
location: {
template: {
name: bgpTemplate.name,
},
},
name: "advertise-map",
description: "Routes to conditionally advertise",
routeMaps: [{
name: "10",
action: "permit",
}],
});
const existMap = new panos.FiltersBgpRouteMapRoutingProfile("exist_map", {
location: {
template: {
name: bgpTemplate.name,
},
},
name: "exist-map",
description: "Routes that must exist for conditional advertisement",
routeMaps: [{
name: "10",
action: "permit",
}],
});
// Create AS-path access lists for filtering
const asPathFilter = new panos.FiltersAsPathAccessListRoutingProfile("as_path_filter", {
location: {
template: {
name: bgpTemplate.name,
},
},
name: "as-path-filter",
description: "Filter routes based on AS path",
aspathEntries: [
{
name: "1",
action: "permit",
aspathRegex: "^65000_",
},
{
name: "2",
action: "deny",
aspathRegex: "_65001$",
},
],
});
// Create route map for unsuppressing routes
const unsuppressMap = new panos.FiltersBgpRouteMapRoutingProfile("unsuppress_map", {
location: {
template: {
name: bgpTemplate.name,
},
},
name: "unsuppress-map",
description: "Routes to unsuppress",
routeMaps: [{
name: "10",
action: "permit",
}],
});
// BGP Filtering Profile with conditional advertisement
const ipv4ConditionalAdv = new panos.BgpFilteringRoutingProfile("ipv4_conditional_adv", {
location: {
template: {
name: bgpTemplate.name,
},
},
name: "ipv4-conditional-advertisement",
description: "IPv4 filtering with conditional advertisement and AS-path filtering",
ipv4: {
unicast: {
conditionalAdvertisement: {
exist: {
advertiseMap: advertiseMap.name,
existMap: existMap.name,
},
},
filterList: {
inbound: asPathFilter.name,
},
unsuppressMap: unsuppressMap.name,
},
},
});
// Example 3: IPv6 Unicast Filtering with Access Lists
// This example demonstrates IPv6 filtering using access lists (distribute lists)
// instead of prefix lists for network-based filtering.
// Create IPv6 access lists
const ipv6InboundAcl = new panos.FiltersAccessListRoutingProfile("ipv6_inbound_acl", {
location: {
template: {
name: bgpTemplate.name,
},
},
name: "ipv6-inbound-acl",
description: "Access list for incoming IPv6 routes",
type: {
ipv6: {
ipv6Entries: [{
name: "10",
action: "permit",
}],
},
},
});
const ipv6OutboundAcl = new panos.FiltersAccessListRoutingProfile("ipv6_outbound_acl", {
location: {
template: {
name: bgpTemplate.name,
},
},
name: "ipv6-outbound-acl",
description: "Access list for outgoing IPv6 routes",
type: {
ipv6: {
ipv6Entries: [
{
name: "10",
action: "permit",
},
{
name: "20",
action: "deny",
},
],
},
},
});
// Create AS-path access list for IPv6 (AS-path filters work for both IPv4 and IPv6)
const ipv6AsPath = new panos.FiltersAsPathAccessListRoutingProfile("ipv6_as_path", {
location: {
template: {
name: bgpTemplate.name,
},
},
name: "ipv6-as-path-filter",
description: "AS-path filter for IPv6 routes",
aspathEntries: [{
name: "1",
action: "permit",
aspathRegex: "^64[0-9]{3}_",
}],
});
// BGP Filtering Profile for IPv6
const ipv6UnicastFiltering = new panos.BgpFilteringRoutingProfile("ipv6_unicast_filtering", {
location: {
template: {
name: bgpTemplate.name,
},
},
name: "ipv6-unicast-filtering",
description: "IPv6 unicast filtering with access lists and AS-path filtering",
ipv6: {
unicast: {
inboundNetworkFilters: {
distributeList: ipv6InboundAcl.name,
},
outboundNetworkFilters: {
distributeList: ipv6OutboundAcl.name,
},
filterList: {
inbound: ipv6AsPath.name,
outbound: ipv6AsPath.name,
},
},
},
});
import pulumi
import pulumi_panos as panos
# Create a template for BGP filtering profiles
bgp_template = panos.Template("bgp_template",
location={
"panorama": {},
},
name="bgp-filtering-template")
# Example 1: Basic IPv4 Unicast Filtering with Prefix Lists and Route Maps
# This example demonstrates inbound/outbound network filtering using prefix lists
# and route maps for fine-grained control over advertised and received routes.
# Create prefix lists for network filtering
ipv4_inbound_prefix = panos.FiltersPrefixListRoutingProfile("ipv4_inbound_prefix",
location={
"template": {
"name": bgp_template.name,
},
},
name="ipv4-inbound-prefix-list",
description="Prefix list for incoming IPv4 routes",
type={
"ipv4": {
"ipv4_entries": [
{
"name": "10",
"action": "permit",
"prefix": {
"entry": {
"network": "10.0.0.0/8",
},
},
},
{
"name": "20",
"action": "deny",
"prefix": {
"entry": {
"network": "192.168.0.0/16",
},
},
},
],
},
})
ipv4_outbound_prefix = panos.FiltersPrefixListRoutingProfile("ipv4_outbound_prefix",
location={
"template": {
"name": bgp_template.name,
},
},
name="ipv4-outbound-prefix-list",
description="Prefix list for outgoing IPv4 routes",
type={
"ipv4": {
"ipv4_entries": [{
"name": "10",
"action": "permit",
"prefix": {
"entry": {
"network": "172.16.0.0/12",
"greater_than_or_equal": 16,
"less_than_or_equal": 24,
},
},
}],
},
})
# Create route maps for advanced filtering
inbound_route_map = panos.FiltersBgpRouteMapRoutingProfile("inbound_route_map",
location={
"template": {
"name": bgp_template.name,
},
},
name="inbound-route-map",
description="Route map for incoming routes",
route_maps=[{
"name": "10",
"action": "permit",
"description": "Permit routes from preferred peers",
}])
outbound_route_map = panos.FiltersBgpRouteMapRoutingProfile("outbound_route_map",
location={
"template": {
"name": bgp_template.name,
},
},
name="outbound-route-map",
description="Route map for outgoing routes",
route_maps=[{
"name": "10",
"action": "permit",
"description": "Advertise local routes",
}])
# BGP Filtering Profile with network filters and route maps
ipv4_unicast_basic = panos.BgpFilteringRoutingProfile("ipv4_unicast_basic",
location={
"template": {
"name": bgp_template.name,
},
},
name="ipv4-unicast-basic-filtering",
description="Basic IPv4 unicast filtering with prefix lists and route maps",
ipv4={
"unicast": {
"inbound_network_filters": {
"prefix_list": ipv4_inbound_prefix.name,
},
"outbound_network_filters": {
"prefix_list": ipv4_outbound_prefix.name,
},
"route_maps": {
"inbound": inbound_route_map.name,
"outbound": outbound_route_map.name,
},
},
})
# Example 2: IPv4 with Conditional Advertisement and AS-Path Filtering
# This example shows conditional route advertisement based on route existence
# and AS-path filtering for controlling routes based on AS number patterns.
# Create route maps for conditional advertisement
advertise_map = panos.FiltersBgpRouteMapRoutingProfile("advertise_map",
location={
"template": {
"name": bgp_template.name,
},
},
name="advertise-map",
description="Routes to conditionally advertise",
route_maps=[{
"name": "10",
"action": "permit",
}])
exist_map = panos.FiltersBgpRouteMapRoutingProfile("exist_map",
location={
"template": {
"name": bgp_template.name,
},
},
name="exist-map",
description="Routes that must exist for conditional advertisement",
route_maps=[{
"name": "10",
"action": "permit",
}])
# Create AS-path access lists for filtering
as_path_filter = panos.FiltersAsPathAccessListRoutingProfile("as_path_filter",
location={
"template": {
"name": bgp_template.name,
},
},
name="as-path-filter",
description="Filter routes based on AS path",
aspath_entries=[
{
"name": "1",
"action": "permit",
"aspath_regex": "^65000_",
},
{
"name": "2",
"action": "deny",
"aspath_regex": "_65001$",
},
])
# Create route map for unsuppressing routes
unsuppress_map = panos.FiltersBgpRouteMapRoutingProfile("unsuppress_map",
location={
"template": {
"name": bgp_template.name,
},
},
name="unsuppress-map",
description="Routes to unsuppress",
route_maps=[{
"name": "10",
"action": "permit",
}])
# BGP Filtering Profile with conditional advertisement
ipv4_conditional_adv = panos.BgpFilteringRoutingProfile("ipv4_conditional_adv",
location={
"template": {
"name": bgp_template.name,
},
},
name="ipv4-conditional-advertisement",
description="IPv4 filtering with conditional advertisement and AS-path filtering",
ipv4={
"unicast": {
"conditional_advertisement": {
"exist": {
"advertise_map": advertise_map.name,
"exist_map": exist_map.name,
},
},
"filter_list": {
"inbound": as_path_filter.name,
},
"unsuppress_map": unsuppress_map.name,
},
})
# Example 3: IPv6 Unicast Filtering with Access Lists
# This example demonstrates IPv6 filtering using access lists (distribute lists)
# instead of prefix lists for network-based filtering.
# Create IPv6 access lists
ipv6_inbound_acl = panos.FiltersAccessListRoutingProfile("ipv6_inbound_acl",
location={
"template": {
"name": bgp_template.name,
},
},
name="ipv6-inbound-acl",
description="Access list for incoming IPv6 routes",
type={
"ipv6": {
"ipv6_entries": [{
"name": "10",
"action": "permit",
}],
},
})
ipv6_outbound_acl = panos.FiltersAccessListRoutingProfile("ipv6_outbound_acl",
location={
"template": {
"name": bgp_template.name,
},
},
name="ipv6-outbound-acl",
description="Access list for outgoing IPv6 routes",
type={
"ipv6": {
"ipv6_entries": [
{
"name": "10",
"action": "permit",
},
{
"name": "20",
"action": "deny",
},
],
},
})
# Create AS-path access list for IPv6 (AS-path filters work for both IPv4 and IPv6)
ipv6_as_path = panos.FiltersAsPathAccessListRoutingProfile("ipv6_as_path",
location={
"template": {
"name": bgp_template.name,
},
},
name="ipv6-as-path-filter",
description="AS-path filter for IPv6 routes",
aspath_entries=[{
"name": "1",
"action": "permit",
"aspath_regex": "^64[0-9]{3}_",
}])
# BGP Filtering Profile for IPv6
ipv6_unicast_filtering = panos.BgpFilteringRoutingProfile("ipv6_unicast_filtering",
location={
"template": {
"name": bgp_template.name,
},
},
name="ipv6-unicast-filtering",
description="IPv6 unicast filtering with access lists and AS-path filtering",
ipv6={
"unicast": {
"inbound_network_filters": {
"distribute_list": ipv6_inbound_acl.name,
},
"outbound_network_filters": {
"distribute_list": ipv6_outbound_acl.name,
},
"filter_list": {
"inbound": ipv6_as_path.name,
"outbound": ipv6_as_path.name,
},
},
})
package main
import (
"github.com/pulumi/pulumi-terraform-provider/sdks/go/panos/v2/panos"
"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)
func main() {
pulumi.Run(func(ctx *pulumi.Context) error {
// Create a template for BGP filtering profiles
bgpTemplate, err := panos.NewTemplate(ctx, "bgp_template", &panos.TemplateArgs{
Location: &panos.TemplateLocationArgs{
Panorama: &panos.TemplateLocationPanoramaArgs{},
},
Name: pulumi.String("bgp-filtering-template"),
})
if err != nil {
return err
}
// Create prefix lists for network filtering
ipv4InboundPrefix, err := panos.NewFiltersPrefixListRoutingProfile(ctx, "ipv4_inbound_prefix", &panos.FiltersPrefixListRoutingProfileArgs{
Location: &panos.FiltersPrefixListRoutingProfileLocationArgs{
Template: &panos.FiltersPrefixListRoutingProfileLocationTemplateArgs{
Name: bgpTemplate.Name,
},
},
Name: pulumi.String("ipv4-inbound-prefix-list"),
Description: pulumi.String("Prefix list for incoming IPv4 routes"),
Type: &panos.FiltersPrefixListRoutingProfileTypeArgs{
Ipv4: &panos.FiltersPrefixListRoutingProfileTypeIpv4Args{
Ipv4Entries: panos.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryArray{
&panos.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryArgs{
Name: pulumi.String("10"),
Action: pulumi.String("permit"),
Prefix: &panos.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixArgs{
Entry: &panos.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixEntryArgs{
Network: pulumi.String("10.0.0.0/8"),
},
},
},
&panos.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryArgs{
Name: pulumi.String("20"),
Action: pulumi.String("deny"),
Prefix: &panos.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixArgs{
Entry: &panos.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixEntryArgs{
Network: pulumi.String("192.168.0.0/16"),
},
},
},
},
},
},
})
if err != nil {
return err
}
ipv4OutboundPrefix, err := panos.NewFiltersPrefixListRoutingProfile(ctx, "ipv4_outbound_prefix", &panos.FiltersPrefixListRoutingProfileArgs{
Location: &panos.FiltersPrefixListRoutingProfileLocationArgs{
Template: &panos.FiltersPrefixListRoutingProfileLocationTemplateArgs{
Name: bgpTemplate.Name,
},
},
Name: pulumi.String("ipv4-outbound-prefix-list"),
Description: pulumi.String("Prefix list for outgoing IPv4 routes"),
Type: &panos.FiltersPrefixListRoutingProfileTypeArgs{
Ipv4: &panos.FiltersPrefixListRoutingProfileTypeIpv4Args{
Ipv4Entries: panos.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryArray{
&panos.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryArgs{
Name: pulumi.String("10"),
Action: pulumi.String("permit"),
Prefix: &panos.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixArgs{
Entry: &panos.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixEntryArgs{
Network: pulumi.String("172.16.0.0/12"),
GreaterThanOrEqual: pulumi.Float64(16),
LessThanOrEqual: pulumi.Float64(24),
},
},
},
},
},
},
})
if err != nil {
return err
}
// Create route maps for advanced filtering
inboundRouteMap, err := panos.NewFiltersBgpRouteMapRoutingProfile(ctx, "inbound_route_map", &panos.FiltersBgpRouteMapRoutingProfileArgs{
Location: &panos.FiltersBgpRouteMapRoutingProfileLocationArgs{
Template: &panos.FiltersBgpRouteMapRoutingProfileLocationTemplateArgs{
Name: bgpTemplate.Name,
},
},
Name: pulumi.String("inbound-route-map"),
Description: pulumi.String("Route map for incoming routes"),
RouteMaps: panos.FiltersBgpRouteMapRoutingProfileRouteMapArray{
&panos.FiltersBgpRouteMapRoutingProfileRouteMapArgs{
Name: pulumi.String("10"),
Action: pulumi.String("permit"),
Description: pulumi.String("Permit routes from preferred peers"),
},
},
})
if err != nil {
return err
}
outboundRouteMap, err := panos.NewFiltersBgpRouteMapRoutingProfile(ctx, "outbound_route_map", &panos.FiltersBgpRouteMapRoutingProfileArgs{
Location: &panos.FiltersBgpRouteMapRoutingProfileLocationArgs{
Template: &panos.FiltersBgpRouteMapRoutingProfileLocationTemplateArgs{
Name: bgpTemplate.Name,
},
},
Name: pulumi.String("outbound-route-map"),
Description: pulumi.String("Route map for outgoing routes"),
RouteMaps: panos.FiltersBgpRouteMapRoutingProfileRouteMapArray{
&panos.FiltersBgpRouteMapRoutingProfileRouteMapArgs{
Name: pulumi.String("10"),
Action: pulumi.String("permit"),
Description: pulumi.String("Advertise local routes"),
},
},
})
if err != nil {
return err
}
// BGP Filtering Profile with network filters and route maps
_, err = panos.NewBgpFilteringRoutingProfile(ctx, "ipv4_unicast_basic", &panos.BgpFilteringRoutingProfileArgs{
Location: &panos.BgpFilteringRoutingProfileLocationArgs{
Template: &panos.BgpFilteringRoutingProfileLocationTemplateArgs{
Name: bgpTemplate.Name,
},
},
Name: pulumi.String("ipv4-unicast-basic-filtering"),
Description: pulumi.String("Basic IPv4 unicast filtering with prefix lists and route maps"),
Ipv4: &panos.BgpFilteringRoutingProfileIpv4Args{
Unicast: &panos.BgpFilteringRoutingProfileIpv4UnicastArgs{
InboundNetworkFilters: &panos.BgpFilteringRoutingProfileIpv4UnicastInboundNetworkFiltersArgs{
PrefixList: ipv4InboundPrefix.Name,
},
OutboundNetworkFilters: &panos.BgpFilteringRoutingProfileIpv4UnicastOutboundNetworkFiltersArgs{
PrefixList: ipv4OutboundPrefix.Name,
},
RouteMaps: &panos.BgpFilteringRoutingProfileIpv4UnicastRouteMapsArgs{
Inbound: inboundRouteMap.Name,
Outbound: outboundRouteMap.Name,
},
},
},
})
if err != nil {
return err
}
// Create route maps for conditional advertisement
advertiseMap, err := panos.NewFiltersBgpRouteMapRoutingProfile(ctx, "advertise_map", &panos.FiltersBgpRouteMapRoutingProfileArgs{
Location: &panos.FiltersBgpRouteMapRoutingProfileLocationArgs{
Template: &panos.FiltersBgpRouteMapRoutingProfileLocationTemplateArgs{
Name: bgpTemplate.Name,
},
},
Name: pulumi.String("advertise-map"),
Description: pulumi.String("Routes to conditionally advertise"),
RouteMaps: panos.FiltersBgpRouteMapRoutingProfileRouteMapArray{
&panos.FiltersBgpRouteMapRoutingProfileRouteMapArgs{
Name: pulumi.String("10"),
Action: pulumi.String("permit"),
},
},
})
if err != nil {
return err
}
existMap, err := panos.NewFiltersBgpRouteMapRoutingProfile(ctx, "exist_map", &panos.FiltersBgpRouteMapRoutingProfileArgs{
Location: &panos.FiltersBgpRouteMapRoutingProfileLocationArgs{
Template: &panos.FiltersBgpRouteMapRoutingProfileLocationTemplateArgs{
Name: bgpTemplate.Name,
},
},
Name: pulumi.String("exist-map"),
Description: pulumi.String("Routes that must exist for conditional advertisement"),
RouteMaps: panos.FiltersBgpRouteMapRoutingProfileRouteMapArray{
&panos.FiltersBgpRouteMapRoutingProfileRouteMapArgs{
Name: pulumi.String("10"),
Action: pulumi.String("permit"),
},
},
})
if err != nil {
return err
}
// Create AS-path access lists for filtering
asPathFilter, err := panos.NewFiltersAsPathAccessListRoutingProfile(ctx, "as_path_filter", &panos.FiltersAsPathAccessListRoutingProfileArgs{
Location: &panos.FiltersAsPathAccessListRoutingProfileLocationArgs{
Template: &panos.FiltersAsPathAccessListRoutingProfileLocationTemplateArgs{
Name: bgpTemplate.Name,
},
},
Name: pulumi.String("as-path-filter"),
Description: pulumi.String("Filter routes based on AS path"),
AspathEntries: panos.FiltersAsPathAccessListRoutingProfileAspathEntryArray{
&panos.FiltersAsPathAccessListRoutingProfileAspathEntryArgs{
Name: pulumi.String("1"),
Action: pulumi.String("permit"),
AspathRegex: pulumi.String("^65000_"),
},
&panos.FiltersAsPathAccessListRoutingProfileAspathEntryArgs{
Name: pulumi.String("2"),
Action: pulumi.String("deny"),
AspathRegex: pulumi.String("_65001$"),
},
},
})
if err != nil {
return err
}
// Create route map for unsuppressing routes
unsuppressMap, err := panos.NewFiltersBgpRouteMapRoutingProfile(ctx, "unsuppress_map", &panos.FiltersBgpRouteMapRoutingProfileArgs{
Location: &panos.FiltersBgpRouteMapRoutingProfileLocationArgs{
Template: &panos.FiltersBgpRouteMapRoutingProfileLocationTemplateArgs{
Name: bgpTemplate.Name,
},
},
Name: pulumi.String("unsuppress-map"),
Description: pulumi.String("Routes to unsuppress"),
RouteMaps: panos.FiltersBgpRouteMapRoutingProfileRouteMapArray{
&panos.FiltersBgpRouteMapRoutingProfileRouteMapArgs{
Name: pulumi.String("10"),
Action: pulumi.String("permit"),
},
},
})
if err != nil {
return err
}
// BGP Filtering Profile with conditional advertisement
_, err = panos.NewBgpFilteringRoutingProfile(ctx, "ipv4_conditional_adv", &panos.BgpFilteringRoutingProfileArgs{
Location: &panos.BgpFilteringRoutingProfileLocationArgs{
Template: &panos.BgpFilteringRoutingProfileLocationTemplateArgs{
Name: bgpTemplate.Name,
},
},
Name: pulumi.String("ipv4-conditional-advertisement"),
Description: pulumi.String("IPv4 filtering with conditional advertisement and AS-path filtering"),
Ipv4: &panos.BgpFilteringRoutingProfileIpv4Args{
Unicast: &panos.BgpFilteringRoutingProfileIpv4UnicastArgs{
ConditionalAdvertisement: &panos.BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementArgs{
Exist: &panos.BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementExistArgs{
AdvertiseMap: advertiseMap.Name,
ExistMap: existMap.Name,
},
},
FilterList: &panos.BgpFilteringRoutingProfileIpv4UnicastFilterListArgs{
Inbound: asPathFilter.Name,
},
UnsuppressMap: unsuppressMap.Name,
},
},
})
if err != nil {
return err
}
// Create IPv6 access lists
ipv6InboundAcl, err := panos.NewFiltersAccessListRoutingProfile(ctx, "ipv6_inbound_acl", &panos.FiltersAccessListRoutingProfileArgs{
Location: &panos.FiltersAccessListRoutingProfileLocationArgs{
Template: &panos.FiltersAccessListRoutingProfileLocationTemplateArgs{
Name: bgpTemplate.Name,
},
},
Name: pulumi.String("ipv6-inbound-acl"),
Description: pulumi.String("Access list for incoming IPv6 routes"),
Type: &panos.FiltersAccessListRoutingProfileTypeArgs{
Ipv6: &panos.FiltersAccessListRoutingProfileTypeIpv6Args{
Ipv6Entries: panos.FiltersAccessListRoutingProfileTypeIpv6Ipv6EntryArray{
&panos.FiltersAccessListRoutingProfileTypeIpv6Ipv6EntryArgs{
Name: pulumi.String("10"),
Action: pulumi.String("permit"),
},
},
},
},
})
if err != nil {
return err
}
ipv6OutboundAcl, err := panos.NewFiltersAccessListRoutingProfile(ctx, "ipv6_outbound_acl", &panos.FiltersAccessListRoutingProfileArgs{
Location: &panos.FiltersAccessListRoutingProfileLocationArgs{
Template: &panos.FiltersAccessListRoutingProfileLocationTemplateArgs{
Name: bgpTemplate.Name,
},
},
Name: pulumi.String("ipv6-outbound-acl"),
Description: pulumi.String("Access list for outgoing IPv6 routes"),
Type: &panos.FiltersAccessListRoutingProfileTypeArgs{
Ipv6: &panos.FiltersAccessListRoutingProfileTypeIpv6Args{
Ipv6Entries: panos.FiltersAccessListRoutingProfileTypeIpv6Ipv6EntryArray{
&panos.FiltersAccessListRoutingProfileTypeIpv6Ipv6EntryArgs{
Name: pulumi.String("10"),
Action: pulumi.String("permit"),
},
&panos.FiltersAccessListRoutingProfileTypeIpv6Ipv6EntryArgs{
Name: pulumi.String("20"),
Action: pulumi.String("deny"),
},
},
},
},
})
if err != nil {
return err
}
// Create AS-path access list for IPv6 (AS-path filters work for both IPv4 and IPv6)
ipv6AsPath, err := panos.NewFiltersAsPathAccessListRoutingProfile(ctx, "ipv6_as_path", &panos.FiltersAsPathAccessListRoutingProfileArgs{
Location: &panos.FiltersAsPathAccessListRoutingProfileLocationArgs{
Template: &panos.FiltersAsPathAccessListRoutingProfileLocationTemplateArgs{
Name: bgpTemplate.Name,
},
},
Name: pulumi.String("ipv6-as-path-filter"),
Description: pulumi.String("AS-path filter for IPv6 routes"),
AspathEntries: panos.FiltersAsPathAccessListRoutingProfileAspathEntryArray{
&panos.FiltersAsPathAccessListRoutingProfileAspathEntryArgs{
Name: pulumi.String("1"),
Action: pulumi.String("permit"),
AspathRegex: pulumi.String("^64[0-9]{3}_"),
},
},
})
if err != nil {
return err
}
// BGP Filtering Profile for IPv6
_, err = panos.NewBgpFilteringRoutingProfile(ctx, "ipv6_unicast_filtering", &panos.BgpFilteringRoutingProfileArgs{
Location: &panos.BgpFilteringRoutingProfileLocationArgs{
Template: &panos.BgpFilteringRoutingProfileLocationTemplateArgs{
Name: bgpTemplate.Name,
},
},
Name: pulumi.String("ipv6-unicast-filtering"),
Description: pulumi.String("IPv6 unicast filtering with access lists and AS-path filtering"),
Ipv6: &panos.BgpFilteringRoutingProfileIpv6Args{
Unicast: &panos.BgpFilteringRoutingProfileIpv6UnicastArgs{
InboundNetworkFilters: &panos.BgpFilteringRoutingProfileIpv6UnicastInboundNetworkFiltersArgs{
DistributeList: ipv6InboundAcl.Name,
},
OutboundNetworkFilters: &panos.BgpFilteringRoutingProfileIpv6UnicastOutboundNetworkFiltersArgs{
DistributeList: ipv6OutboundAcl.Name,
},
FilterList: &panos.BgpFilteringRoutingProfileIpv6UnicastFilterListArgs{
Inbound: ipv6AsPath.Name,
Outbound: ipv6AsPath.Name,
},
},
},
})
if err != nil {
return err
}
return nil
})
}
using System.Collections.Generic;
using System.Linq;
using Pulumi;
using Panos = Pulumi.Panos;
return await Deployment.RunAsync(() =>
{
// Create a template for BGP filtering profiles
var bgpTemplate = new Panos.Template("bgp_template", new()
{
Location = new Panos.Inputs.TemplateLocationArgs
{
Panorama = null,
},
Name = "bgp-filtering-template",
});
// Example 1: Basic IPv4 Unicast Filtering with Prefix Lists and Route Maps
// This example demonstrates inbound/outbound network filtering using prefix lists
// and route maps for fine-grained control over advertised and received routes.
// Create prefix lists for network filtering
var ipv4InboundPrefix = new Panos.FiltersPrefixListRoutingProfile("ipv4_inbound_prefix", new()
{
Location = new Panos.Inputs.FiltersPrefixListRoutingProfileLocationArgs
{
Template = new Panos.Inputs.FiltersPrefixListRoutingProfileLocationTemplateArgs
{
Name = bgpTemplate.Name,
},
},
Name = "ipv4-inbound-prefix-list",
Description = "Prefix list for incoming IPv4 routes",
Type = new Panos.Inputs.FiltersPrefixListRoutingProfileTypeArgs
{
Ipv4 = new Panos.Inputs.FiltersPrefixListRoutingProfileTypeIpv4Args
{
Ipv4Entries = new[]
{
new Panos.Inputs.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryArgs
{
Name = "10",
Action = "permit",
Prefix = new Panos.Inputs.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixArgs
{
Entry = new Panos.Inputs.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixEntryArgs
{
Network = "10.0.0.0/8",
},
},
},
new Panos.Inputs.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryArgs
{
Name = "20",
Action = "deny",
Prefix = new Panos.Inputs.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixArgs
{
Entry = new Panos.Inputs.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixEntryArgs
{
Network = "192.168.0.0/16",
},
},
},
},
},
},
});
var ipv4OutboundPrefix = new Panos.FiltersPrefixListRoutingProfile("ipv4_outbound_prefix", new()
{
Location = new Panos.Inputs.FiltersPrefixListRoutingProfileLocationArgs
{
Template = new Panos.Inputs.FiltersPrefixListRoutingProfileLocationTemplateArgs
{
Name = bgpTemplate.Name,
},
},
Name = "ipv4-outbound-prefix-list",
Description = "Prefix list for outgoing IPv4 routes",
Type = new Panos.Inputs.FiltersPrefixListRoutingProfileTypeArgs
{
Ipv4 = new Panos.Inputs.FiltersPrefixListRoutingProfileTypeIpv4Args
{
Ipv4Entries = new[]
{
new Panos.Inputs.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryArgs
{
Name = "10",
Action = "permit",
Prefix = new Panos.Inputs.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixArgs
{
Entry = new Panos.Inputs.FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixEntryArgs
{
Network = "172.16.0.0/12",
GreaterThanOrEqual = 16,
LessThanOrEqual = 24,
},
},
},
},
},
},
});
// Create route maps for advanced filtering
var inboundRouteMap = new Panos.FiltersBgpRouteMapRoutingProfile("inbound_route_map", new()
{
Location = new Panos.Inputs.FiltersBgpRouteMapRoutingProfileLocationArgs
{
Template = new Panos.Inputs.FiltersBgpRouteMapRoutingProfileLocationTemplateArgs
{
Name = bgpTemplate.Name,
},
},
Name = "inbound-route-map",
Description = "Route map for incoming routes",
RouteMaps = new[]
{
new Panos.Inputs.FiltersBgpRouteMapRoutingProfileRouteMapArgs
{
Name = "10",
Action = "permit",
Description = "Permit routes from preferred peers",
},
},
});
var outboundRouteMap = new Panos.FiltersBgpRouteMapRoutingProfile("outbound_route_map", new()
{
Location = new Panos.Inputs.FiltersBgpRouteMapRoutingProfileLocationArgs
{
Template = new Panos.Inputs.FiltersBgpRouteMapRoutingProfileLocationTemplateArgs
{
Name = bgpTemplate.Name,
},
},
Name = "outbound-route-map",
Description = "Route map for outgoing routes",
RouteMaps = new[]
{
new Panos.Inputs.FiltersBgpRouteMapRoutingProfileRouteMapArgs
{
Name = "10",
Action = "permit",
Description = "Advertise local routes",
},
},
});
// BGP Filtering Profile with network filters and route maps
var ipv4UnicastBasic = new Panos.BgpFilteringRoutingProfile("ipv4_unicast_basic", new()
{
Location = new Panos.Inputs.BgpFilteringRoutingProfileLocationArgs
{
Template = new Panos.Inputs.BgpFilteringRoutingProfileLocationTemplateArgs
{
Name = bgpTemplate.Name,
},
},
Name = "ipv4-unicast-basic-filtering",
Description = "Basic IPv4 unicast filtering with prefix lists and route maps",
Ipv4 = new Panos.Inputs.BgpFilteringRoutingProfileIpv4Args
{
Unicast = new Panos.Inputs.BgpFilteringRoutingProfileIpv4UnicastArgs
{
InboundNetworkFilters = new Panos.Inputs.BgpFilteringRoutingProfileIpv4UnicastInboundNetworkFiltersArgs
{
PrefixList = ipv4InboundPrefix.Name,
},
OutboundNetworkFilters = new Panos.Inputs.BgpFilteringRoutingProfileIpv4UnicastOutboundNetworkFiltersArgs
{
PrefixList = ipv4OutboundPrefix.Name,
},
RouteMaps = new Panos.Inputs.BgpFilteringRoutingProfileIpv4UnicastRouteMapsArgs
{
Inbound = inboundRouteMap.Name,
Outbound = outboundRouteMap.Name,
},
},
},
});
// Example 2: IPv4 with Conditional Advertisement and AS-Path Filtering
// This example shows conditional route advertisement based on route existence
// and AS-path filtering for controlling routes based on AS number patterns.
// Create route maps for conditional advertisement
var advertiseMap = new Panos.FiltersBgpRouteMapRoutingProfile("advertise_map", new()
{
Location = new Panos.Inputs.FiltersBgpRouteMapRoutingProfileLocationArgs
{
Template = new Panos.Inputs.FiltersBgpRouteMapRoutingProfileLocationTemplateArgs
{
Name = bgpTemplate.Name,
},
},
Name = "advertise-map",
Description = "Routes to conditionally advertise",
RouteMaps = new[]
{
new Panos.Inputs.FiltersBgpRouteMapRoutingProfileRouteMapArgs
{
Name = "10",
Action = "permit",
},
},
});
var existMap = new Panos.FiltersBgpRouteMapRoutingProfile("exist_map", new()
{
Location = new Panos.Inputs.FiltersBgpRouteMapRoutingProfileLocationArgs
{
Template = new Panos.Inputs.FiltersBgpRouteMapRoutingProfileLocationTemplateArgs
{
Name = bgpTemplate.Name,
},
},
Name = "exist-map",
Description = "Routes that must exist for conditional advertisement",
RouteMaps = new[]
{
new Panos.Inputs.FiltersBgpRouteMapRoutingProfileRouteMapArgs
{
Name = "10",
Action = "permit",
},
},
});
// Create AS-path access lists for filtering
var asPathFilter = new Panos.FiltersAsPathAccessListRoutingProfile("as_path_filter", new()
{
Location = new Panos.Inputs.FiltersAsPathAccessListRoutingProfileLocationArgs
{
Template = new Panos.Inputs.FiltersAsPathAccessListRoutingProfileLocationTemplateArgs
{
Name = bgpTemplate.Name,
},
},
Name = "as-path-filter",
Description = "Filter routes based on AS path",
AspathEntries = new[]
{
new Panos.Inputs.FiltersAsPathAccessListRoutingProfileAspathEntryArgs
{
Name = "1",
Action = "permit",
AspathRegex = "^65000_",
},
new Panos.Inputs.FiltersAsPathAccessListRoutingProfileAspathEntryArgs
{
Name = "2",
Action = "deny",
AspathRegex = "_65001$",
},
},
});
// Create route map for unsuppressing routes
var unsuppressMap = new Panos.FiltersBgpRouteMapRoutingProfile("unsuppress_map", new()
{
Location = new Panos.Inputs.FiltersBgpRouteMapRoutingProfileLocationArgs
{
Template = new Panos.Inputs.FiltersBgpRouteMapRoutingProfileLocationTemplateArgs
{
Name = bgpTemplate.Name,
},
},
Name = "unsuppress-map",
Description = "Routes to unsuppress",
RouteMaps = new[]
{
new Panos.Inputs.FiltersBgpRouteMapRoutingProfileRouteMapArgs
{
Name = "10",
Action = "permit",
},
},
});
// BGP Filtering Profile with conditional advertisement
var ipv4ConditionalAdv = new Panos.BgpFilteringRoutingProfile("ipv4_conditional_adv", new()
{
Location = new Panos.Inputs.BgpFilteringRoutingProfileLocationArgs
{
Template = new Panos.Inputs.BgpFilteringRoutingProfileLocationTemplateArgs
{
Name = bgpTemplate.Name,
},
},
Name = "ipv4-conditional-advertisement",
Description = "IPv4 filtering with conditional advertisement and AS-path filtering",
Ipv4 = new Panos.Inputs.BgpFilteringRoutingProfileIpv4Args
{
Unicast = new Panos.Inputs.BgpFilteringRoutingProfileIpv4UnicastArgs
{
ConditionalAdvertisement = new Panos.Inputs.BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementArgs
{
Exist = new Panos.Inputs.BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementExistArgs
{
AdvertiseMap = advertiseMap.Name,
ExistMap = existMap.Name,
},
},
FilterList = new Panos.Inputs.BgpFilteringRoutingProfileIpv4UnicastFilterListArgs
{
Inbound = asPathFilter.Name,
},
UnsuppressMap = unsuppressMap.Name,
},
},
});
// Example 3: IPv6 Unicast Filtering with Access Lists
// This example demonstrates IPv6 filtering using access lists (distribute lists)
// instead of prefix lists for network-based filtering.
// Create IPv6 access lists
var ipv6InboundAcl = new Panos.FiltersAccessListRoutingProfile("ipv6_inbound_acl", new()
{
Location = new Panos.Inputs.FiltersAccessListRoutingProfileLocationArgs
{
Template = new Panos.Inputs.FiltersAccessListRoutingProfileLocationTemplateArgs
{
Name = bgpTemplate.Name,
},
},
Name = "ipv6-inbound-acl",
Description = "Access list for incoming IPv6 routes",
Type = new Panos.Inputs.FiltersAccessListRoutingProfileTypeArgs
{
Ipv6 = new Panos.Inputs.FiltersAccessListRoutingProfileTypeIpv6Args
{
Ipv6Entries = new[]
{
new Panos.Inputs.FiltersAccessListRoutingProfileTypeIpv6Ipv6EntryArgs
{
Name = "10",
Action = "permit",
},
},
},
},
});
var ipv6OutboundAcl = new Panos.FiltersAccessListRoutingProfile("ipv6_outbound_acl", new()
{
Location = new Panos.Inputs.FiltersAccessListRoutingProfileLocationArgs
{
Template = new Panos.Inputs.FiltersAccessListRoutingProfileLocationTemplateArgs
{
Name = bgpTemplate.Name,
},
},
Name = "ipv6-outbound-acl",
Description = "Access list for outgoing IPv6 routes",
Type = new Panos.Inputs.FiltersAccessListRoutingProfileTypeArgs
{
Ipv6 = new Panos.Inputs.FiltersAccessListRoutingProfileTypeIpv6Args
{
Ipv6Entries = new[]
{
new Panos.Inputs.FiltersAccessListRoutingProfileTypeIpv6Ipv6EntryArgs
{
Name = "10",
Action = "permit",
},
new Panos.Inputs.FiltersAccessListRoutingProfileTypeIpv6Ipv6EntryArgs
{
Name = "20",
Action = "deny",
},
},
},
},
});
// Create AS-path access list for IPv6 (AS-path filters work for both IPv4 and IPv6)
var ipv6AsPath = new Panos.FiltersAsPathAccessListRoutingProfile("ipv6_as_path", new()
{
Location = new Panos.Inputs.FiltersAsPathAccessListRoutingProfileLocationArgs
{
Template = new Panos.Inputs.FiltersAsPathAccessListRoutingProfileLocationTemplateArgs
{
Name = bgpTemplate.Name,
},
},
Name = "ipv6-as-path-filter",
Description = "AS-path filter for IPv6 routes",
AspathEntries = new[]
{
new Panos.Inputs.FiltersAsPathAccessListRoutingProfileAspathEntryArgs
{
Name = "1",
Action = "permit",
AspathRegex = "^64[0-9]{3}_",
},
},
});
// BGP Filtering Profile for IPv6
var ipv6UnicastFiltering = new Panos.BgpFilteringRoutingProfile("ipv6_unicast_filtering", new()
{
Location = new Panos.Inputs.BgpFilteringRoutingProfileLocationArgs
{
Template = new Panos.Inputs.BgpFilteringRoutingProfileLocationTemplateArgs
{
Name = bgpTemplate.Name,
},
},
Name = "ipv6-unicast-filtering",
Description = "IPv6 unicast filtering with access lists and AS-path filtering",
Ipv6 = new Panos.Inputs.BgpFilteringRoutingProfileIpv6Args
{
Unicast = new Panos.Inputs.BgpFilteringRoutingProfileIpv6UnicastArgs
{
InboundNetworkFilters = new Panos.Inputs.BgpFilteringRoutingProfileIpv6UnicastInboundNetworkFiltersArgs
{
DistributeList = ipv6InboundAcl.Name,
},
OutboundNetworkFilters = new Panos.Inputs.BgpFilteringRoutingProfileIpv6UnicastOutboundNetworkFiltersArgs
{
DistributeList = ipv6OutboundAcl.Name,
},
FilterList = new Panos.Inputs.BgpFilteringRoutingProfileIpv6UnicastFilterListArgs
{
Inbound = ipv6AsPath.Name,
Outbound = ipv6AsPath.Name,
},
},
},
});
});
package generated_program;
import com.pulumi.Context;
import com.pulumi.Pulumi;
import com.pulumi.core.Output;
import com.pulumi.panos.Template;
import com.pulumi.panos.TemplateArgs;
import com.pulumi.panos.inputs.TemplateLocationArgs;
import com.pulumi.panos.inputs.TemplateLocationPanoramaArgs;
import com.pulumi.panos.FiltersPrefixListRoutingProfile;
import com.pulumi.panos.FiltersPrefixListRoutingProfileArgs;
import com.pulumi.panos.inputs.FiltersPrefixListRoutingProfileLocationArgs;
import com.pulumi.panos.inputs.FiltersPrefixListRoutingProfileLocationTemplateArgs;
import com.pulumi.panos.inputs.FiltersPrefixListRoutingProfileTypeArgs;
import com.pulumi.panos.inputs.FiltersPrefixListRoutingProfileTypeIpv4Args;
import com.pulumi.panos.FiltersBgpRouteMapRoutingProfile;
import com.pulumi.panos.FiltersBgpRouteMapRoutingProfileArgs;
import com.pulumi.panos.inputs.FiltersBgpRouteMapRoutingProfileLocationArgs;
import com.pulumi.panos.inputs.FiltersBgpRouteMapRoutingProfileLocationTemplateArgs;
import com.pulumi.panos.inputs.FiltersBgpRouteMapRoutingProfileRouteMapArgs;
import com.pulumi.panos.BgpFilteringRoutingProfile;
import com.pulumi.panos.BgpFilteringRoutingProfileArgs;
import com.pulumi.panos.inputs.BgpFilteringRoutingProfileLocationArgs;
import com.pulumi.panos.inputs.BgpFilteringRoutingProfileLocationTemplateArgs;
import com.pulumi.panos.inputs.BgpFilteringRoutingProfileIpv4Args;
import com.pulumi.panos.inputs.BgpFilteringRoutingProfileIpv4UnicastArgs;
import com.pulumi.panos.inputs.BgpFilteringRoutingProfileIpv4UnicastInboundNetworkFiltersArgs;
import com.pulumi.panos.inputs.BgpFilteringRoutingProfileIpv4UnicastOutboundNetworkFiltersArgs;
import com.pulumi.panos.inputs.BgpFilteringRoutingProfileIpv4UnicastRouteMapsArgs;
import com.pulumi.panos.FiltersAsPathAccessListRoutingProfile;
import com.pulumi.panos.FiltersAsPathAccessListRoutingProfileArgs;
import com.pulumi.panos.inputs.FiltersAsPathAccessListRoutingProfileLocationArgs;
import com.pulumi.panos.inputs.FiltersAsPathAccessListRoutingProfileLocationTemplateArgs;
import com.pulumi.panos.inputs.FiltersAsPathAccessListRoutingProfileAspathEntryArgs;
import com.pulumi.panos.inputs.BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementArgs;
import com.pulumi.panos.inputs.BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementExistArgs;
import com.pulumi.panos.inputs.BgpFilteringRoutingProfileIpv4UnicastFilterListArgs;
import com.pulumi.panos.FiltersAccessListRoutingProfile;
import com.pulumi.panos.FiltersAccessListRoutingProfileArgs;
import com.pulumi.panos.inputs.FiltersAccessListRoutingProfileLocationArgs;
import com.pulumi.panos.inputs.FiltersAccessListRoutingProfileLocationTemplateArgs;
import com.pulumi.panos.inputs.FiltersAccessListRoutingProfileTypeArgs;
import com.pulumi.panos.inputs.FiltersAccessListRoutingProfileTypeIpv6Args;
import com.pulumi.panos.inputs.BgpFilteringRoutingProfileIpv6Args;
import com.pulumi.panos.inputs.BgpFilteringRoutingProfileIpv6UnicastArgs;
import com.pulumi.panos.inputs.BgpFilteringRoutingProfileIpv6UnicastInboundNetworkFiltersArgs;
import com.pulumi.panos.inputs.BgpFilteringRoutingProfileIpv6UnicastOutboundNetworkFiltersArgs;
import com.pulumi.panos.inputs.BgpFilteringRoutingProfileIpv6UnicastFilterListArgs;
import java.util.List;
import java.util.ArrayList;
import java.util.Map;
import java.io.File;
import java.nio.file.Files;
import java.nio.file.Paths;
public class App {
public static void main(String[] args) {
Pulumi.run(App::stack);
}
public static void stack(Context ctx) {
// Create a template for BGP filtering profiles
var bgpTemplate = new Template("bgpTemplate", TemplateArgs.builder()
.location(TemplateLocationArgs.builder()
.panorama(TemplateLocationPanoramaArgs.builder()
.build())
.build())
.name("bgp-filtering-template")
.build());
// Example 1: Basic IPv4 Unicast Filtering with Prefix Lists and Route Maps
// This example demonstrates inbound/outbound network filtering using prefix lists
// and route maps for fine-grained control over advertised and received routes.
// Create prefix lists for network filtering
var ipv4InboundPrefix = new FiltersPrefixListRoutingProfile("ipv4InboundPrefix", FiltersPrefixListRoutingProfileArgs.builder()
.location(FiltersPrefixListRoutingProfileLocationArgs.builder()
.template(FiltersPrefixListRoutingProfileLocationTemplateArgs.builder()
.name(bgpTemplate.name())
.build())
.build())
.name("ipv4-inbound-prefix-list")
.description("Prefix list for incoming IPv4 routes")
.type(FiltersPrefixListRoutingProfileTypeArgs.builder()
.ipv4(FiltersPrefixListRoutingProfileTypeIpv4Args.builder()
.ipv4Entries(
FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryArgs.builder()
.name("10")
.action("permit")
.prefix(FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixArgs.builder()
.entry(FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixEntryArgs.builder()
.network("10.0.0.0/8")
.build())
.build())
.build(),
FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryArgs.builder()
.name("20")
.action("deny")
.prefix(FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixArgs.builder()
.entry(FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixEntryArgs.builder()
.network("192.168.0.0/16")
.build())
.build())
.build())
.build())
.build())
.build());
var ipv4OutboundPrefix = new FiltersPrefixListRoutingProfile("ipv4OutboundPrefix", FiltersPrefixListRoutingProfileArgs.builder()
.location(FiltersPrefixListRoutingProfileLocationArgs.builder()
.template(FiltersPrefixListRoutingProfileLocationTemplateArgs.builder()
.name(bgpTemplate.name())
.build())
.build())
.name("ipv4-outbound-prefix-list")
.description("Prefix list for outgoing IPv4 routes")
.type(FiltersPrefixListRoutingProfileTypeArgs.builder()
.ipv4(FiltersPrefixListRoutingProfileTypeIpv4Args.builder()
.ipv4Entries(FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryArgs.builder()
.name("10")
.action("permit")
.prefix(FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixArgs.builder()
.entry(FiltersPrefixListRoutingProfileTypeIpv4Ipv4EntryPrefixEntryArgs.builder()
.network("172.16.0.0/12")
.greaterThanOrEqual(16.0)
.lessThanOrEqual(24.0)
.build())
.build())
.build())
.build())
.build())
.build());
// Create route maps for advanced filtering
var inboundRouteMap = new FiltersBgpRouteMapRoutingProfile("inboundRouteMap", FiltersBgpRouteMapRoutingProfileArgs.builder()
.location(FiltersBgpRouteMapRoutingProfileLocationArgs.builder()
.template(FiltersBgpRouteMapRoutingProfileLocationTemplateArgs.builder()
.name(bgpTemplate.name())
.build())
.build())
.name("inbound-route-map")
.description("Route map for incoming routes")
.routeMaps(FiltersBgpRouteMapRoutingProfileRouteMapArgs.builder()
.name("10")
.action("permit")
.description("Permit routes from preferred peers")
.build())
.build());
var outboundRouteMap = new FiltersBgpRouteMapRoutingProfile("outboundRouteMap", FiltersBgpRouteMapRoutingProfileArgs.builder()
.location(FiltersBgpRouteMapRoutingProfileLocationArgs.builder()
.template(FiltersBgpRouteMapRoutingProfileLocationTemplateArgs.builder()
.name(bgpTemplate.name())
.build())
.build())
.name("outbound-route-map")
.description("Route map for outgoing routes")
.routeMaps(FiltersBgpRouteMapRoutingProfileRouteMapArgs.builder()
.name("10")
.action("permit")
.description("Advertise local routes")
.build())
.build());
// BGP Filtering Profile with network filters and route maps
var ipv4UnicastBasic = new BgpFilteringRoutingProfile("ipv4UnicastBasic", BgpFilteringRoutingProfileArgs.builder()
.location(BgpFilteringRoutingProfileLocationArgs.builder()
.template(BgpFilteringRoutingProfileLocationTemplateArgs.builder()
.name(bgpTemplate.name())
.build())
.build())
.name("ipv4-unicast-basic-filtering")
.description("Basic IPv4 unicast filtering with prefix lists and route maps")
.ipv4(BgpFilteringRoutingProfileIpv4Args.builder()
.unicast(BgpFilteringRoutingProfileIpv4UnicastArgs.builder()
.inboundNetworkFilters(BgpFilteringRoutingProfileIpv4UnicastInboundNetworkFiltersArgs.builder()
.prefixList(ipv4InboundPrefix.name())
.build())
.outboundNetworkFilters(BgpFilteringRoutingProfileIpv4UnicastOutboundNetworkFiltersArgs.builder()
.prefixList(ipv4OutboundPrefix.name())
.build())
.routeMaps(BgpFilteringRoutingProfileIpv4UnicastRouteMapsArgs.builder()
.inbound(inboundRouteMap.name())
.outbound(outboundRouteMap.name())
.build())
.build())
.build())
.build());
// Example 2: IPv4 with Conditional Advertisement and AS-Path Filtering
// This example shows conditional route advertisement based on route existence
// and AS-path filtering for controlling routes based on AS number patterns.
// Create route maps for conditional advertisement
var advertiseMap = new FiltersBgpRouteMapRoutingProfile("advertiseMap", FiltersBgpRouteMapRoutingProfileArgs.builder()
.location(FiltersBgpRouteMapRoutingProfileLocationArgs.builder()
.template(FiltersBgpRouteMapRoutingProfileLocationTemplateArgs.builder()
.name(bgpTemplate.name())
.build())
.build())
.name("advertise-map")
.description("Routes to conditionally advertise")
.routeMaps(FiltersBgpRouteMapRoutingProfileRouteMapArgs.builder()
.name("10")
.action("permit")
.build())
.build());
var existMap = new FiltersBgpRouteMapRoutingProfile("existMap", FiltersBgpRouteMapRoutingProfileArgs.builder()
.location(FiltersBgpRouteMapRoutingProfileLocationArgs.builder()
.template(FiltersBgpRouteMapRoutingProfileLocationTemplateArgs.builder()
.name(bgpTemplate.name())
.build())
.build())
.name("exist-map")
.description("Routes that must exist for conditional advertisement")
.routeMaps(FiltersBgpRouteMapRoutingProfileRouteMapArgs.builder()
.name("10")
.action("permit")
.build())
.build());
// Create AS-path access lists for filtering
var asPathFilter = new FiltersAsPathAccessListRoutingProfile("asPathFilter", FiltersAsPathAccessListRoutingProfileArgs.builder()
.location(FiltersAsPathAccessListRoutingProfileLocationArgs.builder()
.template(FiltersAsPathAccessListRoutingProfileLocationTemplateArgs.builder()
.name(bgpTemplate.name())
.build())
.build())
.name("as-path-filter")
.description("Filter routes based on AS path")
.aspathEntries(
FiltersAsPathAccessListRoutingProfileAspathEntryArgs.builder()
.name("1")
.action("permit")
.aspathRegex("^65000_")
.build(),
FiltersAsPathAccessListRoutingProfileAspathEntryArgs.builder()
.name("2")
.action("deny")
.aspathRegex("_65001$")
.build())
.build());
// Create route map for unsuppressing routes
var unsuppressMap = new FiltersBgpRouteMapRoutingProfile("unsuppressMap", FiltersBgpRouteMapRoutingProfileArgs.builder()
.location(FiltersBgpRouteMapRoutingProfileLocationArgs.builder()
.template(FiltersBgpRouteMapRoutingProfileLocationTemplateArgs.builder()
.name(bgpTemplate.name())
.build())
.build())
.name("unsuppress-map")
.description("Routes to unsuppress")
.routeMaps(FiltersBgpRouteMapRoutingProfileRouteMapArgs.builder()
.name("10")
.action("permit")
.build())
.build());
// BGP Filtering Profile with conditional advertisement
var ipv4ConditionalAdv = new BgpFilteringRoutingProfile("ipv4ConditionalAdv", BgpFilteringRoutingProfileArgs.builder()
.location(BgpFilteringRoutingProfileLocationArgs.builder()
.template(BgpFilteringRoutingProfileLocationTemplateArgs.builder()
.name(bgpTemplate.name())
.build())
.build())
.name("ipv4-conditional-advertisement")
.description("IPv4 filtering with conditional advertisement and AS-path filtering")
.ipv4(BgpFilteringRoutingProfileIpv4Args.builder()
.unicast(BgpFilteringRoutingProfileIpv4UnicastArgs.builder()
.conditionalAdvertisement(BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementArgs.builder()
.exist(BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementExistArgs.builder()
.advertiseMap(advertiseMap.name())
.existMap(existMap.name())
.build())
.build())
.filterList(BgpFilteringRoutingProfileIpv4UnicastFilterListArgs.builder()
.inbound(asPathFilter.name())
.build())
.unsuppressMap(unsuppressMap.name())
.build())
.build())
.build());
// Example 3: IPv6 Unicast Filtering with Access Lists
// This example demonstrates IPv6 filtering using access lists (distribute lists)
// instead of prefix lists for network-based filtering.
// Create IPv6 access lists
var ipv6InboundAcl = new FiltersAccessListRoutingProfile("ipv6InboundAcl", FiltersAccessListRoutingProfileArgs.builder()
.location(FiltersAccessListRoutingProfileLocationArgs.builder()
.template(FiltersAccessListRoutingProfileLocationTemplateArgs.builder()
.name(bgpTemplate.name())
.build())
.build())
.name("ipv6-inbound-acl")
.description("Access list for incoming IPv6 routes")
.type(FiltersAccessListRoutingProfileTypeArgs.builder()
.ipv6(FiltersAccessListRoutingProfileTypeIpv6Args.builder()
.ipv6Entries(FiltersAccessListRoutingProfileTypeIpv6Ipv6EntryArgs.builder()
.name("10")
.action("permit")
.build())
.build())
.build())
.build());
var ipv6OutboundAcl = new FiltersAccessListRoutingProfile("ipv6OutboundAcl", FiltersAccessListRoutingProfileArgs.builder()
.location(FiltersAccessListRoutingProfileLocationArgs.builder()
.template(FiltersAccessListRoutingProfileLocationTemplateArgs.builder()
.name(bgpTemplate.name())
.build())
.build())
.name("ipv6-outbound-acl")
.description("Access list for outgoing IPv6 routes")
.type(FiltersAccessListRoutingProfileTypeArgs.builder()
.ipv6(FiltersAccessListRoutingProfileTypeIpv6Args.builder()
.ipv6Entries(
FiltersAccessListRoutingProfileTypeIpv6Ipv6EntryArgs.builder()
.name("10")
.action("permit")
.build(),
FiltersAccessListRoutingProfileTypeIpv6Ipv6EntryArgs.builder()
.name("20")
.action("deny")
.build())
.build())
.build())
.build());
// Create AS-path access list for IPv6 (AS-path filters work for both IPv4 and IPv6)
var ipv6AsPath = new FiltersAsPathAccessListRoutingProfile("ipv6AsPath", FiltersAsPathAccessListRoutingProfileArgs.builder()
.location(FiltersAsPathAccessListRoutingProfileLocationArgs.builder()
.template(FiltersAsPathAccessListRoutingProfileLocationTemplateArgs.builder()
.name(bgpTemplate.name())
.build())
.build())
.name("ipv6-as-path-filter")
.description("AS-path filter for IPv6 routes")
.aspathEntries(FiltersAsPathAccessListRoutingProfileAspathEntryArgs.builder()
.name("1")
.action("permit")
.aspathRegex("^64[0-9]{3}_")
.build())
.build());
// BGP Filtering Profile for IPv6
var ipv6UnicastFiltering = new BgpFilteringRoutingProfile("ipv6UnicastFiltering", BgpFilteringRoutingProfileArgs.builder()
.location(BgpFilteringRoutingProfileLocationArgs.builder()
.template(BgpFilteringRoutingProfileLocationTemplateArgs.builder()
.name(bgpTemplate.name())
.build())
.build())
.name("ipv6-unicast-filtering")
.description("IPv6 unicast filtering with access lists and AS-path filtering")
.ipv6(BgpFilteringRoutingProfileIpv6Args.builder()
.unicast(BgpFilteringRoutingProfileIpv6UnicastArgs.builder()
.inboundNetworkFilters(BgpFilteringRoutingProfileIpv6UnicastInboundNetworkFiltersArgs.builder()
.distributeList(ipv6InboundAcl.name())
.build())
.outboundNetworkFilters(BgpFilteringRoutingProfileIpv6UnicastOutboundNetworkFiltersArgs.builder()
.distributeList(ipv6OutboundAcl.name())
.build())
.filterList(BgpFilteringRoutingProfileIpv6UnicastFilterListArgs.builder()
.inbound(ipv6AsPath.name())
.outbound(ipv6AsPath.name())
.build())
.build())
.build())
.build());
}
}
resources:
# Create a template for BGP filtering profiles
bgpTemplate: # Example 1: Basic IPv4 Unicast Filtering with Prefix Lists and Route Maps
# This example demonstrates inbound/outbound network filtering using prefix lists
# and route maps for fine-grained control over advertised and received routes.
type: panos:Template
name: bgp_template
properties:
location:
panorama: {}
name: bgp-filtering-template
# Create prefix lists for network filtering
ipv4InboundPrefix:
type: panos:FiltersPrefixListRoutingProfile
name: ipv4_inbound_prefix
properties:
location:
template:
name: ${bgpTemplate.name}
name: ipv4-inbound-prefix-list
description: Prefix list for incoming IPv4 routes
type:
ipv4:
ipv4Entries:
- name: '10'
action: permit
prefix:
entry:
network: 10.0.0.0/8
- name: '20'
action: deny
prefix:
entry:
network: 192.168.0.0/16
ipv4OutboundPrefix:
type: panos:FiltersPrefixListRoutingProfile
name: ipv4_outbound_prefix
properties:
location:
template:
name: ${bgpTemplate.name}
name: ipv4-outbound-prefix-list
description: Prefix list for outgoing IPv4 routes
type:
ipv4:
ipv4Entries:
- name: '10'
action: permit
prefix:
entry:
network: 172.16.0.0/12
greaterThanOrEqual: 16
lessThanOrEqual: 24
# Create route maps for advanced filtering
inboundRouteMap:
type: panos:FiltersBgpRouteMapRoutingProfile
name: inbound_route_map
properties:
location:
template:
name: ${bgpTemplate.name}
name: inbound-route-map
description: Route map for incoming routes
routeMaps:
- name: '10'
action: permit
description: Permit routes from preferred peers
outboundRouteMap:
type: panos:FiltersBgpRouteMapRoutingProfile
name: outbound_route_map
properties:
location:
template:
name: ${bgpTemplate.name}
name: outbound-route-map
description: Route map for outgoing routes
routeMaps:
- name: '10'
action: permit
description: Advertise local routes
# BGP Filtering Profile with network filters and route maps
ipv4UnicastBasic: # Example 2: IPv4 with Conditional Advertisement and AS-Path Filtering
# This example shows conditional route advertisement based on route existence
# and AS-path filtering for controlling routes based on AS number patterns.
type: panos:BgpFilteringRoutingProfile
name: ipv4_unicast_basic
properties:
location:
template:
name: ${bgpTemplate.name}
name: ipv4-unicast-basic-filtering
description: Basic IPv4 unicast filtering with prefix lists and route maps
ipv4:
unicast:
inboundNetworkFilters:
prefixList: ${ipv4InboundPrefix.name}
outboundNetworkFilters:
prefixList: ${ipv4OutboundPrefix.name}
routeMaps:
inbound: ${inboundRouteMap.name}
outbound: ${outboundRouteMap.name}
# Create route maps for conditional advertisement
advertiseMap:
type: panos:FiltersBgpRouteMapRoutingProfile
name: advertise_map
properties:
location:
template:
name: ${bgpTemplate.name}
name: advertise-map
description: Routes to conditionally advertise
routeMaps:
- name: '10'
action: permit
existMap:
type: panos:FiltersBgpRouteMapRoutingProfile
name: exist_map
properties:
location:
template:
name: ${bgpTemplate.name}
name: exist-map
description: Routes that must exist for conditional advertisement
routeMaps:
- name: '10'
action: permit
# Create AS-path access lists for filtering
asPathFilter:
type: panos:FiltersAsPathAccessListRoutingProfile
name: as_path_filter
properties:
location:
template:
name: ${bgpTemplate.name}
name: as-path-filter
description: Filter routes based on AS path
aspathEntries:
- name: '1'
action: permit
aspathRegex: ^65000_
- name: '2'
action: deny
aspathRegex: _65001$
# Create route map for unsuppressing routes
unsuppressMap:
type: panos:FiltersBgpRouteMapRoutingProfile
name: unsuppress_map
properties:
location:
template:
name: ${bgpTemplate.name}
name: unsuppress-map
description: Routes to unsuppress
routeMaps:
- name: '10'
action: permit
# BGP Filtering Profile with conditional advertisement
ipv4ConditionalAdv: # Example 3: IPv6 Unicast Filtering with Access Lists
# This example demonstrates IPv6 filtering using access lists (distribute lists)
# instead of prefix lists for network-based filtering.
type: panos:BgpFilteringRoutingProfile
name: ipv4_conditional_adv
properties:
location:
template:
name: ${bgpTemplate.name}
name: ipv4-conditional-advertisement
description: IPv4 filtering with conditional advertisement and AS-path filtering
ipv4:
unicast:
conditionalAdvertisement:
exist:
advertiseMap: ${advertiseMap.name}
existMap: ${existMap.name}
filterList:
inbound: ${asPathFilter.name}
unsuppressMap: ${unsuppressMap.name}
# Create IPv6 access lists
ipv6InboundAcl:
type: panos:FiltersAccessListRoutingProfile
name: ipv6_inbound_acl
properties:
location:
template:
name: ${bgpTemplate.name}
name: ipv6-inbound-acl
description: Access list for incoming IPv6 routes
type:
ipv6:
ipv6Entries:
- name: '10'
action: permit
ipv6OutboundAcl:
type: panos:FiltersAccessListRoutingProfile
name: ipv6_outbound_acl
properties:
location:
template:
name: ${bgpTemplate.name}
name: ipv6-outbound-acl
description: Access list for outgoing IPv6 routes
type:
ipv6:
ipv6Entries:
- name: '10'
action: permit
- name: '20'
action: deny
# Create AS-path access list for IPv6 (AS-path filters work for both IPv4 and IPv6)
ipv6AsPath:
type: panos:FiltersAsPathAccessListRoutingProfile
name: ipv6_as_path
properties:
location:
template:
name: ${bgpTemplate.name}
name: ipv6-as-path-filter
description: AS-path filter for IPv6 routes
aspathEntries:
- name: '1'
action: permit
aspathRegex: ^64[0-9]{3}_
# BGP Filtering Profile for IPv6
ipv6UnicastFiltering:
type: panos:BgpFilteringRoutingProfile
name: ipv6_unicast_filtering
properties:
location:
template:
name: ${bgpTemplate.name}
name: ipv6-unicast-filtering
description: IPv6 unicast filtering with access lists and AS-path filtering
ipv6:
unicast:
inboundNetworkFilters:
distributeList: ${ipv6InboundAcl.name}
outboundNetworkFilters:
distributeList: ${ipv6OutboundAcl.name}
filterList:
inbound: ${ipv6AsPath.name}
outbound: ${ipv6AsPath.name}
Create BgpFilteringRoutingProfile Resource
Resources are created with functions called constructors. To learn more about declaring and configuring resources, see Resources.
Constructor syntax
new BgpFilteringRoutingProfile(name: string, args: BgpFilteringRoutingProfileArgs, opts?: CustomResourceOptions);@overload
def BgpFilteringRoutingProfile(resource_name: str,
args: BgpFilteringRoutingProfileArgs,
opts: Optional[ResourceOptions] = None)
@overload
def BgpFilteringRoutingProfile(resource_name: str,
opts: Optional[ResourceOptions] = None,
location: Optional[BgpFilteringRoutingProfileLocationArgs] = None,
description: Optional[str] = None,
ipv4: Optional[BgpFilteringRoutingProfileIpv4Args] = None,
ipv6: Optional[BgpFilteringRoutingProfileIpv6Args] = None,
name: Optional[str] = None)func NewBgpFilteringRoutingProfile(ctx *Context, name string, args BgpFilteringRoutingProfileArgs, opts ...ResourceOption) (*BgpFilteringRoutingProfile, error)public BgpFilteringRoutingProfile(string name, BgpFilteringRoutingProfileArgs args, CustomResourceOptions? opts = null)
public BgpFilteringRoutingProfile(String name, BgpFilteringRoutingProfileArgs args)
public BgpFilteringRoutingProfile(String name, BgpFilteringRoutingProfileArgs args, CustomResourceOptions options)
type: panos:BgpFilteringRoutingProfile
properties: # The arguments to resource properties.
options: # Bag of options to control resource's behavior.
Parameters
- name string
- The unique name of the resource.
- args BgpFilteringRoutingProfileArgs
- The arguments to resource properties.
- opts CustomResourceOptions
- Bag of options to control resource's behavior.
- resource_name str
- The unique name of the resource.
- args BgpFilteringRoutingProfileArgs
- The arguments to resource properties.
- opts ResourceOptions
- Bag of options to control resource's behavior.
- ctx Context
- Context object for the current deployment.
- name string
- The unique name of the resource.
- args BgpFilteringRoutingProfileArgs
- The arguments to resource properties.
- opts ResourceOption
- Bag of options to control resource's behavior.
- name string
- The unique name of the resource.
- args BgpFilteringRoutingProfileArgs
- The arguments to resource properties.
- opts CustomResourceOptions
- Bag of options to control resource's behavior.
- name String
- The unique name of the resource.
- args BgpFilteringRoutingProfileArgs
- The arguments to resource properties.
- options CustomResourceOptions
- Bag of options to control resource's behavior.
Constructor example
The following reference example uses placeholder values for all input properties.
var bgpFilteringRoutingProfileResource = new Panos.BgpFilteringRoutingProfile("bgpFilteringRoutingProfileResource", new()
{
Location = new Panos.Inputs.BgpFilteringRoutingProfileLocationArgs
{
Ngfw = new Panos.Inputs.BgpFilteringRoutingProfileLocationNgfwArgs
{
NgfwDevice = "string",
},
Template = new Panos.Inputs.BgpFilteringRoutingProfileLocationTemplateArgs
{
Name = "string",
NgfwDevice = "string",
PanoramaDevice = "string",
},
TemplateStack = new Panos.Inputs.BgpFilteringRoutingProfileLocationTemplateStackArgs
{
Name = "string",
NgfwDevice = "string",
PanoramaDevice = "string",
},
},
Description = "string",
Ipv4 = new Panos.Inputs.BgpFilteringRoutingProfileIpv4Args
{
Multicast = new Panos.Inputs.BgpFilteringRoutingProfileIpv4MulticastArgs
{
ConditionalAdvertisement = new Panos.Inputs.BgpFilteringRoutingProfileIpv4MulticastConditionalAdvertisementArgs
{
Exist = new Panos.Inputs.BgpFilteringRoutingProfileIpv4MulticastConditionalAdvertisementExistArgs
{
AdvertiseMap = "string",
ExistMap = "string",
},
NonExist = new Panos.Inputs.BgpFilteringRoutingProfileIpv4MulticastConditionalAdvertisementNonExistArgs
{
AdvertiseMap = "string",
NonExistMap = "string",
},
},
FilterList = new Panos.Inputs.BgpFilteringRoutingProfileIpv4MulticastFilterListArgs
{
Inbound = "string",
Outbound = "string",
},
InboundNetworkFilters = new Panos.Inputs.BgpFilteringRoutingProfileIpv4MulticastInboundNetworkFiltersArgs
{
DistributeList = "string",
PrefixList = "string",
},
Inherit = false,
OutboundNetworkFilters = new Panos.Inputs.BgpFilteringRoutingProfileIpv4MulticastOutboundNetworkFiltersArgs
{
DistributeList = "string",
PrefixList = "string",
},
RouteMaps = new Panos.Inputs.BgpFilteringRoutingProfileIpv4MulticastRouteMapsArgs
{
Inbound = "string",
Outbound = "string",
},
UnsuppressMap = "string",
},
Unicast = new Panos.Inputs.BgpFilteringRoutingProfileIpv4UnicastArgs
{
ConditionalAdvertisement = new Panos.Inputs.BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementArgs
{
Exist = new Panos.Inputs.BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementExistArgs
{
AdvertiseMap = "string",
ExistMap = "string",
},
NonExist = new Panos.Inputs.BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementNonExistArgs
{
AdvertiseMap = "string",
NonExistMap = "string",
},
},
FilterList = new Panos.Inputs.BgpFilteringRoutingProfileIpv4UnicastFilterListArgs
{
Inbound = "string",
Outbound = "string",
},
InboundNetworkFilters = new Panos.Inputs.BgpFilteringRoutingProfileIpv4UnicastInboundNetworkFiltersArgs
{
DistributeList = "string",
PrefixList = "string",
},
OutboundNetworkFilters = new Panos.Inputs.BgpFilteringRoutingProfileIpv4UnicastOutboundNetworkFiltersArgs
{
DistributeList = "string",
PrefixList = "string",
},
RouteMaps = new Panos.Inputs.BgpFilteringRoutingProfileIpv4UnicastRouteMapsArgs
{
Inbound = "string",
Outbound = "string",
},
UnsuppressMap = "string",
},
},
Ipv6 = new Panos.Inputs.BgpFilteringRoutingProfileIpv6Args
{
Unicast = new Panos.Inputs.BgpFilteringRoutingProfileIpv6UnicastArgs
{
ConditionalAdvertisement = new Panos.Inputs.BgpFilteringRoutingProfileIpv6UnicastConditionalAdvertisementArgs
{
Exist = new Panos.Inputs.BgpFilteringRoutingProfileIpv6UnicastConditionalAdvertisementExistArgs
{
AdvertiseMap = "string",
ExistMap = "string",
},
NonExist = new Panos.Inputs.BgpFilteringRoutingProfileIpv6UnicastConditionalAdvertisementNonExistArgs
{
AdvertiseMap = "string",
NonExistMap = "string",
},
},
FilterList = new Panos.Inputs.BgpFilteringRoutingProfileIpv6UnicastFilterListArgs
{
Inbound = "string",
Outbound = "string",
},
InboundNetworkFilters = new Panos.Inputs.BgpFilteringRoutingProfileIpv6UnicastInboundNetworkFiltersArgs
{
DistributeList = "string",
PrefixList = "string",
},
OutboundNetworkFilters = new Panos.Inputs.BgpFilteringRoutingProfileIpv6UnicastOutboundNetworkFiltersArgs
{
DistributeList = "string",
PrefixList = "string",
},
RouteMaps = new Panos.Inputs.BgpFilteringRoutingProfileIpv6UnicastRouteMapsArgs
{
Inbound = "string",
Outbound = "string",
},
UnsuppressMap = "string",
},
},
Name = "string",
});
example, err := panos.NewBgpFilteringRoutingProfile(ctx, "bgpFilteringRoutingProfileResource", &panos.BgpFilteringRoutingProfileArgs{
Location: &panos.BgpFilteringRoutingProfileLocationArgs{
Ngfw: &panos.BgpFilteringRoutingProfileLocationNgfwArgs{
NgfwDevice: pulumi.String("string"),
},
Template: &panos.BgpFilteringRoutingProfileLocationTemplateArgs{
Name: pulumi.String("string"),
NgfwDevice: pulumi.String("string"),
PanoramaDevice: pulumi.String("string"),
},
TemplateStack: &panos.BgpFilteringRoutingProfileLocationTemplateStackArgs{
Name: pulumi.String("string"),
NgfwDevice: pulumi.String("string"),
PanoramaDevice: pulumi.String("string"),
},
},
Description: pulumi.String("string"),
Ipv4: &panos.BgpFilteringRoutingProfileIpv4Args{
Multicast: &panos.BgpFilteringRoutingProfileIpv4MulticastArgs{
ConditionalAdvertisement: &panos.BgpFilteringRoutingProfileIpv4MulticastConditionalAdvertisementArgs{
Exist: &panos.BgpFilteringRoutingProfileIpv4MulticastConditionalAdvertisementExistArgs{
AdvertiseMap: pulumi.String("string"),
ExistMap: pulumi.String("string"),
},
NonExist: &panos.BgpFilteringRoutingProfileIpv4MulticastConditionalAdvertisementNonExistArgs{
AdvertiseMap: pulumi.String("string"),
NonExistMap: pulumi.String("string"),
},
},
FilterList: &panos.BgpFilteringRoutingProfileIpv4MulticastFilterListArgs{
Inbound: pulumi.String("string"),
Outbound: pulumi.String("string"),
},
InboundNetworkFilters: &panos.BgpFilteringRoutingProfileIpv4MulticastInboundNetworkFiltersArgs{
DistributeList: pulumi.String("string"),
PrefixList: pulumi.String("string"),
},
Inherit: pulumi.Bool(false),
OutboundNetworkFilters: &panos.BgpFilteringRoutingProfileIpv4MulticastOutboundNetworkFiltersArgs{
DistributeList: pulumi.String("string"),
PrefixList: pulumi.String("string"),
},
RouteMaps: &panos.BgpFilteringRoutingProfileIpv4MulticastRouteMapsArgs{
Inbound: pulumi.String("string"),
Outbound: pulumi.String("string"),
},
UnsuppressMap: pulumi.String("string"),
},
Unicast: &panos.BgpFilteringRoutingProfileIpv4UnicastArgs{
ConditionalAdvertisement: &panos.BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementArgs{
Exist: &panos.BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementExistArgs{
AdvertiseMap: pulumi.String("string"),
ExistMap: pulumi.String("string"),
},
NonExist: &panos.BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementNonExistArgs{
AdvertiseMap: pulumi.String("string"),
NonExistMap: pulumi.String("string"),
},
},
FilterList: &panos.BgpFilteringRoutingProfileIpv4UnicastFilterListArgs{
Inbound: pulumi.String("string"),
Outbound: pulumi.String("string"),
},
InboundNetworkFilters: &panos.BgpFilteringRoutingProfileIpv4UnicastInboundNetworkFiltersArgs{
DistributeList: pulumi.String("string"),
PrefixList: pulumi.String("string"),
},
OutboundNetworkFilters: &panos.BgpFilteringRoutingProfileIpv4UnicastOutboundNetworkFiltersArgs{
DistributeList: pulumi.String("string"),
PrefixList: pulumi.String("string"),
},
RouteMaps: &panos.BgpFilteringRoutingProfileIpv4UnicastRouteMapsArgs{
Inbound: pulumi.String("string"),
Outbound: pulumi.String("string"),
},
UnsuppressMap: pulumi.String("string"),
},
},
Ipv6: &panos.BgpFilteringRoutingProfileIpv6Args{
Unicast: &panos.BgpFilteringRoutingProfileIpv6UnicastArgs{
ConditionalAdvertisement: &panos.BgpFilteringRoutingProfileIpv6UnicastConditionalAdvertisementArgs{
Exist: &panos.BgpFilteringRoutingProfileIpv6UnicastConditionalAdvertisementExistArgs{
AdvertiseMap: pulumi.String("string"),
ExistMap: pulumi.String("string"),
},
NonExist: &panos.BgpFilteringRoutingProfileIpv6UnicastConditionalAdvertisementNonExistArgs{
AdvertiseMap: pulumi.String("string"),
NonExistMap: pulumi.String("string"),
},
},
FilterList: &panos.BgpFilteringRoutingProfileIpv6UnicastFilterListArgs{
Inbound: pulumi.String("string"),
Outbound: pulumi.String("string"),
},
InboundNetworkFilters: &panos.BgpFilteringRoutingProfileIpv6UnicastInboundNetworkFiltersArgs{
DistributeList: pulumi.String("string"),
PrefixList: pulumi.String("string"),
},
OutboundNetworkFilters: &panos.BgpFilteringRoutingProfileIpv6UnicastOutboundNetworkFiltersArgs{
DistributeList: pulumi.String("string"),
PrefixList: pulumi.String("string"),
},
RouteMaps: &panos.BgpFilteringRoutingProfileIpv6UnicastRouteMapsArgs{
Inbound: pulumi.String("string"),
Outbound: pulumi.String("string"),
},
UnsuppressMap: pulumi.String("string"),
},
},
Name: pulumi.String("string"),
})
var bgpFilteringRoutingProfileResource = new BgpFilteringRoutingProfile("bgpFilteringRoutingProfileResource", BgpFilteringRoutingProfileArgs.builder()
.location(BgpFilteringRoutingProfileLocationArgs.builder()
.ngfw(BgpFilteringRoutingProfileLocationNgfwArgs.builder()
.ngfwDevice("string")
.build())
.template(BgpFilteringRoutingProfileLocationTemplateArgs.builder()
.name("string")
.ngfwDevice("string")
.panoramaDevice("string")
.build())
.templateStack(BgpFilteringRoutingProfileLocationTemplateStackArgs.builder()
.name("string")
.ngfwDevice("string")
.panoramaDevice("string")
.build())
.build())
.description("string")
.ipv4(BgpFilteringRoutingProfileIpv4Args.builder()
.multicast(BgpFilteringRoutingProfileIpv4MulticastArgs.builder()
.conditionalAdvertisement(BgpFilteringRoutingProfileIpv4MulticastConditionalAdvertisementArgs.builder()
.exist(BgpFilteringRoutingProfileIpv4MulticastConditionalAdvertisementExistArgs.builder()
.advertiseMap("string")
.existMap("string")
.build())
.nonExist(BgpFilteringRoutingProfileIpv4MulticastConditionalAdvertisementNonExistArgs.builder()
.advertiseMap("string")
.nonExistMap("string")
.build())
.build())
.filterList(BgpFilteringRoutingProfileIpv4MulticastFilterListArgs.builder()
.inbound("string")
.outbound("string")
.build())
.inboundNetworkFilters(BgpFilteringRoutingProfileIpv4MulticastInboundNetworkFiltersArgs.builder()
.distributeList("string")
.prefixList("string")
.build())
.inherit(false)
.outboundNetworkFilters(BgpFilteringRoutingProfileIpv4MulticastOutboundNetworkFiltersArgs.builder()
.distributeList("string")
.prefixList("string")
.build())
.routeMaps(BgpFilteringRoutingProfileIpv4MulticastRouteMapsArgs.builder()
.inbound("string")
.outbound("string")
.build())
.unsuppressMap("string")
.build())
.unicast(BgpFilteringRoutingProfileIpv4UnicastArgs.builder()
.conditionalAdvertisement(BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementArgs.builder()
.exist(BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementExistArgs.builder()
.advertiseMap("string")
.existMap("string")
.build())
.nonExist(BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementNonExistArgs.builder()
.advertiseMap("string")
.nonExistMap("string")
.build())
.build())
.filterList(BgpFilteringRoutingProfileIpv4UnicastFilterListArgs.builder()
.inbound("string")
.outbound("string")
.build())
.inboundNetworkFilters(BgpFilteringRoutingProfileIpv4UnicastInboundNetworkFiltersArgs.builder()
.distributeList("string")
.prefixList("string")
.build())
.outboundNetworkFilters(BgpFilteringRoutingProfileIpv4UnicastOutboundNetworkFiltersArgs.builder()
.distributeList("string")
.prefixList("string")
.build())
.routeMaps(BgpFilteringRoutingProfileIpv4UnicastRouteMapsArgs.builder()
.inbound("string")
.outbound("string")
.build())
.unsuppressMap("string")
.build())
.build())
.ipv6(BgpFilteringRoutingProfileIpv6Args.builder()
.unicast(BgpFilteringRoutingProfileIpv6UnicastArgs.builder()
.conditionalAdvertisement(BgpFilteringRoutingProfileIpv6UnicastConditionalAdvertisementArgs.builder()
.exist(BgpFilteringRoutingProfileIpv6UnicastConditionalAdvertisementExistArgs.builder()
.advertiseMap("string")
.existMap("string")
.build())
.nonExist(BgpFilteringRoutingProfileIpv6UnicastConditionalAdvertisementNonExistArgs.builder()
.advertiseMap("string")
.nonExistMap("string")
.build())
.build())
.filterList(BgpFilteringRoutingProfileIpv6UnicastFilterListArgs.builder()
.inbound("string")
.outbound("string")
.build())
.inboundNetworkFilters(BgpFilteringRoutingProfileIpv6UnicastInboundNetworkFiltersArgs.builder()
.distributeList("string")
.prefixList("string")
.build())
.outboundNetworkFilters(BgpFilteringRoutingProfileIpv6UnicastOutboundNetworkFiltersArgs.builder()
.distributeList("string")
.prefixList("string")
.build())
.routeMaps(BgpFilteringRoutingProfileIpv6UnicastRouteMapsArgs.builder()
.inbound("string")
.outbound("string")
.build())
.unsuppressMap("string")
.build())
.build())
.name("string")
.build());
bgp_filtering_routing_profile_resource = panos.BgpFilteringRoutingProfile("bgpFilteringRoutingProfileResource",
location={
"ngfw": {
"ngfw_device": "string",
},
"template": {
"name": "string",
"ngfw_device": "string",
"panorama_device": "string",
},
"template_stack": {
"name": "string",
"ngfw_device": "string",
"panorama_device": "string",
},
},
description="string",
ipv4={
"multicast": {
"conditional_advertisement": {
"exist": {
"advertise_map": "string",
"exist_map": "string",
},
"non_exist": {
"advertise_map": "string",
"non_exist_map": "string",
},
},
"filter_list": {
"inbound": "string",
"outbound": "string",
},
"inbound_network_filters": {
"distribute_list": "string",
"prefix_list": "string",
},
"inherit": False,
"outbound_network_filters": {
"distribute_list": "string",
"prefix_list": "string",
},
"route_maps": {
"inbound": "string",
"outbound": "string",
},
"unsuppress_map": "string",
},
"unicast": {
"conditional_advertisement": {
"exist": {
"advertise_map": "string",
"exist_map": "string",
},
"non_exist": {
"advertise_map": "string",
"non_exist_map": "string",
},
},
"filter_list": {
"inbound": "string",
"outbound": "string",
},
"inbound_network_filters": {
"distribute_list": "string",
"prefix_list": "string",
},
"outbound_network_filters": {
"distribute_list": "string",
"prefix_list": "string",
},
"route_maps": {
"inbound": "string",
"outbound": "string",
},
"unsuppress_map": "string",
},
},
ipv6={
"unicast": {
"conditional_advertisement": {
"exist": {
"advertise_map": "string",
"exist_map": "string",
},
"non_exist": {
"advertise_map": "string",
"non_exist_map": "string",
},
},
"filter_list": {
"inbound": "string",
"outbound": "string",
},
"inbound_network_filters": {
"distribute_list": "string",
"prefix_list": "string",
},
"outbound_network_filters": {
"distribute_list": "string",
"prefix_list": "string",
},
"route_maps": {
"inbound": "string",
"outbound": "string",
},
"unsuppress_map": "string",
},
},
name="string")
const bgpFilteringRoutingProfileResource = new panos.BgpFilteringRoutingProfile("bgpFilteringRoutingProfileResource", {
location: {
ngfw: {
ngfwDevice: "string",
},
template: {
name: "string",
ngfwDevice: "string",
panoramaDevice: "string",
},
templateStack: {
name: "string",
ngfwDevice: "string",
panoramaDevice: "string",
},
},
description: "string",
ipv4: {
multicast: {
conditionalAdvertisement: {
exist: {
advertiseMap: "string",
existMap: "string",
},
nonExist: {
advertiseMap: "string",
nonExistMap: "string",
},
},
filterList: {
inbound: "string",
outbound: "string",
},
inboundNetworkFilters: {
distributeList: "string",
prefixList: "string",
},
inherit: false,
outboundNetworkFilters: {
distributeList: "string",
prefixList: "string",
},
routeMaps: {
inbound: "string",
outbound: "string",
},
unsuppressMap: "string",
},
unicast: {
conditionalAdvertisement: {
exist: {
advertiseMap: "string",
existMap: "string",
},
nonExist: {
advertiseMap: "string",
nonExistMap: "string",
},
},
filterList: {
inbound: "string",
outbound: "string",
},
inboundNetworkFilters: {
distributeList: "string",
prefixList: "string",
},
outboundNetworkFilters: {
distributeList: "string",
prefixList: "string",
},
routeMaps: {
inbound: "string",
outbound: "string",
},
unsuppressMap: "string",
},
},
ipv6: {
unicast: {
conditionalAdvertisement: {
exist: {
advertiseMap: "string",
existMap: "string",
},
nonExist: {
advertiseMap: "string",
nonExistMap: "string",
},
},
filterList: {
inbound: "string",
outbound: "string",
},
inboundNetworkFilters: {
distributeList: "string",
prefixList: "string",
},
outboundNetworkFilters: {
distributeList: "string",
prefixList: "string",
},
routeMaps: {
inbound: "string",
outbound: "string",
},
unsuppressMap: "string",
},
},
name: "string",
});
type: panos:BgpFilteringRoutingProfile
properties:
description: string
ipv4:
multicast:
conditionalAdvertisement:
exist:
advertiseMap: string
existMap: string
nonExist:
advertiseMap: string
nonExistMap: string
filterList:
inbound: string
outbound: string
inboundNetworkFilters:
distributeList: string
prefixList: string
inherit: false
outboundNetworkFilters:
distributeList: string
prefixList: string
routeMaps:
inbound: string
outbound: string
unsuppressMap: string
unicast:
conditionalAdvertisement:
exist:
advertiseMap: string
existMap: string
nonExist:
advertiseMap: string
nonExistMap: string
filterList:
inbound: string
outbound: string
inboundNetworkFilters:
distributeList: string
prefixList: string
outboundNetworkFilters:
distributeList: string
prefixList: string
routeMaps:
inbound: string
outbound: string
unsuppressMap: string
ipv6:
unicast:
conditionalAdvertisement:
exist:
advertiseMap: string
existMap: string
nonExist:
advertiseMap: string
nonExistMap: string
filterList:
inbound: string
outbound: string
inboundNetworkFilters:
distributeList: string
prefixList: string
outboundNetworkFilters:
distributeList: string
prefixList: string
routeMaps:
inbound: string
outbound: string
unsuppressMap: string
location:
ngfw:
ngfwDevice: string
template:
name: string
ngfwDevice: string
panoramaDevice: string
templateStack:
name: string
ngfwDevice: string
panoramaDevice: string
name: string
BgpFilteringRoutingProfile Resource Properties
To learn more about resource properties and how to use them, see Inputs and Outputs in the Architecture and Concepts docs.
Inputs
In Python, inputs that are objects can be passed either as argument classes or as dictionary literals.
The BgpFilteringRoutingProfile resource accepts the following input properties:
- Location
Bgp
Filtering Routing Profile Location - The location of this object.
- Description string
- Describe BGP Filtering Profile
- Ipv4
Bgp
Filtering Routing Profile Ipv4 - Ipv6
Bgp
Filtering Routing Profile Ipv6 - Name string
- Location
Bgp
Filtering Routing Profile Location Args - The location of this object.
- Description string
- Describe BGP Filtering Profile
- Ipv4
Bgp
Filtering Routing Profile Ipv4Args - Ipv6
Bgp
Filtering Routing Profile Ipv6Args - Name string
- location
Bgp
Filtering Routing Profile Location - The location of this object.
- description String
- Describe BGP Filtering Profile
- ipv4
Bgp
Filtering Routing Profile Ipv4 - ipv6
Bgp
Filtering Routing Profile Ipv6 - name String
- location
Bgp
Filtering Routing Profile Location - The location of this object.
- description string
- Describe BGP Filtering Profile
- ipv4
Bgp
Filtering Routing Profile Ipv4 - ipv6
Bgp
Filtering Routing Profile Ipv6 - name string
- location
Bgp
Filtering Routing Profile Location Args - The location of this object.
- description str
- Describe BGP Filtering Profile
- ipv4
Bgp
Filtering Routing Profile Ipv4Args - ipv6
Bgp
Filtering Routing Profile Ipv6Args - name str
- location Property Map
- The location of this object.
- description String
- Describe BGP Filtering Profile
- ipv4 Property Map
- ipv6 Property Map
- name String
Outputs
All input properties are implicitly available as output properties. Additionally, the BgpFilteringRoutingProfile resource produces the following output properties:
- Id string
- The provider-assigned unique ID for this managed resource.
- Id string
- The provider-assigned unique ID for this managed resource.
- id String
- The provider-assigned unique ID for this managed resource.
- id string
- The provider-assigned unique ID for this managed resource.
- id str
- The provider-assigned unique ID for this managed resource.
- id String
- The provider-assigned unique ID for this managed resource.
Look up Existing BgpFilteringRoutingProfile Resource
Get an existing BgpFilteringRoutingProfile resource’s state with the given name, ID, and optional extra properties used to qualify the lookup.
public static get(name: string, id: Input<ID>, state?: BgpFilteringRoutingProfileState, opts?: CustomResourceOptions): BgpFilteringRoutingProfile@staticmethod
def get(resource_name: str,
id: str,
opts: Optional[ResourceOptions] = None,
description: Optional[str] = None,
ipv4: Optional[BgpFilteringRoutingProfileIpv4Args] = None,
ipv6: Optional[BgpFilteringRoutingProfileIpv6Args] = None,
location: Optional[BgpFilteringRoutingProfileLocationArgs] = None,
name: Optional[str] = None) -> BgpFilteringRoutingProfilefunc GetBgpFilteringRoutingProfile(ctx *Context, name string, id IDInput, state *BgpFilteringRoutingProfileState, opts ...ResourceOption) (*BgpFilteringRoutingProfile, error)public static BgpFilteringRoutingProfile Get(string name, Input<string> id, BgpFilteringRoutingProfileState? state, CustomResourceOptions? opts = null)public static BgpFilteringRoutingProfile get(String name, Output<String> id, BgpFilteringRoutingProfileState state, CustomResourceOptions options)resources: _: type: panos:BgpFilteringRoutingProfile get: id: ${id}- name
- The unique name of the resulting resource.
- id
- The unique provider ID of the resource to lookup.
- state
- Any extra arguments used during the lookup.
- opts
- A bag of options that control this resource's behavior.
- resource_name
- The unique name of the resulting resource.
- id
- The unique provider ID of the resource to lookup.
- name
- The unique name of the resulting resource.
- id
- The unique provider ID of the resource to lookup.
- state
- Any extra arguments used during the lookup.
- opts
- A bag of options that control this resource's behavior.
- name
- The unique name of the resulting resource.
- id
- The unique provider ID of the resource to lookup.
- state
- Any extra arguments used during the lookup.
- opts
- A bag of options that control this resource's behavior.
- name
- The unique name of the resulting resource.
- id
- The unique provider ID of the resource to lookup.
- state
- Any extra arguments used during the lookup.
- opts
- A bag of options that control this resource's behavior.
- Description string
- Describe BGP Filtering Profile
- Ipv4
Bgp
Filtering Routing Profile Ipv4 - Ipv6
Bgp
Filtering Routing Profile Ipv6 - Location
Bgp
Filtering Routing Profile Location - The location of this object.
- Name string
- Description string
- Describe BGP Filtering Profile
- Ipv4
Bgp
Filtering Routing Profile Ipv4Args - Ipv6
Bgp
Filtering Routing Profile Ipv6Args - Location
Bgp
Filtering Routing Profile Location Args - The location of this object.
- Name string
- description String
- Describe BGP Filtering Profile
- ipv4
Bgp
Filtering Routing Profile Ipv4 - ipv6
Bgp
Filtering Routing Profile Ipv6 - location
Bgp
Filtering Routing Profile Location - The location of this object.
- name String
- description string
- Describe BGP Filtering Profile
- ipv4
Bgp
Filtering Routing Profile Ipv4 - ipv6
Bgp
Filtering Routing Profile Ipv6 - location
Bgp
Filtering Routing Profile Location - The location of this object.
- name string
- description str
- Describe BGP Filtering Profile
- ipv4
Bgp
Filtering Routing Profile Ipv4Args - ipv6
Bgp
Filtering Routing Profile Ipv6Args - location
Bgp
Filtering Routing Profile Location Args - The location of this object.
- name str
- description String
- Describe BGP Filtering Profile
- ipv4 Property Map
- ipv6 Property Map
- location Property Map
- The location of this object.
- name String
Supporting Types
BgpFilteringRoutingProfileIpv4, BgpFilteringRoutingProfileIpv4Args
BgpFilteringRoutingProfileIpv4Multicast, BgpFilteringRoutingProfileIpv4MulticastArgs
- Conditional
Advertisement BgpFiltering Routing Profile Ipv4Multicast Conditional Advertisement - Filter
List BgpFiltering Routing Profile Ipv4Multicast Filter List - Inbound
Network BgpFilters Filtering Routing Profile Ipv4Multicast Inbound Network Filters - Inherit bool
- Either Configure or Inherit Filtering Profile from Unicast
- Outbound
Network BgpFilters Filtering Routing Profile Ipv4Multicast Outbound Network Filters - Route
Maps BgpFiltering Routing Profile Ipv4Multicast Route Maps - Unsuppress
Map string - Route-Map selectively unsuppress suppressed routes
- Conditional
Advertisement BgpFiltering Routing Profile Ipv4Multicast Conditional Advertisement - Filter
List BgpFiltering Routing Profile Ipv4Multicast Filter List - Inbound
Network BgpFilters Filtering Routing Profile Ipv4Multicast Inbound Network Filters - Inherit bool
- Either Configure or Inherit Filtering Profile from Unicast
- Outbound
Network BgpFilters Filtering Routing Profile Ipv4Multicast Outbound Network Filters - Route
Maps BgpFiltering Routing Profile Ipv4Multicast Route Maps - Unsuppress
Map string - Route-Map selectively unsuppress suppressed routes
- conditional
Advertisement BgpFiltering Routing Profile Ipv4Multicast Conditional Advertisement - filter
List BgpFiltering Routing Profile Ipv4Multicast Filter List - inbound
Network BgpFilters Filtering Routing Profile Ipv4Multicast Inbound Network Filters - inherit Boolean
- Either Configure or Inherit Filtering Profile from Unicast
- outbound
Network BgpFilters Filtering Routing Profile Ipv4Multicast Outbound Network Filters - route
Maps BgpFiltering Routing Profile Ipv4Multicast Route Maps - unsuppress
Map String - Route-Map selectively unsuppress suppressed routes
- conditional
Advertisement BgpFiltering Routing Profile Ipv4Multicast Conditional Advertisement - filter
List BgpFiltering Routing Profile Ipv4Multicast Filter List - inbound
Network BgpFilters Filtering Routing Profile Ipv4Multicast Inbound Network Filters - inherit boolean
- Either Configure or Inherit Filtering Profile from Unicast
- outbound
Network BgpFilters Filtering Routing Profile Ipv4Multicast Outbound Network Filters - route
Maps BgpFiltering Routing Profile Ipv4Multicast Route Maps - unsuppress
Map string - Route-Map selectively unsuppress suppressed routes
- conditional_
advertisement BgpFiltering Routing Profile Ipv4Multicast Conditional Advertisement - filter_
list BgpFiltering Routing Profile Ipv4Multicast Filter List - inbound_
network_ Bgpfilters Filtering Routing Profile Ipv4Multicast Inbound Network Filters - inherit bool
- Either Configure or Inherit Filtering Profile from Unicast
- outbound_
network_ Bgpfilters Filtering Routing Profile Ipv4Multicast Outbound Network Filters - route_
maps BgpFiltering Routing Profile Ipv4Multicast Route Maps - unsuppress_
map str - Route-Map selectively unsuppress suppressed routes
- conditional
Advertisement Property Map - filter
List Property Map - inbound
Network Property MapFilters - inherit Boolean
- Either Configure or Inherit Filtering Profile from Unicast
- outbound
Network Property MapFilters - route
Maps Property Map - unsuppress
Map String - Route-Map selectively unsuppress suppressed routes
BgpFilteringRoutingProfileIpv4MulticastConditionalAdvertisement, BgpFilteringRoutingProfileIpv4MulticastConditionalAdvertisementArgs
BgpFilteringRoutingProfileIpv4MulticastConditionalAdvertisementExist, BgpFilteringRoutingProfileIpv4MulticastConditionalAdvertisementExistArgs
- Advertise
Map string - Specify Route-Map match criteria to advertise routes
- Exist
Map string - Specify Route-Map to Match existing routes in BGP local-rib
- Advertise
Map string - Specify Route-Map match criteria to advertise routes
- Exist
Map string - Specify Route-Map to Match existing routes in BGP local-rib
- advertise
Map String - Specify Route-Map match criteria to advertise routes
- exist
Map String - Specify Route-Map to Match existing routes in BGP local-rib
- advertise
Map string - Specify Route-Map match criteria to advertise routes
- exist
Map string - Specify Route-Map to Match existing routes in BGP local-rib
- advertise_
map str - Specify Route-Map match criteria to advertise routes
- exist_
map str - Specify Route-Map to Match existing routes in BGP local-rib
- advertise
Map String - Specify Route-Map match criteria to advertise routes
- exist
Map String - Specify Route-Map to Match existing routes in BGP local-rib
BgpFilteringRoutingProfileIpv4MulticastConditionalAdvertisementNonExist, BgpFilteringRoutingProfileIpv4MulticastConditionalAdvertisementNonExistArgs
- Advertise
Map string - Specify Route-Map match criteria to advertise routes
- Non
Exist stringMap - Specify Route-Map to match non-existing routes in BGP local-rib
- Advertise
Map string - Specify Route-Map match criteria to advertise routes
- Non
Exist stringMap - Specify Route-Map to match non-existing routes in BGP local-rib
- advertise
Map String - Specify Route-Map match criteria to advertise routes
- non
Exist StringMap - Specify Route-Map to match non-existing routes in BGP local-rib
- advertise
Map string - Specify Route-Map match criteria to advertise routes
- non
Exist stringMap - Specify Route-Map to match non-existing routes in BGP local-rib
- advertise_
map str - Specify Route-Map match criteria to advertise routes
- non_
exist_ strmap - Specify Route-Map to match non-existing routes in BGP local-rib
- advertise
Map String - Specify Route-Map match criteria to advertise routes
- non
Exist StringMap - Specify Route-Map to match non-existing routes in BGP local-rib
BgpFilteringRoutingProfileIpv4MulticastFilterList, BgpFilteringRoutingProfileIpv4MulticastFilterListArgs
BgpFilteringRoutingProfileIpv4MulticastInboundNetworkFilters, BgpFilteringRoutingProfileIpv4MulticastInboundNetworkFiltersArgs
- Distribute
List string - Incoming Distribute-List (Access-List)
- Prefix
List string - Incoming Prefix-List
- Distribute
List string - Incoming Distribute-List (Access-List)
- Prefix
List string - Incoming Prefix-List
- distribute
List String - Incoming Distribute-List (Access-List)
- prefix
List String - Incoming Prefix-List
- distribute
List string - Incoming Distribute-List (Access-List)
- prefix
List string - Incoming Prefix-List
- distribute_
list str - Incoming Distribute-List (Access-List)
- prefix_
list str - Incoming Prefix-List
- distribute
List String - Incoming Distribute-List (Access-List)
- prefix
List String - Incoming Prefix-List
BgpFilteringRoutingProfileIpv4MulticastOutboundNetworkFilters, BgpFilteringRoutingProfileIpv4MulticastOutboundNetworkFiltersArgs
- Distribute
List string - Outgoing Distribute-List (Access-List)
- Prefix
List string - Outgoing Prefix-List
- Distribute
List string - Outgoing Distribute-List (Access-List)
- Prefix
List string - Outgoing Prefix-List
- distribute
List String - Outgoing Distribute-List (Access-List)
- prefix
List String - Outgoing Prefix-List
- distribute
List string - Outgoing Distribute-List (Access-List)
- prefix
List string - Outgoing Prefix-List
- distribute_
list str - Outgoing Distribute-List (Access-List)
- prefix_
list str - Outgoing Prefix-List
- distribute
List String - Outgoing Distribute-List (Access-List)
- prefix
List String - Outgoing Prefix-List
BgpFilteringRoutingProfileIpv4MulticastRouteMaps, BgpFilteringRoutingProfileIpv4MulticastRouteMapsArgs
BgpFilteringRoutingProfileIpv4Unicast, BgpFilteringRoutingProfileIpv4UnicastArgs
- Conditional
Advertisement BgpFiltering Routing Profile Ipv4Unicast Conditional Advertisement - Filter
List BgpFiltering Routing Profile Ipv4Unicast Filter List - Inbound
Network BgpFilters Filtering Routing Profile Ipv4Unicast Inbound Network Filters - Outbound
Network BgpFilters Filtering Routing Profile Ipv4Unicast Outbound Network Filters - Route
Maps BgpFiltering Routing Profile Ipv4Unicast Route Maps - Unsuppress
Map string - Route-Map selectively unsuppress suppressed routes
- Conditional
Advertisement BgpFiltering Routing Profile Ipv4Unicast Conditional Advertisement - Filter
List BgpFiltering Routing Profile Ipv4Unicast Filter List - Inbound
Network BgpFilters Filtering Routing Profile Ipv4Unicast Inbound Network Filters - Outbound
Network BgpFilters Filtering Routing Profile Ipv4Unicast Outbound Network Filters - Route
Maps BgpFiltering Routing Profile Ipv4Unicast Route Maps - Unsuppress
Map string - Route-Map selectively unsuppress suppressed routes
- conditional
Advertisement BgpFiltering Routing Profile Ipv4Unicast Conditional Advertisement - filter
List BgpFiltering Routing Profile Ipv4Unicast Filter List - inbound
Network BgpFilters Filtering Routing Profile Ipv4Unicast Inbound Network Filters - outbound
Network BgpFilters Filtering Routing Profile Ipv4Unicast Outbound Network Filters - route
Maps BgpFiltering Routing Profile Ipv4Unicast Route Maps - unsuppress
Map String - Route-Map selectively unsuppress suppressed routes
- conditional
Advertisement BgpFiltering Routing Profile Ipv4Unicast Conditional Advertisement - filter
List BgpFiltering Routing Profile Ipv4Unicast Filter List - inbound
Network BgpFilters Filtering Routing Profile Ipv4Unicast Inbound Network Filters - outbound
Network BgpFilters Filtering Routing Profile Ipv4Unicast Outbound Network Filters - route
Maps BgpFiltering Routing Profile Ipv4Unicast Route Maps - unsuppress
Map string - Route-Map selectively unsuppress suppressed routes
- conditional_
advertisement BgpFiltering Routing Profile Ipv4Unicast Conditional Advertisement - filter_
list BgpFiltering Routing Profile Ipv4Unicast Filter List - inbound_
network_ Bgpfilters Filtering Routing Profile Ipv4Unicast Inbound Network Filters - outbound_
network_ Bgpfilters Filtering Routing Profile Ipv4Unicast Outbound Network Filters - route_
maps BgpFiltering Routing Profile Ipv4Unicast Route Maps - unsuppress_
map str - Route-Map selectively unsuppress suppressed routes
- conditional
Advertisement Property Map - filter
List Property Map - inbound
Network Property MapFilters - outbound
Network Property MapFilters - route
Maps Property Map - unsuppress
Map String - Route-Map selectively unsuppress suppressed routes
BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisement, BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementArgs
BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementExist, BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementExistArgs
- Advertise
Map string - Specify Route-Map match criteria to advertise routes
- Exist
Map string - Specify Route-Map to Match existing routes in BGP local-rib
- Advertise
Map string - Specify Route-Map match criteria to advertise routes
- Exist
Map string - Specify Route-Map to Match existing routes in BGP local-rib
- advertise
Map String - Specify Route-Map match criteria to advertise routes
- exist
Map String - Specify Route-Map to Match existing routes in BGP local-rib
- advertise
Map string - Specify Route-Map match criteria to advertise routes
- exist
Map string - Specify Route-Map to Match existing routes in BGP local-rib
- advertise_
map str - Specify Route-Map match criteria to advertise routes
- exist_
map str - Specify Route-Map to Match existing routes in BGP local-rib
- advertise
Map String - Specify Route-Map match criteria to advertise routes
- exist
Map String - Specify Route-Map to Match existing routes in BGP local-rib
BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementNonExist, BgpFilteringRoutingProfileIpv4UnicastConditionalAdvertisementNonExistArgs
- Advertise
Map string - Specify Route-Map match criteria to advertise routes
- Non
Exist stringMap - Specify Route-Map to match non-existing routes in BGP local-rib
- Advertise
Map string - Specify Route-Map match criteria to advertise routes
- Non
Exist stringMap - Specify Route-Map to match non-existing routes in BGP local-rib
- advertise
Map String - Specify Route-Map match criteria to advertise routes
- non
Exist StringMap - Specify Route-Map to match non-existing routes in BGP local-rib
- advertise
Map string - Specify Route-Map match criteria to advertise routes
- non
Exist stringMap - Specify Route-Map to match non-existing routes in BGP local-rib
- advertise_
map str - Specify Route-Map match criteria to advertise routes
- non_
exist_ strmap - Specify Route-Map to match non-existing routes in BGP local-rib
- advertise
Map String - Specify Route-Map match criteria to advertise routes
- non
Exist StringMap - Specify Route-Map to match non-existing routes in BGP local-rib
BgpFilteringRoutingProfileIpv4UnicastFilterList, BgpFilteringRoutingProfileIpv4UnicastFilterListArgs
BgpFilteringRoutingProfileIpv4UnicastInboundNetworkFilters, BgpFilteringRoutingProfileIpv4UnicastInboundNetworkFiltersArgs
- Distribute
List string - Incoming Distribute-List (Access-List)
- Prefix
List string - Incoming Prefix-List
- Distribute
List string - Incoming Distribute-List (Access-List)
- Prefix
List string - Incoming Prefix-List
- distribute
List String - Incoming Distribute-List (Access-List)
- prefix
List String - Incoming Prefix-List
- distribute
List string - Incoming Distribute-List (Access-List)
- prefix
List string - Incoming Prefix-List
- distribute_
list str - Incoming Distribute-List (Access-List)
- prefix_
list str - Incoming Prefix-List
- distribute
List String - Incoming Distribute-List (Access-List)
- prefix
List String - Incoming Prefix-List
BgpFilteringRoutingProfileIpv4UnicastOutboundNetworkFilters, BgpFilteringRoutingProfileIpv4UnicastOutboundNetworkFiltersArgs
- Distribute
List string - Outgoing Distribute-List (Access-List)
- Prefix
List string - Outgoing Prefix-List
- Distribute
List string - Outgoing Distribute-List (Access-List)
- Prefix
List string - Outgoing Prefix-List
- distribute
List String - Outgoing Distribute-List (Access-List)
- prefix
List String - Outgoing Prefix-List
- distribute
List string - Outgoing Distribute-List (Access-List)
- prefix
List string - Outgoing Prefix-List
- distribute_
list str - Outgoing Distribute-List (Access-List)
- prefix_
list str - Outgoing Prefix-List
- distribute
List String - Outgoing Distribute-List (Access-List)
- prefix
List String - Outgoing Prefix-List
BgpFilteringRoutingProfileIpv4UnicastRouteMaps, BgpFilteringRoutingProfileIpv4UnicastRouteMapsArgs
BgpFilteringRoutingProfileIpv6, BgpFilteringRoutingProfileIpv6Args
BgpFilteringRoutingProfileIpv6Unicast, BgpFilteringRoutingProfileIpv6UnicastArgs
- Conditional
Advertisement BgpFiltering Routing Profile Ipv6Unicast Conditional Advertisement - Filter
List BgpFiltering Routing Profile Ipv6Unicast Filter List - Inbound
Network BgpFilters Filtering Routing Profile Ipv6Unicast Inbound Network Filters - Outbound
Network BgpFilters Filtering Routing Profile Ipv6Unicast Outbound Network Filters - Route
Maps BgpFiltering Routing Profile Ipv6Unicast Route Maps - Unsuppress
Map string - Route-Map selectively unsuppress suppressed routes
- Conditional
Advertisement BgpFiltering Routing Profile Ipv6Unicast Conditional Advertisement - Filter
List BgpFiltering Routing Profile Ipv6Unicast Filter List - Inbound
Network BgpFilters Filtering Routing Profile Ipv6Unicast Inbound Network Filters - Outbound
Network BgpFilters Filtering Routing Profile Ipv6Unicast Outbound Network Filters - Route
Maps BgpFiltering Routing Profile Ipv6Unicast Route Maps - Unsuppress
Map string - Route-Map selectively unsuppress suppressed routes
- conditional
Advertisement BgpFiltering Routing Profile Ipv6Unicast Conditional Advertisement - filter
List BgpFiltering Routing Profile Ipv6Unicast Filter List - inbound
Network BgpFilters Filtering Routing Profile Ipv6Unicast Inbound Network Filters - outbound
Network BgpFilters Filtering Routing Profile Ipv6Unicast Outbound Network Filters - route
Maps BgpFiltering Routing Profile Ipv6Unicast Route Maps - unsuppress
Map String - Route-Map selectively unsuppress suppressed routes
- conditional
Advertisement BgpFiltering Routing Profile Ipv6Unicast Conditional Advertisement - filter
List BgpFiltering Routing Profile Ipv6Unicast Filter List - inbound
Network BgpFilters Filtering Routing Profile Ipv6Unicast Inbound Network Filters - outbound
Network BgpFilters Filtering Routing Profile Ipv6Unicast Outbound Network Filters - route
Maps BgpFiltering Routing Profile Ipv6Unicast Route Maps - unsuppress
Map string - Route-Map selectively unsuppress suppressed routes
- conditional_
advertisement BgpFiltering Routing Profile Ipv6Unicast Conditional Advertisement - filter_
list BgpFiltering Routing Profile Ipv6Unicast Filter List - inbound_
network_ Bgpfilters Filtering Routing Profile Ipv6Unicast Inbound Network Filters - outbound_
network_ Bgpfilters Filtering Routing Profile Ipv6Unicast Outbound Network Filters - route_
maps BgpFiltering Routing Profile Ipv6Unicast Route Maps - unsuppress_
map str - Route-Map selectively unsuppress suppressed routes
- conditional
Advertisement Property Map - filter
List Property Map - inbound
Network Property MapFilters - outbound
Network Property MapFilters - route
Maps Property Map - unsuppress
Map String - Route-Map selectively unsuppress suppressed routes
BgpFilteringRoutingProfileIpv6UnicastConditionalAdvertisement, BgpFilteringRoutingProfileIpv6UnicastConditionalAdvertisementArgs
BgpFilteringRoutingProfileIpv6UnicastConditionalAdvertisementExist, BgpFilteringRoutingProfileIpv6UnicastConditionalAdvertisementExistArgs
- Advertise
Map string - Specify Route-Map match criteria to advertise routes
- Exist
Map string - Specify Route-Map to Match existing routes in BGP local-rib
- Advertise
Map string - Specify Route-Map match criteria to advertise routes
- Exist
Map string - Specify Route-Map to Match existing routes in BGP local-rib
- advertise
Map String - Specify Route-Map match criteria to advertise routes
- exist
Map String - Specify Route-Map to Match existing routes in BGP local-rib
- advertise
Map string - Specify Route-Map match criteria to advertise routes
- exist
Map string - Specify Route-Map to Match existing routes in BGP local-rib
- advertise_
map str - Specify Route-Map match criteria to advertise routes
- exist_
map str - Specify Route-Map to Match existing routes in BGP local-rib
- advertise
Map String - Specify Route-Map match criteria to advertise routes
- exist
Map String - Specify Route-Map to Match existing routes in BGP local-rib
BgpFilteringRoutingProfileIpv6UnicastConditionalAdvertisementNonExist, BgpFilteringRoutingProfileIpv6UnicastConditionalAdvertisementNonExistArgs
- Advertise
Map string - Specify Route-Map match criteria to advertise routes
- Non
Exist stringMap - Specify Route-Map to match non-existing routes in BGP local-rib
- Advertise
Map string - Specify Route-Map match criteria to advertise routes
- Non
Exist stringMap - Specify Route-Map to match non-existing routes in BGP local-rib
- advertise
Map String - Specify Route-Map match criteria to advertise routes
- non
Exist StringMap - Specify Route-Map to match non-existing routes in BGP local-rib
- advertise
Map string - Specify Route-Map match criteria to advertise routes
- non
Exist stringMap - Specify Route-Map to match non-existing routes in BGP local-rib
- advertise_
map str - Specify Route-Map match criteria to advertise routes
- non_
exist_ strmap - Specify Route-Map to match non-existing routes in BGP local-rib
- advertise
Map String - Specify Route-Map match criteria to advertise routes
- non
Exist StringMap - Specify Route-Map to match non-existing routes in BGP local-rib
BgpFilteringRoutingProfileIpv6UnicastFilterList, BgpFilteringRoutingProfileIpv6UnicastFilterListArgs
BgpFilteringRoutingProfileIpv6UnicastInboundNetworkFilters, BgpFilteringRoutingProfileIpv6UnicastInboundNetworkFiltersArgs
- Distribute
List string - Incoming Distribute-List (Access-List)
- Prefix
List string - Incoming Prefix-List
- Distribute
List string - Incoming Distribute-List (Access-List)
- Prefix
List string - Incoming Prefix-List
- distribute
List String - Incoming Distribute-List (Access-List)
- prefix
List String - Incoming Prefix-List
- distribute
List string - Incoming Distribute-List (Access-List)
- prefix
List string - Incoming Prefix-List
- distribute_
list str - Incoming Distribute-List (Access-List)
- prefix_
list str - Incoming Prefix-List
- distribute
List String - Incoming Distribute-List (Access-List)
- prefix
List String - Incoming Prefix-List
BgpFilteringRoutingProfileIpv6UnicastOutboundNetworkFilters, BgpFilteringRoutingProfileIpv6UnicastOutboundNetworkFiltersArgs
- Distribute
List string - Outgoing Distribute-List (Access-List)
- Prefix
List string - Outgoing Prefix-List
- Distribute
List string - Outgoing Distribute-List (Access-List)
- Prefix
List string - Outgoing Prefix-List
- distribute
List String - Outgoing Distribute-List (Access-List)
- prefix
List String - Outgoing Prefix-List
- distribute
List string - Outgoing Distribute-List (Access-List)
- prefix
List string - Outgoing Prefix-List
- distribute_
list str - Outgoing Distribute-List (Access-List)
- prefix_
list str - Outgoing Prefix-List
- distribute
List String - Outgoing Distribute-List (Access-List)
- prefix
List String - Outgoing Prefix-List
BgpFilteringRoutingProfileIpv6UnicastRouteMaps, BgpFilteringRoutingProfileIpv6UnicastRouteMapsArgs
BgpFilteringRoutingProfileLocation, BgpFilteringRoutingProfileLocationArgs
- Ngfw
Bgp
Filtering Routing Profile Location Ngfw - Located in a specific NGFW device
- Template
Bgp
Filtering Routing Profile Location Template - Located in a specific template
- Template
Stack BgpFiltering Routing Profile Location Template Stack - Located in a specific template stack
- Ngfw
Bgp
Filtering Routing Profile Location Ngfw - Located in a specific NGFW device
- Template
Bgp
Filtering Routing Profile Location Template - Located in a specific template
- Template
Stack BgpFiltering Routing Profile Location Template Stack - Located in a specific template stack
- ngfw
Bgp
Filtering Routing Profile Location Ngfw - Located in a specific NGFW device
- template
Bgp
Filtering Routing Profile Location Template - Located in a specific template
- template
Stack BgpFiltering Routing Profile Location Template Stack - Located in a specific template stack
- ngfw
Bgp
Filtering Routing Profile Location Ngfw - Located in a specific NGFW device
- template
Bgp
Filtering Routing Profile Location Template - Located in a specific template
- template
Stack BgpFiltering Routing Profile Location Template Stack - Located in a specific template stack
- ngfw
Bgp
Filtering Routing Profile Location Ngfw - Located in a specific NGFW device
- template
Bgp
Filtering Routing Profile Location Template - Located in a specific template
- template_
stack BgpFiltering Routing Profile Location Template Stack - Located in a specific template stack
- ngfw Property Map
- Located in a specific NGFW device
- template Property Map
- Located in a specific template
- template
Stack Property Map - Located in a specific template stack
BgpFilteringRoutingProfileLocationNgfw, BgpFilteringRoutingProfileLocationNgfwArgs
- Ngfw
Device string - The NGFW device
- Ngfw
Device string - The NGFW device
- ngfw
Device String - The NGFW device
- ngfw
Device string - The NGFW device
- ngfw_
device str - The NGFW device
- ngfw
Device String - The NGFW device
BgpFilteringRoutingProfileLocationTemplate, BgpFilteringRoutingProfileLocationTemplateArgs
- Name string
- Specific Panorama template
- Ngfw
Device string - The NGFW device
- Panorama
Device string - Specific Panorama device
- Name string
- Specific Panorama template
- Ngfw
Device string - The NGFW device
- Panorama
Device string - Specific Panorama device
- name String
- Specific Panorama template
- ngfw
Device String - The NGFW device
- panorama
Device String - Specific Panorama device
- name string
- Specific Panorama template
- ngfw
Device string - The NGFW device
- panorama
Device string - Specific Panorama device
- name str
- Specific Panorama template
- ngfw_
device str - The NGFW device
- panorama_
device str - Specific Panorama device
- name String
- Specific Panorama template
- ngfw
Device String - The NGFW device
- panorama
Device String - Specific Panorama device
BgpFilteringRoutingProfileLocationTemplateStack, BgpFilteringRoutingProfileLocationTemplateStackArgs
- Name string
- Specific Panorama template stack
- Ngfw
Device string - The NGFW device
- Panorama
Device string - Specific Panorama device
- Name string
- Specific Panorama template stack
- Ngfw
Device string - The NGFW device
- Panorama
Device string - Specific Panorama device
- name String
- Specific Panorama template stack
- ngfw
Device String - The NGFW device
- panorama
Device String - Specific Panorama device
- name string
- Specific Panorama template stack
- ngfw
Device string - The NGFW device
- panorama
Device string - Specific Panorama device
- name str
- Specific Panorama template stack
- ngfw_
device str - The NGFW device
- panorama_
device str - Specific Panorama device
- name String
- Specific Panorama template stack
- ngfw
Device String - The NGFW device
- panorama
Device String - Specific Panorama device
Package Details
- Repository
- panos paloaltonetworks/terraform-provider-panos
- License
- Notes
- This Pulumi package is based on the
panosTerraform Provider.
panos 2.0.7 published on Thursday, Nov 27, 2025 by paloaltonetworks
