SrSSKJr SSKJr SSKJr SSKJr SSKJr SSK J r SSK J r SS K Jr SS KJr SS KJr SS KJr SS KJr SS KJr \ R0\ R2"\ R4R6\ R4R8\ R4R:5"S S\ R<555rSSSS.\l g)z4Command for adding a NAT to a Compute Engine router.)absolute_import)division)unicode_literals) base_classes)poller)waiter)base)flags) nats_utils)log) resourcesc.\rSrSrSr\S5rSrSrg)Create!z%Add a NAT to a Compute Engine router.c[R"5UlURRU5 [R R U5 [R"USSS9 [R"USS9 [R"U5 [R"U5 [R"USS9 g)NNATcreate)operation_typeT) for_create) routers_flagsRouterArgumentForNat ROUTER_ARG AddArgumentr ASYNC_FLAG AddToParser compute_flags AddRegionFlag nats_flags AddNatNameArg AddTypeArgAddEndpointTypesArgAddCommonNatArgs)clsparsers *lib/surface/compute/routers/nats/create.pyArgs Create.Args(s"779CNNNv&OO'hGVH=&!""6*48c [R"UR55nURRnURR R nURRXR5nURnURU"S 0UR5D65n[R"X5nURR!U5 UR#UR%UR&UR(UR+5US95n [R,R/U R0SUR&UR(S.S9n UR2(aA[4R6"U SR9UR0UR+55SSS9 U $URR/UR+5S UR&UR(S.S9n [:R<"XK5n [>R@"XS R9UR0UR+555$) zSee base.CreateCommand.)projectregionrouterrouterResourcezcompute.regionOperations)r*r+) collectionparamsznat [{0}] in router [{1}]Tz[Run the [gcloud compute operations describe] command to check the status of this operation.)kindis_asyncdetailszcompute.routersz"Creating NAT [{0}] in router [{1}])!rComputeApiHolder ReleaseTrackclientmessagesapitools_clientroutersrResolveAsResourcer ComputeRoutersGetRequestGetAsDictr CreateNatMessagenatsappendPatchComputeRoutersPatchRequestr*r+NameREGISTRYParsenameasync_r CreatedResourceformatrPollerrWaitFor) selfargsholderr7service router_ref request_type replacementnatresult operation_reftarget_router_refoperation_pollers r%Run Create.Run7s * *4+<+<+> ?F}}%%Hmm++33G2249I9IJJ44L++lAZ->->-@ABK  % %d 3CC ]]++&&$$??$& , ()F&&,, -!)) '' - M {{  *11#((JOO>,33CHH4>OO4E G HHr(r3N) __name__ __module__ __qualname____firstlineno____doc__ classmethodr&rX__static_attributes__r3r(r%rr!s . 9 94Hr(rzQ *{command}* is used to create a NAT on a Compute Engine router. ap Auto-allocate NAT for all IP addresses of all subnets in the region: $ {command} nat1 --router=my-router --auto-allocate-nat-external-ips --nat-all-subnet-ip-ranges Specify IP addresses for NAT: Each IP address is the name of a reserved static IP address resource in the same region. $ {command} nat1 --router=my-router --nat-external-ip-pool=ip-address1,ip-address2 Specify subnet ranges for NAT: By default, NAT works for all primary and secondary IP ranges for all subnets in the region for the given VPC network. You can restrict which subnet primary and secondary ranges can use NAT. $ {command} nat1 --router=my-router --auto-allocate-nat-external-ips --nat-custom-subnet-ip-ranges=subnet-1,subnet-3:secondary-range-1 a This command, when specified without alpha or beta, uses the compute/v1/routers API. The full documentation for this API can be found at: https://cloud.google.com/compute/docs/reference/rest/v1/routers/ The beta command uses the compute/beta/routers API. The full documentation for this API can be found at: https://cloud.google.com/compute/docs/reference/rest/beta/routers/ The alpha command uses the compute/alpha/routers API. Full documentation is not available for the alpha API. ) DESCRIPTIONEXAMPLESz API REFERENCEN)!r^ __future__rrrgooglecloudsdk.api_lib.computer)googlecloudsdk.api_lib.compute.operationsrgooglecloudsdk.api_lib.utilrgooglecloudsdk.callioper "googlecloudsdk.command_lib.computer r*googlecloudsdk.command_lib.compute.routersr/googlecloudsdk.command_lib.compute.routers.natsrr googlecloudsdk.corer r UniverseCompatible ReleaseTracksr5ALPHABETAGA CreateCommandr detailed_helpr3r(r%rss;&'7<.(EMOF#)T..33T5F5F5I5IFHT  FHFHV  0='r(