LCLSrSSKJr SSKJr SSKJr SSKJr SSKJ r SSK J r Sr S r S rS rSUS jrS rSVSjrSrSWSjrSWSjrSrSVSjrSrSrSVSjrSXSjrSrSrSrSVSjrSr Sr!Sr"Sr#S r$S!r%S"r&S#r'S$r(S%r)S&r*S'r+S(r,S)r-S*r.S+r/S,r0S-r1S.r2S/r3S0r4SYS1jr5S2r6S3r7S4r8S5r9S6r:S7r;SXS8jrS;r?S<r@S=rASYS>jrBS?rCSYS@jrDSArESBrFSCrGSDrHSErISYSFjrJSGrKSHrLSIrMSJrNSKrOSLrPSMrQSNrRSOrSSPrTSQrUSRrVSSrWgT)ZzEHelpers for flags in commands working with Anthos Multi-Cloud on AWS.)absolute_import)division)unicode_literals)util) arg_parsers) arg_utilsc&URSSSS9 g)Nz --aws-regionTz!AWS region to deploy the cluster.requiredhelp add_argumentparsers 5lib/googlecloudsdk/command_lib/container/aws/flags.py AddAwsRegionrst*Mc[USS5$)N aws_regiongetattrargss r GetAwsRegionr s |T **rc&URSSSS9 g)Nz--vpc-idTz VPC associated with the cluster.r r rs rAddVpcIdr$s4&Hrc[USS5$)Nvpc_idrrs rGetVpcIdr*s x &&rcDURSUSRU5S9 g)z%Adds the --iam-instance-profile flag.z--iam-instance-profilez?Name or ARN of the IAM instance profile associated with the {}.r Nrformat)rkindr s rAddIamInstanceProfiler$.s' K 6$< rc[USS5$)Niam_instance_profilerrs rGetIamInstanceProfiler':s -t 44rcBURSSRU5S9 g)zAdds the --instance-type flag.z--instance-typez)AWS EC2 instance type for the {}'s nodes.r Nr!rr#s rAddInstanceTyper+>s& 6 = =d Crc[USS5$)N instance_typerrs rGetInstanceTyper.Fs  --rclURS[R"5SSRU5S9 g)z$Adds the --spot-instance-types flag.z--spot-instance-types INSTANCE_TYPEaRList of AWS EC2 instance types for creating a spot {}'s nodes. The specified instance types must have the same CPU architecture, the same number of CPUs and memory. You can use the Amazon EC2 Instance Selector tool (https://github.com/aws/amazon-ec2-instance-selector) to choose instance types with matching CPU and memory configurations.typemetavarr NrrArgListr"r*s rAddSpotInstanceTypesr6Js7      $VD\ rcPURSSS9n[X!5 [X!5 g)z2Adds instance configurtion for creating node pool.z Node pool instance configurationTmutexN) add_groupr+r6rr#groups rAddOnDemandOrSpotInstanceTyper=[s(   =T  J%%u#rc[USS5$)Nspot_instance_typesrrs rGetSpotInstanceTypesr@b ,d 33rcBURSSRU5S9 g)z!Adds the --ssh-ec2-key-pair flag.z--ssh-ec2-key-pairz?Name of the EC2 key pair authorized to login to the {}'s nodes.r)Nr!r*s rAddSshEC2KeyPairrCfs$ K 6$< rc[USS5$)Nssh_ec2_key_pairrrs rGetSshEC2KeyPairrFq )4 00rcFURSSSSRU5S9 g)z'Adds the --clear-ssh-ec2-key-pair flag.z--clear-ssh-ec2-key-pair store_trueNz=Clear the EC2 key pair authorized to login to the {}'s nodes.actiondefaultr r!r*s rAddClearSshEc2KeyPairrMus*  I 6$< rcPURSSS9n[X!5 [X!5 g)z6Adds SSH config EC2 key pair related flags for update.z SSH configTr8N)r:rCrMr;s rAddSshEC2KeyPairForUpdaterOs'   '_VolumeTypeEnumMapper..s k)IrzType of the {} volume.include_filterhelp_str)rChoiceEnumMapperr"api_utilGetMessagesModule+GoogleCloudGkemulticloudV1AwsVolumeTemplateVolumeTypeValueValuesEnum)prefixs r_VolumeTypeEnumMapperrsL  # #'  "NNhhI'..v6  rcL[S5RRU5 gNrootr choice_arg AddToParserrs rAddRootVolumeTyper**66v>rcL[S5RRU5 gNmainrrs rAddMainVolumeTyper rrcp[USS5(a$[S5RUR5$g)Nroot_volume_typer)rrGetEnumForChoicerrs rGetRootVolumeTyper3 T%t,,  ( 9 9$:O:O PP-rcp[USS5(a$[S5RUR5$g)Nmain_volume_typer)rrrrrs rGetMainVolumeTyperrrcjURSRU5[SRU5S9 g)Nz--{}-volume-iopszJNumber of I/O operations per second (IOPS) to provision for the {} volume.r2r rr"intrrs r_AddVolumeIopsrs4'  %vf~ rc[US5 grrrs rAddRootVolumeIopsr#  rc[USS5$)Nroot_volume_iopsrrs rGetRootVolumeIopsr'rGrc[US5 grrrs rAddMainVolumeIopsr+rrc[USS5$)Nmain_volume_iopsrrs rGetMainVolumeIopsr/rGrcjURSRU5[SRU5S9 g)Nz--{}-volume-throughputzThroughput to provision for the {} volume, in MiB/s. Only valid if the volume type is GP3. If volume type is GP3 and throughput is not provided, it defaults to 125.rrrs r_AddVolumeThroughputr3s4%%f-  117 rc[US5 grrrs rAddRootVolumeThroughputr? vv&rc[USS5$)Nroot_volume_throughputrrs rGetRootVolumeThroughputrC / 66rc[US5 grrrs rAddMainVolumeThroughputrGrrc[USS5$)Nmain_volume_throughputrrs rGetMainVolumeThroughputrKrrcbURSRU5USRU5S9 g)Nz--{}-kms-key-arnz@Amazon Resource Name (ARN) of the AWS KMS key to encrypt the {}.r r!)rrtargetr s r _AddKmsKeyArnrOs2' L 6&> rc[USS5 g)Nz root-volumez root volumerrs rAddRootVolumeKmsKeyArnrZ }5rc[USS5$)Nroot_volume_kms_key_arnrrs rGetRootVolumeKmsKeyArnr^ 0$ 77rc[USS5 g)Nz main-volumez main volumerrs rAddMainVolumeKmsKeyArnrbrrc[USS5$)Nmain_volume_kms_key_arnrrs rGetMainVolumeKmsKeyArnrfrrc[USSSS9 g)Nzdatabase-encryptionzcluster secretsTr rrs rAddDatabaseEncryptionKmsKeyArnrjs-/@4Prc[USS5$)Ndatabase_encryption_kms_key_arnrrs rGetDatabaseEncryptionKmsKeyArnrn 8$ ??rc[USSUS9 g)Nzconfig-encryptionz user datarrrQs rAddConfigEncryptionKmsKeyArnrrs+[8Lrc[USS5$)Nconfig_encryption_kms_key_arnrrs rGetConfigEncryptionKmsKeyArnrv 6 ==rc[R"S[R"5RR SSS9$)Nz--instance-placementc SU;$rtrv)tenancys rrx$_TenancyEnumMapper..~s ]'%ArzType of the tenancy.rz)rr}r~r.GoogleCloudGkemulticloudV1AwsInstancePlacementTenancyValueValuesEnumrvrr_TenancyEnumMapperrzs6  # #  "QQhhA%  rcH[5RRU5$)N)rrrrs rAddInstancePlacementrs   ( ( 4 4V <? rcFURSSSSRU5S9 g)zAdds flag for clearing the proxy configuration. Args: parser: The argparse.parser to add the arguments to. noun: The resource type to which the flag is applicable. z--clear-proxy-configrINz5Clear the proxy configuration associated with the {}.rJr!rbs rAddClearProxyConfigrs.   B I I$ O rc&URSUSS9 g)Nz--proxy-secret-arnzJARN of the AWS Secrets Manager secret that contains a proxy configuration.r r rQs rAddProxySecretArnrs   rc[USS5$)Nproxy_secret_arnrrs rGetProxySecretArnrrGrc&URSUSS9 g)Nz--proxy-secret-version-idzXVersion ID string of the AWS Secrets Manager secret that contains a proxy configuration.r r rQs rAddProxySecretVersionIdrs ! # rc[USS5$)Nproxy_secret_version_idrrs rGetProxySecretVersionIdrrrcNURS5n[USS9 [USS9 g)z^Adds proxy configuration flags. Args: parser: The argparse.parser to add the arguments to. Proxy configTrN)add_argument_grouprrrps rAddProxyConfigrs(  # #N 3%ED)%$/rcURSSS9nURS5n[U5 [U5 [X!5 g)zAdds proxy configuration flags for update. Args: parser: The argparse.parser to add the arguments to. noun: The resource type to which the flags are applicable. rTr8z'Update existing proxy config parametersN)r:rrr)rrcr<update_proxy_groups rAddProxyConfigForUpdatersG   >  6%/&',-e"rc.[USS5=(d /$)N subnet_idsrrs r GetSubnetIdsrs |T * 0b0rcPURS5n[USS9 [U5 g)ziAdds autoscaling metrics collection flags. Args: parser: The argparse.parser to add the arguments to. (Node pool autoscaling metrics collectionTrN)r AddAutoscalingMetricsGranularityAddAutoscalingMetricsrps rAddAutoScalingMetricsCollectionrs'  # #$N O%"548rc&URSUSS9 g)Nz!--autoscaling-metrics-granularityzoFrequency at which EC2 Auto Scaling sends aggregated data to AWS CloudWatch. The only valid value is "1Minute".r r rQs rrrs ) ? rc[USS5$)Nautoscaling_metrics_granularityrrs r GetAutoscalingMetricsGranularityrrrcPURS[R"5SSSS9 g)Nz--autoscaling-metricsAUTOSCALING_METRICFzAutoscaling metrics to enable. For a list of valid metrics, refer to https://docs.aws.amazon.com/autoscaling/ec2/APIReference/API_EnableMetricsCollection.html. If granularity is specified but not any metrics, all metrics are enabled.)r2r3r r )rrr5rs rrrs/    " :  rc[USS5$)Nautoscaling_metricsrrs rGetAutoscalingMetricsr rArcURSSS9nURS5n[U5 [U5 [U5 g)ztAdds autoscaling metrics collection flags for update. Args: parser: The argparse.parser to add the arguments to. rTr8zDUpdate existing cloudwatch autoscaling metrics collection parametersN)r:rrAddClearAutoscalingMetrics)rr<update_metrics_groups r(AddAutoScalingMetricsCollectionForUpdater  sN   0  %L##78,-U#rc(URSSSSS9 g)zAdds flag for clearing the cloudwatch autoscaling metrics collection. Args: parser: The argparse.parser to add the arguments to. z--clear-autoscaling-metricsrINzQClear the cloudwatch autoscaling metrics collection associated with the nodepool.rJr rs rrrs% #  * rc,URSSSSS/S9 g)zmSets kubelet configuration CPU manager policy. Args: parser: The argparse.parser to add the arguments to. z#--kubelet-config-cpu-manager-policyFzKubelet CPU manager policy.nonestatic)r r choicesNr rs r AddKubeletConfigCpuManagerPolicyr1s(  + 'x rc[USS5$)N!kubelet_config_cpu_manager_policyrrs r GetKubeletConfigCpuManagerPolicyrAs :D AArc0URS[SSS9 g)zhSets kubelet configuration CPU CFS quota. Args: parser: The argparse.parser to add the arguments to. z--kubelet-config-cpu-cfs-quotaFz Enforce a Kubelet CPU CFS quota.r2r r N)rboolrs rAddKubeletConfigCpuCfsQuotarEs#  &  , rc[USS5$)Nkubelet_config_cpu_cfs_quotarrs rGetKubeletConfigCpuCfsQuotarUs 5t <r*sL&'K/: + ' 5."$41 %) 2 9( ("B&??Q Q !1!1 '7'76868Q@M>=  18 0#"1 @ 4$$$  B  = D">r