def reSetProxyValues():
configloader.readProxyValues()
userconfigaction.getProxyKeys()
configloader.persistProxyValues()
def main(argv=None): # IGNORE:C0111
if argv is None:
argv = sys.argv
else:
sys.argv.extend(argv)
program_name = os.path.basename(sys.argv[0])
program_version = "v%s" % __version__
program_build_date = str(__updated__)
program_version_message = '%%(prog)s %s (%s)' % (program_version, program_build_date)
# program_shortdesc = __import__('__main__').__doc__.split("\n")[1]
# program_license = '''%s
#
# Created by NZS on %s.
# Copyright 2016 T-systems(c). All rights reserved.
# Licensed under the MIT
#
# USAGE
# ''' % (program_shortdesc, str(__date__))
try:
# Setup argument parser
parser.add_argument('-V', '--version', action='version', version=program_version_message)
parser.add_argument('-d', '--debug', help='Debug mode', dest='DEBUG', action='store_true')
parser.add_argument('--configure', nargs='?',action=userconfigaction,choices=['user', 'proxy'], default = "user")
#parser.add_argument('--configure-proxy', nargs='+',action=userconfigaction , required = False)
parser.add_argument(dest="MAINCOM", help="OTC Component Selector", nargs='?', default='ecs', metavar="OtcComponent") #choices=['ecs', 's3']s
parser.add_argument(dest="SUBCOM", help="OTC Command Selector", nargs='?', default='', metavar="OtcCommand")
# for S3 commands
parser.add_argument(dest="SUBCOM_P1", help="[optional Source/Target OBS directory]", nargs='?', default='', metavar="Source/Target DIR")
parser.add_argument(dest="SUBCOM_P2", help="[optional Source/Target OBS directory]", nargs='?', default='', metavar="Source/Target DIR")
parser.add_argument( "--project-name", dest="PROJECT_NAME", help="Project Name for Dedicated Compute Zone")
parser.add_argument("-k", "--key-name", dest="KEYNAME", help="SSH key name| S3 Object key")
parser.add_argument( "--public-key", dest="PUBLICKEY", help="Import public key for SSH keypairs")
parser.add_argument( "--admin-pass", dest="ADMINPASS", help="Admin password of the started VM")
parser.add_argument( "--instance-name", dest="INSTANCE_NAME", help="Instance name of the VM")
parser.add_argument( "--instance-ids", dest="INSTANCE_ID", help="Instance Id of the VM")
parser.add_argument( "--tag", dest="TAG_PAIR", help="Tag pair of the VM")
parser.add_argument( '--db-type', dest='DBTYPE', help='Specifies the RDS Engine type')
parser.add_argument( "--flavor-id", dest="FLAVORID", help="flavor-id")
parser.add_argument( '--db-version', dest='DBVERSION', help='Specifies the RDS Engine version')
parser.add_argument( '--datastore-id', dest='DATASTORE_ID', help='Specifies the RDS datastore id')
parser.add_argument( "--load-balancer-name", dest="LOADBALANCER_NAME", help="Loadbalancer name of the VM")
parser.add_argument( "--load-balancer-id", dest="LOADBALANCER_ID", help="Loadbalancer Id of the VM")
parser.add_argument( "--listener-name", dest="LISTENER_NAME", help="Listener name of the VM")
parser.add_argument( "--listener-id", dest="LISTENER_ID", help="Listener Id of the VM")
parser.add_argument( "--alarm-name", dest="ALARM_NAME", help="Alarm name")
parser.add_argument( "--alarm-id", dest="ALARM_ID", help="Alarm Id ")
parser.add_argument( "--volume-id", dest="VOLUME_ID", help="Volume Id of the EVS volume")
parser.add_argument( "--attachment-id", dest="ATTACHMENT_ID", help="Attachment Id of the EVS volume")
parser.add_argument( "--volrep-name", dest="VOLREP_NAME", help="Volume replication name")
parser.add_argument( "--volrep-primaryaz", dest="VOLREP_PRI", help="Volume replication primary DC/AZ")
parser.add_argument( "--volume-id1", dest="VOLUME_ID1", help="Volume Id of the source EVS volume")
parser.add_argument( "--volume-id2", dest="VOLUME_ID2", help="Volume Id of the destination EVS volume")
parser.add_argument( "--replication-id", dest="REPLICATION_ID", help="Replication Id ")
parser.add_argument( "--replication-ids", dest="VOLREP_IDS", help="Replication Ids ")
parser.add_argument( "--voltrsf-name", dest="VOLTRSF_NAME", help="Volume transfer name")
parser.add_argument( "--transfer-id", dest="VOLTRSF_ID", help="ID of the volume transfer")
parser.add_argument( "--auth-key", dest="AUTH_KEY", help="Volume transfer auth key")
parser.add_argument( "--device", dest="EVS_DEVICE", help="Device of the EVS volume")
parser.add_argument( "--file1", dest="FILE1", help="Name of the #1 file to be injected to VM. Format: target=source")
parser.add_argument( "--file2", dest="FILE2", help="Name of the #2 file to be injected to VM. Format: target=source")
parser.add_argument( "--file3",dest="FILE3", help="Name of the #3 file to be injected to VM. Format: target=source")
parser.add_argument( "--file4",dest="FILE4", help="Name of the #4 file to be injected to VM. Format: target=source")
parser.add_argument( "--file5",dest="FILE5", help="Name of the #5 file to be injected to VM. Format: target=source")
parser.add_argument( "--instance-type",dest="INSTANCE_TYPE_NAME", help="Flavor type of the VM")
parser.add_argument( "--image-name",dest="IMAGENAME", help="Name of the image reference will used during VM creation")
parser.add_argument( "--image-id",dest="IMAGE_ID", help="Id of the image reference will use during VM creation")
parser.add_argument( "--cluster-name",dest="CLUSTER", help="Name of the cluster")
parser.add_argument( "--cluster-id",dest="CLUSTER_ID", help="Id of the cluster")
parser.add_argument( "--namespace-id",dest="NAMESPACE_ID", help="Namespace Id of the cluster")
parser.add_argument( "--pod",dest="POD", help="CCE POD")
parser.add_argument( "--container-name",dest="CONTAINER_NAME", help="CCE POD container name")
parser.add_argument( "--service-name",dest="SERVICE_NAME", help="CCE Service name")
parser.add_argument( "--endpoint-name",dest="ENDPOINT_NAME", help="CCE endpoint name")
parser.add_argument( "--secret-name",dest="SECRET_NAME", help="CCE secret name")
parser.add_argument( "--rc-name",dest="RC_NAME", help="CCE replication controller name")
parser.add_argument( "--cli-input-json",dest="CLIINPUTJSONFILE", help="Input JSON file for every request")
parser.add_argument( "--user-data",dest="USER_DATA_PATH", help="Path to user-data file which will be used for cloud-init")
parser.add_argument( "--image-url",dest="IMAGE_URL", help="Url of the image used during Image creation")
parser.add_argument( "--tags",dest="TAG_LIST", help="Tags of the image will used during Image creation")
parser.add_argument( "--protected",dest="PROTECTED", help="Protected status of image used during VM creation")
parser.add_argument( "--os-version",dest="OS_VERSION", help="Os version of image")
parser.add_argument( "--min-ram",dest="MIN_RAM", help="Min ram used during image creation")
parser.add_argument( "--min-disk",dest="MIN_DISK", help="Min ram used during image creation")
parser.add_argument( "--visibility",dest="IMAGE_VISIBILITY", help="Image visibility used during image creation")
parser.add_argument( "--disk-format",dest="DISK_FORMAT", help="Disk format used during image creation")
parser.add_argument( "--container-format",dest="CONTAINTER_FORMAT", help="Container format used during image creation")
parser.add_argument("-n", "--count",dest="NUMCOUNT", help="Number of VM will be created")
parser.add_argument( "--subnet-name",dest="SUBNETNAME", help="Name of the subnet reference will use during VM creation")
parser.add_argument( "--subnet-id",dest="SUBNETID", help="Id of the subnet will use during VM creation")
parser.add_argument( "--network-interface-id",dest="NETWORKINTERFACEID", help="Network interface Id of NIC")
parser.add_argument( "--vpc-name",dest="VPCNAME", help="Name of the VPC reference will use during VM creation")
parser.add_argument( "--vpc-id",dest="VPCID", help="Id of the VPC will use during VM creation")
parser.add_argument( "--cidr",dest="CIDR", help="CIDR of the subnet will use during subnet creation")
parser.add_argument( "--gateway-ip",dest="GWIP", help="Gateway Ip of the subnet ")
parser.add_argument( "--primary-dns",dest="PRIMARYDNS", help="Primary dns of the subnet ")
parser.add_argument( "--secondary-dns",dest="SECDNS", help="Secondary dns of the subnet ")
parser.add_argument( "--availability-zone",dest="AZ", help="Availability-zone definition")
parser.add_argument( "--region",dest="REGION", help="Region definition")
parser.add_argument( "--group-names",dest="SECUGROUPNAME", help="Name of the security group")
parser.add_argument( "--security-group-ids",dest="SECUGROUP", help="Id of the security group")
parser.add_argument( "--source-group-id",dest="SOURCE_GROUP_ID", help="Id of Source security group")
parser.add_argument( "--source-group",dest="SOURCE_GROUP", help="Name of Source security group")
parser.add_argument( "--auto-scaling-group-name",dest="SCALINGGROUP_NAME", help="Name of Auto Scaling group")
parser.add_argument( "--auto-scaling-group-id",dest="SCALINGGROUP_ID", help="Id of Auto Scaling group")
parser.add_argument( "--dim",dest="DIM", nargs='*', help="CES Dim definition")
parser.add_argument( "--metric-name",dest="METRIC-NAME", help="CES Metric Name")
parser.add_argument( "--namespace",dest="NAMESPACE", help="CES/CCE Namespace")
parser.add_argument( "--period",dest="PERIOD", help="CES Period")
parser.add_argument( "--filter",dest="FILTER", help="CES Filter")
parser.add_argument("-p", "--associate-public-ip-address", dest="CREATE_ECS_WITH_PUBLIC_IP", action='store_true',help="VM will get EIP public IP")
parser.add_argument( "--public-ip",dest="PUBLICIP", help="Public IP for association")
parser.add_argument( "--private-ip-id",dest="PRIVATEIPID", help="Private IP Id")
parser.add_argument( "--allocation-id",dest="PUBLICIPID", help="Public IP ID")
parser.add_argument( "--bucket",dest="S3BUCKET", help="S3 Bucket")
parser.add_argument( "--key",dest="S3OBJECT", help="S3 Object Name")
parser.add_argument( "--recursive",dest="S3RECURSIVE", help="S3 recursive operation")
parser.add_argument( "--direction",dest="DIRECTION", help="Direction of the security group rule")
parser.add_argument( "--portmin",dest="PORTMIN", help="Lower por of the specific security group rule")
parser.add_argument( "--portmax",dest="PORTMAX", help="Upper port of the specific security group rule")
parser.add_argument( "--protocol",dest="PROTOCOL", help="Protocol of the specific security group rule")
parser.add_argument( "--ethertype",dest="ETHERTYPE", help="Ethertype of the specific security group rule ")
parser.add_argument( "--output",dest="OUTPUT_FORMAT", choices=['Json', 'table', 'text'], default='table', help="Output format")
parser.add_argument( "--query",dest="QUERY", help="JSON Path query")
parser.add_argument( "--size",dest="VOLUME_SIZE", help="Size of the EVS disk")
parser.add_argument( "--volume-type",dest="VOLUME_TYPE", help="Volume type of the EVS disk [SSD,SAS,SATA]")
parser.add_argument( "--volume-name",dest="VOLUME_NAME", help="Volume name of the EVS disk")
parser.add_argument( "--data-volumes",dest="DATA_VOLUMES", help="Attach data volumes while creating ECS(eg: SSD:10,SATA:20)")
parser.add_argument( "--description",dest="DESCRIPTION", help="Description definition ( eg: backups)")
parser.add_argument( "--snapshot-id",dest="SNAPSHOTID", help="Snapshot id of the backup")
parser.add_argument( "--wait-instance-running", dest="WAIT_CREATE", action='store_true' , help="Wait instance running (only for run-instance command)")
# GY
#add_backend_member.template
#delete_backend_member.template
#INSTANCE_ID #parser.add_argument( "--server-id", dest="SERVER_ID", help="Specifies the backend member ID")
parser.add_argument( "--address", dest="ADDRESS", help="Specifies the private IP address of the backend member")
#apply_private_ip_address.template
#SUBNETID
parser.add_argument( "--ip-address", dest="IP_ADDRESS", help="ip-address")
#create_as_configuration.template
#SCALINGGROUP_NAME
parser.add_argument( "--flavor-ref", dest="FLAVOR_REF", help="flavor-ref")
parser.add_argument( "--image-ref", dest="IMAGE_REF", help="image-ref")
parser.add_argument( "--disk-size", dest="DISK_SIZE", help="disk-size")
#VOLUME_TYPE
parser.add_argument( "--disk-type", dest="DISK_TYPE", help="disk-type")
#KEYNAME
#create_as_group.template
parser.add_argument( "--scaling-configuration-id", dest="SCALING_CONFIGURATION_ID", help="scaling-configuration-id")
parser.add_argument( "--desire-instance-number", dest="DESIRE_INSTANCE_NUMBER", help="desire-instance-number")
parser.add_argument( "--min-instance-number", dest="MIN_INSTANCE_NUMBER", help="min-instance-number")
parser.add_argument( "--max-instance-number", dest="MAX_INSTANCE_NUMBER", help="max-instance-number")
parser.add_argument( "--cool-down-time", dest="COOL_DOWN_TIME", help="cool-down-time")
parser.add_argument( "--health-periodic-audit-method", dest="HEALTH_PERIODIC_AUDIT_METHOD", help="health-periodic-audit-method")
parser.add_argument( "--health-periodic-audit-time", dest="HEALTH_PERIODIC_AUDIT_TIME", help="health-periodic-audit-time")
parser.add_argument( "--instance-terminate-policy", dest="INSTANCE_TERMINATE_POLICY", help="instance-terminate-policy")
#VPCID
parser.add_argument( "--networks-id", dest="NETWORKS_ID", help="networks-id")
parser.add_argument( "--notifications", dest="NOTIFICATIONS", help="notifications")
parser.add_argument( "--security-groups-id", dest="SECURITY_GROUPS_ID", help="security-groups-id")
#creating_health_check_task.template
parser.add_argument( "--healthcheck-connect-port", dest="HEALTHCHECK_CONNECT_PORT", help="Specifies the port for health check")
parser.add_argument( "--healthcheck-interval", dest="HEALTHCHECK_INTERVAL", help="Specifies the maximum interval for health check.The value ranges from 1 to 5(s)")
parser.add_argument( "--healthcheck-protocol", dest="HEALTHCHECK_PROTOCOL", help="Specifies the health check protocol.The value can be HTTP or TCP (case-insensitive)")
parser.add_argument( "--healthcheck-timeout", dest="HEALTHCHECK_TIMEOUT", help="Specifies the maximum timeout duration for health check. The value ranges from 1 to 50 (s)")
parser.add_argument( "--healthcheck-uri", dest="HEALTHCHECK_URI", help="Specifies the URI for health check. The value is a string of 1 to 80 characters that contain only letters, digits, and special characters (such as -/.%%?#&).It must start with /. This parameter is valid when healthcheck_protocol is HTTP.")
parser.add_argument( "--healthy-threahold", dest="HEALTHY_THREAHOLD", help="Specifies the number of consecutive successful health checks for the health check result changing from fail to success. The value ranges from 1 to 10.")
#LISTENER_ID
parser.add_argument( "--unhealthy-threshold", dest="UNHEALTHY_THRESHOLD", help="Specifies the number of consecutive successful health checks for the health check result changing from success to fail. The value ranges from 1 to 10.")
#disable_enable_as_group.template
parser.add_argument( "--action-disable-enable-as-group", dest="ACTION_DISABLE_ENABLE_AS_GROUP", help="action-disable-enable-as-group")
#modify_as_group.template
#modify_information_health_check_task.template
parser.add_argument( "--healthcheck-id", dest="HEALTHCHECK_ID", help="healthcheck-id")
#modify_information_listener.template
parser.add_argument( "--listener-description", dest="LISTENER_DESCRIPTION", help="listener-description")
parser.add_argument( "--listener-port", dest="LISTENER_PORT", help="listener-port")
parser.add_argument( "--backend-port", dest="BACKEND_PORT", help="backend-port")
parser.add_argument( "--lb-algorithm", dest="LB_ALGORITHM", help="lb-algorithm")
#modify_load_balancer.template
parser.add_argument( "--bandwidth", dest="BANDWIDTH", help="bandwidth")
parser.add_argument( "--admin-state-up", dest="ADMIN_STATE_UP", help="admin-state-up")
#query_as_configuration_details.template
parser.add_argument( "--tenant", dest="TENANT", help="tenant")
parser.add_argument( "--scaling-configuration-name", dest="SCALING_CONFIGURATION_NAME", help="scaling-configuration-name")
#ADMINPASS
parser.add_argument( "--personality", dest="PERSONALITY", help="personality")
#INSTANCE_NAME
#INSTANCE_ID
#PUBLICIP
#USER_DATA
parser.add_argument( "--create-time", dest="CREATE_TIME", help="create-time")
#query_as_group_details.template
parser.add_argument( "--detail", dest="DETAIL", help="detail")
#SCALINGGROUP_ID
parser.add_argument( "--scaling-group-status", dest="SCALING_GROUP_STATUS", help="scaling-group-status")
parser.add_argument( "--current-instance-number", dest="CURRENT_INSTANCE_NUMBER", help="current-instance-number")
#parser.add_argument( "--lb-listener-id", dest="LB_LISTENER_ID", help="lb-listener-id")
parser.add_argument( "--is-scaling", dest="IS_SCALING", help="is-scaling")
#DELETE_PUBLICIP
#update_bandwidth_information.template
parser.add_argument( "--bandwidth-size", dest="BANDWIDTH_SIZE", help="bandwidth-size")
#update_elastic_ip_address_information.template
parser.add_argument( "--publicip-port-id", dest="PUBLICIP_PORT_ID", help="publicip-port-id")
#update_subnet_information.template
#SUBNETNAME
parser.add_argument( "--dhcp-enable", dest="DHCP_ENABLE", help="dhcp-enable")
#PRIMARYDNS
#SECDNS
#update_vpc_information.template
#VPCNAME
#CIDR
#add_nics_ecs_batches.template
parser.add_argument( "--security-group-id", dest="SECURITY_GROUP_ID", help="security-group-id")
#batch_remove_add_instance.template
parser.add_argument( "--instance-action-add-remove-batch", dest="INSTANCE_ACTION_ADD_REMOVE_BATCH", help="instance-action-add-remove-batch")
parser.add_argument( "--instance-id-1", dest="INSTANCE_ID_1", help="instance-id-1")
parser.add_argument( "--instance-id-2", dest="INSTANCE_ID_2", help="instance-id-2")
parser.add_argument( "--instance-delete", dest="INSTANCE_DELETE", help="instance-delete")
#create_as_policy.template
parser.add_argument( "--recurrence-value", dest="RECURRENCE_VALUE", help="recurrence-value")
parser.add_argument( "--start-time", dest="START_TIME", help="start-time")
parser.add_argument( "--launch-time", dest="LAUNCH_TIME", help="launch-time")
parser.add_argument( "--end-time", dest="END_TIME", help="end-time")
parser.add_argument( "--recurrence-type", dest="RECURRENCE_TYPE", help="recurrence-type")
parser.add_argument( "--scaling-policy-type", dest="SCALING_POLICY_TYPE", help="Specifies the AS policy type: ALARM/SCHEDULED/RECURRENCE")
parser.add_argument( "--instance-number", dest="INSTANCE_NUMBER", help="instance-number")
parser.add_argument( "--operation-as-policy", dest="OPERATION_AS_POLICY", help="Specifies the operation to be performed. The default operation is ADD.ADD: adds instances to the AS group.REMOVE: removes instances from the AS group.SET: sets the number of the instances in the AS group")
parser.add_argument( "--scaling-policy-name", dest="SCALING_POLICY_NAME", help="Specifies the AS policy name. The name can contain letters, digits, underscores (_), and hyphens (-), and cannot exceed 64 characters")
parser.add_argument( '--scaling-policy-id', dest='SCALING_POLICY_ID', help='scaling-policy-id')
#delete_nics_ecs_batches.template
#NETWORKINTERFACEID
#execute_enable_disable_as_policy.template
parser.add_argument( "--as-policy-action", dest="AS_POLICY_ACTION", help="as-policy-action")
#expand_capacity_on_evs_disk.template
parser.add_argument( "--evs-new-size", dest="EVS_NEW_SIZE", help="evs-new-size")
#modify_as_policy.template
#modify_spec_ecs.template
#restore_disk_vbs_backup.template
#VOLUME_ID
#update_evs_info.template
#VOLUME_NAME
#DESCRIPTION
#create_listener.template
parser.add_argument( '--session-sticky', dest='SESSION_STICKY', help='Specifies whether to enable the session persistence function.The value is true or false. The session persistence function is enabled when the value is true, and is disabled when the value is false.')
parser.add_argument( '--sticky-session-type', dest='STICKY_SESSION_TYPE', help='Specifies the cookie processing method. The value is insert.insert indicates that the cookie is inserted by the load balancer. This parameter is valid when protocol is set to HTTP, and session_sticky to true. The default value is insert. This parameter is invalid when protocol is set to TCP. That means the parameter is empty.')
parser.add_argument( '--cookie-timeout', dest='COOKIE_TIMEOUT', help='Specifies the cookie timeout period (s).The value ranges from 1 to 86,400. This parameter is valid when protocol is set to HTTP, session_sticky to true, and sticky_session_type to insert. This parameter is invalid when protocol is set to TCP.')
# MRS - SAHARA
parser.add_argument( '--job-binary', dest='JOBBINARY', help='Specifies the Job Binary')
parser.add_argument( '--job-binary-id', dest='JOBBINARY_ID', help='Specifies the Job Binary Id')
parser.add_argument( '--job', dest='JOB', help='Specifies the Job')
parser.add_argument( '--job-id', dest='JOB_ID', help='Specifies the Job Id')
parser.add_argument( '--job-exec', dest='JOB_EXEC', help='Specifies the Job Exec')
parser.add_argument( '--job-exec-id', dest='JOB_EXEC_ID', help='Specifies the Job Exec Id')
parser.add_argument( '--datasource', dest='DATASOURCE', help='Specifies the Job DATASOURCE')
parser.add_argument( '--datasource-id', dest='DATASOURCE_ID', help='Specifies the Job DATASOURCE Id')
parser.add_argument( '--jobinput', dest='JOBINPUT', help='Specifies the JOB input')
parser.add_argument( '--joboutput', dest='JOBOUTPUT', help='Specifies the JOB output')
parser.add_argument( '--joblog', dest='JOBLOG', help='Specifies the JOB log')
parser.add_argument( '--type', dest='MRS_TYPE', help='Specifies the MRS Type')
parser.add_argument( '--mrs-path', dest='MRS_PATH', help='Specifies the MRS Path')
parser.add_argument( '--hql', dest='HQL', help='Specifies the MRS HQL')
parser.add_argument( '--mrs-args', dest='MRS_ARGS', help='Specifies the MRS ARGS')
parser.add_argument( '--mrs-file-action', dest='MRS_ACTION', help='Specifies the MRS File Action')
parser.add_argument( '--mrs-mains', dest='MRS_MAINS', help='Specifies the MRS Main Object List')
parser.add_argument( '--mrs-libs', dest='MRS_LIBS', help='Specifies the MRS Libs Object List')
parser.add_argument( '--mrs-configs', dest='MRS_CONFIGS', help='Specifies the MRS Config List')
parser.add_argument( '--mrs-params', dest='MRS_PARAMS', help='Specifies the MRS Params List')
# this is need if you want to use global decorator parser
#add_to_parser( parser )
# Process arguments
args = parser.parse_args()
#args = parser.parse_known_args()
OtcConfig.copyfromparser( args )
configloader.readUserValues()
configloader.readProxyValues()
configloader.validateConfig()
handleCommands(argv)
return 0
except KeyboardInterrupt as e:
print("KeyboardInterrupt" + str(e))
### handle keyboard interrupt ###
return 1
except NoSectionError as e:
print("Configuration error. \nDefine ENV variables or run following command: \n otc --configure [user | proxy]")
return 1
except (KeyError, AttributeError) as e:
#errno, strerror = e.args
print("Invalid command:" + str(e))
printShortHelp()
#parser.print_help()
if OtcConfig.DEBUG or TESTRUN:
raise
### handle keyboard interrupt ###
return 1
except (Exception) as e:
if OtcConfig.DEBUG or TESTRUN:
raise e
indent = len(program_name) * " "
sys.stderr.write(program_name + ": " + repr(e) + "\n")
sys.stderr.write(indent + " for help use --help")
return 2
except:
print("Other exception" + "Unexpected error:", sys.exc_info()[0])
def reSetProxyValues():
configloader.readProxyValues()
userconfigaction.getProxyKeys()
configloader.persistProxyValues()
def main(argv=None): # IGNORE:C0111
if argv is None:
argv = sys.argv
else:
sys.argv.extend(argv)
program_name = os.path.basename(sys.argv[0])
program_version = "v%s" % __version__
program_build_date = str(__updated__)
program_version_message = '%%(prog)s %s (%s)' % (program_version,
program_build_date)
# program_shortdesc = __import__('__main__').__doc__.split("\n")[1]
# program_license = '''%s
#
# Created by NZS on %s.
# Copyright 2016 T-systems(c). All rights reserved.
# Licensed under the MIT
#
# USAGE
# ''' % (program_shortdesc, str(__date__))
try:
# Setup argument parser
parser.add_argument('-V',
'--version',
action='version',
version=program_version_message)
parser.add_argument('--configure',
nargs='?',
action=userconfigaction,
choices=['user', 'proxy'],
default="user")
#parser.add_argument('--configure-proxy', nargs='+',action=userconfigaction , required = False)
parser.add_argument(dest="MAINCOM",
help="OTC Component Selector",
nargs='?',
default='ecs',
metavar="OtcComponent") #choices=['ecs', 's3']s
parser.add_argument(dest="SUBCOM",
help="OTC Command Selector",
nargs='?',
default='',
metavar="OtcCommand")
# for S3 commands
parser.add_argument(dest="SUBCOM_P1",
help="[optional Source/Target OBS directory]",
nargs='?',
default='',
metavar="Source/Target DIR")
parser.add_argument(dest="SUBCOM_P2",
help="[optional Source/Target OBS directory]",
nargs='?',
default='',
metavar="Source/Target DIR")
parser.add_argument("-k",
"--key-name",
dest="KEYNAME",
help="SSH key name| S3 Object key")
parser.add_argument("--public-key",
dest="PUBLICKEY",
help="Import public key for SSH keypairs")
parser.add_argument("--admin-pass",
dest="ADMINPASS",
help="Admin password of the started VM")
parser.add_argument("--instance-name",
dest="INSTANCE_NAME",
help="Instance name of the VM")
parser.add_argument("--instance-ids",
dest="INSTANCE_ID",
help="Instance Id of the VM")
parser.add_argument("--load-balancer-name",
dest="LOADBALANCER_NAME",
help="Loadbalancer name of the VM")
parser.add_argument("--load-balancer-id",
dest="LOADBALANCER_ID",
help="Loadbalancer Id of the VM")
parser.add_argument("--listener-name",
dest="LISTENER_NAME",
help="Listener name of the VM")
parser.add_argument("--listener-id",
dest="LISTENER_ID",
help="Listener Id of the VM")
parser.add_argument("--alarm-name",
dest="ALARM_NAME",
help="Alarm name")
parser.add_argument("--alarm-id", dest="ALARM_ID", help="Alarm Id ")
parser.add_argument("--volume-id",
dest="VOLUME_ID",
help="Volume Id of the EVS volume")
parser.add_argument("--attachment-id",
dest="ATTACHMENT_ID",
help="Attachment Id of the EVS volume")
parser.add_argument("--device",
dest="EVS_DEVICE",
help="Device of the EVS volume")
parser.add_argument(
"--file1",
dest="FILE1",
help=
"Name of the #1 file to be injected to VM. Format: target=source")
parser.add_argument(
"--file2",
dest="FILE2",
help=
"Name of the #2 file to be injected to VM. Format: target=source")
parser.add_argument(
"--file3",
dest="FILE3",
help=
"Name of the #3 file to be injected to VM. Format: target=source")
parser.add_argument(
"--file4",
dest="FILE4",
help=
"Name of the #4 file to be injected to VM. Format: target=source")
parser.add_argument(
"--file5",
dest="FILE5",
help=
"Name of the #5 file to be injected to VM. Format: target=source")
parser.add_argument("--instance-type",
dest="INSTANCE_TYPE_NAME",
help="Flavor type of the VM")
parser.add_argument(
"--image-name",
dest="IMAGENAME",
help="Name of the image reference will used during VM creation")
parser.add_argument(
"--image-id",
dest="IMAGE_ID",
help="Id of the image reference will use during VM creation")
parser.add_argument("-n",
"--count",
dest="NUMCOUNT",
help="Number of VM will be created")
parser.add_argument(
"--subnet-name",
dest="SUBNETNAME",
help="Name of the subnet reference will use during VM creation")
parser.add_argument(
"--subnet-id",
dest="SUBNETID",
help="Id of the subnet will use during VM creation")
parser.add_argument("--network-interface-id",
dest="NETWORKINTERFACEID",
help="Network interface Id of NIC")
parser.add_argument(
"--vpc-name",
dest="VPCNAME",
help="Name of the VPC reference will use during VM creation")
parser.add_argument("--vpc-id",
dest="VPCID",
help="Id of the VPC will use during VM creation")
parser.add_argument(
"--cidr",
dest="CIDR",
help="CIDR of the subnet will use during subnet creation")
parser.add_argument("--gateway-ip",
dest="GWIP",
help="Gateway Ip of the subnet ")
parser.add_argument("--primary-dns",
dest="PRIMARYDNS",
help="Primary dns of the subnet ")
parser.add_argument("--secondary-dns",
dest="SECDNS",
help="Secondary dns of the subnet ")
parser.add_argument("--availability-zone",
dest="AZ",
help="Availability-zone definition")
parser.add_argument("--region",
dest="REGION",
help="Region definition")
parser.add_argument("--group-names",
dest="SECUGROUPNAME",
help="Name of the security group")
parser.add_argument("--security-group-ids",
dest="SECUGROUP",
help="Id of the security group")
parser.add_argument("--source-group-id",
dest="SOURCE_GROUP_ID",
help="Id of Source security group")
parser.add_argument("--source-group",
dest="SOURCE_GROUP",
help="Name of Source security group")
parser.add_argument("--auto-scaling-group-name",
dest="SCALINGGROUP_NAME",
help="Name of Auto Scaling group")
parser.add_argument("--auto-scaling-group-id",
dest="SCALINGGROUP_ID",
help="Id of Auto Scaling group")
parser.add_argument("-p",
"--associate-public-ip-address",
dest="CREATE_ECS_WITH_PUBLIC_IP",
action='store_true',
help="VM will get EIP public IP")
parser.add_argument("--public-ip",
dest="PUBLICIP",
help="Public IP for association")
parser.add_argument("--allocation-id",
dest="PUBLICIPID",
help="Public IP ID")
parser.add_argument("--bucket", dest="S3BUCKET", help="S3 Bucket")
parser.add_argument("--key", dest="S3OBJECT", help="S3 Object Name")
parser.add_argument("--recursive",
dest="S3RECURSIVE",
help="S3 recursive operation")
parser.add_argument("--direction",
dest="DIRECTION",
help="Direction of the security group rule")
parser.add_argument(
"--portmin",
dest="PORTMIN",
help="Lower por of the specific security group rule")
parser.add_argument(
"--portmax",
dest="PORTMAX",
help="Upper port of the specific security group rule")
parser.add_argument(
"--protocol",
dest="PROTOCOL",
help="Protocol of the specific security group rule")
parser.add_argument(
"--ethertype",
dest="ETHERTYPE",
help="Ethertype of the specific security group rule ")
parser.add_argument("--output",
dest="OUTPUT_FORMAT",
help="Output format")
parser.add_argument("--query", dest="QUERY", help="JSON Path query")
parser.add_argument("--size",
dest="VOLUME_SIZE",
help="Size of the EVS disk")
parser.add_argument("--volume-type",
dest="VOLUME_TYPE",
help="Volume type of the EVS disk [SSD,SAS,SATA]")
parser.add_argument("--volume-name",
dest="VOLUME_NAME",
help="Volume name of the EVS disk")
parser.add_argument("--description",
dest="DESCRIPTION",
help="Description definition ( eg: backups)")
parser.add_argument("--snapshot-id",
dest="SNAPSHOTID",
help="Snapshot id of the backup")
parser.add_argument(
"--wait-instance-running",
dest="WAIT_CREATE",
action='store_true',
help="Wait instance running (only for run-instance command)")
# Process arguments
args = parser.parse_args()
OtcConfig.copyfromparser(args)
configloader.readUserValues()
configloader.readProxyValues()
configloader.validateConfig()
handleCommands(argv)
return 0
except KeyboardInterrupt as e:
print("KeyboardInterrupt" + str(e))
### handle keyboard interrupt ###
return 1
except NoSectionError as e:
print(
"Configuration error. \nDefine ENV variables or run following command: \n otc --configure [user | proxy]"
)
return 1
except (KeyError, AttributeError) as e:
#errno, strerror = e.args
print("Invalid command:" + str(e))
parser.print_help()
#raise
### handle keyboard interrupt ###
return 0
except (Exception) as e:
# sys.exit()
if DEBUG or TESTRUN:
raise
indent = len(program_name) * " "
sys.stderr.write(program_name + ": " + repr(e) + "\n")
sys.stderr.write(indent + " for help use --help")
return 2
except:
print("Other exception" + "Unexpected error:", sys.exc_info()[0])
def main(argv=None): # IGNORE:C0111
if argv is None:
argv = sys.argv
else:
sys.argv.extend(argv)
program_name = os.path.basename(sys.argv[0])
program_version = "v%s" % __version__
program_build_date = str(__updated__)
program_version_message = '%%(prog)s %s (%s)' % (program_version, program_build_date)
# program_shortdesc = __import__('__main__').__doc__.split("\n")[1]
# program_license = '''%s
#
# Created by NZS on %s.
# Copyright 2016 T-systems(c). All rights reserved.
# Licensed under the MIT
#
# USAGE
# ''' % (program_shortdesc, str(__date__))
try:
# Setup argument parser
parser.add_argument('-V', '--version', action='version', version=program_version_message)
parser.add_argument('-d', '--debug', help='Debug mode', dest='DEBUG', action='store_true')
parser.add_argument('--configure', nargs='?',action=userconfigaction,choices=['user', 'proxy'], default = "user")
#parser.add_argument('--configure-proxy', nargs='+',action=userconfigaction , required = False)
parser.add_argument(dest="MAINCOM", help="OTC Component Selector", nargs='?', default='ecs', metavar="OtcComponent") #choices=['ecs', 's3']s
parser.add_argument(dest="SUBCOM", help="OTC Command Selector", nargs='?', default='', metavar="OtcCommand")
# for S3 commands
parser.add_argument(dest="SUBCOM_P1", help="[optional Source/Target OBS directory]", nargs='?', default='', metavar="Source/Target DIR")
parser.add_argument(dest="SUBCOM_P2", help="[optional Source/Target OBS directory]", nargs='?', default='', metavar="Source/Target DIR")
parser.add_argument("-k", "--key-name", dest="KEYNAME", help="SSH key name| S3 Object key")
parser.add_argument( "--public-key", dest="PUBLICKEY", help="Import public key for SSH keypairs")
parser.add_argument( "--admin-pass", dest="ADMINPASS", help="Admin password of the started VM")
parser.add_argument( "--instance-name", dest="INSTANCE_NAME", help="Instance name of the VM")
parser.add_argument( "--instance-ids", dest="INSTANCE_ID", help="Instance Id of the VM")
parser.add_argument( "--load-balancer-name", dest="LOADBALANCER_NAME", help="Loadbalancer name of the VM")
parser.add_argument( "--load-balancer-id", dest="LOADBALANCER_ID", help="Loadbalancer Id of the VM")
parser.add_argument( "--listener-name", dest="LISTENER_NAME", help="Listener name of the VM")
parser.add_argument( "--listener-id", dest="LISTENER_ID", help="Listener Id of the VM")
parser.add_argument( "--alarm-name", dest="ALARM_NAME", help="Alarm name")
parser.add_argument( "--alarm-id", dest="ALARM_ID", help="Alarm Id ")
parser.add_argument( "--volume-id", dest="VOLUME_ID", help="Volume Id of the EVS volume")
parser.add_argument( "--attachment-id", dest="ATTACHMENT_ID", help="Attachment Id of the EVS volume")
parser.add_argument( "--device", dest="EVS_DEVICE", help="Device of the EVS volume")
parser.add_argument( "--file1", dest="FILE1", help="Name of the #1 file to be injected to VM. Format: target=source")
parser.add_argument( "--file2", dest="FILE2", help="Name of the #2 file to be injected to VM. Format: target=source")
parser.add_argument( "--file3",dest="FILE3", help="Name of the #3 file to be injected to VM. Format: target=source")
parser.add_argument( "--file4",dest="FILE4", help="Name of the #4 file to be injected to VM. Format: target=source")
parser.add_argument( "--file5",dest="FILE5", help="Name of the #5 file to be injected to VM. Format: target=source")
parser.add_argument( "--instance-type",dest="INSTANCE_TYPE_NAME", help="Flavor type of the VM")
parser.add_argument( "--image-name",dest="IMAGENAME", help="Name of the image reference will used during VM creation")
parser.add_argument( "--image-id",dest="IMAGE_ID", help="Id of the image reference will use during VM creation")
parser.add_argument( "--image-url",dest="IMAGE_URL", help="Url of the image used during Image creation")
parser.add_argument( "--tags",dest="TAG_LIST", help="Tags of the image will used during Image creation")
parser.add_argument( "--protected",dest="PROTECTED", help="Protected status of image used during VM creation")
parser.add_argument( "--os-version",dest="OS_VERSION", help="Os version of image")
parser.add_argument( "--min-ram",dest="MIN_RAM", help="Min ram used during image creation")
parser.add_argument( "--min-disk",dest="MIN_DISK", help="Min ram used during image creation")
parser.add_argument( "--visibility",dest="IMAGE_VISIBILITY", help="Image visibility used during image creation")
parser.add_argument( "--disk-format",dest="DISK_FORMAT", help="Disk format used during image creation")
parser.add_argument( "--container-format",dest="CONTAINTER_FORMAT", help="Container format used during image creation")
parser.add_argument("-n", "--count",dest="NUMCOUNT", help="Number of VM will be created")
parser.add_argument( "--subnet-name",dest="SUBNETNAME", help="Name of the subnet reference will use during VM creation")
parser.add_argument( "--subnet-id",dest="SUBNETID", help="Id of the subnet will use during VM creation")
parser.add_argument( "--network-interface-id",dest="NETWORKINTERFACEID", help="Network interface Id of NIC")
parser.add_argument( "--vpc-name",dest="VPCNAME", help="Name of the VPC reference will use during VM creation")
parser.add_argument( "--vpc-id",dest="VPCID", help="Id of the VPC will use during VM creation")
parser.add_argument( "--cidr",dest="CIDR", help="CIDR of the subnet will use during subnet creation")
parser.add_argument( "--gateway-ip",dest="GWIP", help="Gateway Ip of the subnet ")
parser.add_argument( "--primary-dns",dest="PRIMARYDNS", help="Primary dns of the subnet ")
parser.add_argument( "--secondary-dns",dest="SECDNS", help="Secondary dns of the subnet ")
parser.add_argument( "--availability-zone",dest="AZ", help="Availability-zone definition")
parser.add_argument( "--region",dest="REGION", help="Region definition")
parser.add_argument( "--group-names",dest="SECUGROUPNAME", help="Name of the security group")
parser.add_argument( "--security-group-ids",dest="SECUGROUP", help="Id of the security group")
parser.add_argument( "--source-group-id",dest="SOURCE_GROUP_ID", help="Id of Source security group")
parser.add_argument( "--source-group",dest="SOURCE_GROUP", help="Name of Source security group")
parser.add_argument( "--auto-scaling-group-name",dest="SCALINGGROUP_NAME", help="Name of Auto Scaling group")
parser.add_argument( "--auto-scaling-group-id",dest="SCALINGGROUP_ID", help="Id of Auto Scaling group")
parser.add_argument("-p", "--associate-public-ip-address", dest="CREATE_ECS_WITH_PUBLIC_IP", action='store_true',help="VM will get EIP public IP")
parser.add_argument( "--public-ip",dest="PUBLICIP", help="Public IP for association")
parser.add_argument( "--allocation-id",dest="PUBLICIPID", help="Public IP ID")
parser.add_argument( "--bucket",dest="S3BUCKET", help="S3 Bucket")
parser.add_argument( "--key",dest="S3OBJECT", help="S3 Object Name")
parser.add_argument( "--recursive",dest="S3RECURSIVE", help="S3 recursive operation")
parser.add_argument( "--direction",dest="DIRECTION", help="Direction of the security group rule")
parser.add_argument( "--portmin",dest="PORTMIN", help="Lower por of the specific security group rule")
parser.add_argument( "--portmax",dest="PORTMAX", help="Upper port of the specific security group rule")
parser.add_argument( "--protocol",dest="PROTOCOL", help="Protocol of the specific security group rule")
parser.add_argument( "--ethertype",dest="ETHERTYPE", help="Ethertype of the specific security group rule ")
parser.add_argument( "--output",dest="OUTPUT_FORMAT", help="Output format")
parser.add_argument( "--query",dest="QUERY", help="JSON Path query")
parser.add_argument( "--size",dest="VOLUME_SIZE", help="Size of the EVS disk")
parser.add_argument( "--volume-type",dest="VOLUME_TYPE", help="Volume type of the EVS disk [SSD,SAS,SATA]")
parser.add_argument( "--volume-name",dest="VOLUME_NAME", help="Volume name of the EVS disk")
parser.add_argument( "--description",dest="DESCRIPTION", help="Description definition ( eg: backups)")
parser.add_argument( "--snapshot-id",dest="SNAPSHOTID", help="Snapshot id of the backup")
parser.add_argument( "--wait-instance-running", dest="WAIT_CREATE", action='store_true' , help="Wait instance running (only for run-instance command)")
# Process arguments
args = parser.parse_args()
OtcConfig.copyfromparser( args )
configloader.readUserValues()
configloader.readProxyValues()
configloader.validateConfig()
handleCommands(argv)
return 0
except KeyboardInterrupt as e:
print("KeyboardInterrupt" + str(e))
### handle keyboard interrupt ###
return 1
except NoSectionError as e:
print("Configuration error. \nDefine ENV variables or run following command: \n otc --configure [user | proxy]")
return 1
except (KeyError,AttributeError) as e:
#errno, strerror = e.args
print("Invalid command:" + str(e))
parser.print_help();
#raise
### handle keyboard interrupt ###
return 0
except ( Exception ) as e:
# sys.exit()
if OtcConfig.DEBUG or TESTRUN:
raise
indent = len(program_name) * " "
sys.stderr.write(program_name + ": " + repr(e) + "\n")
sys.stderr.write(indent + " for help use --help")
return 2
except :
print("Other exception" + "Unexpected error:", sys.exc_info()[0])
def main(argv=None): # IGNORE:C0111
if argv is None:
argv = sys.argv
else:
sys.argv.extend(argv)
program_name = os.path.basename(sys.argv[0])
program_version = "v%s" % __version__
program_build_date = str(__updated__)
program_version_message = '%%(prog)s %s (%s)' % (program_version, program_build_date)
# program_shortdesc = __import__('__main__').__doc__.split("\n")[1]
# program_license = '''%s
#
# Created by NZS on %s.
# Copyright 2016 T-systems(c). All rights reserved.
# Licensed under the MIT
#
# USAGE
# ''' % (program_shortdesc, str(__date__))
try:
# Setup argument parser
parser.add_argument('-V', '--version', action='version', version=program_version_message)
parser.add_argument('-d', '--debug', help='Debug mode', dest='DEBUG', action='store_true')
parser.add_argument('--configure', nargs='?',action=userconfigaction,choices=['user', 'proxy'], default = "user")
#parser.add_argument('--configure-proxy', nargs='+',action=userconfigaction , required = False)
parser.add_argument(dest="MAINCOM", help="OTC Component Selector", nargs='?', default='ecs', metavar="OtcComponent") #choices=['ecs', 's3']s
parser.add_argument(dest="SUBCOM", help="OTC Command Selector", nargs='?', default='', metavar="OtcCommand")
# for S3 commands
parser.add_argument(dest="SUBCOM_P1", help="[optional Source/Target OBS directory]", nargs='?', default='', metavar="Source/Target DIR")
parser.add_argument(dest="SUBCOM_P2", help="[optional Source/Target OBS directory]", nargs='?', default='', metavar="Source/Target DIR")
parser.add_argument( "--project-name", dest="PROJECT_NAME", help="Project Name for Dedicated Compute Zone")
parser.add_argument("-k", "--key-name", dest="KEYNAME", help="SSH key name| S3 Object key")
parser.add_argument( "--public-key", dest="PUBLICKEY", help="Import public key for SSH keypairs")
parser.add_argument( "--admin-pass", dest="ADMINPASS", help="Admin password of the started VM")
parser.add_argument( "--instance-name", dest="INSTANCE_NAME", help="Instance name of the VM")
parser.add_argument( "--instance-ids", dest="INSTANCE_ID", help="Instance Id of the VM")
parser.add_argument( "--tag", dest="TAG_PAIR", help="Tag pair of the VM")
parser.add_argument( '--db-type', dest='DBTYPE', help='Specifies the RDS Engine type')
parser.add_argument( "--flavor-id", dest="FLAVORID", help="flavor-id")
parser.add_argument( '--db-version', dest='DBVERSION', help='Specifies the RDS Engine version')
parser.add_argument( '--datastore-id', dest='DATASTORE_ID', help='Specifies the RDS datastore id')
parser.add_argument( "--load-balancer-name", dest="LOADBALANCER_NAME", help="Loadbalancer name of the VM")
parser.add_argument( "--load-balancer-id", dest="LOADBALANCER_ID", help="Loadbalancer Id of the VM")
parser.add_argument( "--listener-name", dest="LISTENER_NAME", help="Listener name of the VM")
parser.add_argument( "--listener-id", dest="LISTENER_ID", help="Listener Id of the VM")
parser.add_argument( "--alarm-name", dest="ALARM_NAME", help="Alarm name")
parser.add_argument( "--alarm-id", dest="ALARM_ID", help="Alarm Id ")
parser.add_argument( "--volume-id", dest="VOLUME_ID", help="Volume Id of the EVS volume")
parser.add_argument( "--attachment-id", dest="ATTACHMENT_ID", help="Attachment Id of the EVS volume")
parser.add_argument( "--volrep-name", dest="VOLREP_NAME", help="Volume replication name")
parser.add_argument( "--volrep-primaryaz", dest="VOLREP_PRI", help="Volume replication primary DC/AZ")
parser.add_argument( "--volume-id1", dest="VOLUME_ID1", help="Volume Id of the source EVS volume")
parser.add_argument( "--volume-id2", dest="VOLUME_ID2", help="Volume Id of the destination EVS volume")
parser.add_argument( "--replication-id", dest="REPLICATION_ID", help="Replication Id ")
parser.add_argument( "--replication-ids", dest="VOLREP_IDS", help="Replication Ids ")
parser.add_argument( "--voltrsf-name", dest="VOLTRSF_NAME", help="Volume transfer name")
parser.add_argument( "--transfer-id", dest="VOLTRSF_ID", help="ID of the volume transfer")
parser.add_argument( "--auth-key", dest="AUTH_KEY", help="Volume transfer auth key")
parser.add_argument( "--device", dest="EVS_DEVICE", help="Device of the EVS volume")
parser.add_argument( "--file1", dest="FILE1", help="Name of the #1 file to be injected to VM. Format: target=source")
parser.add_argument( "--file2", dest="FILE2", help="Name of the #2 file to be injected to VM. Format: target=source")
parser.add_argument( "--file3",dest="FILE3", help="Name of the #3 file to be injected to VM. Format: target=source")
parser.add_argument( "--file4",dest="FILE4", help="Name of the #4 file to be injected to VM. Format: target=source")
parser.add_argument( "--file5",dest="FILE5", help="Name of the #5 file to be injected to VM. Format: target=source")
parser.add_argument( "--instance-type",dest="INSTANCE_TYPE_NAME", help="Flavor type of the VM")
parser.add_argument( "--image-name",dest="IMAGENAME", help="Name of the image reference will used during VM creation")
parser.add_argument( "--image-id",dest="IMAGE_ID", help="Id of the image reference will use during VM creation")
parser.add_argument( "--cluster-name",dest="CLUSTER", help="Name of the cluster")
parser.add_argument( "--cluster-id",dest="CLUSTER_ID", help="Id of the cluster")
parser.add_argument( "--namespace-id",dest="NAMESPACE_ID", help="Namespace Id of the cluster")
parser.add_argument( "--pod",dest="POD", help="CCE POD")
parser.add_argument( "--container-name",dest="CONTAINER_NAME", help="CCE POD container name")
parser.add_argument( "--service-name",dest="SERVICE_NAME", help="CCE Service name")
parser.add_argument( "--endpoint-name",dest="ENDPOINT_NAME", help="CCE endpoint name")
parser.add_argument( "--secret-name",dest="SECRET_NAME", help="CCE secret name")
parser.add_argument( "--rc-name",dest="RC_NAME", help="CCE replication controller name")
parser.add_argument( "--cli-input-json",dest="CLIINPUTJSONFILE", help="Input JSON file for every request")
parser.add_argument( "--user-data",dest="USER_DATA_PATH", help="Path to user-data file which will be used for cloud-init")
parser.add_argument( "--image-url",dest="IMAGE_URL", help="Url of the image used during Image creation")
parser.add_argument( "--tags",dest="TAG_LIST", help="Tags of the image will used during Image creation")
parser.add_argument( "--protected",dest="PROTECTED", help="Protected status of image used during VM creation")
parser.add_argument( "--os-version",dest="OS_VERSION", help="Os version of image")
parser.add_argument( "--min-ram",dest="MIN_RAM", help="Min ram used during image creation")
parser.add_argument( "--min-disk",dest="MIN_DISK", help="Min ram used during image creation")
parser.add_argument( "--visibility",dest="IMAGE_VISIBILITY", help="Image visibility used during image creation")
parser.add_argument( "--disk-format",dest="DISK_FORMAT", help="Disk format used during image creation")
parser.add_argument( "--container-format",dest="CONTAINTER_FORMAT", help="Container format used during image creation")
parser.add_argument("-n", "--count",dest="NUMCOUNT", help="Number of VM will be created")
parser.add_argument( "--subnet-name",dest="SUBNETNAME", help="Name of the subnet reference will use during VM creation")
parser.add_argument( "--subnet-id",dest="SUBNETID", help="Id of the subnet will use during VM creation")
parser.add_argument( "--network-interface-id",dest="NETWORKINTERFACEID", help="Network interface Id of NIC")
parser.add_argument( "--vpc-name",dest="VPCNAME", help="Name of the VPC reference will use during VM creation")
parser.add_argument( "--vpc-id",dest="VPCID", help="Id of the VPC will use during VM creation")
parser.add_argument( "--cidr",dest="CIDR", help="CIDR of the subnet will use during subnet creation")
parser.add_argument( "--gateway-ip",dest="GWIP", help="Gateway Ip of the subnet ")
parser.add_argument( "--primary-dns",dest="PRIMARYDNS", help="Primary dns of the subnet ")
parser.add_argument( "--secondary-dns",dest="SECDNS", help="Secondary dns of the subnet ")
parser.add_argument( "--availability-zone",dest="AZ", help="Availability-zone definition")
parser.add_argument( "--region",dest="REGION", help="Region definition")
parser.add_argument( "--group-names",dest="SECUGROUPNAME", help="Name of the security group")
parser.add_argument( "--security-group-ids",dest="SECUGROUP", help="Id of the security group")
parser.add_argument( "--source-group-id",dest="SOURCE_GROUP_ID", help="Id of Source security group")
parser.add_argument( "--source-group",dest="SOURCE_GROUP", help="Name of Source security group")
parser.add_argument( "--auto-scaling-group-name",dest="SCALINGGROUP_NAME", help="Name of Auto Scaling group")
parser.add_argument( "--auto-scaling-group-id",dest="SCALINGGROUP_ID", help="Id of Auto Scaling group")
parser.add_argument( "--dim",dest="DIM", nargs='*', help="CES Dim definition")
parser.add_argument( "--metric-name",dest="METRIC-NAME", help="CES Metric Name")
parser.add_argument( "--namespace",dest="NAMESPACE", help="CES/CCE Namespace")
parser.add_argument( "--period",dest="PERIOD", help="CES Period")
parser.add_argument( "--filter",dest="FILTER", help="CES Filter")
parser.add_argument("-p", "--associate-public-ip-address", dest="CREATE_ECS_WITH_PUBLIC_IP", action='store_true',help="VM will get EIP public IP")
parser.add_argument( "--public-ip",dest="PUBLICIP", help="Public IP for association")
parser.add_argument( "--private-ip-id",dest="PRIVATEIPID", help="Private IP Id")
parser.add_argument( "--allocation-id",dest="PUBLICIPID", help="Public IP ID")
parser.add_argument( "--bucket",dest="S3BUCKET", help="S3 Bucket")
parser.add_argument( "--key",dest="S3OBJECT", help="S3 Object Name")
parser.add_argument( "--recursive",dest="S3RECURSIVE", help="S3 recursive operation")
parser.add_argument( "--encrypted",dest="S3ENCRYPTED", help="Serverside encryption of S3 uploads via KMS")
parser.add_argument( "--direction",dest="DIRECTION", help="Direction of the security group rule")
parser.add_argument( "--portmin",dest="PORTMIN", help="Lower por of the specific security group rule")
parser.add_argument( "--portmax",dest="PORTMAX", help="Upper port of the specific security group rule")
parser.add_argument( "--protocol",dest="PROTOCOL", help="Protocol of the specific security group rule")
parser.add_argument( "--ethertype",dest="ETHERTYPE", help="Ethertype of the specific security group rule ")
parser.add_argument( "--output",dest="OUTPUT_FORMAT", choices=['Json', 'table', 'text'], default='table', help="Output format")
parser.add_argument( "--query",dest="QUERY", help="JSON Path query")
parser.add_argument( "--size",dest="VOLUME_SIZE", help="Size of the EVS disk")
parser.add_argument( "--volume-type",dest="VOLUME_TYPE", help="Volume type of the EVS disk [SSD,SAS,SATA]")
parser.add_argument( "--volume-name",dest="VOLUME_NAME", help="Volume name of the EVS disk")
parser.add_argument( "--data-volumes",dest="DATA_VOLUMES", help="Attach data volumes while creating ECS(eg: SSD:10,SATA:20)")
parser.add_argument( "--description",dest="DESCRIPTION", help="Description definition ( eg: backups)")
parser.add_argument( "--snapshot-id",dest="SNAPSHOTID", help="Snapshot id of the backup")
parser.add_argument( "--wait-instance-running", dest="WAIT_CREATE", action='store_true' , help="Wait instance running (only for run-instance command)")
# GY
#add_backend_member.template
#delete_backend_member.template
#INSTANCE_ID #parser.add_argument( "--server-id", dest="SERVER_ID", help="Specifies the backend member ID")
parser.add_argument( "--address", dest="ADDRESS", help="Specifies the private IP address of the backend member")
#apply_private_ip_address.template
#SUBNETID
parser.add_argument( "--ip-address", dest="IP_ADDRESS", help="ip-address")
#create_as_configuration.template
#SCALINGGROUP_NAME
parser.add_argument( "--flavor-ref", dest="FLAVOR_REF", help="flavor-ref")
parser.add_argument( "--image-ref", dest="IMAGE_REF", help="image-ref")
parser.add_argument( "--disk-size", dest="DISK_SIZE", help="disk-size")
#VOLUME_TYPE
parser.add_argument( "--disk-type", dest="DISK_TYPE", help="disk-type")
#KEYNAME
#create_as_group.template
parser.add_argument( "--scaling-configuration-id", dest="SCALING_CONFIGURATION_ID", help="scaling-configuration-id")
parser.add_argument( "--desire-instance-number", dest="DESIRE_INSTANCE_NUMBER", help="desire-instance-number")
parser.add_argument( "--min-instance-number", dest="MIN_INSTANCE_NUMBER", help="min-instance-number")
parser.add_argument( "--max-instance-number", dest="MAX_INSTANCE_NUMBER", help="max-instance-number")
parser.add_argument( "--cool-down-time", dest="COOL_DOWN_TIME", help="cool-down-time")
parser.add_argument( "--health-periodic-audit-method", dest="HEALTH_PERIODIC_AUDIT_METHOD", help="health-periodic-audit-method")
parser.add_argument( "--health-periodic-audit-time", dest="HEALTH_PERIODIC_AUDIT_TIME", help="health-periodic-audit-time")
parser.add_argument( "--instance-terminate-policy", dest="INSTANCE_TERMINATE_POLICY", help="instance-terminate-policy")
#VPCID
parser.add_argument( "--networks-id", dest="NETWORKS_ID", help="networks-id")
parser.add_argument( "--notifications", dest="NOTIFICATIONS", help="notifications")
parser.add_argument( "--security-groups-id", dest="SECURITY_GROUPS_ID", help="security-groups-id")
#creating_health_check_task.template
parser.add_argument( "--healthcheck-connect-port", dest="HEALTHCHECK_CONNECT_PORT", help="Specifies the port for health check")
parser.add_argument( "--healthcheck-interval", dest="HEALTHCHECK_INTERVAL", help="Specifies the maximum interval for health check.The value ranges from 1 to 5(s)")
parser.add_argument( "--healthcheck-protocol", dest="HEALTHCHECK_PROTOCOL", help="Specifies the health check protocol.The value can be HTTP or TCP (case-insensitive)")
parser.add_argument( "--healthcheck-timeout", dest="HEALTHCHECK_TIMEOUT", help="Specifies the maximum timeout duration for health check. The value ranges from 1 to 50 (s)")
parser.add_argument( "--healthcheck-uri", dest="HEALTHCHECK_URI", help="Specifies the URI for health check. The value is a string of 1 to 80 characters that contain only letters, digits, and special characters (such as -/.%%?#&).It must start with /. This parameter is valid when healthcheck_protocol is HTTP.")
parser.add_argument( "--healthy-threahold", dest="HEALTHY_THREAHOLD", help="Specifies the number of consecutive successful health checks for the health check result changing from fail to success. The value ranges from 1 to 10.")
#LISTENER_ID
parser.add_argument( "--unhealthy-threshold", dest="UNHEALTHY_THRESHOLD", help="Specifies the number of consecutive successful health checks for the health check result changing from success to fail. The value ranges from 1 to 10.")
#disable_enable_as_group.template
parser.add_argument( "--action-disable-enable-as-group", dest="ACTION_DISABLE_ENABLE_AS_GROUP", help="action-disable-enable-as-group")
#modify_as_group.template
#modify_information_health_check_task.template
parser.add_argument( "--healthcheck-id", dest="HEALTHCHECK_ID", help="healthcheck-id")
#modify_information_listener.template
parser.add_argument( "--listener-description", dest="LISTENER_DESCRIPTION", help="listener-description")
parser.add_argument( "--listener-port", dest="LISTENER_PORT", help="listener-port")
parser.add_argument( "--backend-port", dest="BACKEND_PORT", help="backend-port")
parser.add_argument( "--lb-algorithm", dest="LB_ALGORITHM", help="lb-algorithm")
#modify_load_balancer.template
parser.add_argument( "--bandwidth", dest="BANDWIDTH", help="bandwidth")
parser.add_argument( "--admin-state-up", dest="ADMIN_STATE_UP", help="admin-state-up")
#query_as_configuration_details.template
parser.add_argument( "--tenant", dest="TENANT", help="tenant")
parser.add_argument( "--scaling-configuration-name", dest="SCALING_CONFIGURATION_NAME", help="scaling-configuration-name")
#ADMINPASS
parser.add_argument( "--personality", dest="PERSONALITY", help="personality")
#INSTANCE_NAME
#INSTANCE_ID
#PUBLICIP
#USER_DATA
parser.add_argument( "--create-time", dest="CREATE_TIME", help="create-time")
#query_as_group_details.template
parser.add_argument( "--detail", dest="DETAIL", help="detail")
#SCALINGGROUP_ID
parser.add_argument( "--scaling-group-status", dest="SCALING_GROUP_STATUS", help="scaling-group-status")
parser.add_argument( "--current-instance-number", dest="CURRENT_INSTANCE_NUMBER", help="current-instance-number")
#parser.add_argument( "--lb-listener-id", dest="LB_LISTENER_ID", help="lb-listener-id")
parser.add_argument( "--is-scaling", dest="IS_SCALING", help="is-scaling")
#DELETE_PUBLICIP
#update_bandwidth_information.template
parser.add_argument( "--bandwidth-size", dest="BANDWIDTH_SIZE", help="bandwidth-size")
#update_elastic_ip_address_information.template
parser.add_argument( "--publicip-port-id", dest="PUBLICIP_PORT_ID", help="publicip-port-id")
#update_subnet_information.template
#SUBNETNAME
parser.add_argument( "--dhcp-enable", dest="DHCP_ENABLE", help="dhcp-enable")
#PRIMARYDNS
#SECDNS
#update_vpc_information.template
#VPCNAME
#CIDR
#add_nics_ecs_batches.template
parser.add_argument( "--security-group-id", dest="SECURITY_GROUP_ID", help="security-group-id")
#batch_remove_add_instance.template
parser.add_argument( "--instance-action-add-remove-batch", dest="INSTANCE_ACTION_ADD_REMOVE_BATCH", help="instance-action-add-remove-batch")
parser.add_argument( "--instance-id-1", dest="INSTANCE_ID_1", help="instance-id-1")
parser.add_argument( "--instance-id-2", dest="INSTANCE_ID_2", help="instance-id-2")
parser.add_argument( "--instance-delete", dest="INSTANCE_DELETE", help="instance-delete")
#create_as_policy.template
parser.add_argument( "--recurrence-value", dest="RECURRENCE_VALUE", help="recurrence-value")
parser.add_argument( "--start-time", dest="START_TIME", help="start-time")
parser.add_argument( "--launch-time", dest="LAUNCH_TIME", help="launch-time")
parser.add_argument( "--end-time", dest="END_TIME", help="end-time")
parser.add_argument( "--recurrence-type", dest="RECURRENCE_TYPE", help="recurrence-type")
parser.add_argument( "--scaling-policy-type", dest="SCALING_POLICY_TYPE", help="Specifies the AS policy type: ALARM/SCHEDULED/RECURRENCE")
parser.add_argument( "--instance-number", dest="INSTANCE_NUMBER", help="instance-number")
parser.add_argument( "--operation-as-policy", dest="OPERATION_AS_POLICY", help="Specifies the operation to be performed. The default operation is ADD.ADD: adds instances to the AS group.REMOVE: removes instances from the AS group.SET: sets the number of the instances in the AS group")
parser.add_argument( "--scaling-policy-name", dest="SCALING_POLICY_NAME", help="Specifies the AS policy name. The name can contain letters, digits, underscores (_), and hyphens (-), and cannot exceed 64 characters")
parser.add_argument( '--scaling-policy-id', dest='SCALING_POLICY_ID', help='scaling-policy-id')
#delete_nics_ecs_batches.template
#NETWORKINTERFACEID
#execute_enable_disable_as_policy.template
parser.add_argument( "--as-policy-action", dest="AS_POLICY_ACTION", help="as-policy-action")
#expand_capacity_on_evs_disk.template
parser.add_argument( "--evs-new-size", dest="EVS_NEW_SIZE", help="evs-new-size")
#modify_as_policy.template
#modify_spec_ecs.template
#restore_disk_vbs_backup.template
#VOLUME_ID
#update_evs_info.template
#VOLUME_NAME
#DESCRIPTION
#create_listener.template
parser.add_argument( '--session-sticky', dest='SESSION_STICKY', help='Specifies whether to enable the session persistence function.The value is true or false. The session persistence function is enabled when the value is true, and is disabled when the value is false.')
parser.add_argument( '--sticky-session-type', dest='STICKY_SESSION_TYPE', help='Specifies the cookie processing method. The value is insert.insert indicates that the cookie is inserted by the load balancer. This parameter is valid when protocol is set to HTTP, and session_sticky to true. The default value is insert. This parameter is invalid when protocol is set to TCP. That means the parameter is empty.')
parser.add_argument( '--cookie-timeout', dest='COOKIE_TIMEOUT', help='Specifies the cookie timeout period (s).The value ranges from 1 to 86,400. This parameter is valid when protocol is set to HTTP, session_sticky to true, and sticky_session_type to insert. This parameter is invalid when protocol is set to TCP.')
# MRS - SAHARA
parser.add_argument( '--job-binary', dest='JOBBINARY', help='Specifies the Job Binary')
parser.add_argument( '--job-binary-id', dest='JOBBINARY_ID', help='Specifies the Job Binary Id')
parser.add_argument( '--job', dest='JOB', help='Specifies the Job')
parser.add_argument( '--job-id', dest='JOB_ID', help='Specifies the Job Id')
parser.add_argument( '--job-exec', dest='JOB_EXEC', help='Specifies the Job Exec')
parser.add_argument( '--job-exec-id', dest='JOB_EXEC_ID', help='Specifies the Job Exec Id')
parser.add_argument( '--datasource', dest='DATASOURCE', help='Specifies the Job DATASOURCE')
parser.add_argument( '--datasource-id', dest='DATASOURCE_ID', help='Specifies the Job DATASOURCE Id')
parser.add_argument( '--jobinput', dest='JOBINPUT', help='Specifies the JOB input')
parser.add_argument( '--joboutput', dest='JOBOUTPUT', help='Specifies the JOB output')
parser.add_argument( '--joblog', dest='JOBLOG', help='Specifies the JOB log')
parser.add_argument( '--type', dest='MRS_TYPE', help='Specifies the MRS Type')
parser.add_argument( '--mrs-path', dest='MRS_PATH', help='Specifies the MRS Path')
parser.add_argument( '--hql', dest='HQL', help='Specifies the MRS HQL')
parser.add_argument( '--mrs-args', dest='MRS_ARGS', help='Specifies the MRS ARGS')
parser.add_argument( '--mrs-file-action', dest='MRS_ACTION', help='Specifies the MRS File Action')
parser.add_argument( '--mrs-mains', dest='MRS_MAINS', help='Specifies the MRS Main Object List')
parser.add_argument( '--mrs-libs', dest='MRS_LIBS', help='Specifies the MRS Libs Object List')
parser.add_argument( '--mrs-configs', dest='MRS_CONFIGS', help='Specifies the MRS Config List')
parser.add_argument( '--mrs-params', dest='MRS_PARAMS', help='Specifies the MRS Params List')
# this is need if you want to use global decorator parser
#add_to_parser( parser )
# Process arguments
args = parser.parse_args()
#args = parser.parse_known_args()
OtcConfig.copyfromparser( args )
configloader.readUserValues()
configloader.readProxyValues()
configloader.validateConfig()
handleCommands(argv)
return 0
except KeyboardInterrupt as e:
print("KeyboardInterrupt" + str(e))
### handle keyboard interrupt ###
return 1
except NoSectionError as e:
print("Configuration error. \nDefine ENV variables or run following command: \n otc --configure [user | proxy]")
return 1
except (KeyError, AttributeError) as e:
#errno, strerror = e.args
print("Invalid command:" + str(e))
printShortHelp()
#parser.print_help()
if OtcConfig.DEBUG or TESTRUN:
raise
### handle keyboard interrupt ###
return 1
except (Exception) as e:
if OtcConfig.DEBUG or TESTRUN:
raise e
indent = len(program_name) * " "
sys.stderr.write(program_name + ": " + repr(e) + "\n")
sys.stderr.write(indent + " for help use --help")
return 2
except:
print("Other exception" + "Unexpected error:", sys.exc_info()[0])
