def config_bgp_router_rst(dut, asn, config="add"):
bgp_router_create_data = {
"openconfig-network-instance:global": {
"config": {
"as": asn
}
}
}
bgp_router_create_url = "/restconf/data/openconfig-network-instance:network-instances/network-instance=default/protocols/protocol=BGP,bgp/bgp"
bgp_router_del_url = "/restconf/data/openconfig-network-instance:network-instances/network-instance=default/protocols/protocol=BGP,bgp/bgp"
if config == "add":
try:
res_create = st.rest_create(dut,
path=bgp_router_create_url,
data=bgp_router_create_data)
except Exception as e:
st.log(e)
return False
if not res_create["status"] in [200, 201, 204]:
st.error("Failed to configure the BGP Router with {} through REST".
format(asn))
return False
elif config == "del":
try:
res_delete = st.rest_delete(dut, path=bgp_router_del_url)
except Exception as e:
st.log(e)
return False
if not res_delete["status"] in [200, 201, 204]:
st.error(
"Failed to un-configure the BGP Router with {} through REST".
format(asn))
return False
return True
def config_coppgroup_copptrap_viarest(dut, **kwargs):
"""
Author: Gangadhara Sahu ([email protected])
To configure classifier of type CoPP
:param dut:
:param classifier:
:param action_group:
:param config:
:return bool:
Example :
copp.config_coppgroup_copptrap_viarest(vars.D2,classifier_name="class1", \
protocol_trap_id=["arp_req","arp_resp"],copp_action_group="copp-group-arp", \
trap_priority="10",trap_queue="10",cir="3500",cbs="3570",trap_action="trap")
"""
#action = kwargs['trap_action'];
priority=int(kwargs['trap_priority']);queue=int(kwargs['trap_queue'])
cir=kwargs['cir'];cbs=kwargs['cbs'];name=kwargs['copp_action_group']
if 'police_meter_type' not in kwargs:
ptype = "PACKETS"
else:
ptype = kwargs['police_meter_type']
if 'police_mode' not in kwargs:
pmode = "SR_TCM"
else:
pmode = kwargs['police_mode']
trap_action = kwargs['trap_action'].upper()
class1 = kwargs['classifier_name']
if isinstance(kwargs['protocol_trap_id'],list):
trap1 = ""
for id in kwargs['protocol_trap_id']:
if kwargs['protocol_trap_id'].index(id) == 0:
trap1 = id
else:
trap1 = trap1 + "," + id
else:
trap1 = kwargs['protocol_trap_id']
rest_urls = st.get_datastore(dut, "rest_urls")
rest_url = rest_urls['copp_global']
rest_data = {"openconfig-copp-ext:copp-groups":{"copp-group":[{"name":name,"config": \
{"cbs":cbs,"cir":cir,"meter-type":ptype,"mode":pmode,"queue":queue,"trap-priority":priority, \
"trap-action":trap_action}}]}, \
"openconfig-copp-ext:copp-traps":{"copp-trap":[{"name":class1, \
"config":{"trap-ids":trap1,"trap-group":class1}}]}
}
output=st.rest_create(dut, path=rest_url, data=rest_data)
if output["status"] not in [200, 204, 201]:
st.error("Failed to configure copp group and copp trap in {} due to bad request {} seen for REST command".format(dut,output["status"]))
return False
else:
st.log("PASS: Rest operation for copp group and copp trap config return status {}".format(output['status']))
return True
def config_ip_addr_rst(dut, ip_addr, pre_len, interface, family, config="add"):
ip_addr_create_data = {
"openconfig-if-ip:address": [{
"ip": ip_addr,
"config": {
"ip": ip_addr,
"prefix-length": pre_len
}
}]
}
if family == "ipv4":
ip_addr_create_url = "/restconf/data/openconfig-interfaces:interfaces/interface={}/subinterfaces/subinterface=0/openconfig-if-ip:ipv4/addresses".format(
interface)
ip_addr_delete_url = "/restconf/data/openconfig-interfaces:interfaces/interface={}/subinterfaces/subinterface=0/openconfig-if-ip:ipv4/addresses".format(
interface)
else:
ip_addr_create_url = "/restconf/data/openconfig-interfaces:interfaces/interface={}/subinterfaces/subinterface=0/openconfig-if-ip:ipv6/addresses".format(
interface)
ip_addr_delete_url = "/restconf/data/openconfig-interfaces:interfaces/interface={}/subinterfaces/subinterface=0/openconfig-if-ip:ipv6/addresses".format(
interface)
if config == "add":
try:
res_create = st.rest_create(dut,
path=ip_addr_create_url,
data=ip_addr_create_data)
except Exception as e:
st.log(e)
return False
if not res_create["status"] in [200, 201, 204]:
st.error(
"Failed to configure the {} routing interface with {} through REST"
.format(family, ip_addr))
return False
elif config == "del":
try:
res_delete = st.rest_delete(dut, path=ip_addr_delete_url)
except Exception as e:
st.log(e)
return False
if not res_delete["status"] in [200, 201, 204]:
st.error(
"Failed to un-configure the {} routing interface with {} through rst"
.format(family, ip_addr))
return False
return True
def config_domain(dut, domain_id, **kwargs):
'''
Author: [email protected]
:param dut:
:param domain_id: Mclag domain_id
:param local_ip: Mclag peer1 IP
:param peer_ip: Mclag peer2 IP
:param kwargs: optional parameters can be <local_ip|peer_ip|peer_interface|config|cli_type>
:return:
usage:
config_domain(dut1,10, local_ip="10.10.10.1", peer_ip="10.10.10.2", delay_restore_timer="60")
config_domain(dut1,10, local_ip="10.10.10.1", peer_ip="10.10.10.2", peer_interface='Ethernet0001')
config_domain(dut1,10, config='del')
'''
### Optional parameters processing
local_ip = kwargs.get('local_ip', None)
peer_ip = kwargs.get('peer_ip', None)
peer_intf = kwargs.get('peer_interface', None)
delay_restore_timer = kwargs.get('delay_restore_timer', None)
config = kwargs.get('config', 'add')
cli_type = kwargs.pop('cli_type', st.get_ui_type(dut, **kwargs))
if cli_type == 'click':
cmd = "config mclag {} {}".format(config, domain_id)
if config == 'add':
if 'local_ip' not in kwargs or 'peer_ip' not in kwargs:
st.error("Mandatory parameters local_ip and peer_ip not found")
return False
cmd += " {} {}".format(local_ip, peer_ip)
if 'peer_interface' in kwargs:
cmd += ' {}'.format(peer_intf)
#cmd += ' \n'
output = st.config(dut, cmd)
if "Missing argument" in output:
st.error("Argument Missing")
return False
if "invalid peer ip address" in output:
st.error("Invalid peer_ip address")
return False
if "invalid local ip address" in output:
st.error("Invalid local_ip address")
return False
if "interface name is invalid" in output:
st.error("Invalid peer interface")
return False
elif cli_type == 'klish':
config = 'no ' if config == 'del' else ''
if config == '':
cmd = "mclag domain {}".format(domain_id)
if 'local_ip' in kwargs:
cmd = cmd + "\n" + "source-ip {}".format(local_ip)
if 'peer_ip' in kwargs:
cmd = cmd + "\n" + "peer-ip {}".format(peer_ip)
if 'peer_interface' in kwargs:
pintf = get_interface_number_from_name(peer_intf)
cmd = cmd + "\n" + "peer-link {} {}".format(
pintf['type'], pintf['number'])
if 'delay_restore_timer' in kwargs:
cmd = cmd + "\n" + "delay-restore {}".format(
delay_restore_timer)
cmd = cmd + "\n" + "exit"
elif config == 'no ':
if 'local_ip' in kwargs or 'peer_ip' in kwargs or 'peer_interface' in kwargs or 'delay_restore_timer' in kwargs:
cmd = "mclag domain {}".format(domain_id)
if 'local_ip' in kwargs:
cmd = cmd + "\n" + "{}source-ip".format(config)
if 'peer_ip' in kwargs:
cmd = cmd + "\n" + "{}peer-ip".format(config)
if 'peer_interface' in kwargs:
cmd = cmd + "\n" + "{}peer-link".format(config)
if 'delay_restore_timer' in kwargs:
cmd = cmd + "\n" + "{}delay-restore".format(config)
cmd = cmd + "\n" + "exit"
else:
cmd = "{}mclag domain {}".format(config, domain_id)
output = st.config(dut, cmd, type="klish", conf=True)
if "Could not connect to Management REST Server" in output:
st.error("klish mode not working.")
return False
elif cli_type in ["rest-put", "rest-patch"]:
if config == 'del':
rest_urls = st.get_datastore(dut, 'rest_urls')
rest_url_del = rest_urls['mclag_config_domain'].format(
int(domain_id))
output = st.rest_delete(dut, rest_url_del)
if not output["status"] in [200, 204]:
st.error(
"Failed to delete the mclag domain using REST in {} due to bad request {}"
.format(dut, output["status"]))
return False
else:
st.log(
"PASS: Rest delete mclag domain return status {}".format(
output['status']))
return True
if 'local_ip' in kwargs:
rest_urls = st.get_datastore(dut, 'rest_urls')
rest_url = rest_urls['mclag_config_all']
rest_data = {
"openconfig-mclag:mclag-domains": {
"mclag-domain": [{
"domain-id": int(domain_id),
"config": {
"domain-id": int(domain_id),
"source-address": local_ip
}
}]
}
}
output = st.rest_create(dut, path=rest_url, data=rest_data)
if output["status"] not in [200, 204, 201]:
st.error(
"Failed to configure using POST source-address in {} due to bad request {} seen for REST command"
.format(dut, output["status"]))
return False
else:
st.log(
"PASS: Rest operation using POST for source-address return status {}"
.format(output['status']))
if 'peer_ip' in kwargs:
rest_urls = st.get_datastore(dut, 'rest_urls')
rest_url = rest_urls['mclag_config_peer_ip'].format(int(domain_id))
rest_data = {"openconfig-mclag:peer-address": peer_ip}
output = st.rest_modify(dut, path=rest_url, data=rest_data)
if output["status"] not in [200, 204, 201]:
st.error(
"Failed to configure peer-address in {} due to bad request {} seen for REST command"
.format(dut, output["status"]))
return False
else:
st.log(
"PASS: Rest operation for peer-address return status {}".
format(output['status']))
if 'peer_interface' in kwargs:
rest_urls = st.get_datastore(dut, 'rest_urls')
rest_url = rest_urls['mclag_config_peer_link'].format(
int(domain_id))
rest_data = {"openconfig-mclag:peer-link": peer_intf}
output = st.rest_modify(dut, path=rest_url, data=rest_data)
if output["status"] not in [200, 204, 201]:
st.error(
"Failed to configure peer-link in {} due to bad request {} seen for REST command"
.format(dut, output["status"]))
return False
else:
st.log("PASS: Rest operation for peer-link return status {}".
format(output['status']))
if 'delay_restore_timer' in kwargs:
rest_urls = st.get_datastore(dut, 'rest_urls')
rest_url = rest_urls['mclag_config_delay_restore'].format(
int(domain_id))
rest_data = {
"openconfig-mclag:delay-restore": int(delay_restore_timer)
}
output = st.rest_modify(dut, path=rest_url, data=rest_data)
if output["status"] not in [200, 204, 201]:
st.error(
"Failed to configure delay_restore_timer in {} due to bad request {} seen for REST command"
.format(dut, output["status"]))
return False
else:
st.log(
"PASS: Rest operation for delay_restore_timer return status {}"
.format(output['status']))
if 'keepalive_interval' in kwargs:
rest_urls = st.get_datastore(dut, 'rest_urls')
rest_url = rest_urls['mclag_config_keepalive'].format(
int(domain_id))
rest_data = {
"openconfig-mclag:keepalive-interval":
int(kwargs['keepalive_interval'])
}
output = st.rest_modify(dut, path=rest_url, data=rest_data)
if output["status"] not in [200, 204, 201]:
st.error(
"Failed to configure keepalive-interval in {} due to bad request {} seen for REST command"
.format(dut, output["status"]))
return False
else:
st.log(
"PASS: Rest operation for keepalive-interval return status {}"
.format(output['status']))
if 'session_timeout' in kwargs:
rest_url = rest_urls['mclag_config_session_timeout'].format(
int(domain_id))
rest_data = {
"openconfig-mclag:session-timeout":
int(kwargs['session_timeout'])
}
output = st.rest_modify(dut, path=rest_url, data=rest_data)
if output["status"] not in [200, 204, 201]:
st.error(
"Failed to configure session-timeout in {} due to bad request {} seen for REST command"
.format(dut, output["status"]))
return False
else:
st.log(
"PASS: Rest operation for session-timeout return status {}"
.format(output['status']))
if 'mclag_system_mac' in kwargs:
rest_url = rest_urls['mclag_config_mclag_system_mac'].format(
int(domain_id))
rest_data = {
"openconfig-mclag:mclag-system-mac": kwargs['mclag_system_mac']
}
output = st.rest_modify(dut, path=rest_url, data=rest_data)
if output["status"] not in [200, 204, 201]:
st.error(
"Failed to configure mclag-system-mac in {} due to bad request {} seen for REST command"
.format(dut, output["status"]))
return False
else:
st.log(
"PASS: Rest operation for mclag-system-mac return status {}"
.format(output['status']))
for arg1 in kwargs:
if arg1 not in [
'mclag_system_mac', 'session_timeout',
'keepalive_interval', 'delay_restore_timer',
'peer_interface', 'peer_ip', 'local_ip'
]:
st.error("ARG {} is not supported through REST".format(arg1))
return True
def config_bgp_neighbor_rst(dut, **kwargs):
neigh_ip = kwargs.get('neigh_ip')
local_asn = kwargs.get('local_asn')
remote_asn = kwargs.get('remote_asn')
peer_type = kwargs.get('peer_type')
family = kwargs.get('family')
config = kwargs.get('config')
if family == "ipv4":
afi_safi_name = "openconfig-bgp-types:IPV4_UNICAST"
else:
afi_safi_name = "openconfig-bgp-types:IPV6_UNICAST"
bgp_ipv4_neighbor_create_data = {
"openconfig-network-instance:neighbor": [{
"neighbor-address": neigh_ip,
"config": {
"neighbor-address": neigh_ip,
"enabled": True,
"peer-as": remote_asn,
"local-as": local_asn,
"peer-type": peer_type
},
"afi-safis": {
"afi-safi": [{
"afi-safi-name": afi_safi_name,
"config": {
"afi-safi-name": afi_safi_name,
"enabled": True
}
}]
},
"timers": {
"config": {
"connect-retry": "60"
}
}
}]
}
bgp_neighbor_create_url = "/restconf/data/openconfig-network-instance:network-instances/network-instance=default/protocols/protocol=BGP,bgp/bgp/neighbors"
bgp_neighbor_delete_url = "/restconf/data/openconfig-network-instance:network-instances/network-instance=default/protocols/protocol=BGP,bgp/bgp/neighbors"
if config == "add":
try:
res_create = st.rest_create(dut,
path=bgp_neighbor_create_url,
data=bgp_ipv4_neighbor_create_data)
except Exception as e:
st.log(e)
return False
if not res_create["status"] in [200, 201, 204]:
st.error("Failed to configure the {} BGP neighbor {} through REST".
format(family, neigh_ip))
return False
elif config == "del":
try:
res_delete = st.rest_delete(dut, path=bgp_neighbor_delete_url)
except Exception as e:
st.log(e)
return False
if not res_delete["status"] in [200, 201, 204]:
st.error(
"Failed to un-configure the {} BGP neighbor {} through REST".
format(family, neigh_ip))
return False
return True
def rest_operation(dut, **kwargs):
op = kwargs.get("http_method")
url = kwargs.get("rest_url")
data = kwargs.get("json_data")
timeout = kwargs.get("timeout", 5)
log_msg = []
status_map = {200 : "Rest operation successful", 201 : "Rest operation successful", 204 : "Rest operation successful", 400 : "Bad Request", 401 : "Unauthorized", 403 : "Forbidden", 404 : "Page not found", 405 : "Method not allowed", 409 : "Conflict", 415 : "Unsupported Media Type", 500 : "Internal Server Error"}
retval = {}
rest_result = True
log_msg.append("[{}] -- HTTP METHOD : {}".format(dut, op.upper()))
log_msg.append("URL : {}".format(url))
if data:
log_msg.append("PAYLOAD : {}".format(data))
if not op or not url:
st.log("Please provide http_method: {} or rest_url: {}".format(op,url))
return False
op = op.lower()
if op in ["get","delete"]:
params = {"path":url, "rest_timeout":timeout}
elif op in ["post", "put", "patch"]:
params = {"path": url, "data":data,"rest_timeout": timeout}
else:
st.log("Please provide valid Http method")
return False
if kwargs.get("username"):
params.update({"rest_username":kwargs.get("username")})
if kwargs.get("password"):
params.update({"rest_password":kwargs.get("password")})
for iteration in range(1,5):
try:
if op == "get":
retval = st.rest_read(dut, **params)
elif op == "post":
retval = st.rest_create(dut, **params)
elif op == "put":
retval = st.rest_update(dut, **params)
elif op == "delete":
retval = st.rest_delete(dut, **params)
elif op == "patch":
retval = st.rest_modify(dut, **params)
else:
st.log("Please provide valid Http method")
return False
break
except Exception as e:
if iteration > 2:
credentials = st.get_credentials(dut)
st.rest_init(dut, credentials[0], credentials[1], credentials[2])
if op == "get":
tout = 180 if int(timeout) < 180 else timeout
st.log("Setting timeout to {} sec".format(tout))
params.update({"rest_timeout": tout})
st.error(e)
if "url" in retval.keys():
host_ip = re.findall(r'([0-9]+(?:\.[0-9]+){3})', retval["url"])
if host_ip:
log_msg.insert(1, "HOST IP : {}".format(host_ip[0]))
if "status" in retval.keys():
log_msg.append("STATUS : {} - {}".format(retval["status"], status_map[retval["status"]]))
rest_result = True if retval["status"] in [200, 201, 204] else False
if op == "get":
if "output" in retval.keys():
log_msg.append("OUTPUT : {}".format(retval["output"]))
if rest_result:
st.log("{}".format(", ".join(log_msg)))
else:
st.error("{}".format(", ".join(log_msg)))
return retval
def config_copp_action_group(dut, **kwargs):
"""
Author: Gangadhara Sahu ([email protected])
To configure classifier of type CoPP
:param dut:
:param copp_action_group:
:param trap_action:
:param trap_priority:
:param trap_queue:
:param police_meter_type:
:param police_mode:
:param cir:
:param cbs:
:param pir:
:param pbs:
:param config:
:return bool:
Example : config_copp_action_group(dut1,copp_action_group="copp-user-arp",config="no")
config_copp_action_group(dut1,copp_action_group="copp-user-arp",
trap_action="trap",trap_priority="3",trap_queue="3",
police_meter_type="pps",police_mode="sr_tcm",
cir="6000",cbs="6000")
config_copp_action_group(vars.D2,copp_action_group="copp-group-arp",trap_priority="10",trap_queue="10",cir="3500",cbs="3570",
trap_action="TRAP",cli_type="rest-put",config="yes")
config_copp_action_group(vars.D2,copp_action_group="copp-group-arp",trap_priority="10",trap_queue="10",cir="3500",cbs="3570",
trap_action="TRAP",cli_type="rest-put",config="no")
"""
cli_type = kwargs.pop('cli_type', st.get_ui_type(dut,**kwargs))
config_cmd = 'no' if kwargs.get('config','yes').lower() == 'no' else 'yes'
if cli_type == 'klish':
command = []
if config_cmd == 'no':
command.append("no copp-action {}".format(kwargs['copp_action_group']))
else:
command.append("copp-action {}".format(kwargs['copp_action_group']))
if "trap_action" in kwargs:
command.append("set trap-action {}".format(kwargs['trap_action']))
if "trap_priority" in kwargs:
command.append("set trap-priority {}".format(kwargs['trap_priority']))
if "trap_queue" in kwargs:
command.append("set trap-queue {}".format(kwargs['trap_queue']))
if "police_meter_type" in kwargs:
command.append("police meter-type {}".format(kwargs['police_meter_type']))
if "police_mode" in kwargs:
command.append("police mode {} red drop".format(kwargs['police_mode']))
if "cir" in kwargs and "cbs" in kwargs and "pir" not in kwargs:
command.append("police cir {} cbs {}".format(kwargs['cir'],kwargs['cbs']))
if "cir" in kwargs and "cbs" in kwargs and "pir" in kwargs and "pbs" in kwargs:
command.append("police cir {} cbs {} pir {} pbs {}".format(kwargs['cir'],kwargs['cbs'],kwargs['pir'],kwargs['pbs']))
command.append("exit")
st.config(dut, command,type="klish")
elif cli_type in ['rest-put','rest-patch']:
if config_cmd == 'no':
rest_urls = st.get_datastore(dut, "rest_urls")
rest_url = rest_urls['copp_group_config'].format(kwargs['copp_action_group'])
output=st.rest_delete(dut, path=rest_url)
if output["status"] not in [200, 204, 201]:
st.error("Failed to delete classifier in {} due to bad request {} seen for REST command".format(dut,output["status"]))
return False
else:
st.log("PASS: Rest operation for classifier delete return status {}".format(output['status']))
return True
else:
#action = kwargs['trap_action']
priority=int(kwargs['trap_priority']);queue=int(kwargs['trap_queue'])
cir=kwargs['cir'];cbs=kwargs['cbs'];name=kwargs['copp_action_group']
if 'police_meter_type' not in kwargs:
ptype = "PACKETS"
else:
ptype = kwargs['police_meter_type']
if 'police_mode' not in kwargs:
pmode = "SR_TCM"
else:
pmode = kwargs['police_mode']
trap_action = kwargs['trap_action'].upper()
rest_urls = st.get_datastore(dut, "rest_urls")
rest_url = rest_urls['copp_global']
rest_data = {"openconfig-copp-ext:copp-groups":{"copp-group":[{"name":name,"config": \
{"cbs":cbs,"cir":cir,"meter-type":ptype,"mode":pmode,"queue":queue,"trap-priority":priority, \
"trap-action":trap_action}}]}}
st.rest_create(dut, path=rest_url, data=rest_data)
output=st.rest_create(dut, path=rest_url, data=rest_data)
if output["status"] not in [200, 204, 201]:
st.error("Failed to configure copp action in {} due to bad request {} seen for REST command".format(dut,output["status"]))
return False
else:
st.log("PASS: Rest operation for copp action config return status {}".format(output['status']))
return True
def config_copp_classifier(dut, **kwargs):
"""
Author: Gangadhara Sahu ([email protected])
To configure classifier of type CoPP
:param dut:
:param classifier_name:
:param protocol_trap_id:
:param config:
:return bool:
Example : config_copp_classifier(dut1)
config_copp_classifier(dut1,classifier_name="copp-system-arp",protocol_trap_id=["arp_req","arp_resp"],copp_group="copp-user-arp-action")
config_copp_classifier(vars.D2,classifier_name="class1",protocol_trap_id=["arp_req","arp_resp"],cli_type="rest-put",config="yes")
config_copp_classifier(vars.D2,classifier_name="class1",protocol_trap_id=["arp_req","arp_resp"],cli_type="rest-put",config="no")
"""
cli_type = kwargs.pop('cli_type', st.get_ui_type(dut,**kwargs))
config_cmd = 'no' if kwargs.get('config','yes').lower() == 'no' else 'yes'
if cli_type == 'klish':
command = []
if config_cmd == 'no':
command.append("no class-map {}".format(kwargs['classifier_name']))
else:
command.append("class-map {} match-type copp".format(kwargs['classifier_name']))
for id in kwargs['protocol_trap_id']:
command.append("match protocol {}".format(id))
command.append("exit")
st.config(dut, command,type="klish")
elif cli_type in ['rest-put','rest-patch']:
class1 = kwargs['classifier_name']
if config_cmd == 'no':
bind_class_action_copp_policy(dut,classifier=class1,config="no")
rest_urls = st.get_datastore(dut, "rest_urls")
rest_url = rest_urls['copp_trap_config'].format(class1)
output=st.rest_delete(dut, path=rest_url)
if output["status"] not in [200, 204, 201]:
st.error("Failed to delete classifier in {} due to bad request {} seen for REST command".format(dut,output["status"]))
return False
else:
st.log("PASS: Rest operation for classifier delete return status {}".format(output['status']))
return True
if isinstance(kwargs['protocol_trap_id'],list):
trap1 = ""
for id in kwargs['protocol_trap_id']:
if kwargs['protocol_trap_id'].index(id) == 0:
trap1 = id
else:
trap1 = trap1 + "," + id
else:
trap1 = kwargs['protocol_trap_id']
copp_group = kwargs['copp_group']
rest_urls = st.get_datastore(dut, "rest_urls")
rest_url = rest_urls['copp_trap_global']
rest_data = {"openconfig-copp-ext:copp-trap":[{"name":class1,"config":{"trap-ids":trap1,"trap-group":copp_group}}]}
output=st.rest_create(dut, path=rest_url, data=rest_data)
if output["status"] not in [200, 204, 201]:
st.error("Failed to configure classifier in {} due to bad request {} seen for REST command".format(dut,output["status"]))
return False
else:
st.log("PASS: Rest operation for classifier config return status {}".format(output['status']))
return True