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##############################################################################
# Copyright (c) 2015 Huawei Technologies Co.,Ltd and others.
#
# All rights reserved. This program and the accompanying materials
# are made available under the terms of the Apache License, Version 2.0
# which accompanies this distribution, and is available at
# http://www.apache.org/licenses/LICENSE-2.0
##############################################################################
import Tkinter
def build_cmd(*args):
cmd = ''
for arg in args:
cmd = cmd + str(arg) + ' '
#import pdb
# pdb.set_trace()
return cmd
class stcPython():
def __init__(self):
self.tclsh = Tkinter.Tcl()
self.stcpkg = '/home/Spirent_TestCenter_4.46/Spirent_TestCenter_Application_Linux'
self.tclsh.eval(
"set auto_path [ linsert $auto_path 0 %s ]" %
(self.stcpkg))
self.tclsh.eval("package require SpirentTestCenter")
def build_cmd(self, *args):
cmd = ''
for arg in args:
cmd = cmd + str(arg) + ' '
return cmd
# [ stc base interface ]
def stc_init(self, *args):
cmd = build_cmd('stc::init', *args)
return self.tclsh.eval(cmd)
# stc connect
def stc_connect(self, *args):
cmd = build_cmd('stc::connect', *args)
return self.tclsh.eval(cmd)
# stc disconnect
def stc_disconnect(self, *args):
cmd = build_cmd('stc::disconnect', *args)
return self.tclsh.eval(cmd)
# stc create
def stc_create(self, *args):
cmd = build_cmd('stc::create', *args)
return self.tclsh.eval(cmd)
# stc delete
def stc_delete(self, *args):
cmd = build_cmd('stc::delete', *args)
return self.tclsh.eval(cmd)
# stc config
def stc_config(self, *args):
cmd = build_cmd('stc::config', *args)
return self.tclsh.eval(cmd)
# stc get
def stc_get(self, *args):
cmd = build_cmd('stc::get', *args)
return self.tclsh.eval(cmd)
# stc apply
def stc_apply(self, *args):
cmd = build_cmd('stc::apply', *args)
return self.tclsh.eval(cmd)
# stc perform
def stc_perform(self, *args):
cmd = build_cmd('stc::perform', *args)
return self.tclsh.eval(cmd)
# stc reserve
def stc_reserve(self, *args):
cmd = build_cmd('stc::reserve', *args)
return self.tclsh.eval(cmd)
# stc release
def stc_release(self, *args):
cmd = build_cmd('stc::release', *args)
return self.tclsh.eval(cmd)
# stc subscribe
def stc_subscribe(self, *args):
cmd = build_cmd('stc::subscribe', *args)
return self.tclsh.eval(cmd)
# stc unsubscribe
def stc_unsubscribe(self, *args):
cmd = build_cmd('stc::unsubscribe', *args)
return self.tclsh.eval(cmd)
# stc wait until sequencer complete
def stc_waituntilcomplete(self, *args):
cmd = build_cmd('stc::waituntilcomplete', *args)
return self.tclsh.eval(cmd)
# stc help
def stc_help(self, *args):
cmd = build_cmd('stc::help', *args)
return self.tclsh.eval(cmd)
# [ stc expand interface ]
# get one dict-key's value
# return value
def stc_get_value(self, stc_dict, stc_key):
cmd = stc_dict + ' -' + stc_key
return self.stc_get(cmd)
# create project
# return: project_name
def stc_create_project(self):
return self.stc_create('project')
# create port under project
# return: port name
def stc_create_port(self, project_name):
cmd = 'port -under ' + project_name
return self.stc_create(cmd)
# config port location
# return: None
def stc_config_port_location(self, port_name, chassisAddress, slot, port):
#import pdb
# pdb.set_trace()
cmd = port_name + ' -location //' + chassisAddress + \
'/' + slot + '/' + port + ' -UseDefaultHost False'
return self.stc_config(cmd)
# create streamblock under port
# return: streamblock name
def stc_create_streamblock(
self,
port_name,
vlan_tag,
ExpectedRxPort,
srcMac,
dstMac,
sourceAddr,
destAddr):
#import pdb
# pdb.set_trace()
if vlan_tag is None or vlan_tag == 'None':
frameStruc = '"EthernetII IPv4 Udp"'
if ExpectedRxPort == '':
return self.stc_create(
'streamBlock -under ',
port_name,
'-frameConfig ',
frameStruc,
'-frame "EthernetII.srcMac',
srcMac,
'EthernetII.dstMac',
dstMac,
'IPv4.1.sourceAddr',
sourceAddr,
'IPv4.1.destAddr',
destAddr,
'"')
else:
return self.stc_create(
'streamBlock -under ',
port_name,
'-ExpectedRxPort',
ExpectedRxPort,
'-frameConfig ',
frameStruc,
'-frame "EthernetII.srcMac',
srcMac,
'EthernetII.dstMac',
dstMac,
'IPv4.1.sourceAddr',
sourceAddr,
'IPv4.1.destAddr',
destAddr,
'"')
else:
frameStruc = '"EthernetII Vlan IPv4 Udp"'
if ExpectedRxPort == '':
return self.stc_create(
'streamBlock -under ',
port_name,
'-frameConfig ' +
frameStruc,
'-frame "EthernetII.srcMac',
srcMac,
'EthernetII.dstMac',
dstMac,
'Vlan.1.id',
vlan_tag,
'IPv4.1.sourceAddr',
sourceAddr,
'IPv4.1.destAddr',
destAddr,
'"')
else:
return self.stc_create(
'streamBlock -under ',
port_name,
'-ExpectedRxPort',
ExpectedRxPort,
'-frameConfig ' +
frameStruc,
'-frame "EthernetII.srcMac',
srcMac,
'EthernetII.dstMac',
dstMac,
'Vlan.1.id',
vlan_tag,
'IPv4.1.sourceAddr',
sourceAddr,
'IPv4.1.destAddr',
destAddr,
'"')
# config streamblock with part arguments
# argument list use args dictionary
def stc_config_streamblock(self, streamblock_name, args_dict):
cmd = ''
for key in args_dict.keys():
temp_cmd = '-' + key + ' ' + str(args_dict[key])
cmd = cmd + temp_cmd
return self.stc_config(streamblock_name, cmd)
# get generator name from port name
# return: generator name
def stc_get_generator(self, port_name):
cmd = port_name + ' -children-generator'
return self.stc_get(cmd)
# config generator with part arguments
# argument list use args dictionary
# return none
def stc_config_generator(self, generator_name, args_dict):
cmd = ''
for key in args_dict.keys():
temp_cmd = '-' + key + ' ' + str(args_dict[key])
cmd = cmd + temp_cmd
return self.stc_config(generator_name, cmd)
# attach port
# return: port's parent project info
def stc_attach_ports(self, portList):
cmd = 'AttachPorts -portList {'
for port in portList:
cmd = cmd + ' ' + port
cmd = cmd + '} -autoConnect TRUE'
return self.stc_perform(cmd)
# config src mac and dst mac
# return: none
def stc_config_ethII(self, ethII, src_mac, dst_mac):
cmd = ethII + ' -srcMac ' + src_mac + ' -dstMac ' + dst_mac
return self.stc_config(cmd)
# config src ip and dst ip
# return: none
def stc_config_ethIII(self, ethIII, src_ip, dst_ip):
cmd = ethIII + ' -sourceAddr ' + src_ip + ' -destAddr ' + dst_ip
return self.stc_config(cmd)
# start streamblock
# return: none
def stc_streamblock_start(self, streamblock_list):
cmd = 'StreamBlockStart -StreamBlockList {'
for streamblock in streamblock_list:
cmd = cmd + ' ' + streamblock
cmd = cmd + ' } -ExecuteSynchronous TRUE'
return self.stc_perform(cmd)
# stop streamblock
def stc_streamblock_stop(self, streamblock_list):
cmd = 'StreamBlockStop -StreamBlockList {'
for streamblock in streamblock_list:
cmd = cmd + ' ' + streamblock
cmd = cmd + ' } -ExecuteSynchronous TRUE'
return self.stc_perform(cmd)
# start generator
# return: none
def stc_generator_start(self, generator_List):
cmd = 'GeneratorStart -generatorList {'
for generator in generator_List:
cmd = cmd + ' ' + generator
cmd = cmd + ' }'
return self.stc_perform(cmd)
# stop generator
# return: none
def stc_generator_stop(self, generator_List):
cmd = 'GeneratorStop -generatorList {'
for generator in generator_List:
cmd = cmd + ' ' + generator
cmd = cmd + ' }'
return self.stc_perform(cmd)
# create rfc2544 throughput test
def stc_setup_rfc2544_throughput(self):
pass
# create rfc2544 frameloss test
def stc_setup_rfc2544_frameloss(self):
pass
# create rfc2544 latency test
def stc_setup_rfc2544_latency(self):
pass
# start Sequence start
def stc_sequence_start(self):
return self.stc_perform('SequencerStart')
# output rfc2544 throughput result
def stc_get_rfc2544_throughput_result(self):
pass
# output rfc2544 frameloss result
def stc_get_rfc2544_frameloss_result(self):
pass
# output rfc2544 latency result
def stc_get_rfc2544_latency_result(self):
pass
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