def __sync_usr_global_nsg(self):
pkg_path_ncpe = self.pkg_path + '/ncpe'
cmdstr = 'mkdir -p ' + pkg_path_ncpe
cmd = cmdstr.split()
shell.execute_hdr("Creating directory " + pkg_path_ncpe, cmd)
pkg_path_ncpe_i = self.pkg_path + '/ncpe-i'
cmdstr = 'mkdir -p ' + pkg_path_ncpe_i
cmd = cmdstr.split()
shell.execute_hdr("Creating directory " + pkg_path_ncpe_i, cmd)
for file in self.ncpe_files:
src_path = self.vrs_local_path + '/' + file
if os.path.exists(src_path) == False:
continue
if (file.find("qcow2") != -1):
dst_path = pkg_path_ncpe
cmdstr = 'scp ' + src_path + ' ' + self.usr_global_machine + ':' + dst_path
cmd = cmdstr.split()
shell.execute_hdr("Sync " + src_path + " to " + dst_path, cmd)
dst_path = pkg_path_ncpe_i
cmdstr = 'scp ' + src_path + ' ' + self.usr_global_machine + ':' + dst_path
cmd = cmdstr.split()
shell.execute_hdr("Sync " + src_path + " to " + dst_path, cmd)
continue
if (file.find("USE") != -1):
dst_path = pkg_path_ncpe_i
else:
dst_path = pkg_path_ncpe
cmdstr = 'scp ' + src_path + ' ' + self.usr_global_machine + ':' + dst_path
cmd = cmdstr.split()
shell.execute_hdr("Sync " + src_path + " to " + dst_path, cmd)
def __show_dhcp_evpn_appctl(self, evpn_id, dhcp_cmd_hdr, dhcp_cmd,
need_br):
if (need_br == True):
cmd = [self.appctl_path, "evpn/" + dhcp_cmd, self.br, evpn_id]
else:
cmd = [self.appctl_path, "evpn/" + dhcp_cmd, evpn_id]
shell.execute_hdr(dhcp_cmd_hdr + ":", cmd)
def show(self, evpn_id): if (evpn_id == None) or (evpn_id == ""): cmd = [ self.appctl_path, "evpn/show", self.br ] header = "EVPN configuration:" else: cmd = [ self.appctl_path, "evpn/show", self.br, str(evpn_id) ] header = "EVPN configuration for evpn_id " + str(evpn_id) + ":" shell.execute_hdr(header, cmd)
def show(self, vrf_id):
if (vrf_id == None) or (vrf_id == ""):
cmd = [self.appctl_path, "vrf/show", self.br]
header = "VRF configuration:"
else:
cmd = [self.appctl_path, "vrf/show", self.br, str(vrf_id)]
header = "VRF configuration for vrf_id " + str(vrf_id) + ":"
shell.execute_hdr(header, cmd)
def __sync_usr_global_el7(self):
pkg_path_el7 = self.pkg_path + "/el7"
cmdstr = 'mkdir -p ' + pkg_path_el7
cmd = cmdstr.split()
shell.execute_hdr("Creating directory " + pkg_path_el7, cmd)
for path, dirs, files in os.walk(self.vrs_local_path):
for f in files:
src_path = os.path.join(path, f)
if os.path.exists(src_path) == False:
continue
dst_path = pkg_path_el7
cmdstr = 'scp ' + src_path + ' ' + self.usr_global_machine + ':' + dst_path
cmd = cmdstr.split()
shell.execute_hdr("Sync " + src_path + " to " + dst_path, cmd)
def show(self):
cmd = [ self.appctl_path, "dpif/show", ]
shell.execute_hdr("DPIF configuration", cmd)
cmd = [ self.ofctl_path, "dump-ports-desc", self.br ]
shell.execute_hdr("OFProto configuration", cmd)
cmd = [ self.appctl_path, "bridge/port-show" ]
shell.execute_hdr("Bridge Port configuration", cmd)
def exec__(self, cmdstr):
self.__sync_usr_global()
cmd = cmdstr.split()
shell.execute_hdr("Running regression cmd", cmd)
def dump_flows(self):
if (self.uuid != None) and (self.uuid != ""):
cmd = [ self.appctl_path, "vm/dump-flows", self.uuid ]
else:
cmd = [ self.appctl_path, "vm/dump-flows" ]
shell.execute_hdr("VM " + self.name + " dump-flows", cmd)
def show(self):
if (self.uuid != None) and (self.uuid != ""):
cmd = [ self.appctl_path, "vm/port-show", self.uuid ]
else:
cmd = [ self.appctl_path, "vm/port-show" ]
shell.execute_hdr("VM " + self.name + " port-show", cmd)
def dump_flows(self):
cmd = [self.appctl_path, "bridge/dump-flows", self.br]
shell.execute_hdr("Displaying flows in " + self.br, cmd)