def clear(argv):
"""Print all help messages for commands that take the "clear" modifier
syntax: clear help
"""
output = lib.output.CLIoutput("help")
output.setVirtualNameValue("Help", _CLEAR_HELP_TEXT)
output.completeOutputSuccess()
return output
def _gen_timezones(output, timezones):
output.beginList(_XMLTAG_TimeZoneList)
for x in timezones:
output.setVirtualNameValue(_XMLTAG_TimeZone, x)
output.endList(_XMLTAG_TimeZoneList)
output.completeOutputSuccess()
return output
def add(argv):
"""Print all help messages for commands that take the "add" modifier
syntax: add help
"""
output = lib.output.CLIoutput("help")
output.setVirtualNameValue("Help", _ADD_HELP_TEXT)
output.completeOutputSuccess()
return output
def _gen_timezones(output, timezones):
output.beginList(_XMLTAG_TimeZoneList)
for x in timezones:
output.setVirtualNameValue(_XMLTAG_TimeZone, x)
output.endList(_XMLTAG_TimeZoneList)
output.completeOutputSuccess()
return output
def _ip_address_spec(output, ipaddress, netmask, interface, scope, active):
"""Output an IPaddressSpec in XML form"""
output.beginAssembling("IPaddressSpec")
output.setVirtualNameValue("IPaddress", ipaddress)
output.setVirtualNameValue("IPnetmask", netmask)
output.setVirtualNameValue("InterfaceName", interface)
output.setVirtualNameValue("Active", scope)
output.setVirtualNameValue("Scope", active)
output.endAssembling("IPaddressSpec")
def _ip_address_spec(output, ipaddress, netmask, interface, scope, active ):
"""Output an IPaddressSpec in XML form"""
output.beginAssembling("IPaddressSpec")
output.setVirtualNameValue("IPaddress", ipaddress)
output.setVirtualNameValue("IPnetmask", netmask)
output.setVirtualNameValue("InterfaceName", interface)
output.setVirtualNameValue("Active", scope)
output.setVirtualNameValue("Scope", active)
output.endAssembling("IPaddressSpec")
def show(argv):
"""Show the contents of the ARP cache
syntax: show arp
"""
output = lib.output.CLIoutput("arp", _output_handlers)
if len(argv) != 1:
output.completeOutputError(InvalidArgumentCount(syntax=show.__doc__))
return output
arp_entries = open("/proc/net/arp", 'r').readlines()
output.beginList("ARPentryList")
for line in arp_entries[1:]: # skip header
fields = line.split()
output.beginAssembling("ARPentry")
output.setVirtualNameValue("IPaddress", fields[0])
if int(fields[2], 16) == 0:
output.setVirtualNameValue("HWaddress", "(unresolved)")
else:
output.setVirtualNameValue("HWaddress", fields[3])
output.setVirtualNameValue("InterfaceName", fields[5])
output.endAssembling("ARPentry")
output.endList("ARPentryList")
output.completeOutputSuccess()
#print output
return output
def show(argv):
"""Show the contents of the ARP cache
syntax: show arp
"""
output = lib.output.CLIoutput("arp", _output_handlers)
if len(argv) != 1:
output.completeOutputError(InvalidArgumentCount (syntax = show.__doc__))
return output
arp_entries = open("/proc/net/arp", 'r').readlines()
output.beginList("ARPentryList")
for line in arp_entries[1:]: # skip header
fields = line.split()
output.beginAssembling("ARPentry")
output.setVirtualNameValue("IPaddress", fields[0])
if int(fields[2], 16) == 0:
output.setVirtualNameValue("HWaddress", "(unresolved)")
else:
output.setVirtualNameValue("HWaddress", fields[3])
output.setVirtualNameValue("InterfaceName", fields[5])
output.endAssembling("ARPentry")
output.endList("ARPentryList")
output.completeOutputSuccess()
#print output
return output
def show(argv):
"""Get the hostname
syntax: show hostname
"""
output = lib.output.CLIoutput("hostname")
if len(argv) > 1:
output.completeOutputError(InvalidArgumentCount (syntax=show.__doc__))
return output
# Get hostname from the system.
hostname = getSystemHostname()
#print hostname
if hostname is None:
output.completeOutputError("unable to determine current hostname")
return output
output.beginAssembling("hostname")
output.setVirtualNameValue("hostname",hostname)
output.endAssembling("hostname")
output.completeOutputSuccess()
return output
def _show_ip_routes(output, argv):
"""Show network routes
syntax: show ip route
"""
cmd = [_ROUTE, '-n']
(exitval, output_result, err, fullstatus) = lib.process.execute_command(cmd)
output.beginList("IProuteList")
for ln in output_result[2:]:
fields = ln.split()
if fields[-1] == "lo":
continue
output.beginAssembling("IProute")
output.setVirtualNameValue("Destination", fields[0])
output.setVirtualNameValue("IPnetmask", fields[2])
output.setVirtualNameValue("Gateway", fields[1])
output.setVirtualNameValue("InterfaceName", fields[-1])
output.endAssembling("IProute")
output.endList("IProuteList")
def _show_ip_routes(output, argv):
"""Show network routes
syntax: show ip route
"""
cmd = [_ROUTE, '-n']
(exitval, output_result, err,
fullstatus) = lib.process.execute_command(cmd)
output.beginList("IProuteList")
for ln in output_result[2:]:
fields = ln.split()
if fields[-1] == "lo":
continue
output.beginAssembling("IProute")
output.setVirtualNameValue("Destination", fields[0])
output.setVirtualNameValue("IPnetmask", fields[2])
output.setVirtualNameValue("Gateway", fields[1])
output.setVirtualNameValue("InterfaceName", fields[-1])
output.endAssembling("IProute")
output.endList("IProuteList")
def edit(argv):
"""Print help messages
syntax: help
help commands
help <command-category>
help <modifier>
help [<modifier>] <command-name>
modifier: add | clear | edit | no | show
"""
output = lib.output.CLIoutput("help")
if len(argv) == 1:
# No argument - print out the general help
output.setVirtualNameValue("Help", _GENERAL_HELP)
output.completeOutputSuccess()
return output
# Now the arguments can be a category or a modifier or a command
# Try treat it as a category first
if len(argv) == 2:
category = argv[1]
try:
output.setVirtualNameValue("Help", _display_help_category(category))
output.completeOutputSuccess()
return output
except KeyError:
# Not a category. Fine.
pass
# Maybe it's a modifier or a plugin... Get the plugin.
try:
try:
modifier, cmd, plugin_name = \
lib.command_ref.cmdToPlugin(argv[1:])
except lib.command_ref.UnknownPluginException, ex:
modifier = ex.getModifier()
# No plugin because the user wants help on a modifier ("help no")?
# If the exception doesn't have any command, that means the user
# only entered a modifier.
if not ex.getCommand():
output.setVirtualNameValue('Help', _display_modifier_help(modifier))
output.completeOutputSuccess()
return output
raise ex
if not sys.modules.has_key(plugin_name):
try:
__import__(plugin_name)
except ImportError:
raise NameError("INTERNAL ERROR: no such plugin: " + \
plugin_name)
module = sys.modules[plugin_name]
doc_str = None
if hasattr(module, modifier):
function = getattr(module, modifier)
doc_str = getattr(function, '__doc__', None)
if doc_str is None and modifier == lib.command_ref.EDIT_MODIFIER:
doc_str = module.__doc__
if doc_str is not None:
output.setVirtualNameValue('Help', doc_str)
output.completeOutputSuccess()
return output
def iomodule_spec(output, id , name , type, mac, guid, num_vhba, num_vnic, slot, port,support_speed):
output.beginAssembling("IomoduleListAll")
output.setVirtualNameValue("ID", id)
output.setVirtualNameValue("NAME", name)
output.setVirtualNameValue("TYPE", type)
output.setVirtualNameValue("MAC", mac)
output.setVirtualNameValue("GUID", guid)
output.setVirtualNameValue("NUM_VHBA", num_vhba)
output.setVirtualNameValue("NUM_VNIC", num_vnic)
output.setVirtualNameValue("SLOT", slot)
output.setVirtualNameValue("PORT", port)
output.setVirtualNameValue("SUPPORT_SPEED", support_speed)
output.endAssembling("IomoduleListAll")
def _bridge_spec(output, guid, name, desc, num_gateway_module,
firmware_version, bxm_guid):
"""Outout the bridge spec """
output.beginAssembling("Bridge_Device")
output.setVirtualNameValue("GUID", guid)
output.setVirtualNameValue("NAME", name)
output.setVirtualNameValue("DESCRIPTION", desc)
output.setVirtualNameValue("NUM_GW_MODULE", num_gateway_module)
output.setVirtualNameValue("FIRMWARE_VERSION", firmware_version)
output.setVirtualNameValue("BXM_GUID", bxm_guid)
output.endAssembling("Bridge_Device")
def _bridge_detail(output, name, desc, running_mode, firmware_module, vfm_guid,
no_gw_modules, gw_module_index, gw_module_id, int_protocol,
ext_protocol, no_int_protocol, no_ext_protocol, int_ports,
ext_ports, gw_ids, port_id, phy_index, type, protocol,
state, mac, wwnn, wwpn, fcid, ib_guid, lid, qpn, sl,
support_speed, actual_speed, rx_stat, tx_stat,
last_keep_alive):
output.beginAssembling("Bridge_Device")
output.setVirtualNameValue("name", name)
output.setVirtualNameValue("desc", desc)
output.setVirtualNameValue("state", state)
output.setVirtualNameValue("running-mode", running_mode)
output.setVirtualNameValue("firmware-module", firmware_module)
output.setVirtualNameValue("vfm-guid", vfm_guid)
output.setVirtualNameValue("number-gw-module", no_gw_module)
output.setVirtualNameValue("gw-module-index", gw_module_index)
output.setVirtualNameValue("gw-module-id", gw_module_id)
output.setVirtualNameValue("int_protocol", int_protocol)
output.setVirtualNameValue("ext_protocol", ext_protocol)
output.setVirtualNameValue("no_int_protocols", no_int_protocol)
output.setVirtualNameValue("no_ext_protocols", no_ext_protocol)
output.setVirtualNameValue("int-ports", int_ports)
output.setVirtualNameValue("ext-ports", ext_ports)
output.setVirtualNameValue("gw-ids", gw_ids)
output.setVirtualNameValue("port-id", port_id)
output.setVirtualNameValue("phy-index", phy_index)
output.setVirtualNameValue("type", type)
output.setVirtualNameValue("protocol", protocol)
output.setVirtualNameValue("state", state)
output.setVirtualNameValue("mac", mac)
output.setVirtualNameValue("wwnn", wwnn)
output.setVirtualNameValue("wwpn", wwpn)
output.setVirtualNameValue("fcid", fcid)
output.setVirtualNameValue("ib_guid", ib_guid)
output.setVirtualNameValue("lid", lid)
output.setVirtualNameValue("qpn", qpn)
output.setVirtualNameValue("sl", sl)
output.setVirtualNameValue("support-speed", support_speed)
output.setVirtualNameValue("actual-speed", actual_speed)
output.setVirtualNameValue("rx-stat", rx_stat)
output.setVirtualNameValue("tx-stat", tx_stat)
output.setVirtualNameValue("last-keep-alive", last_keep_alive)
output.endAssembling("Bridge_Device")
def _bridge_select(output, desc, state, running_mode ,
firmware_module , vfm_guid, no_gw_module,
gw_module_index, last_keep_alive):
"""Output of the show bridge """
output.beginAssembling("Bridge_Device")
output.setVirtualNameValue("desc", desc)
output.setVirtualNameValue("state",state)
output.setVirtualNameValue("running-mode", running_mode)
output.setVirtualNameValue("firmware-version",firmware_module)
output.setVirtualNameValue("vfm-guid",vfm_guid)
output.setVirtualNameValue("number-gw-module",no_gw_module)
output.setVirtualNameValue("gw-Module-Index",gw_module_index)
output.setVirtualNameValue("last-keep-alive",last_keep_alive)
output.endAssembling("Bridge_Device")
def _bridge_spec(output, guid, name, desc, num_gateway_module, firmware_version, bxm_guid):
"""Outout the bridge spec """
output.beginAssembling("Bridge_Device")
output.setVirtualNameValue("GUID", guid)
output.setVirtualNameValue("NAME", name)
output.setVirtualNameValue("DESCRIPTION", desc)
output.setVirtualNameValue("NUM_GW_MODULE", num_gateway_module)
output.setVirtualNameValue("FIRMWARE_VERSION", firmware_version)
output.setVirtualNameValue("BXM_GUID", bxm_guid)
output.endAssembling("Bridge_Device")
def _vadapter_spec(output, id, value):
output.beginAssembling("VadapterListAll")
output.setVirtualNameValue("ID", id)
output.setVirtualNameValue("NAME", value['name'])
output.setVirtualNameValue("IO_MODULE_ID", value['io_module_id'])
output.setVirtualNameValue("VFABRIC", value['vfabric_id'])
output.setVirtualNameValue("PROTOCOL", value['protocol'])
output.setVirtualNameValue("INIT_TYPE", value['init_type'])
output.setVirtualNameValue("DESC", value['desc'])
# When we get transient states, the state will automatically get udpated.
# By default, it is RUNNING
output.setVirtualNameValue("STATUS", value.get('status', 'RUNNING'))
output.setVirtualNameValue("RUNNING_MODE", value.get('running_mode', 'OFFLINE'))
if value['protocol'] == 1:
output.setVirtualNameValue("MAC", value['en_attr']['mac'])
output.setVirtualNameValue("PROMISCUOUS", value['en_attr']['promiscuous_mode'])
output.setVirtualNameValue("SILENT", value['en_attr']['silent_listener'])
output.setVirtualNameValue("VLAN", value['en_attr']['vlan'])
elif value['protocol'] == 3:
output.setVirtualNameValue("WWNN", value['fc_attr']['wwnn'])
output.setVirtualNameValue("WWPN", value['fc_attr']['wwpn'])
output.setVirtualNameValue("FC_ID",value['fc_attr']['fcid'])
output.setVirtualNameValue("SPMA", value['fc_attr']['spma'])
output.setVirtualNameValue("FPMA", value['fc_attr']['fpma'])
output.endAssembling("VadapterListAll")
def _gateway_spec(output, gw_id, gw_module, bxm_guid, name, desc, int_port,
ext_port, ingress_learning, ingress_secure, egress_secure,
flood, checksum_offload):
"""Output the gateway spec"""
output.beginAssembling("GatewayList")
output.setVirtualNameValue("GW_ID", gw_id)
output.setVirtualNameValue("GW_MODULE", gw_module)
output.setVirtualNameValue("BXM_GUID", bxm_guid)
output.setVirtualNameValue("NAME", name)
output.setVirtualNameValue("DESC", desc)
output.setVirtualNameValue("INT_PORT", int_port)
output.setVirtualNameValue("EXT_PORT", ext_port)
output.setVirtualNameValue("INGRESS_LEARNING", ingress_learning)
output.setVirtualNameValue("INGRESS_SECURE", ingress_secure)
output.setVirtualNameValue("EGRESS_SECURE", egress_secure)
output.setVirtualNameValue("FLOOD", flood)
output.setVirtualNameValue("CHECKSUM_OFFLOAD", checksum_offload)
output.endAssembling("GatewayList")
def _vfabric_spec(output, id, value):
""" Display for the show vfabric """
output.beginAssembling("VfabricListAll")
output.setVirtualNameValue("ID", id)
output.setVirtualNameValue("NAME", value['name'])
output.setVirtualNameValue("CTX_TABLE_ID", value['ctx_table_id'])
output.setVirtualNameValue("PRIMARY_GW_ID", value['primary_gateway'])
output.setVirtualNameValue("PROTOCOL", value['protocol'])
output.setVirtualNameValue("TYPE", value.get('type', 'HOST_INITIATED'))
output.setVirtualNameValue("NUM_VADAPTER", value['num_vadapter_id'])
output.setVirtualNameValue("VADAPTER_IDs", value['vadapter_id'])
output.setVirtualNameValue("DESC", value['desc'])
output.setVirtualNameValue("BACKUP_GW_ID", value['backup_gateway'])
output.setVirtualNameValue("AUTO_FAILOVER", value['auto_failover'])
output.setVirtualNameValue("AUTO_FAILBACK", value['auto_failback'])
#Running mode:default set to OFFLINE
output.setVirtualNameValue("RUNNING_MODE",
value.get('running_mode', 'OFFLINE'))
output.setVirtualNameValue("HA_STATE", value.get('ha_state', 'NORMAL'))
if value['protocol'] == 1:
output.setVirtualNameValue("MAC", value['en_attr']['mac'])
output.setVirtualNameValue("VLAN", value['en_attr']['vlan'])
if value['protocol'] == 3:
output.setVirtualNameValue("WWNN", value['fc_attr']['wwnn'])
output.setVirtualNameValue("WWPN", value['fc_attr']['wwpn'])
output.setVirtualNameValue("FCID", value['fc_attr']['fcid'])
output.endAssembling("VfabricListAll")
def _vfabric_spec(output, id, value):
""" Display for the show vfabric """
output.beginAssembling("VfabricListAll")
output.setVirtualNameValue("ID", id)
output.setVirtualNameValue("NAME", value['name'])
output.setVirtualNameValue("CTX_TABLE_ID", value['ctx_table_id'])
output.setVirtualNameValue("PRIMARY_GW_ID", value['primary_gateway'])
output.setVirtualNameValue("PROTOCOL", value['protocol'])
output.setVirtualNameValue("TYPE", value.get('type','HOST_INITIATED'))
output.setVirtualNameValue("NUM_VADAPTER", value['num_vadapter_id'])
output.setVirtualNameValue("VADAPTER_IDs", value['vadapter_id'])
output.setVirtualNameValue("DESC", value['desc'])
output.setVirtualNameValue("BACKUP_GW_ID",value['backup_gateway'])
output.setVirtualNameValue("AUTO_FAILOVER",value['auto_failover'])
output.setVirtualNameValue("AUTO_FAILBACK",value['auto_failback'])
#Running mode:default set to OFFLINE
output.setVirtualNameValue("RUNNING_MODE", value.get('running_mode', 'OFFLINE'))
output.setVirtualNameValue("HA_STATE", value.get('ha_state', 'NORMAL'))
if value['protocol'] == 1:
output.setVirtualNameValue("MAC", value['en_attr']['mac'])
output.setVirtualNameValue("VLAN", value['en_attr']['vlan'])
if value['protocol'] == 3:
output.setVirtualNameValue("WWNN", value['fc_attr']['wwnn'])
output.setVirtualNameValue("WWPN", value['fc_attr']['wwpn'])
output.setVirtualNameValue("FCID", value['fc_attr']['fcid'])
output.endAssembling("VfabricListAll")
output.completeOutputError(
"count should be a number greater than 0")
return output
if (cnt > 1024):
output.completeOutputError("count should not exceed 1024")
return output
except ValueError:
output.completeOutputError("count should be a number greater than 0")
return output
try:
ipaddr = socket.gethostbyname(name)
except socket.error, e:
output.completeOutputError("cannot resolve '%s': %s" % (name, e))
return output
try:
pipe = popen2.Popen4("/bin/ping -nb -c %d -w %d %s" % \
(cnt, cnt+10, name),
0)
#output.beginList("PingSpecList")
output.beginAssembling("Ping")
output.setVirtualNameValue("PingOutput", pipe)
output.endAssembling("Ping")
#output.endList("PingSpecList")
output.completeOutputSuccess()
except OSError, e:
output.completeOutputError("Internal error: ping failed: %s" % (e, ))
return output
def _bridge_detail(output, name , desc, running_mode,
firmware_module , vfm_guid, no_gw_modules,
gw_module_index, gw_module_id,
int_protocol, ext_protocol, no_int_protocol,
no_ext_protocol, int_ports, ext_ports, gw_ids,
port_id, phy_index, type, protocol, state, mac,
wwnn, wwpn, fcid, ib_guid, lid, qpn, sl, support_speed,
actual_speed, rx_stat, tx_stat, last_keep_alive):
output.beginAssembling("Bridge_Device")
output.setVirtualNameValue("name", name)
output.setVirtualNameValue("desc", desc)
output.setVirtualNameValue("state",state)
output.setVirtualNameValue("running-mode", running_mode)
output.setVirtualNameValue("firmware-module",firmware_module)
output.setVirtualNameValue("vfm-guid",vfm_guid)
output.setVirtualNameValue("number-gw-module",no_gw_module)
output.setVirtualNameValue("gw-module-index",gw_module_index)
output.setVirtualNameValue("gw-module-id",gw_module_id)
output.setVirtualNameValue("int_protocol", int_protocol)
output.setVirtualNameValue("ext_protocol",ext_protocol)
output.setVirtualNameValue("no_int_protocols",no_int_protocol)
output.setVirtualNameValue("no_ext_protocols",no_ext_protocol)
output.setVirtualNameValue("int-ports",int_ports)
output.setVirtualNameValue("ext-ports",ext_ports)
output.setVirtualNameValue("gw-ids",gw_ids)
output.setVirtualNameValue("port-id",port_id)
output.setVirtualNameValue("phy-index",phy_index)
output.setVirtualNameValue("type",type)
output.setVirtualNameValue("protocol",protocol)
output.setVirtualNameValue("state",state)
output.setVirtualNameValue("mac",mac)
output.setVirtualNameValue("wwnn",wwnn)
output.setVirtualNameValue("wwpn",wwpn)
output.setVirtualNameValue("fcid",fcid)
output.setVirtualNameValue("ib_guid",ib_guid)
output.setVirtualNameValue("lid",lid)
output.setVirtualNameValue("qpn",qpn)
output.setVirtualNameValue("sl",sl)
output.setVirtualNameValue("support-speed",support_speed)
output.setVirtualNameValue("actual-speed",actual_speed)
output.setVirtualNameValue("rx-stat",rx_stat)
output.setVirtualNameValue("tx-stat",tx_stat)
output.setVirtualNameValue("last-keep-alive",last_keep_alive)
output.endAssembling("Bridge_Device")
def _gateway_spec(output, gw_id, gw_module, bxm_guid, name,
desc, int_port, ext_port,ingress_learning,
ingress_secure, egress_secure, flood, checksum_offload):
"""Output the gateway spec"""
output.beginAssembling("GatewayList")
output.setVirtualNameValue("GW_ID", gw_id)
output.setVirtualNameValue("GW_MODULE", gw_module)
output.setVirtualNameValue("BXM_GUID", bxm_guid)
output.setVirtualNameValue("NAME", name)
output.setVirtualNameValue("DESC", desc)
output.setVirtualNameValue("INT_PORT",int_port)
output.setVirtualNameValue("EXT_PORT", ext_port)
output.setVirtualNameValue("INGRESS_LEARNING", ingress_learning)
output.setVirtualNameValue("INGRESS_SECURE", ingress_secure)
output.setVirtualNameValue("EGRESS_SECURE",egress_secure)
output.setVirtualNameValue("FLOOD", flood)
output.setVirtualNameValue("CHECKSUM_OFFLOAD", checksum_offload)
output.endAssembling("GatewayList")
def show(argv):
"""Get the current time and date.
syntax: show clock
show clock timezones [all]
The default is to show timezones in the USA.
"""
output = lib.output.CLIoutput("clock", _output_handlers)
if len(argv) > 3:
lib.errorhandler.InvalidArgumentCount(syntax=show.__doc__)
return output
if len(argv) >= 2 and (argv[1] == '' or \
not "timezones".startswith(argv[1].lower())):
lib.errorhandler.InvalidArgumentCount(2, argv[1], show.__doc__)
return output
if len(argv) == 3 and (argv[2] == '' or \
not "all".startswith(argv[2].lower())):
lib.errorhandler.InvalidArgumentCount(3, argv[2], show.__doc__)
return output
if len(argv) == 3:
return _show_timezones(output)
elif len(argv) == 2:
return _show_usa_timezones(output)
now_time = time.strftime(_TIME_FORMAT)
dateInfo = now_time.split(' ')
output.beginAssembling(_XMLTAG_TIMESPEC)
output.setVirtualNameValue(_XMLTAG_Year, dateInfo[0])
output.setVirtualNameValue(_XMLTAG_Month, dateInfo[1])
output.setVirtualNameValue(_XMLTAG_MonthName, dateInfo[2])
output.setVirtualNameValue(_XMLTAG_Date, dateInfo[3])
output.setVirtualNameValue(_XMLTAG_DayName, dateInfo[4])
output.setVirtualNameValue(_XMLTAG_Hour, dateInfo[5])
output.setVirtualNameValue(_XMLTAG_Minute, dateInfo[6])
output.setVirtualNameValue(_XMLTAG_Second, dateInfo[7])
TZoffsetString = dateInfo[8]
output.beginAssembling(_XMLTAG_TZD)
output.setVirtualNameValue(_XMLTAG_TZDoffset, TZoffsetString[0])
output.setVirtualNameValue(_XMLTAG_TZDhours, TZoffsetString[1:3])
output.setVirtualNameValue(_XMLTAG_TZDminutes, TZoffsetString[3:5])
output.setVirtualNameValue(_XMLTAG_TZDlabel, dateInfo[9])
TZlocation = _TZLOCATION_UNAVAILABLE
try:
# factor out most of the relative path in the symbolic link value
TZlocation = os.readlink(_TZLOCATION_LINK)
TZlocation = TZlocation.replace(".." + _TZ_TARGET_DIR, "")
except:
pass
output.setVirtualNameValue(_XMLTAG_TZDlocation, TZlocation)
output.endAssembling(_XMLTAG_TZD)
output.endAssembling(_XMLTAG_TIMESPEC)
output.completeOutputSuccess()
return output
if doc_str is None and modifier == lib.command_ref.EDIT_MODIFIER:
doc_str = module.__doc__
if doc_str is not None:
output.setVirtualNameValue('Help', doc_str)
output.completeOutputSuccess()
return output
except (lib.command_ref.UnknownPluginException,
NameError, AttributeError), ex:
pass
# Try to match it in the general section help dict.
orig_arg = string.join(argv[1:]).lower()
try:
help_text = _select_one_help_from_dict(orig_arg, _ALL_COMMANDS_DICT)
header = _make_help_header('Commands')
output.setVirtualNameValue('Help', header + help_text)
output.completeOutputSuccess()
return output
except KeyError, ex:
_logger.debug("=== not in the section of all commands")
# Error. Nothing matches. Try to show the help for the modifier
help_text = _display_modifier_help(modifier)
output.completeOutputError('No help available for "%s".\n' % orig_arg +
help_text)
return output
def _display_modifier_help(modifier):
'''Do the help on a modifier.'''
if modifier == lib.command_ref.SHOW_MODIFIER:
def _bridge_select(output, desc, state, running_mode, firmware_module,
vfm_guid, no_gw_module, gw_module_index, last_keep_alive):
"""Output of the show bridge """
output.beginAssembling("Bridge_Device")
output.setVirtualNameValue("desc", desc)
output.setVirtualNameValue("state", state)
output.setVirtualNameValue("running-mode", running_mode)
output.setVirtualNameValue("firmware-version", firmware_module)
output.setVirtualNameValue("vfm-guid", vfm_guid)
output.setVirtualNameValue("number-gw-module", no_gw_module)
output.setVirtualNameValue("gw-Module-Index", gw_module_index)
output.setVirtualNameValue("last-keep-alive", last_keep_alive)
output.endAssembling("Bridge_Device")
output.completeOutputError("count should be a number greater than 0")
return output
if (cnt > 1024):
output.completeOutputError("count should not exceed 1024")
return output
except ValueError:
output.completeOutputError("count should be a number greater than 0")
return output
try:
ipaddr = socket.gethostbyname(name)
except socket.error, e:
output.completeOutputError("cannot resolve '%s': %s" % (name, e))
return output
try:
pipe = popen2.Popen4("/bin/ping -nb -c %d -w %d %s" % \
(cnt, cnt+10, name),
0)
#output.beginList("PingSpecList")
output.beginAssembling("Ping")
output.setVirtualNameValue("PingOutput", pipe)
output.endAssembling("Ping")
#output.endList("PingSpecList")
output.completeOutputSuccess()
except OSError, e:
output.completeOutputError("Internal error: ping failed: %s" % (e,))
return output
def show(argv):
"""Get the current time and date.
syntax: show clock
show clock timezones [all]
The default is to show timezones in the USA.
"""
output = lib.output.CLIoutput("clock", _output_handlers)
if len(argv) > 3:
lib.errorhandler.InvalidArgumentCount(syntax=show.__doc__)
return output
if len(argv) >= 2 and (argv[1] == '' or \
not "timezones".startswith(argv[1].lower())):
lib.errorhandler.InvalidArgumentCount(2, argv[1], show.__doc__)
return output
if len(argv) == 3 and (argv[2] == '' or \
not "all".startswith(argv[2].lower())):
lib.errorhandler.InvalidArgumentCount(3, argv[2], show.__doc__)
return output
if len(argv) == 3:
return _show_timezones(output)
elif len(argv) == 2:
return _show_usa_timezones(output)
now_time = time.strftime(_TIME_FORMAT)
dateInfo = now_time.split(' ')
output.beginAssembling(_XMLTAG_TIMESPEC)
output.setVirtualNameValue(_XMLTAG_Year, dateInfo[0])
output.setVirtualNameValue(_XMLTAG_Month, dateInfo[1])
output.setVirtualNameValue(_XMLTAG_MonthName, dateInfo[2])
output.setVirtualNameValue(_XMLTAG_Date, dateInfo[3])
output.setVirtualNameValue(_XMLTAG_DayName, dateInfo[4])
output.setVirtualNameValue(_XMLTAG_Hour, dateInfo[5])
output.setVirtualNameValue(_XMLTAG_Minute, dateInfo[6])
output.setVirtualNameValue(_XMLTAG_Second, dateInfo[7])
TZoffsetString=dateInfo[8]
output.beginAssembling(_XMLTAG_TZD)
output.setVirtualNameValue(_XMLTAG_TZDoffset, TZoffsetString[0])
output.setVirtualNameValue(_XMLTAG_TZDhours, TZoffsetString[1:3])
output.setVirtualNameValue(_XMLTAG_TZDminutes, TZoffsetString[3:5])
output.setVirtualNameValue(_XMLTAG_TZDlabel, dateInfo[9])
TZlocation = _TZLOCATION_UNAVAILABLE
try:
# factor out most of the relative path in the symbolic link value
TZlocation = os.readlink(_TZLOCATION_LINK)
TZlocation = TZlocation.replace(".." + _TZ_TARGET_DIR, "")
except:
pass
output.setVirtualNameValue(_XMLTAG_TZDlocation, TZlocation)
output.endAssembling(_XMLTAG_TZD)
output.endAssembling(_XMLTAG_TIMESPEC)
output.completeOutputSuccess()
return output