package/mv_app/xml_params/eoam_xml_cfg_file.xml - buildroot - Git at Google

 <?xml version="1.0"?>
 <cnfg>

   <ONU_SN>
     <!--oam_softver_from_xml: soft version configured by xml, only for Test
       0 = softver not from xml; 1 = softver from xml
     -->
     <oam_softver_from_xml>0</oam_softver_from_xml>
   </ONU_SN>


   <!--  Management of loop detection  1 = disactivated, 2 = activated   -->
   <ONU_LOOPDETECT>
     <port id="1" loopdetect="1"/>
     <port id="2" loopdetect="1"/>
     <port id="3" loopdetect="1"/>
     <port id="4" loopdetect="1"/>
   </ONU_LOOPDETECT>

   <ONU_MISC>
     <!--  Management of service SLA 0 = deative, 1 = active   -->
     <oam_service_sla_op>1</oam_service_sla_op>
     <!--  Default sla schedule: 0 = sp, 1 = wrr, 2 = sp + wrr   -->
     <oam_service_sla_sch>0</oam_service_sla_sch>
     <!--  Holdover state: 1 = deactive, 2 = active; CTC default is :deactive  -->
     <oam_hldover_state>1</oam_hldover_state>
     <!--  Holdover time: 50~1000ms, CTC default is 200ms   -->
     <oam_hldover_time>200</oam_hldover_time>
     <!--  management of VOIP port :
           0 = disactivate
           1 = activate
      -->
     <oam_voip_pots1>0</oam_voip_pots1>
     <oam_voip_pots2>0</oam_voip_pots2>
     <!--  CLI debug level, :
           0 = none, 1 = error, 2 = alarm, 3 = info
           4 = debug 5 = degub_ext, 6 = debug_pkt
      -->
     <oam_debug_level>1</oam_debug_level>
     <!--  OAM configured to hardware, :
           0 = not configure to hardware
           1 = configure to hardware
           2 = only allow FEC and encryption
      -->
     <EPON_connect_tpm>1</EPON_connect_tpm>
     <!-- switch_enable: This parameter is used for OAM config VLAN mode
         switch enabled: OAM will configure VLAN by switch and TPM rules
         switch disabled: OAM will configure VLAN only by TPM rules
         1 = enabled; 0 = disabled  -->
     <switch_enable>0</switch_enable>
     <!--  EPON IGMP support  0 = not support, 1 = support   -->
     <epon_igmp_support>0</epon_igmp_support>
     <!--  EPON silence switch: 0 = disable, 1 = enable   -->
     <epon_silence_mode>0</epon_silence_mode>
     <!--  OAM cauture support switch: 0 = disable, 1 = enable
           enable this feature will save incoming configured OAM
           commands in /tmp/oam_commands -->
     <oam_capture_support>1</oam_capture_support>
     <!--  skip the keeping alive packets : 0 = not skip, 1 = skip   -->
     <oam_capture_skip_alive>1</oam_capture_skip_alive>
     <!--  max number of OAM commands that can be put to file   -->
     <oam_capture_line>400</oam_capture_line>

   </ONU_MISC>
   <ONU_PWR>
     <!--  ONU Power Saving Config   -->
     <!--  Identifies whether the ONU is supposed to enable the early
           wake-up functions or not, this attribute used only when ONU
           supports early wake-up mechanism
           0x00: enable early wake-up
           0x01: disable early wake-up
           when ONU not supports early wake-up mechanism, it should be 0xff
       -->
     <early_wakeup_state>0x01</early_wakeup_state>
     <!--  Provides the maximum duration of the period of time,expressed in
           units of TQ
       -->
     <sleep_duration_max>0xff</sleep_duration_max>
     <!--  ONU Protection Parameters   -->
     <!--  Identifies the period of time that has to expire before the ONU
           moves to the HoldOver state if no optical signal is detected.The
           value of this parameter is expressed in ms, default is 2ms
       -->
     <los_optical_time>0x2</los_optical_time>
     <!--  Identifies the period of time that has to expire before the ONU
           moves to the HoldOver state if no GATE MPCPDU is received.
           The value of this parameter is expressed in ms, default 10ms
       -->
     <los_mac_time>0x10</los_mac_time>
     <!--  ONU Sleep Control   -->
     <!--  Indicate the sleep duration of ONU in sleep mode, the unit is TQ
           0x00000000: used to populate the field when Sleep_Flag is equal to 0x00
           0x00000001~03B9ACA0: express the value of sleep duration
       -->
     <sleep_duration>0x00000000</sleep_duration>
     <!--  Identifies the awake duration of ONU in sleep mode, the Unit is TQ
           0x00000000: used to populate the field when Sleep_Flag is equal to 0x00
           0x00000001~03B9ACA0: express the value of sleep duration
       -->
     <wait_duration>0x00</wait_duration>
     <!--  indicate to enable/disable/modify the sleep mode and sleep duration
           0x00: leave the sleep mode
           0x01: enter the sleep mode
           0x02: modify the sleep mode and sleep duration
       -->
     <sleep_flag>0x00</sleep_flag>
     <!--  indicate the ONU sleep mode for next sleep cycle
           0x00: used to populate the field when sleep_flag is equal to 0x00
           0x01: Tx only mode
           0x02: TRx mode
       -->
     <sleep_mode>0x00</sleep_mode>
   </ONU_PWR>
   <ONU_MULTICAST>
     <!--  Multicast Group Num Max   -->
     <port id="1" groupnum="64"/>
     <port id="2" groupnum="64"/>
     <port id="3" groupnum="64"/>
     <port id="4" groupnum="64"/>
     <!--  oam_multicast_switch: IGMP default state
           0 = IGMP snooping,
           1 = CTC control
      -->
     <oam_multicast_switch>0</oam_multicast_switch>
     <!--  Multicast table len   -->
     <oam_multicast_tab_len>256</oam_multicast_tab_len>
   </ONU_MULTICAST>
   <ONU_HWF_USQUEUE>
       <!--  Default hardware forward upstream queue # for each LLID, now only LLID0 is used: -->
       <!--  The queue # should be enabled in /etc/xml_param/tpm_xml_cfg_file.xml -->
       <!--  id   : LLID number      -->
       <!--  num  : TX upstream queue number  -->
       <LLID id="0" num="1" />
       <LLID id="1" num="1" />
       <LLID id="2" num="1" />
       <LLID id="3" num="1" />
       <LLID id="4" num="1" />
       <LLID id="5" num="1" />
       <LLID id="6" num="1" />
       <LLID id="7" num="1" />
   </ONU_HWF_USQUEUE>
   <ONU_HWF_DSQUEUE>
       <!--  Default hardware forward queue # for each LLID, now only LLID0 is used: -->
       <!--  id   : LLID number      -->
       <!--  num  : TX downstream queue number  -->
       <LLID id="0" num="1" />
       <LLID id="1" num="1" />
       <LLID id="2" num="1" />
       <LLID id="3" num="1" />
       <LLID id="4" num="1" />
       <LLID id="5" num="1" />
       <LLID id="6" num="1" />
       <LLID id="7" num="1" />
   </ONU_HWF_DSQUEUE>
   <ONU_OAM_QUEUE>
     <!--  OAM rx queue #: 0~7  -->
     <OAM_RX_queue>2</OAM_RX_queue>
     <!--  OAM tx queue # for each LLID,now only LLID0 is used: 0~7  -->
     <OAM_TX_queue>
       <!--  id   : LLID number      -->
       <!--  num  : TX queue number  -->
       <LLID id="0" num="6" />
       <LLID id="1" num="0" />
       <LLID id="2" num="0" />
       <LLID id="3" num="0" />
       <LLID id="4" num="0" />
       <LLID id="5" num="0" />
       <LLID id="6" num="0" />
       <LLID id="7" num="0" />
     </OAM_TX_queue>
   </ONU_OAM_QUEUE>
   <OAM_VLAN_MODE_AUXILIARY>
     <!--  OAM downstream transparent vid which is used to distinguish untagged packets in switch -->
     <!--  The vid will be added for untagged packets by PNC rule and be stripped in switch transparent mode port -->
     <oam_downstream_transparent_vid>2999</oam_downstream_transparent_vid>
   </OAM_VLAN_MODE_AUXILIARY>

 </cnfg>
	<?xml version="1.0"?>
	<cnfg>

	<ONU_SN>
	<!--oam_softver_from_xml: soft version configured by xml, only for Test
	0 = softver not from xml; 1 = softver from xml
	-->
	<oam_softver_from_xml>0</oam_softver_from_xml>
	</ONU_SN>


	<!-- Management of loop detection 1 = disactivated, 2 = activated -->
	<ONU_LOOPDETECT>
	<port id="1" loopdetect="1"/>
	<port id="2" loopdetect="1"/>
	<port id="3" loopdetect="1"/>
	<port id="4" loopdetect="1"/>
	</ONU_LOOPDETECT>

	<ONU_MISC>
	<!-- Management of service SLA 0 = deative, 1 = active -->
	<oam_service_sla_op>1</oam_service_sla_op>
	<!-- Default sla schedule: 0 = sp, 1 = wrr, 2 = sp + wrr -->
	<oam_service_sla_sch>0</oam_service_sla_sch>
	<!-- Holdover state: 1 = deactive, 2 = active; CTC default is :deactive -->
	<oam_hldover_state>1</oam_hldover_state>
	<!-- Holdover time: 50~1000ms, CTC default is 200ms -->
	<oam_hldover_time>200</oam_hldover_time>
	<!-- management of VOIP port :
	0 = disactivate
	1 = activate
	-->
	<oam_voip_pots1>0</oam_voip_pots1>
	<oam_voip_pots2>0</oam_voip_pots2>
	<!-- CLI debug level, :
	0 = none, 1 = error, 2 = alarm, 3 = info
	4 = debug 5 = degub_ext, 6 = debug_pkt
	-->
	<oam_debug_level>1</oam_debug_level>
	<!-- OAM configured to hardware, :
	0 = not configure to hardware
	1 = configure to hardware
	2 = only allow FEC and encryption
	-->
	<EPON_connect_tpm>1</EPON_connect_tpm>
	<!-- switch_enable: This parameter is used for OAM config VLAN mode
	switch enabled: OAM will configure VLAN by switch and TPM rules
	switch disabled: OAM will configure VLAN only by TPM rules
	1 = enabled; 0 = disabled -->
	<switch_enable>0</switch_enable>
	<!-- EPON IGMP support 0 = not support, 1 = support -->
	<epon_igmp_support>0</epon_igmp_support>
	<!-- EPON silence switch: 0 = disable, 1 = enable -->
	<epon_silence_mode>0</epon_silence_mode>
	<!-- OAM cauture support switch: 0 = disable, 1 = enable
	enable this feature will save incoming configured OAM
	commands in /tmp/oam_commands -->
	<oam_capture_support>1</oam_capture_support>
	<!-- skip the keeping alive packets : 0 = not skip, 1 = skip -->
	<oam_capture_skip_alive>1</oam_capture_skip_alive>
	<!-- max number of OAM commands that can be put to file -->
	<oam_capture_line>400</oam_capture_line>

	</ONU_MISC>
	<ONU_PWR>
	<!-- ONU Power Saving Config -->
	<!-- Identifies whether the ONU is supposed to enable the early
	wake-up functions or not, this attribute used only when ONU
	supports early wake-up mechanism
	0x00: enable early wake-up
	0x01: disable early wake-up
	when ONU not supports early wake-up mechanism, it should be 0xff
	-->
	<early_wakeup_state>0x01</early_wakeup_state>
	<!-- Provides the maximum duration of the period of time,expressed in
	units of TQ
	-->
	<sleep_duration_max>0xff</sleep_duration_max>
	<!-- ONU Protection Parameters -->
	<!-- Identifies the period of time that has to expire before the ONU
	moves to the HoldOver state if no optical signal is detected.The
	value of this parameter is expressed in ms, default is 2ms
	-->
	<los_optical_time>0x2</los_optical_time>
	<!-- Identifies the period of time that has to expire before the ONU
	moves to the HoldOver state if no GATE MPCPDU is received.
	The value of this parameter is expressed in ms, default 10ms
	-->
	<los_mac_time>0x10</los_mac_time>
	<!-- ONU Sleep Control -->
	<!-- Indicate the sleep duration of ONU in sleep mode, the unit is TQ
	0x00000000: used to populate the field when Sleep_Flag is equal to 0x00
	0x00000001~03B9ACA0: express the value of sleep duration
	-->
	<sleep_duration>0x00000000</sleep_duration>
	<!-- Identifies the awake duration of ONU in sleep mode, the Unit is TQ
	0x00000000: used to populate the field when Sleep_Flag is equal to 0x00
	0x00000001~03B9ACA0: express the value of sleep duration
	-->
	<wait_duration>0x00</wait_duration>
	<!-- indicate to enable/disable/modify the sleep mode and sleep duration
	0x00: leave the sleep mode
	0x01: enter the sleep mode
	0x02: modify the sleep mode and sleep duration
	-->
	<sleep_flag>0x00</sleep_flag>
	<!-- indicate the ONU sleep mode for next sleep cycle
	0x00: used to populate the field when sleep_flag is equal to 0x00
	0x01: Tx only mode
	0x02: TRx mode
	-->
	<sleep_mode>0x00</sleep_mode>
	</ONU_PWR>
	<ONU_MULTICAST>
	<!-- Multicast Group Num Max -->
	<port id="1" groupnum="64"/>
	<port id="2" groupnum="64"/>
	<port id="3" groupnum="64"/>
	<port id="4" groupnum="64"/>
	<!-- oam_multicast_switch: IGMP default state
	0 = IGMP snooping,
	1 = CTC control
	-->
	<oam_multicast_switch>0</oam_multicast_switch>
	<!-- Multicast table len -->
	<oam_multicast_tab_len>256</oam_multicast_tab_len>
	</ONU_MULTICAST>
	<ONU_HWF_USQUEUE>
	<!-- Default hardware forward upstream queue # for each LLID, now only LLID0 is used: -->
	<!-- The queue # should be enabled in /etc/xml_param/tpm_xml_cfg_file.xml -->
	<!-- id : LLID number -->
	<!-- num : TX upstream queue number -->
	<LLID id="0" num="1" />
	<LLID id="1" num="1" />
	<LLID id="2" num="1" />
	<LLID id="3" num="1" />
	<LLID id="4" num="1" />
	<LLID id="5" num="1" />
	<LLID id="6" num="1" />
	<LLID id="7" num="1" />
	</ONU_HWF_USQUEUE>
	<ONU_HWF_DSQUEUE>
	<!-- Default hardware forward queue # for each LLID, now only LLID0 is used: -->
	<!-- id : LLID number -->
	<!-- num : TX downstream queue number -->
	<LLID id="0" num="1" />
	<LLID id="1" num="1" />
	<LLID id="2" num="1" />
	<LLID id="3" num="1" />
	<LLID id="4" num="1" />
	<LLID id="5" num="1" />
	<LLID id="6" num="1" />
	<LLID id="7" num="1" />
	</ONU_HWF_DSQUEUE>
	<ONU_OAM_QUEUE>
	<!-- OAM rx queue #: 0~7 -->
	<OAM_RX_queue>2</OAM_RX_queue>
	<!-- OAM tx queue # for each LLID,now only LLID0 is used: 0~7 -->
	<OAM_TX_queue>
	<!-- id : LLID number -->
	<!-- num : TX queue number -->
	<LLID id="0" num="6" />
	<LLID id="1" num="0" />
	<LLID id="2" num="0" />
	<LLID id="3" num="0" />
	<LLID id="4" num="0" />
	<LLID id="5" num="0" />
	<LLID id="6" num="0" />
	<LLID id="7" num="0" />
	</OAM_TX_queue>
	</ONU_OAM_QUEUE>
	<OAM_VLAN_MODE_AUXILIARY>
	<!-- OAM downstream transparent vid which is used to distinguish untagged packets in switch -->
	<!-- The vid will be added for untagged packets by PNC rule and be stripped in switch transparent mode port -->
	<oam_downstream_transparent_vid>2999</oam_downstream_transparent_vid>
	</OAM_VLAN_MODE_AUXILIARY>

	</cnfg>