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1. Overview

Monitoring the system resources is very crucial to analyze the health of devices. RBFS has a dedicated daemon called resmond to discover and monitor the device resources. Resmond polls the system resources to gather the status of the resource and store this data in the resource-specific BDS table.

The Resource Monitoring (resmon) functionality of RBFS provides support for monitoring the following components:

  • CPU

  • Memory

  • Processes

  • Disks

  • Sensor

  • Optics

1.1. CPU

Resmond collects CPU hardware information from the global.chassis_0.resource.cpu table. In addition, Resmond calculates CPU usage dynamically and stores this information in the global.chassis_0.resource.cpu_usage table.

1.2. Memory

Resmond collects RAM hardware information from the global.chassis_0.resource.mem table. In addition, Resmond gathers memory usage information in the global.chassis_0.resource.mem_usage table.

1.3. Processes

Resmond collects process usage information of Brick Daemon(BD) that runs in the RBFS and stores the information in the global.chassis_0.resource.proc_usage table. It dynamically gathers the process information and calculates the CPU and the memory usage of the individual Brick Daemons.

1.4. Disks

Resmond collects the disk information from the global.chassis_0.resource.disk table. In addition, Resmond collects disk usage information in the global.chassis_0.resource.disk_usage table.

1.5. Sensor

Resmond collects the reading data of the hardware sensor such as temperature, fan, power-supply, and system LED. The data collected from the sensor are stored in the global.chassis_0.resource.sensor table.

Note The RBFS implementation supports pluggable optics modules on white box switches only.

1.6. System Clock

Resmond provides support for monitoring the system clock so that the system clock is always in sync with the NTP server clock. This ensures that the deviation from the NTP server clock always remains within acceptable limits. Resmond collects the system clock information from the global.os.timex table.

Note The RBFS implementation supports pluggable optics modules on white box switches only.

1.7. Optical Modules

Resmond monitors optical transceivers plugged onto the chassis. It reads transceivers EEPROM (Electrically Erasable Programmable Read-Only Memory) data and translates the data to respective fields in the BDS tables.

Resmond provides the following functionalities for monitoring optical transceivers:

  • Provides a mechanism to discover and monitor optics modules. Supported optics modules include SFP, SFP+, QSFP, QSFP+, and QSFP28 (DAC is not supported).

  • Provides CLIs to write to optics modules

  • Provides show commands to see optics inventory and status of each module

  • Logs the status of the optics module

Note The RBFS implementation supports monitoring of pluggable optics modules on white box switches only.

The following are some of the important tasks (but not limited to) that the Resmond application performs:

  • Optics inventory: Identifying the following brief information of a discovered optics module and stores in table global.chassis_0.resource.optics.inventory.

    • Port

    • Type

    • Vendor

    • Serial Number

    • Part Number

  • Read the following optics data from a module and stores in the table: global.chassis_0.resource.optics.module.

    • RX/TX alarming (loss of light and loss of signal)

  • RX/TX power status

    • Voltage and BIAS status

    • Temperature

  • Write the optics data to an optics module

    • Enabling high power class on QSFP28

    • Shutdown lasers (QSFP28, SFP+ and SFP)

1.7.1. Optics Logging

The Resmond can log the following Optics module events:

  • Temperature high alarm

  • Temperature high warning

  • Temperature low alarm

  • Temperature low warning

  • Voltage high alarm

  • Voltage high warning

  • Voltage low alarm

  • Voltage low warning

  • Lane power high alarm

  • Lane power high warning

  • Lane power low alarm

  • Lane power low warning

  • Lane bias high alarm

  • Lane bias high warning

  • Lane bias low alarm

  • Lane bias low warning

1.8. Q2C Resource Monitoring

Q2C platform resource-specific usage metrics are stored in the BDS table: local.bcm.q2c.resource.monitor. Resource usage information enables you to understand the scale of services that the device performs and how it optimally leverages the resource usage.

The following table provides the list of supported resource types for monitoring in RBFS.

Resource Type Description

EEDB_L2TP

EEDB is an Egress Encapsulation Data Base. This resource is consumed when L2TP subscribers are created in hardware.

EEDB_MPLS_TUNNEL

EEDB is an Egress Encapsulation Data Base. This resource is consumed when MPLS tunnels are created in the chip.

EEDB_PPPOE

EEDB_PPPOE is used for PPPoE encapsulation. This resource is consumed when PPPoE subscribers are created in hardware.

EEDB_PWE

This resource is consumed when L2X or cross-connection sessions are created in hardware.

IN_AC_C_C_VLAN_DB

This resource is consumed when an ingress logical interface for double-tagged VLAN is created.

IN_AC_C_VLAN_DB

This resource is consumed when an ingress logical interface for single tag VLAN is created.

IN_AC_UNTAGGED_DB

This resource is consumed when an ingress logical interface for untagged IFLs is created.

IPV4_MULTICAST_PRIVATE_LPM_FORWARD

LPM stands for Longest Prefix Match. This resource is consumed for multicast (source, group) entries.

IPV4_UNICAST_PRIVATE_LPM_FORWARD

This resource is consumed for non-default VRF instance IPv4 prefixes.

IPV4_UNICAST_PRIVATE_LPM_FORWARD_2

This resource is consumed for default VRF instance IPv4 prefixes.

IPV6_UNICAST_PRIVATE_LPM_FORWARD

This resource is consumed for non-default VRF instance IPv6 prefixes.

IPV6_UNICAST_PRIVATE_LPM_FORWARD_2

This resource is consumed for default VRF instance IPv6 prefixes.

L3_RIF

This resource is consumed for the L3 interfaces.

L2TPV2_DATA_MESSAGE_TT

This resource is consumed when the L2TP subscribers are created in hardware.

MPLS_FWD

This resource is consumed for MPLS entries for which forwarding actions are involved.

MPLS_TERMINATION_SINGLE_LABEL_DB

This resource is consumed for MPLS entries for which label termination is required.

MULTICAST_MCDB

This resource is consumed for multicast groups created in hardware.

PPPOE_O_ETH_TUNNEL_FULL_SA

This resource is consumed for PPPoE subscribers in hardware.

Example: Logical table information for the resource type EEDB_L2TP

supervisor@ufi08.q2c.u23.r4.nbg.rtbrick.net: dbg> bcm "dbal table info table=EEDB_L2TP"

Logical table info  EEDB_L2TP
=============================

        Access method: MDB
        Table type: DIRECT
        Touched status: Initialized
        Entries Status: Max Capacity: HW dependent (see mapping), Committed 0
        Bulk mode range NOT supported
        Maturity_level: HIGH
        Table Labels: L2, L3, MPLS, EEDB
        Core mode: SBC
        Max key value: 1048575
        Max payload size in bits: 101
<...>

Example: Logical table information for the resource type EEDB_MPLS_TUNNELEEDB_MPLS_TUNNEL

supervisor@rtbrick>ufi07.q2c.u21.r4.nbg.rtbrick.net: dbg> bcm "dbal table info table=EEDB_MPLS_TUNNEL"

Logical table info  EEDB_MPLS_TUNNEL
====================================

        Access method: MDB
        Table type: DIRECT
        Touched status: Initialized
        Entries Status: Max Capacity: HW dependent (see mapping), Committed 18
        Bulk mode range NOT supported
        Maturity_level: HIGH
        Table Labels: L2, L3, MPLS, EEDB
        Core mode: SBC
        Max key value: 1048575
        Max payload size in bits: 147
<...>

1.9. Supported Platforms

Not all features are necessarily supported on each hardware platform. Refer to the Platform Guide for the features and the sub-features that are or are not supported by each platform.

2. Resmon Configuration

2.1. Configuration Hierarchy

The diagram illustrates the Resmon configuration hierarchy.

Optic Configuration Hierarchy

2.2. Configuration Syntax and Commands

The following sections describe the Resmon configuration syntax and commands.

2.2.1. Global Monitoring Configuration

This command sets the poll-interval for the resmond to discover optics.

Syntax:

set resmon monitoring <poll-interval>

Attribute Description

poll_interval <poll-interval>

Specifies the interval (in seconds) at which optics should be polled. The interval can range from 3 to 10000 seconds. The default interval is 5 seconds.

2.2.2. Optics Configuration

You can use this command to disable or enable (By, default enabled) tx laser or high-power class of an optics module on a specific interface.

Syntax:

set resmon optics <interface> …​

Attribute Description

interface <interface-name>

Name of the interface

high-power-class [disable / enable]

Enable or disable high power class for optics module. Enabled, by default.

tx [disable / enable]

Enable or disable lasers for optics module. Enabled, by default.

3. Resmon Operational Commands

3.1. Resmon Show Commands

The Resmon show commands provide detailed information about the resources and their usage.

3.2. CPU Information

This command displays the CPU detail and CPU information.

Syntax:

show cpu <option>

Option Description

summary

Displays the CPU information.

usage

Displays the CPU usage information

Example 1: CPU summary

supervisor@rtbrick: op> show cpu summary
CPU_0
  Vendor               : GenuineIntel
  Model                : Intel(R) Xeon(R) CPU D-1518 @ 2.20GHz
  Architecture         : x86_64
  Serial No            : 63 06 05 00 FF FB EB BF
  Clock(MHz)           : 1996.620
  BogoMIPS             : 4400.00
  Physical cores       : 4
  Logical cores        : 8
  Endian               : True
  Cache alignment      : 64 Bytes
  L1 data cache        : 32768 Bytes
  L1 instruction cache : 32768 Bytes
  L2 unified cache     : 262144 Bytes
  L3 unified cache     : 6291456 Bytes
  L4 unified cache     : 0 Bytes
supervisor@rtbrick: op>

Example 2: CPU usage information.

supervisor@rtbrick: op> show cpu usage
Name         Total       User     System       Nice   I/O Wait       Idle        IRQ   Soft IRQ
cpu            31%        23%         8%         0%         0%        68%         0%         0%
cpu0           11%         4%         5%         0%         0%        88%         0%         2%
cpu1          100%        63%        36%         0%         0%         0%         0%         0%
cpu2           54%        51%         2%         0%         0%        45%         0%         0%
cpu3           57%        55%         2%         0%         0%        42%         0%         0%
cpu4            6%         1%         5%         0%         0%        93%         0%         0%
cpu5            4%         2%         2%         0%         0%        95%         0%         0%
cpu6            8%         3%         4%         0%         0%        91%         0%         0%
cpu7            6%         1%         5%         0%         0%        94%         0%         0%
supervisor@rtbrick: op>

3.3. Memory Details

This command displays the memory details and usage information.

Syntax:

show memory <option>

Option Description

summary

Displays the system memory information.

usage

Displays the memory usage information.

Example 1: System memory information

supervisor@rtbrick: op> show memory summary
System Memory
  Maximum capacity                 : 128 GB
  Error correction type            : Multi-bit ECC
  Number of memory slots available : 4
  Number of memory slots occupied  : 2
Bank              Size        Location          Type      Speed       Configured Speed   Vendor      Serial No      Part No
NODE 1            8192 MB     DIMM_A1           DDR4      2133 MT/s   2133 MT/s          Undefined   00000002       TS1GSH72V1H
NODE 1            8192 MB     DIMM_B1           DDR4      2133 MT/s   2133 MT/s          Undefined   00000027       TS1GSH72V1H

Example 2: System memory usage information.

supervisor@rtbrick: op> show memory usage
Name     Total            Used             Free         Shared       Buffers      Cached
RAM      16.69 GB         4.54 GB          10.08 GB     578.17 MB    103.12 MB    2.06 GB
SWAP     0 bytes          0 bytes          0 bytes      n/a          n/a          n/a

3.4. Process Details

This command displays the process usage information.

Syntax:

show process usage <option>

Option Description

process-id <pid>

Displays the process usage for the specified process identifier.

process-name <process-name>

Displays the process usage for the specified process.

summary

Displays the process usage summary information.

Example 1: Process usage summary information.

supervisor@rtbrick: op> show process usage summary
Name             PID         VIRT              Resident Memory       Sharable Memory     CPU Percentage   Memory Percentage   CPU Affinity
bgp.appd.1       4456        384.67 MB         122.69 MB             29.32 MB            0.81             0.74                0-7
bgp.iod.1        4469        694.63 MB         148.39 MB             30.22 MB            2.01             0.89                0-7
confd            213         1.24 GB           769.9 MB              31.89 MB            0.81             4.61                0-7
etcd             110         600.9 MB          196.4 MB              29.26 MB            1.21             1.18                0-7
fibd             288         13.68 GB          1.74 GB               210.79 MB           161.17           10.45               1
ifmd             147         496.74 MB         154.25 MB             29.99 MB            1.01             0.92                0-7
igmp.appd.1      4482        356.38 MB         100.29 MB             29.27 MB            1.01             0.6                 0-7
igmp.iod.1       4495        540.14 MB         132.68 MB             29.41 MB            2.01             0.8                 0-7
ipoed.1          175         503.51 MB         112.9 MB              29.3 MB             2.01             0.68                0-7
l2tpd.1          4508        475.71 MB         103.45 MB             29.26 MB            2.01             0.62                0-7
lldpd            128         368.32 MB         106.75 MB             29.29 MB            2.21             0.64                0-7
mribd            158         381.8 MB          115.57 MB             29.38 MB            1.01             0.69                0-7

Example 2: Process usage for the specified process.

supervisor@rtbrick: op> show process usage process-name fibd
Process Name: fibd
  PID                          : 288
  REST port                    : 5522
  Debug port                   : 5521
  Allowed CPU list             : 1
  CPU usage at user space      : 25964
  CPU usage at kernel space    : 12633
  CPU usage percentage         : 152.815678
  Memory usage percentage      : 10.452729
  Peak virtual memory usage    : 13355692
  Current virtual memory usage : 13.68 GB
  <...>

Example 3: Process usage for the specified process ID.

supervisor@rtbrick: op> show process usage process-id 4456
Process Name: bgp.appd.1
  PID                          : 4456
  REST port                    : 4102
  Debug port                   : 4101
  Allowed CPU list             : 0-7
  CPU usage at user space      : 20103
  CPU usage at kernel space    : 18011
  CPU usage percentage         : 1.011122
  Memory usage percentage      : 0.735218
  Peak virtual memory usage    : 375652
  Current virtual memory usage : 384.67 MB
  Locked virtual memory        : n/a
  RSS virtual memory           : 122.69 MB
  <...>

3.5. Sensor Details

This command displays the fan, power-supply, system-led, and temperature information.

Syntax:

show sensor <option>

Option Description

fan

Displays information about the sensor fan.

power-supply

Displays the sensor power supply information.

system-led

Displays system LED information

temperature

Displays the sensor temperature information.

detail

You can specify detail at the end of any of the options above to display information in detail.

Example 1: Sensor temperature information.

supervisor@rtbrick: op> show sensor temperature
Name                     Temperature         Status
CPU Core                 54 °C               PRESENT
LM75-1-48                35 °C               PRESENT
LM75-2-49                30 °C               PRESENT
LM75-3-4A                33 °C               PRESENT
LM75-3-4B                30 °C               PRESENT
PSU-1 Thermal Sensor 1   31 °C               PRESENT
supervisor@rtbrick: op>

Example 2: Detailed information about the sensor temperature.

supervisor@rtbrick: op> show sensor temperature
Name                     Temperature         Status
CPU Core                 54 °C               PRESENT
LM75-1-48                36 °C               PRESENT
LM75-2-49                30 °C               PRESENT
LM75-3-4A                33 °C               PRESENT
LM75-3-4B                30 °C               PRESENT
PSU-1 Thermal Sensor 1   31 °C               PRESENT
supervisor@rtbrick: op>

Example 3: Information about sensor fan

supervisor@rtbrick: op> show sensor fan
Name              Fan Speed (rpm)     Status
PSU 1 - Fan 1     26496               PRESENT, F2B
Chassis Fan - 1   8700                PRESENT, F2B
Chassis Fan - 2   8700                PRESENT, F2B
Chassis Fan - 3   8700                PRESENT, F2B
Chassis Fan - 4   8700                PRESENT, F2B
Chassis Fan - 5   8700                PRESENT, F2B
Chassis Fan - 6   8600                PRESENT, F2B
supervisor@rtbrick: op>

Example 4: Detailed information about sensor fan.

supervisor@rtbrick: op> show sensor fan detail

PSU 1 - Fan 1
  Sensor resource ID   : 8388614
  Vendor               : n/a
  Model                : NULL
  Serial No            : n/a
  Status               : PRESENT, F2B
  Status code          : 9
  Fan speed            : 26496 rpm
  Location             : PSU 1
Chassis Fan - 1
  Sensor resource ID   : 8388608
  Vendor               : ALTERA
  Model                : 5M1270ZF256C5N
  Serial No            : n/a
  Status               : PRESENT, F2B
  Status code          : 9
  Fan speed            : 8700 rpm
  Location             : Fan Board
Chassis Fan - 2
  Sensor resource ID   : 8388609
  Vendor               : ALTERA
  Model                : 5M1270ZF256C5N
  Serial No            : n/a
  Status               : PRESENT, F2B
  Status code          : 9
  Fan speed            : 8800 rpm
  Location             : Fan Board

Example 5: Sensor power supply information

supervisor@rtbrick: op> show sensor power-supply
Name              Current In  Current Out Voltage In  Voltage Out Power In    Power Out   Status
PSU-1             0 mA        12109 mA    0 mV        11984 mV    0 mW        146000 mW   PRESENT
PSU-2             0 mA        0 mA        0 mV        0 mV        0 mW        0 mW        PRESENT, UNPLUGGED
supervisor@rtbrick: op>

Example 6: Detailed information about the sensor power supply.

supervisor@rtbrick: op> show sensor power-supply detail

PSU-1
  Sensor resource ID   : 16777216
  Vendor               : n/a
  Model                : YM-2651Y
  Serial No            : n/a
  Status               : PRESENT
  Status code          : 1
  Input current        : 0 mA
  Output current       : 12031 mA
  Input voltage        : 0 mV
  Output voltage       : 11984 mV
  Input power          : 0 mW
  Output power         : 144000 mW
  Location             : n/a
PSU-2
  Sensor resource ID   : 16777217
  Vendor               : n/a
  Model                : NULL
  Serial No            : n/a
  Status               : PRESENT, UNPLUGGED
  Status code          : 5
  Input current        : 0 mA
  Output current       : 0 mA
  Input voltage        : 0 mV
  Output voltage       : 0 mV
  Input power          : 0 mW
  Output power         : 0 mW
  Location             : n/a
supervisor@rtbrick: op>

Example 7: Sensor system LED information

supervisor@rtbrick: op> show sensor system-led
Name                     LED Mode         Status
Chassis LED 1 (LOC LED)  OFF              PRESENT
Chassis LED 5 (FAN LED)  AUTO             PRESENT, ON
Chassis LED 2 (DIAG LED) OFF              PRESENT
Chassis LED 3 (PSU1 LED) AUTO             PRESENT, ON
Chassis LED 4 (PSU2 LED) AUTO             PRESENT, ON
supervisor@rtbrick: op>

Example 8: Detailed information about the system LED

supervisor@rtbrick: op> show sensor system-led detail

Chassis LED 1 (LOC LED)
  Sensor resource ID   : 12582912
  LED mode             : OFF
  Status               : PRESENT
  Status code          : 1
  Capability           : ON_OFF, ORANGE
  Capability code      : 4097
Chassis LED 5 (FAN LED)
  Sensor resource ID   : 12582916
  LED mode             : AUTO
  Status               : PRESENT, ON
  Status code          : 5
  Capability           : ON_OFF, AUTO
  Capability code      : 4194305
Chassis LED 2 (DIAG LED)
  Sensor resource ID   : 12582913
  LED mode             : OFF
  Status               : PRESENT
  Status code          : 1
  Capability           : ON_OFF, ORANGE, GREEN
  Capability code      : 69633

3.6. Optics Details

This command displays optics information for inventory and interface.

Syntax:

show optics <option>

Option Description

interface <interface-name>

Displays optics information for the specified interface.

inventory

Displays optics inventory information.

Example: Optics information for the specified interface.

supervisor@rtbrick: op> show optics interface ifp-0/1/6
Physical Interface: ifp-0/1/6
Type                   : QSFP28
Description            : 100G-CWDM4
Connector Type         : Lucent Connector
Vendor                 : FS
Serial Number          : F2030882972
Part Number            : QSFP28-IR4-100G
Vendor Material Number : CMUIAMACAB10-3146-02
Power Class            : Class 4 (3.5W)
Power Class State      : HIGH
Wavelength             : 1310.000000
Lane Id                : 1
  Laser bias current                             : 30.824 mA
  Laser tx power                                 : 1.496 mW / 1.749 dbm
  Laser rx power                                 : 1.084 mW / 0.35 dbm
  Module temperature                             : 39.164 °C
  Module voltage                                 : 3.292 V
  Tx disable                                     : False
  High power class enable                        : True
  Laser Tx loss of signal                        : False
  Laser Tx loss of lock                          : False
  Laser Rx loss of signal                        : False
  Laser Rx loss of lock                          : False
  Laser bias current high alarm                  : False
  Laser bias current high warning                : False
  Laser bias current low alarm                   : False
  Laser bias current low warning                 : False
  Module voltage high alarm                      : False
  Module voltage high warning                    : False
  <...>

Example 2: Optics inventory information.

supervisor@rtbrick: op> show optics inventory
Interface      Type     Description    Connector Type           Vendor         Part Number         Serial Number   Material Number   Power Class      Power State
ifp-0/1/2      QSFP28   100GBASE-CR4   No Seperable connector   FS             Q28-PC005           G2110248549-1   n/a               Class 1 (1.5W)   LOW
ifp-0/1/3      QSFP28   100G-CWDM4     Lucent Connector         LambdaGain     LL1C31A2A           L12AA60027      T-UNIQSF40907038  Class 4 (3.5W)   HIGH
ifp-0/1/4      QSFP28   100GBASE-CR4   No Seperable connector   FS             Q28-PC01            G2006503747-2   n/a               Class 1 (1.5W)   LOW
ifp-0/1/5      QSFP28   100GBASE-LR4   Lucent Connector         LambdaGain     LL1S31B0A           L82A9S0018      T-UNIQSF40907039  Class 4 (3.5W)   HIGH
ifp-0/1/6      QSFP28   100G-CWDM4     Lucent Connector         FS             QSFP28-IR4-100G     F2030882972     CMUIAMACAB10-314  Class 4 (3.5W)   HIGH
ifp-0/1/8      QSFP28   100GBASE-CR4   No Seperable connector   FS             Q28-PC005           G2110248550-1   n/a               Class 1 (1.5W)   LOW
ifp-0/1/9      QSFP28   100GBASE-CR4   No Seperable connector   FS             Q28-PC005           G2110248551-1   n/a               Class 1 (1.5W)   LOW
ifp-0/1/11     QSFP28   100GBASE-CR4   No Seperable connector   Fiberstore     QSFP28-100G-DAC     F1800032252-2   n/a               Class 1 (1.5W)   LOW
ifp-0/1/14     QSFP28   100GBASE-CR4   No Seperable connector   FS             Q28-PC005           G2110248569-1   n/a               Class 1 (1.5W)   LOW
ifp-0/1/15     QSFP28   100GBASE-CR4   No Seperable connector   FS             Q28-PC01            G2006503745-1   n/a               Class 1 (1.5W)   LOW
ifp-0/1/18     QSFP28   100GBASE-CR4   No Seperable connector   FS             Q28-PC01            G2006503743-1   n/a               Class 1 (1.5W)   LOW
ifp-0/1/20     QSFP28   100G-CWDM4     Lucent Connector         LambdaGain     LL1C31A2A           L12AB20043      T-UNIQSF40907038  Class 4 (3.5W)   HIGH
ifp-0/1/27     QSFP28   100GBASE-LR4   Lucent Connector         LambdaGain     LL1S31B0A           L82A9S0025      T-UNIQSF40907039  Class 4 (3.5W)   HIGH
ifp-0/1/28     QSFP28   100GBASE-CR4   No Seperable connector   FS             Q28-PC01            G1810038309-1   n/a               Class 1 (1.5W)   LOW
ifp-0/1/31     QSFP28   100GBASE-CR4   No Seperable connector   FS             Q28-PC01            G1810038285-2   n/a               Class 1 (1.5W)   LOW
ifp-0/0/0      SFP      UNKNOWN        Copper Pigtail           FS             SFPP-PC015          S2108004616-2   n/a               Class 1 (1.5W)   LOW
ifp-0/0/1      SFP      UNKNOWN        Copper Pigtail           FS             SFPP-PC015          G2006548415-2   n/a               Class 1 (1.5W)   LOW

3.7. Disk Details

This command displays disk information.

Syntax:

show disk <option>

Option Description

summary

Displays the disk information.

usage

Displays the disk usage information.

Example: Summary of disks and their partitions.

supervisor@rtbrick: op> show disk summary
sda
  Size    : 29.8G
  Vendor  : ATA
  Model   : TS32ZBTMM1600
  Partitions
  Name               Size        Mountpoint
  sda1               256M        n/a
  sda2               128M        n/a
  sda3               2G          n/a
  sda4               128M        n/a
  sda5               128M        n/a
  sda6               2G          n/a
  sda7               25.2G       /platform
supervisor@rtbrick: op>

Example 2: Summary of disk usage information.

supervisor@rtbrick: op> show disk usage
Filesystem               Type             Size         Used         Available    Mountpoint          Usage %
none                     tmpfs            492 KB       0 bytes      492 KB       /dev                0.0
tmpfs                    tmpfs            8.15 GB      17.38 MB     8.13 GB      /run                0.21
tmpfs                    tmpfs            6.29 GB      483.6 MB     5.81 GB      /shm                7.69
tmpfs                    tmpfs            8.15 GB      62.74 MB     8.09 GB      /dev/shm            0.77
tmpfs                    tmpfs            5.12 MB      0 bytes      5.12 MB      /run/lock           0.0
devtmpfs                 devtmpfs         1.02 MB      0 bytes      1.02 MB      /dev/mem            0.0
/dev/sda7                ext4             25.87 GB     4.47 GB      20.06 GB     /var/log            18.21
tmpfs                    tmpfs            1.63 GB      0 bytes      1.63 GB      /run/user/1000      0.0
tmpfs                    tmpfs            8.15 GB      0 bytes      8.15 GB      /sys/fs/cgroup      0.0
tmpfs                    tmpfs            1.63 GB      696 KB       1.63 GB      /var/run-ext/onl/r  0.04
/var/cache/rtbrick/imag  overlay          25.87 GB     4.47 GB      20.06 GB     /                   18.21
supervisor@rtbrick: op>

3.8. Platform Details

This command displays platform information.

Syntax:

show platform

Example: Platform information

supervisor@rtbrick: op> show platform
x86_64-accton_as7316_26xb-r0
  Vendor               : Edgecore
  Manufacturer         : Accton
  Manufacture date     : 05/07/2021 16:55:51
  MAC address          : 90:3c:b3:16:00:00
  Part number          : F0PZZ5626002A-MACDDR-Nanya_NT5AD256M16D4_HRI
  Serial number        : AAB2115AACA
  Product name         : 7316-26XB-O-AC-F
  Onie version         : 2019.11.00.07
  Label revision       : R01C
  Diag version         : 01.01.00.03
  Country code         : TW
supervisor@rtbrick: op>

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