CLKM/4/hwClockSourceFreqCheck_active: The check of frequence abnormal notification. (hwClockSrcCfgChassisIndex=[hwClockSrcCfgChassisIndex], hwClockSrcCfgSourceTypeIndex=[hwClockSrcCfgSourceTypeIndex], hwClockSrcCfgSourceIndex=[hwClockSrcCfgSourceIndex], hwClockChassisId=[hwClockChassisId], hwClockSrcCfgFreqCheckResult=[hwClockSrcCfgFreqCheckResult], hwClockSrcCfgSourceDescr=[hwClockSrcCfgSourceDescr])
In VS mode, this log is supported only by the admin VS.
Parameter Name | Parameter Meaning |
---|---|
hwClockSrcCfgChassisIndex |
Indicates the index of the chassis where the non-PTP clock source is located. In the case of a single chassis, the index is 1. For a chassis where a PTP clock source is located, the index is invalid. |
hwClockSrcCfgSourceTypeIndex |
Index of the clock source type. values: bits(1). ptp(2). interface(3). cesacr(4). |
hwClockSrcCfgSourceIndex |
Index of the clock source. |
hwClockChassisId |
Chassis id. |
hwClockSrcCfgFreqCheckResult |
Result of the check of frequency, values: abnormal(0). normal(1). |
hwClockSrcCfgSourceDescr |
The description of clock source. |
1. Run the display clock source command to check the current status of the clock source.
2. Run the display clock config command to check whether the frequency offset detection is enable.
3. Run the clock freq-deviation recover command in the interface viewer to check whether the clock can be resumed.
4. Check whether the alarm is cleared.
5. Collect the trap information, log information, and configuration of the router, and contact Huawei technical personnel.
6. End.