Product Metrics

Last updated:2021-06-16 11:23:18

This topic describes the metrics supported by Kingsoft Cloud products.

1. KEC

2. EIP

3. NAT

4. Redis

5. KRDS

6. SLB

7. Listener

8. Peering

9. BWS

10. EPC

11. KDH

12. KS3

13. CDN

14. KCE

15. Memcached

16. MongoDB

17. DCGW

18. VPNTU

19. KTS

20. KAD

21. GEPC

22. GEC

23. KDRDS

24. KDTS

25. RabbitMQ

1. KEC

Monitor metric Description Unit
system.cpu.load[percpu,avg1] Average CPU load in 1 minute (per CPU) N/A
system.cpu.load[percpu,avg15] Average CPU load in 15 minutes (per CPU) N/A
system.cpu.load[percpu,avg5] Average CPU load in 5 minutes (per CPU) N/A
cpu.utilizition.total CPU utilization %
system.cpu.load[all,avg1] Average CPU load in 1 minute N/A
system.cpu.load[all,avg5] Average CPU load in 5 minutes N/A
system.cpu.load[all,avg15] Average CPU load in 15 minutes N/A
vfs.fs.size[/,pused]-Linux
vfs.fs.size[D:,pused]-Windows
vfs.fs.size[C:,pused]-Windows
Disk utilization %
disk.read.Bps[Disk] Disk read Bps
disk.read.ops[Disk] Number of disk reads per second Ops
disk.write.Bps[Disk] Disk write Bps
disk.write.ops[Disk] Number of disk writes per second Ops
memory.utilizition.total Memory utilization (Calculation: 1 - memory availability) %
proc.num[] Number of running processes N/A
system.cpu.util[,idle,avg1] Percentage of CPU not utilized %
tcp.count Number of TCP connections N/A
agent.ping Service unavailable N/A
vm.memory.size[available] Available memory
For Centos 7.2, Ubuntu 16.04 and above, the value equals MemAvailable in /proc/meminfo. If no MemAvailable is found, the value is the sum of MemFree, Buffers, and Cached.
Bytes
vm.memory.size[pavailable] Available memory. (Calculation: available memory/total memory * 100%) %
vm.memory.size[total] Total memory. The value equals MemTotal in /proc/meminfo. Bytes
vm.memory.size[used] Memory used. (Calculation: MemTotal - MemFree) Bytes
net.if.in[eth0] Network card incoming traffic eth0 Console unit: bps, SDK unit: Bps
net.if.out[eth0] Network card outgoing traffic eth0 Console unit: bps, SDK unit: Bps
net.if.in[Red Hat VirtIO Ethernet Adapter,packets] Network card packet incoming rate (Windows) pps
net.if.in[eth0,packets] Network card packet incoming rate (Linux) pps
net.if.out[Red Hat VirtIO Ethernet Adapter,packets] Network card packet outgoing rate (Windows) pps
net.if.out[eth0,packets] Network card packet outgoing rate (Linux) pps

2. EIP

Monitor metric Description Unit
eip.bps.in EIP incoming traffic bps
eip.bps.out EIP outgoing traffic bps
eip.pps.in Number of packets flowing in EIP per second N/A
eip.pps.out Number of packets flowing out EIP per second N/A
eip.utilization.in Incoming bandwidth usage ratio of EIP %
eip.utilization.out Outgoing bandwidth usage ratio of EIP %

3. NAT

Monitor metric Description Unit
vpc.nat.bps.in NAT incoming traffic bps
vpc.nat.bps.out NAT outgoing traffic bps
vpc.nat.pps.in Number of packets flowing in NAT per second N/A
vpc.nat.pps.out Number of packets flowing out NAT per second N/A
vpc.nat.public.bps.in NAT (public network) incoming traffic bps
vpc.nat.public.bps.out NAT (public network) outgoing traffic bps
vpc.nat.public.pps.in Number of packets flowing in NAT (public network) N/A
vpc.nat.public.pps.out Number of packets flowing out NAT (public network) N/A
vpc.nat.public.utilization.in NAT (public network) incoming bandwidth utilization %
vpc.nat.public.utilization.out NAT (public network) outgoing bandwidth utilization %
vpc.nat.ipconflict NAT (IP) ports used out N/A

4. Redis

Monitor metric Description Unit
kcs.connections Number of current connections N/A
kcs.cpu_load CPU utilization %
kcs.evicted_keys Number of evicted keys N/A
kcs.expired_keys Number of expired keys N/A
kcs.hash_cmd Number of operations per second for Hash data Times/second
kcs.hit_rate Cache hit rate %
kcs.input_kbps Incoming traffic per second Kbps
kcs.list_cmd Number of operations per second for List data Times/second
kcs.output_kbps Outgoing traffic per second Kbps
kcs.qps Number of queries per second Times/second
kcs.read_cmd Number of read operations per second Times/second
kcs.set_cmd Number of operations per second for Set data Times/second
kcs.sort_cmd Number of operations per second for SortedSet data Times/second
kcs.string_cmd Number of operations per second for String data Times/second
kcs.total_keys Total number of keys N/A
kcs.usedmemory Used memory MB
kcs.write_cmd Number of write operations per second Times/second

5. KRDS

Monitor metric Description Unit
rds.bytes_received Traffic received by instance per second Kbps
rds.bytes_sent Traffic sent by instance per second Kbps
rds.com_delete com_delete Times/second
rds.com_insert com_insert Times/second
rds.com_replace com_replace Times/second
rds.com_select com_select Times/second
rds.com_update com_update Times/second
rds.connection_used_percent Percentage of connections used %
rds.created_tmp_disk_tables Number of temporary tables N/A
rds.innodb_buffer_pool_hit_ratio InnoDB buffer hit ratio %
rds.innodb_data_fsyncs Times of InnoDB fsync Times/second
rds.innodb_data_reads Number of InnoDB disk reads Times/second
rds.innodb_data_writes Number of InnoDB writes Times/second
rds.max_connections Maximum number of connections N/A
rds.max_used_connections Maximum number of historical connections N/A
rds.myisam_keycache_readhit_ration MyISAM read hit ratio %
rds.myisam_keycache_used_percent MyISAM cache utilization rate %
rds.myisam_keycache_writehit_ration MyISAM write hit ratio %
rds.qcache_hit_ratio query cache hit ratio %
rds.qcache_used_percent query cache utilization ratio %
rds.qps QPS Times/second
rds.rbps Disk read IOBS Bps
rds.resident_memory_size Current memory used MB
rds.riops Disk read IOPS Times/second
rds.select_scan select_scan Times/second
rds.slave_delay Duplication delay Seconds
rds.slow_queries slow_queries N/A
rds.space_used_percent Disk utilization ratio %
rds.table_locks_waited Table locks Times/second
rds.threads_connected Number of connections N/A
rds.threads_running Number of active connections N/A
rds.tps TPS Times/second
rds.wbps Disk write IOBS Bps
rds.wiops Disk write IOPS Times/second
rds.cpu_used_percent CPU utilization ratio %

6. SLB

Monitor metric Description Unit
slb.bps.in SLB incoming traffic bps
slb.bps.out SLB outgoing traffic bps
slb.pps.in Number of packets received on SLB N/A
slb.pps.out Number of packets sent on SLB N/A
slb.cps Number of new connections established on SLB N/A
slb.activeconn Number of active connections on SLB N/A
slb.inactiveconn Number of inactive connections on SLB N/A
slb.concurrentconn Number of concurrent connections on SLB N/A

7. Listener

Monitoring metrics of Layer-4 Listener include:

Monitor metric Description Unit
listener.bps.in Listener incoming traffic bps
listener.bps.out Listener outgoing traffic bps
listener.pps.in Number of packets received on Listener per second N/A
listener.pps.out Number of packets sent on Listener per second N/A
listener.cps Number of new connections established on Listener per second N/A
listener.activeconn Number of active connections on Listener N/A
listener.inactiveconn Number of inactive connections on Listener N/A
listener.concurrentconn Number of concurrent connections on Listener N/A

Monitoring metrics of Layer-7 Listener include:

Monitor metric Description Unit
listener.bps.in Listener incoming traffic bps
listener.bps.out Listener outgoing traffic bps
listener.pps.in Number of packets received on Listener per second N/A
listener.pps.out Number of packets sent on Listener per second N/A
listener.cps Number of new connections established on Listener per second N/A
listener.activeconn Number of active connections on Listener N/A
listener.inactiveconn Number of inactive connections on Listener N/A
listener.httpcode.2xx Number of status code 2XX returned by Listener N/A
listener.httpcode.3xx Number of status code 3XX returned by Listener N/A
listener.httpcode.4xx Number of status code 4XX returned by Listener N/A
listener.httpcode.5xx Number of status code 5XX returned by Listener N/A
listener.httpcode.backend.2xx Number of status code 2XX returned by real server N/A
listener.httpcode.backend.3xx Number of status code 3XX returned by real server N/A
listener.httpcode.backend.4XX Number of status code 4XX returned by real server N/A
listener.httpcode.backend.5xx Number of status code 5XX returned by real server N/A
listener.latency Latency of HTTP requests to the backend, Average (average in unit time) ms
listener.requestcount Number of HTTP requests completed in unit time N/A
listener.concurrentconn Number of concurrent connections on Listener N/A

8. Peering

Monitor metric Description Unit
peering.bps.in Peering incoming traffic bps
peering.bps.out Peering outgoing traffic bps
peering.pps.in Number of packets received on Peering per second N/A
peering.pps.out Number of packets sent on Peering per second N/A
peering.drop.bps.in Peering incoming traffic bandwidth dropped bps
peering.drop.bps.out Peering outgoing traffic bandwidth dropped bps
peering.drop.pps.in Number of packets dropped per second in incoming traffic on Peering N/A
peering.drop.pps.out Number of packets dropped per second in outgoing traffic on Peering N/A

9. BWS

Monitor metric Description Unit
bws.bps.in BWS incoming traffic bps
bws.bps.out BWS outgoing traffic bps
bws.pps.in Number of packets received on BWS per second N/A
bws.pps.out Number of packets sent on BWS per second N/A
bws.utilization.in BWS incoming bandwidth utilization percentage %
bws.utilization.out BWS outgoing bandwidth utilization percentage %

10. EPC

Monitor metric Description Unit
cpu.utilizition.total CPU utilization %
load.1min Average load on CPU in 1 minute N/A
load.5min Average load on CPU in 5 minutes N/A
load.15min Average load on CPU in 15 minutes N/A
vm.memory.free Free memory B
vm.memory.size Total memory B
vm.memory.util Memory utilization %
disk.read.Bps[Disk] Disk read Bps
disk.read.ops[Disk] Number of disk reads per second Ops
disk.write.Bps[Disk] Disk write Bps
disk.write.ops[Disk] Number of disk writes per second Ops
vfs.fs.size[/] Disk utilization/ %
net.if.in_bps[bond0] Network card incoming traffic bond0 bps
net.if.out_bps[bond0] Network card outgoing traffic bond0 bps
proc.num[] Number of running processes N/A

11. KDH

Monitor metric Description Unit
cpu.utilizition.total CPU utilization %
system.cpu.load[percpu,avg1] Average load on CPU in 1 minute (per CPU) N/A
system.cpu.load[percpu,avg5] Average load on CPU in 5 minutes (per CPU) N/A
system.cpu.load[percpu,avg15] Average load on CPU in 15 minutes (per CPU) N/A
system.cpu.load[all,avg1] Average load on CPU in 1 minute N/A
system.cpu.load[all,avg5] Average load on CPU in 5 minutes N/A
system.cpu.load[all,avg15] Average load on CPU in 15 minutes N/A
disk.read.Bps[Disk] Disk read rate Bps
disk.read.ops[Disk] Number of disk reads per second Ops
disk.write.Bps[Disk] Disk write rate Bps
disk.write.ops[Disk] Number of disk writes per second Ops
net.if.in[bond1,bytes] Network card incoming traffic bond1 Console unit: bps, SDK unit: Bps
net.if.out[bond1,bytes] Network card outgoing traffic bond1 Console unit: bps, SDK unit: Bps
kdc.alive Downtime alarm N/A

12. KS3

Monitor metric Description Unit
ks3.bucket.capacity.total.sd Total standard storage capacity Bytes
ks3.bucket.capacity.add.sd Added standard storage capacity Bytes
ks3.bucket.capacity.del.sd Deleted standard storage capacity Bytes
ks3.bucket.capacity.total.ia Total low-frequency storage capacity Bytes
ks3.bucket.capacity.add.ia Added low-frequency storage capacity Bytes
ks3.bucket.capacity.del.ia Deleted low-frequency storage capacity Bytes
ks3.bucket.flow.down.sd Standard storage capacity (download) Bytes
ks3.bucket.flow.down.ia Low-frequency storage capacity (download) Bytes
ks3.bucket.getcount.sd Standard get count N/A
ks3.bucket.putcount.sd Standard put count N/A
ks3.bucket.getcount.ia Low-frequency get count N/A
ks3.bucket.putcount.ia Low-frequency put count N/A
ks3.bucket.flow.up.ia Recovered capacity of low-frequency storage Bytes

13. CDN

Monitor metric Description Unit
cdn.vod.origin.flow Back-to-origin traffic GB
cdn.vod.origin.bps Back-to-origin bandwidth Gbps
cdn.vod.httpcode.504 504 status code ratio %
cdn.vod.httpcode.503 503 status code ratio %
cdn.vod.httpcode.502 502 status code ratio %
cdn.vod.httpcode.500 500 status code ratio %
cdn.vod.httpcode.499 499 status code ratio %
cdn.vod.httpcode.416 416 status code ratio %
cdn.vod.httpcode.412 412 status code ratio %
cdn.vod.httpcode.409 409 status code ratio %
cdn.vod.httpcode.404 404 status code ratio %
cdn.vod.httpcode.403 403 status code ratio %
cdn.vod.httpcode.5xx 5XX status code ratio %
cdn.vod.httpcode.4xx 4XX status code ratio %
cdn.vod.hitpv Hit ratio of requests %
cdn.vod.edge.flow Edge traffic GB
cdn.vod.edge.bps Edge bandwidth Gbps

14. KCE

Cluster dimension monitoring

Monitor metric Description Unit
cluster.cpu.usage Cluster CPU utilization %
cluster.memory.usage Cluster memory utilization %

Instance dimension monitoring

Monitor metric Description Unit
pod.network.rx Instance network traffic received MB
pod.network.tx Instance network traffic sent MB

Container dimension monitoring

Monitor metric Description Unit
container.cpu.usage Container CPU usage N/A
container.cpu.usage_for_request Container CPU utilization (Request percentage) %
container.cpu.usage_for_limit Container CPU utilization (Limit percentage) %
container.memory.usage Container memory usage MB
container.memory.usage_for_request Container memory utilization (Request percentage) %
container.memory.usage_for_limit Container memory utilization (Limit percentage) %

15. Memcached

Monitor metric Description Unit
memcached.connections Number of connections N/A
memcached.cpu_load CPU load %
memcached.hit_rate Cache hit rate %
memcached.input_kbps Input traffic per second Kbps
memcached.memory_load Memory load %
memcached.output_kbps Output traffic per second Kbps
memcached.qps Number of queries per second Times/second
memcached.usedmemory Used memory MB

16. MongoDB

Monitor metric Description Unit
mongo.mem.memused.amount Memory used GB
mongo.mem.memused.percent Percentage of memory used %
mongo.cpu.used CPU used %
mongo.disk.used Disk used * GB
mongo.disk.percent Percentage of space used to maximum free space * N/A
mongo.wtcache.readinto_b Amount of data read into the cache by wiredTiger* Bps
mongo.wtcache.writtenfrom_b Amount of data written out of the cache by wiredTiger* Bps
mongo.iops.percent Percentage of current IOPS size used by the instance to maximum available IOPS* %
mongo.iops.amount Current IOPS size used by the instance * Times/second
mongo.network.connections Number of connections N/A
mongo.network.connections_percent Percentage of current number of connections to maximum number of available connections %
mongo.network.bytesin Incoming traffic Bps
mongo.network.bytesout Outgoing traffic Bps
mongo.network.numrequesets Number of requests N/A
mongo.cursor.open_total Current number of open cursor N/A
mongo.cursor.timeout Number of cursor timeout N/A
mongo.lock.readers Global waiting queue length of the lock read* N/A
mongo.lock.writers Global waiting queue length of the lock write* N/A
mongo.lock.total Waiting queue length of all global locks* N/A
mongo.qps.command Total QPS Times/second
mongo.qps.getmore Number of getmore Times/second
mongo.qps.delete Number of delete operations Times/second
mongo.qps.update Number of update operations Times/second
mongo.qps.insert Number of insert operations Times/second
mongo.qps.query Number of read operations Times/second
mongo.rs.slavedelay Master-slave replication delay* N/A
  • Both the slice cluster data and the copy set data are collected at the node dimension, and monitoring items are common.
  • There is no monitoring items for mongos node*.

17. Direct Connect gateway

Monitor metric Description Unit
dcgw.bps.in DCGW incoming bandwidth bps
dcgw.drop.bps.in Bandwidth dropped in incoming traffic on DCGW bps
dcgw.bps.out DCGW outgoing bandwidth bps
dcgw.drop.bps.out Bandwidth dropped in outgoing traffic on DCGW bps
dcgw.drop.pps.in Number of packets dropped per second in incoming traffic on DCGW N/A
dcgw.drop.pps.out Number of packets dropped per second in outgoing traffic on DCGW N/A
dcgw.pps.in Number of packets received on DCGW per second N/A
dcgw.pps.out Number of packets sent on DCGW per second N/A

18. VPN tunnel

Monitor metric Description Unit
vpntunnel.bps.in VPNTU incoming bandwidth bps
vpntunnel.bps.out VPNTU outgoing bandwidth bps
vpntunnel.pps.in Number of packets received on VPNTU per second N/A
vpntunnel.pps.out Number of packets sent on VPNTU per second N/A

19. KTS

Monitor metric Description Unit
kts.failed_batchgetrow Number of failed batch reads cu
kts.failed_batchputrow Number of failed batch writes %
kts.failed_deleterow Number of failed single-row deletes %
kts.failed_getrow Number of failed single-row reads %
kts.failed_putrow Number of failed single-row writes cu
kts.failed_ratio_batchgetrow Ratio of failed batch reads %
kts.failed_ratio_batchputrow Ratio of failed batch writes %
kts.failed_ratio_deleterow Ratio of failed single-row deletes %
kts.failed_ratio_getrow Ratio of failed single-row reads %
kts.failed_ratio_putrow Ratio of failed single-row writes %
kts.failed_ratio_updaterow Ratio of failed single-row updates %
kts.failed_updaterow Number of failed single-row updates %
kts.delay_batchgetrow Delay of batch read of multi-row data ms
kts.delay_batchputrow Delay of batch write of multi-row data ms
kts.delay_deleterow Delay of delete of single-row data ms
kts.delay_getrow Delay of read of single-row data ms
kts.delay_putrow Delay of write of single-row data ms
kts.delay_updaterow Data update delay ms
kts.read_cu_batchgetrow Throughput of multi-row reads cu
kts.read_cu_getrow Throughput of single-row reads cu
kts.read_cu_total Total read throughput cu
kts.success_batchgetrow Number of successful batch writes cu
kts.success_batchputrow Batch read throughput cu
kts.success_deleterow Number of successful single-row deletes cu
kts.success_getrow Number of successful single-row reads cu
kts.success_putrow Number of successful single-row writes cu
kts.success_updaterow Number of successful single-row updates cu
kts.table_size Table size MB
kts.write_cu_batchputrow Batch write throughput cu
kts.write_cu_deleterow Single-row delete throughput cu
kts.write_cu_putrow Single-row write throughput cu
kts.write_cu_total Total write throughput cu
kts.write_cu_updaterow Single-row update throughput cu

20. KAD

Monitor metric Description Unit
kad.attack Incoming traffic N/A
kad.cc Number of CC defenses N/A
kad.conn Number of concurrent connections N/A
kad.idc Back-to-origin traffic bps
kad.qps Number of requests per second (QPS) N/A

21. GPU

Monitor metric Description Unit
cpu.utilizition.total CPU utilization %
disk.read.Bps[sda] Disk read bytes per second sda Bps
disk.read.Bps[sdb] Disk read bytes per second sdb Bps
disk.read.ops[sda] Number of disk reads per second sda pps
disk.read.ops[sdb] Number of disk reads per second sdb pps
disk.write.Bps[sda] Disk write bytes per second sda Bps
disk.write.Bps[sdb] Disk write bytes per second sdb Bps
disk.write.ops[sda] Number of disk writes per second sda pps
disk.write.ops[sdb] Number of disk writes per second sdb pps
gpu.memory.free[0] Free memory of GPU0 MB
gpu.memory.free[1] Free memory of GPU1 MB
gpu.memory.free[2] Free memory of GPU2 MB
gpu.memory.free[3] Free memory of GPU3 MB
gpu.memory.free[4] Free memory of GPU4 MB
gpu.memory.free[5] Free memory of GPU5 MB
gpu.memory.free[6] Free memory of GPU6 MB
gpu.memory.free[7] Free memory of GPU7 MB
gpu.memory.total[0] Total memory of GPU0 MB
gpu.memory.total[1] Total memory of GPU1 MB
gpu.memory.total[2] Total memory of GPU2 MB
gpu.memory.total[3] Total memory of GPU3 MB
gpu.memory.total[4] Total memory of GPU4 MB
gpu.memory.total[5] Total memory of GPU5 MB
gpu.memory.total[6] Total memory of GPU6 MB
gpu.memory.total[7] Total memory of GPU7 MB
gpu.memory.used[0] Memory used of GPU0 MB
gpu.memory.used[1] Memory used of GPU1 MB
gpu.memory.used[2] Memory used of GPU2 MB
gpu.memory.used[3] Memory used of GPU3 MB
gpu.memory.used[4] Memory used of GPU4 MB
gpu.memory.used[5] Memory used of GPU5 MB
gpu.memory.used[6] Memory used of GPU6 MB
gpu.memory.used[7] Memory used of GPU7 MB
gpu.memory.utilization[0] GPU0 memory utilization %
gpu.memory.utilization[1] GPU1 memory utilization %
gpu.memory.utilization[2] GPU2 memory utilization %
gpu.memory.utilization[3] GPU3 memory utilization %
gpu.memory.utilization[4] GPU4 memory utilization %
gpu.memory.utilization[5] GPU5 memory utilization %
gpu.memory.utilization[6] GPU6 memory utilization %
gpu.memory.utilization[7] GPU7 memory utilization %
gpu.temperature[0] GPU0 temperature
gpu.temperature[1] GPU1 temperature
gpu.temperature[2] GPU2 temperature
gpu.temperature[3] GPU3 temperature
gpu.temperature[4] GPU4 temperature
gpu.temperature[5] GPU5 temperature
gpu.temperature[6] GPU6 temperature
gpu.temperature[7] GPU7 temperature
gpu.utilization[0] GPU0 utilization %
gpu.utilization[1] GPU1 utilization %
gpu.utilization[2] GPU2 utilization %
gpu.utilization[3] GPU3 utilization %
gpu.utilization[4] GPU4 utilization %
gpu.utilization[5] GPU5 utilization %
gpu.utilization[6] GPU6 utilization %
gpu.utilization[7] GPU7 utilization %
load.1min Average load of CPU in 1 minute N/A
load.5min Average load of CPU in 5 minutes N/A
load.15min Average load of CPU in 15 minutes N/A
net.if.in_bps[bond0] Network card incoming traffic bond0 bps
net.if.in_bps[bond1] Network card incoming traffic bond1 bps
net.if.in_bps[eth0] Network card incoming traffic eth0 bps
net.if.in_bps[eth1] Network card incoming traffic eth1 bps
net.if.in_bps[ethx0] Network card incoming traffic ethx0 bps
net.if.in_bps[ethx1] Network card incoming traffic ethx1 bps
net.if.in_bps[ethx2] Network card incoming traffic ethx2 bps
net.if.in_bps[ethx3] Network card incoming traffic ethx3 bps
net.if.in_pps[bond0] Incoming packet rate of network card bond0 pps
net.if.in_pps[bond1] Incoming packet rate of network card bond1 pps
net.if.in_pps[eth0] Incoming packet rate of network card eth0 pps
net.if.in_pps[eth1] Incoming packet rate of network card eth1 pps
net.if.in_pps[ethx0] Incoming packet rate of network card ethx0 pps
net.if.in_pps[ethx1] Incoming packet rate of network card ethx1 pps
net.if.in_pps[ethx2] Incoming packet rate of network card ethx2 pps
net.if.in_pps[ethx3] Incoming packet rate of network card ethx3 pps
net.if.out_bps[bond0] Network card outgoing traffic bond0 bps
net.if.out_bps[bond1] Network card outgoing traffic bond1 bps
net.if.out_bps[eth0] Network card outgoing traffic eth0 bps
net.if.out_bps[eth1] Network card outgoing traffic eth1 bps
net.if.out_bps[ethx0] Network card outgoing traffic ethx0 bps
net.if.out_bps[ethx1] Network card outgoing traffic ethx1 bps
net.if.out_bps[ethx2] Network card outgoing traffic ethx2 bps
net.if.out_bps[ethx3] Network card outgoing traffic ethx3 bps
net.if.out_pps[bond0] Outgoing packet rate of network card bond0 pps
net.if.out_pps[bond1] Outgoing packet rate of network card bond1 pps
net.if.out_pps[eth0] Outgoing packet rate of network card eth0 pps
net.if.out_pps[eth1] Outgoing packet rate of network card eth1 pps
net.if.out_pps[ethx0] Outgoing packet rate of network card ethx0 pps
net.if.out_pps[ethx1] Outgoing packet rate of network card ethx1 pps
net.if.out_pps[ethx2] Outgoing packet rate of network card ethx2 pps
net.if.out_pps[ethx3] Outgoing packet rate of network card ethx3 pps
proc.num[] Number of running processes N/A
vfs.fs.size[/] Disk utilization %
vm.memory.free Free memory Bytes
vm.memory.size Total memory Bytes
vm.memory.util Memory utilization %

22. GPUVM

Monitor metric Description Unit
cpu.utilizition.tota CPU utilization %
memory.utilizition.total Memory utilization %
proc.num[] Number of running processes N/A
system.cpu.load[all,avg1] Average load on CPU in 1 minute N/A
system.cpu.load[all,avg5] Average load on CPU in 5 minutes N/A
system.cpu.load[all,avg15] Average load on CPU in 15 minutes N/A
vfs.fs.size[{#FSNAME},pused] Disk utilization {#FSNAME} %
vm.memory.size[available] Free memory Bytes
gpu.memory.free[{#GPU}] GPU{#GPU} free memory MB
gpu.temperature[{#GPU}] GPU{#GPU} temperature
gpu.utilization[{#GPU}] GPU{#GPU} utilization %
disk.read.Bps[{#DISK}] Disk read {#DISK} Bps
disk.write.Bps[{#DISK}] Disk write {#DISK} Bps
disk.write.ops[{#DISK}] Number of disk writes per second {#DISK} Ops
disk.read.ops[{#DISK}] Number of disk reads per second {#DISK} Ops
net.if.out[{#IFNAME}] Network card outgoing traffic {#IFNAME} Bps
net.if.in[{#IFNAME}] Network card incoming traffic {#IFNAME} Bps
tcp.count Number of TCP connections N/A
proc.num[] Number of running processes N/A

23. KDRDS

Monitor metric Description Unit
drds.riops Disk read IOPS Times/second
drds.wiops Disk write IOPS Times/second
drds.rbps Read throughput Bps
drds.wbps Write throughput Bps
drds.resident_memory_size Memory usage MB
drds.clientqps QPS Times/second
drds.clientconns Number of connections N/A
drds.cpu_used_percent CPU utilization %
drds.slowlogtotal slow_queries N/A
drds.space_used_percent Disk utilization %
drds.usage_in_percent Memory utilization %

24. KDTS

Monitor metric Description Unit
dts.task_alive Task alive Times/second

25.RabbitMQ

Monitor metric Description Unit
rabbitmq.disk.free Free storage space GB
rabbitmq.sockets.used Number of Socket connections N/A
rabbitmq.file.handle Number of file handles GB
rabbitmq.memory.used Memory used N/A
rabbitmq.process.used Number of Erlang processes N/A

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