ELB Monitoring Metrics
Overview
This section describes the namespace, the metrics that can be monitored by Cloud Eye, and dimensions of these metrics. You can view the metrics reported by ELB and the generated alarms on the Cloud Eye console.
Cloud Eye can monitor dimensions nested to a maximum of four levels (levels 0 to 3). Level 3 is the deepest level. For example, if the monitored dimension of a metric is lbaas_instance_id,lbaas_listener_id, lbaas_instance_id indicates level 0 and lbaas_listener_id indicates level 1.
Namespace
SYS.ELB
Load Balancer Metrics
For dedicated load balancers, you can view the monitoring metrics by load balancer, listener, backend server group, or AZ. You can view only the Layer 7 metrics of a backend server group.
| Metric ID | Name | Description | Value Range | Unit | Conversion Rule | Monitored Object (Dimension) | Monitoring Interval (Raw Data) |
|---|---|---|---|---|---|---|---|
| m1_cps | Concurrent Connections | Load balancing at Layer 4: total number of TCP and UDP connections established between the monitored object and backend servers. Load balancing at Layer 7: total number of TCP connections established between clients and the monitored object. | ≥ 0 | Count | N/A | lbaas_instance_id | 1 minute |
| m2_act_conn | Active Connections | The number of active TCP and UDP connections established between the monitored object and backend servers. You can run the following command to view the connections (both Windows and Linux servers): netstat -an | ≥ 0 | Count | N/A | lbaas_instance_id | 1 minute |
| m3_inact_conn | Inactive Connections | The number of inactive TCP and UDP connections established between the monitored object and backend servers. You can run the following command to view the connections (both Windows and Linux servers): netstat -an | ≥ 0 | Count | N/A | lbaas_instance_id | 1 minute |
| m4_ncps | New Connections | The number of new connections established between clients and the monitored object per second. | ≥ 0 | Count/s | N/A | lbaas_instance_id | 1 minute |
| m5_in_pps | Incoming Packets | The number of packets received by the monitored object per second. | ≥ 0 | Count/s | N/A | lbaas_instance_id | 1 minute |
| m6_out_pps | Outgoing Packets | The number of packets sent from the monitored object per second. | ≥ 0 | Count/s | N/A | lbaas_instance_id | 1 minute |
| m7_in_Bps | Inbound Traffic Rate | How fast the inbound traffic reaches the monitored object. | ≥ 0 | Byte/s | 1000 (SI) | lbaas_instance_id | 1 minute |
| m8_out_Bps | Outbound Traffic Rate | How fast the outbound traffic leaves the monitored object. | ≥ 0 | Byte/s | 1000 (SI) | lbaas_instance_id | 1 minute |
| m9_abnormal_servers | Unhealthy Servers | The number of unhealthy backend servers associated with the monitored object. | ≥ 0 | Count | N/A | lbaas_instance_id | 1 minute |
| ma_normal_servers | Healthy Servers | The number of healthy backend servers associated with the monitored object. | ≥ 0 | Count | N/A | lbaas_instance_id | 1 minute |
| m22_in_bandwidth | Inbound Bandwidth | The bandwidth used for accessing the monitored object from external networks. | ≥ 0 | bit/s | 1000 (SI) | lbaas_instance_id | 1 minute |
| m23_out_bandwidth | Outbound Bandwidth | The bandwidth used by the monitored object to access external networks. | ≥ 0 | bit/s | 1000 (SI) | lbaas_instance_id | 1 minute |
| m26_in_bandwidth_ipv6 | IPv6 Inbound Bandwidth | The IPv6 network bandwidth used for accessing the monitored object from external networks. | ≥ 0 | bit/s | 1000 (SI) | lbaas_instance_id | 1 minute |
| m27_out_bandwidth_ipv6 | IPv6 Outbound Bandwidth | The IPv6 network bandwidth used by the monitored object to access external networks. | ≥ 0 | bit/s | 1000 (SI) | lbaas_instance_id | 1 minute |
| m1e_server_rps | Reset Packets from Backend Servers | The number of reset packets sent by backend servers to clients per second. These reset packets are generated by the backend servers and then forwarded by the load balancer. Supported protocols: TCP | ≥ 0 | Count/s | N/A | lbaas_instance_id | 1 minute |
| m21_client_rps | Reset Packets from Clients | The number of reset packets sent by clients to backend servers per second. These reset packets are generated by clients and then forwarded by the load balancer. Supported protocols: TCP | ≥ 0 | Count/s | N/A | lbaas_instance_id | 1 minute |
| m1f_lvs_rps | Reset Packets from Load Balancer | The number of reset packets generated by the load balancer per second. Supported protocols: TCP | ≥ 0 | Count/s | N/A | lbaas_instance_id | 1 minute |
| mb_l7_qps | Layer 7 Query Rate | The number of queries the monitored object receives per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id | 1 minute |
| mc_l7_http_2xx | 2xx Status Codes (Total) | The number of 2xx status codes returned by the monitored object and backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id | 1 minute |
| md_l7_http_3xx | 3xx Status Codes (Total) | The number of 3xx status codes returned by the monitored object and backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id | 1 minute |
| me_l7_http_4xx | 4xx Status Codes (Total) | The number of 4xx status codes returned by the monitored object and backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id | 1 minute |
| mf_l7_http_5xx | 5xx Status Codes (Total) | The number of 5xx status codes returned by the monitored object and backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id | 1 minute |
| m10_l7_http_other_status | Other Status Codes (Total) | The number of other status codes returned by the monitored object and backend servers per second at Layer 7. Excluded status codes: 2xx, 3xx, 404 Not Found, 499 Client Closed Request, and 502 Bad Gateway | ≥ 0 | Count/s | N/A | lbaas_instance_id | 1 minute |
| m11_l7_http_404 | 404 Not Found (Total) | The number of 404 Not Found status codes returned by the monitored object and backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id | 1 minute |
| m12_l7_http_499 | 499 Client Closed Request (Total) | The number of 499 Client Closed Request status codes returned by the monitored object and backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id | 1 minute |
| m13_l7_http_502 | 502 Bad Gateway (Total) | The number of 502 Bad Gateway status codes returned by the monitored object and backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id | 1 minute |
| m14_l7_rt | Average Layer 7 Response Time | Average response time of the monitored object at Layer 7. The response time starts when the monitored object receives requests from the clients and ends when it returns all responses to the clients. NOTE: The average response time it takes to establish a WebSocket connection may be very long. This metric cannot be used as a reference. | ≥ 0 ms | ms | 1000 (SI) | lbaas_instance_id | 1 minute |
| m15_l7_upstream_4xx | 4xx Status Codes (Backend Servers) | The number of 4xx status codes returned by the backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id | 1 minute |
| m16_l7_upstream_5xx | 5xx Status Codes (Backend Servers) | The number of 5xx status codes returned by the backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id | 1 minute |
| m17_l7_upstream_rt | Average Server Response Time | Average response time of backend servers associated with the monitored object at Layer 7. The response time starts when the monitored object routes the requests to the backend server and ends when the monitored object receives a response from the backend server. NOTE: The average response time it takes to establish a WebSocket connection may be very long. This metric cannot be used as a reference. | ≥ 0 | ms | 1000 (SI) | lbaas_instance_id | 1 minute |
| m1a_l7_upstream_rt_max | Maximum Server Response Time | Maximum response time of the backend server associated with the monitored object at Layer 7. The response time starts when the monitored object routes the requests to the backend server and ends when the monitored object receives a response from the backend server. | ≥ 0 | ms | 1000 (SI) | lbaas_instance_id | 1 minute |
| m1b_l7_upstream_rt_min | Minimum Server Response Time | Minimum response time of the backend server associated with the monitored object at Layer 7. The response time starts when the monitored object routes the requests to the backend server and ends when the monitored object receives a response from the backend server. | ≥ 0 | ms | 1000 (SI) | lbaas_instance_id | 1 minute |
| m1c_l7_rt_max | Maximum Layer 7 Response Time | Maximum response time of the monitored object at Layer 7. The response time starts when the monitored object receives requests from the clients and ends when it returns all responses to the clients. | ≥ 0 | ms | 1000 (SI) | lbaas_instance_id | 1 minute |
| m1d_l7_rt_min | Minimum Layer 7 Response Time | Minimum response time of the monitored object at Layer 7. The response time starts when the monitored object receives requests from the clients and ends when it returns all responses to the clients. | ≥ 0 | ms | 1000 (SI) | lbaas_instance_id | 1 minute |
| l7_con_usage | Layer 7 Concurrent Connection Usage | The percentage of concurrent connections that have been established at Layer 7. | ≥ 0 | % | N/A | lbaas_instance_id | 1 minute |
| l7_in_bps_usage | Layer 7 Inbound Bandwidth Usage | The percentage of the bandwidth that the load balancer uses to receive requests from clients at Layer 7. CAUTION: If the inbound bandwidth usage reaches 100%, the load balancer performance has reached the upper limit. If the inbound bandwidth keeps higher than the bandwidth that the load balancer can provide, the service availability cannot be guaranteed. | ≥ 0 | % | N/A | lbaas_instance_id | 1 minute |
| l7_out_bps_usage | Layer 7 Outbound Bandwidth Usage | The percentage of the bandwidth that the load balancer uses to return responses to clients at Layer 7. CAUTION: If the outbound bandwidth usage reaches 100%, the load balancer performance has reached the upper limit. If the outbound bandwidth keeps higher than the bandwidth that the load balancer can provide, the service availability cannot be guaranteed. | ≥ 0 | % | N/A | lbaas_instance_id | 1 minute |
| l7_ncps_usage | Layer 7 New Connection Usage | The percentage of new connections that have been established at Layer 7. | ≥ 0 | % | N/A | lbaas_instance_id | 1 minute |
| l7_qps_usage | Layer 7 QPS Usage | The percentage of queries that have been made to the load balancer per second at Layer 7. | ≥ 0 | % | N/A | lbaas_instance_id | 1 minute |
| l4_con_usage | Layer 4 Concurrent Connection Usage | The percentage of concurrent connections that have been established at Layer 4. | ≥ 0 | % | N/A | lbaas_instance_id | 1 minute |
| l4_in_bps_usage | Layer 4 Inbound Bandwidth Usage | The percentage of the bandwidth that the load balancer uses to receive requests from clients at Layer 4. CAUTION: If the inbound bandwidth usage reaches 100%, the load balancer performance has reached the upper limit. If the inbound bandwidth keeps higher than the bandwidth that the load balancer can provide, the service availability cannot be guaranteed. | ≥ 0 | % | N/A | lbaas_instance_id | 1 minute |
| l4_out_bps_usage | Layer 4 Outbound Bandwidth Usage | The percentage of the bandwidth that the load balancer uses to return responses to clients at Layer 4. CAUTION: If the outbound bandwidth usage reaches 100%, the load balancer performance has reached the upper limit. If the outbound bandwidth keeps higher than the bandwidth that the load balancer can provide, the service availability cannot be guaranteed. | ≥ 0 | % | N/A | lbaas_instance_id | 1 minute |
| l4_ncps_usage | Layer 4 New Connection Usage | The percentage of new connections that have been established at Layer 4. | ≥ 0 | % | N/A | lbaas_instance_id | 1 minute |
Listener Metrics
| Metric ID | Name | Description | Value Range | Unit | Conversion Rule | Monitored Object (Dimension) | Monitoring Interval (Raw Data) |
|---|---|---|---|---|---|---|---|
| m1_cps | Concurrent Connections | Load balancing at Layer 4: total number of TCP and UDP connections established between the monitored object and backend servers. Load balancing at Layer 7: total number of TCP connections established between clients and the monitored object. | ≥ 0 | Count | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m2_act_conn | Active Connections | The number of active TCP and UDP connections established between the monitored object and backend servers. You can run the following command to view the connections (both Windows and Linux servers): netstat -an | ≥ 0 | Count | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m3_inact_conn | Inactive Connections | The number of inactive TCP and UDP connections established between the monitored object and backend servers. You can run the following command to view the connections (both Windows and Linux servers): netstat -an | ≥ 0 | Count | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m4_ncps | New Connections | The number of new connections established between clients and the monitored object per second. | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m5_in_pps | Incoming Packets | The number of packets received by the monitored object per second. | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m6_out_pps | Outgoing Packets | The number of packets sent from the monitored object per second. | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m7_in_Bps | Inbound Traffic Rate | How fast the inbound traffic reaches the monitored object. | ≥ 0 | Byte/s | 1000 (SI) | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m8_out_Bps | Outbound Traffic Rate | How fast the outbound traffic leaves the monitored object. | ≥ 0 | Byte/s | 1000 (SI) | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m9_abnormal_servers | Unhealthy Servers | The number of unhealthy backend servers associated with the monitored object. | ≥ 0 | Count | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| ma_normal_servers | Healthy Servers | The number of healthy backend servers associated with the monitored object. | ≥ 0 | Count | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m22_in_bandwidth | Inbound Bandwidth | The bandwidth used for accessing the monitored object from external networks. | ≥ 0 | bit/s | 1000 (SI) | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m23_out_bandwidth | Outbound Bandwidth | The bandwidth used by the monitored object to access external networks. | ≥ 0 | bit/s | 1000 (SI) | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m1e_server_rps | Reset Packets from Backend Servers | The number of reset packets sent by backend servers to clients per second. These reset packets are generated by the backend servers and then forwarded by the load balancer. Supported protocols: TCP | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m21_client_rps | Reset Packets from Clients | The number of reset packets sent by clients to backend servers per second. These reset packets are generated by clients and then forwarded by the load balancer. Supported protocols: TCP | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m1f_lvs_rps | Reset Packets from Load Balancer | The number of reset packets generated by the load balancer per second. Supported protocols: TCP | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| mb_l7_qps | Layer 7 Query Rate | The number of queries the monitored object receives per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| mc_l7_http_2xx | 2xx Status Codes (Total) | The number of 2xx status codes returned by the monitored object and backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| md_l7_http_3xx | 3xx Status Codes (Total) | The number of 3xx status codes returned by the monitored object and backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| me_l7_http_4xx | 4xx Status Codes (Total) | The number of 4xx status codes returned by the monitored object and backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| mf_l7_http_5xx | 5xx Status Codes (Total) | The number of 5xx status codes returned by the monitored object and backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m10_l7_http_other_status | Other Status Codes (Total) | The number of other status codes returned by the monitored object and backend servers per second at Layer 7. Excluded status codes: 2xx, 3xx, 404 Not Found, 499 Client Closed Request, and 502 Bad Gateway | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m11_l7_http_404 | 404 Not Found (Total) | The number of 404 Not Found status codes returned by the monitored object and backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m12_l7_http_499 | 499 Client Closed Request (Total) | The number of 499 Client Closed Request status codes returned by the monitored object and backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m13_l7_http_502 | 502 Bad Gateway (Total) | The number of 502 Bad Gateway status codes returned by the monitored object and backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m14_l7_rt | Average Layer 7 Response Time | Average response time of the monitored object at Layer 7. The response time starts when the monitored object receives requests from the clients and ends when it returns all responses to the clients. NOTE: The average response time it takes to establish a WebSocket connection may be very long. This metric cannot be used as a reference. | ≥ 0 | ms | 1000 (SI) | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m15_l7_upstream_4xx | 4xx Status Codes (Backend Servers) | The number of 4xx status codes returned by the backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m16_l7_upstream_5xx | 5xx Status Codes (Backend Servers) | The number of 5xx status codes returned by the backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m17_l7_upstream_rt | Average Server Response Time | Average response time of backend servers associated with the monitored object at Layer 7. The response time starts when the monitored object routes the requests to the backend server and ends when the monitored object receives a response from the backend server. NOTE: The average response time it takes to establish a WebSocket connection may be very long. This metric cannot be used as a reference. | ≥ 0 | ms | 1000 (SI) | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m1a_l7_upstream_rt_max | Maximum Server Response Time | Maximum response time of the backend server associated with the monitored object at Layer 7. The response time starts when the monitored object routes the requests to the backend server and ends when the monitored object receives a response from the backend server. | ≥ 0 | ms | 1000 (SI) | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m1b_l7_upstream_rt_min | Minimum Server Response Time | Minimum response time of the backend server associated with the monitored object at Layer 7. The response time starts when the monitored object routes the requests to the backend server and ends when the monitored object receives a response from the backend server. | ≥ 0 | ms | 1000 (SI) | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m1c_l7_rt_max | Maximum Layer 7 Response Time | Maximum response time of the monitored object at Layer 7. The response time starts when the monitored object receives requests from the clients and ends when it returns all responses to the clients. | ≥ 0 | ms | 1000 (SI) | lbaas_instance_id,lbaas_listener_id | 1 minute |
| m1d_l7_rt_min | Minimum Layer 7 Response Time | Minimum response time of the monitored object at Layer 7. The response time starts when the monitored object receives requests from the clients and ends when it returns all responses to the clients. | ≥ 0 | ms | 1000 (SI) | lbaas_instance_id,lbaas_listener_id | 1 minute |
Backend Server Group Metrics
| Metric ID | Name | Description | Value Range | Unit | Conversion Rule | Monitored Object (Dimension) | Monitoring Interval (Raw Data) |
|---|---|---|---|---|---|---|---|
| m9_abnormal_servers | Unhealthy Servers | The number of unhealthy backend servers associated with the monitored object. | ≥ 0 | Count | N/A | lbaas_instance_id,lbaas_pool_id | 1 minute |
| ma_normal_servers | Healthy Servers | The number of healthy backend servers associated with the monitored object. | ≥ 0 | Count | N/A | lbaas_instance_id,lbaas_pool_id | 1 minute |
| mb_l7_qps | Layer 7 Query Rate | The number of queries the monitored object receives per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_pool_id | 1 minute |
| m17_l7_upstream_rt | Average Server Response Time | Average response time of backend servers associated with the monitored object at Layer 7. The response time starts when the monitored object routes the requests to the backend server and ends when the monitored object receives a response from the backend server. NOTE: The average response time it takes to establish a WebSocket connection may be very long. This metric cannot be used as a reference. | ≥ 0 | ms | 1000 (SI) | lbaas_instance_id,lbaas_pool_id | 1 minute |
| m1a_l7_upstream_rt_max | Maximum Server Response Time | Maximum response time of the backend server associated with the monitored object at Layer 7. The response time starts when the monitored object routes the requests to the backend server and ends when the monitored object receives a response from the backend server. | ≥ 0 | ms | 1000 (SI) | lbaas_instance_id,lbaas_pool_id | 1 minute |
| m1b_l7_upstream_rt_min | Minimum Server Response Time | Minimum response time of the backend server associated with the monitored object at Layer 7. The response time starts when the monitored object routes the requests to the backend server and ends when the monitored object receives a response from the backend server. | ≥ 0 | ms | 1000 (SI) | lbaas_instance_id,lbaas_pool_id | 1 minute |
| m15_l7_upstream_4xx | 4xx Status Codes (Backend Servers) | The number of 4xx status codes returned by the backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_pool_id | 1 minute |
| m16_l7_upstream_5xx | 5xx Status Codes (Backend Servers) | The number of 5xx status codes returned by the backend servers per second at Layer 7. | ≥ 0 | Count/s | N/A | lbaas_instance_id,lbaas_pool_id | 1 minute |
| m25_l7_resp_Bps | Layer 7 Response Bandwidth | The bandwidth used by the backend servers associated with the monitored object to return responses to clients. NOTE: When HTTP/2 is enabled for a listener, this metric cannot be used as a reference. | ≥ 0 | bit/s | 1000 (SI) | lbaas_instance_id,lbaas_pool_id | 1 minute |
| m24_l7_req_Bps | Layer 7 Request Bandwidth | The bandwidth used by the backend servers associated with the monitored object to receive requests from clients. NOTE: When HTTP/2 is enabled for a listener, this metric cannot be used as a reference. | ≥ 0 | bit/s | 1000 (SI) | lbaas_instance_id,lbaas_pool_id | 1 minute |
AZ Metrics
| Metric ID | Name | Description | Value Range | Unit | Conversion Rule | Monitored Object (Dimension) | Monitoring Interval (Raw Data) |
|---|---|---|---|---|---|---|---|
| m1_cps | Concurrent Connections | Load balancing at Layer 4: total number of TCP and UDP connections established between the monitored object and backend servers. Load balancing at Layer 7: total number of TCP connections established between the clients and the monitored object. | ≥ 0 | Count | N/A | lbaas_instance_id,available_zone | 1 minute |
| m2_act_conn | Active Connections | The number of active TCP and UDP connections established between the monitored object and backend servers. You can run the following command to view the connections (both Windows and Linux servers): netstat -an | ≥ 0 | Count | N/A | lbaas_instance_id,available_zone | 1 minute |
| m3_inact_conn | Inactive Connections | The number of inactive TCP and UDP connections established between the monitored object and backend servers. You can run the following command to view the connections (both Windows and Linux servers): netstat -an | ≥ 0 | Count | N/A | lbaas_instance_id,available_zone | 1 minute |
| m4_ncps | New Connections | The number of new connections established between clients and the monitored object per second. | ≥ 0 | Count/s | N/A | lbaas_instance_id,available_zone | 1 minute |
| m5_in_pps | Incoming Packets | The number of packets received by the monitored object per second. | ≥ 0 | Count/s | N/A | lbaas_instance_id,available_zone | 1 minute |
| m6_out_pps | Outgoing Packets | The number of packets sent from the monitored object per second. | ≥ 0 | Count/s | N/A | lbaas_instance_id,available_zone | 1 minute |
| m7_in_Bps | Inbound Traffic Rate | How fast the inbound traffic reaches the monitored object. | ≥ 0 | Byte/s | 1000 (SI) | lbaas_instance_id,available_zone | 1 minute |
| m8_out_Bps | Outbound Traffic Rate | How fast the outbound traffic leaves the monitored object. | ≥ 0 | Byte/s | 1000 (SI) | lbaas_instance_id,available_zone | 1 minute |
| m26_in_bandwidth_ipv6 | IPv6 Inbound Bandwidth | The IPv6 network bandwidth used for accessing the monitored object from external networks. | ≥ 0 | bit/s | 1000 (SI) | lbaas_instance_id,available_zone | 1 minute |
| m27_out_bandwidth_ipv6 | IPv6 Outbound Bandwidth | The IPv6 network bandwidth used by the monitored object to access external networks. | ≥ 0 | bit/s | 1000 (SI) | lbaas_instance_id,available_zone | 1 minute |
| m1e_server_rps | Reset Packets from Backend Servers | The number of reset packets sent by backend servers to clients per second. These reset packets are generated by the backend servers and then forwarded by the load balancer. Supported protocols: TCP | ≥ 0 | Count/s | N/A | lbaas_instance_id,available_zone | 1 minute |
| m21_client_rps | Reset Packets from Clients | The number of reset packets sent by clients to backend servers per second. These reset packets are generated by clients and then forwarded by the load balancer. Supported protocols: TCP | ≥ 0 | Count/s | N/A | lbaas_instance_id,available_zone | 1 minute |
| m1f_lvs_rps | Reset Packets from Load Balancer | The number of reset packets generated by the load balancer per second. Supported protocols: TCP | ≥ 0 | Count/s | N/A | lbaas_instance_id,available_zone | 1 minute |
| l4_con_usage | Layer 4 Concurrent Connection Usage | The percentage of concurrent connections that have been established at Layer 4. | ≥ 0 | % | N/A | lbaas_instance_id,available_zone | 1 minute |
| l4_in_bps_usage | Layer 4 Inbound Bandwidth Usage | The percentage of the bandwidth that the load balancer uses to receive requests from clients at Layer 4. CAUTION: If the inbound bandwidth usage reaches 100%, the load balancer performance has reached the upper limit. If the inbound bandwidth keeps higher than the bandwidth that the load balancer can provide, the service availability cannot be guaranteed. | ≥ 0 | % | N/A | lbaas_instance_id,available_zone | 1 minute |
| l4_out_bps_usage | Layer 4 Outbound Bandwidth Usage | The percentage of the bandwidth that the load balancer uses to return responses to clients at Layer 4. CAUTION: If the outbound bandwidth usage reaches 100%, the load balancer performance has reached the upper limit. If the outbound bandwidth keeps higher than the bandwidth that the load balancer can provide, the service availability cannot be guaranteed. | ≥ 0 | % | N/A | lbaas_instance_id,available_zone | 1 minute |
| l4_ncps_usage | Layer 4 New Connection Usage | The percentage of new connections that have been established at Layer 4. | ≥ 0 | % | N/A | lbaas_instance_id,available_zone | 1 minute |
| l7_in_bps_usage | Layer 7 Inbound Bandwidth Usage | The percentage of the bandwidth that the load balancer uses to receive requests from clients at Layer 7. CAUTION: If the inbound bandwidth usage reaches 100%, the load balancer performance has reached the upper limit. If the inbound bandwidth keeps higher than the bandwidth that the load balancer can provide, the service availability cannot be guaranteed. | ≥ 0 | % | N/A | lbaas_instance_id,available_zone | 1 minute |
| l7_out_bps_usage | Layer 7 Outbound Bandwidth Usage | The percentage of the bandwidth that the load balancer uses to return responses to clients at Layer 7. CAUTION: If the outbound bandwidth usage reaches 100%, the load balancer performance has reached the upper limit. If the outbound bandwidth keeps higher than the bandwidth that the load balancer can provide, the service availability cannot be guaranteed. | ≥ 0 | % | N/A | lbaas_instance_id,available_zone | 1 minute |
| l7_con_usage | Layer 7 Concurrent Connection Usage | The percentage of concurrent connections that have been established at Layer 7. | ≥ 0 | % | N/A | lbaas_instance_id,available_zone | 1 minute |
| l7_ncps_usage | Layer 7 New Connection Usage | The percentage of new connections that have been established at Layer 7. | ≥ 0 | % | N/A | lbaas_instance_id,available_zone | 1 minute |
If a metric has multiple levels of monitoring dimensions, you need to specify each dimension level when you use an API to query this metric.
Suppose you want to query the number of new connections (m4_ncps). The dimension of the metric is lbaas_instance_id,lbaas_listener_id. lbaas_instance_id indicates level 0 and lbaas_listener_id indicates level 1.
- To query this metric by calling an API, specify the m4_ncps dimension as follows:
dim.0=lbaas_instance_id,530cd6b0-86d7-4818-837f-935f6a27414d&dim.1=lbaas_listener_id,3773b058-5b4f-4366-9035-9bbd9964714a
530cd6b0-86d7-4818-837f-935f6a27414d and 3773b058-5b4f-4366-9035-9bbd9964714a are the dimension values of lbaas_instance_id and lbaas_listener_id, respectively. For details about how to obtain the values, see Dimensions.
- To query multiple metrics by calling an API, specify the m4_ncps dimension as follows:
"dimensions": [ { "name": "lbaas_instance_id", "value": "530cd6b0-86d7-4818-837f-935f6a27414d" } { "name": "lbaas_listener_id", "value": "3773b058-5b4f-4366-9035-9bbd9964714a" } ]530cd6b0-86d7-4818-837f-935f6a27414d and 3773b058-5b4f-4366-9035-9bbd9964714a are the dimension values of lbaas_instance_id and lbaas_listener_id, respectively. For details about how to obtain the values, see Dimensions.
Dimensions
| Key | Value |
|---|---|
| lbaas_instance_id | ID of a load balancer. You can obtain the value by calling the API for Querying the Details of a Load Balancer. |
| lbaas_listener_id | ID of a listener added to a load balancer. You can obtain the value by calling the API for Querying the Details of a Listener. |
| lbaas_pool_id | ID of a backend server group. You can obtain the value by calling the API for Querying the Details of a Backend Server Group. |
| available_zone | AZ where a load balancer works. You can obtain the value by calling the API for Querying the Details of a Load Balancer. |
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