tencent cloud

Overview

COS data (such as traffic and the number of read/write requests) is collected and displayed according to Cloud Monitor. Therefore, you can go to the COS or Cloud Monitor console to view COS monitoring data in detail.

Note：

This document describes how to obtain statistics in the COS console. You can call Cloud Monitor APIs to obtain more detailed data. For more information, see Documentation of Cloud Monitor.

Basic Features

Cloud Monitor provides the following modules for COS to implement monitoring and alarming.

Module	Capability	Main Feature
Monitoring overview	Displays the current status of the product	Provides general overview, alarm overview, and overall monitoring information
Alarm management	Supports alarm management and configuration	Supports creating new COS alarm policies, custom messages, and trigger templates
Monitoring platform	Monitors traffic and displays data of user-defined monitoring metrics	Displays your overall bandwidth information and allows you to customize monitoring metrics and data to be reported
Cloud product monitoring	Displays the COS bucket monitoring view	Allows you to query the current monitoring views and data such as read/write requests and traffic for each bucket

Use Cases

• Daily management: You can log in to the Cloud Monitor console to view the running status of COS in real time.
• Troubleshooting: You can receive alarm notifications when the data of a monitoring metric reaches the threshold. It allows you to quickly notify the exceptions, find out the causes, and fix the issues.

Setting and Querying via Console

You can create an alarm policy for COS in the Cloud Monitor console. If the data of a monitoring metric reaches the specified threshold, you will receive an alarm notification. For detailed directions, see Setting Monitoring Alarms.

You can go to Cloud Product Monitoring > Cloud Object Storage to view the COS monitoring data (including the monitoring data of all buckets, health status, number of alarm policies, and more). Alternatively, you can go to the COS console to view the data. For detailed directions, see Viewing Data Overview and Querying Monitoring Data.

Querying Monitoring Data via APIs

You can call the corresponding APIs to view the COS monitoring data. The monitoring metrics are described below. For more information about the monitoring APIs, see COS Monitoring Metrics.

Monitoring Metrics

Note：

COS uses a generic region. Therefore, select "Guangzhou" for Region when you pull COS monitoring metric data, regardless of where the bucket resides.

• When pulling data using API Explorer, select "ap-guangzhou" for the Region field.
• When pulling data using an SDK, enter "ap-guangzhou" for the Region field.

Request metrics

Metric	Meaning	Description	Unit	Dimension
StdReadRequests	STANDARD read requests	Number of STANDARD read requests, which is calculated based on the number of requests sent	-	appid, bucket
StdWriteRequests	STANDARD write requests	Number of STANDARD write requests, which is calculated based on the number of requests sent	-	appid, bucket
IaReadRequests	STANDARD_IA read requests	Number of STANDARD_IA read requests, which is calculated based on the number of requests sent	-	appid, bucket
IaWriteRequests	STANDARD_IA write requests	Number of STANDARD_IA write requests, which is calculated based on the number of requests sent	-	appid, bucket
DeepArcReadRequests	DEEP ARCHIVE read requests	Number of DEEP ARCHIVE read requests, which is calculated based on the number of requests sent	-	appid, bucket
DeepArcWriteRequests	DEEP ARCHIVE write requests	Number of DEEP ARCHIVE write requests, which is calculated based on the number of requests sent	-	appid, bucket
ItReadRequests	INTELLIGENT TIERING read requests	Number of INTELLIGENT TIERING read requests, which is calculated based on the number of requests sent	-	appid, bucket
ItWriteRequests	INTELLIGENT TIERING write requests	Number of INTELLIGENT TIERING write requests, which is calculated based on the number of requests sent	-	appid, bucket
TotalRequests	Total requests	Total number of read and write requests in all storage classes, which is calculated based on the number of requests sent	-	appid, bucket
GetRequests	Total GET requests	Total number of GET requests in all storage classes, which is calculated based on the number of requests sent	-	appid, bucket
PutRequests	Total PUT requests	Total number of PUT requests in all storage classes, which is calculated based on the number of requests sent	-	appid, bucket

Storage metrics

Metric	Description	Unit	Dimension
StdStorage	STANDARD - storage capacity	MB	appid, bucket
SiaStorage	STANDARD_IA - storage capacity	MB	appid, bucket
ItFreqStorage	INTELLIGENT_TIERING - frequent storage space	MB	appid, bucket
ItInfreqStorage	INTELLIGENT_TIERING - infrequent storage space	MB	appid, bucket
ArcStorage	ARCHIVE - storage capacity	MB	appid, bucket
DeepArcStorage	DEEP ARCHIVE - storage capacity	MB	appid, bucket
StdObjectNumber	STANDARD - number of objects	-	appid, bucket
IaObjectNumber	STANDARD_IA - number of objects	-	appid, bucket
ItFreqObjectNumber	INTELLIGENT TIERING - number of frequently accessed objects	-	appid, bucket
ItInfreqObjectNumber	INTELLIGENT TIERING - number of infrequently accessed objects	-	appid, bucket
ArcObjectNumber	ARCHIVE - number of objects	-	appid, bucket
DeepArcObjectNumber	DEEP_ARCHIVE - number of objects	-	appid, bucket
StdMultipartNumber	STANDARD - number of incomplete multipart uploads	-	appid, bucket
IaMultipartNumber	STANDARD_IA - number of incomplete multipart uploads	-	appid, bucket
ItFrequentMultipartNumber	INTELLIGENT TIERING (frequent access tier) - number of incomplete multipart uploads	-	appid, bucket
ArcMultipartNumber	ARCHIVE - number of incomplete multipart uploads	-	appid, bucket
DeepArcMultipartNumber	DEEP ARCHIVE - number of incomplete multipart uploads	-	appid, bucket

Traffic metrics

Metric	Meaning	Description	Unit	Dimension
InternetTraffic	Public network downstream traffic	Traffic generated by downloading data from COS to a client over the Internet	Byte	appid, bucket
InternetTrafficUp	Public network upstream traffic	Traffic generated by uploading data from a client to COS over the Internet	Byte	appid, bucket
InternalTraffic	Private network downstream traffic	Traffic generated by downloading data from COS to a client over a Tencent Cloud private network	Byte	appid, bucket
InternalTrafficUp	Private network upstream traffic	Traffic generated by uploading data from a client to COS over a Tencent Cloud private network	Byte	appid, bucket
CdnOriginTraffic	CDN origin-pull traffic	Traffic generated by transferring data from COS to Tencent Cloud CDN edge node	Byte	appid, bucket
InboundTraffic	Total upload traffic over public and private networks	Traffic generated by uploading data from a client to COS over a Tencent Cloud private network or the Internet	Byte	appid, bucket
CrossRegionReplicationTraffic	Cross-region replication traffic	Traffic generated by replicating data to a bucket in another region	Byte	appid, bucket

Return code metrics

Metric	Meaning	Description	Unit	Dimension
2xxResponse	2xx status code	Number of requests with a 2xx status code returned	-	appid, bucket
3xxResponse	3xx status code	Number of requests with a 3xx status code returned	-	appid, bucket
4xxResponse	4xx status code	Number of requests with a 4xx status code returned	-	appid, bucket
5xxResponse	5xx status code	Number of requests with a 5xx status code returned	-	appid, bucket
2xxResponseRate	Proportion of 2xx status code	Proportion of the requests with a 2xx status code returned in the total requests	%	appid, bucket
3xxResponseRate	Proportion of 3xx status code	Proportion of the requests with a 3xx status code returned in the total requests	%	appid, bucket
4xxResponseRate	Proportion of 4xx status code	Proportion of the requests with a 4xx status code returned in the total requests	%	appid, bucket
5xxResponseRate	Proportion of 5xx status code	Proportion of the requests with a 5xx status code returned in the total requests	%	appid, bucket
400Response	400 status code	Number of requests with a 400 status code returned	-	appid, bucket
403Response	403 status code	Number of requests with a 403 status code returned	-	appid, bucket
404Response	404 status code	Number of requests with a 404 status code returned	-	appid, bucket
400ResponseRate	Proportion of 400 status code	Proportion of the requests with a 400 status code returned in the total requests	%	appid, bucket
403ResponseRate	Proportion of 403 status code	Proportion of the requests with a 403 status code returned in the total requests	%	appid, bucket
404ResponseRate	Proportion of 404 status code	Proportion of the requests with a 404 status code returned in the total requests	%	appid, bucket
500ResponseRate	Proportion of 500 status code	Proportion of the requests with a 500 status code returned in the total requests	%	appid, bucket
501ResponseRate	Proportion of 501 status code	Proportion of the requests with a 501 status code returned in the total requests	%	appid, bucket
502ResponseRate	Proportion of 502 status code	Proportion of the requests with a 502 status code returned in the total requests	%	appid, bucket
503ResponseRate	Proportion of 503 status code	Proportion of the requests with a 503 status code returned in the total requests	%	appid, bucket

Note：

1. For more information about 3xx, 4xx, and 5xx status codes, see Error Codes.
2. The statistical granularity (period) may vary by metric. You can call the DescribeBaseMetrics API to obtain the period supported by each metric.

Data retrieval metrics

Metric	Meaning	Description	Unit	Dimension
StdRetrieval	STANDARD data retrieval	Traffic generated by the retrieval of STANDARD data, which is the sum of the public network downstream traffic, private network downstream traffic, and CDN origin-pull traffic in the STANDARD storage class	B	appid, bucket
IaRetrieval	STANDARD_IA data retrieval	Traffic generated by the retrieval of STANDARD_IA data, which is the sum of the public network downstream traffic, private network downstream traffic, and CDN origin-pull traffic in the STANDARD_IA storage class	B	appid, bucket

Data processing metrics

You can call the corresponding APIs to view the CI monitoring data. For more information on monitoring APIs, see CI Monitoring Metrics.

Dimensions and Parameters

Parameter	Dimension	Description	Format
&Instances.N.Dimensions.0.Name	appid	Dimension name of the root account APPID	Enter a string-type dimension name, such as appid
&Instances.N.Dimensions.0.Value	appid	Specific root account APPID	Enter a root account APPID, such as 1250000000
&Instances.N.Dimensions.1.Name	bucket	Dimension name of the bucket	Enter a string-type dimension name, such as bucket
&Instances.N.Dimensions.1.Value	bucket	Specific bucket name	Enter a specific bucket name, such as examplebucket-1250000000

Input Parameters

To query COS monitoring data, the values of the input parameters are as follows:

&Namespace=QCE/COS
&Instances.N.Dimensions.0.Name=appid
&Instances.N.Dimensions.0.Value=root account APPID
&Instances.N.Dimensions.1.Name=bucket
&Instances.N.Dimensions.1.Value=bucket name

Monitoring Description

• Monitoring interval: Cloud Monitor supports multiple monitoring intervals, including monitoring data in real time, in the past 24 hours, in the past 7 days, and in the user-specified period, with time granularity of 1 minute, 5 minutes, 1 hour, and 1 day.
• Data storage: 1-minute monitoring data can be stored for 15 days, 5-minute monitoring data for 31 days, 1-hour data for 93 days, and 1-day monitoring data for 186 days.
• Alarm display: Cloud Monitor integrates the monitoring data of COS and displays the data in graphs. Alarm notifications can be sent to you according to the predefined alarm metrics of your product. In this way, you can stay informed of the overall running status.
• Alarm settings: You can set the threshold for the monitoring metrics. When the monitoring data meets the alarm condition that is set, Cloud Monitor will send the alarm notifications to the specified users. For more information, see Cloud Monitor Overview and Setting Monitoring Alarms.