- What's New
-
Service Overview(2.0)
- What Is APM
- Functions
- Application Scenarios
- Basic Concepts
- Edition Differences
- Permissions Management
-
Metric Overview
- Exception
- Basic Monitoring
-
Databases
- C3P0 Connection Pool Monitoring
- Cassandra Monitoring
- ClickHouse Database
- DBCP Connection Pool Monitoring
- Druid Connection Pool Monitoring
- EsRestClient Monitoring
- GaussDB Database
- HBase Monitoring
- Hikari Connection Pool Monitoring
- Jetcd Monitoring
- MongoDB Monitoring
- MySQL Database
- ObsClient Monitoring
- Oracle Database
- PostgreSQL Database
- URLs
- External Calls
- Cache
- Agent Monitoring
- Tomcat Monitoring
- Message Queues
- RPC
- IoT
- Communication Protocol
- Privacy and Sensitive Information Protection Statement
- Data Collection
- Usage Restrictions
- Billing
- JavaAgent Updates
- Billing(2.0)
- Getting Started(2.0)
-
User Guide(2.0)
- Before You Start
- Application List
- CMDB Management
-
Application Metric Monitoring
- Overview
- Application Monitoring Details
-
Application Monitoring Configuration
- Configuration Details
- Configuring the MySQL Monitoring Item
- Configuring the HttpClient Monitoring Item
- Configuring the URL Monitoring Item
- Configuring the JavaMethod Monitoring Item
- Configuring the Druid Monitoring Item
- Configuring the ApacheHttpAsyncClient Monitoring Item
- Configuring the Redis Monitoring Item
- Configuring the Jedis Monitoring Item
- Configuring the HBase Monitoring Item
- Configuring the ApacheHttpClient Monitoring Item
- Configuring the Tomcat Monitoring Item
- Configuring the EsRestClient Monitoring Item
- Configuring the WebSocket Monitoring Item
- Configuring the KafkaProducer Monitoring Item
- Configuring the Hikari Monitoring Item
- Configuring the Exception Monitoring Item
- Configuring the Thread Monitoring Item
- Configuring the GC Monitoring Item
- Configuring the JVMInfo Monitoring Item
- Configuring the JVMMonitor Monitoring Item
- Configuring ProbeInfo Monitoring Item
- Monitoring Item Views
- Instance
- Collection Status
- Component Settings
- Tracing
- Application Topology
- URL Tracing
- Resource Tag Management
- Managing Tags
- Alarm Management
- AgentAgent Management
- Configuration Management
- System Management
- Permissions Management
- Change History
-
API Reference(2.0)
- Before You Start
- API Overview
- Calling APIs
- Examples
-
APIs
-
APM
- Querying the application list.
- Querying the Master Address
- Obtaining the AK/SK
- Searching for Components, Environments, and Agents in a Region
- Saving a Monitoring Item
- Querying the Monitoring Item List
- Querying All Agents of an Application
- Enabling or Disabling Collection for an Instance
- Deleting an Agent
- REGION
- CMDB
-
VIEW
- Querying Monitoring Item Configurations
- Querying the Trace Topology
- Querying Event Details
- Querying Span Data
- Obtaining All Data of a Trace
- Obtaining the Trend Graph
- Obtaining Summary Table Data
- Obtaining the Raw Data Table
- Obtaining Raw Data Details
- Obtaining the Instance Information
- Obtaining the Monitoring Item Information
- Obtaining the Details About a Monitoring Item
- AKSK
- ALARM
- TOPOLOGY
- TRANSACTION
- TRACING
-
APM
- Permissions Policies and Supported Actions
- Appendix
- Change History
- Best Practices(2.0)
- FAQs(2.0)
- Service Overview(1.0)
- Getting Started(1.0)
- Best Practices(1.0)
- User Guide
- API Reference
- SDK Reference
-
FAQs
- General FAQs
- Consultation FAQs
-
Usage FAQs
- How Do I Obtain the AK/SK and Project ID?
- How Do I Obtain the AK/SK by Creating an Agency?
- What Can I Do If No Data Is Found or the Data Is Abnormal?
- How Do I Connect APM to Non-Web Programs?
- How Are Tracing Time Lines Drawn?
- How Does APM Collect Probe Data?
- How Does APM Collect Mesh Data?
- How Do I Calculate the Number of Used Instances?
- How Do I Connect the JBoss Server in Standalone Mode to APM?
- What Can I Do If I Cannot Search for Logs Based on Trace IDs?
- How Do I Deploy APM Probes in CCE Containers?
- What Can I Do If the SSH Tunnel Process Is Abnormal?
- How Can I Do If No Topology or Data Is Displayed After the ICAgent and Java Probes Are Installed?
- Why Are Tomcat Thread Metrics Not Displayed on the JVM Monitoring Page?
- Why Is the Allocated Memory Greater Than the Preset Maximum Memory on the JVM Monitoring Page?
- How Do I Determine Whether an ICAgent Has Been Bound in CCE?
-
More Documents
- User Guide (ME-Abu Dhabi Region)
- API Reference (ME-Abu Dhabi Region)
-
User Guide (2.0) (Kuala Lumpur Region)
-
Service Overview
- What Is APM
- Functions
- Application Scenarios
- Basic Concepts
- Edition Differences
- Permissions Management
-
Metric Overview
- Metric Overview
- Exception
- Basic Monitoring
-
Databases
- C3P0 Connection Pool Monitoring
- Cassandra Monitoring
- ClickHouse Database
- DBCP Connection Pool Monitoring
- Druid Connection Pool Monitoring
- EsRestClient Monitoring
- GaussDB Database
- HBase Monitoring
- Hikari Connection Pool Monitoring
- Jetcd Monitoring
- MongoDB Monitoring
- MySQL Database
- ObsClient Monitoring
- Oracle Database
- PostgreSQL Database
- URLs
- External Calls
- Cache
- Agent Monitoring
- Tomcat Monitoring
- Message Queues
- RPC
- IoT
- Communication Protocol
- Privacy and Sensitive Information Protection Statement
- Data Collection
- Usage Restrictions
- Getting Started
-
User Guide
- Before You Start
- Application List
- CMDB Management
-
Application Metric Monitoring
- Overview
- Application Monitoring Details
-
Application Monitoring Configuration
- Configuration Details
- Configuring the MySQL Monitoring Item
- Configuring the HttpClient Monitoring Item
- Configuring the URL Monitoring Item
- Configuring the JavaMethod Monitoring Item
- Configuring the Druid Monitoring Item
- Configuring the ApacheHttpAsyncClient Monitoring Item
- Configuring the Redis Monitoring Item
- Configuring the Jedis Monitoring Item
- Configuring the HBase Monitoring Item
- Configuring the ApacheHttpClient Monitoring Item
- Configuring the Tomcat Monitoring Item
- Configuring the EsRestClient Monitoring Item
- Configuring the WebSocket Monitoring Item
- Configuring the KafkaProducer Monitoring Item
- Configuring the Hikari Monitoring Item
- Configuring the Exception Monitoring Item
- Configuring the Thread Monitoring Item
- Configuring the GC Monitoring Item
- Configuring the JVMInfo Monitoring Item
- Configuring the JVMMonitor Monitoring Item
- Configuring ProbeInfo Monitoring Item
- Monitoring Item Views
- Tracing
- Application Topology
- URL Tracing
- Resource Tag Management
- Managing Tags
- Alarm Management
- Agent Management
- Configuration Management
- System Management
- Permissions Management
- FAQs
- Change History
-
Service Overview
- General Reference
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Pay-per-Use Billing
Pay-per-use allows you to use resources before paying for them. It is recommended when you do not want to pay in advance or do not need the resources for long. This section describes the per-pay-use billing rules of APM.
Application Scenario
Pay-per-use is suitable for applications or services that cannot be interrupted when facing temporary or sudden traffic increases or unpredictable demands, such as e-commerce flash sales, testing, and scientific computing.
Application Scope
Region |
Edition |
Billing Mode |
---|---|---|
AP-Singapore LA-Sao Paulo1 CN-Hong Kong |
Enterprise |
Pay-per-use |
- |
Free |
Free of charge |
Billing Cycle
The system settles the usage-based fees generated on the previous day at a fixed time every day. It generates a bill for the previous day from 13:00 to 22:00 every day, sends the bill to you, and automatically deducts the fees from your account balance. The settlement time varies depending on actual situations. Pay-per-use resources are settled every day (UTC +08:00).
Arrears Impact
Arrears Alert
The system will deduct fees for pay-per-use resources at the end of each billing cycle. You will be notified by email, SMS, or internal messages when your account is in arrears.
Arrears Impact
If your account is insufficient to pay your amount, your account goes into arrears. However, your resources will not be stopped immediately; instead, they enter the grace period. You will need to pay for the fees incurred during the grace period, which you can see on the Billing & Costs > Billing Center > Overview page of the Huawei Cloud console. Huawei Cloud will automatically deduct this amount when you top up.
If you do not pay the arrears within the grace period, your resources will enter the retention period and become frozen. You cannot perform any operations on the pay-per-use resources during this period.
If you do not pay the arrears after the retention period expires, your resources will be released and deleted, and their data cannot be restored.
- Both the grace and retention periods are 15 days.
- For details about top-up, see Top-Up and Repayment.
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