- What's New
- Function Overview
- Service Overview
- Getting Started
-
User Guide
- My Dashboards
- Resource Groups
- Using the Alarm Function
-
Server Monitoring
- Introduction to Server Monitoring
- Agent Installation and Configuration
- Agent Features per Version
- Installing and Configuring the Agent on a Linux ECS or BMS
- Installing and Configuring the Agent on a Windows ECS
- Installing the Agents in Batches on Linux ECSs
- Managing the Agent
- Installing the GPU Metrics Collection Plug-in (Linux)
- Installing the Direct Connect Metric Collection Plug-ins
- Process Monitoring
- Viewing Server Monitoring Metrics
- Creating an Alarm Rule to Monitor a Server
- Custom Monitoring
- Event Monitoring
- Task Center
- Data Dump
- Cloud Service Monitoring
- Permissions Management
- Quota Adjustment
- Services Interconnected with Cloud Eye
- Change History
- Best Practices
-
API Reference
- Before You Start
- API Overview
- Calling APIs
- Getting Started
-
API V1
- API Version Management
- Metrics
-
Alarm Rules
- Querying Alarm Rules
- Querying Details of an Alarm Rule
- Enabling or Disabling an Alarm Rule
- Deleting an Alarm Rule
- Creating an Alarm Rule
- Creating a Custom Alarm Template
- Deleting a Custom Alarm Template
- Querying the Alarm History of an Alarm Rule
- Querying Custom Alarm Templates
- Updating a Custom Alarm Template
- Modifying an Alarm Rule
- Monitoring Data
- Quotas
- Resource Groups
- Event Monitoring
-
API V2
- Alarm Rules
- Resources in an Alarm Rule
- Alarm Policies
- Alarm Notifications
- Alarm Records
- Alarm Templates
- Alarm Rules Associated with an Alarm Template
- Resource Groups
- Resources in a Resource Group
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One-Click Monitoring
- Enabling One-Click Monitoring
- Querying Services and Resources That Support One-Click Monitoring
- Querying Alarm Rules of One Service in One-Click Monitoring
- Batch Enabling or Disabling Alarm Rules of One Service in One-Click Monitoring
- Batch Disabling One-Click Motoring
- Batch Modifying Alarm Notifications in Alarm Rules for One Service That Has One-Click Monitoring Enabled
- Batch Enabling or Disabling Alarm Policies in Alarm Rules for One Service That Has One-Click Monitoring Enabled
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Alarm Notification Masking
- Creating Alarm Notification Masking Rules in Batches
- Modifying the Masking Time of Alarm Notification Masking Rules in Batches
- Modifying an Alarm Notification Masking Rule
- Deleting Alarm Notification Masking Rules in Batches
- Querying Alarm Notification Masking Rules
- Querying Resources for Which Alarm Notifications Have Been Masked
- Dashboards
- Graphs
- Resource Tags
- Metric Management
- API V3
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Permissions Policies and Supported Actions
- Introduction
- Supported Actions of the API Version Management APIs
- Supported Actions of the Metric Management API
- Supported Actions of the Alarm Rule Management APIs
- Supported Actions of the Monitoring Data Management APIs
- Supported Actions of the Quota Management API
- Supported Actions of the Event Monitoring API
- Common Parameters
- Appendix
- Change History
- SDK Reference
-
FAQs
- General Consulting
-
Server Monitoring
- How Does the Cloud Eye Agent Obtain a Temporary AK/SK by Authorization?
- How Can I Quickly Restore the Agent Configuration?
- How Can I Ensure that a Newly Purchased ECS Comes with the OS Monitoring Function?
- Why Is a BMS with the Agent Installed Displayed in the ECS List on the Server Monitoring Page?
- What OSs Does the Agent Support?
- What Statuses Does the Agent Have?
- What Should I Do If the Monitoring Period Is Interrupted or the Agent Status Keeps Changes?
- What Should I Do If the Service Port Is Used by the Agent?
- What Should I Do If the Agent Status Is Faulty?
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Alarm Notifications or False Alarms
- What Is an Alarm Notification? How Many Types of Alarm Notifications Are There? How Can I Configure an Alarm Notification?
- What Alarm Status Does Cloud Eye Support?
- What Alarm Severities Does Cloud Eye Support?
- When Will an "Insufficient data" Alarm Be Triggered?
- How Do I Monitor and View the Disk Usage?
- How Can I Change the Phone Number and Email Address for Receiving Alarm Notifications?
- How Can a User Account Receive Alarm Notifications?
- Why Did I Receive a Bandwidth Overflow Notification While There Being No Bandwidth Overflow Record in the Monitoring Data?
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Monitored Data Exceptions
- Why Is the Monitoring Data Not Displayed on the Cloud Eye Console?
- Why I Cannot See the Monitoring Data on the Cloud Eye Console After Purchasing Cloud Service Resources?
- Why Doesn't the Cloud Eye Console Display the OS Monitoring Data or Why Isn't the Data Displayed Immediately After the Agent Is Installed and Configured on an ECS?
- Why Is Basic Monitoring Data Inconsistent with Data Monitored by the OS?
- Why Are the Network Traffic Metric Values in Cloud Eye Different from Those Detected in ECS?
- Why Is the Metric Collection Point Lost During Certain Periods of Time?
- Why Are the Four Metrics Memory Usage, Disk Usage, Inband Incoming Rate, and Inband Outgoing Rate Not Displayed for an ECS?
- What Are the Impacts on ECS Metrics If UVP VMTools Is Not Installed on ECSs?
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User Permissions
- What Should I Do If the IAM Account Permissions Are Abnormal?
- What Can I Do If the System Displays a Message Indicating Insufficient Permissions When I Access Cloud Eye?
- What Can I Do If the System Displays a Message Indicating Insufficient Permissions When I Click Configure on the Server Monitoring Page?
- Videos
Show all
RDS Events
RDS is an online relational database service based on the cloud computing platform. RDS is reliable, scalable, and easy to manage, and immediately ready for use. When using relational databases, you need to pay attention to the database status. You can use event monitoring to track abnormal events to ensure stable service running.
Event Name |
Event Description |
Handling Method |
---|---|---|
DB instance creation failure |
Generally, DB instances fail to be created because the number and quota of disks are small, and the underlying resources are exhausted. |
Check the number and quota of disks. Release resources and create DB instances again. |
Full backup failure |
A single full backup failure does not affect the files that have been successfully backed up, but prolongs the incremental backup time during the point-in-time restore (PITR). |
Create a manual backup again. |
Primary/standby switchover failure |
The standby DB instance does not take over services from the primary DB instance due to some network or server failures. The original primary DB instance continues to provide services within a short time. |
Check whether the connection between the application and the database is re-established. |
Replication status abnormal |
The replication delay between the primary and standby DB instances is too long (usually occurs when a large amount of data is written to databases or a large transaction is performed). During off-peak hours, the replication delay between the primary and standby DB instances gradually decreases. Another possible cause is that the network between the primary and standby DB instances is interrupted. However, the network interruption does not interrupt data read and write of a single DB instance, and customers' applications are unaware of the interruption. |
Submit a service ticket for processing. |
DB instance faulty |
A single or primary DB instance is faulty due to a disaster or a server failure. This event is critical and may cause database service unavailability. |
Check whether an automated backup policy has been configured for the DB instance and submit a service ticket for processing. |
Failure of changing single DB instance to primary/standby |
During the standby DB instance creation or after the standby DB instance is created, the configuration synchronization between the primary DB instance and the standby DB instance is faulty. Generally, the fault is caused by insufficient resources of the data center where the standby DB instance is located. This event does not cause the data read and write interruption of the original single DB instance, and customers' applications are unaware of this event. |
Submit a service ticket for processing. |
Replication status recovered |
The replication delay between the primary and standby DB instances is within the normal range, or the network connection between the two is restored. |
No action is required. |
DB instance recovered |
RDS uses high availability tools to rebuild the standby DB instance for disaster recovery. |
No action is required. |
Procedure
- Log in to the management console.
- In the upper left corner, select a region and a project.
- Choose Service List > Cloud Eye.
- In the navigation pane on the left, choose Event Monitoring. In the upper right corner, click Create Alarm Rule and set parameters as prompted.
NOTE:
In this example, Event Name is set to Full backup failure. Set the event name based on the site requirements. For details about other parameters, see Creating an Alarm Rule to Monitor an Event.
Click Create.
- When abnormal DB instance events occur, Cloud Eye notifies you in real time through the SMN service.
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