- Product Bulletin
- Service Overview
- Getting Started
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User Guide
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Working with FlexusRDS for MySQL
- Using IAM to Grant Access to FlexusRDS
- Buying a FlexusRDS for MySQL Instance
- Connecting to a FlexusRDS for MySQL Instance
- Suggestions on Using FlexusRDS for MySQL
- Data Migration
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Instance Management
- Upgrading the Minor Version of a FlexusRDS for MySQL Instance
- Upgrading a FlexusRDS for MySQL Instance to an RDS DB Instance
- Changing the Name of a FlexusRDS for MySQL Instance
- Rebooting FlexusRDS for MySQL Instances
- Resetting the Administrator Password of a FlexusRDS for MySQL Instance
- Enabling Storage Autoscaling for a FlexusRDS for MySQL Instance
- Binding an EIP to a FlexusRDS for MySQL Instance or Unbinding an EIP from a FlexusRDS for MySQL Instance
- Changing the VPC and Subnet of a FlexusRDS for MySQL Instance
- Renewing FlexusRDS for MySQL Instances
- Unsubscribing from a FlexusRDS for MySQL Instance
- Backups and Restorations
- Parameters
- Monitoring
- Logs
- Interconnection with CTS
- FlexusRDS for MySQL Tags
- FlexusRDS for MySQL Quotas
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Working with FlexusRDS for PostgreSQL
- Permissions Management
- Buying a FlexusRDS for PostgreSQL Instance
- Connecting to a FlexusRDS for PostgreSQL Instance
- Suggestions on Using FlexusRDS for PostgreSQL
- Data Migration
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Instance Management
- Changing the Name of a FlexusRDS for PostgreSQL Instance
- Rebooting FlexusRDS for PostgreSQL Instances
- Resetting the Administrator Password of a FlexusRDS for PostgreSQL Instance
- Enabling Storage Autoscaling for a FlexusRDS for PostgreSQL Instance
- Binding an EIP to a FlexusRDS for PostgreSQL Instance or Unbinding an EIP from a FlexusRDS for PostgreSQL Instance
- Renewing FlexusRDS for PostgreSQL Instances
- Unsubscribing from a FlexusRDS for PostgreSQL Instance
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Backups and Restorations
- Creating a Manual Backup for a FlexusRDS for PostgreSQL Instance
- Deleting a Manual Backup of a FlexusRDS for PostgreSQL Instance
- Downloading a Full Backup of a FlexusRDS for PostgreSQL Instance
- Checking and Exporting Backup Information of a FlexusRDS for PostgreSQL Instance
- Restoring a FlexusRDS for PostgreSQL Instance
- Parameters
- Monitoring Management
- Logs
- Interconnection with CTS
- FlexusRDS for PostgreSQL Tags
- FlexusRDS for PostgreSQL Quotas
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Working with FlexusRDS for MySQL
- API Reference
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FAQs
- What Is FlexusRDS?
- Can FlexusRDS for MySQL and RDS for MySQL Instances Access Each Other?
- Can I Change the Instance Class of My FlexusRDS Instance?
- Does FlexusRDS Support Cross-AZ HA?
- What Is the Backup Policy of FlexusRDS?
- How Are FlexusRDS Backups Billed?
- How Do I Download FlexusRDS Backups to Restore Data Locally?
- Why Does the Root User of My FlexusRDS for MySQL Instance Not Have Super Permissions?
- Which Storage Engine Does FlexusRDS for MySQL Provide?
- Why Does FlexusRDS for MySQL Not Support the MyISAM Storage Engine?
- Does FlexusRDS for MySQL Support Read Replicas?
- Why Can't I Ping the EIP After It Is Bound to My FlexusRDS for MySQL Instance?
- How Do I Create Accounts and Databases for My FlexusRDS Instance?
- What Major Versions and Minor Versions Does FlexusRDS for MySQL Support?
- Why Are Pay-per-Use Instances Not Provided by FlexusRDS?
- Can I Scale Up the Storage Space of My FlexusRDS for MySQL Instance?
- General Reference
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Authentication
Requests for calling an API can be authenticated using either of the following methods:
- Token-based authentication: Requests are authenticated using a token.
- AK/SK-based authentication: Requests are authenticated by encrypting the request body using an AK/SK pair. Authentication using AK/SK is recommended because it is more secure than authentication using tokens.
Token-based Authentication
The validity period of a token is 24 hours. When using a token for authentication, cache it to prevent frequently calling the IAM API used to obtain a user token.
A token specifies temporary permissions in a computer system. During API authentication using a token, the token is added to requests to get permissions for calling the API.
When calling an API to obtain a user token, you must set auth.scope in the request body to project.
{ "auth": { "identity": { "methods": [ "password" ], "password": { "user": { "name": "username", "password": "********", "domain": { "name": "domainname" } } } }, "scope": { "project": { "name": "xxxxxxxx" } } } }
In Making an API Request, the process of calling the API used to obtain a user token is described.
After a token is obtained, the X-Auth-Token header field must be added to requests to specify the token when calling other APIs. For example, if the token is ABCDEFJ...., X-Auth-Token: ABCDEFJ.... can be added to a request as follows:
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POST https://iam.ap-southeast-1.myhuaweicloud.com/v3/auth/tokens Content-Type: application/json X-Auth-Token: ABCDEFJ.... |
AK/SK-based Authentication
AK/SK-based authentication supports API requests with a body not larger than 12 MB. For API requests with a larger body, token-based authentication is recommended.
In AK/SK-based authentication, AK/SK is used to sign requests and the signature is then added to the requests for authentication.
- AK: access key ID, which is a unique identifier associated with a secret access key and is used in conjunction with a secret access key to sign requests cryptographically.
- SK: secret access key used in conjunction with an AK to sign requests cryptographically. It identifies a request sender and prevents the request from being modified.
The signing SDK is only used for signing requests and is different from the SDKs provided by services.
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