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首页 Terraform 资源列表 RDS Resources alicloud_db_instance

alicloud_db_instance

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Provides an RDS instance resource. A DB instance is an isolated database environment in the cloud. A DB instance can contain multiple user-created databases.

For information about RDS and how to use it, see What is ApsaraDB for RDS.

-> NOTE: This resource has a fatal bug in the version v1.155.0. If you want to use new feature, please upgrade it to v1.156.0. -> NOTE: Available since v1.155.0.

Example Usage

Create RDS MySQL instance


data "alicloud_db_zones" "example" {
  engine                   = "MySQL"
  engine_version           = "8.0"
  instance_charge_type     = "PostPaid"
  category                 = "Basic"
  db_instance_storage_type = "cloud_essd"
}

data "alicloud_db_instance_classes" "example" {
  zone_id                  = data.alicloud_db_zones.example.zones.0.id
  engine                   = "MySQL"
  engine_version           = "8.0"
  category                 = "Basic"
  db_instance_storage_type = "cloud_essd"
  instance_charge_type     = "PostPaid"
}

resource "alicloud_vpc" "example" {
  vpc_name   = "terraform-example"
  cidr_block = "172.16.0.0/16"
}

resource "alicloud_vswitch" "example" {
  vpc_id       = alicloud_vpc.example.id
  cidr_block   = "172.16.0.0/24"
  zone_id      = data.alicloud_db_zones.example.zones.0.id
  vswitch_name = "terraform-example"
}

resource "alicloud_security_group" "example" {
  name   = "terraform-example"
  vpc_id = alicloud_vpc.example.id
}

resource "alicloud_db_instance" "example" {
  engine                   = "MySQL"
  engine_version           = "8.0"
  instance_type            = data.alicloud_db_instance_classes.example.instance_classes.0.instance_class
  instance_storage         = data.alicloud_db_instance_classes.example.instance_classes.0.storage_range.min
  instance_charge_type     = "Postpaid"
  instance_name            = "terraform-example"
  vswitch_id               = alicloud_vswitch.example.id
  monitoring_period        = "60"
  db_instance_storage_type = "cloud_essd"
  security_group_ids       = [alicloud_security_group.example.id]
}

Create a RDS MySQL instance with specific parameters


data "alicloud_db_zones" "example" {
  engine                   = "MySQL"
  engine_version           = "8.0"
  instance_charge_type     = "PostPaid"
  category                 = "Basic"
  db_instance_storage_type = "cloud_essd"
}

data "alicloud_db_instance_classes" "example" {
  zone_id                  = data.alicloud_db_zones.example.zones.0.id
  engine                   = "MySQL"
  engine_version           = "8.0"
  category                 = "Basic"
  db_instance_storage_type = "cloud_essd"
  instance_charge_type     = "PostPaid"
}

resource "alicloud_vpc" "example" {
  vpc_name   = "terraform-example"
  cidr_block = "172.16.0.0/16"
}

resource "alicloud_vswitch" "example" {
  vpc_id       = alicloud_vpc.example.id
  cidr_block   = "172.16.0.0/24"
  zone_id      = data.alicloud_db_zones.example.zones.0.id
  vswitch_name = "terraform-example"
}

resource "alicloud_security_group" "example" {
  name   = "terraform-example"
  vpc_id = alicloud_vpc.example.id
}

resource "alicloud_db_instance" "example" {
  engine                   = "MySQL"
  engine_version           = "8.0"
  instance_type            = data.alicloud_db_instance_classes.example.instance_classes.0.instance_class
  instance_storage         = data.alicloud_db_instance_classes.example.instance_classes.0.storage_range.min
  instance_charge_type     = "Postpaid"
  instance_name            = "terraform-example"
  vswitch_id               = alicloud_vswitch.example.id
  monitoring_period        = "60"
  db_instance_storage_type = "cloud_essd"
  security_group_ids       = [alicloud_security_group.example.id]
  parameters {
    name  = "delayed_insert_timeout"
    value = "600"
  }
  parameters {
    name  = "max_length_for_sort_data"
    value = "2048"
  }
}

Create a High Availability RDS MySQL Instance


data "alicloud_db_zones" "example" {
  engine                   = "MySQL"
  engine_version           = "8.0"
  instance_charge_type     = "PostPaid"
  category                 = "Basic"
  db_instance_storage_type = "cloud_essd"
}

data "alicloud_db_instance_classes" "example" {
  zone_id                  = data.alicloud_db_zones.example.zones.0.id
  engine                   = "MySQL"
  engine_version           = "8.0"
  category                 = "Basic"
  db_instance_storage_type = "cloud_essd"
  instance_charge_type     = "PostPaid"
}

resource "alicloud_vpc" "example" {
  vpc_name   = "terraform-example"
  cidr_block = "172.16.0.0/16"
}

resource "alicloud_vswitch" "example" {
  count        = 2
  vpc_id       = alicloud_vpc.example.id
  cidr_block   = format("172.16.%d.0/24", count.index + 1)
  zone_id      = data.alicloud_db_zones.example.zones[count.index].id
  vswitch_name = format("terraform_example_%d", count.index + 1)
}

resource "alicloud_security_group" "example" {
  name   = "terraform-example"
  vpc_id = alicloud_vpc.example.id
}

resource "alicloud_db_instance" "example" {
  engine                   = "MySQL"
  engine_version           = "8.0"
  instance_type            = data.alicloud_db_instance_classes.example.instance_classes.0.instance_class
  instance_storage         = data.alicloud_db_instance_classes.example.instance_classes.0.storage_range.min
  instance_charge_type     = "Postpaid"
  instance_name            = "terraform-example"
  vswitch_id               = join(",", alicloud_vswitch.example.*.id)
  monitoring_period        = "60"
  db_instance_storage_type = "cloud_essd"
  security_group_ids       = [alicloud_security_group.example.id]
  zone_id                  = data.alicloud_db_zones.example.zones.0.id
  zone_id_slave_a          = data.alicloud_db_zones.example.zones.1.id
}

Create a High Availability RDS MySQL Instance with multi zones


variable "name" {
  default = "tf_example"
}

data "alicloud_db_zones" "example" {
  engine                   = "MySQL"
  engine_version           = "8.0"
  instance_charge_type     = "PostPaid"
  category                 = "HighAvailability"
  db_instance_storage_type = "cloud_essd"
}

data "alicloud_db_instance_classes" "example" {
  zone_id                  = data.alicloud_db_zones.example.zones.0.id
  engine                   = "MySQL"
  engine_version           = "8.0"
  category                 = "HighAvailability"
  instance_charge_type     = "PostPaid"
  db_instance_storage_type = "cloud_essd"
}

resource "alicloud_vpc" "example" {
  vpc_name   = var.name
  cidr_block = "172.16.0.0/16"
}

resource "alicloud_vswitch" "example" {
  count        = 2
  vpc_id       = alicloud_vpc.example.id
  cidr_block   = format("172.16.%d.0/24", count.index + 1)
  zone_id      = data.alicloud_db_zones.example.zones[count.index].id
  vswitch_name = format("%s_%d", var.name, count.index)
}

resource "alicloud_security_group" "example" {
  name   = var.name
  vpc_id = alicloud_vpc.example.id
}

resource "alicloud_db_instance" "example" {
  engine                   = "MySQL"
  engine_version           = "8.0"
  category                 = "HighAvailability"
  instance_type            = data.alicloud_db_instance_classes.example.instance_classes.0.instance_class
  instance_storage         = data.alicloud_db_instance_classes.example.instance_classes.0.storage_range.min
  instance_charge_type     = "Postpaid"
  instance_name            = var.name
  vswitch_id               = join(",", alicloud_vswitch.example.*.id)
  monitoring_period        = "60"
  db_instance_storage_type = "cloud_essd"
  zone_id                  = data.alicloud_db_zones.example.zones.0.id
  zone_id_slave_a          = data.alicloud_db_zones.example.zones.1.id
}

Create an Enterprise Edition RDS MySQL Instance


variable "name" {
  default = "tf-example"
}

data "alicloud_db_zones" "example" {
  engine                   = "MySQL"
  engine_version           = "8.0"
  instance_charge_type     = "PostPaid"
  db_instance_storage_type = "local_ssd"
}

data "alicloud_db_instance_classes" "example" {
  zone_id                  = data.alicloud_db_zones.example.zones.0.id
  engine                   = "MySQL"
  engine_version           = "8.0"
  db_instance_storage_type = "local_ssd"
  instance_charge_type     = "PostPaid"
}

resource "alicloud_vpc" "example" {
  vpc_name   = var.name
  cidr_block = "172.16.0.0/16"
}

resource "alicloud_vswitch" "example" {
  count        = 2
  vpc_id       = alicloud_vpc.example.id
  cidr_block   = format("172.16.%d.0/24", count.index + 1)
  zone_id      = data.alicloud_db_zones.example.zones[count.index].id
  vswitch_name = format("%s_%d", var.name, count.index)
}

resource "alicloud_security_group" "example" {
  name   = var.name
  vpc_id = alicloud_vpc.example.id
}

resource "alicloud_db_instance" "example" {
  engine                   = "MySQL"
  engine_version           = "8.0"
  category                 = "Finance"
  instance_type            = "mysql.n2.xlarge.25"
  instance_storage         = "20"
  instance_charge_type     = "Postpaid"
  instance_name            = var.name
  vswitch_id               = join(",", alicloud_vswitch.example.*.id)
  monitoring_period        = "60"
  db_instance_storage_type = "local_ssd"
  zone_id                  = data.alicloud_db_zones.example.zones.0.id
  zone_id_slave_a          = data.alicloud_db_zones.example.zones.1.id
}

Create a Serverless RDS MySQL Instance


variable "name" {
  default = "tf-accdbinstance"
}

provider "alicloud" {
  region = "cn-hangzhou"
}

data "alicloud_db_zones" "example" {
  engine                   = "MySQL"
  engine_version           = "8.0"
  instance_charge_type     = "Serverless"
  category                 = "serverless_basic"
  db_instance_storage_type = "cloud_essd"
}

data "alicloud_db_instance_classes" "example" {
  zone_id                  = data.alicloud_db_zones.example.ids.1
  engine                   = "MySQL"
  engine_version           = "8.0"
  category                 = "serverless_basic"
  db_instance_storage_type = "cloud_essd"
  instance_charge_type     = "Serverless"
  commodity_code           = "rds_serverless_public_cn"
}

resource "alicloud_vpc" "example" {
  vpc_name   = var.name
  cidr_block = "172.16.0.0/16"
}

resource "alicloud_vswitch" "example" {
  vpc_id       = alicloud_vpc.example.id
  cidr_block   = "172.16.0.0/24"
  zone_id      = data.alicloud_db_zones.example.ids.1
  vswitch_name = var.name
}

resource "alicloud_db_instance" "example" {
  engine                   = "MySQL"
  engine_version           = "8.0"
  instance_storage         = data.alicloud_db_instance_classes.example.instance_classes.0.storage_range.min
  instance_type            = data.alicloud_db_instance_classes.example.instance_classes.0.instance_class
  instance_charge_type     = "Serverless"
  instance_name            = var.name
  zone_id                  = data.alicloud_db_zones.example.ids.1
  vswitch_id               = alicloud_vswitch.example.id
  db_instance_storage_type = "cloud_essd"
  category                 = "serverless_basic"
  serverless_config {
    max_capacity = 8
    min_capacity = 0.5
    auto_pause   = false
    switch_force = false
  }
}

Create a Serverless RDS PostgreSQL Instance


variable "name" {
  default = "tf-accdbinstance"
}

provider "alicloud" {
  region = "cn-hangzhou"
}

data "alicloud_db_zones" "example" {
  engine                   = "PostgreSQL"
  engine_version           = "14.0"
  instance_charge_type     = "Serverless"
  category                 = "serverless_basic"
  db_instance_storage_type = "cloud_essd"
}

data "alicloud_db_instance_classes" "example" {
  zone_id                  = data.alicloud_db_zones.example.ids.1
  engine                   = "PostgreSQL"
  engine_version           = "14.0"
  category                 = "serverless_basic"
  db_instance_storage_type = "cloud_essd"
  instance_charge_type     = "Serverless"
  commodity_code           = "rds_serverless_public_cn"
}

data "alicloud_vpcs" "default" {
  name_regex = "^default-NODELETING$"
}
data "alicloud_vswitches" "default" {
  vpc_id  = data.alicloud_vpcs.default.ids.0
  zone_id = data.alicloud_db_zones.example.ids.1
}

resource "alicloud_db_instance" "example" {
  engine                   = "PostgreSQL"
  engine_version           = "14.0"
  instance_storage         = data.alicloud_db_instance_classes.example.instance_classes.0.storage_range.min
  instance_type            = data.alicloud_db_instance_classes.example.instance_classes.0.instance_class
  instance_charge_type     = "Serverless"
  instance_name            = var.name
  zone_id                  = data.alicloud_db_zones.example.ids.1
  vswitch_id               = data.alicloud_vswitches.default.ids.0
  db_instance_storage_type = "cloud_essd"
  category                 = "serverless_basic"
  serverless_config {
    max_capacity = 12
    min_capacity = 0.5
  }
}

Create a Serverless RDS SQLServer Instance


variable "name" {
  default = "tf-accdbinstance"
}

provider "alicloud" {
  region = "cn-hangzhou"
}

data "alicloud_db_zones" "example" {
  engine                   = "SQLServer"
  engine_version           = "2019_std_sl"
  instance_charge_type     = "Serverless"
  category                 = "serverless_ha"
  db_instance_storage_type = "cloud_essd"
}

data "alicloud_db_instance_classes" "example" {
  zone_id                  = data.alicloud_db_zones.example.ids.1
  engine                   = "SQLServer"
  engine_version           = "2019_std_sl"
  category                 = "serverless_ha"
  db_instance_storage_type = "cloud_essd"
  instance_charge_type     = "Serverless"
  commodity_code           = "rds_serverless_public_cn"
}

resource "alicloud_vpc" "example" {
  vpc_name   = var.name
  cidr_block = "172.16.0.0/16"
}

resource "alicloud_vswitch" "example" {
  vpc_id       = alicloud_vpc.example.id
  cidr_block   = "172.16.0.0/24"
  zone_id      = data.alicloud_db_zones.example.ids.1
  vswitch_name = var.name
}

resource "alicloud_db_instance" "example" {
  engine                   = "SQLServer"
  engine_version           = "2019_std_sl"
  instance_storage         = data.alicloud_db_instance_classes.example.instance_classes.0.storage_range.min
  instance_type            = data.alicloud_db_instance_classes.example.instance_classes.0.instance_class
  instance_charge_type     = "Serverless"
  instance_name            = var.name
  zone_id                  = data.alicloud_db_zones.example.ids.1
  zone_id_slave_a          = data.alicloud_db_zones.example.ids.1
  vswitch_id               = join(",", [alicloud_vswitch.example.id, alicloud_vswitch.example.id])
  db_instance_storage_type = "cloud_essd"
  category                 = "serverless_ha"
  serverless_config {
    max_capacity = 8
    min_capacity = 2
  }
}

Deleting alicloud_db_instance or removing it from your configuration

The alicloud_db_instance resource allows you to manage instance_charge_type = "Prepaid" db instance, but Terraform cannot destroy it. Deleting the subscription resource or removing it from your configuration will remove it from your state file and management, but will not destroy the DB Instance. You can resume managing the subscription db instance via the AlibabaCloud Console.

Argument Reference

The following arguments are supported:

  • engine - (Required, ForceNew) Database type. Value options: MySQL, SQLServer, PostgreSQL, MariaDB.

-> NOTE: When the 'engine_version' changes, it can be used as the target database version for the large version upgrade of RDS for MySQL instance.

  • engine_version - (Required) Database version. Value options can refer to the latest docs CreateDBInstance EngineVersion.
    • MySQL: [ 5.5、5.6、5.7、8.0 ]
    • SQLServer: [ 2008r2、08r2_ent_ha、2012、2012_ent_ha、2012_std_ha、2012_web、2014_std_ha、2016_ent_ha、2016_std_ha、2016_web、2017_std_ha、2017_ent、2019_std_ha、2019_ent ]
    • PostgreSQL: [ 10.0、11.0、12.0、13.0、14.0、15.0 ]
    • MariaDB: [ 10.3 ]
    • Serverless
    • MySQL: [ 5.7、8.0 ]
    • SQLServer: [ 2016_std_sl、2017_std_sl、2019_std_sl ]
    • PostgreSQL: [ 14.0 ]
    • MariaDB does not support creating serverless instances.
  • instance_type - (Required) DB Instance type. For details, see Instance type table.
    • To create a serverless instance, please pass the following values:
    • MySQL basic: mysql.n2.serverless.1c
    • MySQL high availability: mysql.n2.serverless.2c
    • SQLServer high availability: mssql.mem2.serverless.s2
    • PostgreSQL basic: pg.n2.serverless.1c

-> NOTE: When storage_auto_scale="Enable", do not perform instance_storage check. when storage_auto_scale="Disable", if the instance itself instance_storagehas changed. You need to manually revise the instance_storage in the template value. When payment_type="Serverless" and when modifying, do not perform instance_storage check. Otherwise, check.

  • instance_storage - (Required) User-defined DB instance storage space. Value range:

    • [5, 2000] for MySQL/PostgreSQL HA dual node edition;
    • [20,1000] for MySQL 5.7 basic single node edition;
    • [10, 2000] for SQL Server 2008R2;
    • [20,2000] for SQL Server 2012 basic single node edition Increase progressively at a rate of 5 GB. For details, see Instance type table. Note: There is extra 5 GB storage for SQL Server Instance, and it is not in specified instance_storage.

  • db_instance_storage_type - (Optional, Available since 1.68.0) The storage type of the instance. Serverless instance, only cloud_essd can be selected. Valid values:

    • local_ssd: specifies to use local SSDs. This value is recommended.
    • cloud_ssd: specifies to use standard SSDs.
    • cloud_essd: specifies to use enhanced SSDs (ESSDs).
    • cloud_essd2: specifies to use enhanced SSDs (ESSDs).
    • cloud_essd3: specifies to use enhanced SSDs (ESSDs).
    • general_essd: general essd.

  • db_time_zone - (Optional, ForceNew, Available since 1.136.0) The time zone of the instance. This parameter takes effect only when you set the Engine parameter to MySQL or PostgreSQL.

    • If you set the Engine parameter to MySQL.
      • This time zone of the instance is in UTC. Valid values: -12:59 to +13:00.
      • You can specify this parameter when the instance is equipped with local SSDs. For example, you can specify the time zone to Asia/Hong_Kong. For more information about time zones, see Time zones.
    • If you set the Engine parameter to PostgreSQL.
      • This time zone of the instance is not in UTC. For more information about time zones, see Time zones.
      • You can specify this parameter only when the instance is equipped with standard SSDs or ESSDs.

-> NOTE: You can specify the time zone when you create a primary instance. You cannot specify the time zone when you create a read-only instance. Read-only instances inherit the time zone of their primary instance. If you do not specify this parameter, the system assigns the default time zone of the region where the instance resides.

  • sql_collector_status - (Optional, Available since 1.70.0) The sql collector status of the instance. Valid values are Enabled, Disabled, Default to Disabled.

  • sql_collector_config_value - (Optional, Available since 1.70.0) The sql collector keep time of the instance. Valid values are 30, 180, 365, 1095, 1825, Default to 30.

  • instance_name - (Optional) The name of DB instance. It a string of 2 to 256 characters.

  • connection_string_prefix - (Optional, Available since 1.126.0) The private connection string prefix. If you want to update public connection string prefix, please use resource alicloud_db_connection connection_prefix. -> NOTE: The prefix must be 8 to 64 characters in length and can contain letters, digits, and hyphens (-). It cannot contain Chinese characters and special characters ~!#%^&*=+|{};:'",<>/?

  • port - (Optional, Available since 1.126.0) The private port of the database service. If you want to update public port, please use resource alicloud_db_connection port.

  • instance_charge_type - (Optional) Valid values are Prepaid, Postpaid, Serverless, Default to Postpaid. Currently, the resource only supports PostPaid to PrePaid. For more information, see Overview.

  • resource_group_id (Optional, Computed, Available since 1.86.0, Modifiable in 1.115.0) The ID of resource group which the DB instance belongs.

  • period - (Optional) The duration that you will buy DB instance (in month). It is valid when instance_charge_type is PrePaid. Valid values: [1~9], 12, 24, 36. -> NOTE: The attribute period is only used to create Subscription instance or modify the PayAsYouGo instance to Subscription. Once effect, it will not be modified that means running terraform apply will not effect the resource.

  • monitoring_period - (Optional) The monitoring frequency in seconds. Valid values are 5, 10, 60, 300. Defaults to 300.

  • auto_renew - (Optional, Available since 1.34.0) Whether to renewal a DB instance automatically or not. It is valid when instance_charge_type is PrePaid. Default to false.

  • auto_renew_period - (Optional, Available since 1.34.0) Auto-renewal period of an instance, in the unit of the month. It is valid when instance_charge_type is PrePaid. Valid value:[1~12], Default to 1.

  • zone_id - (ForceNew, Optional) The Zone to launch the DB instance. From version 1.8.1, it supports multiple zone. If it is a multi-zone and vswitch_id is specified, the vswitch must in the one of them. The multiple zone ID can be retrieved by setting multi to "true" in the data source alicloud_zones.

  • vswitch_id - (ForceNew, Optional) The virtual switch ID to launch DB instances in one VPC. If there are multiple vswitches, separate them with commas.

  • private_ip_address - (Optional, Available since v1.125.0) The private IP address of the instance. The private IP address must be within the Classless Inter-Domain Routing (CIDR) block of the vSwitch that is specified by the VSwitchId parameter.

  • security_ips - (Optional) List of IP addresses allowed to access all databases of an instance. The list contains up to 1,000 IP addresses, separated by commas. Supported formats include 0.0.0.0/0, 10.23.12.24 (IP), and 10.23.12.24/24 (Classless Inter-Domain Routing (CIDR) mode. /24 represents the length of the prefix in an IP address. The range of the prefix length is [1,32]).

  • db_instance_ip_array_name - (Optional, Available since 1.125.0) The name of the IP address whitelist. Default value: Default.

-> NOTE: A maximum of 200 IP address whitelists can be configured for each instance.

  • db_instance_ip_array_attribute - (Optional, Available since 1.125.0) The attribute of the IP address whitelist. By default, this parameter is empty.

-> NOTE: The IP address whitelists that have the hidden attribute are not displayed in the ApsaraDB RDS console. These IP address whitelists are used to access Alibaba Cloud services, such as Data Transmission Service (DTS).

  • security_ip_type - (Optional, Available since 1.125.0) The type of IP address in the IP address whitelist.
  • db_is_ignore_case - (Optional, Available since 1.168.0) Specifies whether table names on the instance are case-sensitive. Valid values: true, false.
    • true - Table names are not case-sensitive. This is the default value.
    • false - Table names are case-sensitive.
  • whitelist_network_type - (Optional, Available since 1.125.0) The network type of the IP address whitelist. Default value: MIX. Valid values:
    • Classic: classic network in enhanced whitelist mode
    • VPC: virtual private cloud (VPC) in enhanced whitelist mode
    • MIX: standard whitelist mode

-> NOTE: In standard whitelist mode, IP addresses and CIDR blocks can be added only to the default IP address whitelist. In enhanced whitelist mode, IP addresses and CIDR blocks can be added to both IP address whitelists of the classic network type and those of the VPC network type.

  • modify_mode - (Optional, Available since 1.125.0) The method that is used to modify the IP address whitelist. Default value: Cover. Valid values:

    • Cover: Use the value of the SecurityIps parameter to overwrite the existing entries in the IP address whitelist.
    • Append: Add the IP addresses and CIDR blocks that are specified in the SecurityIps parameter to the IP address whitelist.
    • Delete: Delete IP addresses and CIDR blocks that are specified in the SecurityIps parameter from the IP address whitelist. You must retain at least one IP address or CIDR block.

  • security_ip_mode - (Optional, Available since 1.62.1) Valid values are normal, safety, Default to normal. support safety switch to high security access mode.

  • fresh_white_list_readins - (Optional, Available since 1.148.0) The read-only instances to which you want to synchronize the IP address whitelist.

    • If the instance is attached with a read-only instance, you can use this parameter to synchronize the IP address whitelist to the read-only instance. If the instance is attached with multiple read-only instances, the read-only instances must be separated by commas (,).
    • If the instance is not attached with a read-only instance, this parameter is empty.

  • parameters - (Optional) Set of parameters needs to be set after DB instance was launched. Available parameters can refer to the latest docs View database parameter templates . See parameters below.

  • force_restart - (Optional, Available since 1.75.0) Set it to true to make some parameter efficient when modifying them. Default to false.

  • tags - (Optional) A mapping of tags to assign to the resource.

    • Key: It can be up to 64 characters in length. It cannot begin with "aliyun", "acs:", "http://", or "https://". It cannot be a null string.
    • Value: It can be up to 128 characters in length. It cannot begin with "aliyun", "acs:", "http://", or "https://". It can be a null string.

    Note: From 1.63.0, the tag key and value are case sensitive. Before that, they are not case sensitive.

  • security_group_id - (Deprecated) It has been deprecated from 1.69.0 and use security_group_ids instead.

  • security_group_ids - (Optional, List(string), Available since 1.69.0) The list IDs to join ECS Security Group. At most supports three security groups.

  • maintain_time - (Optional, Available since 1.56.0) Maintainable time period format of the instance: HH:MMZ-HH:MMZ (UTC time)

  • auto_upgrade_minor_version - (Optional, Available since 1.62.1) The upgrade method to use. Valid values:

    • Auto: Instances are automatically upgraded to a higher minor version.
    • Manual: Instances are forcibly upgraded to a higher minor version when the current version is unpublished.

    See more details and limitation.

  • upgrade_db_instance_kernel_version - (Deprecated from v1.198.0) Whether to upgrade a minor version of the kernel. Valid values:

    • true: upgrade
    • false: not to upgrade

  • upgrade_time - (Optional, Available since 1.126.0) The method to update the minor engine version. Default value: Immediate. It is valid only when target_minor_version is changed. Valid values:

    • Immediate: The minor engine version is immediately updated.
    • MaintainTime: The minor engine version is updated during the maintenance window. For more information about how to change the maintenance window, see ModifyDBInstanceMaintainTime.
    • SpecifyTime: The minor engine version is updated at the point in time you specify.

  • switch_time - (Optional, Available since 1.126.0) The specific point in time when you want to perform the update. Specify the time in the ISO 8601 standard in the yyyy-MM-ddTHH:mm:ssZ format. It is valid only when target_minor_version is changed. The time must be in UTC.

-> NOTE: This parameter takes effect only when you set the UpgradeTime parameter to SpecifyTime.

  • target_minor_version - (Optional, Available since 1.126.0) The minor engine version to which you want to update the instance. If you do not specify this parameter, the instance is updated to the latest minor engine version. You must specify the minor engine version in one of the following formats:
    • PostgreSQL: rds_postgres_00_. Example: rds_postgres_1200_20200830.
    • MySQL: _. Examples: rds_20200229, xcluster_20200229, and xcluster80_20200229. The following RDS editions are supported:
      • rds: The instance runs RDS Basic or High-availability Edition.
      • xcluster: The instance runs MySQL 5.7 on RDS Enterprise Edition.
      • xcluster80: The instance runs MySQL 8.0 on RDS Enterprise Edition.
    • SQLServer: . Example: 15.0.4073.23.

-> NOTE: For more information about minor engine versions, see Release notes of minor AliPG versions, Release notes of minor AliSQL versions, and Release notes of minor engine versions of ApsaraDB RDS for SQL Server.

  • zone_id_slave_a - (Optional, ForceNew, Available since 1.101.0) The region ID of the secondary instance if you create a secondary instance. If you set this parameter to the same value as the ZoneId parameter, the instance is deployed in a single zone. Otherwise, the instance is deployed in multiple zones.
  • zone_id_slave_b - (Optional, ForceNew, Available since 1.232.0) RDS MySQL Cluster series instances support creating 1 to 2 secondary nodes at the same time when establishing a new instance. If you have this requirement, you can use this parameter to specify the availability zone for the second secondary node.
  • ssl_action - (Optional, Available since v1.90.0) Actions performed on SSL functions. Valid values: Open: turn on SSL encryption; Close: turn off SSL encryption; Update: update SSL certificate. See more engine and engineVersion limitation.

-> NOTE: The attribute ssl_action will be ignored when setting instance_charge_type = "Serverless" for SQLServer, PostgreSQL or MariaDB.

  • ssl_connection_string - (Optional, Available since v1.198.0) The internal or public endpoint for which the server certificate needs to be created or updated.
  • tde_status - (Optional, Available since 1.90.0) The TDE(Transparent Data Encryption) status. After TDE is turned on, it cannot be turned off. See more engine and engineVersion limitation.
  • encryption_key - (Optional, Available since 1.109.0) The key id of the KMS. Used for encrypting a disk if not null. Only for PostgreSQL, MySQL and SQLServer.
  • ca_type - (Optional, Available since 1.124.1) The type of the server certificate. This parameter is supported only when the instance runs PostgreSQL or MySQL with standard or enhanced SSDs. If you set the SSLEnabled parameter to 1, the default value of this parameter is aliyun. NOTE: From version 1.231.0, ca_type start support MySQL engine. Value range:
    • aliyun: a cloud certificate
    • custom: a custom certificate
  • server_cert - (Optional, Available since 1.124.1) The content of the server certificate. This parameter is supported only when the instance runs PostgreSQL or MySQL with standard or enhanced SSDs. If you set the CAType parameter to custom, you must also specify this parameter. NOTE: From version 1.231.0, server_cert start support MySQL engine.
  • server_key - (Optional, Available since 1.124.1) The private key of the server certificate. This parameter is supported only when the instance runs PostgreSQL or MySQL with standard or enhanced SSDs. If you set the CAType parameter to custom, you must also specify this parameter. NOTE: From version 1.231.0, server_key start support MySQL engine.
  • client_ca_enabled - (Optional, Available since 1.124.1) Specifies whether to enable the public key of the CA that issues client certificates. This parameter is supported only when the instance runs PostgreSQL with standard or enhanced SSDs. Valid values:
    • 1: enables the public key
    • 0: disables the public key
  • client_ca_cert - (Optional, Available since 1.124.1) The public key of the CA that issues client certificates. This parameter is supported only when the instance runs PostgreSQL with standard or enhanced SSDs. If you set the ClientCAEbabled parameter to 1, you must also specify this parameter.
  • client_crl_enabled - (Optional, Available since 1.124.1) Specifies whether to enable a certificate revocation list (CRL) that contains revoked client certificates. This parameter is supported only when the instance runs PostgreSQL with standard or enhanced SSDs. In addition, this parameter is available only when the public key of the CA that issues client certificates is enabled. Valid values:
    • 1: enables the CRL
    • 0: disables the CRL
  • client_cert_revocation_list - (Optional, Available since 1.124.1) The CRL that contains revoked client certificates. This parameter is supported only when the instance runs PostgreSQL with standard or enhanced SSDs. If you set the ClientCrlEnabled parameter to 1, you must also specify this parameter.
  • acl - (Optional, Available since 1.124.1) The method that is used to verify the identities of clients. This parameter is supported only when the instance runs PostgreSQL with standard or enhanced SSDs. In addition, this parameter is available only when the public key of the CA that issues client certificates is enabled. Valid values:
    • cert
    • perfer
    • verify-ca
    • verify-full (supported only when the instance runs PostgreSQL 12 or later)
  • replication_acl - (Optional, Available since 1.124.1) The method that is used to verify the replication permission. This parameter is supported only when the instance runs PostgreSQL with standard or enhanced SSDs. In addition, this parameter is available only when the public key of the CA that issues client certificates is enabled. Valid values:
    • cert
    • perfer
    • verify-ca
    • verify-full (supported only when the instance runs PostgreSQL 12 or later)
  • ha_config - (Optional, Available since 1.128.0) The primary/secondary switchover mode of the instance. Default value: Auto. Valid values:
    • Auto: The system automatically switches over services from the primary to secondary instances in the event of a fault.
    • Manual: You must manually switch over services from the primary to secondary instances in the event of a fault.

-> NOTE: If you set this parameter to Manual, you must specify the ManualHATime parameter.

  • manual_ha_time - (Optional, Available since 1.128.0) The time after when you want to enable automatic primary/secondary switchover. At most, you can set this parameter to 23:59:59 seven days later. Specify the time in the ISO 8601 standard in the yyyy-MM-ddTHH:mm:ssZ format. The time must be in UTC.

-> NOTE: This parameter only takes effect when the HAConfig parameter is set to Manual.

  • released_keep_policy - (Optional, Available since 1.136.0) The policy based on which ApsaraDB RDS retains archived backup files after the instance is released. Valid values:
    • None: No archived backup files are retained.
    • Lastest: Only the last archived backup file is retained.
    • All: All the archived backup files are retained.

-> NOTE: This parameter is supported only when the instance runs the MySQL database engine.

  • storage_auto_scale - (Optional, Available since 1.129.0)Automatic storage space expansion switch. Valid values:
    • Enable
    • Disable

-> NOTE: This parameter only takes effect when the StorageAutoScale parameter is set to Enable.

  • storage_threshold - (Optional, Available since 1.129.0)The threshold in percentage based on which an automatic storage expansion is triggered. If the available storage reaches the threshold, ApsaraDB RDS increases the storage capacity of the instance. Valid values: [10, 20, 30, 40, 50].

-> NOTE: This parameter only takes effect when the StorageAutoScale parameter is set to Enable. The value must be greater than or equal to the total size of the current storage space of the instance.

  • storage_upper_bound - (Optional, Available since 1.129.0) The upper limit of the total storage space for automatic expansion of the storage space, that is, automatic expansion will not cause the total storage space of the instance to exceed this value. Unit: GB. The value must be ≥0.

-> NOTE: Because of data backup and migration, change DB instance type and storage would cost 15~20 minutes. Please make full preparation before changing them.

  • deletion_protection - (Optional, Available since 1.165.0) The switch of delete protection. Valid values:
    • true: delete protect.
    • false: no delete protect.

-> NOTE: deletion_protection is valid only when attribute instance_charge_type is set to Postpaid or Serverless, supported engine type: MySQL, PostgreSQL, MariaDB, MSSQL.

  • tcp_connection_type - (Optional, Available since 1.171.0) The availability check method of the instance. Valid values:

    • SHORT: Alibaba Cloud uses short-lived connections to check the availability of the instance.
    • LONG: Alibaba Cloud uses persistent connections to check the availability of the instance.

  • category - (Optional, Available since 1.187.0) The RDS edition of the instance. If you want to create a serverless instance, you must use this value. Valid values:

    • Basic: Basic Edition.
    • HighAvailability: High-availability Edition.
    • AlwaysOn: Cluster Edition.
    • Finance: Enterprise Edition.
    • cluster: MySQL Cluster Edition. (Available since 1.202.0)
    • serverless_basic: RDS Serverless Basic Edition. This edition is available only for instances that run MySQL and PostgreSQL. (Available since 1.200.0)
    • serverless_standard: RDS Serverless Basic Edition. This edition is available only for instances that run MySQL and PostgreSQL. (Available since 1.204.0)
    • serverless_ha: RDS Serverless High-availability Edition for SQL Server. (Available since 1.204.0)

-> NOTE: zone_id_slave_a and zone_id_slave_b can specify slave zone ids when creating the high-availability or enterprise edition instances. Meanwhile, vswitch_id needs to pass in the corresponding vswitch id to the slave zone by order (If the vswitch_id is not specified, the classic network version will be created). For example, zone_id = "zone-a" and zone_id_slave_a = "zone-c", zone_id_slave_b = "zone-b", then the vswitch_id must be "vsw-zone-a,vsw-zone-c,vsw-zone-b". Of course, you can also choose automatic allocation , for example, zone_id = "zone-a" and zone_id_slave_a = "Auto",zone_id_slave_b = "Auto", then the vswitch_id must be "vsw-zone-a,Auto,Auto". The list contains up to 2 slave zone ids , separated by commas.

  • pg_hba_conf - (Optional, Available since 1.155.0) The configuration of AD domain . See pg_hba_conf below.
  • babelfish_port - (Optional, Available since 1.176.0) The TDS port of the instance for which Babelfish is enabled.

-> NOTE: This parameter applies only to ApsaraDB RDS for PostgreSQL instances. For more information about Babelfish for ApsaraDB RDS for PostgreSQL, see Introduction to Babelfish.

  • babelfish_config - (ForceNew, Optional, Available since 1.176.0) The configuration of an ApsaraDB RDS for PostgreSQL instance for which Babelfish is enabled. See babelfish_config below.

-> NOTE: This parameter takes effect only when you create an ApsaraDB RDS for PostgreSQL instance. For more information, see Introduction to Babelfish.

  • vpc_id - (Optional, ForceNew, Available since v1.185.0) The VPC ID of the instance.

-> NOTE: This parameter applies only to ApsaraDB RDS for MySQL instances. For more information about Upgrade the major engine version of an ApsaraDB RDS for MySQL instance, see Upgrade the major engine version of an RDS instance in the ApsaraDB RDS console.

  • effective_time - (Optional, Available since 1.191.0) The method to update the engine version and change. Default value: Immediate. Valid values:

    • Immediate: The change immediately takes effect.
    • MaintainTime: The change takes effect during the specified maintenance window. For more information, see ModifyDBInstanceMaintainTime.

  • serverless_config - (Optional, Available since 1.200.0) The settings of the serverless instance. This parameter is required when you create a serverless instance. This parameter takes effect only when you create an ApsaraDB RDS for Serverless instance. See serverless_config below.

  • role_arn - (ForceNew, Optional, Available since 1.208.0) The Alibaba Cloud Resource Name (ARN) of the RAM role.

-> NOTE: This parameter is not required when you create an instance that runs MySQL, PostgreSQL, or SQL Server. You need to only specify the RoleARN parameter to create an instance that has cloud disk encryption enabled by using the obtained key ID. You can configure RAM authorization to require a RAM user to enable cloud disk encryption when the RAM user is used to create an instance. If cloud disk encryption is disabled during the instance creation, the creation operation fails. To complete the configuration, you can attach the following policy to the RAM user: {"Version":"1","Statement":[{"Effect":"Deny","Action":"rds:CreateDBInstance","Resource":"*","Condition":{"StringEquals":{"rds:DiskEncryptionRequired":"false"}}}]}

  • direction - (Optional, Available since v1.209.1) The instance configuration type. Valid values: ["Up", "Down", "TempUpgrade", "Serverless"]

  • node_id - (Optional, Available since v1.213.1) The globally unique identifier (GUID) of the secondary instance. You can call the DescribeDBInstanceHAConfig operation to query the GUID of the secondary instance.

  • force - (Optional, ForceNew, Available since v1.213.1) Specifies whether to enable forcible switching. Valid values:

    • Yes
    • No

  • db_param_group_id - (Optional, Available since v1.222.0) Parameter template ID. Only MySQL and PostgreSQL support this parameter. If this parameter is not specified, the default parameter template is used. You can also customize a parameter template and use it here.

parameters

The parameters mapping supports the following:

  • name - (Required) The parameter name.
  • value - (Required) The parameter value.

pg_hba_conf

The pg_hba_conf mapping supports the following:

  • type - (Required) The type of connection to the instance. Valid values:
    • host: specifies to verify TCP/IP connections, including SSL connections and non-SSL connections.
    • hostssl: specifies to verify only TCP/IP connections that are established over SSL connections.
    • hostnossl: specifies to verify only TCP/IP connections that are established over non-SSL connections.

-> NOTE: You can set this parameter to hostssl only when SSL encryption is enabled for the instance. For more information, see Configure SSL encryption for an ApsaraDB RDS for PostgreSQL instance.

  • mask - (Optional) The mask of the instance. If the value of the Address parameter is an IP address, you can use this parameter to specify the mask of the IP address.
  • database - (Required) The name of the database that the specified users are allowed to access. If you set this parameter to all, the specified users are allowed to access all databases in the instance. If you specify multiple databases, separate the database names with commas (,).
  • priority_id - (Required) The priority of an AD domain. If you set this parameter to 0, the AD domain has the highest priority. Valid values: 0 to 10000. This parameter is used to identify each AD domain. When you add an AD domain, the value of the PriorityId parameter of the new AD domain cannot be the same as the value of the PriorityId parameter for any existing AD domain. When you modify or delete an AD domain, you must also modify or delete the value of the PriorityId parameter for this AD domain.
  • address - (Required) The IP addresses from which the specified users can access the specified databases. If you set this parameter to 0.0.0.0/0, the specified users are allowed to access the specified databases from all IP addresses.
  • user - (Required) The user that is allowed to access the instance. If you specify multiple users, separate the usernames with commas (,).
  • method - (Required) The authentication method of Lightweight Directory Access Protocol (LDAP). Valid values: trust, reject, scram-sha-256, md5, password, gss, sspi, ldap, radius, cert, pam.
  • option - (Optional) Optional. The value of this parameter is based on the value of the HbaItem.N.Method parameter. In this topic, LDAP is used as an example. You must configure this parameter. For more information, see Authentication Methods.

babelfish_config

The babelfish_config mapping supports the following:

  • babelfish_enabled - (Required, ForceNew) specifies whether to enable the Babelfish for the instance. If you set this parameter to true, you enable Babelfish for the instance. If you leave this parameter empty, you disable Babelfish for the instance.
  • migration_mode - (Required, ForceNew) The migration mode of the instance. Valid values: single-db and multi-db.
  • master_username - (Required, ForceNew) The name of the administrator account. The name can contain lowercase letters, digits, and underscores (_). It must start with a letter and end with a letter or digit. It can be up to 63 characters in length and cannot start with pg.
  • master_user_password - (Required, ForceNew) The password of the administrator account. The password must contain at least three of the following character types: uppercase letters, lowercase letters, digits, and special characters. It must be 8 to 32 characters in length. The password can contain any of the following characters:! @ # $ % ^ & * () _ + - =

serverless_config

The serverless_config mapping supports the following:

  • max_capacity - (Required, Available since 1.200.0) The maximum number of RDS Capacity Units (RCUs). The value of this parameter must be greater than or equal to min_capacity and only supports passing integers. Valid values:

    • MySQL: 1~8
    • SQLServer: 2~8
    • PostgreSQL: 1~12

  • min_capacity - (Required, Available since 1.200.0) The minimum number of RCUs. The value of this parameter must be less than or equal to max_capacity. Valid values:

    • MySQL: 0.5~8
    • SQLServer: 2~8 (Supports integers only).
    • PostgreSQL: 0.5~12

  • auto_pause - (Optional, Available since 1.200.0) Specifies whether to enable the smart startup and stop feature for the serverless instance. Valid values:

    • true: enables the feature.
    • false: disables the feature. This is the default value.
    • Only MySQL Serverless instances need to set this parameter. If there is no connection within 10 minutes, it will enter a paused state and automatically wake up when the connection enters.
    • Terraform does not support automatic start and stop when creating serverless instances, because the instances will automatically become STOPPED after 10 minutes. As a result, the state of the instances will be checked when the apply and other operations are executed. So pass FALSE for the current argument.

  • switch_force - (Optional, Available since 1.200.0) Specifies whether to enable the forced scaling feature for the serverless instance. Valid values:

    • true: enables the feature.
    • false: disables the feature. This is the default value.
    • Only MySQL Serverless instances need to set this parameter. After enabling this parameter, there will be a flash break within 1 minute when the instance is forced to expand or shrink. Please use it with caution according to the actual situation.
    • The elastic scaling of an instance RCU usually takes effect immediately, but in some special circumstances (such as during large transaction execution), it is not possible to complete scaling immediately. In this case, this parameter can be enabled to force scaling.

Attributes Reference

The following attributes are exported:

  • id - The RDS instance ID.
  • connection_string - RDS database connection string.
  • ssl_status - Status of the SSL feature. Yes: SSL is turned on; No: SSL is turned off.
  • db_instance_type - (Available since 1.197.0) The type of db instance.
  • status - (Available since 1.204.1) The status of db instance.
  • create_time - (Available since 1.204.1) The creation time of db instance.

Timeouts

-> NOTE: Available since 1.52.1.

The timeouts block allows you to specify timeouts for certain actions:

  • create - (Defaults to 50 mins) Used when creating the db instance (until it reaches the initial Running status).
  • update - (Defaults to 30 mins) Used when updating the db instance (until it reaches the initial Running status).
  • delete - (Defaults to 30 mins) Used when terminating the db instance.

-> NOTE: If the current instance is an instance of SqlServer _std_ha Standard Edition, you are advised to set the Timeouts time to 100 minutes when releasing the instance.

Import

RDS instance can be imported using the id, e.g.

$ terraform import alicloud_db_instance.example rm-abc12345678








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