com.tencentcloudapi.postgres.v20170312.models.ModifyDBInstanceHAConfigRequest Maven / Gradle / Ivy

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/*
 * Copyright (c) 2017-2018 THL A29 Limited, a Tencent company. All Rights Reserved.
 *
 * Licensed under the Apache License, Version 2.0 (the "License");
 * you may not use this file except in compliance with the License.
 * You may obtain a copy of the License at
 *
 *    http://www.apache.org/licenses/LICENSE-2.0
 *
 * Unless required by applicable law or agreed to in writing, software
 * distributed under the License is distributed on an "AS IS" BASIS,
 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 * See the License for the specific language governing permissions and
 * limitations under the License.
 */
package com.tencentcloudapi.postgres.v20170312.models;

import com.tencentcloudapi.common.AbstractModel;
import com.tencentcloudapi.common.SSEResponseModel;
import com.google.gson.annotations.SerializedName;
import com.google.gson.annotations.Expose;
import java.util.HashMap;

public class ModifyDBInstanceHAConfigRequest extends AbstractModel {

    /**
    * Instance ID
    */
    @SerializedName("DBInstanceId")
    @Expose
    private String DBInstanceId;

    /**
    * Primary-standby sync mode. Valid values:
`Semi-sync`
`Async`

    */
    @SerializedName("SyncMode")
    @Expose
    private String SyncMode;

    /**
    * Maximum data lag for high-availability standby server. The standby node can be promoted to the primary node when its data lag and the delay time are both less than the value of `MaxStandbyLatency` and `MaxStandbyLag` respectively.
Unit: byte
Value range: 1073741824-322122547200
    */
    @SerializedName("MaxStandbyLatency")
    @Expose
    private Long MaxStandbyLatency;

    /**
    * The maximum delay for high-availability standby server The standby node can be promoted to the primary node when its data lag and the delay time are both less or equals to the value of `MaxStandbyLatency` and `MaxStandbyLag` respectively.
Unit: s
Value range: 5-10
    */
    @SerializedName("MaxStandbyLag")
    @Expose
    private Long MaxStandbyLag;

    /**
    * Maximum data sync lag for standby server. If data lag of the standby node and the delay ime are both less than or equals to the values of `MaxSyncStandbyLatency` and `MaxSyncStandbyLag`, the standby server adopts semi-sync replication; if not, it adopts async replication.
This value is only valid for the instance with `SyncMode` set to `Semi-sync`.
When the semi-sync replication mode of the instance is not allowed to downgrade to async replication, `MaxSyncStandbyLatency` and `MaxSyncStandbyLag` are not required.
When the semi-sync instance is allowed to downgrade to async replication, `MaxSyncStandbyLatency` is required and `MaxSyncStandbyLag` must be left empty for PostgreSQL 9; `MaxSyncStandbyLatency` and MaxSyncStandbyLag` are required for PostgreSQL 10 and later.
    */
    @SerializedName("MaxSyncStandbyLatency")
    @Expose
    private Long MaxSyncStandbyLatency;

    /**
    * Maximum delay for sync standby server. If the delay time for standby server and the data lag are both less than or equals to the value of `MaxSyncStandbyLag` and `MaxSyncStandbyLatency` respectively, the standby server adopts sync replication mode; if not, it adopts async replication.
This value is only valid for the instance with `SyncMode` set to `Semi-sync`.
When the semi-sync replication mode of the instance is not allowed to downgrade to async replication, `MaxSyncStandbyLatency` and `MaxSyncStandbyLag` are not required.
When the semi-sync instance is allowed to downgrade to async replication, `MaxSyncStandbyLatency` is required and `MaxSyncStandbyLag` must be left empty for PostgreSQL 9; `MaxSyncStandbyLatency` and MaxSyncStandbyLag` are required for PostgreSQL 10 and later.
    */
    @SerializedName("MaxSyncStandbyLag")
    @Expose
    private Long MaxSyncStandbyLag;

    /**
     * Get Instance ID 
     * @return DBInstanceId Instance ID
     */
    public String getDBInstanceId() {
        return this.DBInstanceId;
    }

    /**
     * Set Instance ID
     * @param DBInstanceId Instance ID
     */
    public void setDBInstanceId(String DBInstanceId) {
        this.DBInstanceId = DBInstanceId;
    }

    /**
     * Get Primary-standby sync mode. Valid values:
`Semi-sync`
`Async`
 
     * @return SyncMode Primary-standby sync mode. Valid values:
`Semi-sync`
`Async`

     */
    public String getSyncMode() {
        return this.SyncMode;
    }

    /**
     * Set Primary-standby sync mode. Valid values:
`Semi-sync`
`Async`

     * @param SyncMode Primary-standby sync mode. Valid values:
`Semi-sync`
`Async`

     */
    public void setSyncMode(String SyncMode) {
        this.SyncMode = SyncMode;
    }

    /**
     * Get Maximum data lag for high-availability standby server. The standby node can be promoted to the primary node when its data lag and the delay time are both less than the value of `MaxStandbyLatency` and `MaxStandbyLag` respectively.
Unit: byte
Value range: 1073741824-322122547200 
     * @return MaxStandbyLatency Maximum data lag for high-availability standby server. The standby node can be promoted to the primary node when its data lag and the delay time are both less than the value of `MaxStandbyLatency` and `MaxStandbyLag` respectively.
Unit: byte
Value range: 1073741824-322122547200
     */
    public Long getMaxStandbyLatency() {
        return this.MaxStandbyLatency;
    }

    /**
     * Set Maximum data lag for high-availability standby server. The standby node can be promoted to the primary node when its data lag and the delay time are both less than the value of `MaxStandbyLatency` and `MaxStandbyLag` respectively.
Unit: byte
Value range: 1073741824-322122547200
     * @param MaxStandbyLatency Maximum data lag for high-availability standby server. The standby node can be promoted to the primary node when its data lag and the delay time are both less than the value of `MaxStandbyLatency` and `MaxStandbyLag` respectively.
Unit: byte
Value range: 1073741824-322122547200
     */
    public void setMaxStandbyLatency(Long MaxStandbyLatency) {
        this.MaxStandbyLatency = MaxStandbyLatency;
    }

    /**
     * Get The maximum delay for high-availability standby server The standby node can be promoted to the primary node when its data lag and the delay time are both less or equals to the value of `MaxStandbyLatency` and `MaxStandbyLag` respectively.
Unit: s
Value range: 5-10 
     * @return MaxStandbyLag The maximum delay for high-availability standby server The standby node can be promoted to the primary node when its data lag and the delay time are both less or equals to the value of `MaxStandbyLatency` and `MaxStandbyLag` respectively.
Unit: s
Value range: 5-10
     */
    public Long getMaxStandbyLag() {
        return this.MaxStandbyLag;
    }

    /**
     * Set The maximum delay for high-availability standby server The standby node can be promoted to the primary node when its data lag and the delay time are both less or equals to the value of `MaxStandbyLatency` and `MaxStandbyLag` respectively.
Unit: s
Value range: 5-10
     * @param MaxStandbyLag The maximum delay for high-availability standby server The standby node can be promoted to the primary node when its data lag and the delay time are both less or equals to the value of `MaxStandbyLatency` and `MaxStandbyLag` respectively.
Unit: s
Value range: 5-10
     */
    public void setMaxStandbyLag(Long MaxStandbyLag) {
        this.MaxStandbyLag = MaxStandbyLag;
    }

    /**
     * Get Maximum data sync lag for standby server. If data lag of the standby node and the delay ime are both less than or equals to the values of `MaxSyncStandbyLatency` and `MaxSyncStandbyLag`, the standby server adopts semi-sync replication; if not, it adopts async replication.
This value is only valid for the instance with `SyncMode` set to `Semi-sync`.
When the semi-sync replication mode of the instance is not allowed to downgrade to async replication, `MaxSyncStandbyLatency` and `MaxSyncStandbyLag` are not required.
When the semi-sync instance is allowed to downgrade to async replication, `MaxSyncStandbyLatency` is required and `MaxSyncStandbyLag` must be left empty for PostgreSQL 9; `MaxSyncStandbyLatency` and MaxSyncStandbyLag` are required for PostgreSQL 10 and later. 
     * @return MaxSyncStandbyLatency Maximum data sync lag for standby server. If data lag of the standby node and the delay ime are both less than or equals to the values of `MaxSyncStandbyLatency` and `MaxSyncStandbyLag`, the standby server adopts semi-sync replication; if not, it adopts async replication.
This value is only valid for the instance with `SyncMode` set to `Semi-sync`.
When the semi-sync replication mode of the instance is not allowed to downgrade to async replication, `MaxSyncStandbyLatency` and `MaxSyncStandbyLag` are not required.
When the semi-sync instance is allowed to downgrade to async replication, `MaxSyncStandbyLatency` is required and `MaxSyncStandbyLag` must be left empty for PostgreSQL 9; `MaxSyncStandbyLatency` and MaxSyncStandbyLag` are required for PostgreSQL 10 and later.
     */
    public Long getMaxSyncStandbyLatency() {
        return this.MaxSyncStandbyLatency;
    }

    /**
     * Set Maximum data sync lag for standby server. If data lag of the standby node and the delay ime are both less than or equals to the values of `MaxSyncStandbyLatency` and `MaxSyncStandbyLag`, the standby server adopts semi-sync replication; if not, it adopts async replication.
This value is only valid for the instance with `SyncMode` set to `Semi-sync`.
When the semi-sync replication mode of the instance is not allowed to downgrade to async replication, `MaxSyncStandbyLatency` and `MaxSyncStandbyLag` are not required.
When the semi-sync instance is allowed to downgrade to async replication, `MaxSyncStandbyLatency` is required and `MaxSyncStandbyLag` must be left empty for PostgreSQL 9; `MaxSyncStandbyLatency` and MaxSyncStandbyLag` are required for PostgreSQL 10 and later.
     * @param MaxSyncStandbyLatency Maximum data sync lag for standby server. If data lag of the standby node and the delay ime are both less than or equals to the values of `MaxSyncStandbyLatency` and `MaxSyncStandbyLag`, the standby server adopts semi-sync replication; if not, it adopts async replication.
This value is only valid for the instance with `SyncMode` set to `Semi-sync`.
When the semi-sync replication mode of the instance is not allowed to downgrade to async replication, `MaxSyncStandbyLatency` and `MaxSyncStandbyLag` are not required.
When the semi-sync instance is allowed to downgrade to async replication, `MaxSyncStandbyLatency` is required and `MaxSyncStandbyLag` must be left empty for PostgreSQL 9; `MaxSyncStandbyLatency` and MaxSyncStandbyLag` are required for PostgreSQL 10 and later.
     */
    public void setMaxSyncStandbyLatency(Long MaxSyncStandbyLatency) {
        this.MaxSyncStandbyLatency = MaxSyncStandbyLatency;
    }

    /**
     * Get Maximum delay for sync standby server. If the delay time for standby server and the data lag are both less than or equals to the value of `MaxSyncStandbyLag` and `MaxSyncStandbyLatency` respectively, the standby server adopts sync replication mode; if not, it adopts async replication.
This value is only valid for the instance with `SyncMode` set to `Semi-sync`.
When the semi-sync replication mode of the instance is not allowed to downgrade to async replication, `MaxSyncStandbyLatency` and `MaxSyncStandbyLag` are not required.
When the semi-sync instance is allowed to downgrade to async replication, `MaxSyncStandbyLatency` is required and `MaxSyncStandbyLag` must be left empty for PostgreSQL 9; `MaxSyncStandbyLatency` and MaxSyncStandbyLag` are required for PostgreSQL 10 and later. 
     * @return MaxSyncStandbyLag Maximum delay for sync standby server. If the delay time for standby server and the data lag are both less than or equals to the value of `MaxSyncStandbyLag` and `MaxSyncStandbyLatency` respectively, the standby server adopts sync replication mode; if not, it adopts async replication.
This value is only valid for the instance with `SyncMode` set to `Semi-sync`.
When the semi-sync replication mode of the instance is not allowed to downgrade to async replication, `MaxSyncStandbyLatency` and `MaxSyncStandbyLag` are not required.
When the semi-sync instance is allowed to downgrade to async replication, `MaxSyncStandbyLatency` is required and `MaxSyncStandbyLag` must be left empty for PostgreSQL 9; `MaxSyncStandbyLatency` and MaxSyncStandbyLag` are required for PostgreSQL 10 and later.
     */
    public Long getMaxSyncStandbyLag() {
        return this.MaxSyncStandbyLag;
    }

    /**
     * Set Maximum delay for sync standby server. If the delay time for standby server and the data lag are both less than or equals to the value of `MaxSyncStandbyLag` and `MaxSyncStandbyLatency` respectively, the standby server adopts sync replication mode; if not, it adopts async replication.
This value is only valid for the instance with `SyncMode` set to `Semi-sync`.
When the semi-sync replication mode of the instance is not allowed to downgrade to async replication, `MaxSyncStandbyLatency` and `MaxSyncStandbyLag` are not required.
When the semi-sync instance is allowed to downgrade to async replication, `MaxSyncStandbyLatency` is required and `MaxSyncStandbyLag` must be left empty for PostgreSQL 9; `MaxSyncStandbyLatency` and MaxSyncStandbyLag` are required for PostgreSQL 10 and later.
     * @param MaxSyncStandbyLag Maximum delay for sync standby server. If the delay time for standby server and the data lag are both less than or equals to the value of `MaxSyncStandbyLag` and `MaxSyncStandbyLatency` respectively, the standby server adopts sync replication mode; if not, it adopts async replication.
This value is only valid for the instance with `SyncMode` set to `Semi-sync`.
When the semi-sync replication mode of the instance is not allowed to downgrade to async replication, `MaxSyncStandbyLatency` and `MaxSyncStandbyLag` are not required.
When the semi-sync instance is allowed to downgrade to async replication, `MaxSyncStandbyLatency` is required and `MaxSyncStandbyLag` must be left empty for PostgreSQL 9; `MaxSyncStandbyLatency` and MaxSyncStandbyLag` are required for PostgreSQL 10 and later.
     */
    public void setMaxSyncStandbyLag(Long MaxSyncStandbyLag) {
        this.MaxSyncStandbyLag = MaxSyncStandbyLag;
    }

    public ModifyDBInstanceHAConfigRequest() {
    }

    /**
     * NOTE: Any ambiguous key set via .set("AnyKey", "value") will be a shallow copy,
     *       and any explicit key, i.e Foo, set via .setFoo("value") will be a deep copy.
     */
    public ModifyDBInstanceHAConfigRequest(ModifyDBInstanceHAConfigRequest source) {
        if (source.DBInstanceId != null) {
            this.DBInstanceId = new String(source.DBInstanceId);
        }
        if (source.SyncMode != null) {
            this.SyncMode = new String(source.SyncMode);
        }
        if (source.MaxStandbyLatency != null) {
            this.MaxStandbyLatency = new Long(source.MaxStandbyLatency);
        }
        if (source.MaxStandbyLag != null) {
            this.MaxStandbyLag = new Long(source.MaxStandbyLag);
        }
        if (source.MaxSyncStandbyLatency != null) {
            this.MaxSyncStandbyLatency = new Long(source.MaxSyncStandbyLatency);
        }
        if (source.MaxSyncStandbyLag != null) {
            this.MaxSyncStandbyLag = new Long(source.MaxSyncStandbyLag);
        }
    }


    /**
     * Internal implementation, normal users should not use it.
     */
    public void toMap(HashMap map, String prefix) {
        this.setParamSimple(map, prefix + "DBInstanceId", this.DBInstanceId);
        this.setParamSimple(map, prefix + "SyncMode", this.SyncMode);
        this.setParamSimple(map, prefix + "MaxStandbyLatency", this.MaxStandbyLatency);
        this.setParamSimple(map, prefix + "MaxStandbyLag", this.MaxStandbyLag);
        this.setParamSimple(map, prefix + "MaxSyncStandbyLatency", this.MaxSyncStandbyLatency);
        this.setParamSimple(map, prefix + "MaxSyncStandbyLag", this.MaxSyncStandbyLag);

    }
}