com.tencentcloudapi.sqlserver.v20180328.models.InquiryPriceCreateDBInstancesRequest Maven / Gradle / Ivy
/*
* 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.sqlserver.v20180328.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 InquiryPriceCreateDBInstancesRequest extends AbstractModel {
/**
* AZ ID, which can be obtained through the `Zone` field in the returned value of the `DescribeZones` API
*/
@SerializedName("Zone")
@Expose
private String Zone;
/**
* Memory size in GB
*/
@SerializedName("Memory")
@Expose
private Long Memory;
/**
* Instance capacity in GB
*/
@SerializedName("Storage")
@Expose
private Long Storage;
/**
* Billing type. Valid value: POSTPAID.
*/
@SerializedName("InstanceChargeType")
@Expose
private String InstanceChargeType;
/**
* Length of purchase in months. Value range: 1-48. Default value: 1
*/
@SerializedName("Period")
@Expose
private Long Period;
/**
* Number of instances purchased at a time. Value range: 1-100. Default value: 1
*/
@SerializedName("GoodsNum")
@Expose
private Long GoodsNum;
/**
* SQL version. Valid values: `2008R2` (SQL Server 2008 R2 Enterprise), `2012SP3` (SQL Server 2012 Enterprise), `201202` (SQL Server 2012 Standard), `2014SP2` (SQL Server 2014 Enterprise), `201402` (SQL Server 2014 Standard)`, `2016SP1` (SQL Server 2016 Enterprise), `201602` (SQL Server 2016 Standard), `2017` (SQL Server 2017 Enterprise), `201702` (SQL Server 2017 Standard), `2019` (SQL Server 2019 Enterprise), `201902` (SQL Server 2019 Standard). Default value: `2008R2`. The purchasable version varies by region. It can be queried by the `DescribeProductConfig` API.
*/
@SerializedName("DBVersion")
@Expose
private String DBVersion;
/**
* The number of CPU cores of the instance you want to purchase.
*/
@SerializedName("Cpu")
@Expose
private Long Cpu;
/**
* The type of instance to be purchased. Valid values: `HA` (high-availability edition, including dual-server high-availability and AlwaysOn cluster u200deditionu200d), `RO` (read-only replica edition), `SI` (single-node edition), `cvmHA` (dual-server high-availability edition u200dfor CVM), `cvmRO` (read-only edition u200dfor CVM).
*/
@SerializedName("InstanceType")
@Expose
private String InstanceType;
/**
* The host type of the instance to be purchased. Valid values: `PM` (physical machine), `CLOUD_PREMIUM` (virtual machine with premium cloud disk), `CLOUD_SSD` (virtual machine with SSD),
`CLOUD_HSSD` (virtual machine with enhanced SSD), `CLOUD_TSSD` (virtual machine with ulTra SSD), `CLOUD_BSSD` (virtual machine with balanced SSD).
*/
@SerializedName("MachineType")
@Expose
private String MachineType;
/**
* Get AZ ID, which can be obtained through the `Zone` field in the returned value of the `DescribeZones` API
* @return Zone AZ ID, which can be obtained through the `Zone` field in the returned value of the `DescribeZones` API
*/
public String getZone() {
return this.Zone;
}
/**
* Set AZ ID, which can be obtained through the `Zone` field in the returned value of the `DescribeZones` API
* @param Zone AZ ID, which can be obtained through the `Zone` field in the returned value of the `DescribeZones` API
*/
public void setZone(String Zone) {
this.Zone = Zone;
}
/**
* Get Memory size in GB
* @return Memory Memory size in GB
*/
public Long getMemory() {
return this.Memory;
}
/**
* Set Memory size in GB
* @param Memory Memory size in GB
*/
public void setMemory(Long Memory) {
this.Memory = Memory;
}
/**
* Get Instance capacity in GB
* @return Storage Instance capacity in GB
*/
public Long getStorage() {
return this.Storage;
}
/**
* Set Instance capacity in GB
* @param Storage Instance capacity in GB
*/
public void setStorage(Long Storage) {
this.Storage = Storage;
}
/**
* Get Billing type. Valid value: POSTPAID.
* @return InstanceChargeType Billing type. Valid value: POSTPAID.
*/
public String getInstanceChargeType() {
return this.InstanceChargeType;
}
/**
* Set Billing type. Valid value: POSTPAID.
* @param InstanceChargeType Billing type. Valid value: POSTPAID.
*/
public void setInstanceChargeType(String InstanceChargeType) {
this.InstanceChargeType = InstanceChargeType;
}
/**
* Get Length of purchase in months. Value range: 1-48. Default value: 1
* @return Period Length of purchase in months. Value range: 1-48. Default value: 1
*/
public Long getPeriod() {
return this.Period;
}
/**
* Set Length of purchase in months. Value range: 1-48. Default value: 1
* @param Period Length of purchase in months. Value range: 1-48. Default value: 1
*/
public void setPeriod(Long Period) {
this.Period = Period;
}
/**
* Get Number of instances purchased at a time. Value range: 1-100. Default value: 1
* @return GoodsNum Number of instances purchased at a time. Value range: 1-100. Default value: 1
*/
public Long getGoodsNum() {
return this.GoodsNum;
}
/**
* Set Number of instances purchased at a time. Value range: 1-100. Default value: 1
* @param GoodsNum Number of instances purchased at a time. Value range: 1-100. Default value: 1
*/
public void setGoodsNum(Long GoodsNum) {
this.GoodsNum = GoodsNum;
}
/**
* Get SQL version. Valid values: `2008R2` (SQL Server 2008 R2 Enterprise), `2012SP3` (SQL Server 2012 Enterprise), `201202` (SQL Server 2012 Standard), `2014SP2` (SQL Server 2014 Enterprise), `201402` (SQL Server 2014 Standard)`, `2016SP1` (SQL Server 2016 Enterprise), `201602` (SQL Server 2016 Standard), `2017` (SQL Server 2017 Enterprise), `201702` (SQL Server 2017 Standard), `2019` (SQL Server 2019 Enterprise), `201902` (SQL Server 2019 Standard). Default value: `2008R2`. The purchasable version varies by region. It can be queried by the `DescribeProductConfig` API.
* @return DBVersion SQL version. Valid values: `2008R2` (SQL Server 2008 R2 Enterprise), `2012SP3` (SQL Server 2012 Enterprise), `201202` (SQL Server 2012 Standard), `2014SP2` (SQL Server 2014 Enterprise), `201402` (SQL Server 2014 Standard)`, `2016SP1` (SQL Server 2016 Enterprise), `201602` (SQL Server 2016 Standard), `2017` (SQL Server 2017 Enterprise), `201702` (SQL Server 2017 Standard), `2019` (SQL Server 2019 Enterprise), `201902` (SQL Server 2019 Standard). Default value: `2008R2`. The purchasable version varies by region. It can be queried by the `DescribeProductConfig` API.
*/
public String getDBVersion() {
return this.DBVersion;
}
/**
* Set SQL version. Valid values: `2008R2` (SQL Server 2008 R2 Enterprise), `2012SP3` (SQL Server 2012 Enterprise), `201202` (SQL Server 2012 Standard), `2014SP2` (SQL Server 2014 Enterprise), `201402` (SQL Server 2014 Standard)`, `2016SP1` (SQL Server 2016 Enterprise), `201602` (SQL Server 2016 Standard), `2017` (SQL Server 2017 Enterprise), `201702` (SQL Server 2017 Standard), `2019` (SQL Server 2019 Enterprise), `201902` (SQL Server 2019 Standard). Default value: `2008R2`. The purchasable version varies by region. It can be queried by the `DescribeProductConfig` API.
* @param DBVersion SQL version. Valid values: `2008R2` (SQL Server 2008 R2 Enterprise), `2012SP3` (SQL Server 2012 Enterprise), `201202` (SQL Server 2012 Standard), `2014SP2` (SQL Server 2014 Enterprise), `201402` (SQL Server 2014 Standard)`, `2016SP1` (SQL Server 2016 Enterprise), `201602` (SQL Server 2016 Standard), `2017` (SQL Server 2017 Enterprise), `201702` (SQL Server 2017 Standard), `2019` (SQL Server 2019 Enterprise), `201902` (SQL Server 2019 Standard). Default value: `2008R2`. The purchasable version varies by region. It can be queried by the `DescribeProductConfig` API.
*/
public void setDBVersion(String DBVersion) {
this.DBVersion = DBVersion;
}
/**
* Get The number of CPU cores of the instance you want to purchase.
* @return Cpu The number of CPU cores of the instance you want to purchase.
*/
public Long getCpu() {
return this.Cpu;
}
/**
* Set The number of CPU cores of the instance you want to purchase.
* @param Cpu The number of CPU cores of the instance you want to purchase.
*/
public void setCpu(Long Cpu) {
this.Cpu = Cpu;
}
/**
* Get The type of instance to be purchased. Valid values: `HA` (high-availability edition, including dual-server high-availability and AlwaysOn cluster u200deditionu200d), `RO` (read-only replica edition), `SI` (single-node edition), `cvmHA` (dual-server high-availability edition u200dfor CVM), `cvmRO` (read-only edition u200dfor CVM).
* @return InstanceType The type of instance to be purchased. Valid values: `HA` (high-availability edition, including dual-server high-availability and AlwaysOn cluster u200deditionu200d), `RO` (read-only replica edition), `SI` (single-node edition), `cvmHA` (dual-server high-availability edition u200dfor CVM), `cvmRO` (read-only edition u200dfor CVM).
*/
public String getInstanceType() {
return this.InstanceType;
}
/**
* Set The type of instance to be purchased. Valid values: `HA` (high-availability edition, including dual-server high-availability and AlwaysOn cluster u200deditionu200d), `RO` (read-only replica edition), `SI` (single-node edition), `cvmHA` (dual-server high-availability edition u200dfor CVM), `cvmRO` (read-only edition u200dfor CVM).
* @param InstanceType The type of instance to be purchased. Valid values: `HA` (high-availability edition, including dual-server high-availability and AlwaysOn cluster u200deditionu200d), `RO` (read-only replica edition), `SI` (single-node edition), `cvmHA` (dual-server high-availability edition u200dfor CVM), `cvmRO` (read-only edition u200dfor CVM).
*/
public void setInstanceType(String InstanceType) {
this.InstanceType = InstanceType;
}
/**
* Get The host type of the instance to be purchased. Valid values: `PM` (physical machine), `CLOUD_PREMIUM` (virtual machine with premium cloud disk), `CLOUD_SSD` (virtual machine with SSD),
`CLOUD_HSSD` (virtual machine with enhanced SSD), `CLOUD_TSSD` (virtual machine with ulTra SSD), `CLOUD_BSSD` (virtual machine with balanced SSD).
* @return MachineType The host type of the instance to be purchased. Valid values: `PM` (physical machine), `CLOUD_PREMIUM` (virtual machine with premium cloud disk), `CLOUD_SSD` (virtual machine with SSD),
`CLOUD_HSSD` (virtual machine with enhanced SSD), `CLOUD_TSSD` (virtual machine with ulTra SSD), `CLOUD_BSSD` (virtual machine with balanced SSD).
*/
public String getMachineType() {
return this.MachineType;
}
/**
* Set The host type of the instance to be purchased. Valid values: `PM` (physical machine), `CLOUD_PREMIUM` (virtual machine with premium cloud disk), `CLOUD_SSD` (virtual machine with SSD),
`CLOUD_HSSD` (virtual machine with enhanced SSD), `CLOUD_TSSD` (virtual machine with ulTra SSD), `CLOUD_BSSD` (virtual machine with balanced SSD).
* @param MachineType The host type of the instance to be purchased. Valid values: `PM` (physical machine), `CLOUD_PREMIUM` (virtual machine with premium cloud disk), `CLOUD_SSD` (virtual machine with SSD),
`CLOUD_HSSD` (virtual machine with enhanced SSD), `CLOUD_TSSD` (virtual machine with ulTra SSD), `CLOUD_BSSD` (virtual machine with balanced SSD).
*/
public void setMachineType(String MachineType) {
this.MachineType = MachineType;
}
public InquiryPriceCreateDBInstancesRequest() {
}
/**
* 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 InquiryPriceCreateDBInstancesRequest(InquiryPriceCreateDBInstancesRequest source) {
if (source.Zone != null) {
this.Zone = new String(source.Zone);
}
if (source.Memory != null) {
this.Memory = new Long(source.Memory);
}
if (source.Storage != null) {
this.Storage = new Long(source.Storage);
}
if (source.InstanceChargeType != null) {
this.InstanceChargeType = new String(source.InstanceChargeType);
}
if (source.Period != null) {
this.Period = new Long(source.Period);
}
if (source.GoodsNum != null) {
this.GoodsNum = new Long(source.GoodsNum);
}
if (source.DBVersion != null) {
this.DBVersion = new String(source.DBVersion);
}
if (source.Cpu != null) {
this.Cpu = new Long(source.Cpu);
}
if (source.InstanceType != null) {
this.InstanceType = new String(source.InstanceType);
}
if (source.MachineType != null) {
this.MachineType = new String(source.MachineType);
}
}
/**
* Internal implementation, normal users should not use it.
*/
public void toMap(HashMap map, String prefix) {
this.setParamSimple(map, prefix + "Zone", this.Zone);
this.setParamSimple(map, prefix + "Memory", this.Memory);
this.setParamSimple(map, prefix + "Storage", this.Storage);
this.setParamSimple(map, prefix + "InstanceChargeType", this.InstanceChargeType);
this.setParamSimple(map, prefix + "Period", this.Period);
this.setParamSimple(map, prefix + "GoodsNum", this.GoodsNum);
this.setParamSimple(map, prefix + "DBVersion", this.DBVersion);
this.setParamSimple(map, prefix + "Cpu", this.Cpu);
this.setParamSimple(map, prefix + "InstanceType", this.InstanceType);
this.setParamSimple(map, prefix + "MachineType", this.MachineType);
}
}
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