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Tencent Cloud API SDK for Java
/*
* 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.dlc.v20210125.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 CreateDataEngineRequest extends AbstractModel {
/**
* The engine type. Valid values: `spark` and `presto`.
*/
@SerializedName("EngineType")
@Expose
private String EngineType;
/**
* The name of the virtual cluster.
*/
@SerializedName("DataEngineName")
@Expose
private String DataEngineName;
/**
* The cluster type. Valid values: `spark_private`, `presto_private`, `presto_cu`, and `spark_cu`.
*/
@SerializedName("ClusterType")
@Expose
private String ClusterType;
/**
* The billing mode. Valid values: `0` (shared engine), `1` (pay-as-you-go), and `2` (monthly subscription).
*/
@SerializedName("Mode")
@Expose
private Long Mode;
/**
* Whether to automatically start the clusters.
*/
@SerializedName("AutoResume")
@Expose
private Boolean AutoResume;
/**
* The minimum number of clusters.
*/
@SerializedName("MinClusters")
@Expose
private Long MinClusters;
/**
* The maximum number of clusters.
*/
@SerializedName("MaxClusters")
@Expose
private Long MaxClusters;
/**
* Whether the cluster is the default one.
*/
@SerializedName("DefaultDataEngine")
@Expose
private Boolean DefaultDataEngine;
/**
* The VPC CIDR block.
*/
@SerializedName("CidrBlock")
@Expose
private String CidrBlock;
/**
* The description.
*/
@SerializedName("Message")
@Expose
private String Message;
/**
* The cluster size.
*/
@SerializedName("Size")
@Expose
private Long Size;
/**
* The pay mode. Valid value: `0` (postpaid, default) and `1` (prepaid) (currently not available).
*/
@SerializedName("PayMode")
@Expose
private Long PayMode;
/**
* The usage duration of the resource. Postpaid: Fill in 3,600 as a fixed figure; prepaid: fill in a figure equal to or bigger than 1 which means purchasing resources for one month. The maximum figure is not bigger than 120. The default value is 1.
*/
@SerializedName("TimeSpan")
@Expose
private Long TimeSpan;
/**
* The unit of the resource period. Valid values: `s` (default) for the postpaid mode and `m` for the prepaid mode.
*/
@SerializedName("TimeUnit")
@Expose
private String TimeUnit;
/**
* The auto-renewal status of the resource. For the postpaid mode, no renewal is required, and the value is fixed to `0`. For the prepaid mode, valid values are `0` (manual), `1` (auto), and `2` (no renewal). If this parameter is set to `0` for a key account in the prepaid mode, auto-renewal applies. It defaults to `0`.
*/
@SerializedName("AutoRenew")
@Expose
private Long AutoRenew;
/**
* The tags to be set for the resource being created.
*/
@SerializedName("Tags")
@Expose
private TagInfo [] Tags;
/**
* Whether to automatically suspend clusters. Valid values: `false` (default, no) and `true` (yes).
*/
@SerializedName("AutoSuspend")
@Expose
private Boolean AutoSuspend;
/**
* Whether to enable scheduled start and suspension of clusters. Valid values: `0` (disable) and `1` (enable). Note: This policy and the auto-suspension policy are mutually exclusive.
*/
@SerializedName("CrontabResumeSuspend")
@Expose
private Long CrontabResumeSuspend;
/**
* The complex policy for scheduled start and suspension, including the start/suspension time and suspension policy.
*/
@SerializedName("CrontabResumeSuspendStrategy")
@Expose
private CrontabResumeSuspendStrategy CrontabResumeSuspendStrategy;
/**
* The type of tasks to be executed by the engine, which defaults to SQL. Valid values: `SQL` and `BATCH`.
*/
@SerializedName("EngineExecType")
@Expose
private String EngineExecType;
/**
* The max task concurrency of a cluster, which defaults to 5.
*/
@SerializedName("MaxConcurrency")
@Expose
private Long MaxConcurrency;
/**
* The task queue time limit, which defaults to 0. When the actual queue time exceeds the value set here, scale-out may be triggered. Setting this parameter to 0 represents that scale-out may be triggered immediately after a task queues up.
*/
@SerializedName("TolerableQueueTime")
@Expose
private Long TolerableQueueTime;
/**
* The cluster auto-suspension time, which defaults to 10 min.
*/
@SerializedName("AutoSuspendTime")
@Expose
private Long AutoSuspendTime;
/**
* The resource type. Valid values: `Standard_CU` (standard) and `Memory_CU` (memory).
*/
@SerializedName("ResourceType")
@Expose
private String ResourceType;
/**
* The advanced configurations of clusters.
*/
@SerializedName("DataEngineConfigPairs")
@Expose
private DataEngineConfigPair [] DataEngineConfigPairs;
/**
* The version name of cluster image, such as SuperSQL-P 1.1 and SuperSQL-S 3.2. If no value is passed in, a cluster is created using the latest image version.
*/
@SerializedName("ImageVersionName")
@Expose
private String ImageVersionName;
/**
* The primary cluster, which is specified when a failover cluster is created.
*/
@SerializedName("MainClusterName")
@Expose
private String MainClusterName;
/**
* Whether to enable the scaling feature for a monthly subscribed Spark job cluster.
*/
@SerializedName("ElasticSwitch")
@Expose
private Boolean ElasticSwitch;
/**
* The upper limit (in CUs) for scaling of the monthly subscribed Spark job cluster.
*/
@SerializedName("ElasticLimit")
@Expose
private Long ElasticLimit;
/**
* The session resource configuration template for a Spark job cluster.
*/
@SerializedName("SessionResourceTemplate")
@Expose
private SessionResourceTemplate SessionResourceTemplate;
/**
* Automatically grant permissions
*/
@SerializedName("AutoAuthorization")
@Expose
private Boolean AutoAuthorization;
/**
* Engine network ID
*/
@SerializedName("EngineNetworkId")
@Expose
private String EngineNetworkId;
/**
* Generation of the engine. SuperSQL means the supersql engine while Native means the standard engine. It is SuperSQL by default.
*/
@SerializedName("EngineGeneration")
@Expose
private String EngineGeneration;
/**
* Get The engine type. Valid values: `spark` and `presto`.
* @return EngineType The engine type. Valid values: `spark` and `presto`.
*/
public String getEngineType() {
return this.EngineType;
}
/**
* Set The engine type. Valid values: `spark` and `presto`.
* @param EngineType The engine type. Valid values: `spark` and `presto`.
*/
public void setEngineType(String EngineType) {
this.EngineType = EngineType;
}
/**
* Get The name of the virtual cluster.
* @return DataEngineName The name of the virtual cluster.
*/
public String getDataEngineName() {
return this.DataEngineName;
}
/**
* Set The name of the virtual cluster.
* @param DataEngineName The name of the virtual cluster.
*/
public void setDataEngineName(String DataEngineName) {
this.DataEngineName = DataEngineName;
}
/**
* Get The cluster type. Valid values: `spark_private`, `presto_private`, `presto_cu`, and `spark_cu`.
* @return ClusterType The cluster type. Valid values: `spark_private`, `presto_private`, `presto_cu`, and `spark_cu`.
*/
public String getClusterType() {
return this.ClusterType;
}
/**
* Set The cluster type. Valid values: `spark_private`, `presto_private`, `presto_cu`, and `spark_cu`.
* @param ClusterType The cluster type. Valid values: `spark_private`, `presto_private`, `presto_cu`, and `spark_cu`.
*/
public void setClusterType(String ClusterType) {
this.ClusterType = ClusterType;
}
/**
* Get The billing mode. Valid values: `0` (shared engine), `1` (pay-as-you-go), and `2` (monthly subscription).
* @return Mode The billing mode. Valid values: `0` (shared engine), `1` (pay-as-you-go), and `2` (monthly subscription).
*/
public Long getMode() {
return this.Mode;
}
/**
* Set The billing mode. Valid values: `0` (shared engine), `1` (pay-as-you-go), and `2` (monthly subscription).
* @param Mode The billing mode. Valid values: `0` (shared engine), `1` (pay-as-you-go), and `2` (monthly subscription).
*/
public void setMode(Long Mode) {
this.Mode = Mode;
}
/**
* Get Whether to automatically start the clusters.
* @return AutoResume Whether to automatically start the clusters.
*/
public Boolean getAutoResume() {
return this.AutoResume;
}
/**
* Set Whether to automatically start the clusters.
* @param AutoResume Whether to automatically start the clusters.
*/
public void setAutoResume(Boolean AutoResume) {
this.AutoResume = AutoResume;
}
/**
* Get The minimum number of clusters.
* @return MinClusters The minimum number of clusters.
*/
public Long getMinClusters() {
return this.MinClusters;
}
/**
* Set The minimum number of clusters.
* @param MinClusters The minimum number of clusters.
*/
public void setMinClusters(Long MinClusters) {
this.MinClusters = MinClusters;
}
/**
* Get The maximum number of clusters.
* @return MaxClusters The maximum number of clusters.
*/
public Long getMaxClusters() {
return this.MaxClusters;
}
/**
* Set The maximum number of clusters.
* @param MaxClusters The maximum number of clusters.
*/
public void setMaxClusters(Long MaxClusters) {
this.MaxClusters = MaxClusters;
}
/**
* Get Whether the cluster is the default one.
* @return DefaultDataEngine Whether the cluster is the default one.
* @deprecated
*/
@Deprecated
public Boolean getDefaultDataEngine() {
return this.DefaultDataEngine;
}
/**
* Set Whether the cluster is the default one.
* @param DefaultDataEngine Whether the cluster is the default one.
* @deprecated
*/
@Deprecated
public void setDefaultDataEngine(Boolean DefaultDataEngine) {
this.DefaultDataEngine = DefaultDataEngine;
}
/**
* Get The VPC CIDR block.
* @return CidrBlock The VPC CIDR block.
*/
public String getCidrBlock() {
return this.CidrBlock;
}
/**
* Set The VPC CIDR block.
* @param CidrBlock The VPC CIDR block.
*/
public void setCidrBlock(String CidrBlock) {
this.CidrBlock = CidrBlock;
}
/**
* Get The description.
* @return Message The description.
*/
public String getMessage() {
return this.Message;
}
/**
* Set The description.
* @param Message The description.
*/
public void setMessage(String Message) {
this.Message = Message;
}
/**
* Get The cluster size.
* @return Size The cluster size.
*/
public Long getSize() {
return this.Size;
}
/**
* Set The cluster size.
* @param Size The cluster size.
*/
public void setSize(Long Size) {
this.Size = Size;
}
/**
* Get The pay mode. Valid value: `0` (postpaid, default) and `1` (prepaid) (currently not available).
* @return PayMode The pay mode. Valid value: `0` (postpaid, default) and `1` (prepaid) (currently not available).
*/
public Long getPayMode() {
return this.PayMode;
}
/**
* Set The pay mode. Valid value: `0` (postpaid, default) and `1` (prepaid) (currently not available).
* @param PayMode The pay mode. Valid value: `0` (postpaid, default) and `1` (prepaid) (currently not available).
*/
public void setPayMode(Long PayMode) {
this.PayMode = PayMode;
}
/**
* Get The usage duration of the resource. Postpaid: Fill in 3,600 as a fixed figure; prepaid: fill in a figure equal to or bigger than 1 which means purchasing resources for one month. The maximum figure is not bigger than 120. The default value is 1.
* @return TimeSpan The usage duration of the resource. Postpaid: Fill in 3,600 as a fixed figure; prepaid: fill in a figure equal to or bigger than 1 which means purchasing resources for one month. The maximum figure is not bigger than 120. The default value is 1.
*/
public Long getTimeSpan() {
return this.TimeSpan;
}
/**
* Set The usage duration of the resource. Postpaid: Fill in 3,600 as a fixed figure; prepaid: fill in a figure equal to or bigger than 1 which means purchasing resources for one month. The maximum figure is not bigger than 120. The default value is 1.
* @param TimeSpan The usage duration of the resource. Postpaid: Fill in 3,600 as a fixed figure; prepaid: fill in a figure equal to or bigger than 1 which means purchasing resources for one month. The maximum figure is not bigger than 120. The default value is 1.
*/
public void setTimeSpan(Long TimeSpan) {
this.TimeSpan = TimeSpan;
}
/**
* Get The unit of the resource period. Valid values: `s` (default) for the postpaid mode and `m` for the prepaid mode.
* @return TimeUnit The unit of the resource period. Valid values: `s` (default) for the postpaid mode and `m` for the prepaid mode.
*/
public String getTimeUnit() {
return this.TimeUnit;
}
/**
* Set The unit of the resource period. Valid values: `s` (default) for the postpaid mode and `m` for the prepaid mode.
* @param TimeUnit The unit of the resource period. Valid values: `s` (default) for the postpaid mode and `m` for the prepaid mode.
*/
public void setTimeUnit(String TimeUnit) {
this.TimeUnit = TimeUnit;
}
/**
* Get The auto-renewal status of the resource. For the postpaid mode, no renewal is required, and the value is fixed to `0`. For the prepaid mode, valid values are `0` (manual), `1` (auto), and `2` (no renewal). If this parameter is set to `0` for a key account in the prepaid mode, auto-renewal applies. It defaults to `0`.
* @return AutoRenew The auto-renewal status of the resource. For the postpaid mode, no renewal is required, and the value is fixed to `0`. For the prepaid mode, valid values are `0` (manual), `1` (auto), and `2` (no renewal). If this parameter is set to `0` for a key account in the prepaid mode, auto-renewal applies. It defaults to `0`.
*/
public Long getAutoRenew() {
return this.AutoRenew;
}
/**
* Set The auto-renewal status of the resource. For the postpaid mode, no renewal is required, and the value is fixed to `0`. For the prepaid mode, valid values are `0` (manual), `1` (auto), and `2` (no renewal). If this parameter is set to `0` for a key account in the prepaid mode, auto-renewal applies. It defaults to `0`.
* @param AutoRenew The auto-renewal status of the resource. For the postpaid mode, no renewal is required, and the value is fixed to `0`. For the prepaid mode, valid values are `0` (manual), `1` (auto), and `2` (no renewal). If this parameter is set to `0` for a key account in the prepaid mode, auto-renewal applies. It defaults to `0`.
*/
public void setAutoRenew(Long AutoRenew) {
this.AutoRenew = AutoRenew;
}
/**
* Get The tags to be set for the resource being created.
* @return Tags The tags to be set for the resource being created.
*/
public TagInfo [] getTags() {
return this.Tags;
}
/**
* Set The tags to be set for the resource being created.
* @param Tags The tags to be set for the resource being created.
*/
public void setTags(TagInfo [] Tags) {
this.Tags = Tags;
}
/**
* Get Whether to automatically suspend clusters. Valid values: `false` (default, no) and `true` (yes).
* @return AutoSuspend Whether to automatically suspend clusters. Valid values: `false` (default, no) and `true` (yes).
*/
public Boolean getAutoSuspend() {
return this.AutoSuspend;
}
/**
* Set Whether to automatically suspend clusters. Valid values: `false` (default, no) and `true` (yes).
* @param AutoSuspend Whether to automatically suspend clusters. Valid values: `false` (default, no) and `true` (yes).
*/
public void setAutoSuspend(Boolean AutoSuspend) {
this.AutoSuspend = AutoSuspend;
}
/**
* Get Whether to enable scheduled start and suspension of clusters. Valid values: `0` (disable) and `1` (enable). Note: This policy and the auto-suspension policy are mutually exclusive.
* @return CrontabResumeSuspend Whether to enable scheduled start and suspension of clusters. Valid values: `0` (disable) and `1` (enable). Note: This policy and the auto-suspension policy are mutually exclusive.
*/
public Long getCrontabResumeSuspend() {
return this.CrontabResumeSuspend;
}
/**
* Set Whether to enable scheduled start and suspension of clusters. Valid values: `0` (disable) and `1` (enable). Note: This policy and the auto-suspension policy are mutually exclusive.
* @param CrontabResumeSuspend Whether to enable scheduled start and suspension of clusters. Valid values: `0` (disable) and `1` (enable). Note: This policy and the auto-suspension policy are mutually exclusive.
*/
public void setCrontabResumeSuspend(Long CrontabResumeSuspend) {
this.CrontabResumeSuspend = CrontabResumeSuspend;
}
/**
* Get The complex policy for scheduled start and suspension, including the start/suspension time and suspension policy.
* @return CrontabResumeSuspendStrategy The complex policy for scheduled start and suspension, including the start/suspension time and suspension policy.
*/
public CrontabResumeSuspendStrategy getCrontabResumeSuspendStrategy() {
return this.CrontabResumeSuspendStrategy;
}
/**
* Set The complex policy for scheduled start and suspension, including the start/suspension time and suspension policy.
* @param CrontabResumeSuspendStrategy The complex policy for scheduled start and suspension, including the start/suspension time and suspension policy.
*/
public void setCrontabResumeSuspendStrategy(CrontabResumeSuspendStrategy CrontabResumeSuspendStrategy) {
this.CrontabResumeSuspendStrategy = CrontabResumeSuspendStrategy;
}
/**
* Get The type of tasks to be executed by the engine, which defaults to SQL. Valid values: `SQL` and `BATCH`.
* @return EngineExecType The type of tasks to be executed by the engine, which defaults to SQL. Valid values: `SQL` and `BATCH`.
*/
public String getEngineExecType() {
return this.EngineExecType;
}
/**
* Set The type of tasks to be executed by the engine, which defaults to SQL. Valid values: `SQL` and `BATCH`.
* @param EngineExecType The type of tasks to be executed by the engine, which defaults to SQL. Valid values: `SQL` and `BATCH`.
*/
public void setEngineExecType(String EngineExecType) {
this.EngineExecType = EngineExecType;
}
/**
* Get The max task concurrency of a cluster, which defaults to 5.
* @return MaxConcurrency The max task concurrency of a cluster, which defaults to 5.
*/
public Long getMaxConcurrency() {
return this.MaxConcurrency;
}
/**
* Set The max task concurrency of a cluster, which defaults to 5.
* @param MaxConcurrency The max task concurrency of a cluster, which defaults to 5.
*/
public void setMaxConcurrency(Long MaxConcurrency) {
this.MaxConcurrency = MaxConcurrency;
}
/**
* Get The task queue time limit, which defaults to 0. When the actual queue time exceeds the value set here, scale-out may be triggered. Setting this parameter to 0 represents that scale-out may be triggered immediately after a task queues up.
* @return TolerableQueueTime The task queue time limit, which defaults to 0. When the actual queue time exceeds the value set here, scale-out may be triggered. Setting this parameter to 0 represents that scale-out may be triggered immediately after a task queues up.
*/
public Long getTolerableQueueTime() {
return this.TolerableQueueTime;
}
/**
* Set The task queue time limit, which defaults to 0. When the actual queue time exceeds the value set here, scale-out may be triggered. Setting this parameter to 0 represents that scale-out may be triggered immediately after a task queues up.
* @param TolerableQueueTime The task queue time limit, which defaults to 0. When the actual queue time exceeds the value set here, scale-out may be triggered. Setting this parameter to 0 represents that scale-out may be triggered immediately after a task queues up.
*/
public void setTolerableQueueTime(Long TolerableQueueTime) {
this.TolerableQueueTime = TolerableQueueTime;
}
/**
* Get The cluster auto-suspension time, which defaults to 10 min.
* @return AutoSuspendTime The cluster auto-suspension time, which defaults to 10 min.
*/
public Long getAutoSuspendTime() {
return this.AutoSuspendTime;
}
/**
* Set The cluster auto-suspension time, which defaults to 10 min.
* @param AutoSuspendTime The cluster auto-suspension time, which defaults to 10 min.
*/
public void setAutoSuspendTime(Long AutoSuspendTime) {
this.AutoSuspendTime = AutoSuspendTime;
}
/**
* Get The resource type. Valid values: `Standard_CU` (standard) and `Memory_CU` (memory).
* @return ResourceType The resource type. Valid values: `Standard_CU` (standard) and `Memory_CU` (memory).
*/
public String getResourceType() {
return this.ResourceType;
}
/**
* Set The resource type. Valid values: `Standard_CU` (standard) and `Memory_CU` (memory).
* @param ResourceType The resource type. Valid values: `Standard_CU` (standard) and `Memory_CU` (memory).
*/
public void setResourceType(String ResourceType) {
this.ResourceType = ResourceType;
}
/**
* Get The advanced configurations of clusters.
* @return DataEngineConfigPairs The advanced configurations of clusters.
*/
public DataEngineConfigPair [] getDataEngineConfigPairs() {
return this.DataEngineConfigPairs;
}
/**
* Set The advanced configurations of clusters.
* @param DataEngineConfigPairs The advanced configurations of clusters.
*/
public void setDataEngineConfigPairs(DataEngineConfigPair [] DataEngineConfigPairs) {
this.DataEngineConfigPairs = DataEngineConfigPairs;
}
/**
* Get The version name of cluster image, such as SuperSQL-P 1.1 and SuperSQL-S 3.2. If no value is passed in, a cluster is created using the latest image version.
* @return ImageVersionName The version name of cluster image, such as SuperSQL-P 1.1 and SuperSQL-S 3.2. If no value is passed in, a cluster is created using the latest image version.
*/
public String getImageVersionName() {
return this.ImageVersionName;
}
/**
* Set The version name of cluster image, such as SuperSQL-P 1.1 and SuperSQL-S 3.2. If no value is passed in, a cluster is created using the latest image version.
* @param ImageVersionName The version name of cluster image, such as SuperSQL-P 1.1 and SuperSQL-S 3.2. If no value is passed in, a cluster is created using the latest image version.
*/
public void setImageVersionName(String ImageVersionName) {
this.ImageVersionName = ImageVersionName;
}
/**
* Get The primary cluster, which is specified when a failover cluster is created.
* @return MainClusterName The primary cluster, which is specified when a failover cluster is created.
*/
public String getMainClusterName() {
return this.MainClusterName;
}
/**
* Set The primary cluster, which is specified when a failover cluster is created.
* @param MainClusterName The primary cluster, which is specified when a failover cluster is created.
*/
public void setMainClusterName(String MainClusterName) {
this.MainClusterName = MainClusterName;
}
/**
* Get Whether to enable the scaling feature for a monthly subscribed Spark job cluster.
* @return ElasticSwitch Whether to enable the scaling feature for a monthly subscribed Spark job cluster.
*/
public Boolean getElasticSwitch() {
return this.ElasticSwitch;
}
/**
* Set Whether to enable the scaling feature for a monthly subscribed Spark job cluster.
* @param ElasticSwitch Whether to enable the scaling feature for a monthly subscribed Spark job cluster.
*/
public void setElasticSwitch(Boolean ElasticSwitch) {
this.ElasticSwitch = ElasticSwitch;
}
/**
* Get The upper limit (in CUs) for scaling of the monthly subscribed Spark job cluster.
* @return ElasticLimit The upper limit (in CUs) for scaling of the monthly subscribed Spark job cluster.
*/
public Long getElasticLimit() {
return this.ElasticLimit;
}
/**
* Set The upper limit (in CUs) for scaling of the monthly subscribed Spark job cluster.
* @param ElasticLimit The upper limit (in CUs) for scaling of the monthly subscribed Spark job cluster.
*/
public void setElasticLimit(Long ElasticLimit) {
this.ElasticLimit = ElasticLimit;
}
/**
* Get The session resource configuration template for a Spark job cluster.
* @return SessionResourceTemplate The session resource configuration template for a Spark job cluster.
*/
public SessionResourceTemplate getSessionResourceTemplate() {
return this.SessionResourceTemplate;
}
/**
* Set The session resource configuration template for a Spark job cluster.
* @param SessionResourceTemplate The session resource configuration template for a Spark job cluster.
*/
public void setSessionResourceTemplate(SessionResourceTemplate SessionResourceTemplate) {
this.SessionResourceTemplate = SessionResourceTemplate;
}
/**
* Get Automatically grant permissions
* @return AutoAuthorization Automatically grant permissions
*/
public Boolean getAutoAuthorization() {
return this.AutoAuthorization;
}
/**
* Set Automatically grant permissions
* @param AutoAuthorization Automatically grant permissions
*/
public void setAutoAuthorization(Boolean AutoAuthorization) {
this.AutoAuthorization = AutoAuthorization;
}
/**
* Get Engine network ID
* @return EngineNetworkId Engine network ID
*/
public String getEngineNetworkId() {
return this.EngineNetworkId;
}
/**
* Set Engine network ID
* @param EngineNetworkId Engine network ID
*/
public void setEngineNetworkId(String EngineNetworkId) {
this.EngineNetworkId = EngineNetworkId;
}
/**
* Get Generation of the engine. SuperSQL means the supersql engine while Native means the standard engine. It is SuperSQL by default.
* @return EngineGeneration Generation of the engine. SuperSQL means the supersql engine while Native means the standard engine. It is SuperSQL by default.
*/
public String getEngineGeneration() {
return this.EngineGeneration;
}
/**
* Set Generation of the engine. SuperSQL means the supersql engine while Native means the standard engine. It is SuperSQL by default.
* @param EngineGeneration Generation of the engine. SuperSQL means the supersql engine while Native means the standard engine. It is SuperSQL by default.
*/
public void setEngineGeneration(String EngineGeneration) {
this.EngineGeneration = EngineGeneration;
}
public CreateDataEngineRequest() {
}
/**
* 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 CreateDataEngineRequest(CreateDataEngineRequest source) {
if (source.EngineType != null) {
this.EngineType = new String(source.EngineType);
}
if (source.DataEngineName != null) {
this.DataEngineName = new String(source.DataEngineName);
}
if (source.ClusterType != null) {
this.ClusterType = new String(source.ClusterType);
}
if (source.Mode != null) {
this.Mode = new Long(source.Mode);
}
if (source.AutoResume != null) {
this.AutoResume = new Boolean(source.AutoResume);
}
if (source.MinClusters != null) {
this.MinClusters = new Long(source.MinClusters);
}
if (source.MaxClusters != null) {
this.MaxClusters = new Long(source.MaxClusters);
}
if (source.DefaultDataEngine != null) {
this.DefaultDataEngine = new Boolean(source.DefaultDataEngine);
}
if (source.CidrBlock != null) {
this.CidrBlock = new String(source.CidrBlock);
}
if (source.Message != null) {
this.Message = new String(source.Message);
}
if (source.Size != null) {
this.Size = new Long(source.Size);
}
if (source.PayMode != null) {
this.PayMode = new Long(source.PayMode);
}
if (source.TimeSpan != null) {
this.TimeSpan = new Long(source.TimeSpan);
}
if (source.TimeUnit != null) {
this.TimeUnit = new String(source.TimeUnit);
}
if (source.AutoRenew != null) {
this.AutoRenew = new Long(source.AutoRenew);
}
if (source.Tags != null) {
this.Tags = new TagInfo[source.Tags.length];
for (int i = 0; i < source.Tags.length; i++) {
this.Tags[i] = new TagInfo(source.Tags[i]);
}
}
if (source.AutoSuspend != null) {
this.AutoSuspend = new Boolean(source.AutoSuspend);
}
if (source.CrontabResumeSuspend != null) {
this.CrontabResumeSuspend = new Long(source.CrontabResumeSuspend);
}
if (source.CrontabResumeSuspendStrategy != null) {
this.CrontabResumeSuspendStrategy = new CrontabResumeSuspendStrategy(source.CrontabResumeSuspendStrategy);
}
if (source.EngineExecType != null) {
this.EngineExecType = new String(source.EngineExecType);
}
if (source.MaxConcurrency != null) {
this.MaxConcurrency = new Long(source.MaxConcurrency);
}
if (source.TolerableQueueTime != null) {
this.TolerableQueueTime = new Long(source.TolerableQueueTime);
}
if (source.AutoSuspendTime != null) {
this.AutoSuspendTime = new Long(source.AutoSuspendTime);
}
if (source.ResourceType != null) {
this.ResourceType = new String(source.ResourceType);
}
if (source.DataEngineConfigPairs != null) {
this.DataEngineConfigPairs = new DataEngineConfigPair[source.DataEngineConfigPairs.length];
for (int i = 0; i < source.DataEngineConfigPairs.length; i++) {
this.DataEngineConfigPairs[i] = new DataEngineConfigPair(source.DataEngineConfigPairs[i]);
}
}
if (source.ImageVersionName != null) {
this.ImageVersionName = new String(source.ImageVersionName);
}
if (source.MainClusterName != null) {
this.MainClusterName = new String(source.MainClusterName);
}
if (source.ElasticSwitch != null) {
this.ElasticSwitch = new Boolean(source.ElasticSwitch);
}
if (source.ElasticLimit != null) {
this.ElasticLimit = new Long(source.ElasticLimit);
}
if (source.SessionResourceTemplate != null) {
this.SessionResourceTemplate = new SessionResourceTemplate(source.SessionResourceTemplate);
}
if (source.AutoAuthorization != null) {
this.AutoAuthorization = new Boolean(source.AutoAuthorization);
}
if (source.EngineNetworkId != null) {
this.EngineNetworkId = new String(source.EngineNetworkId);
}
if (source.EngineGeneration != null) {
this.EngineGeneration = new String(source.EngineGeneration);
}
}
/**
* Internal implementation, normal users should not use it.
*/
public void toMap(HashMap map, String prefix) {
this.setParamSimple(map, prefix + "EngineType", this.EngineType);
this.setParamSimple(map, prefix + "DataEngineName", this.DataEngineName);
this.setParamSimple(map, prefix + "ClusterType", this.ClusterType);
this.setParamSimple(map, prefix + "Mode", this.Mode);
this.setParamSimple(map, prefix + "AutoResume", this.AutoResume);
this.setParamSimple(map, prefix + "MinClusters", this.MinClusters);
this.setParamSimple(map, prefix + "MaxClusters", this.MaxClusters);
this.setParamSimple(map, prefix + "DefaultDataEngine", this.DefaultDataEngine);
this.setParamSimple(map, prefix + "CidrBlock", this.CidrBlock);
this.setParamSimple(map, prefix + "Message", this.Message);
this.setParamSimple(map, prefix + "Size", this.Size);
this.setParamSimple(map, prefix + "PayMode", this.PayMode);
this.setParamSimple(map, prefix + "TimeSpan", this.TimeSpan);
this.setParamSimple(map, prefix + "TimeUnit", this.TimeUnit);
this.setParamSimple(map, prefix + "AutoRenew", this.AutoRenew);
this.setParamArrayObj(map, prefix + "Tags.", this.Tags);
this.setParamSimple(map, prefix + "AutoSuspend", this.AutoSuspend);
this.setParamSimple(map, prefix + "CrontabResumeSuspend", this.CrontabResumeSuspend);
this.setParamObj(map, prefix + "CrontabResumeSuspendStrategy.", this.CrontabResumeSuspendStrategy);
this.setParamSimple(map, prefix + "EngineExecType", this.EngineExecType);
this.setParamSimple(map, prefix + "MaxConcurrency", this.MaxConcurrency);
this.setParamSimple(map, prefix + "TolerableQueueTime", this.TolerableQueueTime);
this.setParamSimple(map, prefix + "AutoSuspendTime", this.AutoSuspendTime);
this.setParamSimple(map, prefix + "ResourceType", this.ResourceType);
this.setParamArrayObj(map, prefix + "DataEngineConfigPairs.", this.DataEngineConfigPairs);
this.setParamSimple(map, prefix + "ImageVersionName", this.ImageVersionName);
this.setParamSimple(map, prefix + "MainClusterName", this.MainClusterName);
this.setParamSimple(map, prefix + "ElasticSwitch", this.ElasticSwitch);
this.setParamSimple(map, prefix + "ElasticLimit", this.ElasticLimit);
this.setParamObj(map, prefix + "SessionResourceTemplate.", this.SessionResourceTemplate);
this.setParamSimple(map, prefix + "AutoAuthorization", this.AutoAuthorization);
this.setParamSimple(map, prefix + "EngineNetworkId", this.EngineNetworkId);
this.setParamSimple(map, prefix + "EngineGeneration", this.EngineGeneration);
}
}
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