com.tencentcloudapi.wedata.v20210820.models.ModifyTaskInfoRequest 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.wedata.v20210820.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 ModifyTaskInfoRequest extends AbstractModel {
/**
* Project ID
*/
@SerializedName("ProjectId")
@Expose
private String ProjectId;
/**
* Task ID
*/
@SerializedName("TaskId")
@Expose
private String TaskId;
/**
* Execution time, in minutes, applicable to daily/weekly/monthly/yearly scheduling. For example, with daily scheduling, executing once at 02:00 AM every day, delayTime is 120 minutes
*/
@SerializedName("DelayTime")
@Expose
private Long DelayTime;
/**
* Start Time
*/
@SerializedName("StartupTime")
@Expose
private Long StartupTime;
/**
* Self-Dependency Type 1: Sequential serial, one at a time, queued, 2: Unordered serial, one at a time, not queued, 3: Parallel, multiple at once
*/
@SerializedName("SelfDepend")
@Expose
private Long SelfDepend;
/**
* Effective Start Time, format yyyy-MM-dd HH:mm:ss
*/
@SerializedName("StartTime")
@Expose
private String StartTime;
/**
* Effective End Time, format yyyy-MM-dd HH:mm:ss
*/
@SerializedName("EndTime")
@Expose
private String EndTime;
/**
* Scheduling Configuration - Elastic Cycle Configuration, applicable to Hourly/Weekly/Monthly/Yearly schedules. For hourly tasks scheduled at 0, 3, 4 o'clock, it would be '0,3,4'.
*/
@SerializedName("TaskAction")
@Expose
private String TaskAction;
/**
* "Cycle Type 0:crontab, 1:Minute,2:Hour,3:Day,4:Week,5:Month,6:One-time,7:User driven,10:Flexible cycle Week,11:Flexible cycle Month,12:Year,13:Immediate Trigger Instant type, isolated from normal cycle scheduling task logic
*/
@SerializedName("CycleType")
@Expose
private Long CycleType;
/**
* Step Length, Interval Time, minimum of 1
*/
@SerializedName("CycleStep")
@Expose
private Long CycleStep;
/**
* Cron Expression is required only for Cron Tab Scheduling
*/
@SerializedName("CrontabExpression")
@Expose
private String CrontabExpression;
/**
* Execution Time Left Closed Interval, format: HH:mm. Applicable only to hourly scheduling. For example, for hourly tasks, it specifies the effective interval every day
*/
@SerializedName("ExecutionStartTime")
@Expose
private String ExecutionStartTime;
/**
* Execution Time Right Closed Interval, format: HH:mm. Applicable only to hourly scheduling. For example, for hourly tasks, it specifies the effective interval every day
*/
@SerializedName("ExecutionEndTime")
@Expose
private String ExecutionEndTime;
/**
* New Task Name
*/
@SerializedName("TaskName")
@Expose
private String TaskName;
/**
* Failure Retry Interval, in minutes, a default value has already been provided during task creation
*/
@SerializedName("RetryWait")
@Expose
private Long RetryWait;
/**
* Number of Retry Attempts on Failure, a default value has already been provided during task creation
*/
@SerializedName("TryLimit")
@Expose
private Long TryLimit;
/**
* Whether to Retry, 1 for yes
*/
@SerializedName("Retriable")
@Expose
private Long Retriable;
/**
* Running Priority, 4 for High, 5 for Medium, 6 for Low
*/
@SerializedName("RunPriority")
@Expose
private Long RunPriority;
/**
* Extended Task Configuration
*/
@SerializedName("TaskExt")
@Expose
private TaskExtInfo [] TaskExt;
/**
* Execution Resource Group ID, needs to be created on the Resource Management Service and bind to a CVM machine
*/
@SerializedName("ResourceGroup")
@Expose
private String ResourceGroup;
/**
* Resource Pool Queue Name
*/
@SerializedName("YarnQueue")
@Expose
private String YarnQueue;
/**
* Specific Execution Machine under Resource Group, 'any' means it can run on any machine.
*/
@SerializedName("BrokerIp")
@Expose
private String BrokerIp;
/**
* Person in Charge
*/
@SerializedName("InCharge")
@Expose
private String InCharge;
/**
* Task notes
*/
@SerializedName("Notes")
@Expose
private String Notes;
/**
* Task Parameters
*/
@SerializedName("TaskParamInfos")
@Expose
private ParamInfo [] TaskParamInfos;
/**
* Source Data Source
*/
@SerializedName("SourceServer")
@Expose
private String SourceServer;
/**
* Target Data Source
*/
@SerializedName("TargetServer")
@Expose
private String TargetServer;
/**
* Supports Workflow Dependencies yes/no, default no
*/
@SerializedName("DependencyWorkflow")
@Expose
private String DependencyWorkflow;
/**
* Dependency Configuration
*/
@SerializedName("DependencyConfigDTOs")
@Expose
private DependencyConfig [] DependencyConfigDTOs;
/**
* Execution Duration
*/
@SerializedName("ExecutionTTL")
@Expose
private Long ExecutionTTL;
/**
* Whether the Script has Changed
*/
@SerializedName("ScriptChange")
@Expose
private Boolean ScriptChange;
/**
* Responsible Person ID
*/
@SerializedName("InChargeIds")
@Expose
private String [] InChargeIds;
/**
* Get Project ID
* @return ProjectId Project ID
*/
public String getProjectId() {
return this.ProjectId;
}
/**
* Set Project ID
* @param ProjectId Project ID
*/
public void setProjectId(String ProjectId) {
this.ProjectId = ProjectId;
}
/**
* Get Task ID
* @return TaskId Task ID
*/
public String getTaskId() {
return this.TaskId;
}
/**
* Set Task ID
* @param TaskId Task ID
*/
public void setTaskId(String TaskId) {
this.TaskId = TaskId;
}
/**
* Get Execution time, in minutes, applicable to daily/weekly/monthly/yearly scheduling. For example, with daily scheduling, executing once at 02:00 AM every day, delayTime is 120 minutes
* @return DelayTime Execution time, in minutes, applicable to daily/weekly/monthly/yearly scheduling. For example, with daily scheduling, executing once at 02:00 AM every day, delayTime is 120 minutes
*/
public Long getDelayTime() {
return this.DelayTime;
}
/**
* Set Execution time, in minutes, applicable to daily/weekly/monthly/yearly scheduling. For example, with daily scheduling, executing once at 02:00 AM every day, delayTime is 120 minutes
* @param DelayTime Execution time, in minutes, applicable to daily/weekly/monthly/yearly scheduling. For example, with daily scheduling, executing once at 02:00 AM every day, delayTime is 120 minutes
*/
public void setDelayTime(Long DelayTime) {
this.DelayTime = DelayTime;
}
/**
* Get Start Time
* @return StartupTime Start Time
*/
public Long getStartupTime() {
return this.StartupTime;
}
/**
* Set Start Time
* @param StartupTime Start Time
*/
public void setStartupTime(Long StartupTime) {
this.StartupTime = StartupTime;
}
/**
* Get Self-Dependency Type 1: Sequential serial, one at a time, queued, 2: Unordered serial, one at a time, not queued, 3: Parallel, multiple at once
* @return SelfDepend Self-Dependency Type 1: Sequential serial, one at a time, queued, 2: Unordered serial, one at a time, not queued, 3: Parallel, multiple at once
*/
public Long getSelfDepend() {
return this.SelfDepend;
}
/**
* Set Self-Dependency Type 1: Sequential serial, one at a time, queued, 2: Unordered serial, one at a time, not queued, 3: Parallel, multiple at once
* @param SelfDepend Self-Dependency Type 1: Sequential serial, one at a time, queued, 2: Unordered serial, one at a time, not queued, 3: Parallel, multiple at once
*/
public void setSelfDepend(Long SelfDepend) {
this.SelfDepend = SelfDepend;
}
/**
* Get Effective Start Time, format yyyy-MM-dd HH:mm:ss
* @return StartTime Effective Start Time, format yyyy-MM-dd HH:mm:ss
*/
public String getStartTime() {
return this.StartTime;
}
/**
* Set Effective Start Time, format yyyy-MM-dd HH:mm:ss
* @param StartTime Effective Start Time, format yyyy-MM-dd HH:mm:ss
*/
public void setStartTime(String StartTime) {
this.StartTime = StartTime;
}
/**
* Get Effective End Time, format yyyy-MM-dd HH:mm:ss
* @return EndTime Effective End Time, format yyyy-MM-dd HH:mm:ss
*/
public String getEndTime() {
return this.EndTime;
}
/**
* Set Effective End Time, format yyyy-MM-dd HH:mm:ss
* @param EndTime Effective End Time, format yyyy-MM-dd HH:mm:ss
*/
public void setEndTime(String EndTime) {
this.EndTime = EndTime;
}
/**
* Get Scheduling Configuration - Elastic Cycle Configuration, applicable to Hourly/Weekly/Monthly/Yearly schedules. For hourly tasks scheduled at 0, 3, 4 o'clock, it would be '0,3,4'.
* @return TaskAction Scheduling Configuration - Elastic Cycle Configuration, applicable to Hourly/Weekly/Monthly/Yearly schedules. For hourly tasks scheduled at 0, 3, 4 o'clock, it would be '0,3,4'.
*/
public String getTaskAction() {
return this.TaskAction;
}
/**
* Set Scheduling Configuration - Elastic Cycle Configuration, applicable to Hourly/Weekly/Monthly/Yearly schedules. For hourly tasks scheduled at 0, 3, 4 o'clock, it would be '0,3,4'.
* @param TaskAction Scheduling Configuration - Elastic Cycle Configuration, applicable to Hourly/Weekly/Monthly/Yearly schedules. For hourly tasks scheduled at 0, 3, 4 o'clock, it would be '0,3,4'.
*/
public void setTaskAction(String TaskAction) {
this.TaskAction = TaskAction;
}
/**
* Get "Cycle Type 0:crontab, 1:Minute,2:Hour,3:Day,4:Week,5:Month,6:One-time,7:User driven,10:Flexible cycle Week,11:Flexible cycle Month,12:Year,13:Immediate Trigger Instant type, isolated from normal cycle scheduling task logic
* @return CycleType "Cycle Type 0:crontab, 1:Minute,2:Hour,3:Day,4:Week,5:Month,6:One-time,7:User driven,10:Flexible cycle Week,11:Flexible cycle Month,12:Year,13:Immediate Trigger Instant type, isolated from normal cycle scheduling task logic
*/
public Long getCycleType() {
return this.CycleType;
}
/**
* Set "Cycle Type 0:crontab, 1:Minute,2:Hour,3:Day,4:Week,5:Month,6:One-time,7:User driven,10:Flexible cycle Week,11:Flexible cycle Month,12:Year,13:Immediate Trigger Instant type, isolated from normal cycle scheduling task logic
* @param CycleType "Cycle Type 0:crontab, 1:Minute,2:Hour,3:Day,4:Week,5:Month,6:One-time,7:User driven,10:Flexible cycle Week,11:Flexible cycle Month,12:Year,13:Immediate Trigger Instant type, isolated from normal cycle scheduling task logic
*/
public void setCycleType(Long CycleType) {
this.CycleType = CycleType;
}
/**
* Get Step Length, Interval Time, minimum of 1
* @return CycleStep Step Length, Interval Time, minimum of 1
*/
public Long getCycleStep() {
return this.CycleStep;
}
/**
* Set Step Length, Interval Time, minimum of 1
* @param CycleStep Step Length, Interval Time, minimum of 1
*/
public void setCycleStep(Long CycleStep) {
this.CycleStep = CycleStep;
}
/**
* Get Cron Expression is required only for Cron Tab Scheduling
* @return CrontabExpression Cron Expression is required only for Cron Tab Scheduling
*/
public String getCrontabExpression() {
return this.CrontabExpression;
}
/**
* Set Cron Expression is required only for Cron Tab Scheduling
* @param CrontabExpression Cron Expression is required only for Cron Tab Scheduling
*/
public void setCrontabExpression(String CrontabExpression) {
this.CrontabExpression = CrontabExpression;
}
/**
* Get Execution Time Left Closed Interval, format: HH:mm. Applicable only to hourly scheduling. For example, for hourly tasks, it specifies the effective interval every day
* @return ExecutionStartTime Execution Time Left Closed Interval, format: HH:mm. Applicable only to hourly scheduling. For example, for hourly tasks, it specifies the effective interval every day
*/
public String getExecutionStartTime() {
return this.ExecutionStartTime;
}
/**
* Set Execution Time Left Closed Interval, format: HH:mm. Applicable only to hourly scheduling. For example, for hourly tasks, it specifies the effective interval every day
* @param ExecutionStartTime Execution Time Left Closed Interval, format: HH:mm. Applicable only to hourly scheduling. For example, for hourly tasks, it specifies the effective interval every day
*/
public void setExecutionStartTime(String ExecutionStartTime) {
this.ExecutionStartTime = ExecutionStartTime;
}
/**
* Get Execution Time Right Closed Interval, format: HH:mm. Applicable only to hourly scheduling. For example, for hourly tasks, it specifies the effective interval every day
* @return ExecutionEndTime Execution Time Right Closed Interval, format: HH:mm. Applicable only to hourly scheduling. For example, for hourly tasks, it specifies the effective interval every day
*/
public String getExecutionEndTime() {
return this.ExecutionEndTime;
}
/**
* Set Execution Time Right Closed Interval, format: HH:mm. Applicable only to hourly scheduling. For example, for hourly tasks, it specifies the effective interval every day
* @param ExecutionEndTime Execution Time Right Closed Interval, format: HH:mm. Applicable only to hourly scheduling. For example, for hourly tasks, it specifies the effective interval every day
*/
public void setExecutionEndTime(String ExecutionEndTime) {
this.ExecutionEndTime = ExecutionEndTime;
}
/**
* Get New Task Name
* @return TaskName New Task Name
*/
public String getTaskName() {
return this.TaskName;
}
/**
* Set New Task Name
* @param TaskName New Task Name
*/
public void setTaskName(String TaskName) {
this.TaskName = TaskName;
}
/**
* Get Failure Retry Interval, in minutes, a default value has already been provided during task creation
* @return RetryWait Failure Retry Interval, in minutes, a default value has already been provided during task creation
*/
public Long getRetryWait() {
return this.RetryWait;
}
/**
* Set Failure Retry Interval, in minutes, a default value has already been provided during task creation
* @param RetryWait Failure Retry Interval, in minutes, a default value has already been provided during task creation
*/
public void setRetryWait(Long RetryWait) {
this.RetryWait = RetryWait;
}
/**
* Get Number of Retry Attempts on Failure, a default value has already been provided during task creation
* @return TryLimit Number of Retry Attempts on Failure, a default value has already been provided during task creation
*/
public Long getTryLimit() {
return this.TryLimit;
}
/**
* Set Number of Retry Attempts on Failure, a default value has already been provided during task creation
* @param TryLimit Number of Retry Attempts on Failure, a default value has already been provided during task creation
*/
public void setTryLimit(Long TryLimit) {
this.TryLimit = TryLimit;
}
/**
* Get Whether to Retry, 1 for yes
* @return Retriable Whether to Retry, 1 for yes
*/
public Long getRetriable() {
return this.Retriable;
}
/**
* Set Whether to Retry, 1 for yes
* @param Retriable Whether to Retry, 1 for yes
*/
public void setRetriable(Long Retriable) {
this.Retriable = Retriable;
}
/**
* Get Running Priority, 4 for High, 5 for Medium, 6 for Low
* @return RunPriority Running Priority, 4 for High, 5 for Medium, 6 for Low
*/
public Long getRunPriority() {
return this.RunPriority;
}
/**
* Set Running Priority, 4 for High, 5 for Medium, 6 for Low
* @param RunPriority Running Priority, 4 for High, 5 for Medium, 6 for Low
*/
public void setRunPriority(Long RunPriority) {
this.RunPriority = RunPriority;
}
/**
* Get Extended Task Configuration
* @return TaskExt Extended Task Configuration
*/
public TaskExtInfo [] getTaskExt() {
return this.TaskExt;
}
/**
* Set Extended Task Configuration
* @param TaskExt Extended Task Configuration
*/
public void setTaskExt(TaskExtInfo [] TaskExt) {
this.TaskExt = TaskExt;
}
/**
* Get Execution Resource Group ID, needs to be created on the Resource Management Service and bind to a CVM machine
* @return ResourceGroup Execution Resource Group ID, needs to be created on the Resource Management Service and bind to a CVM machine
*/
public String getResourceGroup() {
return this.ResourceGroup;
}
/**
* Set Execution Resource Group ID, needs to be created on the Resource Management Service and bind to a CVM machine
* @param ResourceGroup Execution Resource Group ID, needs to be created on the Resource Management Service and bind to a CVM machine
*/
public void setResourceGroup(String ResourceGroup) {
this.ResourceGroup = ResourceGroup;
}
/**
* Get Resource Pool Queue Name
* @return YarnQueue Resource Pool Queue Name
*/
public String getYarnQueue() {
return this.YarnQueue;
}
/**
* Set Resource Pool Queue Name
* @param YarnQueue Resource Pool Queue Name
*/
public void setYarnQueue(String YarnQueue) {
this.YarnQueue = YarnQueue;
}
/**
* Get Specific Execution Machine under Resource Group, 'any' means it can run on any machine.
* @return BrokerIp Specific Execution Machine under Resource Group, 'any' means it can run on any machine.
*/
public String getBrokerIp() {
return this.BrokerIp;
}
/**
* Set Specific Execution Machine under Resource Group, 'any' means it can run on any machine.
* @param BrokerIp Specific Execution Machine under Resource Group, 'any' means it can run on any machine.
*/
public void setBrokerIp(String BrokerIp) {
this.BrokerIp = BrokerIp;
}
/**
* Get Person in Charge
* @return InCharge Person in Charge
* @deprecated
*/
@Deprecated
public String getInCharge() {
return this.InCharge;
}
/**
* Set Person in Charge
* @param InCharge Person in Charge
* @deprecated
*/
@Deprecated
public void setInCharge(String InCharge) {
this.InCharge = InCharge;
}
/**
* Get Task notes
* @return Notes Task notes
*/
public String getNotes() {
return this.Notes;
}
/**
* Set Task notes
* @param Notes Task notes
*/
public void setNotes(String Notes) {
this.Notes = Notes;
}
/**
* Get Task Parameters
* @return TaskParamInfos Task Parameters
*/
public ParamInfo [] getTaskParamInfos() {
return this.TaskParamInfos;
}
/**
* Set Task Parameters
* @param TaskParamInfos Task Parameters
*/
public void setTaskParamInfos(ParamInfo [] TaskParamInfos) {
this.TaskParamInfos = TaskParamInfos;
}
/**
* Get Source Data Source
* @return SourceServer Source Data Source
*/
public String getSourceServer() {
return this.SourceServer;
}
/**
* Set Source Data Source
* @param SourceServer Source Data Source
*/
public void setSourceServer(String SourceServer) {
this.SourceServer = SourceServer;
}
/**
* Get Target Data Source
* @return TargetServer Target Data Source
*/
public String getTargetServer() {
return this.TargetServer;
}
/**
* Set Target Data Source
* @param TargetServer Target Data Source
*/
public void setTargetServer(String TargetServer) {
this.TargetServer = TargetServer;
}
/**
* Get Supports Workflow Dependencies yes/no, default no
* @return DependencyWorkflow Supports Workflow Dependencies yes/no, default no
*/
public String getDependencyWorkflow() {
return this.DependencyWorkflow;
}
/**
* Set Supports Workflow Dependencies yes/no, default no
* @param DependencyWorkflow Supports Workflow Dependencies yes/no, default no
*/
public void setDependencyWorkflow(String DependencyWorkflow) {
this.DependencyWorkflow = DependencyWorkflow;
}
/**
* Get Dependency Configuration
* @return DependencyConfigDTOs Dependency Configuration
*/
public DependencyConfig [] getDependencyConfigDTOs() {
return this.DependencyConfigDTOs;
}
/**
* Set Dependency Configuration
* @param DependencyConfigDTOs Dependency Configuration
*/
public void setDependencyConfigDTOs(DependencyConfig [] DependencyConfigDTOs) {
this.DependencyConfigDTOs = DependencyConfigDTOs;
}
/**
* Get Execution Duration
* @return ExecutionTTL Execution Duration
*/
public Long getExecutionTTL() {
return this.ExecutionTTL;
}
/**
* Set Execution Duration
* @param ExecutionTTL Execution Duration
*/
public void setExecutionTTL(Long ExecutionTTL) {
this.ExecutionTTL = ExecutionTTL;
}
/**
* Get Whether the Script has Changed
* @return ScriptChange Whether the Script has Changed
*/
public Boolean getScriptChange() {
return this.ScriptChange;
}
/**
* Set Whether the Script has Changed
* @param ScriptChange Whether the Script has Changed
*/
public void setScriptChange(Boolean ScriptChange) {
this.ScriptChange = ScriptChange;
}
/**
* Get Responsible Person ID
* @return InChargeIds Responsible Person ID
*/
public String [] getInChargeIds() {
return this.InChargeIds;
}
/**
* Set Responsible Person ID
* @param InChargeIds Responsible Person ID
*/
public void setInChargeIds(String [] InChargeIds) {
this.InChargeIds = InChargeIds;
}
public ModifyTaskInfoRequest() {
}
/**
* 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 ModifyTaskInfoRequest(ModifyTaskInfoRequest source) {
if (source.ProjectId != null) {
this.ProjectId = new String(source.ProjectId);
}
if (source.TaskId != null) {
this.TaskId = new String(source.TaskId);
}
if (source.DelayTime != null) {
this.DelayTime = new Long(source.DelayTime);
}
if (source.StartupTime != null) {
this.StartupTime = new Long(source.StartupTime);
}
if (source.SelfDepend != null) {
this.SelfDepend = new Long(source.SelfDepend);
}
if (source.StartTime != null) {
this.StartTime = new String(source.StartTime);
}
if (source.EndTime != null) {
this.EndTime = new String(source.EndTime);
}
if (source.TaskAction != null) {
this.TaskAction = new String(source.TaskAction);
}
if (source.CycleType != null) {
this.CycleType = new Long(source.CycleType);
}
if (source.CycleStep != null) {
this.CycleStep = new Long(source.CycleStep);
}
if (source.CrontabExpression != null) {
this.CrontabExpression = new String(source.CrontabExpression);
}
if (source.ExecutionStartTime != null) {
this.ExecutionStartTime = new String(source.ExecutionStartTime);
}
if (source.ExecutionEndTime != null) {
this.ExecutionEndTime = new String(source.ExecutionEndTime);
}
if (source.TaskName != null) {
this.TaskName = new String(source.TaskName);
}
if (source.RetryWait != null) {
this.RetryWait = new Long(source.RetryWait);
}
if (source.TryLimit != null) {
this.TryLimit = new Long(source.TryLimit);
}
if (source.Retriable != null) {
this.Retriable = new Long(source.Retriable);
}
if (source.RunPriority != null) {
this.RunPriority = new Long(source.RunPriority);
}
if (source.TaskExt != null) {
this.TaskExt = new TaskExtInfo[source.TaskExt.length];
for (int i = 0; i < source.TaskExt.length; i++) {
this.TaskExt[i] = new TaskExtInfo(source.TaskExt[i]);
}
}
if (source.ResourceGroup != null) {
this.ResourceGroup = new String(source.ResourceGroup);
}
if (source.YarnQueue != null) {
this.YarnQueue = new String(source.YarnQueue);
}
if (source.BrokerIp != null) {
this.BrokerIp = new String(source.BrokerIp);
}
if (source.InCharge != null) {
this.InCharge = new String(source.InCharge);
}
if (source.Notes != null) {
this.Notes = new String(source.Notes);
}
if (source.TaskParamInfos != null) {
this.TaskParamInfos = new ParamInfo[source.TaskParamInfos.length];
for (int i = 0; i < source.TaskParamInfos.length; i++) {
this.TaskParamInfos[i] = new ParamInfo(source.TaskParamInfos[i]);
}
}
if (source.SourceServer != null) {
this.SourceServer = new String(source.SourceServer);
}
if (source.TargetServer != null) {
this.TargetServer = new String(source.TargetServer);
}
if (source.DependencyWorkflow != null) {
this.DependencyWorkflow = new String(source.DependencyWorkflow);
}
if (source.DependencyConfigDTOs != null) {
this.DependencyConfigDTOs = new DependencyConfig[source.DependencyConfigDTOs.length];
for (int i = 0; i < source.DependencyConfigDTOs.length; i++) {
this.DependencyConfigDTOs[i] = new DependencyConfig(source.DependencyConfigDTOs[i]);
}
}
if (source.ExecutionTTL != null) {
this.ExecutionTTL = new Long(source.ExecutionTTL);
}
if (source.ScriptChange != null) {
this.ScriptChange = new Boolean(source.ScriptChange);
}
if (source.InChargeIds != null) {
this.InChargeIds = new String[source.InChargeIds.length];
for (int i = 0; i < source.InChargeIds.length; i++) {
this.InChargeIds[i] = new String(source.InChargeIds[i]);
}
}
}
/**
* Internal implementation, normal users should not use it.
*/
public void toMap(HashMap map, String prefix) {
this.setParamSimple(map, prefix + "ProjectId", this.ProjectId);
this.setParamSimple(map, prefix + "TaskId", this.TaskId);
this.setParamSimple(map, prefix + "DelayTime", this.DelayTime);
this.setParamSimple(map, prefix + "StartupTime", this.StartupTime);
this.setParamSimple(map, prefix + "SelfDepend", this.SelfDepend);
this.setParamSimple(map, prefix + "StartTime", this.StartTime);
this.setParamSimple(map, prefix + "EndTime", this.EndTime);
this.setParamSimple(map, prefix + "TaskAction", this.TaskAction);
this.setParamSimple(map, prefix + "CycleType", this.CycleType);
this.setParamSimple(map, prefix + "CycleStep", this.CycleStep);
this.setParamSimple(map, prefix + "CrontabExpression", this.CrontabExpression);
this.setParamSimple(map, prefix + "ExecutionStartTime", this.ExecutionStartTime);
this.setParamSimple(map, prefix + "ExecutionEndTime", this.ExecutionEndTime);
this.setParamSimple(map, prefix + "TaskName", this.TaskName);
this.setParamSimple(map, prefix + "RetryWait", this.RetryWait);
this.setParamSimple(map, prefix + "TryLimit", this.TryLimit);
this.setParamSimple(map, prefix + "Retriable", this.Retriable);
this.setParamSimple(map, prefix + "RunPriority", this.RunPriority);
this.setParamArrayObj(map, prefix + "TaskExt.", this.TaskExt);
this.setParamSimple(map, prefix + "ResourceGroup", this.ResourceGroup);
this.setParamSimple(map, prefix + "YarnQueue", this.YarnQueue);
this.setParamSimple(map, prefix + "BrokerIp", this.BrokerIp);
this.setParamSimple(map, prefix + "InCharge", this.InCharge);
this.setParamSimple(map, prefix + "Notes", this.Notes);
this.setParamArrayObj(map, prefix + "TaskParamInfos.", this.TaskParamInfos);
this.setParamSimple(map, prefix + "SourceServer", this.SourceServer);
this.setParamSimple(map, prefix + "TargetServer", this.TargetServer);
this.setParamSimple(map, prefix + "DependencyWorkflow", this.DependencyWorkflow);
this.setParamArrayObj(map, prefix + "DependencyConfigDTOs.", this.DependencyConfigDTOs);
this.setParamSimple(map, prefix + "ExecutionTTL", this.ExecutionTTL);
this.setParamSimple(map, prefix + "ScriptChange", this.ScriptChange);
this.setParamArraySimple(map, prefix + "InChargeIds.", this.InChargeIds);
}
}
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