currentTasksAdminContent.h

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/*******************************************************************************
** Copyright (c) 2015 MAK Technologies, Inc.
** All rights reserved.
*******************************************************************************/


#pragma once

#include "vrftasks/adminContent.h"
#include <vlutil/vlString.h>
#include "vrftasks/vrftasksDefines.h"
#include <list>
#include <vector>
#include "vrfutil/bufferSerialize.h"
#include <vrftasks/vrfObjectMessageTypeTemplate.h>

class DtSimTask;

struct DT_DLL_vrftasks DtCurrentTaskData
{
   DtCurrentTaskData() {task = 0;}
   DtCurrentTaskData(const DtCurrentTaskData& orig) :
   task(orig.task), subtasks(orig.subtasks), status(orig.status), conflictingTaskIds(orig.conflictingTaskIds),
   controller(orig.controller), taskId(orig.taskId) {};

   DtSimTask* task;
   int taskId;
   DtString controller;

   std::list<DtCurrentTaskData> subtasks;

   int status;

   std::vector<DtSimTaskMessageType> conflictingTaskIds;
};

#ifdef _MSC_VER
namespace DtBufferSerialize
{
#endif


   DT_DLL_vrftasks int getSize(const DtCurrentTaskData&  val);

   DT_DLL_vrftasks char *encode(const DtCurrentTaskData& val, char *buffer);

   DT_DLL_vrftasks const char *decode(DtCurrentTaskData& val, const char *buffer);
#ifdef _MSC_VER
}
#endif

class DT_DLL_vrftasks DtCurrentTasksAdminContent : public DtAdminContent
{
public:
   typedef std::list<DtCurrentTaskData> DtTaskList;

   DtCurrentTasksAdminContent();

   DtCurrentTasksAdminContent(const DtCurrentTasksAdminContent & orig);

   const DtCurrentTasksAdminContent & operator=(const 
      DtCurrentTasksAdminContent & orig);

   virtual ~DtCurrentTasksAdminContent();

   static DtAdminContent* create();

   virtual bool init();

   virtual const DtAdminContentMessageType& type() const;

   virtual void addTaskToList(const DtSimTask* task, const std::vector<DtSimTaskMessageType>& conflictingTaskTypes, int taskId,
      int status, const DtString& controller);

   virtual void addSubtask(const DtSimTask* task, int subtaskId, int spawningTaskId, const DtString& controller,
      bool addIfNoParent = false);

   virtual void clearTaskList();

   virtual const DtTaskList& taskList() const;

   virtual bool testTaskForConflict(const DtSimTaskMessageType& taskType) const;

   virtual DtAdminContent * clone() const;

   virtual DtString stringRep() const;

   virtual int netRepSize() const;

   virtual bool setFromNet(const char* contentBuffer,
      unsigned contentSize);

   virtual bool setToNet();

   virtual void resolveUnparentedSubtasks();

   virtual void clearUnparentedSubtasks();

protected:
   virtual void addUnparentedSubtask(const DtSimTask* task, int subtaskId, int spawningTaskId, const DtString& controller);

   void clearTaskList(DtTaskList& taskList);

   virtual void clearAllTasks();

   void copyTaskList(const DtTaskList& taskList, DtTaskList& into);

   virtual DtString printTasksToString(const DtTaskList& tasks) const;

   virtual void addTaskWithStatus(DtTaskList& list, const DtSimTask* task, int status, const std::vector<DtSimTaskMessageType>& conflictingTaskTypes,
      int taskId, const DtString& controller);

protected:
   DtTaskList myTaskList;

   typedef std::map<int, DtCurrentTaskData*> InternalTaskMap;
   InternalTaskMap myInternalTaskMap;

   struct UnparentedSubtask
   {
      DtSimTask* task;
      int parentId;
      int subtaskId;
      DtString controller;
   };

   typedef std::vector<UnparentedSubtask> UnparentedSubtasks;
   UnparentedSubtasks myUnparentedSubtasks;
};