reman3/Rayman_X/cpa/tempgrp/Ctl/Src/Data/CTL_DatE.cpp

273 lines
8.2 KiB
C++

// Implementation file for the definition of an enum characteristic
///////////////////////////////////////////////////////////////////////
#include "StdAfx.h"
#include "Data\CTL_DatE.hpp"
#include "Others\CTL_EnLi.hpp"
#include "Others\CTL_Pub.hpp"
//External Modules
#include "CTL_ErO.hpp"
//End of External Modules
#ifdef _DEBUG
#define new DEBUG_NEW
#undef THIS_FILE
static char THIS_FILE[] = __FILE__;
#endif
//**************************************************************************
//Constructor / Destructor
CTL_Editor_EnumData::CTL_Editor_EnumData(CTL_Editor_EnumDescriptor *pclEnumDescriptor,
CString csScriptName,
CTL_Editor_DataList *_pclParentList,
CTL_Editor_Data *pclCurrentBaseData /*= NULL*/)
: CTL_Editor_Data(CTL_DATA_TYPE__ENUM,
csScriptName,
_pclParentList,
pclCurrentBaseData)
{
m_pclCurrentValue = NULL;
m_pclKeepedValueForUndo = NULL;
m_pclEnumDescriptor = pclEnumDescriptor;
}
//**************************************************************************
CTL_Editor_EnumData::~CTL_Editor_EnumData()
{
}
//Member functions
//**************************************************************************************
//Function called to Init the data
void CTL_Editor_EnumData::m_fn_vInitData()
{
}
//**************************************************************************
//Function called to read associated motor's data
void CTL_Editor_EnumData::m_fn_vGetMotorData()
{
BOOL bMustReadData = TRUE;
if ( m_pro_td_p_fn_bDataMustBeRead != NULL )
bMustReadData = m_pro_td_p_fn_bDataMustBeRead(this);
if ( bMustReadData )
{
long lEnumValue;
switch (m_pclEnumDescriptor->m_fn_ucGetEnumSize())
{
case 0:
char bTempValue;
CTL_fn_vGetMemory(m_pub_fn_pvGetMotorData(), &bTempValue, 0);
lEnumValue = bTempValue;
break;
case 1:
char cTempValue;
CTL_fn_vGetMemory(m_pub_fn_pvGetMotorData(), &cTempValue, 1);
lEnumValue = cTempValue;
break;
case 2:
short wTempValue;
CTL_fn_vGetMemory(m_pub_fn_pvGetMotorData(), &wTempValue, 2);
lEnumValue = wTempValue;
break;
case 4:
CTL_fn_vGetMemory(m_pub_fn_pvGetMotorData(), &lEnumValue, 4);
break;
}
//Calls Modification function if needed
if ( m_pro_td_p_fn_vDataModifWhenRead != NULL )
m_pro_td_p_fn_vDataModifWhenRead(this);
//Updates current value (pointer)
BOOL bFound = FALSE;
CTL_Editor_EnumElement *m_pclCurrentElement;
if ( m_pclEnumDescriptor != NULL )
{
POSITION pos = m_pclEnumDescriptor->GetHeadPosition();
while ( (pos != NULL) && (!bFound) )
{
m_pclCurrentElement = m_pclEnumDescriptor->GetNext(pos);
bFound = ( m_pclCurrentElement->m_pub_fn_lGetValue() == lEnumValue );
}
}
if ( bFound )
m_pclCurrentValue = m_pclCurrentElement;
else
{
if ( m_pclEnumDescriptor->GetCount() > 0 )
m_pclCurrentValue = m_pclEnumDescriptor->GetHead();
else
m_pclCurrentValue = NULL;
}
}
}
//**************************************************************************
//Function called to update associated motor's data
void CTL_Editor_EnumData::m_fn_vUpdateMotorData(CTL_tdeUpdateReason eReason,
long _lUserDefinedReason /*= 0*/)
{
BOOL bMustWriteData = TRUE;
if ( m_pro_td_p_fn_bDataMustBeWritten != NULL )
bMustWriteData = m_pro_td_p_fn_bDataMustBeWritten(this);
if ( bMustWriteData )
{
//Calls Modification function if needed
if ( m_pro_td_p_fn_vDataModifWhenWrite != NULL )
m_pro_td_p_fn_vDataModifWhenWrite(this);
ERROR_ASSERT( m_pub_fn_pvGetMotorData() != NULL );
if ( m_pclCurrentValue != NULL )
{
switch ( m_pclEnumDescriptor->m_fn_ucGetEnumSize() )
{
case 0:
{
char cTempValue = (char)m_pclCurrentValue->m_pub_fn_lGetValue();
CTL_fn_vSetMemory(m_pub_fn_pvGetMotorData(), &cTempValue, 0);
}
break;
case 1:
{
char cTempValue = (char)m_pclCurrentValue->m_pub_fn_lGetValue();
CTL_fn_vSetMemory(m_pub_fn_pvGetMotorData(), &cTempValue, 1);
}
break;
case 2:
{
short sTempValue = (short)m_pclCurrentValue->m_pub_fn_lGetValue();
CTL_fn_vSetMemory(m_pub_fn_pvGetMotorData(), &sTempValue, 2);
}
break;
case 4:
{
long lValue = m_pclCurrentValue->m_pub_fn_lGetValue();
CTL_fn_vSetMemory(m_pub_fn_pvGetMotorData(), &lValue, 4);
}
break;
}
//Calls Modification function if needed
if ( m_pro_td_p_fn_vDataModifWhenRead != NULL )
m_pro_td_p_fn_vDataModifWhenRead(this);
//Special changes
m_fn_vDataHasBeenChanged(eReason, _lUserDefinedReason);
}
}
}
//************************************************************************
//Function called to update data with another one
void CTL_Editor_EnumData::m_fn_vUpdateData(CTL_Editor_Data *pclSourceData,
CTL_tdeUpdateReason eReason,
long _lUserDefinedReason /*= 0*/)
{
ERROR_ASSERT(pclSourceData->m_pub_fn_tdeGetDataType() == m_pub_fn_tdeGetDataType());
m_pclCurrentValue = ((CTL_Editor_EnumData *)pclSourceData)->m_pclCurrentValue;
m_fn_vUpdateMotorData(eReason, _lUserDefinedReason);
}
//************************************************************************
//Function called to get a string representing the value of the data
CStringList *CTL_Editor_EnumData::m_fn_pcslFormatDataValueString()
{
m_csStringList.RemoveAll();
CString csStringToReturn = "!! Unknown !!";
if ( m_pclCurrentValue != NULL )
csStringToReturn.Format("%s", LPCTSTR(m_pclCurrentValue->m_pub_fn_csGetElementName()));
m_csStringList.AddTail(csStringToReturn);
return &m_csStringList;
}
//************************************************************************
//Function called to set the value of the data according to a string representing it
void CTL_Editor_EnumData::m_fn_vSetValueWithString(CStringList *pcslValueStringList)
{
ERROR_ASSERT(pcslValueStringList->GetCount() == 1);
CString csValueString = pcslValueStringList->GetHead();
m_pclCurrentValue = m_pclEnumDescriptor->m_fn_pclGetElementFromString(csValueString);
m_fn_vUpdateMotorData();
}
//************************************************************************
//Function called to look if data has been modified (by motor for example)
void CTL_Editor_EnumData::m_fn_vLookIfDataHasBeenModified()
{
m_fn_vGetMotorData();
m_pub_fn_vSetDataHasChanged(m_pclCurrentValue != m_pclOldValue);
if ( m_pub_fn_bGetDataHasChanged() )
m_pclOldValue = m_pclCurrentValue;
}
//Undo
//************************************************************************
//Function called to save the current Value (for Undo)
void CTL_Editor_EnumData::m_fn_vKeepCurrentValue()
{
m_pclKeepedValueForUndo = m_pclCurrentValue;
}
//************************************************************************
//Function called to validate Undo for the current change
void CTL_Editor_EnumData::m_fn_vRegisterUndoAction()
{
/* if ( m_pclKeepedValueForUndo->m_pub_fn_lGetValue() != m_pclCurrentValue->m_pub_fn_lGetValue() )
{
EdActors_ActorEnumDataModif *pclModif = new EdActors_ActorEnumDataModif(this,
m_pclKeepedValueForUndo,
m_pclCurrentValue);
m_pclParentActor->m_clUndoManager.AskFor(pclModif);
}
*/
}
//************************************************************************
CTL_Editor_EnumDescriptor *CTL_Editor_EnumData::m_fn_pclGetEnumDescriptor()
{
return m_pclEnumDescriptor;
}
//////////////////////////////////////////////////////////////////////////////////////////////////////
// Method : mfn_bEqualsModifiedDataOldValue
// Date : 98/06/24
//////////////////////////////////////////////////////////////////////////////////////////////////////
// Description :
// Author : Stegaru Cristian - CPA
//////////////////////////////////////////////////////////////////////////////////////////////////////
// Modification :
// Date :
// By :
//////////////////////////////////////////////////////////////////////////////////////////////////////
BOOL CTL_Editor_EnumData::mfn_bEqualsModifiedDataOldValue (CTL_Editor_Data *pModifiedData)
{
ASSERT (pModifiedData);
ERROR_ASSERT(pModifiedData->m_pub_fn_tdeGetDataType() == m_pub_fn_tdeGetDataType());
return m_pclCurrentValue == ((CTL_Editor_EnumData *)pModifiedData)->m_pclOldValue;
}