void Button::OnClicked(const int& posx, const int& posy) {
if( IsIntersect(posx,posy) ) {
if( m_CallBackFunction )
m_CallBackFunction(this);
m_ClickedState=1;
}
}
void RoomGenerator::CreateRooms()
/*
* @ todo:
* Сделать адекватную генерацию ширины-высоты
*/
{
for (int i = 0; i < m_roomsCount; i++)
{
Room room;
do
{
room.x = Rand(0, m_width - 2);
room.y = Rand(0, m_height - 2);
int size = Rand(m_minRoomSize, m_maxRoomSize);
room.w = Rand(2, size / 2);
room.w = room.x + room.w >= m_width ? m_width - room.x : room.w;
room.h = size / room.w;
room.h = room.y + room.h >= m_height ? m_height - room.y : room.h;
if (room.h * room.w < m_minRoomSize)
{
continue;
}
room.reachable = false;
} while (IsIntersect(room));
m_rooms.push_back(room);
for (int x = room.x; x < room.x + room.w; x++)
{
for (int y = room.y; y < room.y + room.h; y++)
{
m_map[x][y] = 0;
}
}
}
}
static void ChangeSelectIntervalAndBreakpoint(ChewingData *pgdata, int from, int to, const char *str)
{
int i;
int user_alloc;
IntervalType inte;
inte.from = from;
inte.to = to;
for (i = 0; i < pgdata->nSelect; i++) {
if (IsIntersect(inte, pgdata->selectInterval[i])) {
RemoveSelectElement(i, pgdata);
i--;
}
}
pgdata->selectInterval[pgdata->nSelect].from = from;
pgdata->selectInterval[pgdata->nSelect].to = to;
/* No available selection */
if ((user_alloc = (to - from)) == 0)
return;
ueStrNCpy(pgdata->selectStr[pgdata->nSelect], str, user_alloc, 1);
pgdata->nSelect++;
if (user_alloc > 1) {
memset(&pgdata->bUserArrBrkpt[from + 1], 0, sizeof(int) * (user_alloc - 1));
memset(&pgdata->bUserArrCnnct[from + 1], 0, sizeof(int) * (user_alloc - 1));
}
}
void Button::OnHover(const int& posx, const int& posy) {
if( IsIntersect(posx,posy) ) {
m_Anim->SetFinishFrame(m_FrameHover);
m_HoverState=1;
} else {
m_Anim->SetFinishFrame(0);
m_HoverState=0;
}
}
/*
* phrase is said to satisfy a choose interval if
* their intersections are the same */
static int CheckChoose(
ChewingData *pgdata,
int ph_id, int from, int to, Phrase **pp_phr,
char selectStr[][ MAX_PHONE_SEQ_LEN * MAX_UTF8_SIZE + 1 ],
IntervalType selectInterval[], int nSelect )
{
IntervalType inte, c;
int chno, len;
Phrase *phrase = ALC( Phrase, 1 );
assert( phrase );
inte.from = from;
inte.to = to;
*pp_phr = NULL;
/* if there exist one phrase satisfied all selectStr then return 1, else return 0. */
GetPhraseFirst( pgdata, phrase, ph_id );
do {
for ( chno = 0; chno < nSelect; chno++ ) {
c = selectInterval[ chno ];
if ( IsContain( inte, c ) ) {
/* find a phrase of ph_id where the text contains
* 'selectStr[chno]' test if not ok then return 0, if ok
* then continue to test
*/
len = c.to - c.from;
if ( memcmp(
ueStrSeek( phrase->phrase, c.from - from ),
selectStr[ chno ],
ueStrNBytes( selectStr[ chno ], len ) ) )
break;
}
else if ( IsIntersect( inte, selectInterval[ chno ] ) ) {
free( phrase );
return 0;
}
}
if ( chno == nSelect ) {
*pp_phr = phrase;
return 1;
}
} while ( GetPhraseNext( pgdata, phrase ) );
free( phrase );
return 0;
}
static int CheckUserChoose(
ChewingData *pgdata,
uint16_t *new_phoneSeq, int from , int to,
Phrase **pp_phr,
char selectStr[][ MAX_PHONE_SEQ_LEN * MAX_UTF8_SIZE + 1 ],
IntervalType selectInterval[], int nSelect )
{
IntervalType inte, c;
int chno, len;
int user_alloc;
UserPhraseData *pUserPhraseData;
Phrase *p_phr = ALC( Phrase, 1 );
assert( p_phr );
inte.from = from;
inte.to = to;
*pp_phr = NULL;
/* pass 1
* if these exist one selected interval which is not contained by inte
* but has intersection with inte, then inte is an unacceptable interval
*/
for ( chno = 0; chno < nSelect; chno++ ) {
c = selectInterval[ chno ];
if ( IsIntersect( inte, c ) && ! IsContain( inte, c ) ) {
free( p_phr );
return 0;
}
}
/* pass 2
* if there exist one phrase satisfied all selectStr then return 1, else return 0.
* also store the phrase with highest freq
*/
pUserPhraseData = UserGetPhraseFirst( pgdata, new_phoneSeq );
p_phr->freq = -1;
do {
for ( chno = 0; chno < nSelect; chno++ ) {
c = selectInterval[ chno ];
if ( IsContain( inte, c ) ) {
/*
* find a phrase of ph_id where the text contains
* 'selectStr[chno]' test if not ok then return 0,
* if ok then continue to test. */
len = c.to - c.from;
if ( memcmp(
ueStrSeek( pUserPhraseData->wordSeq, c.from - from ),
selectStr[ chno ],
ueStrNBytes( selectStr[ chno ], len ) ) )
break;
}
}
if ( chno == nSelect ) {
/* save phrase data to "pp_phr" */
if ( pUserPhraseData->userfreq > p_phr->freq ) {
if ( ( user_alloc = ( to - from ) ) > 0 ) {
ueStrNCpy( p_phr->phrase,
pUserPhraseData->wordSeq,
user_alloc, 1);
}
p_phr->freq = pUserPhraseData->userfreq;
*pp_phr = p_phr;
}
}
} while ( ( pUserPhraseData = UserGetPhraseNext( pgdata, new_phoneSeq ) ) != NULL );
if ( p_phr->freq != -1 )
return 1;
free( p_phr );
return 0;
}
//////////////////////////////////////////////////////////////////////////
// satisfy constraints
//////////////////////////////////////////////////////////////////////////
void RCharCloth::satisfyConstraints()
{
sConstraint c;
rvector x1, x2;
rvector delta;
float deltaLegth;
float diff;
int i, j, k;
rvector intersection;
c.refA = 0;
c.refB = 0;
c.restLength = 0.f;
for( i = 0 ; i < m_nCntIter; ++i )
{
if(( mUpdateStatus & NOT_COLLISION ) == 0 )
{
for( j = 0 ; j < m_nCntP; ++j ) // particle index - j
{
for( k = 0 ; k < 6; ++k ) // sphere index - k
{
if( CLOTH_COLLISION & m_pHolds[j] )
{
rvector dir = m_pX[j] - m_pOldX[j];
D3DXVec3Normalize(&dir, &dir);
if(IsIntersect(m_pOldX[j], m_pX[j], dir ,mSphere[k].mCentre, mSphere[k].mRadius, m_pNormal[j], &intersection ))
{
m_pX[j] = intersection;
break;
}
}
}
}
}
float w1, w2;
for( j = 0 ; j < m_nCntC; ++j )
{
c = m_pConst[j];
if( c.refA <0 || c.refA>=m_nCntP )
{
mlog("RCharCloth_Error:: constraints reference Particle is Out of Range - ref : %d, n_particles : %d, mesh_node : %s, mesh : %s \n", c.refA, j, mpMeshNode->m_Name, mpMesh->GetFileName());
continue;
}
if( c.refB < 0 || c.refB >= m_nCntP )
{
mlog("RCharCloth_Error:: constraints reference Particle is Out of Range - ref : %d, n_particles : %d, mesh_node : %s, mesh : %s \n", c.refA, j, mpMeshNode->m_Name, mpMesh->GetFileName());
continue;
}
x1 = m_pX[c.refA];
x2 = m_pX[c.refB];
w1 = m_pWeights[c.refA];
w2 = m_pWeights[c.refB];
if( w1 == 0 && w2 == 0 )
continue;
delta = x2 - x1;
deltaLegth = D3DXVec3Length( &delta );
if( deltaLegth == 0 )
diff = 0;
else
diff = (float)((deltaLegth - c.restLength)/(deltaLegth*(w1+w2)));
m_pX[c.refA] += delta*w1*diff;
m_pX[c.refB] -= delta*w2*diff;
}
}
}
BOOL CGranitDlg::ProcessSave(void)
{
for(int row = 1; row < m_GridData.GetRowCount(); row++)
{
for(int col = 0; col < m_GridData.GetColumnCount(); col++)
{
m_GridData.SetItemBkColour(row,col,RGB(255,255,255));
}
}
// TODO: добавьте специализированный код или вызов базового класса
CString str;
CGridCellCombo *pCell = (CGridCellCombo*) m_Grid.GetCell(1, 1);
m_Granit.TYPE = pCell->GetCurSel()+1;
str = m_Grid.GetItemText(2,1);
m_Granit.MEANDER_VALUE = atoi(str);
pCell = (CGridCellCombo*) m_Grid.GetCell(3, 1);
m_Granit.INVERT_REQUEST = pCell->GetCurSel();
pCell = (CGridCellCombo*) m_Grid.GetCell(4, 1);
m_Granit.INVERT_RESPONSE = pCell->GetCurSel();
pCell = (CGridCellCombo*) m_Grid.GetCell(5, 1);
m_Granit.SEND_CONFIRM = pCell->GetCurSel();
pCell = (CGridCellCombo*) m_Grid.GetCell(6, 1);
m_Granit.IC_ON_MEANDER = pCell->GetCurSel();
pCell = (CGridCellCombo*) m_Grid.GetCell(7, 1);
m_Granit.ADD_MEANDER_BEFORE_REQ = pCell->GetCurSel();
pCell = (CGridCellCombo*) m_Grid.GetCell(8, 1);
m_Granit.C_IC_TS_ENABLE = pCell->GetCurSel();
pCell = (CGridCellCombo*) m_Grid.GetCell(9, 1);
m_Granit.C_IC_TIT_ENABLE = pCell->GetCurSel();
pCell = (CGridCellCombo*) m_Grid.GetCell(10, 1);
m_Granit.C_IC_TII_ENABLE = pCell->GetCurSel();
str = m_Grid.GetItemText(11,1);
m_Granit.C_IC_NA_1_PERIOD = atoi(str);
str = m_Grid.GetItemText(12,1);
m_Granit.MEANDER_PERIOD = atoi(str);
str = m_Grid.GetItemText(13,1);
m_Granit.REQ_RESPONSE_PERIOD = atoi(str);
str = m_Grid.GetItemText(14,1);
m_Granit.TU_RESPONSE_PERIOD = atoi(str);
str = m_Grid.GetItemText(15,1);
m_Granit.NO_LINK_PERIOD = atoi(str);
str = m_Grid.GetItemText(16,1);
m_Granit.NUMBER_NO_ANSWER = atoi(str);
pCell = (CGridCellCombo*) m_Grid.GetCell(17, 1);
m_Granit.LOG_ENABLE = pCell->GetCurSel();
pCell = (CGridCellCombo*) m_Grid.GetCell(18, 1);
m_Granit.ALARM_ENABLE = pCell->GetCurSel();
pCell = (CGridCellCombo*) m_Grid.GetCell(19, 1);
m_Granit.SERVICE = pCell->GetCurSel();
m_Granit.m_IndividualStructureGranitArray.RemoveAll();
for(int i = 1; i < m_GridData.GetRowCount(); i++)
{
IndividualStructureGranit is101;
is101.strCOMMENT = m_GridData.GetItemText(i,0 );
str = m_GridData.GetItemText(i,1);
is101.N_KP = atoi(str);
if((is101.N_KP>256)||(is101.N_KP<0))
{
AfxMessageBox("№ КП: 0..256!");
return FALSE;
}
str = m_GridData.GetItemText(i,2);
is101.AFB = atoi(str);
if((is101.AFB>16)||(is101.AFB<0))
{
AfxMessageBox("АФБ: 0..16!");
return FALSE;
}
pCell = (CGridCellCombo*) m_GridData.GetCell(i,3);
if(pCell->GetCurSel() == 0)
is101.INFO_TYPE = 2;
else if(pCell->GetCurSel() == 1)
is101.INFO_TYPE = 3;
else if(pCell->GetCurSel() == 2)
is101.INFO_TYPE = 6;
else if(pCell->GetCurSel() == 3)
is101.INFO_TYPE = 7;
else if(pCell->GetCurSel() == 4)
is101.INFO_TYPE = 4;
str = m_GridData.GetItemText(i,4);
is101.GROUP_NUMBER = atoi(str);
if((is101.GROUP_NUMBER>16)||(is101.GROUP_NUMBER<0))
{
AfxMessageBox("АФБ: 0..16!");
return FALSE;
}
str = m_GridData.GetItemText(i,5);
is101.ADDRESS_PMZ = atoi(str);
str = m_GridData.GetItemText(i,6);
is101.NUMBER = atoi(str);
if((is101.ADDRESS_PMZ < m_nStartPMZAddr)
||(is101.ADDRESS_PMZ > m_nEndPMZAddr)
||(is101.ADDRESS_PMZ + is101.NUMBER - 1 > m_nEndPMZAddr))
{
CString tmp;
tmp.Format("Набор инф. объектов в строке %d выходит за пределы карты памяти ПРОЦЕССА: %d..%d!\r\n(строки подсвечены сиреневым цветом)",i,m_nStartPMZAddr,m_nEndPMZAddr);
AfxMessageBox(tmp);
for(int col = 0; col < m_GridData.GetColumnCount(); col++)
{
m_GridData.SetItemBkColour(i,col,RGB(255,128,255));
}
m_GridData.EnsureVisible(i,0);
m_GridData.Refresh();
//return FALSE;
}
pCell = (CGridCellCombo*)m_GridData.GetCell(i, 7);
is101.DATA_FORMAT = pCell->GetCurSel();
m_Granit.m_IndividualStructureGranitArray.Add(is101);
}
for(int i = 0; i < m_Granit.m_IndividualStructureGranitArray.GetSize();i++)
{
for(int j = 0; j < m_Granit.m_IndividualStructureGranitArray.GetSize();j++)
{
if((IsIntersect(m_Granit.m_IndividualStructureGranitArray[i].ADDRESS_PMZ,
m_Granit.m_IndividualStructureGranitArray[i].ADDRESS_PMZ+m_Granit.m_IndividualStructureGranitArray[i].NUMBER-1,
m_Granit.m_IndividualStructureGranitArray[j].ADDRESS_PMZ,
m_Granit.m_IndividualStructureGranitArray[j].ADDRESS_PMZ+m_Granit.m_IndividualStructureGranitArray[j].NUMBER-1))
&&(i!=j))
{
str.Format("%d на %d !\r\n(строки подсвечены розовым цветом)",j+1,i+1);
AfxMessageBox("Наложение наборов инф.объектов:"+str);
for(int col = 0; col < m_GridData.GetColumnCount(); col++)
{
m_GridData.SetItemBkColour(j+1,col,RGB(255,128,128));
m_GridData.SetItemBkColour(i+1,col,RGB(255,128,128));
}
m_GridData.EnsureVisible(i+1,0);
m_GridData.Refresh();
return FALSE;
}
}
}
return TRUE;
}
void Button::OnClickReleased(const int& posx, const int& posy) {
if( IsIntersect(posx,posy) ) {
m_ClickedState=1;
}
}
//Show Main Window
//para:
// socket id
// pAttachData iAttachSize no used
BOOL
ShowMainWinServer(
IpcHand hand,
void *pAttachData
)
{
PlGUIAppStat pStat,pCurStat,pPrevStat,pThisStat,pActiveStat;
PWindowsTree pControl;
RECT rect;
//_lGUI_pWindowsTree
if(IsActive((HWND)_lGUI_pWindowsTree)){//if desktop is active
pActiveStat = NULL;
}
else{
pStat=_lGUI_pAppStat;
while(pStat){
if(pStat->bVisible)
break;
pStat = pStat->pNext;
}
pActiveStat = pStat;
}
pStat = _lGUI_pAppStat;
pPrevStat = _lGUI_pAppStat;
while(pStat){
if(pStat->hand==hand)
break;
pPrevStat = pStat;
pStat=pStat->pNext;
}
if(!pStat)
return false;
//Move this main window node to top
if(pStat!=_lGUI_pAppStat){
pThisStat = pStat->pNext;
pPrevStat->pNext = pStat->pNext;
pStat->pNext = _lGUI_pAppStat;
_lGUI_pAppStat = pStat;
}
else
pThisStat = NULL;
pStat->bVisible=true;
//clipped by desktop rect
GetWindowRect((HWND)_lGUI_pWindowsTree,&rect);
IntersectRect(&(pStat->rc),&(pStat->rc),&rect);
//Initial the clip region
SetInitRectClipRegion (pStat->pClipRgn, &(pStat->rc));
//clipped by imewin and skbwin to generate initial clip region
if(IsVisible((HWND)_lGUI_pImeWindow))
SubtractClipRegion(pStat->pClipRgn,&_lGUI_pImeWindow->rect);
if(IsVisible((HWND)_lGUI_pSkbWindow))
SubtractClipRegion(pStat->pClipRgn,&_lGUI_pSkbWindow->rect);
//clip region of all main window under this will change.
pCurStat=_lGUI_pAppStat->pNext;
while(pCurStat!= pThisStat){
if(IsIntersect(&(pCurStat->pClipRgn->rcBound),&(pStat->rc))){
SubtractClipRegion (pCurStat->pClipRgn, &(pStat->rc));
//send clipregion change message to application
if(pCurStat->bVisible)
SendClipRgnChangeMsg(pCurStat);
}
pCurStat = pCurStat->pNext;
}
//send disactive message to the top application before.
if(pActiveStat){
SendMsgByServer(pActiveStat,LMSG_IPC_DISACTIVEAPP,NULL,0);
}
//calculate clipregion of desktop
SubtractClipRegion(_lGUI_pWindowsTree->pClipRgn,&(pStat->rc));
//calculate clip region of desktop control
pControl=_lGUI_pWindowsTree->pControlHead;
while(pControl){
SubtractClipRegion(pControl->pClipRgn,&(pStat->rc));
pControl=pControl->pNext;
}
//send confirm message to the new generated application
// SendMsgByServer(pStat,LMSG_IPC_SHOWMAINWIN_ANS,NULL,0);
GetBoundClipRegion(pStat->pClipRgn);
sem_post(&pStat->sem_cs);
return true;
}
BOOL CModbusMDlg::ProcessSave(void)
{
for(int row = 1; row < m_GridData.GetRowCount(); row++)
{
for(int col = 0; col < m_GridData.GetColumnCount(); col++)
{
m_GridData.SetItemBkColour(row,col,RGB(255,255,255));
}
}
// TODO: добавьте специализированный код или вызов базового класса
CString str;
str = m_Grid.GetItemText(1,1);
if((atoi(str)<=0)||(atoi(str)>255))
{
AfxMessageBox("Неверно задан СОМ-порт!");
return FALSE;
}
if(((CKPLConfigApp*)(AfxGetApp()))->m_KPLProject.IsPortDuplicated(atoi(str)-1,nProcNum))
{
AfxMessageBox("Данный СОМ-порт занят под другую задачу!");
return FALSE;
}
m_ModbusM.PORT = atoi(str)-1;
str = m_Grid.GetItemText(2,1);
m_ModbusM.BAUDRATE = atoi(str);
str = m_Grid.GetItemText(3,1);
m_ModbusM.AMOUNTBYTE = atoi(str);
if((m_ModbusM.AMOUNTBYTE > 8)||(m_ModbusM.AMOUNTBYTE < 5))
{
AfxMessageBox("Количество бит в байте 5..8!");
return FALSE;
}
str = m_Grid.GetItemText(4,1);
m_ModbusM.STOPBITS = atoi(str);
str = m_Grid.GetItemText(5,1);
if(str == "NONE")
m_ModbusM.PARITY = 0;
if(str == "EVEN")
m_ModbusM.PARITY = 1;
if(str == "ODD")
m_ModbusM.PARITY = 2;
str = m_Grid.GetItemText(6,1);
if(str == "нет")
m_ModbusM.CONTROLPOTOK = 0;
if(str == "аппаратный")
m_ModbusM.CONTROLPOTOK = 1;
if(str == "программный")
m_ModbusM.CONTROLPOTOK = 2;
str = m_Grid.GetItemText(7,1);
if((atoi(str)<=0)||(atoi(str)>3000))
{
AfxMessageBox("Таймаут ответа подчиненного в квантах 1..3000!");
return FALSE;
}
m_ModbusM.WAITRESP = atoi(str);
str = m_Grid.GetItemText(8,1);
if((atoi(str)<=0)||(atoi(str)>3000))
{
AfxMessageBox("Пауза между байтами в квантах 1..3000!");
return FALSE;
}
m_ModbusM.BYTETIME = atoi(str);
str = m_Grid.GetItemText(9,1);
if((atoi(str)<=0)||(atoi(str)>3000))
{
AfxMessageBox("Интервал между запросами в миллисекундах 1..3000!");
return FALSE;
}
m_ModbusM.NEXTMESSAGE = atoi(str);
str = m_Grid.GetItemText(10,1);
if((atoi(str)<0)||(atoi(str)>50))
{
AfxMessageBox("Количество ошибок для генерации \"недостоверности\" 0..50!");
return FALSE;
}
m_ModbusM.NUMBER_NO_ANSWER = atoi(str);
str = m_Grid.GetItemText(11,1);
if(str == "RTU")
m_ModbusM.MODBUS_TYPE = 0;
if(str == "ASCII")
m_ModbusM.MODBUS_TYPE = 1;
m_ModbusM.m_ModbusPriborArray.RemoveAll();
int nTotalAmount=0;
for(int i = 1; i < m_GridData.GetRowCount(); i++)
{
ModbusPribor is101;
is101.strCOMMENT = m_GridData.GetItemText(i,0 );
str = m_GridData.GetItemText(i,1 );
if(str == "ТС-32")
is101.PRIBOR = 4;
else if(str == "ТУ-32")
is101.PRIBOR = 5;
else if(str == "ТИ-16")
is101.PRIBOR = 6;
else if(str == "Внешний")
is101.PRIBOR = 0;
else if(str == "SATEC")
is101.PRIBOR = 1;
else if(str == "SATEC TC")
is101.PRIBOR = 8;
else if(str == "МТЕ")
is101.PRIBOR = 2;
else if(str == "МТЕ(2-х байтный)")
is101.PRIBOR = 7;
else if(str == "SWAPPED FLOAT(4 байта)")
is101.PRIBOR = 9;
else if(str == "INTEL FLOAT(4 байта)")
is101.PRIBOR = 10;
else if(str == "INT32 TO FLOAT(4 байта)")
is101.PRIBOR = 11;
else
is101.PRIBOR = atoi(str);
str = m_GridData.GetItemText(i,2);
is101.ADRESS = atoi(str);
if((is101.ADRESS>255)||(is101.ADRESS<0))
{
AfxMessageBox("Адрес устройства: 1..255!");
return FALSE;
}
str = m_GridData.GetItemText(i,3);
is101.FUNCTION = atoi(str);
if((is101.FUNCTION > 4)||(is101.FUNCTION<1))
{
AfxMessageBox("Номер функции: 1..4!");
return FALSE;
}
str = m_GridData.GetItemText(i,4);
is101.START_ADRESS = atoi(str);
if(((is101.START_ADRESS>65535)||(is101.START_ADRESS<0)))
{
AfxMessageBox("Нач. адрес MODBUS: 0..65535!");
return FALSE;
}
str = m_GridData.GetItemText(i,5);
is101.NUMBER = atoi(str);
int tmpNumber=0;
if(is101.PRIBOR == 4)
tmpNumber=50;
else if(is101.PRIBOR == 5)
tmpNumber=114;
else if(is101.PRIBOR == 6)
tmpNumber=20;
else
tmpNumber=is101.NUMBER;
nTotalAmount+=tmpNumber;
str = m_GridData.GetItemText(i,6);
is101.ADRESS_PMZ = atoi(str);
if((is101.ADRESS_PMZ < m_nStartPMZAddr)
||(is101.ADRESS_PMZ > m_nEndPMZAddr)
||(is101.ADRESS_PMZ + tmpNumber - 1 > m_nEndPMZAddr))
{
CString tmp;
tmp.Format("Набор инф. объектов в строке %d выходит за пределы карты памяти ПРОЦЕССА: %d..%d!\r\n(строки подсвечены сиреневым цветом)",i,m_nStartPMZAddr,m_nEndPMZAddr);
AfxMessageBox(tmp);
for(int col = 0; col < m_GridData.GetColumnCount(); col++)
{
m_GridData.SetItemBkColour(i,col,RGB(255,128,255));
}
m_GridData.EnsureVisible(i,0);
m_GridData.Refresh();
//return FALSE;
}
str = m_GridData.GetItemText(i,7);
is101.DOP_BYTE1 = atoi(str);
str = m_GridData.GetItemText(i,8);
is101.DOP_BYTE2 = atoi(str);
str = m_GridData.GetItemText(i,9);
is101.DOP_BYTE3 = atoi(str);
str = m_GridData.GetItemText(i,10);
is101.DOP_BYTE4 = atoi(str);
str = m_GridData.GetItemText(i,11);
is101.ADRES_4B = atoi(str);
str = m_GridData.GetItemText(i,12 );
if(str == "нет")
is101.TYPE_STATUS = 0;
else if(str == "в посылке")
is101.TYPE_STATUS = 1;
else if(str == "в карте памяти")
is101.TYPE_STATUS = 2;
str = m_GridData.GetItemText(i,13);
is101.ADRES_STATUS = atoi(str);
str = m_GridData.GetItemText(i,14);
is101.MASKA_STATUS = atoi(str);
m_ModbusM.m_ModbusPriborArray.Add(is101);
}
if(nTotalAmount > m_nEndPMZAddr+1)
{
str.Format("%d > %d !",nTotalAmount,m_nEndPMZAddr+1);
AfxMessageBox("Суммарное кол-во инф. объектов больше выделенного количества для данного процесса:"+str);
//return FALSE;
}
for(int i = 0; i < m_ModbusM.m_ModbusPriborArray.GetSize(); i++)
{
for(int j = 0; j < m_ModbusM.m_ModbusPriborArray.GetSize(); j++)
{
int tmpNumberI=0;
int tmpNumberJ=0;
if(m_ModbusM.m_ModbusPriborArray[i].PRIBOR == 4)
tmpNumberI=50;
else if(m_ModbusM.m_ModbusPriborArray[i].PRIBOR == 5)
tmpNumberI=114;
else if(m_ModbusM.m_ModbusPriborArray[i].PRIBOR == 6)
tmpNumberI=20;
else
tmpNumberI=m_ModbusM.m_ModbusPriborArray[i].DOP_BYTE2 + m_ModbusM.m_ModbusPriborArray[i].DOP_BYTE4;
if(m_ModbusM.m_ModbusPriborArray[j].PRIBOR == 4)
tmpNumberJ=50;
else if(m_ModbusM.m_ModbusPriborArray[j].PRIBOR == 5)
tmpNumberJ=114;
else if(m_ModbusM.m_ModbusPriborArray[j].PRIBOR == 6)
tmpNumberJ=20;
else
tmpNumberJ=m_ModbusM.m_ModbusPriborArray[j].DOP_BYTE2 + m_ModbusM.m_ModbusPriborArray[j].DOP_BYTE4;
//tmpNumberJ=m_ModbusM.m_ModbusPriborArray[j].NUMBER;
if((IsIntersect(m_ModbusM.m_ModbusPriborArray[i].ADRESS_PMZ,
m_ModbusM.m_ModbusPriborArray[i].ADRESS_PMZ+tmpNumberI-1,
m_ModbusM.m_ModbusPriborArray[j].ADRESS_PMZ,
m_ModbusM.m_ModbusPriborArray[j].ADRESS_PMZ+tmpNumberJ-1))
&&(i!=j))
{
str.Format("%d на %d !\r\n(строки подсвечены розовым цветом)",j+1,i+1);
AfxMessageBox("Наложение наборов инф.объектов:"+str);
for(int col = 0; col < m_GridData.GetColumnCount(); col++)
{
m_GridData.SetItemBkColour(j+1,col,RGB(255,128,128));
m_GridData.SetItemBkColour(i+1,col,RGB(255,128,128));
}
m_GridData.EnsureVisible(i+1,0);
m_GridData.Refresh();
return FALSE;
}
}
}
return TRUE;
}
BOOL CKorundmDlg::ProcessSave(void)
{
for(int row = 1; row < m_GridData.GetRowCount(); row++)
{
for(int col = 0; col < m_GridData.GetColumnCount(); col++)
{
m_GridData.SetItemBkColour(row,col,RGB(255,255,255));
}
}
m_GridData.Refresh();
CString str;
str = m_Grid.GetItemText(1,1);
if((atoi(str)<=0)||(atoi(str)>255))
{
AfxMessageBox("Неверно задан СОМ-порт!");
return FALSE;
}
//проверить порты
if(((CKPLConfigApp*)(AfxGetApp()))->m_KPLProject.IsPortDuplicated(atoi(str)-1,nProcNum))
{
AfxMessageBox("Данный СОМ-порт занят под другую задачу!");
return FALSE;
}
m_Korundm.PORT = atoi(str)-1;
str = m_Grid.GetItemText(2,1);
m_Korundm.BAUDRATE = atoi(str);
str = m_Grid.GetItemText(3,1);
m_Korundm.STOPBITS = atoi(str);
str = m_Grid.GetItemText(4,1);
if(str == "NONE")
m_Korundm.PARITY = 0;
if(str == "EVEN")
m_Korundm.PARITY = 1;
if(str == "ODD")
m_Korundm.PARITY = 2;
str = m_Grid.GetItemText(5,1);
if(str == "нет")
m_Korundm.FLOWCONTROLL = 0;
if(str == "аппаратный")
m_Korundm.FLOWCONTROLL = 1;
if(str == "программный")
m_Korundm.FLOWCONTROLL = 2;
str = m_Grid.GetItemText(6,1);
if((atoi(str)<=0)||(atoi(str)>3000))
{
AfxMessageBox("Таймаут ответа подчиненного в квантах 1..3000!");
return FALSE;
}
m_Korundm.WAITRESP = atoi(str);
str = m_Grid.GetItemText(7,1);
if((atoi(str)<=0)||(atoi(str)>3000))
{
AfxMessageBox("Пауза между байтами в квантах 1..3000!");
return FALSE;
}
m_Korundm.BYTETIME = atoi(str);
str = m_Grid.GetItemText(8,1);
if((atoi(str)<=0)||(atoi(str)>3000))
{
AfxMessageBox("Интервал между запросами в квантах 1..3000!");
return FALSE;
}
m_Korundm.NEXTMESSAGE = atoi(str);
/*str = m_Grid.GetItemText(9,1);
m_Korundm.SIZE_LINK = atoi(str);
str = m_Grid.GetItemText(10,1);
m_Korundm.SIZE_COFT = atoi(str);
str = m_Grid.GetItemText(11,1);
m_Korundm.SIZE_ASDU = atoi(str);
str = m_Grid.GetItemText(12,1);
m_Korundm.SIZE_IOA = atoi(str);*/
str = m_Grid.GetItemText(13,1);
if((atoi(str)<0)||(atoi(str)>4320))
{
AfxMessageBox("Таймаут недостоверности: 0 - выкл., 1..4320 мин.!");
return FALSE;
}
m_Korundm.PERIOD_C_IC_NA_1 = atoi(str);
/*str = m_Grid.GetItemText(14,1);
if((atoi(str)<0)||(atoi(str)>4320))
{
AfxMessageBox("Период для синхронизации времени: 0 - нет, 1..4320 мин.!");
return FALSE;
}
m_Korundm.PERIOD_C_CS_NA_1 = atoi(str);
str = m_Grid.GetItemText(15,1);
if((atoi(str)<0)||(atoi(str)>50))
{
AfxMessageBox("Количество ошибок для генерации \"недостоверности\" 0..50!");
return FALSE;
}
m_Korundm.NUMBER_NO_ANSWER = atoi(str);
str = m_Grid.GetItemText(16,1);
if((atoi(str)<m_nStartPMZAddr)||(atoi(str)>m_nEndPMZAddr))
{
CString tmp;
tmp.Format("Запись статуса канала в карту памяти по адресу %d..%d!",m_nStartPMZAddr,m_nEndPMZAddr);
AfxMessageBox(tmp);
//return FALSE;
}
m_Korundm.ADRES_BADCHANEL = atoi(str);*/
str = m_Grid.GetItemText(17,1);
if((atoi(str)<=0)||(atoi(str)>50))
{
AfxMessageBox("Количество устройств, подключённых к данному каналу 1..50!");
return FALSE;
}
m_Korundm.NUMBER_OF_DEVICES = atoi(str);
m_Korundm.AMOUNTBYTE = 8;
/*str = m_Grid.GetItemText(18,1);
if((atoi(str)<=0)||(atoi(str)>120))
{
AfxMessageBox("Время на подтверждение команды ТУ 1..120 c!");
return FALSE;
}
m_Korundm.TIME_TU_EXPIRE = atoi(str);
str = m_Grid.GetItemText(19,1);
if((atoi(str)<=0)||(atoi(str)>255))
{
AfxMessageBox("Неверно задан Резервный СОМ-порт!");
return FALSE;
}
m_Korundm.RES_PORT = atoi(str)-1;*/
m_Korundm.m_IndividualStructureKorundArray.RemoveAll();
int nTotalAmount=0;
for(int i = 1; i < m_GridData.GetRowCount(); i++)
{
IndividualStructureKorund is101;
int nCol=0;
is101.strCOMMENT = m_GridData.GetItemText(i,nCol++);
str = m_GridData.GetItemText(i,nCol++);
if(str == arrMain_Set_ObjectTypes[0])
{
is101.TYPE_ID = M_BO_TB_1;
is101.TYPE_ID_C_IC_NA_1 = 0;
is101.NUM_BYTE = 12;
is101.NUM_BYTE_C_IC_NA_1 = 0;
is101.POZITION_OF_QUALITY_FLAG = 0;
}
else if(str == arrMain_Set_ObjectTypes[1])
{
is101.TYPE_ID = M_ME_TD_1;
is101.TYPE_ID_C_IC_NA_1 = 0;
is101.NUM_BYTE = 10;
is101.NUM_BYTE_C_IC_NA_1 = 0;
is101.POZITION_OF_QUALITY_FLAG = 0;
}
else
{
AfxMessageBox("Неверный тип инф. объектов!");
return FALSE;
}
str = m_GridData.GetItemText(i,nCol++);
is101.LINK_ADDRESS = atoi(str);
if((m_Korundm.SIZE_LINK == 1)&&((is101.LINK_ADDRESS>255)||(is101.LINK_ADDRESS<=0)))
{
AfxMessageBox("Link Address: 1..255!");
return FALSE;
}
if((m_Korundm.SIZE_LINK == 2)&&((is101.LINK_ADDRESS>65535)||(is101.LINK_ADDRESS<=0)))
{
AfxMessageBox("Link Address: 1..65535!");
return FALSE;
}
str = m_GridData.GetItemText(i,nCol++);
/*is101.ORIGINATOR_ADDRESS = atoi(str);
if((m_Korundm.SIZE_COFT == 2)&&((is101.ORIGINATOR_ADDRESS>255)||(is101.ORIGINATOR_ADDRESS<0)))
{
AfxMessageBox("Originator Address: 0..255!");
return FALSE;
}*/
str = m_GridData.GetItemText(i,nCol++);
int Hi = atoi(str);
//is101.COMMON_ADDRESS_ASDU = atoi(str);
if(((Hi>255)||(Hi<0)))
{
AfxMessageBox("№ блока: 0..255!");
return FALSE;
}
str = m_GridData.GetItemText(i,nCol++);
int Lo = atoi(str);
//is101.COMMON_ADDRESS_ASDU = atoi(str);
if(((Lo>255)||(Lo<0)))
{
AfxMessageBox("№ в блоке: 0..255!");
return FALSE;
}
is101.START_IOA = MAKEWORD(Lo,Hi);
str = m_GridData.GetItemText(i,nCol++);
is101.AM_IOA = atoi(str);
nTotalAmount+=is101.AM_IOA;
str = m_GridData.GetItemText(i,nCol++);
is101.ADDRESS_PMZ = atoi(str);
if((is101.ADDRESS_PMZ < m_nStartPMZAddr)
||(is101.ADDRESS_PMZ > m_nEndPMZAddr)
||(is101.ADDRESS_PMZ + is101.AM_IOA - 1 > m_nEndPMZAddr))
{
CString tmp;
tmp.Format("Набор инф. объектов в строке %d выходит за пределы карты памяти ПРОЦЕССА: %d..%d!",i,m_nStartPMZAddr,m_nEndPMZAddr);
AfxMessageBox(tmp);
for(int col = 0; col < m_GridData.GetColumnCount(); col++)
{
m_GridData.SetItemBkColour(i,col,RGB(255,128,255));
}
m_GridData.EnsureVisible(i,0);
m_GridData.Refresh();
}
m_Korundm.m_IndividualStructureKorundArray.Add(is101);
}
if(nTotalAmount > m_nEndPMZAddr+1)
{
str.Format("%d > %d !",nTotalAmount,m_nEndPMZAddr+1);
AfxMessageBox("Суммарное кол-во инф. объектов больше выделенного количества для данного процесса:"+str);
//return FALSE;
}
for(int i = 0; i < m_Korundm.m_IndividualStructureKorundArray.GetSize();i++)
{
for(int j = 0; j < m_Korundm.m_IndividualStructureKorundArray.GetSize();j++)
{
if((IsIntersect(m_Korundm.m_IndividualStructureKorundArray[i].ADDRESS_PMZ,
m_Korundm.m_IndividualStructureKorundArray[i].ADDRESS_PMZ+m_Korundm.m_IndividualStructureKorundArray[i].AM_IOA-1,
m_Korundm.m_IndividualStructureKorundArray[j].ADDRESS_PMZ,
m_Korundm.m_IndividualStructureKorundArray[j].ADDRESS_PMZ+m_Korundm.m_IndividualStructureKorundArray[j].AM_IOA-1))
&&(i!=j))
{
str.Format("%d на %d !\r\n(строки подсвечены розовым цветом)",j+1,i+1);
AfxMessageBox("Наложение наборов инф.объектов:"+str);
for(int col = 0; col < m_GridData.GetColumnCount(); col++)
{
m_GridData.SetItemBkColour(j+1,col,RGB(255,128,128));
m_GridData.SetItemBkColour(i+1,col,RGB(255,128,128));
}
m_GridData.EnsureVisible(i+1,0);
m_GridData.Refresh();
return FALSE;
}
}
}
/*/KP
CIndividualStructure101Array arr101;
for(int j = 1; j < m_GridKP.GetRowCount(); j++)
{
IndividualStructure101 is101;
is101.LINK_ADDRESS = atoi(m_GridKP.GetItemText(j,0));
CGridCellCheck *pCell2 = (CGridCellCheck*) m_GridKP.GetCell(j, 1);
if(pCell2->GetCheck())
is101.C_CS_ENABLE = 1;
else
is101.C_CS_ENABLE = 0;
str = m_GridKP.GetItemText(j,2);
is101.GLOBAL_ASDU = atoi(str);
if((m_Korundm.SIZE_ASDU == 1)&&((is101.GLOBAL_ASDU>255)||(is101.GLOBAL_ASDU<0)))
{
AfxMessageBox("Глобальный ASDU Address: 0..255!");
return FALSE;
}
if((m_Korundm.SIZE_ASDU == 2)&&((is101.GLOBAL_ASDU>65535)||(is101.GLOBAL_ASDU<0)))
{
AfxMessageBox("Глобальный ASDU Address: 0..65535!");
return FALSE;
}
pCell2 = (CGridCellCheck*) m_GridKP.GetCell(j, 3);
if(pCell2->GetCheck())
is101.STATUS_TYPE = 1;
else
is101.STATUS_TYPE = 0;
if(is101.STATUS_TYPE == 1)
{
str = m_GridKP.GetItemText(j,4);
is101.STATUS_ADDRESS_PMZ = atoi(str);
if((is101.STATUS_ADDRESS_PMZ < m_nStartPMZAddr)
||(is101.STATUS_ADDRESS_PMZ > m_nEndPMZAddr))
{
CString tmp;
tmp.Format("Адрес внутреннего статуса в строке %d выходит за пределы карты памяти ПРОЦЕССА: %d..%d!",j,m_nStartPMZAddr,m_nEndPMZAddr);
AfxMessageBox(tmp);
//return FALSE;
}
str = m_GridKP.GetItemText(j,5);
is101.STATUS_MASKA = atoi(str);
}
else
{
str = m_GridKP.GetItemText(j,4);
is101.STATUS_ADDRESS_PMZ = atoi(str);
str = m_GridKP.GetItemText(j,5);
is101.STATUS_MASKA = atoi(str);
}
arr101.Add(is101);
}
for(int i = 0; i < m_Korundm.m_IndividualStructureKorundArray.GetSize();i++)
{
for(int j = 0; j < arr101.GetSize();j++)
{
if(m_Korundm.m_IndividualStructureKorundArray[i].LINK_ADDRESS == arr101[j].LINK_ADDRESS)
{
m_Korundm.m_IndividualStructureKorundArray[i].C_CS_ENABLE = arr101[j].C_CS_ENABLE;
m_Korundm.m_IndividualStructureKorundArray[i].GLOBAL_ASDU = arr101[j].GLOBAL_ASDU;
m_Korundm.m_IndividualStructureKorundArray[i].STATUS_ADDRESS_PMZ = arr101[j].STATUS_ADDRESS_PMZ;
m_Korundm.m_IndividualStructureKorundArray[i].STATUS_MASKA = arr101[j].STATUS_MASKA;
m_Korundm.m_IndividualStructureKorundArray[i].STATUS_TYPE = arr101[j].STATUS_TYPE;
break;
}
}
}*/
return TRUE;
}
