Borland C++ 5.02 Code For A Print Preview Window

// this is the class declaration for the “TPrevWindow” class, which
// contains member functions for scrolling forwards and backwards
// through print preview pages as well as the printing function itself.
// also, each of these member functions are associated with bitmaps as
// seen here under the response table. lastly, there is a “TPrinter”
// object, “Printer”, that is used throughout the code.
//
// class TPrevWindow
// ~~~~~ ~~~~~~~~~~~
class TPrevWindow : public TWindow {
  public:
    TPrevWindow(TWindow* parent = 0);
    void PrnNext();
    void PrnPrevious();
    void PrnImage();
    void Paint(TDC& dc, bool erase, TRect& rect);
  private:
    TPrinter* Printer;
  DECLARE_RESPONSE_TABLE(TPrevWindow);
};
DEFINE_RESPONSE_TABLE1(TPrevWindow, TWindow)
  EV_COMMAND(IDB_BITMAP1, PrnNext),
  EV_COMMAND(IDB_BITMAP2, PrnPrevious),
  EV_COMMAND(IDB_BITMAP3, PrnImage),
END_RESPONSE_TABLE;

// this class contains controls for accepting user input as well
// as “TButtonGadget” and “TButtonGadgetEnabler” objects to be
// utilized for constructing the print preview window near the
// end of processing.
//
// class TBalEndDlg
// ~~~~~ ~~~~~~~~~~~~
class TBalEndDlg : public TDialog {
  public:
    TBalEndDlg(TWindow* parent, TResId resId, TBalEndStruct& transfer);
    TEdit *Edit1,*Edit2;

    LRESULT WMChar(WPARAM, LPARAM);

  protected:
    void    CmOk();

  private:
    TButtonGadget* G1;
    TButtonGadget* G2;
    TButtonGadgetEnabler* Ge1;
    TButtonGadgetEnabler* Ge2;
    void    SetupWindow();
    char    StartingAmt[MAXSELL];
    char    EndDate[MAXDAT];

  DECLARE_RESPONSE_TABLE(TBalEndDlg);
};

DEFINE_RESPONSE_TABLE1(TBalEndDlg, TDialog)
  EV_COMMAND(IDOK, CmOk),
  EV_MESSAGE(WM_CHAR, WMChar),
END_RESPONSE_TABLE;

void
TTestWindow::Reconciliation()
{

 if (TBalEndDlg(this, IDD_STATEMENTBAL, BalEndStruct).Execute() == IDOK) {

 }

}

IDD_STATEMENTBAL DIALOG 15, 20, 205, 65
STYLE DS_MODALFRAME | DS_3DLOOK | WS_POPUP | WS_CAPTION | WS_SYSMENU
CAPTION "Reconciliation Entry Screen"
FONT 8, "MS Sans Serif"
{
 CONTROL "Register Starting Balance: ", 962, "static", SS_LEFT | WS_CHILD, 30 10, 130, 12
 CONTROL "Register Ending Date: ", 963, "static", SS_LEFT | WS_CHILD, 30 25, 130, 12
 EDITTEXT IDC_STARTINGBAL, 113, 10, 55, 12, ES_LEFT | WS_BORDER | WS_TABSTOP | WS_CHILD, 0
 EDITTEXT IDC_ENDDATE, 103, 25, 55, 12, ES_LEFT | WS_BORDER | WS_TABSTOP | WS_CHILD, 0
 DEFPUSHBUTTON "&OK", IDOK, 70, 45, 30, 19, 0, 0
 PUSHBUTTON "&Cancel", IDCANCEL, 100, 45, 30, 19, 0, 0
}

// instantiate the “TBalEndDlg” dialog class.
//
TBalEndDlg::TBalEndDlg(TWindow* parent, TResId resid,
  TBalEndStruct& transfer)
:
  TDialog(parent, resid)
{
  Edit1 = new TEdAmt_(this, IDC_ENDBAL, sizeof(transfer.StartingAmt));
  Edit2 = new TEdate(this, IDC_ENDDATE, sizeof(transfer.EndDate));

  TransferBuffer = (void far*)&transfer;
}

// let’s get the Winform screen set up.
void
TBalEndDlg::SetupWindow()
{
  // declare variables for this function.
  long int  datecomponent,monthvar,dayvar,yearvar;
  int          a,t,b;
  char       var[3],Date_[MAXDAT];
  struct     dosdate_t d;
  ldiv_t     n;

  TDialog::SetupWindow();

  // clear out the starting amount field.
  Edit1->Clear();

  // grab today’s date and assign it to the ending date input. 
  _dos_getdate(&d);
  monthvar = d.month;
  dayvar = d.day;
  yearvar = d.year;

  // take the current date components month, day and year and
  // convert to chars to be stored in the char array “Date_”.	
  for(a=0; a<MAXDAT; a++) Date_[a] = 32;
	  Date_[2] = 47;
	  Date_[5] = 47;
	  t=0;
		  do {

			  if(t == 0) datecomponent = monthvar;
			  if(t == 1) datecomponent = dayvar;
			  if(t == 2) {
			  datecomponent = yearvar;
				  // y2k adjustment.	
				  if (datecomponent < 2000 )
				  datecomponent = datecomponent - 1900;
				  else
				  datecomponent = datecomponent - 2000;
				      }

  var[0] = 48;
  var[1] = 48;
  var[2] = 32;
  b=1;
  do {
  n=ldiv(datecomponent,10L);
  datecomponent =n.quot;
		if(n.rem==0) var[b] = 48;
	  	if(n.rem==1) var[b] = 49;
		if(n.rem==2) var[b] = 50;
		if(n.rem==3) var[b] = 51;
		if(n.rem==4) var[b] = 52;
		if(n.rem==5) var[b] = 53;
		if(n.rem==6) var[b] = 54;
  		if(n.rem==7) var[b] = 55;
	  	if(n.rem==8) var[b] = 56;
		if(n.rem==9) var[b] = 57;
  b--;
  } while(datecomponent > 0);

  if(t==0) for(a=0; a<2; a++) Date_[a] = var[a];
  if(t==1) for(a=0; a<2; a++) Date_[3+a] = var[a];
  if(t==2) for(a=0; a<2; a++) Date_[6+a] = var[a];

  t++;
  } while(t < 3);
  Date_[MAXDAT-1] = 0;
  Edit2->SetText(Date_);

  for(a=0; a<MAXDAT-1; a++) Horddatexz[a] = Date_[a];

  Datedispz = 0;

}

// after the operator clicks the “OK” button, grab the Winform
// screen inputs and commence the data extraction process.
void
TBalEndDlg::CmOk()
{
  // declare variables for this function.
  int          a,PickVar,CountVar_,KountVar,fileinfo,f,r,date_compare,b,ff;
  long int   fileoffset, sizeofdatafile,accum,accum2,startbal,convert_to_number[MAXSELL],endbal, enddate_month;
  long int   enddate_day, enddate_year, transdate_month, transdate_day, transdate_year;
  char       kh,ch,dh,eh,transaction_date[MAXDAT],ExtractedAmt[MAXSELL];
  ldiv_t     n;
  streambuf  *inn = cin.rdbuf();

  // set the cursor to a hourglass.
  SetCursor(0, IDC_WAIT);


  for(a=0; a<MAXSELL; a++) StartingAmt[a] = 32;
  for(a=0; a<MAXDAT; a++) EndDate[a] = 32;

  // grab data from the Winform screen controls.
  GetDlgItemText(IDC_STARTINGBAL, StartingAmt, MAXSELL);
  GetDlgItemText(IDC_ENDDATE, EndDate, MAXDAT);


	          // format the retrieved starting amount so it is right justified.
		  for(a=0; a<MAXSELL; a++) {
			  if(StartingAmt[a] < 46 || StartingAmt[a] > 57) StartingAmt[a] = 32;
		  }
			  r=0;
			  do {
				  if(StartingAmt[9] < 48 || StartingAmt[9] > 57) {
					  for(f=9; f>0; f--) StartingAmt[f] = StartingAmt[f-1];
					  StartingAmt[0] = 32;
			  	  }
			  r++;
			  } while(r < 10);


  // parse the retrieved ending date into month, day and year numerical
  // components for further processing.
  a=0;
  do {

	  if(a==0) b = 0;
	  if(a==1) b = 3;
	  if(a==2) b = 6;

  for(ff=0; ff<2; ff++) {
  convert_to_number[ff] = 0;
  if(EndDate[b+ff] == 48) convert_to_number[ff] = 0;
  if(EndDate[b+ff] == 49) convert_to_number[ff] = 1;
  if(EndDate[b+ff] == 50) convert_to_number[ff] = 2;
  if(EndDate[b+ff] == 51) convert_to_number[ff] = 3;
  if(EndDate[b+ff] == 52) convert_to_number[ff] = 4;
  if(EndDate[b+ff] == 53) convert_to_number[ff] = 5;
  if(EndDate[b+ff] == 54) convert_to_number[ff] = 6;
  if(EndDate[b+ff] == 55) convert_to_number[ff] = 7;
  if(EndDate[b+ff] == 56) convert_to_number[ff] = 8;
  if(EndDate[b+ff] == 57) convert_to_number[ff] = 9;
  }
  if(a == 0) enddate_month = (convert_to_number[0] * 10) + (convert_to_number[1] * 1);
  if(a == 1) enddate_day = (convert_to_number[0] * 10) + (convert_to_number[1] * 1);
  if(a == 2) {
  enddate_year = (convert_to_number[0] * 10) + (convert_to_number[1] * 1);
  // include y2k adjustment.
  if(enddate_year >= 80) enddate_year = enddate_year + 1900;
  if(enddate_year < 80) enddate_year = enddate_year + 2000;
  }

  a++;
  } while(a < 3);

  // convert the starting amount to a numerical value.
  for(a=0; a<MAXSELL; a++) Sellvarq_[a]=StartingAmt[a];
	  for(a=0; a<MAXSELL-1; a++) {
	  hold[a]=0;
	  if(StartingAmt[a] == 48) convert_to_number[a]=0;
	  if(StartingAmt[a] == 49) convert_to_number[a]=1;
	  if(StartingAmt[a] == 50) convert_to_number[a]=2;
	  if(StartingAmt[a] == 51) convert_to_number[a]=3;
	  if(StartingAmt[a] == 52) convert_to_number[a]=4;
	  if(StartingAmt[a] == 53) convert_to_number[a]=5;
  	  if(StartingAmt[a] == 54) convert_to_number[a]=6;
	  if(StartingAmt[a] == 55) convert_to_number[a]=7;
	  if(StartingAmt[a] == 56) convert_to_number[a]=8;
	  if(StartingAmt[a] == 57) convert_to_number[a]=9;
	  }
  startbal = ( (convert_to_number[0] * 100000000) + (convert_to_number[1] * 10000000) + (convert_to_number[2] * 1000000) +
  (convert_to_number[3] * 100000) + (convert_to_number[4] * 10000) + (convert_to_number[5] * 1000) + (convert_to_number[6] * 100) + (convert_to_number[8] * 10) + (convert_to_number[9] * 1) );

  // now, let’s prepare for data extraction from the check register
  // by purging the last used extracted data file and opening a new 
  // stream to a file of the same name that is set for append record
  // mode. we will also open a stream to the check register fixed width
  // binary data file to read needed data from.
  remove("test_x.txt");

  PickVar = 0;

  fileinfo = open("cbook.txt", ios::in | ios::binary);
  sizeofdatafile = filelength(fileinfo);
  close(fileinfo);

  ifpstream ifile;
  ifile.open("cbook.txt", ios::in | ios::binary);
  inn = ifile.rdbuf();

  ofpstream ofile;
  ofile.open("test_x.txt", ios::ate | ios::app | ios::binary);
  fileoffset = 0;
  do {

// get the first 2 characters of the transaction type designator.
inn -> seekpos(fileoffset+MAXDAT+MAXINVNO+MAXSELL+MAXNOTE2+MAXSELL+MAXSELL+MAXSELL+MAXCCODE+MAXCOMPANY2-9, ios::in);
	kh = ifile.readByte();
	eh = ifile.readByte();
		// get the first character of the transaction cleared designator.
  		inn -> seekpos(fileoffset+CHECKBLEN-5-(MAXANS-1), ios::in);
	   	ch = ifile.readByte();
			// get the first character of the transaction paid designator.
                        inn -> seekpos(fileoffset    +MAXDAT+MAXINVNO+MAXSELL+MAXNOTE2+MAXSELL+MAXSELL+MAXSELL+MAXCCODE+MAXCOMPANY2+MAXSELL+MAXANS-11, ios::in);
			dh = ifile.readByte();

  // parse the check register transaction date into month, day and
  // year numerical components for further processing.
  inn -> seekpos(fileoffset+CHECKBLEN-5-(MAXDAT+MAXANS-2), ios::in);
  for(a=0; a<MAXDAT-1; a++) transaction_date[a] = ifile.readByte();

  a = 0;
  do {

	  if(a == 0) b = 0;
	  if(a == 1) b = 3;
	  if(a == 2) b = 6;

  for(ff=0; ff<2; ff++) {
  convert_to_number[ff] = 0;
  if(transaction_date [b+ff] == 48) convert_to_number[ff] = 0;
  if(transaction_date [b+ff] == 49) convert_to_number[ff] = 1;
  if(transaction_date [b+ff] == 50) convert_to_number[ff] = 2;
  if(transaction_date [b+ff] == 51) convert_to_number[ff] = 3;
  if(transaction_date [b+ff] == 52) convert_to_number[ff] = 4;
  if(transaction_date [b+ff] == 53) convert_to_number[ff] = 5;
  if(transaction_date [b+ff] == 54) convert_to_number[ff] = 6;
  if(transaction_date [b+ff] == 55) convert_to_number[ff] = 7;
  if(transaction_date [b+ff] == 56) convert_to_number[ff] = 8;
  if(transaction_date [b+ff] == 57) convert_to_number[ff] = 9;
  }
  if(a == 0) transdate_month = convert_to_number[0]*10 + convert_to_number[1]*1;
  if(a == 1) transdate_day = convert_to_number[0]*10 + convert_to_number[1]*1;
  if(a == 2) {
  transdate_year = (convert_to_number[0] * 10) + (convert_to_number[1] * 1);
  // include y2k adjustment.
  if(transdate_year >= 80) transdate_year = transdate_year + 1900;
  if(transdate_year < 80) transdate_year = transdate_year + 2000;
  }

  a++;
  } while(a < 3);

  // now, check to see if the check register transaction date is
  // less than or equal to the ending date from the Winform.
  date_compare = 1;
  if(transdate_year < enddate_year) date_compare = 0;

	  if(transdate_year == enddate_year && transdate_month < enddate_month) date_compare = 0;

		  if(transdate_year == enddate_year && transdate_month == enddate_month) {
			  if(transdate_day <= enddate_day) date_compare = 0;
		  }

  // if this transaction is a deposit that has not cleared the bank
  // and has not been paid and the check register transaction date is
  // less than or equal to the inputted ending date, then append a ‘D’ and
  // the check register credit amount to the extracted data file and
  // increment the line counter “PickVar” by 1.
  if ( kh == 'D' && eh == 'E' && ch == 'N' && dh == 'N' && date_compare == 0 ) {
	inn -> seekpos(fileoffset+MAXDAT+MAXINVNO+MAXSELL+MAXNOTE2+MAXSELL+MAXSELL
	+MAXSELL+MAXCCODE+MAXCOMPANY2+MAXSELL+MAXANS+MAXANS-12, ios::in);
			  for(a=0; a<MAXSELL-1; a++) ofile.writeByte(ifile.readByte());
			  ofile.writeByte('D');
			  PickVar++;
  }

  // if this transaction is not a deposit that has not cleared the bank
  // and has not been paid and the check register transaction date is
  // less than or equal to the inputted ending date, then append a ‘W’ and
  // the check register debit amount to the extracted data file and
  // increment the line counter “PickVar” by 1.
  if ( kh != 'D' && eh != 'E' && ch == 'N' && dh == 'N' && date_compare == 0 ) {
  inn -> seekpos(fileoffset+MAXDAT+MAXINVNO+MAXSELL+MAXNOTE2+MAXSELL-5, ios::in);
			  for(a=0; a<MAXSELL-1; a++) ofile.writeByte(ifile.readByte());
			  ofile.writeByte('W');
			  PickVar++;
  }

  // advance to the next fixed width record in the check register.
  fileoffset = fileoffset + CHECKBLEN;

  } while(fileoffset < sizeofdatafile);
  ifile.close();
  ofile.close();

  // initialize the 2 2-dimensional char arrays to prepare for
  // loading the first 50 rows of the extracted check register data.
  for(a=0; a<50; a++) {
  for(f=0; f<MAXSELL-1; f++) Xvault2_[f][a] = 32;
  for(f=0; f<MAXSELL-1; f++) Xvault4_[f][a] = 32;
  }

  // loop around the extracted data file "test_x.txt" to load
  // the first 50 rows of data into 2 2-dimensional char arrays
  // that will later populate the print preview window. also,
  // sum deposits and withdrawals with looping.
  fileinfo = open("test_x.txt", ios::binary);
  sizeofdatafile = filelength(fileinfo);
  close(fileinfo);

  ifile.open("test_x.txt", ios::in | ios::binary);
  inn = ifile.rdbuf();
  CountVar_ = 0;
  KountVar = 0;
  fileoffset = 0;
  accum = 0;
  accum2 = 0;
  do {

  // read the amount from the current file offset and convert
  // this to a numerical amount for further processing.
  inn -> seekpos(fileoffset+MAXSELL-1, ios::in);
  kh = ifile.readByte();
  inn -> seekpos(fileoffset, ios::in);
  for(a=0; a<MAXSELL; a++) ExtractedAmt[a] = ifile.readByte();

  for(a=0; a<MAXSELL; a++) {
	  if(StartingAmt[a] < 46 || StartingAmt[a] > 57) StartingAmt[a] = 32;
  }

  r = 0;
  do {
  		if(StartingAmt[9] < 48 || StartingAmt[9] > 57) {
				for(f=9; f>0; f--) StartingAmt[f] = StartingAmt[f-1];
			   StartingAmt[0] = 32;
	  	}
  r++;
  } while(r < 10);

  for(a=0; a<MAXSELL-1; a++) {
  convert_to_number[a]=0;
  if(StartingAmt[a] == 48) convert_to_number[a] = 0;
  if(StartingAmt[a] == 49) convert_to_number[a] = 1;
  if(StartingAmt[a] == 50) convert_to_number[a] = 2;
  if(StartingAmt[a] == 51) convert_to_number[a] = 3;
  if(StartingAmt[a] == 52) convert_to_number[a] = 4;
  if(StartingAmt[a] == 53) convert_to_number[a] = 5;
  if(StartingAmt[a] == 54) convert_to_number[a] = 6;
  if(StartingAmt[a] == 55) convert_to_number[a] = 7;
  if(StartingAmt[a] == 56) convert_to_number[a] = 8;
  if(StartingAmt[a] == 57) convert_to_number[a] = 9;
  }
  // accumulate for deposit transactions into the variable “accum”.
  if ( kh == 'D' ) accum = accum + ( (convert_to_number[0] * 100000000) + (convert_to_number[1] * 10000000) + (convert_to_number[2] * 1000000) +
  (convert_to_number[3] * 100000) + (convert_to_number[4] * 10000) + (convert_to_number[5] * 1000) + (convert_to_number[6] * 100) + (convert_to_number[8] * 10) + (convert_to_number[9] * 1) );
  // accumulate for withdrawal transactions into the variable “accum2”.
  if ( kh == 'W' ) accum2 = accum2 + ( (convert_to_number[0] * 100000000) + (convert_to_number[1] * 10000000) + (convert_to_number[2] * 1000000) +
  (convert_to_number[3] * 100000) + (convert_to_number[4] * 10000) + (convert_to_number[5] * 1000) + (convert_to_number[6] * 100) + (convert_to_number[8] * 10) + (convert_to_number[9] * 1) );
	     // if the transaction is a deposit and all 50 rows of the
             // 2-dimensional char array “Xvault2_” have not been filled,
             // then add the amount to the current slot in the char array
             // “Xvault2_” and then increment the row counter “CountVar_” by 1.
             if ( kh == 'D' && CountVar_ < 50 ) {
		  inn -> seekpos(fileoffset, ios::in);
		      for(r=0; r<MAXSELL-1; r++) Xvault2_[r][CountVar_] = ifile.readByte();
		      CountVar_++;
	     }
	          // if the transaction is a withdrawal and all 50 rows of the
                  // 2-dimensional char array “Xvault4_” have not been filled,
                  // then add the amount to the current slot in the char array
                  // “Xvault4_” and then increment the row counter “KountVar” by 1.
    		  if ( kh == 'W' && KountVar < 50 ) {
			  inn -> seekpos(fileoffset, ios::in);
				  	for(r=0; r<MAXSELL-1; r++) Xvault4_[r][KountVar] = ifile.readByte();
				  	KountVar++;
		  }

  // advance to the next fixed width record in the extracted check book data file.
  fileoffset = fileoffset + MAXSELL;

  } while(fileoffset < sizeofdatafile);
  ifile.close();

  // calculate the ending balance that will appear on the check
  // register reconciliation. this is the starting balance less
  // deposits plus withdrawals.
  endbal = startbal - accum + accum2;

  // take the numerical ending balance amount and convert it to
  // chars to be stored in the char array “totpay”.	
  for(a=0; a<MAXSELL; a++) totpay[a] = 32;
	  if(endbal < 0) {
	  totpay[0] = '-';
	  endbal = -endbal;
	  }
  totpay[9] = 48;
  totpay[8] = 48;
  totpay[7] = 46;
  totpay[6] = 48;
  r=9;
  do {
  n=ldiv(endbal,10L);
  endbal=n.quot;
  if(n.rem==0) totpay[r] = 48;
  if(n.rem==1) totpay[r] = 49;
  if(n.rem==2) totpay[r] = 50;
  if(n.rem==3) totpay[r] = 51;
  if(n.rem==4) totpay[r] = 52;
  if(n.rem==5) totpay[r] = 53;
  if(n.rem==6) totpay[r] = 54;
  if(n.rem==7) totpay[r] = 55;
  if(n.rem==8) totpay[r] = 56;
  if(n.rem==9) totpay[r] = 57;
  r--;
  if(r == 7) r--;
  } while(endbal > 0);

  r=0;
  do {
  r++;
  } while(totpay[r] == 32 && r < MAXSELL-1);
  totpay[r-1] = '$';
  
  // set the cursor to an arrow.
  SetCursor(0, IDC_ARROW);

		// this code will calculate the number of pages in the
		// print preview assuming there are 50 lines per page.
		mPage2 = 0;
		do {
		mPage2++;
		PickVar = PickVar - 50;
		} while( PickVar >= 50 );
			if ( PickVar > 0 ) mPage2++;

// this code snippet will initialize the trappings of a "TDecoratedFrame"
// object, “frame_d”. it will incorporate the “TPrevWindow” class as well
// as the bitmaps associated with each member function of the class into
// the "TDecoratedFrame" object. a control bar object, “ControlBar”, is
// constructed from "TMyControlBar". the buttons for the member functions
// are embedded into this control bar. the dimensions of the "TDecoratedFrame"
// window are set as well as the page count and the file stream offset,
// “fileoffset”. finally, the decorated print preview window is brought to life
// with the directive, “frame_d->Create()”.
TDecoratedFrame* frame_d = new TDecoratedFrame(0, "Reconciliation Preview", new TPrevWindow, false);
hndl = this->GetHandle();
TMyControlBar* ControlBar;
ControlBar = new TMyControlBar(frame_d);
frame_d->Insert(*ControlBar, TDecoratedFrame::Top);
G1 = new TButtonGadget(IDB_BITMAP1, IDB_BITMAP1);
ControlBar->Insert(*G1);
Ge1 = new TButtonGadgetEnabler(frame_d->GetHandle(), G1);
ControlBar->Insert(*new TSeparatorGadget);
G2 = new TButtonGadget(IDB_BITMAP2, IDB_BITMAP2);
ControlBar->Insert(*G2);
Ge2 = new TButtonGadgetEnabler(frame_d->GetHandle(), G2);
ControlBar->Insert(*new TSeparatorGadget);
ControlBar->Insert(*new TButtonGadget(IDB_BITMAP3, IDB_BITMAP3, 0, true));
ControlBar->Insert(*new TSeparatorGadget);
PageCount = 1;
fileoffset = 0;
frame_d->Attr.X = 10;
frame_d->Attr.Y = 10;
frame_d->Attr.W = 630;
frame_d->Attr.H = 440;
	// the page navigation buttons are initially enabled and/or
        // disabled based on the number of pages in the print preview
        // operation for cases where the total number of pages is 1 or
        // there are at least 2 or more pages.
	if ( mPage2 == 1 ) {
	Ge1->Enable(false);
	Ge2->Enable(false);
	}
		if ( mPage2 >= 2 ) {
		Ge1->Enable(true);
		Ge2->Enable(false);
		}
			frame_d->Create();

}

// the page navigation buttons are enabled and disabled based on the number
// of pages in the print preview and also at what page number in the preview
// operation is currently being viewed. the variable “PageCount” holds the
// number of the currently displayed page in the preview screen. this member
// function, "TBalEndDlg::WMChar(WPARAM cmd, LPARAM cmd2)", will be sent to
// the handle of the decorated print preview window to use the current page
// number as well as the total number of pages in the print preview operation
// to update which navigation buttons on the decorated window are enabled
// and/or disabled.
LRESULT
TBalEndDlg::WMChar(WPARAM cmd, LPARAM cmd2)
{

 if ( mPage2 >= 2 && PageCount < mPage2 && PageCount > 1 ) {
 Ge1->Enable(true);
 Ge2->Enable(true);
 }

 	if ( mPage2 >= 2 && PageCount == mPage2 ) {
Ge1->Enable(false);
Ge2->Enable(true);
}

 if ( mPage2 >= 2 && PageCount == 1 ) {
 Ge1->Enable(true);
 Ge2->Enable(false);
 }

}

void
TPrevWindow::Paint(TDC& dc, bool erase, TRect& rect)
{
  // declare variables for this function.
  long int   datecomponent,monthvar,dayvar,yearvar, pagevar;
  int          exta,a,b,f,r,t,ext1,ext2,ext3,ext4,ext44,MarkVar1,MarkVar2,ext5,ext6,ext7;
  float       linecounter;
  char       var[3],Date_[MAXDAT],var2[5];
  char       Idate[MAXDAT],Ino[MAXINVNO],Inamt[MAXSELL],Idescr[MAXNOTE2],Icomp[MAXCOMPANY2];
  char       Indescr[MAXNOTE2],Indisc[MAXSELL],Inpay[MAXSELL],Idr[MAXSELL],Ie_desc[MAXNOTE];
  char       Ivalue[MAXSELL2],Icr[MAXSELL],Ibal[MAXSELL],Ivend[MAXCOMPANY2],Icode[MAXCCODE];
  char       Ipd[MAXDAT],Iinv[MAXDAT],Icrx[13],Ibalx[13],Idrx[13];
  struct     dosdate_t d;
  ldiv_t      n;
  TSize     extent;


  // take the current page number of the print preview and
  // convert to chars to be stored in the char array “var2”.	
  Pagevar = PageCount;
  for(a=0; a<5; a++) var2[a] = 32;
  var2[4] = 48;
  b=4;
  do {
  n = ldiv(pagevar,10L);
  pagevar = n.quot;
  if(n.rem==0) var2[b] = 48;
  if(n.rem==1) var2[b] = 49;
  if(n.rem==2) var2[b] = 50;
  if(n.rem==3) var2[b] = 51;
  if(n.rem==4) var2[b] = 52;
  if(n.rem==5) var2[b] = 53;
  if(n.rem==6) var2[b] = 54;
  if(n.rem==7) var2[b] = 55;
  if(n.rem==8) var2[b] = 56;
  if(n.rem==9) var2[b] = 57;
  b--;
  } while(pagevar > 0);
  var2[5]=0;


  // take the current date components month, day and year and
  // convert to chars to be stored in the char array “Date_”.	
  _dos_getdate(&d);
  monthvar = d.month;
  dayvar = d.day;
  yearvar = d.year;

  // take the current date components month, day and year and
  // convert to chars to be stored in the char array “Date_”.	
  for(a=0; a<MAXDAT; a++) Date_[a] = 32;
	  Date_[2] = 47;
	  Date_[5] = 47;
	  t=0;
		  do {

			  if(t == 0) datecomponent = monthvar;
			  if(t == 1) datecomponent = dayvar;
			  if(t == 2) {
			  datecomponent = yearvar;
				  // y2k adjustment.	
				  if (datecomponent < 2000 )
				  datecomponent = datecomponent - 1900;
				  else
				  datecomponent = datecomponent - 2000;
				      }

  var[0] = 48;
  var[1] = 48;
  var[2] = 32;
  b=1;
  do {
  n=ldiv(datecomponent,10L);
  datecomponent =n.quot;
		if(n.rem==0) var[b] = 48;
	  	if(n.rem==1) var[b] = 49;
		if(n.rem==2) var[b] = 50;
		if(n.rem==3) var[b] = 51;
		if(n.rem==4) var[b] = 52;
		if(n.rem==5) var[b] = 53;
		if(n.rem==6) var[b] = 54;
  		if(n.rem==7) var[b] = 55;
	  	if(n.rem==8) var[b] = 56;
		if(n.rem==9) var[b] = 57;
  b--;
  } while(datecomponent > 0);

  if(t==0) for(a=0; a<2; a++) Date_[a] = var[a];
  if(t==1) for(a=0; a<2; a++) Date_[3+a] = var[a];
  if(t==2) for(a=0; a<2; a++) Date_[6+a] = var[a];

  t++;
  } while(t < 3);
  Date_[MAXDAT-1] = 0;


  // set the print preview to scale 100 logical units per
  // inch of screen width. set the mapping mode to “MM_LOENGLISH”
  // and save the current device context.
  const UnitsPerInch = 100;
  dc.SaveDC();
  dc.SetMapMode(MM_LOENGLISH);
  int x1 = 0;
  int y1 = 0;

  // using a bold "Times New Roman" font, paint the heading
  // and column labels of the print preview.
  TFont fontBold2("Times New Roman", 20, 8, 0, 0, FW_BOLD);

  dc.SelectObject(fontBold2);

  dc.TextOut(x1 + ( 0.40 * UnitsPerInch ), y1 - ( 0.20 * UnitsPerInch ), "Page:", 5);

  extent = dc.GetTextExtent("Page:", 5);
  ext1 = extent.cx;

  dc.TextOut(x1 + ( 0.40 * UnitsPerInch ), y1 - ( 0.40 * UnitsPerInch ), "Date:", 5);

  extent = dc.GetTextExtent("Date:", 5);
  ext2 = extent.cx;

  dc.TextOut(x1 + ( 5.65 * UnitsPerInch ), y1 - ( 0.20 * UnitsPerInch ), "Acme Company", 12);
  dc.TextOut(x1 + ( 5.65 * UnitsPerInch ), y1 - ( 0.40 * UnitsPerInch ), "123 Acme Blvd.", 14);
  dc.TextOut(x1 + ( 5.65 * UnitsPerInch ), y1 - ( 0.60 * UnitsPerInch ), "Anywhere, Anystate 44444", 24);

  dc.TextOut(x1 + ( 2.55 * UnitsPerInch ), y1 - ( 0.85 * UnitsPerInch ), "Reconciliation", 14);

  dc.TextOut(x1 + ( 0.15 * UnitsPerInch ), y1 - ( 1.15 * UnitsPerInch ), "Starting Balance", 16);
  dc.TextOut(x1 + ( 1.75 * UnitsPerInch ), y1 - ( 1.15 * UnitsPerInch ), "Deposits", 8);
  dc.TextOut(x1 + ( 3.00 * UnitsPerInch ), y1 - ( 1.15 * UnitsPerInch ), "Checks/Withdrawals", 18);
  dc.TextOut(x1 + ( 6.00 * UnitsPerInch ), y1 - ( 1.15 * UnitsPerInch ), "Ending Balance", 14);

  // using a normal "Times New Roman" font, paint the extracted
  // check register data previously stored in the 2 2-dimensional
  // char arrays “Xvault2_” and “Xvault4_”.
  TFont fontNorm2("Courier", 20, 8, 0, 0, FW_NORMAL);

  dc.SelectObject(fontNorm2);

  linecounter = 1.35;
  f = 0;
  MarkVar1 = 0;
  MarkVar2 = 0;
  do {

	  for(r=0; r<MAXSELL-1; r++) Idr[r] = Xvault2_[r][f];
		  for(r=0; r<MAXSELL-1; r++) Icr[r] = Xvault4_[r][f];

			  for(r=0; r<MAXSELL; r++) {
				  if(Sellvarq_[r] < 33 || Sellvarq_[r] > 126) Sellvarq_[r] = 32;
					  if(Idr[r] < 33 || Idr[r] > 126) Idr[r] = 32;
						  if(Icr[r] < 33 || Icr[r] > 126) Icr[r] = 32;
							  if(totpay[r] < 33 || totpay[r] > 126) totpay[r] = 32;
			  }

  Sellvarq_[MAXSELL-1] = 0;
  Idr[MAXSELL-1] = 0;
  Icr[MAXSELL-1] = 0;
  totpay[MAXSELL-1] = 0;

  	if ( PageCount == 1 && MarkVar1 == 0 ) {
dc.TextOut(x1 + ( 0.15 * UnitsPerInch ), y1 - ( rr * UnitsPerInch ), Sellvarq_, MAXSELL-1);
	MarkVar1 = 1;
	}
  	dc.TextOut(x1 + ( 1.75 * UnitsPerInch ), y1 - ( rr * UnitsPerInch ), Idr, MAXSELL-1);
	dc.TextOut(x1 + ( 3.00 * UnitsPerInch ), y1 - ( rr * UnitsPerInch ), Icr, MAXSELL-1);
  		if ( PageCount == mPage2 && MarkVar2 == 0 && Xvault4_[MAXSELL-2][f+1] == 32 ) {
dc.TextOut(x1 + ( 6.00 * UnitsPerInch ), y1 - ( rr * UnitsPerInch ), totpay, MAXSELL-1);
		MarkVar2 = 1;
		}
  		linecounter = linecounter + 0.20;
  		f++;

  } while(f < 50);

  var2[5] = 0;
	  dc.TextOut(x1 + ( 0.46 * UnitsPerInch ) + ext1, y1 - ( 0.20 * UnitsPerInch ), var2, 5);
		  Date_[MAXDAT-1] = 0;
dc.TextOut(x1 + ( 0.46 * UnitsPerInch ) + ext2, y1 - ( 0.40 * UnitsPerInch ), Date_,    MAXDAT-1);

dc.RestoreObjects();
}

// this “PrnNext” member function of the “TPrevWindow”
// class will advance to the next page in the print preview window.
void
TPrevWindow::PrnNext()
{
  // declare variables for this function.
  int          fileinfo,a,f,CountVar_,r,KountVar,b;
  long int   sizeofdatafile,fileoffset_local, convert_to_number[13],accum,accum2;
  char       Runbal[MAXSELL],kh;
  streambuf *inn = cin.rdbuf();
  ifpstream ifile;
  ldiv_t      n;

  // if the current page is less than the total number of pages in the print preview 
  // operation, then increment the file stream offset by an amount equivalent to 50 rows
  // of extracted check register data. also, blank out the 2 2-dimensional char arrays
  // used to populate the print preview window.
  if ( PageCount < mPage2 ) {
  PageCount++;
  fileoffset = fileoffset + ( 50 * MAXSELL );
  for(a=0; a<50; a++) {
  for(f=0; f<MAXSELL-1; f++) Xvault2_[f][a] = 32;
  for(f=0; f<MAXSELL-1; f++) Xvault4_[f][a] = 32;
  }

  // get the length of the extracted check register data file and open a file stream to it. also,
  // initialize the variables used before commencing the "do-while" loop.
  fileinfo = open("test_x.txt", ios::binary);
  sizeofdatafile = filelength(fileinfo);
  close(fileinfo);

  ifile.open("test_x.txt", ios::in | ios::binary);
  inn = ifile.rdbuf();
  CountVar_ = 0;
  KountVar = 0;
  fileoffset_local = fileoffset;

  // loop around and fill the 2 2-dimensional char arrays with the next 50 rows of
  // extracted check register data or to the end of the data file, whichever comes first.
  do {

  inn -> seekpos(fileoffset_local+MAXSELL-1, ios::in);
  kh = ifile.readByte();

          // if it is a deposit transaction, then
          // add the amount to the char array, “Xvault2_”
          // and increment the row counter "CountVar_" by 1.
	  if ( kh == 'D' ) {
	  inn -> seekpos(fileoffset_local, ios::in);
		  for(r=0; r<MAXSELL-1; r++) Xvault2_[r][CountVar_] = ifile.readByte();
		  CountVar_++;
	  }

                  // if it is a withdrawal transaction, then
                  // add the amount to the char array, “Xvault4_”
                  // and increment the row counter "KountVar" by 1.
		  if ( kh == 'W' ) {
		  inn -> seekpos(fileoffset_local, ios::in);
			  for(r=0; r<MAXSELL-1; r++) Xvault4_[r][KountVar] = ifile.readByte();
			  KountVar++;
		  }
 // advance to the next fixed width record in the extracted check book data file.
 fileoffset_local = fileoffset_local + MAXSELL;

  } while(CountVar_< 50 && KountVar < 50 && fileoffset_local < sizeofdatafile);
  ifile.close();

  // update the scroller on the print preview window. then fire a message,
  // "WM_CHAR", which is a member function of the "TBalEndDlg" dialog class
  // to the handle of the decorated print preview window to update the left
  // and right navigation keys so they enable and/or disable based on the
  // current page number and the total pages in the print preview operation.
  Scroller->ScrollBy(100, 100);
  Scroller->ScrollBy(-100, -100);
  GetWindowPtr(hndl)->SendMessage(WM_CHAR, 0, 0);

  }

}

// this “PrnPrevious” member function of the “TPrevWindow”
// class will advance to the previous page in the print preview window.
void
TPrevWindow::PrnPrevious()
{
  // declare variables for this function.
  int          fileinfo,a,f,CountVar_,r,KountVar,b;
  long int   sizeofdatafile,fileoffset_local, convert_to_number[13],accum,accum2;
  char       Runbal[MAXSELL],kh;
  streambuf *inn = cin.rdbuf();
  ifpstream ifile;
  ldiv_t      n;

  // if the current page is greater than one, then decrement the file stream offset by
  // an amount equivalent to 50 rows of extracted check register data. also,
  // blank out the 2 2-dimensional char arrays used to populate the print preview  window.
  if ( PageCount > 1 ) {
  PageCount--;
  fileoffset = fileoffset - ( 50 * MAXSELL );
  for(a=0; a<50; a++) {
  for(f=0; f<MAXSELL-1; f++) Xvault2_[f][a] = 32;
  for(f=0; f<MAXSELL-1; f++) Xvault4_[f][a] = 32;
  }

 // get the length of the extracted check register data file and open a file stream to it. also,
 // initialize the variables used before commencing the "do-while" loop.
 fileinfo = open("test_x.txt", ios::binary);
 sizeofdatafile = filelength(fileinfo);
 close(fileinfo);

  ifile.open("test_x.txt", ios::in | ios::binary);
  inn = ifile.rdbuf();
  CountVar_ = 0;
  KountVar = 0;
  fileoffset_local = fileoffset;

  // loop around and fill the 2 2-dimensional char arrays with the next 50 rows of
  // extracted check register data or to the end of the data file, whichever comes first.
  do {

  inn -> seekpos(fileoffset_local+MAXSELL-1, ios::in);
  kh = ifile.readByte();

          // if it is a deposit transaction, then
          // add the amount to the char array, “Xvault2_”
          // and increment the row counter "CountVar_" by 1.
	  if ( kh == 'D' ) {
	  inn -> seekpos(fileoffset_local, ios::in);
		  for(r=0; r<MAXSELL-1; r++) Xvault2_[r][CountVar_] = ifile.readByte();
		  CountVar_++;
	  }

                  // if it is a withdrawal transaction, then
                  // add the amount to the char array, “Xvault4_”
                  // and increment the row counter "KountVar" by 1.
		  if ( kh == 'W' ) {
		  inn -> seekpos(fileoffset_local, ios::in);
			  for(r=0; r<MAXSELL-1; r++) Xvault4_[r][KountVar] = ifile.readByte();
			  KountVar++;
		  }

 // advance to the next fixed width record in the extracted check book data file.
 fileoffset_local = fileoffset_local + MAXSELL;

  } while(CountVar_< 50 && KountVar < 50 && fileoffset_local < sizeofdatafile);
  ifile.close();

  // update the scroller on the print preview window. then fire a message,
  // "WM_CHAR", which is a member function of the "TBalEndDlg" dialog class
  // to the handle of the decorated print preview window to update the left
  // and right navigation keys so they enable and/or disable based on the
  // current page number and the total pages in the print preview operation.
  Scroller->ScrollBy(100, 100);
  Scroller->ScrollBy(-100, -100);
  GetWindowPtr(hndl)->SendMessage(WM_CHAR, 0, 0);

  }

}

// this “PrnImage” member function of the “TPrevWindow” class will display a print dialog on top of the print
// preview screen. it allows the operator to select the desired printer to render print preview output to.
// the operator can also set the number of copies for the print operation via the
// “mData.GetDevMode()->dmCopies” directive. The other parameters of the print dialog could be processed,
// but the customer had no need for this added functionality.
void
TPrevWindow::PrnImage()
{
  // declare variables for this function.
  int          totcopies,numberofcopies,pcounter;

  // set the “Printer” object to null and construct the “mData” object from “TPrintDialog::TData”.
  // then set the “mPageDoc” variable to the number of pages in the print preview operation.
  Printer = 0;
  TPrintDialog::TData mData;
  mPageDoc = mPage2;

	  // upon clicking the “OK” button in the printer dialog screen, proceed with as follows.
	  if ( TPrintDialog(this, mData).Execute() == IDOK ) {

		  // get the number of copies desired from the printer dialog and multiply that by the 
		  // number of pages in the print preview operation.	
		  totcopies = mData.GetDevMode()->dmCopies;
		  mPage2 = mPage2 * totcopies;
		  // if the current print preview page is greater than 1, then scroll back the 
		  // print preview by 1 page until you are viewing the first page of the print preview.		
		  if ( PageCount > 1 ) {
			  do {
			  TPrevWindow::PrnPrevious();
			  } while(PageCount > 1);
		  }

			  // next, intialize a couple of variables and then render the print preview to the selected
			  // printer for the total number of printed copies desired.				
			  fileoffset = 0;
			  pcounter = 0;
			  do {
			  numberofcopies = 0;
				  do {
				  Printer = new TPrinter; 
				  T2Printout   printout("Reconciliation", this);
				  Printer->SetData(&mData);
				  Printer->Print(this, printout, false);
				  Printer = 0;
				  numberofcopies++;
				  } while(numberofcopies < totcopies);
					  if ( PageCount < mPageDoc) TPrevWindow::PrnNext();
			  pcounter++;
			  } while(PageCount <= mPageDoc && pcounter < mPageDoc);

  }

}

// this is the class declaration for the “T2Printout” class, which
// handles the rendering of what appears in the print preview window
// to a selected printer from the printer dialog.
//
// class T2Printout
// ~~~~~ ~~~~~~~~~~~~~
class T2Printout : public TPrintout {
  public:
	 T2Printout(const char* title, TWindow* window);
    
    void GetDialogInfo(int& minPage, int& maxPage, int& selFromPage, int& selToPage);
    void PrintPage(int page, TRect& rect, unsigned flags);
    void SetBanding(bool b) {Banding = b;}
    bool HasPage(int pageNumber) {return pageNumber == 1;}

  protected:
	 TWindow* Window;
	 BOOL     Scale;
};

// instantiate the “T2Printout” class.
T2Printout::T2Printout(const char* title, TWindow* window)
  : TPrintout(title)
{
  Window = window;
  Scale = TRUE;
}

// initialize the default parameters for the minimum and
// the maximum number of pages as well as the selected
// number of pages to print. these range from 1 to the
// number of pages in the print preview. there is no
// additional programming to change these parameters
// in this case.
void
T2Printout::GetDialogInfo(int& minPage, int& maxPage, int& selFromPage, int& selToPage)
{
  minPage = 1;
  maxPage = mPage2;
  selFromPage = 1;
  selToPage = mPage2;
}

// this will render the print preview output onto the selected printer.
void
T2Printout::PrintPage(int page, TRect& rect, unsigned flags)
{
  // scale the DC (device context) to the window so the
  // printout will mirror the print preview window. notice
  // that the mapping mode is calibrated in “LOENGLISH”
  // units. this unit of measure equates 100 logical device
  // units to one inch of screen width.
  //
  // declare variables for this function.
  int    prevMode;
  TSize  oldVExt, oldWExt;

  if (Scale) {
    prevMode = DC->SetMapMode(MM_LOENGLISH);
    TRect windowSize = Window->GetClientRect();
    DC->SetWindowExt(windowSize.Size(), &oldWExt);
    DC->SetViewportExt(PageSize, &oldVExt);
    DC->DPtoLP(rect, 2);
  }

  // call the window to paint itself.
  Window->Paint(*DC, FALSE, rect);

  // restore changes made to the DC (device context).
  if (Scale) {
    DC->SetWindowExt(oldWExt);
    DC->SetViewportExt(oldVExt);
    DC->SetMapMode(prevMode);
  }

}