public unsafe static uint GetCurrentSheetId12()
{
XlOper12 SRef = new XlOper12();
SRef.xlType = XlType12.XlTypeSReference;
//SRef.srefValue.Count = 1;
//SRef.srefValue.Reference.RowFirst = 1;
//SRef.srefValue.Reference.RowLast = 1;
//SRef.srefValue.Reference.ColumnFirst = 1;
//SRef.srefValue.Reference.ColumnLast = 1;
XlOper12 resultOper = new XlOper12();
XlOper12 *pResultOper = &resultOper;
XlOper12 * pSRef = &SRef;
XlOper12 **ppSRef = &(pSRef);
int xlReturn;
xlReturn = Excel12v(xlSheetNm, 1, ppSRef, pResultOper);
if (xlReturn == 0)
{
XlOper12 ResultRef = new XlOper12();
xlReturn = Excel12v(xlSheetId, 1, (XlOper12 **)&(pResultOper), &ResultRef);
if (xlReturn == 0 && ResultRef.xlType == XlType12.XlTypeReference)
{
return(ResultRef.refValue.SheetId);
}
}
return(0);
}
private unsafe static int TryExcelImpl12(int xlFunction, out object result, params object[] parameters)
{
int xlReturn;
// Set up the memory to hold the result from the call
XlOper12 resultOper = new XlOper12();
resultOper.xlType = XlType12.XlTypeEmpty;
XlOper12 *pResultOper = &resultOper; // No need to pin for local struct
// Special kind of ObjectArrayMarshaler for the parameters (rank 1)
using (XlMarshalXlOperArrayContext paramMarshaler
= new XlMarshalXlOperArrayContext(1, true))
{
XlOper12 **ppOperParameters = (XlOper12 **)paramMarshaler.ObjectArrayReturn(parameters);
xlReturn = Excel12v(xlFunction, parameters.Length, ppOperParameters, pResultOper);
}
// pResultOper now holds the result of the evaluated function
// Get ObjectMarshaler for the return value
result = XlMarshalContext.ObjectParam((IntPtr)pResultOper);
// And free any memory allocated by Excel
Excel12v(xlFree, 1, &pResultOper, (XlOper12 *)IntPtr.Zero);
return(xlReturn);
}
private unsafe static int TryExcelImpl12(int xlFunction, out object result, params object[] parameters)
{
int xlReturn;
// Set up the memory to hold the result from the call
XlOper12 resultOper = new XlOper12();
resultOper.xlType = XlType12.XlTypeEmpty;
int i = sizeof(XlOper12);
XlOper12 *pResultOper = &resultOper; // No need to pin for local struct
// Special kind of ObjectArrayMarshaler for the parameters (rank 1)
using (XlObjectArray12Marshaler paramMarshaler = new XlObjectArray12Marshaler(1, true))
{
XlOper12 **ppOperParameters = (XlOper12 **)paramMarshaler.MarshalManagedToNative(parameters);
xlReturn = Excel12v(xlFunction, parameters.Length, ppOperParameters, pResultOper);
}
// pResultOper now holds the result of the evaluated function
// Get ObjectMarshaler for the return value
ICustomMarshaler m = XlObject12Marshaler.GetInstance("");
result = m.MarshalNativeToManaged((IntPtr)pResultOper);
// And free any memory allocated by Excel
Excel12v(xlFree, 1, &pResultOper, (XlOper12 *)IntPtr.Zero);
return(xlReturn);
}
public unsafe static IntPtr GetCurrentSheetId12()
{
// In a macro type function, xlSheetNm seems to return the Active sheet instead of the Current sheet.
// So we first try to get the Current sheet from the caller.
IntPtr retval = GetCallerSheetId12();
if (retval != IntPtr.Zero)
{
return(retval);
}
// Else we try the old way.
XlOper12 SRef = new XlOper12();
SRef.xlType = XlType12.XlTypeSReference;
//SRef.srefValue.Count = 1;
//SRef.srefValue.Reference.RowFirst = 1;
//SRef.srefValue.Reference.RowLast = 1;
//SRef.srefValue.Reference.ColumnFirst = 1;
//SRef.srefValue.Reference.ColumnLast = 1;
XlOper12 resultOper = new XlOper12();
XlOper12 *pResultOper = &resultOper;
XlOper12 * pSRef = &SRef;
XlOper12 **ppSRef = &(pSRef);
int xlReturn;
xlReturn = Excel12v(xlSheetNm, 1, ppSRef, pResultOper);
if (xlReturn == 0)
{
XlOper12 resultRef = new XlOper12();
XlOper12 *pResultRef = &resultRef;
xlReturn = Excel12v(xlSheetId, 1, (XlOper12 **)&(pResultOper), pResultRef);
// Done with pResultOper - Free
Excel12v(xlFree, 1, &pResultOper, (XlOper12 *)IntPtr.Zero);
if (xlReturn == 0)
{
if (resultRef.xlType == XlType12.XlTypeReference)
{
retval = resultRef.refValue.SheetId;
}
// Done with ResultRef - Free it too
Excel12v(xlFree, 1, &pResultRef, (XlOper12 *)IntPtr.Zero);
}
// CONSIDER: As a small optimisation, we could combine the two calls the xlFree. But then we'd have to manage an array here.
}
return(retval);
}
public static unsafe IntPtr GetCallerSheetId12()
{
IntPtr retval = IntPtr.Zero;
XlOper12 resultOper = new XlOper12();
XlOper12* pResultOper = &resultOper;
int xlReturn;
xlReturn = Excel12v(xlfCaller, 0, (XlOper12**)IntPtr.Zero, pResultOper);
if (xlReturn == 0)
{
if (resultOper.xlType == XlType12.XlTypeReference)
{
retval = resultOper.refValue.SheetId;
Excel12v(xlFree, 1, &pResultOper, (XlOper12*)IntPtr.Zero);
}
}
return retval;
}
public unsafe static IntPtr GetCallerSheetId12()
{
IntPtr retval = IntPtr.Zero;
XlOper12 resultOper = new XlOper12();
XlOper12* pResultOper = &resultOper;
int xlReturn;
xlReturn = Excel12v(xlfCaller, 0, (XlOper12**)IntPtr.Zero, pResultOper);
if (xlReturn == 0)
{
if (resultOper.xlType == XlType12.XlTypeReference)
{
retval = resultOper.refValue.SheetId;
Excel12v(xlFree, 1, &pResultOper, (XlOper12*)IntPtr.Zero);
}
}
return retval;
}
private static unsafe int TryExcelImpl12(int xlFunction, out object result, params object[] parameters)
{
int xlReturn;
// Set up the memory to hold the result from the call
XlOper12 resultOper = new XlOper12();
resultOper.xlType = XlType12.XlTypeEmpty;
XlOper12* pResultOper = &resultOper; // No need to pin for local struct
// Special kind of ObjectArrayMarshaler for the parameters (rank 1)
using (XlObjectArray12Marshaler.XlObjectArray12MarshalerImpl paramMarshaler
= new XlObjectArray12Marshaler.XlObjectArray12MarshalerImpl(1, true))
{
XlOper12** ppOperParameters = (XlOper12**)paramMarshaler.MarshalManagedToNative(parameters);
xlReturn = Excel12v(xlFunction, parameters.Length, ppOperParameters, pResultOper);
}
// pResultOper now holds the result of the evaluated function
// Get ObjectMarshaler for the return value
ICustomMarshaler m = XlObject12Marshaler.GetInstance("");
result = m.MarshalNativeToManaged((IntPtr)pResultOper);
// And free any memory allocated by Excel
Excel12v(xlFree, 1, &pResultOper, (XlOper12*)IntPtr.Zero);
return xlReturn;
}
public static unsafe IntPtr GetCurrentSheetId12()
{
// In a macro type function, xlSheetNm seems to return the Active sheet instead of the Current sheet.
// So we first try to get the Current sheet from the caller.
IntPtr retval = GetCallerSheetId12();
if (retval != IntPtr.Zero)
return retval;
// Else we try the old way.
XlOper12 SRef = new XlOper12();
SRef.xlType = XlType12.XlTypeSReference;
//SRef.srefValue.Count = 1;
//SRef.srefValue.Reference.RowFirst = 1;
//SRef.srefValue.Reference.RowLast = 1;
//SRef.srefValue.Reference.ColumnFirst = 1;
//SRef.srefValue.Reference.ColumnLast = 1;
XlOper12 resultOper = new XlOper12();
XlOper12* pResultOper = &resultOper;
XlOper12* pSRef = &SRef;
XlOper12** ppSRef = &(pSRef);
int xlReturn;
xlReturn = Excel12v(xlSheetNm, 1, ppSRef, pResultOper);
if (xlReturn == 0)
{
XlOper12 resultRef = new XlOper12();
XlOper12* pResultRef = &resultRef;
xlReturn = Excel12v(xlSheetId, 1, (XlOper12**)&(pResultOper), pResultRef);
// Done with pResultOper - Free
Excel12v(xlFree, 1, &pResultOper, (XlOper12*)IntPtr.Zero);
if (xlReturn == 0)
{
if (resultRef.xlType == XlType12.XlTypeReference)
{
retval = resultRef.refValue.SheetId;
}
// Done with ResultRef - Free it too
Excel12v(xlFree, 1, &pResultRef, (XlOper12*)IntPtr.Zero);
}
// CONSIDER: As a small optimisation, we could combine the two calls the xlFree. But then we'd have to manage an array here.
}
return retval;
}
internal static unsafe void SetExcelReference12(XlOper12* pOper, XlOper12.XlMultiRef12* pMultiRef, object /*ExcelReference*/ r)
{
IntPtr sheetId = ExcelReferenceGetSheetId(r);
int[][] rects = ExcelReferenceGetRectangles(r);
int rectCount = rects.GetLength(0);
pOper->xlType = XlType12.XlTypeReference;
pOper->refValue.SheetId = sheetId;
pOper->refValue.pMultiRef = pMultiRef;
pOper->refValue.pMultiRef->Count = (ushort)rectCount;
XlOper12.XlRectangle12* pRectangles = (XlOper12.XlRectangle12*)(&pOper->refValue.pMultiRef->Rectangles);
for (int i = 0; i < rectCount; i++)
{
pRectangles[i].RowFirst = rects[i][0];
pRectangles[i].RowLast = rects[i][1];
pRectangles[i].ColumnFirst = rects[i][2];
pRectangles[i].ColumnLast = rects[i][3];
}
}
public unsafe static IntPtr GetCurrentSheetId12()
{
IntPtr retval = IntPtr.Zero;
XlOper12 SRef = new XlOper12();
SRef.xlType = XlType12.XlTypeSReference;
//SRef.srefValue.Count = 1;
//SRef.srefValue.Reference.RowFirst = 1;
//SRef.srefValue.Reference.RowLast = 1;
//SRef.srefValue.Reference.ColumnFirst = 1;
//SRef.srefValue.Reference.ColumnLast = 1;
XlOper12 resultOper = new XlOper12();
XlOper12* pResultOper = &resultOper;
XlOper12* pSRef = &SRef;
XlOper12** ppSRef = &(pSRef);
int xlReturn;
xlReturn = Excel12v(xlSheetNm, 1, ppSRef, pResultOper);
if (xlReturn == 0)
{
XlOper12 resultRef = new XlOper12();
XlOper12* pResultRef = &resultRef;
xlReturn = Excel12v(xlSheetId, 1, (XlOper12**)&(pResultOper), pResultRef);
// Done with pResultOper - Free
Excel12v(xlFree, 1, &pResultOper, (XlOper12*)IntPtr.Zero);
if (xlReturn == 0)
{
if (resultRef.xlType == XlType12.XlTypeReference)
{
retval = resultRef.refValue.SheetId;
}
// Done with ResultRef - Free it too
Excel12v(xlFree, 1, &pResultRef, (XlOper12*)IntPtr.Zero);
}
// CONSIDER: As a small optimisation, we could combine the two calls the xlFree. But then we'd have to manage an array here.
}
return retval;
}