// This overload method is used to set TreeView Item data.
internal static unsafe bool SetItem(IntPtr hwnd, NativeMethods.TVITEM item)
{
ProcessorTypes localBitness;
ProcessorTypes remoteBitness;
GetProcessTypes(hwnd, out localBitness, out remoteBitness);
if (localBitness == remoteBitness)
{
return XSend(hwnd, NativeMethods.TVM_SETITEMW, IntPtr.Zero, new IntPtr(&item), Marshal.SizeOf(item.GetType()));
}
else if (remoteBitness == ProcessorTypes.Processor32Bit)
{
TVITEM_32 item32 = new TVITEM_32(item);
return XSend(hwnd, NativeMethods.TVM_SETITEMW, IntPtr.Zero, new IntPtr(&item32), Marshal.SizeOf(item32.GetType()));
}
else if (remoteBitness == ProcessorTypes.Processor64Bit)
{
TVITEM_64 item64 = new TVITEM_64(item);
return XSend(hwnd, NativeMethods.TVM_SETITEMW, IntPtr.Zero, new IntPtr(&item64), Marshal.SizeOf(item64.GetType()));
}
return false;
}
// This overload method is used to get TreeView Item Text.
internal static unsafe string GetItemText(IntPtr hwnd, NativeMethods.TVITEM item)
{
ProcessorTypes localBitness;
ProcessorTypes remoteBitness;
GetProcessTypes(hwnd, out localBitness, out remoteBitness);
if (localBitness == remoteBitness)
{
return GetTextWithinStructure(hwnd, NativeMethods.TVM_GETITEMW, IntPtr.Zero, new IntPtr(&item), Marshal.SizeOf(item.GetType()), new IntPtr(&item.pszText), item.cchTextMax);
}
else if (remoteBitness == ProcessorTypes.Processor32Bit)
{
TVITEM_32 item32 = new TVITEM_32(item);
return GetTextWithinStructureRemoteBitness(
hwnd, NativeMethods.TVM_GETITEMW, IntPtr.Zero, new IntPtr(&item32),
Marshal.SizeOf(item32.GetType()), new IntPtr(&item32.pszText), item32.cchTextMax,
remoteBitness, false);
}
else if (remoteBitness == ProcessorTypes.Processor64Bit)
{
TVITEM_64 item64 = new TVITEM_64(item);
return GetTextWithinStructure(hwnd, NativeMethods.TVM_GETITEMW, IntPtr.Zero, new IntPtr(&item64), Marshal.SizeOf(item64.GetType()), new IntPtr(&item64.pszText), item64.cchTextMax);
}
return "";
}