public string GetUnitName()
{
using (WindowsApi.ProcessMemory mem = new WindowsApi.ProcessMemory(_gameContext.ProcessId))
{
return(mem.ReadChar4((IntPtr) unchecked (_newChildrenArgs.ThisUnitAddress + 0x30)));
}
}
private string GetItemName()
{
using (WindowsApi.ProcessMemory mem = new WindowsApi.ProcessMemory(_gameContext.ProcessId))
{
return(mem.ReadChar4((IntPtr) unchecked (_newChildrenArgs.CurrentItemPackAddress + 0x30)));
}
}
private void FillAddressList(int functionNodeId)
{
// To set the right window
viewData.Items.Clear();
foreach (IAddressNode addressLine in _mainTrainer.GetAddressList())
{
if (addressLine.ParentIndex != functionNodeId)
{
continue;
}
viewData.Items.Add(new ListViewItem(
new string[]
{
addressLine.Caption, // Caption
"", // Original value
"" // Modified value
}));
viewData.Items[viewData.Items.Count - 1].Tag = addressLine;
}
// To get memory content
using (WindowsApi.ProcessMemory mem = new WindowsApi.ProcessMemory(_currentGameContext.ProcessId))
{
foreach (ListViewItem currentItem in viewData.Items)
{
IAddressNode addressLine = currentItem.Tag as IAddressNode;
if (addressLine == null)
{
continue;
}
Object itemValue;
switch (addressLine.ValueType)
{
case AddressListValueType.Integer:
itemValue = mem.ReadInt32((IntPtr)addressLine.Address)
/ addressLine.ValueScale;
break;
case AddressListValueType.Float:
itemValue = mem.ReadFloat((IntPtr)addressLine.Address)
/ addressLine.ValueScale;
break;
case AddressListValueType.Char4:
itemValue = mem.ReadChar4((IntPtr)addressLine.Address);
break;
default:
itemValue = "";
break;
}
currentItem.SubItems[1].Text = itemValue.ToString();
}
}
}
