// Game memory init
public static void GetGameMemory(
GameContext gameContext,
ref NewChildrenEventArgs gameAddress)
{
using (WindowsApi.ProcessMemory mem = new WindowsApi.ProcessMemory(gameContext.ProcessId))
{
gameAddress.ThisGameAddress = mem.ReadUInt32((IntPtr)gameContext.ThisGameAddress);
if (gameAddress.ThisGameAddress != 0)
{
gameAddress.ThisGameMemoryAddress = mem.ReadUInt32((IntPtr) unchecked (gameAddress.ThisGameAddress + 0xC));
if (gameAddress.ThisGameMemoryAddress == 0xFFFFFFFF)
{
gameAddress.ThisGameMemoryAddress = 0;
}
}
if (gameAddress.ThisGameAddress == 0 ||
gameAddress.ThisGameMemoryAddress == 0)
{
gameAddress.ThisGameMemoryAddress = 0;
gameAddress.ThisUnitAddress = 0;
gameAddress.AttackAttributesAddress = 0;
gameAddress.HeroAttributesAddress = 0;
}
}
}
// Game memory extract algorithm 2
// Used in MoveSpeed
public static UInt32 ReadGameValue2(
WindowsApi.ProcessMemory mem, GameContext gameContext, NewChildrenEventArgs gameAddress,
Int32 index)
{
if (gameAddress.ThisGameMemoryAddress == 0)
{
return(0);
}
UInt32 tmpValue = ReadFromGameMemory(
mem, gameContext, gameAddress,
index);
if (0 == mem.ReadUInt32((IntPtr) unchecked (tmpValue + 0x20)))
{
return(mem.ReadUInt32((IntPtr) unchecked (tmpValue + 0x54)));
}
else
{
System.Windows.Forms.MessageBox.Show(
"Bug detected in ReadGameValue2().",
"Bug check");
// Copy sub_6F468A20() again, set breakpoint at 6F0776F6
return(0);
}
}
public override void CreateChildren()
{
using (WindowsApi.ProcessMemory mem = new WindowsApi.ProcessMemory(_gameContext.ProcessId))
{
// Get ESI of each selected unit
UInt32 selectedUnitList = mem.ReadUInt32((IntPtr)_gameContext.UnitListAddress);
UInt16 a2 = mem.ReadUInt16((IntPtr) unchecked (selectedUnitList + 0x28));
UInt32 tmpAddress;
tmpAddress = mem.ReadUInt32((IntPtr) unchecked (selectedUnitList + 0x58 + 4 * a2));
tmpAddress = mem.ReadUInt32((IntPtr) unchecked (tmpAddress + 0x34));
UInt32 listHead = mem.ReadUInt32((IntPtr) unchecked (tmpAddress + 0x1F0));
// UInt32 listEnd = mem.ReadUInt32((IntPtr)unchecked(tmpAddress + 0x1F4));
UInt32 listLength = mem.ReadUInt32((IntPtr) unchecked (tmpAddress + 0x1F8));
UInt32 nextNode = listHead;
// UInt32 nextNodeNot = ~listHead;
for (int selectedUnitIndex = 0; selectedUnitIndex < listLength; selectedUnitIndex++)
{
_newChildrenArgs.ThisUnitAddress = mem.ReadUInt32((IntPtr) unchecked (nextNode + 8));
// nextNodeNot = mem.ReadUInt32((IntPtr)unchecked(NextNode + 4));
nextNode = mem.ReadUInt32((IntPtr) unchecked (nextNode + 0));
base.CreateChild(TrainerNodeType.OneSelectedUnit, NodeIndex);
}
}
}
public static UInt32 ReadFromGameMemory(
WindowsApi.ProcessMemory mem, GameContext gameContext, NewChildrenEventArgs gameAddress,
Int32 index)
{
System.Diagnostics.Debug.Assert(index >= 0);
if (gameAddress.ThisGameMemoryAddress == 0)
{
return(0);
}
return(mem.ReadUInt32((IntPtr) unchecked (gameAddress.ThisGameMemoryAddress + index * 8 + 4)));
}
public override void CreateChildren()
{
using (WindowsApi.ProcessMemory mem = new WindowsApi.ProcessMemory(_gameContext.ProcessId))
{
Int32 list = mem.ReadInt32((IntPtr) unchecked (_newChildrenArgs.ThisUnitAddress + _gameContext.ItemsListOffset));
if (list != 0)
{
for (Int32 itemIndex = 0; itemIndex < 6; itemIndex++)
{
UInt32 currentItem = 0;
// We assume ItemIndex never go out of bounds to the List
Int32 tmpValue1 = mem.ReadInt32((IntPtr) unchecked (list + 0xC * itemIndex + 0x70));
if (tmpValue1 > 0)
{
UInt32 RawItem = War3Common.ReadFromGameMemory(
mem, _gameContext, _newChildrenArgs,
tmpValue1);
if (RawItem != 0)
{
UInt32 tmpValue2 = mem.ReadUInt32((IntPtr) unchecked (RawItem + 0x20));
if (tmpValue2 == 0)
{
currentItem = mem.ReadUInt32((IntPtr) unchecked (RawItem + 0x54));
}
}
if (currentItem != 0)
{
_newChildrenArgs.CurrentItemPackAddress = currentItem;
base.CreateChild(TrainerNodeType.OneItem, NodeIndex);
}
}
} // foreach items
} // Item list exists
} // mem
} // CreateChildren()
public override void CreateChildren()
{
using (WindowsApi.ProcessMemory mem = new WindowsApi.ProcessMemory(_gameContext.ProcessId))
{
_newChildrenArgs.AttackAttributesAddress = mem.ReadUInt32((IntPtr) unchecked (_newChildrenArgs.ThisUnitAddress + _gameContext.AttackAttributesOffset));
_newChildrenArgs.HeroAttributesAddress = mem.ReadUInt32((IntPtr) unchecked (_newChildrenArgs.ThisUnitAddress + _gameContext.HeroAttributesOffset));
if (_newChildrenArgs.AttackAttributesAddress > 0)
{
base.CreateChild(TrainerNodeType.AttackAttributes, NodeIndex);
// base.CreateChild(TrainerNodeType.UnitAbility, NodeIndex);
base.CreateChild(TrainerNodeType.AllItems, NodeIndex);
}
if (_newChildrenArgs.HeroAttributesAddress > 0)
{
base.CreateChild(TrainerNodeType.HeroAttributes, NodeIndex);
}
// Unit self propety(s)
CreateAddress(new NewAddressListEventArgs(_nodeIndex,
"单位名称",
unchecked (_newChildrenArgs.ThisUnitAddress + 0x30),
AddressListValueType.Char4));
UInt32 tmpAddress1, tmpAddress2;
Int32 tmpValue1, tmpValue2;
tmpValue1 = mem.ReadInt32((IntPtr) unchecked (_newChildrenArgs.ThisUnitAddress + 0x98 + 0x8));
tmpAddress1 = War3Common.ReadFromGameMemory(
mem, _gameContext, _newChildrenArgs,
tmpValue1);
tmpAddress1 = unchecked (tmpAddress1 + 0x84);
CreateAddress(new NewAddressListEventArgs(_nodeIndex,
"HP - 目前",
unchecked (tmpAddress1 - 0xC),
AddressListValueType.Float));
CreateAddress(new NewAddressListEventArgs(_nodeIndex,
"HP - 最大",
tmpAddress1,
AddressListValueType.Float));
CreateAddress(new NewAddressListEventArgs(_nodeIndex,
"HP - 回复率",
unchecked (_newChildrenArgs.ThisUnitAddress + 0xB0),
AddressListValueType.Float));
tmpValue1 = mem.ReadInt32((IntPtr) unchecked (_newChildrenArgs.ThisUnitAddress + 0x98 + 0x28));
tmpAddress1 = War3Common.ReadFromGameMemory(
mem, _gameContext, _newChildrenArgs,
tmpValue1);
tmpAddress1 = unchecked (tmpAddress1 + 0x84);
CreateAddress(new NewAddressListEventArgs(_nodeIndex,
"MP - 目前",
unchecked (tmpAddress1 - 0xC),
AddressListValueType.Float));
CreateAddress(new NewAddressListEventArgs(_nodeIndex,
"MP - 最大",
tmpAddress1,
AddressListValueType.Float));
CreateAddress(new NewAddressListEventArgs(_nodeIndex,
"MP - 回复率",
unchecked (_newChildrenArgs.ThisUnitAddress + 0xD4),
AddressListValueType.Float));
CreateAddress(new NewAddressListEventArgs(_nodeIndex,
"盔甲 - 数量",
unchecked (_newChildrenArgs.ThisUnitAddress + 0xE0),
AddressListValueType.Float));
CreateAddress(new NewAddressListEventArgs(_nodeIndex,
"盔甲 - 种类",
unchecked (_newChildrenArgs.ThisUnitAddress + 0xE4),
AddressListValueType.Integer));
// Move speed
tmpAddress1 = unchecked (_newChildrenArgs.ThisUnitAddress + _gameContext.MoveSpeedOffset - 0x24);
do
{
tmpValue1 = mem.ReadInt32((IntPtr) unchecked (tmpAddress1 + 0x24));
tmpAddress1 = War3Common.ReadGameValue2(
mem, _gameContext, _newChildrenArgs,
tmpValue1);
tmpAddress2 = mem.ReadUInt32((IntPtr) unchecked (tmpAddress1 + 0));
tmpValue1 = mem.ReadInt32((IntPtr) unchecked (tmpAddress1 + 0x24));
tmpValue2 = mem.ReadInt32((IntPtr) unchecked (tmpAddress1 + 0x28));
// Note: If new game version released, set breakpoint here
// and check tmpAddress2. Set this value as War3AddressMoveSpeed
tmpAddress2 = mem.ReadUInt32((IntPtr) unchecked (tmpAddress2 + 0x2D4));
if (_gameContext.MoveSpeedAddress == tmpAddress2)
{
CreateAddress(new NewAddressListEventArgs(_nodeIndex,
"移动速度",
unchecked (tmpAddress1 + 0x70), // +70 or +78 are both OK
AddressListValueType.Float));
}
} while (tmpValue1 > 0 && tmpValue2 > 0);
// Coordinate
tmpValue1 = mem.ReadInt32((IntPtr) unchecked (_newChildrenArgs.ThisUnitAddress + 0x164 + 8));
tmpAddress1 = War3Common.ReadGameValue1(
mem, _gameContext, _newChildrenArgs,
tmpValue1);
CreateAddress(new NewAddressListEventArgs(_nodeIndex,
"坐标 - X",
tmpAddress1,
AddressListValueType.Float));
CreateAddress(new NewAddressListEventArgs(_nodeIndex,
"坐标 - Y",
unchecked (tmpAddress1 + 4),
AddressListValueType.Float));
}
}
