public override bool TryInit()
{
bool success = false;
SigScan.Reload();
{
for (int i = 0; i < pattern.Length; i++)
{
Addresses[0] = SigScan.FindPattern(StringToByte(pattern[i]), mask[i], offset[i]);
success = Addresses[0] != IntPtr.Zero;
if (!success)
{
continue;
}
success = TryReadIntPtrFromMemory(Addresses[0], out Addresses[0]);
success &= Addresses[0] != IntPtr.Zero;
if (!success)
{
continue;
}
LogHelper.LogToFile($"Hit Event ({name}) Base Address: 0x{(int)Addresses[0]:X8} by pattern #{i}");
break;
}
}
SigScan.ResetRegion();
return(success);
}
public override bool TryInit()
{
bool success = false;
bool m_accuracy_address_success = false;
bool m_time_address_success = false;
bool m_mods_address_success = false;
SigScan.Reload();
{
if (Setting.EnableModsChangedAtListening)
{
//Find mods address
m_mods_address = SigScan.FindPattern(StringToByte(s_global_mods_pattern), s_global_mods_mask, 3);
LogHelper.LogToFile($"Mods Base Address (0):0x{(int)m_mods_address:X8}");
m_mods_address_success = TryReadIntPtrFromMemory(m_mods_address, out m_mods_address);
LogHelper.LogToFile($"Mods Base Address (1):0x{(int)m_mods_address:X8}");
}
//Find acc Address
m_acc_address = SigScan.FindPattern(StringToByte(s_acc_pattern), s_acc_mask, 1);
LogHelper.LogToFile($"Playing Accuracy Base Address (0):0x{(int)m_acc_address:X8}");
m_accuracy_address_success = TryReadIntPtrFromMemory(m_acc_address, out m_acc_address);
LogHelper.LogToFile($"Playing Accuracy Base Address (1):0x{(int)m_acc_address:X8}");
if (!m_accuracy_address_success)//use s_acc_pattern_fallback
{
LogHelper.LogToFile("Use Fallback Accuracy Pattern");
m_acc_address = SigScan.FindPattern(StringToByte(s_acc_pattern_fallback), s_acc_mask_fallback, 4);
LogHelper.LogToFile($"Playing Accuracy Base Address (0):0x{(int)m_acc_address:X8}");
m_accuracy_address_success = TryReadIntPtrFromMemory(m_acc_address, out m_acc_address);
LogHelper.LogToFile($"Playing Accuracy Base Address (1):0x{(int)m_acc_address:X8}");
}
//Find Time Address
m_time_address = SigScan.FindPattern(StringToByte(s_time_pattern), s_time_mask, 5);
LogHelper.LogToFile($"Time Base Address (0):0x{(int)m_time_address:X8}");
m_time_address_success = TryReadIntPtrFromMemory(m_time_address, out m_time_address);
LogHelper.LogToFile($"Time Base Address (1):0x{(int)m_time_address:X8}");
}
SigScan.ResetRegion();
success = m_time_address_success && m_accuracy_address_success;
if (Setting.EnableModsChangedAtListening)
{
success = success && m_mods_address_success;
}
if (m_acc_address == IntPtr.Zero || m_time_address == IntPtr.Zero)
{
success = false;
}
return(success);
}
public override bool TryInit()
{
bool success = false;
SigScan.Reload();
{
m_mode_address = SigScan.FindPattern(StringToByte(s_mode_pattern), s_mode_mask, 6);
LogHelper.LogToFile($"Mode Address (0):0x{(int)m_mode_address:X8}");
success = TryReadIntPtrFromMemory(m_mode_address, out m_mode_address);
LogHelper.LogToFile($"Mode Address (1):0x{(int)m_mode_address:X8}");
}
SigScan.ResetRegion();
if (m_mode_address == IntPtr.Zero)
{
success = false;
}
return(success);
}
public override bool TryInit()
{
SigScan.Reload();
{
//Find Game Modes
m_game_modes_address = SigScan.FindPattern(StringToByte(s_game_modes_pattern), s_game_modes_mask, 10);
LogHelper.LogToFile($"Game Status Address (0):0x{(int)m_game_modes_address:X8}");
success = TryReadIntPtrFromMemory(m_game_modes_address, out m_game_modes_address);
LogHelper.LogToFile($"Game Status Address (1):0x{(int)m_game_modes_address:X8}");
}
SigScan.ResetRegion();
if (m_game_modes_address == IntPtr.Zero)
{
success = false;
}
return(success);
}