public bool CreateRemoteThread(string targetProcessName, string dllPath)
{
using (var injectionManager = new InjectionManager(targetProcessName, dllPath, false, RandomiseDllName))
{
return(injectionManager.CallInjectionMethod <CreateRemoteThread>());
}
}
public bool ThreadHijack(int targetProcessId, string dllPath)
{
using (var injectionManager = new InjectionManager(targetProcessId, dllPath, false, RandomiseDllName))
{
return(injectionManager.CallInjectionMethod <ThreadHijack>());
}
}
public bool ThreadHijack(string targetProcessName, byte[] dllBytes)
{
using (var injectionManager = new InjectionManager(targetProcessName, dllBytes, false, false, RandomiseDllName))
{
return(injectionManager.CallInjectionMethod <ThreadHijack>());
}
}
public bool RtlCreateUserThread(int targetProcessId, string dllPath)
{
using (var injectionManager = new InjectionManager(targetProcessId, dllPath, false, RandomiseDllName))
{
return(injectionManager.CallInjectionMethod <RtlCreateUserThread>());
}
}
public bool QueueUserApc(string targetProcessName, string dllPath)
{
using (var injectionManager = new InjectionManager(targetProcessName, dllPath, false, RandomiseDllName))
{
return(injectionManager.CallInjectionMethod <QueueUserApc>());
}
}
public bool QueueUserApc(int targetProcessId, byte[] dllBytes)
{
using (var injectionManager = new InjectionManager(targetProcessId, dllBytes, false, false, RandomiseDllName))
{
return(injectionManager.CallInjectionMethod <QueueUserApc>());
}
}
public bool ManualMap(string targetProcessName, byte[] dllBytes)
{
using (var injectionManager = new InjectionManager(targetProcessName, dllBytes, true, false, RandomiseDllName))
{
return(injectionManager.CallInjectionMethod <ManualMap>());
}
}
public bool CreateRemoteThread(int targetProcessId, byte[] dllBytes)
{
using (var injectionManager = new InjectionManager(targetProcessId, dllBytes, false, false, RandomiseDllName))
{
return(injectionManager.CallInjectionMethod <CreateRemoteThread>());
}
}