private void Configure(CloakContext context)
{
if (context == null)
{
throw new ArgumentNullException("context");
}
cloakingTasks.Add(new SimplifyTask(context));
//Encrypt strings before anything else
if (context.Settings.EncryptStrings != StringEncryptionMethod.None)
{
cloakingTasks.Add(new StringEncryptionTask(context));
}
//Build up a mapping of the assembly and obfuscate
if (context.Settings.RenameMethod != NamingMethod.None)
{
cloakingTasks.Add(new MappingTask(context));
cloakingTasks.Add(new ObfuscationTask(context));
}
if (context.Settings.RenameMethod == NamingMethod.Readable)
{
context.NameManager.SetCharacterSet(NameManager.ReadableCharacterSet);
}
//Supress ILDASM decompilation
if (context.Settings.SupressIldasm)
{
cloakingTasks.Add(new SupressIldasmTask(context));
}
//Try to confuse reflection
if (context.Settings.ConfuseDecompilationMethod != ConfusionMethod.None)
{
cloakingTasks.Add(new ConfuseDecompilationTask(context, ConfusionMethod.InvalidIl));
}
//Optimize the assembly (turn into short codes where poss)
if (context.Settings.ConfuseDecompilationMethod == ConfusionMethod.None) //HACK: The new Mono.Cecil doesn't like bad IL codes
{
cloakingTasks.Add(new OptimizeTask(context));
}
////Always last - output the assembly in the relevant format
//if (String.IsNullOrEmpty(context.Settings.TamperProofAssemblyName))
// RegisterTask<OutputAssembliesTask>(); //Default
//else
// RegisterTask<TamperProofTask>(); //Tamper proofing combines all assemblies into one
}
public void Run(CloakContext context)
{
//Back stop - allows for tests to include only the relevant tasks
if (cloakingTasks.Count == 0)
{
Configure(context);
}
//Run through each of our tasks
foreach (ICloakTask task in cloakingTasks)
{
Log.Information("Disguise Task: {0}", task.Name);
task.RunTask();
}
}
