public EmulatorShell(IDisassembler disassembler, ICpu cpu, IFileHandler fileHandler, IDisplay display)
{
_disassembler = disassembler;
_cpu = cpu;
_fileHandler = fileHandler;
_display = display;
}
public AppCore(Config config)
{
_config = config;
var initialSourceCode = "";
{
try
{
initialSourceCode = _config.LoadCodeTemplate();
}
catch
{
_config.IsFileMonitoring = false;
_config.MonitoringFilePath = "";
}
}
Compiler = new Compiler();
Disassembler = new JitDisassembler("JitDasm/JitDasm.exe");
BuildingUnit = new BuildingUnit(_config, Compiler, Disassembler)
{
SourceCode = initialSourceCode
}
.AddTo(_Trashes);
var fileMonitor = new FileMonitor(_config).AddTo(_Trashes);
fileMonitor.MonitoringFileChanged += (_, __) => LoadMonitoringFile();
_config.ObserveProperty(x => x.MonitoringFilePath)
.Subscribe(_ => LoadMonitoringFile())
.AddTo(_Trashes);
}
public JavaCompileDisassemblePlagiarismDetector(
ICompiler compiler,
string compilerPath,
IDisassembler disassembler,
ISimilarityFinder similarityFinder)
: base(compiler, compilerPath, disassembler, similarityFinder)
{
}
public JavaCompileDisassemblePlagiarismDetector(
ICompiler compiler,
string compilerPath,
IDisassembler disassembler,
ISimilarityFinder similarityFinder)
: base(compiler, compilerPath, disassembler, similarityFinder)
{
}
public CSharpDotNetCoreCompileDisasaemblePlagiarismDetector(
ICompiler compiler,
string compilerPath,
IDisassembler disassembler,
ISimilarityFinder similarityFinder)
: base(compiler, compilerPath, disassembler, similarityFinder)
{
}
public DissasembleViewModel(BreakpointsViewModel breakpoints, IGameBoy gameBoy)
{
_breakpoints = breakpoints;
_gameBoy = gameBoy;
_cpu = gameBoy.CPU;
_disassembler = gameBoy.Disassembler;
_breakpoints.BreakpointChanged += _breakpoints_BreakpointChanged;
}
public DissasembleViewModel(BreakpointsViewModel breakpoints, IGameBoy gameBoy)
{
_breakpoints = breakpoints;
_gameBoy = gameBoy;
_cpu = gameBoy.CPU;
_disassembler = gameBoy.Disassembler;
_breakpoints.BreakpointChanged += _breakpoints_BreakpointChanged;
}
public EmulatorShell(IDisassembler disassembler, ICpu cpu, IFileHandler fileHandler, IDisplay display, IRegisterBank registerBank)
{
_disassembler = disassembler;
_cpu = cpu;
_fileHandler = fileHandler;
_display = display;
_registerBank = registerBank;
CycleDelay = 10;
CycleTickEventInterval = 1;
}
protected CompileDisassemblePlagiarismDetector(
ICompiler compiler,
string compilerPath,
IDisassembler disassembler,
ISimilarityFinder similarityFinder)
{
this.Compiler = compiler;
this.CompilerPath = compilerPath;
this.Disassembler = disassembler;
this.similarityFinder = similarityFinder;
this.sourcesCache = new Dictionary<string, string>();
}
protected CompileDisassemblePlagiarismDetector(
ICompiler compiler,
string compilerPath,
IDisassembler disassembler,
ISimilarityFinder similarityFinder)
{
this.Compiler = compiler;
this.CompilerPath = compilerPath;
this.Disassembler = disassembler;
this.similarityFinder = similarityFinder;
this.sourcesCache = new Dictionary <string, string>();
}
/// <summary>
/// Find the first instrucion index that is not affected by the junk insertion in the new block.
/// In other words: it Finds the first instruction in the new block which is identical to instruction
/// in the original basic block. the identical instruction start an identical sequence of instructions
/// untill the end of the two blocks.
/// </summary>
/// <param name="newBasicBlockBytes">new basic block bytes</param>
/// <param name="basicBlock">original basic block</param>
/// <param name="disassemblerFactory">diassembler factory</param>
/// <returns>the first index of unaffected instruction in the original basic block, or not o value otherwise</returns>
private uint?CompareDisassembleToOriginal(byte[] newBasicBlockBytes, IBasicBlock basicBlock,
IDisassemblerFactory disassemblerFactory)
{
//disassemble new bytes after junk have been inserted
var newAssemblyInstructions = new List <IAssemblyInstructionForTransformation>();
IDisassembler disasm = disassemblerFactory.Create(newBasicBlockBytes);
foreach (var instruction in disasm.Disassemble())
{
newAssemblyInstructions.Add(instruction);
}
//not enought instruction have been decoded right in this block!
if (newAssemblyInstructions.Count <= 1)
{
return(null);
}
//compare to original basic block instructions
//start from index 1 because first instruction is the inserted junk...
for (int i = 1; i < newAssemblyInstructions.Count(); i++)
{
for (int j = 0; j < basicBlock.AssemblyInstructions.Count; j++)
{
//compare instruction until the end if they are equal
if (newAssemblyInstructions[i].BytesEquals(basicBlock.AssemblyInstructions[j]))
{
if (instructionAreIdenticalUntilTheEnd(newAssemblyInstructions, i + 1, basicBlock.AssemblyInstructions, j + 1))
{
return((uint?)j);
}
}
}
}
return(null);
}
public CortexMDisassemblerWrapper(IDisassembler actualDisassembler)
{
underlyingDisassembler = actualDisassembler;
}
public Decompiler(IDisassembler disassembler, IDecompilationPipeline pipeline)
{
this.disassembler = disassembler;
this.pipeline = pipeline;
}
public bool SetDisassembler(IDisassembler dis)
{
disassembler = dis;
return(true);
}
public StaticAnalyzer(IDisassembler disassembler)
{
_disassembler = disassembler;
}
public bool SetDisassembler(IDisassembler dis)
{
disassembler = dis;
return true;
}
public MainViewVM()
{
_disassembler = new Disassembler();
_parser = new InputParser();
}
public static IEnumerable <Instruction> Disassemble(this IDisassembler disassembler, MethodBase method)
{
return(disassembler.Disassemble(new MethodBaseAdapter(method)));
}
public Decompiler(IDisassembler disassembler, IDecompilationPipeline pipeline)
{
this.disassembler = disassembler;
this.pipeline = pipeline;
}
