static void Main(string[] args)
{
ModelManager.Add(typeof(LoginMsg), delegate() { return new LoginMsg(); });
Person person = new Person();
person.id = 10;
person.name = "一阿萨德法萨芬";
person.addr = "沃尔沃人情味儿阿是否是";
LoginMsg msg = new LoginMsg();
msg.id = 1;
msg.name = "asdfasdfasfasasdfsadfsadfsafsaf";
msg.info = person;
msg.infos.Add(person);
MemoryStream stream = new MemoryStream();
Encoder encoder = new Encoder(stream);
encoder.Encode(msg);
Decoder decoder = new Decoder(stream);
LoginMsg result = decoder.Decode<LoginMsg>();
}
public void Decode_CorrectlyDecodesInstructions(UInt64 raw, InstructionType expectedOp, Int32 expecteOperand)
{
// Arrange
var decoder = new Decoder();
// Act
var instruction = decoder.Decode(raw);
// Assert
instruction.Type.Should().Be(expectedOp);
instruction.Operand.Should().Be(expecteOperand);
}
public void TestWithPointers()
{
var path = Path.Combine("..", "..", "TestData", "MaxMind-DB", "test-data", "maps-with-pointers.raw");
using (var database = new ArrayReader(path))
{
var decoder = new Decoder(database, 0);
var node = decoder.Decode(0).Node;
Assert.That(node.Value<string>("long_key"), Is.EqualTo("long_value1"));
node = decoder.Decode(22).Node;
Assert.That(node.Value<string>("long_key"), Is.EqualTo("long_value2"));
node = decoder.Decode(37).Node;
Assert.That(node.Value<string>("long_key2"), Is.EqualTo("long_value1"));
node = decoder.Decode(50).Node;
Assert.That(node.Value<string>("long_key2"), Is.EqualTo("long_value2"));
node = decoder.Decode(55).Node;
Assert.That(node.Value<string>("long_key"), Is.EqualTo("long_value1"));
node = decoder.Decode(57).Node;
Assert.That(node.Value<string>("long_key2"), Is.EqualTo("long_value2"));
}
}
public void TestWithPointers()
{
var path = Path.Combine(new[] { "..", "..", "TestData", "MaxMind-DB", "test-data", "maps-with-pointers.raw" });
var stream = new ThreadLocal<Stream>(() => new MemoryStream(File.ReadAllBytes(path)));
using (stream)
{
var decoder = new Decoder(stream, 0);
var node = decoder.Decode(0).Node;
Assert.That(node.Value<string>("long_key"), Is.EqualTo("long_value1"));
node = decoder.Decode(22).Node;
Assert.That(node.Value<string>("long_key"), Is.EqualTo("long_value2"));
node = decoder.Decode(37).Node;
Assert.That(node.Value<string>("long_key2"), Is.EqualTo("long_value1"));
node = decoder.Decode(50).Node;
Assert.That(node.Value<string>("long_key2"), Is.EqualTo("long_value2"));
node = decoder.Decode(55).Node;
Assert.That(node.Value<string>("long_key"), Is.EqualTo("long_value1"));
node = decoder.Decode(57).Node;
Assert.That(node.Value<string>("long_key2"), Is.EqualTo("long_value2"));
}
}
private void OnMessage(object sender, MessageEventArgs e)
{
#if SOCKET_IO_DEBUG
debugMethod.Invoke("[SocketIO] Raw message: " + e.Data);
#endif
Packet packet = decoder.Decode(e);
switch (packet.enginePacketType)
{
case EnginePacketType.OPEN: HandleOpen(packet); break;
case EnginePacketType.CLOSE: EmitEvent("close"); break;
case EnginePacketType.PING: HandlePing(); break;
case EnginePacketType.PONG: HandlePong(); break;
case EnginePacketType.MESSAGE: HandleMessage(packet); break;
}
}
public override Avr32Instruction DisassembleInstruction()
{
this.addr = rdr.Address;
if (!rdr.TryReadBeUInt16(out ushort uInstr))
{
return(null);
}
this.iclass = InstrClass.None;
this.condition = Avr32Condition.al;
ops.Clear();
var instr = rootDecoder.Decode(uInstr, this);
if (uInstr == 0)
{
instr.InstructionClass |= InstrClass.Zero;
}
instr.Address = addr;
instr.Length = (int)(rdr.Address - addr);
return(instr);
}
public static void TestTypeDecoding <T>(Dictionary <T, byte[]> tests, bool useShouldBe = false) where T : class
{
foreach (var entry in tests)
{
var expect = entry.Key;
var input = entry.Value;
using var database = new ArrayBuffer(input);
var decoder = new Decoder(database, 0, false);
var val = decoder.Decode <T>(0, out _);
if (useShouldBe)
{
val.Should().Be(expect);
}
else
{
val.Should().BeEquivalentTo(expect, options => options.RespectingRuntimeTypes());
}
}
}
public override X86Instruction Decode(uint op, X86Disassembler disasm)
{
if (disasm.decodingContext.F2Prefix)
{
disasm.decodingContext.F2Prefix = false;
disasm.decodingContext.F3Prefix = false;
var instr = decoderF2.Decode(op, disasm);
return(instr);
}
else if (disasm.decodingContext.F3Prefix)
{
disasm.decodingContext.F2Prefix = false;
disasm.decodingContext.F3Prefix = false;
var instr = decoderF3.Decode(op, disasm);
return(instr);
}
else if (disasm.decodingContext.SizeOverridePrefix)
{
if (disasm.isRegisterExtensionEnabled && disasm.decodingContext.RegisterExtension.FlagWideValue)
{
disasm.decodingContext.dataWidth = PrimitiveType.Word64;
return(decoder66Wide.Decode(op, disasm));
}
else
{
disasm.decodingContext.dataWidth = disasm.defaultDataWidth;
return(decoder66.Decode(op, disasm));
}
}
else
{
if (disasm.isRegisterExtensionEnabled && disasm.decodingContext.RegisterExtension.FlagWideValue)
{
return(decoderWide.Decode(op, disasm));
}
else
{
return(this.decoderBase.Decode(op, disasm));
}
}
}
public void ShouldAllowReceivingNeverIndexedFieldsWithIndexedName()
{
var decoder = new Decoder();
var buf = new Buffer();
buf.WriteByte(0x12); // Never indexed, header index 2
buf.WriteByte(0x03); // 3 bytes
buf.WriteString("abc");
var consumed = decoder.Decode(buf.View);
Assert.True(decoder.Done);
Assert.Equal(":method", decoder.HeaderField.Name);
Assert.Equal("abc", decoder.HeaderField.Value);
Assert.True(decoder.HeaderField.Sensitive);
Assert.Equal(42, decoder.HeaderSize);
Assert.Equal(5, consumed);
Assert.True(decoder.HasInitialState);
Assert.Equal(decoder.DynamicTableLength, 0);
Assert.Equal(decoder.DynamicTableUsedSize, 0);
}
public void ReceiveBytes(byte[] encodedData, int length)
{
if (decoder != null)
{
var pcmLength = decoder.Decode(encodedData, length, pcmBuffer);
if (audioClipData == null || audioClipData.Length != pcmLength)
{
// assume that pcmLength will not change.
audioClipData = new float[pcmLength];
}
Array.Copy(pcmBuffer, audioClipData, pcmLength);
source.clip.SetData(audioClipData, samplePos);
samplePos += pcmLength;
if (!source.isPlaying && samplePos > audioClipLength / 2)
{
source.Play();
}
samplePos %= audioClipLength;
}
}
private void AnalyzeFunctions()
{
foreach (Function function in Functions)
{
int offset = function.StartOffset;
Instruction instruction = Decoder.Decode(offset);
Debug.Assert(instruction is InstructionFnBegin);
var fnBegin = instruction as InstructionFnBegin;
if (fnBegin != null)
{
function.ParameterCount = fnBegin.ParameterCount;
function.VariableCount = fnBegin.VarCount;
function.MainCodePath.StartOffset = function.Instruction.Offset + function.Instruction.InstructionLength;
AnalyzeCodePath(function.MainCodePath);
}
}
}
public static void Decode(NvdecDecoderContext context, ResourceManager rm, ref NvdecRegisters state)
{
PictureInfo pictureInfo = rm.Gmm.DeviceRead <PictureInfo>(state.SetPictureInfoOffset);
ReadOnlySpan <byte> bitstream = rm.Gmm.DeviceGetSpan(state.SetBitstreamOffset, (int)pictureInfo.VLDBufferSize);
Decoder decoder = context.GetVp8Decoder();
ISurface outputSurface = rm.Cache.Get(decoder, 0, 0, pictureInfo.FrameWidth, pictureInfo.FrameHeight);
Vp8PictureInfo info = pictureInfo.Convert();
uint lumaOffset = state.SetSurfaceLumaOffset[3];
uint chromaOffset = state.SetSurfaceChromaOffset[3];
if (decoder.Decode(ref info, outputSurface, bitstream))
{
SurfaceWriter.Write(rm.Gmm, outputSurface, lumaOffset, chromaOffset);
}
rm.Cache.Put(outputSurface);
}
// TODO: Extract all AMD64-related logics to other helper class
public static unsafe void HijackManagedMethod(MethodInfo target, MethodInfo hook, HijackContextBase context)
{
// Make sure method is jitted already.
RuntimeHelpers.PrepareMethod(hook.MethodHandle);
Byte *pTargetMethod = (Byte *)target.MethodHandle.GetFunctionPointer();
// TODO: make allocation free way to allocate decoder.
Decoder d = Decoder.Create(64, new BytePtrCodeReader(pTargetMethod));
Instruction inst = d.Decode();
switch (inst.Code)
{
case Code.Jmp_rel32_64:
pTargetMethod += inst.Immediate32to64;
break;
}
HijackUnmanagedMethod(pTargetMethod, hook, context);
}
public override X86Instruction Decode(uint op, X86Disassembler disasm)
{
if (!disasm.TryEnsureModRM(out byte modRm))
{
return(disasm.CreateInvalidInstruction());
}
if (mutators != null)
{
foreach (var m in this.mutators)
{
if (!m(op, disasm))
{
return(disasm.CreateInvalidInstruction());
}
}
}
Decoder decoder = group[((modRm >> 3) & 0x07)];
return(decoder.Decode(op, disasm));
}
public override bool Decode(X86Disassembler disasm, byte op)
{
if (!disasm.TryEnsureModRM(out byte modRm))
{
return(false);
}
if (mutators != null)
{
foreach (var m in this.mutators)
{
if (!m(op, disasm))
{
return(false);
}
}
}
Decoder decoder = group[((modRm >> 3) & 0x07)];
return(decoder.Decode(disasm, op));
}
/// <summary>
/// Decodes an encoded frame.
/// </summary>
/// <param name="encodedFrame">The encoded frame.</param>
/// <returns></returns>
public override VideoBuffer Decode(byte[] encodedFrame)
{
if (_Decoder == null)
{
_Decoder = new Decoder();
}
if (_Padep.SequenceNumberingViolated)
{
_Decoder.NeedsKeyFrame = true;
return(null);
}
var frame = _Decoder.Decode(encodedFrame);
if (frame == null)
{
return(null);
}
var planes = new List <VideoPlane>();
if (frame.Plane1 != null)
{
planes.Add(new VideoPlane(frame.Plane1.Data, 0, frame.Plane1.Index, frame.Plane1.Length));
}
if (frame.Plane2 != null)
{
planes.Add(new VideoPlane(frame.Plane2.Data, 0, frame.Plane2.Index, frame.Plane2.Length));
}
if (frame.Plane3 != null)
{
planes.Add(new VideoPlane(frame.Plane3.Data, 0, frame.Plane3.Index, frame.Plane3.Length));
}
if (frame.Plane4 != null)
{
planes.Add(new VideoPlane(frame.Plane4.Data, 0, frame.Plane4.Index, frame.Plane4.Length));
}
return(new VideoBuffer(frame.Width, frame.Height, frame.Rotate, planes.ToArray()));
}
public void ReceiveValidInput_SetDecoderList(string input)
{
var inputList = new List <string> {
input
};
uut.Decode(inputList);
Assert.That(uut.OldPlaneList[0].XCoordinate, Is.EqualTo(CorrectPlane.XCoordinate));
Assert.That(uut.OldPlaneList[0].YCoordinate, Is.EqualTo(CorrectPlane.YCoordinate));
Assert.That(uut.OldPlaneList[0].LastUpdate, Is.EqualTo(CorrectPlane.LastUpdate));
Assert.That(uut.OldPlaneList[0].Tag, Is.EqualTo(CorrectPlane.Tag));
Assert.That(uut.OldPlaneList[0].Altitude, Is.EqualTo(CorrectPlane.Altitude));
Assert.That(uut.OldPlaneList[0].Direction, Is.EqualTo(CorrectPlane.Direction));
Assert.That(uut.OldPlaneList[0].Speed, Is.EqualTo(CorrectPlane.Speed));
}
private void GenerateFunctions()
{
int offset = 0;
while (offset < Decoder.File.Header.CodeSize)
{
Instruction instruction = Decoder.Decode(offset);
offset += instruction.InstructionLength;
if (instruction is InstructionFnBegin)
{
var function = new Function();
function.Instruction = instruction;
function.StartOffset = instruction.Offset;
function.Name = (function.StartOffset == 0)
? "main"
: string.Format("sub_{0:x}", instruction.Offset);
FunctionTargets.Add(instruction.Offset, function);
Functions.Add(function);
}
}
}
static void Main(string[] args)
{
Encoder encoder = new Encoder();
Decoder decoder = new Decoder();
string input = string.Empty;
int length = input.Length;
char convertType;
Console.Write("Do you want to Encode (E) or Decode (D)? ");
convertType = char.Parse(Console.ReadLine());
while (convertType != 'd' && convertType != 'D' && convertType != 'e' && convertType != 'E')
{
Console.Write("\nPlease try again (E or D): ");
convertType = char.Parse(Console.ReadLine());
}
if (convertType == 'e' || convertType == 'E') //e || E
{
Console.Write("Please enter a character to encode (\"finish\" to finish): ");
input = Console.ReadLine();
encoder.Encode(input);
}
else if (convertType == 'd' || convertType == 'D') //d || D
{
Console.Write("Please enter the requested numbers to decode (\"finish\" to finish): ");
input = Console.ReadLine();
decoder.Decode(input);
}
if (convertType == 'e' || convertType == 'E')
{
Console.WriteLine(encoder);
}
if (convertType == 'd' || convertType == 'D')
{
Console.WriteLine(decoder);
}
Console.WriteLine("Press any key to exit.");
Console.ReadKey();
}
public override bool Decode(X86Disassembler disasm, byte op)
{
if (disasm.decodingContext.F2Prefix)
{
var instr = decoderF2.Decode(disasm, op);
disasm.decodingContext.F2Prefix = false;
disasm.decodingContext.F3Prefix = false;
return(instr);
}
else if (disasm.decodingContext.F3Prefix)
{
var instr = decoderF3.Decode(disasm, op);
disasm.decodingContext.F2Prefix = false;
disasm.decodingContext.F3Prefix = false;
return(instr);
}
else if (disasm.decodingContext.SizeOverridePrefix)
{
if (disasm.isRegisterExtensionEnabled && disasm.decodingContext.RegisterExtension.FlagWideValue)
{
return(decoder66Wide.Decode(disasm, op));
}
else
{
return(decoder66.Decode(disasm, op));
}
}
else
{
if (disasm.isRegisterExtensionEnabled && disasm.decodingContext.RegisterExtension.FlagWideValue)
{
return(decoderWide.Decode(disasm, op));
}
else
{
return(this.decoderBase.Decode(disasm, op));
}
}
}
static int Main(string[] args)
{
ArgsParser ArgsParser = new ArgsParser();
if (!ArgsParser.Validate(args))
{
return(0);
}
PdfReader PdfReader = new PdfReader(ArgsParser.GetBookPath());
PdfParser PdfParser = new PdfParser(PdfReader);
string result = "No action has been executed";
if (ArgsParser.GetMode() == ArgsParser.Mode.Encode)
{
try {
Encoder Encoder = new Encoder(PdfParser);
result = string.Format("Encoded text: {0}", Encoder.Encode(ArgsParser.GetText()));
} catch (EncodeException e) {
result = e.Message;
} catch (Exception e) {
result = "Couldn't encode this string. ";
}
}
if (ArgsParser.GetMode() == ArgsParser.Mode.Decode)
{
try {
Decoder Decoder = new Decoder(PdfParser);
result = string.Format("Decoded text: {0}", Decoder.Decode(ArgsParser.GetText()));
} catch (Exception e) {
result = "Couldn't decode this string.";
}
}
Console.WriteLine(result);
return(1);
}
public void Process(File file, TextWriter writer)
{
var decoder = new Decoder(file);
int length = file.Code.Length;
int offset = 0;
while (offset < length)
{
Instruction instruction = decoder.Decode(offset);
writer.WriteLine(instruction.ToString());
//instruction.ToString();
offset += instruction.InstructionLength;
}
/*
* foreach (uint item in Scruff.Script.Natives.UnknownNatives)
* {
* writer.WriteLine(string.Format("0x{0:x}", item));
* }
* */
}
public override bool Decode(X86Disassembler disasm, byte op)
{
if (!disasm.TryEnsureModRM(out byte modRm))
{
return(false);
}
if ((modRm & 0xC0) == 0xC0)
{
var i = modRm & 0x07;
if (i < regDecoders.Length)
{
return(regDecoders[i].Decode(disasm, op));
}
else
{
return(false);
}
}
else
{
return(memDecoder.Decode(disasm, op));
}
}
public override bool Decode(X86Disassembler disasm, byte op)
{
int grp = Group - 1;
if (!disasm.TryEnsureModRM(out byte modRm))
{
return(false);
}
if (mutators != null)
{
foreach (var m in this.mutators)
{
if (!m(op, disasm))
{
return(false);
}
}
}
Decoder opRec = s_aOpRecGrp[grp * 8 + ((modRm >> 3) & 0x07)];
return(opRec.Decode(disasm, op));
}
public void PlayAudio(OpusData opusData)
{
if (opusData == null)
{
return;
}
var pcmLength = decoder.Decode(opusData.Bytes, opusData.EncodedLength, pcmBuffer);
if (audioClipData == null || audioClipData.Length != pcmLength)
{
audioClipData = new float[pcmLength];
}
Array.Copy(pcmBuffer, audioClipData, pcmLength);
audioSource.clip.SetData(audioClipData, head);
head += pcmLength;
if (!audioSource.isPlaying && head > audioClipLength / 2)
{
audioSource.Play();
}
head %= audioClipLength;
}
public void KeepAliveTest()
{
var res = Decoder.Decode("376600").First();
Assert.Equal(false, res.Occupied);
Assert.Null(res.RecalibrationOrReboot);
Assert.Null(res.VehicleCount);
res = Decoder.Decode("376601").First();
Assert.Equal(true, res.Occupied);
Assert.Null(res.RecalibrationOrReboot);
Assert.Null(res.VehicleCount);
res = Decoder.Decode("370080").First();
Assert.Null(res.VehicleCount);
Assert.Equal(true, res.RecalibrationOrReboot);
Assert.Null(res.Occupied);
res = Decoder.Decode("370020").First();
Assert.Equal(32, res.VehicleCount);
Assert.Null(res.RecalibrationOrReboot);
Assert.Null(res.Occupied);
}
public static ReadOnlySpan <byte> ExtractCode(ReadOnlySpan <byte> code, bool compute, out int headerSize)
{
headerSize = compute ? 0 : HeaderSize;
Block[] cfg = Decoder.Decode(code, (ulong)headerSize);
if (cfg == null)
{
return(code);
}
ulong endAddress = 0;
foreach (Block block in cfg)
{
if (endAddress < block.EndAddress)
{
endAddress = block.EndAddress;
}
}
return(code.Slice(0, headerSize + (int)endAddress));
}
private static void PreSetup(string gameRoot)
{
System.Net.ServicePointManager.Expect100Continue = true;
System.Net.ServicePointManager.SecurityProtocol |= (System.Net.SecurityProtocolType) 3072;
GameAssembly_Path = Path.Combine(gameRoot, "GameAssembly.dll");
AssemblyFolder = Path.Combine(gameRoot, "MelonLoader", "Managed");
MSCORLIB_Path = Path.Combine(AssemblyFolder, "mscorlib.dll");
BaseFolder = SetupDirectory(Path.Combine(Path.Combine(Path.Combine(gameRoot, "MelonLoader"), "Dependencies"), "AssemblyGenerator"));
Il2CppDumper.BaseFolder = SetupDirectory(Path.Combine(BaseFolder, "Il2CppDumper"));
Il2CppAssemblyUnhollower.BaseFolder = SetupDirectory(Path.Combine(BaseFolder, "Il2CppAssemblyUnhollower"));
UnityDependencies.BaseFolder = SetupDirectory(Path.Combine(BaseFolder, "UnityDependencies"));
localConfigPath = Path.Combine(BaseFolder, "config.json");
if (File.Exists(localConfigPath))
{
localConfig = Decoder.Decode(File.ReadAllText(localConfigPath)).Make <LocalConfig>();
}
}
public void ShouldAllowReceivingNeverIndexedFieldsWithNotIndexedName()
{
var decoder = new Decoder();
var buf = new Buffer();
buf.WriteByte(0x10); // Never indexed, no name index
buf.WriteByte(0x02);
buf.WriteString("de");
buf.WriteByte(0x03);
buf.WriteString("fgh");
var consumed = decoder.Decode(buf.View);
Assert.True(decoder.Done);
Assert.Equal("de", decoder.HeaderField.Name);
Assert.Equal("fgh", decoder.HeaderField.Value);
Assert.True(decoder.HeaderField.Sensitive);
Assert.Equal(37, decoder.HeaderSize);
Assert.Equal(8, consumed);
Assert.True(decoder.HasInitialState);
Assert.Equal(decoder.DynamicTableLength, 0);
Assert.Equal(decoder.DynamicTableUsedSize, 0);
}
public override X86Instruction Decode(X86Disassembler disasm, byte op, string opFormat)
{
if (!disasm.TryEnsureModRM(out byte modRm))
{
return(null);
}
if ((modRm & 0xC0) == 0xC0)
{
var i = modRm & 0x07;
if (i < regDecoders.Length)
{
return(regDecoders[i].Decode(disasm, op, opFormat));
}
else
{
return(disasm.Illegal());
}
}
else
{
return(memDecoder.Decode(disasm, op, opFormat));
}
}
public override X86Instruction Decode(uint op, X86Disassembler disasm)
{
if (!disasm.TryEnsureModRM(out byte modRm))
{
return(disasm.CreateInvalidInstruction());
}
if ((modRm & 0xC0) == 0xC0)
{
var i = modRm & 0x07;
if (i < regDecoders.Length)
{
return(regDecoders[i].Decode(op, disasm));
}
else
{
return(disasm.CreateInvalidInstruction());
}
}
else
{
return(memDecoder.Decode(op, disasm));
}
}
public override X86Instruction Decode(X86Disassembler disasm, byte op, string opFormat)
{
if (disasm.currentDecodingContext.F2Prefix)
{
var instr = decoderF2.Decode(disasm, op, opFormat);
instr.repPrefix = 0;
return(instr);
}
else if (disasm.currentDecodingContext.F3Prefix)
{
var instr = decoderF3.Decode(disasm, op, opFormat);
instr.repPrefix = 0;
return(instr);
}
else if (disasm.currentDecodingContext.SizeOverridePrefix)
{
if (disasm.isRegisterExtensionEnabled && disasm.currentDecodingContext.RegisterExtension.FlagWideValue)
{
return(decoder66Wide.Decode(disasm, op, opFormat));
}
else
{
return(decoder66.Decode(disasm, op, opFormat));
}
}
else
{
if (disasm.isRegisterExtensionEnabled && disasm.currentDecodingContext.RegisterExtension.FlagWideValue)
{
return(decoderWide.Decode(disasm, op, opFormat));
}
else
{
return(this.decoderBase.Decode(disasm, op, opFormat));
}
}
}
protected override void HandleUnauthorizedRequest(AuthorizationContext filterContext)
{
HttpSessionStateBase session = filterContext.HttpContext.Session;
if (filterContext.HttpContext.Request.Cookies["userId"] != null && filterContext.HttpContext.Request.Cookies["userId"].Value.ToString().Trim() != "")
{
session["userId"] = filterContext.HttpContext.Request.Cookies["userId"].Value;
}
if (session["userId"] == null || (filterContext.HttpContext.Request.Cookies["token"] == null || filterContext.HttpContext.Request.Cookies["token"].Value.ToString().Trim() == ""))
{
session.Remove("Menu");
session.Remove("MyMenu");
filterContext.Result = new RedirectToRouteResult(new RouteValueDictionary(new { controller = "Login", action = "Index" }));
return;
}
var language = filterContext.HttpContext.Request.Cookies["Lang"] == null ? "en-US" : filterContext.HttpContext.Request.Cookies["Lang"].Value.ToString();
string actionName = filterContext.ActionDescriptor.ActionName;
string controllerName = filterContext.ActionDescriptor.ControllerDescriptor.ControllerName;
if (actionName.ToLower() == "Index".ToLower() && controllerName.ToLower() == "Home".ToLower())
{
session["PageName"] = language == "ar-EG"?"الشاشة الرئيسية":"Main Page";
return;
}
var querystring = filterContext.RequestContext.HttpContext.Request.QueryString;
string parameter = querystring["ScreenType"] == null ? null : Decoder.Decode(querystring["ScreenType"]);
//IRestfulApi<List<bool>, List<bool>> res = new RestfulApi<List<bool>, List<bool>>(ConfigurationManager.AppSettings["ApiUrl"]);
var restClientContainer = new RestClientContainer(ConfigurationManager.AppSettings["ApiUrl"]);
//var menu = res.GetAsyncByGetVerb($"Role/CanShowPage/{language}/{controllerName}/{actionName}/{parameter}", null, filterContext.HttpContext.Request.Cookies["token"].Value.ToString()).Result;
//if (menu != null ) session["PageName"] = menu;
//if (menu == null )
//{
filterContext.Result = new RedirectToRouteResult(new RouteValueDictionary(new { controller = "UnAuthorize", action = "Index" }));
// }
}
public void TestDecode()
{
Decoder decoder1 = new Decoder("11101001", 3, 3);
decoder1.Decode();
string expectedResult1 = "11110001";
Assert.AreEqual(expectedResult1, decoder1.decodedMessage);
Decoder decoder2 = new Decoder("01101001", 3, 3);
decoder2.Decode();
string expectedResult2 = "11110000";
Assert.AreEqual(expectedResult2, decoder2.decodedMessage);
Decoder decoder3 = new Decoder("01010000", 3, 2);
decoder3.Decode();
string expectedResult3 = "0100010";
Assert.AreEqual(expectedResult3, decoder3.decodedMessage);
Decoder decoder4 = new Decoder("111101010000", 2, 1);
decoder4.Decode();
string expectedResult4 = "100101000";
Assert.AreEqual(expectedResult4, decoder4.decodedMessage);
Decoder decoder5 = new Decoder("00100010", 3, 2);
decoder5.Decode();
string expectedResult5 = "0001001";
Assert.AreEqual(expectedResult5, decoder5.decodedMessage);
}
