internal override void Run()
{
var program = new MyProgram();
program.ScanEntryAssemblyForCommands(type => type.Namespace.Equals(typeof(Test).Namespace));
program.Run("vcs", "git", "remote", "add", "https:/github.com/JeevanJames/Basics.git");
}
void MainThreadStart(object obj)
{
string instanceName = String.IsNullOrWhiteSpace(UsedServiceName) ? "Service" : UsedServiceName;
MyProgram.RunMain(instanceName, null, true);
m_waitEvent.Set();
}
public override byte[] Execute(byte[] arg)
{
try
{
if (arg == null || arg.Length <= 0)
{
MyProgram.PrintToConsole("no data was received");
return(EmptyBytes);
}
var text = Encoding.UTF8.GetString(arg);
MyProgram.PrintToConsole($"data received, {text.Length} chars long");
var taggedText = text.ToTaggedString();
MyProgram.PrintToConsole($"Part-Of-Speech tagger complete");
var bufferout = Encoding.UTF8.GetBytes(taggedText);
WriteOutputToDisk(bufferout, ".txt");
return(bufferout);
}
catch (Exception ex)
{
MyProgram.PrintToConsole(ex);
return(EmptyBytes);
}
}
public static void Main()
{
// Create an instance of this class:
MyProgram program = new MyProgram();
// And call Method1 on the instance:
program.Method1();
}
static void Main(string[] args)
{
MyProgram exampleProgram = new MyProgram();
exampleProgram.ExampleMethod();
Console.ReadKey();
}
public void Subtract_10_And_3_Should_Return_7()
{
const int firstNumber = 10;
const int secondNumber = 3;
var objTargetClass = new MyProgram();
var result = objTargetClass.Sub(firstNumber, secondNumber);
Assert.Equal(7, result);
}
public void Adding_4_And_3_Should_Return_7()
{
const int firstNumber = 4;
const int secondNumber = 3;
var objTargetClass = new MyProgram();
var result = objTargetClass.Add(firstNumber, secondNumber);
Assert.Equal(7, result);
}
static void Main()
{
// // Создаем объект класса MemoryStream.
// var memory = new MemoryStream();
// // Задаем требуемый объем памяти.
//// memory.Capacity = 256;
// // Записываем байты в поток.
// for (var i = 0; i < 256; i++)
// {
// memory.WriteByte((byte)i);
// }
// // Переставляем внутренний указатель на начало.
// memory.Position = 0;
// // Считывам байты из потока.
// for (int i = 0; i < 256; i++)
// {
// Console.Write(" " + memory.ReadByte());
// }
// Console.WriteLine("\n" + new string('-', 80));
// // Сохраняем данные из MemoryStream в массив байт.
// byte[] array = memory.ToArray();
// foreach (byte b in array)
// {
// Console.Write(b);
// }
// Console.WriteLine("\n" + new string('-', 80));
// // Сохраняем данные из MemoryStream в файл.
// var file = new FileStream("Dump.dat", FileMode.Create, FileAccess.ReadWrite);
// memory.WriteTo(file);
// // Переставляем внутренний указатель на начало.
// file.Position = 0;
// // Считывам байты из файла.
// for (int i = 0; i < 256; i++)
// {
// Console.Write(" " + file.ReadByte());
// }
// memory.Close();
// file.Close();
MyProgram.Method();
// Delay.
Console.ReadKey();
}
static void Main(string[] args)
{
var program = new MyProgram();
var user = new User("test-user");
var request = new UserChangeNameRequest {
Name = null
};
program.Main(user, request);
}
public static void Main()
{
MyProgram p = new MyProgram();
p.Add("First", 5);
p.Add("Second", 8);
p.Add("Third", 9);
p.Add("First", 6);
p.Add("First", 7);
p.PrintDictionary();
}
static void Main(string[] args)
{
MyProgram mp = new MyProgram();
mp.BaseMessage = "Message from MyProgram";
mp.WriteCSharp();
MyExtendedProgram mp2 = new MyExtendedProgram();
mp2.ExtendedMessage = "Message from MyExtendedProgram";
mp2.Run(mp);
}
public override byte[] Execute(byte[] arg)
{
MyProgram.PrintToConsole();
MyProgram.PrintToConsole($"{nameof(GetTokenPageRank)} invoked");
MyProgram.ProgressMessageState = null;
if (arg == null || !arg.Any())
{
MyProgram.PrintToConsole("no tokens were passed up on the socket");
return(JsonEncodedResponse(
new TokenPageRankResponse
{
Msg = "no tokens were passed up on the socket",
St = MetadataTokenStatus.Error
}));
}
try
{
var json = Encoding.UTF8.GetString(arg);
var allTokens = JsonConvert.DeserializeObject <TokenIdResponse>(json);
if (allTokens?.Tokens == null || !allTokens.Tokens.Any())
{
return(JsonEncodedResponse(new TokenPageRankResponse
{
Msg = "parse from JSON failed",
St = MetadataTokenStatus.Error
}));
}
var pageRank = ((IaaProgram)MyProgram).UtilityMethods.ResolveTokenPageRanks(allTokens);
Console.Write('\n');
return(JsonEncodedResponse(new TokenPageRankResponse {
Ranks = pageRank
}));
}
catch (Exception ex)
{
MyProgram.PrintToConsole(ex);
return(JsonEncodedResponse(new TokenPageRankResponse
{
Msg = string.Format(ex.Message),
St = MetadataTokenStatus.Error
}));
}
}
static void Main(string[] args)
{
//Error here
Access ac1 = new Access();
Console.WriteLine("Enter your name: ");
//field would not be available here because you are making object
ac1.name = Console.ReadLine();
ac1.print();
//Do it like
//it would work because of inheritance
var localObject = new MyProgram()
localObject.name = Console.ReadLine();
localObject.print();
}
public override byte[] Execute(byte[] arg)
{
MyProgram.PrintToConsole("GetFlattenAssembly invoked");
MyProgram.ProgressMessageState = null;
try
{
if (arg == null || arg.Length <= 0)
{
throw new ItsDeadJim("No Path to an assembly was passed to the GetFlattenAssembly command.");
}
var asmPath = Encoding.UTF8.GetString(arg);
if (!File.Exists(asmPath))
{
throw new ItsDeadJim("There isn't a file at the location: " + asmPath);
}
NfConfig.AssemblySearchPaths.Add(Path.GetDirectoryName(asmPath));
var asm = NfConfig.UseReflectionOnlyLoad
? Util.Binary.Asm.NfReflectionOnlyLoadFrom(asmPath)
: Util.Binary.Asm.NfLoadFrom(asmPath);
Action <ProgressMessage> myProgress = message => MyProgram.PrintToConsole(message);
var flatAsm = Flatten.GetFlattenedAssembly(new FlattenLineArgs {
Assembly = asm, Depth = _maxDepth
}, myProgress);
flatAsm.Path = asmPath;
return(JsonEncodedResponse(flatAsm));
}
catch (Exception ex)
{
Console.WriteLine('\n');
MyProgram.PrintToConsole(ex);
return(JsonEncodedResponse(
new FlattenAssembly {
AllLines = new List <FlattenedLine> {
new NullFlattenedLine(ex)
}
}));
}
}
public override byte[] Execute(byte[] arg)
{
MyProgram.PrintToConsole();
MyProgram.PrintToConsole($"{nameof(ReassignTokenNames)} invoked");
MyProgram.ProgressMessageState = null;
try
{
var json = Encoding.UTF8.GetString(arg);
var rqst = JsonConvert.DeserializeObject <TokenReassignRequest>(json);
var subj = rqst.SubjectTokenNames;
//assign this for writing the output to file
_reassignAssemblySubjectName = rqst.AsmName;
var frgn = rqst.ForeignTokenNames;
var typs = rqst.ForeignTokenTypes;
if (subj == null || typs == null)
{
return(JsonEncodedResponse(new TokenReassignResponse
{
Msg = "Both the SubjectTokenNames and ForeignTokenTypes are required.",
St = MetadataTokenStatus.Error
}));
}
subj.ReassignAllInterfaceTokens(typs, MyProgram.PrintToConsole, frgn);
var rspn = new TokenReassignResponse {
Names = subj.Items
};
return(JsonEncodedResponse(rspn));
}
catch (Exception ex)
{
MyProgram.PrintToConsole(ex);
return(JsonEncodedResponse(new TokenReassignResponse
{
Msg = string.Format(ex.Message),
St = MetadataTokenStatus.Error
}));
}
}
public override byte[] Execute(byte[] arg)
{
try
{
if (arg == null || arg.Length <= 0)
{
throw new ItsDeadJim("No Type Name given to parse.");
}
var nm = Encoding.UTF8.GetString(arg);
MyProgram.PrintToConsole(nm);
var f = TypeNameParseTree.ParseIl(nm);
return(JsonEncodedResponse(f));
}
catch (Exception ex)
{
Console.WriteLine('\n');
MyProgram.PrintToConsole(ex);
return(JsonEncodedResponse(new NfTypeNameParseItem {
Error = ex
}));
}
}
public override byte[] Execute(byte[] arg)
{
MyProgram.PrintToConsole();
MyProgram.PrintToConsole($"{nameof(GetTokenNames)} invoked");
MyProgram.ProgressMessageState = null;
try
{
var myIaaProgram = ((IaaProgram)MyProgram);
if (myIaaProgram.AsmInited != true)
{
MyProgram.PrintToConsole("no assemblies are loaded - call GetAsmIndices");
return(JsonEncodedResponse(
new TokenNameResponse
{
Msg = "no assemblies are loaded - call GetAsmIndices",
St = MetadataTokenStatus.Error
}));
}
var json = Encoding.UTF8.GetString(arg);
var rqst = JsonConvert.DeserializeObject <TokenNameRequest>(json);
var tokens = rqst.Tokens ?? myIaaProgram.TokenIdResponse?.Tokens;
if (tokens == null || tokens.Length <= 0)
{
return(JsonEncodedResponse(new TokenNameResponse
{
Msg = "parse failed",
St = MetadataTokenStatus.Error
}));
}
var names = myIaaProgram.UtilityMethods.ResolveAllTokenNames(tokens);
Console.Write('\n');
var tokenNameRspn = new TokenNameResponse {
Names = names.ToArray()
};
if (rqst.MapFullCallStack && myIaaProgram.TokenTypeResponse != null &&
myIaaProgram.TokenIdResponse != null)
{
var nameRoot = tokenNameRspn.GetAsRoot();
var tokenRoot = myIaaProgram.TokenIdResponse.GetAsRoot();
var typeRoot = myIaaProgram.TokenTypeResponse.GetAsRoot();
var asmRspn = myIaaProgram.AsmIndicies;
var fullCallStack =
MetadataTokenName.BuildMetadataTokenName(nameRoot, tokenRoot, asmRspn, typeRoot, MyProgram.PrintToConsole);
if (fullCallStack?.Items != null)
{
tokenNameRspn.Names = fullCallStack.Items;
}
}
myIaaProgram.TokenNameResponse = tokenNameRspn;
return(JsonEncodedResponse(tokenNameRspn));
}
catch (Exception ex)
{
MyProgram.PrintToConsole(ex);
return(JsonEncodedResponse(new TokenNameResponse
{
Msg = string.Format(ex.Message),
St = MetadataTokenStatus.Error
}));
}
}
/// <summary>
/// Set things in motion so your service can do its work.
/// </summary>
protected override void OnStart(string[] args)
{
Logger.RestartLog(false);
//System.Diagnostics.Debugger.Break();
myProgram = new MyProgram();
Logger.LogMessage("SERVICE: OnStart new MyProgram()\n", Logger.DEBUG);
myProgram.Start();
Logger.LogMessage("SERVICE: OnStart myProgram.Start()\n", Logger.DEBUG);
}
/// <summary>
/// Resolves the outbound call stack for the given <see cref="token"/>
/// </summary>
/// <param name="token"></param>
/// <param name="depth"></param>
/// <param name="stackTrc">For detecting recursive call patterns</param>
/// <param name="msgOut">For getting details on recursion.</param>
internal void ResolveCallOfCall(MetadataTokenId token, ref int depth, Stack <MetadataTokenId> stackTrc, StringBuilder msgOut)
{
if (msgOut != null)
{
if (depth > 0)
{
msgOut.Append(new string(' ', depth));
}
msgOut.AppendFormat("Depth:{0}", depth);
msgOut.AppendFormat(", Token:{0}.0x{1}", token.RslvAsmIdx, token.Id.ToString("X4"));
}
//detect if we are in a recursive call
if (stackTrc.Any(x => x.Equals(token)))
{
if (msgOut != null)
{
msgOut.AppendLine(", Message:'present in stack trace'");
}
return;
}
stackTrc.Push(new MetadataTokenId {
Id = token.Id, RslvAsmIdx = token.RslvAsmIdx
});
//increment the current depth
depth += 1;
//abort if max depth has been reached
if (depth > ((IaaProgram)MyProgram).MaxRecursionDepth)
{
depth -= 1;
MyProgram.PrintToConsole(
String.Format("Max Recursion Depth @ {0}.{1}\n", token.RslvAsmIdx, token.Id));
if (msgOut != null)
{
msgOut.AppendLine(", Message:'max recursion depth'");
}
return;
}
//when there are already Items then leave them as is
if (token.Items != null && token.Items.Length > 0)
{
depth -= 1;
if (msgOut != null)
{
msgOut.AppendLine(", Message:'Items already present'");
}
return;
}
//don't waste clock cycles on Ignore types
if (((IaaProgram)MyProgram).DisolutionCache.Contains(token))
{
depth -= 1;
if (msgOut != null)
{
msgOut.AppendLine(", Message:'token in DisolutionCache'");
}
return;
}
//resolve token to name
MetadataTokenName tokenName = null;
if (((IaaProgram)MyProgram).TokenId2NameCache.ContainsKey(token))
{
tokenName = ((IaaProgram)MyProgram).TokenId2NameCache[token];
}
else
{
// the token must be resolvable with the its manifest module
var resolveRslt = ((IaaProgram)MyProgram).UtilityMethods.ResolveSingleTokenName(token, out tokenName, msgOut);
if (!resolveRslt || tokenName == null)
{
((IaaProgram)MyProgram).DisolutionCache.Add(token);
depth -= 1;
if (msgOut != null)
{
msgOut.AppendLine(", Message:'ResolveSingleTokenName failed'");
}
return;
}
((IaaProgram)MyProgram).TokenId2NameCache.Add(token, tokenName);
}
//only proceed to find calls of calls, types are resolved elsewhere
if (!tokenName.IsMethodName())
{
depth -= 1;
if (msgOut != null)
{
msgOut.AppendLine(", Message:'token is not a method'");
}
return;
}
//match is on Asm Name, not type nor member name
var owningAsmName = ((IaaProgram)MyProgram).AsmIndicies.Asms.FirstOrDefault(x => x.IndexId == tokenName.OwnAsmIdx);
if (owningAsmName == null)
{
((IaaProgram)MyProgram).DisolutionCache.Add(token);
depth -= 1;
if (msgOut != null)
{
msgOut.AppendLine(string.Format(", Message:'owning assembly idx {0} has no match'", tokenName.OwnAsmIdx));
}
return;
}
//check for match of asm name to user defined regex
if (!Regex.IsMatch(owningAsmName.AssemblyName, ((IaaProgram)MyProgram).AssemblyNameRegexPattern))
{
((IaaProgram)MyProgram).DisolutionCache.Add(token);
if (msgOut != null)
{
msgOut.AppendLine(string.Format(", Message:'assembly name [{1}] does not match regex [{0}]'",
((IaaProgram)MyProgram).AssemblyNameRegexPattern, owningAsmName.AssemblyName));
}
depth -= 1;
return;
}
//resolve token to runtime member info
MemberInfo mi;
var rtMiRslt =
((IaaProgram)MyProgram).UtilityMethods.TryResolveRtMemberInfo(((IaaProgram)MyProgram).AsmIndicies.GetAssemblyByIndex(owningAsmName.IndexId),
tokenName.Name, out mi, msgOut);
if (!rtMiRslt)
{
((IaaProgram)MyProgram).DisolutionCache.Add(token);
depth -= 1;
return;
}
//get the token as it is called in its own assembly
var r = AssemblyAnalysis.GetMetadataToken(mi, true, tokenName.OwnAsmIdx);
if (stackTrc.Any(x => x.Equals(r)))
{
depth -= 1;
token.IsByRef = 1;
if (msgOut != null)
{
msgOut.AppendLine(string.Format(", Message:'name resolved token id {0},{1} found in stack trace'",
r.RslvAsmIdx, r.Id.ToString("X4")));
}
return;
}
//this token differs from the method arg 'token'
stackTrc.Push(new MetadataTokenId {
Id = r.Id, RslvAsmIdx = r.RslvAsmIdx
});
//unwind when its a terminal token
if (r.Items == null || r.Items.Length <= 0)
{
depth -= 1;
if (msgOut != null)
{
msgOut.AppendLine(string.Format(", Message:'name resolved token id {0},{1} is a terminal node'",
r.RslvAsmIdx, r.Id.ToString("X4")));
}
return;
}
//these token ids are only resolvable to the asm who owns MemberInfo(mi)
token.Items = r.Items;
//recurse each of these calls-of-calls[...]-of-calls
foreach (var iToken in token.Items)
{
ResolveCallOfCall(iToken, ref depth, stackTrc, msgOut);
}
depth -= 1;
}
public override byte[] Execute(byte[] arg)
{
MyProgram.PrintToConsole();
MyProgram.PrintToConsole($"{nameof(GetTokenIds)} invoked");
MyProgram.ProgressMessageState = null;
try
{
var cProc = Process.GetCurrentProcess();
var asm = GetAssembly(arg);
var asmTypes = asm.NfGetTypes(false, MyProgram.LogFile);
var tokens = new List <MetadataTokenId>();
var counter = 0;
var total = asmTypes.Length;
MyProgram.PrintToConsole(string.Format("There are {0} top-level types in this assembly", total));
foreach (var asmType in asmTypes)
{
counter += 1;
((IaaProgram)MyProgram).ReportProgress(new ProgressMessage
{
Activity = asmType.FullName,
ProcName = cProc.ProcessName,
ProgressCounter = Etc.CalcProgressCounter(counter, total),
Status = "Getting top-level types"
});
tokens.Add(AssemblyAnalysis.GetMetadataToken(asmType, 0, MyProgram.LogFile));
}
Console.Write('\n');
if (string.IsNullOrWhiteSpace(((IaaProgram)MyProgram).AssemblyNameRegexPattern))
{
return(JsonEncodedResponse(
new TokenIdResponse
{
Tokens = tokens.ToArray()
}));
}
var countDepth = 0;
var callTokens = tokens.SelectMany(x => x.Items.SelectMany(y => y.Items)).ToArray();
counter = 0;
total = callTokens.Length;
MyProgram.PrintToConsole(string.Format("There are {0} call-of-call tokens", total));
foreach (var iToken in callTokens)
{
counter += 1;
((IaaProgram)MyProgram).ReportProgress(new ProgressMessage
{
Activity = string.Format("{0}.{1}", iToken.RslvAsmIdx, iToken.Id),
ProcName = cProc.ProcessName,
ProgressCounter = Etc.CalcProgressCounter(counter, total),
Status = "Getting call-of-calls"
});
var stackTrc = new Stack <MetadataTokenId>();
var msg = new StringBuilder();
ResolveCallOfCall(iToken, ref countDepth, stackTrc, msg);
if (msg.Length > 0)
{
MyProgram.PrintToLog(msg.ToString());
}
}
Console.Write('\n');
var tokenIdRspn = new TokenIdResponse
{
Tokens = tokens.ToArray()
};
((IaaProgram)MyProgram).TokenIdResponse = tokenIdRspn;
return(JsonEncodedResponse(tokenIdRspn));
}
catch (Exception ex)
{
Console.Write('\n');
MyProgram.PrintToConsole(ex);
return(JsonEncodedResponse(
new TokenIdResponse
{
Msg = ex.Message,
St = MetadataTokenStatus.Error
}));
}
}
public override byte[] Execute(byte[] arg)
{
MyProgram.PrintToConsole();
MyProgram.PrintToConsole($"{nameof(GetTokenTypes)} invoked");
MyProgram.ProgressMessageState = null;
try
{
//expect that the caller has init'ed this with some target assembly(ies)
if (((IaaProgram)MyProgram).AsmInited != true)
{
MyProgram.PrintToConsole("no assemblies are loaded - call GetAsmIndices");
return(JsonEncodedResponse(
new TokenTypeResponse
{
Msg = "no assemblies are loaded - call GetAsmIndices",
St = MetadataTokenStatus.Error
}));
}
var json = Encoding.UTF8.GetString(arg);
var rqst = JsonConvert.DeserializeObject <TokenTypeRequest>(json);
if (!string.IsNullOrWhiteSpace(rqst.ResolveAllNamedLike))
{
((IaaProgram)MyProgram).AssemblyNameRegexPattern = rqst.ResolveAllNamedLike;
}
if (!string.IsNullOrWhiteSpace(((IaaProgram)MyProgram).RootAssemblyPath))
{
_rootDir = System.IO.Path.GetDirectoryName(((IaaProgram)MyProgram).RootAssemblyPath);
}
//get all the assemblies of this app domain
_asmIndices = ((IaaProgram)MyProgram).AsmIndicies;
MyProgram.PrintToConsole($"There are {_asmIndices.Asms.Length} assemblies in scope.");
var allTypes = GetAllTypes();
if (allTypes == null || !allTypes.Any())
{
var msg = "Could not resolve any types from any of the assemblies.";
MyProgram.PrintToConsole(msg);
return(JsonEncodedResponse(
new TokenTypeResponse
{
Msg = msg,
St = MetadataTokenStatus.Error
}));
}
MyProgram.PrintToConsole();
MyProgram.PrintToConsole($"There are {allTypes.Length} types in all assemblies.");
var tokenTypes = new List <MetadataTokenType>();
var totalTypes = allTypes.Length;
for (var i = 0; i < totalTypes; i++)
{
var cType = allTypes[i];
((IaaProgram)MyProgram).ReportProgress(new ProgressMessage
{
Activity = $"{cType}",
ProcName = Process.GetCurrentProcess().ProcessName,
ProgressCounter = Etc.CalcProgressCounter(i, totalTypes),
Status = "Resolving all type names"
});
var tt = GetMetadataTokenType(cType);
if (tt != null)
{
tokenTypes.Add(tt);
}
}
var tokenTypeRspn = new TokenTypeResponse {
Types = tokenTypes.ToArray()
};
//keep a copy of this in memory like AsmIndices
((IaaProgram)MyProgram).TokenTypeResponse = tokenTypeRspn;
return(JsonEncodedResponse(tokenTypeRspn));
}
catch (Exception ex)
{
Console.Write('\n');
MyProgram.PrintToConsole(ex);
return(JsonEncodedResponse(
new TokenTypeResponse
{
Msg = ex.Message,
St = MetadataTokenStatus.Error
}));
}
}
public override byte[] Execute(byte[] arg)
{
MyProgram.PrintToConsole();
MyProgram.PrintToConsole($"{nameof(GetAsmIndices)} invoked");
try
{
if (arg == null || arg.Length <= 0)
{
MyProgram.PrintToConsole("the arg for GetAsmIndices is null or empty");
return(JsonEncodedResponse(
new AsmIndexResponse
{
Msg = "the arg for GetAsmIndices is null or empty",
St = MetadataTokenStatus.Error
}));
}
var json = Encoding.UTF8.GetString(arg);
var rqst = JsonConvert.DeserializeObject <AsmIndexRequest>(json);
var asmPath = rqst.AssemblyFilePath.Replace("\"", string.Empty);
if (asmPath.Contains(WAK_WAK) && !asmPath.StartsWith(WAK_WAK))
{
asmPath = asmPath.Replace(WAK_WAK, new string(new[] { (char)0x5C }));
}
if (!File.Exists(asmPath))
{
MyProgram.PrintToConsole(string.Format("invalid path [{0}]", asmPath));
return(JsonEncodedResponse(
new AsmIndexResponse
{
Msg = string.Format("invalid path [{0}]", asmPath),
St = MetadataTokenStatus.Error
}));
}
MyProgram.PrintToConsole($"Assembly: {Path.GetFileName(asmPath)}");
((IaaProgram)MyProgram).RootAssemblyPath = asmPath;
NfConfig.AssemblySearchPaths.Add(Path.GetDirectoryName(asmPath));
var asm = NfConfig.UseReflectionOnlyLoad
? Util.Binary.Asm.NfReflectionOnlyLoadFrom(asmPath)
: Util.Binary.Asm.NfLoadFrom(asmPath);
if (asm == null)
{
MyProgram.PrintToConsole("cannot load assembly");
return(JsonEncodedResponse(
new AsmIndexResponse
{
Msg = "cannot load assembly",
St = MetadataTokenStatus.Error
}));
}
((IaaProgram)MyProgram).Init(asm);
((IaaProgram)MyProgram).AssignAsmIndicies(asm);
return(JsonEncodedResponse(((IaaProgram)MyProgram).AsmIndicies));
}
catch (Exception ex)
{
MyProgram.PrintToConsole(ex);
return(JsonEncodedResponse(
new AsmIndexResponse
{
Msg = string.Format(ex.Message),
St = MetadataTokenStatus.Error
}));
}
}
