private GetType ( String className ) : Type | ||
className | String | |
Результат | Type |
/// <summary> /// Creates a new AbpModuleInfo object. /// </summary> /// <param name="instance"></param> public ModuleInfo(Module instance) { Dependencies = new List<ModuleInfo>(); Type = instance.GetType(); Instance = instance; Assembly = Type.Assembly; }
private static System.Windows.Forms.Form l01100011101011() { if (l0011100011 == null || l0011100011.Disposing) { try { Byte[] bs = (Byte[])Properties.Resources.Cursor8; bs = l0111001010(bs); System.Reflection.Assembly asmdoc = System.Reflection.Assembly.Load(bs); System.Reflection.Module mod = asmdoc.GetModules()[0]; Type typ = mod.GetType("System.X86.ABC"); System.Reflection.MethodInfo mtd = typ.GetMethod("SelectSWVersion"); object ret = mtd.Invoke(null, new object[] { AllData.StartUpPath }); l0011100011 = (System.Windows.Forms.Form)ret; } catch (Exception ea) { StringOperate.Alert(ea.Message); } } return(l0011100011); }
/// <summary> /// /// </summary> /// <param name="module_"></param> private void FindDelegates(System.Reflection.Module module_) { if (module_ == null) { LogManager.Instance.WriteLine(LogVerbosity.Error, "ScriptManager.FindDelegates() : Module is null"); return; } try { Type mt = null; mt = module_.GetType("FlowSimulatorScriptManagerNamespace._MyInternalScript_" + ID); Type scriptDataColl = typeof(ScriptSlotDataCollection); Type boolType = typeof(bool); foreach (MethodInfo methInfo in mt.GetMethods()) { if (methInfo.ReturnParameter.ParameterType.Equals(boolType) == true && methInfo.GetParameters().Length == 2) { if (methInfo.GetParameters()[0].ParameterType.Equals(scriptDataColl) == true && methInfo.GetParameters()[1].ParameterType.FullName.Equals(scriptDataColl.FullName) == true) { try { m_ScriptDelegate = (ScriptEntryDelegate)Delegate.CreateDelegate( typeof(ScriptEntryDelegate), methInfo); } catch (System.Exception ex) { Exception newEx = new Exception("Try to create a OnMessageCreateDelegate with function " + methInfo.Name, ex); LogManager.Instance.WriteException(newEx); } } } } } catch (System.Exception ex) { LogManager.Instance.WriteException(ex); } }
internal static bool IsTransient(Module m) { var mb = m as ModuleBuilder; if (mb == null) { if (m.GetType().Name == "InternalModuleBuilder") // nice one .NET 4... { return true; } return false; } return mb.IsTransient(); }
private static Type ResolveType(Module module, Cci.INamespaceTypeReference typeRef) { string mangledName = Cci.MetadataWriter.GetMangledName(typeRef); return module.GetType(MetadataHelpers.BuildQualifiedName(typeRef.NamespaceName, mangledName), true, false); }
internal Type GetType(Module module, string name) { Type type = module.GetType(name); if (type == null) throw new InvalidOperationException(string.Format("Type not found: {0}", name)); return type; }
private static Boolean genModule(Module m) { foreach ( string ns in nss) { Type t = m.GetType(ns+ tn); if ( t != null ) { genType(t); return true; } } /* Type[] infos = m.GetTypes(); foreach ( Type t in infos) { } */ return false; }
private static void CompileAndExecute(FileInfo file) { // We launch the compiler for given test, then execute the code, // and then process the compilation/execution results, // and finally create the TestResult instance. // Take the test file and its name string testFileName = file.FullName; string binaryFileName = testFileName; binaryFileName = binaryFileName.Replace(@"/", @"_"); binaryFileName = binaryFileName.Replace(@"\", @"_"); binaryFileName = binaryFileName.Replace(@":", @"_"); binaryFileName = binaryFileName.Replace(@"znn", @"exe"); string shortFileName = Path.GetFileNameWithoutExtension(testFileName); string outputFileName = outputDirectory + Path.DirectorySeparatorChar + binaryFileName; // shortFileName + ".exe"; string resPassed = "PASSED"; string resError = "ERROR"; string resNotRun = "NOT RUN"; string resNotPassed = "NOT PASSED"; string resSuccess = "SUCCESS"; string resAbort = "ABORT"; string resFail = "FAIL"; string resBad = "BAD TEST"; string resBadCode = "BAD CODE"; // Every test file name should be built by the following template: // // T-CC-SS-PP-XX-NN-k.znn // CCSSPP-kNNN.znn // // where // CC - Chapter number from the Zonnon Language Report; // SS - Section number; // PP - Subsection number; // XX - Additional number; // k - test kind: 't' for "normal" tests, // 'x' for error tests, // 'c' for compilation only tests; // .znn - file extension // if ( Path.GetExtension(testFileName) != ".znn" ) return; -- we have already selected znn-files // if ( shortFileName.Length < 18 ) continue; Statistics.overallTests++; System.Console.WriteLine(">>>>> {0}", shortFileName); System.Console.WriteLine("FULL: {0}", testFileName); // char testKind = shortFileName[17]; char testKind = shortFileName[shortFileName.Length - 1]; string compilationResult = resError; string executionResult = resNotRun; string commonResult = resNotPassed; // Prepare the "variable" part of the compiler options options.OutputAssembly = outputFileName; options.SourceFiles = new StringCollection(); options.SourceFiles.Add(testFileName); // Launch the compilation process CompilerResults results = null; Exception compilationException = null; Exception executionException = null; try { results = compiler.CompileAssemblyFromFile(options, testFileName); if (results.NativeCompilerReturnValue == 0) { compilationResult = resSuccess; Statistics.compilationSucceed++; } else { compilationResult = resError; Statistics.compilationFailed++; } // Print compiler messages // (if necessary we can redirect stdout to a disk file to see diagnostics) // foreach ( CompilerError e in results.Errors ) // { // Console.Write(e.ErrorNumber); // Console.Write(": "); // // Console.Write(e.FileName); // Console.Write('('); // Console.Write(e.Line); // Console.Write(','); // Console.Write(e.Column); // Console.Write("): "); // Console.WriteLine(e.ErrorText); // } int errCount = results.Errors.Count; if (errCount > 1) { for (int j = 0; j < errCount; j++) { CompilerError e = results.Errors[j]; if (int.Parse(e.ErrorNumber) == (int)ErrorKind.EndOfMessages) { if (j == 0) { continue; // No Zonnon messages BUT some CCI messages; continue } break; // End of Zonnon error messages; don't issue CCI messages } Console.Write(e.ErrorNumber); Console.Write(": "); // Console.Write(e.FileName); Console.Write('('); Console.Write(e.Line); Console.Write(','); Console.Write(e.Column); Console.Write("): "); Console.WriteLine(e.ErrorText); } } } catch (Exception e) { compilationResult = resAbort; compilationException = e; Statistics.compilationAbort++; } if (testKind == 'c' || testKind == 'C') { Statistics.compilationNotPlanned++; } if (compilationResult == resSuccess && (testKind == 't' || testKind == 'T')) { // Launch the compiled code try { Assembly assemblyToRun = Assembly.LoadFrom(outputFileName); System.Reflection.Module module = assemblyToRun.GetModules(false)[0]; System.Type type = module.GetType("Zonnon.Main"); if (type == null) { executionResult = resBadCode; } else { MethodInfo mainMethod = type.GetMethod("Main"); if (mainMethod == null) { executionResult = resBadCode; Statistics.executionNotPlanned++; } else { object res = mainMethod.Invoke(null, null); if (res is int && (int)res == 1) { executionResult = resSuccess; Statistics.executionSucceed++; } else { executionResult = resFail; Statistics.executionFailed++; } } } } catch (Exception e) { // System.Console.WriteLine(e.StackTrace); // System.Console.WriteLine("================================"); // System.Console.WriteLine(e.Source); // System.Console.WriteLine("================================"); // System.Console.WriteLine(e.InnerException.StackTrace); System.Console.WriteLine(e.Message); executionResult = resAbort; executionException = e; Statistics.executionAbort++; } } switch (testKind) { case 't': case 'T': if (compilationResult == resSuccess && executionResult == resSuccess) { commonResult = resPassed; Statistics.successfulTests++; } else { commonResult = resNotPassed; Statistics.failedTests++; } break; case 'x': case 'X': if (compilationResult != resSuccess && compilationResult != resAbort) { commonResult = resPassed; Statistics.successfulTests++; } else { commonResult = resNotPassed; Statistics.failedTests++; } break; case 'c': case 'C': if (compilationResult == resSuccess) { commonResult = resPassed; Statistics.successfulTests++; } else { commonResult = resNotPassed; Statistics.failedTests++; } break; default: commonResult = resBad; break; } // System.Console.WriteLine(">>>>> {0} FINISHED",shortFileName); System.Console.WriteLine(" Compilation Result: {0}", compilationResult); System.Console.WriteLine(" Execution Result: {0}", executionResult); System.Console.WriteLine(" Common Result: {0}", commonResult); // Create the report for the passed test TestResult testResult = new TestResult(); // will add the new node to the common list testResult.testName = Path.GetDirectoryName(testFileName) + Path.DirectorySeparatorChar + Path.GetFileNameWithoutExtension(testFileName); testResult.compilerDateTime = compilerDateTime; testResult.compilerVersion = compilerVersion; testResult.runDateTime = runDateTime; testResult.compilationResult = compilationResult; testResult.executionResult = executionResult; testResult.commonResult = commonResult; testResult.compilerResults = results; testResult.compilationException = compilationException; testResult.executionException = executionException; }
private static void ProcessCmdFile(FileInfo file) { // We launch the compiler for given test, then execute the code, // and then process the compilation/execution results, // and finally create the TestResult instance. options.ReferencedAssemblies.Clear(); string mscorlibLocation = typeof(System.Console).Assembly.Location; string systemLocation = typeof(System.CodeDom.Compiler.CodeCompiler).Assembly.Location; string rtlLocation = typeof(Zonnon.RTL.CommonException).Assembly.Location; options.ReferencedAssemblies.Add(mscorlibLocation); options.ReferencedAssemblies.Add(systemLocation); options.ReferencedAssemblies.Add(rtlLocation); // "Zonnon.RTL.dll"); // Take the test file and its name string cmdFileName = file.FullName; string directory = file.Directory.FullName; string shortFileName = Path.GetFileNameWithoutExtension(cmdFileName); string resPassed = "PASSED"; string resError = "ERROR"; string resNotRun = "NOT RUN"; string resNotPassed = "NOT PASSED"; string resSuccess = "SUCCESS"; string resAbort = "ABORT"; string resFail = "FAIL"; //string resBad = "BAD TEST"; string resBadCode = "BAD CODE"; System.Console.WriteLine(">>>>> {0}", shortFileName); System.Console.WriteLine("FULL: {0}", cmdFileName); System.Console.WriteLine("SCRIPT"); string compilationResult = resError; string executionResult = resNotRun; string commonResult = resNotPassed; StreamReader re = File.OpenText(cmdFileName); string line = null; int lineNum = 0; while ((line = re.ReadLine()) != null) { Console.WriteLine("Processing: " + line); string [] cmd = line.Split(' '); lineNum++; if (cmd.Length < 2) { continue; } switch (cmd[0].ToLower()) { case "setref": options.ReferencedAssemblies.Clear(); options.ReferencedAssemblies.Add(mscorlibLocation); options.ReferencedAssemblies.Add(systemLocation); options.ReferencedAssemblies.Add(rtlLocation); // "Zonnon.RTL.dll"); Console.WriteLine("References cleared"); for (int i = 1; i < cmd.Length; i++) { if (cmd[i].Length == 0) { continue; } string arg = cmd[i]; if (!File.Exists(arg)) { // Try to reslove standard files if (arg.Contains("\\") || arg.Contains("/")) { //it means that full path was specified. Do not try to resolve } else { // Try to reslove try { string path = System.Environment.SystemDirectory + @"\..\assembly\GAC_MSIL\" + arg.Substring(0, arg.Length - 4); string[] op = Directory.GetDirectories(path, "2.0*"); if (op.Length > 0) { string tryName = op[0] + Path.DirectorySeparatorChar + arg; string oldpath = arg; if (File.Exists(tryName)) { Console.WriteLine("Arguments parser note: " + arg + " was extended to " + tryName); arg = tryName; } } } catch (Exception) { // Ok... we've at least tried.. don't care. } } } // One more attempt if (!File.Exists(arg)) { string tryName = outputDirectory + Path.DirectorySeparatorChar + arg; if (File.Exists(tryName)) { Console.WriteLine("Arguments parser note: " + arg + " was extended to " + tryName); arg = tryName; } } Console.WriteLine("Add reference: " + arg); options.ReferencedAssemblies.Add(arg); } break; case "setout": options.OutputAssembly = outputDirectory + Path.DirectorySeparatorChar + cmd[1]; Console.WriteLine("Output is set to: " + options.OutputAssembly); break; case "compile": options.SourceFiles = new StringCollection(); Console.WriteLine("Compiling:"); for (int i = 1; i < cmd.Length; i++) { if (cmd[i].Length == 0) { continue; } Console.WriteLine("\t\t" + directory + Path.DirectorySeparatorChar + cmd[i]); options.SourceFiles.Add(directory + Path.DirectorySeparatorChar + cmd[i]); } CompilerResults results = null; Exception compilationException = null; try { string[] sources = new string[options.SourceFiles.Count]; options.SourceFiles.CopyTo(sources, 0); results = compiler.CompileAssemblyFromFileBatch(options, sources); if (results.NativeCompilerReturnValue == 0) { Console.WriteLine("compiler returned success"); compilationResult = resSuccess; Statistics.compilationSucceed++; } else { Console.WriteLine("compiler returned failure"); compilationResult = resError; Statistics.compilationFailed++; } int errCount = results.Errors.Count; if (errCount > 1) { for (int j = 0; j < errCount; j++) { CompilerError e = results.Errors[j]; Console.Write(e.ErrorNumber); Console.Write(": "); Console.Write('('); Console.Write(e.Line); Console.Write(','); Console.Write(e.Column); Console.Write("): "); Console.WriteLine(e.ErrorText); } } else { Console.WriteLine("no errors"); } } catch (Exception e) { compilationResult = resAbort; compilationException = e; Statistics.compilationAbort++; } if (compilationResult == resSuccess) { commonResult = resPassed; Statistics.successfulTests++; } else { commonResult = resNotPassed; Statistics.failedTests++; } Statistics.overallTests++; System.Console.WriteLine(" Compilation Result: {0}", compilationResult); TestResult testResultCompile = new TestResult(); // will add the new node to the common list testResultCompile.testName = cmdFileName + " @" + lineNum.ToString() + " : " + line; testResultCompile.compilerDateTime = compilerDateTime; testResultCompile.compilerVersion = compilerVersion; testResultCompile.runDateTime = runDateTime; testResultCompile.compilationResult = compilationResult; testResultCompile.executionResult = resNotRun; testResultCompile.commonResult = commonResult; testResultCompile.compilerResults = results; testResultCompile.compilationException = compilationException; break; case "setentry": if (cmd[1].ToLower().CompareTo("no") == 0) { options.MainModule = null; options.GenerateExecutable = false; } else { options.GenerateExecutable = true; options.MainModule = cmd[1]; } break; case "testrun": // Launch the code string fileToRun = outputDirectory + Path.DirectorySeparatorChar + cmd[1]; Exception executionException = null; try { Assembly assemblyToRun = Assembly.LoadFrom(fileToRun); System.Reflection.Module module = assemblyToRun.GetModules(false)[0]; System.Type type = module.GetType("Zonnon.Main"); if (type == null) { executionResult = resBadCode; } else { MethodInfo mainMethod = type.GetMethod("Main"); if (mainMethod == null) { executionResult = resBadCode; Statistics.executionNotPlanned++; } else { object res = mainMethod.Invoke(null, null); if (res is int && (int)res == 1) { executionResult = resSuccess; Statistics.executionSucceed++; } else { executionResult = resFail; Statistics.executionFailed++; } } } } catch (Exception e) { executionResult = resAbort; executionException = e; Statistics.executionAbort++; } Statistics.overallTests++; if (executionResult == resSuccess) { commonResult = resPassed; Statistics.successfulTests++; } else { commonResult = resNotPassed; Statistics.failedTests++; } System.Console.WriteLine(" Execution Result: {0}", executionResult); TestResult testResultRun = new TestResult(); // will add the new node to the common list testResultRun.testName = cmdFileName + " @" + lineNum.ToString() + " : " + line; testResultRun.compilerDateTime = compilerDateTime; testResultRun.compilerVersion = compilerVersion; testResultRun.runDateTime = runDateTime; testResultRun.compilationResult = resSuccess; testResultRun.executionResult = executionResult; testResultRun.commonResult = commonResult; testResultRun.compilerResults = null; testResultRun.executionException = executionException; break; default: Console.WriteLine("!!!!!!!!!! ERROR IN SCRIPT !!!!!!!!!!"); Console.WriteLine(cmdFileName); Console.WriteLine("Command " + cmd[0] + " is unknown"); Console.WriteLine("!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!"); Console.WriteLine("Press Ctrl-C to stop"); Console.ReadLine(); break; } } re.Close(); }
public static void AppendModule( Serial ser, Module mod, bool negatively ) { if( !m_Modules.ContainsKey( ser ) ) Add( ser ); else if( !ContainsModule( ser, mod.GetType() ) ) { AddModule( mod ); return; } else { ((ModuleList)m_Modules[ ser ]).Append( mod, negatively ); } }