async Task StartDecompileAsync(MethodDef method) { bool canCompile = false, canceled = false; var assemblyReferences = Array.Empty <CompilerMetadataReference>(); string mainCode, hiddenCode; try { assemblyReferences = await DecompileAndGetRefsAsync(method); mainCode = decompileCodeState.MainOutput.ToString(); hiddenCode = decompileCodeState.HiddenOutput.ToString(); canCompile = true; } catch (OperationCanceledException) { canceled = true; mainCode = string.Empty; hiddenCode = string.Empty; } catch (Exception ex) { mainCode = ex.ToString(); hiddenCode = string.Empty; } const string MAIN_CODE_NAME = "main"; var codeDocs = Array.Empty <ICodeDocument>(); if (!canceled) { var docs = new List <IDecompiledDocument>(); docs.Add(new DecompiledDocument(mainCode, MAIN_CODE_NAME)); if (hiddenCode != string.Empty) { docs.Add(new DecompiledDocument(hiddenCode, MAIN_CODE_NAME + ".g")); } codeDocs = languageCompiler.AddDecompiledCode(new DecompiledCodeResult(docs.ToArray(), assemblyReferences, assemblyReferenceResolver, PlatformHelper.GetPlatform(method.Module))); } decompileCodeState?.Dispose(); decompileCodeState = null; Documents.AddRange(codeDocs); SelectedDocument = Documents.FirstOrDefault(a => a.NameNoExtension == MAIN_CODE_NAME) ?? Documents.FirstOrDefault(); foreach (var doc in Documents) { doc.TextView.MoveCaretTo(0, 0); doc.TextView.Selection.Clear(); } CanCompile = canCompile; HasDecompiled = true; OnPropertyChanged(nameof(HasDecompiled)); }
async Task StartDecompileAsync(MethodDef method, MethodSourceStatement?methodSourceStatement) { bool canCompile = false, canceled = false; var assemblyReferences = Array.Empty <CompilerMetadataReference>(); string mainCode, hiddenCode; var refSpan = new Span(0, 0); try { assemblyReferences = await DecompileAndGetRefsAsync(method, methodSourceStatement); mainCode = decompileCodeState.MainOutput.ToString(); hiddenCode = decompileCodeState.HiddenOutput.ToString(); canCompile = true; var span = decompileCodeState.MainOutput.Span; if (span != null) { refSpan = span.Value; } } catch (OperationCanceledException) { canceled = true; mainCode = string.Empty; hiddenCode = string.Empty; } catch (Exception ex) { mainCode = ex.ToString(); hiddenCode = string.Empty; } const string MAIN_CODE_NAME = "main"; var codeDocs = Array.Empty <ICodeDocument>(); if (!canceled) { // This helps a little to speed up the code ProfileOptimizationHelper.StartProfile("add-decompiled-code-" + decompiler.UniqueGuid.ToString()); var docs = new List <IDecompiledDocument>(); docs.Add(new DecompiledDocument(mainCode, MAIN_CODE_NAME)); if (hiddenCode != string.Empty) { docs.Add(new DecompiledDocument(hiddenCode, MAIN_CODE_NAME + ".g")); } codeDocs = languageCompiler.AddDecompiledCode(new DecompiledCodeResult(docs.ToArray(), assemblyReferences, assemblyReferenceResolver, PlatformHelper.GetPlatform(method.Module))); } decompileCodeState?.Dispose(); decompileCodeState = null; foreach (var doc in codeDocs) { doc.TextView.Properties.AddProperty(editCodeTextViewKey, this); } Documents.AddRange(codeDocs.Select(a => new CodeDocument(a))); SelectedDocument = Documents.FirstOrDefault(a => a.NameNoExtension == MAIN_CODE_NAME) ?? Documents.FirstOrDefault(); foreach (var doc in Documents) { if (doc.NameNoExtension == MAIN_CODE_NAME && refSpan.End <= doc.TextView.TextSnapshot.Length) { doc.Initialize(new SnapshotPoint(doc.TextView.TextSnapshot, refSpan.Start)); } else { doc.Initialize(new SnapshotPoint(doc.TextView.TextSnapshot, 0)); } } CanCompile = canCompile; HasDecompiled = true; OnPropertyChanged(nameof(HasDecompiled)); }
async Task StartDecompileAsync() { bool canCompile = false, canceled = false; var assemblyReferences = Array.Empty <CompilerMetadataReference>(); SimpleDocument[] simpleDocuments = Array.Empty <SimpleDocument>(); try { var result = await DecompileAndGetRefsAsync(); assemblyReferences = result.Value; simpleDocuments = result.Key.Documents.ToArray(); canCompile = true; } catch (OperationCanceledException) { canceled = true; } catch (Exception ex) { simpleDocuments = new SimpleDocument[] { new SimpleDocument(MAIN_CODE_NAME, ex.ToString(), null) }; } var codeDocs = Array.Empty <ICodeDocument>(); if (!canceled) { // This helps a little to speed up the code ProfileOptimizationHelper.StartProfile("add-decompiled-code-" + decompiler.UniqueGuid.ToString()); var docs = new List <IDecompiledDocument>(); foreach (var simpleDoc in simpleDocuments) { docs.Add(new DecompiledDocument(simpleDoc.Text, simpleDoc.NameNoExtension)); } codeDocs = languageCompiler.AddDecompiledCode(new DecompiledCodeResult(docs.ToArray(), assemblyReferences, assemblyReferenceResolver, PlatformHelper.GetPlatform(sourceModule))); } decompileCodeState?.Dispose(); decompileCodeState = null; foreach (var doc in codeDocs) { doc.TextView.Properties.AddProperty(editCodeTextViewKey, this); } Documents.AddRange(codeDocs.Select(a => new CodeDocument(a))); SelectedDocument = Documents.FirstOrDefault(a => a.NameNoExtension == MAIN_CODE_NAME) ?? Documents.FirstOrDefault(); Debug.Assert(Documents.Count == simpleDocuments.Length); for (int i = 0; i < Documents.Count; i++) { var doc = Documents[i]; var caretSpan = simpleDocuments[i].CaretSpan; if (caretSpan != null && caretSpan.Value.End <= doc.TextView.TextSnapshot.Length) { doc.Initialize(new SnapshotPoint(doc.TextView.TextSnapshot, caretSpan.Value.Start)); } else { doc.Initialize(new SnapshotPoint(doc.TextView.TextSnapshot, 0)); } } CanCompile = canCompile; HasDecompiled = true; OnPropertyChanged(nameof(HasDecompiled)); }