protected virtual void AddReferencedOutput(string outputPath, AssemblyDefinition assembly, string resourceName, string fileName, Func <string, string> preHandler = null) { var res = assembly.MainModule.Resources.FirstOrDefault(r => r.Name == resourceName); if (res == null) { throw new InvalidOperationException("Could not read resource " + resourceName + " in " + assembly.FullName); } using (var resourcesStream = ((EmbeddedResource)res).GetResourceStream()) { if (FileHelper.IsJS(fileName) || preHandler != null) { using (var reader = new StreamReader(resourcesStream)) { var content = reader.ReadToEnd(); Emitter.AddOutputItem(this.Outputs.References, fileName, content, TranslatorOutputKind.Reference, outputPath); } } else { var binary = ReadStream(resourcesStream); Emitter.AddOutputItem(this.Outputs.References, fileName, binary, TranslatorOutputKind.Reference, outputPath); } } }
protected virtual void AddLocaleOutput(EmbeddedResource resource, string outputPath) { var fileName = resource.Name.Substring(Translator.LocalesPrefix.Length); if (!string.IsNullOrWhiteSpace(this.AssemblyInfo.LocalesOutput)) { outputPath = Path.Combine(outputPath, this.AssemblyInfo.LocalesOutput); } var content = this.ReadEmbeddedResource(resource); Emitter.AddOutputItem(this.Outputs.Locales, fileName, new StringBuilder(content), TranslatorOutputKind.Locale, location: outputPath); }
protected virtual List <TranslatorOutputItem> CombineOutputs() { this.Log.Trace("Combining outputs..."); var result = new List <TranslatorOutputItem>(); var disableAsm = this.AssemblyInfo.Assembly.DisableInitAssembly; this.AssemblyJsDocWritten = false; var fileHelper = new FileHelper(); foreach (var outputPair in this.Outputs) { var fileName = outputPair.Key; var output = outputPair.Value; this.Log.Trace("File name " + (fileName ?? "")); bool isJs = fileHelper.IsJS(fileName); var tmp = new StringBuilder(output.TopOutput.Length + output.BottomOutput.Length + output.NonModuletOutput.Length + 1000); OutputTop(output, tmp); OutputNonModule(disableAsm, fileName, output, isJs, tmp); OutputBottom(output, tmp); var outputKind = TranslatorOutputKind.ProjectOutput; if (output.IsMetadata) { outputKind = outputKind | TranslatorOutputKind.Metadata; } Emitter.AddOutputItem(result, fileName, tmp, outputKind, null); } this.Log.Trace("Combining outputs done"); return(result); }
protected virtual void AddExtractedResourceOutput(ResourceConfigItem resource, byte[] code) { Emitter.AddOutputItem(this.Outputs.Resources, resource.Name, code, TranslatorOutputKind.Resource, location: resource.Output); }
protected virtual void AddReferencedOutput(string outputPath, AssemblyDefinition assembly, BridgeResourceInfo resource, string fileName, Func <string, string> preHandler = null) { this.Log.Trace("Adding referenced output " + resource.Name); var currentAssembly = GetAssemblyNameForResource(assembly); var combinedResource = (resource.Parts != null && resource.Parts.Length > 0); TranslatorOutputItemContent content = null; if (combinedResource) { this.Log.Trace("The resource contains parts"); var contentBuffer = new StringBuilder(); var needNewLine = false; var noConsole = this.AssemblyInfo.Console.Enabled != true; var fileHelper = new FileHelper(); foreach (var part in resource.Parts) { this.Log.Trace("Handling part " + part.Assembly + " " + part.ResourceName); bool needPart = true; System.Reflection.AssemblyName partAssemblyName = null; if (part.Assembly != null) { partAssemblyName = GetAssemblyNameFromResource(part.Assembly); if (noConsole && partAssemblyName.Name == Translator.Bridge_ASSEMBLY && (string.Compare(part.Name, BridgeConsoleName, true) == 0 || string.Compare(part.Name, fileHelper.GetMinifiedJSFileName(BridgeConsoleName), true) == 0) ) { // Skip Bridge console resource needPart = false; this.Log.Trace("Skipping this part as it is Bridge Console and the Console option disabled"); } else { var partContentName = GetExtractedResourceName(part.Assembly, part.Name); needPart = ExtractedScripts.Add(partContentName); if (!needPart) { this.Log.Trace("Skipping this part as it is already added"); } } } if (needPart) { if (needNewLine) { NewLine(contentBuffer); } string partContent = null; var resourcePartName = part.ResourceName; if (partAssemblyName == null) { this.Log.Trace("Using assembly " + assembly.FullName + " to search resource part " + resourcePartName); partContent = ReadEmbeddedResource(assembly, resourcePartName, true, preHandler).Item2; } else { var partAssembly = this.References .Where(x => x.Name.Name == partAssemblyName.Name) .OrderByDescending(x => x.Name.Version) .FirstOrDefault(); if (partAssembly == null) { this.Log.Warn("Did not find assembly for resource part " + resourcePartName + " by assembly name " + partAssemblyName.Name + ". Skipping this item!"); continue; } if (partAssembly.Name.Version != partAssemblyName.Version) { this.Log.Info("Found different assembly version (higher) " + partAssembly.FullName + " for resource part" + resourcePartName + " from " + assembly.FullName); } else { this.Log.Trace("Found exact assembly version " + partAssembly.FullName + " for resource part" + resourcePartName); } var resourcePartFound = false; try { partContent = ReadEmbeddedResource(partAssembly, resourcePartName, true, preHandler).Item2; resourcePartFound = true; } catch (InvalidOperationException) { this.Log.Trace("Did not find resource part " + resourcePartName + " in " + partAssembly.FullName + ". Will try to find it by short name " + part.Name); } if (!resourcePartFound) { try { partContent = ReadEmbeddedResource(partAssembly, part.Name, true, preHandler).Item2; resourcePartFound = true; } catch (InvalidOperationException) { this.Log.Trace("Did not find resource part " + part.Name + " in " + partAssembly.FullName); } if (!resourcePartFound) { if (partAssembly.Name.Version != partAssemblyName.Version) { var partAssemblyExactVersion = this.References .Where(x => x.FullName == partAssemblyName.FullName) .FirstOrDefault(); if (partAssemblyExactVersion != null) { this.Log.Trace("Trying to find it in the part's assembly by long name " + part.Name); try { partContent = ReadEmbeddedResource(partAssemblyExactVersion, resourcePartName, true, preHandler).Item2; resourcePartFound = true; } catch (InvalidOperationException) { this.Log.Trace("Did not find resource part " + resourcePartName + " in " + partAssemblyExactVersion.FullName + ". Will try to find it by short name " + part.Name); } if (!resourcePartFound) { try { partContent = ReadEmbeddedResource(partAssemblyExactVersion, part.Name, true, preHandler).Item2; resourcePartFound = true; } catch (InvalidOperationException) { this.Log.Trace("Did not find resource part " + part.Name + " in " + partAssemblyExactVersion.FullName + ". Will try to find it by the resource's assembly by long name " + resourcePartName); } } } } if (!resourcePartFound) { partContent = ReadEmbeddedResource(assembly, resourcePartName, true, preHandler).Item2; resourcePartFound = true; } } } } contentBuffer.Append(partContent); needNewLine = true; } } content = contentBuffer; } else { var readAsString = FileHelper.IsJS(fileName) || preHandler != null; var notCombinedResource = ReadEmbeddedResource(assembly, resource.Name, readAsString, preHandler); if (readAsString) { content = notCombinedResource.Item2; } else { content = notCombinedResource.Item1; } } ExtractedScripts.Add(GetExtractedResourceName(currentAssembly, resource.Name)); Emitter.AddOutputItem(this.Outputs.References, fileName, content, TranslatorOutputKind.Reference, location: outputPath, assembly: currentAssembly); }