public StructStringKeyFormatterImplementor(ModuleDefinition module, TypeProvider provider, DataHelper dataHelper, AutomataEmbeddingHelper automataHelper)
{
this.module = module;
this.provider = provider;
this.dataHelper = dataHelper;
this.automataHelper = automataHelper;
}
public GenericClassImplementorFacade(ModuleDefinition module, TypeProvider provider, DataHelper dataHelper, AutomataEmbeddingHelper automataHelper)
{
this.module = module;
this.provider = provider;
this.dataHelper = dataHelper;
this.automataHelper = automataHelper;
}
public ClassStringKeyAllMessagePackPrimitiveImplementor(ModuleDefinition module, TypeProvider provider, DataHelper dataHelper, AutomataEmbeddingHelper automataHelper)
{
this.module = module;
this.provider = provider;
this.dataHelper = dataHelper;
this.automataHelper = automataHelper;
}
public GenericFormatterBaseTypeDefinitionGenerator(TypeDefinition resolver, TypeProvider provider, DataHelper dataHelper, AutomataEmbeddingHelper automataHelper)
{
this.resolver = resolver;
this.provider = provider;
this.dataHelper = dataHelper;
this.automataHelper = automataHelper;
this.module = resolver.Module;
}
public GenericClassStringKeyFormatterImplementor(ModuleDefinition module, TypeProvider provider, DataHelper dataHelper, ModuleImporter importer, AutomataEmbeddingHelper automataHelper)
{
this.module = module;
this.provider = provider;
this.dataHelper = dataHelper;
this.importer = importer;
this.automataHelper = automataHelper;
}
public void Generate(
string inputPath,
string resolverName,
string[] libraryPaths,
string[] definitionPaths,
bool useMapMode,
double loadFactor)
{
if (disposed)
{
throw new InvalidOperationException("Generate method can be called once.");
}
var sw = new Stopwatch();
ModuleDefinition inputModule;
TypeDefinition resolverTypeDefinition;
TypeProvider provider;
moduleDefinitions = new ModuleDefinition[1 + libraryPaths.Length];
using (new Watcher(sw, logger, "Module Reading"))
{
moduleDefinitions[0] = inputModule = ModuleDefinition.ReadModule(inputPath, readerParam);
logger("log inputModule\nassembly : " + inputModule.Assembly.FullName + "\nfile : " + inputModule.FileName);
var resolverFinder = new FormatterResolverFinder();
resolverTypeDefinition = resolverFinder.Find(inputModule, resolverName);
logger("log resolver\nname : " + resolverTypeDefinition.FullName);
var messagePackAssemblyNameReference = inputModule.AssemblyReferences.First(x => x.Name == "MessagePack");
ReadModules(libraryPaths, moduleDefinitions);
definitionModuleDefinitions = new ModuleDefinition[definitionPaths.Length];
for (var index = 0; index < definitionPaths.Length; index++)
{
var path = definitionPaths[index];
definitionModuleDefinitions[index] = ModuleDefinition.ReadModule(path, doNotWriteReaderParam);
}
var verifier = new ModuleRelationshipVerifier();
verifier.Verify(inputModule, moduleDefinitions);
provider = new TypeProvider(inputModule, messagePackAssemblyNameReference, reportHook);
}
CollectedInfo[] collectedInfos;
EnumSerializationInfo[] enumSerializationInfos;
using (new Watcher(sw, logger, "Method Collect"))
{
collectedInfos = CollectInfo(useMapMode, moduleDefinitions);
logger("collected serialization info length : " + collectedInfos.Length);
var enumTypeCollector = new EnumTypeCollector();
enumSerializationInfos = enumTypeCollector.Collect(collectedInfos);
logger("collected enum serialization info length : " + enumSerializationInfos.Length);
}
using (new Watcher(sw, logger, "Ensure Internal Access"))
{
EnsureInternalAccessibility(inputModule, collectedInfos, provider.SystemObjectHelper);
}
FormatterTableItemInfo[] formatterInfos;
using (new Watcher(sw, logger, "Formatter Generation"))
{
var dataHelper = new DataHelper(resolverTypeDefinition.Module, provider.SystemValueTypeHelper.ValueType);
var automataHelper = new AutomataEmbeddingHelper(resolverTypeDefinition, provider.SystemReadOnlySpanHelper, dataHelper);
formatterInfos = CalculateFormatterInfos(loadFactor, resolverTypeDefinition, provider, collectedInfos, enumSerializationInfos, automataHelper, dataHelper);
}
using (new Watcher(sw, logger, "Formatter Table Generation"))
{
var pairGenerator = new TypeKeyInterfaceMessagePackFormatterValuePairGenerator(provider);
var tableGenerator = new FixedTypeKeyInterfaceMessagePackFormatterValueHashtableGenerator(inputModule, pairGenerator, provider.SystemObjectHelper, provider.SystemTypeHelper, provider.Importer, provider.SystemArrayHelper, loadFactor);
var(tableType, getFormatterMethodInfo) = tableGenerator.Generate(formatterInfos);
resolverTypeDefinition.NestedTypes.Add(tableType);
var resolverInjector = new ResolverInjector(inputModule, resolverTypeDefinition, provider);
resolverInjector.Implement(getFormatterMethodInfo);
PrivateAccessEnabler.EnablePrivateAccess(inputModule, provider.SystemRuntimeExtensionsScope);
}
try
{
using (new Watcher(sw, logger, "Input DLL Writing"))
{
inputModule.Write();
}
}
catch (Exception e)
{
Console.WriteLine(e);
throw;
}
}
private static FormatterTableItemInfo[] CalculateFormatterInfos(double loadFactor, TypeDefinition resolverTypeDefinition, TypeProvider provider, CollectedInfo[] collectedInfos, EnumSerializationInfo[] enumSerializationInfos, AutomataEmbeddingHelper automataHelper, DataHelper dataHelper)
{
var answer = new List <FormatterTableItemInfo>();
var generator = new FormatterBaseTypeDefinitionGenerator(resolverTypeDefinition, provider, dataHelper, automataHelper, loadFactor);
var baseFormatterInfos = generator.Generate(collectedInfos);
answer.AddRange(baseFormatterInfos);
var genericGenerator = new GenericFormatterBaseTypeDefinitionGenerator(resolverTypeDefinition, provider, dataHelper, automataHelper);
var genericFormatterInfos = genericGenerator.Generate(collectedInfos);
answer.AddRange(genericFormatterInfos);
var enumGenerator = new EnumFormatterBaseTypeDefinitionGenerator(resolverTypeDefinition, provider);
var enumFormatterInfos = enumGenerator.Generate(enumSerializationInfos);
answer.AddRange(enumFormatterInfos);
return(answer.ToArray());
}
