public static void Start(ProgramOptions programOptions)
{
Console.WriteLine(programOptions);
Settings.SetProgramOptions(programOptions);
var outputPath = SetupOutputFile();
streamWriter.WriteLine(Resource.GetResourceAsString("TinyBCT.Resources.Prelude.bpl"));
if (Settings.AsyncSupport || Settings.AsyncSupportGenerics)
{
streamWriter.WriteLine(Resource.GetResourceAsString("TinyBCT.Resources.CommonAsyncPrelude.bpl"));
}
if (Settings.AsyncSupport)
{
streamWriter.WriteLine(Resource.GetResourceAsString("TinyBCT.Resources.AsyncPrelude.bpl"));
}
if (Settings.AsyncSupportGenerics)
{
streamWriter.WriteLine(Resource.GetResourceAsString("TinyBCT.Resources.AsyncPreludeGeneric.bpl"));
}
using (var host = new PeReader.DefaultHost())
{
#region Load assemblies
ISet <Assembly> inputAssemblies = new HashSet <Assembly>();
foreach (string inputFile in Settings.InputFiles)
{
Assembly assembly = new Assembly(host);
assembly.Load(inputFile);
inputAssemblies.Add(assembly);
}
#endregion
#region Execute CHA
var CHAnalysis = new ClassHierarchyAnalysis(host);
CHAnalysis.Analyze();
#endregion
#region Initialize host types
Types.Initialize(host);
#endregion
// TODO(diegog): Analysis not integrated yet
// This can be used to obtain the allocated types and delegates
//var allocationsAndDelelegatesAnalysis = new TypesAndDelegatesCollector(host);
#region Write three address code for debugging
TACWriter.WriteTAC(inputAssemblies);
#endregion
#region Look for references (used in mixed memory model)
if (Settings.MemoryModel == ProgramOptions.MemoryModelOption.Mixed)
{
ReferenceFinder.TraverseForFields(inputAssemblies);
}
#endregion
#region Translate defined types and add axioms about subtyping
TypeDefinitionTranslator.TranslateTypes(inputAssemblies);
#endregion
#region Translate defined methods
MethodTranslator.TranslateAssemblies(inputAssemblies, CHAnalysis);
#endregion
#region Create main wrapper with static fields initialization and static constructors calls
StaticInitializer.SearchStaticConstructorsAndMain(inputAssemblies);
streamWriter.WriteLine(StaticInitializer.CreateInitializeGlobals());
streamWriter.WriteLine(StaticInitializer.CreateMainWrappers());
streamWriter.WriteLine(StaticInitializer.CreateStaticVariablesAllocProcedure());
streamWriter.WriteLine(StaticInitializer.CreateDefaultValuesStaticVariablesProcedure());
streamWriter.WriteLine(StaticInitializer.CreateStaticConstructorsCallsProcedure());
#endregion
#region Translate types that are referenced but not defined in the input assemblies
TypeDefinitionTranslator.DefineUndeclaredSuperClasses();
TypeDefinitionTranslator.ParametricTypeDeclarations();
#endregion
#region Translate string constants
BoogieLiteral.Strings.WriteStringConsts(streamWriter);
#endregion
#region Translate delegates
streamWriter.WriteLine(DelegateStore.DefineMethodsIdentifiers());
streamWriter.WriteLine(DelegateStore.CreateDelegateMethod());
streamWriter.WriteLine(DelegateStore.InvokeDelegateMethod());
#endregion
// CreateAllAsyncMethods(streamWriter);
#region Heuristic to catch getters & setters. If they are in our input assemblies we generate a body using a field associated to that property
IEnumerable <IMethodReference> usedProperties = new List <IMethodReference>();
if (Settings.StubGettersSetters || Settings.StubGettersSettersWhitelist.Count > 0)
{
GetterSetterStub getterSetterStub = new GetterSetterStub();
usedProperties = getterSetterStub.Stub(inputAssemblies, streamWriter);
}
#endregion
#region Generate stubs for async methods
if (Settings.AsyncSupport)
{
AsyncStubs asyncStubs = new AsyncStubs(inputAssemblies);
streamWriter.WriteLine(asyncStubs.AsyncMethodBuilderStartStub(false));
streamWriter.WriteLine(asyncStubs.AsyncStubsScheduleTask(false));
}
if (Settings.AsyncSupportGenerics)
{
AsyncStubs asyncStubs = new AsyncStubs(inputAssemblies);
streamWriter.WriteLine(asyncStubs.AsyncMethodBuilderStartStub(true));
streamWriter.WriteLine(asyncStubs.AsyncStubsScheduleTask(true));
}
if (!Settings.AsyncSupport && Settings.AsyncSupportGenerics)
{
// this is only in AsyncSupport prelude
// we can't add it to AsyncSupportGenerics because we are not always sure there will be all defined types and functions
bool hasEventually = inputAssemblies.GetAllDefinedMethods().Any(m => m.Name.Value.Equals("Eventually"));
if (hasEventually)
{
AsyncStubs asyncStubs = new AsyncStubs(inputAssemblies);
streamWriter.WriteLine(asyncStubs.EventuallyStub());
}
}
#endregion
streamWriter.WriteLine(StringTranslator.Stubs());
#region Translate called methods as extern (bodyless methods or methods not present in our input assemblies)
var externMethods = InstructionTranslator.CalledMethods.Except(inputAssemblies.GetAllDefinedMethods().Where(m => m.Body.Size > 0)).Except(usedProperties);
externMethods = externMethods.Where(m => !StringTranslator.GetBoogieNamesForStubs().Contains(BoogieMethod.From(m).Name));
foreach (var methodRef in externMethods)
{
var head = Helpers.GetExternalMethodDefinition(Helpers.GetUnspecializedVersion(methodRef));
streamWriter.WriteLine(head);
}
#endregion
#region Translate class fields
// we declare read or written fields
foreach (var field in FieldTranslator.GetFieldDefinitions())
{
streamWriter.WriteLine(field);
}
#endregion
streamWriter.Close();
#region Append bpl input files
foreach (var bplInputFile in Settings.BplInputFiles)
{
var output = new FileStream(outputPath, FileMode.Append, FileAccess.Write);
using (var inputStream = File.OpenRead(bplInputFile))
{
inputStream.CopyTo(output);
}
output.Close();
}
#endregion
}
}
public static void Start(ProgramOptions programOptions)
{
Console.WriteLine(programOptions);
Settings.SetProgramOptions(programOptions);
var outputPath = SetupOutputFile();
Prelude.Write(); // writes prelude.bpl content into the output file
using (var host = TinyBCTHost.NewHost())
{
var CHAnalysis = CreateCHAnalysis(host);
Types.Initialize(host);
// TODO(diegog): Analysis not integrated yet
// This can be used to obtain the allocated types and delegates
var allocationsAndDelelegatesAnalysis = new TypesAndDelegatesCollector(host);
//allocationsAndDelelegatesAnalysis.Analyze();
Action <string> writeTAC = (String inputFile) =>
{
using (var assembly = new Assembly(host))
{
// analysis-net setup
assembly.Load(inputFile);
TACWriter.Open(inputFile);
var visitor = new Traverser(host, assembly.PdbReader, CHAnalysis);
visitor.AddMethodDefinitionAction(TACWriter.IMethodDefinitionTraverse); // saves tac code for debugging
visitor.Traverse(assembly.Module);
TACWriter.Close();
}
};
ProcessFiles(writeTAC);
Action <string> translateTypeDefinitions = (String inputFile) =>
{
using (var assembly = new Assembly(host))
{
// analysis-net setup
assembly.Load(inputFile);
Types.Initialize(host);
var visitor = new Traverser(host, assembly.PdbReader, CHAnalysis);
visitor.AddNamedTypeDefinitionAction(TypeDefinitionTranslator.TypeDefinitionTranslatorTraverse); // generates axioms for typing
visitor.Traverse(assembly.Module);
}
};
ProcessFiles(translateTypeDefinitions);
Action <string> translateMethodDefinitions = (String inputFile) =>
{
using (var assembly = new Assembly(host))
{
// analysis-net setup
assembly.Load(inputFile);
Types.Initialize(host);
var visitor = new Traverser(host, assembly.PdbReader, CHAnalysis);
visitor.AddMethodDefinitionAction(MethodTranslator.IMethodDefinitionTraverse); // given a IMethodDefinition and a MethodBody are passed to a MethodTranslator object
visitor.Traverse(assembly.Module);
}
};
ProcessFiles(translateMethodDefinitions);
Action <string> translateCallsToStaticConstructors = (String inputFile) =>
{
using (var assembly = new Assembly(host))
{
// analysis-net setup
assembly.Load(inputFile);
Types.Initialize(host);
var visitor = new Traverser(host, assembly.PdbReader, CHAnalysis);
visitor.AddMethodDefinitionAction(StaticInitializer.IMethodDefinitionTraverse); // given a IMethodDefinition and a MethodBody are passed to a MethodTranslator object
visitor.Traverse(assembly.Module);
}
};
ProcessFiles(translateCallsToStaticConstructors);
streamWriter.WriteLine(StaticInitializer.CreateInitializeGlobals());
streamWriter.WriteLine(StaticInitializer.CreateMainWrappers());
// TypeDefinitionTranslator.TypeAxioms(); diego's axioms
// information stored from previous steps is used
TypeDefinitionTranslator.DefineUndeclaredSuperClasses();
BoogieLiteral.Strings.WriteStringConsts(streamWriter);
streamWriter.WriteLine(DelegateStore.DefineMethodsIdentifiers());
streamWriter.WriteLine(DelegateStore.CreateDelegateMethod());
streamWriter.WriteLine(DelegateStore.InvokeDelegateMethod());
// CreateAllAsyncMethods(streamWriter);
// extern method called
foreach (var methodRef in InstructionTranslator.ExternMethodsCalled)
{
var head = Helpers.GetExternalMethodDefinition(Helpers.GetUnspecializedVersion(methodRef));
streamWriter.WriteLine(head);
}
foreach (var methodRef in InstructionTranslator.PotentiallyMissingMethodsCalled)
{
if (Helpers.IsCurrentlyMissing(methodRef))
{
var head = Helpers.GetExternalMethodDefinition(Helpers.GetUnspecializedVersion(methodRef));
streamWriter.WriteLine(head);
}
}
// we declare read or written fields
foreach (var field in FieldTranslator.GetFieldDefinitions())
{
streamWriter.WriteLine(field);
}
streamWriter.Close();
foreach (var bplInputFile in Settings.BplInputFiles)
{
var output = new FileStream(outputPath, FileMode.Append, FileAccess.Write);
////output.WriteLine("// Appending {0}", bplInputFile);
////streamWriter.Flush();
using (var inputStream = File.OpenRead(bplInputFile))
{
inputStream.CopyTo(output);//streamWriter.BaseStream);
}
output.Close();
}
}
}
