public RapidTypeAnalysis(WholeProgram wholeProgram, TargetProfile profile)
{
Contract.Ensures(!this.FinishedAnalysis);
this.types = new HashSet <ITypeDefinition>(new TypeDefinitionEqualityComparer());
this.methods = new HashSet <IMethodDefinition>(new MethodDefinitionEqualityComparer());
this.virtualCallsInDemand = new VirtualDispatchDemand();
this.nonvirtualDispatches = new HashSet <IMethodDefinition>(new MethodDefinitionEqualityComparer());
this.fields = new HashSet <IFieldDefinition>(new FieldDefinitionEqualityComparer());
this.constructed = new HashSet <ITypeDefinition>(new TypeDefinitionEqualityComparer());
this.constructedGenericParameters = new HashSet <IGenericParameter>(new TypeDefinitionEqualityComparer());
// Note: we use the interned key as the hashcode, so this set should be deterministic
this.worklist = new HashSet <IMethodDefinition>(new MethodDefinitionEqualityComparer());
this.wholeProgram = wholeProgram;
this.reflectionSummarizers = new HashSet <IMethodSummarizer>();
this.simpleBytecodeSummarizer = new SimpleBytecodeMethodSummarizer();
this.reachabilityFlowBytecodeSummarizer = new ReachabilityBasedLocalFlowMethodSummarizer();
//systemObjectType = wholeProgram.Host().PlatformType.SystemObject.ResolvedType;
// Weak heuristic -- should provide custom host?
IAssembly coreAssembly = wholeProgram.HeuristicFindCoreAssemblyForProfile(profile);
Contract.Assert(coreAssembly != null);
systemObjectType = GarbageCollectHelper.CreateTypeReference(wholeProgram.Host(), coreAssembly, "System.Object").ResolvedType;
Contract.Assert(!(systemObjectType is Dummy));
systemObjectFinalizeMethod = TypeHelper.GetMethod(systemObjectType, wholeProgram.Host().NameTable.GetNameFor("Finalize"));
Contract.Assert(!(systemObjectFinalizeMethod is Dummy));
methodsRequiringReflectionSummary = new HashSet <IMethodDefinition>(new MethodDefinitionEqualityComparer());
unresolvedReferences = new HashSet <IReference>(new ReferenceEqualityComparer());
unspecializedTypesPassedAsTypeVariables = new HashSet <ITypeDefinition>(new TypeDefinitionEqualityComparer());
}
public RapidTypeAnalysis(WholeProgram wholeProgram, TargetProfile profile) {
Contract.Ensures(!this.FinishedAnalysis);
this.types = new HashSet<ITypeDefinition>(new TypeDefinitionEqualityComparer());
this.methods = new HashSet<IMethodDefinition>(new MethodDefinitionEqualityComparer());
this.virtualCallsInDemand = new VirtualDispatchDemand();
this.nonvirtualDispatches = new HashSet<IMethodDefinition>(new MethodDefinitionEqualityComparer());
this.fields = new HashSet<IFieldDefinition>(new FieldDefinitionEqualityComparer());
this.constructed = new HashSet<ITypeDefinition>(new TypeDefinitionEqualityComparer());
this.constructedGenericParameters = new HashSet<IGenericParameter>(new TypeDefinitionEqualityComparer());
// Note: we use the interned key as the hashcode, so this set should be deterministic
this.worklist = new HashSet<IMethodDefinition>(new MethodDefinitionEqualityComparer());
this.wholeProgram = wholeProgram;
this.reflectionSummarizers = new HashSet<IMethodSummarizer>();
this.simpleBytecodeSummarizer = new SimpleBytecodeMethodSummarizer();
this.reachabilityFlowBytecodeSummarizer = new ReachabilityBasedLocalFlowMethodSummarizer();
//systemObjectType = wholeProgram.Host().PlatformType.SystemObject.ResolvedType;
// Weak heuristic -- should provide custom host?
IAssembly coreAssembly = wholeProgram.HeuristicFindCoreAssemblyForProfile(profile);
Contract.Assert(coreAssembly != null);
systemObjectType = GarbageCollectHelper.CreateTypeReference(wholeProgram.Host(), coreAssembly, "System.Object").ResolvedType;
Contract.Assert(!(systemObjectType is Dummy));
systemObjectFinalizeMethod = TypeHelper.GetMethod(systemObjectType, wholeProgram.Host().NameTable.GetNameFor("Finalize"));
Contract.Assert(!(systemObjectFinalizeMethod is Dummy));
methodsRequiringReflectionSummary = new HashSet<IMethodDefinition>(new MethodDefinitionEqualityComparer());
unresolvedReferences = new HashSet<IReference>(new ReferenceEqualityComparer());
unspecializedTypesPassedAsTypeVariables = new HashSet<ITypeDefinition>(new TypeDefinitionEqualityComparer());
}