public Procedure(ComponentReader reader)
{
var s = reader.Position;
reader.CheckTag(Tag);
canonicalName = new CanonicalNameReference(reader);
fileUri = new UriReference(reader);
startFileOffset = new FileOffset(reader);
fileOffset = new FileOffset(reader);
fileEndOffset = new FileOffset(reader);
kind = (ProcedureKind)reader.ReadByte();
flags = (Flag)reader.ReadByte();
name = new Name(reader);
annotations = reader.ReadList(r => r.ReadExpression());
// #V12
forwardingStubSuperTarget = reader.ReadOption(r => new MemberReference(r));
forwardingStubInterfaceTarget = reader.ReadOption(r => new MemberReference(r));
// #V18?
//forwardingStubSuperTarget = new MemberReference(reader);
//forwardingStubInterfaceTarget = new MemberReference(reader);
function = reader.ReadOption(r => new FunctionNode(r));
}
// https://github.com/dart-lang/sdk/blob/master/pkg/kernel/lib/binary/ast_from_binary.dart#L1852
// we have much different concepts of what DartType is? ~ Will this lead to different functionality?
// Is this just because of changes in binary.md?
// TypedefType (we have, but not a type)
// BottomType (not in binary.md)
public static DartType ReadDartType(this ComponentReader reader)
{
var tag = reader.ReadByte();
switch (tag)
{
case DynamicType.Tag: return(new DynamicType());
case FunctionType.Tag: return(new FunctionType(reader));
case InterfaceType.Tag: return(new InterfaceType(reader));
case InvalidType.Tag: return(new InvalidType());
case SimpleFunctionType.Tag: return(new SimpleFunctionType(reader));
case SimpleInterfaceType.Tag: return(new SimpleInterfaceType(reader));
case TypeParameterType.Tag: return(new TypeParameterType(reader));
case VoidType.Tag: return(new VoidType());
default: throw new Exception($"{nameof(DartType)}: unrecognized tag ({tag})");
}
}
public Class(ComponentReader reader)
{
reader.CheckTag(Tag);
canonicalName = new CanonicalNameReference(reader);
fileUri = new UriReference(reader);
startFileOffset = new FileOffset(reader);
fileOffset = new FileOffset(reader);
fileEndOffset = new FileOffset(reader);
flags = (Flag)reader.ReadByte();
name = new StringReference(reader);
annotations = reader.ReadList(r => r.ReadExpression());
typeParameters = reader.ReadList(r => new TypeParameter(r));
superClass = reader.ReadOption(r => r.ReadDartType());
mixedInType = reader.ReadOption(r => r.ReadDartType());
implementedClasses = reader.ReadList(r => r.ReadDartType());
fields = reader.ReadList(r => new Field(r));
constructors = reader.ReadList(r => new Constructor(r));
procedures = reader.ReadList(r => new Procedure(r));
redirectingFactoryConstructors = reader.ReadList(r => new RedirectingFactoryConstructor(r));
}
public AssertInitializer(ComponentReader reader)
{
// #V12 - This is in the Binary.MD but not in the actual code.
isSynthetic = reader.ReadByte();
// statement = new AssertStatement(reader);
statement = reader.ReadStatement() as AssertStatement;
}
// https://github.com/dart-lang/sdk/blob/master/pkg/kernel/lib/binary/ast_from_binary.dart#L760
public Library(ComponentReader reader)
{
// Read the Offsets and Counts in a backward fashion
var p = reader.Length - sizeof(uint);
reader.Position = p;
procedureCount = reader.ReadUint32();
p -= sizeof(uint) * ((int)procedureCount + 1);
reader.Position = p;
procedureOffsets = reader.ReadUint32s((int)procedureCount + 1);
p -= sizeof(uint);
reader.Position = p;
classCount = reader.ReadUint32();
p -= sizeof(uint) * ((int)classCount + 1);
reader.Position = p;
classOffsets = reader.ReadUint32s((int)classCount + 1);
reader.Position = 0;
flags = reader.ReadByte();
canonicalName = new CanonicalNameReference(reader);
name = new StringReference(reader);
// todo: remove!
Console.WriteLine($"{reader.GetString(name)} :: {classOffsets.Length} :: {classCount} || {procedureOffsets.Length} :: {procedureCount};");
fileUri = new UriReference(reader);
// List<String> problemsAsJson; // Described in problems.md.
annotations = reader.ReadList(r => r.ReadExpression());
libraryDependencies = reader.ReadList(r => new LibraryDependency(r));
additionalExports = reader.ReadList(r => new CanonicalNameReference(r));
libraryParts = reader.ReadList(r => new LibraryPart(r));
typedefs = reader.ReadList(r => new Typedef(r));
// https://github.com/dart-lang/sdk/blob/master/pkg/kernel/lib/binary/ast_from_binary.dart#L831
// classes = reader.ReadList(r => new Class(r));
classes = new List <Class>((int)classCount);
for (int i = 0; i < classCount; i++)
{
var start = classOffsets[i];
var end = classOffsets[i + 1];
classes.Add(new Class(reader.GetWindow(start, end - start)));
}
reader.Position = (int)classOffsets.Last() - reader.WindowOffset;
fields = reader.ReadList(r => new Field(r));
// procedures = reader.ReadList(r => new Procedure(r));
procedures = new List <Procedure>((int)procedureCount);
for (int i = 0; i < procedureCount; i++)
{
var start = procedureOffsets[i];
var end = procedureOffsets[i + 1];
procedures.Add(new Procedure(reader.GetWindow(start, end - start)));
}
}
public SuperInitializer(ComponentReader reader)
{
isSynthetic = reader.ReadByte();
fileOffset = new FileOffset(reader);
target = new ConstructorReference(reader);
arguments = new Arguments(reader);
}
public readonly Option <DartType> defaultType; // type used when the parameter is not passed
public TypeParameter(ComponentReader reader)
{
flags = (Flag)reader.ReadByte();
annotations = reader.ReadList(r => r.ReadExpression());
name = new StringReference(reader);
bound = reader.ReadDartType();
defaultType = reader.ReadOption(r => r.ReadDartType());
}
public static Statement ReadStatement(this ComponentReader reader)
{
var tag = reader.ReadByte();
switch (tag)
{
case AssertBlock.Tag: return(new AssertBlock(reader));
case AssertStatement.Tag: return(new AssertStatement(reader));
case AsyncForInStatement.Tag: return(new AsyncForInStatement(reader));
case Block.Tag: return(new Block(reader));
case BreakStatement.Tag: return(new BreakStatement(reader));
case ContinueSwitchStatement.Tag: return(new ContinueSwitchStatement(reader));
case DoStatement.Tag: return(new DoStatement(reader));
case EmptyStatement.Tag: return(new EmptyStatement());
case ExpressionStatement.Tag: return(new ExpressionStatement(reader));
case ForInStatement.Tag: return(new ForInStatement(reader));
case ForStatement.Tag: return(new ForStatement(reader));
case FunctionDeclaration.Tag: return(new FunctionDeclaration(reader));
case IfStatement.Tag: return(new IfStatement(reader));
case LabeledStatement.Tag: return(new LabeledStatement(reader));
case ReturnStatement.Tag: return(new ReturnStatement(reader));
case SwitchStatement.Tag: return(new SwitchStatement(reader));
case TryCatch.Tag: return(new TryCatch(reader));
case TryFinally.Tag: return(new TryFinally(reader));
case VariableDeclarationStatement.Tag: return(new VariableDeclarationStatement(reader));
case WhileStatement.Tag: return(new WhileStatement(reader));
case YieldStatement.Tag: return(new YieldStatement(reader));
default: throw new Exception($"{nameof(Statement)}: unrecognized tag ({tag})");
}
}
public Field(ComponentReader reader)
{
reader.CheckTag(Tag);
canonicalName = new CanonicalNameReference(reader);
fileUri = new UriReference(reader);
fileOffset = new FileOffset(reader);
fileEndOffset = new FileOffset(reader);
flags = (Flag)reader.ReadByte();
name = new Name(reader);
annotations = reader.ReadList(r => r.ReadExpression());
type = reader.ReadDartType();
initializer = reader.ReadOption(r => r.ReadExpression());
}
public static Option <T> ReadOption <T>(this ComponentReader reader, Func <ComponentReader, T> valueReader)
{
var myTag = reader.ReadByte();
if (myTag == Nothing <T> .Tag)
{
return(new Nothing <T>());
}
if (myTag == Something <T> .Tag)
{
return(new Something <T>(reader, valueReader));
}
throw new Exception($"Invalid Option Tag ({myTag})");
}
public Constructor(ComponentReader reader)
{
reader.CheckTag(Tag);
canonicalName = new CanonicalNameReference(reader);
fileUri = new UriReference(reader);
startFileOffset = new FileOffset(reader);
fileOffset = new FileOffset(reader);
fileEndOffset = new FileOffset(reader);
flags = (Flag)reader.ReadByte();
name = new Name(reader);
annotations = reader.ReadList(r => r.ReadExpression());
function = new FunctionNode(reader);
initializers = reader.ReadList(r => r.ReadInitializer());
}
public static Constant ReadConstant(this ComponentReader reader)
{
var tag = reader.ReadByte();
switch (tag)
{
case BoolConstant.Tag: return(new BoolConstant(reader));
case DoubleConstant.Tag: return(new DoubleConstant(reader));
case EnvironmentBoolConstant.Tag: return(new EnvironmentBoolConstant(reader));
case EnvironmentIntConstant.Tag: return(new EnvironmentIntConstant(reader));
case EnvironmentStringConstant.Tag: return(new EnvironmentStringConstant(reader));
case InstanceConstant.Tag: return(new InstanceConstant(reader));
case IntConstant.Tag: return(new IntConstant(reader));
case ListConstant.Tag: return(new ListConstant(reader));
case MapConstant.Tag: return(new MapConstant(reader));
case NullConstant.Tag: return(new NullConstant());
case PartialInstantiationConstant.Tag: return(new PartialInstantiationConstant(reader));
case StringConstant.Tag: return(new StringConstant(reader));
case SymbolConstant.Tag: return(new SymbolConstant(reader));
case TearOffConstant.Tag: return(new TearOffConstant(reader));
case TypeLiteralConstant.Tag: return(new TypeLiteralConstant(reader));
case UnevaluatedConstant.Tag: return(new UnevaluatedConstant(reader));
default: throw new Exception($"{nameof(Constant)}: unrecognized tag ({tag})");
}
}
public RedirectingFactoryConstructor(ComponentReader reader)
{
reader.CheckTag(Tag);
canonicalName = new CanonicalNameReference(reader);
fileUri = new UriReference(reader);
fileOffset = new FileOffset(reader);
fileEndOffset = new FileOffset(reader);
flags = reader.ReadByte();
name = new Name(reader);
annotations = reader.ReadList(r => r.ReadExpression());
targetReference = new MemberReference(reader);
typeArguments = reader.ReadList(r => r.ReadDartType());
typeParameters = reader.ReadList(r => new TypeParameter(r));
parameterCount = reader.ReadUint();
requiredParameterCount = reader.ReadUint();
positionalParameters = reader.ReadList(r => new VariableDeclaration(r));
namedParameters = reader.ReadList(r => new VariableDeclaration(r));
}
public static Initializer ReadInitializer(this ComponentReader reader)
{
var tag = reader.ReadByte();
switch (tag)
{
case AssertInitializer.Tag: return(new AssertInitializer(reader));
case FieldInitializer.Tag: return(new FieldInitializer(reader));
case InvalidInitializer.Tag: return(new InvalidInitializer(reader));
case LocalInitializer.Tag: return(new LocalInitializer(reader));
case RedirectingInitializer.Tag: return(new RedirectingInitializer(reader));
case SuperInitializer.Tag: return(new SuperInitializer(reader));
default: throw new Exception($"{nameof(Initializer)}: unrecognized tag ({tag})");
}
}
public FieldInitializer(ComponentReader reader)
{
isSynthetic = reader.ReadByte();
field = new FieldReference(reader);
value = reader.ReadExpression();
}
public InvalidInitializer(ComponentReader reader)
{
isSynthetic = reader.ReadByte();
}
public BoolConstant(ComponentReader reader)
{
value = reader.ReadByte();
}
public LocalInitializer(ComponentReader reader)
{
isSynthetic = reader.ReadByte();
variable = new VariableDeclaration(reader);
}
public YieldStatement(ComponentReader reader)
{
fileOffset = new FileOffset(reader);
flags = (Flag)reader.ReadByte();
expression = reader.ReadExpression();
}
public TryCatch(ComponentReader reader)
{
body = reader.ReadStatement();
flags = (Flag)reader.ReadByte();
catches = reader.ReadList(r => new Catch(r));
}
public SwitchCase(ComponentReader reader)
{
expressions = reader.ReadList(r => new Pair <FileOffset, Expression>(new FileOffset(r), r.ReadExpression()));
isDefault = reader.ReadByte();
body = reader.ReadStatement();
}