private AbcMethod BuildSetterImpl(IMethod method, AbcInstance instance)
{
if (method.IsStatic)
{
return(null);
}
var type = method.DeclaringType;
if (!type.IsArray)
{
return(null);
}
if (method.Name != CLRNames.Array.Setter)
{
return(null);
}
var name = _generator.MethodBuilder.DefineQName(method);
return(instance.DefineMethod(
Sig.@this(name, method.Type, method),
code =>
{
int n = method.Parameters.Count;
code.LoadThis();
ToFlatIndex(code, n, false);
code.GetLocal(n); //value
code.SetArrayElem(false);
code.ReturnVoid();
}));
}
private AbcMethod CreateSystemArraySZ()
{
return(Instance.DefineMethod(
Sig.@static("__create_sz_array__", Instance.Name, AvmTypeCode.Int32, "size"),
code =>
{
const int varSize = 1;
const int varArray = 2;
code.CreateInstance(Instance);
code.SetLocal(varArray);
code.GetLocal(varArray);
code.CreateArrayVarSize(varSize);
code.SetProperty(Const.Array.Value);
//NOTE: explicitly set rank because we did not call default ctor for System.Array
code.GetLocal(varArray);
code.PushInt(1);
code.SetProperty(Const.Array.Rank);
code.GetLocal(varArray);
code.ReturnValue();
}));
}
private AbcMethod BuildGetterImpl(IMethod method, AbcInstance instance)
{
if (method.IsStatic)
{
return(null);
}
var type = method.DeclaringType;
if (!type.IsArray)
{
return(null);
}
if (method.Name != CLRNames.Array.Getter)
{
return(null);
}
//string name = "Get" + NameUtil.GetParamsString(method);
var name = _generator.MethodBuilder.DefineQName(method);
return(instance.DefineMethod(
Sig.@this(name, method.Type, method),
code =>
{
code.LoadThis();
ToFlatIndex(code, method.Parameters.Count, true);
code.GetArrayElem(method.Type, false);
code.ReturnValue();
}));
}
// note. we need this constructor to provide information
// about method's parameters without having to decompile it
//
// the point is that to get sig's symbols we've got to know their ids
// but the ids need to be synchronized with Refs in decompiled body
// that's why a simple call to Sig::Syms need to decompile the entire body
public ParamInfo(Sig sig, int index, String name, Type type)
{
Sig = sig;
Index = index;
Name = name.IsNullOrEmpty() ? "$p" + index : name;
Type = type;
}
private AbcMethod BoxNullable(IType type)
{
if (!type.IsNullableInstance())
{
return(null);
}
var instance = _generator.TypeBuilder.BuildInstance(type);
var arg = type.GetTypeArgument(0);
var argInstance = _generator.TypeBuilder.BuildInstance(arg);
return(instance.DefineMethod(
Sig.@static(BoxName, argInstance.Name, type, "value"),
code =>
{
const int value = 1;
code.If(
//hasValue?
() =>
{
code.GetLocal(value);
code.Nullable_HasValue(true);
return code.IfTrue();
},
() =>
{
code.Box(arg, () => code.GetBoxedValue(value));
code.ReturnValue();
},
() => code.ReturnNull()
);
}));
}
private static AbcMethod GetHashCodeDic(AbcGenerator generator)
{
var instance = generator.RuntimeImpl.Instance;
var dicType = generator.Abc.DefineName(QName.Package("flash.utils", "Dictionary"));
var dic = instance.DefineStaticSlot("hcdic$", dicType);
return(instance.DefineMethod(
Sig.@static("get_hashcode_dic", dicType),
code =>
{
code.LoadThis();
code.GetProperty(dic);
var br = code.IfNotNull();
code.LoadThis();
code.CreateInstance(dicType);
code.SetProperty(dic);
br.BranchTarget = code.Label();
code.LoadThis();
code.GetProperty(dic);
code.ReturnValue();
}));
}
public String SignalMesasageSearch(String InputSignalName, StreamReader reader)
{
//Objective: Search Related message to the input Signal
//Input : SignalName and OpenFile Stream
//OutPut : Returns Message Related to the input Signal
string line;
String EncodedSignal = null;
reader.BaseStream.Seek(0, System.IO.SeekOrigin.Begin);
while ((line = reader.ReadLine()) != null)
{
if (line == "Signal_representation {")
{
while ((line = reader.ReadLine()) != "}")
{
string[] Signal = line.Split(':');
string[] SignalSplit = Signal[1].Split(',');
foreach (string Sig in SignalSplit)
{
if (Sig.Trim(new Char[] { ';', ' ' }) == InputSignalName)
{
EncodedSignal = Signal[0].Trim();
}
}
}
}
}
return(EncodedSignal + " {");// In Signal Encoding It Searches for Message and {
}
public override void ValidaTipo(List <ElementoTS> tablaSimbolos, Queue <string> errores)
{
char tipodato2, tipodato3;//si el tipo dato es '\0' entonces no hay que validar que coincida
derecha.Ambito = Ambito;
derecha.TipoDato = TipoDato;
derecha.ValidaTipo(tablaSimbolos, errores);
tipodato3 = derecha.TipoDato;
if (tipodato3 == 'e')
{
if (derecha.Token.Nombre != "Operacion" && derecha.Token.Nombre != "")
{
errores.Enqueue("La variable: " + derecha.Token.Lexema + " no ha sido declarada");
}
}
if (izquierda != null)//tiene izquierda
{
izquierda.Ambito = Ambito;
izquierda.TipoDato = TipoDato;
izquierda.ValidaTipo(tablaSimbolos, errores);
tipodato2 = izquierda.TipoDato;
if (tipodato2 == 'e')
{
if (izquierda.Token.Nombre != "Operacion" && derecha.Token.Nombre != "")
{
errores.Enqueue("La variable: " + izquierda.Token.Lexema + " no ha sido declarada");
}
}
if (tipodato2 == tipodato3 && tipodato2 != 'e')
{
if (Sig != null)
{
Sig.ValidaTipo(tablaSimbolos, errores);
}
}
else
{
string der, izq;
if (derecha.Token.Nombre != "Operacion" && derecha.Token.Nombre != "")
{
der = derecha.Token.Lexema;
}
else
{
der = "Operacion derecha";
}
if (izquierda.Token.Nombre != "Operacion" && izquierda.Token.Nombre != "")
{
izq = izquierda.Token.Lexema;
}
else
{
izq = "Operacion izquieda";
}
errores.Enqueue("Los tipos de datos entre " + izq + " y " + der + " son distintos");
tipodato3 = 'e';
}
}
TipoDato = tipodato3;
}
void DefinePrototype(AvmTypeCode type, AbcMethod sig)
{
var srcmethod = sig.Method;
if (srcmethod == null)
{
return;
}
string key = GetKey(type, srcmethod.Name);
var val = _prototypes[key] as object[];
if (val == null)
{
return;
}
var m = val[1] as AbcMethod;
if (m != null)
{
return;
}
var coder = val[0] as AbcCoder;
m = Abc.DefineMethod(Sig.@from(sig), coder);
_generator.NewApi.SetProtoFunction(type, sig.TraitName, m);
val[0] = m;
}
public override void ValidaTipo(List <ElementoTS> tablaSimbolos, Queue <string> errores)
{
TipoDato = BuscarTablaSimbolos(tablaSimbolos, id.Token.Lexema, Ambito);
char tipo1 = TipoDato;
if (TipoDato == 'e')
{
errores.Enqueue("La variable " + id.Token.Lexema + " no ha sido declarada");
}
if (expresion != null)
{
expresion.Ambito = Ambito;
expresion.TipoDato = tipo1;
expresion.ValidaTipo(tablaSimbolos, errores);
}
char tipo2 = expresion.TipoDato;
if (tipo1 != tipo2)
{
errores.Enqueue("El tipo de dato de " + id.Token.Lexema + " en la funcion " + Ambito + " es diferente de la expresion.");
}
if (Sig != null)
{
Sig.Ambito = Ambito;
Sig.ValidaTipo(tablaSimbolos, errores);
}
}
public virtual void ValidaTipo(List <ElementoTS> tablaSimbolos, Queue <string> errores)
{
if (Sig != null)
{
Sig.ValidaTipo(tablaSimbolos, errores);
}
if (Token != null)
{
if (Token.Nombre != "null")
{
if (EsInt(Token.Lexema))
{
TipoDato = 'i';
}
else if (EsFloat(Token.Lexema))
{
TipoDato = 'f';
}
else
{
TipoDato = BuscarTablaSimbolos(tablaSimbolos, Token.Lexema, Ambito);
}
}
}
}
public override void ValidaTipo(List <ElementoTS> tablaSimbolos, Queue <string> errores)
{
TipoDato = GetTipoDato(tipo);
string nombre = id.Token.Lexema;
if (BuscarTablaSimbolos(tablaSimbolos, nombre, Ambito) != 'e')
{
errores.Enqueue("La variable: " + nombre + " ya fue declarada");
}
else
{
tablaSimbolos.Add(new ElementoTS(nombre, TipoDato, Ambito, ""));
}
CadenaParametros += tipo[0];
if (listaParam != null)
{
listaParam.Ambito = Ambito;
listaParam.CadenaParametros = CadenaParametros;
listaParam.ValidaTipo(tablaSimbolos, errores);
CadenaParametros = listaParam.CadenaParametros;
}
if (Sig != null)
{
Sig.Ambito = Ambito;
Sig.ValidaTipo(tablaSimbolos, errores);
}
}
private AbcMethod DefineCustomAttributesInitializer(AbcInstance instance, ICustomAttributeProvider provider)
{
instance = FixInstance(instance);
var provname = provider.GetQName();
if (provname == null)
{
provname = NameDummyCounter.ToString();
++NameDummyCounter;
}
var name = _generator.Abc.DefineName(QName.PfxPublic("init_custom_attrs_" + provname));
return(instance.DefineMethod(
Sig.@static(name, _generator.Corlib.Array.Instance),
code =>
{
const int arr = 1;
const int varAttr = 2;
code.NewArray(arr, SystemTypes.Object, provider.CustomAttributes,
attr => NewAttribute(code, attr, varAttr));
code.ReturnValue();
}));
}
public AbcMethod Exit()
{
var instance = _generator.Corlib.Environment.Instance;
return(instance.DefineMethod(
Sig.@static("exit_impl", AvmTypeCode.Void, AvmTypeCode.Int32, "exitCode"),
code =>
{
var isFlash = IsFlashPlayer();
code.Getlex(isFlash);
code.Call(isFlash);
var ifNotFlash = code.IfFalse();
var ns = Abc.DefinePackage("avmplus");
var mn = Abc.DefineQName(ns, "System");
code.Getlex(mn);
mn = Abc.DefineQName(ns, "exit");
code.GetLocal(1); //exitCode
code.Call(mn, 1);
code.ReturnVoid();
ifNotFlash.BranchTarget = code.Label();
ns = Abc.DefinePackage("flash.System");
mn = Abc.DefineQName(ns, "System");
code.Getlex(mn);
mn = Abc.DefineQName(ns, "exit");
code.GetLocal(1); //exitCode
code.Add(InstructionCode.Coerce_u); //???
code.Call(mn, 1);
code.ReturnVoid();
}));
}
private AbcMethod BuildAddressImpl(IMethod method, AbcInstance instance)
{
if (method.IsStatic)
{
return(null);
}
var type = method.DeclaringType;
if (!type.IsArray)
{
return(null);
}
if (method.Name != CLRNames.Array.Address)
{
return(null);
}
var elemPtr = _generator.Pointers.ElemPtr.Instance;
string name = "GetAddr_" + method.GetParametersSignature(Runtime.Avm);
return(instance.DefineMethod(
Sig.@this(name, elemPtr.Name, method),
code =>
{
code.Getlex(elemPtr);
code.LoadThis(); //arr
ToFlatIndex(code, method.Parameters.Count, true);
code.Construct(2);
code.ReturnValue();
}));
}
private AbcMethod CastToDefaultImpl(IType type, bool cast)
{
const bool me = true;
if (cast)
{
var AS = CastToDefaultImpl(type, false);
return(Impl(type, AS, GetCastMethodName(type, me)));
}
var instance = _generator.TypeBuilder.BuildInstance(type);
var typeName = _generator.TypeBuilder.BuildMemberType(type);
var name = GetAsMethodName(type, me);
return(instance.DefineMethod(
Sig.@static(name, typeName, AvmTypeCode.Object, "value"),
code =>
{
const int value = 1;
code.BeginAsMethod();
code.Try();
code.GetLocal(value);
code.Coerce(typeName);
code.ReturnValue();
code.CatchReturnNull();
}));
}
public AbcMethod IsFlashPlayer()
{
var instance = _generator.Corlib.Environment.Instance;
return(instance.DefineMethod(
Sig.get("isFlash", Abc.BuiltinTypes.RealBoolean).@static(),
code =>
{
var isFlash = instance.DefineStaticSlot("__isFlash", AvmTypeCode.Boolean);
var isFlashInitialized =
instance.DefineStaticSlot("__isFlashInitialized", AvmTypeCode.Boolean);
code.GetLocal(0);
code.GetProperty(isFlashInitialized);
var ifTrue = code.IfTrue();
code.GetLocal(0);
code.GetLocal(0);
var m = IsFlashPlayerInternal();
code.Call(m);
code.SetProperty(isFlash);
ifTrue.BranchTarget = code.Label();
code.GetLocal(0);
code.GetProperty(isFlash);
code.FixBool();
code.ReturnValue();
}));
}
/// <summary>
/// Creates cast_to_type method via given AS method
/// </summary>
/// <param name="type"></param>
/// <param name="AS"></param>
/// <returns></returns>
private AbcMethod Impl(IType type, AbcMethod AS, AbcMultiname name)
{
var instance = AS.Instance;
var typeName = _generator.TypeBuilder.BuildMemberType(type);
return(instance.DefineMethod(
Sig.@static(name, typeName, AvmTypeCode.Object, "value"),
code =>
{
const int value = 1;
code.GetLocal(value);
code.IfNullReturnNull(1);
code.Getlex(instance);
code.GetLocal(value);
code.Call(AS);
code.SetLocal(value);
code.GetLocal(value);
var notNull = code.IfNotNull(false);
code.ThrowInvalidCastException(type);
notNull.BranchTarget = code.Label();
code.GetLocal(value);
code.ReturnValue();
}));
}
public async Task <Sig> SigInfo(string id)
{
using (Sig Signer = new Sig(id))
{
return(Signer);
}
}
public AbcMethod ToStringImpl()
{
var instance = _generator.TypeBuilder.BuildInstance(SystemTypes.String);
return(instance.DefineMethod(
Sig.@static("cast_to_me", AvmTypeCode.String, AvmTypeCode.Object, "value"),
code =>
{
const int value = 1;
code.IfNullReturnNull(value);
code.If(
() =>
{
code.GetLocal(value);
code.Is(AvmTypeCode.String);
return code.IfTrue();
},
() =>
{
code.GetLocal(value);
code.CoerceString();
code.ReturnValue();
},
() => code.ThrowInvalidCastException()
);
}));
}
public ParamInfo(Sig sig, int index)
{
Sig = sig;
Index = index;
Name = Sym.Name;
Type = Sym.Type;
}
public AbcMethod InitImpl(IType elemType)
{
if (!InternalTypeExtensions.IsInitArray(elemType))
{
return(null);
}
if (elemType.IsEnum)
{
elemType = elemType.ValueType;
}
string name = "init_" + elemType.GetSigName();
return(Instance.DefineMethod(
Sig.@static(name, AvmTypeCode.Void,
AvmTypeCode.Array, "arr",
AvmTypeCode.Int32, "size"),
code =>
{
var init = InitImpl();
var f = DefineInitObjectMethod(elemType);
code.LoadThis();
code.GetLocal(1);
code.GetLocal(2);
code.Getlex(f.Instance);
code.GetProperty(f.TraitName);
code.Call(init);
code.ReturnVoid();
}));
}
void ui_SigChange(BasicTriList currentDevice, SigEventArgs args)
{
Sig sig = args.Sig;
OnDebug(eDebugEventType.Info, "{0} SigChange in {1} type: {2}, sig: {3}, Name: {4}", currentDevice.ToString(), currentDevice.ID.ToString(), sig.Type.ToString(), sig.Number.ToString(), sig.Name);
switch (sig.Type)
{
case eSigType.Bool:
if (sig.BoolValue) // press
{
OnDebug(eDebugEventType.Info, "Press event on sig number: {0}", sig.Number);
switch (sig.Number)
{
case DIG_TOGGLE_POWER:
UI.ToggleDigitalJoin(currentDevice, sig.Number);
break;
case DIG_MACRO:
UI.PulseDigitalJoin(currentDevice, DIG_TOGGLE_POWER);
var randomNumber = new Random().Next(ushort.MaxValue);
UI.SetAnalogJoin(currentDevice, ANA_RANDOM, (ushort)randomNumber);
UI.SetSerialJoin(currentDevice, SER_VALUE, randomNumber.ToString());
break;
}
}
else // release
{
}
break;
case eSigType.UShort:
OnDebug(eDebugEventType.Info, "UShortValue: {0}", sig.UShortValue.ToString());
switch (sig.Number)
{
case ANA_BAR_GRAPH:
UI.SetAnalogJoin(currentDevice, sig.Number, sig.UShortValue);
UI.SetSerialJoin(currentDevice, SER_VALUE, sig.UShortValue.ToString());
break;
case ANA_RANDOM:
UI.SetAnalogJoin(currentDevice, ANA_BAR_GRAPH, sig.UShortValue);
break;
}
break;
case eSigType.String:
OnDebug(eDebugEventType.Info, "StringValue: {0}", sig.StringValue);
switch (sig.Number)
{
case SER_INPUT:
UI.SetSerialJoin(currentDevice, SER_VALUE, sig.StringValue.ToString());
break;
}
break;
default:
OnDebug(eDebugEventType.Info, "Unhandled sig type: {0}", sig.Type.ToString());
break;
}
}
//returns true if passed object is null
public AbcMethod IsNullImpl()
{
var instance = _generator.Corlib.SystemType.Instance;
return(instance.DefineMethod(
Sig.@static("IsNull", AvmTypeCode.Boolean, AvmTypeCode.Object, "value"),
code =>
{
const int value = 1;
code.GetLocal(value);
var notNull = code.IfNotNull();
code.PushNativeBool(true);
code.ReturnValue();
notNull.BranchTarget = code.Label();
code.Try();
code.GetLocal(value);
code.Nullable_HasValue(true);
code.Add(InstructionCode.Not);
code.ReturnValue();
code.BeginCatch();
code.Pop();
code.PushNativeBool(false);
code.ReturnValue();
code.EndCatch(true);
}));
}
private static void DefineDebugCollectionView(AbcGenerator generator, AbcInstance instance)
{
var name = generator.Abc.DefineName(QName.Global(DebugPropertyPrefix + "collection$view"));
if (instance.FindSuperTrait(name, AbcTraitKind.Getter) != null)
{
return;
}
if (IsDictionary(generator, instance.Type))
{
instance.DefineMethod(
Sig.get(DebugPropertyPrefix + "dictionary$marker", AvmTypeCode.Boolean),
code =>
{
code.PushNativeBool(true);
code.ReturnValue();
});
}
instance.DefineMethod(
Sig.get(name, AvmTypeCode.Array),
code =>
{
var m = generator.Corlib.GetMethod(CompilerMethodId.ToArray);
code.Getlex(m);
code.LoadThis();
code.Call(m);
code.ReturnValue();
});
}
private static bool DefineDebuggerDisplay(AbcGenerator generator, IType type, AbcInstance instance, ICustomAttribute attr)
{
if (attr.Arguments.Count != 1)
{
return(false);
}
var display = attr.Arguments[0].Value as string;
if (string.IsNullOrEmpty(display))
{
return(false);
}
if (!display.CheckFormatBraceBalance())
{
CompilerReport.Add(Warnings.InvalidDebuggerDisplayString, display);
return(false);
}
var name = generator.Abc.DefineName(QName.Global(DebugPropertyPrefix + "display$exp"));
//TODO: Parse display string to build string
var m = instance.DefineMethod(
Sig.get(name, AvmTypeCode.String),
code =>
{
code.PushString(display);
code.ReturnValue();
});
m.Trait.IsVirtual = !type.IsSealed;
m.Trait.IsOverride = instance.FindSuperTrait(name, AbcTraitKind.Getter) != null;
return(true);
}
private void DefineFlexAppInitializer(AbcInstance instance)
{
Debug.Assert(instance.Initializer == null);
instance.Initializer = Abc.DefineMethod(
Sig.@global(null),
code =>
{
code.PushThisScope();
code.ConstructSuper();
code.Trace("PFC: calling App.initializer");
CtorAfterSuperCall(code);
if (!IsFlex4)
{
var ctor = instance.FindParameterlessConstructor();
if (ctor != null)
{
var ctorMethod = _generator.MethodBuilder.BuildAbcMethod(ctor);
AddEventListener(code, ctorMethod, FlexAppEvents.Initialize);
}
}
code.ReturnVoid();
});
}
public override int GetHashCode()
{
return(PersonId.GetHashCode() ^
ConceptId.GetHashCode() ^
TypeConceptId.GetHashCode() ^
(SourceValue != null ? SourceValue.GetHashCode() : 0) ^
(StopReason != null ? StopReason.GetHashCode() : 0) ^
Refills.GetHashCode() ^
VisitOccurrenceId.GetHashCode() ^
Quantity.GetHashCode() ^
DaysSupply.GetHashCode() ^
RouteConceptId.GetHashCode() ^
EffectiveDrugDose.GetHashCode() ^
DoseUnitConceptId.GetHashCode() ^
SourceConceptId.GetHashCode() ^
(Sig != null ? Sig.GetHashCode() : 0) ^
(LotNumber != null ? LotNumber.GetHashCode() : 0) ^
(RouteSourceValue != null ? RouteSourceValue.GetHashCode() : 0) ^
(DoseUnitSourceValue != null ? DoseUnitSourceValue.GetHashCode() : 0) ^
ProviderId.GetHashCode() ^
(StartDate.GetHashCode()) ^
(EndDate.GetHashCode()) ^
(VerbatimEndDate.GetHashCode()) ^
(StartTime != null ? StartTime.GetHashCode() : 0) ^
(EndTime != null ? EndTime.GetHashCode() : 0));
}
public static void DetachSigEventHandler(this Sig cue, UnifiedSigEventHandler handler)
{
eSigEvent eventType;
switch (cue.Type)
{
case eSigType.Bool:
eventType = eSigEvent.BoolChange;
break;
case eSigType.UShort:
eventType = cue.IsInput ? eSigEvent.UShortInputRamping : eSigEvent.UShortChange;
break;
case eSigType.String:
eventType = eSigEvent.StringChange;
break;
default:
eventType = eSigEvent.NA;
break;
}
cue.DetachSigEventHandler(handler, eventType);
}
/// <summary>
/// Defines static method to call this ctor.
/// </summary>
/// <param name="ctor">this ctor</param>
/// <returns></returns>
public AbcMethod DefineCtorStaticCall(IMethod ctor)
{
Debug.Assert(ctor.IsConstructor);
Debug.Assert(!ctor.IsStatic);
var thisCtor = _generator.MethodBuilder.BuildAbcMethod(ctor);
if (thisCtor.IsInitializer)
{
throw new InvalidOperationException("ctor is initializer");
}
var declType = ctor.DeclaringType;
var instance = BuildInstance(declType);
return(instance.DefineMethod(
Sig.@static(thisCtor.TraitName.NameString + "__static", instance.Name, thisCtor),
code =>
{
code.PushThisScope();
code.CreateInstance(instance);
code.Dup();
code.LoadArguments(ctor);
code.Call(thisCtor);
code.ReturnValue();
}));
}
private AbcMethod BuildUnary(IMethod op)
{
if (op == null)
{
throw new ArgumentNullException("op");
}
var abcOp = _generator.MethodBuilder.BuildAbcMethod(op);
var instance = _generator.TypeBuilder.BuildInstance(op.DeclaringType);
string name = "this_" + abcOp.TraitName.NameString;
var thisName = Abc.DefineName(QName.Global(name));
var retType = _generator.TypeBuilder.BuildReturnType(op.Type);
return(instance.DefineMethod(
Sig.@this(thisName, retType),
code =>
{
code.Getlex(instance);
code.GetLocal(0);
code.Call(abcOp);
code.Coerce(op.Type, true);
code.ReturnValue();
}));
}
public AbcMethod Build(BinaryOperator op, IType left, IType right)
{
var method = Find(op, left, right);
if (method == null)
{
throw new InvalidOperationException();
}
var abcOp = _generator.MethodBuilder.BuildAbcMethod(method);
var instance = _generator.TypeBuilder.BuildInstance(method.DeclaringType);
Debug.Assert(instance.Abc == Abc);
string name = "this_" + abcOp.TraitName.NameString;
var thisName = Abc.DefineName(QName.Global(name));
var retType = _generator.TypeBuilder.BuildReturnType(method.Type);
return(instance.DefineMethod(
Sig.@this(thisName, retType, right, "right"),
code =>
{
code.Getlex(instance);
code.GetLocal(0); //left
code.GetLocal(1); //right
code.Call(abcOp);
code.Coerce(retType);
code.ReturnValue();
}));
}
void parseForSignatures()
{
// Split the input into lines, and weed out only the ones with sig values.
IEnumerable<string> verbLines = _code
.Split('\n')
.Where(l => isVerbLine( l ) )
.Select( l => l.Substring( l.IndexOf( "verb" ) + 4 ).Trim() );
// Process each one into a sig...
List<Sig> newSigs = new List<Sig>();
foreach (string verbLine in verbLines) {
string[] p = verbLine.Split(new char[] { ' ', '\t' }, StringSplitOptions.RemoveEmptyEntries);
Sig sig = new Sig();
if (p.Length > 0) {
if( p[0].EqualsI( "*" ) )
sig.wildcard = true;
else
{
// Direct object.
sig.dobj = ParseSpecifier(p[0]);
}
}
if (p.Length > 1) {
// Preposition.
sig.prep = ParsePrep(p[1]);
}
if (p.Length > 2) {
// Indirect object.
sig.iobj = ParseSpecifier(p[2]);
}
if (p.Length > 3) {
// Second preposition.
sig.prep2 = ParsePrep(p[3]);
}
if (p.Length > 4) {
// Second indirect object.
sig.iobj2 = ParseSpecifier(p[4]);
}
newSigs.Add(sig);
}
this.signatures = newSigs;
}
static bool MatchSig(VerbParameters param, Sig s)
{
if (s.wildcard)
return true;
return MatchObj(param, param.dobj, s.dobj)
&& MatchPrep(param.prep, s.prep)
&& MatchObj(param, param.iobj, s.iobj)
&& MatchPrep(param.prep2, s.prep2)
&& MatchObj(param, param.iobj2, s.iobj2);
}
// note. this one is necessary to preserve all metadata that we might need later on
// e.g. for the purpose of determining whether this particular argument is an "out" one
public ParamInfo(Sig sig, int index, ParameterInfo metadata)
: this(sig, index, metadata.AssertNotNull().Name, metadata.AssertNotNull().ParameterType)
{
Metadata = metadata;
}