internal override InvalidInfo CheckValid(ValidityContext vctxt, MessageContext ctxt, RootEnvironment rootEnv)
{
var v = base.CheckValid(vctxt, ctxt, rootEnv);
if (v != null)
{
return(v);
}
var typeEnv = DefiningType.Enter(rootEnv);
var methodDef = typeEnv.Type.ResolveMethod(signature);
if (methodDef == null)
{
vctxt.Log(new InvalidMemberRef(ctxt, this, "No such method in defining type"));
return(new InvalidInfo(MessageContextBuilders.Member(vctxt.Global, this)));
}
var methEnv = typeEnv.AddMethod(methodDef).AddSelfMethodBoundArguments();
v = signature.CheckValid(vctxt, ctxt, methEnv);
if (v != null)
{
return(v);
}
return(vctxt.ImplementableMemberRef(ctxt, rootEnv, this));
}
internal override void AccumUsedTypeAndMemberDefs(ValidityContext vctxt, AssemblyDef assemblyDef, TypeDef typeDef)
{
base.AccumUsedTypeAndMemberDefs(vctxt, assemblyDef, typeDef);
var ctxt = MessageContextBuilders.Member(vctxt.Global, assemblyDef, typeDef, this);
Invalid = FieldType.AccumUsedTypeDefs(vctxt, ctxt, usedTypes);
}
//
// Validity
//
internal virtual InvalidInfo AccumUsedTypeDefs(ValidityContext vctxt, MessageContext ctxt, Set <QualifiedTypeName> usedTypes)
{
var v = DefiningType.AccumUsedTypeDefs(vctxt, ctxt, usedTypes);
if (v != null)
{
return(v);
}
v = Signature.AccumUsedTypeDefs(vctxt, ctxt, usedTypes);
if (v != null)
{
return(v);
}
var assemblyDef = default(AssemblyDef);
var typeDef = default(TypeDef);
if (DefiningType.PrimTryResolve(vctxt.Global, out assemblyDef, out typeDef))
{
if (!typeDef.HasMember(Signature))
{
vctxt.Log
(new InvalidMemberRef
(ctxt, this, "Defining type does not contain definition for matching member"));
return(new InvalidInfo(MessageContextBuilders.Member(vctxt.Global, this)));
}
}
return(null);
}
internal void PropogateInvalidity(Global global, AssemblyDef assemblyDef, TypeDef typeDef)
{
if (Invalid == null)
{
return;
}
if (usedByMembers != null)
{
var self = PrimReference(global, assemblyDef, typeDef, null);
foreach (var r in usedByMembers)
{
var usedByAssemblyDef = default(AssemblyDef);
var usedByTypeDef = default(TypeDef);
var usedByMemberDef = default(MemberDef);
if (r.PrimTryResolve(global, out usedByAssemblyDef, out usedByTypeDef, out usedByMemberDef))
{
if (usedByMemberDef.Invalid == null)
{
usedByMemberDef.Invalid = new InvalidInfo(MessageContextBuilders.Member(global, self), Invalid);
}
}
}
}
}
internal override void CheckValid(ValidityContext vctxt, TypeEnvironment typeEnv)
{
if (Invalid != null || typeEnv.Type.Invalid != null)
{
return;
}
var ctxt = MessageContextBuilders.Member(vctxt.Global, typeEnv.Assembly, typeEnv.Type, this);
if (Get != null)
{
Invalid = Get.CheckValid(vctxt, ctxt, typeEnv);
if (Invalid != null)
{
return;
}
}
if (Set != null)
{
Invalid = Set.CheckValid(vctxt, ctxt, typeEnv);
if (Invalid != null)
{
return;
}
}
Invalid = FieldType.CheckValid(vctxt, ctxt, typeEnv);
if (Invalid != null)
{
vctxt.ImplementableMemberDef(typeEnv.Assembly, typeEnv.Type, this);
}
}
internal override void CheckValid(ValidityContext vctxt, TypeEnvironment typeEnv)
{
if (Invalid != null || typeEnv.Type.Invalid != null)
{
return;
}
var ctxt = MessageContextBuilders.Member(vctxt.Global, typeEnv.Assembly, typeEnv.Type, this);
if (Add != null)
{
Invalid = Add.CheckValid(vctxt, ctxt, typeEnv);
if (Invalid != null)
{
return;
}
}
if (Remove != null)
{
Invalid = Remove.CheckValid(vctxt, ctxt, typeEnv);
if (Invalid != null)
{
return;
}
}
Invalid = HandlerType.CheckValid(vctxt, ctxt, typeEnv);
if (Invalid != null)
{
return;
}
vctxt.ImplementableMemberDef(typeEnv.Assembly, typeEnv.Type, this);
}
internal override void AccumUsedTypeAndMemberDefs(ValidityContext vctxt, AssemblyDef assemblyDef, TypeDef typeDef)
{
base.AccumUsedTypeAndMemberDefs(vctxt, assemblyDef, typeDef);
var ctxt = MessageContextBuilders.Member(vctxt.Global, assemblyDef, typeDef, this);
for (var i = 0; i < TypeParameters.Count; i++)
{
var p = TypeParameters[i];
p.AccumUsedTypeDefs(vctxt, assemblyDef, false);
if (p.Invalid != null)
{
Invalid = new InvalidInfo(MessageContextBuilders.TypeArg(ParameterFlavor.Method, i), p.Invalid);
return;
}
}
foreach (var p in ValueParameters)
{
Invalid = p.Type.AccumUsedTypeDefs(vctxt, ctxt, usedTypes);
if (Invalid != null)
{
return;
}
}
if (Result != null)
{
Invalid = Result.Type.AccumUsedTypeDefs(vctxt, ctxt, usedTypes);
if (Invalid != null)
{
return;
}
}
if (vctxt.IgnoreMethodDefBody(assemblyDef, typeDef, this))
{
return;
}
foreach (var l in Locals)
{
Invalid = l.Type.AccumUsedTypeDefs(vctxt, ctxt, usedTypes);
if (Invalid != null)
{
return;
}
}
var instructions = Instructions(vctxt.Global);
if (instructions != null)
{
foreach (var i in instructions.Body)
{
Invalid = i.AccumUsedTypeAndMemberDefs(vctxt, ctxt, usedTypes, usedMembers);
if (Invalid != null)
{
return;
}
}
}
}
internal override InvalidInfo CheckValid(ValidityContext vctxt, MessageContext ctxt, RootEnvironment rootEnv)
{
var v = base.CheckValid(vctxt, ctxt, rootEnv);
if (v != null)
{
return(v);
}
if (MethodTypeArguments.Count != MethodTypeArity)
{
vctxt.Log
(new InvalidMemberRef
(ctxt,
this,
String.Format
("Polymorphic method has {0} type parameters but is applied to {1} type arguments",
MethodTypeArity,
MethodTypeArguments.Count)));
return(new InvalidInfo(MessageContextBuilders.Member(vctxt.Global, this)));
}
v = MethodTypeArguments.Select(t => t.CheckValid(vctxt, ctxt, rootEnv)).FirstOrDefault(v2 => v2 != null);
if (v != null)
{
return(v);
}
var groundMethodTypeArguments = rootEnv.SubstituteTypes(MethodTypeArguments);
var typeEnv = DefiningType.Enter(rootEnv);
var methodDef = typeEnv.Type.ResolveMethod(signature);
if (methodDef == null)
{
throw new InvalidOperationException("unable to resolve method");
}
var methEnv = typeEnv.AddMethod(methodDef).AddMethodBoundArguments(groundMethodTypeArguments);
return(signature.CheckValid(vctxt, ctxt, methEnv));
}
internal override void AccumUsedTypeAndMemberDefs(ValidityContext vctxt, AssemblyDef assemblyDef, TypeDef typeDef)
{
base.AccumUsedTypeAndMemberDefs(vctxt, assemblyDef, typeDef);
var ctxt = MessageContextBuilders.Member(vctxt.Global, assemblyDef, typeDef, this);
if (Get != null)
{
Invalid = Get.AccumUsedTypeDefs(vctxt, ctxt, usedTypes);
if (Invalid != null)
{
return;
}
}
if (Set != null)
{
Invalid = Set.AccumUsedTypeDefs(vctxt, ctxt, usedTypes);
if (Invalid != null)
{
return;
}
}
Invalid = FieldType.AccumUsedTypeDefs(vctxt, ctxt, usedTypes);
}
internal override void AccumUsedTypeAndMemberDefs(ValidityContext vctxt, AssemblyDef assemblyDef, TypeDef typeDef)
{
base.AccumUsedTypeAndMemberDefs(vctxt, assemblyDef, typeDef);
var ctxt = MessageContextBuilders.Member(vctxt.Global, assemblyDef, typeDef, this);
if (Add != null)
{
Invalid = Add.AccumUsedTypeDefs(vctxt, ctxt, usedTypes);
if (Invalid != null)
{
return;
}
}
if (Remove != null)
{
Invalid = Remove.AccumUsedTypeDefs(vctxt, ctxt, usedTypes);
if (Invalid != null)
{
return;
}
}
Invalid = HandlerType.AccumUsedTypeDefs(vctxt, ctxt, usedTypes);
}
public void Check()
{
if (tracer != null)
{
tracer.AppendLine("Check {");
tracer.Indent();
}
try
{
Stats("initial");
// Phase 1:
// - Discover used root types and methods
// - Fixup assembly entry points
// - Lazily check names are valid, build the 'uses' and 'used-by' graph, and fixup some
// value-vs-ref type issues deferred by the loader.
// - Propogate initial usedness (will be refined later).
var rootMembers = new Seq <QualifiedMemberName>();
var rootTypes = new Seq <QualifiedTypeName>();
foreach (var assemblyDef in Global.Assemblies)
{
var entryPoint = default(MethodRef);
foreach (var typeDef in assemblyDef.Types)
{
if (TypeAlwaysUsed(assemblyDef, typeDef))
{
rootTypes.Add(typeDef.QualifiedTypeName(Global, assemblyDef));
typeDef.MarkAsUsed(this, assemblyDef);
}
foreach (var memberDef in typeDef.Members)
{
var alwaysUsed = default(bool);
switch (memberDef.Flavor)
{
case MemberDefFlavor.Field:
{
var fieldDef = (FieldDef)memberDef;
alwaysUsed = FieldAlwaysUsed(assemblyDef, typeDef, fieldDef);
break;
}
case MemberDefFlavor.Method:
{
var methodDef = (MethodDef)memberDef;
if (IsAlternateEntryPoint(assemblyDef, typeDef, methodDef))
{
var methodRef = methodDef.PrimMethodReference
(Global, assemblyDef, typeDef, null, null);
if (entryPoint != null)
{
Log(new DuplicateEntryPointMessage(entryPoint, methodRef));
throw new ExitException();
}
entryPoint = methodRef;
// Will mark below
}
else
{
alwaysUsed = MethodAlwaysUsed(assemblyDef, typeDef, methodDef);
}
break;
}
case MemberDefFlavor.Event:
{
var eventDef = (EventDef)memberDef;
alwaysUsed = EventAlwaysUsed(assemblyDef, typeDef, eventDef);
break;
}
case MemberDefFlavor.Property:
{
var propDef = (PropertyDef)memberDef;
alwaysUsed = PropertyAlwaysUsed(assemblyDef, typeDef, propDef);
break;
}
default:
throw new ArgumentOutOfRangeException();
}
if (alwaysUsed)
{
rootMembers.Add(memberDef.QualifiedMemberName(Global, assemblyDef, typeDef));
memberDef.MarkAsUsed(this, assemblyDef, typeDef);
}
}
}
if (entryPoint == null)
{
entryPoint = assemblyDef.EntryPoint;
}
else
{
assemblyDef.EntryPoint = entryPoint;
}
if (entryPoint != null)
{
// Entry points are implicity used
var entryAssemblyDef = default(AssemblyDef);
var entryTypeDef = default(TypeDef);
var entryMemberDef = default(MemberDef);
if (entryPoint.PrimTryResolve
(Global, out entryAssemblyDef, out entryTypeDef, out entryMemberDef))
{
rootMembers.Add
(entryMemberDef.QualifiedMemberName(Global, entryAssemblyDef, entryTypeDef));
entryMemberDef.MarkAsUsed(this, entryAssemblyDef, entryTypeDef);
}
}
}
var anyMarkedAsUsed = default(bool);
var iter = 0;
do
{
anyMarkedAsUsed = false;
// Phase 2: Construct topological sort of used types and members
// (later only depends on earlier unless in a scc)
var visitedTypeDefs = new Set <QualifiedTypeName>();
var sortedTypeDefs = new Seq <QualifiedTypeName>();
var visitedMemberDefs = new Set <QualifiedMemberName>();
var sortedMemberDefs = new Seq <QualifiedMemberName>();
foreach (var assemblyDef in Global.Assemblies)
{
foreach (var typeDef in assemblyDef.Types)
{
typeDef.TopologicalAllDeps(Global, assemblyDef, visitedTypeDefs, sortedTypeDefs);
foreach (var memberDef in typeDef.Members)
{
memberDef.TopologicalAllDeps
(Global, assemblyDef, typeDef, visitedMemberDefs, sortedMemberDefs);
}
}
}
// Phase 3: Construct strongly connected components of types and members
visitedTypeDefs = new Set <QualifiedTypeName>();
var typeScc = new Seq <QualifiedTypeName>();
var typeSccs = new Seq <Seq <QualifiedTypeName> >();
for (var i = sortedTypeDefs.Count - 1; i >= 0; i--)
{
var r = sortedTypeDefs[i];
var assemblyDef = default(AssemblyDef);
var typeDef = default(TypeDef);
if (r.PrimTryResolve(Global, out assemblyDef, out typeDef))
{
typeDef.UsedByTypesClosure(Global, assemblyDef, visitedTypeDefs, typeScc);
if (typeScc.Count > 0)
{
typeSccs.Add(typeScc);
typeScc = new Seq <QualifiedTypeName>();
}
}
}
visitedMemberDefs = new Set <QualifiedMemberName>();
var memberScc = new Seq <QualifiedMemberName>();
var memberSccs = new Seq <Seq <QualifiedMemberName> >();
for (var i = sortedMemberDefs.Count - 1; i >= 0; i--)
{
var r = sortedMemberDefs[i];
var assemblyDef = default(AssemblyDef);
var typeDef = default(TypeDef);
var memberDef = default(MemberDef);
if (r.PrimTryResolve(Global, out assemblyDef, out typeDef, out memberDef))
{
memberDef.UsedByMembersClosure(Global, assemblyDef, typeDef, visitedMemberDefs, memberScc);
if (memberScc.Count > 0)
{
memberSccs.Add(memberScc);
memberScc = new Seq <QualifiedMemberName>();
}
}
}
// Phase 4: Propogate failures known so far
// (next step is expensive so good to avoid invalid definitions asap)
PropogateInvalidity(typeSccs, memberSccs);
Stats("iter " + iter + ", after first propogation");
// Phase 5:
// - Check validity of types and members
// - Fill-in the slot implementations for types
// - Construct the slot-to-implementations graph.
var rootEnv = Global.Environment();
foreach (var assemblyDef in Global.Assemblies)
{
var assmEnv = rootEnv.AddAssembly(assemblyDef);
foreach (var typeDef in assemblyDef.Types.Where(t => t.Invalid == null && t.IsUsed))
{
var typeEnv = assmEnv.AddType(typeDef).AddSelfTypeBoundArguments();
typeDef.CheckValid(this, typeEnv);
foreach (var memberDef in typeDef.Members.Where(m => m.Invalid == null && m.IsUsed))
{
memberDef.CheckValid(this, typeEnv);
}
}
}
// Phase 6: Propogate any new failures discovered by above
PropogateInvalidity(typeSccs, memberSccs);
Stats("iter " + iter + ", after second propogation");
// Phase 7: Look for additional definitions to mark as used
// (couldn't do so earlier since types weren't yet initialized)
foreach (var assemblyDef in Global.Assemblies)
{
foreach (var typeDef in assemblyDef.Types.Where(t => t.IsUsed && t.Invalid == null))
{
if (PropogateExtraUsedFromType(assemblyDef, typeDef))
{
anyMarkedAsUsed = true;
}
foreach (var memberDef in typeDef.Members.Where(m => m.IsUsed && m.Invalid == null))
{
if (PropogateExtraUsedFromMember(assemblyDef, typeDef, memberDef))
{
anyMarkedAsUsed = true;
}
}
}
}
// Phase 8: Complete according to:
// - used virtual/iface method and used implementing type => used override/impl methods of that type
// - invalid overrifde/impl method => invalid virtual/iface method
// - virtual/iface method must have a def and used implementing type => used override/impl methods of that type must have a def
foreach (var assemblyDef in Global.Assemblies)
{
foreach (var typeDef in assemblyDef.Types)
{
foreach (var methodDef in
typeDef.Members.OfType <MethodDef>().Where(d => d.IsUsed && d.Implementors != null))
{
var slot = methodDef.QualifiedMemberName(Global, assemblyDef, typeDef);
var forceDefinitions = IsMustHaveADefinition(slot);
foreach (var impl in methodDef.Implementors)
{
var implAssemblyDef = default(AssemblyDef);
var implTypeDef = default(TypeDef);
var implMemberDef = default(MemberDef);
if (impl.PrimTryResolve
(Global, out implAssemblyDef, out implTypeDef, out implMemberDef))
{
if (implTypeDef.IsUsed)
{
if (forceDefinitions)
{
mustHaveADefinitionCache.Add(impl);
}
if (implMemberDef.MarkAsUsed(this, assemblyDef, typeDef))
{
anyMarkedAsUsed = true;
}
if (implMemberDef.Invalid != null && methodDef.Invalid == null)
{
methodDef.Invalid = new CST.InvalidInfo
(MessageContextBuilders.Member
(Global, implAssemblyDef, implTypeDef, implMemberDef),
implMemberDef.Invalid);
}
}
}
}
}
}
}
// Phase 9: Propogate any new failures discovered by above
PropogateInvalidity(typeSccs, memberSccs);
Stats("iter " + iter + ", after third propogation");
iter++;
}while (anyMarkedAsUsed);
// Phase 10: Check roots are valid
foreach (var typeName in rootTypes)
{
var assemblyDef = default(AssemblyDef);
var typeDef = default(TypeDef);
if (typeName.PrimTryResolve(Global, out assemblyDef, out typeDef))
{
if (typeDef.Invalid != null)
{
Log
(new UnimplementableUsedTypeMessage
(MessageContextBuilders.Type(Global, assemblyDef, typeDef), typeDef.Invalid));
throw new ExitException();
}
}
}
foreach (var methodName in rootMembers)
{
var assemblyDef = default(AssemblyDef);
var typeDef = default(TypeDef);
var memberDef = default(MemberDef);
if (methodName.PrimTryResolve(Global, out assemblyDef, out typeDef, out memberDef))
{
if (memberDef.Invalid != null)
{
Log
(new UnimplementableRootMethodMessage
(MessageContextBuilders.Member(Global, assemblyDef, typeDef, memberDef),
memberDef.Invalid));
throw new ExitException();
}
}
}
// Phase 11: Construct topological sort of type's according to their .cctor 'used' graph
typeInitializationOrder = new Seq <QualifiedTypeName>();
var visitedTypeDefs2 = new Set <QualifiedTypeName>();
foreach (var assemblyDef in Global.Assemblies)
{
foreach (var typeDef in assemblyDef.Types)
{
typeDef.TopologicalTypeInit(Global, assemblyDef, visitedTypeDefs2, typeInitializationOrder);
}
}
}
finally
{
if (tracer != null)
{
tracer.Outdent();
tracer.AppendLine("}");
}
}
}
private void PropogateInvalidity(Seq <Seq <QualifiedTypeName> > typeSccs, Seq <Seq <QualifiedMemberName> > memberSccs)
{
for (var i = typeSccs.Count - 1; i >= 0; i--)
{
var typeScc = typeSccs[i];
if (typeScc.Count == 1)
{
var sccAssemblyDef = default(AssemblyDef);
var sccTypeDef = default(TypeDef);
if (typeScc[0].PrimTryResolve(Global, out sccAssemblyDef, out sccTypeDef))
{
sccTypeDef.PropogateInvalidity(Global, sccAssemblyDef);
}
}
else
{
// Check if entire scc is valid
var invalid = default(InvalidInfo);
foreach (var r in typeScc)
{
var sccAssemblyDef = default(AssemblyDef);
var sccTypeDef = default(TypeDef);
if (r.PrimTryResolve(Global, out sccAssemblyDef, out sccTypeDef))
{
if (sccTypeDef.Invalid != null)
{
invalid = new InvalidInfo
(MessageContextBuilders.Type(Global, sccAssemblyDef, sccTypeDef),
sccTypeDef.Invalid);
break;
}
}
}
if (invalid != null)
{
// Fail entire scc
foreach (var r in typeScc)
{
var sccAssemblyDef = default(AssemblyDef);
var sccTypeDef = default(TypeDef);
if (r.PrimTryResolve(Global, out sccAssemblyDef, out sccTypeDef))
{
if (sccTypeDef.Invalid == null)
{
sccTypeDef.Invalid = invalid;
}
}
}
// Propogate failure
foreach (var r in typeScc)
{
var sccAssemblyDef = default(AssemblyDef);
var sccTypeDef = default(TypeDef);
if (r.PrimTryResolve(Global, out sccAssemblyDef, out sccTypeDef))
{
sccTypeDef.PropogateInvalidity(Global, sccAssemblyDef);
}
}
}
}
}
for (var i = memberSccs.Count - 1; i >= 0; i--)
{
var memberScc = memberSccs[i];
if (memberScc.Count == 1)
{
var sccAssemblyDef = default(AssemblyDef);
var sccTypeDef = default(TypeDef);
var sccMemberDef = default(MemberDef);
if (memberScc[0].PrimTryResolve(Global, out sccAssemblyDef, out sccTypeDef, out sccMemberDef))
{
sccMemberDef.PropogateInvalidity(Global, sccAssemblyDef, sccTypeDef);
var sccMethodDef = sccMemberDef as CST.MethodDef;
if (sccMethodDef != null)
{
// Check if method is recursive
if (sccMethodDef.UsedMembers.Contains(memberScc[0]))
{
sccMethodDef.IsRecursive = true;
}
}
}
}
else if (memberScc.Count > 1)
{
// Check if entire scc is valid, and mark methods as recursive
var invalid = default(InvalidInfo);
foreach (var r in memberScc)
{
var sccAssemblyDef = default(AssemblyDef);
var sccTypeDef = default(TypeDef);
var sccMemberDef = default(MemberDef);
if (r.PrimTryResolve(Global, out sccAssemblyDef, out sccTypeDef, out sccMemberDef))
{
if (sccMemberDef.Invalid != null && invalid == null)
{
invalid = new InvalidInfo
(MessageContextBuilders.Member(Global, sccAssemblyDef, sccTypeDef, sccMemberDef),
sccMemberDef.Invalid);
}
var sccMethodDef = sccMemberDef as CST.MethodDef;
if (sccMethodDef != null)
{
sccMethodDef.IsRecursive = true;
}
}
}
if (invalid != null)
{
// Fail entire scc
foreach (var r in memberScc)
{
var sccAssemblyDef = default(AssemblyDef);
var sccTypeDef = default(TypeDef);
var sccMemberDef = default(MemberDef);
if (r.PrimTryResolve(Global, out sccAssemblyDef, out sccTypeDef, out sccMemberDef))
{
if (sccMemberDef.Invalid == null)
{
sccMemberDef.Invalid = invalid;
}
}
}
// Propogate failure
foreach (var r in memberScc)
{
var sccAssemblyDef = default(AssemblyDef);
var sccTypeDef = default(TypeDef);
var sccMemberDef = default(MemberDef);
if (r.PrimTryResolve(Global, out sccAssemblyDef, out sccTypeDef, out sccMemberDef))
{
sccMemberDef.PropogateInvalidity(Global, sccAssemblyDef, sccTypeDef);
}
}
}
}
}
}
internal override void CheckValid(ValidityContext vctxt, TypeEnvironment typeEnv)
{
if (Invalid != null || typeEnv.Type.Invalid != null)
{
return;
}
var methEnv = typeEnv.AddMethod(this).AddSelfMethodBoundArguments();
for (var i = 0; i < TypeParameters.Count; i++)
{
TypeParameters[i].CheckValid(vctxt, methEnv);
if (TypeParameters[i].Invalid != null)
{
Invalid = new InvalidInfo
(MessageContextBuilders.TypeArg(ParameterFlavor.Method, i), TypeParameters[i].Invalid);
return;
}
}
var ctxt = MessageContextBuilders.Member(vctxt.Global, typeEnv.Assembly, typeEnv.Type, this);
foreach (var p in ValueParameters)
{
Invalid = p.Type.CheckValid(vctxt, ctxt, methEnv);
if (Invalid != null)
{
return;
}
}
if (Result != null)
{
Invalid = Result.Type.CheckValid(vctxt, ctxt, methEnv);
if (Invalid != null)
{
return;
}
}
if (vctxt.IgnoreMethodDefBody(typeEnv.Assembly, typeEnv.Type, this))
{
return;
}
foreach (var l in Locals)
{
Invalid = l.Type.CheckValid(vctxt, ctxt, methEnv);
if (Invalid != null)
{
return;
}
}
var instructions = Instructions(vctxt.Global);
if (instructions != null)
{
foreach (var i in instructions.Body)
{
Invalid = i.CheckValid(vctxt, ctxt, methEnv);
if (Invalid != null)
{
return;
}
Invalid = vctxt.ImplementableInstruction(ctxt, methEnv.Assembly, methEnv.Type, this, i);
if (Invalid != null)
{
return;
}
}
}
vctxt.ImplementableMemberDef(typeEnv.Assembly, typeEnv.Type, this);
}