internal void EmitInit(CodeGenerator cg)
{
var fldplace = new FieldPlace(IsStatic ? null : new ArgPlace(_type, 0), this);
var type = fldplace.TypeOpt;
if (this.Initializer != null)
{
// fld = <initializer>
fldplace.EmitStorePrepare(cg.Builder);
cg.EmitConvert(this.Initializer, type);
fldplace.EmitStore(cg.Builder);
}
else
{
switch (type.SpecialType)
{
case Microsoft.CodeAnalysis.SpecialType.System_Boolean:
case Microsoft.CodeAnalysis.SpecialType.System_Int32:
case Microsoft.CodeAnalysis.SpecialType.System_Int64:
case Microsoft.CodeAnalysis.SpecialType.System_Double:
case Microsoft.CodeAnalysis.SpecialType.System_Object:
break;
default:
// fld = default(T)
fldplace.EmitStorePrepare(cg.Builder);
cg.EmitLoadDefaultValue(type, 0);
fldplace.EmitStore(cg.Builder);
break;
}
}
}
void GenerateFieldAccessorProperty(Emit.PEModuleBuilder module, DiagnosticBag diagnostics, SourceFieldSymbol srcf, PropertySymbol paccessor)
{
//
module.SynthesizedManager.AddProperty(this, paccessor);
//
var get_body = MethodGenerator.GenerateMethodBody(module, paccessor.GetMethod, (il) =>
{
// Template: return field;
var place = new FieldPlace(new ArgPlace(this, 0), srcf.OverridenDefinition, module);
place.EmitLoad(il);
il.EmitRet(false);
}, null, diagnostics, false);
module.SetMethodBody(paccessor.GetMethod, get_body);
module.SynthesizedManager.AddMethod(this, paccessor.GetMethod);
//
var set_body = MethodGenerator.GenerateMethodBody(module, paccessor.SetMethod, (il) =>
{
// Template: field = value;
var place = new FieldPlace(new ArgPlace(this, 0), srcf.OverridenDefinition, module);
place.EmitStorePrepare(il);
new ArgPlace(this, 1).EmitLoad(il);
place.EmitStore(il);
il.EmitRet(true);
}, null, diagnostics, false);
module.SetMethodBody(paccessor.SetMethod, set_body);
module.SynthesizedManager.AddMethod(this, paccessor.SetMethod);
}
internal override IList <MethodSymbol> SynthesizeStubs(PEModuleBuilder module, DiagnosticBag diagnostic)
{
var overloads = base.SynthesizeStubs(module, diagnostic);
// synthesize RoutineInfo:
var cctor = module.GetStaticCtorBuilder(_file);
lock (cctor)
{
using (var cg = new CodeGenerator(
cctor, module, diagnostic, OptimizationLevel.Release, false, this.ContainingType,
contextPlace: null, thisPlace: null, routine: this))
{
var field = new FieldPlace(null, this.EnsureRoutineInfoField(module), module);
// {RoutineInfoField} = RoutineInfo.CreateUserRoutine(name, handle, overloads[])
field.EmitStorePrepare(cctor);
cctor.EmitStringConstant(this.QualifiedName.ToString());
cctor.EmitLoadToken(module, DiagnosticBag.GetInstance(), this, null);
cg.Emit_NewArray(cg.CoreTypes.RuntimeMethodHandle, overloads.AsImmutable(), m => cg.EmitLoadToken(m, null));
cctor.EmitCall(module, DiagnosticBag.GetInstance(), ILOpCode.Call, cg.CoreMethods.Reflection.CreateUserRoutine_string_RuntimeMethodHandle_RuntimeMethodHandleArr);
field.EmitStore(cctor);
}
}
//
return(overloads);
}
internal override IList <MethodSymbol> SynthesizeStubs(PEModuleBuilder module, DiagnosticBag diagnostic)
{
var overloads = base.SynthesizeStubs(module, diagnostic);
// synthesize RoutineInfo:
var cctor = module.GetStaticCtorBuilder(_container);
lock (cctor)
{
var field = new FieldPlace(null, this.EnsureRoutineInfoField(module), module);
var ct = module.Compilation.CoreTypes;
// {RoutineInfoField} = new PhpAnonymousRoutineInfo(name, handle)
field.EmitStorePrepare(cctor);
cctor.EmitStringConstant(this.MetadataName);
cctor.EmitLoadToken(module, DiagnosticBag.GetInstance(), this, null);
cctor.EmitCall(module, DiagnosticBag.GetInstance(), ILOpCode.Call, ct.Operators.Method("AnonymousRoutine", ct.String, ct.RuntimeMethodHandle));
field.EmitStore(cctor);
}
//
return(overloads);
}
/// <summary>
/// Emits load of cached <c>RoutineInfo</c> corresponding to this method.
/// </summary>
/// <returns>Type symbol of <c>RoutineInfo</c>.</returns>
internal virtual TypeSymbol EmitLoadRoutineInfo(CodeGenerator cg)
{
var name = MetadataName;
var type = this.ContainingType;
name = (type != null ? type.GetFullName() : "?") + "." + name;
// cache the instance of RoutineInfo
var tmpfld = cg.Module.SynthesizedManager.GetOrCreateSynthesizedField(
cg.Module.ScriptType,
cg.CoreTypes.RoutineInfo,
"<>" + name,
Accessibility.Internal,
isstatic: true,
@readonly: false);
// Template: (tmpfld ?? tmpfld = CreateUserRoutine)
var tmpplace = new FieldPlace(null, tmpfld, cg.Module);
tmpplace.EmitLoad(cg.Builder);
cg.EmitNullCoalescing((cg_) =>
{
// TODO: Interlocked(ref fld, CreateRoutine, null)
tmpplace.EmitStorePrepare(cg_.Builder);
EmitCreateRoutine(cg_, this);
cg_.Builder.EmitOpCode(ILOpCode.Dup);
tmpplace.EmitStore(cg_.Builder);
});
//
return(tmpfld.Type
.Expect(cg.CoreTypes.RoutineInfo));
}
void EmitTraitInstanceInit(CodeGenerator cg, SynthesizedPhpCtorSymbol ctor, TraitUse t)
{
// Template: this.<>trait_T = new T(ctx, this, self)
// PLACE: this.<>trait_T
var instancePlace = new FieldPlace(cg.ThisPlaceOpt, t.TraitInstanceField, module: cg.Module);
// .ctor(Context, object @this, RuntimeTypeHandle self)
var tctor = t.Symbol.InstanceConstructors[0];
Debug.Assert(tctor.ParameterCount == 2);
Debug.Assert(tctor.Parameters[0].Type == cg.CoreTypes.Context);
//Debug.Assert(tctor.Parameters[1].Type == TSelfParameter);
// using trait in trait?
var ctort = ctor as SynthesizedPhpTraitCtorSymbol;
//
instancePlace.EmitStorePrepare(cg.Builder);
// Context:
cg.EmitLoadContext();
// this:
if (ctort != null)
{
ctort.ThisParameter.EmitLoad(cg.Builder); // this is passed from caller
}
else
{
cg.EmitThis();
}
// new T<TSelf>(...)
cg.EmitCall(ILOpCode.Newobj, tctor);
instancePlace.EmitStore(cg.Builder);
}
void EmitInit(Emit.PEModuleBuilder module, DiagnosticBag diagnostic, PhpCompilation compilation, SynthesizedStaticLocHolder holder, BoundExpression initializer)
{
var loctype = holder.ValueField.Type;
bool requiresContext = initializer != null && initializer.RequiresContext;
if (requiresContext)
{
// emit Init only if it needs Context
holder.EmitInit(module, (il) =>
{
var cg = new CodeGenerator(il, module, diagnostic, OptimizationLevel.Release, false,
holder.ContainingType, new ArgPlace(compilation.CoreTypes.Context, 1), new ArgPlace(holder, 0));
var valuePlace = new FieldPlace(cg.ThisPlaceOpt, holder.ValueField);
// Template: this.value = <initilizer>;
valuePlace.EmitStorePrepare(il);
cg.EmitConvert(initializer, valuePlace.TypeOpt);
valuePlace.EmitStore(il);
//
il.EmitRet(true);
});
}
// default .ctor
holder.EmitCtor(module, (il) =>
{
if (!requiresContext)
{
// emit default value only if it won't be initialized by Init above
var cg = new CodeGenerator(il, module, diagnostic, OptimizationLevel.Release, false,
holder.ContainingType, null, new ArgPlace(holder, 0));
var valuePlace = new FieldPlace(cg.ThisPlaceOpt, holder.ValueField);
// Template: this.value = default(T);
valuePlace.EmitStorePrepare(il);
if (initializer != null)
{
cg.EmitConvert(initializer, valuePlace.TypeOpt);
}
else
{
cg.EmitLoadDefault(valuePlace.TypeOpt, 0);
}
valuePlace.EmitStore(il);
}
//
il.EmitRet(true);
});
}
void IPhpPropertySymbol.EmitInit(CodeGenerator cg)
{
// this.{FIELD} = {ORIGINAL_FIELD}
var fldplace = new FieldPlace(IsStatic ? null : new ArgPlace(ContainingType, 0), this, cg.Module);
fldplace.EmitStorePrepare(cg.Builder);
cg.EmitConvert(EmitLoadSourceValue(cg), 0, this.Type);
fldplace.EmitStore(cg.Builder);
}
static void EmitTraitCtorInit(CodeGenerator cg, SynthesizedPhpTraitCtorSymbol tctor)
{
var il = cg.Builder;
// this.<>this = @this
var thisFieldPlace = new FieldPlace(cg.ThisPlaceOpt, tctor.ContainingType.RealThisField, module: cg.Module);
thisFieldPlace.EmitStorePrepare(il);
tctor.ThisParameter.EmitLoad(il);
thisFieldPlace.EmitStore(il);
}
void EmitPhpCtors(ImmutableArray <MethodSymbol> instancectors, Emit.PEModuleBuilder module, DiagnosticBag diagnostics)
{
foreach (SynthesizedPhpCtorSymbol ctor in instancectors)
{
module.SetMethodBody(ctor, MethodGenerator.GenerateMethodBody(module, ctor, il =>
{
Debug.Assert(SpecialParameterSymbol.IsContextParameter(ctor.Parameters[0]));
var cg = new CodeGenerator(il, module, diagnostics, OptimizationLevel.Release, false, this, new ParamPlace(ctor.Parameters[0]), new ArgPlace(this, 0));
Debug.Assert(ctor.BaseCtor != null);
// base..ctor or this..ctor
cg.EmitPop(cg.EmitThisCall(ctor.BaseCtor, ctor));
if (ctor.PhpConstructor == null)
{
// initialize <ctx> field, if field is declared within this type
var ctxField = this.ContextStore;
if (ctxField != null && object.ReferenceEquals((object)ctxField.ContainingType, this))
{
var ctxFieldPlace = new FieldPlace(cg.ThisPlaceOpt, ctxField);
// Debug.Assert(<ctx> != null)
cg.EmitDebugAssertNotNull(cg.ContextPlaceOpt, "Context cannot be null.");
// <this>.<ctx> = <ctx>
ctxFieldPlace.EmitStorePrepare(il);
cg.EmitLoadContext();
ctxFieldPlace.EmitStore(il);
}
// initialize class fields
foreach (var fld in this.EnsureMembers().OfType <SourceFieldSymbol>().Where(fld => !fld.RequiresHolder && !fld.IsStatic && !fld.IsConst))
{
fld.EmitInit(cg);
}
}
else
{
Debug.Assert(ctor.BaseCtor.ContainingType == this);
// this.__construct
cg.EmitPop(cg.EmitThisCall(ctor.PhpConstructor, ctor));
}
// ret
Debug.Assert(ctor.ReturnsVoid);
cg.EmitRet(ctor.ReturnType);
}, null, diagnostics, false));
}
}
internal void EmitInit(Emit.PEModuleBuilder module)
{
var cctor = module.GetStaticCtorBuilder(_file);
var field = new FieldPlace(null, this.EnsureRoutineInfoField(module));
// {RoutineInfoField} = RoutineInfo.CreateUserRoutine(name, handle)
field.EmitStorePrepare(cctor);
cctor.EmitStringConstant(this.QualifiedName.ToString());
cctor.EmitLoadToken(module, DiagnosticBag.GetInstance(), this, null);
cctor.EmitCall(module, DiagnosticBag.GetInstance(), System.Reflection.Metadata.ILOpCode.Call, module.Compilation.CoreMethods.Reflection.CreateUserRoutine_string_RuntimeMethodHandle);
field.EmitStore(cctor);
}
internal void EmitInit(PEModuleBuilder module)
{
var cctor = module.GetStaticCtorBuilder(_container);
var field = new FieldPlace(null, this.EnsureRoutineInfoField(module), module);
var ct = module.Compilation.CoreTypes;
// {RoutineInfoField} = new PhpAnonymousRoutineInfo(name, handle)
field.EmitStorePrepare(cctor);
cctor.EmitStringConstant(this.MetadataName);
cctor.EmitLoadToken(module, DiagnosticBag.GetInstance(), this, null);
cctor.EmitCall(module, DiagnosticBag.GetInstance(), ILOpCode.Call, ct.Operators.Method("AnonymousRoutine", ct.String, ct.RuntimeMethodHandle));
field.EmitStore(cctor);
}
internal void EmitInit(CodeGenerator cg)
{
var fldplace = new FieldPlace(IsStatic ? null : new ArgPlace(ContainingType, 0), this);
if (this.Initializer != null)
{
// fld = <initializer>
fldplace.EmitStorePrepare(cg.Builder);
cg.EmitConvert(this.Initializer, this.Type);
fldplace.EmitStore(cg.Builder);
}
else
{
// fld = default(type)
cg.EmitInitializePlace(fldplace);
}
}
void IPhpPropertySymbol.EmitInit(CodeGenerator cg)
{
// skip initialization if we can use default
if (this.Initializer == null &&
this.OverridenDefinition == null &&
!this.Type.Is_PhpAlias())
{
// does not have to be explicitly initialized
// default is ok
return;
}
//
cg.TypeRefContext = EnsureTypeRefContext();
//
var fldplace = new FieldPlace(IsStatic ? null : new ArgPlace(ContainingType, 0), this, cg.Module);
// fld = <initializer>
fldplace.EmitStorePrepare(cg.Builder);
if (this.Initializer != null)
{
cg.EmitSequencePoint(this.Initializer.PhpSyntax);
// INITIALIZER
cg.EmitConvert(this.Initializer, fldplace.Type);
if (cg.EmitPdbSequencePoints)
{
cg.Builder.EmitOpCode(ILOpCode.Nop);
}
}
else
{
// default
cg.EmitLoadDefault(fldplace.Type);
}
fldplace.EmitStore(cg.Builder);
//
cg.TypeRefContext = null;
}
void EmitPhpNew(SynthesizedPhpNewMethodSymbol phpnew, Emit.PEModuleBuilder module)
{
if (phpnew == null)
{
return; // static class
}
module.SetMethodBody(phpnew, MethodGenerator.GenerateMethodBody(module, phpnew, il =>
{
Debug.Assert(SpecialParameterSymbol.IsContextParameter(phpnew.Parameters[0]));
var cg = new CodeGenerator(il, module, DiagnosticBag.GetInstance(), OptimizationLevel.Release, false, this, new ParamPlace(phpnew.Parameters[0]), new ArgPlace(this, 0));
// initialize <ctx> field,
// if field is declared within this type
var ctxField = this.ContextField;
if (ctxField != null && object.ReferenceEquals(ctxField.ContainingType, this))
{
var ctxFieldPlace = new FieldPlace(cg.ThisPlaceOpt, ctxField);
// Debug.Assert(<ctx> != null)
cg.EmitDebugAssertNotNull(cg.ContextPlaceOpt, "Context cannot be null.");
// <this>.<ctx> = <ctx>
ctxFieldPlace.EmitStorePrepare(il);
cg.EmitLoadContext();
ctxFieldPlace.EmitStore(il);
}
// initialize class fields,
// default(PhpValue) is not a valid value, its TypeTable must not be null
foreach (var fld in this.GetFieldsToEmit().OfType <SourceFieldSymbol>().Where(fld => !fld.IsStatic && !fld.IsConst))
{
fld.EmitInit(cg);
}
// base..phpnew ?? base..ctor
var basenew = phpnew.BasePhpNew;
Debug.Assert(basenew != null);
cg.EmitPop(cg.EmitThisCall(basenew, phpnew));
Debug.Assert(phpnew.ReturnsVoid);
cg.EmitRet(true);
}, null, DiagnosticBag.GetInstance(), false));
}
void IPhpPropertySymbol.EmitInit(CodeGenerator cg)
{
cg.TypeRefContext = EnsureTypeRefContext();
//
var fldplace = new FieldPlace(IsStatic ? null : new ArgPlace(ContainingType, 0), this, cg.Module);
if (this.Initializer != null)
{
// fld = <initializer>
fldplace.EmitStorePrepare(cg.Builder);
cg.EmitConvert(this.Initializer, this.Type);
fldplace.EmitStore(cg.Builder);
}
else
{
// fld = default(type)
cg.EmitInitializePlace(fldplace);
}
//
cg.TypeRefContext = null;
}
/// <summary>
/// Emits initializers of all parameter's non-standard default values (such as PhpArray)
/// within the type's static .cctor
/// </summary>
private void EmitParametersDefaultValue(PEModuleBuilder module, DiagnosticBag diagnostics)
{
foreach (var p in this.SourceParameters)
{
var field = p.DefaultValueField;
if (field is SynthesizedFieldSymbol)
{
Debug.Assert(p.Initializer != null);
module.SynthesizedManager.AddField(field.ContainingType, field);
// .cctor() {
var cctor = module.GetStaticCtorBuilder(field.ContainingType);
lock (cctor)
{
SynthesizedMethodSymbol func = null;
if (field.Type.Is_Func_Context_PhpValue()) // Func<Context, PhpValue>
{
// private static PhpValue func(Context) => INITIALIZER()
func = new SynthesizedMethodSymbol(field.ContainingType, field.Name + "Func", isstatic: true, isvirtual: false, DeclaringCompilation.CoreTypes.PhpValue, isfinal: true);
func.SetParameters(new SynthesizedParameterSymbol(func, DeclaringCompilation.CoreTypes.Context, 0, RefKind.None, name: SpecialParameterSymbol.ContextName));
//
module.SetMethodBody(func, MethodGenerator.GenerateMethodBody(module, func, il =>
{
var ctxPlace = new ArgPlace(DeclaringCompilation.CoreTypes.Context, 0);
var cg = new CodeGenerator(il, module, diagnostics, module.Compilation.Options.OptimizationLevel, false, field.ContainingType, ctxPlace, null)
{
CallerType = ContainingType,
ContainingFile = ContainingFile,
IsInCachedArrayExpression = true, // do not cache array initializers twice
};
// return {Initializer}
cg.EmitConvert(p.Initializer, func.ReturnType);
cg.EmitRet(func.ReturnType);
}, null, diagnostics, false));
module.SynthesizedManager.AddMethod(func.ContainingType, func);
}
using (var cg = new CodeGenerator(cctor, module, diagnostics, module.Compilation.Options.OptimizationLevel, false, field.ContainingType,
contextPlace: null,
thisPlace: null)
{
CallerType = ContainingType,
ContainingFile = ContainingFile,
IsInCachedArrayExpression = true, // do not cache array initializers twice
})
{
var fldplace = new FieldPlace(null, field, module);
fldplace.EmitStorePrepare(cg.Builder);
if (func == null)
{
// {field} = {Initializer};
cg.EmitConvert(p.Initializer, field.Type);
}
else
{
MethodSymbol funcsymbol = func;
// bind func in case it is generic
if (func.ContainingType is SourceTraitTypeSymbol st)
{
funcsymbol = func.AsMember(st.Construct(st.TypeArguments));
}
// Func<,>(object @object, IntPtr method)
var func_ctor = ((NamedTypeSymbol)field.Type).InstanceConstructors.Single(m =>
m.ParameterCount == 2 &&
m.Parameters[0].Type.SpecialType == SpecialType.System_Object &&
m.Parameters[1].Type.SpecialType == SpecialType.System_IntPtr
);
// {field} = new Func<Context, PhpValue>( {func} )
cg.Builder.EmitNullConstant(); // null
cg.EmitOpCode(ILOpCode.Ldftn); // method
cg.Builder.EmitToken(module.Translate(funcsymbol, null, cg.Diagnostics, false), null, cg.Diagnostics); // !! needDeclaration: false
cg.EmitCall(ILOpCode.Newobj, func_ctor);
}
fldplace.EmitStore(cg.Builder);
}
}
}
}
}
void EmitInit(Emit.PEModuleBuilder module, DiagnosticBag diagnostic, PhpCompilation compilation, SynthesizedStaticLocHolder holder, BoundExpression initializer)
{
var requiresContext = initializer != null && initializer.RequiresContext;
if (requiresContext)
{
// emit Init only if it needs Context
holder.EmitInit(module, (il) =>
{
var cg = new CodeGenerator(il, module, diagnostic, compilation.Options.OptimizationLevel, false,
holder.ContainingType, new ArgPlace(compilation.CoreTypes.Context, 1), new ArgPlace(holder, 0));
var valuePlace = new FieldPlace(cg.ThisPlaceOpt, holder.ValueField, module);
// Template: this.value = <initilizer>;
valuePlace.EmitStorePrepare(il);
cg.EmitConvert(initializer, valuePlace.TypeOpt);
valuePlace.EmitStore(il);
//
il.EmitRet(true);
});
}
// default .ctor
holder.EmitCtor(module, (il) =>
{
// base..ctor()
var ctor = holder.BaseType.InstanceConstructors.Single();
il.EmitLoadArgumentOpcode(0); // this
il.EmitCall(module, diagnostic, ILOpCode.Call, ctor); // .ctor()
if (!requiresContext)
{
// emit default value only if it won't be initialized by Init above
var cg = new CodeGenerator(il, module, diagnostic, compilation.Options.OptimizationLevel, false,
holder.ContainingType, null, new ArgPlace(holder, 0));
var valuePlace = new FieldPlace(cg.ThisPlaceOpt, holder.ValueField, module);
// Template: this.value = default(T);
valuePlace.EmitStorePrepare(il);
if (initializer != null)
{
cg.EmitConvert(initializer, valuePlace.TypeOpt);
}
else
{
cg.EmitLoadDefault(valuePlace.TypeOpt, 0);
}
valuePlace.EmitStore(il);
}
//
il.EmitRet(true);
});
}
void EmitDisposable(Emit.PEModuleBuilder module, DiagnosticBag diagnostics)
{
var __destruct = TryGetDestruct();
if (__destruct == null ||
IsAlreadyImplemented(__destruct) ||
IsAlreadyImplemented(DeclaringCompilation.GetSpecialType(SpecialType.System_IDisposable)))
{
// already implemented in a base class
return;
}
//
// IDisposable.Dispose()
//
var dispose = new SynthesizedMethodSymbol(this, "IDisposable.Dispose", false, true, DeclaringCompilation.GetSpecialType(SpecialType.System_Void), isfinal: true)
{
ExplicitOverride = (MethodSymbol)DeclaringCompilation.GetSpecialTypeMember(SpecialMember.System_IDisposable__Dispose),
ForwardedCall = __destruct,
};
module.SetMethodBody(dispose, MethodGenerator.GenerateMethodBody(module, dispose, il =>
{
var thisPlace = new ArgPlace(this, 0);
var ctxPlace = new FieldPlace(thisPlace, this.ContextStore, module);
var cg = new CodeGenerator(il, module, diagnostics, module.Compilation.Options.OptimizationLevel, false, this, ctxPlace, thisPlace)
{
CallerType = this,
};
// private bool <>b_disposed;
var disposedField = cg.Module.SynthesizedManager.GetOrCreateSynthesizedField(this, DeclaringCompilation.CoreTypes.Boolean, WellKnownPchpNames.SynthesizedDisposedFieldName, Accessibility.Private, false, false, false);
var disposedPlace = new FieldPlace(thisPlace, disposedField, cg.Module);
// if (<>b_disposed) return;
var lblContinue = new object();
disposedPlace.EmitLoad(cg.Builder);
cg.Builder.EmitBranch(ILOpCode.Brfalse, lblContinue);
cg.EmitRet(DeclaringCompilation.CoreTypes.Void);
cg.Builder.MarkLabel(lblContinue);
// <>b_disposed = true;
disposedPlace.EmitStorePrepare(cg.Builder);
cg.Builder.EmitBoolConstant(true);
disposedPlace.EmitStore(cg.Builder);
// __destruct()
cg.EmitPop(cg.EmitForwardCall(__destruct, dispose, callvirt: true));
// .ret
cg.EmitRet(DeclaringCompilation.GetSpecialType(SpecialType.System_Void));
}, null, diagnostics, false));
module.SynthesizedManager.AddMethod(this, dispose);
////
//// Finalize()
////
//var finalize = new SynthesizedFinalizeSymbol(this)
//{
// ForwardedCall = dispose,
//};
//Debug.Assert(finalize.OverriddenMethod != null);
//module.SetMethodBody(finalize, MethodGenerator.GenerateMethodBody(module, finalize, il =>
//{
// var thisPlace = new ArgPlace(this, 0);
// var ctxPlace = new FieldPlace(thisPlace, this.ContextStore, module);
// var cg = new CodeGenerator(il, module, diagnostics, module.Compilation.Options.OptimizationLevel, false, this, ctxPlace, thisPlace)
// {
// CallerType = this,
// };
// //
// cg.Builder.OpenLocalScope(ScopeType.TryCatchFinally);
// // try {
// cg.Builder.OpenLocalScope(ScopeType.Try);
// // Dispose()
// cg.EmitPop(cg.EmitForwardCall(dispose, finalize, callvirt: false));
// //if (cg.EmitPdbSequencePoints) cg.Builder.EmitOpCode(ILOpCode.Nop);
// // }
// cg.Builder.CloseLocalScope();
// // finally {
// cg.Builder.OpenLocalScope(ScopeType.Finally);
// // base.Finalize()
// thisPlace.EmitLoad(cg.Builder);
// cg.EmitCall(ILOpCode.Call, finalize.ExplicitOverride);
// //if (cg.EmitPdbSequencePoints) cg.Builder.EmitOpCode(ILOpCode.Nop);
// // }
// cg.Builder.CloseLocalScope();
// cg.Builder.CloseLocalScope();
// // .ret
// cg.EmitRet(DeclaringCompilation.GetSpecialType(SpecialType.System_Void));
//}, null, diagnostics, false));
//module.SynthesizedManager.AddMethod(this, finalize);
}
void EmitPhpCtors(ImmutableArray <MethodSymbol> instancectors, Emit.PEModuleBuilder module, DiagnosticBag diagnostics)
{
foreach (SynthesizedPhpCtorSymbol ctor in instancectors)
{
module.SetMethodBody(ctor, MethodGenerator.GenerateMethodBody(module, ctor, il =>
{
if (ctor is SynthesizedParameterlessPhpCtorSymbol)
{
EmitParameterlessCtor(ctor, il, module, diagnostics);
return;
}
Debug.Assert(SpecialParameterSymbol.IsContextParameter(ctor.Parameters[0]));
var cg = new CodeGenerator(il, module, diagnostics, module.Compilation.Options.OptimizationLevel, false, this, new ParamPlace(ctor.Parameters[0]), new ArgPlace(this, 0))
{
CallerType = this,
ContainingFile = ContainingFile,
};
Debug.Assert(ctor.BaseCtor != null);
// base..ctor or this..ctor
cg.EmitPop(cg.EmitForwardCall(ctor.BaseCtor, ctor));
if (ctor.PhpConstructor == null)
{
// initialize <ctx> field, if field is declared within this type
var ctxField = this.ContextStore;
if (ctxField != null && object.ReferenceEquals((object)ctxField.ContainingType, this))
{
var ctxFieldPlace = new FieldPlace(cg.ThisPlaceOpt, ctxField, module);
// Debug.Assert(<ctx> != null)
cg.EmitDebugAssertNotNull(cg.ContextPlaceOpt, "Context cannot be null.");
// <this>.<ctx> = <ctx>
ctxFieldPlace.EmitStorePrepare(il);
cg.EmitLoadContext();
ctxFieldPlace.EmitStore(il);
}
// trait specific:
if (ctor is SynthesizedPhpTraitCtorSymbol tctor)
{
EmitTraitCtorInit(cg, tctor);
}
// trait instances:
foreach (var t in this.TraitUses)
{
EmitTraitInstanceInit(cg, ctor, t);
}
// initialize instance fields:
foreach (var f in this.GetMembers().OfType <IPhpPropertySymbol>().Where(f => f.FieldKind == PhpPropertyKind.InstanceField))
{
Debug.Assert(f.ContainingStaticsHolder == null);
f.EmitInit(cg);
}
}
else
{
Debug.Assert(ctor.BaseCtor.ContainingType == this);
// this.__construct
cg.EmitPop(cg.EmitForwardCall(ctor.PhpConstructor, ctor));
}
// ret
Debug.Assert(ctor.ReturnsVoid);
cg.EmitRet(ctor.ReturnType);
}, null, diagnostics, false));
}
}