/// <param name="cdgen">Can be null.</param>
/// <param name="ctxt"></param>
/// <param name="ac"></param>
/// <param name="timeout">int.MinValue, if the param shall not be used</param>
public static void DoTimeoutableCompletionTask(ICompletionDataGenerator cdgen, ResolutionContext ctxt, Action ac, int timeout = int.MinValue)
{
ctxt.CancelOperation = false;
if (timeout == int.MinValue)
{
timeout = CompletionOptions.Instance.CompletionTimeout;
}
if (timeout < 0)
{
ac();
return;
}
var task = Task.Factory.StartNew(ac);
if (!task.Wait(timeout))
{
ctxt.CancelOperation = true;
if (cdgen != null)
{
cdgen.NotifyTimeout();
}
task.Wait();
}
}
/// <summary>
/// Generates the completion data.
/// </summary>
/// <param name="alreadyCheckedCompletionContext">Set to <c>false</c> if you already ensured that completion can occur in the current editing context.</param>
public static bool GenerateCompletionData(IEditorData editor,
ICompletionDataGenerator completionDataGen, char triggerChar, bool alreadyCheckedCompletionContext = false)
{
if(!alreadyCheckedCompletionContext && !IsCompletionAllowed(editor, triggerChar))
return false;
IBlockNode _b = null;
bool inNonCode;
var sr = FindCurrentCaretContext(editor, ref _b, out inNonCode);
if (inNonCode)
return false;
if (_b == null || editor.CaretLocation > _b.EndLocation) {
_b = editor.SyntaxTree;
}
var complVis = new CompletionProviderVisitor (completionDataGen, editor, triggerChar) { scopedBlock = _b };
if (sr is INode)
(sr as INode).Accept (complVis);
else if (sr is IStatement)
(sr as IStatement).Accept (complVis);
else if (sr is IExpression)
(sr as IExpression).Accept (complVis);
if (complVis.GeneratedProvider == null)
return false;
complVis.GeneratedProvider.BuildCompletionData(editor, triggerChar);
return true;
}
public static void AddFloatingTypeProperties(int TypeToken, ISemantic rr, ICompletionDataGenerator cdg, INode relatedNode = null, bool DontAddInitProperty = false)
{
var intType = new DTokenDeclaration(TypeToken);
if (!DontAddInitProperty)
{
var prop_Init = new DVariable()
{
Type = intType,
Initializer = new PostfixExpression_Access()
{
PostfixForeExpression = new TokenExpression(TypeToken),
AccessExpression = new IdentifierExpression("nan")
}
};
if (relatedNode != null)
{
prop_Init.AssignFrom(relatedNode);
}
// Override the initializer variable's name and description
prop_Init.Name = "init";
prop_Init.Description = "A type's or variable's static initializer expression";
cdg.Add(prop_Init);
}
CreateArtificialProperties(FloatingTypeProps, cdg, intType);
}
public ImportStatementCompletionProvider(
ICompletionDataGenerator gen,
ImportStatement.ImportBindings imbBind)
: base(gen)
{
this.impBind = imbBind;
}
public ImportStatementCompletionProvider(
ICompletionDataGenerator gen,
ImportStatement.ImportBindings imbBind)
: base(gen)
{
this.impBind = imbBind;
}
public CtrlSpaceCompletionProvider(ICompletionDataGenerator cdg, IBlockNode b, MemberFilter vis = MemberFilter.All, params byte[] specialKeywords)
: base(cdg)
{
this.curBlock = b;
visibleMembers = vis;
this.specialKeywords = specialKeywords;
}
public CtrlSpaceCompletionProvider(ICompletionDataGenerator cdg, IBlockNode b, IStatement stmt, MemberFilter vis = MemberFilter.All)
: base(cdg)
{
this.curBlock = b;
this.curStmt = stmt;
visibleMembers = vis;
}
public CompletionProviderVisitor(ICompletionDataGenerator cdg, IEditorData ed, char enteredChar = '\0')
{
this.ed = ed;
this.cdgen = cdg;
this.triggerChar = enteredChar;
this.shownKeywords.Push(BlockMemberFilter);
}
public ImportStatementCompletionProvider(
ICompletionDataGenerator gen,
ImportStatement.Import imp)
: base(gen)
{
this.imp = imp;
}
public ImportStatementCompletionProvider(
ICompletionDataGenerator gen,
ImportStatement.Import imp)
: base(gen)
{
this.imp = imp;
}
/// <summary>
/// Adds init, max, min to the completion list
/// </summary>
public static void AddIntegralTypeProperties(int TypeToken, ISemantic rr, ICompletionDataGenerator cdg, INode relatedNode = null, bool DontAddInitProperty = false)
{
var intType = new DTokenDeclaration(TypeToken);
if (!DontAddInitProperty)
{
var prop_Init = new DVariable()
{
Type = intType, Initializer = new IdentifierExpression(0, LiteralFormat.Scalar)
};
if (relatedNode != null)
{
prop_Init.AssignFrom(relatedNode);
}
// Override the initializer variable's name and description
prop_Init.Name = "init";
prop_Init.Description = "A type's or variable's static initializer expression";
cdg.Add(prop_Init);
}
CreateArtificialProperties(IntegralProps, cdg, intType);
}
public MemberCompletionProvider(ICompletionDataGenerator cdg, ISyntaxRegion sr, IBlockNode b, IStatement stmt)
: base(cdg)
{
AccessExpression = sr;
ScopedBlock = b;
ScopedStatement = stmt;
}
public static void EnumChildren(ICompletionDataGenerator cdgen,ResolutionContext ctxt, UserDefinedType udt, bool isVarInstance,
MemberFilter vis = MemberFilter.Methods | MemberFilter.Types | MemberFilter.Variables | MemberFilter.Enums)
{
var scan = new MemberCompletionEnumeration(ctxt, cdgen) { isVarInst = isVarInstance };
scan.DeepScanClass(udt, vis);
}
public CompletionProviderVisitor(ICompletionDataGenerator cdg, IEditorData ed, char enteredChar = '\0')
{
this.ed = ed;
this.cdgen = cdg;
this.triggerChar = enteredChar;
this.shownKeywords.Push(BlockMemberFilter);
}
public CtrlSpaceCompletionProvider(ICompletionDataGenerator cdg, IBlockNode b, IStatement stmt, MemberFilter vis = MemberFilter.All)
: base(cdg)
{
this.curBlock = b;
this.curStmt = stmt;
visibleMembers = vis;
}
public static void EnumChildren(ICompletionDataGenerator cdgen,ResolutionContext ctxt, IBlockNode block, bool isVarInstance,
MemberFilter vis = MemberFilter.Methods | MemberFilter.Types | MemberFilter.Variables | MemberFilter.Enums, bool publicImports = false)
{
var scan = new MemberCompletionEnumeration(ctxt, cdgen) { isVarInst = isVarInstance };
scan.ScanBlock(block, CodeLocation.Empty, vis, publicImports);
}
public static AbstractCompletionProvider BuildCompletionData(ICompletionDataGenerator dataGen, IEditorData editor, string EnteredText)
{
var provider = Create(dataGen, editor, EnteredText);
if (provider != null)
provider.BuildCompletionData(editor, EnteredText);
return provider;
}
public static void EnumChildren(ICompletionDataGenerator cdgen,ResolutionContext ctxt, UserDefinedType udt,
MemberFilter vis = MemberFilter.Methods | MemberFilter.Types | MemberFilter.Variables | MemberFilter.Enums)
{
vis ^= MemberFilter.TypeParameters;
var scan = new MemberCompletionEnumeration(ctxt, cdgen) { isVarInst = udt.NonStaticAccess };
scan.DeepScanClass(udt, vis);
}
public static void ListProperties(ICompletionDataGenerator gen, MemberFilter vis, AbstractType t, bool isVariableInstance)
{
foreach (var n in ListProperties(t, !isVariableInstance))
{
if (AbstractVisitor.CanAddMemberOfType(vis, n))
{
gen.Add(n);
}
}
}
public static void EnumChildren(ICompletionDataGenerator cdgen, ResolutionContext ctxt, UserDefinedType udt, bool isVarInstance,
MemberFilter vis = MemberFilter.Methods | MemberFilter.Types | MemberFilter.Variables | MemberFilter.Enums)
{
var scan = new MemberCompletionEnumeration(ctxt, cdgen)
{
isVarInst = isVarInstance
};
scan.DeepScanClass(udt, vis);
}
public static void EnumChildren(ICompletionDataGenerator cdgen, ResolutionContext ctxt, IBlockNode block, bool isVarInstance,
MemberFilter vis = MemberFilter.Methods | MemberFilter.Types | MemberFilter.Variables | MemberFilter.Enums, bool publicImports = false)
{
var scan = new MemberCompletionEnumeration(ctxt, cdgen)
{
isVarInst = isVarInstance
};
scan.ScanBlock(block, CodeLocation.Empty, vis, publicImports);
}
public StructVis(TemplateIntermediateType structType,List<int> tkn,ICompletionDataGenerator gen,ResolutionContext ctxt)
: base(ctxt)
{
this.alreadyTakenNames = tkn;
this.gen = gen;
if (CompletionOptions.Instance.ShowStructMembersInStructInitOnly)
this.DeepScanClass(structType, MemberFilter.Variables, false);
else
IterateThroughScopeLayers(CodeLocation.Empty, MemberFilter.All);
}
public static void AddArrayProperties(ResolveResult rr, ICompletionDataGenerator cdg, ArrayDecl ArrayDecl = null)
{
CreateArtificialProperties(ArrayProps, cdg, ArrayDecl);
cdg.Add(new DVariable
{
Name = "ptr",
Description = "Returns pointer to the array",
Type = new PointerDecl(ArrayDecl == null ? new DTokenDeclaration(DTokens.Void) : ArrayDecl.ValueType)
});
}
public static void AddArrayProperties(ISemantic rr, ICompletionDataGenerator cdg, ArrayDecl ArrayDecl = null)
{
CreateArtificialProperties(ArrayProps, cdg, ArrayDecl);
cdg.Add(new DVariable
{
Name = "ptr",
Description = "Returns pointer to the array",
Type = new PointerDecl(ArrayDecl == null ? new DTokenDeclaration(DTokens.Void) : ArrayDecl.ValueType)
});
}
public static AbstractCompletionProvider BuildCompletionData(ICompletionDataGenerator dataGen, IEditorData editor, string EnteredText)
{
var provider = Create(dataGen, editor, EnteredText);
if (provider != null)
{
provider.BuildCompletionData(editor, EnteredText);
}
return(provider);
}
public static void Generate(ISemantic rr, ResolutionContext ctxt, IEditorData ed, ICompletionDataGenerator gen)
{
if(ed.ParseCache!=null)
foreach (var pc in ed.ParseCache)
if (pc != null && pc.UfcsCache != null && pc.UfcsCache.CachedMethods != null)
{
var r=pc.UfcsCache.FindFitting(ctxt, ed.CaretLocation, rr);
if(r!=null)
foreach (var m in r)
gen.Add(m);
}
}
public static void EnumChildren(ICompletionDataGenerator cdgen, ResolutionContext ctxt, UserDefinedType udt,
MemberFilter vis = MemberFilter.Methods | MemberFilter.Types | MemberFilter.Variables | MemberFilter.Enums)
{
vis ^= MemberFilter.TypeParameters;
var scan = new MemberCompletionEnumeration(ctxt, cdgen)
{
isVarInst = udt.NonStaticAccess
};
scan.DeepScanClass(udt, vis);
}
/// <summary>
/// Generates the completion data.
/// </summary>
/// <param name="alreadyCheckedCompletionContext">Set to <c>false</c> if you already ensured that completion can occur in the current editing context.</param>
public static bool GenerateCompletionData(IEditorData editor,
ICompletionDataGenerator completionDataGen, char triggerChar, bool alreadyCheckedCompletionContext = false)
{
if (!alreadyCheckedCompletionContext && !IsCompletionAllowed(editor, triggerChar))
{
return(false);
}
IBlockNode _b = null;
IStatement _s;
bool inNonCode;
var sr = FindCurrentCaretContext(editor, ref _b, out _s, out inNonCode);
if (inNonCode)
{
return(false);
}
if (editor.CaretLocation > _b.EndLocation)
{
_b = editor.SyntaxTree;
_s = null;
}
var complVis = new CompletionProviderVisitor(completionDataGen, triggerChar)
{
scopedBlock = _b, scopedStatement = _s
};
if (sr is INode)
{
(sr as INode).Accept(complVis);
}
else if (sr is IStatement)
{
(sr as IStatement).Accept(complVis);
}
else if (sr is IExpression)
{
(sr as IExpression).Accept(complVis);
}
if (complVis.GeneratedProvider == null)
{
return(false);
}
complVis.GeneratedProvider.BuildCompletionData(editor, triggerChar);
return(true);
}
public static void EnumAllAvailableMembers(ICompletionDataGenerator cdgen, IBlockNode ScopedBlock
, IStatement ScopedStatement,
CodeLocation Caret,
ParseCacheView CodeCache,
MemberFilter VisibleMembers,
ConditionalCompilationFlags compilationEnvironment = null)
{
var ctxt = ResolutionContext.Create(CodeCache, compilationEnvironment, ScopedBlock, ScopedStatement);
var en = new MemberCompletionEnumeration(ctxt, cdgen) {isVarInst = true};
en.IterateThroughScopeLayers(Caret, VisibleMembers);
}
// Associative Arrays' properties have to be inserted manually
static void CreateArtificialProperties(StaticProperty[] Properties, ICompletionDataGenerator cdg, ITypeDeclaration DefaultPropType = null)
{
foreach (var prop in Properties)
{
var p = new DVariable()
{
Name = prop.Name,
Description = prop.Description,
Type = prop.OverrideType != null ? prop.OverrideType : DefaultPropType
};
cdg.Add(p);
}
}
/// <summary>
/// Generates the completion data.
/// </summary>
/// <param name="checkForCompletionAllowed">Set to <c>false</c> if you already ensured that completion can occur in the current editing context.</param>
public static bool GenerateCompletionData(IEditorData editor,
ICompletionDataGenerator completionDataGen, char triggerChar, bool alreadyCheckedCompletionContext = false)
{
if(!alreadyCheckedCompletionContext && !IsCompletionAllowed(editor, triggerChar))
return false;
var provider = AbstractCompletionProvider.Create(completionDataGen, editor, triggerChar);
if (provider == null)
return false;
provider.BuildCompletionData(editor, triggerChar);
return true;
}
public StructVis(TemplateIntermediateType structType, List <int> tkn, ICompletionDataGenerator gen, ResolutionContext ctxt)
: base(ctxt)
{
this.alreadyTakenNames = tkn;
this.gen = gen;
if (CompletionOptions.Instance.ShowStructMembersInStructInitOnly)
{
this.DeepScanClass(structType, MemberFilter.Variables, false);
}
else
{
IterateThroughScopeLayers(CodeLocation.Empty, MemberFilter.All);
}
}
public static void EnumAllAvailableMembers(ICompletionDataGenerator cdgen, IBlockNode ScopedBlock
, IStatement ScopedStatement,
CodeLocation Caret,
ParseCacheView CodeCache,
MemberFilter VisibleMembers,
ConditionalCompilationFlags compilationEnvironment = null)
{
var ctxt = ResolutionContext.Create(CodeCache, compilationEnvironment, ScopedBlock, ScopedStatement);
var en = new MemberCompletionEnumeration(ctxt, cdgen)
{
isVarInst = true
};
en.IterateThroughScopeLayers(Caret, VisibleMembers);
}
/// <summary>
/// Generates the completion data.
/// </summary>
/// <param name="checkForCompletionAllowed">Set to <c>false</c> if you already ensured that completion can occur in the current editing context.</param>
public static bool GenerateCompletionData(IEditorData editor,
ICompletionDataGenerator completionDataGen, char triggerChar, bool alreadyCheckedCompletionContext = false)
{
if (!alreadyCheckedCompletionContext && !IsCompletionAllowed(editor, triggerChar))
{
return(false);
}
var provider = AbstractCompletionProvider.Create(completionDataGen, editor, triggerChar);
if (provider == null)
{
return(false);
}
provider.BuildCompletionData(editor, triggerChar);
return(true);
}
/// <summary>
/// Adds init, sizeof, alignof, mangleof, stringof to the completion list
/// </summary>
public static void AddGenericProperties(ResolveResult rr, ICompletionDataGenerator cdg, INode relatedNode = null, bool DontAddInitProperty = false)
{
if (!DontAddInitProperty)
{
var prop_Init = new DVariable();
if (relatedNode != null)
{
prop_Init.AssignFrom(relatedNode);
}
// Override the initializer variable's name and description
prop_Init.Name = "init";
prop_Init.Description = "A type's or variable's static initializer expression";
cdg.Add(prop_Init);
}
CreateArtificialProperties(GenericProps, cdg);
}
/// <summary>
/// Adds init, sizeof, alignof, mangleof, stringof to the completion list
/// </summary>
public static void AddGenericProperties(ISemantic rr, ICompletionDataGenerator cdg, INode relatedNode = null, bool DontAddInitProperty = false)
{
if (!DontAddInitProperty)
{
var prop_Init = new DVariable();
if (relatedNode != null)
prop_Init.AssignFrom(relatedNode);
// Override the initializer variable's name and description
prop_Init.Name = "init";
prop_Init.Description = "A type's or variable's static initializer expression";
cdg.Add(prop_Init);
}
CreateArtificialProperties(GenericProps, cdg);
}
public LabelVisitor(ICompletionDataGenerator gen)
{
this.gen = gen;
}
public static void ListProperties(ICompletionDataGenerator gen, ResolutionContext ctxt, MemberFilter vis, AbstractType t, bool isVariableInstance)
{
foreach (var n in ListProperties(t, ctxt, !isVariableInstance))
if (AbstractVisitor.CanAddMemberOfType(vis, n))
gen.Add(n);
}
protected MemberCompletionEnumeration(ResolutionContext ctxt, ICompletionDataGenerator gen)
: base(ctxt)
{
this.gen = gen;
}
public CtrlSpaceCompletionProvider(ICompletionDataGenerator cdg) : base(cdg) { }
public AttributeCompletionProvider(DAttribute attr, ICompletionDataGenerator gen) : base(gen)
{
this.Attribute = attr;
}
//public TraitsExpression TraitsExpr;
public TraitsExpressionCompletionProvider(ICompletionDataGenerator gen) : base(gen)
{
}
public static void AddClassTypeProperties(ICompletionDataGenerator cdg, INode relatedNode = null)
{
CreateArtificialProperties(ClassTypeProps, cdg);
}
public InlineAsmCompletionProvider(AbstractStatement gs, ICompletionDataGenerator gen) : base(gen)
{
this.gs = gs;
}
public AbstractCompletionSupport(ICompletionDataGenerator CompletionDataGenerator)
{
this.CompletionDataGenerator = CompletionDataGenerator;
}
public PropertyAttributeCompletionProvider(ICompletionDataGenerator cdg)
: base(cdg)
{
}
public VersionSpecificationCompletionProvider(ICompletionDataGenerator gen) : base(gen)
{
}
/// <summary>
/// Adds init, max, min to the completion list
/// </summary>
public static void AddIntegralTypeProperties(int TypeToken, ISemantic rr, ICompletionDataGenerator cdg, INode relatedNode = null, bool DontAddInitProperty = false)
{
var intType = new DTokenDeclaration(TypeToken);
if (!DontAddInitProperty)
{
var prop_Init = new DVariable() { Type = intType, Initializer = new IdentifierExpression(0, LiteralFormat.Scalar) };
if (relatedNode != null)
prop_Init.AssignFrom(relatedNode);
// Override the initializer variable's name and description
prop_Init.Name = "init";
prop_Init.Description = "A type's or variable's static initializer expression";
cdg.Add(prop_Init);
}
CreateArtificialProperties(IntegralProps, cdg, intType);
}
// Associative Arrays' properties have to be inserted manually
static void CreateArtificialProperties(StaticProperty[] Properties, ICompletionDataGenerator cdg, ITypeDeclaration DefaultPropType = null)
{
foreach (var prop in Properties)
{
var p = new DVariable()
{
Name = prop.Name,
Description = prop.Description,
Type = prop.OverrideType != null ? prop.OverrideType : DefaultPropType
};
cdg.Add(p);
}
}
public static void AddAssocArrayProperties(ResolveResult rr, ICompletionDataGenerator cdg, ArrayDecl ad)
{
var ll = new List <INode>();
ll.Add(new DVariable()
{
Name = "sizeof",
Description = "Returns the size of the reference to the associative array; it is typically 8.",
Type = new IdentifierDeclaration("size_t"),
Initializer = new IdentifierExpression(8, LiteralFormat.Scalar)
});
/*ll.Add(new DVariable() {
* Name="length",
* Description="Returns number of values in the associative array. Unlike for dynamic arrays, it is read-only.",
* Type=new IdentifierDeclaration("size_t")
* });*/
if (ad != null)
{
ll.Add(new DVariable()
{
Name = "keys",
Description = "Returns dynamic array, the elements of which are the keys in the associative array.",
Type = new ArrayDecl()
{
ValueType = ad.KeyType
}
});
ll.Add(new DVariable()
{
Name = "values",
Description = "Returns dynamic array, the elements of which are the values in the associative array.",
Type = new ArrayDecl()
{
ValueType = ad.ValueType
}
});
ll.Add(new DVariable()
{
Name = "rehash",
Description = "Reorganizes the associative array in place so that lookups are more efficient. rehash is effective when, for example, the program is done loading up a symbol table and now needs fast lookups in it. Returns a reference to the reorganized array.",
Type = ad
});
ll.Add(new DVariable()
{
Name = "byKey",
Description = "Returns a delegate suitable for use as an Aggregate to a ForeachStatement which will iterate over the keys of the associative array.",
Type = new DelegateDeclaration()
{
ReturnType = new ArrayDecl()
{
ValueType = ad.KeyType
}
}
});
ll.Add(new DVariable()
{
Name = "byValue",
Description = "Returns a delegate suitable for use as an Aggregate to a ForeachStatement which will iterate over the values of the associative array.",
Type = new DelegateDeclaration()
{
ReturnType = new ArrayDecl()
{
ValueType = ad.ValueType
}
}
});
ll.Add(new DMethod()
{
Name = "get",
Description = "Looks up key; if it exists returns corresponding value else evaluates and returns defaultValue.",
Type = ad.ValueType,
Parameters = new List <INode> {
new DVariable()
{
Name = "key",
Type = ad.KeyType
},
new DVariable()
{
Name = "defaultValue",
Type = ad.ValueType,
Attributes = new List <DAttribute> {
new DAttribute(DTokens.Lazy)
}
}
}
});
}
foreach (var prop in ll)
{
cdg.Add(prop);
}
}
public static void AddAssocArrayProperties(ISemantic rr, ICompletionDataGenerator cdg, ArrayDecl ad)
{
var ll = new List<INode>();
/*ll.Add(new DVariable()
{
Name = "sizeof",
Description = "Returns the size of the reference to the associative array; it is typically 8.",
Type = new IdentifierDeclaration("size_t"),
Initializer = new IdentifierExpression(8, LiteralFormat.Scalar)
});*/
ll.Add(new DVariable() {
Name="length",
Description="Returns number of values in the associative array. Unlike for dynamic arrays, it is read-only.",
Type = new IdentifierDeclaration("size_t"),
Initializer= ad!=null? ad.KeyExpression : null
});
if (ad != null)
{
ll.Add(new DVariable()
{
Name = "keys",
Description = "Returns dynamic array, the elements of which are the keys in the associative array.",
Type = new ArrayDecl() { ValueType = ad.KeyType }
});
ll.Add(new DVariable()
{
Name = "values",
Description = "Returns dynamic array, the elements of which are the values in the associative array.",
Type = new ArrayDecl() { ValueType = ad.ValueType }
});
ll.Add(new DVariable()
{
Name = "rehash",
Description = "Reorganizes the associative array in place so that lookups are more efficient. rehash is effective when, for example, the program is done loading up a symbol table and now needs fast lookups in it. Returns a reference to the reorganized array.",
Type = ad
});
ll.Add(new DVariable()
{
Name = "byKey",
Description = "Returns a delegate suitable for use as an Aggregate to a ForeachStatement which will iterate over the keys of the associative array.",
Type = new DelegateDeclaration() { ReturnType = new ArrayDecl() { ValueType = ad.KeyType } }
});
ll.Add(new DVariable()
{
Name = "byValue",
Description = "Returns a delegate suitable for use as an Aggregate to a ForeachStatement which will iterate over the values of the associative array.",
Type = new DelegateDeclaration() { ReturnType = new ArrayDecl() { ValueType = ad.ValueType } }
});
ll.Add(new DMethod()
{
Name = "get",
Description = "Looks up key; if it exists returns corresponding value else evaluates and returns defaultValue.",
Type = ad.ValueType,
Parameters = new List<INode> {
new DVariable(){
Name="key",
Type=ad.KeyType
},
new DVariable(){
Name="defaultValue",
Type=ad.ValueType,
Attributes=new List<DAttribute>{ new DAttribute(DTokens.Lazy)}
}
}
});
}
foreach (var prop in ll)
cdg.Add(prop);
}
//public TraitsExpression TraitsExpr;
public TraitsExpressionCompletionProvider(ICompletionDataGenerator gen)
: base(gen)
{
}
public SelectiveImportCompletionProvider(ICompletionDataGenerator gen, ImportStatement.Import imp) : base(gen) {
import = imp;
}
public StructInitializerCompletion(ICompletionDataGenerator gen, DVariable initializedVariable, StructInitializer init) : base(gen)
{
this.initedVar = initializedVariable;
this.init = init;
}
public CtrlSpaceCompletionProvider(ICompletionDataGenerator cdg) : base(cdg)
{
}
//public ScopeGuardStatement ScopeStmt;
public ScopeAttributeCompletionProvider(ICompletionDataGenerator gen) : base(gen)
{
}
public static void AddClassTypeProperties(ICompletionDataGenerator cdg, INode relatedNode = null)
{
CreateArtificialProperties(ClassTypeProps, cdg);
}
public static void AddFloatingTypeProperties(int TypeToken, ISemantic rr, ICompletionDataGenerator cdg, INode relatedNode = null, bool DontAddInitProperty = false)
{
var intType = new DTokenDeclaration(TypeToken);
if (!DontAddInitProperty)
{
var prop_Init = new DVariable() {
Type = intType,
Initializer = new PostfixExpression_Access() {
PostfixForeExpression = new TokenExpression(TypeToken),
AccessExpression = new IdentifierExpression("nan")
}
};
if (relatedNode != null)
prop_Init.AssignFrom(relatedNode);
// Override the initializer variable's name and description
prop_Init.Name = "init";
prop_Init.Description = "A type's or variable's static initializer expression";
cdg.Add(prop_Init);
}
CreateArtificialProperties(FloatingTypeProps, cdg, intType);
}
public AttributeCompletionProvider(ICompletionDataGenerator gen)
: base(gen)
{
}
public MemberCompletionProvider(ICompletionDataGenerator cdg) : base(cdg) { }