public Capture(IdenType type, int index)
{
Debug.Assert(index >= 0);
this.index = index;
this.type = type;
}
List <Capture> GetMatchesOrdinal(ref int max)
{
var match = new List <Capture>();
var strCmp = Context.IgnoreCase ?
StringComparison.OrdinalIgnoreCase :
StringComparison.Ordinal;
IdenType idenType = IdenType.Argument;
foreach (IListEnumerable list in this.literals)
{
int id = 0;
foreach (string name in list)
{
int length = name.Length;
if (length >= max && String.Compare(
this.expr, this.curPos, name, 0, length, strCmp) == 0)
{
if (length != max)
{
match.Clear();
}
match.Add(new Capture(idenType, id));
max = length;
}
id++;
}
idenType++;
}
return(match);
}
List <Capture> GetMatchesCulture(ref int max)
{
CultureInfo culture = Context.Culture;
var matches = new List <Capture>();
#if SILVERLIGHT
var compare = Context.IgnoreCase?
CompareOptions.IgnoreCase : CompareOptions.None;
#else
bool ignCase = Context.IgnoreCase;
#endif
IdenType idenType = IdenType.Argument;
foreach (IListEnumerable list in this.literals)
{
int id = 0;
foreach (string name in list)
{
int length = name.Length;
if (length >= max &&
#if SILVERLIGHT
String.Compare(this.expr, this.curPos, name, 0, length, culture, compare) == 0)
#else
String.Compare(this.expr, this.curPos, name, 0, length, ignCase, culture) == 0)
#endif
{
if (length != max)
{
matches.Clear();
}
matches.Add(new Capture(idenType, id));
max = length;
}
id++;
}
idenType++;
}
return(matches);
}
public override int doFinalize()
{
int errCount = 0;
Ident parentIdent = (this.Parent is Ident ? (Ident)this.Parent : default(Ident));
//Check what we have here (possible outcomes: variableacces, arrayaccess, functioncall, namespaceaccess)
#region typeDetection
type = IdenType.NamespaceAccess;
var fncCalls = this.getAllChildrenOf <FunctionCall>();
var arrAccess = this.getAllChildrenOf <ArrayAccess>();
if (this.Parent is Template && !(this.Parent.Parent is Ident))
{
type = IdenType.TemplateVar;
}
else if (this.Parent is SqfCall && ((SqfCall)this.Parent).Name == this)
{
type = IdenType.SqfCommandName;
}
else if (this.IsSelfReference)
{
type = IdenType.ThisVar;
}
else if (fncCalls.Count > 0)
{
type = IdenType.FunctionCall;
}
else if (arrAccess.Count > 0)
{
type = IdenType.ArrayAccess;
}
else if (IsNamespaceAccess())
{
type = IdenType.NamespaceAccess;
}
else if (parentIdent == null && this.Access == AccessType.NA)
{
if (this.Parent is Interfaces.iClass || (this.Parent is Interfaces.iFunction && ((Interfaces.iFunction) this.Parent).ReturnType.ident == this) || this.Parent is Value || this.Parent is Variable)
{
type = IdenType.NamespaceAccess;
}
else
{
type = IdenType.VariableAccess;
}
}
else if (parentIdent != null && (
(parentIdent.Access == AccessType.Namespace && this.Access == AccessType.NA) ||
this.Access == AccessType.Instance ||
(parentIdent.Access == AccessType.Instance && this.Access == AccessType.NA)
))
{
var ntr = HelperClasses.NamespaceResolver.createNSR(this);
if (ntr == null)
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0012, this.Line, this.Pos, this.File));
errCount++;
return(errCount);
}
if (ntr.Reference is Interfaces.iClass)
{
type = IdenType.NamespaceAccess;
}
else
{
type = IdenType.VariableAccess;
}
}
else if (this.Access == AccessType.Namespace)
{
type = IdenType.NamespaceAccess;
}
else if (this.Access == AccessType.Instance && parentIdent == null)
{
type = IdenType.VariableAccess;
}
else
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.UNKNOWN, this.Line, this.Pos, this.File));
errCount++;
}
#endregion
//And process it then ((unless its a simple ident, then we do not want to process ... here any further))
if (
this.IsSimpleIdentifier &&
(
(this.Parent is Interfaces.iName && ((Interfaces.iName) this.Parent).Name == this) ||
(this.Parent is Interfaces.iHasType && !(this.Parent is Expression) && ((Interfaces.iHasType) this.Parent).ReferencedType.ident == this)
) &&
!(this.Parent is AssignContainer) &&
!(this.Parent is NewInstance) &&
!(this.Parent is Interfaces.iHasType && ((Interfaces.iHasType) this.Parent).ReferencedType.ident == this)
)
{
this.ReferencedObject = this.Parent;
if (this.Parent is Interfaces.iHasType)
{
this.ReferencedType = ((Interfaces.iHasType) this.Parent).ReferencedType;
}
else //todo: try to replace with proper refObject type
{
this.ReferencedType = new VarTypeObject(this, (this.Parent is Interfaces.iTemplate ? ((Interfaces.iTemplate) this.Parent).TemplateObject : null));
}
}
else
{
switch (type)
{
#region ThisVar
case IdenType.ThisVar:
{
Interfaces.iClass curObject = this.getFirstOf <Interfaces.iClass>();
this.ReferencedObject = (pBaseLangObject)curObject;
this.ReferencedType = curObject.VTO;
var fnc = this.getFirstOf <Interfaces.iFunction>();
if (fnc.FunctionEncapsulation == Encapsulation.Static)
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0055, this.Line, this.Pos, this.File));
errCount++;
}
}
break;
#endregion
#region TemplateVar
case IdenType.TemplateVar:
{
this.ReferencedObject = (pBaseLangObject)this.getFirstOf <Interfaces.iClass>();
this.ReferencedType = ((Interfaces.iClass) this.ReferencedObject).VTO;
}
break;
#endregion
#region SqfCommandName
case IdenType.SqfCommandName:
{
this.ReferencedObject = this.Parent;
this.ReferencedType = ((SqfCall)this.Parent).ReferencedType;
}
break;
#endregion
#region VariableAccess & ArrayAccess
case IdenType.VariableAccess:
case IdenType.ArrayAccess:
{
var nsr = HelperClasses.NamespaceResolver.createNSR(this);
if (nsr != null && nsr.IsValid && (nsr.Reference is oosEnum.EnumEntry || nsr.Reference is oosEnum))
{
if (nsr.Reference is oosEnum.EnumEntry)
{
var entry = (oosEnum.EnumEntry)nsr.Reference;
this.ReferencedObject = entry;
this.ReferencedType = ((oosEnum)entry.Parent).ReferencedType;
break;
}
else if (nsr.Reference is oosEnum)
{
var e = (oosEnum)nsr.Reference;
this.ReferencedObject = e;
this.ReferencedType = e.ReferencedType;
break;
}
}
var variable = HelperClasses.NamespaceResolver.getVariableReferenceOfFQN(HelperClasses.NamespaceResolver.createNSR(this, true), true, this);
if (variable == null)
{
variable = HelperClasses.NamespaceResolver.getVariableReferenceOfFQN(this, false, this);
}
if (variable == null)
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0012, this.Line, this.Pos, this.File));
errCount++;
}
else
{
this.ReferencedObject = variable;
//Set type to variable type
this.ReferencedType = variable.varType;
if (type == IdenType.ArrayAccess)
{
if (variable.ReferencedType.IsObject)
{
//Check if given object is implementing the ArrayAccess operator
if (variable.ReferencedType.ident.LastIdent.ReferencedObject is Interfaces.iClass)
{
Interfaces.iClass classRef = (Interfaces.iClass)variable.ReferencedType.ident.LastIdent.ReferencedObject;
Interfaces.iOperatorFunction opFnc = classRef.getOperatorFunction(OverridableOperator.ArrayAccess);
if (opFnc == null)
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0005, this.Line, this.Pos, this.File));
errCount++;
}
else
{
this.ReferencedType = opFnc.ReturnType;
if (variable.TemplateObject != null)
{
var templateList = ((pBaseLangObject)opFnc).getAllParentsOf <Interfaces.iTemplate>();
foreach (var it in templateList)
{
var tmp = HelperClasses.ArgList.resolveVarTypeObject(opFnc.ReturnType, it.TemplateObject, variable.TemplateObject);
if (tmp != opFnc.ReturnType)
{
this.ReferencedType = tmp;
break;
}
}
}
}
}
else
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.UNKNOWN, this.Line, this.Pos, this.File));
errCount++;
}
}
else
{
//just check if this is an array type
switch (this.ReferencedType.varType)
{
case VarType.BoolArray:
this.ReferencedType = new VarTypeObject(this.ReferencedType);
this.ReferencedType.varType = VarType.Bool;
break;
case VarType.ScalarArray:
this.ReferencedType = new VarTypeObject(this.ReferencedType);
this.ReferencedType.varType = VarType.Scalar;
break;
default:
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0006, this.Line, this.Pos, this.File));
errCount++;
break;
}
}
}
}
}
break;
#endregion
#region FunctionCall
case IdenType.FunctionCall:
{
List <Interfaces.iFunction> fncList;
var fncCall = fncCalls[0];
var newInstance = this.getFirstOf <NewInstance>(true, typeof(Ident));
var fqn = this.FullyQualifiedName;
if (parentIdent != null && parentIdent.ReferencedObject is Variable)
{
//if (((Variable)parentIdent.ReferencedObject).ReferencedType.IsObject)
// fqn = ((Interfaces.iClass)((Variable)parentIdent.ReferencedObject).ReferencedType.ident.LastIdent.ReferencedObject).Name.LastIdent.FullyQualifiedName + "." + this.originalValue;
//else
parentIdent.ReferencedObject.finalize();
fqn = parentIdent.ReferencedType.ident.LastIdent.ReferencedType.ident.LastIdent.FullyQualifiedName + "." + this.originalValue;
}
if (newInstance == null)
{
fncList = HelperClasses.NamespaceResolver.getFunctionReferenceOfFQN(HelperClasses.NamespaceResolver.createNSR(fqn));
}
else
{
fncList = HelperClasses.NamespaceResolver.getFunctionReferenceOfFQN(HelperClasses.NamespaceResolver.createNSR(fqn + "." + this.originalValue));
}
if (fncList.Count == 0)
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0001, this.Line, this.Pos, this.File));
errCount++;
}
else
{
//Search the correct function in the possible matches
Interfaces.iFunction fnc = null;
foreach (var it in fncList)
{
if (HelperClasses.ArgList.matchesArglist(it.ArgList, fncCall.ArgList, (parentIdent != null && parentIdent.ReferencedObject is Variable ? (Variable)parentIdent.ReferencedObject : null)))
{
fnc = it;
break;
}
}
//Raise new linker issue if we could not locate a matching function
if (fnc == null)
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0002, this.Line, this.Pos, this.File));
errCount++;
}
else
{
if (fnc is Function && ((Function)fnc).IsConstructor && this.getFirstOf <NewInstance>() == null)
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0026, this.Line, this.Pos, this.File));
errCount++;
}
//Ref the object to the function
this.ReferencedObject = (pBaseLangObject)fnc;
//Ref the type to the return type
this.ReferencedType = fnc.ReturnType;
//As last step make sure we got the correct encapsulation here
var enc = fnc.FunctionEncapsulation;
if (enc != Encapsulation.Static && enc != Encapsulation.Public)
{
var parentClass = this.getFirstOf <Interfaces.iClass>();
HelperClasses.NamespaceResolver fncNsr = fnc.Name;
if (enc == Encapsulation.Private)
{
//Private encapsulation just requires checking the current class we are operating in
if (!fncNsr.isInNamespace(parentClass == null ? null : parentClass.Name))
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0003, this.Line, this.Pos, this.File));
errCount++;
}
}
else
{
//Protected we need to check ALL extended classes ...
var classes = parentClass.ExtendedClasses;
bool flag = false;
foreach (var it in classes)
{
if (fncNsr.isInNamespace(it))
{
flag = true;
break;
}
}
if (!flag)
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0004, this.Line, this.Pos, this.File));
errCount++;
}
}
}
}
}
}
break;
#endregion
#region NamespaceAccess
case IdenType.NamespaceAccess:
{
if (this.IsAnonymousIdent)
{
this.ReferencedObject = getClassTemplate();
this.ReferencedObject = null;
}
else
{
var nsr = HelperClasses.NamespaceResolver.createNSR(this);
if (nsr == null)
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0046, this.Line, this.Pos, this.File));
errCount++;
}
else
{
var reference = nsr.Reference;
this.ReferencedObject = reference;
if (reference is Interfaces.iClass)
{
this.ReferencedType = ((Interfaces.iClass)reference).VTO;
}
else if (reference is Interfaces.iFunction)
{
this.ReferencedType = ((Interfaces.iFunction)reference).ReturnType;
}
else
{
this.ReferencedType = null;
}
}
}
}
break;
#endregion
}
}
return(errCount);
}
public override int doFinalize()
{
int errCount = 0;
Ident parentIdent = (this.Parent is Ident ? (Ident)this.Parent : default(Ident));
//Check what we have here (possible outcomes: variableacces, arrayaccess, functioncall, namespaceaccess)
#region typeDetection
type = IdenType.NamespaceAccess;
var fncCalls = this.getAllChildrenOf<FunctionCall>();
var arrAccess = this.getAllChildrenOf<ArrayAccess>();
if (this.Parent is Template)
{
type = IdenType.TemplateVar;
}
else if (this.Parent is SqfCall && ((SqfCall)this.Parent).Name == this)
{
type = IdenType.SqfCommandName;
}
else if (this.IsSelfReference)
{
type = IdenType.ThisVar;
}
else if (fncCalls.Count > 0)
{
type = IdenType.FunctionCall;
}
else if (arrAccess.Count > 0)
{
type = IdenType.ArrayAccess;
}
else if (parentIdent == null && this.Access == AccessType.NA)
{
if (this.Parent is Interfaces.iClass || (this.Parent is Interfaces.iFunction && ((Interfaces.iFunction)this.Parent).ReturnType.ident == this))
type = IdenType.NamespaceAccess;
else
type = IdenType.VariableAccess;
}
else if (parentIdent != null && (
(parentIdent.Access == AccessType.Namespace && this.Access == AccessType.NA) ||
this.Access == AccessType.Instance ||
(parentIdent.Access == AccessType.Instance && this.Access == AccessType.NA)
))
{
var ntr = HelperClasses.NamespaceResolver.createNSR(this);
if (ntr.Reference is Interfaces.iClass)
type = IdenType.NamespaceAccess;
else
type = IdenType.VariableAccess;
}
else if (this.Access == AccessType.Namespace)
{
type = IdenType.NamespaceAccess;
}
else if (this.Access == AccessType.Instance && parentIdent == null)
{
type = IdenType.VariableAccess;
}
else
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.UNKNOWN, this.Line, this.Pos));
errCount++;
}
#endregion
//And process it then ((unless its a simple ident, then we do not want to process ... here any further))
if (this.IsSimpleIdentifier && ((this.Parent is Interfaces.iName && ((Interfaces.iName)this.Parent).Name == this) || (this.Parent is Interfaces.iHasType && !(this.Parent is Expression) && ((Interfaces.iHasType)this.Parent).ReferencedType.ident == this)) && !(this.Parent is AssignContainer))
{
this.referencedObject = this.Parent;
if (this.Parent is Interfaces.iHasType)
this.referencedType = ((Interfaces.iHasType)this.Parent).ReferencedType;
else //todo: try to replace with proper refObject type
this.referencedType = new VarTypeObject(this, true, (this.Parent is Interfaces.iTemplate ? ((Interfaces.iTemplate)this.Parent).TemplateObject : null) );
}
else
{
switch (type)
{
#region ThisVar
case IdenType.ThisVar:
{
Interfaces.iClass curObject = this.getFirstOf<Interfaces.iClass>();
this.referencedObject = (pBaseLangObject)curObject;
this.referencedType = curObject.VTO;
}
break;
#endregion
#region TemplateVar
case IdenType.TemplateVar:
{
this.referencedObject = (pBaseLangObject)this.getFirstOf<Interfaces.iClass>();
this.referencedType = ((Interfaces.iClass)this.referencedObject).VTO;
}
break;
#endregion
#region SqfCommandName
case IdenType.SqfCommandName:
{
this.referencedObject = this.Parent;
this.referencedType = ((SqfCall)this.Parent).ReferencedType;
}
break;
#endregion
#region VariableAccess & ArrayAccess
case IdenType.VariableAccess:
case IdenType.ArrayAccess:
{
var variable = HelperClasses.NamespaceResolver.getVariableReferenceOfFQN(HelperClasses.NamespaceResolver.createNSR(this,true), true, this);
if (variable == null)
{
variable = HelperClasses.NamespaceResolver.getVariableReferenceOfFQN(this, false, this);
}
if (variable == null)
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0012, this.Line, this.Pos));
errCount++;
}
this.referencedObject = variable;
//Set type to variable type
this.referencedType = variable.varType;
if (type == IdenType.ArrayAccess)
{
if (variable.ReferencedType.IsObject)
{
//Check if given object is implementing the ArrayAccess operator
if (variable.ReferencedType.ident.LastIdent.referencedObject is Interfaces.iClass)
{
Interfaces.iClass classRef = (Interfaces.iClass)variable.ReferencedType.ident.LastIdent.referencedObject;
Interfaces.iOperatorFunction opFnc = classRef.getOperatorFunction(OverridableOperator.ArrayAccess);
if (opFnc == null)
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0005, this.Line, this.Pos));
errCount++;
}
else
{
this.referencedType = opFnc.ReturnType;
if (variable.TemplateObject != null)
{
var templateList = ((pBaseLangObject)opFnc).getAllParentsOf<Interfaces.iTemplate>();
foreach (var it in templateList)
{
var tmp = HelperClasses.ArgList.resolveVarTypeObject(opFnc.ReturnType, it.TemplateObject, variable.TemplateObject);
if (tmp != opFnc.ReturnType)
{
this.referencedType = tmp;
break;
}
}
}
}
}
else
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.UNKNOWN, this.Line, this.Pos));
errCount++;
}
}
else
{
//just check if this is an array type
switch (this.referencedType.varType)
{
case VarType.BoolArray:
this.referencedType = new VarTypeObject(this.referencedType);
this.referencedType.varType = VarType.Bool;
break;
case VarType.ScalarArray:
this.referencedType = new VarTypeObject(this.referencedType);
this.referencedType.varType = VarType.Scalar;
break;
case VarType.StringArray:
this.referencedType = new VarTypeObject(this.referencedType);
this.referencedType.varType = VarType.String;
break;
default:
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0006, this.Line, this.Pos));
errCount++;
break;
}
}
}
}
break;
#endregion
#region FunctionCall
case IdenType.FunctionCall:
{
List<Interfaces.iFunction> fncList;
var fncCall = fncCalls[0];
var newInstance = this.getFirstOf<NewInstance>();
var fqn = this.FullyQualifiedName;
if (parentIdent != null && parentIdent.ReferencedObject is Variable)
{
//if (((Variable)parentIdent.ReferencedObject).ReferencedType.IsObject)
// fqn = ((Interfaces.iClass)((Variable)parentIdent.ReferencedObject).ReferencedType.ident.LastIdent.ReferencedObject).Name.LastIdent.FullyQualifiedName + "." + this.originalValue;
//else
fqn = parentIdent.ReferencedType.ident.LastIdent.referencedType.ident.LastIdent.FullyQualifiedName + "." + this.originalValue;
}
if (newInstance == null)
{
fncList = HelperClasses.NamespaceResolver.getFunctionReferenceOfFQN(HelperClasses.NamespaceResolver.createNSR(fqn));
}
else
{
fncList = HelperClasses.NamespaceResolver.getFunctionReferenceOfFQN(HelperClasses.NamespaceResolver.createNSR(fqn + "::" + this.originalValue));
}
if (fncList.Count == 0)
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.UNKNOWN, this.Line, this.Pos));
errCount++;
}
else
{
//Search the correct function in the possible matches
Interfaces.iFunction fnc = null;
foreach (var it in fncList)
{
if (HelperClasses.ArgList.matchesArglist(it.ArgList, fncCall.ArgList, (parentIdent.ReferencedObject is Variable ? (Variable)parentIdent.ReferencedObject : null)))
{
fnc = it;
break;
}
}
//Raise new linker issue if we could not locate a matching function
if (fnc == null)
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0002, this.Line, this.Pos));
errCount++;
}
else
{
if(fnc is Function && ((Function)fnc).IsConstructor && this.getFirstOf<NewInstance>() == null)
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0026, this.Line, this.Pos));
errCount++;
}
//Ref the object to the function
this.referencedObject = (pBaseLangObject)fnc;
//Ref the type to the return type
this.referencedType = fnc.ReturnType;
//As last step make sure we got the correct encapsulation here
var enc = fnc.FunctionEncapsulation;
if (enc != Encapsulation.Static && enc != Encapsulation.Public)
{
var parentClass = this.getFirstOf<Interfaces.iClass>();
HelperClasses.NamespaceResolver fncNsr = fnc.Name;
if (enc == Encapsulation.Private)
{
//Private encapsulation just requires checking the current class we are operating in
if (!fncNsr.isInNamespace(parentClass.Name))
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0003, this.Line, this.Pos));
errCount++;
}
}
else
{
//Protected we need to check ALL extended classes ...
var classes = parentClass.ExtendedClasses;
bool flag = false;
foreach (var it in classes)
{
if (fncNsr.isInNamespace(it))
{
flag = true;
break;
}
}
if (!flag)
{
Logger.Instance.log(Logger.LogLevel.ERROR, ErrorStringResolver.resolve(ErrorStringResolver.LinkerErrorCode.LNK0004, this.Line, this.Pos));
errCount++;
}
}
}
}
}
}
break;
#endregion
#region NamespaceAccess
case IdenType.NamespaceAccess:
{
var nsr = HelperClasses.NamespaceResolver.createNSR(this, this.IsAnonymousIdent);
var reference = nsr.Reference;
this.referencedObject = reference;
if (reference is Interfaces.iClass)
this.referencedType = ((Interfaces.iClass)reference).VTO;
else if (reference is Interfaces.iFunction)
this.referencedType = ((Interfaces.iFunction)reference).ReturnType;
else
this.referencedType = null;
}
break;
#endregion
}
}
return errCount;
}
Exception AmbiguousMatchException(int pos, List <Capture> matches)
{
Debug.Assert(matches != null);
Debug.Assert(matches.Count > 0);
var names = new List <string>(matches.Count);
foreach (Capture match in matches)
{
IdenType idenType = IdenType.Argument;
foreach (var list in this.literals)
{
if (idenType == match.Type)
{
int i = 0, id = match.Index;
foreach (string name in list)
{
if (i++ == id)
{
names.Add(name); break;
}
}
}
idenType++;
}
}
Debug.Assert(matches.Count == names.Count);
var buf = new StringBuilder(
Resource.errAmbiguousMatch);
for (int i = 0; i < matches.Count; i++)
{
string type = string.Empty;
switch (matches[i].Type)
{
case IdenType.Argument: type = Resource.sArgument; break;
case IdenType.Constant: type = Resource.sConstant; break;
case IdenType.Function: type = Resource.sFunction; break;
}
buf
.Append(' ')
.Append(type.ToLowerInvariant())
.Append(" \"")
.Append(names[i])
.Append('\"');
if (i + 1 == matches.Count)
{
buf.Append(' ').Append(Resource.sAnd);
}
else
{
buf.Append(i == matches.Count ? '.' : ',');
}
}
int len = names[0].Length;
return(new SyntaxException(
buf.ToString(), this.expr, pos, len));
}
