/// <summary>
/// Check if the Method Signature Matches with the Method Signature of the Crysl
/// </summary>
/// <param name="cryptoMethod"></param>
/// <param name="methodSymbol"></param>
/// <returns></returns>
public bool IsMethodInEvents(CryptoSignature cryptoMethod, IMethodSymbol methodSymbol, ICollection <ObjectsDeclaration> objectsDeclarations)
{
bool isMethodInEvents = false;
if (cryptoMethod.Method_Name.Equals(methodSymbol.Name) && !cryptoMethod.Is_property)
{
if (cryptoMethod.Argument_types.Count == methodSymbol.Parameters.Length)
{
bool isValidArgument = false;
if (cryptoMethod.Argument_types.Count > 0)
{
var argumentsArray = cryptoMethod.Argument_types.ToArray();
for (int i = 0; i < cryptoMethod.Argument_types.Count; i++)
{
isValidArgument = IsArgumentValid(argumentsArray[i], methodSymbol.Parameters[i], objectsDeclarations);
if (!isValidArgument)
{
return(false);
}
}
isMethodInEvents = true;
}
else
{
isMethodInEvents = true;
}
}
}
return(isMethodInEvents);
}
public override object VisitObjectAssnWithoutArguments(CryslGrammarParser.ObjectAssnWithoutArgumentsContext context)
{
CryptoSignature cryptoSignature = new CryptoSignature();
foreach (var varName in context.VARNAME())
{
//Check for crypto signature identifiers
if (varName.Symbol.TokenIndex < context.COLON().Symbol.TokenIndex)
{
cryptoSignature.Event_Var_Name = varName.GetText();
}
//Check for Object Assignment
else if (varName.Symbol.TokenIndex > context.COLON().Symbol.TokenIndex&& varName.Symbol.TokenIndex < context.EQUALS().Symbol.TokenIndex)
{
cryptoSignature.Object_variable = varName.GetText();
}
//Check for crypto signature methods
else if (varName.Symbol.TokenIndex > context.EQUALS().Symbol.TokenIndex&& (varName.Symbol.TokenIndex < context.OP().Symbol.TokenIndex&& varName.Symbol.TokenIndex < context.CP().Symbol.TokenIndex))
{
cryptoSignature.Method_Name = varName.GetText();
cryptoSignature.Is_property = false;
}
}
return(cryptoSignature);
}
public override object VisitObjectAssnWithArguments(CryslGrammarParser.ObjectAssnWithArgumentsContext context)
{
Dictionary <int, string> argumentValues = new Dictionary <int, string>();
CryptoSignature cryptoSignature = new CryptoSignature();
//ArgumentTypes argumentTypes = new ArgumentTypes();
List <ArgumentTypes> argumentsList = new List <ArgumentTypes>();
foreach (var varName in context.VARNAME())
{
//Check for crypto signature identifiers
if (varName.Symbol.TokenIndex < context.COLON().Symbol.TokenIndex)
{
cryptoSignature.Event_Var_Name = varName.GetText();
}
//Check for Object Assignment
else if (varName.Symbol.TokenIndex > context.COLON().Symbol.TokenIndex&& varName.Symbol.TokenIndex < context.EQUALS().Symbol.TokenIndex)
{
cryptoSignature.Object_variable = varName.GetText();
}
//Check for crypto signature methods
else if (varName.Symbol.TokenIndex > context.EQUALS().Symbol.TokenIndex&& (varName.Symbol.TokenIndex < context.OP().Symbol.TokenIndex&& varName.Symbol.TokenIndex < context.CP().Symbol.TokenIndex))
{
cryptoSignature.Method_Name = varName.GetText();
cryptoSignature.Is_property = false;
}
//Check for crypto signature argument values
else if (varName.Symbol.TokenIndex > context.OP().Symbol.TokenIndex&& varName.Symbol.TokenIndex < context.CP().Symbol.TokenIndex)
{
argumentValues.Add(varName.Symbol.TokenIndex, varName.GetText());
}
}
//Check for optional arguments
foreach (var opArguments in context.UNSCORE())
{
if (opArguments.Symbol.TokenIndex > context.OP().Symbol.TokenIndex&& opArguments.Symbol.TokenIndex < context.CP().Symbol.TokenIndex)
{
argumentValues.Add(opArguments.Symbol.TokenIndex, opArguments.GetText());
}
}
var sortedArgumentsList = from arguments in argumentValues
orderby arguments.Key ascending
select arguments;
foreach (KeyValuePair <int, string> sortedArguments in sortedArgumentsList)
{
ArgumentTypes argumentTypes = new ArgumentTypes();
argumentTypes.Argument = sortedArguments.Value;
argumentsList.Add(argumentTypes);
}
cryptoSignature.Argument_types = argumentsList;
return(cryptoSignature);
}
public override object VisitWithoutAggregator(CryslGrammarParser.WithoutAggregatorContext context)
{
List <CryptoSignature> cryptoSignatureList = new List <CryptoSignature>();
Methods eventMethods = new Methods();
CryptoSignature cryptoSignature = (CryptoSignature)Visit(context.sngevent());
cryptoSignatureList.Add(cryptoSignature);
eventMethods.Crypto_Signature = cryptoSignatureList;
return(eventMethods);
}
public override object VisitWithAggregator(CryslGrammarParser.WithAggregatorContext context)
{
List <CryptoSignature> cryptoSignatureList = new List <CryptoSignature>();
Methods eventMethods = new Methods();
foreach (var events in context.@event())
{
CryptoSignature cryptoSignature = (CryptoSignature)Visit(events);
cryptoSignatureList.Add(cryptoSignature);
}
eventMethods.Crypto_Signature = cryptoSignatureList;
Aggregator aggregator = (Aggregator)Visit(context.aggregator());
eventMethods.Aggregator = aggregator;
return(eventMethods);
}
