public override Expression Parse(Token[] tokens, int index)
{
if (index < tokens.Length - 2 && tokens[index].Type == TokenType.Identifier && tokens[index + 1].Type == TokenType.RoundOpen)
{
var function = new FunctionCall
{
Identifier = tokens[index],
ArgumentList = ParseSubExpression(tokens, index + 1, 1, ArgumentListParsers),
StringIndex = tokens[index].Index
};
function.Add(new SingleToken() { Token = function.Identifier});
if (function.ArgumentList != null) function.Add(function.ArgumentList);
function.TokenLength = 1 + function.ArgumentList.TokenLength;
var semiColonIndex = index + 1 + function.ArgumentList.TokenLength;
if (semiColonIndex < tokens.Length)
{
var semiColon = tokens[semiColonIndex];
if (semiColon.Type == TokenType.SemiColon)
{
function.SemiColon = semiColon;
function.TokenLength++;
function.Add(new SingleToken() { Token = semiColon});
}
}
var lastToken = tokens[index + function.TokenLength - 1];
function.StringLength = lastToken.Index + lastToken.Value.Length - function.StringIndex;
return function;
}
return null;
}
public void AddTransaction(string tType, IStepModel step, IStepService stepService, String stepName = "", String parentTransactionName = "")
{
try
{
var fc = new FunctionCall();
var fcs = new FunctionCallSignature { Name = tType};
//check if the step is already predefined. This is in case of surrounding web_concurrent_start and web_concurrent_end
//String name = (stepName == "") ? tNumber + ". " + step.ComposedName : tNumber + ". " + stepName;
fcs.Parameters.Add(new FunctionCallParameter(stepName, ParameterType.ArgtypeString));
//if we are adding lr_start_sub_transaction add the parent transaction name
if (tType.Contains("start_sub"))
fcs.Parameters.Add(new FunctionCallParameter(parentTransactionName, ParameterType.ArgtypeNumber));
//if we are adding lr_end_transaction add the LR_AUTO parameter
if (tType.Contains("end"))
fcs.Parameters.Add(new FunctionCallParameter("LR_AUTO", ParameterType.ArgtypeNumber));
fc.Signature = fcs;
fc.Location = new FunctionCallLocation(step.FunctionCall.Location.FilePath, null, null);
IStepModel newStep = stepService.GenerateStep(fc);
RelativeStep relativity = (tType.Contains("start")) ? RelativeStep.Before : RelativeStep.After;
if (tType.Contains("end"))
tNumber++;
stepService.AddStep(ref newStep, step, relativity, false);
}
catch (Exception ex)
{
MessageService.ShowMessage(string.Format(ex.StackTrace));
}
}
public override void Reset()
{
this.gameObject = null;
this.behaviour = null;
this.functionCall = null;
this.stopOnExit = false;
}
public void ProcessFunctionCall(FunctionCall FunctionCall)
{
if (FunctionCall.OverClause != null)
{
if (FunctionCall.OverClause.WindowFrameClause != null)
{
if (FunctionCall.OverClause.WindowFrameClause.WindowFrameType == WindowFrameType.Range)
{
_smells.SendFeedBack(25, FunctionCall.OverClause.WindowFrameClause);
}
}
else
{
if (FunctionCall.OverClause.OrderByClause != null)
{
switch (FunctionCall.FunctionName.Value.ToLower())
{
case "row_number":
case "rank":
case "dense_rank":
case "ntile":
case "lag":
case "lead":
break;
default:
_smells.SendFeedBack(26, FunctionCall.OverClause);
break;
}
}
}
}
}
private void Check(CodeElement e, SymbolTable table, FunctionCall call, FunctionDeclaration definition)
{
var parameters = definition.Profile.Parameters;
if (call.InputParameters.Count > parameters.Count) {
var m = System.String.Format("Function {0} only takes {1} parameters", definition.Name, parameters.Count);
DiagnosticUtils.AddError(e, m);
}
for (int c = 0; c < parameters.Count; c++) {
var expected = parameters[c];
if (c < call.InputParameters.Count) {
var actual = call.InputParameters[c];
if (actual.IsLiteral) continue;
var found = table.GetVariable(new URI(actual.Value));
if (found.Count < 1) DiagnosticUtils.AddError(e, "Parameter "+actual.Value+" is not referenced");
if (found.Count > 1) DiagnosticUtils.AddError(e, "Ambiguous reference to parameter "+actual.Value);
if (found.Count!= 1) continue;
var type = found[0] as Typed;
// type check. please note:
// 1- if only one of [actual|expected] types is null, overriden DataType.!= operator will detect it
// 2- if both are null, we WANT it to break: in TypeCobol EVERYTHING should be typed,
// and things we cannot know their type as typed as DataType.Unknown (which is a non-null valid type).
if (type == null || type.DataType != expected.DataType) {
var m = System.String.Format("Function {0} expected parameter {1} of type {2} (actual: {3})", definition.Name, c+1, expected.DataType, type.DataType);
DiagnosticUtils.AddError(e, m);
}
if (type != null && type.Length > expected.Length) {
var m = System.String.Format("Function {0} expected parameter {1} of max length {2} (actual: {3})", definition.Name, c+1, expected.Length, type.Length);
DiagnosticUtils.AddError(e, m);
}
} else {
var m = System.String.Format("Function {0} is missing parameter {1} of type {2}", definition.Name, c+1, expected.DataType);
DiagnosticUtils.AddError(e, m);
}
}
}
public override void Reset()
{
gameObject = null;
delivery = MessageType.SendMessage;
options = SendMessageOptions.DontRequireReceiver;
functionCall = null;
}
public override void Reset()
{
gameObject = null;
behaviour = null;
functionCall = null;
stopOnExit = false;
}
public CallStat(FunctionCall call)
{
ID = call.ID;
TotalHits = call.TotalHits;
TotalCallTime = call.TotalCallTime;
TotalTimeOutsideDest = call.TotalTimeOutsideDest;
}
private void checkIsSuspected(FunctionCall function)
{
if (function == null || function.Parameters == null) return;
if (function.Parameters.OfType<ColumnReferenceExpression>().Any())
{
IsSuspected = true;
}
}
protected virtual bool IsCallInsecure(FunctionCall call)
{
return
call.ParamTokens
.Any(y => y.TokenType == PhpTokenType.Variable && Php.Superglobals
.Any(z => z == y.Lexeme)) ||
call.ParamTokens
.Any(y => (y.TokenType == PhpTokenType.String || y.TokenType == PhpTokenType.HereDocString) &&
Php.Superglobals.Any(z => y.Lexeme.Contains(z)));
}
protected override bool IsCallInsecure(FunctionCall call)
{
return base.IsCallInsecure(call) && call.ParamTokens
.Any(x => (x.TokenType == PhpTokenType.String || x.TokenType == PhpTokenType.HereDocString) &&
x.Lexeme.ToLower().Contains("location:") &&
(Php.Superglobals
.Any(y => x.Lexeme.Contains(y)) ||
call.ParamTokens
.Any(y => y.TokenType == PhpTokenType.Variable && Php.Superglobals
.Any(z => y.Lexeme.Contains(z)))));
}
public void TestEmpty()
{
// Arrange
var data = MakeNestedArray();
var op = new FunctionCall(Empty.Builtin);
// Act
var result = op.RunAsSequence(data);
// Assert
result.Count().Should().Be(0);
}
private static bool GetFunction(AstRoot astRoot, ref int position, out FunctionCall functionCall, out Variable functionVariable)
{
// Note that we do not want just the deepest call since in abc(def())
// when position is over 'def' we actually want signature help for 'abc'
// while simple depth search will find 'def'.
functionVariable = null;
int p = position;
functionCall = astRoot.GetSpecificNodeFromPosition <FunctionCall>(p, (x) => {
var fc = x as FunctionCall;
// Take into account incompleted argument lists line in 'func(a|'
return(fc != null && (fc.Arguments.Contains(p) || (fc.CloseBrace == null && fc.Arguments.End == p)));
});
if (functionCall == null && position > 0)
{
// Retry in case caret is at the very end of function signature
// that does not have final close brace yet.
functionCall = astRoot.GetNodeOfTypeFromPosition <FunctionCall>(position - 1, includeEnd: true);
if (functionCall != null)
{
// But if signature does have closing brace and caret
// is beyond it, we are really otuside of the signature.
if (functionCall.CloseBrace != null && position >= functionCall.CloseBrace.End)
{
return(false);
}
if (position > functionCall.SignatureEnd)
{
position = functionCall.SignatureEnd;
}
}
}
if (functionCall != null && functionCall.Children.Count > 0)
{
functionVariable = functionCall.Children[0] as Variable;
if (functionVariable == null)
{
// Might be in a namespace
var op = functionCall.Children[0] as IOperator;
if (op != null && op.OperatorType == OperatorType.Namespace)
{
functionVariable = op.RightOperand as Variable;
}
}
return(functionVariable != null);
}
return(false);
}
public IInterpreter NoLimitsVariadicFunctionWithSpread()
{
var interpreter = new Interpreter.Interpreter();
foreach (var mutability in Options.AllMutabilityModes)
{
var env = Language.Environment.Create(new Options()
{
AllowInvalidMainResult = true
}.SetMutability(mutability));
var root_ns = env.Root;
root_ns.AddBuilder(FunctionBuilder.Create(
"sum",
ExpressionReadMode.ReadRequired,
NameFactory.Int64NameReference(),
Block.CreateStatement(new IExpression[] {
// let i0 = n.at(0)
VariableDeclaration.CreateStatement("i0", null, FunctionCall.Create(NameReference.Create("n", NameFactory.PropertyIndexerName),
FunctionArgument.Create(NatLiteral.Create("0")))),
// let i1 = n.at(1)
VariableDeclaration.CreateStatement("i1", null, FunctionCall.Create(NameReference.Create("n", NameFactory.PropertyIndexerName),
FunctionArgument.Create(NatLiteral.Create("1")))),
// return i0+i1
Return.Create(ExpressionFactory.Add("i0", "i1"))
}))
.Parameters(FunctionParameter.Create("n", NameFactory.Int64NameReference(), Variadic.Create(), null, isNameRequired: false)));
var main_func = root_ns.AddBuilder(FunctionBuilder.Create(
"main",
ExpressionReadMode.OptionalUse,
NameFactory.Int64NameReference(),
Block.CreateStatement(new IExpression[] {
VariableDeclaration.CreateStatement("x", null,
ExpressionFactory.HeapConstructor(NameFactory.ChunkNameReference(NameFactory.Int64NameReference()),
FunctionArgument.Create(NatLiteral.Create("2"))),
env.Options.ReassignableModifier()),
Assignment.CreateStatement(FunctionCall.Indexer(NameReference.Create("x"), FunctionArgument.Create(NatLiteral.Create("0"))),
Int64Literal.Create("-6")),
Assignment.CreateStatement(FunctionCall.Indexer(NameReference.Create("x"), FunctionArgument.Create(NatLiteral.Create("1"))),
Int64Literal.Create("8")),
Return.Create(FunctionCall.Create(NameReference.Create("sum"),
FunctionArgument.Create(Spread.Create(NameReference.Create("x")))))
})));
ExecValue result = interpreter.TestRun(env);
Assert.AreEqual(2L, result.RetValue.PlainValue);
}
return(interpreter);
}
public IInterpreter InheritingEnums()
{
var interpreter = new Interpreter.Interpreter();
foreach (var mutability in Options.AllMutabilityModes)
{
var env = Environment.Create(new Options()
{
AllowInvalidMainResult = true,
DebugThrowOnError = true
}.SetMutability(mutability));
var root_ns = env.Root;
root_ns.AddBuilder(TypeBuilder.CreateEnum("Weekend")
.With(EnumCaseBuilder.Create("Sat", "Sun"))
.SetModifier(EntityModifier.Base));
root_ns.AddBuilder(TypeBuilder.CreateEnum("First")
.With(EnumCaseBuilder.Create("Mon"))
.Parents("Weekend"));
root_ns.AddBuilder(FunctionBuilder.Create(
"main",
ExpressionReadMode.OptionalUse,
NameFactory.NatNameReference(),
Block.CreateStatement(new IExpression[] {
// let a Weekend = First.Sat
VariableDeclaration.CreateStatement("a", NameReference.Create("Weekend"),
// please note we only refer to "Sat" through "First", the type is still "Weekend"
NameReference.Create("First", "Sat")),
// var b First = Weekend.Sun
VariableDeclaration.CreateStatement("b", NameReference.Create("First"), NameReference.Create("Weekend", "Sun"),
env.Options.ReassignableModifier()),
// b = First.Mon
Assignment.CreateStatement(NameReference.Create("b"), NameReference.Create("First", "Mon")),
// let x = a to Nat; // 0
VariableDeclaration.CreateStatement("x", null, FunctionCall.ConvCall(NameReference.Create("a"),
NameFactory.NatNameReference())),
// let y = b to Nat; // 2
VariableDeclaration.CreateStatement("y", null, FunctionCall.ConvCall(NameReference.Create("b"),
NameFactory.NatNameReference())),
// return x + y
Return.Create(ExpressionFactory.Add(NameReference.Create("x"), NameReference.Create("y")))
})));
ExecValue result = interpreter.TestRun(env);
Assert.AreEqual(2UL, result.RetValue.PlainValue);
}
return(interpreter);
}
/// <summary>
/// Create call stack pattern and either insert into database or match to existing.
/// Update Associate Buggs.
/// </summary>
/// <param name="newCrash"></param>
private void BuildPattern(Crash newCrash)
{
var callstack = new CallStackContainer(newCrash);
newCrash.Module = callstack.GetModuleName();
if (newCrash.PatternId == null)
{
var patternList = new List <string>();
try
{
foreach (var entry in callstack.CallStackEntries.Take(CallStackContainer.MaxLinesToParse))
{
FunctionCall currentFunctionCall;
var csEntry = entry;
var functionCall = _unitOfWork.FunctionRepository.First(f => f.Call == csEntry.FunctionName);
if (functionCall != null)
{
currentFunctionCall = functionCall;
}
else
{
currentFunctionCall = new FunctionCall {
Call = csEntry.FunctionName
};
_unitOfWork.FunctionRepository.Save(currentFunctionCall);
_unitOfWork.Save();
}
patternList.Add(currentFunctionCall.Id.ToString());
}
newCrash.Pattern = string.Join("+", patternList);
}
catch (Exception ex)
{
var messageBuilder = new StringBuilder();
FLogger.Global.WriteException("Build Pattern exception: " + ex.Message.ToString(CultureInfo.InvariantCulture));
messageBuilder.AppendLine("Exception was:");
messageBuilder.AppendLine(ex.ToString());
while (ex.InnerException != null)
{
ex = ex.InnerException;
messageBuilder.AppendLine(ex.ToString());
}
_slackWriter.Write("Build Pattern Exception : " + ex.Message.ToString(CultureInfo.InvariantCulture));
throw;
}
}
}
public override void ExplicitVisit(FunctionCall node)
{
string functionName = node.FunctionName.Value;
if (RestrictedFunctionsList.Contains(functionName, StringComparer.InvariantCultureIgnoreCase))
{
FragmentsFound.Add(new FunctionCallFragmentInfo()
{
Fragment = node,
FunctionName = functionName
});
}
}
public void ContainsStringsTest()
{
// Arrange
var data = Json.String("abacabacab");
var op = new FunctionCall(
Contains.Builtin, new Literal("acab"));
// Act
var result = op.RunAsSequence(data);
// Assert
Json.Array(result).DeepEqual("[true]".AsJson()).Should().BeTrue();
}
public override void Visit(FunctionCall visitable)
{
WriteIndentantion(true).AppendLine($"Function call: {visitable.Name.Value}");
for (int i = 0; i < visitable.Arguments.Count; i++)
{
WriteIndentantion(true).AppendLine($"Argument {i}:");
Start(visitable.Arguments[i]);
_indentLevel--;
}
_indentLevel--;
}
private static void Process(this FunctionCall functionCall)
{
//functionCall.Name.Process();
var functionDeclaration = functionCall.Scope.GlobalFunctionSearch(functionCall.ExtendedId.Name);
if (functionDeclaration == null)
{
throw new ScopeException($"Function with name \"{functionCall.ExtendedId.Name}\" does not exist");
}
CheckCallParameters(functionCall, functionCall.FunctionCallParameters, functionDeclaration.ParameterNodes);
functionCall.ReturnType = functionDeclaration.ReturnType;
}
public FunctionCall CreateFunctionCall(string Name, Microsoft.Boogie.Type returnType, IList<Microsoft.Boogie.Type> argTypes)
{
var returnVar = new Formal(Token.NoToken, new TypedIdent(Token.NoToken, "", returnType), false);
var vars = new List<Variable>();
foreach (var T in argTypes)
{
vars.Add( new Formal(Token.NoToken, new TypedIdent(Token.NoToken, "",T), true));
}
// Finally build the function and the function call
var funcCall = new FunctionCall(new Function(Token.NoToken, Name, vars, returnVar));
return funcCall;
}
public void TestCallGraph()
{
var names = new List <string> {
"a", "b", "c"
};
var functions = new List <FunctionDeclaration>();
var calls = new List <FunctionCall>();
foreach (var id in names)
{
var functionCall = new FunctionCall(
new Range(new StringLocation(0), new StringLocation(1)),
"b",
new List <Expression>());
calls.Add(functionCall);
var body = new InstructionBlock(
new Range(new StringLocation(0), new StringLocation(1)),
new List <Expression> {
functionCall
});
var fun = new FunctionDeclaration(
new Range(new StringLocation(0), new StringLocation(1)),
id,
UnitType.Instance,
new List <VariableDeclaration>(),
body,
false);
functions.Add(fun);
}
foreach (var call in calls)
{
call.Declaration = functions[1];
}
var root = new Program(
new Range(new StringLocation(0), new StringLocation(1)),
new List <StructDeclaration>(),
functions);
CallGraphGenerator gen = new CallGraphGenerator();
var dict = gen.BuildCallGraph(root);
Assert.AreEqual(1, dict[functions[0]].Count);
Assert.AreEqual(1, dict[functions[1]].Count);
Assert.AreEqual(1, dict[functions[2]].Count);
Assert.IsTrue(dict[functions[0]].Contains(functions[1]));
Assert.IsTrue(dict[functions[1]].Contains(functions[1]));
Assert.IsTrue(dict[functions[2]].Contains(functions[1]));
}
public override void Evaluate(ComputationContext ctx)
{
if (this.Evaluation == null)
{
FunctionDefinition func = this.EnclosingScope <FunctionDefinition>();
if (func == null)
{
ctx.ErrorManager.AddError(ErrorCode.ReturnOutsideFunction, this);
}
else
{
if (func.IsResultTypeNameInfered)
{
if (this.Expr == null)
{
func.AddResultTypeCandidate(ctx.Env.UnitType.InstanceOf);
}
else
{
func.AddResultTypeCandidate(this.Expr.Evaluation.Components);
}
}
else
{
IEntityInstance func_result = func.ResultParameter.TypeName.Evaluation.Components;
if (this.Expr == null)
{
if (!ctx.Env.IsUnitType(func_result))
{
ctx.ErrorManager.AddError(ErrorCode.EmptyReturn, this);
}
}
else
{
this.DataTransfer(ctx, ref this.expr, func_result);
}
}
}
// https://stackoverflow.com/questions/7563981/why-isnt-g-tail-call-optimizing-while-gcc-is
// http://www.drdobbs.com/tackling-c-tail-calls/184401756
if (this.Expr is FunctionCall call && call.IsRecall() &&
!func.Parameters.Any(it => ctx.Env.IsReferenceOfType(it.TypeName.Evaluation.Components)))
{
this.TailCallOptimization = call;
}
this.Evaluation = ctx.Env.UnitEvaluation;
}
}
public IInterpreter OverridingMethodWithIndexerGetter()
{
var interpreter = new Interpreter.Interpreter();
foreach (var mutability in Options.AllMutabilityModes)
{
var env = Language.Environment.Create(new Options()
{
AllowInvalidMainResult = true,
DebugThrowOnError = true
}.SetMutability(mutability));
var root_ns = env.Root;
root_ns.AddBuilder(TypeBuilder.CreateInterface("IProvider")
.With(FunctionBuilder.CreateDeclaration(NameFactory.PropertyIndexerName, ExpressionReadMode.ReadRequired, NameFactory.Int64NameReference())
.Parameters(FunctionParameter.Create("x", NameFactory.Int64NameReference()))));
root_ns.AddBuilder(TypeBuilder.Create("Middle")
.Parents("IProvider")
.SetModifier(EntityModifier.Base)
.With(FunctionBuilder.Create(NameFactory.PropertyIndexerName, ExpressionReadMode.ReadRequired, NameFactory.Int64NameReference(),
Block.CreateStatement(Return.Create(Int64Literal.Create("500"))))
.SetModifier(EntityModifier.Override | EntityModifier.UnchainBase)
.Parameters(FunctionParameter.Create("x", NameFactory.Int64NameReference(), ExpressionReadMode.CannotBeRead))));
root_ns.AddBuilder(TypeBuilder.Create("Last")
.Parents("Middle")
.SetModifier(EntityModifier.Base)
.With(PropertyBuilder.CreateIndexer(env.Options, NameFactory.Int64NameReference())
.Parameters(FunctionParameter.Create("x", NameFactory.Int64NameReference(), ExpressionReadMode.CannotBeRead))
.With(PropertyMemberBuilder.CreateIndexerGetter(Block.CreateStatement(Return.Create(Int64Literal.Create("2"))))
.Modifier(EntityModifier.Override | EntityModifier.UnchainBase))));
root_ns.AddBuilder(FunctionBuilder.Create(
"main",
ExpressionReadMode.OptionalUse,
NameFactory.Int64NameReference(),
Block.CreateStatement(new IExpression[] {
VariableDeclaration.CreateStatement("p", NameFactory.PointerNameReference("IProvider"),
ExpressionFactory.HeapConstructor("Last")),
Return.Create(FunctionCall.Create(NameReference.Create("p", NameFactory.PropertyIndexerName),
FunctionArgument.Create(Int64Literal.Create("18"))))
})));
ExecValue result = interpreter.TestRun(env);
Assert.AreEqual(2L, result.RetValue.PlainValue);
}
return(interpreter);
}
public IErrorReporter ErrorEscapingReceivedReferenceFromFunction()
{
NameResolver resolver = null;
foreach (var mutability in Options.AllMutabilityModes)
{
var env = Language.Environment.Create(new Options()
{
DiscardingAnyExpressionDuringTests = true
}
.SetMutability(mutability));
var root_ns = env.Root;
root_ns.AddBuilder(FunctionBuilder.Create("selector",
ExpressionReadMode.ReadRequired,
NameFactory.ReferenceNameReference(NameFactory.IntNameReference()),
Block.CreateStatement(
ExpressionFactory.Readout("b"),
Return.Create(NameReference.Create("a"))
))
.Parameters(
FunctionParameter.Create("a", NameFactory.ReferenceNameReference(NameFactory.IntNameReference())),
FunctionParameter.Create("b", NameFactory.ReferenceNameReference(NameFactory.IntNameReference()))));
FunctionCall call = FunctionCall.Create("selector", IntLiteral.Create("2"), IntLiteral.Create("3"));
FunctionDefinition func = root_ns.AddBuilder(FunctionBuilder.Create("notimportant",
ExpressionReadMode.OptionalUse,
NameFactory.UnitNameReference(),
Block.CreateStatement(
VariableDeclaration.CreateStatement("h", NameFactory.ReferenceNameReference(NameFactory.IntNameReference()),
IntLiteral.Create("0"), EntityModifier.Reassignable),
Block.CreateStatement(
// error: the most alive reference the function can return is limited to this scope
// so it cannot be assigned to outer-scope variable
Assignment.CreateStatement(NameReference.Create("h"), call)
),
ExpressionFactory.Readout("h")
)));
resolver = NameResolver.Create(env);
Assert.AreEqual(1, resolver.ErrorManager.Errors.Count);
Assert.IsTrue(resolver.ErrorManager.HasError(ErrorCode.EscapingReference, call));
}
return(resolver);
}
public IInterpreter VirtualCall()
{
var interpreter = new Interpreter.Interpreter();
foreach (var mutability in Options.AllMutabilityModes)
{
var env = Environment.Create(new Options()
{
AllowInvalidMainResult = true,
DebugThrowOnError = true
}.SetMutability(mutability));
var root_ns = env.Root;
root_ns.AddBuilder(TypeBuilder.Create("MyBase")
.SetModifier(EntityModifier.Base)
.With(FunctionBuilder.Create(
"bar",
ExpressionReadMode.ReadRequired,
NameFactory.Int64NameReference(),
Block.CreateStatement(new[] {
Return.Create(Int64Literal.Create("33"))
}))
.SetModifier(EntityModifier.Base)));
TypeDefinition type_impl = root_ns.AddBuilder(TypeBuilder.Create("SomeChild")
.With(FunctionBuilder.Create("bar",
ExpressionReadMode.ReadRequired,
NameFactory.Int64NameReference(),
Block.CreateStatement(new[] {
Return.Create(Int64Literal.Create("2"))
}))
.SetModifier(EntityModifier.Override | EntityModifier.UnchainBase))
.Parents(NameReference.Create("MyBase")));
var main_func = root_ns.AddBuilder(FunctionBuilder.Create(
"main",
ExpressionReadMode.OptionalUse,
NameFactory.Int64NameReference(),
Block.CreateStatement(new IExpression[] {
VariableDeclaration.CreateStatement("i", NameFactory.PointerNameReference(NameReference.Create("MyBase")),
ExpressionFactory.HeapConstructor(NameReference.Create("SomeChild"))),
Return.Create(FunctionCall.Create(NameReference.Create("i", "bar")))
})));
ExecValue result = interpreter.TestRun(env);
Assert.AreEqual(2L, result.RetValue.PlainValue);
}
return(interpreter);
}
public static IEnumerable <IInstruction> GetFunctionCallInstructions(this FunctionCall functionCall)
{
List <IInstruction> instructions = new List <IInstruction>();
//Add parameters to stack
functionCall.FunctionCallParameters.ForEach(expression =>
{
instructions.AddRange(expression.GetInstructions());
});
var scope = functionCall.Scope;
FunctionDeclaration functionDeclaration = scope.GlobalFunctionSearch(functionCall.ExtendedId.Name);
var javaRefAtrribute =
functionDeclaration.AttributeUsages.Find(usage => usage.Name.Name == "JavaRef");
if (javaRefAtrribute != null)
{
string externName = javaRefAtrribute.FunctionCallParameters
.First()
.CastTo <StringExpression>()
.Value
.RemoveFirstAndLastCharacters();
invokestaticInstruction invokestaticInstruction = InvokestaticInstruction
.WithMethodFullName(externName)
.WithReturnType(
ReturnTypeToJavaConverter.ConvertToFullRepresentation(functionDeclaration.ReturnType));
functionDeclaration
.ParameterNodes
.Select(parameter => ReturnTypeToJavaConverter.ConvertToFullRepresentation(parameter.ReturnType))
.ForEach(typeName => invokestaticInstruction.WithParameterType(typeName));
instructions.Add(invokestaticInstruction);
}
else
{
//var splittedName = functionCall.FunctionDeclaration.FullName.Split('.');
//string correctedName;
//if (splittedName.Length == 1)
// correctedName = splittedName[0].ToCamelCase();
//else
// correctedName = $"{splittedName[0]}/{splittedName[1].ToCamelCase()}";
invokestaticInstruction invokestaticInstruction = InvokestaticInstruction
.WithMethodFullName(/*correctedName*/ functionCall.FunctionDeclaration.FullNameCamelCased)
.WithReturnType(ReturnTypeToJavaConverter.ConvertToFullRepresentation(functionCall.ReturnType));
functionDeclaration
.ParameterNodes
.Select(parameter => ReturnTypeToJavaConverter.ConvertToFullRepresentation(parameter.ReturnType))
.ForEach(typeName => invokestaticInstruction.WithParameterType(typeName));
instructions.Add(invokestaticInstruction);
}
return(instructions);
}
void BuildPattern(Crash CrashInstance)
{
List <string> Pattern = new List <string>();
// Get an array of callstack items
CallStackContainer CallStack = new CallStackContainer(CrashInstance);
CallStack.bDisplayFunctionNames = true;
if (CrashInstance.Pattern == null)
{
// Set the module based on the modules in the callstack
CrashInstance.Module = CallStack.GetModuleName();
try
{
using (FAutoScopedLogTimer LogTimer = new FAutoScopedLogTimer(this.GetType().ToString() + "(Id=" + CrashInstance.Id + ")"))
{
foreach (CallStackEntry Entry in CallStack.CallStackEntries.Take(64))
{
FunctionCall CurrentFunctionCall = new FunctionCall();
if (FunctionCalls.Where(f => f.Call == Entry.FunctionName).Count() > 0)
{
CurrentFunctionCall = FunctionCalls.Where(f => f.Call == Entry.FunctionName).First();
}
else
{
CurrentFunctionCall = new FunctionCall();
CurrentFunctionCall.Call = Entry.FunctionName;
FunctionCalls.InsertOnSubmit(CurrentFunctionCall);
}
//CrashRepository.Context.SubmitChanges();
Pattern.Add(CurrentFunctionCall.Id.ToString());
}
//CrashInstance.Pattern = "+";
CrashInstance.Pattern = string.Join("+", Pattern);
// We need something like this +1+2+3+5+ for searching for exact pattern like +5+
//CrashInstance.Pattern += "+";
CrashRepository.Context.SubmitChanges();
}
}
catch (Exception Ex)
{
FLogger.WriteEvent("Exception in BuildPattern: " + Ex.ToString());
}
}
}
public IErrorReporter ErrorAbusingForcedConst()
{
NameResolver resolver = null;
foreach (var mutability in Options.AllMutabilityModes)
{
var env = Language.Environment.Create(new Options()
{
DiscardingAnyExpressionDuringTests = true
}.SetMutability(mutability));
var root_ns = env.Root;
root_ns.AddBuilder(TypeBuilder.Create("Stone"));
root_ns.AddBuilder(TypeBuilder.Create("Mutator", "M")
.With(FunctionBuilder.Create("violate", NameFactory.UnitNameReference(), Block.CreateStatement())
.SetModifier(EntityModifier.Mutable))
.SetModifier(EntityModifier.Mutable));
root_ns.AddBuilder(TypeBuilder.Create("Mangler")
.SetModifier(EntityModifier.Mutable)
.With(VariableDeclaration.CreateStatement("m",
NameFactory.PointerNameReference(NameReference.Create("Mutator", NameReference.Create("Stone"))),
Undef.Create(),
EntityModifier.Public | env.Options.ReassignableModifier()))
);
FunctionCall mut_call = FunctionCall.Create(NameReference.CreateThised("f", "m", NameFactory.MutableName("violate")));
IExpression assignment = Assignment.CreateStatement(NameReference.CreateThised("f", "m"), Undef.Create());
root_ns.AddBuilder(TypeBuilder.Create("Keeper")
.With(VariableDeclaration.CreateStatement("f",
NameFactory.PointerNameReference(NameReference.Create(TypeMutability.ForceConst, "Mangler")),
Undef.Create(),
EntityModifier.Public))
.With(FunctionBuilder.Create("testing", NameFactory.UnitNameReference(),
Block.CreateStatement(
mut_call,
assignment
))));
resolver = NameResolver.Create(env);
Assert.AreEqual(2, resolver.ErrorManager.Errors.Count);
Assert.IsTrue(resolver.ErrorManager.HasError(ErrorCode.AlteringNonMutableInstance, mut_call));
Assert.IsTrue(resolver.ErrorManager.HasError(ErrorCode.AlteringNonMutableInstance, assignment));
}
return(resolver);
}
public IErrorReporter ErrorCallingTraitMethodOnHost()
{
NameResolver resolver = null;
foreach (var mutability in Options.AllMutabilityModes)
{
var env = Environment.Create(new Options()
{
AllowInvalidMainResult = true
}.SetMutability(mutability));
var root_ns = env.Root;
root_ns.AddBuilder(TypeBuilder.CreateInterface("ISay")
.With(FunctionBuilder.CreateDeclaration("say", ExpressionReadMode.ReadRequired, NameFactory.Int64NameReference())));
root_ns.AddBuilder(TypeBuilder.Create("NoSay"));
// this function is located in trait, thus unavailable
FunctionCall int_call = FunctionCall.Create(NameReference.CreateThised("hello"));
root_ns.AddBuilder(TypeBuilder.Create("Greeter", "T")
.With(FunctionBuilder.Create("reaching", NameFactory.UnitNameReference(),
Block.CreateStatement(int_call))));
root_ns.AddBuilder(TypeBuilder.Create("Greeter", "X")
.SetModifier(EntityModifier.Trait)
.Constraints(ConstraintBuilder.Create("X").Inherits("ISay"))
.With(FunctionBuilder.Create("hello", ExpressionReadMode.ReadRequired, NameFactory.Int64NameReference(),
Block.CreateStatement(
Return.Create(Int64Literal.Create("7"))
))));
FunctionCall ext_call = FunctionCall.Create(NameReference.Create("g", "hello"));
root_ns.AddBuilder(FunctionBuilder.Create(
"main",
ExpressionReadMode.OptionalUse,
NameFactory.Int64NameReference(),
Block.CreateStatement(
VariableDeclaration.CreateStatement("g", null,
ExpressionFactory.StackConstructor(NameReference.Create("Greeter", NameReference.Create("NoSay")))),
Return.Create(ext_call)
)));
resolver = NameResolver.Create(env);
Assert.AreEqual(2, resolver.ErrorManager.Errors.Count);
Assert.IsTrue(resolver.ErrorManager.HasError(ErrorCode.ReferenceNotFound, ext_call.Name));
Assert.IsTrue(resolver.ErrorManager.HasError(ErrorCode.ReferenceNotFound, int_call.Name));
}
return(resolver);
}
public IErrorReporter ErrorHasConstraint()
{
NameResolver resolver = null;
foreach (var mutability in Options.AllMutabilityModes)
{
var env = Environment.Create(new Options()
{
AllowInvalidMainResult = true, AllowProtocols = true
}.SetMutability(mutability));
var root_ns = env.Root;
FunctionDefinition func_constraint = FunctionBuilder.CreateDeclaration("getMe",
ExpressionReadMode.ReadRequired, NameFactory.Int64NameReference());
// this function accepts any parameter where parameter type has function "getMe"
FunctionDefinition constrained_func = root_ns.AddBuilder(FunctionBuilder.Create("proxy",
TemplateParametersBuffer.Create().Add("T").Values,
ExpressionReadMode.ReadRequired, NameFactory.Int64NameReference(), Block.CreateStatement(new[] {
Return.Create(FunctionCall.Create(NameReference.Create("t", "getMe")))
}))
.Constraints(ConstraintBuilder.Create("T").Has(func_constraint))
.Parameters(FunctionParameter.Create("t", NameFactory.PointerNameReference("T"))));
// this type does NOT have function "getMe"
TypeDefinition type_impl = root_ns.AddBuilder(TypeBuilder.Create("YMan")
.With(FunctionBuilder.Create("missing",
ExpressionReadMode.ReadRequired,
NameFactory.Int64NameReference(),
Block.CreateStatement(new[] {
Return.Create(Int64Literal.Create("2"))
}))));
FunctionCall call = FunctionCall.Create(NameReference.Create("proxy"), FunctionArgument.Create(NameReference.Create("y_man")));
root_ns.AddBuilder(FunctionBuilder.Create(
"main",
ExpressionReadMode.OptionalUse,
NameFactory.Int64NameReference(),
Block.CreateStatement(new IExpression[] {
VariableDeclaration.CreateStatement("y_man", null, ExpressionFactory.HeapConstructor(NameReference.Create("YMan"))),
Return.Create(call)
})));
resolver = NameResolver.Create(env);
Assert.AreEqual(1, resolver.ErrorManager.Errors.Count);
Assert.IsTrue(resolver.ErrorManager.HasError(ErrorCode.ViolatedHasFunctionConstraint, call.Callee));
}
return(resolver);
}
public static bool IsStaticDispatching(TranslatorContext context, FunctionCall node)
{
if (node.Expression is MemberAccess memberAccess)
{
if (memberAccess.Expression is Identifier ident)
{
if (context.GetASTNodeById(ident.ReferencedDeclaration) is ContractDefinition)
{
return(true);
}
}
}
return(false);
}
private void HandleCount(FunctionCall functionCall)
{
var parameters = functionCall.Parameters;
if (functionCall.Wildcard)
{
AddExpressionToStack(AggregationUtils.CallCount(_previousStage));
AddNameToStack($"count(*)");
}
else
{
throw new SqlErrorException("Count only works with '*' right now.");
}
}
/// <summary>
/// Génère le code d'un appel de "macro" fonction.
/// </summary>
/// <param name="call"></param>
/// <returns></returns>
string GenerateMacroFunctionCall(FunctionCall call)
{
StringBuilder builder = new StringBuilder();
Clank.Core.Model.MacroContainer macros = m_project.Macros;
ClankTypeInstance owner;
if (call.IsConstructor)
{
owner = call.Func.ReturnType;
}
else
{
owner = call.Src.Type;
}
Model.MacroContainer.MacroClass klass = macros.FindClassByType(owner.BaseType);
string fullname = call.Func.GetFullName();
if (!klass.Functions.ContainsKey(fullname))
{
throw new Exception("Le type array '" + klass.Type.GetFullName() + "' ne contient pas de constructeur sans paramètre, et ce constructeur est nécessaire à la sérialisation de cet array");
}
Clank.Core.Model.MacroContainer.MacroFunction func = klass.Functions[fullname]; // TODO : GetFullName() ??
// Nom de la fonctin native dont les paramètres sont entourés par des $
string nativeFuncName = func.LanguageToFunctionName[LANG_KEY];
// Remplace les paramètres par leurs values.
for (int i = 0; i < call.Func.Arguments.Count; i++)
{
nativeFuncName = nativeFuncName.Replace(SemanticConstants.ReplaceChr + "(" + call.Func.Arguments[i].ArgName + ")",
GenerateEvaluable(call.Arguments[i]));
}
// Remplace les params génériques par leurs valeurs.
for (int i = 0; i < call.Func.Owner.GenericArgumentNames.Count; i++)
{
nativeFuncName = nativeFuncName.Replace(SemanticConstants.ReplaceChr + "(" + call.Func.Owner.GenericArgumentNames[i] + ")",
GenerateTypeInstanceName(owner.GenericArguments[i]));
}
// Remplace @self par le nom de la variable.
nativeFuncName = nativeFuncName.Replace(SemanticConstants.SelfKW, GenerateEvaluable(call.Src));
builder.Append(nativeFuncName);
return(builder.ToString().Replace(".[", "["));
}
public virtual void Visit(FunctionCall node)
{
if (node.Arguments.Count > 0 &&
node.Function is TableAccess tableAccess &&
tableAccess.Table == node.Arguments[0] &&
tableAccess.Index is StringLiteral stringLiteral &&
stringLiteral.Value.IsIdentifier()
)
{
for (int i = 1; i < node.Arguments.Count; i++)
{
node.Arguments[i].Accept(this);
}
}
public override Expr VisitNAryExpr(NAryExpr node)
{
//Contract.Requires(node != null);
Contract.Ensures(Contract.Result <Expr>() != null);
FunctionCall fn = node.Fun as FunctionCall;
if (fn != null && cce.NonNull(fn.Func).NeverTrigger)
{
parent.Triggers = new Trigger(fn.Func.tok, false, new List <Expr> {
node
}, parent.Triggers);
}
return(base.VisitNAryExpr(node));
}
public IType VisitFunctionCall(FunctionCall functionCall)
{
var calleeType = GetExpressionType(functionCall.Callee);
if (calleeType is FunctionType calleeFunctionType)
{
return(calleeFunctionType.ReturnType);
}
_context.Error(
functionCall.Callee.Span,
"cannot call a non-callable type \"{calleType}\"");
return(null);
}
protected override void TranslateFunctionCall(List <string> output, FunctionCall functionCall)
{
TranslateExpression(output, functionCall.Root);
output.Add("(");
for (int i = 0; i < functionCall.Args.Length; ++i)
{
if (i > 0)
{
output.Add(", ");
}
TranslateExpression(output, functionCall.Args[i]);
}
output.Add(")");
}
public static bool IsAbiFunction(FunctionCall node)
{
if (node.Expression is MemberAccess member)
{
if (member.Expression is Identifier ident)
{
if (ident.Name.Equals("abi"))
{
return(true);
}
}
}
return(false);
}
public object EvalFunction(FunctionCall funcref, object[] args, TypeDescriptor resultType)
{
if (funcref.Callee is IntrinsicFunction)
{
IntrinsicFunction ifun = (IntrinsicFunction)funcref.Callee;
MethodBase mmodel = ifun.MethodModel;
if (mmodel != null && mmodel.IsStatic)
{
object result = mmodel.ConvertArgumentsAndInvoke(null, args);
return(result);
}
}
return(DoEvalFunction(funcref, args));
}
public Node StatementList()
{
var exprList = new FunctionCall();
while (FirstOfExprUnary.Contains(CurrentToken) || CurrentToken == TokenType.LIST)
{
if (CurrentToken == TokenType.LIST)
{
Expect(TokenType.LIST);
}
exprList.Add(Expression());
}
return(exprList);
}
private Clause OverloadsClause(FunctionCall call)
{
Func <FunctionDeclaration, Alternative> alternative = decl =>
Enumerable.Zip(call.Arguments, decl.Parameters, this.MatchArgument)
.Append((call.Type, decl.ReturnType))
.ToList();
call.DeclarationCandidates = call.DeclarationCandidates
.Where(decl => call.Arguments.Count == decl.Parameters.Count).ToList();
var alternatives = call.DeclarationCandidates
.Select(alternative).ToList();
return(new Clause(alternatives, call.InputRange));
}
private void analysisFunctionCall(FunctionCall functionCall)
{
if (functionCall == null)
return;
switch (functionCall.FunctionName.Value.ToLowerInvariant())
{
case "sum":
if (!hasCastAsBigInt(functionCall))
{
IsSuspected = true;
}
break;
default:
return;
}
}
private static bool hasCastAsBigInt(FunctionCall functionCall)
{
foreach (var parameter in functionCall.Parameters.OfType<CastCall>())
{
var dataType = parameter.DataType as SqlDataTypeReference;
if (dataType == null)
continue;
switch (dataType.SqlDataTypeOption)
{
case SqlDataTypeOption.BigInt:
return true;
}
}
return false;
}
public TextBalloon(
IParent parent,
PhysicalObject2D talkingObject,
Vector2 offset, int fontSize,
FunctionCall whenDone = null,
bool repeatAction = false
)
: base(parent)
{
TalkingObject = talkingObject;
Offset = offset;
_currentRow = 0;
_started = false;
_visible = false;
_charTimer = 0;
_currentChar = 0;
_currentRow = 0;
_fontSize = fontSize;
WhenDone = whenDone;
this.RepeatAction = repeatAction;
}
private QuerySpecification BuildSelectSubQuery(QuerySpecification originalSelectQuery)
{
var subQuerySelect = new QuerySpecification();
var countStar = new FunctionCall();
countStar.FunctionName = new Identifier {Value = "count"};
countStar.Parameters.Add(
new ColumnReferenceExpression
{
ColumnType = ColumnType.Wildcard
}
);
subQuerySelect.SelectElements.Add(new SelectScalarExpression()
{
Expression = countStar
});
subQuerySelect.FromClause = originalSelectQuery.FromClause;
return subQuerySelect;
}
public void AddOnClickListener(FunctionCall listener)
{
_onClickListeners.Add(listener);
}
public override bool Rewrite(CodeDescriptor decompilee, MethodBase callee, StackElement[] args, IDecompiler stack, IFunctionBuilder builder)
{
Type returnType;
if (callee.ReturnsSomething(out returnType))
{
dynamic awaiter = args[0].Sample;
if ((object)awaiter != null)
{
if (!awaiter.IsCompleted)
throw new InvalidOperationException("Task not completed - what are you awaiting for?");
object resultSample = awaiter.GetResult();
var resultType = resultSample.GetType();
var fspec = new FunctionSpec(resultType)
{
IntrinsicRep = IntrinsicFunctions.GetAsyncResult(awaiter)
};
var fcall = new FunctionCall()
{
Callee = fspec,
Arguments = new Expression[0],
ResultType = resultType
};
stack.Push(fcall, resultSample);
}
}
return true;
}
private void ImplementJoin(JoinParams jp, IAlgorithmBuilder builder, StateInfo sin)
{
Contract.Requires<ArgumentNullException>(jp != null);
Contract.Requires<ArgumentNullException>(builder != null);
Contract.Requires<ArgumentNullException>(sin != null);
var jspec = new FunctionSpec(typeof(bool))
{
IntrinsicRep = IntrinsicFunctions.Join(jp)
};
var jcall = new FunctionCall()
{
Callee = jspec,
Arguments = new Expression[0],
ResultType = typeof(bool)
};
builder.If(jcall);
var pi1 = new ProceedWithStateInfo()
{
TargetState = sin,
TargetWaitState = false,
LambdaTransition = true
};
var pspec1 = new FunctionSpec(typeof(void))
{
IntrinsicRep = IntrinsicFunctions.ProceedWithState(pi1)
};
builder.Call(pspec1, LiteralReference.CreateConstant(pi1));
builder.Else();
var sin2 = sin.Fork(sin.ILState);
var pi2 = new ProceedWithStateInfo()
{
TargetState = sin,
TargetWaitState = true,
LambdaTransition = false
};
var pspec2 = new FunctionSpec(typeof(void))
{
IntrinsicRep = IntrinsicFunctions.ProceedWithState(pi2)
};
builder.Call(pspec2, LiteralReference.CreateConstant(pi2));
builder.EndIf();
if (_curCoFSM != null)
_curCoFSM.Dependencies.Add(jp.JoinedTask);
}
private object processCallArgument(ExecutionContext context, FunctionCall call)
{
if (Helper.IsObject(call.Identifier))
{
return Helper.ReadObject(call.Identifier);
}
else
{
string[] blockService = call.Identifier.Split('.');
string blockId = blockService[0];
string serviceName = blockService[1];
object[] args = new object[call.Arguments.Count];
for(int i=0;i<args.Length;i++)
{
args[i] = processCallArgument(context, call.Arguments[i]);
}
return context.CurrentBlockWeb[blockId].ProcessRequest(serviceName, args);
}
}
public override void ExplicitVisit(FunctionCall node)
{
analysisFunctionCall(node);
base.ExplicitVisit(node);
}
public void Visit(FunctionCall fc)
{
_sb.AppendFormat("{0}(", fc.FunctionName);
if (fc.Arguments.Count > 0) {
var i = 0;
for (; i < fc.Arguments.Count - 1; ++i) {
fc.Arguments[i].Accept(this);
_sb.Append(", ");
}
fc.Arguments[i].Accept(this);
}
_sb.Append(")");
}
/// <summary>
/// Generates the code for a FunctionCall node.
/// </summary>
/// <param name="fc">The FunctionCall node.</param>
/// <param name="NeedRetVal"></param>
/// <returns>String containing C# code for FunctionCall fc.</returns>
private string GenerateFunctionCall(FunctionCall fc, bool NeedRetVal)
{
StringBuilder retVal = new StringBuilder(), tmpVal = new StringBuilder();
bool marc = FuncCallsMarc();
string Mname = "";
bool isEnumerable = false;
//int NeedCloseParent = 0;
foreach (SYMBOL kid in fc.kids)
{
// if (kid is ArgumentList && m_SLCompatabilityMode)
if (kid is ArgumentList)
{
ArgumentList al = kid as ArgumentList;
int comma = al.kids.Count - 1; // tells us whether to print a comma
foreach (SYMBOL s in al.kids)
{
if (s is BinaryExpression)
{
BinaryExpression be = s as BinaryExpression;
//FunctionCalls += GenerateNode(s);
if (be.ExpressionSymbol.Equals("&&") || be.ExpressionSymbol.Equals("||"))
{
// special case handling for logical and/or, see Mantis 3174
tmpVal.Append("((bool)(");
tmpVal.Append(GenerateNode((SYMBOL) be.kids.Pop()));
tmpVal.Append("))");
tmpVal.Append(Generate(String.Format(" {0} ", be.ExpressionSymbol.Substring(0, 1)), be));
tmpVal.Append("((bool)(");
foreach (SYMBOL kidb in be.kids)
retVal.Append(GenerateNode(kidb));
tmpVal.Append("))");
}
else
{
tmpVal.Append(GenerateNode((SYMBOL) be.kids.Pop()));
tmpVal.Append(Generate(String.Format(" {0} ", be.ExpressionSymbol), be));
foreach (SYMBOL kidb in be.kids)
{
if (kidb is FunctionCallExpression)
{
tmpVal.Append(GenerateNode(kidb));
}
else if (kidb is TypecastExpression)
{
tmpVal.Append(Generate(String.Format("({0}) (", ((TypecastExpression) kidb).TypecastType)));
tmpVal.Append(GenerateNode((SYMBOL) kidb.kids.Pop()));
tmpVal.Append(Generate(")"));
}
else
tmpVal.Append(GenerateNode(kidb));
}
}
}
else if (s is TypecastExpression)
{
tmpVal.Append(Generate(String.Format("({0}) (", ((TypecastExpression) s).TypecastType)));
tmpVal.Append(GenerateNode((SYMBOL) s.kids.Pop()));
tmpVal.Append(Generate(")"));
}
else
{
tmpVal.Append(GenerateNode(s));
}
if (0 < comma--)
tmpVal.Append(Generate(", "));
}
}
else
{
tmpVal.Append(GenerateNode(kid));
}
}
isEnumerable = false;
bool DTFunction = false;
string rettype = "void";
if (LocalMethods.TryGetValue(fc.Id, out rettype))
isEnumerable = true;
/* suspended.. API fails with IEnums
else if (IenFunctions.TryGetValue(fc.Id, out rettype))
isEnumerable = true;
*/
else if (DTFunctions.Contains(fc.Id))
{
DTFunction = true;
}
//Check whether this function is an API function
if (m_apiFunctions.ContainsKey(CheckName(fc.Id)))
{
//Add the m_apis link
fc.Id = String.Format("(({0})m_apis[\"{1}\"]).{2}",
m_apiFunctions[CheckName(fc.Id)].InterfaceName,
m_apiFunctions[CheckName(fc.Id)].Name, fc.Id);
}
if (DTFunction)
{
retVal.Append(Generate("yield return "));
retVal.Append(Generate(String.Format("{0}(", CheckName(fc.Id)), fc));
retVal.Append(tmpVal.ToString());
retVal.Append(Generate(")"));
}
else if (isEnumerable)
{
if (m_isInEnumeratedDeclaration && NeedRetVal) //Got to have a retVal for do/while
{
//This is for things like the do/while statement, where a function is in the while() part and can't be dumped in front of the do/while
string MethodName = StringUtils.RandomString(10, true);
string typeDefs = "";
ObjectList arguements = null;
if (LocalMethodArguements.TryGetValue(fc.Id, out arguements))
{
// print the state arguments, if any
foreach (SYMBOL kid in arguements)
{
if (kid is ArgumentDeclarationList)
{
ArgumentDeclarationList ADL = (ArgumentDeclarationList) kid;
typeDefs += (GenerateArgumentDeclarationList(ADL)) + ",";
}
}
}
if (typeDefs.Length != 0)
typeDefs = typeDefs.Remove(typeDefs.Length - 1);
string newMethod = string.Format("private {0} {1}({2}, out bool ahwowuerogng)", rettype, MethodName,
typeDefs);
newMethod += (Generate("{"));
newMethod += (Generate("ahwowuerogng = true;"));
Mname = StringUtils.RandomString(10, true);
newMethod += (Generate("System.Collections.IEnumerator " + Mname + " = "));
newMethod += (Generate(String.Format("{0}(", CheckName(fc.Id)), fc));
newMethod += (tmpVal.ToString());
newMethod += (Generate(");"));
newMethod += (Generate(" try {"));
newMethod += (Generate(Mname + ".MoveNext();"));
newMethod += (Generate(" if(" + Mname + ".Current != null)"));
newMethod += (Generate(" return (" + rettype + ")" + Mname + ".Current;"));
newMethod += (Generate(" }")); //End of try
newMethod += (Generate(" catch(Exception ex) "));
newMethod += (Generate(" {"));
newMethod += (Generate(" }")); //End of catch
newMethod += (Generate("ahwowuerogng = true;"));
newMethod += (Generate("return default(" + rettype + ");")); //End while
newMethod += "}";
MethodsToAdd.Add(newMethod);
List<string> fCalls = new List<string>();
string boolname = StringUtils.RandomString(10, true);
fCalls.Add(Generate("bool " + boolname + " = true;"));
retVal.Append(MethodName + "(" + tmpVal.ToString() + ", out " + boolname + ")");
lock (FuncCalls)
FuncCalls.AddRange(fCalls);
}
else
{
//Function calls are added to the DumpFunc command, and will be dumped safely before the statement that occurs here, so we don't have to deal with the issues behind having { and } in this area.
Mname = StringUtils.RandomString(10, true);
string Exname = StringUtils.RandomString(10, true);
List<string> fCalls = new List<string>
{
Generate("string " + Exname + " = \"\";"),
Generate("System.Collections.IEnumerator " + Mname + " = "),
Generate(String.Format("{0}(", CheckName(fc.Id)), fc),
tmpVal.ToString(),
Generate(");"),
Generate("while (true) {"),
Generate(" try {"),
Generate(" if(!" + Mname + ".MoveNext())"),
Generate(" break;"),
Generate(" }"),
Generate(" catch(Exception ex) "),
Generate(" {"),
Generate(" " + Exname + " = ex.Message;"),
Generate(" }"),
Generate(" if(" + Exname + " != \"\")"),
Generate(" yield return " + Exname + ";"),
Generate(" else if(" + Mname + ".Current == null || " + Mname +
".Current is DateTime)"),
Generate(" yield return " + Mname + ".Current;"),
Generate(" else break;"),
Generate(" }")
};
//Let the other things process for a bit here at the end of each enumeration
//Let the other things process for a bit here at the end of each enumeration
if (NeedRetVal && rettype != "void")
{
retVal.Append(" (" + rettype + ") " + Mname + ".Current");
}
lock (FuncCalls)
FuncCalls.AddRange(fCalls);
}
}
else
{
retVal.Append(Generate(String.Format("{0}(", CheckName(fc.Id)), fc));
retVal.Append(tmpVal.ToString());
retVal.Append(Generate(")"));
}
//Function calls are first if needed
return DumpFunc(marc) + retVal.ToString() + DumpAfterFunc(marc);
}
public int IntParameter(FunctionCall data, int num)
{
if (data.variables.Count() >= num && num >= 1)
{
return (int)Script.Str2Float(GetVar(data.variables[num - 1].value));
}
else
return -1;
}
public string StringParameter(FunctionCall data, int num)
{
if (data.variables.Count() >= num && num >= 1)
{
return GetVar(data.variables[num - 1].value);
}
else
return "NULL";
}
/// <summary>
/// Add a new Bugg to the data store
/// </summary>
/// <param name="entity"></param>
public void Save(FunctionCall entity)
{
_entityContext.FunctionCalls.Add(entity);
}
/// <summary>
/// Remove a Bugg from the data store
/// </summary>
/// <param name="entity"></param>
public void Delete(FunctionCall entity)
{
_entityContext.FunctionCalls.Remove(entity);
}
public ExpressionFunctionCalls(FunctionCall function, Sequence<NamedFunction> functions) {
Debug.Assert(function != null);
this.function = function;
this.functions = functions.ToList();
}
public ExpressionFunctionCalls(FunctionCall function): this(function, null) {}
/// <summary>
/// Update an existing Bugg
/// </summary>
/// <param name="entity"></param>
public void Update(FunctionCall entity)
{
var set = _entityContext.Set<FunctionCall>();
var entry = set.Local.SingleOrDefault(f => f.Id == entity.Id);
if (entry != null)
{
var attachedFeature = _entityContext.Entry(entry);
attachedFeature.CurrentValues.SetValues(entity);
attachedFeature.State = EntityState.Modified;
}
else
{
_entityContext.FunctionCalls.Attach(entity);
_entityContext.Entry(entity).State = EntityState.Modified;
}
}