public IByteElement GetByteElement(NovFile file, ClassesContainer container, IByteElement parent)
{
ByteClass byteClass = new ByteClass(file, this.ClassName, Type);
foreach (var method in this.Methods)
{
byteClass.Methods.Add((ByteMethod)method.Value.GetByteElement(container, byteClass));
}
foreach (var field in this.Fields)
{
byteClass.Fields.Add((ByteField)field.Value.GetByteElement(container, byteClass));
}
return(byteClass);
}
public double ConvertBytes(double bytes, ByteClass typ)
{
switch (typ)
{
case ByteClass.Kilobyte:
return(bytes / bytesInKB);
case ByteClass.Megabyte:
return(bytes / bytesInMB);
case ByteClass.Gigabyte:
return(bytes / bytesInGB);
case ByteClass.Terabyte:
return(bytes / bytesInTB);
default:
return(bytes);
}
}
private void BuildNovFile()
{
Method mainEntryPoint = Container.ComputeEntryPoint();
if (mainEntryPoint != null)
{
this.Result = new NovFile();
this.Result.MainPointEntry = new MainPointEntry(Container.GetClassId(mainEntryPoint.ParentClass), mainEntryPoint.Id);
foreach (var @class in Container)
{
ByteClass byteClass = (ByteClass)@class.Value.GetByteElement(Result, Container, null);
Result.ByteClasses.Add(byteClass);
}
}
else
{
Logger.Write("Invalid or multiple program entry point.", LogType.Error);
}
}
public ByteBlock(ByteClass parentClass)
{
this.SymbolTable = new SymbolTable();
this.Instructions = new List <ICode>();
this.ParentClass = parentClass;
}
public void LoadBuiltinClasses()
{
classes["Int"] = new IntClass();
classes["Float"] = new FloatClass();
classes["Boolean"] = new BooleanClass();
classes["String"] = new StringClass();
classes["Char"] = new CharClass();
classes["Byte"] = new ByteClass();
classes["Message"] = new MessageClass();
classes["Unassigned"] = new UnassignedClass();
classes["Tuple"] = new TupleClass();
classes["NameValue"] = new NameValueClass();
classes["Lambda"] = new LambdaClass();
classes["Void"] = new VoidClass();
classes["Some"] = new SomeClass();
classes["None"] = new NoneClass();
classes["Array"] = new ArrayClass();
classes["Iterator"] = new IteratorClass();
classes["LazyIterator"] = new LazyIteratorClass();
classes["StreamIterator"] = new StreamIteratorClass();
classes["Any"] = new AnyClass();
classes["Placeholder"] = new PlaceholderClass();
classes["Range"] = new RangeClass();
classes["Dictionary"] = new DictionaryClass();
classes["Container"] = new ContainerClass();
classes["Unmatched"] = new UnmatchedClass();
classes["Complex"] = new ComplexClass();
classes["Rational"] = new RationalClass();
classes["Long"] = new LongClass();
classes["Lazy"] = new LazyClass();
classes["YieldingInvokable"] = new YieldingInvokableClass();
classes["Del"] = new DelClass();
classes["Slice"] = new SliceClass();
classes["End"] = new EndClass();
classes["List"] = new ListClass();
classes["Arguments"] = new ArgumentsClass();
classes["Symbol"] = new SymbolClass();
classes["Infinity"] = new InfinityClass();
classes["OpenRange"] = new OpenRangeClass();
classes["KeyValue"] = new KeyValueClass();
classes["Regex"] = new RegexClass();
classes["Pattern"] = new PatternClass();
classes["PackageFunction"] = new PackageFunctionClass();
classes["Sys"] = new SysClass();
classes["Math"] = new MathClass();
classes["RuntimeFunction"] = new RuntimeFunctionClass();
classes["Reference"] = new ReferenceClass();
classes["Group"] = new RegexGroupClass();
classes["Match"] = new RegexMatchClass();
classes["Date"] = new DateClass();
classes["Interval"] = new IntervalClass();
classes["TypeConstraint"] = new TypeConstraintClass();
classes["ByteArray"] = new ByteArrayClass();
classes["Selector"] = new SelectorClass();
classes["Number"] = new NumberClass();
classes["Collection"] = new CollectionClass();
classes["TextFinding"] = new TextFindingClass();
classes["SkipTake"] = new SkipTakeClass();
classes["Constructor"] = new ConstructorClass();
classes["MutString"] = new MutStringClass();
classes["Error"] = new ErrorClass();
classes["Success"] = new SuccessClass();
classes["Failure"] = new FailureClass();
classes["Optional"] = new OptionalClass();
classes["Result"] = new ResultClass();
classes["Monad"] = new MonadClass();
classes["Unit"] = new UnitClass();
classes["YieldReturn"] = new YieldReturnClass();
classes["Index"] = new IndexClass();
classes["Cycle"] = new CycleClass();
classes["Set"] = new SetClass();
}
/// <summary>
/// Method to receive, decode and check client connection type and color depth.
/// </summary>
public void ReceiveAndCheckClientCoreData()
{
this.networkConnectionType = rdpbcgrSessionContext.ClientNetworkConnectionType;
this.supportedColorDepths = rdpbcgrSessionContext.supportedColorDepths;
VerifyColorDepths();
}
