public void RegisterEntities(ILibrary library)
{
if(library == null)
throw new ArgumentNullException("library");
library.AddEntity(new ArbitraryGenericEntity("|", "Transition", "PetriNet"));
}
public void RegisterEntities(ILibrary library)
{
if (library == null)
{
throw new ArgumentNullException("library");
}
library.AddEntity(new ArbitraryGenericEntity("|", "Transition", "PetriNet"));
}
public IEntity PublishToLibrary(string domain, string architectureLabel, string entityLabel, string entitySymbol)
{
IEntity entity = BuildEntity(new MathIdentifier(entityLabel, domain), entitySymbol);
IArchitectureFactory factory = BuildArchitectureFactory(new MathIdentifier(architectureLabel, domain), entity.EntityId);
ILibrary lib = Service <ILibrary> .Instance;
lib.AddEntity(entity);
lib.AddArchitecture(factory);
return(entity);
}
public static IEntity PublishToLibrary(string xml, ILibrary library, string domain, string architectureLabel, string entityLabel, string entitySymbol)
{
if (library == null)
{
throw new ArgumentNullException("library");
}
IEntity entity = ReadXmlEntity(xml, new MathIdentifier(entityLabel, domain), entitySymbol);
IArchitectureFactory factory = BuildArchitectureFactory(xml, new MathIdentifier(architectureLabel, domain), entity.EntityId, entity.InputSignals.Length, entity.OutputSignals.Length, entity.Buses.Length);
library.AddEntity(entity);
library.AddArchitecture(factory);
return(entity);
}
private IEntity ScanDefineEntity()
{
tokenizer.Match(TokenTypes.TextIdentifier, "entity");
MathIdentifier entityId = ScanEntityMathIdentifierOrLabel(true);
string symbol = ScanLiteral();
InfixNotation notation;
switch (tokenizer.MatchGet(TokenTypes.TextIdentifier).Text)
{
case "pre":
notation = InfixNotation.PreOperator; break;
case "post":
notation = InfixNotation.PostOperator; break;
case "left":
notation = InfixNotation.LeftAssociativeInnerOperator; break;
case "right":
notation = InfixNotation.RightAssociativeInnerOperator; break;
default:
notation = InfixNotation.None; break;
}
int precedence = -1;
if (tokenizer.LookaheadFistToken.IsType(TokenTypes.Integer))
{
precedence = (int)ScanInteger();
}
string[] inputs, outputs, buses;
if (tokenizer.LookaheadFistToken.Text == "in")
{
tokenizer.Match(TokenTypes.TextIdentifier, "in");
inputs = ScanTextIdentifierList().ToArray();
}
else
{
inputs = new string[0];
}
if (tokenizer.LookaheadFistToken.Text == "out")
{
tokenizer.Match(TokenTypes.TextIdentifier, "out");
outputs = ScanTextIdentifierList().ToArray();
}
else
{
outputs = new string[0];
}
if (tokenizer.LookaheadFistToken.Text == "bus")
{
tokenizer.Match(TokenTypes.TextIdentifier, "bus");
buses = ScanTextIdentifierList().ToArray();
}
else
{
buses = new string[0];
}
IEntity entity = new EntityBase(symbol, entityId, notation, precedence, inputs, outputs, buses);
library.AddEntity(entity);
return(entity);
}
public void RegisterEntities(ILibrary library)
{
if(library == null)
throw new ArgumentNullException("library");
#region Arithmetics
library.AddEntity(new NaryToOneGenericEntity("+", "Add", "Std", InfixNotation.LeftAssociativeInnerOperator, 60));
library.AddEntity(new NaryToOneGenericEntity("-", "Subtract", "Std", InfixNotation.LeftAssociativeInnerOperator, 60));
library.AddEntity(new NaryToOneGenericEntity("*", "Multiply", "Std", InfixNotation.LeftAssociativeInnerOperator, 50));
library.AddEntity(new NaryToOneGenericEntity("/", "Divide", "Std", InfixNotation.LeftAssociativeInnerOperator, 50));
library.AddEntity(new SymmetricGenericEntity("-", "Negate", "Std", InfixNotation.PreOperator, 20));
library.AddEntity(new SymmetricGenericEntity("inv", "Invert", "Std"));
library.AddEntity(new SymmetricGenericEntity("abs", "Absolute", "Std"));
library.AddEntity(new SymmetricGenericEntity("exp", "Exponential", "Std"));
library.AddEntity(new SymmetricGenericEntity("ln", "NaturalLogarithm", "Std"));
library.AddEntity(new SymmetricGenericEntity("sqr", "Square", "Std"));
library.AddEntity(new EntityBase("^", "Power", "Std", InfixNotation.RightAssociativeInnerOperator, 19, new string[] { "Power_base", "Power_radix" }, new string[] { "Power_out" }));
library.AddEntity(new EntityBase("!", "Factorial", "Std", InfixNotation.PostOperator, 45, new string[] { "Factorial_in" }, new string[] { "Factorial_out" }));
#endregion
#region Trigonometry
library.AddEntity(new SymmetricGenericEntity("sin", "Sine", "Std"));
library.AddEntity(new SymmetricGenericEntity("cos", "Cosine", "Std"));
library.AddEntity(new SymmetricGenericEntity("tan", "Tangent", "Std"));
library.AddEntity(new SymmetricGenericEntity("cot", "Cotangent", "Std"));
library.AddEntity(new SymmetricGenericEntity("sec", "Secant", "Std"));
library.AddEntity(new SymmetricGenericEntity("csc", "Cosecant", "Std"));
library.AddEntity(new SymmetricGenericEntity("asin", "InverseSine", "Std"));
library.AddEntity(new SymmetricGenericEntity("acos", "InverseCosine", "Std"));
library.AddEntity(new SymmetricGenericEntity("atan", "InverseTangent", "Std"));
library.AddEntity(new SymmetricGenericEntity("acot", "InverseCotangent", "Std"));
library.AddEntity(new SymmetricGenericEntity("asec", "InverseSecant", "Std"));
library.AddEntity(new SymmetricGenericEntity("acsc", "InverseCosecant", "Std"));
library.AddEntity(new SymmetricGenericEntity("sinh", "HyperbolicSine", "Std"));
library.AddEntity(new SymmetricGenericEntity("cosh", "HyperbolicCosine", "Std"));
library.AddEntity(new SymmetricGenericEntity("tanh", "HyperbolicTangent", "Std"));
library.AddEntity(new SymmetricGenericEntity("coth", "HyperbolicCotangent", "Std"));
library.AddEntity(new SymmetricGenericEntity("sech", "HyperbolicSecant", "Std"));
library.AddEntity(new SymmetricGenericEntity("csch", "HyperbolicCosecant", "Std"));
library.AddEntity(new SymmetricGenericEntity("asinh", "InverseHyperbolicSine", "Std"));
library.AddEntity(new SymmetricGenericEntity("acosh", "InverseHyperbolicCosine", "Std"));
library.AddEntity(new SymmetricGenericEntity("atanh", "InverseHyperbolicTangent", "Std"));
library.AddEntity(new SymmetricGenericEntity("acoth", "InverseHyperbolicCotangent", "Std"));
library.AddEntity(new SymmetricGenericEntity("asech", "InverseHyperbolicSecant", "Std"));
library.AddEntity(new SymmetricGenericEntity("acsch", "InverseHyperbolicCosecant", "Std"));
#endregion
#region Logic
library.AddEntity(new NaryToOneGenericEntity("and", "And", "Std", InfixNotation.LeftAssociativeInnerOperator, 250));
library.AddEntity(new NaryToOneGenericEntity("nand", "Nand", "Std", InfixNotation.LeftAssociativeInnerOperator, 250));
library.AddEntity(new NaryToOneGenericEntity("or", "Or", "Std", InfixNotation.LeftAssociativeInnerOperator, 250));
library.AddEntity(new NaryToOneGenericEntity("nor", "Nor", "Std", InfixNotation.LeftAssociativeInnerOperator, 250));
library.AddEntity(new NaryToOneGenericEntity("xor", "Xor", "Std", InfixNotation.LeftAssociativeInnerOperator, 250));
library.AddEntity(new NaryToOneGenericEntity("xnor", "Xnor", "Std", InfixNotation.LeftAssociativeInnerOperator, 250));
library.AddEntity(new NaryToOneGenericEntity("imp", "Imply", "Std", InfixNotation.LeftAssociativeInnerOperator, 250));
library.AddEntity(new SymmetricGenericEntity("not", "Not", "Std", InfixNotation.PreOperator, 250));
#endregion
#region Algebra & Analysis
library.AddEntity(new NearlySymmetricGenericEntity("diff", "Derive", "Std", 1, 0));
library.AddEntity(new SymmetricGenericEntity("asimplify", "AutoSimplify", "Std"));
#endregion
#region Flow
library.AddEntity(new SymmetricGenericEntity("<-", "Transport", "Std"));
library.AddEntity(new NearlySymmetricGenericEntity("$", "Sync", "Std", 1, 0));
library.AddEntity(new SymmetricGenericEntity("clk", "Clock", "Std"));
#endregion
}
public void RegisterEntities(ILibrary library)
{
if (library == null)
{
throw new ArgumentNullException("library");
}
#region Arithmetics
library.AddEntity(new NaryToOneGenericEntity("+", "Add", "Std", InfixNotation.LeftAssociativeInnerOperator, 60));
library.AddEntity(new NaryToOneGenericEntity("-", "Subtract", "Std", InfixNotation.LeftAssociativeInnerOperator, 60));
library.AddEntity(new NaryToOneGenericEntity("*", "Multiply", "Std", InfixNotation.LeftAssociativeInnerOperator, 50));
library.AddEntity(new NaryToOneGenericEntity("/", "Divide", "Std", InfixNotation.LeftAssociativeInnerOperator, 50));
library.AddEntity(new SymmetricGenericEntity("-", "Negate", "Std", InfixNotation.PreOperator, 20));
library.AddEntity(new SymmetricGenericEntity("inv", "Invert", "Std"));
library.AddEntity(new SymmetricGenericEntity("abs", "Absolute", "Std"));
library.AddEntity(new SymmetricGenericEntity("exp", "Exponential", "Std"));
library.AddEntity(new SymmetricGenericEntity("ln", "NaturalLogarithm", "Std"));
library.AddEntity(new SymmetricGenericEntity("sqr", "Square", "Std"));
library.AddEntity(new EntityBase("^", "Power", "Std", InfixNotation.RightAssociativeInnerOperator, 19, new string[] { "Power_base", "Power_radix" }, new string[] { "Power_out" }));
library.AddEntity(new EntityBase("!", "Factorial", "Std", InfixNotation.PostOperator, 45, new string[] { "Factorial_in" }, new string[] { "Factorial_out" }));
#endregion
#region Trigonometry
library.AddEntity(new SymmetricGenericEntity("sin", "Sine", "Std"));
library.AddEntity(new SymmetricGenericEntity("cos", "Cosine", "Std"));
library.AddEntity(new SymmetricGenericEntity("tan", "Tangent", "Std"));
library.AddEntity(new SymmetricGenericEntity("cot", "Cotangent", "Std"));
library.AddEntity(new SymmetricGenericEntity("sec", "Secant", "Std"));
library.AddEntity(new SymmetricGenericEntity("csc", "Cosecant", "Std"));
library.AddEntity(new SymmetricGenericEntity("asin", "InverseSine", "Std"));
library.AddEntity(new SymmetricGenericEntity("acos", "InverseCosine", "Std"));
library.AddEntity(new SymmetricGenericEntity("atan", "InverseTangent", "Std"));
library.AddEntity(new SymmetricGenericEntity("acot", "InverseCotangent", "Std"));
library.AddEntity(new SymmetricGenericEntity("asec", "InverseSecant", "Std"));
library.AddEntity(new SymmetricGenericEntity("acsc", "InverseCosecant", "Std"));
library.AddEntity(new SymmetricGenericEntity("sinh", "HyperbolicSine", "Std"));
library.AddEntity(new SymmetricGenericEntity("cosh", "HyperbolicCosine", "Std"));
library.AddEntity(new SymmetricGenericEntity("tanh", "HyperbolicTangent", "Std"));
library.AddEntity(new SymmetricGenericEntity("coth", "HyperbolicCotangent", "Std"));
library.AddEntity(new SymmetricGenericEntity("sech", "HyperbolicSecant", "Std"));
library.AddEntity(new SymmetricGenericEntity("csch", "HyperbolicCosecant", "Std"));
library.AddEntity(new SymmetricGenericEntity("asinh", "InverseHyperbolicSine", "Std"));
library.AddEntity(new SymmetricGenericEntity("acosh", "InverseHyperbolicCosine", "Std"));
library.AddEntity(new SymmetricGenericEntity("atanh", "InverseHyperbolicTangent", "Std"));
library.AddEntity(new SymmetricGenericEntity("acoth", "InverseHyperbolicCotangent", "Std"));
library.AddEntity(new SymmetricGenericEntity("asech", "InverseHyperbolicSecant", "Std"));
library.AddEntity(new SymmetricGenericEntity("acsch", "InverseHyperbolicCosecant", "Std"));
#endregion
#region Logic
library.AddEntity(new NaryToOneGenericEntity("and", "And", "Std", InfixNotation.LeftAssociativeInnerOperator, 250));
library.AddEntity(new NaryToOneGenericEntity("nand", "Nand", "Std", InfixNotation.LeftAssociativeInnerOperator, 250));
library.AddEntity(new NaryToOneGenericEntity("or", "Or", "Std", InfixNotation.LeftAssociativeInnerOperator, 250));
library.AddEntity(new NaryToOneGenericEntity("nor", "Nor", "Std", InfixNotation.LeftAssociativeInnerOperator, 250));
library.AddEntity(new NaryToOneGenericEntity("xor", "Xor", "Std", InfixNotation.LeftAssociativeInnerOperator, 250));
library.AddEntity(new NaryToOneGenericEntity("xnor", "Xnor", "Std", InfixNotation.LeftAssociativeInnerOperator, 250));
library.AddEntity(new NaryToOneGenericEntity("imp", "Imply", "Std", InfixNotation.LeftAssociativeInnerOperator, 250));
library.AddEntity(new SymmetricGenericEntity("not", "Not", "Std", InfixNotation.PreOperator, 250));
#endregion
#region Algebra & Analysis
library.AddEntity(new NearlySymmetricGenericEntity("diff", "Derive", "Std", 1, 0));
library.AddEntity(new SymmetricGenericEntity("asimplify", "AutoSimplify", "Std"));
#endregion
#region Flow
library.AddEntity(new SymmetricGenericEntity("<-", "Transport", "Std"));
library.AddEntity(new NearlySymmetricGenericEntity("$", "Sync", "Std", 1, 0));
library.AddEntity(new SymmetricGenericEntity("clk", "Clock", "Std"));
#endregion
}
public static IEntity PublishToLibrary(string xml, ILibrary library, string domain, string architectureLabel, string entityLabel, string entitySymbol)
{
if(library == null)
throw new ArgumentNullException("library");
IEntity entity = ReadXmlEntity(xml, new MathIdentifier(entityLabel, domain), entitySymbol);
IArchitectureFactory factory = BuildArchitectureFactory(xml, new MathIdentifier(architectureLabel, domain), entity.EntityId, entity.InputSignals.Length, entity.OutputSignals.Length, entity.Buses.Length);
library.AddEntity(entity);
library.AddArchitecture(factory);
return entity;
}