public void When_Component_Expect_Reference()
{
// Arrange
var vectorTokens = new SpiceToken[]
{
new SpiceToken(SpiceTokenType.WORD, "L1"),
new SpiceToken(SpiceTokenType.VALUE, "5"),
new SpiceToken(SpiceTokenType.VALUE, "3"),
new SpiceToken(SpiceTokenType.VALUE, "3MH"),
};
var parser = new ParseTreeGenerator(true);
ParseTreeNonTerminalNode tree = parser.GetParseTree(vectorTokens, Symbols.Component);
// Act
ParseTreeEvaluator eval = new ParseTreeEvaluator();
var spiceObject = eval.Evaluate(tree);
// Assert
Assert.IsType <Component>(spiceObject);
Assert.True(((Component)spiceObject).Name == "L1");
Assert.True(((Component)spiceObject).PinsAndParameters.Count == 3);
Assert.True(((Component)spiceObject).PinsAndParameters[0] is ValueParameter);
Assert.True(((Component)spiceObject).PinsAndParameters[1] is ValueParameter);
Assert.True(((Component)spiceObject).PinsAndParameters[2] is ValueParameter);
}
public void When_BracketParameterWithVector_Expect_Reference()
{
// Arrange
var vectorTokens = new SpiceToken[]
{
new SpiceToken(SpiceTokenType.WORD, "v"),
new SpiceToken(SpiceTokenType.DELIMITER, "("),
new SpiceToken(SpiceTokenType.WORD, "out"),
new SpiceToken(SpiceTokenType.COMMA, ","),
new SpiceToken(SpiceTokenType.WORD, "0"),
new SpiceToken(SpiceTokenType.DELIMITER, ")"),
};
var parser = new ParseTreeGenerator(true);
ParseTreeNonTerminalNode tree = parser.GetParseTree(vectorTokens, Symbols.Parameter);
// Act
ParseTreeEvaluator eval = new ParseTreeEvaluator();
var spiceObject = eval.Evaluate(tree);
// Assert
Assert.IsType <BracketParameter>(spiceObject);
Assert.True(((BracketParameter)spiceObject).Name == "v");
Assert.True(((BracketParameter)spiceObject).Parameters.Count == 1);
Assert.True(((BracketParameter)spiceObject).Parameters[0] is VectorParameter);
Assert.True((((BracketParameter)spiceObject).Parameters[0] as VectorParameter).Elements.Count == 2);
}
public void When_AssigmentParameterWithAssigmentParameters_Expect_Reference()
{
// Arrange
var vectorTokens = new SpiceToken[]
{
new SpiceToken(SpiceTokenType.WORD, "v"),
new SpiceToken(SpiceTokenType.DELIMITER, "("),
new SpiceToken(SpiceTokenType.WORD, "n1"),
new SpiceToken(SpiceTokenType.EQUAL, "="),
new SpiceToken(SpiceTokenType.VALUE, "2"),
new SpiceToken(SpiceTokenType.WORD, "n3"),
new SpiceToken(SpiceTokenType.EQUAL, "="),
new SpiceToken(SpiceTokenType.VALUE, "3"),
new SpiceToken(SpiceTokenType.DELIMITER, ")"),
};
var parser = new ParseTreeGenerator(true);
ParseTreeNonTerminalNode tree = parser.GetParseTree(vectorTokens, Symbols.Parameter);
// Act
ParseTreeEvaluator eval = new ParseTreeEvaluator();
var spiceObject = eval.Evaluate(tree);
// Assert
Assert.IsType <BracketParameter>(spiceObject);
Assert.True(((BracketParameter)spiceObject).Name == "v");
Assert.True(((BracketParameter)spiceObject).Parameters.Count == 2);
Assert.True(((BracketParameter)spiceObject).Parameters[0] is AssignmentParameter);
Assert.True(((BracketParameter)spiceObject).Parameters[1] is AssignmentParameter);
}
public void When_AssigmentParameterWithVector_Expect_Reference()
{
// Arrange
var vectorTokens = new SpiceToken[]
{
new SpiceToken(SpiceTokenType.WORD, "v"),
new SpiceToken(SpiceTokenType.DELIMITER, "("),
new SpiceToken(SpiceTokenType.WORD, "out"),
new SpiceToken(SpiceTokenType.COMMA, ","),
new SpiceToken(SpiceTokenType.WORD, "0"),
new SpiceToken(SpiceTokenType.DELIMITER, ")"),
new SpiceToken(SpiceTokenType.EQUAL, "="),
new SpiceToken(SpiceTokenType.VALUE, "13"),
};
var parser = new ParseTreeGenerator(true);
ParseTreeNonTerminalNode tree = parser.GetParseTree(vectorTokens, Symbols.Parameter);
// Act
ParseTreeEvaluator eval = new ParseTreeEvaluator();
var spiceObject = eval.Evaluate(tree);
// Assert
Assert.IsType <AssignmentParameter>(spiceObject);
Assert.True(((AssignmentParameter)spiceObject).Name == "v");
Assert.True(((AssignmentParameter)spiceObject).Arguments.Count == 2);
Assert.True(((AssignmentParameter)spiceObject).Value == "13");
}
public void When_BracketWithSingeParameters_Expect_Reference()
{
// Arrange
var vectorTokens = new SpiceToken[]
{
new SpiceToken(SpiceTokenType.WORD, "pulse"),
new SpiceToken(SpiceTokenType.DELIMITER, "("),
new SpiceToken(SpiceTokenType.VALUE, "1"),
new SpiceToken(SpiceTokenType.VALUE, "2"),
new SpiceToken(SpiceTokenType.VALUE, "3"),
new SpiceToken(SpiceTokenType.DELIMITER, ")"),
};
var parser = new ParseTreeGenerator(true);
ParseTreeNonTerminalNode tree = parser.GetParseTree(vectorTokens, Symbols.Parameter);
// Act
ParseTreeEvaluator eval = new ParseTreeEvaluator();
var spiceObject = eval.Evaluate(tree);
// Assert
Assert.IsType <BracketParameter>(spiceObject);
Assert.True(((BracketParameter)spiceObject).Name == "pulse");
Assert.True(((BracketParameter)spiceObject).Parameters[0] is SingleParameter);
Assert.True(((BracketParameter)spiceObject).Parameters[1] is SingleParameter);
Assert.True(((BracketParameter)spiceObject).Parameters[2] is SingleParameter);
}
public void When_Vector_Expect_Reference()
{
// Arrange
var vectorTokens = new SpiceToken[]
{
new SpiceToken(SpiceTokenType.VALUE, "1"),
new SpiceToken(SpiceTokenType.COMMA, ","),
new SpiceToken(SpiceTokenType.VALUE, "2"),
new SpiceToken(SpiceTokenType.COMMA, ","),
new SpiceToken(SpiceTokenType.VALUE, "3"),
};
var parser = new ParseTreeGenerator(true);
ParseTreeNonTerminalNode tree = parser.GetParseTree(vectorTokens, Symbols.Vector);
// Act
ParseTreeEvaluator eval = new ParseTreeEvaluator();
var spiceObject = eval.Evaluate(tree) as VectorParameter;
Assert.Equal(3, spiceObject.Elements.Count);
}
public void When_EmptyComment_Expect_NoException()
{
// Arrange
var tokens = new SpiceToken[]
{
new SpiceToken(SpiceTokenType.TITLE, "Example of title"),
new SpiceToken(SpiceTokenType.NEWLINE, "\n"),
new SpiceToken(SpiceTokenType.COMMENT, "*"),
new SpiceToken(SpiceTokenType.NEWLINE, "\n"),
new SpiceToken(SpiceTokenType.END, ".end"),
new SpiceToken(SpiceTokenType.EOF, null),
};
var parser = new ParseTreeGenerator(true);
ParseTreeNonTerminalNode root = parser.GetParseTree(tokens, Symbols.Netlist);
// Act
ParseTreeEvaluator eval = new ParseTreeEvaluator();
var spiceObject = eval.Evaluate(root) as SpiceNetlist;
Assert.NotNull(spiceObject);
}