public void CompleteSampleTest2_WithoutErrors()
{
// Arrange
var tokensTable = new List <TokenRecord>
{
new TokenRecord {
Lexeme = "int", Token = Token.Int
},
new TokenRecord {
Lexeme = "main", Token = Token.Main
},
new TokenRecord {
Lexeme = "(", Token = Token.ParenthesisLeft
},
new TokenRecord {
Lexeme = ")", Token = Token.ParenthesisRight
},
new TokenRecord {
Lexeme = "{", Token = Token.CurlyBracketLeft
},
new TokenRecord {
Lexeme = "int", Token = Token.Int
},
new TokenRecord {
Lexeme = "x", Token = Token.Identifier
},
new TokenRecord {
Lexeme = ":=", Token = Token.Assignment
},
new TokenRecord {
Lexeme = "101", Token = Token.ConstantNumber
},
new TokenRecord {
Lexeme = ";", Token = Token.Semicolon
},
new TokenRecord {
Lexeme = "repeat", Token = Token.Repeat
},
new TokenRecord {
Lexeme = "x", Token = Token.Identifier
},
new TokenRecord {
Lexeme = ":=", Token = Token.Assignment
},
new TokenRecord {
Lexeme = "x", Token = Token.Identifier
},
new TokenRecord {
Lexeme = "-", Token = Token.Minus
},
new TokenRecord {
Lexeme = "1", Token = Token.ConstantNumber
},
new TokenRecord {
Lexeme = ";", Token = Token.Semicolon
},
new TokenRecord {
Lexeme = "until", Token = Token.Until
},
new TokenRecord {
Lexeme = "x", Token = Token.Identifier
},
new TokenRecord {
Lexeme = "=", Token = Token.Equal
},
new TokenRecord {
Lexeme = "0", Token = Token.ConstantNumber
},
new TokenRecord {
Lexeme = "return", Token = Token.Return
},
new TokenRecord {
Lexeme = "0", Token = Token.ConstantNumber
},
new TokenRecord {
Lexeme = ";", Token = Token.Semicolon
},
new TokenRecord {
Lexeme = "}", Token = Token.CurlyBracketRight
}
};
var expectedProgram = new ProgramBuilder()
.WithMain(new MainFunctionBuilder()
.WithStatements(new List <StatementRule>
{
new DeclarationStatementRule
{
DataType = TerminalNodeBuilder.Of(Token.Int),
IdOrAssignment = new IdOrAssignmentRule
{
Identifier = TerminalNodeBuilder.Of(Token.Identifier, "x"),
AssignmentOperator = TerminalNodeBuilder.Of(Token.Assignment),
Expression = new ExpressionRule
{
Term = new TermBuilder().AsNumber("101").Build
}
},
Semicolon = TerminalNodeBuilder.Of(Token.Semicolon)
},
new RepeatStatementRule
{
Repeat = TerminalNodeBuilder.Of(Token.Repeat),
Statements = new List <StatementRule>
{
new AssignmentStatementRule
{
Identifier = TerminalNodeBuilder.Of(Token.Identifier, "x"),
AssignmentOperator = TerminalNodeBuilder.Of(Token.Assignment),
Expression = new ExpressionRule
{
Equation = new EquationRule
{
Term = new TermBuilder().AsIdentifier("x").Build,
ExtraEquation = new ExtraEquationRule
{
ArithmeticOperator = TerminalNodeBuilder.Of(Token.Minus),
Equation = new EquationBuilder()
.AsNumberTermEquation("1")
.Build
}
}
},
Semicolon = TerminalNodeBuilder.Of(Token.Semicolon)
}
},
Until = TerminalNodeBuilder.Of(Token.Until),
ConditionStatement = new ConditionStatementRule
{
Condition = new ConditionRule
{
Identifier = TerminalNodeBuilder.Of(Token.Identifier, "x"),
ConditionOperator = TerminalNodeBuilder.Of(Token.Equal),
Term = new TermBuilder().AsNumber("0").Build
}
}
}
}).Build).Build;
// Act
_parser.Parse(tokensTable);
// Assert
Assert.AreEqual(0, _parser.ErrorList.Count);
_parser.ProgramRoot.WithDeepEqual(expectedProgram)
.IgnoreProperty <Node>(n => n.Children)
.IgnoreProperty <Node>(n => n.Name)
.Assert();
}
public void CompleteSampleTest_WithoutErrors()
{
// Arrange
var tokensTable = new List <TokenRecord>
{
new TokenRecord {
Lexeme = "int", Token = Token.Int
},
new TokenRecord {
Lexeme = "main", Token = Token.Main
},
new TokenRecord {
Lexeme = "(", Token = Token.ParenthesisLeft
},
new TokenRecord {
Lexeme = ")", Token = Token.ParenthesisRight
},
new TokenRecord {
Lexeme = "{", Token = Token.CurlyBracketLeft
},
new TokenRecord {
Lexeme = "float", Token = Token.Float
},
new TokenRecord {
Lexeme = "z1", Token = Token.Identifier
},
new TokenRecord {
Lexeme = ":=", Token = Token.Assignment
},
new TokenRecord {
Lexeme = "3", Token = Token.ConstantNumber
},
new TokenRecord {
Lexeme = "*", Token = Token.Multiply
},
new TokenRecord {
Lexeme = "(", Token = Token.ParenthesisLeft
},
new TokenRecord {
Lexeme = "2", Token = Token.ConstantNumber
},
new TokenRecord {
Lexeme = "+", Token = Token.Plus
},
new TokenRecord {
Lexeme = "1", Token = Token.ConstantNumber
},
new TokenRecord {
Lexeme = ")", Token = Token.ParenthesisRight
},
new TokenRecord {
Lexeme = "-", Token = Token.Minus
},
new TokenRecord {
Lexeme = "5.5", Token = Token.ConstantNumber
},
new TokenRecord {
Lexeme = ";", Token = Token.Semicolon
},
new TokenRecord {
Lexeme = "if", Token = Token.If
},
new TokenRecord {
Lexeme = "z1", Token = Token.Identifier
},
new TokenRecord {
Lexeme = ">", Token = Token.GreaterThan
},
new TokenRecord {
Lexeme = "5", Token = Token.ConstantNumber
},
new TokenRecord {
Lexeme = "then", Token = Token.Then
},
new TokenRecord {
Lexeme = "write", Token = Token.Write
},
new TokenRecord {
Lexeme = "z1", Token = Token.Identifier
},
new TokenRecord {
Lexeme = ";", Token = Token.Semicolon
},
new TokenRecord {
Lexeme = "else", Token = Token.Else
},
new TokenRecord {
Lexeme = "z1", Token = Token.Identifier
},
new TokenRecord {
Lexeme = ":=", Token = Token.Assignment
},
new TokenRecord {
Lexeme = "val", Token = Token.Identifier
},
new TokenRecord {
Lexeme = ";", Token = Token.Semicolon
},
new TokenRecord {
Lexeme = "end", Token = Token.End
},
new TokenRecord {
Lexeme = "return", Token = Token.Return
},
new TokenRecord {
Lexeme = "0", Token = Token.ConstantNumber
},
new TokenRecord {
Lexeme = ";", Token = Token.Semicolon
},
new TokenRecord {
Lexeme = "}", Token = Token.CurlyBracketRight
}
};
var expectedProgram = new ProgramBuilder()
.WithMain(new MainFunctionBuilder()
.WithStatements(
new List <StatementRule>
{
new DeclarationStatementRule
{
DataType = TerminalNodeBuilder.Of(Token.Float),
IdOrAssignment = new IdOrAssignmentRule
{
Identifier = TerminalNodeBuilder.Of(Token.Identifier, "z1"),
AssignmentOperator = TerminalNodeBuilder.Of(Token.Assignment),
Expression = new ExpressionRule
{
Equation = new EquationRule
{
Term = new TermBuilder().AsNumber("3").Build,
ExtraEquation = new ExtraEquationRule
{
ArithmeticOperator = TerminalNodeBuilder.Of(Token.Multiply),
Equation = new EquationRule
{
ParenthesisLeft = TerminalNodeBuilder.Of(Token.ParenthesisLeft),
Equation = new EquationRule
{
Term = new TermBuilder().AsNumber("2").Build,
ExtraEquation = new ExtraEquationRule
{
ArithmeticOperator = TerminalNodeBuilder.Of(Token.Plus),
Equation = new EquationRule
{
Term = new TermBuilder().AsNumber("1").Build
}
}
},
ParenthesisRight = TerminalNodeBuilder.Of(Token.ParenthesisRight),
ExtraEquation = new ExtraEquationRule
{
ArithmeticOperator = TerminalNodeBuilder.Of(Token.Minus),
Equation = new EquationRule
{
Term = new TermBuilder().AsNumber("5.5").Build
}
}
}
}
}
}
},
Semicolon = TerminalNodeBuilder.Of(Token.Semicolon)
},
new IfStatementRule
{
If = TerminalNodeBuilder.Of(Token.If),
ConditionStatement = new ConditionStatementRule
{
Condition = new ConditionRule
{
Identifier = TerminalNodeBuilder.Of(Token.Identifier, "z1"),
ConditionOperator = TerminalNodeBuilder.Of(Token.GreaterThan),
Term = new TermBuilder().AsNumber("5").Build
}
},
Then = TerminalNodeBuilder.Of(Token.Then),
Statements = new List <StatementRule>
{
new WriteStatementRule
{
Write = TerminalNodeBuilder.Of(Token.Write),
Expression = new ExpressionRule
{
Term = new TermBuilder().AsIdentifier("z1").Build
},
Semicolon = TerminalNodeBuilder.Of(Token.Semicolon)
}
},
ExtraElseIf = new ExtraElseIfRule
{
ElseStatement = new ElseStatementRule
{
Else = TerminalNodeBuilder.Of(Token.Else),
Statements = new List <StatementRule>
{
new AssignmentStatementRule
{
Identifier = TerminalNodeBuilder.Of(Token.Identifier, "z1"),
AssignmentOperator = TerminalNodeBuilder.Of(Token.Assignment),
Expression = new ExpressionRule
{
Term = new TermBuilder().AsIdentifier("val").Build
},
Semicolon = TerminalNodeBuilder.Of(Token.Semicolon)
}
},
End = TerminalNodeBuilder.Of(Token.End)
}
}
}
}).Build).Build;
// Act
_parser.Parse(tokensTable);
// Assert
Assert.AreEqual(0, _parser.ErrorList.Count);
_parser.ProgramRoot.WithDeepEqual(expectedProgram)
.IgnoreProperty <Node>(n => n.Children)
.IgnoreProperty <Node>(n => n.Name)
.Assert();
}
