public THISListDIEExpression(
SkipWhitespaceToken a,
ColourToken target1Colour,
NameToken target1,
SkipWhitespaceToken b,
CommaToken c,
SkipWhitespaceToken d,
ColourToken target2Colour,
NameToken target2,
SkipWhitespaceToken e,
SquareCloseToken f,
SkipWhitespaceToken g,
DotToken h,
SkipWhitespaceToken i,
DIEToken j,
SkipWhitespaceToken k,
RoundOpenToken l,
SkipWhitespaceToken m,
RoundCloseToken n,
SkipWhitespaceToken o,
SemicolonToken p)
{
Target1 = target1.Name;
Target1Colour = target1Colour.Colour;
Target2 = target2.Name;
Target2Colour = target2Colour.Colour;
}
/// <summary>
/// Creates comma and appends it to actual row
/// </summary>
/// <param name="textRange">The text range.</param>
public ICsvTreeFactory CreateComma(TextRange textRange)
{
Assume.NotNull(textRange, nameof(textRange));
checkIsRowAdded();
var comma = new CommaToken(textRange);
addChildToLastDefinedRow(comma);
return(this);
}
public void TestMethodArrayParamWithSpace()
=> Verify(
"M.N(string[ , , ] s)",
methodDeclaration: MethodDeclaration(
QualifiedName("M.N"),
argumentList: ParameterList(
Parameter(
ArrayType(Identifier("string"),
ArrayRankSpecifier(
OpenBracketToken.With(trailingTrivia: SpaceTrivia().ToImmutableArray()),
CloseBracketToken.With(trailingTrivia: SpaceTrivia().ToImmutableArray()),
CommaToken.With(trailingTrivia: SpaceTrivia().ToImmutableArray()),
CommaToken.With(trailingTrivia: SpaceTrivia().ToImmutableArray()))),
IdentifierToken("s")
)
))
);
public BifurcateExpression(
SkipWhitespaceToken a,
NameToken target,
SkipWhitespaceToken b,
SquareOpenToken c,
SkipWhitespaceToken d,
ColourToken splitColour1,
NameToken splitTarget1,
SkipWhitespaceToken e,
CommaToken f,
SkipWhitespaceToken g,
ColourToken splitColour2,
NameToken splitTarget2,
SkipWhitespaceToken h,
SquareCloseToken i,
SkipWhitespaceToken j,
SemicolonToken k,
SkipWhitespaceToken l,
ColouredExpressionsEndingWithTHISListDIEToken colouredLines)
{
Target = target.Name;
if (splitTarget1.Name != Target || splitTarget2.Name != Target)
{
throw new _ATHParserException("Split target name mismatch.");
}
_colours = new Colour[2];
_colours[0] = splitColour1.Colour;
_colours[1] = splitColour2.Colour;
List <string>[] lines = new List <string> [_colours.Length];
for (int ili = 0; ili < lines.Length; ili++)
{
lines[ili] = new List <string>();
}
ColouredExpressions = colouredLines.ColouredExpressions;
}
private static void AssertAreEqualInternal(Token expectedToken, Token actualToken, int index = -1)
{
if ((expectedToken == null) && (actualToken == null))
{
return;
}
if (expectedToken == null)
{
Assert.Fail(LexerHelper.GetAssertErrorMessage("expected is null, but actual is not null", index));
}
if (actualToken == null)
{
Assert.Fail(LexerHelper.GetAssertErrorMessage("expected is not null, but actual is null", index));
}
Assert.AreEqual(expectedToken.GetType(), actualToken.GetType(),
LexerHelper.GetAssertErrorMessage($"actual type does not match expected value", index));
Assert.AreEqual(expectedToken.Extent.StartPosition.Position, actualToken.Extent.StartPosition.Position,
LexerHelper.GetAssertErrorMessage($"actual Start Position does not match expected value", index));
Assert.AreEqual(expectedToken.Extent.StartPosition.LineNumber, actualToken.Extent.StartPosition.LineNumber,
LexerHelper.GetAssertErrorMessage($"actual Start Line does not match expected value", index));
Assert.AreEqual(expectedToken.Extent.StartPosition.ColumnNumber, actualToken.Extent.StartPosition.ColumnNumber,
LexerHelper.GetAssertErrorMessage($"actual Start Column does not match expected value", index));
Assert.AreEqual(expectedToken.Extent.EndPosition.Position, actualToken.Extent.EndPosition.Position,
LexerHelper.GetAssertErrorMessage($"actual End Position does not match expected value", index));
Assert.AreEqual(expectedToken.Extent.EndPosition.LineNumber, actualToken.Extent.EndPosition.LineNumber,
LexerHelper.GetAssertErrorMessage($"actual End Line does not match expected value", index));
Assert.AreEqual(expectedToken.Extent.EndPosition.ColumnNumber, actualToken.Extent.EndPosition.ColumnNumber,
LexerHelper.GetAssertErrorMessage($"actual End Column does not match expected value", index));
Assert.AreEqual(expectedToken.Extent.Text, actualToken.Extent.Text,
LexerHelper.GetAssertErrorMessage($"actual Text does not match expected value", index));
switch (expectedToken)
{
case AliasIdentifierToken token:
Assert.IsTrue(
AliasIdentifierToken.AreEqual((AliasIdentifierToken)expectedToken, (AliasIdentifierToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case AttributeCloseToken token:
Assert.IsTrue(
AttributeCloseToken.AreEqual((AttributeCloseToken)expectedToken, (AttributeCloseToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case AttributeOpenToken token:
Assert.IsTrue(
AttributeOpenToken.AreEqual((AttributeOpenToken)expectedToken, (AttributeOpenToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case BlockCloseToken token:
Assert.IsTrue(
BlockCloseToken.AreEqual((BlockCloseToken)expectedToken, (BlockCloseToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case BlockOpenToken token:
Assert.IsTrue(
BlockOpenToken.AreEqual((BlockOpenToken)expectedToken, (BlockOpenToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case BooleanLiteralToken token:
Assert.IsTrue(
BooleanLiteralToken.AreEqual((BooleanLiteralToken)expectedToken, (BooleanLiteralToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case ColonToken token:
Assert.IsTrue(
ColonToken.AreEqual((ColonToken)expectedToken, (ColonToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case CommaToken token:
Assert.IsTrue(
CommaToken.AreEqual((CommaToken)expectedToken, (CommaToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case CommentToken token:
Assert.IsTrue(
CommentToken.AreEqual((CommentToken)expectedToken, (CommentToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case DotOperatorToken token:
Assert.IsTrue(
DotOperatorToken.AreEqual((DotOperatorToken)expectedToken, (DotOperatorToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case EqualsOperatorToken token:
Assert.IsTrue(
EqualsOperatorToken.AreEqual((EqualsOperatorToken)expectedToken, (EqualsOperatorToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case IdentifierToken token:
Assert.IsTrue(
IdentifierToken.AreEqual((IdentifierToken)expectedToken, (IdentifierToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case IntegerLiteralToken token:
Assert.IsTrue(
IntegerLiteralToken.AreEqual((IntegerLiteralToken)expectedToken, (IntegerLiteralToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case NullLiteralToken token:
Assert.IsTrue(
NullLiteralToken.AreEqual((NullLiteralToken)expectedToken, (NullLiteralToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case ParenthesisCloseToken token:
Assert.IsTrue(
ParenthesisCloseToken.AreEqual((ParenthesisCloseToken)expectedToken, (ParenthesisCloseToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case ParenthesisOpenToken token:
Assert.IsTrue(
ParenthesisOpenToken.AreEqual((ParenthesisOpenToken)expectedToken, (ParenthesisOpenToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case PragmaToken token:
Assert.IsTrue(
PragmaToken.AreEqual((PragmaToken)expectedToken, (PragmaToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case RealLiteralToken token:
Assert.IsTrue(
RealLiteralToken.AreEqual((RealLiteralToken)expectedToken, (RealLiteralToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case StatementEndToken token:
Assert.IsTrue(
StatementEndToken.AreEqual((StatementEndToken)expectedToken, (StatementEndToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case StringLiteralToken token:
Assert.IsTrue(
StringLiteralToken.AreEqual((StringLiteralToken)expectedToken, (StringLiteralToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
case WhitespaceToken token:
Assert.IsTrue(
WhitespaceToken.AreEqual((WhitespaceToken)expectedToken, (WhitespaceToken)actualToken),
LexerHelper.GetAssertErrorMessage($"actual token does not match expected token", index)
);
break;
default:
throw new NotImplementedException($"Cannot compare type '{expectedToken.GetType().Name}'");
}
}
