public FunctionArgumentSyntax(SyntaxBase expression)
{
this.Expression = expression;
}
public OutputDeclarationSyntax(Token outputKeyword, IdentifierSyntax name, TypeSyntax type, Token assignment, SyntaxBase value, Token?newLine)
{
AssertKeyword(outputKeyword, nameof(outputKeyword), LanguageConstants.OutputKeyword);
AssertTokenType(assignment, nameof(assignment), TokenType.Assignment);
AssertTokenType(newLine, nameof(newLine), TokenType.NewLine);
this.OutputKeyword = outputKeyword;
this.Name = name;
this.Type = type;
this.Assignment = assignment;
this.Value = value;
this.NewLine = newLine;
}
public ResourceDeclarationSyntax(Token keyword, IdentifierSyntax name, SyntaxBase type, SyntaxBase assignment, SyntaxBase?ifCondition, SyntaxBase body)
{
AssertKeyword(keyword, nameof(keyword), LanguageConstants.ResourceKeyword);
AssertSyntaxType(name, nameof(name), typeof(IdentifierSyntax));
AssertSyntaxType(type, nameof(type), typeof(StringSyntax), typeof(SkippedTriviaSyntax));
AssertTokenType(keyword, nameof(keyword), TokenType.Identifier);
AssertSyntaxType(assignment, nameof(assignment), typeof(Token), typeof(SkippedTriviaSyntax));
AssertTokenType(assignment as Token, nameof(assignment), TokenType.Assignment);
AssertSyntaxType(ifCondition, nameof(ifCondition), typeof(SkippedTriviaSyntax), typeof(IfConditionSyntax));
AssertSyntaxType(body, nameof(body), typeof(SkippedTriviaSyntax), typeof(ObjectSyntax));
this.Keyword = keyword;
this.Name = name;
this.Type = type;
this.Assignment = assignment;
this.IfCondition = ifCondition;
this.Body = body;
}
public ParameterDeclarationSyntax(IEnumerable <SyntaxBase> leadingNodes, Token keyword, IdentifierSyntax name, SyntaxBase type, SyntaxBase?modifier)
: base(leadingNodes)
{
AssertKeyword(keyword, nameof(keyword), LanguageConstants.ParameterKeyword);
AssertSyntaxType(name, nameof(name), typeof(IdentifierSyntax));
AssertSyntaxType(type, nameof(type), typeof(TypeSyntax), typeof(SkippedTriviaSyntax));
AssertSyntaxType(modifier, nameof(modifier), typeof(ParameterDefaultValueSyntax), typeof(SkippedTriviaSyntax));
this.Keyword = keyword;
this.Name = name;
this.Type = type;
this.Modifier = modifier;
}
public ImportDeclarationSyntax(IEnumerable <SyntaxBase> leadingNodes, Token keyword, IdentifierSyntax providerName, SyntaxBase asKeyword, IdentifierSyntax aliasName, SyntaxBase?config)
: base(leadingNodes)
{
AssertKeyword(keyword, nameof(keyword), LanguageConstants.ImportKeyword);
AssertSyntaxType(providerName, nameof(providerName), typeof(IdentifierSyntax));
AssertSyntaxType(asKeyword, nameof(asKeyword), typeof(Token), typeof(SkippedTriviaSyntax));
AssertSyntaxType(aliasName, nameof(aliasName), typeof(IdentifierSyntax));
AssertSyntaxType(config, nameof(config), typeof(ObjectSyntax), typeof(SkippedTriviaSyntax));
this.Keyword = keyword;
this.ProviderName = providerName;
this.AsKeyword = asKeyword;
this.AliasName = aliasName;
this.Config = config;
}
public static ForSyntax CreateForSyntax(string indexIdentifier, SyntaxBase inSyntax, SyntaxBase body)
{
// generates "[for <identifier> in <inSyntax>: <body>]"
return(new(
LeftSquareToken,
CreateToken(TokenType.Identifier, "for"),
new LocalVariableSyntax(new IdentifierSyntax(CreateToken(TokenType.Identifier, indexIdentifier))),
CreateToken(TokenType.Identifier, "in"),
inSyntax,
ColonToken,
body,
RightSquareToken));
}
public static ArrayItemSyntax CreateArrayItem(SyntaxBase value) => new ArrayItemSyntax(value);
public ModuleDeclarationSyntax(Token keyword, IdentifierSyntax name, SyntaxBase path, SyntaxBase assignment, SyntaxBase body)
{
AssertKeyword(keyword, nameof(keyword), LanguageConstants.ModuleKeyword);
AssertSyntaxType(name, nameof(name), typeof(IdentifierSyntax));
AssertSyntaxType(path, nameof(path), typeof(StringSyntax), typeof(SkippedTriviaSyntax));
AssertTokenType(keyword, nameof(keyword), TokenType.Identifier);
AssertSyntaxType(assignment, nameof(assignment), typeof(Token), typeof(SkippedTriviaSyntax));
AssertTokenType(assignment as Token, nameof(assignment), TokenType.Assignment);
AssertSyntaxType(body, nameof(body), typeof(SkippedTriviaSyntax), typeof(ObjectSyntax));
this.Keyword = keyword;
this.Name = name;
this.Path = path;
this.Assignment = assignment;
this.Body = body;
}
public static ObjectSyntax MergeProperty(this ObjectSyntax?syntax, string propertyName, SyntaxBase propertyValue)
{
if (syntax == null)
{
return(SyntaxFactory.CreateObject(SyntaxFactory.CreateObjectProperty(propertyName, propertyValue).AsEnumerable()));
}
var properties = syntax.Properties.ToList();
int matchingIndex = 0;
while (matchingIndex < properties.Count)
{
if (string.Equals(properties[matchingIndex].TryGetKeyText(), propertyName, LanguageConstants.IdentifierComparison))
{
break;
}
matchingIndex++;
}
if (matchingIndex < properties.Count)
{
// If both property values are objects, merge them. Otherwise, replace the matching property value.
SyntaxBase mergedValue = properties[matchingIndex].Value is ObjectSyntax sourceObject && propertyValue is ObjectSyntax targetObject
? sourceObject.DeepMerge(targetObject)
: propertyValue;
properties[matchingIndex] = SyntaxFactory.CreateObjectProperty(propertyName, mergedValue);
}
else
{
properties.Add(SyntaxFactory.CreateObjectProperty(propertyName, propertyValue));
}
return(SyntaxFactory.CreateObject(properties));
}
protected virtual void VisitInternal(SyntaxBase node)
{
node.Accept(this);
}
public VariableDeclarationSyntax(Token variableKeyword, IdentifierSyntax name, Token assignment, SyntaxBase value)
{
AssertKeyword(variableKeyword, nameof(variableKeyword), LanguageConstants.VariableKeyword);
AssertTokenType(assignment, nameof(assignment), TokenType.Assignment);
this.VariableKeyword = variableKeyword;
this.Name = name;
this.Assignment = assignment;
this.Value = value;
}
/// <summary> /// Gets the nearest ancestor assignable to <typeparamref name="TSyntax" /> above <paramref name="syntax" /> /// in an ascending walk towards the root of the syntax tree. /// </summary> /// <param name="syntax">The syntax node.</param> /// <typeparam name="TSyntax">The type of node to query.</typeparam> /// <returns>The nearest ancestor or <c>null</c>.</returns> public TSyntax?GetNearestAncestor <TSyntax>(SyntaxBase syntax) where TSyntax : SyntaxBase => // Use default implementation ((ISyntaxHierarchy)this).GetNearestAncestor <TSyntax>(syntax);
/// <summary> /// Gets all ancestor nodes assignable to <typeparamref name="TSyntax" /> in descending order /// from the top of the tree. /// </summary> /// <param name="syntax">The syntax node.</param> /// <typeparam name="TSyntax">The type of node to query.</typeparam> /// <returns>The list of ancestors.</returns> public ImmutableArray <TSyntax> GetAllAncestors <TSyntax>(SyntaxBase syntax) where TSyntax : SyntaxBase => // Use default implementation ((ISyntaxHierarchy)this).GetAllAncestors <TSyntax>(syntax);
public TernaryOperationSyntax(SyntaxBase conditionExpression, Token question, SyntaxBase trueExpression, Token colon, SyntaxBase falseExpression)
{
AssertTokenType(question, nameof(question), TokenType.Question);
AssertTokenType(colon, nameof(colon), TokenType.Colon);
this.ConditionExpression = conditionExpression;
this.Question = question;
this.TrueExpression = trueExpression;
this.Colon = colon;
this.FalseExpression = falseExpression;
}
public ModuleDeclarationSyntax(IEnumerable <SyntaxBase> leadingNodes, Token keyword, IdentifierSyntax name, SyntaxBase path, SyntaxBase assignment, SyntaxBase value)
: base(leadingNodes)
{
AssertKeyword(keyword, nameof(keyword), LanguageConstants.ModuleKeyword);
AssertSyntaxType(name, nameof(name), typeof(IdentifierSyntax));
AssertSyntaxType(path, nameof(path), typeof(StringSyntax), typeof(SkippedTriviaSyntax));
AssertTokenType(keyword, nameof(keyword), TokenType.Identifier);
AssertSyntaxType(assignment, nameof(assignment), typeof(Token), typeof(SkippedTriviaSyntax));
AssertTokenType(assignment as Token, nameof(assignment), TokenType.Assignment);
AssertSyntaxType(value, nameof(value), typeof(SkippedTriviaSyntax), typeof(ObjectSyntax), typeof(IfConditionSyntax), typeof(ForSyntax));
this.Keyword = keyword;
this.Name = name;
this.Path = path;
this.Assignment = assignment;
this.Value = value;
}
/// <summary>
/// Adds a root node and indexes the parents for all child nodes recursively.
/// </summary>
/// <param name="root">The root node.</param>
public void AddRoot(SyntaxBase root)
{
var visitor = new ParentTrackingVisitor(this.parentMap);
visitor.Visit(root);
}
public OutputDeclarationSyntax(Token keyword, IdentifierSyntax name, SyntaxBase type, SyntaxBase assignment, SyntaxBase value)
{
AssertKeyword(keyword, nameof(keyword), LanguageConstants.OutputKeyword);
AssertSyntaxType(name, nameof(name), typeof(IdentifierSyntax), typeof(IdentifierSyntax));
AssertSyntaxType(type, nameof(type), typeof(TypeSyntax), typeof(SkippedTriviaSyntax));
AssertSyntaxType(assignment, nameof(assignment), typeof(Token), typeof(SkippedTriviaSyntax));
AssertTokenType(assignment as Token, nameof(assignment), TokenType.Assignment);
this.Keyword = keyword;
this.Name = name;
this.Type = type;
this.Assignment = assignment;
this.Value = value;
}
public TokenOrSyntax(SyntaxBase syntax)
{
Syntax = syntax;
Span = syntax.Span;
}
public static ObjectPropertySyntax CreateObjectProperty(string key, SyntaxBase value) => new ObjectPropertySyntax(CreateObjectPropertyKey(key), CreateToken(TokenType.Colon, ":"), value);
public static bool HasParseErrors(this SyntaxBase syntax) => syntax.GetParseDiagnostics().Any(d => d.Level == DiagnosticLevel.Error);
public static ForSyntax CreateRangedForSyntax(string indexIdentifier, SyntaxBase count, SyntaxBase body)
{
// generates "range(0, <count>)"
var rangeSyntax = new FunctionCallSyntax(
CreateIdentifier("range"),
LeftParenToken,
new FunctionArgumentSyntax[] {
new FunctionArgumentSyntax(
new IntegerLiteralSyntax(CreateToken(TokenType.Integer, "0"), 0),
CommaToken),
new FunctionArgumentSyntax(count, null),
},
RightParenToken);
return(CreateForSyntax(indexIdentifier, rangeSyntax, body));
}
public ResourceDeclarationSyntax(IEnumerable <SyntaxBase> leadingNodes, Token keyword, IdentifierSyntax name, SyntaxBase type, Token?existingKeyword, SyntaxBase assignment, SyntaxBase value)
: base(leadingNodes)
{
AssertKeyword(keyword, nameof(keyword), LanguageConstants.ResourceKeyword);
AssertSyntaxType(name, nameof(name), typeof(IdentifierSyntax));
AssertSyntaxType(type, nameof(type), typeof(StringSyntax), typeof(SkippedTriviaSyntax));
AssertKeyword(existingKeyword, nameof(existingKeyword), LanguageConstants.ExistingKeyword);
AssertTokenType(keyword, nameof(keyword), TokenType.Identifier);
AssertSyntaxType(assignment, nameof(assignment), typeof(Token), typeof(SkippedTriviaSyntax));
AssertTokenType(assignment as Token, nameof(assignment), TokenType.Assignment);
AssertSyntaxType(value, nameof(value), typeof(SkippedTriviaSyntax), typeof(ObjectSyntax), typeof(IfConditionSyntax), typeof(ForSyntax));
this.Keyword = keyword;
this.Name = name;
this.Type = type;
this.ExistingKeyword = existingKeyword;
this.Assignment = assignment;
this.Value = value;
}
public ArrayItemSyntax(SyntaxBase value)
{
this.Value = value;
}
public ResourceDeclarationSyntax(Token resourceKeyword, IdentifierSyntax name, SyntaxBase type, Token assignment, SyntaxBase body)
{
AssertKeyword(resourceKeyword, nameof(resourceKeyword), LanguageConstants.ResourceKeyword);
AssertTokenType(resourceKeyword, nameof(resourceKeyword), TokenType.Identifier);
AssertTokenType(assignment, nameof(assignment), TokenType.Assignment);
this.ResourceKeyword = resourceKeyword;
this.Name = name;
this.Type = type;
this.Assignment = assignment;
this.Body = body;
}
