Enumerationswift-syntax 601.0.1SwiftSyntax
Kind
Each diagnostic kind is uniquely represented by a value in this enum.
enum KindEach diagnostic kind is uniquely represented by a value in this enum.
enum Kindimport SwiftSyntaxA library for working with Swift code.
struct TokenDiagnosticIf the token has an error that’s inherent to the token itself and not its surrounding structure, this defines the type of the error. byteOffset specifies at which offset the error occurred.
case editorPlaceholdercase equalMustHaveConsistentWhitespaceOnBothSidescase expectedBinaryExponentInHexFloatLiteralcase expectedClosingBraceInUnicodeEscapecase expectedDigitInFloatLiteralcase expectedHexCodeInUnicodeEscapecase expectedHexDigitInHexLiteralcase extraneousLeadingWhitespaceErrorcase extraneousLeadingWhitespaceWarningcase extraneousTrailingWhitespaceErrorcase extraneousTrailingWhitespaceWarningcase insufficientIndentationInMultilineStringLiteralcase invalidBinaryDigitInIntegerLiteralcase invalidCharactercase invalidDecimalDigitInIntegerLiteralcase invalidEscapeSequenceInStringLiteralcase invalidFloatingPointExponentCharactercase invalidFloatingPointExponentDigitcase invalidHexDigitInIntegerLiteralcase invalidIdentifierStartCharactercase invalidNumberOfHexDigitsInUnicodeEscapecase invalidOctalDigitInIntegerLiteralcase invalidUtf8case multilineRegexClosingNotOnNewlinecase nonBreakingSpacecase nulCharactercase sourceConflictMarkercase spaceAtEndOfRegexLiteralcase spaceAtStartOfRegexLiteralcase tokenDiagnosticOffsetOverflowThe lexer discovered an error but was not able to represent the offset of the error because it would overflow LexerErrorOffset.
case unexpectedBlockCommentEndcase unicodeCurlyQuotecase unprintableAsciiCharactercase unterminatedBlockCommentinit(_ kind: TokenDiagnostic.Kind, byteOffset: Int) Construct a diagnostic of the given kind that is anchored at byteOffset, measured in UTF-8 bytes relative to the leading trivia start of the token this diagnostic will be attached to.
init(_ kind: TokenDiagnostic.Kind, byteOffset: UInt16) Construct a diagnostic of the given kind that is anchored at byteOffset, measured in UTF-8 bytes relative to the leading trivia start of the token this diagnostic will be attached to.
init?(combining lhs: TokenDiagnostic?, _ rhs: TokenDiagnostic?) Picks the more severe error of lhs and rhs, preferring lhs if they have the same severity.
let byteOffset: UInt16The offset at which the error is, in bytes relative to the token’s leading trivia start (i.e. relative to the token’s position)
let kind: TokenDiagnostic.KindThe unique kind of this diagnostic.
var severity: TokenDiagnostic.Severity { get }The severity of the diagnostic, i.e. whether it’s a warning or error.
enum Severityprotocol EquatableA type that can be compared for value equality.
protocol Hashable : EquatableA type that can be hashed into a Hasher to produce an integer hash value.
protocol SendableA thread-safe type whose values can be shared across arbitrary concurrent contexts without introducing a risk of data races. Values of the type may have no shared mutable state, or they may protect that state with a lock or by forcing it to only be accessed from a specific actor.
static func != (lhs: Self, rhs: Self) -> Bool Returns a Boolean value indicating whether two values are not equal.