How to use parseSelfConformanceTypeNames method of Result class

Best Mockingbird code snippet using Result.parseSelfConformanceTypeNames

ProcessStructuresOperation.swift

Source:ProcessStructuresOperation.swift

...81    guard accessLevel.isMockable else { return [] }82    83    let fullyQualifiedName = attributedContainingTypeNames.joined(separator: ".")84    let selfConformanceTypeNames = kind == .protocol85      ? parseSelfConformanceTypeNames(from: dictionary) : []86    let aliasedTypeNames = kind == .typealias87      ? parseAliasedTypeNames(from: dictionary): []88    89    return [RawType(dictionary: dictionary,90                    name: name,91                    fullyQualifiedName: fullyQualifiedName,92                    containedTypes: containedTypes,93                    containingTypeNames: containingTypeNames,94                    genericTypes: genericTypes,95                    genericTypeContext: genericTypeContext,96                    selfConformanceTypeNames: selfConformanceTypeNames,97                    aliasedTypeNames: aliasedTypeNames,98                    definedInExtension: definedInExtension,99                    kind: kind,100                    parsedFile: parsedFile)]101  }102  103  private func parseSelfConformanceTypeNames(from dictionary: StructureDictionary) -> Set<String> {104    guard let nameSuffix = SourceSubstring.nameSuffixUpToBody.extract(from: dictionary,105                                                                      contents: parsedFile.data),106      let whereRange = nameSuffix.range(of: #"\bwhere\b"#, options: .regularExpression)107      else { return [] }108    109    return Set(nameSuffix[whereRange.upperBound..<nameSuffix.endIndex]110      .components(separatedBy: ",", excluding: .allGroups)111      .compactMap({ WhereClause(from: String($0)) })112      .filter({ $0.requirement == .conforms && $0.constrainedTypeName == "Self" })113      .map({ $0.genericConstraint }))114  }115  116  private func parseAliasedTypeNames(from dictionary: StructureDictionary) -> Set<String> {117    guard let typeNames = Typealias.parseTypeNames(from: dictionary, parsedFile: parsedFile) else {...

parseSelfConformanceTypeNames

Using AI Code Generation

1let result = Result()2let typeNames = result.parseSelfConformanceTypeNames()3print(typeNames)4let result = Result()5let typeNames = result.parseSelfConformanceTypeNames()6print(typeNames)

parseSelfConformanceTypeNames

Using AI Code Generation

1import Foundation2let result = Result()3let selfConformanceTypeNames = result.parseSelfConformanceTypeNames()4print(selfConformanceTypeNames)5import Foundation6let result = Result()7let selfConformanceTypeNames = result.parseSelfConformanceTypeNames()8print(selfConformanceTypeNames)9import Foundation10let result = Result()11let selfConformanceTypeNames = result.parseSelfConformanceTypeNames()12print(selfConformanceTypeNames)

parseSelfConformanceTypeNames

Using AI Code Generation

1import Foundation2import SwiftSyntax3protocol A {}4protocol B {}5protocol C {}6protocol D {}7protocol E {}8protocol P1: A, B {}9protocol P2: C, D {}10protocol P3: E, P1 {}11protocol P4: P2, P3 {}12struct S1: P1 {}13struct S2: P2 {}14struct S3: P3 {}15struct S4: P4 {}16let syntaxTree = try SyntaxParser.parse(source: source)17let result = Result(syntaxTree: syntaxTree)18let typeNames = result.parseSelfConformanceTypeNames()19for typeName in typeNames {20    print(typeName)21}

parseSelfConformanceTypeNames

Using AI Code Generation

1let result = Result()2let result1 = result.parseSelfConformanceTypeNames(input: "Result<T, Error>")3let result2 = result.parseSelfConformanceTypeNames(input: "Result<Result<T, Error>, Error>")4let result3 = result.parseSelfConformanceTypeNames(input: "Result<Result<Result<T, Error>, Error>, Error>")5let result4 = result.parseSelfConformanceTypeNames(input: "Result<Result<Result<Result<T, Error>, Error>, Error>, Error>")6print(result1)7print(result2)8print(result3)9print(result4)10let result = Result()11let result1 = result.parseSelfConformanceTypeNames(input: "Result<T, Error>")12let result2 = result.parseSelfConformanceTypeNames(input: "Result<Result<T, Error>, Error>")13let result3 = result.parseSelfConformanceTypeNames(input: "Result<Result<Result<T, Error>, Error>, Error>")14let result4 = result.parseSelfConformanceTypeNames(input: "Result<Result<Result<Result<T, Error>, Error>, Error>, Error>")15print(result1)16print(result2)17print(result3)18print(result4)19let result = Result()20let result1 = result.parseSelfConformanceTypeNames(input: "Result<T, Error>")21let result2 = result.parseSelfConformanceTypeNames(input: "Result<Result<T, Error>, Error>")22let result3 = result.parseSelfConformanceTypeNames(input: "Result<Result<Result<T, Error>, Error>, Error>")23let result4 = result.parseSelfConformanceTypeNames(input: "Result<Result<Result<Result<T, Error>, Error>, Error>, Error>")24print(result1)25print(result2)26print(result3)27print(result4)

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