KaneAI - World’s First E2E Software Testing Agent.Book a Demo Join TestMu Conference

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)

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.