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How to use testDeclaredType_parsesOptionalFunctionTuple method of DeclaredTypeTests class

Best Mockingbird code snippet using DeclaredTypeTests.testDeclaredType_parsesOptionalFunctionTuple

DeclaredTypeTests.swift

Source:DeclaredTypeTests.swift

...335    XCTAssertTrue(actual.isCollection)336    XCTAssertTrue(actual.isOptional)337  }338  339  func testDeclaredType_parsesOptionalFunctionTuple() {340    let actual = DeclaredType(from: "((Int) -> Void)?")341    XCTAssertEqual(String(reflecting: actual), "DeclaredType((Single(Function((Parameter(DeclaredType(Single(Int)))) -> DeclaredType(Single(Void)))))?)")342    XCTAssertTrue(actual.isFunction)343    XCTAssertTrue(actual.isOptional)344  }345  346  func testDeclaredType_parsesFunctionWithOptionalReturnType() {347    let actual = DeclaredType(from: "(Int) -> Bool?")348    XCTAssertEqual(String(reflecting: actual), "DeclaredType(Single(Function((Parameter(DeclaredType(Single(Int)))) -> DeclaredType(Single(Bool)?))))")349    XCTAssertTrue(actual.isFunction)350    XCTAssertFalse(actual.isOptional)351  }352  353  func testDeclaredType_parsesOptionalFunctionWithOptionalReturnType() {...

testDeclaredType_parsesOptionalFunctionTuple

Using AI Code Generation

1testDeclaredType_parsesOptionalFunctionTuple()2testDeclaredType_parsesOptionalFunctionTuple()3testDeclaredType_parsesOptionalFunctionTuple()4testDeclaredType_parsesOptionalFunctionTuple()5testDeclaredType_parsesOptionalFunctionTuple()6testDeclaredType_parsesOptionalFunctionTuple()7testDeclaredType_parsesOptionalFunctionTuple()8testDeclaredType_parsesOptionalFunctionTuple()9testDeclaredType_parsesOptionalFunctionTuple()10testDeclaredType_parsesOptionalFunctionTuple()11testDeclaredType_parsesOptionalFunctionTuple()12testDeclaredType_parsesOptionalFunctionTuple()13testDeclaredType_parsesOptionalFunctionTuple()14testDeclaredType_parsesOptionalFunctionTuple()

testDeclaredType_parsesOptionalFunctionTuple

Using AI Code Generation

1let testDeclaredType_parsesOptionalFunctionTuple = DeclaredTypeTests().testDeclaredType_parsesOptionalFunctionTuple2testDeclaredType_parsesOptionalFunctionTuple()3let testDeclaredType_parsesOptionalFunctionTuple = DeclaredTypeTests().testDeclaredType_parsesOptionalFunctionTuple4testDeclaredType_parsesOptionalFunctionTuple()5let testDeclaredType_parsesOptionalFunctionTuple = DeclaredTypeTests().testDeclaredType_parsesOptionalFunctionTuple6testDeclaredType_parsesOptionalFunctionTuple()

testDeclaredType_parsesOptionalFunctionTuple

Using AI Code Generation

1let testDeclaredType = DeclaredTypeTests()2testDeclaredType.testDeclaredType_parsesOptionalFunctionTuple()3let testDeclaredType = DeclaredTypeTests()4testDeclaredType.testDeclaredType_parsesOptionalFunctionTuple()5let testDeclaredType = DeclaredTypeTests()6testDeclaredType.testDeclaredType_parsesOptionalFunctionTuple()7let testDeclaredType = DeclaredTypeTests()8testDeclaredType.testDeclaredType_parsesOptionalFunctionTuple()9let testDeclaredType = DeclaredTypeTests()10testDeclaredType.testDeclaredType_parsesOptionalFunctionTuple()11let testDeclaredType = DeclaredTypeTests()12testDeclaredType.testDeclaredType_parsesOptionalFunctionTuple()13let testDeclaredType = DeclaredTypeTests()14testDeclaredType.testDeclaredType_parsesOptionalFunctionTuple()15let testDeclaredType = DeclaredTypeTests()16testDeclaredType.testDeclaredType_parsesOptionalFunctionTuple()17let testDeclaredType = DeclaredTypeTests()18testDeclaredType.testDeclaredType_parsesOptionalFunctionTuple()19let testDeclaredType = DeclaredTypeTests()20testDeclaredType.testDeclaredType_parsesOptionalFunctionTuple()

testDeclaredType_parsesOptionalFunctionTuple

Using AI Code Generation

1let declaredType = DeclaredTypeTests()2declaredType.testDeclaredType_parsesOptionalFunctionTuple()3let declaredType = DeclaredTypeTests()4declaredType.testDeclaredType_parsesOptionalFunctionTuple()5let declaredType = DeclaredTypeTests()6declaredType.testDeclaredType_parsesOptionalFunctionTuple()7import SourceryRuntime8import SourceryRuntime9import SourceryRuntime10import SourceryRuntime11import SourceryRuntime12import SourceryRuntime

testDeclaredType_parsesOptionalFunctionTuple

Using AI Code Generation

1var declaredType = DeclaredTypeTests()2declaredType.testDeclaredType_parsesOptionalFunctionTuple()3var declaredType = DeclaredTypeTests()4declaredType.testDeclaredType_parsesOptionalFunctionTuple()5var declaredType = DeclaredTypeTests()6declaredType.testDeclaredType_parsesOptionalFunctionTuple()7var declaredType = DeclaredTypeTests()8declaredType.testDeclaredType_parsesOptionalFunctionTuple()9var declaredType = DeclaredTypeTests()10declaredType.testDeclaredType_parsesOptionalFunctionTuple()11var declaredType = DeclaredTypeTests()12declaredType.testDeclaredType_parsesOptionalFunctionTuple()13var declaredType = DeclaredTypeTests()14declaredType.testDeclaredType_parsesOptionalFunctionTuple()15var declaredType = DeclaredTypeTests()16declaredType.testDeclaredType_parsesOptionalFunctionTuple()17var declaredType = DeclaredTypeTests()18declaredType.testDeclaredType_parsesOptionalFunctionTuple()19var declaredType = DeclaredTypeTests()20declaredType.testDeclaredType_parsesOptionalFunctionTuple()21var declaredType = DeclaredTypeTests()

testDeclaredType_parsesOptionalFunctionTuple

Using AI Code Generation

1import XCTest2import Foundation3class DeclaredTypeTests: XCTestCase {4    func testDeclaredType_parsesOptionalFunctionTuple() {5        let declaredType = DeclaredType(string: "((String) -> Void)?")6        XCTAssertEqual(declaredType.name, "((String) -> Void)?")7        XCTAssertEqual(declaredType.tuple, true)8        XCTAssertEqual(declaredType.optional, true)9        XCTAssertEqual(declaredType.type, .function)10        XCTAssertEqual(declaredType.genericArguments.count, 0)11        XCTAssertEqual(declaredType.genericConstraints.count, 0)12        XCTAssertEqual(declaredType.genericType, false)13        XCTAssertEqual(declaredType.function?.returnType.name, "Void")14        XCTAssertEqual(declaredType.function?.parameters.count, 1)15        XCTAssertEqual(declaredType.function?.parameters[0].name, "String")16    }17}18import XCTest19import Foundation20class DeclaredTypeTests: XCTestCase {21    func testDeclaredType_parsesOptionalFunctionTuple() {22        let declaredType = DeclaredType(string: "((String) -> Void)?")23        XCTAssertEqual(declaredType.name, "((String) -> Void)?")24        XCTAssertEqual(declaredType.tuple, true)25        XCTAssertEqual(declaredType.optional, true)26        XCTAssertEqual(declaredType.type, .function)27        XCTAssertEqual(declaredType.genericArguments.count, 0)28        XCTAssertEqual(declaredType.genericConstraints.count, 0)29        XCTAssertEqual(declaredType.genericType, false)30        XCTAssertEqual(declaredType.function?.returnType.name, "Void")31        XCTAssertEqual(declaredType.function?.parameters.count, 1)32        XCTAssertEqual(declaredType.function?.parameters[0].name, "String")33    }34}35I have a Swift file with a class that has a method that returns a tuple. I want to test this method in a separate Swift file. I have 2 Swift files, one contains the method and the other contains the test. The problem is that the test method cannot be found. I have tried to use the @testable import but it doesn't work. I have also tried to use the same class name in both files but it doesn't work either. I have also tried to use the @testable import and the same class name but it doesn't work

testDeclaredType_parsesOptionalFunctionTuple

Using AI Code Generation

1func testDeclaredType_parsesOptionalFunctionTuple() {2    let type = try! parseType("((Int) -> Int)?")3    XCTAssertEqual(type, .optional(.function(args: [.int], returns: .int)))4}5func testDeclaredType_parsesOptionalFunctionTuple() {6    let type = try! parseType("((Int) -> Int)?")7    XCTAssertEqual(type, .optional(.function(args: [.int], returns: .int)))8}9func testDeclaredType_parsesOptionalFunctionTuple() {10    let type = try! parseType("((Int) -> Int)?")11    XCTAssertEqual(type, .optional(.function(args: [.int], returns: .int)))12}13func testDeclaredType_parsesOptionalFunctionTuple() {14    let type = try! parseType("((Int) -> Int)?")15    XCTAssertEqual(type, .optional(.function(args: [.int], returns: .int)))16}17func testDeclaredType_parsesOptionalFunctionTuple() {18    let type = try! parseType("((Int) -> Int)?")19    XCTAssertEqual(type, .optional(.function(args: [.int], returns: .int)))20}21func testDeclaredType_parsesOptionalFunctionTuple() {22    let type = try! parseType("((Int) -> Int)?")23    XCTAssertEqual(type, .optional(.function(args: [.int], returns: .int)))24}25func testDeclaredType_parsesOptionalFunctionTuple() {26    let type = try! parseType("((Int) -> Int)?")27    XCTAssertEqual(type, .optional(.function(args: [.int], returns: .int)))28}

testDeclaredType_parsesOptionalFunctionTuple

Using AI Code Generation

1import XCTest2import Foundation3class DeclaredTypeTests: XCTestCase {4    func testDeclaredType_parsesOptionalFunctionTuple() {5        let type = "((Int, String) -> Void)?"6        let declaredType = DeclaredType(type: type)7        XCTAssertEqual(declaredType.type, "((Int, String) -> Void)?")8        XCTAssertEqual(declaredType.name, "((Int, String) -> Void)?")9        XCTAssertEqual(declaredType.isOptional, true)10        XCTAssertEqual(declaredType.isFunction, true)11        XCTAssertEqual(declaredType.isTuple, true)12        XCTAssertEqual(declaredType.isGeneric, false)13        XCTAssertEqual(declaredType.isProtocol, false)14        XCTAssertEqual(declaredType.isClass, false)15        XCTAssertEqual(declaredType.isStruct, false)16        XCTAssertEqual(declaredType.isEnum, false)17        XCTAssertEqual(declaredType.isExtension, false)18        XCTAssertEqual(declaredType.isAssociatedType, false)19        XCTAssertEqual(declaredType.isTypealias, false)20        XCTAssertEqual(declaredType.isClosure, false)21        XCTAssertEqual(declaredType.isArray, false)22        XCTAssertEqual(declaredType.isDictionary, false)23        XCTAssertEqual(declaredType.isSet, false)24        XCTAssertEqual(declaredType.isOptionalType, false)25        XCTAssertEqual(declaredType.isImplicitlyUnwrappedOptionalType, false)26        XCTAssertEqual(declaredType.isAny, false)27        XCTAssertEqual(declaredType.isAnyObject, false)28        XCTAssertEqual(declaredType.isAnyHashable, false)29        XCTAssertEqual(declaredType.isVoid, false)30        XCTAssertEqual(declaredType.isBool, false)31        XCTAssertEqual(declaredType.isString, false)32        XCTAssertEqual(declaredType.isInt, false)33        XCTAssertEqual(declaredType.isDouble, false)34        XCTAssertEqual(declaredType.isFloat, false)35        XCTAssertEqual(declaredType.isCGFloat, false)36        XCTAssertEqual(declaredType.isCGFloatLiteral, false)37        XCTAssertEqual(declaredType.isCGPoint, false)38        XCTAssertEqual(declaredType.isCGPointLiteral, false)39        XCTAssertEqual(declaredType.isCGSize, false)40        XCTAssertEqual(declaredType.isCGSizeLiteral, false)41        XCTAssertEqual(declaredType.isCGRect, false)42        XCTAssertEqual(declaredType.isCGRectLiteral, false)43        XCTAssertEqual(declaredType.isUIEdgeInsets, false)44        XCTAssertEqual(declaredType.isUIEdgeInsetsLiteral

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