How to use testDeclaredType_parsesGenericFunctionParametersAndReturnType method of DeclaredTypeTests class

Best Mockingbird code snippet using DeclaredTypeTests.testDeclaredType_parsesGenericFunctionParametersAndReturnType

DeclaredTypeTests.swift

Source:DeclaredTypeTests.swift

...258    XCTAssertEqual(String(reflecting: actual), "DeclaredType(Single(Function(() -> DeclaredType(Single(GenericType<DeclaredType(Single(Bool))>)?))))")259    XCTAssert(actual.isFunction)260  }261  262  func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {263    let actual = DeclaredType(from: "(GenericType<Bool>, GenericType<Int>) -> SignalProducer<String, Bool>")264    XCTAssertEqual(String(reflecting: actual), "DeclaredType(Single(Function((Parameter(DeclaredType(Single(GenericType<DeclaredType(Single(Bool))>))), Parameter(DeclaredType(Single(GenericType<DeclaredType(Single(Int))>)))) -> DeclaredType(Single(SignalProducer<DeclaredType(Single(String)), DeclaredType(Single(Bool))>)))))")265    XCTAssert(actual.isFunction)266  }267  268  func testDeclaredType_parsesGenericFunctionParametersAndWrappedReturnType() {269    let actual = DeclaredType(from: "(GenericType<Bool>, GenericType<Int>) -> (SignalProducer<String, Bool>)")270    XCTAssertEqual(String(reflecting: actual), "DeclaredType(Single(Function((Parameter(DeclaredType(Single(GenericType<DeclaredType(Single(Bool))>))), Parameter(DeclaredType(Single(GenericType<DeclaredType(Single(Int))>)))) -> DeclaredType(Single(SignalProducer<DeclaredType(Single(String)), DeclaredType(Single(Bool))>)))))")271    XCTAssert(actual.isFunction)272  }273  274  // MARK: Optionals275  276  func testDeclaredType_parsesOptionalType() {...

testDeclaredType_parsesGenericFunctionParametersAndReturnType

Using AI Code Generation

1import XCTest2class DeclaredTypeTests: XCTestCase {3    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {4        let declaredType = DeclaredType("func foo<T, U>(t: T, u: U) -> U")5        XCTAssertEqual(declaredType.name, "foo")6        XCTAssertEqual(declaredType.parameters.count, 2)7        XCTAssertEqual(declaredType.parameters[0].name, "t")8        XCTAssertEqual(declaredType.parameters[0].type, "T")9        XCTAssertEqual(declaredType.parameters[1].name, "u")10        XCTAssertEqual(declaredType.parameters[1].type, "U")11        XCTAssertEqual(declaredType.returnType, "U")12    }13}14import XCTest15class DeclaredTypeTests: XCTestCase {16    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {17        let declaredType = DeclaredType("func foo<T, U>(t: T, u: U) -> U")18        XCTAssertEqual(declaredType.name, "foo")19        XCTAssertEqual(declaredType.parameters.count, 2)20        XCTAssertEqual(declaredType.parameters[0].name, "t")21        XCTAssertEqual(declaredType.parameters[0].type, "T")22        XCTAssertEqual(declaredType.parameters[1].name, "u")23        XCTAssertEqual(declaredType.parameters[1].type, "U")24        XCTAssertEqual(declaredType.returnType, "U")25    }26}27import XCTest28class DeclaredTypeTests: XCTestCase {29    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {30        let declaredType = DeclaredType("func foo<T, U>(t: T, u: U) -> U")31        XCTAssertEqual(declaredType.name, "foo")32        XCTAssertEqual(declaredType.parameters.count, 2)33        XCTAssertEqual(declaredType.parameters[0].name, "t")34        XCTAssertEqual(declaredType.parameters[0].type, "T")35        XCTAssertEqual(declaredType.parameters[1].name, "u")36        XCTAssertEqual(declaredType.parameters[1].type, "U")37        XCTAssertEqual(declaredType.returnType

testDeclaredType_parsesGenericFunctionParametersAndReturnType

Using AI Code Generation

1import XCTest2class DeclaredTypeTests: XCTestCase {3    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {4        let type = DeclaredType("func foo<T>(bar: T) -> String")5        XCTAssertEqual(type.name, "foo")6        XCTAssertEqual(type.parameters.count, 1)7        XCTAssertEqual(type.parameters[0].name, "bar")8        XCTAssertEqual(type.parameters[0].typeName, "T")9        XCTAssertEqual(type.returnType, "String")10    }11}12import XCTest13class DeclaredTypeTests: XCTestCase {14    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {15        let type = DeclaredType("func foo<T>(bar: T) -> String")16        XCTAssertEqual(type.name, "foo")17        XCTAssertEqual(type.parameters.count, 1)18        XCTAssertEqual(type.parameters[0].name, "bar")19        XCTAssertEqual(type.parameters[0].typeName, "T")20        XCTAssertEqual(type.returnType, "String")21    }22}23import XCTest24class DeclaredTypeTests: XCTestCase {25    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {26        let type = DeclaredType("func foo<T>(bar: T) -> String")27        XCTAssertEqual(type.name, "foo")28        XCTAssertEqual(type.parameters.count, 1)29        XCTAssertEqual(type.parameters[0].name, "bar")30        XCTAssertEqual(type.parameters[0].typeName, "T")31        XCTAssertEqual(type.returnType, "String")32    }33}34import XCTest35class DeclaredTypeTests: XCTestCase {36    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {37        let type = DeclaredType("func foo<T>(bar: T) -> String")38        XCTAssertEqual(type.name, "foo")39        XCTAssertEqual(type.parameters.count, 1)40        XCTAssertEqual(type.parameters[0].name, "bar")41        XCTAssertEqual(type.parameters[0].typeName, "T")42        XCTAssertEqual(type.returnType, "String")43    }44}

testDeclaredType_parsesGenericFunctionParametersAndReturnType

Using AI Code Generation

1import XCTest2import Foundation3@testable import SwiftParse4class DeclaredTypeTests: XCTestCase {5    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {6        let input = "func foo<T>(t: T) -> T"7        let expected = DeclaredType(name: "foo", genericParameters: ["T"], parameters: ["t": "T"], returnType: "T")8        XCTAssertEqual(DeclaredType.parse(input), expected)9    }10}11import XCTest12import Foundation13@testable import SwiftParse14class DeclaredTypeTests: XCTestCase {15    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {16        let input = "func foo<T>(t: T) -> T"17        let expected = DeclaredType(name: "foo", genericParameters: ["T"], parameters: ["t": "T"], returnType: "T")18        XCTAssertEqual(DeclaredType.parse(input), expected)19    }20}21import XCTest22import Foundation23@testable import SwiftParse24class DeclaredTypeTests: XCTestCase {25    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {26        let input = "func foo<T>(t: T) -> T"27        let expected = DeclaredType(name: "foo", genericParameters: ["T"], parameters: ["t": "T"], returnType: "T")28        XCTAssertEqual(DeclaredType.parse(input), expected)29    }30}31import XCTest32import Foundation33@testable import SwiftParse34class DeclaredTypeTests: XCTestCase {35    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {36        let input = "func foo<T>(t: T) -> T"37        let expected = DeclaredType(name: "foo", genericParameters: ["T"], parameters: ["t": "T"], returnType: "T")38        XCTAssertEqual(DeclaredType.parse(input), expected)39    }40}41import XCTest42import Foundation43@testable import SwiftParse

testDeclaredType_parsesGenericFunctionParametersAndReturnType

Using AI Code Generation

1import XCTest2class DeclaredTypeTests: XCTestCase {3    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {4        let sut = DeclaredType("() -> ()", genericTypes: ["T"])5        XCTAssertEqual(sut.name, "()")6        XCTAssertEqual(sut.genericTypes, ["T"])7        XCTAssertEqual(sut.genericTypes?.count, 1)8    }9}10XCTest.main()11import XCTest12@testable import Example13class DeclaredTypeTests: XCTestCase {14    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {15        let sut = DeclaredType("() -> ()", genericTypes: ["T"])16        XCTAssertEqual(sut.name, "()")17        XCTAssertEqual(sut.genericTypes, ["T"])18        XCTAssertEqual(sut.genericTypes?.count, 1)19    }20}21XCTest.main()22import XCTest23@testable import Example24class DeclaredTypeTests: XCTestCase {25    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {26        let sut = DeclaredType("() -> ()", genericTypes: ["T"])27        XCTAssertEqual(sut.name, "()")28        XCTAssertEqual(sut.genericTypes, ["T"])29        XCTAssertEqual(sut.genericTypes?.count, 1)30    }31}32XCTest.main()33import XCTest34@testable import Example35class DeclaredTypeTests: XCTestCase {36    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {37        let sut = DeclaredType("() -> ()", genericTypes: ["T"])38        XCTAssertEqual(sut.name, "()")39        XCTAssertEqual(sut.genericTypes, ["T"])40        XCTAssertEqual(sut.genericTypes?.count, 1)41    }42}43XCTest.main()44import XCTest45@testable import Example46class DeclaredTypeTests: XCTestCase {47    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {48        let sut = DeclaredType("() -> ()", genericTypes: ["T"])49        XCTAssertEqual(s

testDeclaredType_parsesGenericFunctionParametersAndReturnType

Using AI Code Generation

1func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {2    let type = try! parseType("func<T, U>(_: T) -> U")3    XCTAssertEqual(type, .function(.init(4        parameters: [.init(name: nil, type: .identifier("T")), .init(name: nil, type: .identifier("U"))],5        returnType: .identifier("U")6}7func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {8    let type = try! parseType("func<T, U>(_: T) -> U")9    XCTAssertEqual(type, .function(.init(10        parameters: [.init(name: nil, type: .identifier("T")), .init(name: nil, type: .identifier("U"))],11        returnType: .identifier("U")12}13func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {14    let type = try! parseType("func<T, U>(_: T) -> U")15    XCTAssertEqual(type, .function(.init(16        parameters: [.init(name: nil, type: .identifier("T")), .init(name: nil, type: .identifier("U"))],17        returnType: .identifier("U")18}19func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {20    let type = try! parseType("func<T, U>(_: T) -> U")21    XCTAssertEqual(type, .function(.init(22        parameters: [.init(name: nil, type: .identifier("T")), .init(name: nil, type: .identifier("U"))],23        returnType: .identifier("U")24}25func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {26    let type = try! parseType("func<T, U>(_: T) -> U")27    XCTAssertEqual(type, .function(.init(

testDeclaredType_parsesGenericFunctionParametersAndReturnType

Using AI Code Generation

1import Foundation2class DeclaredTypeTests {3    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {4        let declaredType = DeclaredType(name: "foo", type: "Foo", typeResolver: { _ in nil })5        let type = declaredType.parse("Foo<Bar, Baz> -> Quux")6        XCTAssertEqual(type, "Foo<Bar, Baz> -> Quux")7    }8}9import Foundation10class DeclaredTypeTests {11    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {12        let declaredType = DeclaredType(name: "foo", type: "Foo", typeResolver: { _ in nil })13        let type = declaredType.parse("Foo<Bar, Baz> -> Quux")14        XCTAssertEqual(type, "Foo<Bar, Baz> -> Quux")15    }16}17import Foundation18class DeclaredTypeTests {19    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {20        let declaredType = DeclaredType(name: "foo", type: "Foo", typeResolver: { _ in nil })21        let type = declaredType.parse("Foo<Bar, Baz> -> Quux")22        XCTAssertEqual(type, "Foo<Bar, Baz> -> Quux")23    }24}25import Foundation26class DeclaredTypeTests {27    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {28        let declaredType = DeclaredType(name: "foo", type: "Foo", typeResolver: { _ in nil })29        let type = declaredType.parse("Foo<Bar, Baz> -> Quux")30        XCTAssertEqual(type, "Foo<Bar, Baz> -> Quux")31    }32}33import Foundation34class DeclaredTypeTests {35    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {36        let declaredType = DeclaredType(name: "foo", type: "Foo", type

testDeclaredType_parsesGenericFunctionParametersAndReturnType

Using AI Code Generation

1import XCTest2class DeclaredTypeTests: XCTestCase {3    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {4        let type = DeclaredType("func foo<T>(bar: T) -> String")5        XCTAssertEqual(type.name, "foo")6        XCTAssertEqual(type.parameters.count, 1)7        XCTAssertEqual(type.parameters[0].name, "bar")8        XCTAssertEqual(type.parameters[0].typeName, "T")9        XCTAssertEqual(type.returnType, "String")10    }11}

testDeclaredType_parsesGenericFunctionParametersAndReturnType

Using AI Code Generation

1import XCTest2class DeclaredTypeTests: XCTestCase {3    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {4        let type = DeclaredType("func foo<T>(bar: T) -> String")5        XCTAssertEqual(type.name, "foo")6        XCTAssertEqual(type.parameters.count, 1)7        XCTAssertEqual(type.parameters[0].name, "bar")8        XCTAssertEqual(type.parameters[0].typeName, "T")9        XCTAssertEqual(type.returnType, "String")10    }11}12import XCTest13class DeclaredTypeTests: XCTestCase {14    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {15        let type = DeclaredType("func foo<T>(bar: T) -> String")16        XCTAssertEqual(type.name, "foo")17        XCTAssertEqual(type.parameters.count, 1)18        XCTAssertEqual(type.parameters[0].name, "bar")19        XCTAssertEqual(type.parameters[0].typeName, "T")20        XCTAssertEqual(type.returnType, "String")21    }22}23import XCTest24class DeclaredTypeTests: XCTestCase {25    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {26        let type = DeclaredType("func foo<T>(bar: T) -> String")27        XCTAssertEqual(type.name, "foo")28        XCTAssertEqual(type.parameters.count, 1)29        XCTAssertEqual(type.parameters[0].name, "bar")30        XCTAssertEqual(type.parameters[0].typeName, "T")31        XCTAssertEqual(type.returnType, "String")32    }33}

testDeclaredType_parsesGenericFunctionParametersAndReturnType

Using AI Code Generation

1import XCTest2import Foundation3@testable import SwiftParse4class DeclaredTypeTests: XCTestCase {5    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {6        let input = "func foo<T>(t: T) -> T"7        let expected = DeclaredType(name: "foo", genericParameters: ["T"], parameters: ["t": "T"], returnType: "T")8        XCTAssertEqual(DeclaredType.parse(input), expected)9    }10}11import XCTest12import Foundation13@testable import SwiftParse14class DeclaredTypeTests: XCTestCase {15    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {16        let input = "func foo<T>(t: T) -> T"17        let expected = DeclaredType(name: "foo", genericParameters: ["T"], parameters: ["t": "T"], returnType: "T")18        XCTAssertEqual(DeclaredType.parse(input), expected)19    }20}21import XCTest22import Foundation23@testable import SwiftParse24class DeclaredTypeTests: XCTestCase {25    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {26        let input = "func foo<T>(t: T) -> T"27        let expected = DeclaredType(name: "foo", genericParameters: ["T"], parameters: ["t": "T"], returnType: "T")28        XCTAssertEqual(DeclaredType.parse(input), expected)29    }30}31import XCTest32import Foundation33@testable import SwiftParse34class DeclaredTypeTests: XCTestCase {35    func testDeclaredType_parsesGenericFunctionParametersAndReturnType() {36        let input = "func foo<T>(t: T) -> T"37        let expected = DeclaredType(name: "foo", genericParameters: ["T"], parameters: ["t": "T"], returnType: "T")38        XCTAssertEqual(DeclaredType.parse(input), expected)39    }40}41import XCTest42import Foundation43@testable import SwiftParse

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