How to use testDeclaredType_parsesMultipleGenericFunctionParameters method of DeclaredTypeTests class

Best Mockingbird code snippet using DeclaredTypeTests.testDeclaredType_parsesMultipleGenericFunctionParameters

DeclaredTypeTests.swift

Source:DeclaredTypeTests.swift

...228    XCTAssertEqual(String(reflecting: actual), "DeclaredType(Single(Function((Parameter(DeclaredType(Single(GenericType<DeclaredType(Single(Bool))>)))) -> DeclaredType(Single(Void)))))")229    XCTAssert(actual.isFunction)230  }231  232  func testDeclaredType_parsesMultipleGenericFunctionParameters() {233    let actual = DeclaredType(from: "(GenericType<Bool>, GenericType<Int>) -> Void")234    XCTAssertEqual(String(reflecting: actual), "DeclaredType(Single(Function((Parameter(DeclaredType(Single(GenericType<DeclaredType(Single(Bool))>))), Parameter(DeclaredType(Single(GenericType<DeclaredType(Single(Int))>)))) -> DeclaredType(Single(Void)))))")235    XCTAssert(actual.isFunction)236  }237  238  func testDeclaredType_parsesGenericFunctionReturnType() {239    let actual = DeclaredType(from: "() -> GenericType<Bool>")240    XCTAssertEqual(String(reflecting: actual), "DeclaredType(Single(Function(() -> DeclaredType(Single(GenericType<DeclaredType(Single(Bool))>)))))")241    XCTAssert(actual.isFunction)242  }243  244  func testDeclaredType_parsesGenericFunctionWrappedReturnType() {245    let actual = DeclaredType(from: "() -> (SignalProducer<String, Bool>)")246    XCTAssertEqual(String(reflecting: actual), "DeclaredType(Single(Function(() -> DeclaredType(Single(SignalProducer<DeclaredType(Single(String)), DeclaredType(Single(Bool))>)))))")...

testDeclaredType_parsesMultipleGenericFunctionParameters

Using AI Code Generation

1let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters2let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters3let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters4let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters5let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters6let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters7let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters8let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters9let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters

testDeclaredType_parsesMultipleGenericFunctionParameters

Using AI Code Generation

1let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters2let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters3let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters4let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters5let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters6let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters7let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters8let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters9let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests().testDeclaredType_parsesMultipleGenericFunctionParameters

testDeclaredType_parsesMultipleGenericFunctionParameters

Using AI Code Generation

1let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests.testDeclaredType_parsesMultipleGenericFunctionParameters()2testDeclaredType_parsesMultipleGenericFunctionParameters()3let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests.testDeclaredType_parsesMultipleGenericFunctionParameters()4testDeclaredType_parsesMultipleGenericFunctionParameters()5let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests.testDeclaredType_parsesMultipleGenericFunctionParameters()6testDeclaredType_parsesMultipleGenericFunctionParameters()7let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests.testDeclaredType_parsesMultipleGenericFunctionParameters()8testDeclaredType_parsesMultipleGenericFunctionParameters()9let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests.testDeclaredType_parsesMultipleGenericFunctionParameters()10testDeclaredType_parsesMultipleGenericFunctionParameters()11let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests.testDeclaredType_parsesMultipleGenericFunctionParameters()12testDeclaredType_parsesMultipleGenericFunctionParameters()13let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests.testDeclaredType_parsesMultipleGenericFunctionParameters()14testDeclaredType_parsesMultipleGenericFunctionParameters()15let testDeclaredType_parsesMultipleGenericFunctionParameters = DeclaredTypeTests.testDeclaredType_parsesMultipleGenericFunctionParameters()16testDeclaredType_parsesMultipleGenericFunctionParameters()

testDeclaredType_parsesMultipleGenericFunctionParameters

Using AI Code Generation

1import XCTest2@testable import SwiftLintFramework3class DeclaredTypeTests: XCTestCase {4    func testDeclaredType_parsesMultipleGenericFunctionParameters() {5        verifyRule(DeclaredTypeRule.description)6    }7}8func testDeclaredType_parsesMultipleGenericFunctionParameters() {9    let baseDescription = RuleDescription(10    let description = baseDescription.with(nonTriggeringExamples: [11        "func foo<T, U>() -> (T, U) {}",12        "func foo<T: A, U: B>() -> (T, U) {}",13        "func foo<T: A, U: B>(t: T, u: U) -> (T, U) {}",14        "func foo<T, U>(t: T, u: U) -> (T, U) where T: A, U: B {}"15    verifyRule(description)16}17private func verifyRule(_ description: RuleDescription) {18    let nonTriggeringExamplesWithRuleDescription = nonTriggeringExamples.map {19        $0.with(ruleDescription: ruleDescription)20    }21    let triggeringExamplesWithRuleDescription = triggeringExamples.map {22        $0.with(ruleDescription: ruleDescription)23    }24    let correctionsWithRuleDescription = corrections.map { correction -> (String, String) in25        (correction.0.with(ruleDescription: ruleDescription),26         correction.1.with(ruleDescription: ruleDescription))27    }28    let ruleConfiguration = makeRuleConfiguration(description)29    let configurationDescription = ruleConfigurationDescription.flatMap {30        "with configuration: \($0)"31    } ?? "without configuration"32    describe("\(ruleId) rule \(configurationDescription)") {33        describe("non triggering examples

testDeclaredType_parsesMultipleGenericFunctionParameters

Using AI Code Generation

1import XCTest2class DeclaredTypeTests: XCTestCase {3    func testDeclaredType_parsesMultipleGenericFunctionParameters() {4        let input = "func foo<T, U>(t: T, u: U) -> T { return t }"5        let expected = "foo<T, U>(t: T, u: U) -> T"6        let actual = DeclaredType(input: input).description7        XCTAssertEqual(actual, expected)8    }9}10import XCTest11class DeclaredTypeTests: XCTestCase {12    func testDeclaredType_parsesMultipleGenericFunctionParameters() {13        let input = "func foo<T, U>(t: T, u: U) -> T { return t }"14        let expected = "foo<T, U>(t: T, u: U) -> T"15        let actual = DeclaredType(input: input).description16        XCTAssertEqual(actual, expected)17    }18}19import XCTest20class DeclaredTypeTests: XCTestCase {21    func testDeclaredType_parsesMultipleGenericFunctionParameters() {22        let input = "func foo<T, U>(t: T, u: U) -> T { return t }"23        let expected = "foo<T, U>(t: T, u: U) -> T"24        let actual = DeclaredType(input: input).description25        XCTAssertEqual(actual, expected)26    }27}28import XCTest29class DeclaredTypeTests: XCTestCase {30    func testDeclaredType_parsesMultipleGenericFunctionParameters() {31        let input = "func foo<T, U>(t: T, u: U) -> T { return t }"32        let expected = "foo<T, U>(t: T, u: U) -> T"33        let actual = DeclaredType(input: input).description34        XCTAssertEqual(actual, expected)35    }36}37import XCTest38class DeclaredTypeTests: XCTestCase {

testDeclaredType_parsesMultipleGenericFunctionParameters

Using AI Code Generation

1func testDeclaredType_parsesMultipleGenericFunctionParameters() {2    let type = try! parseType("Foo<A, B>")3    XCTAssertEqual(type.name, "Foo")4    XCTAssertEqual(type.genericTypes.count, 2)5    XCTAssertEqual(type.genericTypes[0].name, "A")6    XCTAssertEqual(type.genericTypes[1].name, "B")7}8func testDeclaredType_parsesMultipleGenericFunctionParameters() {9    let type = try! parseType("Foo<A, B>")10    XCTAssertEqual(type.name, "Foo")11    XCTAssertEqual(type.genericTypes.count, 2)12    XCTAssertEqual(type.genericTypes[0].name, "A")13    XCTAssertEqual(type.genericTypes[1].name, "B")14}15func testDeclaredType_parsesMultipleGenericFunctionParameters() {16    let type = try! parseType("Foo<A, B>")17    XCTAssertEqual(type.name, "Foo")18    XCTAssertEqual(type.genericTypes.count, 2)19    XCTAssertEqual(type.genericTypes[0].name, "A")20    XCTAssertEqual(type.genericTypes[1].name, "B")21}22func testDeclaredType_parsesMultipleGenericFunctionParameters() {23    let type = try! parseType("Foo<A, B>")24    XCTAssertEqual(type.name, "Foo")25    XCTAssertEqual(type.genericTypes.count, 2)26    XCTAssertEqual(type.genericTypes[0].name, "A")27    XCTAssertEqual(type.genericTypes[1].name, "B")28}29func testDeclaredType_parsesMultipleGenericFunctionParameters() {30    let type = try! parseType("Foo<A, B>")31    XCTAssertEqual(type.name, "Foo")32    XCTAssertEqual(type.genericTypes.count, 2)33    XCTAssertEqual(type.genericTypes[0].name, "A")34    XCTAssertEqual(type.genericTypes[1].name, "B")35}

testDeclaredType_parsesMultipleGenericFunctionParameters

Using AI Code Generation

1func testDeclaredType_parsesMultipleGenericFunctionParameters() {2    let input = "func foo<T, U>(t: T, u: U) -> T { return t }"3    let output = try! parseType(input)4    let expected = FunctionType(5            FunctionType.Parameter(name: "t", type: GenericType(name: "T")),6            FunctionType.Parameter(name: "u", type: GenericType(name: "U"))7        returnType: GenericType(name: "T")8    XCTAssertEqual(output, expected)9}10func testDeclaredType_parsesMultipleGenericFunctionParameters() {11    let input = "func foo<T, U>(t: T, u: U) -> T { return t }"12    let output = try! parseType(input)13    let expected = FunctionType(14            FunctionType.Parameter(name: "t", type: GenericType(name: "T")),15            FunctionType.Parameter(name: "u", type: GenericType(name: "U"))16        returnType: GenericType(name: "T")17    XCTAssertEqual(output, expected)18}19func testDeclaredType_parsesMultipleGenericFunctionParameters() {20    let input = "func foo<T, U>(t: T, u: U) -> T { return t }"21    let output = try! parseType(input)22    let expected = FunctionType(23            FunctionType.Parameter(name: "t", type: GenericType(name: "T")),24            FunctionType.Parameter(name: "u", type: GenericType(name: "U"))25        returnType: GenericType(name: "T")26    XCTAssertEqual(output, expected)27}28func testDeclaredType_parsesMultipleGenericFunctionParameters() {29    let input = "func foo<T, U>(t: T, u: U) -> T { return t }"30    let output = try! parseType(input)31    let expected = FunctionType(32            FunctionType.Parameter(name: "

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