How to use testDeclaredType_parsesNestedLabeledTuples method of DeclaredTypeTests class

Best Mockingbird code snippet using DeclaredTypeTests.testDeclaredType_parsesNestedLabeledTuples

DeclaredTypeTests.swift

Source:DeclaredTypeTests.swift

...29    let actual = DeclaredType(from: "((Int, Int), (Bool, Bool))")30    XCTAssertEqual(String(reflecting: actual), "DeclaredType(Tuple((DeclaredType(Tuple((DeclaredType(Single(Int)), DeclaredType(Single(Int))))), DeclaredType(Tuple((DeclaredType(Single(Bool)), DeclaredType(Single(Bool))))))))")31  }32  33  func testDeclaredType_parsesNestedLabeledTuples() {34    let actual = DeclaredType(from: "(a: (a: Int, b: Int), b: (a: Bool, b: Bool))")35    XCTAssertEqual(String(reflecting: actual), "DeclaredType(Tuple((a: DeclaredType(Tuple((a: DeclaredType(Single(Int)), b: DeclaredType(Single(Int))))), b: DeclaredType(Tuple((a: DeclaredType(Single(Bool)), b: DeclaredType(Single(Bool))))))))")36  }37  38  func testDeclaredType_parsesNestedPartiallyLabeledTuples() {39    let actual = DeclaredType(from: "(a: (a: Int, Bool, String), b: (b: Bool, Bool, String))")40    XCTAssertEqual(String(reflecting: actual), "DeclaredType(Tuple((a: DeclaredType(Tuple((a: DeclaredType(Single(Int)), DeclaredType(Single(Bool)), DeclaredType(Single(String))))), b: DeclaredType(Tuple((b: DeclaredType(Single(Bool)), DeclaredType(Single(Bool)), DeclaredType(Single(String))))))))")41  }42  43  func testDeclaredType_parsesEmptyTuples() {44    let actual = DeclaredType(from: "()")45    XCTAssertEqual(String(reflecting: actual), "DeclaredType(Tuple(()))")46  }47  ...

testDeclaredType_parsesNestedLabeledTuples

Using AI Code Generation

1import XCTest2class DeclaredTypeTests: XCTestCase {3    func testDeclaredType_parsesNestedLabeledTuples() {4        let type = DeclaredType("(a: (b: Int, c: Int), d: Int)")5        XCTAssertEqual(type, DeclaredType("(a: (b: Int, c: Int), d: Int)"))6        XCTAssertEqual(type?.name, "(a: (b: Int, c: Int), d: Int)")7        XCTAssertEqual(type?.kind, .tuple)8        XCTAssertEqual(type?.elements.count, 2)9        XCTAssertEqual(type?.elements[0].name, "a")10        XCTAssertEqual(type?.elements[0].type, DeclaredType("(b: Int, c: Int)"))11        XCTAssertEqual(type?.elements[1].name, "d")12        XCTAssertEqual(type?.elements[1].type, DeclaredType("Int"))13    }14}15import XCTest16class DeclaredTypeTests: XCTestCase {17    func testDeclaredType_parsesNestedLabeledTuples() {18        let type = DeclaredType("(a: (b: Int, c: Int), d: Int)")19        XCTAssertEqual(type, DeclaredType("(a: (b: Int, c: Int), d: Int)"))20        XCTAssertEqual(type?.name, "(a: (b: Int, c: Int), d: Int)")21        XCTAssertEqual(type?.kind, .tuple)22        XCTAssertEqual(type?.elements.count, 2)23        XCTAssertEqual(type?.elements[0].name, "a")24        XCTAssertEqual(type?.elements[0].type, DeclaredType("(b: Int, c: Int)"))25        XCTAssertEqual(type?.elements[1].name, "d")26        XCTAssertEqual(type?.elements[1].type, DeclaredType("Int"))27    }28}29import XCTest30class DeclaredTypeTests: XCTestCase {31    func testDeclaredType_parsesNestedLabeledTuples() {32        let type = DeclaredType("(a: (b: Int, c: Int), d: Int)")33        XCTAssertEqual(type, DeclaredType("(a: (b: Int, c: Int), d: Int)"))34        XCTAssertEqual(type?.name,

testDeclaredType_parsesNestedLabeledTuples

Using AI Code Generation

1import XCTest2import DeclaredType3class DeclaredTypeTests: XCTestCase {4    func testDeclaredType_parsesNestedLabeledTuples() {5        let declaredType = DeclaredType("(a: Int, b: (c: String, d: Double))")6        XCTAssertEqual(declaredType.name, "Tuple")7        XCTAssertEqual(declaredType.genericTypes?.count, 2)8        XCTAssertEqual(declaredType.genericTypes?[0].name, "Int")9        XCTAssertEqual(declaredType.genericTypes?[1].name, "Tuple")10        XCTAssertEqual(declaredType.genericTypes?[1].genericTypes?.count, 2)11        XCTAssertEqual(declaredType.genericTypes?[1].genericTypes?[0].name, "String")12        XCTAssertEqual(declaredType.genericTypes?[1].genericTypes?[1].name, "Double")13    }14}15import XCTest16import DeclaredType17class DeclaredTypeTests: XCTestCase {18    func testDeclaredType_parsesNestedLabeledTuples() {19        let declaredType = DeclaredType("(a: Int, b: (c: String, d: Double))")20        XCTAssertEqual(declaredType.name, "Tuple")21        XCTAssertEqual(declaredType.genericTypes?.count, 2)22        XCTAssertEqual(declaredType.genericTypes?[0].name, "Int")23        XCTAssertEqual(declaredType.genericTypes?[1].name, "Tuple")24        XCTAssertEqual(declaredType.genericTypes?[1].genericTypes?.count, 2)25        XCTAssertEqual(declaredType.genericTypes?[1].genericTypes?[0].name, "String")26        XCTAssertEqual(declaredType.genericTypes?[1].genericTypes?[1].name, "Double")27    }28}29import XCTest30import DeclaredType31class DeclaredTypeTests: XCTestCase {32    func testDeclaredType_parsesNestedLabeledTuples() {33        let declaredType = DeclaredType("(a: Int, b: (c: String, d: Double))")34        XCTAssertEqual(declaredType.name, "Tuple")35        XCTAssertEqual(declaredType.genericTypes?.count, 2)36        XCTAssertEqual(declaredType.genericTypes

testDeclaredType_parsesNestedLabeledTuples

Using AI Code Generation

1import XCTest2import Foundation3class DeclaredTypeTests: XCTestCase {4    func testDeclaredType_parsesNestedLabeledTuples() {5        let declaredType = DeclaredType("(foo: (bar: Int, baz: String), qux: Bool)")6        XCTAssertEqual(declaredType.name, "Tuple")7        XCTAssertEqual(declaredType.genericTypes.count, 2)8        XCTAssertEqual(declaredType.genericTypes[0].name, "Tuple")9        XCTAssertEqual(declaredType.genericTypes[0].genericTypes.count, 2)10        XCTAssertEqual(declaredType.genericTypes[0].genericTypes[0].name, "Int")11        XCTAssertEqual(declaredType.genericTypes[0].genericTypes[1].name, "String")12        XCTAssertEqual(declaredType.genericTypes[1].name, "Bool")13    }14}15XCTMain([testCase(DeclaredTypeTests.allTests)])16import XCTest17import Foundation18class DeclaredTypeTests: XCTestCase {19    func testDeclaredType_parsesNestedLabeledTuples() {20        let declaredType = DeclaredType("(foo: (bar: Int, baz: String), qux: Bool)")21        XCTAssertEqual(declaredType.name, "Tuple")22        XCTAssertEqual(declaredType.genericTypes.count, 2)23        XCTAssertEqual(declaredType.genericTypes[0].name, "Tuple")24        XCTAssertEqual(declaredType.genericTypes[0].genericTypes.count, 2)25        XCTAssertEqual(declaredType.genericTypes[0].genericTypes[0].name, "Int")26        XCTAssertEqual(declaredType.genericTypes[0].genericTypes[1].name, "String")27        XCTAssertEqual(declaredType.genericTypes[1].name, "Bool")28    }29}30XCTMain([testCase(DeclaredTypeTests.allTests)])31import XCTest32import Foundation33class DeclaredTypeTests: XCTestCase {34    func testDeclaredType_parsesNestedLabeledTuples() {35        let declaredType = DeclaredType("(foo: (bar: Int, baz: String), qux: Bool)")36        XCTAssertEqual(declaredType.name, "Tuple")37        XCTAssertEqual(declaredType.genericTypes

testDeclaredType_parsesNestedLabeledTuples

Using AI Code Generation

1testDeclaredType_parsesNestedLabeledTuples()2testDeclaredType_parsesNestedLabeledTuples()3testDeclaredType_parsesNestedLabeledTuples()4testDeclaredType_parsesNestedLabeledTuples()5testDeclaredType_parsesNestedLabeledTuples()6testDeclaredType_parsesNestedLabeledTuples()7testDeclaredType_parsesNestedLabeledTuples()8testDeclaredType_parsesNestedLabeledTuples()9testDeclaredType_parsesNestedLabeledTuples()10testDeclaredType_parsesNestedLabeledTuples()

testDeclaredType_parsesNestedLabeledTuples

Using AI Code Generation

1import Foundation2import XCTest3@testable import SwiftParse4class DeclaredTypeTests: XCTestCase {5    func testDeclaredType_parsesNestedLabeledTuples() {6        let type = DeclaredType("((a: Int, b: Int), (c: Int, d: Int))")7        XCTAssertEqual(type.tupleTypes.count, 2)8        XCTAssertEqual(type.tupleTypes[0].tupleTypes.count, 2)9        XCTAssertEqual(type.tupleTypes[1].tupleTypes.count, 2)10    }11}12import Foundation13import XCTest14@testable import SwiftParse15class DeclaredTypeTests: XCTestCase {16    func testDeclaredType_parsesNestedLabeledTuples() {17        let type = DeclaredType("((a: Int, b: Int), (c: Int, d: Int))")18        XCTAssertEqual(type.tupleTypes.count, 2)19        XCTAssertEqual(type.tupleTypes[0].tupleTypes.count, 2)20        XCTAssertEqual(type.tupleTypes[1].tupleTypes.count, 2)21    }22}23import Foundation24import XCTest25@testable import SwiftParse26class DeclaredTypeTests: XCTestCase {27    func testDeclaredType_parsesNestedLabeledTuples() {28        let type = DeclaredType("((a: Int, b: Int), (c: Int, d: Int))")29        XCTAssertEqual(type.tupleTypes.count, 2)30        XCTAssertEqual(type.tupleTypes[0].tupleTypes.count, 2)31        XCTAssertEqual(type.tupleTypes[1].tupleTypes.count, 2)32    }33}34import Foundation35import XCTest36@testable import SwiftParse37class DeclaredTypeTests: XCTestCase {38    func testDeclaredType_parsesNestedLabeledTuples() {39        let type = DeclaredType("((a: Int, b: Int), (c: Int, d: Int))")40        XCTAssertEqual(type.tupleTypes.count, 2)41        XCTAssertEqual(type.tupleTypes[0].tupleTypes.count, 2)42        XCTAssertEqual(type.tupleTypes

testDeclaredType_parsesNestedLabeledTuples

Using AI Code Generation

1import XCTest2class DeclaredTypeTests: XCTestCase {3    func testDeclaredType_parsesNestedLabeledTuples() {4        let input = "(a: Int, b: (c: Float, d: Double))"5        let output = DeclaredType(input: input)6        XCTAssertEqual(output.name, "Tuple")7        XCTAssertEqual(output.genericTypes.count, 2)8        XCTAssertEqual(output.genericTypes[0].name, "Int")9        XCTAssertEqual(output.genericTypes[1].name, "Tuple")10        XCTAssertEqual(output.genericTypes[1].genericTypes.count, 2)11        XCTAssertEqual(output.genericTypes[1].genericTypes[0].name, "Float")12        XCTAssertEqual(output.genericTypes[1].genericTypes[1].name, "Double")13    }14}15import XCTest16class DeclaredTypeTests: XCTestCase {17    func testDeclaredType_parsesNestedTuples() {18        let input = "(Int, (Float, Double))"19        let output = DeclaredType(input: input)20        XCTAssertEqual(output.name, "Tuple")21        XCTAssertEqual(output.genericTypes.count, 2)22        XCTAssertEqual(output.genericTypes[0].name, "Int")23        XCTAssertEqual(output.genericTypes[1].name, "Tuple")24        XCTAssertEqual(output.genericTypes[1].genericTypes.count, 2)25        XCTAssertEqual(output.genericTypes[1].genericTypes[0].name, "Float")26        XCTAssertEqual(output.genericTypes[1].genericTypes[1].name, "Double")27    }28}29import XCTest30class DeclaredTypeTests: XCTestCase {31    func testDeclaredType_parsesNestedTuplesWithLabeledTypes() {32        let input = "(a: Int, b: (c: Float, d: Double))"33        let output = DeclaredType(input: input)34        XCTAssertEqual(output.name, "Tuple")35        XCTAssertEqual(output.genericTypes.count, 2)36        XCTAssertEqual(output.genericTypes[0].name, "Int")37        XCTAssertEqual(output.genericTypes[1].name, "Tuple")38        XCTAssertEqual(output.genericTypes[1].genericTypes

testDeclaredType_parsesNestedLabeledTuples

Using AI Code Generation

1class DeclaredTypeTests: XCTestCase {2  func testDeclaredType_parsesNestedLabeledTuples() {3    struct NestedLabeledTuples {4      let foo: (bar: (baz: Int, qux: String), quux: (corge: Float, grault: Double))5    }6    let syntax = try SyntaxParser.parse(source: source)7    let type = decl.members.first!.declaredType()!8    XCTAssertEqual(type.description, """9    (bar: (baz: Int, qux: String), quux: (corge: Float, grault: Double))10  }11}12class DeclaredTypeTests: XCTestCase {13  func testDeclaredType_parsesNestedLabeledTuples() {14    struct NestedLabeledTuples {15      let foo: (bar: (baz: Int, qux: String), quux: (corge: Float, grault: Double))16    }17    let syntax = try SyntaxParser.parse(source: source)18    let type = decl.members.first!.declaredType()!19    XCTAssertEqual(type.description, """20    (bar: (baz: Int, qux: String), quux: (corge: Float, grault: Double))21  }22}

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