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How to use testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters method of DeclaredTypeTests class
Best Mockingbird code snippet using DeclaredTypeTests.testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters
DeclaredTypeTests.swift
Source:DeclaredTypeTests.swift 
...155 XCTAssertEqual(String(reflecting: actual), "DeclaredType(Single(Function((Parameter(DeclaredType(Single(Function((Parameter(DeclaredType(Single(Int))...), Parameter(DeclaredType(Single(Bool))...)) -> DeclaredType(Single(String)))))), Parameter(DeclaredType(Single(Int))...)) -> DeclaredType(Single(Void)))))")156 XCTAssert(actual.isFunction)157 }158 159 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {160 let actual = DeclaredType(from: "((Int, String), (Int, String)) -> Void")161 XCTAssertEqual(String(reflecting: actual), "DeclaredType(Single(Function((Parameter(DeclaredType(Tuple((DeclaredType(Single(Int)), DeclaredType(Single(String)))))), Parameter(DeclaredType(Tuple((DeclaredType(Single(Int)), DeclaredType(Single(String))))))) -> DeclaredType(Single(Void)))))")162 XCTAssert(actual.isFunction)163 }164 165 func testDeclaredType_parsesFunctionTypeLabeledTupleTypeParameters() {166 let actual = DeclaredType(from: "((a: Int, b: String), (a: Int, b: String)) -> Void")167 XCTAssertEqual(String(reflecting: actual), "DeclaredType(Single(Function((Parameter(DeclaredType(Tuple((a: DeclaredType(Single(Int)), b: DeclaredType(Single(String)))))), Parameter(DeclaredType(Tuple((a: DeclaredType(Single(Int)), b: DeclaredType(Single(String))))))) -> DeclaredType(Single(Void)))))")168 XCTAssert(actual.isFunction)169 }170 171 func testDeclaredType_parsesFunctionTypePartiallyLabeledTupleTypeParameters() {172 let actual = DeclaredType(from: "((a: Int, Bool, String), (a: Int, Bool, String)) -> Void")173 XCTAssertEqual(String(reflecting: actual), "DeclaredType(Single(Function((Parameter(DeclaredType(Tuple((a: DeclaredType(Single(Int)), DeclaredType(Single(Bool)), DeclaredType(Single(String)))))), Parameter(DeclaredType(Tuple((a: DeclaredType(Single(Int)), DeclaredType(Single(Bool)), DeclaredType(Single(String))))))) -> DeclaredType(Single(Void)))))")...
testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters
Using AI Code Generation
1testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters()2testDeclaredType_parsesFunctionTypeLabeledTupleTypeParameters()3testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParametersWithTrailingClosure()4testDeclaredType_parsesFunctionTypeLabeledTupleTypeParametersWithTrailingClosure()5testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParametersWithTrailingClosureAndParentheses()6testDeclaredType_parsesFunctionTypeLabeledTupleTypeParametersWithTrailingClosureAndParentheses()7testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParametersWithTrailingClosureAndParenthesesAndSpace()8testDeclaredType_parsesFunctionTypeLabeledTupleTypeParametersWithTrailingClosureAndParenthesesAndSpace()9testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParametersWithTrailingClosureAndParenthesesAndSpaceAndNewline()
testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters
Using AI Code Generation
1import XCTest2import SwiftSyntax3import SwiftSyntaxBuilder4final class DeclaredTypeTests: XCTestCase {5 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {6 func foo(_: (Int, Int))7 let output = FunctionDeclSyntax {8 FunctionSignatureSyntax {9 FunctionIdentifierSyntax {10 Identifier("foo")11 }12 ParameterClauseSyntax {13 LeftParenToken()14 TuplePatternSyntax {15 TuplePatternElementListSyntax {16 TuplePatternElementSyntax {17 TypeAnnotationSyntax {18 ColonToken()19 SimpleTypeIdentifierSyntax {20 Identifier("Int")21 }22 }23 }24 TuplePatternElementSyntax {25 TypeAnnotationSyntax {26 ColonToken()27 SimpleTypeIdentifierSyntax {28 Identifier("Int")29 }30 }31 }32 }33 }34 RightParenToken()35 }36 }37 }38 XCTAssertEqual(try SyntaxParser.parse(source: input), output)39 }40}41import XCTest42import SwiftSyntax43import SwiftSyntaxBuilder44final class DeclaredTypeTests: XCTestCase {45 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {46 func foo(_: (Int, Int))47 let output = FunctionDeclSyntax {48 FunctionSignatureSyntax {49 FunctionIdentifierSyntax {50 Identifier("foo")51 }52 ParameterClauseSyntax {53 LeftParenToken()54 TuplePatternSyntax {55 TuplePatternElementListSyntax {56 TuplePatternElementSyntax {57 TypeAnnotationSyntax {58 ColonToken()59 SimpleTypeIdentifierSyntax {60 Identifier("Int")61 }62 }63 }64 TuplePatternElementSyntax {65 TypeAnnotationSyntax {66 ColonToken()67 SimpleTypeIdentifierSyntax {68 Identifier("Int")69 }70 }71 }72 }73 }74 RightParenToken()75 }76 }77 }78 XCTAssertEqual(try SyntaxParser.parse(source: input), output)79 }80}81import XCTest82import SwiftSyntax83import SwiftSyntaxBuilder84final class DeclaredTypeTests: XCTestCase {85 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {
testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters
Using AI Code Generation
1import XCTest2class DeclaredTypeTests: XCTestCase {3 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {4 let type = DeclaredType("((Int, String) -> Void)")5 XCTAssertEqual(type.kind, .function)6 XCTAssertEqual(type.parameters.count, 1)7 XCTAssertEqual(type.parameters[0].label, nil)8 XCTAssertEqual(type.parameters[0].type, "Int, String")9 XCTAssertEqual(type.returnType, "Void")10 }11}12import XCTest13class DeclaredTypeTests: XCTestCase {14 func testDeclaredType_parsesFunctionTypeLabeledTupleTypeParameters() {15 let type = DeclaredType("((a: Int, b: String) -> Void)")16 XCTAssertEqual(type.kind, .function)17 XCTAssertEqual(type.parameters.count, 1)18 XCTAssertEqual(type.parameters[0].label, nil)19 XCTAssertEqual(type.parameters[0].type, "Int, String")20 XCTAssertEqual(type.returnType, "Void")21 }22}23import XCTest24class DeclaredTypeTests: XCTestCase {25 func testDeclaredType_parsesFunctionTypeLabeledTupleTypeParameters() {26 let type = DeclaredType("((a: Int, b: String) -> Void)")27 XCTAssertEqual(type.kind, .function)28 XCTAssertEqual(type.parameters.count, 1)29 XCTAssertEqual(type.parameters[0].label, nil)30 XCTAssertEqual(type.parameters[0].type, "Int, String")31 XCTAssertEqual(type.returnType, "Void")32 }33}34import XCTest35class DeclaredTypeTests: XCTestCase {36 func testDeclaredType_parsesFunctionTypeLabeledTupleTypeParameters() {37 let type = DeclaredType("((a: Int, b: String) -> Void)")38 XCTAssertEqual(type.kind, .function)39 XCTAssertEqual(type.parameters.count, 1)40 XCTAssertEqual(type.parameters[0].label, nil)41 XCTAssertEqual(type.parameters[0].type, "Int, String")42 XCTAssertEqual(type.returnType, "Void")43 }44}
testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters
Using AI Code Generation
1import XCTest2@testable import SwiftSyntax3final class DeclaredTypeTests: XCTestCase {4 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {5 func foo(_: (Int, String)) {}6 let syntax = try! SyntaxParser.parse(source: input)7 XCTAssertEqual(type.declaredType, "(Int, String)")8 }9}10import XCTest11@testable import SwiftSyntax12final class DeclaredTypeTests: XCTestCase {13 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {14 func foo(_: (Int, String)) {}15 let syntax = try! SyntaxParser.parse(source: input)16 XCTAssertEqual(type.declaredType, "(Int, String)")17 }18}19import XCTest20@testable import FooTests21XCTMain([22 testCase(FooTests.allTests),23 testCase(BarTests.allTests),
testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters
Using AI Code Generation
1import XCTest2class DeclaredTypeTests : XCTestCase {3 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {4 let type = try! parseType("() -> ()")5 XCTAssertEqual(type, .function(args: .tuple([]), returns: .tuple([])))6 }7}8import XCTest9class DeclaredTypeTests : XCTestCase {10 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {11 let type = try! parseType("() -> ()")12 XCTAssertEqual(type, .function(args: .tuple([]), returns: .tuple([])))13 }14}15import XCTest16class DeclaredTypeTests : XCTestCase {17 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {18 let type = try! parseType("() -> ()")19 XCTAssertEqual(type, .function(args: .tuple([]), returns: .tuple([])))20 }21}22import XCTest23class DeclaredTypeTests : XCTestCase {24 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {25 let type = try! parseType("() -> ()")26 XCTAssertEqual(type, .function(args: .tuple([]), returns: .tuple([])))27 }28}29import XCTest30class DeclaredTypeTests : XCTestCase {31 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {32 let type = try! parseType("() -> ()")33 XCTAssertEqual(type, .function(args: .tuple([]), returns: .tuple([])))34 }35}36import XCTest37class DeclaredTypeTests : XCTestCase {38 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {
testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters
Using AI Code Generation
1import XCTest2import Foundation3class DeclaredTypeTests: XCTestCase {4 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {5 let result = DeclaredType.parse("(_ a: Int, _ b: Int) -> Int")6 XCTAssertEqual(DeclaredType.function([.tuple([.variable(name: nil, type: .int), .variable(name: nil, type: .int)])], .int), result)7 }8}9import XCTest10import Foundation11class DeclaredTypeTests: XCTestCase {12 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {13 let result = DeclaredType.parse("(_ a: Int, _ b: Int) -> Int")14 XCTAssertEqual(DeclaredType.function([.tuple([.variable(name: nil, type: .int), .variable(name: nil, type: .int)])], .int), result)15 }16}17import XCTest18import Foundation19class DeclaredTypeTests: XCTestCase {20 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {21 let result = DeclaredType.parse("(_ a: Int, _ b: Int) -> Int")22 XCTAssertEqual(DeclaredType.function([.tuple([.variable(name: nil, type: .int), .variable(name: nil, type: .int)])], .int), result)23 }24}25import XCTest26import Foundation27class DeclaredTypeTests: XCTestCase {28 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {29 let result = DeclaredType.parse("(_ a: Int, _ b: Int) -> Int")30 XCTAssertEqual(DeclaredType.function([.tuple([.variable(name: nil, type: .int), .variable(name: nil, type: .int)])], .int), result)31 }32}
testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters
Using AI Code Generation
1func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {2 let input = "func foo(_ x: (Int, String)) -> Void"3 let expected = FunctionType(4 FunctionType.Parameter(5 typeAnnotation: TypeAnnotation(6 type: TupleType(elements: [7 TupleType.Element(label: nil, type: SimpleType.identifier("Int")),8 TupleType.Element(label: nil, type: SimpleType.identifier("String")),9 returnType: SimpleType.identifier("Void")10 XCTAssertEqual(DeclaredTypeParser.parseDeclType(input), expected)11}12func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {13 let input = "func foo(_ x: (Int, String)) -> Void"14 let expected = FunctionType(15 FunctionType.Parameter(16 typeAnnotation: TypeAnnotation(17 type: TupleType(elements: [18 TupleType.Element(label: nil, type: SimpleType.identifier("Int")),19 TupleType.Element(label: nil, type: SimpleType.identifier("String")),20 returnType: SimpleType.identifier("Void")21 XCTAssertEqual(DeclaredTypeParser.parseDeclType(input), expected)22}23func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {24 let input = "func foo(_ x: (Int, String)) -> Void"25 let expected = FunctionType(26 FunctionType.Parameter(27 typeAnnotation: TypeAnnotation(28 type: TupleType(elements: [29 TupleType.Element(label: nil, type: SimpleType.identifier("Int")),30 TupleType.Element(label: nil, type: SimpleType.identifier("String")),31 returnType: SimpleType.identifier("Void")32 XCTAssertEqual(DeclaredTypeParser.parseDeclType(input), expected)33}
testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters
Using AI Code Generation
1func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {2 let code = "func foo(a: Int, b: String) -> Bool"3 let parsed = try! parseType(code)4 let expected = FunctionType(5 FunctionType.Parameter(name: nil, type: .named("Int")),6 FunctionType.Parameter(name: nil, type: .named("String"))7 returnType: .named("Bool")8 XCTAssertEqual(parsed, expected)9}10func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {11 let code = "func foo(a: Int, b: String) -> Bool"12 let parsed = try! parseType(code)13 let expected = FunctionType(14 FunctionType.Parameter(name: nil, type: .named("Int")),15 FunctionType.Parameter(name: nil, type: .named("String"))16 returnType: .named("Bool")17 XCTAssertEqual(parsed, expected)18}19func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {20 let code = "func foo(a: Int, b: String) -> Bool"21 let parsed = try! parseType(code)22 let expected = FunctionType(23 FunctionType.Parameter(name: nil, type: .named("Int")),24 FunctionType.Parameter(name: nil, type: .named("String"))25 returnType: .named("Bool")26 XCTAssertEqual(parsed, expected)27}28func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {29 let code = "func foo(a: Int, b: String) -> Bool"30 let parsed = try! parseType(code)31 let expected = FunctionType(32 FunctionType.Parameter(name: nil, type: .named("Int")),33 let syntax = try! SyntaxParser.parse(source: input)34 XCTAssertEqual(type.declaredType, "(Int, String)")35 }36}37import XCTest38@testable import FooTests39XCTMain([40 testCase(FooTests.allTests),41 testCase(BarTests.allTests),
testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters
Using AI Code Generation
1import XCTest2class DeclaredTypeTests : XCTestCase {3 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {4 let type = try! parseType("() -> ()")5 XCTAssertEqual(type, .function(args: .tuple([]), returns: .tuple([])))6 }7}8import XCTest9class DeclaredTypeTests : XCTestCase {10 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {11 let type = try! parseType("() -> ()")12 XCTAssertEqual(type, .function(args: .tuple([]), returns: .tuple([])))13 }14}15import XCTest16class DeclaredTypeTests : XCTestCase {17 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {18 let type = try! parseType("() -> ()")19 XCTAssertEqual(type, .function(args: .tuple([]), returns: .tuple([])))20 }21}22import XCTest23class DeclaredTypeTests : XCTestCase {24 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {25 let type = try! parseType("() -> ()")26 XCTAssertEqual(type, .function(args: .tuple([]), returns: .tuple([])))27 }28}29import XCTest30class DeclaredTypeTests : XCTestCase {31 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {32 let type = try! parseType("() -> ()")33 XCTAssertEqual(type, .function(args: .tuple([]), returns: .tuple([])))34 }35}36import XCTest37class DeclaredTypeTests : XCTestCase {38 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {
testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters
Using AI Code Generation
1import XCTest2import Foundation3class DeclaredTypeTests: XCTestCase {4 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {5 let result = DeclaredType.parse("(_ a: Int, _ b: Int) -> Int")6 XCTAssertEqual(DeclaredType.function([.tuple([.variable(name: nil, type: .int), .variable(name: nil, type: .int)])], .int), result)7 }8}9import XCTest10import Foundation11class DeclaredTypeTests: XCTestCase {12 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {13 let result = DeclaredType.parse("(_ a: Int, _ b: Int) -> Int")14 XCTAssertEqual(DeclaredType.function([.tuple([.variable(name: nil, type: .int), .variable(name: nil, type: .int)])], .int), result)15 }16}17import XCTest18import Foundation19class DeclaredTypeTests: XCTestCase {20 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {21 let result = DeclaredType.parse("(_ a: Int, _ b: Int) -> Int")22 XCTAssertEqual(DeclaredType.function([.tuple([.variable(name: nil, type: .int), .variable(name: nil, type: .int)])], .int), result)23 }24}25import XCTest26import Foundation27class DeclaredTypeTests: XCTestCase {28 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {29 let result = DeclaredType.parse("(_ a: Int, _ b: Int) -> Int")30 XCTAssertEqual(DeclaredType.function([.tuple([.variable(name: nil, type: .int), .variable(name: nil, type: .int)])], .int), result)31 }32}33 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {34 func foo(_: (Int, Int))35 let output = FunctionDeclSyntax {36 FunctionSignatureSyntax {37 FunctionIdentifierSyntax {38 Identifier("foo")39 }40 ParameterClauseSyntax {41 LeftParenToken()42 TuplePatternSyntax {43 TuplePatternElementListSyntax {44 TuplePatternElementSyntax {45 TypeAnnotationSyntax {46 ColonToken()47 SimpleTypeIdentifierSyntax {48 Identifier("Int")49 }50 }51 }52 TuplePatternElementSyntax {53 TypeAnnotationSyntax {54 ColonToken()55 SimpleTypeIdentifierSyntax {56 Identifier("Int")57 }58 }59 }60 }61 }62 RightParenToken()63 }64 }65 }66 XCTAssertEqual(try SyntaxParser.parse(source: input), output)67 }68}69import XCTest70import SwiftSyntax71import SwiftSyntaxBuilder72final class DeclaredTypeTests: XCTestCase {73 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {
testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters
Using AI Code Generation
1import XCTest2class DeclaredTypeTests: XCTestCase {3 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {4 let type = DeclaredType("((Int, String) -> Void)")5 XCTAssertEqual(type.kind, .function)6 XCTAssertEqual(type.parameters.count, 1)7 XCTAssertEqual(type.parameters[0].label, nil)8 XCTAssertEqual(type.parameters[0].type, "Int, String")9 XCTAssertEqual(type.returnType, "Void")10 }11}12import XCTest13class DeclaredTypeTests: XCTestCase {14 func testDeclaredType_parsesFunctionTypeLabeledTupleTypeParameters() {15 let type = DeclaredType("((a: Int, b: String) -> Void)")16 XCTAssertEqual(type.kind, .function)17 XCTAssertEqual(type.parameters.count, 1)18 XCTAssertEqual(type.parameters[0].label, nil)19 XCTAssertEqual(type.parameters[0].type, "Int, String")20 XCTAssertEqual(type.returnType, "Void")21 }22}23import XCTest24class DeclaredTypeTests: XCTestCase {25 func testDeclaredType_parsesFunctionTypeLabeledTupleTypeParameters() {26 let type = DeclaredType("((a: Int, b: String) -> Void)")27 XCTAssertEqual(type.kind, .function)28 XCTAssertEqual(type.parameters.count, 1)29 XCTAssertEqual(type.parameters[0].label, nil)30 XCTAssertEqual(type.parameters[0].type, "Int, String")31 XCTAssertEqual(type.returnType, "Void")32 }33}34import XCTest35class DeclaredTypeTests: XCTestCase {36 func testDeclaredType_parsesFunctionTypeLabeledTupleTypeParameters() {37 let type = DeclaredType("((a: Int, b: String) -> Void)")38 XCTAssertEqual(type.kind, .function)39 XCTAssertEqual(type.parameters.count, 1)40 XCTAssertEqual(type.parameters[0].label, nil)41 XCTAssertEqual(type.parameters[0].type, "Int, String")42 XCTAssertEqual(type.returnType, "Void")43 }44}
testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters
Using AI Code Generation
1import XCTest2class DeclaredTypeTests : XCTestCase {3 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {4 let type = try! parseType("() -> ()")5 XCTAssertEqual(type, .function(args: .tuple([]), returns: .tuple([])))6 }7}8import XCTest9class DeclaredTypeTests : XCTestCase {10 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {11 let type = try! parseType("() -> ()")12 XCTAssertEqual(type, .function(args: .tuple([]), returns: .tuple([])))13 }14}15import XCTest16class DeclaredTypeTests : XCTestCase {17 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {18 let type = try! parseType("() -> ()")19 XCTAssertEqual(type, .function(args: .tuple([]), returns: .tuple([])))20 }21}22import XCTest23class DeclaredTypeTests : XCTestCase {24 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {25 let type = try! parseType("() -> ()")26 XCTAssertEqual(type, .function(args: .tuple([]), returns: .tuple([])))27 }28}29import XCTest30class DeclaredTypeTests : XCTestCase {31 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {32 let type = try! parseType("() -> ()")33 XCTAssertEqual(type, .function(args: .tuple([]), returns: .tuple([])))34 }35}36import XCTest37class DeclaredTypeTests : XCTestCase {38 func testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters() {
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Most used method in DeclaredTypeTests
- testDeclaredType_parsesUnlabeledTuple
- testDeclaredType_parsesLabeledTuple
- testDeclaredType_parsesPartiallyLabeledTuple
- testDeclaredType_parsesNestedUnlabeledTuples
- testDeclaredType_parsesNestedLabeledTuples
- testDeclaredType_parsesNestedPartiallyLabeledTuples
- testDeclaredType_parsesEmptyTuples
- testDeclaredType_parsesNestedEmptyUnlabledTuples
- testDeclaredType_parsesNestedEmptyLabledTuples
- testDeclaredType_parsesParenthesizedPrimitive
- testDeclaredType_parsesNestedParenthesizedPrimitive
- testDeclaredType_parsesOptionalParenthesizedPrimitive
- testDeclaredType_parsesSingleNestedOptionalParenthesizedPrimitive
- testDeclaredType_parsesMultipleNestedOptionalParenthesizedPrimitive
- testDeclaredType_parsesTrivialFunctionTypes
- testDeclaredType_parsesSingleParameterFunctionTypes
- testDeclaredType_parsesMultipleParameterFunctionTypes
- testDeclaredType_parsesLabeledFunctionTypes
- testDeclaredType_parsesChainedFunctionTypes
- testDeclaredType_parsesChainedTupleFunctionTypes
- testDeclaredType_parsesFunctionTypeInFunctionTypeParameters
- testDeclaredType_parsesFunctionTypeAttributes
- testDeclaredType_parsesFunctionTypeAttributesWithoutWhitespace
- testDeclaredType_parsesFunctionTypeAttributesChainedWithoutWhitespace
- testDeclaredType_parsesFunctionTypeInoutFunctionTypeParameters
- testDeclaredType_parsesFunctionTypeVariadicFunctionTypeParameters
- testDeclaredType_parsesFunctionTypeUnlabeledTupleTypeParameters
- testDeclaredType_parsesFunctionTypeLabeledTupleTypeParameters
- testDeclaredType_parsesFunctionTypePartiallyLabeledTupleTypeParameters
- testDeclaredType_parsesFunctionTypeEmptyTupleTypeParameters
- testDeclaredType_parsesThrowingFunctionType
- testDeclaredType_parsesChainedThrowingFunctionTypes
- testDeclaredType_parsesParenthesizedFunction
- testDeclaredType_parsesNestedParenthesizedFunction
- testDeclaredType_parsesOptionalParenthesizedFunction
- testDeclaredType_parsesGenericType
- testDeclaredType_parsesGenericFunctionTypeParameters
- testDeclaredType_parsesGenericFunctionParameter
- testDeclaredType_parsesMultipleGenericFunctionParameters
- testDeclaredType_parsesGenericFunctionReturnType
- testDeclaredType_parsesGenericFunctionWrappedReturnType
- testDeclaredType_parsesGenericFunctionOptionalReturnType
- testDeclaredType_parsesGenericFunctionWrappedOptionalReturnType
- testDeclaredType_parsesGenericFunctionParametersAndReturnType
- testDeclaredType_parsesGenericFunctionParametersAndWrappedReturnType
- testDeclaredType_parsesOptionalType
- testDeclaredType_parsesGenericOptionalType
- testDeclaredType_parsesOptionalGenericTypeParameter
- testDeclaredType_parsesMultipleOptionalGenericTypeParameters
- testDeclaredType_parsesGenericImplicitlyUnwrappedOptionalType
- testDeclaredType_parsesGenericMultiWrappedOptionalType
- testDeclaredType_parsesGenericMultiWrappedOptionalTypeWithImplicitlyUnwrappedEnding
- testDeclaredType_parsesOptionalTuple
- testDeclaredType_parsesOptionalArray
- testDeclaredType_parsesOptionalDictionary
- testDeclaredType_parsesOptionalFunctionTuple
- testDeclaredType_parsesFunctionWithOptionalReturnType
- testDeclaredType_parsesOptionalFunctionWithOptionalReturnType
- testDeclaredType_parsesOptionalFunctionWithOptionalTupleReturnType
- testDeclaredType_parsesFullyQualifiedType
- testDeclaredType_parsesGenericQualifiedType
- testDeclaredType_parsesMultipleGenericParametersQualifiedType
- testDeclaredType_parsesMultipleGenericComponentsQualifiedType
- testDeclaredType_parsesFullyQualifiedTupleType
- testDeclaredType_parsesFullyQualifiedFunctionParameterType
- testDeclaredType_parsesFullyQualifiedFunctionReturnType
- testDeclaredType_parsesFullyQualifiedGenericFunctionParameter
- testDeclaredType_parsesFullyQualifiedGenericFunctionParameterAndReturnType
- testDeclaredType_parsesFullyQualifiedCompoundGenericFunctionReturnType
- testDeclaredType_parsesFullyQualifiedCompoundGenericFunctionParameter
- testParameterType_parsesDefaultParameters
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