How to use testTuple method of EqualTest class

Best Nimble code snippet using EqualTest.testTuple

EqualTest.swift

Source:EqualTest.swift

`...204 "for": 1, "such": 1, "an": 1, "interesting": 1, "person": 1,205 "might": 1, "more": 1, "say": 1, "but": 1, "you": 1, "be": 1, "wrong.": 1, ]206 expect(result).to(equal(storyCount))207 }208 func testTuple() {209 expect((1, "2")).to(equal((1, "2")))210 expect((1, "2", 3)).to(equal((1, "2", 3)))211 expect((1, "2", 3, four: "4")).to(equal((1, "2", 3, "4")))212 expect((1, "2", 3, four: "4", 5)).to(equal((1, "2", 3, "4", five: 5)))213 expect((1, "2", 3, four: "4", 5, "6")).to(equal((1, "2", 3, "4", five: 5, "6")))214 }215}...`

testTuple

Using AI Code Generation

`1let test = EqualTest()2test.testTuple()3let test = EqualTest()4test.testTuple()5let test = EqualTest()6test.testTuple()7let test = EqualTest()8test.testTuple()9let test = EqualTest()10test.testTuple()11let test = EqualTest()12test.testTuple()13let test = EqualTest()14test.testTuple()15let test = EqualTest()16test.testTuple()17let test = EqualTest()18test.testTuple()19let test = EqualTest()20test.testTuple()21let test = EqualTest()22test.testTuple()23let test = EqualTest()24test.testTuple()25let test = EqualTest()26test.testTuple()27let test = EqualTest()28test.testTuple()29let test = EqualTest()30test.testTuple()31let test = EqualTest()32test.testTuple()33let test = EqualTest()34test.testTuple()`

testTuple

Using AI Code Generation

`1import Foundation2var test = EqualTest()3test.testTuple()4import Foundation5var test = EqualTest()6test.testTuple()7import Foundation8var test = EqualTest()9test.testTuple()10import Foundation11var test = EqualTest()12test.testTuple()13import Foundation14var test = EqualTest()15test.testTuple()16import Foundation17var test = EqualTest()18test.testTuple()19import Foundation20var test = EqualTest()21test.testTuple()22import Foundation23var test = EqualTest()24test.testTuple()25import Foundation26var test = EqualTest()27test.testTuple()28import Foundation29var test = EqualTest()30test.testTuple()31import Foundation32var test = EqualTest()33test.testTuple()34import Foundation35var test = EqualTest()36test.testTuple()37import Foundation38var test = EqualTest()39test.testTuple()40import Foundation41var test = EqualTest()42test.testTuple()43import Foundation44var test = EqualTest()45test.testTuple()46import Foundation47var test = EqualTest()48test.testTuple()`

testTuple

Using AI Code Generation

`1import Foundation2class EqualTest {3 func testTuple(a: (Int, Int), b: (Int, Int)) -> Bool{4 }5}6var test = EqualTest()7print(test.testTuple(a: (1,2), b: (1,2)))8import Foundation9class EqualTest {10 func testTuple(a: (Int, Int), b: (Int, Int)) -> Bool{11 }12}13var test = EqualTest()14print(test.testTuple(a: (1,2), b: (1,2)))15import Foundation16class EqualTest {17 func testTuple(a: (Int, Int), b: (Int, Int)) -> Bool{18 }19}20var test = EqualTest()21print(test.testTuple(a: (1,2), b: (1,2)))22import Foundation23class EqualTest {24 func testTuple(a: (Int, Int), b: (Int, Int)) -> Bool{25 }26}27var test = EqualTest()28print(test.testTuple(a: (1,2), b: (1,2)))29import Foundation30class EqualTest {31 func testTuple(a: (Int, Int), b: (Int, Int)) -> Bool{32 }33}34var test = EqualTest()35print(test.testTuple(a: (1,2), b: (1,2)))36import Foundation37class EqualTest {38 func testTuple(a: (Int, Int), b: (Int, Int)) -> Bool{39 }40}41var test = EqualTest()42print(test.testTuple(a: (1,2), b: (1,2)))43import Foundation44class EqualTest {45 func testTuple(a: (Int, Int),`

testTuple

Using AI Code Generation

`1let test = EqualTest()2test.testTuple()3let test = EqualTest()4test.testTuple()5Cannot invoke 'testTuple' with an argument list of type '()'6func createArray<T>(element: T) -> [T] {7 var array = [T]()8 array.append(element)9}10Cannot invoke initializer for type '[T]' with an argument list of type '()'11func createArray<T, U>(element1: T, element2: U) -> [T, U] {12 var array = [T, U]()13 array.append(element1)14 array.append(element2)15}16Cannot invoke initializer for type '[T, U]' with an argument list of type '()'17func createArray<T>(element: T) -> [T] {18 var array = [T]()19 array.append(element)20}21func createArrayFromArray<T>(array: [T]) -> [T] {22}`

testTuple

Using AI Code Generation

`1import Foundation2let et = EqualTest()3if et.testTuple((1,2),(1,2)) {4 print("Equal")5} else {6 print("Not Equal")7}`

testTuple

Using AI Code Generation

`1let test = EqualTest()2let t1 = testTuple(1,2)3let t2 = testTuple(1,2)4test.testTuple(t1,t2)5import Foundation6class EqualTest {7 func testTuple(t1: (Int, Int), _ t2: (Int, Int)) {8 if t1 == t2 {9 print("t1 is equal to t2")10 } else {11 print("t1 is not equal to t2")12 }13 }14}15import Foundation16class EqualTest {17 func testTuple(t1: (Int, Int), _ t2: (Int, Int)) {18 if t1 == t2 {19 print("t1 is equal to t2")20 } else {21 print("t1 is not equal to t2")22 }23 }24}25import Foundation26class EqualTest {27 func testTuple(t1: (Int, Int), _ t2: (Int, Int)) {28 if t1 == t2 {29 print("t1 is equal to t2")30 } else {31 print("t1 is not equal to t2")32 }33 }34}35import Foundation36class EqualTest {37 func testTuple(t1: (Int, Int), _ t2: (Int, Int)) {38 if t1 == t2 {39 print("t1 is equal to t2")40 } else {41 print("t`

testTuple

Using AI Code Generation

`1let equalTest = EqualTest()2equalTest.testTuple()3EqualTest *equalTest = [[EqualTest alloc] init];4[equalTest testTuple];5let tuple1 = (name: "John", age: 30)6let tuple2 = (name: "John", age: 30)7if tuple1 == tuple2 {8 print("tuple1 and tuple2 are equal")9} else {10 print("tuple1 and tuple2 are not equal")11}12Tuple *tuple1 = [Tuple new];13tuple1.name = @"John";14tuple1.age = 30;15Tuple *tuple2 = [Tuple new];16tuple2.name = @"John";17tuple2.age = 30;18if ([tuple1 isEqual:tuple2]) {19 NSLog(@"tuple1 and tuple2 are equal");20} else {21 NSLog(@"tuple1 and tuple2 are not equal");22}23if array1 == array2 {24 print("array1 and array2 are equal")25} else {26 print("array1 and array2 are not equal")27}`

testTuple

Using AI Code Generation

`1let test = EqualTest()2test.testTuple()3print("result: \(test.testTuple())")4let test = EqualTest()5test.testTuple()6print("result: \(test.testTuple())")7let test = EqualTest()8test.testTuple()9print("result: \(test.testTuple())")10let test = EqualTest()11test.testTuple()12print("result: \(test.testTuple())")13let test = EqualTest()14test.testTuple()15print("result: \(test.testTuple())")16let test = EqualTest()17test.testTuple()18print("result: \(test.testTuple())")19let test = EqualTest()20test.testTuple()21print("result: \(test.testTuple())")`

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