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How to use Calculator class of org.spekframework.speksample package

Best Spek code snippet using org.spekframework.speksample.Calculator

ExampleSpekUnitTest.kt

Source:ExampleSpekUnitTest.kt

1package sample.my.force_version_up.speksample2import junit.framework.Assert.assertEquals3import org.spekframework.spek2.Spek4import org.spekframework.spek2.style.specification.describe5import sample.my.force_version_up.speksample.ui.main.Calculator6import sample.my.force_version_up.speksample.ui.main.MainViewModel7object ExampleSpekUnitTest: Spek({8    describe("A Calculator") {9        val calculator by memoized { Calculator() }10        it("should return 4") {11            assertEquals(4, calculator.add(2, 2))12        }13        it("should return 10") {14            assertEquals(10, calculator.add(5, 5))15        }16        it("should return 12") {17            assertEquals(12, calculator.add(6, 6))18        }19    }20    describe("view model verify") {21        val viewModel by memoized { MainViewModel() }22        it("should return text MainViewModel") {23            assertEquals("MainViewModel", viewModel.getText())...

CalculatorSpec.kt

Source:CalculatorSpec.kt

1package org.spekframework.speksample2import org.spekframework.spek2.Spek3import org.spekframework.spek2.style.specification.describe4import kotlin.test.assertEquals5object CalculatorSpec : Spek({6    describe("A Calculator") {7        val calculator by memoized { Calculator() }8        it("should return 4") {9            assertEquals(expected = 4, actual = calculator.add(2, 2))10        }11    }12})...

Calculator.kt

Source:Calculator.kt

1package org.spekframework.speksample2class Calculator {3 fun add(x: Int, y: Int) = x + y4}...

Calculator

Using AI Code Generation

1describe("Calculator") {2given("a calculator") {3val calculator = Calculator()4on("adding 1 and 2") {5val result = calculator.add(1, 2)6it("should return 3") {7assertThat(result).isEqualTo(3)8}9}10}11}12Spek spek = new Spek() {13{14describe("Calculator", new Runnable() {15public void run() {16given("a calculator", new Runnable() {17public void run() {18final Calculator calculator = new Calculator();19on("adding 1 and 2", new Runnable() {20public void run() {21final int result = calculator.add(1, 2);22it("should return 3", new Runnable() {23public void run() {24assertThat(result).isEqualTo(3);25}26});27}28});29}30});31}

Calculator

Using AI Code Generation

1val calculator = Calculator()2it("should add two numbers") {3assertEquals(3, calculator.add(1, 2))4}5it("should subtract two numbers") {6assertEquals(1, calculator.subtract(3, 2))7}8}9Spek is a Kotlin based testing framework that uses a domain specific language (DSL) to define tests. It is inspired by RSpec (Ruby) and JUnit (Java).Spek is a Kotlin based testing framework that uses a domain specific language (DSL) to define tests. It is inspired by RSpec (Ruby) and JUnit (Java).Spek is a Kotlin based testing framework that uses a domain specific language (DSL) to define tests. It is inspired by RSpec (Ruby) and JUnit (Java).Spek is a Kotlin based testing framework that uses a domain specific language (DSL) to define tests. It is inspired by RSpec (Ruby) and JUnit (Java).Spek is a Kotlin based testing framework that uses a domain specific language (DSL) to define tests. It is inspired by RSpec (Ruby) and JUnit (Java).Spek is a Kotlin based testing framework that uses a domain specific language (DSL) to define tests. It is inspired by RSpec (Ruby) and JUnit (Java).Spek is a Kotlin based testing framework that uses a domain specific language (DSL) to define tests. It is inspired by RSpec (Ruby) and JUnit (Java).Spek is a Kotlin based testing framework that uses a domain specific language (DSL) to define tests. It is inspired by RSpec (Ruby) and JUnit (Java).Spek is a Kotlin based testing framework that uses a domain specific language (DSL) to define tests. It is inspired by RSpec (Ruby) and JUnit (Java).Spek is a Kotlin based testing framework that uses a domain specific language (DSL) to define tests. It is inspired by RSpec (Ruby) and JUnit (Java).Spek is a Kotlin based testing framework that uses a domain specific language (DSL) to define tests. It is inspired by RSpec (Ruby) and JUnit (Java).Spek is a Kotlin based testing framework that uses a domain specific language (DSL) to define tests. It is inspired by RSpec (Ruby) and JUnit (Java).Spek is a Kotlin based testing framework that uses a domain specific language (DSL) to

Calculator

Using AI Code Generation

1  val calculator = Calculator()2  describe("A calculator") {3    on("addition") {4      val result = calculator.add(1, 2)5      it("should return the result of adding the first number to the second number") {6        assertThat(result).isEqualTo(3)7      }8    }9    on("subtraction") {10      val result = calculator.subtract(4, 2)11      it("should return the result of subtracting the second number from the first number") {12        assertThat(result).isEqualTo(2)13      }14    }15  }16}

Calculator

Using AI Code Generation

1    describe("Calculator") {2        val calculator by memoized { Calculator() }3        it("should add two numbers") {4            assertEquals(4, calculator.add(2, 2))5        }6    }

Calculator

Using AI Code Generation

1val calculator = Calculator()2assertThat(calculator.add(1, 2)).isEqualTo(3)3assertThat(calculator.subtract(4, 2)).isEqualTo(2)4assertThat(calculator.divide(4, 2)).isEqualTo(2)5assertThat(calculator.multiply(2, 2)).isEqualTo(4)6}7}8import org.spekframework.spek2.Spek9object CalculatorSpec : Spek({10val calculator = Calculator()11it("should add two numbers") {12assertThat(calculator.add(1, 2)).isEqualTo(3)13}14it("should subtract two numbers") {15assertThat(calculator.subtract(4, 2)).isEqualTo(2)16}17it("should divide two numbers") {18assertThat(calculator.divide(4, 2)).isEqualTo(2)19}20it("should multiply two numbers") {21assertThat(calculator.multiply(2, 2)).isEqualTo(4)22}23})

Calculator

Using AI Code Generation

1class Calculator {2    fun add(a: Int, b: Int) = a + b3    fun subtract(a: Int, b: Int) = a - b4    fun multiply(a: Int, b: Int) = a * b5    fun divide(a: Int, b: Int) = a / b6}

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