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How to use Calculator class of org.spekframework.spek2.integration package

Best Spek code snippet using org.spekframework.spek2.integration.Calculator

calculator.kt

Source:calculator.kt

...3import org.spekframework.spek2.style.specification.Suite4import org.spekframework.spek2.style.specification.describe5import kotlin.math.pow6import kotlin.test.assertEquals7open class Calculator {8    fun add(x: Int, y: Int) = x + y9}10class AdvancedCalculator: Calculator() {11    fun pow(x: Int, y: Int) = x.toDouble().pow(y).toInt()12}13object CalculatorSpecs: Spek({14    fun Suite.behavesLikeACalculator() {15        val calculator by memoized<Calculator>()16        it("1 + 2 = 3") {17            assertEquals(3, calculator.add(1, 2))18        }19    }20    describe("Calculator") {21        val calculator by memoized { Calculator() }22        behavesLikeACalculator()23    }24    describe("AdvancedCalculator") {25        val calculator by memoized { AdvancedCalculator() }26        behavesLikeACalculator()27        it("2 ^ 3 = 8") {28            assertEquals(8, calculator.pow(2, 3))29        }30    }31})...

Calculator

Using AI Code Generation

1+import org.spekframework.spek2.integration.*2+import org.spekframework.spek2.style.specification.describe3+object CalculatorSpec: Spek({4+    describe("A calculator") {5+        val calculator by memoized { CalculatorImpl() }6+        it("should add two numbers") {7+            assertEquals(2, calculator.add(1, 1))8+        }9+        it("should subtract two numbers") {10+            assertEquals(2, calculator.subtract(3, 1))11+        }12+    }13+})14+interface Calculator {15+    fun add(a: Int, b: Int): Int16+    fun subtract(a: Int, b: Int): Int17+}18+class CalculatorImpl: Calculator {19+    override fun add(a: Int, b: Int) = a + b20+    override fun subtract(a: Int, b: Int) = a - b21+}22+import io.kotlintest.shouldBe23+import io.kotlintest.specs.StringSpec24+class CalculatorSpec: StringSpec({25+    val calculator = CalculatorImpl()26+    "should add two numbers" {27+        calculator.add(1, 1) shouldBe 228+    }29+    "should subtract two numbers" {30+        calculator.subtract(3, 1) shouldBe 231+    }32+})33+class CalculatorSpec: StringSpec({34+    val calculator by memoized { CalculatorImpl() }35+    "should add two numbers" {36+        calculator.add(1,

Calculator

Using AI Code Generation

1+import org.spekframework.spek2.integration.*2+object CalculatorSpec: Spek({3+    describe("a calculator") {4+        val calculator by memoized { Calculator() }5+        it("should add two numbers") {6+            calculator.add(1, 1) shouldBe 27+        }8+    }9+})10+object CalculatorSpec: Spek({11+    describe("a calculator") {12+    }13+})14+object CalculatorSpec: Spek({15+    describe("a calculator") {16+        it("should add two numbers") {17+        }18+        it("should add three numbers") {19+        }20+        it("should add four numbers") {21+        }22+        it("should add five numbers") {23+        }24+        it("should add six numbers") {25+        }26+    }27+})28+object CalculatorSpec: Spek({29+    xdescribe("a calculator") {30+    }31+})

Calculator

Using AI Code Generation

1+import org.spekframework.spek2.integration.*2+object CalculatorTest : Spek({3+    given("a calculator") {4+        val calculator = Calculator()5+        on("adding 1 and 1") {6+            val result = calculator.add(1, 1)7+            it("should return 2") {8+                assertEquals(2, result)9+            }10+        }11+    }12+})13+object CalculatorTest : Spek({14+    given("a calculator") {15+        val calculator = Calculator()16+        on("adding 1 and 1") {17+            val result = calculator.add(1, 1)18+            it("should return 2") {19+                assertEquals(2, result)20+            }21+        }22+    }23+})

Calculator

Using AI Code Generation

1+import org.spekframework.spek2.integration.*2+object CalculatorSpec: Spek({3+    describe("a calculator") {4+        val calculator by memoized { Calculator() }5+        it("should add two numbers") {6+            assertThat(calculator.add(1, 1)).isEqualTo(2)7+        }8+    }9+})10+== Usage (EXPERIMENTAL)11 plugins {12 }13 plugins {14 }15@@ -45,7 +45,7 @@ plugins {

Calculator

Using AI Code Generation

1+import org.spekframework.spek2.integration.*2+import kotlin.test.assertEquals3+object CalculatorSpec: Spek({4+    group("A calculator") {5+        val calculator by memoized { Calculator() }6+        test("should add two numbers") {7+            assertEquals(4, calculator.add(2, 2))8+        }9+        test("should subtract two numbers") {10+            assertEquals(2, calculator.subtract(4, 2))11+        }12+    }13+})

Calculator

Using AI Code Generation

1+import org.spekframework.spek2.integration.Calculator2+import org.spekframework.spek2.integration.shouldBe3+object CalculatorSpec : Spek({4+    val calculator by memoized { Calculator() }5+    group("given an empty calculator") {6+        test("should have a zero value") {7+        }8+    }9+})10+object CalculatorSpec : Spek({11+    val calculator by memoized { Calculator() }12+    group("given an empty calculator") {13+        test("should have a zero value") {14+        }15+    }16+    group("given a calculator with 3") {17+        beforeEachTest {18+            calculator.add(3)19+        }20+        test("should have a value of 3") {21+        }22+        test("should add 4 and get 7") {23+            calculator.add(4)24+        }25+    }26+})27+object CalculatorSpec : Spek({28+    group("given an empty calculator") {29+        val calculator by memoized { Calculator() }30+        test("should have a zero value") {31+        }32+    }33+    group("given a calculator with 3") {34+        val calculator by memoized { Calculator() }35+        beforeEachTest {36+            calculator.add(3)37+        }38+        test("should have a value of 3") {39+        }40+        test("should add 4 and get 7") {41+            calculator.add(4)42+        }43+    }44+})45+object CalculatorSpec : Spek({

Calculator

Using AI Code Generation

1+        val calculator = Calculator()2+        val sum = calculator.add(1, 2)3+        assertThat(sum, equalTo(3))4+    }5+}6+class Calculator {7+    fun add(a: Int, b: Int) = a + b8+}

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