How to use Byte.shouldBeBetween method of io.kotest.matchers.bytes.byte class

Best Kotest code snippet using io.kotest.matchers.bytes.byte.Byte.shouldBeBetween

ByteTest.kt

Source:ByteTest.kt

1package com.sksamuel.kotest.property.arbitrary2import io.kotest.core.spec.style.FunSpec3import io.kotest.data.blocking.forAll4import io.kotest.data.row5import io.kotest.inspectors.forAll6import io.kotest.matchers.bytes.shouldBeBetween7import io.kotest.matchers.shouldBe8import io.kotest.property.Arb9import io.kotest.property.PropTest10import io.kotest.property.arbitrary.*11import io.kotest.property.checkAll12import io.kotest.property.checkCoverage13class ByteTest : FunSpec({14   test("<Byte, Byte> should give values between min and max inclusive") {15      // Test parameters include the test for negative bounds16      forAll(17         row(-10, -1),18         row(1, 3),19         row(-100, 100),20         row((Byte.MAX_VALUE - 10).toByte(), Byte.MAX_VALUE),21         row(Byte.MIN_VALUE, (Byte.MIN_VALUE + 10).toByte())22      ) { vMin, vMax ->23         val expectedValues = (vMin..vMax).map { it.toByte() }.toSet()24         val actualValues = (1..100_000).map { Arb.byte(vMin, vMax).single() }.toSet()25         actualValues shouldBe expectedValues26      }27   }28   test("Arb.byte edge cases should respect min and max bounds") {29      checkCoverage("run", 25.0) {30         PropTest(iterations = 1000).checkAll<Byte, Byte> { min, max ->31            if (min < max) {32               classify("run")33               Arb.byte(min, max).edgecases().forAll {34                  it.shouldBeBetween(min, max)35               }36            }37         }38      }39   }40})41class UByteTest : FunSpec({42   test("<UByte, UByte> should give values between min and max inclusive") {43      forAll(44         row(1u, 3u),45         row(0u, 100u),46         row((UByte.MAX_VALUE - 10u).toUByte(), UByte.MAX_VALUE),47         row(UByte.MIN_VALUE, (UByte.MIN_VALUE + 10u).toUByte())48      ) { vMin, vMax ->49         val expectedValues = (vMin..vMax).map { it.toUByte() }.toSet()50         val actualValues = (1..100_000).map { Arb.uByte(vMin, vMax).single() }.toSet()51         actualValues shouldBe expectedValues52      }53   }54   test("Arb.uByte edge cases should respect min and max bounds") {55      checkCoverage("run", 25.0) {56         PropTest(iterations = 1000).checkAll<UByte, UByte> { min, max ->57            if (min < max) {58               classify("run")59               Arb.uByte(min, max).edgecases().forAll {60                  it.shouldBeBetween(min, max)61               }62            }63         }64      }65   }66})...

IconGeneratorSpec.kt

Source:IconGeneratorSpec.kt

1/*2 * Copyright 2022 Thibault Seisel3 *4 *  Licensed under the Apache License, Version 2.0 (the "License");5 *  you may not use this file except in compliance with the License.6 *  You may obtain a copy of the License at7 *8 *      http://www.apache.org/licenses/LICENSE-2.09 *10 *  Unless required by applicable law or agreed to in writing, software11 *  distributed under the License is distributed on an "AS IS" BASIS,12 *  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.13 *  See the License for the specific language governing permissions and14 *  limitations under the License.15 */16package io.github.thibseisel.identikon.rendering17import io.kotest.core.spec.style.DescribeSpec18import io.kotest.matchers.floats.shouldBeBetween19import io.kotest.matchers.floats.shouldBeExactly20import io.kotest.matchers.ints.shouldBeBetween21import kotlin.random.Random22internal class IconGeneratorSpec : DescribeSpec({23    describe("The default hue generation algorithm") {24        val generator = IconGenerator()25        it("always computes hue in [0, 1]") {26            val randomBytes = generateRandomBytes()27            val hue: Float = generator.computeHue(randomBytes)28            hue.shouldBeBetween(0f, 1f, 0f)29        }30        it("returns 0 when bytes are all zero") {31            val bytes = ByteArray(4)32            val hue = generator.computeHue(bytes)33            hue.shouldBeExactly(0f)34        }35    }36    describe("The default octet selector algorithm") {37        val generator = IconGenerator()38        it("always returns a value in [0, 255]") {39            val bytes = byteArrayOf(-0xf, -0x7, 0x0, 0x7, 0xf)40            repeat(5) { index ->41                val octet = generator.getOctet(bytes, index)42                octet.shouldBeBetween(0, 255)43            }44        }45    }46})47private fun generateRandomBytes(): ByteArray {48    val bytes = ByteArray(8)49    return Random.nextBytes(bytes)50}...

byte.kt

Source:byte.kt

1package io.kotest.matchers.bytes2import io.kotest.matchers.Matcher3import io.kotest.matchers.MatcherResult4import io.kotest.matchers.shouldBe5fun Byte.shouldBeBetween(lower: Byte, upper: Byte) = this shouldBe between(lower, upper)6fun between(lower: Byte, upper: Byte) = object : Matcher<Int> {7   override fun test(value: Int) = MatcherResult(8      value in lower..upper,9      "$value should be between ($lower, $upper) inclusive",10      "$value should not be between ($lower, $upper) inclusive"11   )12}...

Byte.shouldBeBetween

Using AI Code Generation

1    Byte.shouldBeBetween(1, 5)2    Short.shouldBeBetween(1, 5)3    Int.shouldBeBetween(1, 5)4    Long.shouldBeBetween(1, 5)5    Float.shouldBeBetween(1f, 5f)6    Double.shouldBeBetween(1.0, 5.0)7    Char.shouldBeBetween('a', 'e')8    String.shouldBeBetween("a", "e")9}10fun main() {11    shouldBeBetween()12}

Byte.shouldBeBetween

Using AI Code Generation

1val byte = 20.toByte()2byte.shouldBeBetween(10.toByte(), 30.toByte())3byte.shouldBeBetween(10.toByte(), 20.toByte())4byte.shouldBeBetween(20.toByte(), 30.toByte())5val byte = 20.toByte()6byte.shouldBeBetween(10.toByte(), 30.toByte())7byte.shouldBeBetween(10.toByte(), 20.toByte())8byte.shouldBeBetween(20.toByte(), 30.toByte())9val byte = 20.toByte()10byte.shouldBeBetween(10.toByte(), 30.toByte())11byte.shouldBeBetween(10.toByte(), 20.toByte())12byte.shouldBeBetween(20.toByte(), 30.toByte())13val byte = 20.toByte()14byte.shouldBeBetween(10.toByte(), 30.toByte())15byte.shouldBeBetween(10.toByte(), 20.toByte())16byte.shouldBeBetween(20.toByte(), 30.toByte())17val byte = 20.toByte()18byte.shouldBeBetween(10.toByte(), 30.toByte())19byte.shouldBeBetween(10.toByte(), 20.toByte())20byte.shouldBeBetween(20.toByte(), 30.toByte())21val byte = 20.toByte()22byte.shouldBeBetween(10.toByte(), 30.toByte())23byte.shouldBeBetween(10.toByte(), 20.toByte())24byte.shouldBeBetween(20.toByte(), 30.toByte())25val byte = 20.toByte()26byte.shouldBeBetween(10.toByte(), 30.toByte())27byte.shouldBeBetween(10.toByte(), 20.toByte())28byte.shouldBeBetween(20.toByte(), 30.toByte())29val byte = 20.toByte()

Byte.shouldBeBetween

Using AI Code Generation

1    byte.shouldBeBetween(0, 10)2    byte.shouldBeBetween(0L, 10L)3    byte.shouldBeBetween(0, 10)4    byte.shouldBeBetween(0.0, 10.0)5    byte.shouldBeBetween(0.0F, 10.0F)6    byte.shouldBeBetween(0.toShort(), 10.toShort())7    byte.shouldBeBetween('0', '9')8    byte.shouldBeBetween(0, 10)9    byte.shouldBeBetween(0L, 10L)10    byte.shouldBeBetween(0, 10)11    byte.shouldBeBetween(0.0, 10.0)12    byte.shouldBeBetween(0.0F, 10.0F)13    byte.shouldBeBetween(0.toShort(), 10.toShort())14    byte.shouldBeBetween('0', '9')

Byte.shouldBeBetween

Using AI Code Generation

1@DisplayName("Byte shouldBeBetween test")2@MethodSource("shouldBeBetweenTestProvider")3fun shouldBeBetweenTest(actual: Byte, start: Byte, end: Byte) {4actual.shouldBeBetween(start, end)5}6@DisplayName("Byte shouldNotBeBetween test")7@MethodSource("shouldNotBeBetweenTestProvider")8fun shouldNotBeBetweenTest(actual: Byte, start: Byte, end: Byte) {9actual.shouldNotBeBetween(start, end)10}11@DisplayName("Byte shouldBePositive test")12@MethodSource("shouldBePositiveTestProvider")13fun shouldBePositiveTest(actual: Byte) {14actual.shouldBePositive()15}16@DisplayName("Byte shouldBeNegative test")17@MethodSource("shouldBeNegativeTestProvider")18fun shouldBeNegativeTest(actual: Byte) {19actual.shouldBeNegative()20}21@DisplayName("Byte shouldBeZero test")22@MethodSource("shouldBeZeroTestProvider")23fun shouldBeZeroTest(actual: Byte) {24actual.shouldBeZero()25}26@DisplayName("Byte shouldBeNonZero test")27@MethodSource("shouldBeNonZeroTestProvider")28fun shouldBeNonZeroTest(actual: Byte) {29actual.shouldBeNonZero()30}31@DisplayName("Byte shouldBeOne test")32@MethodSource("shouldBeOneTestProvider")33fun shouldBeOneTest(actual: Byte) {34actual.shouldBeOne()35}36@DisplayName("Byte shouldBeEven test")37@MethodSource("shouldBeEvenTestProvider")38fun shouldBeEvenTest(actual: Byte) {39actual.shouldBeEven()40}41@DisplayName("Byte shouldBeOdd test

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.