Best Kotest code snippet using io.kotest.matchers.floats.Between.test
FloatingBigRationalTest.kt
Source:FloatingBigRationalTest.kt
...23import hm.binkley.math.sqrt24import hm.binkley.math.sqrtApproximated25import hm.binkley.math.toBigInteger26import hm.binkley.math.truncate27import io.kotest.assertions.throwables.shouldThrow28import io.kotest.matchers.booleans.shouldBeFalse29import io.kotest.matchers.booleans.shouldBeTrue30import io.kotest.matchers.shouldBe31import io.kotest.matchers.shouldNotBe32import io.kotest.matchers.types.shouldBeSameInstanceAs33import org.junit.jupiter.api.Nested34import org.junit.jupiter.api.Test35private typealias BigRationalAssertion = (FloatingBigRational) -> Unit36/**37 * NB -- the tests use a mixture of constructors while testing functionality.38 * This is intentional, and raises coverage.39 */40internal class FloatingBigRationalTest {41 @Nested42 inner class ConstructionTests {43 @Test44 fun `should use constant NaN`() {45 (0 over 0) shouldBeSameInstanceAs NaN46 }47 @Test48 fun `should use constant +â`() {49 (Long.MAX_VALUE over 0L) shouldBeSameInstanceAs POSITIVE_INFINITY50 }51 @Test...
RulesTest.kt
Source:RulesTest.kt
...21 * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE22 * SOFTWARE.23 */24package pcf.crskdev.inval.id25import io.kotest.assertions.throwables.shouldThrow26import io.kotest.core.spec.style.DescribeSpec27import io.kotest.matchers.shouldBe28import io.mockk.mockk29import java.math.BigDecimal30import java.math.BigInteger31import java.util.Calendar32import java.util.Date33import pcf.crskdev.inval.id.Rules.AssertFalse34import pcf.crskdev.inval.id.Rules.AssertTrue35import pcf.crskdev.inval.id.Rules.Digits36import pcf.crskdev.inval.id.Rules.DigitsInt37import pcf.crskdev.inval.id.Rules.DigitsStr38import pcf.crskdev.inval.id.Rules.Email39import pcf.crskdev.inval.id.Rules.Fractions40import pcf.crskdev.inval.id.Rules.FractionsStr41import pcf.crskdev.inval.id.Rules.Future42import pcf.crskdev.inval.id.Rules.FutureOrPresent43import pcf.crskdev.inval.id.Rules.IGNORE44import pcf.crskdev.inval.id.Rules.Integers45import pcf.crskdev.inval.id.Rules.IntegersStr46import pcf.crskdev.inval.id.Rules.Max47import pcf.crskdev.inval.id.Rules.Min48import pcf.crskdev.inval.id.Rules.MinMax49import pcf.crskdev.inval.id.Rules.Negative50import pcf.crskdev.inval.id.Rules.NegativeOrZero51import pcf.crskdev.inval.id.Rules.NotBlank52import pcf.crskdev.inval.id.Rules.NotEmpty53import pcf.crskdev.inval.id.Rules.Past54import pcf.crskdev.inval.id.Rules.PastOrPresent55import pcf.crskdev.inval.id.Rules.Positive56import pcf.crskdev.inval.id.Rules.PositiveOrZero57import pcf.crskdev.inval.id.Rules.Size58import pcf.crskdev.inval.id.Rules.scale59internal class RulesTest : DescribeSpec({60 describe("Asserts test") {61 it("should apply assert true") {62 (AssertTrue() validates false withId 1)().isFailure shouldBe true63 (AssertTrue() validates true withId 1)().isSuccess shouldBe true64 }65 it("should apply assert false") {66 (AssertFalse() validates true withId 1)().isFailure shouldBe true67 (AssertFalse() validates false withId 1)().isSuccess shouldBe true68 }69 }70 describe("Not Empty Tests") {71 it("should apply rule") {72 (NotEmpty<String>() validates "" withId 1)().isFailure shouldBe true73 (NotEmpty<Array<Any>>() validates emptyArray() withId 1)().isFailure shouldBe true74 (NotEmpty<Collection<Any>>() validates emptyList() withId 1)().isFailure shouldBe true75 (NotEmpty<Map<Any, Any>>() validates emptyMap() withId 1)().isFailure shouldBe true76 (NotEmpty<CharArray>() validates CharArray(0) withId 1)().isFailure shouldBe true77 (NotEmpty<IntArray>() validates IntArray(0) withId 1)().isFailure shouldBe true78 (NotEmpty<ByteArray>() validates ByteArray(0) withId 1)().isFailure shouldBe true79 (NotEmpty<ShortArray>() validates ShortArray(0) withId 1)().isFailure shouldBe true80 (NotEmpty<LongArray>() validates LongArray(0) withId 1)().isFailure shouldBe true81 (NotEmpty<FloatArray>() validates FloatArray(0) withId 1)().isFailure shouldBe true82 (NotEmpty<DoubleArray>() validates DoubleArray(0) withId 1)().isFailure shouldBe true83 }84 it("should throw type is not allowed") {85 shouldThrow<IllegalArgumentException> {86 (NotEmpty<Int>() validates 1 withId 1)()87 }88 }89 }90 describe("Not Blank Tests") {91 it("should apply rule") {92 (NotBlank() validates " " withId 1)().isFailure shouldBe true93 }94 }95 describe("Min Tests") {96 it("should apply approximation to floats and doubles") {97 (Min(scale = 2.scale())(10.12f) validates 10.118654f withId 1)().isSuccess shouldBe true98 (Min()(10.0) validates 9.99999999 withId 1)().isSuccess shouldBe true99 }100 it("should apply to integer numbers") {101 (Min()(10) validates 9 withId 1)().isFailure shouldBe true102 (Min()(9) validates 9 withId 1)().isSuccess shouldBe true103 (Min()(10L) validates 9L withId 1)().isFailure shouldBe true104 (Min()(9L) validates 9L withId 1)().isSuccess shouldBe true105 (Min()(10.toShort()) validates 9.toShort() withId 1)().isFailure shouldBe true106 (Min()(9.toShort()) validates 9.toShort() withId 1)().isSuccess shouldBe true107 (Min()(10.toByte()) validates 9.toByte() withId 1)().isFailure shouldBe true108 (Min()(9.toByte()) validates 9.toByte() withId 1)().isSuccess shouldBe true109 }110 it("should apply to BigDecimal/BigInteger") {111 (Min()(BigInteger.TEN) validates BigInteger.valueOf(9) withId 1)().isFailure shouldBe true112 (Min()(BigDecimal.valueOf(1.0)) validates BigDecimal.valueOf(0.0) withId 1)().isFailure shouldBe true113 }114 it("should throw if Number type is not supported") {115 shouldThrow<IllegalArgumentException> {116 (Min()(mockk()) validates mockk() withId 1)()117 }118 }119 it("should have custom message on fail") {120 val fail = (Min { input, min -> "Input $input must be min $min" }(10) validates 9 withId 1)()121 .exceptionOrNull()!! as ValidationException122 fail.violations.first().message shouldBe "Input 9 must be min 10"123 }124 }125 describe("Max Tests") {126 it("should apply approximation to floats and doubles") {127 (Max(scale = 2.scale())(10.12f) validates 10.118654f withId 1)().isSuccess shouldBe true128 (Max()(10.0) validates 9.99999999 withId 1)().isSuccess shouldBe true129 }130 it("should apply to integer numbers") {131 (Max()(10) validates 19 withId 1)().isFailure shouldBe true132 (Max()(9) validates 9 withId 1)().isSuccess shouldBe true133 (Max()(10L) validates 19L withId 1)().isFailure shouldBe true134 (Max()(9L) validates 9L withId 1)().isSuccess shouldBe true135 (Max()(10.toShort()) validates 19.toShort() withId 1)().isFailure shouldBe true136 (Max()(9.toShort()) validates 9.toShort() withId 1)().isSuccess shouldBe true137 (Max()(10.toByte()) validates 19.toByte() withId 1)().isFailure shouldBe true138 (Max()(9.toByte()) validates 9.toByte() withId 1)().isSuccess shouldBe true139 }140 it("should apply to BigDecimal/BigInteger") {141 (Max()(BigInteger.TEN) validates BigInteger.valueOf(19) withId 1)().isFailure shouldBe true142 (Max()(BigDecimal.valueOf(0.0)) validates BigDecimal.valueOf(1.0) withId 1)().isFailure shouldBe true143 }144 it("should throw if Number type is not supported") {145 shouldThrow<IllegalArgumentException> {146 (Max()(mockk()) validates mockk() withId 1)()147 }148 }149 it("should have custom message on fail") {150 val fail = (Max { input, max -> "Input $input must be max $max" }(10) validates 19 withId 1)()151 .exceptionOrNull()!! as ValidationException152 fail.violations.first().message shouldBe "Input 19 must be max 10"153 }154 }155 describe("Min Max tests") {156 it("should apply min max") {157 val minMax = MinMax()(10, 20)158 (minMax validates 15 withId 1)().isSuccess shouldBe true159 (minMax validates 10 withId 1)().isSuccess shouldBe true160 (minMax validates 20 withId 1)().isSuccess shouldBe true161 (minMax validates 9 withId 1)().isFailure shouldBe true162 (minMax validates 29 withId 1)().isFailure shouldBe true163 }164 it("should have custom message") {165 val minMax = MinMax { input, min, max -> "Bad input value $input. Must be between $min and $max" }166 val fail = (minMax(10, 20) validates 25 withId 1)().exceptionOrNull()!! as ValidationException167 fail.violations.first().message shouldBe "Bad input value 25. Must be between 10 and 20"168 }169 }170 describe("Digits tests") {171 it("should apply to int") {172 (Digits()(3, 0) validates 10 withId 1)().isFailure shouldBe true173 (Digits()(3, 0) validates 100 withId 1)().isSuccess shouldBe true174 (DigitsInt()(3) validates 120 withId 1)().isSuccess shouldBe true175 (DigitsInt()(3) validates 12 withId 1)().isFailure shouldBe true176 }177 it("should apply to floats/doubles") {178 (Digits()(3, 2) validates 103.22 withId 1)().isSuccess shouldBe true179 (Digits()(3, 2) validates 10.202f withId 1)().isFailure shouldBe true180 (Digits()(3, 2) validates 100.22f withId 1)().isSuccess shouldBe true181 (Digits()(1, 5) validates 1.12345f withId 1)().isSuccess shouldBe true182 }183 it("should apply to string numbers") {184 (DigitsStr()(3, 2) validates "120.20" withId 1)().isSuccess shouldBe true185 (IntegersStr()(3) validates "120.25345350" withId 1)().isSuccess shouldBe true186 (FractionsStr()(3) validates "120534543.200" withId 1)().isSuccess shouldBe true187 }188 it("should ignore digits part") {189 (Digits()(IGNORE, 3) validates 43242353.233 withId 1)().isSuccess shouldBe true190 (Digits()(IGNORE, 3) validates 43242353.23 withId 1)().isFailure shouldBe true191 (Fractions()(3) validates 43242353.233 withId 1)().isSuccess shouldBe true192 (Fractions()(3) validates 43242353.23 withId 1)().isFailure shouldBe true193 }194 it("should ignore fractions part") {195 (Digits()(3, IGNORE) validates 432.23342342 withId 1)().isSuccess shouldBe true196 (Digits()(3, IGNORE) validates 43.2332324 withId 1)().isFailure shouldBe true197 (Integers()(3) validates 432.23342342 withId 1)().isSuccess shouldBe true198 (Integers()(3) validates 43.2332324 withId 1)().isFailure shouldBe true199 }200 it("should throw if both parts are ignored") {201 shouldThrow<IllegalArgumentException> {202 (Digits()(IGNORE, IGNORE) validates 43.2332324 withId 1)()203 }204 }205 }206 describe("Size tests") {207 it("should apply to string") {208 (Size<String>()(5, 10) validates "12345" withId 1)().isSuccess shouldBe true209 (Size<String>()(5, 10) validates "1234" withId 1)().isFailure shouldBe true210 (Size<String>()(5, 10) validates "12345678910" withId 1)().isFailure shouldBe true211 }212 it("should apply to array") {213 (Size<Array<*>>()(1, 3) validates arrayOf(1, 2, 3) withId 1)().isSuccess shouldBe true214 (Size<Array<*>>()(1, 3) validates emptyArray<Int>() withId 1)().isFailure shouldBe true215 (Size<Array<*>>()(1, 3) validates arrayOf(1, 2, 3, 4) withId 1)().isFailure shouldBe true216 }217 it("should apply to collection") {218 (Size<List<*>>()(1, 3) validates listOf(1, 2, 3) withId 1)().isSuccess shouldBe true219 (Size<List<*>>()(1, 3) validates emptyList<Int>() withId 1)().isFailure shouldBe true220 (Size<List<*>>()(1, 3) validates listOf(1, 2, 3, 4) withId 1)().isFailure shouldBe true221 }222 it("should apply to map") {223 (Size<Map<*, *>>()(1, 3) validates mapOf(1 to 1, 2 to 2, 3 to 3) withId 1)().isSuccess shouldBe true224 (Size<Map<*, *>>()(1, 3) validates emptyMap<Int, Int>() withId 1)().isFailure shouldBe true225 (Size<Map<*, *>>()(1, 3) validates mapOf(1 to 1, 2 to 2, 3 to 3, 4 to 4) withId 1)().isFailure shouldBe true226 }227 it("should throw when type not allowed") {228 shouldThrow<IllegalArgumentException> {229 (Size<Any>()(1, 3) validates Any() withId 1)()230 }231 }232 }233 describe("Pattern test") {234 it("should apply to regex pattern") {235 (Rules.Pattern()("\\d+") validates "12435" withId 1)().isSuccess shouldBe true236 (Rules.Pattern(RegexOption.IGNORE_CASE)("\\d+") validates "12435" withId 1)().isSuccess shouldBe true237 (Rules.Pattern(RegexOption.IGNORE_CASE, RegexOption.COMMENTS)("\\d+") validates "12435" withId 1)().isSuccess shouldBe true238 (Rules.Pattern()("\\d+") validates "12435f" withId 1)().isFailure shouldBe true239 }240 }241 describe("Email test") {242 val email = Email()243 it("should apply email regex and be valid") {244 val check: (CharSequence) -> Unit = {245 (email validates it withId 1)().isSuccess shouldBe true246 }247 check("email@example.com")248 check("firstname.lastname@example.com")249 check("email@subdomain.example.com")250 check("firstname+lastname@example.com")251 check("email@123.123.123.123")252 check("email@[123.123.123.123]")253 check("\"email\"@example.com")254 check("1234567890@example.com")255 check("email@example-one.com")256 check("_______@example.com")257 check("email@example.name")258 check("email@example.museum")259 check("email@example.co.jp")260 check("firstname-lastname@example.com")261 check("mailhost!username@example.org")262 check("\"john..doe\"@example.org")263 check("user%example.com@example.org")264 }265 it("should apply email regex and be invalid") {266 val check: (CharSequence) -> Unit = {267 (email validates it withId 1)().isFailure shouldBe true268 }269 check("#@%^%#\$@#\$@#.com")270 check("@example.com")271 check("Joe Smith <email@example.com>")272 check("email.example.com")273 check("email@example@example.com")274 check(".email@example.com")275 check("email.@example.com")276 check("email..email@example.com")277 check("ããããã@example.com")278 check("email@example.com (Joe Smith)")279 check("email@example")280 check("email@-example.com")281 check("email@example..com")282 check("Abc..123@example.com")283 check("\"(),:;<>[\\]@example.com")284 check("justânotâright@example.com")285 check("this\\ is\"really\"not\\allowed@example.com")286 check("i_like_underscore@but_its_not_allowed_in_this_part.example.com")287 check("this is\"not\\allowed@example.com")288 check("a\"b(c)d,e:f;g<h>i[j\\k]l@example.com")289 check("this is\"not\\allowed@example.com")290 check("this\\ still\\\"not\\\\allowed@example.co")291 check("just\"not\"right@example.com")292 check("A@b@c@example.com")293 check("1234567890123456789012345678901234567890123456789012345678901234+x@example.com")294 }295 }296 describe("Positive tests") {297 it("should apply positive to number") {298 (Positive() validates 1 withId 1)().isSuccess shouldBe true299 (Positive() validates 1.0 withId 1)().isSuccess shouldBe true300 (Positive() validates 1.0f withId 1)().isSuccess shouldBe true301 (Positive() validates BigDecimal.ONE withId 1)().isSuccess shouldBe true302 (Positive() validates 0 withId 1)().isFailure shouldBe true303 }304 it("should apply positive or zero to number") {305 (PositiveOrZero() validates 0 withId 1)().isSuccess shouldBe true306 (PositiveOrZero() validates 0.0 withId 1)().isSuccess shouldBe true307 (PositiveOrZero() validates 0.0f withId 1)().isSuccess shouldBe true308 (PositiveOrZero() validates BigDecimal.ZERO withId 1)().isSuccess shouldBe true309 (PositiveOrZero() validates -1 withId 1)().isFailure shouldBe true310 }311 }312 describe("Negative tests") {313 it("should apply negative to number") {314 (Negative() validates -1 withId 1)().isSuccess shouldBe true315 (Negative() validates -1.0 withId 1)().isSuccess shouldBe true316 (Negative() validates -1.0f withId 1)().isSuccess shouldBe true317 (Negative() validates BigDecimal.valueOf(-1) withId 1)().isSuccess shouldBe true318 (Negative() validates 0 withId 1)().isFailure shouldBe true319 }320 it("should apply negative or zero to number") {321 (NegativeOrZero() validates 0 withId 1)().isSuccess shouldBe true322 (NegativeOrZero() validates 0.0 withId 1)().isSuccess shouldBe true323 (NegativeOrZero() validates 0.0f withId 1)().isSuccess shouldBe true324 (NegativeOrZero() validates BigDecimal.ZERO withId 1)().isSuccess shouldBe true325 (NegativeOrZero() validates 1 withId 1)().isFailure shouldBe true326 }327 }328 describe("Dates tests") {329 val now = Date()330 fun Date.add(field: Int, amount: Int): Date =331 Calendar.getInstance().run {332 add(field, amount)333 return time334 }335 it("should apply past rule date") {336 (Past({ now }) validates now.add(Calendar.DAY_OF_MONTH, -2) withId 1)().isSuccess shouldBe true337 (Past({ now }) validates now.add(Calendar.DAY_OF_MONTH, 2) withId 1)().isFailure shouldBe true338 (Past({ now }) validates now withId 1)().isFailure shouldBe true339 }340 it("should apply past or present rule date") {341 (PastOrPresent({ now }) validates now.add(Calendar.DAY_OF_MONTH, -2) withId 1)().isSuccess shouldBe true342 (PastOrPresent({ now }) validates now.add(Calendar.DAY_OF_MONTH, 2) withId 1)().isFailure shouldBe true...
Between.kt
Source:Between.kt
1package io.kotest.matchers.floats2import io.kotest.matchers.Matcher3import io.kotest.matchers.MatcherResult4import io.kotest.matchers.MatcherResult.Companion.invoke5import io.kotest.matchers.shouldBe6import io.kotest.matchers.shouldNotBe7import kotlin.math.abs8/**9 * Asserts that this [Float] is in the interval [[a]-[tolerance] , [b]+[tolerance]]10 *11 * Verifies that this [Float] is greater than or equal to ([a] - [tolerance]) and less than or equal to ([b] + [tolerance])12 *13 * Opposite of [Float.shouldNotBeBetween]14 *15 * ```16 * 0.5.shouldBeBetween(0.2, 0.7, 0.0) // Assertion passes17 * 0.5.shouldBeBetween(0.2, 0.3, 0.0) // Assertion fails18 * 0.5.shouldBeBetween(0.2, 0.3, 0.2) // Assertion passes19 * 0.5.shouldBeBetween(0.2, 0.3, 0.1) // Assertion fails20 * ```21 */22fun Float.shouldBeBetween(a: Float, b: Float, tolerance: Float): Float {23 this shouldBe between(a, b, tolerance)24 return this25}26/**27 * Asserts that this [Float] is NOT in the interval [[a]-[tolerance] , [b]+[tolerance]]28 *29 * Verifies that this [Float] is not:30 * - Greater than or equal to ([a] - [tolerance])31 * - Less than or equal to ([b] + [tolerance])32 *33 * If and only if both the assertions are true, which means that this [Float] is in the interval, this assertion fails.34 *35 * Opposite of [Float.shouldBeBetween]36 *37 *38 * ```39 * 0.5.shouldNotBeBetween(0.2, 0.7, 0.0) // Assertion fails40 * 0.5.shouldNotBeBetween(0.2, 0.3, 0.0) // Assertion passes41 * 0.5.shouldNotBeBetween(0.2, 0.3, 0.2) // Assertion fails42 * 0.5.shouldNotBeBetween(0.2, 0.3, 0.1) // Assertion passes43 * ```44 */45fun Float.shouldNotBeBetween(a: Float, b: Float, tolerance: Float): Float {46 this shouldNotBe between(a, b, tolerance)47 return this48}49/**50 * Matcher that matches floats and intervals51 *52 * Verifies that a specific [Float] is in the interval [[a] - [tolerance] , [b] + [tolerance]].53 *54 * For example:55 *56 * 0.5 is in the interval [0.4 , 0.6], because 0.4 <= 0.5 <= 0.6.57 *58 * This matcher also includes the bonds of the interval, so:59 *60 * 0.5 is in the interval [0.5, 0.6] because 0.5 <= 0.5 <= 0.6.61 *62 * The parameter [tolerance] is used to allow a slightly wider range, to include possible imprecision, and can be 0.0.63 *64 * 0.5 is in the interval [0.6, 0.7] when there's a tolerance of 0.1, because (0.6 - 0.1) <= 0.5 <= (0.7 + 0.1)65 *66 * ```67 * 0.5 shouldBe between(0.1, 1.0, 0.0) // Assertion passes68 * 0.5 shouldNotBe between(1.0, 2.0, 0.1) // Assertion passes69 * ```70 *71 * @see [Float.shouldBeBetween]72 * @see [Float.shouldNotBeBetween]73 */74fun between(a: Float, b: Float, tolerance: Float): Matcher<Float> = object : Matcher<Float> {75 override fun test(value: Float): MatcherResult {76 val differenceToMinimum = value - a77 val differenceToMaximum = b - value78 if (differenceToMinimum < 0 && abs(differenceToMinimum) > tolerance) {79 return invoke(80 false,81 { "$value should be bigger than $a" },82 { "$value should not be bigger than $a" })83 }84 if (differenceToMaximum < 0 && abs(differenceToMaximum) > tolerance) {85 return invoke(86 false,87 { "$value should be smaller than $b" },88 { "$value should not be smaller than $b" })89 }...
IntegrationTest.kt
Source:IntegrationTest.kt
1package dev.cyberdeck.lisp2import io.kotest.core.spec.style.StringSpec3import io.kotest.matchers.floats.shouldBeBetween4import io.kotest.matchers.result.shouldBeSuccess5import io.kotest.matchers.shouldBe6import io.kotest.matchers.types.shouldBeInstanceOf7fun run(prog: String) = Result.runCatching {8 val tokens = tokenize(prog)9 val ast = readFromTokens(tokens)10 val env = standardEnv()11 eval(ast, env)12}13class IntegrationTest : StringSpec({14 "eval should work on complex expressions" {15 run("(begin (define r 10.0) (* pi (* r r)))").shouldBeSuccess {16 it.shouldBeInstanceOf<Num>().num.shouldBeInstanceOf<Float>().shouldBeBetween(314.1592f, 314.1593f, 0.0f)17 }18 }19 "head returns the first element" {20 run("(begin (head (quote (hello))))").shouldBeSuccess {...
test
Using AI Code Generation
1 fun testBetween() {2 1.0.shouldBeBetween(0.0, 2.0)3 1.0.shouldNotBeBetween(2.0, 3.0)4 }5 fun testBetween() {6 1.0.shouldBeBetween(0.0, 2.0)7 1.0.shouldNotBeBetween(2.0, 3.0)8 }9 fun testBetween() {10 1.0.shouldBeBetween(0.0, 2.0)11 1.0.shouldNotBeBetween(2.0, 3.0)12 }13 fun testBetween() {14 1.0.shouldBeBetween(0.0, 2.0)15 1.0.shouldNotBeBetween(2.0, 3.0)16 }17 fun testBetween() {18 1.0.shouldBeBetween(0.0, 2.0)19 1.0.shouldNotBeBetween(2.0, 3.0)20 }21 fun testBetween() {22 1.0.shouldBeBetween(0.0, 2.0)23 1.0.shouldNotBeBetween(2.0, 3.0)24 }25 fun testBetween() {26 1.0.shouldBeBetween(0.0, 2.0)27 1.0.shouldNotBeBetween(2.0, 3.0)28 }
test
Using AI Code Generation
1assertThat(3.0).isBetween(2.0, 4.0)2assertThat(3.0).isBetween(2.0, 4.0, true)3assertThat(3.0).isBetween(2.0, 4.0, 0.0)4assertThat(3.0).isBetween(2.0, 4.0, 0.0, true)5assertThat(3.0f).isBetween(2.0f, 4.0f)6assertThat(3.0f).isBetween(2.0f, 4.0f, true)7assertThat(3.0f).isBetween(2.0f, 4.0f, 0.0f)8assertThat(3.0f).isBetween(2.0f, 4.0f, 0.0f, true)9assertThat(3.0).isBetween(2.0, 4.0)10assertThat(3.0).isBetween(2.0, 4.0, true)11assertThat(3.0).isBetween(2.0, 4.0, 0.0)12assertThat(3.0).isBetween(2.0, 4.0, 0.0, true)13assertThat(3.0f).isBetween(2.0f, 4.0f)14assertThat(3.0f).isBetween(2.0f, 4.0f, true)15assertThat(3.0f).isBetween(2.0f, 4.0f, 0.0f)16assertThat(3.0f).isBetween(2.0f, 4.0f, 0.0f, true)17assertThat(3.0).isBetween(2.0, 4.0)18assertThat(3.0).isBetween(2.0,
test
Using AI Code Generation
1result.shouldBeBetween(2.0f, 4.0f)2result.shouldBeBetween(2.0f, 4.0f, true, true)3result.shouldBeBetween(2.0f, 4.0f, false, true)4result.shouldBeBetween(2.0f, 4.0f, true, false)5result.shouldBeBetween(2.0f, 4.0f, false, false)6result.shouldBeBetween(2.0f, 4.0f, true, true)7result.shouldBeBetween(2.0f, 4.0f, false, true)8result.shouldBeBetween(2.0f, 4.0f, true, false)9result.shouldBeBetween(2.0f, 4.0f, false, false)10result.shouldBeBetween(2.0f, 4.0f, true, true)
test
Using AI Code Generation
1 fun `test float between`() {2 1.0f shouldBe Between(0.9f, 1.1f)3 }4 fun `test float between`() {5 1.0f shouldBe Between(0.9f, 1.1f)6 }7 fun `test float between`() {8 1.0f shouldBe Between(0.9f, 1.1f)9 }10 fun `test float between`() {11 1.0f shouldBe Between(0.9f, 1.1f)12 }13 fun `test float between`() {14 1.0f shouldBe Between(0.9f, 1.1f)15 }16 fun `test float between`() {17 1.0f shouldBe Between(0.9f, 1.1f)18 }19 fun `test float between`() {20 1.0f shouldBe Between(0.9f, 1.1f)21 }22 fun `test float between`() {23 1.0f shouldBe Between(0.9f, 1.1f)24 }25 fun `test float between`() {26 1.0f shouldBe Between(0.9f, 1.1f)27 }28 fun `test float between`() {
test
Using AI Code Generation
1@MethodSource("data")2fun testBetween(value : Float, lower : Float, upper : Float, expected : Boolean) {3assertTrue(value.between(lower, upper) == expected)4}5companion object {6fun data() = listOf(7Arguments.of(1.0f, 0.0f, 2.0f, true),8Arguments.of(1.0f, 2.0f, 3.0f, false)9}10}11}
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