# How to use FibonacciIntervalprivate class of io.kotest.assertions.until package

Best Kotest code snippet using io.kotest.assertions.until.FibonacciIntervalprivate

FibonacciIntervalprivate

Using AI Code Generation

`1package io.kotest.assertions.until.until import io.kotest.assertions.until.FibonacciInterval import io.kotest.assertions.until.until import io.kotest.assertions.until.untilFun import io.kotest.matchers.shouldBe import io.kotest.matchers.shouldNotBe import io.kotest.core.spec.style.FunSpec import io.kotest.matchers.ints.shouldBeGreaterThan import io.kotest.matchers.ints.shouldBeLessThan import io.kotest.matchers.ints.shouldBePositive import java.util.concurrent.atomic.AtomicInteger class FibonacciIntervalTest : FunSpec({2test("until should throw an exception if the condition is not true within the given time") {3val counter = AtomicInteger(0)4val ex = shouldThrow<AssertionError> {5until(10.milliseconds, FibonacciInterval) {6counter.incrementAndGet() shouldBeGreaterThan 107}8}9}10test("until should not throw an exception if the condition is true within the given time") {11val counter = AtomicInteger(0)12until(10.milliseconds, FibonacciInterval) {13counter.incrementAndGet() shouldBeLessThan 1014}15}16test("until should not throw an exception if the condition is true within the given time and the last attempt fails") {17val counter = AtomicInteger(0)18until(10.milliseconds, FibonacciInterval) {19val value = counter.incrementAndGet()20}21}22test("until should not throw an exception if the condition is true within the given time and the last attempt fails") {23val counter = AtomicInteger(0)24until(10.milliseconds, FibonacciInterval) {25val value = counter.incrementAndGet()26}27}28test("until should not throw an exception if the condition is true within the given time and the last attempt fails") {29val counter = AtomicInteger(0)30until(10.milliseconds, FibonacciInterval) {31val value = counter.incrementAndGet()32} AtomicInteger(0)er(0)`

FibonacciIntervalprivate

Using AI Code Generation

`1class FooTest : FunSpec ( { test ( "foo" ) { until ( { false } , { "false" } ) } } )2class FooTest : FunSpec ( { test ( "foo" ) { until ( { true } , { "true" } ) } } )3class FooTest : FunSpec ( { test ( "foo" ) { val result = until ( { true } , { "true" } ) check ( result ) } } )4class FooTest : FunSpec ( { test ( "foo" ) { val result = until ( 1 . seconds , { true } , { "true" } ) check ( result ) } } )5class FooTest : FunSpec ( { test ( "foo" ) { val result = until ( 1 . seconds , { false } , { "false" } ) check ( result ) } } )6class FooTest : FunSpec ( { test ( "foo" ) { val result = until ( 1 . seconds , { false } ) check ( result } } )`

FibonacciIntervalprivate

Using AI Code Generation

`1class MyTest : FunSpec() {2 init {3 test("some test") {4 fibonacci(10, 100) {5 }6 }7 }8}9class MyTest : FunSpec() {10 init {11 test("some test") {12 until(10, 100) {13 }14 }15 }16}17class MyTest : FunSpec() {18 init {19 test("some test") {20 linear(10, 100) {21 }22 }23 }24}25class MyTest : FunSpec() {26 init {27 test("some test") {28 until(100) {29 }30 }31 }32}33class MyTest : FunSpec() {34 init {35 test("some test") {36 object : Interval {37 override fun nextIntervalMs(): Long = 100038 override fun shouldRepeat(): Boolean = true39 } {40 }41 }42 }43}44class MyTest : FunSpec() {45 init {46 test("some test") {47 object : Interval {48 override fun nextIntervalMs(): Long = 100049 override fun shouldRepeat(): Boolean = true50 } {51 }52 }53 }54class FooTest : FunSpec ( { test ( "foo" ) { val result = until ( 1 . seconds , { true } , { "true" } ) check ( result ) } } )55class FooTest : FunSpec ( { test ( "foo" ) { val result = until ( 1 . seconds , { false } , { "false" } ) check ( result ) } } )56class FooTest : FunSpec ( { test ( "foo" ) { val result = until ( 1 . seconds , { false } ) check ( result ) } } )`

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