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How to use iterations method of io.kotest.property.Constraints class

Best Kotest code snippet using io.kotest.property.Constraints.iterations

proptest.kt

Source:proptest.kt

...14   property: suspend PropertyContext.(A) -> Unit15): PropertyContext {16   config.checkFailOnSeed()17   val constraints = config.constraints18      ?: config.iterations?.let { Constraints.iterations(it) }19      ?: Constraints.iterations(PropertyTesting.defaultIterationCount)20   val context = PropertyContext()21   val random = createRandom(config)22   when (genA) {23      is Arb -> {24         genA.generate(random, config.edgeConfig)25            .takeWhile { constraints.evaluate() }26            .forEach { a ->27               val shrinkfn = shrinkfn(a, property, config.shrinkingMode)28               config.listeners.forEach { it.beforeTest() }29               test(30                  context,31                  config,32                  shrinkfn,33                  listOf(a.value),34                  listOf(genA.classifier),35                  random.seed36               ) {37                  context.property(a.value)38               }39               config.listeners.forEach { it.afterTest() }40            }41      }42      is Exhaustive -> {43         genA.values.forEach { a ->44            config.listeners.forEach { it.beforeTest() }45            test(46               context,47               config,48               { emptyList() },49               listOf(a),50               listOf(genA.classifier),51               random.seed52            ) {53               context.property(a)54            }55            config.listeners.forEach { it.afterTest() }56         }57      }58   }59   context.outputClassifications(1, config, random.seed)60   context.checkMaxSuccess(config, random.seed)61   return context62}63suspend fun <A, B> proptest(64   genA: Gen<A>,65   genB: Gen<B>,66   config: PropTestConfig,67   property: suspend PropertyContext.(A, B) -> Unit68): PropertyContext {69   config.checkFailOnSeed()70   val constraints = config.constraints71      ?: config.iterations?.let { Constraints.iterations(it) }72      ?: Constraints.iterations(PropertyTesting.defaultIterationCount)73   val context = PropertyContext()74   val random = createRandom(config)75   if (genA is Exhaustive && genB is Exhaustive) {76      genA.values.forEach { a ->77         genB.values.forEach { b ->78            config.listeners.forEach { it.beforeTest() }79            test(80               context,81               config,82               { emptyList() },83               listOf(a, b),84               listOf(genA.classifier, genB.classifier),85               random.seed86            ) {87               context.property(a, b)88            }89            config.listeners.forEach { it.afterTest() }90         }91      }92   } else {93      genA.generate(random, config.edgeConfig)94         .zip(genB.generate(random, config.edgeConfig))95         .takeWhile { constraints.evaluate() }96         .forEach { (a, b) ->97            val shrinkfn = shrinkfn(a, b, property, config.shrinkingMode)98            config.listeners.forEach { it.beforeTest() }99            test(100               context,101               config,102               shrinkfn,103               listOf(a.value, b.value),104               listOf(genA.classifier, genB.classifier),105               random.seed106            ) {107               context.property(a.value, b.value)108            }109            config.listeners.forEach { it.afterTest() }110         }111   }112   context.outputClassifications(2, config, random.seed)113   context.checkMaxSuccess(config, random.seed)114   return context115}116suspend fun <A, B, C> proptest(117   genA: Gen<A>,118   genB: Gen<B>,119   genC: Gen<C>,120   config: PropTestConfig,121   property: suspend PropertyContext.(A, B, C) -> Unit122): PropertyContext {123   config.checkFailOnSeed()124   val constraints = config.constraints125      ?: config.iterations?.let { Constraints.iterations(it) }126      ?: Constraints.iterations(PropertyTesting.defaultIterationCount)127   val context = PropertyContext()128   val random = createRandom(config)129   if (genA is Exhaustive && genB is Exhaustive && genC is Exhaustive) {130      genA.values.forEach { a ->131         genB.values.forEach { b ->132            genC.values.forEach { c ->133               config.listeners.forEach { it.beforeTest() }134               test(135                  context,136                  config,137                  { emptyList() },138                  listOf(a, b, c),139                  listOf(genA.classifier, genB.classifier, genC.classifier),140                  random.seed141               ) {142                  context.property(a, b, c)143               }144               config.listeners.forEach { it.afterTest() }145            }146         }147      }148   } else {149      genA.generate(random, config.edgeConfig)150         .zip(genB.generate(random, config.edgeConfig))151         .zip(genC.generate(random, config.edgeConfig))152         .takeWhile { constraints.evaluate() }153         .forEach { (ab, c) ->154            val (a, b) = ab155            val shrinkfn = shrinkfn(a, b, c, property, config.shrinkingMode)156            config.listeners.forEach { it.beforeTest() }157            test(158               context,159               config,160               shrinkfn,161               listOf(a.value, b.value, c.value),162               listOf(genA.classifier, genB.classifier, genC.classifier),163               random.seed164            ) {165               context.property(a.value, b.value, c.value)166            }167            config.listeners.forEach { it.afterTest() }168         }169   }170   context.outputClassifications(3, config, random.seed)171   context.checkMaxSuccess(config, random.seed)172   return context173}174suspend fun <A, B, C, D> proptest(175   genA: Gen<A>,176   genB: Gen<B>,177   genC: Gen<C>,178   genD: Gen<D>,179   config: PropTestConfig,180   property: suspend PropertyContext.(A, B, C, D) -> Unit181): PropertyContext {182   config.checkFailOnSeed()183   val constraints = config.constraints184      ?: config.iterations?.let { Constraints.iterations(it) }185      ?: Constraints.iterations(PropertyTesting.defaultIterationCount)186   val context = PropertyContext()187   val random = createRandom(config)188   if (genA is Exhaustive && genB is Exhaustive && genC is Exhaustive && genD is Exhaustive) {189      genA.values.forEach { a ->190         genB.values.forEach { b ->191            genC.values.forEach { c ->192               genD.values.forEach { d ->193                  config.listeners.forEach { it.beforeTest() }194                  test(195                     context, config, { emptyList() }, listOf(a, b, c, d),196                     listOf(genA.classifier, genB.classifier, genC.classifier, genD.classifier), random.seed197                  ) {198                     context.property(a, b, c, d)199                  }200                  config.listeners.forEach { it.afterTest() }201               }202            }203         }204      }205   } else {206      genA.generate(random, config.edgeConfig)207         .zip(genB.generate(random, config.edgeConfig))208         .zip(genC.generate(random, config.edgeConfig))209         .zip(genD.generate(random, config.edgeConfig))210         .takeWhile { constraints.evaluate() }211         .forEach { (abc, d) ->212            val (ab, c) = abc213            val (a, b) = ab214            val shrinkfn = shrinkfn(a, b, c, d, property, config.shrinkingMode)215            config.listeners.forEach { it.beforeTest() }216            test(217               context, config, shrinkfn,218               listOf(a.value, b.value, c.value, d.value),219               listOf(genA.classifier, genB.classifier, genC.classifier, genD.classifier),220               random.seed221            ) {222               context.property(a.value, b.value, c.value, d.value)223            }224            config.listeners.forEach { it.afterTest() }225         }226   }227   context.outputClassifications(4, config, random.seed)228   context.checkMaxSuccess(config, random.seed)229   return context230}231suspend fun <A, B, C, D, E> proptest(232   genA: Gen<A>,233   genB: Gen<B>,234   genC: Gen<C>,235   genD: Gen<D>,236   genE: Gen<E>,237   config: PropTestConfig,238   property: suspend PropertyContext.(A, B, C, D, E) -> Unit239): PropertyContext {240   config.checkFailOnSeed()241   val constraints = config.constraints242      ?: config.iterations?.let { Constraints.iterations(it) }243      ?: Constraints.iterations(PropertyTesting.defaultIterationCount)244   val context = PropertyContext()245   val random = createRandom(config)246   if (genA is Exhaustive && genB is Exhaustive && genC is Exhaustive && genD is Exhaustive && genE is Exhaustive) {247      genA.values.forEach { a ->248         genB.values.forEach { b ->249            genC.values.forEach { c ->250               genD.values.forEach { d ->251                  genE.values.forEach { e ->252                     config.listeners.forEach { it.beforeTest() }253                     test(254                        context,255                        config,256                        { emptyList() },257                        listOf(a, b, c, d, e),258                        listOf(259                           genA.classifier,260                           genB.classifier,261                           genC.classifier,262                           genD.classifier,263                           genE.classifier,264                        ),265                        random.seed266                     ) {267                        context.property(a, b, c, d, e)268                     }269                     config.listeners.forEach { it.afterTest() }270                  }271               }272            }273         }274      }275   } else {276      genA.generate(random, config.edgeConfig)277         .zip(genB.generate(random, config.edgeConfig))278         .zip(genC.generate(random, config.edgeConfig))279         .zip(genD.generate(random, config.edgeConfig))280         .zip(genE.generate(random, config.edgeConfig))281         .takeWhile { constraints.evaluate() }282         .forEach { (abcd, e) ->283            val (abc, d) = abcd284            val (ab, c) = abc285            val (a, b) = ab286            val shrinkfn = shrinkfn(a, b, c, d, e, property, config.shrinkingMode)287            config.listeners.forEach { it.beforeTest() }288            test(289               context,290               config,291               shrinkfn,292               listOf(a.value, b.value, c.value, d.value, e.value),293               listOf(294                  genA.classifier,295                  genB.classifier,296                  genC.classifier,297                  genD.classifier,298                  genE.classifier,299               ),300               random.seed301            ) {302               context.property(a.value, b.value, c.value, d.value, e.value)303            }304            config.listeners.forEach { it.afterTest() }305         }306   }307   context.outputClassifications(5, config, random.seed)308   context.checkMaxSuccess(config, random.seed)309   return context310}311suspend fun <A, B, C, D, E, F> proptest(312   genA: Gen<A>,313   genB: Gen<B>,314   genC: Gen<C>,315   genD: Gen<D>,316   genE: Gen<E>,317   genF: Gen<F>,318   config: PropTestConfig,319   property: suspend PropertyContext.(A, B, C, D, E, F) -> Unit320): PropertyContext {321   config.checkFailOnSeed()322   val constraints = config.constraints323      ?: config.iterations?.let { Constraints.iterations(it) }324      ?: Constraints.iterations(PropertyTesting.defaultIterationCount)325   val context = PropertyContext()326   val random = createRandom(config)327   genA.generate(random, config.edgeConfig)328      .zip(genB.generate(random, config.edgeConfig))329      .zip(genC.generate(random, config.edgeConfig))330      .zip(genD.generate(random, config.edgeConfig))331      .zip(genE.generate(random, config.edgeConfig))332      .zip(genF.generate(random, config.edgeConfig))333      .takeWhile { constraints.evaluate() }334      .forEach { (abcde, f) ->335         val (abcd, e) = abcde336         val (abc, d) = abcd337         val (ab, c) = abc338         val (a, b) = ab339         val shrinkfn = shrinkfn(a, b, c, d, e, f, property, config.shrinkingMode)340         config.listeners.forEach { it.beforeTest() }341         test(342            context,343            config,344            shrinkfn,345            listOf(a.value, b.value, c.value, d.value, e.value, f.value),346            listOf(347               genA.classifier,348               genB.classifier,349               genC.classifier,350               genD.classifier,351               genE.classifier,352               genF.classifier,353            ),354            random.seed355         ) {356            context.property(a.value, b.value, c.value, d.value, e.value, f.value)357         }358         config.listeners.forEach { it.afterTest() }359      }360   context.outputClassifications(6, config, random.seed)361   context.checkMaxSuccess(config, random.seed)362   return context363}364suspend fun <A, B, C, D, E, F, G> proptest(365   genA: Gen<A>,366   genB: Gen<B>,367   genC: Gen<C>,368   genD: Gen<D>,369   genE: Gen<E>,370   genF: Gen<F>,371   genG: Gen<G>,372   config: PropTestConfig,373   property: suspend PropertyContext.(A, B, C, D, E, F, G) -> Unit374): PropertyContext {375   config.checkFailOnSeed()376   val constraints = config.constraints377      ?: config.iterations?.let { Constraints.iterations(it) }378      ?: Constraints.iterations(PropertyTesting.defaultIterationCount)379   val context = PropertyContext()380   val random = createRandom(config)381   genA.generate(random, config.edgeConfig)382      .zip(genB.generate(random, config.edgeConfig))383      .zip(genC.generate(random, config.edgeConfig))384      .zip(genD.generate(random, config.edgeConfig))385      .zip(genE.generate(random, config.edgeConfig))386      .zip(genF.generate(random, config.edgeConfig))387      .zip(genG.generate(random, config.edgeConfig))388      .takeWhile { constraints.evaluate() }389      .forEach { (abcdef, g) ->390         val (abcde, f) = abcdef391         val (abcd, e) = abcde392         val (abc, d) = abcd393         val (ab, c) = abc394         val (a, b) = ab395         val shrinkfn = shrinkfn(a, b, c, d, e, f, g, property, config.shrinkingMode)396         config.listeners.forEach { it.beforeTest() }397         test(398            context,399            config,400            shrinkfn,401            listOf(a.value, b.value, c.value, d.value, e.value, f.value, g.value),402            listOf(403               genA.classifier,404               genB.classifier,405               genC.classifier,406               genD.classifier,407               genE.classifier,408               genF.classifier,409               genG.classifier410            ),411            random.seed412         ) {413            context.property(a.value, b.value, c.value, d.value, e.value, f.value, g.value)414         }415         config.listeners.forEach { it.afterTest() }416      }417   context.outputClassifications(7, config, random.seed)418   context.checkMaxSuccess(config, random.seed)419   return context420}421suspend fun <A, B, C, D, E, F, G, H> proptest(422   genA: Gen<A>,423   genB: Gen<B>,424   genC: Gen<C>,425   genD: Gen<D>,426   genE: Gen<E>,427   genF: Gen<F>,428   genG: Gen<G>,429   genH: Gen<H>,430   config: PropTestConfig,431   property: suspend PropertyContext.(A, B, C, D, E, F, G, H) -> Unit432): PropertyContext {433   config.checkFailOnSeed()434   val constraints = config.constraints435      ?: config.iterations?.let { Constraints.iterations(it) }436      ?: Constraints.iterations(PropertyTesting.defaultIterationCount)437   val context = PropertyContext()438   val random = createRandom(config)439   genA.generate(random, config.edgeConfig)440      .zip(genB.generate(random, config.edgeConfig))441      .zip(genC.generate(random, config.edgeConfig))442      .zip(genD.generate(random, config.edgeConfig))443      .zip(genE.generate(random, config.edgeConfig))444      .zip(genF.generate(random, config.edgeConfig))445      .zip(genG.generate(random, config.edgeConfig))446      .zip(genH.generate(random, config.edgeConfig))447      .takeWhile { constraints.evaluate() }448      .forEach { (abcdefg, h) ->449         val (abcdef, g) = abcdefg450         val (abcde, f) = abcdef451         val (abcd, e) = abcde452         val (abc, d) = abcd453         val (ab, c) = abc454         val (a, b) = ab455         val shrinkfn = shrinkfn(a, b, c, d, e, f, g, h, property, config.shrinkingMode)456         config.listeners.forEach { it.beforeTest() }457         test(458            context,459            config,460            shrinkfn,461            listOf(a.value, b.value, c.value, d.value, e.value, f.value, g.value, h.value),462            listOf(463               genA.classifier,464               genB.classifier,465               genC.classifier,466               genD.classifier,467               genE.classifier,468               genF.classifier,469               genG.classifier,470               genH.classifier471            ),472            random.seed473         ) {474            context.property(a.value, b.value, c.value, d.value, e.value, f.value, g.value, h.value)475         }476         config.listeners.forEach { it.afterTest() }477      }478   context.outputClassifications(8, config, random.seed)479   context.checkMaxSuccess(config, random.seed)480   return context481}482suspend fun <A, B, C, D, E, F, G, H, I> proptest(483   genA: Gen<A>,484   genB: Gen<B>,485   genC: Gen<C>,486   genD: Gen<D>,487   genE: Gen<E>,488   genF: Gen<F>,489   genG: Gen<G>,490   genH: Gen<H>,491   genI: Gen<I>,492   config: PropTestConfig,493   property: suspend PropertyContext.(A, B, C, D, E, F, G, H, I) -> Unit494): PropertyContext {495   config.checkFailOnSeed()496   val constraints = config.constraints497      ?: config.iterations?.let { Constraints.iterations(it) }498      ?: Constraints.iterations(PropertyTesting.defaultIterationCount)499   val context = PropertyContext()500   val random = createRandom(config)501   genA.generate(random, config.edgeConfig)502      .zip(genB.generate(random, config.edgeConfig))503      .zip(genC.generate(random, config.edgeConfig))504      .zip(genD.generate(random, config.edgeConfig))505      .zip(genE.generate(random, config.edgeConfig))506      .zip(genF.generate(random, config.edgeConfig))507      .zip(genG.generate(random, config.edgeConfig))508      .zip(genH.generate(random, config.edgeConfig))509      .zip(genI.generate(random, config.edgeConfig))510      .takeWhile { constraints.evaluate() }511      .forEach { (abcdefgh, i) ->512         val (abcdefg, h) = abcdefgh513         val (abcdef, g) = abcdefg514         val (abcde, f) = abcdef515         val (abcd, e) = abcde516         val (abc, d) = abcd517         val (ab, c) = abc518         val (a, b) = ab519         val shrinkfn = shrinkfn(a, b, c, d, e, f, g, h, i, property, config.shrinkingMode)520         config.listeners.forEach { it.beforeTest() }521         test(522            context,523            config,524            shrinkfn,525            listOf(a.value, b.value, c.value, d.value, e.value, f.value, g.value, h.value, i.value),526            listOf(527               genA.classifier,528               genB.classifier,529               genC.classifier,530               genD.classifier,531               genE.classifier,532               genF.classifier,533               genG.classifier,534               genH.classifier,535               genI.classifier536            ),537            random.seed538         ) {539            context.property(a.value, b.value, c.value, d.value, e.value, f.value, g.value, h.value, i.value)540         }541         config.listeners.forEach { it.afterTest() }542      }543   context.outputClassifications(9, config, random.seed)544   context.checkMaxSuccess(config, random.seed)545   return context546}547suspend fun <A, B, C, D, E, F, G, H, I, J> proptest(548   genA: Gen<A>,549   genB: Gen<B>,550   genC: Gen<C>,551   genD: Gen<D>,552   genE: Gen<E>,553   genF: Gen<F>,554   genG: Gen<G>,555   genH: Gen<H>,556   genI: Gen<I>,557   genJ: Gen<J>,558   config: PropTestConfig,559   property: suspend PropertyContext.(A, B, C, D, E, F, G, H, I, J) -> Unit560): PropertyContext {561   config.checkFailOnSeed()562   val constraints = config.constraints563      ?: config.iterations?.let { Constraints.iterations(it) }564      ?: Constraints.iterations(PropertyTesting.defaultIterationCount)565   val context = PropertyContext()566   val random = createRandom(config)567   genA.generate(random, config.edgeConfig)568      .zip(genB.generate(random, config.edgeConfig))569      .zip(genC.generate(random, config.edgeConfig))570      .zip(genD.generate(random, config.edgeConfig))571      .zip(genE.generate(random, config.edgeConfig))572      .zip(genF.generate(random, config.edgeConfig))573      .zip(genG.generate(random, config.edgeConfig))574      .zip(genH.generate(random, config.edgeConfig))575      .zip(genI.generate(random, config.edgeConfig))576      .zip(genJ.generate(random, config.edgeConfig))577      .takeWhile { constraints.evaluate() }578      .forEach { (abcdefghi, j) ->579         val (abcdefgh, i) = abcdefghi580         val (abcdefg, h) = abcdefgh581         val (abcdef, g) = abcdefg582         val (abcde, f) = abcdef583         val (abcd, e) = abcde584         val (abc, d) = abcd585         val (ab, c) = abc586         val (a, b) = ab587         val shrinkfn = shrinkfn(a, b, c, d, e, f, g, h, i, j, property, config.shrinkingMode)588         config.listeners.forEach { it.beforeTest() }589         test(590            context,591            config,592            shrinkfn,593            listOf(a.value, b.value, c.value, d.value, e.value, f.value, g.value, h.value, i.value, j.value),594            listOf(595               genA.classifier,596               genB.classifier,597               genC.classifier,598               genD.classifier,599               genE.classifier,600               genF.classifier,601               genG.classifier,602               genH.classifier,603               genI.classifier,604               genJ.classifier605            ),606            random.seed607         ) {608            context.property(a.value, b.value, c.value, d.value, e.value, f.value, g.value, h.value, i.value, j.value)609         }610         config.listeners.forEach { it.afterTest() }611      }612   context.outputClassifications(10, config, random.seed)613   context.checkMaxSuccess(config, random.seed)614   return context615}616suspend fun <A, B, C, D, E, F, G, H, I, J, K> proptest(617   genA: Gen<A>,618   genB: Gen<B>,619   genC: Gen<C>,620   genD: Gen<D>,621   genE: Gen<E>,622   genF: Gen<F>,623   genG: Gen<G>,624   genH: Gen<H>,625   genI: Gen<I>,626   genJ: Gen<J>,627   genK: Gen<K>,628   config: PropTestConfig,629   property: suspend PropertyContext.(A, B, C, D, E, F, G, H, I, J, K) -> Unit630): PropertyContext {631   config.checkFailOnSeed()632   val constraints = config.constraints633      ?: config.iterations?.let { Constraints.iterations(it) }634      ?: Constraints.iterations(PropertyTesting.defaultIterationCount)635   val context = PropertyContext()636   val random = createRandom(config)637   genA.generate(random, config.edgeConfig)638      .zip(genB.generate(random, config.edgeConfig))639      .zip(genC.generate(random, config.edgeConfig))640      .zip(genD.generate(random, config.edgeConfig))641      .zip(genE.generate(random, config.edgeConfig))642      .zip(genF.generate(random, config.edgeConfig))643      .zip(genG.generate(random, config.edgeConfig))644      .zip(genH.generate(random, config.edgeConfig))645      .zip(genI.generate(random, config.edgeConfig))646      .zip(genJ.generate(random, config.edgeConfig))647      .zip(genK.generate(random, config.edgeConfig))648      .takeWhile { constraints.evaluate() }649      .forEach { (abcdefghij, k) ->650         val (abcdefghi, j) = abcdefghij651         val (abcdefgh, i) = abcdefghi652         val (abcdefg, h) = abcdefgh653         val (abcdef, g) = abcdefg654         val (abcde, f) = abcdef655         val (abcd, e) = abcde656         val (abc, d) = abcd657         val (ab, c) = abc658         val (a, b) = ab659         val shrinkfn = shrinkfn(a, b, c, d, e, f, g, h, i, j, k, property, config.shrinkingMode)660         config.listeners.forEach { it.beforeTest() }661         test(662            context,663            config,664            shrinkfn,665            listOf(a.value, b.value, c.value, d.value, e.value, f.value, g.value, h.value, i.value, j.value, k.value),666            listOf(667               genA.classifier,668               genB.classifier,669               genC.classifier,670               genD.classifier,671               genE.classifier,672               genF.classifier,673               genG.classifier,674               genH.classifier,675               genI.classifier,676               genJ.classifier,677               genK.classifier678            ),679            random.seed680         ) {681            context.property(682               a.value,683               b.value,684               c.value,685               d.value,686               e.value,687               f.value,688               g.value,689               h.value,690               i.value,691               j.value,692               k.value693            )694         }695         config.listeners.forEach { it.afterTest() }696      }697   context.outputClassifications(11, config, random.seed)698   context.checkMaxSuccess(config, random.seed)699   return context700}701suspend fun <A, B, C, D, E, F, G, H, I, J, K, L> proptest(702   genA: Gen<A>,703   genB: Gen<B>,704   genC: Gen<C>,705   genD: Gen<D>,706   genE: Gen<E>,707   genF: Gen<F>,708   genG: Gen<G>,709   genH: Gen<H>,710   genI: Gen<I>,711   genJ: Gen<J>,712   genK: Gen<K>,713   genL: Gen<L>,714   config: PropTestConfig,715   property: suspend PropertyContext.(A, B, C, D, E, F, G, H, I, J, K, L) -> Unit716): PropertyContext {717   config.checkFailOnSeed()718   val constraints = config.constraints719      ?: config.iterations?.let { Constraints.iterations(it) }720      ?: Constraints.iterations(PropertyTesting.defaultIterationCount)721   val context = PropertyContext()722   val random = createRandom(config)723   genA.generate(random, config.edgeConfig)724      .zip(genB.generate(random, config.edgeConfig))725      .zip(genC.generate(random, config.edgeConfig))726      .zip(genD.generate(random, config.edgeConfig))727      .zip(genE.generate(random, config.edgeConfig))728      .zip(genF.generate(random, config.edgeConfig))729      .zip(genG.generate(random, config.edgeConfig))730      .zip(genH.generate(random, config.edgeConfig))731      .zip(genI.generate(random, config.edgeConfig))732      .zip(genJ.generate(random, config.edgeConfig))733      .zip(genK.generate(random, config.edgeConfig))734      .zip(genL.generate(random, config.edgeConfig))...

PropTestConfigConstraintsTest.kt

Source:PropTestConfigConstraintsTest.kt

...14import kotlin.time.TimeSource15class PropTestConfigConstraintsTest : FunSpec() {16   init {17      test("PropTestConfig constraints should be used by proptest1 if present") {18         checkAll(Arb.int(1..1000)) { iterations ->19            var iterationCount = 020            proptest(21               Arb.int(),22               PropTestConfig(constraints = Constraints.iterations(iterations))23            ) {24               iterationCount++25            }26            iterationCount shouldBe iterations27         }28      }29      test("PropTestConfig constraints should be used by proptest2 if present") {30         checkAll(Arb.int(1..1000)) { iterations ->31            var iterationCount = 032            proptest(33               Arb.int(),34               Arb.int(),35               PropTestConfig(constraints = Constraints.iterations(iterations))36            ) { _, _ ->37               iterationCount++38            }39            iterationCount shouldBe iterations40         }41      }42      test("PropTestConfig constraints should be used by proptest3 if present") {43         checkAll(Arb.int(1..1000)) { iterations ->44            var iterationCount = 045            proptest(46               Arb.int(),47               Arb.int(),48               Arb.int(),49               PropTestConfig(constraints = Constraints.iterations(iterations))50            )51            { _, _, _ ->52               iterationCount++53            }54            iterationCount shouldBe iterations55         }56      }57      test("PropTestConfig constraints should be used by proptest4 if present") {58         checkAll(Arb.int(1..1000)) { iterations ->59            var iterationCount = 060            proptest(61               Arb.int(),62               Arb.int(),63               Arb.int(),64               Arb.int(),65               PropTestConfig(constraints = Constraints.iterations(iterations))66            )67            { _, _, _, _ ->68               iterationCount++69            }70            iterationCount shouldBe iterations71         }72      }73      test("PropTestConfig constraints should be used by proptest5 if present") {74         checkAll(Arb.int(1..1000)) { iterations ->75            var iterationCount = 076            proptest(77               Arb.int(),78               Arb.int(),79               Arb.int(),80               Arb.int(),81               Arb.int(),82               PropTestConfig(constraints = Constraints.iterations(iterations))83            )84            { _, _, _, _, _ ->85               iterationCount++86            }87            iterationCount shouldBe iterations88         }89      }90      test("PropTestConfig constraints should be used by proptest6 if present") {91         checkAll(Arb.int(1..1000)) { iterations ->92            var iterationCount = 093            proptest(94               Arb.int(),95               Arb.int(),96               Arb.int(),97               Arb.int(),98               Arb.int(),99               Arb.int(),100               PropTestConfig(constraints = Constraints.iterations(iterations))101            )102            { _, _, _, _, _, _ ->103               iterationCount++104            }105            iterationCount shouldBe iterations106         }107      }108      test("PropTestConfig constraints should be used by proptest7 if present") {109         checkAll(Arb.int(1..1000)) { iterations ->110            var iterationCount = 0111            proptest(112               Arb.int(),113               Arb.int(),114               Arb.int(),115               Arb.int(),116               Arb.int(),117               Arb.int(),118               Arb.int(),119               PropTestConfig(constraints = Constraints.iterations(iterations))120            )121            { _, _, _, _, _, _, _ ->122               iterationCount++123            }124            iterationCount shouldBe iterations125         }126      }127      test("PropTestConfig constraints should be used by proptest8 if present") {128         checkAll(Arb.int(1..1000)) { iterations ->129            var iterationCount = 0130            proptest(131               Arb.int(),132               Arb.int(),133               Arb.int(),134               Arb.int(),135               Arb.int(),136               Arb.int(),137               Arb.int(),138               Arb.int(),139               PropTestConfig(constraints = Constraints.iterations(iterations))140            )141            { _, _, _, _, _, _, _, _ ->142               iterationCount++143            }144            iterationCount shouldBe iterations145         }146      }147      test("PropTestConfig constraints should be used by proptest9 if present") {148         checkAll(Arb.int(1..1000)) { iterations ->149            var iterationCount = 0150            proptest(151               Arb.int(),152               Arb.int(),153               Arb.int(),154               Arb.int(),155               Arb.int(),156               Arb.int(),157               Arb.int(),158               Arb.int(),159               Arb.int(),160               PropTestConfig(constraints = Constraints.iterations(iterations))161            )162            { _, _, _, _, _, _, _, _, _ ->163               iterationCount++164            }165            iterationCount shouldBe iterations166         }167      }168      test("PropTestConfig constraints should be used by proptest10 if present") {169         checkAll(Arb.int(1..1000)) { iterations ->170            var iterationCount = 0171            proptest(172               Arb.int(),173               Arb.int(),174               Arb.int(),175               Arb.int(),176               Arb.int(),177               Arb.int(),178               Arb.int(),179               Arb.int(),180               Arb.int(),181               Arb.int(),182               PropTestConfig(constraints = Constraints.iterations(iterations))183            )184            { _, _, _, _, _, _, _, _, _, _ ->185               iterationCount++186            }187            iterationCount shouldBe iterations188         }189      }190      test("PropTestConfig constraints should be used by proptest11 if present") {191         checkAll(Arb.int(1..1000)) { iterations ->192            var iterationCount = 0193            proptest(194               Arb.int(),195               Arb.int(),196               Arb.int(),197               Arb.int(),198               Arb.int(),199               Arb.int(),200               Arb.int(),201               Arb.int(),202               Arb.int(),203               Arb.int(),204               Arb.int(),205               PropTestConfig(constraints = Constraints.iterations(iterations))206            )207            { _, _, _, _, _, _, _, _, _, _, _ ->208               iterationCount++209            }210            iterationCount shouldBe iterations211         }212      }213      test("PropTestConfig constraints should be used by proptest12 if present") {214         checkAll(Arb.int(1..1000)) { iterations ->215            var iterationCount = 0216            proptest(217               Arb.int(),218               Arb.int(),219               Arb.int(),220               Arb.int(),221               Arb.int(),222               Arb.int(),223               Arb.int(),224               Arb.int(),225               Arb.int(),226               Arb.int(),227               Arb.int(),228               Arb.int(),229               PropTestConfig(constraints = Constraints.iterations(iterations))230            )231            { _, _, _, _, _, _, _, _, _, _, _, _ ->232               iterationCount++233            }234            iterationCount shouldBe iterations235         }236      }237      test("PropTestConfig constraints should support durations") {238         val config = PropTestConfig(constraints = Constraints.duration(200.milliseconds))239         val start = TimeSource.Monotonic.markNow()240         checkAll(config, Arb.string()) { _ -> }241         // we should have exited around 200 millis242         start.elapsedNow().inWholeMilliseconds.shouldBeGreaterThan(150)243         start.elapsedNow().inWholeMilliseconds.shouldBeLessThan(300)244      }245   }246}...

propertyTest5.kt

Source:propertyTest5.kt

...36   config,37   property38)39suspend fun <A, B, C, D, E> checkAll(40   iterations: Int,41   genA: Gen<A>,42   genB: Gen<B>,43   genC: Gen<C>,44   genD: Gen<D>,45   genE: Gen<E>,46   property: suspend PropertyContext.(A, B, C, D, E) -> Unit47): PropertyContext = proptest(genA, genB, genC, genD, genE, PropTestConfig(constraints = Constraints.iterations(iterations)), property)48suspend fun <A, B, C, D, E> checkAll(49   iterations: Int,50   config: PropTestConfig,51   genA: Gen<A>,52   genB: Gen<B>,53   genC: Gen<C>,54   genD: Gen<D>,55   genE: Gen<E>,56   property: suspend PropertyContext.(A, B, C, D, E) -> Unit57): PropertyContext = proptest(genA, genB, genC, genD, genE, config.copy(iterations = iterations), property)58suspend inline fun <reified A, reified B, reified C, reified D, reified E> checkAll(59   noinline property: suspend PropertyContext.(A, B, C, D, E) -> Unit60) = proptest(61   Arb.default(),62   Arb.default(),63   Arb.default(),64   Arb.default(),65   Arb.default(),66   PropTestConfig(),67   property68)69suspend inline fun <reified A, reified B, reified C, reified D, reified E> checkAll(70   config: PropTestConfig,71   noinline property: suspend PropertyContext.(A, B, C, D, E) -> Unit72) = proptest(73   Arb.default(),74   Arb.default(),75   Arb.default(),76   Arb.default(),77   Arb.default(),78   config,79   property80)81suspend inline fun <reified A, reified B, reified C, reified D, reified E> checkAll(82   iterations: Int,83   noinline property: suspend PropertyContext.(A, B, C, D, E) -> Unit84) = proptest(85   Arb.default(),86   Arb.default(),87   Arb.default(),88   Arb.default(),89   Arb.default(),90   PropTestConfig(constraints = Constraints.iterations(iterations)),91   property92)93suspend inline fun <reified A, reified B, reified C, reified D, reified E> checkAll(94   iterations: Int,95   config: PropTestConfig,96   noinline property: suspend PropertyContext.(A, B, C, D, E) -> Unit97) = proptest<A, B, C, D, E>(98   Arb.default<A>(),99   Arb.default<B>(),100   Arb.default<C>(),101   Arb.default<D>(),102   Arb.default<E>(),103   config.copy(iterations = iterations),104   property105)106suspend fun <A, B, C, D, E> forAll(107   genA: Gen<A>,108   genB: Gen<B>,109   genC: Gen<C>,110   genD: Gen<D>,111   genE: Gen<E>,112   property: suspend PropertyContext.(A, B, C, D, E) -> Boolean113) = forAll<A, B, C, D, E>(114   PropTestConfig(),115   genA,116   genB,117   genC,118   genD,119   genE,120   property121)122suspend fun <A, B, C, D, E> forAll(123   config: PropTestConfig = PropTestConfig(),124   genA: Gen<A>,125   genB: Gen<B>,126   genC: Gen<C>,127   genD: Gen<D>,128   genE: Gen<E>,129   property: suspend PropertyContext.(A, B, C, D, E) -> Boolean130) = proptest<A, B, C, D, E>(genA, genB, genC, genD, genE, config) { a, b, c, d, e ->131   property(132      a,133      b,134      c,135      d,136      e137   ) shouldBe true138}139suspend fun <A, B, C, D, E> forAll(140   iterations: Int,141   genA: Gen<A>,142   genB: Gen<B>,143   genC: Gen<C>,144   genD: Gen<D>,145   genE: Gen<E>,146   property: suspend PropertyContext.(A, B, C, D, E) -> Boolean147) = forAll<A, B, C, D, E>(PropTestConfig(constraints = Constraints.iterations(iterations)), genA, genB, genC, genD, genE, property)148suspend fun <A, B, C, D, E> forAll(149   iterations: Int,150   config: PropTestConfig,151   genA: Gen<A>,152   genB: Gen<B>,153   genC: Gen<C>,154   genD: Gen<D>,155   genE: Gen<E>,156   property: suspend PropertyContext.(A, B, C, D, E) -> Boolean157) = forAll<A, B, C, D, E>(config.copy(iterations = iterations), genA, genB, genC, genD, genE, property)158suspend inline fun <reified A, reified B, reified C, reified D, reified E> forAll(159   crossinline property: PropertyContext.(A, B, C, D, E) -> Boolean160): PropertyContext = forAll<A, B, C, D, E>(PropTestConfig(), property)161suspend inline fun <reified A, reified B, reified C, reified D, reified E> forAll(162   config: PropTestConfig = PropTestConfig(),163   crossinline property: PropertyContext.(A, B, C, D, E) -> Boolean164): PropertyContext = proptest(165   Arb.default<A>(),166   Arb.default<B>(),167   Arb.default<C>(),168   Arb.default<D>(),169   Arb.default<E>(),170   config171) { a, b, c, d, e -> property(a, b, c, d, e) shouldBe true }172suspend inline fun <reified A, reified B, reified C, reified D, reified E> forAll(173   iterations: Int,174   crossinline property: PropertyContext.(A, B, C, D, E) -> Boolean175) = forAll(PropTestConfig(constraints = Constraints.iterations(iterations)), property)176suspend inline fun <reified A, reified B, reified C, reified D, reified E> forAll(177   iterations: Int,178   config: PropTestConfig,179   crossinline property: PropertyContext.(A, B, C, D, E) -> Boolean180) = proptest(181   Arb.default<A>(),182   Arb.default<B>(),183   Arb.default<C>(),184   Arb.default<D>(),185   Arb.default<E>(),186   config.copy(iterations = iterations),187) { a, b, c, d, e -> property(a, b, c, d, e) shouldBe true }188suspend fun <A, B, C, D, E> forNone(189   config: PropTestConfig = PropTestConfig(),190   genA: Gen<A>,191   genB: Gen<B>,192   genC: Gen<C>,193   genD: Gen<D>,194   genE: Gen<E>,195   property: suspend PropertyContext.(A, B, C, D, E) -> Boolean196) = proptest<A, B, C, D, E>(genA, genB, genC, genD, genE, config) { a, b, c, d, e ->197   property(198      a,199      b,200      c,201      d,202      e203   ) shouldBe false204}205suspend fun <A, B, C, D, E> forNone(206   iterations: Int,207   genA: Gen<A>,208   genB: Gen<B>,209   genC: Gen<C>,210   genD: Gen<D>,211   genE: Gen<E>,212   property: suspend PropertyContext.(A, B, C, D, E) -> Boolean213): PropertyContext = forNone<A, B, C, D, E>(PropTestConfig(constraints = Constraints.iterations(iterations)), genA, genB, genC, genD, genE, property)214suspend fun <A, B, C, D, E> forNone(215   iterations: Int,216   config: PropTestConfig,217   genA: Gen<A>,218   genB: Gen<B>,219   genC: Gen<C>,220   genD: Gen<D>,221   genE: Gen<E>,222   property: suspend PropertyContext.(A, B, C, D, E) -> Boolean223) = forNone<A, B, C, D, E>(config.copy(iterations = iterations), genA, genB, genC, genD, genE, property)224suspend inline fun <reified A, reified B, reified C, reified D, reified E> forNone(225   crossinline property: PropertyContext.(A, B, C, D, E) -> Boolean226): PropertyContext = forNone<A, B, C, D, E>(PropTestConfig(), property)227suspend inline fun <reified A, reified B, reified C, reified D, reified E> forNone(228   config: PropTestConfig = PropTestConfig(),229   crossinline property: PropertyContext.(A, B, C, D, E) -> Boolean230): PropertyContext =231   proptest(232      Arb.default<A>(),233      Arb.default<B>(),234      Arb.default<C>(),235      Arb.default<D>(),236      Arb.default<E>(),237      config238   ) { a, b, c, d, e -> property(a, b, c, d, e) shouldBe false }239suspend inline fun <reified A, reified B, reified C, reified D, reified E> forNone(240   iterations: Int,241   crossinline property: PropertyContext.(A, B, C, D, E) -> Boolean242): PropertyContext = forNone(PropTestConfig(constraints = Constraints.iterations(iterations)), property)243suspend inline fun <reified A, reified B, reified C, reified D, reified E> forNone(244   iterations: Int,245   config: PropTestConfig,246   crossinline property: PropertyContext.(A, B, C, D, E) -> Boolean247) = forNone(config.copy(iterations = iterations), property)...

propertyTest4.kt

Source:propertyTest4.kt

...26   property: suspend PropertyContext.(A, B, C, D) -> Unit27): PropertyContext =28   proptest(genA, genB, genC, genD, config, property)29suspend fun <A, B, C, D> checkAll(30   iterations: Int,31   genA: Gen<A>,32   genB: Gen<B>,33   genC: Gen<C>,34   genD: Gen<D>,35   property: suspend PropertyContext.(A, B, C, D) -> Unit36): PropertyContext = checkAll(PropTestConfig(constraints = Constraints.iterations(iterations)), genA, genB, genC, genD, property)37suspend fun <A, B, C, D> checkAll(38   iterations: Int,39   config: PropTestConfig,40   genA: Gen<A>,41   genB: Gen<B>,42   genC: Gen<C>,43   genD: Gen<D>,44   property: suspend PropertyContext.(A, B, C, D) -> Unit45): PropertyContext = checkAll(config.copy(iterations = iterations), genA, genB, genC, genD, property)46suspend inline fun <reified A, reified B, reified C, reified D> checkAll(47   noinline property: suspend PropertyContext.(A, B, C, D) -> Unit48) = proptest(49   Arb.default<A>(),50   Arb.default<B>(),51   Arb.default<C>(),52   Arb.default<D>(),53   PropTestConfig(),54   property55)56suspend inline fun <reified A, reified B, reified C, reified D> checkAll(57   config: PropTestConfig,58   noinline property: suspend PropertyContext.(A, B, C, D) -> Unit59) = proptest<A, B, C, D>(60   Arb.default<A>(),61   Arb.default<B>(),62   Arb.default<C>(),63   Arb.default<D>(),64   config,65   property66)67suspend inline fun <reified A, reified B, reified C, reified D> checkAll(68   iterations: Int,69   noinline property: suspend PropertyContext.(A, B, C, D) -> Unit70) = proptest(71   Arb.default<A>(),72   Arb.default<B>(),73   Arb.default<C>(),74   Arb.default<D>(),75   PropTestConfig(constraints = Constraints.iterations(iterations)),76   property77)78suspend inline fun <reified A, reified B, reified C, reified D> checkAll(79   iterations: Int,80   config: PropTestConfig,81   noinline property: suspend PropertyContext.(A, B, C, D) -> Unit82) = proptest(83   Arb.default<A>(),84   Arb.default<B>(),85   Arb.default<C>(),86   Arb.default<D>(),87   config.copy(iterations = iterations),88   property89)90suspend fun <A, B, C, D> forAll(91   genA: Gen<A>,92   genB: Gen<B>,93   genC: Gen<C>,94   genD: Gen<D>,95   property: suspend PropertyContext.(A, B, C, D) -> Boolean96) = forAll<A, B, C, D>(97   PropTestConfig(),98   genA,99   genB,100   genC,101   genD,102   property103)104suspend fun <A, B, C, D> forAll(105   config: PropTestConfig = PropTestConfig(),106   genA: Gen<A>,107   genB: Gen<B>,108   genC: Gen<C>,109   genD: Gen<D>,110   property: suspend PropertyContext.(A, B, C, D) -> Boolean111) = proptest<A, B, C, D>(genA, genB, genC, genD, config) { a, b, c, d -> property(a, b, c, d) shouldBe true }112suspend fun <A, B, C, D> forAll(113   iterations: Int,114   genA: Gen<A>,115   genB: Gen<B>,116   genC: Gen<C>,117   genD: Gen<D>,118   property: suspend PropertyContext.(A, B, C, D) -> Boolean119) = forAll<A, B, C, D>(iterations, PropTestConfig(), genA, genB, genC, genD, property)120suspend fun <A, B, C, D> forAll(121   iterations: Int,122   config: PropTestConfig,123   genA: Gen<A>,124   genB: Gen<B>,125   genC: Gen<C>,126   genD: Gen<D>,127   property: suspend PropertyContext.(A, B, C, D) -> Boolean128) = forAll(config.copy(iterations = iterations), genA, genB, genC, genD, property)129suspend inline fun <reified A, reified B, reified C, reified D> forAll(130   crossinline property: PropertyContext.(A, B, C, D) -> Boolean131): PropertyContext = forAll(PropTestConfig(), property)132suspend inline fun <reified A, reified B, reified C, reified D> forAll(133   config: PropTestConfig = PropTestConfig(),134   crossinline property: PropertyContext.(A, B, C, D) -> Boolean135): PropertyContext = proptest(136   Arb.default<A>(),137   Arb.default<B>(),138   Arb.default<C>(),139   Arb.default<D>(),140   config141) { a, b, c, d -> property(a, b, c, d) shouldBe true }142suspend inline fun <reified A, reified B, reified C, reified D> forAll(143   iterations: Int,144   crossinline property: PropertyContext.(A, B, C, D) -> Boolean145) = forAll(iterations, PropTestConfig(), property)146suspend inline fun <reified A, reified B, reified C, reified D> forAll(147   iterations: Int,148   config: PropTestConfig,149   crossinline property: PropertyContext.(A, B, C, D) -> Boolean150) = forAll(config.copy(iterations = iterations), property)151suspend fun <A, B, C, D> forNone(152   genA: Gen<A>,153   genB: Gen<B>,154   genC: Gen<C>,155   genD: Gen<D>,156   property: suspend PropertyContext.(A, B, C, D) -> Boolean157) = forNone<A, B, C, D>(158   PropTestConfig(),159   genA,160   genB,161   genC,162   genD,163   property164)165suspend fun <A, B, C, D> forNone(166   config: PropTestConfig = PropTestConfig(),167   genA: Gen<A>,168   genB: Gen<B>,169   genC: Gen<C>,170   genD: Gen<D>,171   property: suspend PropertyContext.(A, B, C, D) -> Boolean172) = proptest<A, B, C, D>(genA, genB, genC, genD, config) { a, b, c, d -> property(a, b, c, d) shouldBe false }173suspend fun <A, B, C, D> forNone(174   iterations: Int,175   genA: Gen<A>,176   genB: Gen<B>,177   genC: Gen<C>,178   genD: Gen<D>,179   property: suspend PropertyContext.(A, B, C, D) -> Boolean180) = forNone<A, B, C, D>(iterations, PropTestConfig(), genA, genB, genC, genD, property)181suspend fun <A, B, C, D> forNone(182   iterations: Int,183   config: PropTestConfig,184   genA: Gen<A>,185   genB: Gen<B>,186   genC: Gen<C>,187   genD: Gen<D>,188   property: suspend PropertyContext.(A, B, C, D) -> Boolean189) = forNone<A, B, C, D>(config.copy(iterations = iterations), genA, genB, genC, genD, property)190suspend inline fun <reified A, reified B, reified C, reified D> forNone(191   crossinline property: PropertyContext.(A, B, C, D) -> Boolean192): PropertyContext = forNone(PropTestConfig(), property)193suspend inline fun <reified A, reified B, reified C, reified D> forNone(194   config: PropTestConfig = PropTestConfig(),195   crossinline property: PropertyContext.(A, B, C, D) -> Boolean196): PropertyContext = proptest(197   Arb.default<A>(),198   Arb.default<B>(),199   Arb.default<C>(),200   Arb.default<D>(),201   config202) { a, b, c, d -> property(a, b, c, d) shouldBe false }203suspend inline fun <reified A, reified B, reified C, reified D> forNone(204   iterations: Int,205   crossinline property: PropertyContext.(A, B, C, D) -> Boolean206) = forNone(iterations, PropTestConfig(), property)207suspend inline fun <reified A, reified B, reified C, reified D> forNone(208   iterations: Int,209   config: PropTestConfig,210   crossinline property: PropertyContext.(A, B, C, D) -> Boolean211) = forNone(config.copy(iterations = iterations), property)...

propertyTest1.kt

Source:propertyTest1.kt

...10   genA: Gen<A>,11   property: suspend PropertyContext.(A) -> Unit12): PropertyContext = proptest(genA, PropTestConfig(), property)13@JvmName("checkAllExt")14suspend fun <A> Gen<A>.checkAll(iterations: Int, property: suspend PropertyContext.(A) -> Unit) =15   checkAll(iterations, this, property)16suspend fun <A> checkAll(17   iterations: Int,18   genA: Gen<A>,19   property: suspend PropertyContext.(A) -> Unit20): PropertyContext = proptest(genA, PropTestConfig(constraints = Constraints.iterations(iterations)), property)21@JvmName("checkAllExt")22suspend fun <A> Gen<A>.checkAll(config: PropTestConfig, property: suspend PropertyContext.(A) -> Unit) =23   checkAll(config, this, property)24suspend fun <A> checkAll(25   config: PropTestConfig,26   genA: Gen<A>,27   property: suspend PropertyContext.(A) -> Unit28): PropertyContext = proptest(genA, config, property)29@JvmName("checkAllExt")30suspend fun <A> Gen<A>.checkAll(31   iterations: Int,32   config: PropTestConfig,33   property: suspend PropertyContext.(A) -> Unit34) = checkAll(iterations, config, this, property)35suspend fun <A> checkAll(36   iterations: Int,37   config: PropTestConfig,38   genA: Gen<A>,39   property: suspend PropertyContext.(A) -> Unit40): PropertyContext = proptest(genA, config.copy(iterations = iterations), property)41suspend inline fun <reified A> checkAll(42   noinline property: suspend PropertyContext.(A) -> Unit43): PropertyContext = proptest(44   Arb.default<A>(),45   PropTestConfig(),46   property47)48suspend inline fun <reified A> checkAll(49   iterations: Int,50   noinline property: suspend PropertyContext.(A) -> Unit51): PropertyContext = proptest(52   Arb.default<A>(),53   PropTestConfig(constraints = Constraints.iterations(iterations)),54   property55)56suspend inline fun <reified A> checkAll(57   config: PropTestConfig,58   noinline property: suspend PropertyContext.(A) -> Unit59): PropertyContext = proptest(60   Arb.default<A>(),61   config,62   property63)64suspend inline fun <reified A> checkAll(65   iterations: Int,66   config: PropTestConfig,67   noinline property: suspend PropertyContext.(A) -> Unit68): PropertyContext = proptest(69   Arb.default<A>(),70   config.copy(iterations = iterations),71   property72)73@JvmName("forAllExt")74suspend fun <A> Gen<A>.forAll(property: suspend PropertyContext.(A) -> Boolean) =75   forAll(this, property)76suspend fun <A> forAll(77   genA: Gen<A>,78   property: suspend PropertyContext.(A) -> Boolean79) = forAll(PropTestConfig(), genA, property)80@JvmName("forAllExt")81suspend fun <A> Gen<A>.forAll(iterations: Int, property: suspend PropertyContext.(A) -> Boolean) =82   forAll(iterations, this, property)83suspend fun <A> forAll(84   iterations: Int,85   genA: Gen<A>,86   property: suspend PropertyContext.(A) -> Boolean87) = forAll(iterations, PropTestConfig(), genA, property)88@JvmName("forAllExt")89suspend fun <A> Gen<A>.forAll(config: PropTestConfig, property: suspend PropertyContext.(A) -> Boolean) =90   forAll(config, this, property)91suspend fun <A> forAll(92   config: PropTestConfig,93   genA: Gen<A>,94   property: suspend PropertyContext.(A) -> Boolean95) = proptest(genA, config) { a -> property(a) shouldBe true }96@JvmName("forAllExt")97suspend fun <A> Gen<A>.forAll(iterations: Int, config: PropTestConfig, property: suspend PropertyContext.(A) -> Boolean) =98   forAll(config.copy(iterations = iterations), this, property)99suspend fun <A> forAll(100   iterations: Int,101   config: PropTestConfig,102   genA: Gen<A>,103   property: suspend PropertyContext.(A) -> Boolean104) = forAll(config.copy(iterations = iterations), genA, property)105suspend inline fun <reified A> forAll(106   crossinline property: PropertyContext.(A) -> Boolean107) = forAll(PropTestConfig(), property)108suspend inline fun <reified A> forAll(109   iterations: Int,110   crossinline property: PropertyContext.(A) -> Boolean111): PropertyContext = forAll(PropTestConfig(constraints = Constraints.iterations(iterations)), property)112suspend inline fun <reified A> forAll(113   config: PropTestConfig,114   crossinline property: PropertyContext.(A) -> Boolean115) = proptest<A>(116   Arb.default<A>(),117   config118) { a -> property(a) shouldBe true }119suspend inline fun <reified A> forAll(120   iterations: Int,121   config: PropTestConfig,122   crossinline property: PropertyContext.(A) -> Boolean123) = proptest<A>(124   Arb.default<A>(),125   config.copy(iterations = iterations)126) { a -> property(a) shouldBe true }127@JvmName("forNoneExt")128suspend fun <A> Gen<A>.forNone(property: suspend PropertyContext.(A) -> Boolean) =129   forNone(this, property)130suspend fun <A> forNone(131   genA: Gen<A>,132   property: suspend PropertyContext.(A) -> Boolean133) = forNone(PropTestConfig(), genA, property)134@JvmName("forNoneExt")135suspend fun <A> Gen<A>.forNone(iterations: Int, property: suspend PropertyContext.(A) -> Boolean) =136   forAll(iterations, this, property)137suspend fun <A> forNone(138   iterations: Int,139   genA: Gen<A>,140   property: suspend PropertyContext.(A) -> Boolean141) = forNone(iterations, PropTestConfig(), genA, property)142@JvmName("forNoneExt")143suspend fun <A> Gen<A>.forNone(config: PropTestConfig, property: suspend PropertyContext.(A) -> Boolean) =144   forNone(config, this, property)145suspend fun <A> forNone(146   config: PropTestConfig,147   genA: Gen<A>,148   property: suspend PropertyContext.(A) -> Boolean149) = proptest<A>(150   genA,151   config152) { a -> property(a) shouldBe false }153@JvmName("forNoneExt")154suspend fun <A> Gen<A>.forNone(155   iterations: Int,156   config: PropTestConfig,157   property: suspend PropertyContext.(A) -> Boolean158) =159   forNone(iterations, config, this, property)160suspend fun <A> forNone(161   iterations: Int,162   config: PropTestConfig,163   genA: Gen<A>,164   property: suspend PropertyContext.(A) -> Boolean165) = forNone(config.copy(iterations = iterations), genA, property)166suspend inline fun <reified A> forNone(167   crossinline property: PropertyContext.(A) -> Boolean168) = forNone(PropTestConfig(), property)169suspend inline fun <reified A> forNone(170   iterations: Int,171   crossinline property: PropertyContext.(A) -> Boolean172) = forNone(iterations, PropTestConfig(), property)173suspend inline fun <reified A> forNone(174   config: PropTestConfig,175   crossinline property: PropertyContext.(A) -> Boolean176) = proptest<A>(177   Arb.default<A>(),178   config179) { a -> property(a) shouldBe false }180suspend inline fun <reified A> forNone(181   iterations: Int,182   config: PropTestConfig,183   crossinline property: PropertyContext.(A) -> Boolean184) = forNone(config.copy(iterations = iterations), property)...

propertyTest3.kt

Source:propertyTest3.kt

...23   property: suspend PropertyContext.(A, B, C) -> Unit24): PropertyContext =25   proptest(genA, genB, genC, config, property)26suspend fun <A, B, C> checkAll(27   iterations: Int,28   genA: Gen<A>,29   genB: Gen<B>,30   genC: Gen<C>,31   property: suspend PropertyContext.(A, B, C) -> Unit32): PropertyContext = proptest(genA, genB, genC, PropTestConfig(constraints = Constraints.iterations(iterations)), property)33suspend fun <A, B, C> checkAll(34   iterations: Int,35   config: PropTestConfig,36   genA: Gen<A>,37   genB: Gen<B>,38   genC: Gen<C>,39   property: suspend PropertyContext.(A, B, C) -> Unit40): PropertyContext = proptest(genA, genB, genC, config.copy(iterations = iterations), property)41suspend inline fun <reified A, reified B, reified C> checkAll(42   noinline property: suspend PropertyContext.(A, B, C) -> Unit43) = proptest(44   Arb.default(),45   Arb.default(),46   Arb.default(),47   PropTestConfig(),48   property49)50suspend inline fun <reified A, reified B, reified C> checkAll(51   config: PropTestConfig,52   noinline property: suspend PropertyContext.(A, B, C) -> Unit53) = proptest(54   Arb.default(),55   Arb.default(),56   Arb.default(),57   config,58   property59)60suspend inline fun <reified A, reified B, reified C> checkAll(61   iterations: Int,62   noinline property: suspend PropertyContext.(A, B, C) -> Unit63) = proptest(64   Arb.default(),65   Arb.default(),66   Arb.default(),67   PropTestConfig(constraints = Constraints.iterations(iterations)),68   property69)70suspend inline fun <reified A, reified B, reified C> checkAll(71   iterations: Int,72   config: PropTestConfig,73   noinline property: suspend PropertyContext.(A, B, C) -> Unit74) = proptest(75   Arb.default(),76   Arb.default(),77   Arb.default(),78   config.copy(iterations = iterations),79   property80)81suspend fun <A, B, C> forAll(82   genA: Gen<A>,83   genB: Gen<B>,84   genC: Gen<C>,85   property: suspend PropertyContext.(A, B, C) -> Boolean86) = forAll(87   PropTestConfig(),88   genA,89   genB,90   genC,91   property92)93suspend fun <A, B, C> forAll(94   config: PropTestConfig = PropTestConfig(),95   genA: Gen<A>,96   genB: Gen<B>,97   genC: Gen<C>,98   property: suspend PropertyContext.(A, B, C) -> Boolean99) = proptest(genA, genB, genC, config) { a, b, c -> property(a, b, c) shouldBe true }100suspend fun <A, B, C> forAll(101   iterations: Int,102   genA: Gen<A>,103   genB: Gen<B>,104   genC: Gen<C>,105   property: suspend PropertyContext.(A, B, C) -> Boolean106) = forAll(iterations, PropTestConfig(), genA, genB, genC, property)107suspend fun <A, B, C> forAll(108   iterations: Int,109   config: PropTestConfig,110   genA: Gen<A>,111   genB: Gen<B>,112   genC: Gen<C>,113   property: suspend PropertyContext.(A, B, C) -> Boolean114) = forAll(config.copy(iterations = iterations), genA, genB, genC, property)115suspend inline fun <reified A, reified B, reified C> forAll(116   crossinline property: PropertyContext.(A, B, C) -> Boolean117): PropertyContext = forAll(PropTestConfig(), property)118suspend inline fun <reified A, reified B, reified C> forAll(119   config: PropTestConfig = PropTestConfig(),120   crossinline property: PropertyContext.(A, B, C) -> Boolean121): PropertyContext = proptest<A, B, C>(122   Arb.default(),123   Arb.default(),124   Arb.default(),125   config126) { a, b, c -> property(a, b, c) shouldBe true }127suspend inline fun <reified A, reified B, reified C> forAll(128   iterations: Int,129   crossinline property: PropertyContext.(A, B, C) -> Boolean130) = forAll(iterations, PropTestConfig(), property)131suspend inline fun <reified A, reified B, reified C> forAll(132   iterations: Int,133   config: PropTestConfig,134   crossinline property: PropertyContext.(A, B, C) -> Boolean135) = forAll(config.copy(iterations = iterations), property)136suspend fun <A, B, C> forNone(137   genA: Gen<A>,138   genB: Gen<B>,139   genC: Gen<C>,140   property: suspend PropertyContext.(A, B, C) -> Boolean141) = forNone(142   PropTestConfig(),143   genA,144   genB,145   genC,146   property147)148suspend fun <A, B, C> forNone(149   config: PropTestConfig = PropTestConfig(),150   genA: Gen<A>,151   genB: Gen<B>,152   genC: Gen<C>,153   property: suspend PropertyContext.(A, B, C) -> Boolean154) = proptest(genA, genB, genC, config) { a, b, c -> property(a, b, c) shouldBe false }155suspend fun <A, B, C> forNone(156   iterations: Int,157   genA: Gen<A>,158   genB: Gen<B>,159   genC: Gen<C>,160   property: suspend PropertyContext.(A, B, C) -> Boolean161) = forNone(iterations, PropTestConfig(), genA, genB, genC, property)162suspend fun <A, B, C> forNone(163   iterations: Int,164   config: PropTestConfig,165   genA: Gen<A>,166   genB: Gen<B>,167   genC: Gen<C>,168   property: suspend PropertyContext.(A, B, C) -> Boolean169) = forNone(config.copy(iterations = iterations), genA, genB, genC, property)170suspend inline fun <reified A, reified B, reified C> forNone(171   crossinline property: PropertyContext.(A, B, C) -> Boolean172): PropertyContext = forNone(PropTestConfig(), property)173suspend inline fun <reified A, reified B, reified C> forNone(174   config: PropTestConfig = PropTestConfig(),175   crossinline property: PropertyContext.(A, B, C) -> Boolean176): PropertyContext = proptest(177   Arb.default<A>(),178   Arb.default<B>(),179   Arb.default<C>(),180   config181) { a, b, c -> property(a, b, c) shouldBe false }182suspend inline fun <reified A, reified B, reified C> forNone(183   iterations: Int,184   crossinline property: PropertyContext.(A, B, C) -> Boolean185) = forNone(iterations, PropTestConfig(), property)186suspend inline fun <reified A, reified B, reified C> forNone(187   iterations: Int,188   config: PropTestConfig,189   crossinline property: PropertyContext.(A, B, C) -> Boolean190) = forNone(config.copy(iterations = iterations), property)...

propertyTest2.kt

Source:propertyTest2.kt

...14   genB: Gen<B>,15   property: suspend PropertyContext.(A, B) -> Unit16): PropertyContext = proptest(genA, genB, config, property)17suspend fun <A, B> checkAll(18   iterations: Int,19   genA: Gen<A>,20   genB: Gen<B>,21   property: suspend PropertyContext.(A, B) -> Unit22): PropertyContext = proptest(genA, genB, PropTestConfig(constraints = Constraints.iterations(iterations)), property)23suspend fun <A, B> checkAll(24   iterations: Int,25   config: PropTestConfig,26   genA: Gen<A>,27   genB: Gen<B>,28   property: suspend PropertyContext.(A, B) -> Unit29): PropertyContext = proptest(genA, genB, config.copy(iterations = iterations), property)30suspend inline fun <reified A, reified B> checkAll(31   noinline property: suspend PropertyContext.(A, B) -> Unit32) = proptest(33   Arb.default(),34   Arb.default(),35   PropTestConfig(),36   property37)38suspend inline fun <reified A, reified B> PropTest.checkAll(39   noinline property: suspend PropertyContext.(A, B) -> Unit40) = proptest(41   Arb.default(),42   Arb.default(),43   this.toPropTestConfig(),44   property45)46suspend inline fun <reified A, reified B> checkAll(47   config: PropTestConfig,48   noinline property: suspend PropertyContext.(A, B) -> Unit49) = proptest(50   Arb.default(),51   Arb.default(),52   config,53   property54)55suspend inline fun <reified A, reified B> checkAll(56   iterations: Int,57   noinline property: suspend PropertyContext.(A, B) -> Unit58) = proptest(59   Arb.default(),60   Arb.default(),61   PropTestConfig(constraints = Constraints.iterations(iterations)),62   property63)64suspend inline fun <reified A, reified B> checkAll(65   iterations: Int,66   config: PropTestConfig,67   noinline property: suspend PropertyContext.(A, B) -> Unit68) = proptest(69   Arb.default(),70   Arb.default(),71   config.copy(iterations = iterations),72   property73)74suspend fun <A, B> forAll(75   genA: Gen<A>,76   genB: Gen<B>,77   property: suspend PropertyContext.(A, B) -> Boolean78) = forAll(PropTestConfig(), genA, genB, property)79suspend fun <A, B> forAll(80   config: PropTestConfig = PropTestConfig(),81   genA: Gen<A>,82   genB: Gen<B>,83   property: suspend PropertyContext.(A, B) -> Boolean84) = proptest(genA, genB, config) { a, b -> property(a, b) shouldBe true }85suspend fun <A, B> forAll(86   iterations: Int,87   genA: Gen<A>,88   genB: Gen<B>,89   property: suspend PropertyContext.(A, B) -> Boolean90) = forAll(iterations, PropTestConfig(), genA, genB, property)91suspend fun <A, B> forAll(92   iterations: Int,93   config: PropTestConfig,94   genA: Gen<A>,95   genB: Gen<B>,96   property: suspend PropertyContext.(A, B) -> Boolean97) = forAll(config.copy(iterations = iterations), genA, genB, property)98suspend inline fun <reified A, reified B> forAll(99   crossinline property: PropertyContext.(A, B) -> Boolean100): PropertyContext = forAll(PropTestConfig(), property)101suspend inline fun <reified A, reified B> forAll(102   config: PropTestConfig = PropTestConfig(),103   crossinline property: PropertyContext.(A, B) -> Boolean104): PropertyContext = proptest<A, B>(105   Arb.default(),106   Arb.default(),107   config,108) { a, b -> property(a, b) shouldBe true }109suspend inline fun <reified A, reified B> forAll(110   iterations: Int,111   crossinline property: PropertyContext.(A, B) -> Boolean112) = forAll(iterations, PropTestConfig(), property)113suspend inline fun <reified A, reified B> forAll(114   iterations: Int,115   config: PropTestConfig,116   crossinline property: PropertyContext.(A, B) -> Boolean117) = forAll(config.copy(iterations = iterations), property)118suspend fun <A, B> forNone(119   genA: Gen<A>,120   genB: Gen<B>,121   property: suspend PropertyContext.(A, B) -> Boolean122) = forNone(PropTestConfig(), genA, genB, property)123suspend fun <A, B> forNone(124   config: PropTestConfig = PropTestConfig(),125   genA: Gen<A>,126   genB: Gen<B>,127   property: suspend PropertyContext.(A, B) -> Boolean128) = proptest(genA, genB, config) { a, b -> property(a, b) shouldBe false }129suspend fun <A, B> forNone(130   iterations: Int,131   genA: Gen<A>,132   genB: Gen<B>,133   property: suspend PropertyContext.(A, B) -> Boolean134) = forNone(iterations, PropTestConfig(), genA, genB, property)135suspend fun <A, B> forNone(136   iterations: Int,137   config: PropTestConfig,138   genA: Gen<A>,139   genB: Gen<B>,140   property: suspend PropertyContext.(A, B) -> Boolean141) = forNone(config.copy(iterations = iterations), genA, genB, property)142suspend inline fun <reified A, reified B> forNone(143   crossinline property: PropertyContext.(A, B) -> Boolean144): PropertyContext = forNone(PropTestConfig(), property)145suspend inline fun <reified A, reified B> forNone(146   config: PropTestConfig = PropTestConfig(),147   crossinline property: PropertyContext.(A, B) -> Boolean148): PropertyContext = proptest<A, B>(149   Arb.default(),150   Arb.default(),151   config152) { a, b -> property(a, b) shouldBe false }153suspend inline fun <reified A, reified B> forNone(154   iterations: Int,155   crossinline property: PropertyContext.(A, B) -> Boolean156) = forNone(iterations, PropTestConfig(), property)157suspend inline fun <reified A, reified B> forNone(158   iterations: Int,159   config: PropTestConfig,160   crossinline property: PropertyContext.(A, B) -> Boolean161) = forNone(config.copy(iterations = iterations), property)...

config.kt

Source:config.kt

...58   val seed: Long? = PropertyTesting.defaultSeed,59   val minSuccess: Int = PropertyTesting.defaultMinSuccess,60   val maxFailure: Int = PropertyTesting.defaultMaxFailure,61   val shrinkingMode: ShrinkingMode = PropertyTesting.defaultShrinkingMode,62   val iterations: Int? = null,63   val listeners: List<PropTestListener> = PropertyTesting.defaultListeners,64   val edgeConfig: EdgeConfig = EdgeConfig.default(),65   val constraints: Constraints? = null,66)67fun PropTest.toPropTestConfig() =68   PropTestConfig(69      seed = seed,70      minSuccess = minSuccess,71      maxFailure = maxFailure,72      iterations = iterations,73      shrinkingMode = shrinkingMode,74      listeners = listeners,75      edgeConfig = edgeConfig76   )77/**78 * Property Test Configuration to be used by the underlying property test runner79 *80 * @param iterations The number of iterations to run. If null either the global [PropertyTesting]'s default value81 *                      will be used, or the minimum iterations required for the supplied generations. Whichever is82 *                      greater.83 *84 * @param constraints controls the loop for properties. See [Constraints].85 */86@OptIn(ExperimentalKotest::class)87data class PropTestConfig(88   val seed: Long? = PropertyTesting.defaultSeed,89   val minSuccess: Int = PropertyTesting.defaultMinSuccess,90   val maxFailure: Int = PropertyTesting.defaultMaxFailure,91   val shrinkingMode: ShrinkingMode = PropertyTesting.defaultShrinkingMode,92   val iterations: Int? = null,93   val listeners: List<PropTestListener> = PropertyTesting.defaultListeners,94   val edgeConfig: EdgeConfig = EdgeConfig.default(),95   val outputClassifications: Boolean = PropertyTesting.defaultOutputClassifications,96   val labelsReporter: LabelsReporter = StandardLabelsReporter,97   val constraints: Constraints? = null,98)99interface PropTestListener {100   suspend fun beforeTest(): Unit = Unit101   suspend fun afterTest(): Unit = Unit102}...

iterations

Using AI Code Generation

1val  constraints  =  Constraints ( min  =  1,  max  =  10,  start  =  1,  end  =  10,  step  =  1,  iterations  =  100 )2val  constraints  =  Constraints ( min  =  1,  max  =  10 )3val  constraints  =  Constraints ( start  =  1,  end  =  10,  step  =  1 )4val  constraints  =  Constraints ( random  =  Random )5val  constraints  =  Constraints ( random  =  Random )6val  constraints  =  Constraints ( random  =  Random )7val  constraints  =  Constraints ( random  =  Random )8val  constraints  =  Constraints ( random  =  Random )9val  constraints  =  Constraints ( random  =  Random )

iterations

Using AI Code Generation

1property("list should have size") {2    forAll<Int, List<Int>> { i, l ->3    }.config(invocations = 100)4}5property("list should have size") {6    forAll<Int, List<Int>> { i, l ->7    }.config(iterations = 100)8}9property("list should have size") {10    forAll<Int, List<Int>> { i, l ->11    }.config(minSuccessful = 100)12}13property("list should have size") {14    forAll<Int, List<Int>> { i, l ->15    }.config(minSize = 100)16}17property("list should have size") {18    forAll<Int, List<Int>> { i, l ->19    }.config(maxSize =

Automation Testing Tutorials

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