How to use compare method of io.kotest.assertions.json.CompareJsonOptions class

Best Kotest code snippet using io.kotest.assertions.json.CompareJsonOptions.compare

compare.kt

Source:compare.kt

2package io.kotest.assertions.json3@Deprecated("Json comparison options is now specified with `CompareJsonOptions`", ReplaceWith("TypeCoercion"))4enum class CompareMode {5   /**6    * Types must be identical and compare by value.7    *8    * For example, `"true"` and `true` will not match because one is a string, and the other is a boolean.9    * But `2.99E9` and `299000000` are considered equal as they are the same number, just in a different format.10    * `"100"` and `100` would not match as they are different types (string vs number).11    */12   @Deprecated(13      "Json comparison options is now specified with `CompareJsonOptions`",14      ReplaceWith("TypeCoercion.Disabled")15   )16   Strict,17   /**18    * Compare by value, coercing if possible.19    *20    * For example, "true" and true will match because the string value can be coerced into a valid boolean.21    * Similarly, "100" and 100 will match as the former can be coerced into an int.22    */23   @Deprecated(24      "Json comparison options is now specified with `CompareJsonOptions`",25      ReplaceWith("TypeCoercion.Enabled")26   )27   Lenient,28}29@Deprecated("Json comparison options is now specified with `CompareJsonOptions`", ReplaceWith("PropertyOrder"))30enum class CompareOrder {31   /**32    * All object properties must be in same order as expected.33    *34    * For example, { "x": 14.2, "y": 13.0 }` and `{ "y": 13.0, "x: 14.2 }` will NOT be considered equal.35    */36   @Deprecated(37      "Json comparison options is now specified with `CompareJsonOptions`",38      ReplaceWith("PropertyOrder.Strict")39   )40   Strict,41   @Deprecated(42      "Json comparison options is now specified with `CompareJsonOptions`",43      ReplaceWith("PropertyOrder.Lenient")44   )45   Lenient,46}47/**48 * helper method for bridging old compare options into new49 */50internal fun legacyOptions(mode: CompareMode, order: CompareOrder) =51   compareJsonOptions {52      typeCoercion = when (mode) {53         CompareMode.Strict -> TypeCoercion.Disabled54         CompareMode.Lenient -> TypeCoercion.Enabled55      }56      propertyOrder = when (order) {57         CompareOrder.Strict -> PropertyOrder.Strict58         CompareOrder.Lenient -> PropertyOrder.Lenient59      }60   }61internal val defaultCompareJsonOptions = CompareJsonOptions()62class CompareJsonOptions(63   /**64    * Controls whether property order must be identical65    */66   var propertyOrder: PropertyOrder = PropertyOrder.Lenient,67   /**68    * Controls whether array ordering must be identical.69    */70   var arrayOrder: ArrayOrder = ArrayOrder.Strict,71   /**72    * Controls whether the actual document may contain extra fields or not.73    */74   var fieldComparison: FieldComparison = FieldComparison.Strict,75   /**76    * Controls whether number formatting should be taken into consideration. For instance, comparing 1.00 to 1.0, or77    * 1E2 to 10078    */79   var numberFormat: NumberFormat = NumberFormat.Lenient,80   /**81    *  Controls whether types should be coerced when possible. For instance, when strings contain bool or numeric values.82    */83   var typeCoercion: TypeCoercion = TypeCoercion.Disabled84)85enum class PropertyOrder {86   /**87    * Default. Property order in objects does not matter.88    *89    * Example: `"""{ "a": 0, "b": 2 }""".shouldEqualJson("""{ "b": 2, "a": 1 }""", compareJsonOptions { propertyOrder = Lenient })` will pass90    */91   Lenient,92   /**93    * Properties must be in same order. E.g. `{ "a": 0, "b": 2 }` is not considered equal to `{ "b": 2, "a": 1 }`94    */95   Strict96}97enum class ArrayOrder {98   /**99    * Default. Arrays must contain the same elements in the same order.100    */101   Strict,102   /**103    * Arrays are allowed to be shuffled, but must still contain same items.104    */105   Lenient,106}107enum class FieldComparison {108   /**109    * Default. Objects in [expected] and [actual] must contain the same fields.110    */111   Strict,112   /**113    * Objects in the actual document may contain extraneous fields without causing comparison to fail.114    */115   Lenient,116}117enum class NumberFormat {118   /**119    * Default. Numbers will be interpreted before being compared. Meaning we can compare 0E3 to 1000 without fail120    */121   Lenient,122   /**123    * Numbers must also be formatted the same way to be considered equal.124    */125   Strict126}127enum class TypeCoercion {128   /**129    * Default. Types will not be converted. Meaning `"true"` and `true` are considered unequal.130    */131   Disabled,132   /**133    * Types may be coerced. Strings containing numbers will be considered equal to their numbers, and booleans in134    * strings will also be compared.135    *136    * For example: `"\"11\"".shouldEqualJson("12", compareJsonOptions { typeCoercion = TypeCoercion.Enabled })` will137    * succeed.138    */139   Enabled;140   internal fun isEnabled(): Boolean =141      this == Enabled142}143fun compareJsonOptions(builder: CompareJsonOptions.() -> Unit): CompareJsonOptions =144   CompareJsonOptions().apply(builder)145/**146 * Compares two json trees, returning a detailed error message if they differ.147 */148internal fun compare(149   path: List<String>,150   expected: JsonNode,151   actual: JsonNode,152   options: CompareJsonOptions153): JsonError? {154   return when (expected) {155      is JsonNode.ObjectNode -> when (actual) {156         is JsonNode.ObjectNode -> compareObjects(path, expected, actual, options)157         else -> JsonError.ExpectedObject(path, actual)158      }159      is JsonNode.ArrayNode -> when (actual) {160         is JsonNode.ArrayNode -> compareArrays(path, expected, actual, options)161         else -> JsonError.ExpectedArray(path, actual)162      }163      is JsonNode.BooleanNode -> compareBoolean(path, expected, actual, options)164      is JsonNode.StringNode -> compareString(path, expected, actual, options)165      is JsonNode.NumberNode -> compareNumbers(path, expected, actual, options)166      JsonNode.NullNode -> compareNull(path, actual)167   }168}169internal fun compareObjects(170   path: List<String>,171   expected: JsonNode.ObjectNode,172   actual: JsonNode.ObjectNode,173   options: CompareJsonOptions,174): JsonError? {175   if (FieldComparison.Strict == options.fieldComparison) {176      val keys1 = expected.elements.keys177      val keys2 = actual.elements.keys178      if (keys1.size < keys2.size) {179         val missing = keys2 - keys1180         return JsonError.ObjectMissingKeys(path, missing)181      }182      if (keys2.size < keys1.size) {183         val extra = keys1 - keys2184         return JsonError.ObjectExtraKeys(path, extra)185      }186   }187   // when using strict order mode, the order of elements in json matters, normally, we don't care188   when (options.propertyOrder) {189      PropertyOrder.Strict ->190         expected.elements.entries.withIndex().zip(actual.elements.entries).forEach { (e, a) ->191            if (a.key != e.value.key) return JsonError.NameOrderDiff(path, e.index, e.value.key, a.key)192            val error = compare(path + a.key, e.value.value, a.value, options)193            if (error != null) return error194         }195      PropertyOrder.Lenient ->196         expected.elements.entries.forEach { (name, e) ->197            val a = actual.elements[name] ?: return JsonError.ObjectMissingKeys(path, setOf(name))198            val error = compare(path + name, e, a, options)199            if (error != null) return error200         }201   }202   return null203}204internal fun compareArrays(205   path: List<String>,206   expected: JsonNode.ArrayNode,207   actual: JsonNode.ArrayNode,208   options: CompareJsonOptions,209): JsonError? {210   if (expected.elements.size != actual.elements.size)211      return JsonError.UnequalArrayLength(path, expected.elements.size, actual.elements.size)212   when (options.arrayOrder) {213      ArrayOrder.Strict -> {214         expected.elements.withIndex().zip(actual.elements.withIndex()).forEach { (a, b) ->215            val error = compare(path + "[${a.index}]", a.value, b.value, options)216            if (error != null) return error217         }218      }219      /**220       * In [ArrayOrder.Lenient], we try to allow array contents to be out-of-order.221       * We do this by searching for a match for each element in [actual], in the [expected] array,222       * flagging used matches so they can't be used twice. This will probably be slow for very big arrays.223       */224      ArrayOrder.Lenient -> {225         val consumedIndexes = BooleanArray(expected.elements.size) { false }226         fun availableIndexes() = consumedIndexes227            .mapIndexed { index, isConsumed -> if (!isConsumed) index else null }228            .filterNotNull()229         fun findMatchingIndex(element: JsonNode): Int? {230            for (i in availableIndexes()) {231               // Comparison with no error -> matching element232               val isMatch = compare(path + "[$i]", element, expected.elements[i], options) == null233               if (isMatch) {234                  return i235               }236            }237            return null238         }239         for ((i, element) in actual.elements.withIndex()) {240            val match = findMatchingIndex(element)241               ?: return JsonError.UnequalArrayContent(path + "[$i]", expected, element)242            consumedIndexes[match] = true243         }244      }245   }246   return null247}248/**249 * When comparing a string, if the [mode] is [CompareMode.Lenient] we can convert the actual node to a string.250 */251internal fun compareString(252   path: List<String>,253   expected: JsonNode.StringNode,254   actual: JsonNode,255   options: CompareJsonOptions256): JsonError? {257   return when {258      actual is JsonNode.StringNode -> compareStrings(path, expected.value, actual.value)259      options.typeCoercion.isEnabled() -> when {260         actual is JsonNode.BooleanNode -> compareStrings(path, expected.value, actual.value.toString())261         actual is JsonNode.NumberNode && expected.contentIsNumber() -> compareNumberNodes(262            path,263            expected.toNumberNode(),264            actual265         )266         else -> JsonError.IncompatibleTypes(path, expected, actual)267      }268      else -> JsonError.IncompatibleTypes(path, expected, actual)269   }270}271internal fun compareStrings(path: List<String>, expected: String, actual: String): JsonError? {272   return when (expected) {273      actual -> null274      else -> JsonError.UnequalStrings(path, expected, actual)275   }276}277/**278 * When comparing a boolean, if the [mode] is [CompareMode.Lenient] and the actual node is a text279 * node with "true" or "false", then we convert.280 */281internal fun compareBoolean(282   path: List<String>,283   expected: JsonNode.BooleanNode,284   actual: JsonNode,285   options: CompareJsonOptions286): JsonError? {287   return when {288      actual is JsonNode.BooleanNode -> compareBooleans(path, expected.value, actual.value)289      options.typeCoercion.isEnabled() && actual is JsonNode.StringNode -> when (actual.value) {290         "true" -> compareBooleans(path, expected.value, true)291         "false" -> compareBooleans(path, expected.value, false)292         else -> JsonError.UnequalValues(path, expected, actual)293      }294      else -> JsonError.IncompatibleTypes(path, expected, actual)295   }296}297internal fun compareBooleans(path: List<String>, expected: Boolean, actual: Boolean): JsonError? {298   return when (expected) {299      actual -> null300      else -> JsonError.UnequalBooleans(path, expected, actual)301   }302}303private fun compareNumbers(304   path: List<String>,305   expected: JsonNode.NumberNode,306   actual: JsonNode,307   options: CompareJsonOptions308): JsonError? {309   return when (actual) {310      is JsonNode.NumberNode -> {311         when (options.numberFormat) {312            NumberFormat.Strict -> {313               if (expected.content != actual.content) JsonError.UnequalValues(path, expected.content, actual.content)314               else null315            }316            NumberFormat.Lenient -> compareNumberNodes(path, expected, actual)317         }318      }319      is JsonNode.StringNode -> {320         if (options.typeCoercion.isEnabled() && actual.contentIsNumber()) compareNumberNodes(321            path,322            expected,323            actual.toNumberNode()324         )325         else JsonError.IncompatibleTypes(path, expected, actual)326      }327      else -> JsonError.IncompatibleTypes(path, expected, actual)328   }329}330private fun compareNumberNodes(331   path: List<String>,332   expected: JsonNode.NumberNode,333   actual: JsonNode.NumberNode334): JsonError? {335   return when {336      expected.lenientEquals(actual) -> null337      else -> JsonError.UnequalValues(path, expected.content, actual.content)338   }339}340internal fun compareNull(path: List<String>, b: JsonNode): JsonError? {341   return when (b) {342      is JsonNode.NullNode -> null343      else -> JsonError.ExpectedNull(path, b)344   }345}...

JsonLiteralsTest.kt

Source:JsonLiteralsTest.kt

1package com.sksamuel.kotest.tests.json2import io.kotest.assertions.json.NumberFormat3import io.kotest.assertions.json.TypeCoercion4import io.kotest.assertions.json.compareJsonOptions5import io.kotest.assertions.json.shouldEqualJson6import io.kotest.assertions.shouldFail7import io.kotest.assertions.throwables.shouldThrow8import io.kotest.core.spec.style.FunSpec9import io.kotest.matchers.string.shouldContain10import io.kotest.matchers.throwable.shouldHaveMessage11class JsonLiteralsTest : FunSpec(12   {13      test("Unsupported type") {14         shouldThrow<IllegalArgumentException> {15            "0x03" shouldEqualJson "0x03"16         }.shouldHaveMessage("Unsupported kotlinx-serialization type 0x03")17      }18      context("Strict (default) comparisons") {19         test("comparing float and int") {20            shouldFail {21               "3.2" shouldEqualJson "3"22            }.shouldHaveMessage(23               """24               The top level expected 3 but was 3.225               expected:<3> but was:<3.2>26               """.trimIndent()27            )28         }29         test("quoted numbers are treated as strings") {30            shouldFail { "\"1E3\"" shouldEqualJson "1000.0" }31            // Unquoted 1E3 is parsed to double and back due to prettifying output32            shouldFail { "\"1000.0\"" shouldEqualJson "1E3" }.message shouldContain33               "The top level expected number but was string"34            shouldFail { "10.0" shouldEqualJson "\"10.0\"" }.message shouldContain35               "The top level expected string but was number"36         }37         test("comparing exponent-based float with regular float") {38            "1E3" shouldEqualJson "1000.0"39            "1000.0" shouldEqualJson "1E3"40            "1000.0" shouldEqualJson "1000"41            "5E0" shouldEqualJson "5.0"42            "2E-1" shouldEqualJson "0.2"43            shouldFail {44               "1.0E-3" shouldEqualJson "0.0001"45            }46            "1.0E-4" shouldEqualJson "0.0001"47         }48         test("comparing high-precision floating point numbers") {49            // Note: In the middle paragraph of the failure message the expected JSON has been50            //       formatted as a JSON tree using KotlinX.serialization which parses the51            //       number to a double and back, hence the loss of precision.52            shouldFail {53               "0.12345678912345678" shouldEqualJson "0.123456789123456789"54            }.shouldHaveMessage(55               """56               The top level expected 0.123456789123456789 but was 0.1234567891234567857               expected:<0.123456789123456789> but was:<0.12345678912345678>58               """.trimIndent()59            )60         }61         test("comparing string and boolean") {62            shouldFail {63               "true" shouldEqualJson "\"true\""64            }.shouldHaveMessage(65               """66               The top level expected string but was boolean67               expected:<"true"> but was:<true>68               """.trimIndent()69            )70         }71      }72      context("CompareMode.Exact requires same format for numbers") {73         infix fun String.shouldExactlyEqualJson(expected: String) =74            this.shouldEqualJson(expected, compareJsonOptions { numberFormat = NumberFormat.Strict })75         test("comparing float and exponent") {76            shouldFail {77               "10.0" shouldExactlyEqualJson "1e1"78            }.shouldHaveMessage(79               """80               The top level expected 1e1 but was 10.081               expected:<1e1> but was:<10.0>82               """.trimIndent()83            )84         }85         test("comparing int and exponent") {86            shouldFail {87               "10" shouldExactlyEqualJson "1e1"88            }.shouldHaveMessage(89               """90               The top level expected 1e1 but was 1091               expected:<1e1> but was:<10>92               """.trimIndent()93            )94         }95         test("comparing float and int") {96            shouldFail {97               "10.0" shouldExactlyEqualJson "10"98            }.shouldHaveMessage(99               """100               The top level expected 10 but was 10.0101               expected:<10> but was:<10.0>102               """.trimIndent()103            )104         }105         test("quoted numbers are treated as strings") {106            shouldFail { "\"1E3\"" shouldEqualJson "1000.0" }107            // Unquoted 1E3 is parsed to double and back due to prettifying output108            shouldFail { "\"1000.0\"" shouldEqualJson "1E3" }.message shouldContain109               "The top level expected number but was string"110            shouldFail { "10.0" shouldEqualJson "\"10.0\"" }.message shouldContain111               "The top level expected string but was number"112         }113      }114      context("Lenient type-conversions") {115         infix fun String.lenientShouldEqualJson(expected: String) =116            this.shouldEqualJson(expected, compareJsonOptions { typeCoercion = TypeCoercion.Enabled })117         test("comparing exponent-based float with regular float") {118            "1E3" lenientShouldEqualJson "\"1000.0\""119            "1000.0" lenientShouldEqualJson "\"1E3\""120            "2E-1" lenientShouldEqualJson "0.2"121            "2E-1" lenientShouldEqualJson "\"0.2\""122            "0.2" lenientShouldEqualJson "\"2e-1\""123            "5E0" lenientShouldEqualJson "5.0"124         }125         test("Strings with numbers") {126            shouldFail {127               "\"abc 123\"" lenientShouldEqualJson "123"128            }.shouldHaveMessage(129               """130                  The top level expected number but was string...

JsonMatchers.kt

Source:JsonMatchers.kt

1package io.kotest.assertions.json2import io.kotest.matchers.ComparableMatcherResult3import io.kotest.matchers.Matcher4import io.kotest.matchers.MatcherResult5import io.kotest.matchers.should6import io.kotest.matchers.shouldNot7import kotlinx.serialization.ExperimentalSerializationApi8import kotlinx.serialization.json.Json9import kotlinx.serialization.json.JsonArray10import kotlinx.serialization.json.JsonElement11import kotlinx.serialization.json.JsonObject12import kotlin.reflect.KClass13@OptIn(ExperimentalSerializationApi::class)14internal val pretty by lazy { Json { prettyPrint = true; prettyPrintIndent = "  " } }15/**16 * Verifies that the [expected] string is valid json, and that it matches this string.17 *18 * This matcher will consider two json strings matched if they have the same key-values pairs,19 * regardless of order.20 *21 */22infix fun String?.shouldMatchJson(expected: String?) = this should matchJson(expected)23infix fun String?.shouldNotMatchJson(expected: String?) = this shouldNot matchJson(expected)24@OptIn(ExperimentalSerializationApi::class)25fun matchJson(expected: String?) = object : Matcher<String?> {26   override fun test(value: String?): MatcherResult {27      val actualJson = try {28         value?.let(pretty::parseToJsonElement)29      } catch (ex: Exception) {30         return MatcherResult(31            false,32            { "expected: actual json to be valid json: $value" },33            {34               "expected: actual json to be invalid json: $value"35            })36      }37      val expectedJson = try {38         expected?.let(pretty::parseToJsonElement)39      } catch (ex: Exception) {40         return MatcherResult(41            false,42            { "expected: expected json to be valid json: $expected" },43            { "expected: expected json to be invalid json: $expected" }44         )45      }46      return ComparableMatcherResult(47         actualJson == expectedJson,48         { "expected json to match, but they differed\n\n" },49         { "expected not to match with: $expectedJson but match: $actualJson" },50         actualJson.toString(),51         expectedJson.toString()52      )53   }54}55@OptIn(ExperimentalSerializationApi::class)56fun beValidJson() = object : Matcher<String?> {57   override fun test(value: String?): MatcherResult {58      return try {59         value?.let(pretty::parseToJsonElement)60         MatcherResult(61              true,62              { "expected: actual json to be valid json: $value" },63              { "expected: actual json to be invalid json: $value" }64         )65      } catch (ex: Exception) {66         MatcherResult(67              false,68              { "expected: actual json to be valid json: $value" },69              { "expected: actual json to be invalid json: $value" }70         )71      }72   }73}74@OptIn(ExperimentalSerializationApi::class)75fun beJsonType(kClass: KClass<*>) = object : Matcher<String?> {76   override fun test(value: String?): MatcherResult {77      val element = try {78         value?.let(pretty::parseToJsonElement)79      } catch (ex: Exception) {80         return MatcherResult(81            false,82            { "expected: actual json to be valid json: $value" },83            { "expected: actual json to be invalid json: $value" }84         )85      }86      return MatcherResult(87         kClass.isInstance(element),88         { "expected: $value to be valid json of type: ${kClass.simpleName}" },89         { "expected: $value to not be of type: ${kClass.simpleName}" }90      )91   }92}93/**94 * Verifies that the [expected] string is valid json, and that it matches this string.95 *96 * This matcher will consider two json strings matched if they have the same key-values pairs,97 * regardless of order.98 *99 */100fun String.shouldEqualJson(expected: String, mode: CompareMode, order: CompareOrder) =101   this.shouldEqualJson(expected, legacyOptions(mode, order))102fun String.shouldEqualJson(expected: String, options: CompareJsonOptions) {103   val (e, a) = parse(expected, this)104   a should equalJson(e, options)105}106fun String.shouldNotEqualJson(expected: String, mode: CompareMode, order: CompareOrder) =107   this.shouldNotEqualJson(expected, legacyOptions(mode, order))108fun String.shouldNotEqualJson(expected: String, options: CompareJsonOptions) {109   val (e, a) = parse(expected, this)110   a shouldNot equalJson(e, options)111}112fun String.shouldBeEmptyJsonArray(): String {113   this should matchJson("[]")114   return this115}116fun String.shouldBeEmptyJsonObject(): String {117   this should matchJson("{}")118   return this119}120fun String.shouldBeJsonArray(): String {121   this should beJsonType(JsonArray::class)122   return this123}124fun String.shouldNotBeJsonArray(): String {125   this shouldNot beJsonType(JsonArray::class)126   return this127}128fun String.shouldBeJsonObject(): String {129   this should beJsonType(JsonObject::class)130   return this131}132fun String.shouldNotBeJsonObject(): String {133   this shouldNot beJsonType(JsonObject::class)134   return this135}136fun String.shouldBeValidJson(): String {137   this should beValidJson()138   return this139}140fun String.shouldNotBeValidJson(): String {141   this shouldNot beValidJson()142   return this143}144internal fun parse(expected: String, actual: String): Pair<JsonTree, JsonTree> {145   val enode = pretty.parseToJsonElement(expected)146   val anode = pretty.parseToJsonElement(actual)147   val e = toJsonTree(enode)148   val a = toJsonTree(anode)149   return Pair(e, a)150}151internal fun toJsonTree(root: JsonElement) =152   with(root.toJsonNode()) {153      JsonTree(this, prettyPrint(this))154   }...

LenientOrderArrayTest.kt

Source:LenientOrderArrayTest.kt

1package com.sksamuel.kotest.tests.json2import io.kotest.assertions.json.ArrayOrder3import io.kotest.assertions.json.compareJsonOptions4import io.kotest.assertions.json.shouldEqualJson5import io.kotest.assertions.shouldFail6import io.kotest.core.spec.style.FunSpec7import io.kotest.matchers.throwable.shouldHaveMessage8class LenientOrderArrayTest : FunSpec(9   {10      infix fun String.shouldEqualJsonIgnoringOrder(other: String) =11         this.shouldEqualJson(other, compareJsonOptions { arrayOrder = ArrayOrder.Lenient })12      test("simple") {13         "[1, 2]" shouldEqualJsonIgnoringOrder "[2, 1]"14      }15      test("multiple copies") {16         "[1, 2, 2]" shouldEqualJsonIgnoringOrder "[2, 1, 2]"17      }18      test("duplicates in actual") {19         shouldFail {20            "[1, 2, 2]" shouldEqualJsonIgnoringOrder "[1, 2, 0]"21         }.shouldHaveMessage(22            """23               At '[2]' has extra element '2' not found (or too few) in '[1,2,0]'24               expected:<[25                 1,...

matchers.kt

Source:matchers.kt

...25   options: CompareJsonOptions26) =27   object : Matcher<JsonTree> {28      override fun test(value: JsonTree): MatcherResult {29         val error = compare(30            path = listOf(),31            expected = expected.root,32            actual = value.root,33            options,34         )?.asString()35         return ComparableMatcherResult(36            error == null,37            { "$error\n\n" },38            { "Expected values to not match\n\n" },39            value.raw,40            expected.raw,41         )42      }43   }44data class JsonTree(val root: JsonNode, val raw: String)45infix fun String.shouldEqualJson(expected: String): Unit =46   this.shouldEqualJson(expected, defaultCompareJsonOptions)47infix fun String.shouldNotEqualJson(expected: String): Unit =48   this.shouldNotEqualJson(expected, defaultCompareJsonOptions)49fun String.shouldEqualJson(expected: String, mode: CompareMode) =50   shouldEqualJson(expected, legacyOptions(mode, CompareOrder.Strict))51fun String.shouldNotEqualJson(expected: String, mode: CompareMode) =52   shouldNotEqualJson(expected, legacyOptions(mode, CompareOrder.Strict))53fun String.shouldEqualJson(expected: String, order: CompareOrder) =54   shouldEqualJson(expected, legacyOptions(CompareMode.Strict, order))55fun String.shouldNotEqualJson(expected: String, order: CompareOrder) =56   shouldNotEqualJson(expected, legacyOptions(CompareMode.Strict, order))57infix fun String.shouldEqualSpecifiedJson(expected: String) =58   shouldEqualJson(expected, compareJsonOptions { fieldComparison = FieldComparison.Lenient })59infix fun String.shouldNotEqualSpecifiedJson(expected: String) =60   shouldNotEqualJson(expected, compareJsonOptions { fieldComparison = FieldComparison.Lenient })

compare

Using AI Code Generation

1import io.kotest.assertions.json.CompareJsonOptions2import io.kotest.assertions.json.compareJson3import io.kotest.assertions.json.shouldMatchJson4import io.kotest.assertions.json.shouldNotMatchJson5import io.kotest.core.spec.style.StringSpec6import io.kotest.matchers.shouldBe7import io.kotest.matchers.shouldNotBe8class CompareJsonOptionsExample : StringSpec({9"should match json with CompareJsonOptions" {10val expected = """{"name": "John", "age": 30}"""11val actual = """{"name": "John", "age": 30}"""12val options = CompareJsonOptions(ignoreArrayOrder = true)13compareJson(expected, actual, options) shouldBe true14}15"should not match json with CompareJsonOptions" {16val expected = """{"name": "John", "age": 30}"""17val actual = """{"name": "John", "age": 30}"""18val options = CompareJsonOptions(ignoreArrayOrder = false)19compareJson(expected, actual, options) shouldBe false20}21"should match json with CompareJsonOptions using shouldMatchJson" {22val expected = """{"name": "John", "age": 30}"""23val actual = """{"name": "John", "age": 30}"""24val options = CompareJsonOptions(ignoreArrayOrder = true)25}26"should not match json with CompareJsonOptions using shouldNotMatchJson" {27val expected = """{"name": "John", "age": 30}"""28val actual = """{"name": "John", "age": 30}"""29val options = CompareJsonOptions(ignoreArrayOrder = false)30}31})32import io.kotest.assertions.json.CompareJsonOptions33import io.kotest.assertions.json.compareJson34import io.kotest.assertions.json.shouldMatchJson35import io.kotest.assertions.json.shouldNotMatchJson36import io.kotest.core.spec.style.StringSpec37import io.kotest.matchers.shouldBe38import io.kotest.matchers.shouldNotBe39class CompareJsonOptionsExample : StringSpec({40"should match json with CompareJsonOptions" {

compare

Using AI Code Generation

1val expectedJson = """{ "name": "kotest", "version": 4 }"""2val actualJson = """{ "name": "kotest", "version": 5 }"""3CompareJsonOptions().compareJson(expectedJson, actualJson) shouldBe false4val expectedJson = """{ "name": "kotest", "version": 4 }"""5val actualJson = """{ "name": "kotest", "version": 4 }"""6CompareJsonOptions().compareJson(expectedJson, actualJson) shouldBe true7val expectedJson = """{ "name": "kotest", "version": 4 }"""8val actualJson = """{ "name": "kotest", "version": 4 }"""9CompareJsonOptions().compareJson(expectedJson, actualJson) shouldBe true10val expectedJson = """{ "name": "kotest", "version": 4 }"""11val actualJson = """{ "name": "kotest", "version": 4 }"""12CompareJsonOptions().compareJson(expectedJson, actualJson) shouldBe true13val expectedJson = """{ "name": "kotest", "version": 4 }"""14val actualJson = """{ "name": "kotest", "version": 4 }"""15CompareJsonOptions().compareJson(expectedJson, actualJson) shouldBe true16val expectedJson = """{ "name": "kotest", "version": 4 }"""17val actualJson = """{ "name": "kotest", "version": 4 }"""18CompareJsonOptions().compareJson(expectedJson, actualJson) shouldBe true19val expectedJson = """{ "name": "kotest", "version": 4 }"""20val actualJson = """{ "name": "kotest", "version": 4 }"""

compare

Using AI Code Generation

1val options = CompareJsonOptions ( ignoreExtraKeys = true , ignoreExtraValues = true , ignoreOrder = true )2val result = json1 . compareJson ( json2 , options )3result . shouldBe ( true )4val options = CompareJsonOptions ( ignoreExtraKeys = true , ignoreExtraValues = true , ignoreOrder = true )5val result = json1 . compareJson ( json2 , options )6result . shouldBe ( true )7val options = CompareJsonOptions ( ignoreExtraKeys = true , ignoreExtraValues = true , ignoreOrder = true )8val result = json1 . compareJson ( json2 , options )9result . shouldBe ( true )10val options = CompareJsonOptions ( ignoreExtraKeys = true , ignoreExtraValues = true , ignoreOrder = true )11val result = json1 . compareJson ( json2 , options )12result . shouldBe ( true )13val options = CompareJsonOptions ( ignoreExtraKeys = true , ignoreExtraValues = true , ignoreOrder = true )14val result = json1 . compareJson ( json2 , options )15result . shouldBe ( true )16val options = CompareJsonOptions ( ignoreExtraKeys = true , ignoreExtraValues = true , ignoreOrder = true )17val result = json1 . compareJson ( json2 , options )18result . shouldBe ( true )19val options = CompareJsonOptions ( ignoreExtraKeys = true , ignoreExtraValues = true , ignoreOrder = true )20val result = json1 . compareJson ( json2

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