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How to use JsonSchema.Builder.obj method of io.kotest.assertions.json.schema.JsonSchema class

Best Kotest code snippet using io.kotest.assertions.json.schema.JsonSchema.JsonSchema.Builder.obj

builder.kt

Source:builder.kt

1package io.kotest.assertions.json.schema2import io.kotest.common.ExperimentalKotest3import io.kotest.matchers.Matcher4import kotlinx.serialization.Contextual5import kotlinx.serialization.ExperimentalSerializationApi6import kotlinx.serialization.SerialName7import kotlinx.serialization.Serializable8@DslMarker9annotation class JsonSchemaMarker10@JsonSchemaMarker11@ExperimentalKotest12@Serializable(with = SchemaDeserializer::class)13sealed interface JsonSchemaElement {14   fun typeName(): String15}16internal interface ValueNode<T> {17   val matcher: Matcher<T>?18      get() = null19}20@ExperimentalKotest21data class JsonSchema(22   val root: JsonSchemaElement23) {24   /**25    * Provides a way to access pre-defined schemas in a conventional way (e.g. `type()`). Example:26    * ```kotlin27    * val addressSchema = jsonSchema {28    *   obj {29    *     withProperty("street") { string() }30    *     withProperty("zipCode") { integer { beEven() } }31    *   }32    * }33    *34    * val personSchema = jsonSchema {35    *   obj {36    *     withProperty("name") { string() }37    *     withProperty("address") { addressSchema() }38    *   }39    * }40    * ```41    */42   @ExperimentalKotest43   operator fun invoke() = root44   object Builder45   internal interface JsonNumber46   @Serializable47   data class JsonArray(val elementType: JsonSchemaElement) : JsonSchemaElement {48      override fun typeName() = "array"49   }50   class JsonObjectBuilder {51      var additionalProperties: Boolean = true52      var minProperties: Int = 053      var maxProperties: Int? = null54      var properties: MutableMap<String, JsonSchemaElement> = mutableMapOf()55      /**56       * https://json-schema.org/understanding-json-schema/reference/object.html#required-properties57       */58      var requiredProperties: MutableList<String> = mutableListOf()59      /**60       * By default properties are optional.61       * Using [required], you can specify that it must be included.62       */63      fun withProperty(64         name: String,65         required: Boolean = false,66         elementBuilder: JsonSchema.Builder.() -> JsonSchemaElement67      ) {68         properties[name] = JsonSchema.Builder.elementBuilder()69         if (required) requiredProperties.add(name)70      }71      fun build() = JsonObject(72         additionalProperties = additionalProperties,73         minProperties = minProperties,74         maxProperties = maxProperties,75         properties = properties,76         requiredProperties = requiredProperties.toTypedArray()77      )78   }79   @Serializable80   data class JsonObject(81      /**82       * Controls whether this node allows additional properties to be defined or not.83       * By default, additional properties are _allowed_84       *85       * https://json-schema.org/understanding-json-schema/reference/object.html#additional-properties86       */87      val additionalProperties: Boolean = true,88      val minProperties: Int = 0,89      val maxProperties: Int? = null,90      val properties: Map<String, JsonSchemaElement>,91      /**92       * https://json-schema.org/understanding-json-schema/reference/object.html#required-properties93       */94      val requiredProperties: Array<String> = emptyArray(),95   ) : JsonSchemaElement {96      operator fun get(name: String) = properties.get(name)97      override fun typeName() = "object"98   }99   data class JsonString(override val matcher: Matcher<String>? = null) : JsonSchemaElement, ValueNode<String> {100      override fun typeName() = "string"101   }102   data class JsonInteger(103      override val matcher: Matcher<Long>? = null104   ) : JsonSchemaElement, JsonNumber, ValueNode<Long> {105      override fun typeName() = "integer"106   }107   data class JsonDecimal(108      override val matcher: Matcher<Double>? = null109   ) : JsonSchemaElement, JsonNumber, ValueNode<Double> {110      override fun typeName() = "number"111   }112   @Serializable113   object JsonBoolean : JsonSchemaElement, ValueNode<Boolean> {114      override fun typeName() = "boolean"115   }116   @Serializable117   object Null : JsonSchemaElement {118      override fun typeName() = "null"119   }120}121/**122 * Creates a [JsonSchema.JsonString] node, which is a leaf node that will hold a [String] value.123 * Optionally, you can provide a [matcherBuilder] that constructs a [Matcher] which the node will be tested with.124 */125@ExperimentalKotest126fun JsonSchema.Builder.string(matcherBuilder: () -> Matcher<String>? = { null }) =127   JsonSchema.JsonString(matcherBuilder())128/**129 * Creates a [JsonSchema.JsonInteger] node, which is a leaf node that will hold a [Long] value.130 * Optionally, you can provide a [matcherBuilder] that constructs a [Matcher] which the node will be tested with.131 */132@ExperimentalKotest133fun JsonSchema.Builder.integer(matcherBuilder: () -> Matcher<Long>? = { null }) =134   JsonSchema.JsonInteger(matcherBuilder())135/**136 * Creates a [JsonSchema.JsonDecimal] node, which is a leaf node that will hold a [Double] value.137 * Optionally, you can provide a [matcherBuilder] that constructs a [Matcher] which the node will be tested with.138 */139@ExperimentalKotest140fun JsonSchema.Builder.number(matcherBuilder: () -> Matcher<Double>? = { null }) =141   JsonSchema.JsonDecimal(matcherBuilder())142/**143 * Alias for [number]144 *145 * Creates a [JsonSchema.JsonDecimal] node, which is a leaf node that will hold a [Double] value.146 * Optionally, you can provide a [matcherBuilder] that constructs a [Matcher] which the node will be tested with.147 */148@ExperimentalKotest149fun JsonSchema.Builder.decimal(matcherBuilder: () -> Matcher<Double>? = { null }) =150   JsonSchema.JsonDecimal(matcherBuilder())151/**152 * Creates a [JsonSchema.JsonBoolean] node, which is a leaf node that will hold a [Boolean] value.153 * It supports no further configuration. The actual value must always be either true or false.154 */155@ExperimentalKotest156fun JsonSchema.Builder.boolean() =157   JsonSchema.JsonBoolean158/**159 * Creates a [JsonSchema.Null] node, which is a leaf node that must always be null, if present.160 */161@ExperimentalKotest162fun JsonSchema.Builder.`null`() =163   JsonSchema.Null164/**165 * Creates a [JsonSchema.JsonObject] node. Expand on the object configuration using the [dsl] which lets you specify166 * properties using [withProperty]167 *168 * Example:169 * ```kotlin170 * val personSchema = jsonSchema {171 *   obj {172 *     withProperty("name") { string() }173 *     withProperty("age") { number() }174 *   }175 * }176 * ```177 */178@ExperimentalKotest179fun JsonSchema.Builder.obj(dsl: JsonSchema.JsonObjectBuilder.() -> Unit = {}) =180   JsonSchema.JsonObjectBuilder().apply(dsl).build()181/**182 * Defines a [JsonSchema.JsonArray] node where the elements are of the type provided by [typeBuilder].183 */184@ExperimentalKotest185fun JsonSchema.Builder.array(typeBuilder: () -> JsonSchemaElement) =186   JsonSchema.JsonArray(typeBuilder())187@ExperimentalKotest188fun jsonSchema(189   rootBuilder: JsonSchema.Builder.() -> JsonSchemaElement190): JsonSchema =191   JsonSchema(192      JsonSchema.Builder.rootBuilder()193   )...

JsonSchema.Builder.obj

Using AI Code Generation

1{2"address": {3},4{5},6{7}8}9{10"address": {11},12{13},14{15}16}17{18"address": {19},20{21},22{23}24}25{26"address": {27},28{29},30{31}32}33{

JsonSchema.Builder.obj

Using AI Code Generation

1val schema = JsonSchema.obj(2"firstName" to JsonSchema.string(),3"lastName" to JsonSchema.string(),4"age" to JsonSchema.int(),5"address" to JsonSchema.obj(6"street" to JsonSchema.string(),7"city" to JsonSchema.string(),8"state" to JsonSchema.string(),9"zip" to JsonSchema.string()10val schema = JsonSchema.arr(11JsonSchema.obj(12"firstName" to JsonSchema.string(),13"lastName" to JsonSchema.string(),14"age" to JsonSchema.int(),15"address" to JsonSchema.obj(16"street" to JsonSchema.string(),17"city" to JsonSchema.string(),18"state" to JsonSchema.string(),19"zip" to JsonSchema.string()20val schema = JsonSchema.any()21val schema = JsonSchema.string()22val schema = JsonSchema.int()23val schema = JsonSchema.number()24val schema = JsonSchema.boolean()25val schema = JsonSchema.null()26val schema = JsonSchema.obj(27"firstName" to JsonSchema.string(),28"lastName" to JsonSchema.string(),29"age" to JsonSchema.int(),30"address" to JsonSchema.obj(31"street" to JsonSchema.string(),32"city" to JsonSchema.string(),

JsonSchema.Builder.obj

Using AI Code Generation

1val schema = JsonSchema.obj {2"firstName" to JsonSchema.string()3"lastName" to JsonSchema.string()4"age" to JsonSchema.int()5"address" to JsonSchema.obj {6"streetAddress" to JsonSchema.string()7"city" to JsonSchema.string()8"state" to JsonSchema.string()9"postalCode" to JsonSchema.string()10}11"phoneNumber" to JsonSchema.array(JsonSchema.string())12}13val personJson = """{14"address": {15},16}"""17personJson.shouldMatchJsonSchema(schema)18val schema = JsonSchema.array(JsonSchema.obj {19"firstName" to JsonSchema.string()20"lastName" to JsonSchema.string()21"age" to JsonSchema.int()22"address" to JsonSchema.obj {23"streetAddress" to JsonSchema.string()24"city" to JsonSchema.string()25"state" to JsonSchema.string()26"postalCode" to JsonSchema.string()27}28"phoneNumber" to JsonSchema.array(JsonSchema.string())29})30val personJson = """[{31"address": {32},33}]"""34personJson.shouldMatchJsonSchema(schema)35val schema = JsonSchema.string()36personJson.shouldMatchJsonSchema(schema)37val schema = JsonSchema.int()38personJson.shouldMatchJsonSchema(schema)

JsonSchema.Builder.obj

Using AI Code Generation

1import io.kotest.assertions.json.schema.*2val schema = JsonSchema.obj {3}4val schema = JsonSchema.obj {5}6val schema = JsonSchema.obj {7}8val schema = JsonSchema.obj {9}10val schema = JsonSchema.obj {11}12val schema = JsonSchema.obj {13}14val schema = JsonSchema.obj {15}16val schema = JsonSchema.obj {17}18val schema = JsonSchema.obj {19}

JsonSchema.Builder.obj

Using AI Code Generation

1val schema = JsonSchema.obj<TestClass> {2   "name" - string()3}4val schema = JsonSchema.obj<TestClass> {5   "testName" - string()6}7val schema = JsonSchema.obj<TestClass> {8   "name" - int()9}10val schema = JsonSchema.obj<TestClass> {11   "testName" - int()12}13val schema = JsonSchema.obj<TestClass> {14   "testName" - int().min(1)15}16val schema = JsonSchema.obj<TestClass> {17   "testName" - int().min(1)18}19val schema = JsonSchema.obj<TestClass> {20   "testName" - int().min(1)21}22val schema = JsonSchema.obj<TestClass> {23   "testName" - int().min(1)24}25val schema = JsonSchema.obj<TestClass> {26   "testName" - int().min(1)27}28val schema = JsonSchema.obj<TestClass> {29   "testName" - int().min(1)30}

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