Coverage Summary for Class: AddressSerializer (com.ghost.serialization.integration.model)

 @file:OptIn(InternalGhostApi::class)
 
 package com.ghost.serialization.integration.model
 
 import com.ghost.serialization.InternalGhostApi
 import com.ghost.serialization.contract.GhostSerializer
 import com.ghost.serialization.parser.GhostJsonFlatReader
 import com.ghost.serialization.parser.GhostJsonReader
 import com.ghost.serialization.parser.JsonReaderOptions
 import com.ghost.serialization.parser.beginObject
 import com.ghost.serialization.parser.endObject
 import com.ghost.serialization.parser.nextString
 import com.ghost.serialization.parser.selectNameAndConsume
 import com.ghost.serialization.parser.skipValue
 import com.ghost.serialization.writer.GhostJsonFlatWriter
 import com.ghost.serialization.writer.GhostJsonWriter
 import okio.ByteString
 import okio.ByteString.Companion.encodeUtf8
 
 /**
  * High-performance serializer for [Address].
  * Generated by GhostSerialization. Do not modify manually.
  */
 public object AddressSerializer : GhostSerializer<Address> {
   override val typeName: String = "Address"
 
   private val OPTIONS: JsonReaderOptions =
       JsonReaderOptions.of(0, 31, 128, false, "street", "city", "zipCode", "country")
 
   private val H_CITY: ByteString = "\"city\":".encodeUtf8()
 
   private val H_COUNTRY: ByteString = "\"country\":".encodeUtf8()
 
   private val H_STREET: ByteString = "\"street\":".encodeUtf8()
 
   private val H_ZIPCODE: ByteString = "\"zipCode\":".encodeUtf8()
 
   private const val MASK_STREET: Long = 1L
 
   private const val MASK_CITY: Long = 2L
 
   private const val MASK_ZIPCODE: Long = 4L
 
   private const val MASK_COUNTRY: Long = 8L
 
   private const val MASK_REQUIRED_0: Long = 7L
 
   private const val MASK_OPTS_COUNTRY: Long = 8L
 
   private fun validateRequiredFields(mask0: Long, reader: GhostJsonReader) {
     if ((mask0 and MASK_REQUIRED_0) != MASK_REQUIRED_0) {
       if ((mask0 and MASK_STREET) == 0L) {
         reader.throwError("Required field 'street' missing in JSON")
       } else if ((mask0 and MASK_CITY) == 0L) {
         reader.throwError("Required field 'city' missing in JSON")
       } else if ((mask0 and MASK_ZIPCODE) == 0L) {
         reader.throwError("Required field 'zipCode' missing in JSON")
       }
     }
   }
 
   /**
    * Robust deserialization for [Address].
    */
   override fun deserialize(reader: GhostJsonReader): Address {
     var streetValue: String? = null
     var cityValue: String? = null
     var zipCodeValue: String? = null
     var countryValue: String? = null
     var mask0 = 0L
     reader.beginObject()
     while (true) {
       val index = reader.selectNameAndConsume(OPTIONS)
       when (index) {
         0 -> {
           streetValue = reader.nextString()
           mask0 = mask0 or MASK_STREET
         }
         1 -> {
           cityValue = reader.nextString()
           mask0 = mask0 or MASK_CITY
         }
         2 -> {
           zipCodeValue = reader.nextString()
           mask0 = mask0 or MASK_ZIPCODE
         }
         3 -> {
           countryValue = reader.nextString()
           mask0 = mask0 or MASK_COUNTRY
         }
         -1 -> break
         -2 -> {
           reader.skipValue()
         }
       }
     }
     reader.endObject()
     validateRequiredFields(mask0, reader)
     if ((mask0 and MASK_OPTS_COUNTRY) == MASK_OPTS_COUNTRY) {
       return Address(
         street = streetValue!!,
         city = cityValue!!,
         zipCode = zipCodeValue!!,
         country = countryValue!!,
       )
     }
     return Address(
       street = streetValue!!,
       city = cityValue!!,
       zipCode = zipCodeValue!!,
     )
   }
 
   private fun validateRequiredFields(mask0: Long, reader: GhostJsonFlatReader) {
     if ((mask0 and MASK_REQUIRED_0) != MASK_REQUIRED_0) {
       if ((mask0 and MASK_STREET) == 0L) {
         reader.throwError("Required field 'street' missing in JSON")
       } else if ((mask0 and MASK_CITY) == 0L) {
         reader.throwError("Required field 'city' missing in JSON")
       } else if ((mask0 and MASK_ZIPCODE) == 0L) {
         reader.throwError("Required field 'zipCode' missing in JSON")
       }
     }
   }
 
   /**
    * Robust deserialization for [Address].
    */
   override fun deserialize(reader: GhostJsonFlatReader): Address {
     var streetValue: String? = null
     var cityValue: String? = null
     var zipCodeValue: String? = null
     var countryValue: String? = null
     var mask0 = 0L
     reader.beginObject()
     while (true) {
       val index = reader.selectNameAndConsume(OPTIONS)
       when (index) {
         0 -> {
           streetValue = reader.nextString()
           mask0 = mask0 or MASK_STREET
         }
         1 -> {
           cityValue = reader.nextString()
           mask0 = mask0 or MASK_CITY
         }
         2 -> {
           zipCodeValue = reader.nextString()
           mask0 = mask0 or MASK_ZIPCODE
         }
         3 -> {
           countryValue = reader.nextString()
           mask0 = mask0 or MASK_COUNTRY
         }
         -1 -> break
         -2 -> {
           reader.skipValue()
         }
       }
     }
     reader.endObject()
     validateRequiredFields(mask0, reader)
     if ((mask0 and MASK_OPTS_COUNTRY) == MASK_OPTS_COUNTRY) {
       return Address(
         street = streetValue!!,
         city = cityValue!!,
         zipCode = zipCodeValue!!,
         country = countryValue!!,
       )
     }
     return Address(
       street = streetValue!!,
       city = cityValue!!,
       zipCode = zipCodeValue!!,
     )
   }
 
   override fun serialize(writer: GhostJsonWriter, `value`: Address) {
     writer.beginObject()
     writer.writeField(H_STREET, value.street)
     writer.writeField(H_CITY, value.city)
     writer.writeField(H_ZIPCODE, value.zipCode)
     writer.writeField(H_COUNTRY, value.country)
     writer.endObject()
   }
 
   override fun serialize(writer: GhostJsonFlatWriter, `value`: Address) {
     writer.beginObject()
     writer.writeField(H_STREET, value.street)
     writer.writeField(H_CITY, value.city)
     writer.writeField(H_ZIPCODE, value.zipCode)
     writer.writeField(H_COUNTRY, value.country)
     writer.endObject()
   }
 
   override fun warmUp() {
     try {
       val reader1 = GhostJsonReader("{\"street\":\"\",\"city\":\"\",\"zipCode\":\"\"}".encodeToByteArray())
       deserialize(reader1)
     } catch (_: Exception) {
     }
     try {
       val reader2 = GhostJsonFlatReader("{\"street\":\"\",\"city\":\"\",\"zipCode\":\"\"}".encodeToByteArray())
       deserialize(reader2)
     } catch (_: Exception) {
     }
   }
 }