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The AWS SDK for Kotlin client for Glue

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// Code generated by smithy-kotlin-codegen. DO NOT EDIT!

package aws.sdk.kotlin.services.glue.serde

import aws.sdk.kotlin.services.glue.model.Column
import aws.sdk.kotlin.services.glue.model.Table
import aws.smithy.kotlin.runtime.serde.Deserializer
import aws.smithy.kotlin.runtime.serde.SdkFieldDescriptor
import aws.smithy.kotlin.runtime.serde.SdkObjectDescriptor
import aws.smithy.kotlin.runtime.serde.SerialKind
import aws.smithy.kotlin.runtime.serde.asSdkSerializable
import aws.smithy.kotlin.runtime.serde.deserializeList
import aws.smithy.kotlin.runtime.serde.deserializeMap
import aws.smithy.kotlin.runtime.serde.deserializeStruct
import aws.smithy.kotlin.runtime.serde.field
import aws.smithy.kotlin.runtime.serde.json.JsonDeserializer
import aws.smithy.kotlin.runtime.serde.json.JsonSerialName
import aws.smithy.kotlin.runtime.serde.serializeList
import aws.smithy.kotlin.runtime.serde.serializeMap
import aws.smithy.kotlin.runtime.serde.serializeStruct
import aws.smithy.kotlin.runtime.time.Instant
import aws.smithy.kotlin.runtime.time.TimestampFormat
import kotlin.collections.mutableListOf
import kotlin.collections.mutableMapOf

internal fun deserializeTableDocument(deserializer: Deserializer): Table {
    val builder = Table.Builder()
    val CATALOGID_DESCRIPTOR = SdkFieldDescriptor(SerialKind.String, JsonSerialName("CatalogId"))
    val CREATETIME_DESCRIPTOR = SdkFieldDescriptor(SerialKind.Timestamp, JsonSerialName("CreateTime"))
    val CREATEDBY_DESCRIPTOR = SdkFieldDescriptor(SerialKind.String, JsonSerialName("CreatedBy"))
    val DATABASENAME_DESCRIPTOR = SdkFieldDescriptor(SerialKind.String, JsonSerialName("DatabaseName"))
    val DESCRIPTION_DESCRIPTOR = SdkFieldDescriptor(SerialKind.String, JsonSerialName("Description"))
    val FEDERATEDTABLE_DESCRIPTOR = SdkFieldDescriptor(SerialKind.Struct, JsonSerialName("FederatedTable"))
    val ISMULTIDIALECTVIEW_DESCRIPTOR = SdkFieldDescriptor(SerialKind.Boolean, JsonSerialName("IsMultiDialectView"))
    val ISREGISTEREDWITHLAKEFORMATION_DESCRIPTOR = SdkFieldDescriptor(SerialKind.Boolean, JsonSerialName("IsRegisteredWithLakeFormation"))
    val LASTACCESSTIME_DESCRIPTOR = SdkFieldDescriptor(SerialKind.Timestamp, JsonSerialName("LastAccessTime"))
    val LASTANALYZEDTIME_DESCRIPTOR = SdkFieldDescriptor(SerialKind.Timestamp, JsonSerialName("LastAnalyzedTime"))
    val NAME_DESCRIPTOR = SdkFieldDescriptor(SerialKind.String, JsonSerialName("Name"))
    val OWNER_DESCRIPTOR = SdkFieldDescriptor(SerialKind.String, JsonSerialName("Owner"))
    val PARAMETERS_DESCRIPTOR = SdkFieldDescriptor(SerialKind.Map, JsonSerialName("Parameters"))
    val PARTITIONKEYS_DESCRIPTOR = SdkFieldDescriptor(SerialKind.List, JsonSerialName("PartitionKeys"))
    val RETENTION_DESCRIPTOR = SdkFieldDescriptor(SerialKind.Integer, JsonSerialName("Retention"))
    val STATUS_DESCRIPTOR = SdkFieldDescriptor(SerialKind.Struct, JsonSerialName("Status"))
    val STORAGEDESCRIPTOR_DESCRIPTOR = SdkFieldDescriptor(SerialKind.Struct, JsonSerialName("StorageDescriptor"))
    val TABLETYPE_DESCRIPTOR = SdkFieldDescriptor(SerialKind.String, JsonSerialName("TableType"))
    val TARGETTABLE_DESCRIPTOR = SdkFieldDescriptor(SerialKind.Struct, JsonSerialName("TargetTable"))
    val UPDATETIME_DESCRIPTOR = SdkFieldDescriptor(SerialKind.Timestamp, JsonSerialName("UpdateTime"))
    val VERSIONID_DESCRIPTOR = SdkFieldDescriptor(SerialKind.String, JsonSerialName("VersionId"))
    val VIEWDEFINITION_DESCRIPTOR = SdkFieldDescriptor(SerialKind.Struct, JsonSerialName("ViewDefinition"))
    val VIEWEXPANDEDTEXT_DESCRIPTOR = SdkFieldDescriptor(SerialKind.String, JsonSerialName("ViewExpandedText"))
    val VIEWORIGINALTEXT_DESCRIPTOR = SdkFieldDescriptor(SerialKind.String, JsonSerialName("ViewOriginalText"))
    val OBJ_DESCRIPTOR = SdkObjectDescriptor.build {
        field(CATALOGID_DESCRIPTOR)
        field(CREATETIME_DESCRIPTOR)
        field(CREATEDBY_DESCRIPTOR)
        field(DATABASENAME_DESCRIPTOR)
        field(DESCRIPTION_DESCRIPTOR)
        field(FEDERATEDTABLE_DESCRIPTOR)
        field(ISMULTIDIALECTVIEW_DESCRIPTOR)
        field(ISREGISTEREDWITHLAKEFORMATION_DESCRIPTOR)
        field(LASTACCESSTIME_DESCRIPTOR)
        field(LASTANALYZEDTIME_DESCRIPTOR)
        field(NAME_DESCRIPTOR)
        field(OWNER_DESCRIPTOR)
        field(PARAMETERS_DESCRIPTOR)
        field(PARTITIONKEYS_DESCRIPTOR)
        field(RETENTION_DESCRIPTOR)
        field(STATUS_DESCRIPTOR)
        field(STORAGEDESCRIPTOR_DESCRIPTOR)
        field(TABLETYPE_DESCRIPTOR)
        field(TARGETTABLE_DESCRIPTOR)
        field(UPDATETIME_DESCRIPTOR)
        field(VERSIONID_DESCRIPTOR)
        field(VIEWDEFINITION_DESCRIPTOR)
        field(VIEWEXPANDEDTEXT_DESCRIPTOR)
        field(VIEWORIGINALTEXT_DESCRIPTOR)
    }

    deserializer.deserializeStruct(OBJ_DESCRIPTOR) {
        loop@while (true) {
            when (findNextFieldIndex()) {
                CATALOGID_DESCRIPTOR.index -> builder.catalogId = deserializeString()
                CREATETIME_DESCRIPTOR.index -> builder.createTime = deserializeInstant(TimestampFormat.EPOCH_SECONDS)
                CREATEDBY_DESCRIPTOR.index -> builder.createdBy = deserializeString()
                DATABASENAME_DESCRIPTOR.index -> builder.databaseName = deserializeString()
                DESCRIPTION_DESCRIPTOR.index -> builder.description = deserializeString()
                FEDERATEDTABLE_DESCRIPTOR.index -> builder.federatedTable = deserializeFederatedTableDocument(deserializer)
                ISMULTIDIALECTVIEW_DESCRIPTOR.index -> builder.isMultiDialectView = deserializeBoolean()
                ISREGISTEREDWITHLAKEFORMATION_DESCRIPTOR.index -> builder.isRegisteredWithLakeFormation = deserializeBoolean()
                LASTACCESSTIME_DESCRIPTOR.index -> builder.lastAccessTime = deserializeInstant(TimestampFormat.EPOCH_SECONDS)
                LASTANALYZEDTIME_DESCRIPTOR.index -> builder.lastAnalyzedTime = deserializeInstant(TimestampFormat.EPOCH_SECONDS)
                NAME_DESCRIPTOR.index -> builder.name = deserializeString()
                OWNER_DESCRIPTOR.index -> builder.owner = deserializeString()
                PARAMETERS_DESCRIPTOR.index -> builder.parameters =
                    deserializer.deserializeMap(PARAMETERS_DESCRIPTOR) {
                        val map0 = mutableMapOf()
                        while (hasNextEntry()) {
                            val k0 = key()
                            val v0 = if (nextHasValue()) { deserializeString() } else { deserializeNull(); continue }
                            map0[k0] = v0
                        }
                        map0
                    }
                PARTITIONKEYS_DESCRIPTOR.index -> builder.partitionKeys =
                    deserializer.deserializeList(PARTITIONKEYS_DESCRIPTOR) {
                        val col0 = mutableListOf()
                        while (hasNextElement()) {
                            val el0 = if (nextHasValue()) { deserializeColumnDocument(deserializer) } else { deserializeNull(); continue }
                            col0.add(el0)
                        }
                        col0
                    }
                RETENTION_DESCRIPTOR.index -> builder.retention = deserializeInt()
                STATUS_DESCRIPTOR.index -> builder.status = deserializeTableStatusDocument(deserializer)
                STORAGEDESCRIPTOR_DESCRIPTOR.index -> builder.storageDescriptor = deserializeStorageDescriptorDocument(deserializer)
                TABLETYPE_DESCRIPTOR.index -> builder.tableType = deserializeString()
                TARGETTABLE_DESCRIPTOR.index -> builder.targetTable = deserializeTableIdentifierDocument(deserializer)
                UPDATETIME_DESCRIPTOR.index -> builder.updateTime = deserializeInstant(TimestampFormat.EPOCH_SECONDS)
                VERSIONID_DESCRIPTOR.index -> builder.versionId = deserializeString()
                VIEWDEFINITION_DESCRIPTOR.index -> builder.viewDefinition = deserializeViewDefinitionDocument(deserializer)
                VIEWEXPANDEDTEXT_DESCRIPTOR.index -> builder.viewExpandedText = deserializeString()
                VIEWORIGINALTEXT_DESCRIPTOR.index -> builder.viewOriginalText = deserializeString()
                null -> break@loop
                else -> skipValue()
            }
        }
    }
    builder.correctErrors()
    return builder.build()
}




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