private CosmosSerializer GetSerializer <T>()
{
Type inputType = typeof(T);
if (inputType == typeof(PatchSpec))
{
if (this.patchOperationSerializer == null)
{
this.patchOperationSerializer = PatchOperationsJsonConverter.CreatePatchOperationsSerializer(
cosmosSerializer: this.customSerializer ?? new CosmosJsonDotNetSerializer(),
propertiesSerializer: CosmosSerializerCore.propertiesSerializer);
}
return(this.patchOperationSerializer);
}
if (this.customSerializer == null)
{
return(CosmosSerializerCore.propertiesSerializer);
}
if (inputType == typeof(AccountProperties) ||
inputType == typeof(DatabaseProperties) ||
inputType == typeof(ContainerProperties) ||
inputType == typeof(PermissionProperties) ||
inputType == typeof(StoredProcedureProperties) ||
inputType == typeof(TriggerProperties) ||
inputType == typeof(UserDefinedFunctionProperties) ||
inputType == typeof(UserProperties) ||
inputType == typeof(ConflictProperties) ||
inputType == typeof(ThroughputProperties) ||
inputType == typeof(OfferV2) ||
inputType == typeof(ClientEncryptionKeyProperties) ||
inputType == typeof(PartitionedQueryExecutionInfo))
{
return(CosmosSerializerCore.propertiesSerializer);
}
if (inputType == typeof(SqlQuerySpec))
{
throw new ArgumentException("SqlQuerySpec to stream must use the SqlQuerySpec override");
}
#if DEBUG
// This check is used to stop internal developers from deserializing an internal with the user's serialier that doesn't know how to materialize said type.
string clientAssemblyName = typeof(DatabaseProperties).Assembly.GetName().Name;
string directAssemblyName = typeof(Documents.PartitionKeyRange).Assembly.GetName().Name;
string inputAssemblyName = inputType.Assembly.GetName().Name;
bool inputIsClientOrDirect = string.Equals(inputAssemblyName, clientAssemblyName) || string.Equals(inputAssemblyName, directAssemblyName);
bool typeIsWhiteListed = inputType == typeof(Document);
if (!typeIsWhiteListed && inputIsClientOrDirect)
{
throw new ArgumentException($"User serializer is being used for internal type:{inputType.FullName}.");
}
#endif
return(this.customSerializer);
}
internal CosmosSerializerCore(
CosmosSerializer customSerializer = null)
{
if (customSerializer == null)
{
this.customSerializer = null;
this.sqlQuerySpecSerializer = null;
this.patchOperationSerializer = null;
}
else
{
this.customSerializer = new CosmosJsonSerializerWrapper(customSerializer);
this.sqlQuerySpecSerializer = CosmosSqlQuerySpecJsonConverter.CreateSqlQuerySpecSerializer(
cosmosSerializer: this.customSerializer,
propertiesSerializer: CosmosSerializerCore.propertiesSerializer);
this.patchOperationSerializer = PatchOperationsJsonConverter.CreatePatchOperationsSerializer(
cosmosSerializer: this.customSerializer,
propertiesSerializer: CosmosSerializerCore.propertiesSerializer);
}
}
internal CosmosSerializerCore(
CosmosSerializer customSerializer = null)
{
if (customSerializer == null)
{
this.customSerializer = null;
// this would allow us to set the JsonConverter and inturn handle Serialized/Stream Query Parameter Value.
this.sqlQuerySpecSerializer = CosmosSqlQuerySpecJsonConverter.CreateSqlQuerySpecSerializer(
cosmosSerializer: null,
propertiesSerializer: CosmosSerializerCore.propertiesSerializer);
this.patchOperationSerializer = null;
}
else
{
this.customSerializer = new CosmosJsonSerializerWrapper(customSerializer);
this.sqlQuerySpecSerializer = CosmosSqlQuerySpecJsonConverter.CreateSqlQuerySpecSerializer(
cosmosSerializer: this.customSerializer,
propertiesSerializer: CosmosSerializerCore.propertiesSerializer);
this.patchOperationSerializer = PatchOperationsJsonConverter.CreatePatchOperationsSerializer(
cosmosSerializer: this.customSerializer,
propertiesSerializer: CosmosSerializerCore.propertiesSerializer);
}
}