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dart.libraries.dio.serialization.built_value.class_serializer.mustache Maven / Gradle / Ivy
class _${{classname}}Serializer implements PrimitiveSerializer<{{classname}}> {
@override
final Iterable types = const [{{classname}}{{^vendorExtensions.x-is-parent}}, _${{classname}}{{/vendorExtensions.x-is-parent}}];
@override
final String wireName = r'{{classname}}';
Iterable _serializeProperties(
Serializers serializers,
{{{classname}}} object, {
FullType specifiedType = FullType.unspecified,
}) sync* {
{{#vendorExtensions.x-self-and-ancestor-only-props}}
{{#required}}
{{!
A required property need to always be part of the serialized output.
When it is nullable, null is serialized, otherwise it is an error if it is null.
}}
yield r'{{baseName}}';
yield {{#isNullable}}object.{{{name}}} == null ? null : {{/isNullable}}serializers.serialize(
object.{{{name}}},
specifiedType: const {{>serialization/built_value/variable_serializer_type}},
);
{{/required}}
{{^required}}
if (object.{{{name}}} != null) {
{{! Non-required properties are only serialized if not null. }}
yield r'{{baseName}}';
yield serializers.serialize(
object.{{{name}}},
specifiedType: const {{>serialization/built_value/variable_serializer_type}},
);
}
{{/required}}
{{/vendorExtensions.x-self-and-ancestor-only-props}}
}
@override
Object serialize(
Serializers serializers,
{{{classname}}} object, {
FullType specifiedType = FullType.unspecified,
}) {
{{! oneOf }}
{{#oneOf}}
{{#-first}}
final oneOf = object.oneOf;
{{#vendorExtensions.x-self-and-ancestor-only-props}}
final result = _serializeProperties(serializers, object, specifiedType: specifiedType).toList();
result.addAll(serializers.serialize(oneOf.value, specifiedType: FullType(oneOf.valueType)) as Iterable);
return result;
{{/vendorExtensions.x-self-and-ancestor-only-props}}
{{^vendorExtensions.x-self-and-ancestor-only-props}}
return serializers.serialize(oneOf.value, specifiedType: FullType(oneOf.valueType))!;
{{/vendorExtensions.x-self-and-ancestor-only-props}}
{{/-first}}
{{/oneOf}}
{{! anyOf }}
{{#anyOf}}
{{#-first}}
final anyOf = object.anyOf;
{{#vendorExtensions.x-self-and-ancestor-only-props}}
final result = _serializeProperties(serializers, object, specifiedType: specifiedType).toList();
final serialized = serializers.serialize(anyOf, specifiedType: FullType(AnyOf, anyOf.valueTypes.map((type) => FullType(type)).toList()));
result.addAll((serialized is Map ? serialized.entries.map((e) => [e.key, e.value]).expand((e) => e) : serialized) as Iterable);
return result;
{{/vendorExtensions.x-self-and-ancestor-only-props}}
{{^vendorExtensions.x-self-and-ancestor-only-props}}
return serializers.serialize(anyOf, specifiedType: FullType(AnyOf, anyOf.valueTypes.map((type) => FullType(type)).toList()))!;
{{/vendorExtensions.x-self-and-ancestor-only-props}}
{{/-first}}
{{/anyOf}}
{{^oneOf}}
{{^anyOf}}
{{#hasDiscriminatorWithNonEmptyMapping}}
{{#discriminator}}
{{! handle discriminator }}
{{#mappedModels}}
if (object is {{modelName}}) {
return serializers.serialize(object, specifiedType: FullType({{modelName}}))!;
}
{{/mappedModels}}
{{/discriminator}}
{{/hasDiscriminatorWithNonEmptyMapping}}
return _serializeProperties(serializers, object, specifiedType: specifiedType).toList();
{{/anyOf}}
{{/oneOf}}
}
{{#vendorExtensions.x-has-self-and-ancestor-only-props}}{{^vendorExtensions.x-is-parent}}{{>serialization/built_value/deserialize_properties}}
{{/vendorExtensions.x-is-parent}}{{/vendorExtensions.x-has-self-and-ancestor-only-props}} @override
{{classname}} deserialize(
Serializers serializers,
Object serialized, {
FullType specifiedType = FullType.unspecified,
}) {
{{! oneOf }}
{{#oneOf}}
{{#-first}}
final result = {{#vendorExtensions.x-is-parent}}${{/vendorExtensions.x-is-parent}}{{classname}}Builder();
Object? oneOfDataSrc;
{{#hasDiscriminatorWithNonEmptyMapping}}
{{#discriminator}}
{{! has props, assign them to result, and extract unhandled }}
final serializedList = (serialized as Iterable).toList();
final discIndex = serializedList.indexOf({{classname}}.discriminatorFieldName) + 1;
final discValue = serializers.deserialize(serializedList[discIndex], specifiedType: FullType(String)) as String;
{{#vendorExtensions.x-has-self-and-ancestor-only-props}}
final unhandled = [];
_deserializeProperties(
serializers,
serialized,
specifiedType: specifiedType,
serializedList: serializedList,
unhandled: unhandled,
result: result
);
{{! only deserialize unhandled props }}
oneOfDataSrc = unhandled;
{{/vendorExtensions.x-has-self-and-ancestor-only-props}}
{{^vendorExtensions.x-has-self-and-ancestor-only-props}}
oneOfDataSrc = serialized;
{{! has no probs at all, pass the serialized as is }}
{{/vendorExtensions.x-has-self-and-ancestor-only-props}}
final oneOfTypes = [{{#mappedModels}}{{modelName}}, {{/mappedModels}}{{#vendorExtensions.x-is-parent}}${{classname}}{{/vendorExtensions.x-is-parent}}];
Object oneOfResult;
Type oneOfType;
switch (discValue) {
{{#mappedModels}}
case r'{{mappingName}}':
oneOfResult = serializers.deserialize(
oneOfDataSrc,
specifiedType: FullType({{modelName}}),
) as {{modelName}};
oneOfType = {{modelName}};
break;
{{/mappedModels}}
default:
{{#vendorExtensions.x-is-parent}}
oneOfResult = serializers.deserialize(
oneOfDataSrc,
specifiedType: FullType(${{classname}}),
) as ${{classname}};
oneOfType = ${{classname}};
{{/vendorExtensions.x-is-parent}}
{{^vendorExtensions.x-is-parent}}
throw UnsupportedError("Couldn't deserialize oneOf for the discriminator value: ${discValue}");
{{/vendorExtensions.x-is-parent}}
}
result.oneOf = OneOfDynamic(typeIndex: oneOfTypes.indexOf(oneOfType), types: oneOfTypes, value: oneOfResult);
{{/discriminator}}
{{/hasDiscriminatorWithNonEmptyMapping}}
{{^hasDiscriminatorWithNonEmptyMapping}}
{{! use the OneOfSerializer when there is no discriminator }}
final targetType = const FullType(OneOf, [{{#composedSchemas}}{{#oneOf}}{{>serialization/built_value/variable_serializer_type}}, {{/oneOf}}{{/composedSchemas}}]);
{{#vendorExtensions.x-has-self-and-ancestor-only-props}}
{{! has props, assign them to result, and extract unhandled }}
final serializedList = (serialized as Iterable).toList();
final unhandled = [];
_deserializeProperties(
serializers,
serialized,
specifiedType: specifiedType,
serializedList: serializedList,
unhandled: unhandled,
result: result,
);
{{! only deserialize unhandled props }}
oneOfDataSrc = unhandled;
{{/vendorExtensions.x-has-self-and-ancestor-only-props}}
{{^vendorExtensions.x-has-self-and-ancestor-only-props}}
{{! has no probs at all, pass the serialized as is }}
oneOfDataSrc = serialized;
{{/vendorExtensions.x-has-self-and-ancestor-only-props}}
result.oneOf = serializers.deserialize(oneOfDataSrc, specifiedType: targetType) as OneOf;
{{/hasDiscriminatorWithNonEmptyMapping}}
return result.build();
{{/-first}}
{{/oneOf}}
{{! anyOf }}
{{#anyOf}}
{{#-first}}
final result = {{#vendorExtensions.x-is-parent}}${{/vendorExtensions.x-is-parent}}{{classname}}Builder();
Object? anyOfDataSrc;
{{#hasDiscriminatorWithNonEmptyMapping}}
{{#discriminator}}
{{! has props, assign them to result, and extract unhandled }}
final serializedList = (serialized as Iterable).toList();
final discIndex = serializedList.indexOf({{classname}}.discriminatorFieldName) + 1;
final discValue = serializers.deserialize(serializedList[discIndex], specifiedType: FullType(String)) as String;
{{#vendorExtensions.x-has-self-and-ancestor-only-props}}
final unhandled = [];
_deserializeProperties(
serializers,
serialized,
specifiedType: specifiedType,
serializedList: serializedList,
unhandled: unhandled,
result: result,
);
{{! only deserialize unhandled props }}
anyOfDataSrc = unhandled;
{{/vendorExtensions.x-has-self-and-ancestor-only-props}}
{{^vendorExtensions.x-has-self-and-ancestor-only-props}}
anyOfDataSrc = serialized;
{{! has no probs at all, pass the serialized as is }}
{{/vendorExtensions.x-has-self-and-ancestor-only-props}}
final anyOfTypes = [{{#mappedModels}}{{modelName}}, {{/mappedModels}}{{#vendorExtensions.x-is-parent}}${{classname}}{{/vendorExtensions.x-is-parent}}];
Object anyOfResult;
Type anyOfType;
switch (discValue) {
{{#mappedModels}}
case r'{{mappingName}}':
anyOfResult = serializers.deserialize(anyOfDataSrc, specifiedType: FullType({{modelName}})) as {{modelName}};
anyOfType = {{modelName}};
break;
{{/mappedModels}}
default:
{{#vendorExtensions.x-is-parent}}
anyOfResult = serializers.deserialize(anyOfDataSrc, specifiedType: FullType(${{classname}})) as ${{classname}};
anyOfType = ${{classname}};
{{/vendorExtensions.x-is-parent}}
{{^vendorExtensions.x-is-parent}}
throw UnsupportedError("Couldn't deserialize anyOf for the discriminator value: ${discValue}");
{{/vendorExtensions.x-is-parent}}
}
result.anyOf = AnyOfDynamic(values: {anyOfTypes.indexOf(anyOfType): anyOfResult}, types: anyOfTypes);
{{/discriminator}}
{{/hasDiscriminatorWithNonEmptyMapping}}
{{^hasDiscriminatorWithNonEmptyMapping}}
{{! use the OneOfSerializer when there is no discriminator }}
final targetType = const FullType(AnyOf, [{{#composedSchemas}}{{#anyOf}}{{>serialization/built_value/variable_serializer_type}}, {{/anyOf}}{{/composedSchemas}}]);
{{#vendorExtensions.x-has-self-and-ancestor-only-props}}
{{! has props, assign them to result, and extract unhandled }}
final serializedList = (serialized as Iterable).toList();
final unhandled = [];
_deserializeProperties(
serializers,
serialized,
specifiedType: specifiedType,
serializedList: serializedList,
unhandled: unhandled,
result: result,
);
{{! only deserialize unhandled props }}
anyOfDataSrc = unhandled;
{{/vendorExtensions.x-has-self-and-ancestor-only-props}}
{{^vendorExtensions.x-has-self-and-ancestor-only-props}}
{{! has no probs at all, pass the serialized as is }}
anyOfDataSrc = serialized;
{{/vendorExtensions.x-has-self-and-ancestor-only-props}}
result.anyOf = serializers.deserialize(anyOfDataSrc, specifiedType: targetType) as AnyOf;
{{/hasDiscriminatorWithNonEmptyMapping}}
return result.build();
{{/-first}}
{{/anyOf}}
{{! no anyOf nor oneOf, handles allOf trees }}
{{^oneOf}}
{{^anyOf}}
{{#vendorExtensions.x-is-parent}}
{{!
parent classes don't have builder
so they must delegate to another serializer using
1) discriminator + mapping
2) concrete implementation ($classname)
}}
{{#hasDiscriminatorWithNonEmptyMapping}}
{{#discriminator}}
final serializedList = (serialized as Iterable).toList();
final discIndex = serializedList.indexOf({{classname}}.discriminatorFieldName) + 1;
final discValue = serializers.deserialize(serializedList[discIndex], specifiedType: FullType(String)) as String;
switch (discValue) {
{{#mappedModels}}
case r'{{mappingName}}':
return serializers.deserialize(serialized, specifiedType: FullType({{modelName}})) as {{modelName}};
{{/mappedModels}}
default:
return serializers.deserialize(serialized, specifiedType: FullType(${{classname}})) as ${{classname}};
}
{{/discriminator}}
{{/hasDiscriminatorWithNonEmptyMapping}}
{{^hasDiscriminatorWithNonEmptyMapping}}
return serializers.deserialize(serialized, specifiedType: FullType(${{classname}})) as ${{classname}};
{{/hasDiscriminatorWithNonEmptyMapping}}
{{/vendorExtensions.x-is-parent}}
{{^vendorExtensions.x-is-parent}}
final result = {{classname}}Builder();
final serializedList = (serialized as Iterable).toList();
{{#vendorExtensions.x-has-self-and-ancestor-only-props}}
{{! has props, assign them to result, and extract unhandled }}
final unhandled = [];
_deserializeProperties(
serializers,
serialized,
specifiedType: specifiedType,
serializedList: serializedList,
unhandled: unhandled,
result: result,
);
{{/vendorExtensions.x-has-self-and-ancestor-only-props}}
return result.build();
{{/vendorExtensions.x-is-parent}}
{{/anyOf}}
{{/oneOf}}
}
}
