private static void DecomposeType(
ICSharpClientBuilderContext context,
IType type,
ICollection <ResultTypeComponentDescriptor> components)
{
if (type.IsListType())
{
components.Add(new ResultTypeComponentDescriptor(
context.GetFullTypeName((IOutputType)type, null),
type.IsNullableType(),
type.IsListType(),
context.IsReferenceType((IOutputType)type, null)));
DecomposeType(
context,
type.ElementType(),
components);
}
else
{
components.Add(new ResultTypeComponentDescriptor(
context.GetFullTypeName((IOutputType)type, null),
true,
type.IsListType(),
context.IsReferenceType((IOutputType)type, null)));
}
}
public static ClientClassDescriptor CreateClientClassDescriptor(
ICSharpClientBuilderContext context,
ClientModel model)
{
bool needsStreamExecutor = false;
bool needsOperationExecutor = false;
var operations = new List <ClientOperationMethodDescriptor>();
foreach (OperationModel operation in model.Documents.SelectMany(t => t.Operations))
{
var arguments = new List <ClientOperationMethodParameterDescriptor>();
foreach (ArgumentModel argument in operation.Arguments)
{
bool isOptional =
argument.Type.IsNullableType() ||
argument.DefaultValue is { };
arguments.Add(new ClientOperationMethodParameterDescriptor(
GetParameterName(argument.Name),
GetPropertyName(argument.Name),
context.GetFullTypeName(argument.Type, isOptional),
isOptional,
null));
}
bool isStream = operation.Operation.Operation == OperationType.Subscription;
if (!isStream)
{
needsOperationExecutor = true;
}
if (isStream)
{
needsStreamExecutor = true;
}
operations.Add(new ClientOperationMethodDescriptor(
GetPropertyName(operation.Operation.Name !.Value),
operation.Name,
isStream,
context.GetFullTypeName(operation.Parser.ReturnType),
arguments));
}
return(new ClientClassDescriptor(
context.Name,
context.Namespace,
GetInterfaceName(context.Name),
context.Types.IOperationExecutorPool,
needsOperationExecutor ? context.Types.IOperationExecutor : null,
needsStreamExecutor ? context.Types.IOperationStreamExecutor : null,
operations));
}
private static void RegisterDeserializationMethod(
ICSharpClientBuilderContext context,
HashSet <string> methodNames,
List <ResultParserDeserializerMethodDescriptor> deserializerMethods,
List <ValueSerializerDescriptor> valueSerializers,
string deserializerName,
IType type)
{
if (methodNames.Add(deserializerName))
{
string leafTypeName = type.NamedType().Print();
ValueSerializerDescriptor?serializer =
valueSerializers.FirstOrDefault(t => t.Name == leafTypeName);
if (serializer is null)
{
serializer = new ValueSerializerDescriptor(
leafTypeName,
GetFieldName(leafTypeName, "Serializer"));
}
var runtimeTypeComponents = new List <ResultTypeComponentDescriptor>();
DecomposeType(context, type, runtimeTypeComponents);
deserializerMethods.Add(new ResultParserDeserializerMethodDescriptor(
deserializerName,
context.GetSerializationTypeName(type),
context.GetFullTypeName((IOutputType)type, null),
runtimeTypeComponents,
serializer));
}
}
public static EnumValueSerializerDescriptor CreateEnumValueSerializerDescriptor(
ICSharpClientBuilderContext context,
EnumTypeModel model)
{
return(new EnumValueSerializerDescriptor(
context.CreateTypeName($"{model.Name}ValueSerializer"),
context.Namespace,
model.Type.Name,
context.GetFullTypeName((EnumType)model.Type),
CreateEnumElementDescriptors(model)));
}
public static InputModelDescriptor CreateInputModelDescriptor(
ICSharpClientBuilderContext context,
ComplexInputTypeModel model)
{
var fields = new List <InputFieldDescriptor>();
foreach (InputFieldModel field in model.Fields)
{
fields.Add(new InputFieldDescriptor(
field.Name,
context.GetFullTypeName(field.Type)));
}
return(new InputModelDescriptor(
model.Name,
context.Namespace,
fields));
}
public ResultParserDescriptor Create(
ICSharpClientBuilderContext context,
ParserModel model)
{
var temp = new StringBuilder();
var typeNames = new HashSet <string>();
var methodNames = new HashSet <string>();
var parserMethods = new List <ResultParserMethodDescriptor>();
var deserializerMethods = new List <ResultParserDeserializerMethodDescriptor>();
var valueSerializers = new List <ValueSerializerDescriptor>();
foreach (FieldParserModel fieldParser in model.FieldParsers)
{
var possibleTypes = new List <ResultTypeDescriptor>();
foreach (ComplexOutputTypeModel possibleType in fieldParser.PossibleTypes)
{
var components = new List <ResultTypeComponentDescriptor>();
var fields = new List <ResultFieldDescriptor>();
foreach (OutputFieldModel field in possibleType.Fields)
{
string?methodName;
if (field.Type.IsLeafType())
{
methodName = CreateDeserializerName(fieldParser.FieldType);
RegisterDeserializationMethod(
context,
methodNames,
deserializerMethods,
valueSerializers,
CreateDeserializerName(fieldParser.FieldType),
fieldParser.FieldType);
}
else
{
methodName = $"Parse{GetPathName(field.Path)}";
}
fields.Add(new ResultFieldDescriptor(field.Name, methodName));
}
IType possibleFieldType = RewriteType(fieldParser.FieldType, possibleType.Type);
DecomposeType(context, possibleFieldType, components);
possibleTypes.Add(new ResultTypeDescriptor(
context.GetFullTypeName(
(IOutputType)possibleFieldType,
fieldParser.Selection.SelectionSet),
possibleFieldType.NamedType().Name,
components,
fields));
}
var returnTypeComponents = new List <ResultTypeComponentDescriptor>();
DecomposeType(context, fieldParser.FieldType, returnTypeComponents);
parserMethods.Add(new ResultParserMethodDescriptor(
$"Parse{GetPathName(fieldParser.Path)}",
new ResultTypeDescriptor(
context.GetFullTypeName(
(IOutputType)fieldParser.FieldType,
fieldParser.Selection.SelectionSet),
fieldParser.FieldType.NamedType().Name,
returnTypeComponents,
Array.Empty <ResultFieldDescriptor>()),
possibleTypes,
false));
}
return(new ResultParserDescriptor(
model.Name,
context.Namespace,
context.GetFullTypeName(model.ReturnType),
parserMethods,
deserializerMethods,
valueSerializers));
}