public static WebApi Map(IDictionary <string, object> model)
{
if (model == null)
{
return(null);
}
var name = model["name"] as string;
var description = model["description"] as string;
var host = model["host"] as string;
IEnumerable <string> schemes = StringEnumerationMapper.Map(model["schemes"] as object[]);
IEnumerable <EndPoint> endPoints = EndPointMapper.Map(model["endpoints"] as object[]);
IEnumerable <string> servers = StringEnumerationMapper.Map(model["servers"] as object[]);
IEnumerable <string> accepts = StringEnumerationMapper.Map(model["accepts"] as object[]);
IEnumerable <string> contentType = StringEnumerationMapper.Map(model["contentType"] as object[]);
string version = model["version"] as string;
string termsOfService = model["termsOfService"] as string;
Organization provider = OrganizationMapper.Map(model["provider"] as IDictionary <string, object>);
License license = LicenseMapper.Map(model["license"] as IDictionary <string, object>);
IEnumerable <Documentation> documentations = DocumentationMapper.Map(model["documentations"] as object[]);
IEnumerable <Parameter> baseUriParameters = ParameterMapper.Map(model["baseUriParameters"] as object[]);
IEnumerable <ParametrizedSecurityScheme> security = ParametrizedSecuritySchemeMapper.Map(model["security"] as object[]);
return(new WebApi(name, description, host, schemes, endPoints, servers, accepts, contentType, version, termsOfService,
provider, license, documentations, baseUriParameters, security));
}
private static Shape GetFileShape(IDictionary <string, object> shape, string linkTargetName, int multipleOf, string format, string exclusiveMaximum, string exclusiveMinimum, string maximum, string minimum, int maxLength, int minLength, string pattern)
{
var fileTypes = StringEnumerationMapper.Map(shape["fileTypes"] as object[]);
var @default = Map(shape["default"] as IDictionary <string, object>);
return(new FileShape(pattern, minLength, maxLength, minimum, maximum, exclusiveMinimum, exclusiveMaximum, format, multipleOf, fileTypes,
DocumentationMapper.Map(shape["documentation"] as IDictionary <string, object>),
XmlSerializerMapper.Map(shape["xmlSerialization"] as IDictionary <string, object>), ExampleMapper.Map(shape["examples"] as object[]),
shape["id"] as string, shape["name"] as string, shape["displayName"] as string, shape["description"] as string, @default,
StringEnumerationMapper.Map(shape["values"] as object[]), Map(shape["inherits"] as object[]), linkTargetName));
}
private static Operation Map(IDictionary <string, object> operation)
{
if (operation == null)
{
return(null);
}
return(new Operation(operation["method"] as string, operation["name"] as string, operation["description"] as string,
operation["deprecated"] == null ? false : Convert.ToBoolean(operation["deprecated"]), operation["summary"] as string,
DocumentationMapper.Map(operation["documentation"] as IDictionary <string, object>),
StringEnumerationMapper.Map(operation["schemes"] as object[]), StringEnumerationMapper.Map(operation["accepts"] as object[]),
StringEnumerationMapper.Map(operation["contentType"] as object[]), RequestMapper.Map(operation["request"] as IDictionary <string, object>),
ResponseMapper.Map(operation["responses"] as object[]), SecuritySchemeMapper.Map(operation["security"] as object[])));
}
private static SchemaShape MapSchema(IDictionary <string, object> schema)
{
if (schema == null)
{
return(null);
}
var @default = Map(schema["default"] as IDictionary <string, object>);
return(new SchemaShape(schema["mediaType"] as string, schema["raw"] as string,
DocumentationMapper.Map(schema["documentation"] as IDictionary <string, object>),
XmlSerializerMapper.Map(schema["xmlSerialization"] as IDictionary <string, object>), ExampleMapper.Map(schema["examples"] as object[]),
schema["id"] as string, schema["name"] as string, schema["displayName"] as string, schema["description"] as string, @default,
StringEnumerationMapper.Map(schema["values"] as object[]), Map(schema["inherits"] as object[]),
GetLinkTargetName(schema)));
}
internal static Shape Map(IDictionary <string, object> shape)
{
if (shape == null)
{
return(null);
}
string linkTargetName = GetLinkTargetName(shape);
if ((shape["isFile"] as bool?) == true)
{
var multipleOf = ParameterMapperUtils.MapInt(shape, "multipleOf");
var format = shape["format"] as string;
var exclusiveMaximum = shape["exclusiveMaximum"] is bool?ParameterMapperUtils.MapBool(shape, "exclusiveMaximum").ToString() : null;
var exclusiveMinimum = shape["exclusiveMinimum"] is bool?ParameterMapperUtils.MapBool(shape, "exclusiveMinimum").ToString() : null;
var maximum = shape["maximum"] is int?ParameterMapperUtils.MapInt(shape, "maximum").ToString() : null;
var minimum = shape["minimum"] is int?ParameterMapperUtils.MapInt(shape, "minimum").ToString() : null;
var maxLength = ParameterMapperUtils.MapInt(shape, "maxLength");
var minLength = ParameterMapperUtils.MapInt(shape, "minLength");
var pattern = shape["pattern"] as string;
return(GetFileShape(shape, linkTargetName, multipleOf, format, exclusiveMaximum, exclusiveMinimum, maximum, minimum, maxLength, minLength, pattern));
}
var @default = Map(shape["default"] as IDictionary <string, object>);
if (shape["items"] != null) // Array
{
return(new ArrayShape(Map(shape["items"] as IDictionary <string, object>), ParameterMapperUtils.MapInt(shape, "minItems"),
ParameterMapperUtils.MapInt(shape, "maxItems"), ParameterMapperUtils.MapBool(shape, "uniqueItems"),
DocumentationMapper.Map(shape["documentation"] as IDictionary <string, object>),
XmlSerializerMapper.Map(shape["xmlSerialization"] as IDictionary <string, object>), ExampleMapper.Map(shape["examples"] as object[]),
shape["id"] as string, shape["name"] as string, shape["displayName"] as string, shape["description"] as string, @default,
StringEnumerationMapper.Map(shape["values"] as object[]), Map(shape["inherits"] as object[]), linkTargetName));
}
if ((shape["properties"] as object[]) != null && (shape["properties"] as object[]).Length > 0) // Node
{
return(new NodeShape(ParameterMapperUtils.MapInt(shape, "minProperties"),
ParameterMapperUtils.MapInt(shape, "maxProperties"), ParameterMapperUtils.MapBool(shape, "closed"),
shape["discriminator"] as string, shape["discriminatorValue"] as string, ParameterMapperUtils.MapBool(shape, "readOnly"),
PropertyShapeMapper.Map(shape["properties"] as object[]), PropertyDependenciesMapper.Map(shape["dependencies"] as object[]),
DocumentationMapper.Map(shape["documentation"] as IDictionary <string, object>),
XmlSerializerMapper.Map(shape["xmlSerialization"] as IDictionary <string, object>), ExampleMapper.Map(shape["examples"] as object[]),
shape["id"] as string, shape["name"] as string, shape["displayName"] as string, shape["description"] as string, @default,
StringEnumerationMapper.Map(shape["values"] as object[]), Map(shape["inherits"] as object[]), linkTargetName));
}
if (shape["dataType"] != null || (shape["fileTypes"] != null && (shape["fileTypes"] as object[]).Count() > 0)) // Scalar or File
{
var multipleOf = ParameterMapperUtils.MapInt(shape, "multipleOf");
var format = shape["format"] as string;
var exclusiveMaximum = shape["exclusiveMaximum"] is bool?ParameterMapperUtils.MapBool(shape, "exclusiveMaximum").ToString() : null;
var exclusiveMinimum = shape["exclusiveMinimum"] is bool?ParameterMapperUtils.MapBool(shape, "exclusiveMinimum").ToString() : null;
var maximum = shape["maximum"] is int?ParameterMapperUtils.MapInt(shape, "maximum").ToString() : null;
var minimum = shape["minimum"] is int?ParameterMapperUtils.MapInt(shape, "minimum").ToString() : null;
var maxLength = ParameterMapperUtils.MapInt(shape, "maxLength");
var minLength = ParameterMapperUtils.MapInt(shape, "minLength");
var pattern = shape["pattern"] as string;
if (shape["dataType"] != null) // Scalar
{
var dataType = shape["dataType"] as string;
return(new ScalarShape(dataType, pattern, minLength, maxLength, minimum, maximum, exclusiveMinimum, exclusiveMaximum, format, multipleOf,
DocumentationMapper.Map(shape["documentation"] as IDictionary <string, object>),
XmlSerializerMapper.Map(shape["xmlSerialization"] as IDictionary <string, object>), ExampleMapper.Map(shape["examples"] as object[]),
shape["id"] as string, shape["name"] as string, shape["displayName"] as string, shape["description"] as string, @default,
StringEnumerationMapper.Map(shape["values"] as object[]), Map(shape["inherits"] as object[]), linkTargetName));
}
else // File
{
return(GetFileShape(shape, linkTargetName, multipleOf, format, exclusiveMaximum, exclusiveMinimum, maximum, minimum, maxLength, minLength, pattern));
}
}
if (shape.ContainsKey("raw") && shape["raw"] != null)
{
MapSchema(shape);
}
if (shape.ContainsKey("anyOf") && shape["anyOf"] is object[] anyOf && anyOf.Length > 0) // Union
{
return(new UnionShape(Map(shape["anyOf"] as object[]), DocumentationMapper.Map(shape["documentation"] as IDictionary <string, object>),
XmlSerializerMapper.Map(shape["xmlSerialization"] as IDictionary <string, object>), ExampleMapper.Map(shape["examples"] as object[]),
shape["id"] as string, shape["name"] as string, shape["displayName"] as string, shape["description"] as string, @default,
StringEnumerationMapper.Map(shape["values"] as object[]), Map(shape["inherits"] as object[]), linkTargetName));
}
return(new AnyShape(DocumentationMapper.Map(shape["documentation"] as IDictionary <string, object>),
XmlSerializerMapper.Map(shape["xmlSerialization"] as IDictionary <string, object>), ExampleMapper.Map(shape["examples"] as object[]),
shape["id"] as string, shape["name"] as string, shape["displayName"] as string, shape["description"] as string, @default,
StringEnumerationMapper.Map(shape["values"] as object[]), Map(shape["inherits"] as object[]), linkTargetName));
}