Method parseSchema

parser/openapi_parser.go:147–176

(fieldName string, schemaRef *openapi3.SchemaRef, in string, requiredFieldnames []string, visitedSchemas map[*openapi3.SchemaRef]bool)

}

func (p OpenApiParser) parseSchema(fieldName string, schemaRef *openapi3.SchemaRef, in string, requiredFieldnames []string, visitedSchemas map[*openapi3.SchemaRef]bool) *Parameter {
	_, visited := visitedSchemas[schemaRef]
	if visited {
		return nil
	}
	visitedSchemas[schemaRef] = true

	name := toSnakeCase(fieldName)
	_type := p.getType(schemaRef)
	required := p.contains(requiredFieldnames, fieldName)
	parameters := []Parameter{}
	description := ""
	var defaultValue interface{}
	var allowedValues []interface{}
	if schemaRef != nil {
		customName := p.getCustomName(schemaRef.Value.Extensions)
		if customName != "" {
			name = customName
		}
		description = schemaRef.Value.Description
		defaultValue = p.getDefaultValue(schemaRef.Value)
		allowedValues = p.getAllowedValues(schemaRef.Value)
		if required && defaultValue == nil && len(allowedValues) == 1 {
			defaultValue = allowedValues[0]
		}
		propertiesSchemas := p.getPropertiesSchemas(schemaRef.Value)
		parameters = p.parseSchemas(propertiesSchemas, in, schemaRef.Value.Required, visitedSchemas)
	}
	return NewParameter(name, _type, description, in, fieldName, required, defaultValue, allowedValues, false, parameters)
}

func (p OpenApiParser) parseSchemas(schemas openapi3.Schemas, in string, requiredFieldnames []string, visitedSchemas map[*openapi3.SchemaRef]bool) []Parameter {
	result := []Parameter{}