![]() ![]() Also with SOAP RPC encoding, multi-reference accessors are common to encode co-referenced objects and object digraphs. Also XML attributes and unions (XML schema choice) are not allowed with SOAP RPC encoding. With SOAP RPC encoding, generic complexTypes with maxOccurs="unbounded" are not allowed and SOAP encoded arrays must be used. Use soapcpp2 options -2, -e, and -t to generate code for SOAP 1.2, RPC encoding, and typed messages. When starting the development of a gSOAP application from a header file, the soapcpp2 compiler will generate WSDL and schema files for SOAP 1.1 document/literal style by default (use the //gsoap directives to control this, see Section 19.2). ![]() While gSOAP can handle untyped messages, some toolkits fail to find deserializers when the xsi:type information is absent. To ensure that the gSOAP engine automatically generates typed ( xsi:type attributed) messages, use soapcpp2 option -t, see also Section 9.1. With SOAP RPC encoding style, care must be taken to ensure typed messages are produced for interoperability and compatibility reasons. The serialization and deserialization rules for C/C++ objects is almost identical for these styles, except for the following important issues. The wsdl2h tool automatically generates a header file specialized for SOAP RPC encoding or document/literal style. 11.1 SOAP RPC Encoding Versus Document/Literal and xsi:type Info This section describes the serialization and deserialization of C and C++ data types for SOAP 1.1 and 1.2 compliant encoding and decoding. 11 gSOAP Serialization and Deserialization Rules ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |