[Original] C ++ soap client instance

Decompress gsoap2.8 and generate the C/C ++ header file using the WSDL document. Run the gsoap-2.8/gsoap/bin/linux386/wsdl2h-O soapphp. h service. WSDL to copy gsoap. Source code Stlvector in the import folder. h file to testheader. h. in the same directory, if the-S parameter is used when parsing the WSDL document, that is, if STL is not used, the file does not need to be copied. Gsoap-2.8/gsoap/bin/linux386/soapcpp2-C soapphp. h: soapcpp2-I-X-c-l Calc. h. nsmap ,. H and. CPP file, such as calc. nsmap, soapc. CPP, soaph. h. soapstub. h. soapcalcproxy. CPP, soapcalcproxy. h. Purpose of this step: To generate the corresponding underlying communication Code . ---------------------------------------------------------------------- 1 is generated through the WSDL file. use wsdl2h-O header file name or urlwsdl2h common options-o file name, specify the output header file-n Space prefix instead of the default NS-C to generate pure C code. Otherwise, C ++ code-s should not use STL code-T file name, specify the type map file, the default value is typemap. dat-e prohibits Enum members from adding the namespace prefix type map file to specify the conversion rules between types in soap/XML and C/C ++, such as in wsmap. write 2. usage of CPP/C files required for generating hfiles soapcpp2 header file example: soapcpp2 ayandy. h will generate the following soapstub files. h // The soap stub file, which defines ayandy. h The corresponding Remote Call model soapc. c soaph. h // soap sequence and anti-sequence code, which already contains soapstub. h. Both the server and client must contain soapclient. c soapclientlib. C // client code, soapclientlib. the C file simply contains soapclient. C and soapc. csoapserver. c soapserverlib. C // server code, soapserverlib. the C file simply contains soapserver. C and soapc. cservicesoap. nsmap servicesoap12.nsmap // namespace definition. Both the server and client must contain soapservicesoapproxy. h soapservicesoap12proxy. h // C ++ simple packaging of the client (if the header file is pure C code, these two files will not be generated) In summary, if you write the server side, the project Should be added to soapserverlib. c. The Code contains the header file soaph. h if you write a client, add soapclientlib to the project. c. The Code contains the header file soaph. H (or xxxxproxy. h) Of course, you need to add the stdsoap2.cpp file in the gsoap Library (if you are writing C code, add stdsoap2.c). If you see the soapcpp2 prompt: "critical error: # import: cannot open file" stlvector. H "for reading. "That's because our header file uses STL (the-s option is not used for wsdl2h). In this case, use the-I option to specify the import file path of gsoap, the path is "$ gsoap \ import": soapcpp2 ayandy. h-I d: \ gsoap-2.7 \ gsoap \ importsoapcpp2 common options-C only generate client code-s only generate Service Do not generate soapclientlib. C and soapserverlib. c file-C generates pure C code, otherwise it is C ++ code (related to the header file)-I specifies the import path (see the above) -X do not generate xml sample file-I generate C ++ packaging, the client is xxxxproxy. H (. CPP), and the server side is xxxxservice. H (. CPP ). Instance PHP server <? Class Service { Public Function runserver ($ A, $ B ){ Return $ A. $ B. "KKK "; } $ Server = new soapserver ('service. WSDL '); $ server-> setclass ("service"); // register all methods of the service class $ server-> handle (); // process requests?> C ++ Client # include <iostream> # include "Soap/servicesbinding. nsmap "# include" Soap/soapservicesbindingproxy. H "using namespace STD; void soapclient () {// load servicesbinding. nsmap and soapservicesbindingproxy. h file servicesbindingproxy servicebinding; char * iresult; If (servicebinding. runserver (null, null, "I 'am", "Rooney", iresult) = soap_ OK) {cout <iresult <Endl ;} else {cout <"yes" <Endl;} return;} int main () {soapclient (); Return 0 ;} // solve the problem of file garbled characters in C ++ calling PHP *** proxy. add soap_set_mode (soap, soap_c_utfstring) to the Calling Interface of CPP. For example: int servicesbindingproxy: runserver (const char * endpoint, const char * soap_action, char * a, char * B, char * & runserver ){ Struct soap * soap = this; Struct NS1 _ runserver soap_tmp_ns1 _ runserver; Struct NS1 _ runserverresponse * soap_tmp_ns1 _ runserverresponse; If (endpoint) Soap_endpoint = endpoint; If (! Soap_endpoint) Soap_endpoint = "http: // localhost/services. php "; If (! Soap_action) Soap_action = "urn: Services # service # runserver "; Soap-> encodingstyle = "http://schemas.xmlsoap.org/soap/encoding "; Soap_tmp_ns1 _ runserver. A =; Soap_tmp_ns1 _ runserver. B = B; Soap_begin (SOAP ); Soap_serializeheader (SOAP ); Soap_serialize_ns1 _ runserver (soap, & soap_tmp_ns1 _ runserver ); Soap_set_mode (soap, soap_c_utfstring); // Add a statement ----------- If (soap_begin_count (SOAP )) Return soap-> error; If (soap-> mode & soap_io_length) { If (soap_envelope_begin_out (SOAP )......}