XML Data Binding

SOAP/XML services use data bindings contractually bound by WSDL and auto- generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings.

The following readers and writers are C/C++ data type (de)serializers auto- generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code.

Data can be read and deserialized from:

• an int file descriptor, using soap->recvfd = fd
• a socket, using soap->socket = (int)...
• a C++ stream (istream, stringstream), using soap->is = (istream*)...
• a C string, using soap->is = (const char*)...
• any input, using the soap->frecv() callback

Data can be serialized and written to:

• an int file descriptor, using soap->sendfd = (int)...
• a socket, using soap->socket = (int)...
• a C++ stream (ostream, stringstream), using soap->os = (ostream*)...
• a C string, using soap->os = (const char**)...
• any output, using the soap->fsend() callback

The following options are available for (de)serialization control:

• soap->encodingStyle = NULL; to remove SOAP 1.1/1.2 encodingStyle
• soap_mode(soap, SOAP_XML_TREE); XML without id-ref (no cycles!)
• soap_mode(soap, SOAP_XML_GRAPH); XML with id-ref (including cycles)
• soap_set_namespaces(soap, struct Namespace *nsmap); to set xmlns bindings

Top-level root elements of schema "http://docs.oasis-open.org/ws-sx/ws-trust/200512/"

• <wst:RequestSecurityToken> _wst__RequestSecurityToken

  // Reader (returns SOAP_OK on success):
  soap_read__wst__RequestSecurityToken(struct soap*, _wst__RequestSecurityToken*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__RequestSecurityToken(struct soap*, _wst__RequestSecurityToken*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__RequestSecurityToken(struct soap*, const char *URL, _wst__RequestSecurityToken*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__RequestSecurityToken(struct soap*, const char *URL, _wst__RequestSecurityToken*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__RequestSecurityToken(struct soap*, const char *URL, _wst__RequestSecurityToken*);
  soap_POST_recv__wst__RequestSecurityToken(struct soap*, _wst__RequestSecurityToken*);

• <wst:TokenType> _wst__TokenType

  // Reader (returns SOAP_OK on success):
  soap_read__wst__TokenType(struct soap*, _wst__TokenType*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__TokenType(struct soap*, _wst__TokenType*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__TokenType(struct soap*, const char *URL, _wst__TokenType*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__TokenType(struct soap*, const char *URL, _wst__TokenType*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__TokenType(struct soap*, const char *URL, _wst__TokenType*);
  soap_POST_recv__wst__TokenType(struct soap*, _wst__TokenType*);

• <wst:RequestType> _wst__RequestType

  // Reader (returns SOAP_OK on success):
  soap_read__wst__RequestType(struct soap*, _wst__RequestType*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__RequestType(struct soap*, _wst__RequestType*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__RequestType(struct soap*, const char *URL, _wst__RequestType*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__RequestType(struct soap*, const char *URL, _wst__RequestType*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__RequestType(struct soap*, const char *URL, _wst__RequestType*);
  soap_POST_recv__wst__RequestType(struct soap*, _wst__RequestType*);

• <wst:RequestSecurityTokenResponse> _wst__RequestSecurityTokenResponse

  // Reader (returns SOAP_OK on success):
  soap_read__wst__RequestSecurityTokenResponse(struct soap*, _wst__RequestSecurityTokenResponse*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__RequestSecurityTokenResponse(struct soap*, _wst__RequestSecurityTokenResponse*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__RequestSecurityTokenResponse(struct soap*, const char *URL, _wst__RequestSecurityTokenResponse*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__RequestSecurityTokenResponse(struct soap*, const char *URL, _wst__RequestSecurityTokenResponse*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__RequestSecurityTokenResponse(struct soap*, const char *URL, _wst__RequestSecurityTokenResponse*);
  soap_POST_recv__wst__RequestSecurityTokenResponse(struct soap*, _wst__RequestSecurityTokenResponse*);

• <wst:RequestedSecurityToken> _wst__RequestedSecurityToken

  // Reader (returns SOAP_OK on success):
  soap_read__wst__RequestedSecurityToken(struct soap*, _wst__RequestedSecurityToken*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__RequestedSecurityToken(struct soap*, _wst__RequestedSecurityToken*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__RequestedSecurityToken(struct soap*, const char *URL, _wst__RequestedSecurityToken*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__RequestedSecurityToken(struct soap*, const char *URL, _wst__RequestedSecurityToken*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__RequestedSecurityToken(struct soap*, const char *URL, _wst__RequestedSecurityToken*);
  soap_POST_recv__wst__RequestedSecurityToken(struct soap*, _wst__RequestedSecurityToken*);

• <wst:BinarySecret> _wst__BinarySecret

  // Reader (returns SOAP_OK on success):
  soap_read__wst__BinarySecret(struct soap*, _wst__BinarySecret*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__BinarySecret(struct soap*, _wst__BinarySecret*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__BinarySecret(struct soap*, const char *URL, _wst__BinarySecret*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__BinarySecret(struct soap*, const char *URL, _wst__BinarySecret*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__BinarySecret(struct soap*, const char *URL, _wst__BinarySecret*);
  soap_POST_recv__wst__BinarySecret(struct soap*, _wst__BinarySecret*);

• <wst:Claims> _wst__Claims

  // Reader (returns SOAP_OK on success):
  soap_read__wst__Claims(struct soap*, _wst__Claims*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__Claims(struct soap*, _wst__Claims*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__Claims(struct soap*, const char *URL, _wst__Claims*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__Claims(struct soap*, const char *URL, _wst__Claims*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__Claims(struct soap*, const char *URL, _wst__Claims*);
  soap_POST_recv__wst__Claims(struct soap*, _wst__Claims*);

• <wst:Entropy> _wst__Entropy

  // Reader (returns SOAP_OK on success):
  soap_read__wst__Entropy(struct soap*, _wst__Entropy*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__Entropy(struct soap*, _wst__Entropy*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__Entropy(struct soap*, const char *URL, _wst__Entropy*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__Entropy(struct soap*, const char *URL, _wst__Entropy*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__Entropy(struct soap*, const char *URL, _wst__Entropy*);
  soap_POST_recv__wst__Entropy(struct soap*, _wst__Entropy*);

• <wst:Lifetime> _wst__Lifetime

  // Reader (returns SOAP_OK on success):
  soap_read__wst__Lifetime(struct soap*, _wst__Lifetime*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__Lifetime(struct soap*, _wst__Lifetime*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__Lifetime(struct soap*, const char *URL, _wst__Lifetime*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__Lifetime(struct soap*, const char *URL, _wst__Lifetime*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__Lifetime(struct soap*, const char *URL, _wst__Lifetime*);
  soap_POST_recv__wst__Lifetime(struct soap*, _wst__Lifetime*);

• <wst:RequestSecurityTokenCollection> _wst__RequestSecurityTokenCollection

  // Reader (returns SOAP_OK on success):
  soap_read__wst__RequestSecurityTokenCollection(struct soap*, _wst__RequestSecurityTokenCollection*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__RequestSecurityTokenCollection(struct soap*, _wst__RequestSecurityTokenCollection*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__RequestSecurityTokenCollection(struct soap*, const char *URL, _wst__RequestSecurityTokenCollection*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__RequestSecurityTokenCollection(struct soap*, const char *URL, _wst__RequestSecurityTokenCollection*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__RequestSecurityTokenCollection(struct soap*, const char *URL, _wst__RequestSecurityTokenCollection*);
  soap_POST_recv__wst__RequestSecurityTokenCollection(struct soap*, _wst__RequestSecurityTokenCollection*);

• <wst:RequestSecurityTokenResponseCollection> _wst__RequestSecurityTokenResponseCollection

  // Reader (returns SOAP_OK on success):
  soap_read__wst__RequestSecurityTokenResponseCollection(struct soap*, _wst__RequestSecurityTokenResponseCollection*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__RequestSecurityTokenResponseCollection(struct soap*, _wst__RequestSecurityTokenResponseCollection*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__RequestSecurityTokenResponseCollection(struct soap*, const char *URL, _wst__RequestSecurityTokenResponseCollection*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__RequestSecurityTokenResponseCollection(struct soap*, const char *URL, _wst__RequestSecurityTokenResponseCollection*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__RequestSecurityTokenResponseCollection(struct soap*, const char *URL, _wst__RequestSecurityTokenResponseCollection*);
  soap_POST_recv__wst__RequestSecurityTokenResponseCollection(struct soap*, _wst__RequestSecurityTokenResponseCollection*);

• <wst:ComputedKey> _wst__ComputedKey

  // Reader (returns SOAP_OK on success):
  soap_read__wst__ComputedKey(struct soap*, _wst__ComputedKey*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__ComputedKey(struct soap*, _wst__ComputedKey*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__ComputedKey(struct soap*, const char *URL, _wst__ComputedKey*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__ComputedKey(struct soap*, const char *URL, _wst__ComputedKey*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__ComputedKey(struct soap*, const char *URL, _wst__ComputedKey*);
  soap_POST_recv__wst__ComputedKey(struct soap*, _wst__ComputedKey*);

• <wst:RequestedAttachedReference> _wst__RequestedAttachedReference

  // Reader (returns SOAP_OK on success):
  soap_read__wst__RequestedAttachedReference(struct soap*, _wst__RequestedAttachedReference*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__RequestedAttachedReference(struct soap*, _wst__RequestedAttachedReference*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__RequestedAttachedReference(struct soap*, const char *URL, _wst__RequestedAttachedReference*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__RequestedAttachedReference(struct soap*, const char *URL, _wst__RequestedAttachedReference*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__RequestedAttachedReference(struct soap*, const char *URL, _wst__RequestedAttachedReference*);
  soap_POST_recv__wst__RequestedAttachedReference(struct soap*, _wst__RequestedAttachedReference*);

• <wst:RequestedUnattachedReference> _wst__RequestedUnattachedReference

  // Reader (returns SOAP_OK on success):
  soap_read__wst__RequestedUnattachedReference(struct soap*, _wst__RequestedUnattachedReference*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__RequestedUnattachedReference(struct soap*, _wst__RequestedUnattachedReference*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__RequestedUnattachedReference(struct soap*, const char *URL, _wst__RequestedUnattachedReference*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__RequestedUnattachedReference(struct soap*, const char *URL, _wst__RequestedUnattachedReference*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__RequestedUnattachedReference(struct soap*, const char *URL, _wst__RequestedUnattachedReference*);
  soap_POST_recv__wst__RequestedUnattachedReference(struct soap*, _wst__RequestedUnattachedReference*);

• <wst:RequestedProofToken> _wst__RequestedProofToken

  // Reader (returns SOAP_OK on success):
  soap_read__wst__RequestedProofToken(struct soap*, _wst__RequestedProofToken*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__RequestedProofToken(struct soap*, _wst__RequestedProofToken*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__RequestedProofToken(struct soap*, const char *URL, _wst__RequestedProofToken*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__RequestedProofToken(struct soap*, const char *URL, _wst__RequestedProofToken*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__RequestedProofToken(struct soap*, const char *URL, _wst__RequestedProofToken*);
  soap_POST_recv__wst__RequestedProofToken(struct soap*, _wst__RequestedProofToken*);

• <wst:IssuedTokens> _wst__IssuedTokens

  // Reader (returns SOAP_OK on success):
  soap_read__wst__IssuedTokens(struct soap*, _wst__IssuedTokens*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__IssuedTokens(struct soap*, _wst__IssuedTokens*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__IssuedTokens(struct soap*, const char *URL, _wst__IssuedTokens*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__IssuedTokens(struct soap*, const char *URL, _wst__IssuedTokens*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__IssuedTokens(struct soap*, const char *URL, _wst__IssuedTokens*);
  soap_POST_recv__wst__IssuedTokens(struct soap*, _wst__IssuedTokens*);

• <wst:RenewTarget> _wst__RenewTarget

  // Reader (returns SOAP_OK on success):
  soap_read__wst__RenewTarget(struct soap*, _wst__RenewTarget*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__RenewTarget(struct soap*, _wst__RenewTarget*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__RenewTarget(struct soap*, const char *URL, _wst__RenewTarget*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__RenewTarget(struct soap*, const char *URL, _wst__RenewTarget*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__RenewTarget(struct soap*, const char *URL, _wst__RenewTarget*);
  soap_POST_recv__wst__RenewTarget(struct soap*, _wst__RenewTarget*);

• <wst:AllowPostdating> _wst__AllowPostdating

  // Reader (returns SOAP_OK on success):
  soap_read__wst__AllowPostdating(struct soap*, _wst__AllowPostdating*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__AllowPostdating(struct soap*, _wst__AllowPostdating*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__AllowPostdating(struct soap*, const char *URL, _wst__AllowPostdating*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__AllowPostdating(struct soap*, const char *URL, _wst__AllowPostdating*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__AllowPostdating(struct soap*, const char *URL, _wst__AllowPostdating*);
  soap_POST_recv__wst__AllowPostdating(struct soap*, _wst__AllowPostdating*);

• <wst:Renewing> _wst__Renewing

  // Reader (returns SOAP_OK on success):
  soap_read__wst__Renewing(struct soap*, _wst__Renewing*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__Renewing(struct soap*, _wst__Renewing*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__Renewing(struct soap*, const char *URL, _wst__Renewing*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__Renewing(struct soap*, const char *URL, _wst__Renewing*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__Renewing(struct soap*, const char *URL, _wst__Renewing*);
  soap_POST_recv__wst__Renewing(struct soap*, _wst__Renewing*);

• <wst:CancelTarget> _wst__CancelTarget

  // Reader (returns SOAP_OK on success):
  soap_read__wst__CancelTarget(struct soap*, _wst__CancelTarget*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__CancelTarget(struct soap*, _wst__CancelTarget*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__CancelTarget(struct soap*, const char *URL, _wst__CancelTarget*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__CancelTarget(struct soap*, const char *URL, _wst__CancelTarget*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__CancelTarget(struct soap*, const char *URL, _wst__CancelTarget*);
  soap_POST_recv__wst__CancelTarget(struct soap*, _wst__CancelTarget*);

• <wst:RequestedTokenCancelled> _wst__RequestedTokenCancelled

  // Reader (returns SOAP_OK on success):
  soap_read__wst__RequestedTokenCancelled(struct soap*, _wst__RequestedTokenCancelled*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__RequestedTokenCancelled(struct soap*, _wst__RequestedTokenCancelled*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__RequestedTokenCancelled(struct soap*, const char *URL, _wst__RequestedTokenCancelled*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__RequestedTokenCancelled(struct soap*, const char *URL, _wst__RequestedTokenCancelled*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__RequestedTokenCancelled(struct soap*, const char *URL, _wst__RequestedTokenCancelled*);
  soap_POST_recv__wst__RequestedTokenCancelled(struct soap*, _wst__RequestedTokenCancelled*);

• <wst:ValidateTarget> _wst__ValidateTarget

  // Reader (returns SOAP_OK on success):
  soap_read__wst__ValidateTarget(struct soap*, _wst__ValidateTarget*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__ValidateTarget(struct soap*, _wst__ValidateTarget*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__ValidateTarget(struct soap*, const char *URL, _wst__ValidateTarget*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__ValidateTarget(struct soap*, const char *URL, _wst__ValidateTarget*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__ValidateTarget(struct soap*, const char *URL, _wst__ValidateTarget*);
  soap_POST_recv__wst__ValidateTarget(struct soap*, _wst__ValidateTarget*);

• <wst:Status> _wst__Status

  // Reader (returns SOAP_OK on success):
  soap_read__wst__Status(struct soap*, _wst__Status*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__Status(struct soap*, _wst__Status*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__Status(struct soap*, const char *URL, _wst__Status*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__Status(struct soap*, const char *URL, _wst__Status*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__Status(struct soap*, const char *URL, _wst__Status*);
  soap_POST_recv__wst__Status(struct soap*, _wst__Status*);

• <wst:SignChallenge> _wst__SignChallenge

  // Reader (returns SOAP_OK on success):
  soap_read__wst__SignChallenge(struct soap*, _wst__SignChallenge*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__SignChallenge(struct soap*, _wst__SignChallenge*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__SignChallenge(struct soap*, const char *URL, _wst__SignChallenge*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__SignChallenge(struct soap*, const char *URL, _wst__SignChallenge*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__SignChallenge(struct soap*, const char *URL, _wst__SignChallenge*);
  soap_POST_recv__wst__SignChallenge(struct soap*, _wst__SignChallenge*);

• <wst:SignChallengeResponse> _wst__SignChallengeResponse

  // Reader (returns SOAP_OK on success):
  soap_read__wst__SignChallengeResponse(struct soap*, _wst__SignChallengeResponse*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__SignChallengeResponse(struct soap*, _wst__SignChallengeResponse*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__SignChallengeResponse(struct soap*, const char *URL, _wst__SignChallengeResponse*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__SignChallengeResponse(struct soap*, const char *URL, _wst__SignChallengeResponse*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__SignChallengeResponse(struct soap*, const char *URL, _wst__SignChallengeResponse*);
  soap_POST_recv__wst__SignChallengeResponse(struct soap*, _wst__SignChallengeResponse*);

• <wst:Challenge> _wst__Challenge

  // Reader (returns SOAP_OK on success):
  soap_read__wst__Challenge(struct soap*, _wst__Challenge*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__Challenge(struct soap*, _wst__Challenge*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__Challenge(struct soap*, const char *URL, _wst__Challenge*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__Challenge(struct soap*, const char *URL, _wst__Challenge*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__Challenge(struct soap*, const char *URL, _wst__Challenge*);
  soap_POST_recv__wst__Challenge(struct soap*, _wst__Challenge*);

• <wst:BinaryExchange> _wst__BinaryExchange

  // Reader (returns SOAP_OK on success):
  soap_read__wst__BinaryExchange(struct soap*, _wst__BinaryExchange*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__BinaryExchange(struct soap*, _wst__BinaryExchange*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__BinaryExchange(struct soap*, const char *URL, _wst__BinaryExchange*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__BinaryExchange(struct soap*, const char *URL, _wst__BinaryExchange*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__BinaryExchange(struct soap*, const char *URL, _wst__BinaryExchange*);
  soap_POST_recv__wst__BinaryExchange(struct soap*, _wst__BinaryExchange*);

• <wst:RequestKET> _wst__RequestKET

  // Reader (returns SOAP_OK on success):
  soap_read__wst__RequestKET(struct soap*, _wst__RequestKET*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__RequestKET(struct soap*, _wst__RequestKET*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__RequestKET(struct soap*, const char *URL, _wst__RequestKET*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__RequestKET(struct soap*, const char *URL, _wst__RequestKET*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__RequestKET(struct soap*, const char *URL, _wst__RequestKET*);
  soap_POST_recv__wst__RequestKET(struct soap*, _wst__RequestKET*);

• <wst:KeyExchangeToken> _wst__KeyExchangeToken

  // Reader (returns SOAP_OK on success):
  soap_read__wst__KeyExchangeToken(struct soap*, _wst__KeyExchangeToken*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__KeyExchangeToken(struct soap*, _wst__KeyExchangeToken*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__KeyExchangeToken(struct soap*, const char *URL, _wst__KeyExchangeToken*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__KeyExchangeToken(struct soap*, const char *URL, _wst__KeyExchangeToken*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__KeyExchangeToken(struct soap*, const char *URL, _wst__KeyExchangeToken*);
  soap_POST_recv__wst__KeyExchangeToken(struct soap*, _wst__KeyExchangeToken*);

• <wst:Authenticator> _wst__Authenticator

  // Reader (returns SOAP_OK on success):
  soap_read__wst__Authenticator(struct soap*, _wst__Authenticator*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__Authenticator(struct soap*, _wst__Authenticator*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__Authenticator(struct soap*, const char *URL, _wst__Authenticator*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__Authenticator(struct soap*, const char *URL, _wst__Authenticator*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__Authenticator(struct soap*, const char *URL, _wst__Authenticator*);
  soap_POST_recv__wst__Authenticator(struct soap*, _wst__Authenticator*);

• <wst:CombinedHash> _wst__CombinedHash

  // Reader (returns SOAP_OK on success):
  soap_read__wst__CombinedHash(struct soap*, _wst__CombinedHash*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__CombinedHash(struct soap*, _wst__CombinedHash*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__CombinedHash(struct soap*, const char *URL, _wst__CombinedHash*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__CombinedHash(struct soap*, const char *URL, _wst__CombinedHash*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__CombinedHash(struct soap*, const char *URL, _wst__CombinedHash*);
  soap_POST_recv__wst__CombinedHash(struct soap*, _wst__CombinedHash*);

• <wst:OnBehalfOf> _wst__OnBehalfOf

  // Reader (returns SOAP_OK on success):
  soap_read__wst__OnBehalfOf(struct soap*, _wst__OnBehalfOf*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__OnBehalfOf(struct soap*, _wst__OnBehalfOf*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__OnBehalfOf(struct soap*, const char *URL, _wst__OnBehalfOf*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__OnBehalfOf(struct soap*, const char *URL, _wst__OnBehalfOf*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__OnBehalfOf(struct soap*, const char *URL, _wst__OnBehalfOf*);
  soap_POST_recv__wst__OnBehalfOf(struct soap*, _wst__OnBehalfOf*);

• <wst:Issuer> _wst__Issuer

  // Reader (returns SOAP_OK on success):
  soap_read__wst__Issuer(struct soap*, _wst__Issuer*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__Issuer(struct soap*, _wst__Issuer*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__Issuer(struct soap*, const char *URL, _wst__Issuer*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__Issuer(struct soap*, const char *URL, _wst__Issuer*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__Issuer(struct soap*, const char *URL, _wst__Issuer*);
  soap_POST_recv__wst__Issuer(struct soap*, _wst__Issuer*);

• <wst:AuthenticationType> _wst__AuthenticationType

  // Reader (returns SOAP_OK on success):
  soap_read__wst__AuthenticationType(struct soap*, _wst__AuthenticationType*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__AuthenticationType(struct soap*, _wst__AuthenticationType*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__AuthenticationType(struct soap*, const char *URL, _wst__AuthenticationType*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__AuthenticationType(struct soap*, const char *URL, _wst__AuthenticationType*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__AuthenticationType(struct soap*, const char *URL, _wst__AuthenticationType*);
  soap_POST_recv__wst__AuthenticationType(struct soap*, _wst__AuthenticationType*);

• <wst:KeyType> _wst__KeyType

  // Reader (returns SOAP_OK on success):
  soap_read__wst__KeyType(struct soap*, _wst__KeyType*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__KeyType(struct soap*, _wst__KeyType*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__KeyType(struct soap*, const char *URL, _wst__KeyType*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__KeyType(struct soap*, const char *URL, _wst__KeyType*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__KeyType(struct soap*, const char *URL, _wst__KeyType*);
  soap_POST_recv__wst__KeyType(struct soap*, _wst__KeyType*);

• <wst:KeySize> _wst__KeySize

  // Reader (returns SOAP_OK on success):
  soap_read__wst__KeySize(struct soap*, _wst__KeySize*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__KeySize(struct soap*, _wst__KeySize*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__KeySize(struct soap*, const char *URL, _wst__KeySize*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__KeySize(struct soap*, const char *URL, _wst__KeySize*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__KeySize(struct soap*, const char *URL, _wst__KeySize*);
  soap_POST_recv__wst__KeySize(struct soap*, _wst__KeySize*);

• <wst:SignatureAlgorithm> _wst__SignatureAlgorithm

  // Reader (returns SOAP_OK on success):
  soap_read__wst__SignatureAlgorithm(struct soap*, _wst__SignatureAlgorithm*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__SignatureAlgorithm(struct soap*, _wst__SignatureAlgorithm*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__SignatureAlgorithm(struct soap*, const char *URL, _wst__SignatureAlgorithm*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__SignatureAlgorithm(struct soap*, const char *URL, _wst__SignatureAlgorithm*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__SignatureAlgorithm(struct soap*, const char *URL, _wst__SignatureAlgorithm*);
  soap_POST_recv__wst__SignatureAlgorithm(struct soap*, _wst__SignatureAlgorithm*);

• <wst:EncryptionAlgorithm> _wst__EncryptionAlgorithm

  // Reader (returns SOAP_OK on success):
  soap_read__wst__EncryptionAlgorithm(struct soap*, _wst__EncryptionAlgorithm*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__EncryptionAlgorithm(struct soap*, _wst__EncryptionAlgorithm*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__EncryptionAlgorithm(struct soap*, const char *URL, _wst__EncryptionAlgorithm*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__EncryptionAlgorithm(struct soap*, const char *URL, _wst__EncryptionAlgorithm*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__EncryptionAlgorithm(struct soap*, const char *URL, _wst__EncryptionAlgorithm*);
  soap_POST_recv__wst__EncryptionAlgorithm(struct soap*, _wst__EncryptionAlgorithm*);

• <wst:CanonicalizationAlgorithm> _wst__CanonicalizationAlgorithm

  // Reader (returns SOAP_OK on success):
  soap_read__wst__CanonicalizationAlgorithm(struct soap*, _wst__CanonicalizationAlgorithm*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__CanonicalizationAlgorithm(struct soap*, _wst__CanonicalizationAlgorithm*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__CanonicalizationAlgorithm(struct soap*, const char *URL, _wst__CanonicalizationAlgorithm*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__CanonicalizationAlgorithm(struct soap*, const char *URL, _wst__CanonicalizationAlgorithm*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__CanonicalizationAlgorithm(struct soap*, const char *URL, _wst__CanonicalizationAlgorithm*);
  soap_POST_recv__wst__CanonicalizationAlgorithm(struct soap*, _wst__CanonicalizationAlgorithm*);

• <wst:ComputedKeyAlgorithm> _wst__ComputedKeyAlgorithm

  // Reader (returns SOAP_OK on success):
  soap_read__wst__ComputedKeyAlgorithm(struct soap*, _wst__ComputedKeyAlgorithm*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__ComputedKeyAlgorithm(struct soap*, _wst__ComputedKeyAlgorithm*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__ComputedKeyAlgorithm(struct soap*, const char *URL, _wst__ComputedKeyAlgorithm*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__ComputedKeyAlgorithm(struct soap*, const char *URL, _wst__ComputedKeyAlgorithm*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__ComputedKeyAlgorithm(struct soap*, const char *URL, _wst__ComputedKeyAlgorithm*);
  soap_POST_recv__wst__ComputedKeyAlgorithm(struct soap*, _wst__ComputedKeyAlgorithm*);

• <wst:Encryption> _wst__Encryption

  // Reader (returns SOAP_OK on success):
  soap_read__wst__Encryption(struct soap*, _wst__Encryption*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__Encryption(struct soap*, _wst__Encryption*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__Encryption(struct soap*, const char *URL, _wst__Encryption*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__Encryption(struct soap*, const char *URL, _wst__Encryption*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__Encryption(struct soap*, const char *URL, _wst__Encryption*);
  soap_POST_recv__wst__Encryption(struct soap*, _wst__Encryption*);

• <wst:ProofEncryption> _wst__ProofEncryption

  // Reader (returns SOAP_OK on success):
  soap_read__wst__ProofEncryption(struct soap*, _wst__ProofEncryption*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__ProofEncryption(struct soap*, _wst__ProofEncryption*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__ProofEncryption(struct soap*, const char *URL, _wst__ProofEncryption*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__ProofEncryption(struct soap*, const char *URL, _wst__ProofEncryption*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__ProofEncryption(struct soap*, const char *URL, _wst__ProofEncryption*);
  soap_POST_recv__wst__ProofEncryption(struct soap*, _wst__ProofEncryption*);

• <wst:UseKey> _wst__UseKey

  // Reader (returns SOAP_OK on success):
  soap_read__wst__UseKey(struct soap*, _wst__UseKey*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__UseKey(struct soap*, _wst__UseKey*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__UseKey(struct soap*, const char *URL, _wst__UseKey*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__UseKey(struct soap*, const char *URL, _wst__UseKey*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__UseKey(struct soap*, const char *URL, _wst__UseKey*);
  soap_POST_recv__wst__UseKey(struct soap*, _wst__UseKey*);

• <wst:KeyWrapAlgorithm> _wst__KeyWrapAlgorithm

  // Reader (returns SOAP_OK on success):
  soap_read__wst__KeyWrapAlgorithm(struct soap*, _wst__KeyWrapAlgorithm*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__KeyWrapAlgorithm(struct soap*, _wst__KeyWrapAlgorithm*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__KeyWrapAlgorithm(struct soap*, const char *URL, _wst__KeyWrapAlgorithm*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__KeyWrapAlgorithm(struct soap*, const char *URL, _wst__KeyWrapAlgorithm*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__KeyWrapAlgorithm(struct soap*, const char *URL, _wst__KeyWrapAlgorithm*);
  soap_POST_recv__wst__KeyWrapAlgorithm(struct soap*, _wst__KeyWrapAlgorithm*);

• <wst:SignWith> _wst__SignWith

  // Reader (returns SOAP_OK on success):
  soap_read__wst__SignWith(struct soap*, _wst__SignWith*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__SignWith(struct soap*, _wst__SignWith*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__SignWith(struct soap*, const char *URL, _wst__SignWith*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__SignWith(struct soap*, const char *URL, _wst__SignWith*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__SignWith(struct soap*, const char *URL, _wst__SignWith*);
  soap_POST_recv__wst__SignWith(struct soap*, _wst__SignWith*);

• <wst:EncryptWith> _wst__EncryptWith

  // Reader (returns SOAP_OK on success):
  soap_read__wst__EncryptWith(struct soap*, _wst__EncryptWith*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__EncryptWith(struct soap*, _wst__EncryptWith*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__EncryptWith(struct soap*, const char *URL, _wst__EncryptWith*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__EncryptWith(struct soap*, const char *URL, _wst__EncryptWith*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__EncryptWith(struct soap*, const char *URL, _wst__EncryptWith*);
  soap_POST_recv__wst__EncryptWith(struct soap*, _wst__EncryptWith*);

• <wst:DelegateTo> _wst__DelegateTo

  // Reader (returns SOAP_OK on success):
  soap_read__wst__DelegateTo(struct soap*, _wst__DelegateTo*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__DelegateTo(struct soap*, _wst__DelegateTo*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__DelegateTo(struct soap*, const char *URL, _wst__DelegateTo*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__DelegateTo(struct soap*, const char *URL, _wst__DelegateTo*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__DelegateTo(struct soap*, const char *URL, _wst__DelegateTo*);
  soap_POST_recv__wst__DelegateTo(struct soap*, _wst__DelegateTo*);

• <wst:Forwardable> _wst__Forwardable

  // Reader (returns SOAP_OK on success):
  soap_read__wst__Forwardable(struct soap*, _wst__Forwardable*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__Forwardable(struct soap*, _wst__Forwardable*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__Forwardable(struct soap*, const char *URL, _wst__Forwardable*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__Forwardable(struct soap*, const char *URL, _wst__Forwardable*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__Forwardable(struct soap*, const char *URL, _wst__Forwardable*);
  soap_POST_recv__wst__Forwardable(struct soap*, _wst__Forwardable*);

• <wst:Delegatable> _wst__Delegatable

  // Reader (returns SOAP_OK on success):
  soap_read__wst__Delegatable(struct soap*, _wst__Delegatable*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__Delegatable(struct soap*, _wst__Delegatable*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__Delegatable(struct soap*, const char *URL, _wst__Delegatable*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__Delegatable(struct soap*, const char *URL, _wst__Delegatable*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__Delegatable(struct soap*, const char *URL, _wst__Delegatable*);
  soap_POST_recv__wst__Delegatable(struct soap*, _wst__Delegatable*);

• <wst:Participants> _wst__Participants

  // Reader (returns SOAP_OK on success):
  soap_read__wst__Participants(struct soap*, _wst__Participants*);
  // Writer (returns SOAP_OK on success):
  soap_write__wst__Participants(struct soap*, _wst__Participants*);
  // REST GET (returns SOAP_OK on success):
  soap_GET__wst__Participants(struct soap*, const char *URL, _wst__Participants*);
  // REST PUT (returns SOAP_OK on success):
  soap_PUT__wst__Participants(struct soap*, const char *URL, _wst__Participants*);
  // REST POST (returns SOAP_OK on success):
  soap_POST_send__wst__Participants(struct soap*, const char *URL, _wst__Participants*);
  soap_POST_recv__wst__Participants(struct soap*, _wst__Participants*);

Top-level root element "http://www.w3.org/2001/04/xmlenc#":CipherData of type "http://www.w3.org/2001/04/xmlenc#":CipherDataType. Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. Top-level root element "http://www.w3.org/2001/04/xmlenc#":CipherReference of type "http://www.w3.org/2001/04/xmlenc#":CipherReferenceType. Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. Top-level root element "http://www.w3.org/2001/04/xmlenc#":EncryptedData of type "http://www.w3.org/2001/04/xmlenc#":EncryptedDataType. Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. Top-level root element "http://www.w3.org/2001/04/xmlenc#":EncryptedKey of type "http://www.w3.org/2001/04/xmlenc#":EncryptedKeyType. Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. Top-level root element "http://www.w3.org/2001/04/xmlenc#":AgreementMethod of type "http://www.w3.org/2001/04/xmlenc#":AgreementMethodType. Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. Top-level root element "http://www.w3.org/2001/04/xmlenc#":EncryptionProperties of type "http://www.w3.org/2001/04/xmlenc#":EncryptionPropertiesType. Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. Top-level root element "http://www.w3.org/2001/04/xmlenc#":EncryptionProperty of type "http://www.w3.org/2001/04/xmlenc#":EncryptionPropertyType. Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code.

SOAP/XML services use data bindings contractually bound by WSDL and auto- generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings.

The following readers and writers are C/C++ data type (de)serializers auto- generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code.

XML content can be retrieved from:

• a file descriptor, using soap->recvfd = fd
• a socket, using soap->socket = ...
• a C++ stream, using soap->is = ...
• a buffer, using the soap->frecv() callback

XML content can be stored to:

• a file descriptor, using soap->sendfd = fd
• a socket, using soap->socket = ...
• a C++ stream, using soap->os = ...
• a buffer, using the soap->fsend() callback

Top-level root elements of schema "http://www.w3.org/2001/04/xmlenc#"

• <xenc:CipherData> (use wsdl2h option -g to auto-generate)
• <xenc:CipherReference> (use wsdl2h option -g to auto-generate)
• <xenc:EncryptedData> (use wsdl2h option -g to auto-generate)
• <xenc:EncryptedKey> (use wsdl2h option -g to auto-generate)
• <xenc:AgreementMethod> (use wsdl2h option -g to auto-generate)
• <xenc:ReferenceList> _xenc__ReferenceList

  // Reader (returns SOAP_OK on success):
  soap_read__xenc__ReferenceList(struct soap*, struct _xenc__ReferenceList*);
  // Writer (returns SOAP_OK on success):
  soap_write__xenc__ReferenceList(struct soap*, struct _xenc__ReferenceList*);

• <xenc:EncryptionProperties> (use wsdl2h option -g to auto-generate)
• <xenc:EncryptionProperty> (use wsdl2h option -g to auto-generate)

Top-level root element "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":SecurityContextToken of XSD type "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":SecurityContextTokenType.

Note

Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. Top-level root element "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Identifier of XSD type xs:anyURI. Top-level root element "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Instance of XSD type xs:string. Top-level root element "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":DerivedKeyToken of XSD type "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":DerivedKeyTokenType.

Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. Top-level root element "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Name of XSD type xs:anyURI. Top-level root element "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Label of XSD type xs:string. Top-level root element "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Nonce of XSD type xs:base64Binary. Top-level attribute "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Instance of simpleType xs:string. Top-level attribute "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Nonce of simpleType xs:base64Binary. Top-level attribute "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Length of simpleType xs:unsignedLong.

Use wsdl2h option -g to auto-generate a top-level attribute declaration and processing code.

SOAP/XML services use data bindings contractually bound by WSDL and auto- generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings.

The following readers and writers are C/C++ data type (de)serializers auto- generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code.

Data can be read in XML and deserialized from:

• a file descriptor, using soap->recvfd = fd
• a socket, using soap->socket = ...
• a C++ stream, using soap->is = ...
• a buffer, using the soap->frecv() callback

Data can be serialized in XML and written to:

• a file descriptor, using soap->sendfd = fd
• a socket, using soap->socket = ...
• a C++ stream, using soap->os = ...
• a buffer, using the soap->fsend() callback

The following options are available for (de)serialization control:

• soap->encodingStyle = NULL; to remove SOAP 1.1/1.2 encodingStyle
• soap_mode(soap, SOAP_XML_TREE); XML without id-ref (no cycles!)
• soap_mode(soap, SOAP_XML_GRAPH); XML with id-ref (including cycles)
• soap_set_namespaces(soap, struct Namespace *nsmap); to set xmlns bindings

Top-level root elements of schema "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512"

• <SecurityContextToken> (use wsdl2h option -g to auto-generate)
• <Identifier> _wsc__Identifier

  // Reader (returns SOAP_OK on success):
  soap_read__wsc__Identifier(struct soap*, char*);
  // Writer (returns SOAP_OK on success):
  soap_write__wsc__Identifier(struct soap*, char*);

• <Instance> _wsc__Instance

  // Reader (returns SOAP_OK on success):
  soap_read__wsc__Instance(struct soap*, char*);
  // Writer (returns SOAP_OK on success):
  soap_write__wsc__Instance(struct soap*, char*);

• <DerivedKeyToken> (use wsdl2h option -g to auto-generate)
• <Name> _wsc__Name

  // Reader (returns SOAP_OK on success):
  soap_read__wsc__Name(struct soap*, char*);
  // Writer (returns SOAP_OK on success):
  soap_write__wsc__Name(struct soap*, char*);

• <Label> _wsc__Label

  // Reader (returns SOAP_OK on success):
  soap_read__wsc__Label(struct soap*, char*);
  // Writer (returns SOAP_OK on success):
  soap_write__wsc__Label(struct soap*, char*);

• <Nonce> _wsc__Nonce

  // Reader (returns SOAP_OK on success):
  soap_read__wsc__Nonce(struct soap*, char*);
  // Writer (returns SOAP_OK on success):
  soap_write__wsc__Nonce(struct soap*, char*);

SOAP/XML services use data bindings that are contractually bound by WSDLs and are auto-generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings.

Note

The following readers and writers are C/C++ data type (de)serializers auto-generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code.

Data can be read and deserialized from:

• an int file descriptor, using soap->recvfd = fd
• a socket, using soap->socket = (int)...
• a C++ stream (istream, stringstream), using soap->is = (istream*)...
• a C string, using soap->is = (const char*)...
• any input, using the soap->frecv() callback

Data can be serialized and written to:

• an int file descriptor, using soap->sendfd = (int)...
• a socket, using soap->socket = (int)...
• a C++ stream (ostream, stringstream), using soap->os = (ostream*)...
• a C string, using soap->os = (const char**)...
• any output, using the soap->fsend() callback

The following options are available for (de)serialization control:

• soap->encodingStyle = NULL; to remove SOAP 1.1/1.2 encodingStyle
• soap_set_mode(soap, SOAP_XML_TREE); XML without id-ref (no cycles!)
• soap_set_mode(soap, SOAP_XML_GRAPH); XML with id-ref (including cycles)
• soap_set_namespaces(soap, struct Namespace *nsmap); to set xmlns bindings