lasso_soap_envelope_new ()

LassoSoapEnvelope *
lasso_soap_envelope_new (LassoSoapBody *body);

Creates a new LassoSoapEnvelope with a new empty LassoSoapBody member. Note, this function does not add a LassoSoapHeader, if you need both headers and a body use lasso_soap_envelope_new_full() instead.

lasso_soap_envelope_new_full ()

LassoSoapEnvelope *
lasso_soap_envelope_new_full (void);

Creates a new LassoSoapEnvelope with new empty LassoSoapHeader and LassoSoapBody members.

lasso_soap_envelope_new_from_message ()

LassoSoapEnvelope *
lasso_soap_envelope_new_from_message (const gchar *message);

Given an XML document in message , parse it and convert it into a LassoNode, then insert that LassoNode into the body of the newly returned LassoSoapEnvelope.

lasso_soap_envelope_add_action ()

void
lasso_soap_envelope_add_action (LassoSoapEnvelope *soap_envelope,
                                const char *action);

lasso_soap_envelope_add_security_token ()

void
lasso_soap_envelope_add_security_token
                               (LassoSoapEnvelope *soap_envelope,
                                LassoNode *token);

Add token as a security token to the headers of soap_envelope using a LassoWsSec1SecurityHeader element as a container. Eventually create the LassoWsSec1SecurityHeader element if it does not exist already.

lasso_soap_envelope_add_to_body ()

void
lasso_soap_envelope_add_to_body (LassoSoapEnvelope *soap_envelope,
                                 LassoNode *content);

Add new content to the SOAP message body.

lasso_soap_envelope_get_action ()

const char *
lasso_soap_envelope_get_action (LassoSoapEnvelope *soap_envelope);

lasso_soap_envelope_get_body_content ()

GList *
lasso_soap_envelope_get_body_content (LassoSoapEnvelope *soap_envelope);

Return the body content of the soap_envelope object.

lasso_soap_envelope_get_message_id ()

LassoWsAddrAttributedURI *
lasso_soap_envelope_get_message_id (LassoSoapEnvelope *soap_envelope,
                                    gboolean create);

Return the WS-Addressing header MessageID content.

lasso_soap_envelope_get_relates_to ()

LassoWsAddrRelatesTo *
lasso_soap_envelope_get_relates_to (LassoSoapEnvelope *envelope,
                                    gboolean create);

Returns the RelatesTo WS-Addressing header, if it exists.

lasso_soap_envelope_get_saml2_security_token ()

LassoSaml2Assertion *
lasso_soap_envelope_get_saml2_security_token
                               (LassoSoapEnvelope *soap_envelope);

Return a SAML2 Assertion used as a security token if one is found in the headers of soap_envelope .

lasso_soap_envelope_get_sb2_user_interaction_hint ()

LassoIdWsf2Sb2UserInteractionHint
lasso_soap_envelope_get_sb2_user_interaction_hint
                               (LassoSoapEnvelope *soap_envelope);

lasso_soap_envelope_sb2_get_provider_id ()

char *
lasso_soap_envelope_sb2_get_provider_id
                               (LassoSoapEnvelope *soap_envelope);

Return the providerID contained in the sb2:Sender header.

lasso_soap_envelope_sb2_get_redirect_request_url ()

const char *
lasso_soap_envelope_sb2_get_redirect_request_url
                               (LassoSoapEnvelope *soap_envelope);

Return the redirect request URL from the sb2:RedirectRequest SOAP Fault detail.

The WSC MUST verify that this URL belong to the WSP. You can do this by comparing the domain with the one in the LassoProfile.msg_url field

The WSC MUST redirect the User Agent to this URL with a GET or POST request. It MUST add a parameter named ReturnToURL giving the URL where the WSP will send the User Agent after the interaction. It MAY add an IDP parameter indicating to the WSP how to authenticate the principal if no preexisting session with the User Agent exists

The WSP must check that the ReturnToURL belon to the WSP, by using the providerID URL for example.

After the interaction the WSC must redirect the User Agent to the ReturnToURL URL adding a parameter named ResendMessage. If ResendMessage is 0 or false, it means that the principal refused to continue the process. Any other value means that the prinicpal accepted and so the WSC can try again its request.

In order to succeed the request need to refer to the SOAP Fault response containing the RedirectRequest element. See lasso_soap_envelope_get_relates_to(), and LassoWsAddrAttributedURI.

lasso_soap_envelope_sb2_get_target_identity_header ()

LassoIdWsf2Sb2TargetIdentity *
lasso_soap_envelope_sb2_get_target_identity_header
                               (LassoSoapEnvelope *soap_envelope);

Return the first sb2:TargetIdentity header.

lasso_soap_envelope_set_sb2_user_interaction_hint ()

void
lasso_soap_envelope_set_sb2_user_interaction_hint
                               (LassoSoapEnvelope *soap_envelope,
                                LassoIdWsf2Sb2UserInteractionHint hint);

lasso_soap_envelope_wssec_get_security_header ()

LassoWsSec1SecurityHeader *
lasso_soap_envelope_wssec_get_security_header
                               (LassoSoapEnvelope *soap_envelope);

Return the first wsse:Security header found in the headers of soap_envelope .

lasso_soap_envelope_get_soap_fault ()

LassoSoapFault *
lasso_soap_envelope_get_soap_fault (LassoSoapEnvelope *soap_envelope,
                                    gboolean create);

Return the first SOAP Fault in the Body of the soap message soap_envelope .

lasso_soap_envelope_set_relates_to ()

void
lasso_soap_envelope_set_relates_to (LassoSoapEnvelope *soap_envelope,
                                    char *value,
                                    char *relationship);

Set the value of the RelatesTo header, if it does not exist it is created. If value is NULL, the header is removed.

struct LassoSoapEnvelope

struct LassoSoapEnvelope {
	LassoNode parent;

	LassoSoapHeader *Header;
	LassoSoapBody *Body;
};