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* and Distribution License("CDDL") (collectively, the "License"). You
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*
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* file and include the License file at glassfish/bootstrap/legal/LICENSE.txt.
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* as provided by Sun in the GPL Version 2 section of the License file that
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package com.sun.enterprise.deployment;
/**
* This class represents information about a web service
* endpoint.
*
* @author Kenneth Saks
*/
import com.sun.enterprise.deployment.runtime.common.MessageSecurityBindingDescriptor;
import com.sun.enterprise.deployment.web.SecurityConstraint;
import com.sun.enterprise.deployment.web.UserDataConstraint;
import java.io.File;
import java.net.MalformedURLException;
import java.net.URL;
import java.util.ArrayList;
import java.util.Collection;
import java.util.Iterator;
import java.util.LinkedList;
import java.util.List;
import java.util.Set;
import javax.servlet.http.HttpServletRequest;
import javax.xml.namespace.QName;
import javax.xml.ws.soap.SOAPBinding;
import javax.xml.ws.http.HTTPBinding;
import com.sun.enterprise.deployment.types.HandlerChainContainer;
/**
* Represents a single port-component in a webservice in webservices.xml
*/
public class WebServiceEndpoint extends Descriptor
implements HandlerChainContainer {
public static final String TRANSPORT_NONE = "NONE";
public static final String TRANSPORT_INTEGRAL = "INTEGRAL";
public static final String TRANSPORT_CONFIDENTIAL = "CONFIDENTIAL";
public static final String CLIENT_CERT = "CLIENT-CERT";
public static final String SOAP11_TOKEN = "##SOAP11_HTTP";
public static final String SOAP12_TOKEN = "##SOAP12_HTTP";
public static final String SOAP11_MTOM_TOKEN = "##SOAP11_HTTP_MTOM";
public static final String SOAP12_MTOM_TOKEN = "##SOAP12_HTTP_MTOM";
public static final String XML_TOKEN = "##XML_HTTP";
public static final String PUBLISHING_SUBCONTEXT =
"__container$publishing$subctx";
// Unique endpoint name within all the endpoints in the same module
private String endpointName;
private String serviceEndpointInterface;
private QName wsdlPort;
private String wsdlPortNamespacePrefix;
private QName wsdlService;
private String wsdlServiceNamespacePrefix;
private String mtomEnabled = null;
private String protocolBinding = null;
private boolean securePipeline = false;
// Linkage to implementing component. Must be either stateless session
// ejb OR servlet.
private String ejbLink;
private EjbDescriptor ejbComponentImpl;
private String webComponentLink;
private WebComponentDescriptor webComponentImpl;
// List of handlers associated with this endpoint.
// Handler order is important and must be preserved.
// This list hols the handlers specified for JAXRPC based service
private LinkedList handlers;
// This is the handlerchain defined for JAXWS based service
private LinkedList<WebServiceHandlerChain> handlerChains;
// The web service in which this endpoint lives
private WebService webService;
//
// Runtime information.
//
//
// Endpoint address uri is used to compose the endpoint address url
// through which the endpoint can be accessed. It is required for
// ejb endpoints and optional for servlet endpoints. This is because
// web application's have a standard way of mapping servlets to uris.
//
// For ejb endpoints, the uri is relative to root of the
// public web server (i.e. the first portion of the uri is a context root).
//
// E.g. if the web server is listening at http://localhost:8000,
// an endpoint address URI of StockQuoteService/StockQuotePort would result
// in an endpoint address of :
//
// http://localhost:8000/StockQuoteService/StockQuotePort
//
// The context root portion should not conflict with the context root
// of any web application.
//
// For servlet endpoints, the uri is optional. If the uri is not specified,
// it will be derived from the url pattern for the servlet that is
// implementing this endpoint. The syntax of the servlet
// endpoint address uri is the same as the syntax for the url-pattern
// element in the web.xml servlet-mapping. Note that this makes it different
// than the syntax for ejb endpoint uris, since the servlet endpoint uri
// given here will be relative to the context root of the servlet's
// web application.
//
private String endpointAddressUri;
// Optional authentication method for EJB endpoints.
// Auth method holds an authorization type with one of the following
// values : BASIC, CLIENT-CERT
// The BASIC constant is defined on HttpServletRequest.
// If set to null (default), endpoint does not perform authentication
private String authMethod;
// Optional, used by ejb endpoint only.
// The realm info is in web.xml for servlet endpoint.
private String realm;
// Optional control over the level of security at the transport level.
private String transportGuarantee;
// The Service QName is derived during j2eec and stored as
// runtime information.
private String serviceNamespaceUri;
private String serviceLocalPart;
// Only used for web components to store the name of the
// application-written endpoint implementation class.
// Derived during deployment.
private String servletImplClass;
// Derived during tie generation.
private String tieClassName;
// message-security-binding
private MessageSecurityBindingDescriptor messageSecBindingDesc = null;
// should debugging be allowed on this endpoint
private String debuggingEnabled = "true";
//jbi related properties
private List props = null;
// copy constructor
public WebServiceEndpoint(WebServiceEndpoint other) {
super(other);
endpointName = other.endpointName; // String
serviceEndpointInterface = other.serviceEndpointInterface; // String
wsdlPort = other.wsdlPort; // QName
wsdlPortNamespacePrefix = other.wsdlPortNamespacePrefix;
wsdlService = other.wsdlService;
wsdlServiceNamespacePrefix = other.wsdlServiceNamespacePrefix;
mtomEnabled = other.mtomEnabled;
protocolBinding = other.protocolBinding;
ejbLink = other.ejbLink; // String
ejbComponentImpl = other.ejbComponentImpl; // EjbDescriptor copy as-is
webComponentLink = other.webComponentLink; // String
webComponentImpl = other.webComponentImpl; // WebComponentDescriptorImpl copy as-is
handlers = other.handlers; // copy LinkedList(WebServiceHandler)
if (other.handlers != null) {
handlers = new LinkedList();
for (Iterator i = other.handlers.iterator(); i.hasNext();) {
WebServiceHandler wsh = (WebServiceHandler)i.next();
handlers.addLast(new WebServiceHandler(wsh));
}
} else {
handlers = null;
}
if (other.handlerChains!= null) {
handlerChains = new LinkedList();
for (Iterator i = other.handlerChains.iterator(); i.hasNext();) {
WebServiceHandlerChain wsh = (WebServiceHandlerChain)i.next();
handlerChains.addLast(new WebServiceHandlerChain(wsh));
}
} else {
handlers = null;
}
webService = other.webService; // WebService copy as-is
endpointAddressUri = other.endpointAddressUri; // String
authMethod = other.authMethod; // String
transportGuarantee = other.transportGuarantee; // String
serviceNamespaceUri = other.serviceNamespaceUri; // String
serviceLocalPart = other.serviceLocalPart; // String
servletImplClass = other.servletImplClass; // String
tieClassName = other.tieClassName; // String
}
public WebServiceEndpoint() {
handlers = new LinkedList();
handlerChains = new LinkedList();
authMethod = null;
wsdlPort = null;
}
public void setWebService(WebService service) {
webService = service;
super.changed();
}
public WebService getWebService() {
return webService;
}
public void setSecurePipeline() {
securePipeline = true;
}
public boolean hasSecurePipeline() {
return securePipeline;
}
public void setEndpointName(String name) {
endpointName = name;
super.changed();
}
public String getEndpointName() {
return endpointName;
}
public void setServiceEndpointInterface(String endpointInterface) {
serviceEndpointInterface = endpointInterface;
super.changed();
}
public String getServiceEndpointInterface() {
return serviceEndpointInterface;
}
public void setProtocolBinding(String value) {
if(SOAP11_TOKEN.equals(value)) {
protocolBinding = SOAPBinding.SOAP11HTTP_BINDING;
} else if(SOAP11_MTOM_TOKEN.equals(value)) {
protocolBinding = SOAPBinding.SOAP11HTTP_MTOM_BINDING;
} else if(SOAP12_TOKEN.equals(value)) {
protocolBinding = SOAPBinding.SOAP12HTTP_BINDING;
} else if(SOAP12_MTOM_TOKEN.equals(value)) {
protocolBinding = SOAPBinding.SOAP12HTTP_MTOM_BINDING;
} else if(XML_TOKEN.equals(value)) {
protocolBinding = HTTPBinding.HTTP_BINDING;
} else {
protocolBinding = value;
}
super.changed();
}
public String getProtocolBinding() {
return ((protocolBinding==null) ?
javax.xml.ws.soap.SOAPBinding.SOAP11HTTP_BINDING : protocolBinding);
}
public boolean hasUserSpecifiedProtocolBinding() {
return ((protocolBinding==null) ? false : true);
}
public void setMtomEnabled(String value) {
mtomEnabled =value;
super.changed();
}
public String getMtomEnabled() {
return mtomEnabled;
}
public void setWsdlService(QName svc, String prefix) {
wsdlService = svc;
wsdlServiceNamespacePrefix = prefix;
serviceNamespaceUri = svc.getNamespaceURI();
serviceLocalPart = svc.getLocalPart();
super.changed();
}
public void setWsdlService(QName service) {
wsdlService = service;
wsdlServiceNamespacePrefix = service.getPrefix();
serviceNamespaceUri = service.getNamespaceURI();
serviceLocalPart = service.getLocalPart();
super.changed();
}
public String getWsdlServiceNamespacePrefix() {
return wsdlServiceNamespacePrefix;
}
public boolean hasWsdlServiceNamespacePrefix() {
return (wsdlServiceNamespacePrefix != null);
}
public QName getWsdlService() {
return wsdlService;
}
public void setWsdlPort(QName port, String prefix) {
wsdlPort = port;
wsdlPortNamespacePrefix = prefix;
super.changed();
}
public void setWsdlPort(QName port) {
wsdlPort = port;
wsdlPortNamespacePrefix = port.getPrefix();
super.changed();
}
public String getWsdlPortNamespacePrefix() {
return wsdlPortNamespacePrefix;
}
public boolean hasWsdlPortNamespacePrefix() {
return (wsdlPortNamespacePrefix != null);
}
public boolean hasWsdlPort() {
return (wsdlPort != null);
}
public QName getWsdlPort() {
return wsdlPort;
}
public void setMessageSecurityBinding(
MessageSecurityBindingDescriptor messageSecBindingDesc) {
this.messageSecBindingDesc = messageSecBindingDesc;
}
public MessageSecurityBindingDescriptor getMessageSecurityBinding() {
return messageSecBindingDesc;
}
/**
* Convert the contents of the ejb-link or servlet-link element to
* an object representing the implementation component.
*/
public boolean resolveComponentLink() {
boolean resolved = false;
if( ejbLink != null ) {
EjbBundleDescriptor ejbBundle = getEjbBundle();
if( ejbBundle.hasEjbByName(ejbLink) ) {
resolved = true;
EjbDescriptor ejb = ejbBundle.getEjbByName(ejbLink);
setEjbComponentImpl(ejb);
}
} else if( webComponentLink != null ) {
WebBundleDescriptor webBundle = getWebBundle();
WebComponentDescriptor webComponent =
(WebComponentDescriptor) webBundle.
getWebComponentByCanonicalName(webComponentLink);
if( webComponent != null ) {
resolved = true;
setWebComponentImpl(webComponent);
}
}
super.changed();
return resolved;
}
public BundleDescriptor getBundleDescriptor() {
return getWebService().getBundleDescriptor();
}
private EjbBundleDescriptor getEjbBundle() {
return (EjbBundleDescriptor) getBundleDescriptor();
}
private WebBundleDescriptor getWebBundle() {
return (WebBundleDescriptor) getBundleDescriptor();
}
/**
*@return true if this endpoint is implemented by any ejb
*/
public boolean implementedByEjbComponent() {
return (ejbLink != null);
}
/**
*@return true if this endpoint is implemented by a specific ejb
*/
public boolean implementedByEjbComponent(EjbDescriptor ejb) {
return (ejbLink != null) && ejbLink.equals(ejb.getName());
}
/**
*@return true if this endpoint is implemented by any web component
*/
public boolean implementedByWebComponent() {
return (webComponentLink != null);
}
/**
*@return true if this endpoint is implemented by a specific web component
*/
public boolean implementedByWebComponent(WebComponentDescriptor webComp) {
return ( (webComponentLink != null) &&
(webComponentLink.equals(webComp.getCanonicalName())) );
}
public String getLinkName() {
String linkName = null;
if( implementedByEjbComponent() ) {
linkName = ejbLink;
} else if( implementedByWebComponent() ) {
linkName = webComponentLink;
}
return linkName;
}
public void setEjbLink(String link) {
ejbLink = link;
super.changed();
}
public String getEjbLink() {
return ejbLink;
}
public void setEjbComponentImpl(EjbDescriptor ejbComponent) {
webComponentImpl = null;
webComponentLink = null;
ejbLink = ejbComponent.getName();
ejbComponentImpl = ejbComponent;
super.changed();
}
public EjbDescriptor getEjbComponentImpl() {
return ejbComponentImpl;
}
public void setWebComponentLink(String link) {
webComponentLink = link;
super.changed();
}
public String getWebComponentLink() {
return webComponentLink;
}
public void setWebComponentImpl(WebComponentDescriptor webComponent) {
ejbComponentImpl = null;
ejbLink = null;
webComponentLink = webComponent.getCanonicalName();
webComponentImpl = webComponent;
super.changed();
}
public WebComponentDescriptor getWebComponentImpl() {
return webComponentImpl;
}
/**
*@return true if this endpoint has at least one handler in its
* handler chain.
*/
public boolean hasHandlers() {
return ( handlers.size() > 0 );
}
/**
* Append handler to end of handler chain for this endpoint.
*/
public void addHandler(WebServiceHandler handler) {
handlers.addLast(handler);
super.changed();
}
public void removeHandler(WebServiceHandler handler) {
handlers.remove(handler);
super.changed();
}
public void removeHandlerByName(String handlerName) {
for(Iterator iter = handlers.iterator(); iter.hasNext();) {
WebServiceHandler next = (WebServiceHandler) iter.next();
if( next.getHandlerName().equals(handlerName) ) {
iter.remove();
super.changed();
break;
}
}
}
/**
* Get ordered list of WebServiceHandler handler for this endpoint.
*/
public LinkedList getHandlers() {
return handlers;
}
/**
* Get ordered list of WebServiceHandler handler chains for this endpoint.
*/
public LinkedList<WebServiceHandlerChain> getHandlerChain() {
return handlerChains;
}
/**
*@return true if this endpoint has at least one handler chain
*/
public boolean hasHandlerChain() {
return ( handlerChains.size() > 0 );
}
/**
* Append handlerchain to end of handlerchain for this endpoint.
*/
public void addHandlerChain(WebServiceHandlerChain handlerChain) {
handlerChains.addLast(handlerChain);
super.changed();
}
public void removeHandlerChain(WebServiceHandlerChain handlerChain) {
handlerChains.remove(handlerChain);
super.changed();
}
//
// Runtime information
//
public boolean hasEndpointAddressUri() {
return (endpointAddressUri != null);
}
public void setEndpointAddressUri(String uri) {
if(!uri.startsWith("/")) {
uri = "/"+uri;
}
endpointAddressUri = uri;
super.changed();
}
public String getEndpointAddressUri() {
return endpointAddressUri;
}
public boolean isSecure() {
return ( hasTransportGuarantee() &&
(transportGuarantee.equals(TRANSPORT_INTEGRAL) ||
transportGuarantee.equals(TRANSPORT_CONFIDENTIAL)) );
}
/**
* Given the root portion of a URL representing the <protocol>:<host>:<port>
* of the webserver, return the endpoint address used to make web
* service invocations on this endpoint.
*/
public URL composeEndpointAddress(URL root)
throws MalformedURLException {
String uri = null;
// Compose file portion of URL depending on endpoint type.
// The file portion of the URL MUST have a single leading slash.
// Note that the context root and the endpoint address uri strings
// from the descriptors may or may not each have a leading slash.
if( implementedByWebComponent() ) {
if (endpointAddressUri == null) {
updateServletEndpointRuntime();
}
// for servlets, endpoint address uri is relative to
// web app context root.
WebBundleDescriptor webBundle =
webComponentImpl.getWebBundleDescriptor();
String contextRoot = webBundle.getContextRoot();
if( contextRoot != null ) {
if( !contextRoot.startsWith("/") ) {
contextRoot = "/" + contextRoot;
}
uri = contextRoot +
(endpointAddressUri.startsWith("/") ?
endpointAddressUri : ("/" + endpointAddressUri));
}
} else {
if( hasEndpointAddressUri() ) {
uri = endpointAddressUri.startsWith("/") ?
endpointAddressUri : ("/" + endpointAddressUri);
} else {
// we need to define a standard endpoint address
uri = "/" + getWebService().getName() + "/" +
getEndpointName();
setEndpointAddressUri(uri);
}
}
URL endpointAddressURL =
new URL(root.getProtocol(), root.getHost(), root.getPort(), uri);
return endpointAddressURL;
}
/**
* Generate a URL pointing to the initial wsdl document for this
* endpoint's web service.
*/
public URL composeFinalWsdlUrl(URL root) throws MalformedURLException {
// WSDL for this webservice is published in a subcontext created
// under the endpoint address uri. The hierarchy under there mirrors
// the structure of the module file in which this endpoint's
// webservice is defined. This allows easy retrieval of the wsdl
// content using jar URLs.
URL context = composeEndpointAddress(root);
String mainFile = context.getFile() + "/" +
PUBLISHING_SUBCONTEXT + "/" + webService.getWsdlFileUri();
URL finalWsdlUrl = new URL(context.getProtocol(), context.getHost(),
context.getPort(), mainFile);
return finalWsdlUrl;
}
/**
* This is the logical equivalent to endpoint address uri, but for
* url publishing. Like endpoint address uri, it does not include the
* context root for servlet endpoints.
*
* @return publishing uri without a leading or trailing slash.
*/
public String getPublishingUri() {
String uri = endpointAddressUri.startsWith("/") ?
endpointAddressUri.substring(1) : endpointAddressUri;
return uri + "/" + PUBLISHING_SUBCONTEXT;
}
/**
* Checks an ejb request uri to see if it represents a legal request
* for the wsdl content associated with this endpoint's web service.
* Equivalent matching for servlets is performed automatically by the
* web server. Should only be called for HTTP(S) GET.
*/
public boolean matchesEjbPublishRequest(String requestUriRaw, String query)
{
// Strip off leading slash.
String requestUri = (requestUriRaw.charAt(0) == '/') ?
requestUriRaw.substring(1) : requestUriRaw;
boolean matches = false;
// If request of form http<s>://<host>:<port>/<endpoint-address>?WSDL
if( query != null ) {
String toMatch = (endpointAddressUri.charAt(0) == '/') ?
endpointAddressUri.substring(1) : endpointAddressUri;
matches = requestUri.equals(toMatch) &&
(query.equalsIgnoreCase("WSDL") ||
query.startsWith("xsd=") ||
query.startsWith("wsdl="));
} else {
// Add trailing slash to make sure sub context is an exact match.
String publishingUri = getPublishingUri() + "/";
matches = requestUri.startsWith(publishingUri);
}
return matches;
}
/**
*@return the portion of a request uri that represents the location
* of wsdl content within a module or null if this request is invalid.
* Returned value does not have leading slash.
*/
public String getWsdlContentPath(String requestUri) {
// Strip off leading slash.
String uri = (requestUri.charAt(0) == '/') ? requestUri.substring(1) :
requestUri;
// get "raw" internal publishing uri. this value
// does NOT have a leading slash.
String publishingUriRaw = getPublishingUri();
// Construct the publishing root. This should NOT have a
// leading slash but SHOULD have a trailing slash.
String publishingRoot = null;
if( implementedByWebComponent() ) {
WebBundleDescriptor webBundle =
webComponentImpl.getWebBundleDescriptor();
String contextRoot = webBundle.getContextRoot();
if( contextRoot.startsWith("/") ) {
contextRoot = contextRoot.substring(1);
}
publishingRoot = contextRoot + "/" +
publishingUriRaw + "/";
} else {
publishingRoot = publishingUriRaw + "/";
}
String wsdlPath = uri.startsWith(publishingRoot) ?
uri.substring(publishingRoot.length()) : null;
return wsdlPath;
}
// Set to null to indicate "no authentication"
public void setAuthMethod(String authType) {
authMethod = authType;
super.changed();
}
public String getAuthMethod() {
return authMethod;
}
public boolean hasAuthMethod() {
return (authMethod != null);
}
public boolean hasBasicAuth() {
return ( (authMethod != null) &&
(authMethod.equals(HttpServletRequest.BASIC_AUTH)) );
}
public boolean hasClientCertAuth() {
return ( (authMethod != null) &&
(authMethod.equals(CLIENT_CERT)) );
}
public void setRealm(String realm) {
this.realm = realm;
}
public String getRealm() {
return realm;
}
// Set to NONE or null to indicate no transport guarantee
public void setTransportGuarantee(String guarantee) {
transportGuarantee = guarantee;
super.changed();
}
public String getTransportGuarantee() {
return transportGuarantee;
}
public boolean hasTransportGuarantee() {
return (transportGuarantee != null);
}
public void setServiceNamespaceUri(String uri) {
serviceNamespaceUri = uri;
super.changed();
}
public void setServiceLocalPart(String localpart) {
serviceLocalPart = localpart;
super.changed();
}
public boolean hasServiceName() {
return ((serviceNamespaceUri != null) && (serviceLocalPart != null));
}
/**
* @return service QName or null if either part of qname is not set
*/
public QName getServiceName() {
// NOTE : Here we do not return getWsdlService to maintain backward
// compatibility with JAXRPC 1.X
return hasServiceName() ?
new QName(serviceNamespaceUri, serviceLocalPart) :
null;
}
/**
* Store current contents of servlet impl class in a runtime descriptor
* element. The standard deployment descriptor element will be replaced at
* deployment time with a container-provided servlet impl, so we need
* to make a copy of this value in the runtime information.
*/
public void saveServletImplClass() {
if( implementedByWebComponent() ) {
servletImplClass = ((WebComponentDescriptor) webComponentImpl).
getWebComponentImplementation();
} else {
throw new IllegalStateException("requires ejb");
}
super.changed();
}
public boolean hasServletImplClass() {
return (servletImplClass != null);
}
public void setServletImplClass(String implClass) {
servletImplClass = implClass;
super.changed();
}
public String getServletImplClass() {
return servletImplClass;
}
public boolean hasTieClassName() {
return (tieClassName != null);
}
public void setTieClassName(String tieClass) {
tieClassName = tieClass;
}
public String getTieClassName() {
return tieClassName;
}
public String getDebugging() {
return debuggingEnabled;
}
public void setDebugging(String debuggingEnabled) {
this.debuggingEnabled = debuggingEnabled;
}
public void addProperty(NameValuePairDescriptor newProp) {
if (props==null) {
props = new ArrayList();
}
props.add(newProp);
}
public Iterator getProperties() {
if (props == null) {
return null;
}
return props.iterator();
}
private void updateServletEndpointRuntime() {
// Copy the value of the servlet impl bean class into
// the runtime information. This way, we'll still
// remember it after the servlet-class element has been
// replaced with the name of the container's servlet class.
saveServletImplClass();
WebComponentDescriptor webComp =
(WebComponentDescriptor) getWebComponentImpl();
WebBundleDescriptor bundle = webComp.getWebBundleDescriptor();
WebServicesDescriptor webServices = bundle.getWebServices();
Collection endpoints =
webServices.getEndpointsImplementedBy(webComp);
if( endpoints.size() > 1 ) {
String msg = "Servlet " + getWebComponentLink() +
" implements " + endpoints.size() + " web service endpoints " +
" but must only implement 1";
throw new IllegalStateException(msg);
}
if( getEndpointAddressUri() == null ) {
Set urlPatterns = webComp.getUrlPatternsSet();
if( urlPatterns.size() == 1 ) {
// Set endpoint-address-uri runtime info to uri.
// Final endpoint address will still be relative to context root
String uri = (String) urlPatterns.iterator().next();
setEndpointAddressUri(uri);
// Set transport guarantee in runtime info if transport
// guarantee is INTEGRAL or CONDIFIDENTIAL for any
// security constraint with this url-pattern.
Collection constraints =
bundle.getSecurityConstraintsForUrlPattern(uri);
for(Iterator i = constraints.iterator(); i.hasNext();) {
SecurityConstraint next = (SecurityConstraint) i.next();
UserDataConstraint dataConstraint =
next.getUserDataConstraint();
String guarantee = (dataConstraint != null) ?
dataConstraint.getTransportGuarantee() : null;
if( (guarantee != null) &&
( guarantee.equals
(UserDataConstraint.INTEGRAL_TRANSPORT) ||
guarantee.equals
(UserDataConstraint.CONFIDENTIAL_TRANSPORT) ) ) {
setTransportGuarantee(guarantee);
break;
}
}
} else {
String msg = "Endpoint " + getEndpointName() +
" has not been assigned an endpoint address " +
" and is associated with servlet " +
webComp.getCanonicalName() + " , which has " +
urlPatterns.size() + " url patterns";
throw new IllegalStateException(msg);
}
}
}
public String getSoapAddressPrefix() {
if((SOAPBinding.SOAP12HTTP_BINDING.equals(protocolBinding)) ||
(SOAPBinding.SOAP12HTTP_MTOM_BINDING.equals(protocolBinding)) ||
(SOAP12_TOKEN.equals(protocolBinding)) ||
(SOAP12_MTOM_TOKEN.equals(protocolBinding))) {
return "soap12";
}
// anything else should be soap11
return "soap";
}
public void print(StringBuffer toStringBuffer) {
super.print(toStringBuffer);
toStringBuffer.append("\n endpoint name = ").append(endpointName);
toStringBuffer.append( "\n endpoint intf = ").append(serviceEndpointInterface);
toStringBuffer.append( "\n wsdl Port = ").append(wsdlPort);
toStringBuffer.append( "\n ejb Link = ").append(ejbLink);
toStringBuffer.append( "\n web Link = ").append(webComponentLink);
}
}
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