/** Patch up the request line as necessary. */
 protected void setRequestLineDefaults() {
   String method = requestLine.getMethod();
   if (method == null) {
     CSeq cseq = (CSeq) this.getCSeq();
     if (cseq != null) {
       method = getCannonicalName(cseq.getMethod());
       requestLine.setMethod(method);
     }
   }
 }
Beispiel #2
0
    protected HttpResponse processRequest(HttpRequest request) throws MuleException, IOException {
      RequestLine requestLine = request.getRequestLine();
      String method = requestLine.getMethod();

      if (method.equals(HttpConstants.METHOD_GET)
          || method.equals(HttpConstants.METHOD_HEAD)
          || method.equals(HttpConstants.METHOD_POST)
          || method.equals(HttpConstants.METHOD_OPTIONS)
          || method.equals(HttpConstants.METHOD_PUT)
          || method.equals(HttpConstants.METHOD_DELETE)
          || method.equals(HttpConstants.METHOD_TRACE)
          || method.equals(HttpConstants.METHOD_CONNECT)) {
        return doRequest(request, requestLine);
      } else {
        return doBad(requestLine);
      }
    }
 /** Set the default values in the request URI if necessary. */
 protected void setDefaults() {
   // The request line may be unparseable (set to null by the
   // exception handler.
   if (requestLine == null) return;
   String method = requestLine.getMethod();
   // The requestLine may be malformed!
   if (method == null) return;
   GenericURI u = (GenericURI) requestLine.getUri();
   if (u == null) return;
   if (method.compareTo(Request.REGISTER) == 0 || method.compareTo(Request.INVITE) == 0) {
     if (u instanceof SipUri) {
       SipUri sipUri = (SipUri) u;
       sipUri.setUserParam(DEFAULT_USER);
       try {
         sipUri.setTransportParam(DEFAULT_TRANSPORT);
       } catch (ParseException ex) {
       }
     }
   }
 }
Beispiel #4
0
    protected Map parseHeaders(HttpRequest request) throws MalformedCookieException {
      RequestLine requestLine = request.getRequestLine();
      Map headers = new HashMap();

      for (Iterator rhi = request.getHeaderIterator(); rhi.hasNext(); ) {
        Header header = (Header) rhi.next();
        String headerName = header.getName();
        Object headerValue = header.getValue();

        // fix Mule headers?
        if (headerName.startsWith("X-MULE")) {
          headerName = headerName.substring(2);
        }
        // Parse cookies?
        else if (headerName.equals(HttpConnector.HTTP_COOKIES_PROPERTY)) {
          if (enableCookies) {
            Cookie[] cookies = CookieHelper.parseCookies(header, cookieSpec);
            if (cookies.length > 0) {
              // yum!
              headerValue = cookies;
            } else {
              // bad cookies?!
              continue;
            }
          } else {
            // no cookies for you!
            continue;
          }
        }

        // accept header & value
        headers.put(headerName, headerValue);
      }

      headers.put(HttpConnector.HTTP_METHOD_PROPERTY, requestLine.getMethod());
      headers.put(HttpConnector.HTTP_REQUEST_PROPERTY, requestLine.getUri());
      headers.put(HttpConnector.HTTP_VERSION_PROPERTY, requestLine.getHttpVersion().toString());
      headers.put(HttpConnector.HTTP_COOKIE_SPEC_PROPERTY, cookieSpec);
      return headers;
    }
 /**
  * Create a new default SIPRequest from the original request. Warning: the newly created
  * SIPRequest, shares the headers of this request but we generate any new headers that we need to
  * modify so the original request is umodified. However, if you modify the shared headers after
  * this request is created, then the newly created request will also be modified. If you want to
  * modify the original request without affecting the returned Request make sure you clone it
  * before calling this method.
  *
  * <p>Only required headers are copied.
  *
  * <ul>
  *   <li>Contact headers are not included in the newly created request. Setting the appropriate
  *       sequence number is the responsibility of the caller.
  *   <li>RouteList is not copied for ACK and CANCEL
  *   <li>Note that we DO NOT copy the body of the argument into the returned header. We do not
  *       copy the content type header from the original request either. These have to be added
  *       seperately and the content length has to be correctly set if necessary the content length
  *       is set to 0 in the returned header.
  *   <li>Contact List is not copied from the original request.
  *   <li>RecordRoute List is not included from original request.
  *   <li>Via header is not included from the original request.
  * </ul>
  *
  * @param requestLine is the new request line.
  * @param switchHeaders is a boolean flag that causes to and from headers to switch (set this to
  *     true if you are the server of the transaction and are generating a BYE request). If the
  *     headers are switched, we generate new From and To headers otherwise we just use the
  *     incoming headers.
  * @return a new Default SIP Request which has the requestLine specified.
  */
 public SIPRequest createSIPRequest(RequestLine requestLine, boolean switchHeaders) {
   SIPRequest newRequest = new SIPRequest();
   newRequest.requestLine = requestLine;
   Iterator headerIterator = this.getHeaders();
   while (headerIterator.hasNext()) {
     SIPHeader nextHeader = (SIPHeader) headerIterator.next();
     // For BYE and cancel set the CSeq header to the
     // appropriate method.
     if (nextHeader instanceof CSeq) {
       CSeq newCseq = (CSeq) nextHeader.clone();
       nextHeader = newCseq;
       try {
         newCseq.setMethod(requestLine.getMethod());
       } catch (ParseException e) {
       }
     } else if (nextHeader instanceof ViaList) {
       Via via = (Via) (((ViaList) nextHeader).getFirst().clone());
       via.removeParameter("branch");
       nextHeader = via;
       // Cancel and ACK preserve the branch ID.
     } else if (nextHeader instanceof To) {
       To to = (To) nextHeader;
       if (switchHeaders) {
         nextHeader = new From(to);
         ((From) nextHeader).removeTag();
       } else {
         nextHeader = (SIPHeader) to.clone();
         ((To) nextHeader).removeTag();
       }
     } else if (nextHeader instanceof From) {
       From from = (From) nextHeader;
       if (switchHeaders) {
         nextHeader = new To(from);
         ((To) nextHeader).removeTag();
       } else {
         nextHeader = (SIPHeader) from.clone();
         ((From) nextHeader).removeTag();
       }
     } else if (nextHeader instanceof ContentLength) {
       ContentLength cl = (ContentLength) nextHeader.clone();
       try {
         cl.setContentLength(0);
       } catch (InvalidArgumentException e) {
       }
       nextHeader = cl;
     } else if (!(nextHeader instanceof CallID) && !(nextHeader instanceof MaxForwards)) {
       // Route is kept by dialog.
       // RR is added by the caller.
       // Contact is added by the Caller
       // Any extension headers must be added
       // by the caller.
       continue;
     }
     try {
       newRequest.attachHeader(nextHeader, false);
     } catch (SIPDuplicateHeaderException e) {
       e.printStackTrace();
     }
   }
   if (MessageFactoryImpl.getDefaultUserAgentHeader() != null) {
     newRequest.setHeader(MessageFactoryImpl.getDefaultUserAgentHeader());
   }
   return newRequest;
 }
 /**
  * Get the method from the request line.
  *
  * @return the method from the request line if the method exits and null if the request line or
  *     the method does not exist.
  */
 public String getMethod() {
   if (requestLine == null) return null;
   else return requestLine.getMethod();
 }
  /**
   * Check header for constraints. (1) Invite options and bye requests can only have SIP URIs in the
   * contact headers. (2) Request must have cseq, to and from and via headers. (3) Method in request
   * URI must match that in CSEQ.
   */
  public void checkHeaders() throws ParseException {
    String prefix = "Missing a required header : ";

    /* Check for required headers */

    if (getCSeq() == null) {
      throw new ParseException(prefix + CSeqHeader.NAME, 0);
    }
    if (getTo() == null) {
      throw new ParseException(prefix + ToHeader.NAME, 0);
    }

    if (this.callIdHeader == null
        || this.callIdHeader.getCallId() == null
        || callIdHeader.getCallId().equals("")) {
      throw new ParseException(prefix + CallIdHeader.NAME, 0);
    }
    if (getFrom() == null) {
      throw new ParseException(prefix + FromHeader.NAME, 0);
    }
    if (getViaHeaders() == null) {
      throw new ParseException(prefix + ViaHeader.NAME, 0);
    }
    if (getMaxForwards() == null) {
      throw new ParseException(prefix + MaxForwardsHeader.NAME, 0);
    }

    if (getTopmostVia() == null) throw new ParseException("No via header in request! ", 0);

    if (getMethod().equals(Request.NOTIFY)) {
      if (getHeader(SubscriptionStateHeader.NAME) == null)
        throw new ParseException(prefix + SubscriptionStateHeader.NAME, 0);

      if (getHeader(EventHeader.NAME) == null)
        throw new ParseException(prefix + EventHeader.NAME, 0);

    } else if (getMethod().equals(Request.PUBLISH)) {
      /*
       * For determining the type of the published event state, the EPA MUST include a
       * single Event header field in PUBLISH requests. The value of this header field
       * indicates the event package for which this request is publishing event state.
       */
      if (getHeader(EventHeader.NAME) == null)
        throw new ParseException(prefix + EventHeader.NAME, 0);
    }

    /*
     * RFC 3261 8.1.1.8 The Contact header field MUST be present and contain exactly one SIP
     * or SIPS URI in any request that can result in the establishment of a dialog. For the
     * methods defined in this specification, that includes only the INVITE request. For these
     * requests, the scope of the Contact is global. That is, the Contact header field value
     * contains the URI at which the UA would like to receive requests, and this URI MUST be
     * valid even if used in subsequent requests outside of any dialogs.
     *
     * If the Request-URI or top Route header field value contains a SIPS URI, the Contact
     * header field MUST contain a SIPS URI as well.
     */
    if (requestLine.getMethod().equals(Request.INVITE)
        || requestLine.getMethod().equals(Request.SUBSCRIBE)
        || requestLine.getMethod().equals(Request.REFER)) {
      if (this.getContactHeader() == null) {
        // Make sure this is not a target refresh. If this is a target
        // refresh its ok not to have a contact header. Otherwise
        // contact header is mandatory.
        if (this.getToTag() == null) throw new ParseException(prefix + ContactHeader.NAME, 0);
      }

      if (requestLine.getUri() instanceof SipUri) {
        String scheme = ((SipUri) requestLine.getUri()).getScheme();
        if ("sips".equalsIgnoreCase(scheme)) {
          SipUri sipUri = (SipUri) this.getContactHeader().getAddress().getURI();
          if (!sipUri.getScheme().equals("sips")) {
            throw new ParseException("Scheme for contact should be sips:" + sipUri, 0);
          }
        }
      }
    }

    /*
     * Contact header is mandatory for a SIP INVITE request.
     */
    if (this.getContactHeader() == null
        && (this.getMethod().equals(Request.INVITE)
            || this.getMethod().equals(Request.REFER)
            || this.getMethod().equals(Request.SUBSCRIBE))) {
      throw new ParseException("Contact Header is Mandatory for a SIP INVITE", 0);
    }

    if (requestLine != null
        && requestLine.getMethod() != null
        && getCSeq().getMethod() != null
        && requestLine.getMethod().compareTo(getCSeq().getMethod()) != 0) {
      throw new ParseException("CSEQ method mismatch with  Request-Line ", 0);
    }
  }
Beispiel #8
0
 public String getMethod() {
   return _requestLine.getMethod();
 }