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/*
* Conditions Of Use
*
* This software was developed by employees of the National Institute of
* Standards and Technology (NIST), an agency of the Federal Government.
* Pursuant to title 15 Untied States Code Section 105, works of NIST
* employees are not subject to copyright protection in the United States
* and are considered to be in the public domain.  As a result, a formal
* license is not needed to use the software.
*
* This software is provided by NIST as a service and is expressly
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* OR STATUTORY, INCLUDING, WITHOUT LIMITATION, THE IMPLIED WARRANTY OF
* MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, NON-INFRINGEMENT
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* the software.
*
* Permission to use this software is contingent upon your acceptance
* of the terms of this agreement
*
* .
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/*******************************************************************************
* Product of NIST/ITL Advanced Networking Technologies Division (ANTD).        *
*******************************************************************************/
package android.gov.nist.javax.sip.address;

/*
 *Bug fix contributions
 *Daniel J. Martinez Manzano 
 *Stefan Marx.
 *[email protected] (Additions for gruu and outbound drafts)
 *Jeroen van Bemmel ( additions for SCTP transport )
 */
import android.gov.nist.core.*;
import android.gov.nist.javax.sip.ListeningPointExt;

import java.util.*;
import java.text.ParseException;

import android.javax.sip.PeerUnavailableException;
import android.javax.sip.SipFactory;
import android.javax.sip.address.SipURI;
import android.javax.sip.header.Header;
import android.javax.sip.header.HeaderFactory;


/**
 * Implementation of the SipURI interface.
 *
 *
 * @author M. Ranganathan   
* @version 1.2 $Revision: 1.24 $ $Date: 2010-05-06 14:08:05 $ * * * */ public class SipUri extends GenericURI implements android.javax.sip.address.SipURI , SipURIExt{ private static final long serialVersionUID = 7749781076218987044L; /** Authority for the uri. */ protected Authority authority; /** uriParms list */ protected NameValueList uriParms; /** qheaders list */ protected NameValueList qheaders; /** telephoneSubscriber field */ protected TelephoneNumber telephoneSubscriber; public SipUri() { this.scheme = SIP; this.uriParms = new NameValueList(); this.qheaders = new NameValueList(); this.qheaders.setSeparator("&"); } /** Constructor given the scheme. * The scheme must be either Sip or Sips */ public void setScheme(String scheme) { if (scheme.compareToIgnoreCase(SIP) != 0 && scheme.compareToIgnoreCase(SIPS) != 0) throw new IllegalArgumentException("bad scheme " + scheme); this.scheme = scheme.toLowerCase(); } /** Get the scheme. */ public String getScheme() { return scheme; } /** * clear all URI Parameters. * @since v1.0 */ public void clearUriParms() { uriParms = new NameValueList(); } /** *Clear the password from the user part if it exists. */ public void clearPassword() { if (this.authority != null) { UserInfo userInfo = authority.getUserInfo(); if (userInfo != null) userInfo.clearPassword(); } } /** Get the authority. */ public Authority getAuthority() { return this.authority; } /** * Clear all Qheaders. */ public void clearQheaders() { qheaders = new NameValueList(); } /** * Compare two URIs and return true if they are equal. * @param that the object to compare to. * @return true if the object is equal to this object. * * JvB: Updated to define equality in terms of API methods, according to the rules * in RFC3261 section 19.1.4 * * Jean Deruelle: Updated to define equality of API methods, according to the rules * in RFC3261 section 19.1.4 convert potential ie : * %HEX HEX encoding parts of the URI before comparing them * transport param added in comparison * header equality enforced in comparison * */ @SuppressWarnings("unchecked") @Override public boolean equals(Object that) { // Shortcut for same object if (that==this) return true; if (that instanceof SipURI) { final SipURI a = this; final SipURI b = (SipURI) that; // A SIP and SIPS URI are never equivalent if ( a.isSecure() ^ b.isSecure() ) return false; // For two URIs to be equal, the user, password, host, and port // components must match; comparison of userinfo is case-sensitive if (a.getUser()==null ^ b.getUser()==null) return false; if (a.getUserPassword()==null ^ b.getUserPassword()==null) return false; if (a.getUser()!=null && !UriDecoder.decode(a.getUser()).equals(UriDecoder.decode(b.getUser()))) return false; if (a.getUserPassword()!=null && !UriDecoder.decode(a.getUserPassword()).equals(UriDecoder.decode(b.getUserPassword()))) return false; if (a.getHost() == null ^ b.getHost() == null) return false; if (a.getHost() != null && !a.getHost().equalsIgnoreCase(b.getHost())) return false; if (a.getPort() != b.getPort()) return false; // URI parameters for (Iterator i = a.getParameterNames(); i.hasNext();) { String pname = (String) i.next(); String p1 = a.getParameter(pname); String p2 = b.getParameter(pname); // those present in both must match (case-insensitive) if (p1!=null && p2!=null && !UriDecoder.decode(p1).equalsIgnoreCase(UriDecoder.decode(p2))) return false; } // transport, user, ttl or method must match when present in either if (a.getTransportParam()==null ^ b.getTransportParam()==null) return false; if (a.getUserParam()==null ^ b.getUserParam()==null) return false; if (a.getTTLParam()==-1 ^ b.getTTLParam()==-1) return false; if (a.getMethodParam()==null ^ b.getMethodParam()==null) return false; if (a.getMAddrParam()==null ^ b.getMAddrParam()==null) return false; // Headers: must match according to their definition. if(a.getHeaderNames().hasNext() && !b.getHeaderNames().hasNext()) return false; if(!a.getHeaderNames().hasNext() && b.getHeaderNames().hasNext()) return false; if(a.getHeaderNames().hasNext() && b.getHeaderNames().hasNext()) { HeaderFactory headerFactory = null; try { headerFactory = SipFactory.getInstance().createHeaderFactory(); } catch (PeerUnavailableException e) { Debug.logError("Cannot get the header factory to parse the header of the sip uris to compare", e); return false; } for (Iterator i = a.getHeaderNames(); i.hasNext();) { String hname = (String) i.next(); String h1 = a.getHeader(hname); String h2 = b.getHeader(hname); if(h1 == null && h2 != null) return false; if(h2 == null && h1 != null) return false; // The following check should not be needed but we add it for findbugs. if(h1 == null && h2 == null) continue; try { Header header1 = headerFactory.createHeader(hname, UriDecoder.decode(h1)); Header header2 = headerFactory.createHeader(hname, UriDecoder.decode(h2)); // those present in both must match according to the equals method of the corresponding header if (!header1.equals(header2)) return false; } catch (ParseException e) { Debug.logError("Cannot parse one of the header of the sip uris to compare " + a + " " + b, e); return false; } } } // Finally, we can conclude that they are indeed equal return true; } return false; } /** * Construct a URL from the parsed structure. * @return String */ public String encode() { return encode(new StringBuilder()).toString(); } public StringBuilder encode(StringBuilder buffer) { buffer.append(scheme).append(COLON); if (authority != null) authority.encode(buffer); if (!uriParms.isEmpty()) { buffer.append(SEMICOLON); uriParms.encode(buffer); } if (!qheaders.isEmpty()) { buffer.append(QUESTION); qheaders.encode(buffer); } return buffer; } /** Return a string representation. * *@return the String representation of this URI. * */ public String toString() { return this.encode(); } /** * getUser@host * @return user@host portion of the uri (null if none exists). * * Peter Musgrave - handle null user */ public String getUserAtHost() { String user = ""; if (authority.getUserInfo() != null) user = authority.getUserInfo().getUser(); String host = authority.getHost().encode(); StringBuilder s = null; if (user == null || user.equals("")) { s = new StringBuilder(); } else { s = new StringBuilder(user).append(AT); } return s.append(host).toString(); } /** * getUser@host * @return user@host portion of the uri (null if none exists). */ public String getUserAtHostPort() { String user = ""; if (authority.getUserInfo() != null) user = authority.getUserInfo().getUser(); String host = authority.getHost().encode(); int port = authority.getPort(); // If port not set assign the default. StringBuilder s = null; if (user == null || user.equals("")) { s = new StringBuilder(); } else { s = new StringBuilder(user).append(AT); } if (port != -1) { return s.append(host).append(COLON).append(port).toString(); } else return s.append(host).toString(); } /** * get the parameter (do a name lookup) and return null if none exists. * @param parmname Name of the parameter to get. * @return Parameter of the given name (null if none exists). */ public Object getParm(String parmname) { Object obj = uriParms.getValue(parmname); return obj; } /** * Get the method parameter. * @return Method parameter. */ public String getMethod() { return (String) getParm(METHOD); } /** * Accessor for URI parameters * @return A name-value list containing the parameters. */ public NameValueList getParameters() { return uriParms; } /** Remove the URI parameters. * */ public void removeParameters() { this.uriParms = new NameValueList(); } /** * Accessor forSIPObjects * @return Get the query headers (that appear after the ? in * the URL) */ public NameValueList getQheaders() { return qheaders; } /** * Get the urse parameter. * @return User parameter (user= phone or user=ip). */ public String getUserType() { return (String) uriParms.getValue(USER); } /** * Get the password of the user. * @return User password when it embedded as part of the uri * ( a very bad idea). */ public String getUserPassword() { if (authority == null) return null; return authority.getPassword(); } /** Set the user password. *@param password - password to set. */ public void setUserPassword(String password) { if (this.authority == null) this.authority = new Authority(); authority.setPassword(password); } /** * Returns the stucture corresponding to the telephone number * provided that the user is a telephone subscriber. * @return TelephoneNumber part of the url (only makes sense * when user = phone is specified) */ public TelephoneNumber getTelephoneSubscriber() { if (telephoneSubscriber == null) { telephoneSubscriber = new TelephoneNumber(); } return telephoneSubscriber; } /** * Get the host and port of the server. * @return get the host:port part of the url parsed into a * structure. */ public HostPort getHostPort() { if (authority == null || authority.getHost() == null ) return null; else { return authority.getHostPort(); } } /** Get the port from the authority field. * *@return the port from the authority field. */ public int getPort() { HostPort hp = this.getHostPort(); if (hp == null) return -1; return hp.getPort(); } /** Get the host protion of the URI. * @return the host portion of the url. */ public String getHost() { if ( authority == null) return null; else if (authority.getHost() == null ) return null; else return authority.getHost().encode(); } /** * returns true if the user is a telephone subscriber. * If the host is an Internet telephony * gateway, a telephone-subscriber field MAY be used instead * of a user field. The telephone-subscriber field uses the * notation of RFC 2806 [19]. Any characters of the un-escaped * "telephone-subscriber" that are not either in the set * "unreserved" or "user-unreserved" MUST be escaped. The set * of characters not reserved in the RFC 2806 description of * telephone-subscriber contains a number of characters in * various syntax elements that need to be escaped when used * in SIP URLs, for example quotation marks (%22), hash (%23), * colon (%3a), at-sign (%40) and the "unwise" characters, * i.e., punctuation of %5b and above. * * The telephone number is a special case of a user name and * cannot be distinguished by a BNF. Thus, a URL parameter, * user, is added to distinguish telephone numbers from user * names. * * The user parameter value "phone" indicates that the user * part contains a telephone number. Even without this * parameter, recipients of SIP URLs MAY interpret the pre-@ * part as a telephone number if local restrictions on the * @return true if the user is a telephone subscriber. */ public boolean isUserTelephoneSubscriber() { String usrtype = (String) uriParms.getValue(USER); if (usrtype == null) return false; return usrtype.equalsIgnoreCase(PHONE); } /** *remove the ttl value from the parameter list if it exists. */ public void removeTTL() { if (uriParms != null) uriParms.delete(TTL); } /** *Remove the maddr param if it exists. */ public void removeMAddr() { if (uriParms != null) uriParms.delete(MADDR); } /** *Delete the transport string. */ public void removeTransport() { if (uriParms != null) uriParms.delete(TRANSPORT); } /** Remove a header given its name (provided it exists). * @param name name of the header to remove. */ public void removeHeader(String name) { if (qheaders != null) qheaders.delete(name); } /** Remove all headers. */ public void removeHeaders() { qheaders = new NameValueList(); } /** * Set the user type. */ public void removeUserType() { if (uriParms != null) uriParms.delete(USER); } /** *remove the port setting. */ public void removePort() { authority.removePort(); } /** * remove the Method. */ public void removeMethod() { if (uriParms != null) uriParms.delete(METHOD); } /** Sets the user of SipURI. The identifier of a particular resource at * the host being addressed. The user and the user password including the * "at" sign make up the user-info. * * @param uname The new String value of the user. * @throws ParseException which signals that an error has been reached * unexpectedly while parsing the user value. */ public void setUser(String uname) { if (this.authority == null) { this.authority = new Authority(); } this.authority.setUser(uname); } /** Remove the user. */ public void removeUser() { this.authority.removeUserInfo(); } /** Set the default parameters for this URI. * Do nothing if the parameter is already set to some value. * Otherwise set it to the given value. * @param name Name of the parameter to set. * @param value value of the parameter to set. */ public void setDefaultParm(String name, Object value) { if (uriParms.getValue(name) == null) { NameValue nv = new NameValue(name, value); uriParms.set(nv); } } /** Set the authority member * @param authority Authority to set. */ public void setAuthority(Authority authority) { this.authority = authority; } /** Set the host for this URI. * @param h host to set. */ public void setHost(Host h) { if (this.authority == null) this.authority = new Authority(); this.authority.setHost(h); } /** Set the uriParms member * @param parms URI parameters to set. */ public void setUriParms(NameValueList parms) { uriParms = parms; } /** * Set a given URI parameter. Note - parameter must be properly * encoded before the function is called. * @param name Name of the parameter to set. * @param value value of the parameter to set. */ public void setUriParm(String name, Object value) { NameValue nv = new NameValue(name, value); uriParms.set(nv); } /** Set the qheaders member * @param parms query headers to set. */ public void setQheaders(NameValueList parms) { qheaders = parms; } /** * Set the MADDR parameter . * @param mAddr Host Name to set */ public void setMAddr(String mAddr) { NameValue nameValue = uriParms.getNameValue(MADDR); Host host = new Host(); host.setAddress(mAddr); if (nameValue != null) nameValue.setValueAsObject(host); else { nameValue = new NameValue(MADDR, host); uriParms.set(nameValue); } } /** Sets the value of the user parameter. The user URI parameter exists to * distinguish telephone numbers from user names that happen to look like * telephone numbers. This is equivalent to setParameter("user", user). * * @param usertype New value String value of the method parameter */ public void setUserParam(String usertype) { uriParms.set(USER, usertype); } /** * Set the Method * @param method method parameter */ public void setMethod(String method) { uriParms.set(METHOD, method); } /** * Sets ISDN subaddress of SipURL * @param isdnSubAddress ISDN subaddress */ public void setIsdnSubAddress(String isdnSubAddress) { if (telephoneSubscriber == null) telephoneSubscriber = new TelephoneNumber(); telephoneSubscriber.setIsdnSubaddress(isdnSubAddress); } /** * Set the telephone subscriber field. * @param tel Telephone subscriber field to set. */ public void setTelephoneSubscriber(TelephoneNumber tel) { telephoneSubscriber = tel; } /** set the port to a given value. * @param p Port to set. */ public void setPort(int p) { if (authority == null) authority = new Authority(); authority.setPort(p); } /** * Boolean to check if a parameter of a given name exists. * @param name Name of the parameter to check on. * @return a boolean indicating whether the parameter exists. */ public boolean hasParameter(String name) { return uriParms.getValue(name) != null; } /** * Set the query header when provided as a name-value pair. * @param nameValue qeuery header provided as a name,value pair. */ public void setQHeader(NameValue nameValue) { this.qheaders.set(nameValue); } /** Set the parameter as given. *@param nameValue - parameter to set. */ public void setUriParameter(NameValue nameValue) { this.uriParms.set(nameValue); } /** Return true if the transport parameter is defined. * @return true if transport appears as a parameter and false otherwise. */ public boolean hasTransport() { return hasParameter(TRANSPORT); } /** * Remove a parameter given its name * @param name -- name of the parameter to remove. */ public void removeParameter(String name) { uriParms.delete(name); } /** Set the hostPort field of the imbedded authority field. *@param hostPort is the hostPort to set. */ public void setHostPort(HostPort hostPort) { if (this.authority == null) { this.authority = new Authority(); } authority.setHostPort(hostPort); } /** clone this. */ public Object clone() { SipUri retval = (SipUri) super.clone(); if (this.authority != null) retval.authority = (Authority) this.authority.clone(); if (this.uriParms != null) retval.uriParms = (NameValueList) this.uriParms.clone(); if (this.qheaders != null) retval.qheaders = (NameValueList) this.qheaders.clone(); if (this.telephoneSubscriber != null) retval.telephoneSubscriber = (TelephoneNumber) this.telephoneSubscriber.clone(); return retval; } /** * Returns the value of the named header, or null if it is not set. * SIP/SIPS URIs may specify headers. As an example, the URI * sip:[email protected]?priority=urgent has a header "priority" whose * value is "urgent". * * @param name name of header to retrieve * @return the value of specified header */ public String getHeader(String name) { return this.qheaders.getValue(name) != null ? this.qheaders.getValue(name).toString() : null; } /** * Returns an Iterator over the names (Strings) of all headers present * in this SipURI. * * @return an Iterator over all the header names */ public Iterator getHeaderNames() { return this.qheaders.getNames(); } /** Returns the value of the lr parameter, or null if this * is not set. This is equivalent to getParameter("lr"). * * @return the value of the lr parameter */ public String getLrParam() { boolean haslr = this.hasParameter(LR); return haslr ? "true" : null; } /** Returns the value of the maddr parameter, or null if this * is not set. This is equivalent to getParameter("maddr"). * * @return the value of the maddr parameter */ public String getMAddrParam() { NameValue maddr = uriParms.getNameValue(MADDR); if (maddr == null) return null; String host = (String) maddr.getValueAsObject(); return host; } /** * Returns the value of the method parameter, or null if this * is not set. This is equivalent to getParameter("method"). * * @return the value of the method parameter */ public String getMethodParam() { return this.getParameter(METHOD); } /** * Returns the value of the named parameter, or null if it is not set. A * zero-length String indicates flag parameter. * * @param name name of parameter to retrieve * @return the value of specified parameter */ public String getParameter(String name) { Object val = uriParms.getValue(name); if (val == null) return null; if (val instanceof GenericObject) return ((GenericObject) val).encode(); else return val.toString(); } /** * Returns an Iterator over the names (Strings) of all parameters present * * in this ParametersHeader. * * * * @return an Iterator over all the parameter names * */ public Iterator getParameterNames() { return this.uriParms.getNames(); } /** Returns the value of the "ttl" parameter, or -1 if this is not set. * This method is equivalent to getParameter("ttl"). * * @return the value of the ttl parameter */ public int getTTLParam() { Integer ttl = (Integer) uriParms.getValue("ttl"); if (ttl != null) return ttl.intValue(); else return -1; } /** Returns the value of the "transport" parameter, or null if this is not * set. This is equivalent to getParameter("transport"). * * @return the transport paramter of the SipURI */ public String getTransportParam() { if (uriParms != null) { return (String) uriParms.getValue(TRANSPORT); } else return null; } /** Returns the value of the userParam, *or null if this is not set. *

* This is equivalent to getParameter("user"). * * @return the value of the userParam of the SipURI */ public String getUser() { return authority.getUser(); } /** Returns true if this SipURI is secure i.e. if this SipURI represents a * sips URI. A sip URI returns false. * * @return true if this SipURI represents a sips URI, and * false if it represents a sip URI. */ public boolean isSecure() { return this.getScheme().equalsIgnoreCase(SIPS); } /** This method determines if this is a URI with a scheme of "sip" or "sips". * * @return true if the scheme is "sip" or "sips", false otherwise. */ public boolean isSipURI() { return true; } /** Sets the value of the specified header fields to be included in a * request constructed from the URI. If the header already had a value it * will be overwritten. * * @param name - a String specifying the header name * @param value - a String specifying the header value */ public void setHeader(String name, String value) { NameValue nv = new NameValue(name, value); qheaders.set(nv); } /** * Set the host portion of the SipURI * * @param host host to set. */ public void setHost(String host) throws ParseException { Host h = new Host(host); this.setHost(h); } /** Sets the value of the lr parameter of this SipURI. The lr * parameter, when present, indicates that the element responsible for * this resource implements the routing mechanisms specified in RFC 3261. * This parameter will be used in the URIs proxies place in the * Record-Route header field values, and may appear in the URIs in a * pre-existing route set. */ public void setLrParam() { this.uriParms.set("lr",null); // JvB: fixed to not add duplicates } /** * Sets the value of the maddr parameter of this SipURI. The * maddr parameter indicates the server address to be contacted for this * user, overriding any address derived from the host field. This is * equivalent to setParameter("maddr", maddr). * * @param maddr New value of the maddr parameter */ public void setMAddrParam(String maddr) throws ParseException { if (maddr == null) throw new NullPointerException("bad maddr"); setParameter("maddr", maddr); } /** Sets the value of the method parameter. This specifies * which SIP method to use in requests directed at this URI. This is * equivalent to setParameter("method", method). * * @param method - new value String value of the method parameter */ public void setMethodParam(String method) throws ParseException { setParameter("method", method); } /** * Sets the value of the specified parameter. If the parameter already had * * a value it will be overwritten. A zero-length String indicates flag * * parameter. * * * * @param name - a String specifying the parameter name * * @param value - a String specifying the parameter value * * @throws ParseException which signals that an error has been reached * * unexpectedly while parsing the parameter name or value. * */ public void setParameter(String name, String value) throws ParseException { if (name.equalsIgnoreCase("ttl")) { try { Integer.parseInt(value); } catch (NumberFormatException ex) { throw new ParseException("bad parameter " + value, 0); } } uriParms.set(name,value); } /** Sets the scheme of this URI to sip or sips depending on whether the * argument is true or false. The default value is false. * * @param secure - the boolean value indicating if the SipURI is secure. */ public void setSecure(boolean secure) { if (secure) this.scheme = SIPS; else this.scheme = SIP; } /** Sets the value of the ttl parameter. The ttl parameter * specifies the time-to-live value when packets are sent using UDP * multicast. This is equivalent to setParameter("ttl", ttl). * * @param ttl - new value of the ttl parameter */ public void setTTLParam(int ttl) { if (ttl <= 0) throw new IllegalArgumentException("Bad ttl value"); if (uriParms != null) { NameValue nv = new NameValue("ttl", Integer.valueOf(ttl)); uriParms.set(nv); } } /** Sets the value of the "transport" parameter. This parameter specifies * which transport protocol to use for sending requests and responses to * this entity. The following values are defined: "udp", "tcp", "sctp", * "tls", "ws", "wss" but other values may be used also. This method is equivalent to * setParameter("transport", transport). Transport parameter constants * are defined in the {@link android.javax.sip.ListeningPoint}. * * @param transport - new value for the "transport" parameter * @see android.javax.sip.ListeningPoint */ public void setTransportParam(String transport) throws ParseException { if (transport == null) throw new NullPointerException("null arg"); /*if (transport.compareToIgnoreCase("UDP") == 0 || transport.compareToIgnoreCase("TLS") == 0 || transport.compareToIgnoreCase("TCP") == 0 || transport.compareToIgnoreCase("SCTP") == 0 || transport.compareToIgnoreCase(ListeningPointExt.WS) == 0 || transport.compareToIgnoreCase(ListeningPointExt.WSS) == 0) {*/ NameValue nv = new NameValue(TRANSPORT, transport.toLowerCase()); uriParms.set(nv); /*} else throw new ParseException("bad transport " + transport, 0);*/ } /** Returns the user part of this SipURI, or null if it is not set. * * @return the user part of this SipURI */ public String getUserParam() { return getParameter("user"); } /** Returns whether the the lr parameter is set. This is * equivalent to hasParameter("lr"). This interface has no getLrParam as * RFC3261 does not specify any values for the "lr" paramater. * * @return true if the "lr" parameter is set, false otherwise. */ public boolean hasLrParam() { return uriParms.getNameValue(LR) != null; } /** * Returns whether the gr parameter is set. * * Not part on the interface since gruu is not part of the base RFC3261. */ public boolean hasGrParam() { return uriParms.getNameValue(GRUU) != null; } /** * Sets the gr parameter. * * Not part on the interface since gruu is not part of the base RFC3261. */ public void setGrParam(String value) { this.uriParms.set(GRUU, value); // JvB: fixed to not add duplicates } /** * Sets the gr parameter. * * Not part on the interface since gruu is not part of the base RFC3261. */ public String getGrParam() { return (String) this.uriParms.getValue(GRUU); // JvB: fixed to not add duplicates } /** *remove the +sip-instance value from the parameter list if it exists. */ }





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