//
// Copyright (C) 2004, 2005 Pingtel Corp.
// 
//
// $$
////////////////////////////////////////////////////////////////////////
//////

#if !defined(AFX_SIPLINE_H__6AD8439B_AA8A_4F09_B5C4_44A3BA9C7AC6__INCLUDED_)
#define AFX_SIPLINE_H__6AD8439B_AA8A_4F09_B5C4_44A3BA9C7AC6__INCLUDED_

// SYSTEM INCLUDES
//#include <...>

// APPLICATION INCLUDES
#include <utl/UtlHashBag.h>
#include "HttpMessage.h"
#include "net/Url.h"


// DEFINES
// MACROS
// EXTERNAL FUNCTIONS
// EXTERNAL VARIABLES
// CONSTANTS
// STRUCTS
// TYPEDEFS

/**
 * Line contact type: Use the local address or a NAT-derived address 
 * (e.g. STUN)
 */
typedef enum LINE_CONTACT_TYPE
{
    LINE_CONTACT_LOCAL,          /**< Use the local IP address */
    LINE_CONTACT_NAT_MAPPED     /**< Use the NAT-derived IP address */

} LINE_CONTACT_TYPE ;

//STATE TRANSITION//
/*
                                                        |----1/2refresh time--|
                                                        |--------------refresh time-------------|
 ---------             ------------           --------          ---------
 | TRYING| --------->  |REGISTERED| --------->|FAILED| -------->|EXPIRED|
 ---------             ------------           --------          ---------
        |                                                       |       ^                                                               ^
        |                                                       |___|                                                           |
        |                                                                                                                               |
    |______________________failed the first time____________________|

*/

class SipLine
{
public:

   //utility functions
        enum LineStates
        {
                LINE_STATE_UNKNOWN  = 0,
                LINE_STATE_REGISTERED,  //sucessfull registeration , registration no expried on server
                LINE_STATE_DISABLED,    //not registering
                LINE_STATE_FAILED,              //failed registration
                LINE_STATE_PROVISIONED, //dont send registration , but enabled because server provisioned it.
                LINE_STATE_TRYING,              //registration message sent , awaiting response
                LINE_STATE_EXPIRED              //registration expried on server
        };

        SipLine(Url userEnteredUrl = "",
                Url identityUri = "",
        UtlString user ="",
                UtlBoolean visible = TRUE,
                int state = LINE_STATE_REGISTERED,
                UtlBoolean isAutoEnabled = TRUE,
                UtlBoolean useCallHandling = FALSE);

        virtual ~SipLine();
        SipLine(const SipLine& rSipLine);
        SipLine& operator=(const SipLine& rSipLine);


    UtlBoolean isDeviceLine() ;
    //: Determine if this line is a device line.  Presently, a line is
    //  considered a device line if it's user is "Device"

        UtlBoolean IsDuplicateRealm(const UtlString realm , const UtlString scheme = HTTP_DIGEST_AUTHENTICATION);

        UtlString& getLineId();


        int getState() ;
        void setState(int state) ;

        //who does the line belong to
        UtlString& getUser();
        void setUser(const UtlString user);

        //line identily or name - just the Uri
   void getIdentityAndUrl(Url &identity, Url &userEnteredUrl) ;
        void setIdentityAndUrl(Url identity, Url userEnteredUrl) ;
   Url& getUserEnteredUrl() ;
   Url& getIdentity() ;
   Url& getCanonicalUrl() ;

        //if line will get enabled after reboot - ( ie it is persitant)
        void setAutoEnableStatus( UtlBoolean isAutoEnabled);
        UtlBoolean getAutoEnableStatus();

        //to use the call handling of the owner or not
        UtlBoolean getCallHandling();
        void setCallHandling( UtlBoolean useCallHandling = TRUE);

        //if line is visible in the line list to the user
        UtlBoolean getVisibility();
        void setVisibility( UtlBoolean isEnable = TRUE);

        //for use from GUI
        int GetNumOfCredentials();

        UtlBoolean addCredentials(const UtlString& strRealm,
                const UtlString& strUserID,
                const UtlString& strPassword ,
                const UtlString& Type);

        UtlBoolean getCredentials(const UtlString& type /*[in]*/,
                const UtlString& realm /*[in]*/,
                UtlString* userID /*[out]*/,
                UtlString* MD5_token /*[out]*/);

   UtlBoolean getAllCredentials( int MaxEnteries/*[in]*/ ,
      int& actualEnteries /*[out/int]*/,
      UtlString realms[]/*[out/int]*/,
      UtlString UserId[]/*[out/int]*/,
          UtlString type[]/*[out/int]*/,
      UtlString passtoken[]/*[out/int]*/);

        //removes credetials for a particular realm
        void removeCredential(const UtlString* realm);
        //removes all credentials for this line
        void removeAllCredentials();

    void setPreferredContactUri(const Url& preferredContactUri) ;
      //: Set the preferred host/ip for the contact in subsequent registers
    UtlBoolean getPreferredContactUri(Url& preferredContactUri) const ;
      //: Get Preferred host/ip for the contact in subsequent registers

    LINE_CONTACT_TYPE getContactType() const ;
    void setContactType(LINE_CONTACT_TYPE eContactType) ;

protected:

        UtlBoolean mIsVisible;
        UtlBoolean mIsAutoEnabled;
        UtlBoolean mIsUsingCallHandling;
        Url mIdentity; //line key which is the canonical URL stripped of display name, angle brackets and field parameters (basically the URI).
    Url mUserEnteredUrl; //user entered URL string (could be incomplete "sip:444@")
    Url mCanonicalUrl; //The canonical URL which is the URL string with the host and port filled in if they were missing.
    LINE_CONTACT_TYPE meContactType;  /**< Type of of contact address (either LOCAL or NAT_MAPPED) */

        UtlString mUser;
    UtlString mLineId;
        int mCurrentState;
    Url mPreferredContactUri ;

        UtlHashBag mCredentials;

    void copyCredentials(const SipLine& rSipLine);
    void generateLineID(UtlString& lineId);
};

#endif // !defined(AFX_SIPLINE_H__6AD8439B_AA8A_4F09_B5C4_44A3BA9C7AC6__INCLUDED_)
