/*
    This file is part of libcapwap.

    libcapwap is free software: you can redistribute it and/or modify
    it under the terms of the GNU General Public License as published by
    the Free Software Foundation, either version 3 of the License, or
    (at your option) any later version.

    libcapwap is distributed in the hope that it will be useful,
    but WITHOUT ANY WARRANTY; without even the implied warranty of
    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
    GNU General Public License for more details.

    You should have received a copy of the GNU General Public License
    along with Foobar.  If not, see <http://www.gnu.org/licenses/>.

*/

/**
 * @file
 * @brief Cisco specific CAPWAP definitions 
 */

#ifndef __CAPWAP_CISCO_H
#define __CAPWAP_CISCO_H

#include <string.h>
#include <time.h>

#include "lwapp.h"
#include "capwap.h"

#define CW_CISCO_MWAR_ADDR			LW_ELEM_AC_ADDRESS			/* 2 */
#define CW_CISCO_RAD				3
#define CW_CISCO_RAD_SLOT			4
#define CW_CISCO_RAD_NAME			LW_ELEM_WTP_NAME			/* 5 */
#define	CW_CISCO_MWAR				LW_ELEM_AC_DESCRIPTOR			/* 6 */
#define CW_CISCO_ADD_WLAN			LW_ELEM_80211_ADD_WLAN			/* 7 */
#define CW_CISCO_WTP_RADIO_CFG			8

#define CW_CISCO_MULTI_DOMAIN_CAPAB		LW_ELEM_80211_MULTI_DOMAIN_CAPABILITY	/* 10 */
#define CW_CISCO_MAC_OPERATION			LW_ELEM_80211_MAC_OPERATION		/* 11 */

#define CW_CISCO_TX_POWER			LW_ELEM_80211_TX_POWER			/* 12 */
#define CW_CISCO_TX_POWER_LEVELS		LW_ELEM_80211_TX_POWER_LEVELS		/* 13 */
#define CW_CISCO_DIRECT_SEQUENCE_CONTROL	LW_ELEM_DIRECT_SEQUENCE_CONTROL		/* 14 */
#define CW_CISCO_SUPPORTED_RATES		LW_ELEM_80211_RATE_SET			/* 16 */

#define CW_CISCO_80211_DELETE_WLAN		LW_ELEM_80211_DELETE_WLAN		/* 28 */

#define CW_CISCO_MWAR_NAME			LW_ELEM_AC_NAME				/* 31 */

#define CW_CISCO_LOCATION_DATA			LW_ELEM_LOCATION_DATA			/* 35 */
#define CW_CISCO_STATISTICS_TIMER		LW_ELEM_STATISTICS_TIMER		/* 37 */

#define CW_CISCO_ANTENNA_PAYLOAD		41

#define CW_CISCO_CERTIFICATE			LW_ELEM_CERTIFICATE			/* 44 */
#define CW_CISCO_WTP_BOARD_DATA			LW_ELEM_WTP_BOARD_DATA			/* 50 */
#define CW_CISCO_AP_MODE_AND_TYPE		LW_ELEM_80211_WTP_MODE_AND_TYPE		/* 54 */
#define CW_CISCO_AP_QOS				LW_ELEM_QOS				/* 57 */

#define CW_CISCO_AC_IPV4_LIST			LW_ELEM_AC_IPV4_LIST			/* 59 */


#define CW_CISCO_AP_STATIC_IP_ADDR		83
#define CW_CISCO_SIG_PAYLOAD			84
#define CW_CISCO_SIG_TOGGLE			87

#define CW_CISCO_AC_NAME_WITH_INDEX		91
#define CW_CISCO_SPAM_DOMAIN_SECRET		96

#define CW_CISCO_SPAM_VENDOR_SPECIFIC		104

#define CW_CISCO_AP_UPTIME			108

#define CW_CISCO_AP_GROUP_NAME			123
#define CW_CISCO_SPAM_AP_LED_STATE		125
#define CW_CISCO_AP_MODEL			127
#define CW_CISCO_AP_RESET_BUTTON_STATE		128

#define CW_CISCO_AP_LED_STATE_CONFIG		125
#define CW_CISCO_AP_REGULATORY_DOMAIN		126

#define CW_CISCO_LWAPP_CHANNEL_POWER		134
#define CW_CISCO_AP_PRE_STD_SWITCH_CONFIG	137
#define CW_CISCO_AP_POWER_INJECTOR_CONFIG	138

#define CW_CISCO_AP_MINIOS_VERSION		149
#define CW_CISCO_AP_TIMESYNC			151
#define CW_CISCO_AP_DOMAIN			169
#define CW_CISCO_AP_DNS				170

#define CW_CISCO_AP_BACKUP_SOFTWARE_VERSION	183
#define CW_CISCO_BOARD_DATA_OPTIONS		207
#define CW_CISCO_MWAR_TYPE			208
#define CW_CISCO_80211_ASSOC_LIMIT		213
#define CW_CISCO_TLV_PAYLOAD			215
#define CW_CISCO_AP_LOG_FACILITY		224

#define CW_CISCO_AP_RETRANSMIT_PARAM		240
#define CW_CISCO_AP_VENUE_SETTINGS		249



/**
 * Add a Cisco AP Timesync message element to a buffer
 * @param dst destination buffer
 * @param time a unix timestamp
 * @param type of time
 * @return number of bytes put (5)
 */
static inline int cw_put_cisco_ap_timesync(uint8_t * dst, time_t time, uint8_t type)
{
	cw_put_dword(dst , time);
	cw_put_byte(dst + 4, type);
	return 5;

}

int cw_out_cisco_ap_timesync(struct conn *conn,struct cw_action_out * a,uint8_t *dst);



/**
 * Add a Cisco RAD Name message element to buffer
 * @param dst destination buffer
 * @param name RAD name, zero terminated
 * @return number of bytes put
 */
//static inline int cw_addelem_cisco_rad_name(uint8_t * dst, uint8_t * name)
//{
//	return cw_addelem_vendor_specific_payload(dst, CW_VENDOR_ID_CISCO, CW_CISCO_RAD_NAME, name,
//						  strlen((char *) name));
//}

/**
 * Add a Cisco Group Name message element to buffer
 * @param dst destination buffer
 * @param name Group name, zero terminated
 * @return number of bytes put
 */
/*

static inline int cw_addelem_cisco_ap_group_name(uint8_t * dst, uint8_t * name){
	return cw_addelem_vendor_specific_payload(dst, CW_VENDOR_ID_CISCO, CW_CISCO_AP_GROUP_NAME, name,
						  strlen((char *) name));
}

*/

static inline int cw_addelem_cisco_ap_regulatory_domain(uint8_t *dst, struct radioinfo * ri){
	uint8_t *d=dst+10;
	
	d+=cw_put_byte(d,ri->rid);	/* Band ID */
	d+=cw_put_byte(d,1);		/* Set True/False */
	d+=cw_put_byte(d,ri->rid);	/* Slot ID */
	d+=cw_put_word(d,ri->regDomain);
	return 5 + cw_put_elem_vendor_hdr(dst, CW_VENDOR_ID_CISCO, CW_CISCO_AP_REGULATORY_DOMAIN, 5);
}



/**
 * Add a Cisco MWAR message element.
 * @param dst destinnation buffer
 * @param acinfo AC data
 * @return number of bytes put
 * 
 * This message elemet is basically an LWAPP AC Descriptor 
 * encapsulated in a CAPWAP vendor specific payload message
 */

/*
static inline int cw_addelem_cisco_mwar(uint8_t *dst, struct ac_info *acinfo){
	int l = lw_put_ac_descriptor(dst+10,acinfo);
	return l+cw_put_elem_vendor_hdr(dst,CW_VENDOR_ID_CISCO,CW_CISCO_MWAR,l);
}
*/

/** 
 * Add a Cisco Certificate payload message element
 * @param dst destination buffer
 * @param src pointer to DER certificate
 * @param len length of certificate
 * @return number of bytes put
 */
static inline int cw_addelem_cisco_certificate(uint8_t*dst,uint8_t*src,int len){
	int l = lw_put_certificate(dst+10,src,len);
	return l+cw_put_elem_vendor_hdr(dst,CW_VENDOR_ID_CISCO,CW_CISCO_CERTIFICATE,l);
}


/*
static inline int cw_addelem_cisco_wtp_radio_cfg(uint8_t * dst,struct radioinfo *ri){
	int l = lw_put_80211_wtp_wlan_radio_configuration(dst+10,ri);
	return l+cw_put_elem_vendor_hdr(dst,CW_VENDOR_ID_CISCO,CW_CISCO_STATION_CFG,l);
}
*/


static inline int cw_readelem_cisco_station_cfg(uint8_t *src,int len){
	
//	lw_readelem_
	return 0;
}

extern const char * cw_cisco_id_to_str(int elem_id);

int cw_readelem_cisco_wtp_radio_cfg(int elem_id,uint8_t *elem, int len,struct radioinfo *ri);
int cw_addelem_cisco_wtp_radio_cfg(uint8_t*dst,struct radioinfo * ri);

extern int cw_out_cisco_ac_descriptor(struct conn *conn,struct cw_action_out * a,uint8_t *dst) ;
int cw_in_cisco_image_identifier(struct conn *conn,struct cw_action_in * a,uint8_t *data,int len,struct sockaddr *from);

int cw_in_cipwap_wtp_descriptor(struct conn *conn, struct cw_action_in *a, uint8_t * data,
			 int len,struct sockaddr *from);
int cw_in_check_cipwap_join_req(struct conn *conn, struct cw_action_in *a, uint8_t * data,
			 int len,struct sockaddr *from);



int cw_out_cisco_wtp_radio_cfg(struct conn *conn, struct cw_action_out *a, uint8_t * dst);

int cw_in_cisco_radio_administrative_state(struct conn *conn, struct cw_action_in *a, uint8_t * data, int len,
		  struct sockaddr *from);

int cw_in_cisco_radio_administrative_state_wtp(struct conn *conn, struct cw_action_in *a, uint8_t * data, int len,
		  struct sockaddr *from);


int cw_in_cisco_radio_cfg(struct conn *conn, struct cw_action_in *a, uint8_t * data, int len,
		  struct sockaddr *from);


int cw_in_cisco_add_wlan(struct conn *conn, struct cw_action_in *a, uint8_t * data, int len,
		  struct sockaddr *from);

#endif