/* * Copyright (c) 1997, 2000 Hellmuth Michaelis. All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions * are met: * 1. Redistributions of source code must retain the above copyright * notice, this list of conditions and the following disclaimer. * 2. Redistributions in binary form must reproduce the above copyright * notice, this list of conditions and the following disclaimer in the * documentation and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE AUTHOR AND CONTRIBUTORS ``AS IS'' AND * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE * ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY * OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF * SUCH DAMAGE. * *--------------------------------------------------------------------------- * * i4b_ioctl.h - messages kernel <--> userland * ------------------------------------------- * * $Id: i4b_ioctl.h,v 1.196 2000/10/09 11:17:07 hm Exp $ * * $FreeBSD$ * * last edit-date: [Mon Oct 9 13:17:34 2000] * *---------------------------------------------------------------------------*/ #ifndef _I4B_IOCTL_H_ #define _I4B_IOCTL_H_ #if defined(__FreeBSD__) && __FreeBSD__ >= 3 #ifndef _MACHINE_TYPES_H_ #include #endif /* _MACHINE_TYPES_H_ */ #endif /* __FreeBSD__ */ /*---------------------------------------------------------------------------* * version and release number for isdn4bsd package *---------------------------------------------------------------------------*/ #define VERSION 0 /* version number */ #define REL 95 /* release number */ #define STEP 04 /* release step */ /*---------------------------------------------------------------------------* * date/time format in i4b log messages * ------------------------------------ * Being year 2000 clean is not easy with the current state of the * ANSI C library standard and it's implementation for some locales. * You might like to use the "%c" format of "strftime" sometimes, * but this breaks Y2K in some locales. Also the old standard logfile * format "%d.%m.%y %H:%M:%S" is non compliant. * NetBSD's current toolset warns about this problems, and we compile * with -Werror, so this problems need to be resolved. *---------------------------------------------------------------------------*/ #define I4B_TIME_FORMAT "%d.%m.%Y %H:%M:%S" /*---------------------------------------------------------------------------* * max number of controllers in system *---------------------------------------------------------------------------*/ #define MAX_CONTROLLERS 8 /* max number of controllers */ /*---------------------------------------------------------------------------* * ISDN D-channel protocols *---------------------------------------------------------------------------*/ #define PROTOCOL_DSS1 0 /* default, Euro-ISDN/DSS1 */ #define PROTOCOL_D64S 1 /* 64k leased line, no protocol */ /*---------------------------------------------------------------------------* * controller types *---------------------------------------------------------------------------*/ #define CTRL_INVALID (-1) /* invalid, error */ #define CTRL_UNKNOWN 0 /* unknown controller type */ #define CTRL_PASSIVE 1 /* passive ISDN controller cards*/ #define CTRL_DAIC 2 /* Diehl active controller cards*/ #define CTRL_TINADD 3 /* Stollmann Tina-dd active card*/ #define CTRL_AVMB1 4 /* AVM B1 active card */ #define CTRL_NUMTYPES 5 /* number of controller types */ /*---------------------------------------------------------------------------* * CTRL_PASSIVE: driver types *---------------------------------------------------------------------------*/ #define MAXL1UNITS 8 /* max number of units */ #define L1DRVR_ISIC 0 /* isic - driver */ #define L1DRVR_IWIC 1 /* iwic - driver */ #define L1DRVR_IFPI 2 /* ifpi - driver */ #define L1DRVR_IHFC 3 /* ihfc - driver */ #define L1DRVR_IFPNP 4 /* ifpnp - driver */ /* MAXL1DRVR MUST be updated when more passive drivers are added !!! */ #define MAXL1DRVR (L1DRVR_IFPNP + 1) /*---------------------------------------------------------------------------* * card types for CTRL_PASSIVE *---------------------------------------------------------------------------*/ #define CARD_TYPEP_INVAL (-1) /* invalid, error */ #define CARD_TYPEP_UNK 0 /* unknown */ #define CARD_TYPEP_8 1 /* Teles, S0/8 */ #define CARD_TYPEP_16 2 /* Teles, S0/16 */ #define CARD_TYPEP_16_3 3 /* Teles, S0/16.3 */ #define CARD_TYPEP_AVMA1 4 /* AVM A1 or AVM Fritz!Card */ #define CARD_TYPEP_163P 5 /* Teles, S0/16.3 PnP */ #define CARD_TYPEP_CS0P 6 /* Creatix, S0 PnP */ #define CARD_TYPEP_USRTA 7 /* US Robotics ISDN TA internal */ #define CARD_TYPEP_DRNNGO 8 /* Dr. Neuhaus Niccy GO@ */ #define CARD_TYPEP_SWS 9 /* Sedlbauer Win Speed */ #define CARD_TYPEP_DYNALINK 10 /* Dynalink IS64PH */ #define CARD_TYPEP_BLMASTER 11 /* ISDN Blaster / ISDN Master */ #define CARD_TYPEP_PCFRITZ 12 /* AVM PCMCIA Fritz!Card */ #define CARD_TYPEP_ELSAQS1ISA 13 /* ELSA QuickStep 1000pro ISA */ #define CARD_TYPEP_ELSAQS1PCI 14 /* ELSA QuickStep 1000pro PCI */ #define CARD_TYPEP_SIEMENSITALK 15 /* Siemens I-Talk */ #define CARD_TYPEP_ELSAMLIMC 16 /* ELSA MicroLink ISDN/MC */ #define CARD_TYPEP_ELSAMLMCALL 17 /* ELSA MicroLink MCall */ #define CARD_TYPEP_ITKIX1 18 /* ITK ix1 micro */ #define CARD_TYPEP_AVMA1PCI 19 /* AVM FRITZ!CARD PCI */ #define CARD_TYPEP_PCC16 20 /* ELSA PCC-16 */ #define CARD_TYPEP_AVM_PNP 21 /* AVM FRITZ!CARD PnP */ #define CARD_TYPEP_SIE_ISURF2 22 /* Siemens I-Surf 2 PnP */ #define CARD_TYPEP_ASUSCOMIPAC 23 /* Asuscom ISDNlink 128 K PnP */ #define CARD_TYPEP_WINB6692 24 /* Winbond W6692 based */ #define CARD_TYPEP_16_3C 25 /* Teles S0/16.3c PnP (HFC-S/SP */ #define CARD_TYPEP_ACERP10 26 /* Acer ISDN P10 (HFC-S) */ #define CARD_TYPEP_TELEINT_NO_1 27 /* TELEINT ISDN SPEED No. 1 (HFC-1) */ /* * in case you add support for more cards, please update: * * isdnd: controller.c, name_of_controller() * diehl/diehlctl: main.c, listall() * * and adjust CARD_TYPEP_MAX below. */ #define CARD_TYPEP_MAX 27 /* max type */ /*---------------------------------------------------------------------------* * card types for CTRL_DAIC *---------------------------------------------------------------------------*/ #define CARD_TYPEA_DAIC_UNK 0 #define CARD_TYPEA_DAIC_S 1 #define CARD_TYPEA_DAIC_SX 2 #define CARD_TYPEA_DAIC_SCOM 3 #define CARD_TYPEA_DAIC_QUAD 4 /*---------------------------------------------------------------------------* * max length of some strings *---------------------------------------------------------------------------*/ #define TELNO_MAX 41 /* max length of a telephone number (+ '\0') */ #define DISPLAY_MAX 91 /* max length of display information (+ '\0') */ #define DATETIME_MAX 21 /* max length of datetime information (+ '\0')*/ /*---------------------------------------------------------------------------* * in case the src or dst telephone number is empty *---------------------------------------------------------------------------*/ #define TELNO_EMPTY "NotAvailable" /*---------------------------------------------------------------------------* * B channel parameters *---------------------------------------------------------------------------*/ #define BCH_MAX_DATALEN 2048 /* max length of a B channel frame */ /*---------------------------------------------------------------------------* * userland driver types * --------------------- * a "driver" is defined here as a piece of software interfacing an * ISDN B channel with a userland service, such as IP, Telephony etc. *---------------------------------------------------------------------------*/ #define BDRV_RBCH 0 /* raw b-channel interface driver */ #define BDRV_TEL 1 /* telephone (speech) interface driver */ #define BDRV_IPR 2 /* IP over raw HDLC interface driver */ #define BDRV_ISPPP 3 /* sync Kernel PPP interface driver */ #define BDRV_IBC 4 /* BSD/OS point to point driver */ #define BDRV_ING 5 /* NetGraph ing driver */ /*---------------------------------------------------------------------------* * B channel protocol *---------------------------------------------------------------------------*/ #define BPROT_NONE 0 /* no protocol at all, raw data */ #define BPROT_RHDLC 1 /* raw HDLC: flag, data, crc, flag */ /*---------------------------------------------------------------------------* * causes data type *---------------------------------------------------------------------------*/ typedef unsigned int cause_t; /* 32 bit unsigned int */ /*---------------------------------------------------------------------------* * call descriptor id (cdid) definitions *---------------------------------------------------------------------------*/ #define CDID_UNUSED 0 /* cdid is invalid and unused */ #define CDID_MAX 99999 /* highest valid cdid, wraparound to 1 */ /*---------------------------------------------------------------------------* * The shorthold algorithm to use *---------------------------------------------------------------------------*/ #define SHA_FIXU 0 /* timeout algorithm for fix unit charging */ #define SHA_VARU 1 /* timeout algorithm for variable unit charging */ /*---------------------------------------------------------------------------* * The shorthold data struct *---------------------------------------------------------------------------*/ typedef struct { int shorthold_algorithm; /* shorthold algorithm to use */ int unitlen_time; /* length of a charging unit */ int idle_time; /* time without activity on b ch*/ int earlyhup_time; /* safety area at end of unit */ } msg_shorthold_t; /**************************************************************************** outgoing call: -------------- userland kernel -------- ------ CDID_REQ -----------------> <------------------ cdid CONNECT_REQ --------------> <------------------ PROCEEDING_IND (if connect req ok) <------------------ CONNECT_ACTIVE_IND (if connection ok) or <------------------ DISCONNECT_IND (if connection failed) incoming call: -------------- userland kernel -------- ------ <------------------ CONNECT_IND CONNECT_RESP -------------> <------------------ CONNECT_ACTIVE_IND (if accepted) active disconnect: ------------------ userland kernel -------- ------ DISCONNECT_REQ ------------> <------------------ DISCONNECT_IND passive disconnect: ------------------- userland kernel -------- ------ <------------------ DISCONNECT_IND ****************************************************************************/ /*===========================================================================* *===========================================================================* * "read" messages from kernel -> userland *===========================================================================* *===========================================================================*/ /*---------------------------------------------------------------------------* * message header, included in every message *---------------------------------------------------------------------------*/ typedef struct { char type; /* message identifier */ #define MSG_CONNECT_IND 'a' #define MSG_CONNECT_ACTIVE_IND 'b' #define MSG_DISCONNECT_IND 'c' #define MSG_DIALOUT_IND 'd' #define MSG_IDLE_TIMEOUT_IND 'e' #define MSG_ACCT_IND 'f' #define MSG_CHARGING_IND 'g' #define MSG_PROCEEDING_IND 'h' #define MSG_ALERT_IND 'i' #define MSG_DRVRDISC_REQ 'j' #define MSG_L12STAT_IND 'k' #define MSG_TEIASG_IND 'l' #define MSG_PDEACT_IND 'm' #define MSG_NEGCOMP_IND 'n' #define MSG_IFSTATE_CHANGED_IND 'o' #define MSG_DIALOUTNUMBER_IND 'p' #define MSG_PACKET_IND 'q' int cdid; /* call descriptor id */ } msg_hdr_t; /*---------------------------------------------------------------------------* * connect indication * indicates incoming connection *---------------------------------------------------------------------------*/ typedef struct { msg_hdr_t header; /* common header */ int controller; /* controller number */ int channel; /* channel number */ #define CHAN_B1 0 /* this _must_ be 0, HSCX B1 is also 0 */ #define CHAN_B2 1 /* this _must_ be 1, HSCX B2 is also 1 */ #define CHAN_ANY (-1) /* outgoing, not possible for incoming */ #define CHAN_NO (-2) /* call waiting (CW) for incoming */ int bprot; /* b channel protocot, see BPROT_XXX */ char dst_telno[TELNO_MAX]; /* destination telno */ char src_telno[TELNO_MAX]; /* source telno */ int scr_ind;/* screening indicator */ #define SCR_NONE 0 /* no screening indicator transmitted */ #define SCR_USR_NOSC 1 /* screening user provided, not screened*/ #define SCR_USR_PASS 2 /* screening user provided, verified & passed */ #define SCR_USR_FAIL 3 /* screening user provided, verified & failed */ #define SCR_NET 4 /* screening network provided */ int prs_ind;/* presentation indicator */ #define PRS_NONE 0 /* no presentation indicator transmitted*/ #define PRS_ALLOWED 1 /* presentation allowed */ #define PRS_RESTRICT 2 /* presentation restricted */ #define PRS_NNINTERW 3 /* number not available due to interworking */ #define PRS_RESERVED 4 /* reserved */ char display[DISPLAY_MAX]; /* content of display IE*/ } msg_connect_ind_t; /*---------------------------------------------------------------------------* * connect active indication * indicates active connection *---------------------------------------------------------------------------*/ typedef struct { msg_hdr_t header; /* common header */ int controller; /* controller number actually used */ int channel; /* channel number actually used */ char datetime[DATETIME_MAX]; /* content of date/time IE */ } msg_connect_active_ind_t; /*---------------------------------------------------------------------------* * disconnect indication * indicates a disconnect *---------------------------------------------------------------------------*/ typedef struct { msg_hdr_t header; /* common header */ cause_t cause; /* cause code */ } msg_disconnect_ind_t; /*---------------------------------------------------------------------------* * negotiation complete * indicates an interface is completely up & running *---------------------------------------------------------------------------*/ typedef struct { msg_hdr_t header; /* common header */ } msg_negcomplete_ind_t; /*---------------------------------------------------------------------------* * interface changes internal state * indicates an interface has somehow switched its FSM *---------------------------------------------------------------------------*/ typedef struct { msg_hdr_t header; /* common header */ int state; /* new interface state */ } msg_ifstatechg_ind_t; /*---------------------------------------------------------------------------* * initiate a call to a remote site * i.e. the IP driver got a packet and wants a connection *---------------------------------------------------------------------------*/ typedef struct { msg_hdr_t header; /* common header */ int driver; /* driver type */ int driver_unit; /* driver unit number */ } msg_dialout_ind_t; /*---------------------------------------------------------------------------* * dial a number *---------------------------------------------------------------------------*/ typedef struct { msg_hdr_t header; /* common header */ int driver; /* driver type */ int driver_unit; /* driver unit number */ int cmdlen; /* length of string */ char cmd[TELNO_MAX]; /* the number to dial */ } msg_dialoutnumber_ind_t; /*---------------------------------------------------------------------------* * idle timeout disconnect sent indication * kernel has sent disconnect request because of b-ch idle *---------------------------------------------------------------------------*/ typedef struct { msg_hdr_t header; /* common header */ } msg_idle_timeout_ind_t; /*---------------------------------------------------------------------------* * accounting information from userland interface driver to daemon *---------------------------------------------------------------------------*/ typedef struct { msg_hdr_t header; /* common header */ int accttype; /* accounting type */ #define ACCT_DURING 0 #define ACCT_FINAL 1 int driver; /* driver type */ int driver_unit; /* driver unit number */ int ioutbytes; /* ISDN # of bytes sent */ int iinbytes; /* ISDN # of bytes received */ int outbps; /* bytes per sec out */ int inbps; /* bytes per sec in */ int outbytes; /* driver # of bytes sent */ int inbytes; /* driver # of bytes received */ } msg_accounting_ind_t; /*---------------------------------------------------------------------------* * charging information from isdn driver to daemon *---------------------------------------------------------------------------*/ typedef struct { msg_hdr_t header; /* common header */ int units; /* number of units */ int units_type; /* type of units info */ #define CHARGE_INVALID 0 /* invalid, unknown */ #define CHARGE_AOCD 1 /* advice of charge during call */ #define CHARGE_AOCE 2 /* advice of charge at end of call */ #define CHARGE_CALC 3 /* locally calculated from rates information */ } msg_charging_ind_t; /*---------------------------------------------------------------------------* * call proceeding indication * indicates outgoing SETUP has been acknowleged *---------------------------------------------------------------------------*/ typedef struct { msg_hdr_t header; /* common header */ int controller; /* controller number actually used */ int channel; /* channel number actually used */ } msg_proceeding_ind_t; /*---------------------------------------------------------------------------* * alert indication * indicates remote user side "rings" *---------------------------------------------------------------------------*/ typedef struct { msg_hdr_t header; /* common header */ } msg_alert_ind_t; /*---------------------------------------------------------------------------* * driver requests to disconnect line *---------------------------------------------------------------------------*/ typedef struct { msg_hdr_t header; /* common header */ int driver; /* driver type */ int driver_unit; /* driver unit number */ } msg_drvrdisc_req_t; /*---------------------------------------------------------------------------* * connect packet logging *---------------------------------------------------------------------------*/ typedef struct { msg_hdr_t header; /* common header */ int driver; /* driver type */ int driver_unit; /* driver unit number */ int direction; /* 0=in 1=out */ #define DIRECTION_IN 0 /* sending packet to remote */ #define DIRECTION_OUT 1 /* received packet from remote */ #define MAX_PACKET_LOG 40 /* space for IP and TCP header */ u_int8_t pktdata[MAX_PACKET_LOG]; } msg_packet_ind_t; /*---------------------------------------------------------------------------* * state of layer 1/2 *---------------------------------------------------------------------------*/ typedef struct { msg_hdr_t header; /* common header */ int controller; /* controller unit */ int layer; /* layer number (1/2) */ #define LAYER_ONE 1 #define LAYER_TWO 2 int state; /* state info */ #define LAYER_IDLE 0 #define LAYER_ACTIVE 1 } msg_l12stat_ind_t; /*---------------------------------------------------------------------------* * TEI assignment messages *---------------------------------------------------------------------------*/ typedef struct { msg_hdr_t header; /* common header */ int controller; /* controller unit */ int tei; /* TEI or -1 if invalid */ } msg_teiasg_ind_t; /*---------------------------------------------------------------------------* * persistent deactivation state of stack *---------------------------------------------------------------------------*/ typedef struct { msg_hdr_t header; /* common header */ int controller; /* controller unit */ int numactive; /* number of active connections */ } msg_pdeact_ind_t; /*===========================================================================* *===========================================================================* * "ioctl" messages from userland -> kernel *===========================================================================* *===========================================================================*/ /*---------------------------------------------------------------------------* * request a unique cdid (to setup an outgoing call) *---------------------------------------------------------------------------*/ typedef struct { int cdid; /* call descriptor id */ } msg_cdid_req_t; #define I4B_CDID_REQ _IOWR('4', 0, int) /*---------------------------------------------------------------------------* * connect request * requests an outgoing connection *---------------------------------------------------------------------------*/ typedef struct { int cdid; /* call descriptor id */ int controller; /* controller to use */ int channel; /* channel to use */ int txdelay; /* tx delay after connect */ int bprot; /* b channel protocol */ int driver; /* driver to route b channel data to */ int driver_unit; /* unit number for above driver */ msg_shorthold_t shorthold_data; /* the shorthold data */ int unitlen_method; /* how to calculate the unitlength */ #define ULEN_METHOD_STATIC 0 /* use unitlen_time value (see above) */ #define ULEN_METHOD_DYNAMIC 1 /* use AOCD */ char dst_telno[TELNO_MAX]; /* destination telephone no */ char src_telno[TELNO_MAX]; /* source telephone number */ } msg_connect_req_t; #define I4B_CONNECT_REQ _IOW('4', 1, msg_connect_req_t) /*---------------------------------------------------------------------------* * connect response * this is the answer to an incoming connect indication *---------------------------------------------------------------------------*/ typedef struct { int cdid; /* call descriptor id */ int response; /* what to do with incoming call */ #define SETUP_RESP_DNTCRE 0 /* dont care, call is not for me */ #define SETUP_RESP_REJECT 1 /* reject call */ #define SETUP_RESP_ACCEPT 2 /* accept call */ cause_t cause; /* cause for case SETUP_RESP_REJECT */ /* the following are only used for SETUP_RESP_ACCEPT !! */ int txdelay; /* tx delay after connect */ int bprot; /* B chan protocol */ int driver; /* driver to route b channel data to */ int driver_unit; /* unit number for above driver */ int max_idle_time; /* max time without activity on b ch */ } msg_connect_resp_t; #define I4B_CONNECT_RESP _IOW('4', 2, msg_connect_resp_t) /*---------------------------------------------------------------------------* * disconnect request * active disconnect request *---------------------------------------------------------------------------*/ typedef struct { int cdid; /* call descriptor id */ cause_t cause; /* protocol independent cause */ } msg_discon_req_t; #define I4B_DISCONNECT_REQ _IOW('4', 3, msg_discon_req_t) /*---------------------------------------------------------------------------* * controller info request *---------------------------------------------------------------------------*/ typedef struct { int controller; /* controller number */ int ncontroller; /* number of controllers in system */ int ctrl_type; /* controller type passive/active */ int card_type; /* brand / version */ int tei; /* tei controller probably has */ } msg_ctrl_info_req_t; #define I4B_CTRL_INFO_REQ _IOWR('4', 4, msg_ctrl_info_req_t) /*---------------------------------------------------------------------------* * dialout response * status report to driver who requested a dialout *---------------------------------------------------------------------------*/ typedef struct { int driver; /* driver to route b channel data to */ int driver_unit; /* unit number for above driver */ int stat; /* state of dialout request */ #define DSTAT_NONE 0 #define DSTAT_TFAIL 1 /* transient failure */ #define DSTAT_PFAIL 2 /* permanent failure */ #define DSTAT_INONLY 3 /* no outgoing dials allowed */ cause_t cause; /* exact i4b cause */ } msg_dialout_resp_t; #define I4B_DIALOUT_RESP _IOW('4', 5, msg_dialout_resp_t) /*---------------------------------------------------------------------------* * timeout value update *---------------------------------------------------------------------------*/ typedef struct { int cdid; /* call descriptor id */ msg_shorthold_t shorthold_data; } msg_timeout_upd_t; #define I4B_TIMEOUT_UPD _IOW('4', 6, msg_timeout_upd_t) /*---------------------------------------------------------------------------* * soft enable/disable *---------------------------------------------------------------------------*/ typedef struct { int driver; /* driver to route b channel data to */ int driver_unit; /* unit number for above driver */ int updown; /* what to do */ #define SOFT_ENA 0 /* enable interface */ #define SOFT_DIS 1 /* disable interface */ } msg_updown_ind_t; #define I4B_UPDOWN_IND _IOW('4', 7, msg_updown_ind_t) /*---------------------------------------------------------------------------* * send alert request *---------------------------------------------------------------------------*/ typedef struct { int cdid; /* call descriptor id */ } msg_alert_req_t; #define I4B_ALERT_REQ _IOW('4', 8, msg_alert_req_t) /*---------------------------------------------------------------------------* * request version and release info from kernel part * (msg_vr_req_t is also used by tel & rbch drivers) *---------------------------------------------------------------------------*/ typedef struct { int version; /* version number */ int release; /* release number */ int step; /* release step number */ } msg_vr_req_t; #define I4B_VR_REQ _IOR('4', 9, msg_vr_req_t) /*---------------------------------------------------------------------------* * set ISDN protocol used by a controller *---------------------------------------------------------------------------*/ typedef struct { int controller; /* controller number */ int protocol; /* ISDN D-channel protocol type */ } msg_prot_ind_t; #define I4B_PROT_IND _IOW('4', 10, msg_prot_ind_t) /*---------------------------------------------------------------------------* * Protocol download to active cards *---------------------------------------------------------------------------*/ struct isdn_dr_prot { size_t bytecount; /* length of code */ u_int8_t *microcode; /* pointer to microcode */ }; struct isdn_download_request { int controller; /* controller number */ int numprotos; /* number of protocols in 'protocols' */ struct isdn_dr_prot *protocols; }; #define I4B_CTRL_DOWNLOAD _IOW('4', 100, struct isdn_download_request) /*---------------------------------------------------------------------------* * Generic diagnostic interface for active cards *---------------------------------------------------------------------------*/ struct isdn_diagnostic_request { int controller; /* controller number */ u_int32_t cmd; /* diagnostic command to execute */ size_t in_param_len; /* length of additional input parameter */ void *in_param; /* optional input parameter */ size_t out_param_len; /* available output space */ void *out_param; /* output data goes here */ }; #define I4B_ACTIVE_DIAGNOSTIC _IOW('4', 102, struct isdn_diagnostic_request) #endif /* _I4B_IOCTL_H_ */