2005-04-16 22:20:36 +00:00
/* $Id: capiutil.c,v 1.13.6.4 2001/09/23 22:24:33 kai Exp $
*
* CAPI 2.0 convert capi message to capi message struct
*
* From CAPI 2.0 Development Kit AVM 1995 ( msg . c )
* Rewritten for Linux 1996 by Carsten Paeth < calle @ calle . de >
*
* This software may be used and distributed according to the terms
* of the GNU General Public License , incorporated herein by reference .
*
*/
# include <linux/module.h>
# include <linux/string.h>
# include <linux/ctype.h>
# include <linux/stddef.h>
# include <linux/kernel.h>
# include <linux/mm.h>
# include <linux/init.h>
# include <linux/isdn/capiutil.h>
/* from CAPI2.0 DDK AVM Berlin GmbH */
# ifndef CONFIG_ISDN_DRV_AVMB1_VERBOSE_REASON
char * capi_info2str ( u16 reason )
{
return " .. " ;
}
# else
char * capi_info2str ( u16 reason )
{
switch ( reason ) {
/*-- informative values (corresponding message was processed) -----*/
case 0x0001 :
return " NCPI not supported by current protocol, NCPI ignored " ;
case 0x0002 :
return " Flags not supported by current protocol, flags ignored " ;
case 0x0003 :
return " Alert already sent by another application " ;
/*-- error information concerning CAPI_REGISTER -----*/
case 0x1001 :
return " Too many applications " ;
case 0x1002 :
return " Logical block size too small, must be at least 128 Bytes " ;
case 0x1003 :
return " Buffer exceeds 64 kByte " ;
case 0x1004 :
return " Message buffer size too small, must be at least 1024 Bytes " ;
case 0x1005 :
return " Max. number of logical connections not supported " ;
case 0x1006 :
return " Reserved " ;
case 0x1007 :
return " The message could not be accepted because of an internal busy condition " ;
case 0x1008 :
return " OS resource error (no memory ?) " ;
case 0x1009 :
return " CAPI not installed " ;
case 0x100A :
return " Controller does not support external equipment " ;
case 0x100B :
return " Controller does only support external equipment " ;
/*-- error information concerning message exchange functions -----*/
case 0x1101 :
return " Illegal application number " ;
case 0x1102 :
return " Illegal command or subcommand or message length less than 12 bytes " ;
case 0x1103 :
return " The message could not be accepted because of a queue full condition !! The error code does not imply that CAPI cannot receive messages directed to another controller, PLCI or NCCI " ;
case 0x1104 :
return " Queue is empty " ;
case 0x1105 :
return " Queue overflow, a message was lost !! This indicates a configuration error. The only recovery from this error is to perform a CAPI_RELEASE " ;
case 0x1106 :
return " Unknown notification parameter " ;
case 0x1107 :
return " The Message could not be accepted because of an internal busy condition " ;
case 0x1108 :
return " OS Resource error (no memory ?) " ;
case 0x1109 :
return " CAPI not installed " ;
case 0x110A :
return " Controller does not support external equipment " ;
case 0x110B :
return " Controller does only support external equipment " ;
/*-- error information concerning resource / coding problems -----*/
case 0x2001 :
return " Message not supported in current state " ;
case 0x2002 :
return " Illegal Controller / PLCI / NCCI " ;
case 0x2003 :
return " Out of PLCI " ;
case 0x2004 :
return " Out of NCCI " ;
case 0x2005 :
return " Out of LISTEN " ;
case 0x2006 :
return " Out of FAX resources (protocol T.30) " ;
case 0x2007 :
return " Illegal message parameter coding " ;
/*-- error information concerning requested services -----*/
case 0x3001 :
return " B1 protocol not supported " ;
case 0x3002 :
return " B2 protocol not supported " ;
case 0x3003 :
return " B3 protocol not supported " ;
case 0x3004 :
return " B1 protocol parameter not supported " ;
case 0x3005 :
return " B2 protocol parameter not supported " ;
case 0x3006 :
return " B3 protocol parameter not supported " ;
case 0x3007 :
return " B protocol combination not supported " ;
case 0x3008 :
return " NCPI not supported " ;
case 0x3009 :
return " CIP Value unknown " ;
case 0x300A :
return " Flags not supported (reserved bits) " ;
case 0x300B :
return " Facility not supported " ;
case 0x300C :
return " Data length not supported by current protocol " ;
case 0x300D :
return " Reset procedure not supported by current protocol " ;
/*-- informations about the clearing of a physical connection -----*/
case 0x3301 :
return " Protocol error layer 1 (broken line or B-channel removed by signalling protocol) " ;
case 0x3302 :
return " Protocol error layer 2 " ;
case 0x3303 :
return " Protocol error layer 3 " ;
case 0x3304 :
return " Another application got that call " ;
/*-- T.30 specific reasons -----*/
case 0x3311 :
return " Connecting not successful (remote station is no FAX G3 machine) " ;
case 0x3312 :
return " Connecting not successful (training error) " ;
case 0x3313 :
return " Disconnected before transfer (remote station does not support transfer mode, e.g. resolution) " ;
case 0x3314 :
return " Disconnected during transfer (remote abort) " ;
case 0x3315 :
return " Disconnected during transfer (remote procedure error, e.g. unsuccessful repetition of T.30 commands) " ;
case 0x3316 :
return " Disconnected during transfer (local tx data underrun) " ;
case 0x3317 :
return " Disconnected during transfer (local rx data overflow) " ;
case 0x3318 :
return " Disconnected during transfer (local abort) " ;
case 0x3319 :
return " Illegal parameter coding (e.g. SFF coding error) " ;
/*-- disconnect causes from the network according to ETS 300 102-1/Q.931 -----*/
case 0x3481 : return " Unallocated (unassigned) number " ;
case 0x3482 : return " No route to specified transit network " ;
case 0x3483 : return " No route to destination " ;
case 0x3486 : return " Channel unacceptable " ;
case 0x3487 :
return " Call awarded and being delivered in an established channel " ;
case 0x3490 : return " Normal call clearing " ;
case 0x3491 : return " User busy " ;
case 0x3492 : return " No user responding " ;
case 0x3493 : return " No answer from user (user alerted) " ;
case 0x3495 : return " Call rejected " ;
case 0x3496 : return " Number changed " ;
case 0x349A : return " Non-selected user clearing " ;
case 0x349B : return " Destination out of order " ;
case 0x349C : return " Invalid number format " ;
case 0x349D : return " Facility rejected " ;
case 0x349E : return " Response to STATUS ENQUIRY " ;
case 0x349F : return " Normal, unspecified " ;
case 0x34A2 : return " No circuit / channel available " ;
case 0x34A6 : return " Network out of order " ;
case 0x34A9 : return " Temporary failure " ;
case 0x34AA : return " Switching equipment congestion " ;
case 0x34AB : return " Access information discarded " ;
case 0x34AC : return " Requested circuit / channel not available " ;
case 0x34AF : return " Resources unavailable, unspecified " ;
case 0x34B1 : return " Quality of service unavailable " ;
case 0x34B2 : return " Requested facility not subscribed " ;
case 0x34B9 : return " Bearer capability not authorized " ;
case 0x34BA : return " Bearer capability not presently available " ;
case 0x34BF : return " Service or option not available, unspecified " ;
case 0x34C1 : return " Bearer capability not implemented " ;
case 0x34C2 : return " Channel type not implemented " ;
case 0x34C5 : return " Requested facility not implemented " ;
case 0x34C6 : return " Only restricted digital information bearer capability is available " ;
case 0x34CF : return " Service or option not implemented, unspecified " ;
case 0x34D1 : return " Invalid call reference value " ;
case 0x34D2 : return " Identified channel does not exist " ;
case 0x34D3 : return " A suspended call exists, but this call identity does not " ;
case 0x34D4 : return " Call identity in use " ;
case 0x34D5 : return " No call suspended " ;
case 0x34D6 : return " Call having the requested call identity has been cleared " ;
case 0x34D8 : return " Incompatible destination " ;
case 0x34DB : return " Invalid transit network selection " ;
case 0x34DF : return " Invalid message, unspecified " ;
case 0x34E0 : return " Mandatory information element is missing " ;
case 0x34E1 : return " Message type non-existent or not implemented " ;
case 0x34E2 : return " Message not compatible with call state or message type non-existent or not implemented " ;
case 0x34E3 : return " Information element non-existent or not implemented " ;
case 0x34E4 : return " Invalid information element contents " ;
case 0x34E5 : return " Message not compatible with call state " ;
case 0x34E6 : return " Recovery on timer expiry " ;
case 0x34EF : return " Protocol error, unspecified " ;
case 0x34FF : return " Interworking, unspecified " ;
default : return " No additional information " ;
}
}
# endif
typedef struct {
int typ ;
size_t off ;
} _cdef ;
# define _CBYTE 1
# define _CWORD 2
# define _CDWORD 3
# define _CSTRUCT 4
# define _CMSTRUCT 5
# define _CEND 6
static _cdef cdef [ ] =
{
/*00 */
{ _CEND } ,
/*01 */
{ _CEND } ,
/*02 */
{ _CEND } ,
/*03 */
{ _CDWORD , offsetof ( _cmsg , adr . adrController ) } ,
/*04 */
{ _CMSTRUCT , offsetof ( _cmsg , AdditionalInfo ) } ,
/*05 */
{ _CSTRUCT , offsetof ( _cmsg , B1configuration ) } ,
/*06 */
{ _CWORD , offsetof ( _cmsg , B1protocol ) } ,
/*07 */
{ _CSTRUCT , offsetof ( _cmsg , B2configuration ) } ,
/*08 */
{ _CWORD , offsetof ( _cmsg , B2protocol ) } ,
/*09 */
{ _CSTRUCT , offsetof ( _cmsg , B3configuration ) } ,
/*0a */
{ _CWORD , offsetof ( _cmsg , B3protocol ) } ,
/*0b */
{ _CSTRUCT , offsetof ( _cmsg , BC ) } ,
/*0c */
{ _CSTRUCT , offsetof ( _cmsg , BChannelinformation ) } ,
/*0d */
{ _CMSTRUCT , offsetof ( _cmsg , BProtocol ) } ,
/*0e */
{ _CSTRUCT , offsetof ( _cmsg , CalledPartyNumber ) } ,
/*0f */
{ _CSTRUCT , offsetof ( _cmsg , CalledPartySubaddress ) } ,
/*10 */
{ _CSTRUCT , offsetof ( _cmsg , CallingPartyNumber ) } ,
/*11 */
{ _CSTRUCT , offsetof ( _cmsg , CallingPartySubaddress ) } ,
/*12 */
{ _CDWORD , offsetof ( _cmsg , CIPmask ) } ,
/*13 */
{ _CDWORD , offsetof ( _cmsg , CIPmask2 ) } ,
/*14 */
{ _CWORD , offsetof ( _cmsg , CIPValue ) } ,
/*15 */
{ _CDWORD , offsetof ( _cmsg , Class ) } ,
/*16 */
{ _CSTRUCT , offsetof ( _cmsg , ConnectedNumber ) } ,
/*17 */
{ _CSTRUCT , offsetof ( _cmsg , ConnectedSubaddress ) } ,
/*18 */
{ _CDWORD , offsetof ( _cmsg , Data ) } ,
/*19 */
{ _CWORD , offsetof ( _cmsg , DataHandle ) } ,
/*1a */
{ _CWORD , offsetof ( _cmsg , DataLength ) } ,
/*1b */
{ _CSTRUCT , offsetof ( _cmsg , FacilityConfirmationParameter ) } ,
/*1c */
{ _CSTRUCT , offsetof ( _cmsg , Facilitydataarray ) } ,
/*1d */
{ _CSTRUCT , offsetof ( _cmsg , FacilityIndicationParameter ) } ,
/*1e */
{ _CSTRUCT , offsetof ( _cmsg , FacilityRequestParameter ) } ,
/*1f */
{ _CWORD , offsetof ( _cmsg , FacilitySelector ) } ,
/*20 */
{ _CWORD , offsetof ( _cmsg , Flags ) } ,
/*21 */
{ _CDWORD , offsetof ( _cmsg , Function ) } ,
/*22 */
{ _CSTRUCT , offsetof ( _cmsg , HLC ) } ,
/*23 */
{ _CWORD , offsetof ( _cmsg , Info ) } ,
/*24 */
{ _CSTRUCT , offsetof ( _cmsg , InfoElement ) } ,
/*25 */
{ _CDWORD , offsetof ( _cmsg , InfoMask ) } ,
/*26 */
{ _CWORD , offsetof ( _cmsg , InfoNumber ) } ,
/*27 */
{ _CSTRUCT , offsetof ( _cmsg , Keypadfacility ) } ,
/*28 */
{ _CSTRUCT , offsetof ( _cmsg , LLC ) } ,
/*29 */
{ _CSTRUCT , offsetof ( _cmsg , ManuData ) } ,
/*2a */
{ _CDWORD , offsetof ( _cmsg , ManuID ) } ,
/*2b */
{ _CSTRUCT , offsetof ( _cmsg , NCPI ) } ,
/*2c */
{ _CWORD , offsetof ( _cmsg , Reason ) } ,
/*2d */
{ _CWORD , offsetof ( _cmsg , Reason_B3 ) } ,
/*2e */
{ _CWORD , offsetof ( _cmsg , Reject ) } ,
/*2f */
{ _CSTRUCT , offsetof ( _cmsg , Useruserdata ) }
} ;
static unsigned char * cpars [ ] =
{
/* ALERT_REQ */ [ 0x01 ] = " \x03 \x04 \x0c \x27 \x2f \x1c \x01 \x01 " ,
/* CONNECT_REQ */ [ 0x02 ] = " \x03 \x14 \x0e \x10 \x0f \x11 \x0d \x06 \x08 \x0a \x05 \x07 \x09 \x01 \x0b \x28 \x22 \x04 \x0c \x27 \x2f \x1c \x01 \x01 " ,
/* DISCONNECT_REQ */ [ 0x04 ] = " \x03 \x04 \x0c \x27 \x2f \x1c \x01 \x01 " ,
/* LISTEN_REQ */ [ 0x05 ] = " \x03 \x25 \x12 \x13 \x10 \x11 \x01 " ,
/* INFO_REQ */ [ 0x08 ] = " \x03 \x0e \x04 \x0c \x27 \x2f \x1c \x01 \x01 " ,
/* FACILITY_REQ */ [ 0x09 ] = " \x03 \x1f \x1e \x01 " ,
/* SELECT_B_PROTOCOL_REQ */ [ 0x0a ] = " \x03 \x0d \x06 \x08 \x0a \x05 \x07 \x09 \x01 \x01 " ,
/* CONNECT_B3_REQ */ [ 0x0b ] = " \x03 \x2b \x01 " ,
/* DISCONNECT_B3_REQ */ [ 0x0d ] = " \x03 \x2b \x01 " ,
/* DATA_B3_REQ */ [ 0x0f ] = " \x03 \x18 \x1a \x19 \x20 \x01 " ,
/* RESET_B3_REQ */ [ 0x10 ] = " \x03 \x2b \x01 " ,
/* ALERT_CONF */ [ 0x13 ] = " \x03 \x23 \x01 " ,
/* CONNECT_CONF */ [ 0x14 ] = " \x03 \x23 \x01 " ,
/* DISCONNECT_CONF */ [ 0x16 ] = " \x03 \x23 \x01 " ,
/* LISTEN_CONF */ [ 0x17 ] = " \x03 \x23 \x01 " ,
/* MANUFACTURER_REQ */ [ 0x18 ] = " \x03 \x2a \x15 \x21 \x29 \x01 " ,
/* INFO_CONF */ [ 0x1a ] = " \x03 \x23 \x01 " ,
/* FACILITY_CONF */ [ 0x1b ] = " \x03 \x23 \x1f \x1b \x01 " ,
/* SELECT_B_PROTOCOL_CONF */ [ 0x1c ] = " \x03 \x23 \x01 " ,
/* CONNECT_B3_CONF */ [ 0x1d ] = " \x03 \x23 \x01 " ,
/* DISCONNECT_B3_CONF */ [ 0x1f ] = " \x03 \x23 \x01 " ,
/* DATA_B3_CONF */ [ 0x21 ] = " \x03 \x19 \x23 \x01 " ,
/* RESET_B3_CONF */ [ 0x22 ] = " \x03 \x23 \x01 " ,
/* CONNECT_IND */ [ 0x26 ] = " \x03 \x14 \x0e \x10 \x0f \x11 \x0b \x28 \x22 \x04 \x0c \x27 \x2f \x1c \x01 \x01 " ,
/* CONNECT_ACTIVE_IND */ [ 0x27 ] = " \x03 \x16 \x17 \x28 \x01 " ,
/* DISCONNECT_IND */ [ 0x28 ] = " \x03 \x2c \x01 " ,
/* MANUFACTURER_CONF */ [ 0x2a ] = " \x03 \x2a \x15 \x21 \x29 \x01 " ,
/* INFO_IND */ [ 0x2c ] = " \x03 \x26 \x24 \x01 " ,
/* FACILITY_IND */ [ 0x2d ] = " \x03 \x1f \x1d \x01 " ,
/* CONNECT_B3_IND */ [ 0x2f ] = " \x03 \x2b \x01 " ,
/* CONNECT_B3_ACTIVE_IND */ [ 0x30 ] = " \x03 \x2b \x01 " ,
/* DISCONNECT_B3_IND */ [ 0x31 ] = " \x03 \x2d \x2b \x01 " ,
/* DATA_B3_IND */ [ 0x33 ] = " \x03 \x18 \x1a \x19 \x20 \x01 " ,
/* RESET_B3_IND */ [ 0x34 ] = " \x03 \x2b \x01 " ,
/* CONNECT_B3_T90_ACTIVE_IND */ [ 0x35 ] = " \x03 \x2b \x01 " ,
/* CONNECT_RESP */ [ 0x38 ] = " \x03 \x2e \x0d \x06 \x08 \x0a \x05 \x07 \x09 \x01 \x16 \x17 \x28 \x04 \x0c \x27 \x2f \x1c \x01 \x01 " ,
/* CONNECT_ACTIVE_RESP */ [ 0x39 ] = " \x03 \x01 " ,
/* DISCONNECT_RESP */ [ 0x3a ] = " \x03 \x01 " ,
/* MANUFACTURER_IND */ [ 0x3c ] = " \x03 \x2a \x15 \x21 \x29 \x01 " ,
/* INFO_RESP */ [ 0x3e ] = " \x03 \x01 " ,
/* FACILITY_RESP */ [ 0x3f ] = " \x03 \x1f \x01 " ,
/* CONNECT_B3_RESP */ [ 0x41 ] = " \x03 \x2e \x2b \x01 " ,
/* CONNECT_B3_ACTIVE_RESP */ [ 0x42 ] = " \x03 \x01 " ,
/* DISCONNECT_B3_RESP */ [ 0x43 ] = " \x03 \x01 " ,
/* DATA_B3_RESP */ [ 0x45 ] = " \x03 \x19 \x01 " ,
/* RESET_B3_RESP */ [ 0x46 ] = " \x03 \x01 " ,
/* CONNECT_B3_T90_ACTIVE_RESP */ [ 0x47 ] = " \x03 \x01 " ,
/* MANUFACTURER_RESP */ [ 0x4e ] = " \x03 \x2a \x15 \x21 \x29 \x01 " ,
} ;
/*-------------------------------------------------------*/
# define byteTLcpy(x,y) *(u8 *)(x)=*(u8 *)(y);
# define wordTLcpy(x,y) *(u16 *)(x)=*(u16 *)(y);
# define dwordTLcpy(x,y) memcpy(x,y,4);
# define structTLcpy(x,y,l) memcpy (x,y,l)
# define structTLcpyovl(x,y,l) memmove (x,y,l)
# define byteTRcpy(x,y) *(u8 *)(y)=*(u8 *)(x);
# define wordTRcpy(x,y) *(u16 *)(y)=*(u16 *)(x);
# define dwordTRcpy(x,y) memcpy(y,x,4);
# define structTRcpy(x,y,l) memcpy (y,x,l)
# define structTRcpyovl(x,y,l) memmove (y,x,l)
/*-------------------------------------------------------*/
static unsigned command_2_index ( unsigned c , unsigned sc )
{
if ( c & 0x80 )
c = 0x9 + ( c & 0x0f ) ;
else if ( c < = 0x0f ) ;
else if ( c = = 0x41 )
c = 0x9 + 0x1 ;
else if ( c = = 0xff )
c = 0x00 ;
return ( sc & 3 ) * ( 0x9 + 0x9 ) + c ;
}
/*-------------------------------------------------------*/
# define TYP (cdef[cmsg->par[cmsg->p]].typ)
# define OFF (((u8 *)cmsg)+cdef[cmsg->par[cmsg->p]].off)
static void jumpcstruct ( _cmsg * cmsg )
{
unsigned layer ;
for ( cmsg - > p + + , layer = 1 ; layer ; ) {
/* $$$$$ assert (cmsg->p); */
cmsg - > p + + ;
switch ( TYP ) {
case _CMSTRUCT :
layer + + ;
break ;
case _CEND :
layer - - ;
break ;
}
}
}
/*-------------------------------------------------------*/
static void pars_2_message ( _cmsg * cmsg )
{
for ( ; TYP ! = _CEND ; cmsg - > p + + ) {
switch ( TYP ) {
case _CBYTE :
byteTLcpy ( cmsg - > m + cmsg - > l , OFF ) ;
cmsg - > l + + ;
break ;
case _CWORD :
wordTLcpy ( cmsg - > m + cmsg - > l , OFF ) ;
cmsg - > l + = 2 ;
break ;
case _CDWORD :
dwordTLcpy ( cmsg - > m + cmsg - > l , OFF ) ;
cmsg - > l + = 4 ;
break ;
case _CSTRUCT :
2008-04-28 09:14:37 +00:00
if ( * ( u8 * * ) OFF = = NULL ) {
2005-04-16 22:20:36 +00:00
* ( cmsg - > m + cmsg - > l ) = ' \0 ' ;
cmsg - > l + + ;
} else if ( * * ( _cstruct * ) OFF ! = 0xff ) {
structTLcpy ( cmsg - > m + cmsg - > l , * ( _cstruct * ) OFF , 1 + * * ( _cstruct * ) OFF ) ;
cmsg - > l + = 1 + * * ( _cstruct * ) OFF ;
} else {
_cstruct s = * ( _cstruct * ) OFF ;
structTLcpy ( cmsg - > m + cmsg - > l , s , 3 + * ( u16 * ) ( s + 1 ) ) ;
cmsg - > l + = 3 + * ( u16 * ) ( s + 1 ) ;
}
break ;
case _CMSTRUCT :
/*----- Metastruktur 0 -----*/
if ( * ( _cmstruct * ) OFF = = CAPI_DEFAULT ) {
* ( cmsg - > m + cmsg - > l ) = ' \0 ' ;
cmsg - > l + + ;
jumpcstruct ( cmsg ) ;
}
/*----- Metastruktur wird composed -----*/
else {
unsigned _l = cmsg - > l ;
unsigned _ls ;
cmsg - > l + + ;
cmsg - > p + + ;
pars_2_message ( cmsg ) ;
_ls = cmsg - > l - _l - 1 ;
if ( _ls < 255 )
( cmsg - > m + _l ) [ 0 ] = ( u8 ) _ls ;
else {
structTLcpyovl ( cmsg - > m + _l + 3 , cmsg - > m + _l + 1 , _ls ) ;
( cmsg - > m + _l ) [ 0 ] = 0xff ;
wordTLcpy ( cmsg - > m + _l + 1 , & _ls ) ;
}
}
break ;
}
}
}
/*-------------------------------------------------------*/
unsigned capi_cmsg2message ( _cmsg * cmsg , u8 * msg )
{
cmsg - > m = msg ;
cmsg - > l = 8 ;
cmsg - > p = 0 ;
cmsg - > par = cpars [ command_2_index ( cmsg - > Command , cmsg - > Subcommand ) ] ;
pars_2_message ( cmsg ) ;
wordTLcpy ( msg + 0 , & cmsg - > l ) ;
byteTLcpy ( cmsg - > m + 4 , & cmsg - > Command ) ;
byteTLcpy ( cmsg - > m + 5 , & cmsg - > Subcommand ) ;
wordTLcpy ( cmsg - > m + 2 , & cmsg - > ApplId ) ;
wordTLcpy ( cmsg - > m + 6 , & cmsg - > Messagenumber ) ;
return 0 ;
}
/*-------------------------------------------------------*/
static void message_2_pars ( _cmsg * cmsg )
{
for ( ; TYP ! = _CEND ; cmsg - > p + + ) {
switch ( TYP ) {
case _CBYTE :
byteTRcpy ( cmsg - > m + cmsg - > l , OFF ) ;
cmsg - > l + + ;
break ;
case _CWORD :
wordTRcpy ( cmsg - > m + cmsg - > l , OFF ) ;
cmsg - > l + = 2 ;
break ;
case _CDWORD :
dwordTRcpy ( cmsg - > m + cmsg - > l , OFF ) ;
cmsg - > l + = 4 ;
break ;
case _CSTRUCT :
* ( u8 * * ) OFF = cmsg - > m + cmsg - > l ;
if ( cmsg - > m [ cmsg - > l ] ! = 0xff )
cmsg - > l + = 1 + cmsg - > m [ cmsg - > l ] ;
else
cmsg - > l + = 3 + * ( u16 * ) ( cmsg - > m + cmsg - > l + 1 ) ;
break ;
case _CMSTRUCT :
/*----- Metastruktur 0 -----*/
if ( cmsg - > m [ cmsg - > l ] = = ' \0 ' ) {
* ( _cmstruct * ) OFF = CAPI_DEFAULT ;
cmsg - > l + + ;
jumpcstruct ( cmsg ) ;
} else {
unsigned _l = cmsg - > l ;
* ( _cmstruct * ) OFF = CAPI_COMPOSE ;
cmsg - > l = ( cmsg - > m + _l ) [ 0 ] = = 255 ? cmsg - > l + 3 : cmsg - > l + 1 ;
cmsg - > p + + ;
message_2_pars ( cmsg ) ;
}
break ;
}
}
}
/*-------------------------------------------------------*/
unsigned capi_message2cmsg ( _cmsg * cmsg , u8 * msg )
{
memset ( cmsg , 0 , sizeof ( _cmsg ) ) ;
cmsg - > m = msg ;
cmsg - > l = 8 ;
cmsg - > p = 0 ;
byteTRcpy ( cmsg - > m + 4 , & cmsg - > Command ) ;
byteTRcpy ( cmsg - > m + 5 , & cmsg - > Subcommand ) ;
cmsg - > par = cpars [ command_2_index ( cmsg - > Command , cmsg - > Subcommand ) ] ;
message_2_pars ( cmsg ) ;
wordTRcpy ( msg + 0 , & cmsg - > l ) ;
wordTRcpy ( cmsg - > m + 2 , & cmsg - > ApplId ) ;
wordTRcpy ( cmsg - > m + 6 , & cmsg - > Messagenumber ) ;
return 0 ;
}
/*-------------------------------------------------------*/
unsigned capi_cmsg_header ( _cmsg * cmsg , u16 _ApplId ,
u8 _Command , u8 _Subcommand ,
u16 _Messagenumber , u32 _Controller )
{
memset ( cmsg , 0 , sizeof ( _cmsg ) ) ;
cmsg - > ApplId = _ApplId ;
cmsg - > Command = _Command ;
cmsg - > Subcommand = _Subcommand ;
cmsg - > Messagenumber = _Messagenumber ;
cmsg - > adr . adrController = _Controller ;
return 0 ;
}
/*-------------------------------------------------------*/
static char * mnames [ ] =
{
[ 0x01 ] = " ALERT_REQ " ,
[ 0x02 ] = " CONNECT_REQ " ,
[ 0x04 ] = " DISCONNECT_REQ " ,
[ 0x05 ] = " LISTEN_REQ " ,
[ 0x08 ] = " INFO_REQ " ,
[ 0x09 ] = " FACILITY_REQ " ,
[ 0x0a ] = " SELECT_B_PROTOCOL_REQ " ,
[ 0x0b ] = " CONNECT_B3_REQ " ,
[ 0x0d ] = " DISCONNECT_B3_REQ " ,
[ 0x0f ] = " DATA_B3_REQ " ,
[ 0x10 ] = " RESET_B3_REQ " ,
[ 0x13 ] = " ALERT_CONF " ,
[ 0x14 ] = " CONNECT_CONF " ,
[ 0x16 ] = " DISCONNECT_CONF " ,
[ 0x17 ] = " LISTEN_CONF " ,
[ 0x18 ] = " MANUFACTURER_REQ " ,
[ 0x1a ] = " INFO_CONF " ,
[ 0x1b ] = " FACILITY_CONF " ,
[ 0x1c ] = " SELECT_B_PROTOCOL_CONF " ,
[ 0x1d ] = " CONNECT_B3_CONF " ,
[ 0x1f ] = " DISCONNECT_B3_CONF " ,
[ 0x21 ] = " DATA_B3_CONF " ,
[ 0x22 ] = " RESET_B3_CONF " ,
[ 0x26 ] = " CONNECT_IND " ,
[ 0x27 ] = " CONNECT_ACTIVE_IND " ,
[ 0x28 ] = " DISCONNECT_IND " ,
[ 0x2a ] = " MANUFACTURER_CONF " ,
[ 0x2c ] = " INFO_IND " ,
[ 0x2d ] = " FACILITY_IND " ,
[ 0x2f ] = " CONNECT_B3_IND " ,
[ 0x30 ] = " CONNECT_B3_ACTIVE_IND " ,
[ 0x31 ] = " DISCONNECT_B3_IND " ,
[ 0x33 ] = " DATA_B3_IND " ,
[ 0x34 ] = " RESET_B3_IND " ,
[ 0x35 ] = " CONNECT_B3_T90_ACTIVE_IND " ,
[ 0x38 ] = " CONNECT_RESP " ,
[ 0x39 ] = " CONNECT_ACTIVE_RESP " ,
[ 0x3a ] = " DISCONNECT_RESP " ,
[ 0x3c ] = " MANUFACTURER_IND " ,
[ 0x3e ] = " INFO_RESP " ,
[ 0x3f ] = " FACILITY_RESP " ,
[ 0x41 ] = " CONNECT_B3_RESP " ,
[ 0x42 ] = " CONNECT_B3_ACTIVE_RESP " ,
[ 0x43 ] = " DISCONNECT_B3_RESP " ,
[ 0x45 ] = " DATA_B3_RESP " ,
[ 0x46 ] = " RESET_B3_RESP " ,
[ 0x47 ] = " CONNECT_B3_T90_ACTIVE_RESP " ,
[ 0x4e ] = " MANUFACTURER_RESP "
} ;
char * capi_cmd2str ( u8 cmd , u8 subcmd )
{
return mnames [ command_2_index ( cmd , subcmd ) ] ;
}
/*-------------------------------------------------------*/
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# ifdef CONFIG_CAPI_TRACE
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/*-------------------------------------------------------*/
static char * pnames [ ] =
{
/*00 */ NULL ,
/*01 */ NULL ,
/*02 */ NULL ,
/*03 */ " Controller/PLCI/NCCI " ,
/*04 */ " AdditionalInfo " ,
/*05 */ " B1configuration " ,
/*06 */ " B1protocol " ,
/*07 */ " B2configuration " ,
/*08 */ " B2protocol " ,
/*09 */ " B3configuration " ,
/*0a */ " B3protocol " ,
/*0b */ " BC " ,
/*0c */ " BChannelinformation " ,
/*0d */ " BProtocol " ,
/*0e */ " CalledPartyNumber " ,
/*0f */ " CalledPartySubaddress " ,
/*10 */ " CallingPartyNumber " ,
/*11 */ " CallingPartySubaddress " ,
/*12 */ " CIPmask " ,
/*13 */ " CIPmask2 " ,
/*14 */ " CIPValue " ,
/*15 */ " Class " ,
/*16 */ " ConnectedNumber " ,
/*17 */ " ConnectedSubaddress " ,
/*18 */ " Data32 " ,
/*19 */ " DataHandle " ,
/*1a */ " DataLength " ,
/*1b */ " FacilityConfirmationParameter " ,
/*1c */ " Facilitydataarray " ,
/*1d */ " FacilityIndicationParameter " ,
/*1e */ " FacilityRequestParameter " ,
/*1f */ " FacilitySelector " ,
/*20 */ " Flags " ,
/*21 */ " Function " ,
/*22 */ " HLC " ,
/*23 */ " Info " ,
/*24 */ " InfoElement " ,
/*25 */ " InfoMask " ,
/*26 */ " InfoNumber " ,
/*27 */ " Keypadfacility " ,
/*28 */ " LLC " ,
/*29 */ " ManuData " ,
/*2a */ " ManuID " ,
/*2b */ " NCPI " ,
/*2c */ " Reason " ,
/*2d */ " Reason_B3 " ,
/*2e */ " Reject " ,
/*2f */ " Useruserdata "
} ;
# include <stdarg.h>
/*-------------------------------------------------------*/
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static _cdebbuf * bufprint ( _cdebbuf * cdb , char * fmt , . . . )
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{
va_list f ;
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size_t n , r ;
if ( ! cdb )
return NULL ;
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va_start ( f , fmt ) ;
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r = cdb - > size - cdb - > pos ;
n = vsnprintf ( cdb - > p , r , fmt , f ) ;
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va_end ( f ) ;
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if ( n > = r ) {
/* truncated, need bigger buffer */
size_t ns = 2 * cdb - > size ;
u_char * nb ;
while ( ( ns - cdb - > pos ) < = n )
ns * = 2 ;
nb = kmalloc ( ns , GFP_ATOMIC ) ;
if ( ! nb ) {
cdebbuf_free ( cdb ) ;
return NULL ;
}
memcpy ( nb , cdb - > buf , cdb - > pos ) ;
kfree ( cdb - > buf ) ;
nb [ cdb - > pos ] = 0 ;
cdb - > buf = nb ;
cdb - > p = cdb - > buf + cdb - > pos ;
cdb - > size = ns ;
va_start ( f , fmt ) ;
r = cdb - > size - cdb - > pos ;
n = vsnprintf ( cdb - > p , r , fmt , f ) ;
va_end ( f ) ;
}
cdb - > p + = n ;
cdb - > pos + = n ;
return cdb ;
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}
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static _cdebbuf * printstructlen ( _cdebbuf * cdb , u8 * m , unsigned len )
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{
unsigned hex = 0 ;
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if ( ! cdb )
return NULL ;
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for ( ; len ; len - - , m + + )
if ( isalnum ( * m ) | | * m = = ' ' ) {
if ( hex )
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cdb = bufprint ( cdb , " > " ) ;
cdb = bufprint ( cdb , " %c " , * m ) ;
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hex = 0 ;
} else {
if ( ! hex )
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cdb = bufprint ( cdb , " <%02x " , * m ) ;
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else
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cdb = bufprint ( cdb , " %02x " , * m ) ;
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hex = 1 ;
}
if ( hex )
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cdb = bufprint ( cdb , " > " ) ;
return cdb ;
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}
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static _cdebbuf * printstruct ( _cdebbuf * cdb , u8 * m )
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{
unsigned len ;
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if ( m [ 0 ] ! = 0xff ) {
len = m [ 0 ] ;
m + = 1 ;
} else {
len = ( ( u16 * ) ( m + 1 ) ) [ 0 ] ;
m + = 3 ;
}
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cdb = printstructlen ( cdb , m , len ) ;
return cdb ;
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}
/*-------------------------------------------------------*/
# define NAME (pnames[cmsg->par[cmsg->p]])
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static _cdebbuf * protocol_message_2_pars ( _cdebbuf * cdb , _cmsg * cmsg , int level )
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{
for ( ; TYP ! = _CEND ; cmsg - > p + + ) {
int slen = 29 + 3 - level ;
int i ;
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if ( ! cdb )
return NULL ;
cdb = bufprint ( cdb , " " ) ;
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for ( i = 0 ; i < level - 1 ; i + + )
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cdb = bufprint ( cdb , " " ) ;
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switch ( TYP ) {
case _CBYTE :
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cdb = bufprint ( cdb , " %-*s = 0x%x \n " , slen , NAME , * ( u8 * ) ( cmsg - > m + cmsg - > l ) ) ;
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cmsg - > l + + ;
break ;
case _CWORD :
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cdb = bufprint ( cdb , " %-*s = 0x%x \n " , slen , NAME , * ( u16 * ) ( cmsg - > m + cmsg - > l ) ) ;
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cmsg - > l + = 2 ;
break ;
case _CDWORD :
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cdb = bufprint ( cdb , " %-*s = 0x%lx \n " , slen , NAME , * ( u32 * ) ( cmsg - > m + cmsg - > l ) ) ;
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cmsg - > l + = 4 ;
break ;
case _CSTRUCT :
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cdb = bufprint ( cdb , " %-*s = " , slen , NAME ) ;
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if ( cmsg - > m [ cmsg - > l ] = = ' \0 ' )
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cdb = bufprint ( cdb , " default " ) ;
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else
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cdb = printstruct ( cdb , cmsg - > m + cmsg - > l ) ;
cdb = bufprint ( cdb , " \n " ) ;
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if ( cmsg - > m [ cmsg - > l ] ! = 0xff )
cmsg - > l + = 1 + cmsg - > m [ cmsg - > l ] ;
else
cmsg - > l + = 3 + * ( u16 * ) ( cmsg - > m + cmsg - > l + 1 ) ;
break ;
case _CMSTRUCT :
/*----- Metastruktur 0 -----*/
if ( cmsg - > m [ cmsg - > l ] = = ' \0 ' ) {
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cdb = bufprint ( cdb , " %-*s = default \n " , slen , NAME ) ;
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cmsg - > l + + ;
jumpcstruct ( cmsg ) ;
} else {
char * name = NAME ;
unsigned _l = cmsg - > l ;
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cdb = bufprint ( cdb , " %-*s \n " , slen , name ) ;
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cmsg - > l = ( cmsg - > m + _l ) [ 0 ] = = 255 ? cmsg - > l + 3 : cmsg - > l + 1 ;
cmsg - > p + + ;
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cdb = protocol_message_2_pars ( cdb , cmsg , level + 1 ) ;
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}
break ;
}
}
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return cdb ;
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}
/*-------------------------------------------------------*/
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static _cdebbuf * g_debbuf ;
static u_long g_debbuf_lock ;
static _cmsg * g_cmsg ;
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static _cdebbuf * cdebbuf_alloc ( void )
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{
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_cdebbuf * cdb ;
if ( likely ( ! test_and_set_bit ( 1 , & g_debbuf_lock ) ) ) {
cdb = g_debbuf ;
goto init ;
} else
cdb = kmalloc ( sizeof ( _cdebbuf ) , GFP_ATOMIC ) ;
if ( ! cdb )
return NULL ;
cdb - > buf = kmalloc ( CDEBUG_SIZE , GFP_ATOMIC ) ;
if ( ! cdb - > buf ) {
kfree ( cdb ) ;
return NULL ;
}
cdb - > size = CDEBUG_SIZE ;
init :
cdb - > buf [ 0 ] = 0 ;
cdb - > p = cdb - > buf ;
cdb - > pos = 0 ;
return cdb ;
}
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void cdebbuf_free ( _cdebbuf * cdb )
{
if ( likely ( cdb = = g_debbuf ) ) {
test_and_clear_bit ( 1 , & g_debbuf_lock ) ;
return ;
}
if ( likely ( cdb ) )
kfree ( cdb - > buf ) ;
kfree ( cdb ) ;
}
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_cdebbuf * capi_message2str ( u8 * msg )
{
_cdebbuf * cdb ;
_cmsg * cmsg ;
cdb = cdebbuf_alloc ( ) ;
if ( unlikely ( ! cdb ) )
return NULL ;
if ( likely ( cdb = = g_debbuf ) )
cmsg = g_cmsg ;
else
cmsg = kmalloc ( sizeof ( _cmsg ) , GFP_ATOMIC ) ;
if ( unlikely ( ! cmsg ) ) {
cdebbuf_free ( cdb ) ;
return NULL ;
}
cmsg - > m = msg ;
cmsg - > l = 8 ;
cmsg - > p = 0 ;
byteTRcpy ( cmsg - > m + 4 , & cmsg - > Command ) ;
byteTRcpy ( cmsg - > m + 5 , & cmsg - > Subcommand ) ;
cmsg - > par = cpars [ command_2_index ( cmsg - > Command , cmsg - > Subcommand ) ] ;
cdb = bufprint ( cdb , " %-26s ID=%03d #0x%04x LEN=%04d \n " ,
mnames [ command_2_index ( cmsg - > Command , cmsg - > Subcommand ) ] ,
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( ( unsigned short * ) msg ) [ 1 ] ,
( ( unsigned short * ) msg ) [ 3 ] ,
( ( unsigned short * ) msg ) [ 0 ] ) ;
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cdb = protocol_message_2_pars ( cdb , cmsg , 1 ) ;
if ( unlikely ( cmsg ! = g_cmsg ) )
kfree ( cmsg ) ;
return cdb ;
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}
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_cdebbuf * capi_cmsg2str ( _cmsg * cmsg )
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{
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_cdebbuf * cdb ;
cdb = cdebbuf_alloc ( ) ;
if ( ! cdb )
return NULL ;
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cmsg - > l = 8 ;
cmsg - > p = 0 ;
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cdb = bufprint ( cdb , " %s ID=%03d #0x%04x LEN=%04d \n " ,
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mnames [ command_2_index ( cmsg - > Command , cmsg - > Subcommand ) ] ,
( ( u16 * ) cmsg - > m ) [ 1 ] ,
( ( u16 * ) cmsg - > m ) [ 3 ] ,
( ( u16 * ) cmsg - > m ) [ 0 ] ) ;
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cdb = protocol_message_2_pars ( cdb , cmsg , 1 ) ;
return cdb ;
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}
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int __init cdebug_init ( void )
{
g_cmsg = kmalloc ( sizeof ( _cmsg ) , GFP_KERNEL ) ;
if ( ! g_cmsg )
return ENOMEM ;
g_debbuf = kmalloc ( sizeof ( _cdebbuf ) , GFP_KERNEL ) ;
if ( ! g_debbuf ) {
kfree ( g_cmsg ) ;
return ENOMEM ;
}
g_debbuf - > buf = kmalloc ( CDEBUG_GSIZE , GFP_KERNEL ) ;
if ( ! g_debbuf - > buf ) {
kfree ( g_cmsg ) ;
kfree ( g_debbuf ) ;
return ENOMEM ; ;
}
g_debbuf - > size = CDEBUG_GSIZE ;
g_debbuf - > buf [ 0 ] = 0 ;
g_debbuf - > p = g_debbuf - > buf ;
g_debbuf - > pos = 0 ;
return 0 ;
}
void __exit cdebug_exit ( void )
{
if ( g_debbuf )
kfree ( g_debbuf - > buf ) ;
kfree ( g_debbuf ) ;
kfree ( g_cmsg ) ;
}
# else /* !CONFIG_CAPI_TRACE */
static _cdebbuf g_debbuf = { " CONFIG_CAPI_TRACE not enabled " , NULL , 0 , 0 } ;
_cdebbuf * capi_message2str ( u8 * msg )
{
return & g_debbuf ;
}
_cdebbuf * capi_cmsg2str ( _cmsg * cmsg )
{
return & g_debbuf ;
}
void cdebbuf_free ( _cdebbuf * cdb )
{
}
int __init cdebug_init ( void )
{
return 0 ;
}
void __exit cdebug_exit ( void )
{
}
# endif
EXPORT_SYMBOL ( cdebbuf_free ) ;
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EXPORT_SYMBOL ( capi_cmsg2message ) ;
EXPORT_SYMBOL ( capi_message2cmsg ) ;
EXPORT_SYMBOL ( capi_cmsg_header ) ;
EXPORT_SYMBOL ( capi_cmd2str ) ;
EXPORT_SYMBOL ( capi_cmsg2str ) ;
EXPORT_SYMBOL ( capi_message2str ) ;
EXPORT_SYMBOL ( capi_info2str ) ;