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hcidump: Parser fixes. Header update.

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Max Krasnyansky 2002-04-22 21:47:07 +00:00 committed by Marcel Holtmann
parent c733363679
commit e4d94344b4
2 changed files with 358 additions and 174 deletions
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88
tools/parser/rfcomm.c
View File

@ -40,8 +40,8 @@
#include <bluetooth/bluetooth.h> #include <bluetooth/bluetooth.h>
#include "rfcomm.h"
#include "parser.h" #include "parser.h"
#include "rfcomm.h"
static char *cr_str[] = { static char *cr_str[] = {
"RSP", "RSP",
@ -49,12 +49,13 @@ static char *cr_str[] = {
}; };
#define CR_STR(mcc_head) cr_str[mcc_head->type.cr] #define CR_STR(mcc_head) cr_str[mcc_head->type.cr]
#define GET_DLCI(addr) ((addr.server_chn << 1) | (addr.d & 1))
void print_rfcomm_hdr(long_frame_head* head, __u8 *ptr, int len) void print_rfcomm_hdr(long_frame_head* head, __u8 *ptr, int len)
{ {
address_field addr = head->addr; address_field addr = head->addr;
__u8 ctr = head->control; __u8 ctr = head->control;
__u16 ilen = head->length.len; __u16 ilen = head->length.bits.len;
__u8 ctr_type,pf,dlci,fcs; __u8 ctr_type,pf,dlci,fcs;
dlci = GET_DLCI(addr); dlci = GET_DLCI(addr);
@ -67,7 +68,7 @@ void print_rfcomm_hdr(long_frame_head* head, __u8 *ptr, int len)
void print_mcc(mcc_long_frame_head* mcc_head) void print_mcc(mcc_long_frame_head* mcc_head)
{ {
printf("mcc_len %d\n", mcc_head->length.len); printf("mcc_len %d\n", mcc_head->length.bits.len);
} }
static inline void mcc_test(int level, __u8 *ptr, int len, static inline void mcc_test(int level, __u8 *ptr, int len,
@ -86,6 +87,7 @@ static inline void mcc_fcon(int level, __u8 *ptr, int len,
print_rfcomm_hdr(head, ptr, len); print_rfcomm_hdr(head, ptr, len);
print_mcc(mcc_head); print_mcc(mcc_head);
} }
static inline void mcc_fcoff(int level, __u8 *ptr, int len, static inline void mcc_fcoff(int level, __u8 *ptr, int len,
long_frame_head *head, long_frame_head *head,
mcc_long_frame_head *mcc_head) mcc_long_frame_head *mcc_head)
@ -94,37 +96,48 @@ static inline void mcc_fcoff(int level, __u8 *ptr, int len,
print_rfcomm_hdr(head, ptr, len); print_rfcomm_hdr(head, ptr, len);
print_mcc(mcc_head); print_mcc(mcc_head);
} }
static inline void mcc_msc(int level, __u8 *ptr, int len, static inline void mcc_msc(int level, __u8 *ptr, int len,
long_frame_head *head, long_frame_head *head,
mcc_long_frame_head *mcc_head) mcc_long_frame_head *mcc_head)
{ {
msc_data *msc = (void*) ptr; msc_msg *msc = (void*) (ptr - STRUCT_END(msc_msg, mcc_s_head));
printf("MSC %s: ", CR_STR(mcc_head)); printf("MSC %s: ", CR_STR(mcc_head));
print_rfcomm_hdr(head, ptr, len); print_rfcomm_hdr(head, ptr, len);
print_mcc(mcc_head); print_mcc(mcc_head);
p_indent(level, 0); p_indent(level, 0);
printf("dlci %d fc %d rtc %d rtr %d ic %d dv %d", printf("dlci %d fc %d rtc %d rtr %d ic %d dv %d",
GET_DLCI(msc->addr), msc->v24_sigs.fc, msc->v24_sigs.rtc, GET_DLCI(msc->dlci), msc->v24_sigs.fc, msc->v24_sigs.rtc,
msc->v24_sigs.rtr, msc->v24_sigs.ic, msc->v24_sigs.dv ); msc->v24_sigs.rtr, msc->v24_sigs.ic, msc->v24_sigs.dv );
if (len == MSC_DATA_BREAK_SIZE)
printf(" b1 %d b2 %d b3 %d len %d\n", msc->brk_sigs.b1, /* Assuming that break_signals field is _not declared_ in
msc->brk_sigs.b2, msc->brk_sigs.b3, msc->brk_sigs.len); struct msc_msg... */
if (len >
STRUCT_OFFSET(msc_msg, fcs) - STRUCT_END(msc_msg, v24_sigs)) {
break_signals *brk = (break_signals *)
(ptr + STRUCT_END(msc_msg, v24_sigs));
printf(" b1 %d b2 %d b3 %d len %d\n",
brk->b1, brk->b2, brk->b3, brk->len);
}
else else
printf("\n"); printf("\n");
} }
static inline void mcc_rpn(int level, __u8 *ptr, int len, static inline void mcc_rpn(int level, __u8 *ptr, int len,
long_frame_head *head, long_frame_head *head,
mcc_long_frame_head *mcc_head) mcc_long_frame_head *mcc_head)
{ {
rpn_data *rpn = (void*) ptr; rpn_msg *rpn = (void*) (ptr - STRUCT_END(rpn_msg, mcc_s_head));
printf("RPN %s: ", CR_STR(mcc_head)); printf("RPN %s: ", CR_STR(mcc_head));
print_rfcomm_hdr(head, ptr, len); print_rfcomm_hdr(head, ptr, len);
print_mcc(mcc_head); print_mcc(mcc_head);
printf("dlci %d ", GET_DLCI(rpn->addr)); printf("dlci %d ", GET_DLCI(rpn->dlci));
if (len == RPN_DATA_NO_RPN_SIZE) { /* Assuming that rpn_val is _declared_ as a member of rpn_msg... */
if (len <=
STRUCT_OFFSET(rpn_msg, rpn_val) - STRUCT_END(rpn_msg, mcc_s_head)) {
printf("\n"); printf("\n");
return; return;
} }
@ -138,35 +151,38 @@ static inline void mcc_rpn(int level, __u8 *ptr, int len,
printf(" rtri: %d rtro: %d rtci: %d rtco: %d xon: %d xoff: %d pm: %04x", printf(" rtri: %d rtro: %d rtci: %d rtco: %d xon: %d xoff: %d pm: %04x",
rpn->rpn_val.rtr_input, rpn->rpn_val.rtr_output, rpn->rpn_val.rtr_input, rpn->rpn_val.rtr_output,
rpn->rpn_val.rtc_input, rpn->rpn_val.rtc_output, rpn->rpn_val.rtc_input, rpn->rpn_val.rtc_output,
rpn->rpn_val.xon___u8, rpn->rpn_val.xoff___u8, rpn->rpn_val.xon, rpn->rpn_val.xoff,
*((__u16*)&rpn->rpn_val.pm)); btohs(*(__u16 *)&(rpn->rpn_val.pm)));
} }
static inline void mcc_rls(int level, __u8 *ptr, int len, static inline void mcc_rls(int level, __u8 *ptr, int len,
long_frame_head *head, long_frame_head *head,
mcc_long_frame_head *mcc_head) mcc_long_frame_head *mcc_head)
{ {
rls_data* rls = (void*) ptr; rls_msg* rls = (void*) (ptr - STRUCT_END(rls_msg, mcc_s_head));
printf("RLS %s ", CR_STR(mcc_head)); printf("RLS %s: ", CR_STR(mcc_head));
print_rfcomm_hdr(head, ptr, len); print_rfcomm_hdr(head, ptr, len);
print_mcc(mcc_head); print_mcc(mcc_head);
printf("dlci %d error: %d", GET_DLCI(rls->addr), rls->error); printf("dlci %d error: %d", GET_DLCI(rls->dlci), rls->error);
} }
static inline void mcc_pn(int level, __u8 *ptr, int len, static inline void mcc_pn(int level, __u8 *ptr, int len,
long_frame_head *head, long_frame_head *head,
mcc_long_frame_head *mcc_head) mcc_long_frame_head *mcc_head)
{ {
pn_data *pn = (void*) ptr; pn_msg *pn = (void*) (ptr - STRUCT_END(pn_msg, mcc_s_head));
printf("PN %s", CR_STR(mcc_head)); printf("PN %s: ", CR_STR(mcc_head));
print_rfcomm_hdr(head, ptr, len); print_rfcomm_hdr(head, ptr, len);
print_mcc(mcc_head); print_mcc(mcc_head);
p_indent(level, 0); p_indent(level, 0);
printf("dlci %d frame_type %d conv_lay %d pri %d ack_timer %d " printf("dlci %d frame_type %d credit_flow %d pri %d ack_timer %d "
"frame_size %d max_retrans %d win_size %d\n", "frame_size %d max_retrans %d credits %d\n",
pn->dlci, pn->frame_type, pn->conv_layer, pn->pri, pn->dlci, pn->frame_type, pn->credit_flow, pn->prior,
pn->ack_timer, pn->frame_size, pn->max_retrans, pn->win_size); pn->ack_timer, btohs(pn->frame_size), pn->max_nbrof_retrans,
pn->credits);
} }
static inline void mcc_nsc(int level, __u8 *ptr, int len, static inline void mcc_nsc(int level, __u8 *ptr, int len,
@ -174,7 +190,7 @@ static inline void mcc_nsc(int level, __u8 *ptr, int len,
mcc_long_frame_head *mcc_head) mcc_long_frame_head *mcc_head)
{ {
nsc_data *nsc = (void*) ptr; nsc_msg *nsc = (void*) (ptr - STRUCT_END(nsc_msg, mcc_s_head));
printf("NSC %s: ", CR_STR(mcc_head)); printf("NSC %s: ", CR_STR(mcc_head));
print_rfcomm_hdr(head, ptr, len); print_rfcomm_hdr(head, ptr, len);
@ -182,7 +198,7 @@ static inline void mcc_nsc(int level, __u8 *ptr, int len,
p_indent(level, 0); p_indent(level, 0);
printf("cr %d, mcc_cmd_type %x\n", printf("cr %d, mcc_cmd_type %x\n",
nsc->cmd_type.cr, nsc->cmd_type.type ); nsc->command_type.cr, nsc->command_type.type );
} }
static inline void mcc_frame(int level, struct frame *frm, long_frame_head *head) static inline void mcc_frame(int level, struct frame *frm, long_frame_head *head)
@ -193,11 +209,12 @@ static inline void mcc_frame(int level, struct frame *frm, long_frame_head *head
if ( mcc_short_head_p->length.ea == EA ) { if ( mcc_short_head_p->length.ea == EA ) {
mcc_head.type = mcc_short_head_p->type; mcc_head.type = mcc_short_head_p->type;
mcc_head.length.len = mcc_short_head_p->length.len; mcc_head.length.bits.len = mcc_short_head_p->length.len;
hdr_size = MCC_SHORT_FRAME_HEAD_SIZE; hdr_size = sizeof(mcc_short_frame_head);
} else { } else {
mcc_head = *(mcc_long_frame_head *)frm->ptr; mcc_head = *(mcc_long_frame_head *)frm->ptr;
hdr_size = MCC_LONG_FRAME_HEAD_SIZE; mcc_head.length.val = btohs(mcc_head.length.val);
hdr_size = sizeof(mcc_long_frame_head);
} }
frm->ptr += hdr_size; frm->ptr += hdr_size;
@ -221,19 +238,19 @@ static inline void mcc_frame(int level, struct frame *frm, long_frame_head *head
mcc_msc(level, frm->ptr, frm->len, head, &mcc_head); mcc_msc(level, frm->ptr, frm->len, head, &mcc_head);
break; break;
case RPN: case RPN:
mcc_test(level, frm->ptr, frm->len, head, &mcc_head); mcc_rpn(level, frm->ptr, frm->len, head, &mcc_head);
break; break;
case RLS: case RLS:
mcc_test(level, frm->ptr, frm->len, head, &mcc_head); mcc_rls(level, frm->ptr, frm->len, head, &mcc_head);
break; break;
case PN: case PN:
mcc_test(level, frm->ptr, frm->len, head, &mcc_head); mcc_pn(level, frm->ptr, frm->len, head, &mcc_head);
break; break;
case NSC: case NSC:
mcc_test(level, frm->ptr, frm->len, head, &mcc_head); mcc_nsc(level, frm->ptr, frm->len, head, &mcc_head);
break; break;
default: default:
printf("MCC ERR: "); printf("MCC message type 0x%02x: ", mcc_head.type.type);
print_rfcomm_hdr(head, frm->ptr, frm->len); print_rfcomm_hdr(head, frm->ptr, frm->len);
printf("\n"); printf("\n");
@ -266,11 +283,12 @@ void rfcomm_dump(int level, struct frame *frm)
if (short_head_p->length.ea == EA) { if (short_head_p->length.ea == EA) {
head.addr = short_head_p->addr; head.addr = short_head_p->addr;
head.control = short_head_p->control; head.control = short_head_p->control;
head.length.len = short_head_p->length.len; head.length.bits.len = short_head_p->length.len;
hdr_size = SHORT_FRAME_HEAD_SIZE; hdr_size = sizeof(short_frame_head);
} else { } else {
head = *(long_frame_head *) frm->ptr; head = *(long_frame_head *) frm->ptr;
hdr_size = LONG_FRAME_HEAD_SIZE; head.length.val = btohs(head.length.val);
hdr_size = sizeof(long_frame_head);
} }
frm->ptr += hdr_size; frm->ptr += hdr_size;

444
tools/parser/rfcomm.h
View File

@ -24,30 +24,36 @@
Copyright (C) 2001 Wayne Lee <waynelee@qualcomm.com> Copyright (C) 2001 Wayne Lee <waynelee@qualcomm.com>
*/ */
/*
RFCOMM frame processing engine is based on:
Implementation of Bluetooth RFCOMM with TS 07.10, Serial Port Emulation
Copyright (C) 2000, 2001 Axis Communications AB
Author: Mats Friden <mats.friden@axis.com>
*/
/* /*
* $Id$ * $Id$
*/ */
#include <asm/types.h> #include <asm/byteorder.h>
#define RFCOMM_PSM 3
#define TRUE 1
#define FALSE 0
#define RFCOMM_MAX_CONN 10
#define BT_NBR_DATAPORTS RFCOMM_MAX_CONN
#define GET_BIT(pos,bitfield) ((bitfield[(pos)/32]) & (1 << ((pos) % 32))) #define GET_BIT(pos,bitfield) ((bitfield[(pos)/32]) & (1 << ((pos) % 32)))
#define SET_BIT(pos,bitfield) ((bitfield[(pos)/32]) |= (1 << ((pos) % 32))) #define SET_BIT(pos,bitfield) ((bitfield[(pos)/32]) |= (1 << ((pos) % 32)))
#define CLR_BIT(pos,bitfield) ((bitfield[(pos)/32]) &= ((1 << ((pos) % 32)) ^ (~0))) #define CLR_BIT(pos,bitfield) ((bitfield[(pos)/32]) &= ((1 << ((pos) % 32)) ^ (~0)))
#define SET_PF(ctr) ((ctr) | (1 << 4)) #define SET_PF(ctr) ((ctr) | (1 << 4))
/* Sets the P/F-bit in the control field */ /* Sets the P/F-bit in the control field */
#define CLR_PF(ctr) ((ctr) & 0xef) #define CLR_PF(ctr) ((ctr) & 0xef)
/* Clears the P/F-bit in the control field */ /* clears the P/F-bit in the control field */
#define GET_PF(ctr) (((ctr) >> 4) & 0x1) #define GET_PF(ctr) (((ctr) >> 4) & 0x1)
/* Returns the P/F bit */ /* Returns the P/F bit */
#define MIN(a, b) (((a) < (b)) ? (a) : (b))
/* endian-swapping macros for structs */
#define swap_long_frame(x) ((x)->h.length.val = le16_to_cpu((x)->h.length.val))
#define swap_mcc_long_frame(x) (swap_long_frame(x))
#define SHORT_CRC_CHECK 2 #define SHORT_CRC_CHECK 2
/* Used for uih packets */ /* Used for uih packets */
#define LONG_CRC_CHECK 3 #define LONG_CRC_CHECK 3
@ -57,6 +63,7 @@
#define LONG_HDR 3 #define LONG_HDR 3
/* and long header for long uih packets */ /* and long header for long uih packets */
/* FIXME: Should thsi one be define here? */
#define SHORT_PAYLOAD_SIZE 127 #define SHORT_PAYLOAD_SIZE 127
#define EA 1 #define EA 1
/* Used for setting the EA field in different packets, really neccessary? */ /* Used for setting the EA field in different packets, really neccessary? */
@ -65,46 +72,146 @@
#define RFCOMM_MAX_HDR_SIZE 5 #define RFCOMM_MAX_HDR_SIZE 5
#define NBROFCREDITS 6 #define MAX_CREDITS 30
#define START_CREDITS 7
#define MIN_CREDITS 6
#define DEF_RFCOMM_MTU 127 #define DEF_RFCOMM_MTU 127
/* The values in the control field when sending ordinary rfcomm packets */ /* The values in the control field when sending ordinary rfcomm packets */
#define SABM 0x2f #define SABM 0x2f /* set asynchronous balanced mode */
#define UA 0x63 /* unnumbered acknolodgement */
#define DM 0x0f /* disconnected mode */
#define DISC 0x43 /* disconnect */
#define UIH 0xef /* unnumbered information with header check (only) */
#define UI 0x03 /* unnumbered information (with all data check) */
#define SABM_SIZE 4 #define SABM_SIZE 4
#define UA 0x63 #define UA_SIZE 4
#define UA_SIZE 4
#define DM 0x0f
#define DISC 0x43
#define UIH 0xef
/* The values in the type field in a multiplexer command packet */ /* The values in the type field in a multiplexer command packet */
#define TEST 0x8 #define PN (0x80 >> 2) /* parameter negotiation */
#define FCON 0x28 #define PSC (0x40 >> 2) /* power saving control */
#define FCOFF 0x18 #define CLD (0xc0 >> 2) /* close down */
#define MSC 0x38 #define TEST (0x20 >> 2) /* test */
#define RPN 0x24 #define FCON (0xa0 >> 2) /* flow control on */
#define RLS 0x14 #define FCOFF (0x60 >> 2) /* flow control off */
#define PN 0x20 #define MSC (0xe0 >> 2) /* modem status command */
#define NSC 0x4 #define NSC (0x10 >> 2) /* not supported command response */
#define RPN (0x90 >> 2) /* remote port negotiation */
#define RLS (0x50 >> 2) /* remote line status */
#define SNC (0xd0 >> 2) /* service negotiation command */
/* Define of some V.24 signals modem control signals in RFCOMM */ /* Define of some V.24 signals modem control signals in RFCOMM */
#define FC 0x2 #define DV 0x80 /* data valid */
#define RTC 0x4 #define IC 0x40 /* incoming call */
#define RTR 0x8 #define RTR 0x08 /* ready to receive */
#define DV 0x80 #define RTC 0x04 /* ready to communicate */
#define FC 0x02 /* flow control (unable to accept frames) */
#define PPP_DLCI 2 /* The virtual port for ppp */ #define CTRL_CHAN 0 /* The control channel is defined as DLCI 0 in rfcomm */
#define CTRL_CHAN 0 /* The control channel is defined as DLCI 0 in rfcomm */
#define MCC_CMD 1 /* Multiplexer command */ #define MCC_CMD 1 /* Multiplexer command */
#define MCC_RSP 0 /* Multiplexer response */ #define MCC_RSP 0 /* Multiplexer response */
/****************** TYPE DEFINITION SECTION *********************************/ /****************** TYPE DEFINITION SECTION *********************************/
#ifdef __LITTLE_ENDIAN_BITFIELD
typedef struct parameter_mask{
__u8 bit_rate:1;
__u8 data_bits:1;
__u8 stop_bit:1;
__u8 parity:1;
__u8 parity_type:1;
__u8 xon:1;
__u8 xoff:1;
__u8 res1:1;
__u8 xon_input:1;
__u8 xon_output:1;
__u8 rtr_input:1;
__u8 rtr_output:1;
__u8 rtc_input:1;
__u8 rtc_output:1;
__u8 res2:2;
} __attribute__ ((packed)) parameter_mask;
typedef struct rpn_values{
__u8 bit_rate;
__u8 data_bits:2;
__u8 stop_bit:1;
__u8 parity:1;
__u8 parity_type:2;
__u8 res1:2;
__u8 xon_input:1;
__u8 xon_output:1;
__u8 rtr_input:1;
__u8 rtr_output:1;
__u8 rtc_input:1;
__u8 rtc_output:1;
__u8 res2:2;
__u8 xon;
__u8 xoff;
parameter_mask pm;
} __attribute__ ((packed)) rpn_values;
#elif defined(__BIG_ENDIAN_BITFIELD)
typedef struct parameter_mask{
__u8 res1:1;
__u8 xoff:1;
__u8 xon:1;
__u8 parity_type:1;
__u8 parity:1;
__u8 stop_bit:1;
__u8 data_bits:1;
__u8 bit_rate:1;
__u8 res2:2;
__u8 rtc_output:1;
__u8 rtc_input:1;
__u8 rtr_output:1;
__u8 rtr_input:1;
__u8 xon_output:1;
__u8 xon_input:1;
} __attribute__ ((packed)) parameter_mask;
typedef struct rpn_values{
__u8 bit_rate;
__u8 res1:2;
__u8 parity_type:2;
__u8 parity:1;
__u8 stop_bit:1;
__u8 data_bits:2;
__u8 res2:2;
__u8 rtc_output:1;
__u8 rtc_input:1;
__u8 rtr_output:1;
__u8 rtr_input:1;
__u8 xon_output:1;
__u8 xon_input:1;
__u8 xon;
__u8 xoff;
parameter_mask pm;
} __attribute__ ((packed)) rpn_values;
#else /* __XXX_BITFIELD */
#error Processor endianness unknown!
#endif
/****************************************************************************/
/****************** TYPE DEFINITION SECTION *********************************/
/* Typedefinitions of stuctures used for creating and parsing packets, for a /* Typedefinitions of stuctures used for creating and parsing packets, for a
further description of the structures please se the bluetooth core further description of the structures please se the bluetooth core
specification part F:1 and the ETSI TS 07.10 specification */ specification part F:1 and the ETSI TS 07.10 specification */
#ifdef __LITTLE_ENDIAN_BITFIELD
typedef struct address_field { typedef struct address_field {
__u8 ea:1; __u8 ea:1;
__u8 cr:1; __u8 cr:1;
@ -112,16 +219,17 @@ typedef struct address_field {
__u8 server_chn:5; __u8 server_chn:5;
} __attribute__ ((packed)) address_field; } __attribute__ ((packed)) address_field;
#define GET_DLCI(addr) ((addr.server_chn << 1) | (addr.d & 1))
typedef struct short_length { typedef struct short_length {
__u8 ea:1; __u8 ea:1;
__u8 len:7; __u8 len:7;
} __attribute__ ((packed)) short_length; } __attribute__ ((packed)) short_length;
typedef struct long_length { typedef union long_length {
__u16 ea:1; struct bits {
__u16 len:15; __u8 ea:1;
unsigned short len:15;
} __attribute__ ((packed)) bits ;
__u16 val ;
} __attribute__ ((packed)) long_length; } __attribute__ ((packed)) long_length;
typedef struct short_frame_head { typedef struct short_frame_head {
@ -129,19 +237,18 @@ typedef struct short_frame_head {
__u8 control; __u8 control;
short_length length; short_length length;
} __attribute__ ((packed)) short_frame_head; } __attribute__ ((packed)) short_frame_head;
#define SHORT_FRAME_HEAD_SIZE 3
typedef struct short_frame { typedef struct short_frame {
short_frame_head h; short_frame_head h;
__u8 data[0]; __u8 data[0];
} __attribute__ ((packed)) short_frame; } __attribute__ ((packed)) short_frame;
typedef struct long_frame_head { typedef struct long_frame_head {
address_field addr; address_field addr;
__u8 control; __u8 control;
long_length length; long_length length;
__u8 data[0];
} __attribute__ ((packed)) long_frame_head; } __attribute__ ((packed)) long_frame_head;
#define LONG_FRAME_HEAD_SIZE 4
typedef struct long_frame { typedef struct long_frame {
long_frame_head h; long_frame_head h;
@ -151,15 +258,15 @@ typedef struct long_frame {
/* Typedefinitions for structures used for the multiplexer commands */ /* Typedefinitions for structures used for the multiplexer commands */
typedef struct mcc_type { typedef struct mcc_type {
__u8 ea:1; __u8 ea:1;
__u8 cr:1; __u8 cr:1;
__u8 type:6; __u8 type:6;
} __attribute__ ((packed)) mcc_type; } __attribute__ ((packed)) mcc_type;
typedef struct mcc_short_frame_head { typedef struct mcc_short_frame_head {
mcc_type type; mcc_type type;
short_length length; short_length length;
__u8 value[0];
} __attribute__ ((packed)) mcc_short_frame_head; } __attribute__ ((packed)) mcc_short_frame_head;
#define MCC_SHORT_FRAME_HEAD_SIZE 2
typedef struct mcc_short_frame { typedef struct mcc_short_frame {
mcc_short_frame_head h; mcc_short_frame_head h;
@ -169,8 +276,8 @@ typedef struct mcc_short_frame {
typedef struct mcc_long_frame_head { typedef struct mcc_long_frame_head {
mcc_type type; mcc_type type;
long_length length; long_length length;
__u8 value[0];
} __attribute__ ((packed)) mcc_long_frame_head; } __attribute__ ((packed)) mcc_long_frame_head;
#define MCC_LONG_FRAME_HEAD_SIZE 3
typedef struct mcc_long_frame { typedef struct mcc_long_frame {
mcc_long_frame_head h; mcc_long_frame_head h;
@ -188,87 +295,23 @@ typedef struct v24_signals {
__u8 dv:1; __u8 dv:1;
} __attribute__ ((packed)) v24_signals; } __attribute__ ((packed)) v24_signals;
typedef struct brk_signals { typedef struct break_signals {
__u8 ea:1; __u8 ea:1;
__u8 b1:1; __u8 b1:1;
__u8 b2:1; __u8 b2:1;
__u8 b3:1; __u8 b3:1;
__u8 len:4; __u8 len:4;
} __attribute__ ((packed)) brk_signals; } __attribute__ ((packed)) break_signals;
typedef struct msc_data {
address_field addr;
v24_signals v24_sigs;
brk_signals brk_sigs;
__u8 fcs;
} __attribute__ ((packed)) msc_data;
#define MSC_DATA_NO_BREAK_SIZE 2
#define MSC_DATA_BREAK_SIZE 3
typedef struct msc_msg { typedef struct msc_msg {
short_frame_head s_head; short_frame_head s_head;
mcc_short_frame_head mcc_s_head; mcc_short_frame_head mcc_s_head;
address_field dlci; address_field dlci;
__u8 v24_sigs; v24_signals v24_sigs;
//brk_sigs break_signals; //break_signals break_sigs;
__u8 fcs; __u8 fcs;
} __attribute__ ((packed)) msc_msg; } __attribute__ ((packed)) msc_msg;
/* RPN command */
#define B2400 0
#define B4800 1
#define B7200 2
#define B9600 3
#define B19200 4
#define B38400 5
#define B57600 6
#define B115200 7
#define D230400 8
typedef struct parameter_mask {
__u8 bit_rate:1;
__u8 data_bits:1;
__u8 stop_bit:1;
__u8 parity:1;
__u8 parity_type:1;
__u8 xon___u8:1;
__u8 xoff___u8:1;
__u8 res1:1;
__u8 xon_input:1;
__u8 xon_output:1;
__u8 rtr_input:1;
__u8 rtr_output:1;
__u8 rtc_input:1;
__u8 rtc_output:1;
__u8 res2:2;
} __attribute__ ((packed)) parameter_mask;
typedef struct rpn_values {
__u8 bit_rate;
__u8 data_bits:2;
__u8 stop_bit:1;
__u8 parity:1;
__u8 parity_type:2;
__u8 res1:2;
__u8 xon_input:1;
__u8 xon_output:1;
__u8 rtr_input:1;
__u8 rtr_output:1;
__u8 rtc_input:1;
__u8 rtc_output:1;
__u8 res2:2;
__u8 xon___u8;
__u8 xoff___u8;
parameter_mask pm;
} __attribute__ ((packed)) rpn_values;
typedef struct rpn_data {
address_field addr;
rpn_values rpn_val;
} __attribute__ ((packed)) rpn_data;
#define RPN_DATA_NO_RPN_SIZE 1
#define RPN_DATA_SIZE 8
typedef struct rpn_msg { typedef struct rpn_msg {
short_frame_head s_head; short_frame_head s_head;
mcc_short_frame_head mcc_s_head; mcc_short_frame_head mcc_s_head;
@ -278,13 +321,7 @@ typedef struct rpn_msg {
} __attribute__ ((packed)) rpn_msg; } __attribute__ ((packed)) rpn_msg;
/* RLS-command */ /* RLS-command */
typedef struct rls_data{ typedef struct rls_msg {
address_field addr;
__u8 error:4;
__u8 res:4;
} __attribute__ ((packed)) rls_data;
typedef struct rls_msg{
short_frame_head s_head; short_frame_head s_head;
mcc_short_frame_head mcc_s_head; mcc_short_frame_head mcc_s_head;
address_field dlci; address_field dlci;
@ -293,24 +330,11 @@ typedef struct rls_msg{
__u8 fcs; __u8 fcs;
} __attribute__ ((packed)) rls_msg; } __attribute__ ((packed)) rls_msg;
/* PN-command */
typedef struct pn_data {
__u8 dlci:6;
__u8 res1:2;
__u8 frame_type:4;
__u8 conv_layer:4;
__u8 pri:6;
__u8 res2:2;
__u8 ack_timer;
__u16 frame_size;
__u8 max_retrans;
__u8 win_size;
} __attribute__ ((packed)) pn_data;
/* PN-command */ /* PN-command */
typedef struct pn_msg { typedef struct pn_msg {
short_frame_head s_head; short_frame_head s_head;
mcc_short_frame_head mcc_s_head; mcc_short_frame_head mcc_s_head;
/* The res1, res2 and res3 values have to be set to 0 by the sender */
__u8 dlci:6; __u8 dlci:6;
__u8 res1:2; __u8 res1:2;
__u8 frame_type:4; __u8 frame_type:4;
@ -318,20 +342,162 @@ typedef struct pn_msg {
__u8 prior:6; __u8 prior:6;
__u8 res2:2; __u8 res2:2;
__u8 ack_timer; __u8 ack_timer;
__u32 frame_size:16; __u16 frame_size:16;
__u8 max_nbrof_retrans; __u8 max_nbrof_retrans;
__u8 credits; __u8 credits;
__u8 fcs; __u8 fcs;
} __attribute__ ((packed)) pn_msg; } __attribute__ ((packed)) pn_msg;
/* NSC-command */ /* NSC-command */
typedef struct nsc_data{ typedef struct nsc_msg {
mcc_type cmd_type;
} __attribute__ ((packed)) nsc_data;
typedef struct nsc_msg{
short_frame_head s_head; short_frame_head s_head;
mcc_short_frame_head mcc_s_head; mcc_short_frame_head mcc_s_head;
mcc_type command_type; mcc_type command_type;
__u8 fcs; __u8 fcs;
} __attribute__ ((packed)) nsc_msg; } __attribute__ ((packed)) nsc_msg;
#elif defined(__BIG_ENDIAN_BITFIELD)
typedef struct address_field {
__u8 server_chn:5;
__u8 d:1;
__u8 cr:1;
__u8 ea:1;
} __attribute__ ((packed)) address_field;
typedef struct short_length {
__u8 len:7;
__u8 ea:1;
} __attribute__ ((packed)) short_length;
typedef union long_length {
struct bits {
unsigned short len:15;
__u8 ea:1;
} __attribute__ ((packed)) bits;
__u16 val;
} __attribute__ ((packed)) long_length;
typedef struct short_frame_head {
address_field addr;
__u8 control;
short_length length;
} __attribute__ ((packed)) short_frame_head;
typedef struct short_frame {
short_frame_head h;
__u8 data[0];
} __attribute__ ((packed)) short_frame;
typedef struct long_frame_head {
address_field addr;
__u8 control;
long_length length;
__u8 data[0];
} __attribute__ ((packed)) long_frame_head;
typedef struct long_frame {
long_frame_head h;
__u8 data[0];
} __attribute__ ((packed)) long_frame;
typedef struct mcc_type {
__u8 type:6;
__u8 cr:1;
__u8 ea:1;
} __attribute__ ((packed)) mcc_type;
typedef struct mcc_short_frame_head {
mcc_type type;
short_length length;
__u8 value[0];
} __attribute__ ((packed)) mcc_short_frame_head;
typedef struct mcc_short_frame {
mcc_short_frame_head h;
__u8 value[0];
} __attribute__ ((packed)) mcc_short_frame;
typedef struct mcc_long_frame_head {
mcc_type type;
long_length length;
__u8 value[0];
} __attribute__ ((packed)) mcc_long_frame_head;
typedef struct mcc_long_frame {
mcc_long_frame_head h;
__u8 value[0];
} __attribute__ ((packed)) mcc_long_frame;
typedef struct v24_signals {
__u8 dv:1;
__u8 ic:1;
__u8 reserved:2;
__u8 rtr:1;
__u8 rtc:1;
__u8 fc:1;
__u8 ea:1;
} __attribute__ ((packed)) v24_signals;
typedef struct break_signals {
__u8 len:4;
__u8 b3:1;
__u8 b2:1;
__u8 b1:1;
__u8 ea:1;
} __attribute__ ((packed)) break_signals;
typedef struct msc_msg {
short_frame_head s_head;
mcc_short_frame_head mcc_s_head;
address_field dlci;
v24_signals v24_sigs;
//break_signals break_sigs;
__u8 fcs;
} __attribute__ ((packed)) msc_msg;
typedef struct rpn_msg {
short_frame_head s_head;
mcc_short_frame_head mcc_s_head;
address_field dlci;
rpn_values rpn_val;
__u8 fcs;
} __attribute__ ((packed)) rpn_msg;
typedef struct rls_msg {
short_frame_head s_head;
mcc_short_frame_head mcc_s_head;
address_field dlci;
__u8 res:4;
__u8 error:4;
__u8 fcs;
} __attribute__ ((packed)) rls_msg;
typedef struct pn_msg {
short_frame_head s_head;
mcc_short_frame_head mcc_s_head;
__u8 res1:2;
__u8 dlci:6;
__u8 credit_flow:4;
__u8 frame_type:4;
__u8 res2:2;
__u8 prior:6;
__u8 ack_timer;
__u16 frame_size:16;
__u8 max_nbrof_retrans;
__u8 credits;
__u8 fcs;
} __attribute__ ((packed)) pn_msg;
typedef struct nsc_msg {
short_frame_head s_head;
mcc_short_frame_head mcc_s_head;
mcc_type command_type;
__u8 fcs;
} __attribute__ ((packed)) nsc_msg;
#else /* __XXX_ENDIAN */
#error Processor endianness unknown!
#endif /* __XXX_ENDIAN */
/****************************************************************************/