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funketeer · April 21

funketeer · April 21

funketeer · April 21

nexusgroove · April 21

/* @(#) net_diag.h $Revision: 1.11.98.2 $ $Date: 95/08/11 15:05:25 $ */

#ifndef _SYS_NET_DIAG_INCLUDED

#define _SYS_NET_DIAG_INCLUDED

#ifdef _KERNEL

#include "../h/time.h"

#include "../h/subsys_id.h"

#else /* _KERNEL */

#include <sys/time.h>

#include <subsys_id.h>

#endif /* _KERNEL */

#ifndef TRUE

#define TRUE 1

#endif /* TRUE */

#ifndef FALSE

#define FALSE 0

#endif /* FALSE */

#define TRACE_QUEUE 0

#define LOG_QUEUE 1

#define KTL_MBLKS -2

#define KTL_MBUFS -1

/* KTL_IOVECS > 0 */

#ifndef NUM_MASK_ELEMENTS

#define NUM_MASK_ELEMENTS 8

#define NUM_BITS_IN_INTEGER 32

#endif /* NUM_MASK_ELEMENTS */

#define CARD_INSTANCE_MASK 0xff

/* Filters Specific to Tracing */

typedef struct {

int kind;

int max_data_size;

int device_id_mask[NUM_MASK_ELEMENTS];

} netdiag_t_filters;

/* Filters Specific to Logging */

typedef struct {

int log_class;

int device_id;

} netdiag_l_filters;

/* Card name list common to both

* log and trace subsystems */

typedef struct dev_name {

int tr_or_log; /* this card is for log or trace */

int firmlog_level;

int len_of_device_name; /* include the NULL char of string */

struct dev_name *next;

caddr_t device; /* anchor for the device names */

} device_name;

/* Trace and Log filters for each subsystem */

typedef struct {

netdiag_t_filters trace;

netdiag_l_filters log;

device_name *device_ptr; /* card name list */

} netdiag_subsys_t;

/* Table of all Kernel Subsystems */

#ifdef _KERNEL

extern netdiag_subsys_t netdiag_masks[];

# ifdef _PROTOTYPES

extern void ns_log_event(int, unsigned int, int, int, char *, int, int, int, int, int, int);

extern int ns_trace_link(struct ifnet *, unsigned int, struct mbuf *, int);

extern int klogg_write(short, int, int, short, caddr_t, int);

extern int ktrc_write(short, int, int, int, caddr_t, int);

extern unsigned short kget_log_instance();

# else /* not _PROTOTYPES */

extern void ns_log_event();

extern int ns_trace_link();

extern int klogg_write();

extern int ktrc_write();

extern unsigned short kget_log_instance();

# endif /* not _PROTOTYPES */

#endif /* _KERNEL */

/* ******************************************************************** */

/* Subsystem Macros: */

/* */

/* KTRC_CK: Verify the subsystem ID and check the KIND */

/* KTRC_CHECK: Verify the subsystem ID, check the KIND and Device ID */

/* KLOG_CK: Verify the subsystem ID and check the CLASS */

/* */

/* These macros are provided for kernel subsystems to check the values */

/* of the masks in the netdiag_masks table. These macros return TRUE */

/* if the conditions are met. Note that the results are not guaranteed */

/* unless the calls are protrected with the netdiag_masks spinlocks in */

/* the LOG_MASK_R_SPINLOCK and TRACE_MASK_R_SPINLOCK macros. However, */

/* in the name of performance, it is not required that these spinlocks */

/* be used by subsystems (hint: subsystems should not use these locks */

/* since ktrc_write/klogg_write will be verifying the information). */

/* */

/* ******************************************************************** */

/* checks the range of the SUBSYSTEM value */

#define KTL_RANGE(_ss) \

(((_ss) >= 0 ) && ((_ss) < (MAX_SUBSYS)))

#ifdef _KERNEL

/* Tracing macros */

/* Check that the subsystem was configured and turned ON */

#define KTRC_SUBSYS_ON(_ss) \

((KTL_RANGE(_ss)) && netdiag_masks[_ss].trace.kind)

/* Check that subsys is in range, and make sure DEVICE ID matches */

#define KTRC_DEV_ON(_ss, _dev) \

((KTL_RANGE(_ss)) && \

(((_dev) == -1) || \

((!((_dev) & ~CARD_INSTANCE_MASK)) && \

((1 << ((_dev) % NUM_BITS_IN_INTEGER)) & (netdiag_masks[_ss].trace.device_id_mask[(_dev) / NUM_BITS_IN_INTEGER])))))

/* use one macro to check subsys is ON and KIND matches */

#define KTRC_CK(_ss, _kd) \

((KTL_RANGE(_ss)) && ((_kd) & netdiag_masks[_ss].trace.kind))

/* check that subsys is in range, and make sure KIND matches */

#define KTRC_ON(_ss, _kd) \

(KTRC_CK(_ss, _kd))

/* use one macro to check subsys is ON and KIND and DEVICE ID matches */

#define KTRC_CHECK(_ss, _kd, _dev) \

((KTL_RANGE(_ss)) && \

((_kd) & netdiag_masks[_ss].trace.kind) && \

(((_dev) == -1) || \

((!((_dev) & ~CARD_INSTANCE_MASK)) && \

((1 << ((_dev) % NUM_BITS_IN_INTEGER)) & (netdiag_masks[_ss].trace.device_id_mask[(_dev) / NUM_BITS_IN_INTEGER])))))

/* logging macros */

/* Check that the subsystem was configured and turned ON */

#define KLOGG_SUBSYS_ON(_ss) \

((KTL_RANGE(_ss)) && netdiag_masks[_ss].log.log_class)

/* use one macro to check subsys is ON and CLASS matches */

#define KLOG_CK(_ss, _cl) \

((KTL_RANGE(_ss)) && ((_cl) & netdiag_masks[_ss].log.log_class))

/* check that subsys is in range, and make sure CLASS matches */

#define KLOGG_ON(_ss, _cl) \

(KLOG_CK(_ss, _cl))

#endif /* _KERNEL */

/* This next set of information is from the old ns_diag.h file */

#ifndef _SYS_NS_DIAG_INCLUDED

#define _SYS_NS_DIAG_INCLUDED

/*

* network trace record definition

*/

struct ns_trace_link_hdr {

short tr_event; /* event traced:TR_LINK_xxx */

short tr_if; /* i.f. traced (0 @ rel. 1) */

short tr_traced_len; /* byte len of data traced */

short tr_pkt_len; /* byte len of original pkt */

#ifdef _KERNEL

int tr_tid; /* curr. thread (-1=ICS) */

#else /* _KERNEL */

int tr_pid; /* curr. thread (-1=ICS) */

#endif /* _KERNEL */

struct timeval tr_time; /* std timeval */

short tr_subsys; /* subsystem */

};

/*

* link trace events

*/

#define TR_LINK_INBOUND PDU_IN_BIT

#define OLD_TR_LINK_INBOUND 0x0001 /* Inbound packet */

#define TR_LINK_OUTBOUND PDU_OUT_BIT

#define OLD_TR_LINK_OUTBOUND 0x0002 /* Outbound packet */

#define TR_LINK_LOOP LOOP_BACK_BIT

#define OLD_TR_LINK_LOOP 0x0040 /* loopback packet */

#define TR_X25_L2_IN_HEADER 0x0080 /* x25 Level 2 inbound header */

#define TR_X25_L2_IN_FRAME 0x0100 /* X25 Level 2 inbound frame */

#define TR_X25_L2_OUT_HEADER 0x0200 /* X25 Level 2 outbound header*/

#define TR_X25_L2_OUT_FRAME 0x0400 /* X25 Level 2 outbound frame */

#define TR_X25_L3_IN_HEADER 0x0800 /* X25 Level 3 inbound header */

#define TR_X25_L3_IN_PACKET 0x1000 /* X25 Level 3 inbound packet */

#define TR_X25_L3_OUT_HEADER 0x2000 /* X25 Level 3 outbound header*/

#define TR_X25_L3_OUT_PACKET 0x4000 /* X25 Level 3 outbound packet*/

#define TR_X25_LOOPBACK 0x8000 /* X25 loopback driver */

/*

* link trace tr_if definitions

*/

/* link type and unit number are coded in ONE value */

/* First 2 bytes are Link Type: Last 2 Bytes are Unit Number */

#define TR_IF_UNITMASK 0x00ff /* If unit number mask */

#define TR_IF_TYPEMASK 0xff00 /* If type mask */

#define TR_IF_NUNITS 8 /* Number of bits we can

encode unit no. in */

#define TR_IF_NTYPES 7 /* number of types we can

encode in tr_if - 1 */

#define TR_IF_LAN (1<<TR_IF_NUNITS) /* Flag for lan if */

#define TR_IF_LOOP (2<<TR_IF_NUNITS) /* Loopback if */

#define TR_IF_NI (4<<TR_IF_NUNITS) /* Point-to-Point if */

#define TR_IF_X25 (8<<TR_IF_NUNITS) /* X25 if */

/********************************************************************

****

**** Macros

**** NS_TRACE_LINK (_ifp, _kind, _mbuf, _subsys)

****

********************************************************************

* Input Parameters

* _ifp pointer to an if structure

* _kind inbound, outbound, loopback (TR_LINK_xxxx)

* _mbuf mbuf chain to trace

* _subsys subsystem id

*

* Output Parameters

* none

* Return Value

* none

* Globals Referenced

* none

* Description

*

* This macro checks the trace masks against the kind of the input

* event, and if either mask is set, traces the data.

*

********************************************************************

*/

#ifdef _KERNEL

#define NS_TRACE_LINK(_ifp, _kind, _mbuf, _subsys) \

{ \

if (KTRC_CHECK((_subsys), (_kind), ((_ifp)->if_unit))) \

ns_trace_link((_ifp),(_kind),(_mbuf),(_subsys)); \

}

#endif /* _KERNEL */

/*

* network log record definition

*/

struct ns_log_rec {

short log_event; /* event logged: LE_xxx */

short log_location; /* location of log */

short log_class; /* log class: NS_LC_xxx */

short log_subsys; /* log subsys: NS_LS_xxx */

struct timeval log_time; /* std timeval */

int log_error; /* error if any */

int log_context; /* option context info */

int log_mask; /* current file log mask*/

int log_console_mask;/* console mask */

#ifdef _KERNEL

int log_tid; /* curr. thread (-1=ICS)*/

#else /*_KERNEL */

int log_pid; /* curr. thread (-1=ICS)*/

#endif /* _KERNEL */

short log_flags; /* see NS_LF_ below */

unsigned short log_data_dropped;/* amount of data lost */

unsigned short log_dropped; /* # dropped events */

unsigned short log_dlen; /* total dlen of associated */

/* log data in bytes (header */

/* not included). */

};

#define NSDIAG_MAX_DATA 20

typedef struct {

struct ns_log_rec log;

union {

caddr_t ptr;

char chars[NSDIAG_MAX_DATA];

int words[NSDIAG_MAX_DATA/sizeof(int)];

} data;

} nsdiag_event_msg_type;

/*

* log flags see log_flags above (also a parameter to ns_log_event)

*/

#define NS_LF_NODATA 1

#define NS_LF_DATA 2

#define NS_LF_STR 4

#define NS_LF_INFO 8

#define NS_LF_DATA_DROPPED 16

#define NS_LF_DATA_INMBUF 32

/*

* log class definitions

*/

#define NS_LC_LOGSTAT 0

#define OLD_NS_LC_LOGSTAT 0

#define NS_LC_DISASTER 0x10008

#define OLD_NS_LC_DISASTER 1

#define NS_LC_ERROR 0x20004

#define OLD_NS_LC_ERROR 2

#define NS_LC_WARNING 0x30002

#define OLD_NS_LC_WARNING 3

#define NS_LC_RESOURCELIM 0x40001

#define OLD_NS_LC_RESOURCELIM 4

#define NS_LC_PROLOG 0x50001

#define OLD_NS_LC_PROLOG 5

#define NS_LC_MASK 0xffff /* Mask to find old LC in new LC */

#define NS_LC_COUNT 6 /* number of log classes */

/********************************************************************

****

**** Macros

***** NS_LOG (_evt, _cl, _ss, _src)

***** NS_LOG_STR (_evt, _cl, _ss, _src, _str)

***** NS_LOG_INFO (_evt, _cl, _ss, _src, _nw, _p0, _p1)

***** NS_LOG_INFO5(_evt, _cl, _ss, _src, _nw, _p0, _p1, _p2, _p3, _p4)

***** NS_LOG_DATA (_evt, _cl, _ss, _src, _data, _dlen, _p0, _p1)

*****

***** X25_LOG (_evt, _cl, _ss, _src)

***** X25_LOG_STR (_evt, _cl, _ss, _src, _str)

***** X25_LOG_INFO (_evt, _cl, _ss, _src, _nw, _p0, _p1)

***** X25_LOG_INFO5(_evt, _cl, _ss, _src, _nw, _p0, _p1, _p2, _p3, _p4)

***** X25_LOG_DATA (_evt, _cl, _ss, _src, _data, _dlen, _p0, _p1)

****

********************************************************************

* Input Parameters

* _evt event being logged (LE_xxx)

* _cl event class (NS_LC_xxx)

* _ss subsystem executing the log (NS_LS_xxx)

* _src source of event within subsystem. Always 0

* for release 2.0.

* _str [NS_LF_STR] A NULL terminated C string which is to be

* printfd into the log message. The maximum

* length of this string is MLEN bytes.

*

* _data [NS_LF_DATA] Data to be dumped with the log msg.

* _dlen [NS_LF_DATA] Number of bytes in data (max is MLEN)

*

* _nw [NS_LF_INFO] Number of words of associated info (max 5)

* _p0-_p4 [NS_LF_INFO] Info words which are to be printfd into the

* log message.

*

* Output Parameters

* none

* Return Value

* none

* Globals Referenced

* none

* Description

*

* These macros check the log masks against the class of the input

* event, and if either mask is set, logs the event.

*

********************************************************************

*/

#ifdef _KERNEL

#define _NS_LOG_(_evt, _cl, _ss, _type, _data, _nw, _p0, _p1, _p2, _p3, _p4) \

{ \

if (KLOG_CK((_ss), ((_cl) & NS_LC_MASK))) \

ns_log_event((_evt), (_cl), (_ss), (_type), (_data), (_nw), \

(_p0), (_p1), (_p2), (_p3), (_p4)); \

}

#else /* _KERNEL */

#define _NS_LOG_(_evt, _cl, _ss, _type, _data, _nw, _p0, _p1, _p2, _p3, _p4) \

{ \

ns_log_event((_evt), (_cl), (_ss), (_type), (_data), (_nw), \

(_p0), (_p1), (_p2), (_p3), (_p4)); \

}

#endif /* _KERNEL */

#define NS_LOG(_evt, _cl, _ss, _src) \

_NS_LOG_(_evt, _cl, _ss, NS_LF_NODATA, 0, 0, 0, 0, 0, 0, 0)

#define NS_LOG_STR(_evt, _cl, _ss, _src, _str) \

_NS_LOG_(_evt, _cl, _ss, NS_LF_STR, _str, 0, 0, 0, 0, 0, 0)

#define NS_LOG_DATA(_evt, _cl, _ss, _src, _data, _dlen, _p0, _p1) \

_NS_LOG_(_evt, _cl, _ss, NS_LF_DATA, _data, _dlen, _p0, _p1, 0, 0, 0)

#define NS_LOG_INFO(_evt, _cl, _ss, _src, _nw, _p0, _p1) \

_NS_LOG_(_evt, _cl, _ss, NS_LF_INFO, 0, _nw, _p0, _p1, 0, 0, 0)

#define NS_LOG_INFO5(_evt, _cl, _ss, _src, _nw, _p0, _p1, _p2, _p3, _p4) \

_NS_LOG_(_evt, _cl, _ss, NS_LF_INFO, 0, _nw, _p0, _p1, _p2, _p3, _p4)

#define X25_LOG(_evt, _cl, _ss, _src) \

_NS_LOG_(_evt, _cl, _ss, NS_LF_NODATA, 0, 0, 0, 0, 0, 0, 0)

#define X25_LOG_STR(_evt, _cl, _ss, _src, _str) \

_NS_LOG_(_evt, _cl, _ss, NS_LF_STR, _str, 0, 0, 0, 0, 0, 0)

#define X25_LOG_DATA(_evt, _cl, _ss, _src, _data, _dlen, _p0, _p1) \

_NS_LOG_(_evt, _cl, _ss, NS_LF_DATA, _data, _dlen, _p0, _p1, 0, 0, 0)

#define X25_LOG_INFO(_evt, _cl, _ss, _src, _nw, _p0, _p1) \

_NS_LOG_(_evt, _cl, _ss, NS_LF_INFO, 0, _nw, _p0, _p1, 0, 0, 0)

#define X25_LOG_INFO5(_evt, _cl, _ss, _src, _nw, _p0, _p1, _p2, _p3, _p4) \

_NS_LOG_(_evt, _cl, _ss, NS_LF_INFO, 0, _nw, _p0, _p1, _p2, _p3, _p4)

/*****************************************************************************

* These are the events themselves.

*****************************************************************************/

/********************************

* Subsystem: Logging *

********************************/

/* Logging Statistics */

#define LE_LOG_STARTING 0 /* logging has been started */

#define LE_LOG_TERM 1 /* logging has been terminated */

#define LE_LOG_TEST 2 /* logging test */

#define LE_LOG_TEST_STR 3 /* logging test w/string */

#define LE_LOG_TEST_INFO 4 /* logging test w/info */

#define LE_LOG_DROPPED 5 /* messages were dropped */

#define LE_LOG_TEST_DATA 6 /* logging test w/data */

/* Disasters */

#define LE_LOG_DISASTER_TEST 1000 /* logging disaster test */

/* Errors */

#define LE_LOG_ERROR_TEST 2000 /* logging error test */

/* Warnings */

#define LE_LOG_WARNING_TEST 3000 /* logging warning test */

#define LE_LOG_DROPPED_MSG 3001 /* dropped msg warning */

/* Resource Limitations */

#define LE_LOG_RESOURCELIM_TEST 4000 /* logging r. limit test */

/* Protocol Logs */

#define LE_LOG_PROLOG_TEST 5000 /* logging proto. log test */

/***********************************

* Subsystem: RFAR *

***********************************/

/* Errors */

#define LE_RFAR_COPY_FAIL 2000 /* user-kernel copy fail */

#define LE_RFAR_IPC_CREATE 2001 /* ipc create socket fail */

#define LE_RFAR_IPC_SHUTDOWN 2002 /* ipc shutdown fail */

#define LE_RFAR_IPC_MUX_CONN 2003 /* ipc mux connect fail */

#define LE_RFAR_IPC_CONTROL 2004 /* ipc control fail */

#define LE_RFAR_IPC_DEST 2005 /* ipc dest socket fail */

#define LE_RFAR_IPC_SEND 2006 /* ipc send fail */

#define LE_RFAR_IPC_MUX_RECV 2007 /* ipc receive fail */

#define LE_RFAR_CONN_FAIL 2008 /* ipc connect fail */

/* Warnings */

#define LE_RFAR_INODE 3000 /* no memory for inode */

#define LE_RFAR_PROCMEM 3001 /* no memory for process */

/* Resource Limitations */

#define LE_RFAR_NOMEM_RFP 4000 /* no memory for inode */

#define LE_RFAR_NOMEM_NETP 4001 /* no memory for netunam */

#define LE_RFAR_NOMEM_PMP 4002 /* no memory for process */

#define LE_RFAR_NETUNAMS_PER_PROC 4003 /* no more netunams */

/* Protocol Logs */

/******************************************

* Subsystem: IPC (NS & 4.2BSD) *

******************************************/

/* Warnings */

#define LE_IPC_SEND_NOMEM_VC 3000 /* no memory for send on vc */

/* Resource Limitations */

#define LE_NO_NAME_MEM 4000 /* No mem for a name record*/

#define LE_CALL_SOCK_Q_LIM 4001 /* call socket queue limit */

/* Protocol Logs */

#define LE_SOCK_ABORT 5000 /* sock aborted by protocol.*/

/********************************

* Subsystem: TCP *

********************************/

/* Warnings */

#define LE_TCP_TERM 3000 /* TCP terminated */

#define LE_TCP_INPUT_PKT_DROPPED 3001

#define LE_TCP_CKSUM_ERR 3002

#define LE_TCP_TOS_ERR 3003

#define LE_TCP_SEC_ERR 3004

#define LE_TCP_SHORT 3005

#define LE_TCP_MM_MSG_2MANY 3006

#define LE_TCP_MM_MSG_2BIG 3007

#define LE_TCP_MORE_DATA_DEFER 3008

#define LE_TCP_PKT_DROP_STATE 3009

#define LE_TCP_PKT_DROP_SOCK 3010

#define LE_TCP_CONN_DROP_RXMT 3011

#define LE_TCP_CONN_DROP_KEEP_ALIVE 3012

#define LE_TCP_CONN_DROP_UNREACH 3013

#define LE_TCP_REASS_PKT_DROPPED 3014

/* New warning entries for 7_0 */

#define LE_TCP_DROP 3015

#define LE_TCP_DROP_WITH_RST 3016

/* Resource Limitations */

#define LE_TCP_NO_MEM 4000

/* Protocol Logs */

#define LE_TCP_DRAIN 5000

#define LE_TCP_INPUT 5001

#define LE_TCP_SPORT_DPORT 5002

#define LE_TCP_ACK 5003

#define LE_TCP_NEW_WINDOW 5004

#define LE_TCP_INPUT_EXIT 5005

#define LE_TCP_OPT_PROC 5006

#define LE_TCP_REASS 5007

#define LE_TCP_PRESENT 5008

#define LE_TCP_MMUPDT 5009

#define LE_TCP_USRREQ_ENTRY 5010

#define LE_TCP_USRREQ_EXIT 5011

#define LE_TCP_OUTPUT 5012

#define LE_TCP_OUTPUT_NIL 5013

#define LE_TCP_RESPOND 5014

#define LE_TCP_REXMT 5015

/* New protocol log entries for 7_0 */

#define LE_TCP_DATA_IN 5016

#define LE_TCP_DATA_OUT 5017

#define LE_TCP_USRREQ 5018

/* 8.0 TCP protocol logs */

#define LE_TCP_CHANGE_STATE 5019

#define LE_TCP_RESET_SENT 5020

/********************************

* Subsystem: PXP *

********************************/

/* Errors */

#define LE_PXP_INVALID_USER_OPTIONS 2000 /* user made invalid choice.*/

/* Warnings */

#define LE_PXP_SEQNUM_NO_MATCH 3000 /* can not find sequence no.*/

/* Resource Limitations */

#define LE_PXP_RESOURCE_LIMITATION 4000 /* max queue size or no mem */

/* Protocol Logs */

#define LE_PXP_BAD_HEADER 5001 /* pkt w/bad pxp header */

#define LE_PXP_DUPLICATE_REQUEST 5002 /* dup request arrived.*/

#define LE_PXP_CTLINPUT 5003 /* ip: link will be closed.*/

#define LE_PXP_FUNC_NOT_SUPPORTED 5004 /* func not supported by pxp*/

#define LE_PXP_RETRY_EXCEEDED 5005 /* retry timed out. */

/********************************

* Subsystem: UDP *

********************************/

/* Warnings */

#define LE_UDP_BADLEN 3000

/* Protocol Logs */

#define LE_UDP_CKSUM_ERR 5000 /* checksum err in UDP pkt */

#define LE_UDP_CTLINPUT 5003 /* ip: link will be closed. */

/********************************

* Subsystem: IP *

********************************/

/* Warnings */

#define LE_IP_TERM 3000 /* IP terminated */

#define LE_IP_SHORT 3001

#define LE_IP_ICMP_SHORT 3002

#define LE_IP_PKT_DROPPED 3003

#define LE_IP_CKSUM_ERR 3004

#define LE_IP_ICMP_CKSUM_ERR 3005

#define LE_IP_PKT_LOST 3006

#define LE_ICMP_PKT_DROPPED 3007

#define LE_ICMP_BAD_CODE 3008

#define LE_ICMP_TOO_BIG_IGNORED 3009

#define LE_IP_VERSION_ERR 3010

#define LE_IP_BAD_SOURCE 3011

/* Resource Limitations */

#define LE_IP_ICMP_NO_MEM 4000 /* m_get for header failed */

#define LE_IP_NO_MEM 4001

funketeer · April 21

Originally posted by nexusgroove
/* @(#) net_diag.h $Revision: 1.11.98.2 $ $Date: 95/08/11 15:05:25 $ */
#ifndef _SYS_NET_DIAG_INCLUDED
#define _SYS_NET_DIAG_INCLUDED
#ifdef _KERNEL
#include "../h/time.h"
#include "../h/subsys_id.h"
#else /* _KERNEL */
#include <sys/time.h>
#include <subsys_id.h>
#endif /* _KERNEL */
#ifndef TRUE
#define TRUE 1
#endif /* TRUE */
#ifndef FALSE
#define FALSE 0
#endif /* FALSE */
#define TRACE_QUEUE 0
#define LOG_QUEUE 1
#define KTL_MBLKS -2
#define KTL_MBUFS -1
/* KTL_IOVECS > 0 */
#ifndef NUM_MASK_ELEMENTS
#define NUM_MASK_ELEMENTS 8
#define NUM_BITS_IN_INTEGER 32
#endif /* NUM_MASK_ELEMENTS */
#define CARD_INSTANCE_MASK 0xff
/* Filters Specific to Tracing */
typedef struct {
int kind;
int max_data_size;
int device_id_mask[NUM_MASK_ELEMENTS];
} netdiag_t_filters;
/* Filters Specific to Logging */
typedef struct {
int log_class;
int device_id;
} netdiag_l_filters;
/* Card name list common to both
* log and trace subsystems */
typedef struct dev_name {
int tr_or_log; /* this card is for log or trace */
int firmlog_level;
int len_of_device_name; /* include the NULL char of string */
struct dev_name *next;
caddr_t device; /* anchor for the device names */
} device_name;
/* Trace and Log filters for each subsystem */
typedef struct {
netdiag_t_filters trace;
netdiag_l_filters log;
device_name *device_ptr; /* card name list */
} netdiag_subsys_t;
/* Table of all Kernel Subsystems */
#ifdef _KERNEL
extern netdiag_subsys_t netdiag_masks[];
# ifdef _PROTOTYPES
extern void ns_log_event(int, unsigned int, int, int, char *, int, int, int, int, int, int);
extern int ns_trace_link(struct ifnet *, unsigned int, struct mbuf *, int);
extern int klogg_write(short, int, int, short, caddr_t, int);
extern int ktrc_write(short, int, int, int, caddr_t, int);
extern unsigned short kget_log_instance();
# else /* not _PROTOTYPES */
extern void ns_log_event();
extern int ns_trace_link();
extern int klogg_write();
extern int ktrc_write();
extern unsigned short kget_log_instance();
# endif /* not _PROTOTYPES */
#endif /* _KERNEL */
/* ******************************************************************** */
/* Subsystem Macros: */
/* */
/* KTRC_CK: Verify the subsystem ID and check the KIND */
/* KTRC_CHECK: Verify the subsystem ID, check the KIND and Device ID */
/* KLOG_CK: Verify the subsystem ID and check the CLASS */
/* */
/* These macros are provided for kernel subsystems to check the values */
/* of the masks in the netdiag_masks table. These macros return TRUE */
/* if the conditions are met. Note that the results are not guaranteed */
/* unless the calls are protrected with the netdiag_masks spinlocks in */
/* the LOG_MASK_R_SPINLOCK and TRACE_MASK_R_SPINLOCK macros. However, */
/* in the name of performance, it is not required that these spinlocks */
/* be used by subsystems (hint: subsystems should not use these locks */
/* since ktrc_write/klogg_write will be verifying the information). */
/* */
/* ******************************************************************** */
/* checks the range of the SUBSYSTEM value */
#define KTL_RANGE(_ss) \
(((_ss) >= 0 ) && ((_ss) < (MAX_SUBSYS)))
#ifdef _KERNEL
/* Tracing macros */
/* Check that the subsystem was configured and turned ON */
#define KTRC_SUBSYS_ON(_ss) \
((KTL_RANGE(_ss)) && netdiag_masks[_ss].trace.kind)
/* Check that subsys is in range, and make sure DEVICE ID matches */
#define KTRC_DEV_ON(_ss, _dev) \
((KTL_RANGE(_ss)) && \
(((_dev) == -1) || \
((!((_dev) & ~CARD_INSTANCE_MASK)) && \
((1 << ((_dev) % NUM_BITS_IN_INTEGER)) & (netdiag_masks[_ss].trace.device_id_mask[(_dev) / NUM_BITS_IN_INTEGER])))))
/* use one macro to check subsys is ON and KIND matches */
#define KTRC_CK(_ss, _kd) \
((KTL_RANGE(_ss)) && ((_kd) & netdiag_masks[_ss].trace.kind))
/* check that subsys is in range, and make sure KIND matches */
#define KTRC_ON(_ss, _kd) \
(KTRC_CK(_ss, _kd))
/* use one macro to check subsys is ON and KIND and DEVICE ID matches */
#define KTRC_CHECK(_ss, _kd, _dev) \
((KTL_RANGE(_ss)) && \
((_kd) & netdiag_masks[_ss].trace.kind) && \
(((_dev) == -1) || \
((!((_dev) & ~CARD_INSTANCE_MASK)) && \
((1 << ((_dev) % NUM_BITS_IN_INTEGER)) & (netdiag_masks[_ss].trace.device_id_mask[(_dev) / NUM_BITS_IN_INTEGER])))))
/* logging macros */
/* Check that the subsystem was configured and turned ON */
#define KLOGG_SUBSYS_ON(_ss) \
((KTL_RANGE(_ss)) && netdiag_masks[_ss].log.log_class)
/* use one macro to check subsys is ON and CLASS matches */
#define KLOG_CK(_ss, _cl) \
((KTL_RANGE(_ss)) && ((_cl) & netdiag_masks[_ss].log.log_class))
/* check that subsys is in range, and make sure CLASS matches */
#define KLOGG_ON(_ss, _cl) \
(KLOG_CK(_ss, _cl))
#endif /* _KERNEL */
/* This next set of information is from the old ns_diag.h file */
#ifndef _SYS_NS_DIAG_INCLUDED
#define _SYS_NS_DIAG_INCLUDED
/*
* network trace record definition
*/
struct ns_trace_link_hdr {
short tr_event; /* event traced:TR_LINK_xxx */
short tr_if; /* i.f. traced (0 @ rel. 1) */
short tr_traced_len; /* byte len of data traced */
short tr_pkt_len; /* byte len of original pkt */
#ifdef _KERNEL
int tr_tid; /* curr. thread (-1=ICS) */
#else /* _KERNEL */
int tr_pid; /* curr. thread (-1=ICS) */
#endif /* _KERNEL */
struct timeval tr_time; /* std timeval */
short tr_subsys; /* subsystem */
};
/*
* link trace events
*/
#define TR_LINK_INBOUND PDU_IN_BIT
#define OLD_TR_LINK_INBOUND 0x0001 /* Inbound packet */
#define TR_LINK_OUTBOUND PDU_OUT_BIT
#define OLD_TR_LINK_OUTBOUND 0x0002 /* Outbound packet */
#define TR_LINK_LOOP LOOP_BACK_BIT
#define OLD_TR_LINK_LOOP 0x0040 /* loopback packet */
#define TR_X25_L2_IN_HEADER 0x0080 /* x25 Level 2 inbound header */
#define TR_X25_L2_IN_FRAME 0x0100 /* X25 Level 2 inbound frame */
#define TR_X25_L2_OUT_HEADER 0x0200 /* X25 Level 2 outbound header*/
#define TR_X25_L2_OUT_FRAME 0x0400 /* X25 Level 2 outbound frame */
#define TR_X25_L3_IN_HEADER 0x0800 /* X25 Level 3 inbound header */
#define TR_X25_L3_IN_PACKET 0x1000 /* X25 Level 3 inbound packet */
#define TR_X25_L3_OUT_HEADER 0x2000 /* X25 Level 3 outbound header*/
#define TR_X25_L3_OUT_PACKET 0x4000 /* X25 Level 3 outbound packet*/
#define TR_X25_LOOPBACK 0x8000 /* X25 loopback driver */
/*
* link trace tr_if definitions
*/
/* link type and unit number are coded in ONE value */
/* First 2 bytes are Link Type: Last 2 Bytes are Unit Number */
#define TR_IF_UNITMASK 0x00ff /* If unit number mask */
#define TR_IF_TYPEMASK 0xff00 /* If type mask */
#define TR_IF_NUNITS 8 /* Number of bits we can
encode unit no. in */
#define TR_IF_NTYPES 7 /* number of types we can
encode in tr_if - 1 */
#define TR_IF_LAN (1<<TR_IF_NUNITS) /* Flag for lan if */
#define TR_IF_LOOP (2<<TR_IF_NUNITS) /* Loopback if */
#define TR_IF_NI (4<<TR_IF_NUNITS) /* Point-to-Point if */
#define TR_IF_X25 (8<<TR_IF_NUNITS) /* X25 if */
/********************************************************************
****
**** Macros
**** NS_TRACE_LINK (_ifp, _kind, _mbuf, _subsys)
****
********************************************************************
* Input Parameters
* _ifp pointer to an if structure
* _kind inbound, outbound, loopback (TR_LINK_xxxx)
* _mbuf mbuf chain to trace
* _subsys subsystem id
*
* Output Parameters
* none
* Return Value
* none
* Globals Referenced
* none
* Description
*
* This macro checks the trace masks against the kind of the input
* event, and if either mask is set, traces the data.
*
********************************************************************
*/
#ifdef _KERNEL
#define NS_TRACE_LINK(_ifp, _kind, _mbuf, _subsys) \
{ \
if (KTRC_CHECK((_subsys), (_kind), ((_ifp)->if_unit))) \
ns_trace_link((_ifp),(_kind),(_mbuf),(_subsys)); \
}
#endif /* _KERNEL */
/*
* network log record definition
*/
struct ns_log_rec {
short log_event; /* event logged: LE_xxx */
short log_location; /* location of log */
short log_class; /* log class: NS_LC_xxx */
short log_subsys; /* log subsys: NS_LS_xxx */
struct timeval log_time; /* std timeval */
int log_error; /* error if any */
int log_context; /* option context info */
int log_mask; /* current file log mask*/
int log_console_mask;/* console mask */
#ifdef _KERNEL
int log_tid; /* curr. thread (-1=ICS)*/
#else /*_KERNEL */
int log_pid; /* curr. thread (-1=ICS)*/
#endif /* _KERNEL */
short log_flags; /* see NS_LF_ below */
unsigned short log_data_dropped;/* amount of data lost */
unsigned short log_dropped; /* # dropped events */
unsigned short log_dlen; /* total dlen of associated */
/* log data in bytes (header */
/* not included). */
};
#define NSDIAG_MAX_DATA 20
typedef struct {
struct ns_log_rec log;
union {
caddr_t ptr;
char chars[NSDIAG_MAX_DATA];
int words[NSDIAG_MAX_DATA/sizeof(int)];
} data;
} nsdiag_event_msg_type;
/*
* log flags see log_flags above (also a parameter to ns_log_event)
*/
#define NS_LF_NODATA 1
#define NS_LF_DATA 2
#define NS_LF_STR 4
#define NS_LF_INFO 8
#define NS_LF_DATA_DROPPED 16
#define NS_LF_DATA_INMBUF 32
/*
* log class definitions
*/
#define NS_LC_LOGSTAT 0
#define OLD_NS_LC_LOGSTAT 0
#define NS_LC_DISASTER 0x10008
#define OLD_NS_LC_DISASTER 1
#define NS_LC_ERROR 0x20004
#define OLD_NS_LC_ERROR 2
#define NS_LC_WARNING 0x30002
#define OLD_NS_LC_WARNING 3
#define NS_LC_RESOURCELIM 0x40001
#define OLD_NS_LC_RESOURCELIM 4
#define NS_LC_PROLOG 0x50001
#define OLD_NS_LC_PROLOG 5
#define NS_LC_MASK 0xffff /* Mask to find old LC in new LC */
#define NS_LC_COUNT 6 /* number of log classes */
/********************************************************************
****
**** Macros
***** NS_LOG (_evt, _cl, _ss, _src)
***** NS_LOG_STR (_evt, _cl, _ss, _src, _str)
***** NS_LOG_INFO (_evt, _cl, _ss, _src, _nw, _p0, _p1)
***** NS_LOG_INFO5(_evt, _cl, _ss, _src, _nw, _p0, _p1, _p2, _p3, _p4)
***** NS_LOG_DATA (_evt, _cl, _ss, _src, _data, _dlen, _p0, _p1)
*****
***** X25_LOG (_evt, _cl, _ss, _src)
***** X25_LOG_STR (_evt, _cl, _ss, _src, _str)
***** X25_LOG_INFO (_evt, _cl, _ss, _src, _nw, _p0, _p1)
***** X25_LOG_INFO5(_evt, _cl, _ss, _src, _nw, _p0, _p1, _p2, _p3, _p4)
***** X25_LOG_DATA (_evt, _cl, _ss, _src, _data, _dlen, _p0, _p1)
****
********************************************************************
* Input Parameters
* _evt event being logged (LE_xxx)
* _cl event class (NS_LC_xxx)
* _ss subsystem executing the log (NS_LS_xxx)
* _src source of event within subsystem. Always 0
* for release 2.0.
* _str [NS_LF_STR] A NULL terminated C string which is to be
* printfd into the log message. The maximum
* length of this string is MLEN bytes.
*
* _data [NS_LF_DATA] Data to be dumped with the log msg.
* _dlen [NS_LF_DATA] Number of bytes in data (max is MLEN)
*
* _nw [NS_LF_INFO] Number of words of associated info (max 5)
* _p0-_p4 [NS_LF_INFO] Info words which are to be printfd into the
* log message.
*
*
* Output Parameters
* none
* Return Value
* none
* Globals Referenced
* none
* Description
*
* These macros check the log masks against the class of the input
* event, and if either mask is set, logs the event.
*
********************************************************************
*/
#ifdef _KERNEL
#define _NS_LOG_(_evt, _cl, _ss, _type, _data, _nw, _p0, _p1, _p2, _p3, _p4) \
{ \
if (KLOG_CK((_ss), ((_cl) & NS_LC_MASK))) \
ns_log_event((_evt), (_cl), (_ss), (_type), (_data), (_nw), \
(_p0), (_p1), (_p2), (_p3), (_p4)); \
}
#else /* _KERNEL */
#define _NS_LOG_(_evt, _cl, _ss, _type, _data, _nw, _p0, _p1, _p2, _p3, _p4) \
{ \
ns_log_event((_evt), (_cl), (_ss), (_type), (_data), (_nw), \
(_p0), (_p1), (_p2), (_p3), (_p4)); \
}
#endif /* _KERNEL */
#define NS_LOG(_evt, _cl, _ss, _src) \
_NS_LOG_(_evt, _cl, _ss, NS_LF_NODATA, 0, 0, 0, 0, 0, 0, 0)
#define NS_LOG_STR(_evt, _cl, _ss, _src, _str) \
_NS_LOG_(_evt, _cl, _ss, NS_LF_STR, _str, 0, 0, 0, 0, 0, 0)
#define NS_LOG_DATA(_evt, _cl, _ss, _src, _data, _dlen, _p0, _p1) \
_NS_LOG_(_evt, _cl, _ss, NS_LF_DATA, _data, _dlen, _p0, _p1, 0, 0, 0)
#define NS_LOG_INFO(_evt, _cl, _ss, _src, _nw, _p0, _p1) \
_NS_LOG_(_evt, _cl, _ss, NS_LF_INFO, 0, _nw, _p0, _p1, 0, 0, 0)
#define NS_LOG_INFO5(_evt, _cl, _ss, _src, _nw, _p0, _p1, _p2, _p3, _p4) \
_NS_LOG_(_evt, _cl, _ss, NS_LF_INFO, 0, _nw, _p0, _p1, _p2, _p3, _p4)
#define X25_LOG(_evt, _cl, _ss, _src) \
_NS_LOG_(_evt, _cl, _ss, NS_LF_NODATA, 0, 0, 0, 0, 0, 0, 0)
#define X25_LOG_STR(_evt, _cl, _ss, _src, _str) \
_NS_LOG_(_evt, _cl, _ss, NS_LF_STR, _str, 0, 0, 0, 0, 0, 0)
#define X25_LOG_DATA(_evt, _cl, _ss, _src, _data, _dlen, _p0, _p1) \
_NS_LOG_(_evt, _cl, _ss, NS_LF_DATA, _data, _dlen, _p0, _p1, 0, 0, 0)
#define X25_LOG_INFO(_evt, _cl, _ss, _src, _nw, _p0, _p1) \
_NS_LOG_(_evt, _cl, _ss, NS_LF_INFO, 0, _nw, _p0, _p1, 0, 0, 0)
#define X25_LOG_INFO5(_evt, _cl, _ss, _src, _nw, _p0, _p1, _p2, _p3, _p4) \
_NS_LOG_(_evt, _cl, _ss, NS_LF_INFO, 0, _nw, _p0, _p1, _p2, _p3, _p4)
/*****************************************************************************
* These are the events themselves.
*****************************************************************************/
/********************************
* Subsystem: Logging *
********************************/
/* Logging Statistics */
#define LE_LOG_STARTING 0 /* logging has been started */
#define LE_LOG_TERM 1 /* logging has been terminated */
#define LE_LOG_TEST 2 /* logging test */
#define LE_LOG_TEST_STR 3 /* logging test w/string */
#define LE_LOG_TEST_INFO 4 /* logging test w/info */
#define LE_LOG_DROPPED 5 /* messages were dropped */
#define LE_LOG_TEST_DATA 6 /* logging test w/data */
/* Disasters */
#define LE_LOG_DISASTER_TEST 1000 /* logging disaster test */
/* Errors */
#define LE_LOG_ERROR_TEST 2000 /* logging error test */
/* Warnings */
#define LE_LOG_WARNING_TEST 3000 /* logging warning test */
#define LE_LOG_DROPPED_MSG 3001 /* dropped msg warning */
/* Resource Limitations */
#define LE_LOG_RESOURCELIM_TEST 4000 /* logging r. limit test */
/* Protocol Logs */
#define LE_LOG_PROLOG_TEST 5000 /* logging proto. log test */
/***********************************
* Subsystem: RFAR *
***********************************/
/* Errors */
#define LE_RFAR_COPY_FAIL 2000 /* user-kernel copy fail */
#define LE_RFAR_IPC_CREATE 2001 /* ipc create socket fail */
#define LE_RFAR_IPC_SHUTDOWN 2002 /* ipc shutdown fail */
#define LE_RFAR_IPC_MUX_CONN 2003 /* ipc mux connect fail */
#define LE_RFAR_IPC_CONTROL 2004 /* ipc control fail */
#define LE_RFAR_IPC_DEST 2005 /* ipc dest socket fail */
#define LE_RFAR_IPC_SEND 2006 /* ipc send fail */
#define LE_RFAR_IPC_MUX_RECV 2007 /* ipc receive fail */
#define LE_RFAR_CONN_FAIL 2008 /* ipc connect fail */
/* Warnings */
#define LE_RFAR_INODE 3000 /* no memory for inode */
#define LE_RFAR_PROCMEM 3001 /* no memory for process */
/* Resource Limitations */
#define LE_RFAR_NOMEM_RFP 4000 /* no memory for inode */
#define LE_RFAR_NOMEM_NETP 4001 /* no memory for netunam */
#define LE_RFAR_NOMEM_PMP 4002 /* no memory for process */
#define LE_RFAR_NETUNAMS_PER_PROC 4003 /* no more netunams */
/* Protocol Logs */
/******************************************
* Subsystem: IPC (NS & 4.2BSD) *
******************************************/
/* Warnings */
#define LE_IPC_SEND_NOMEM_VC 3000 /* no memory for send on vc */
/* Resource Limitations */
#define LE_NO_NAME_MEM 4000 /* No mem for a name record*/
#define LE_CALL_SOCK_Q_LIM 4001 /* call socket queue limit */
/* Protocol Logs */
#define LE_SOCK_ABORT 5000 /* sock aborted by protocol.*/
/********************************
* Subsystem: TCP *
********************************/
/* Warnings */
#define LE_TCP_TERM 3000 /* TCP terminated */
#define LE_TCP_INPUT_PKT_DROPPED 3001
#define LE_TCP_CKSUM_ERR 3002
#define LE_TCP_TOS_ERR 3003
#define LE_TCP_SEC_ERR 3004
#define LE_TCP_SHORT 3005
#define LE_TCP_MM_MSG_2MANY 3006
#define LE_TCP_MM_MSG_2BIG 3007
#define LE_TCP_MORE_DATA_DEFER 3008
#define LE_TCP_PKT_DROP_STATE 3009
#define LE_TCP_PKT_DROP_SOCK 3010
#define LE_TCP_CONN_DROP_RXMT 3011
#define LE_TCP_CONN_DROP_KEEP_ALIVE 3012
#define LE_TCP_CONN_DROP_UNREACH 3013
#define LE_TCP_REASS_PKT_DROPPED 3014
/* New warning entries for 7_0 */
#define LE_TCP_DROP 3015
#define LE_TCP_DROP_WITH_RST 3016
/* Resource Limitations */
#define LE_TCP_NO_MEM 4000
/* Protocol Logs */
#define LE_TCP_DRAIN 5000
#define LE_TCP_INPUT 5001
#define LE_TCP_SPORT_DPORT 5002
#define LE_TCP_ACK 5003
#define LE_TCP_NEW_WINDOW 5004
#define LE_TCP_INPUT_EXIT 5005
#define LE_TCP_OPT_PROC 5006
#define LE_TCP_REASS 5007
#define LE_TCP_PRESENT 5008
#define LE_TCP_MMUPDT 5009
#define LE_TCP_USRREQ_ENTRY 5010
#define LE_TCP_USRREQ_EXIT 5011
#define LE_TCP_OUTPUT 5012
#define LE_TCP_OUTPUT_NIL 5013
#define LE_TCP_RESPOND 5014
#define LE_TCP_REXMT 5015
/* New protocol log entries for 7_0 */
#define LE_TCP_DATA_IN 5016
#define LE_TCP_DATA_OUT 5017
#define LE_TCP_USRREQ 5018
/* 8.0 TCP protocol logs */
#define LE_TCP_CHANGE_STATE 5019
#define LE_TCP_RESET_SENT 5020
/********************************
* Subsystem: PXP *
********************************/
/* Errors */
#define LE_PXP_INVALID_USER_OPTIONS 2000 /* user made invalid choice.*/
/* Warnings */
#define LE_PXP_SEQNUM_NO_MATCH 3000 /* can not find sequence no.*/
/* Resource Limitations */
#define LE_PXP_RESOURCE_LIMITATION 4000 /* max queue size or no mem */
/* Protocol Logs */
#define LE_PXP_BAD_HEADER 5001 /* pkt w/bad pxp header */
#define LE_PXP_DUPLICATE_REQUEST 5002 /* dup request arrived.*/
#define LE_PXP_CTLINPUT 5003 /* ip: link will be closed.*/
#define LE_PXP_FUNC_NOT_SUPPORTED 5004 /* func not supported by pxp*/
#define LE_PXP_RETRY_EXCEEDED 5005 /* retry timed out. */
/********************************
* Subsystem: UDP *
********************************/
/* Warnings */
#define LE_UDP_BADLEN 3000
/* Protocol Logs */
#define LE_UDP_CKSUM_ERR 5000 /* checksum err in UDP pkt */
#define LE_UDP_CTLINPUT 5003 /* ip: link will be closed. */
/********************************
* Subsystem: IP *
********************************/
/* Warnings */
#define LE_IP_TERM 3000 /* IP terminated */
#define LE_IP_SHORT 3001
#define LE_IP_ICMP_SHORT 3002
#define LE_IP_PKT_DROPPED 3003
#define LE_IP_CKSUM_ERR 3004
#define LE_IP_ICMP_CKSUM_ERR 3005
#define LE_IP_PKT_LOST 3006
#define LE_ICMP_PKT_DROPPED 3007
#define LE_ICMP_BAD_CODE 3008
#define LE_ICMP_TOO_BIG_IGNORED 3009
#define LE_IP_VERSION_ERR 3010
#define LE_IP_BAD_SOURCE 3011
/* Resource Limitations */
#define LE_IP_ICMP_NO_MEM 4000 /* m_get for header failed */
#define LE_IP_NO_MEM 4001

Yeah, I know

nexusgroove · April 21

:eek:

Candy · April 21

funketeer · April 21

Originally posted by nexusgroove

nexus! get your shit together!

nexusgroove · April 21

Originally posted by Candy

bitch been in my closet again.

how many times am I going to have to telll you leave my entertainment shit alone.

:rolleyes:

Candy · April 21

funketeer · April 21

now that's some scary shit!

nexusgroove · April 21

break ur self bitch.

Candy · April 21

Candy · April 21

Originally posted by funketeer
now that's some scary shit!

funketeer · April 21

Which reminds me of...

and...

and finally, this face... :eek: :laugh: :laugh: :laugh:

:boohoo: :balls:

Candy · April 21

Originally posted by funketeer

:D :D

Candy · April 21

digitalphoenix · April 21

Candy · April 21

digitalphoenix · April 21

blendprod · April 21

funketeer · April 21

Meheque Mao

:tongue:

digitalphoenix · April 21

Sweetness couldnt come in an easier way...

digitalphoenix · April 21

Looove the vibe on her!

Candy · April 22

Originally posted by digitalphoenix

Go Flipper gooooooooo!

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