/*
 * Copyright 2000, International Business Machines Corporation and others.
 * All Rights Reserved.
 *
 * This software has been released under the terms of the IBM Public
 * License.  For details, see the LICENSE file in the top-level source
 * directory or online at http://www.openafs.org/dl/license10.html
 */

#include <afsconfig.h>
#include <afs/param.h>

#include <roken.h>

#ifdef AFS_AIX32_ENV
#include <sys/audit.h>
#else
#define AUDIT_OK 0
#define AUDIT_FAIL 1
#define AUDIT_FAIL_AUTH 2
#define AUDIT_FAIL_ACCESS 3
#define AUDIT_FAIL_PRIV 4
#endif /* AFS_AIX32_ENV */

#include <afs/opr.h>
#include "afs/afsint.h"
#include "afs/butc.h"
#include <rx/rx.h>
#include <rx/rxkad.h>
#include "audit.h"
#include "audit-api.h"
#include "lock.h"

#include <afs/afsutil.h>

extern struct osi_audit_ops audit_file_ops;
#ifdef HAVE_SYS_IPC_H
extern struct osi_audit_ops audit_sysvmq_ops;
#endif

static struct {
    void *rock;
    int (*islocal)(void *rock, char *name, char *inst, char *cell);
} audit_user_check = { NULL, NULL };

static struct {
    const char *name;
    const struct osi_audit_ops *ops;
} audit_interfaces[] = {

    { "file", &audit_file_ops },
#ifdef HAVE_SYS_IPC_H
    { "sysvmq", &audit_sysvmq_ops },
#endif
};

#define N_INTERFACES (sizeof(audit_interfaces) / sizeof(audit_interfaces[0]))

/* default to `file' audit interface */
static const struct osi_audit_ops *audit_ops = &audit_file_ops;

static int osi_audit_all = (-1);	/* Not determined yet */
static int osi_echo_trail = (-1);

static int auditout_open = 0;

static int osi_audit_check(void);

#ifdef AFS_AIX32_ENV
static char *bufferPtr;
static int bufferLen;

static void
audmakebuf(char *audEvent, va_list vaList)
{
    int code;
    int vaEntry;
    int vaInt;
    afs_int32 vaLong;
    char *vaStr;
    struct AFSFid *vaFid;

    vaEntry = va_arg(vaList, int);
    while (vaEntry != AUD_END) {
	switch (vaEntry) {
	case AUD_STR:		/* String */
        case AUD_NAME:          /* Name */
        case AUD_ACL:           /* ACL */
	    vaStr = (char *)va_arg(vaList, char *);
	    if (vaStr) {
		strcpy(bufferPtr, vaStr);
		bufferPtr += strlen(vaStr) + 1;
	    } else {
		strcpy(bufferPtr, "");
		bufferPtr++;
	    }
	    break;
	case AUD_INT:		/* Integer */
        case AUD_ID:            /* ViceId */
	    vaInt = va_arg(vaList, int);
	    *(int *)bufferPtr = vaInt;
	    bufferPtr += sizeof(vaInt);
	    break;
	case AUD_DATE:		/* Date    */
	case AUD_HOST:		/* Host ID */
	case AUD_LONG:		/* long    */
	    vaLong = va_arg(vaList, afs_int32);
	    *(afs_int32 *) bufferPtr = vaLong;
	    bufferPtr += sizeof(vaLong);
	    break;
	case AUD_FID:		/* AFSFid - contains 3 entries */
	    vaFid = (struct AFSFid *)va_arg(vaList, struct AFSFid *);
	    if (vaFid) {
		memcpy(bufferPtr, vaFid, sizeof(struct AFSFid));
	    } else {
		memset(bufferPtr, 0, sizeof(struct AFSFid));
	    }
	    bufferPtr += sizeof(struct AFSFid);
	    break;

	    /* Whole array of fids-- don't know how to handle variable length audit
	     * data with AIX audit package, so for now we just store the first fid.
	     * Better one than none. */
	case AUD_FIDS:
	    {
		struct AFSCBFids *Fids;

		Fids = (struct AFSCBFids *)va_arg(vaList, struct AFSCBFids *);
		if (Fids && Fids->AFSCBFids_len) {
		    *((u_int *) bufferPtr) = Fids->AFSCBFids_len;
		    bufferPtr += sizeof(u_int);
		    memcpy(bufferPtr, Fids->AFSCBFids_val,
			   sizeof(struct AFSFid));
		} else {
		    *((u_int *) bufferPtr) = 0;
		    bufferPtr += sizeof(u_int);
		    memset(bufferPtr, 0, sizeof(struct AFSFid));
		}
		bufferPtr += sizeof(struct AFSFid);
		break;
	    }
	/* butc tape label */
	case AUD_TLBL:
	    {
		struct tc_tapeLabel *label;

		label = (struct tc_tapeLabel *)va_arg(vaList,
						      struct tc_tapeLabel *);
		if (label)
		    memcpy(bufferPtr, label, sizeof(*label));
		else
		    memset(bufferPtr, 0, sizeof(*label));
		bufferPtr += sizeof(label);
		break;
	    }
	/* butc dump interface */
	case AUD_TDI:
	    {
		struct tc_dumpInterface *di;

		di = (struct tc_dumpInterface *)
			va_arg(vaList, struct tc_dumpInterface *);
		if (di)
		    memcpy(bufferPtr, di, sizeof(*di));
		else
		    memset(bufferPtr, 0, sizeof(*di));
		bufferPtr += sizeof(*di);
		break;
	    }
	/*
	 * butc dump array
	 * An array of dump descriptions, but the AIX audit package assumes fixed
	 * length, so we can only do the first one for now.
	 */
	case AUD_TDA:
	    {
		struct tc_dumpArray *da;

		da = (struct tc_dumpArray *)
			va_arg(vaList, struct tc_dumpArray *);
		if (da && da->tc_dumpArray_len) {
		    memcpy(bufferPtr, &da->tc_dumpArray_len, sizeof(u_int));
		    bufferPtr += sizeof(u_int);
		    memcpy(bufferPtr, da->tc_dumpArray_val,
			   sizeof(da->tc_dumpArray_val[0]));
		} else {
		    memset(bufferPtr, 0, sizeof(u_int));
		    bufferPtr += sizeof(u_int);
		    memset(bufferPtr, 0, sizeof(da->tc_dumpArray_val[0]));
		}
		bufferPtr += sizeof(da->tc_dumpArray_val[0]);
		break;
	    }
	/*
	 * butc restore array
	 * An array of restore descriptions, but the AIX audit package assumes
	 * fixed length, so we can only do the first one for now.
	 */
	case AUD_TRA:
	    {
		struct tc_restoreArray *ra;

		ra = (struct tc_restoreArray *)
			va_arg(vaList, struct tc_restoreArray *);
		if (ra && ra->tc_restoreArray_len) {
		    memcpy(bufferPtr, &ra->tc_restoreArray_len, sizeof(u_int));
		    bufferPtr += sizeof(u_int);
		    memcpy(bufferPtr, ra->tc_restoreArray_val,
			   sizeof(ra->tc_restoreArray_val[0]));
		} else {
		    memset(bufferPtr, 0, sizeof(u_int));
		    bufferPtr += sizeof(u_int);
		    memset(bufferPtr, 0, sizeof(ra->tc_restoreArray_val[0]));
		}
		bufferPtr += sizeof(ra->tc_restoreArray_val[0]);
		break;
	    }
	/* butc tape controller status */
	    {
		struct tciStatusS *status;

		status = (struct tciStatusS *)va_arg(vaList,
						     struct tciStatusS *);
		if (status)
		    memcpy(bufferPtr, status, sizeof(*status));
		else
		    memset(bufferPtr, 0, sizeof(*status));
		bufferPtr += sizeof(*status);
		break;
	    }
	default:
#ifdef AFS_AIX32_ENV
	    code =
		auditlog("AFS_Aud_EINVAL", (-1), audEvent,
			 (strlen(audEvent) + 1));
#endif
	    return;
	    break;
	}			/* end switch */

	vaEntry = va_arg(vaList, int);
    }				/* end while */
}
#endif

static void
printbuf(int rec, char *audEvent, char *afsName, afs_int32 hostId,
	 afs_int32 errCode, va_list vaList)
{
    int vaEntry;
    int vaInt;
    afs_int32 vaLong;
    char *vaStr;
    struct AFSFid *vaFid;
    struct AFSCBFids *vaFids;
    struct tc_tapeLabel *vaLabel;
    struct tc_dumpInterface *vaDI;
    struct tc_dumpArray *vaDA;
    struct tc_restoreArray *vaRA;
    struct tciStatusS *vaTCstatus;
    int num = LogThreadNum();
    struct in_addr hostAddr;
    time_t currenttime;
    char tbuffer[26];
    struct tm tm;

    /* Don't print the timestamp or thread id if we recursed */
    if (rec == 0) {
	currenttime = time(0);
	if (strftime(tbuffer, sizeof(tbuffer), "%a %b %d %H:%M:%S %Y ",
		     localtime_r(&currenttime, &tm)) !=0)
	    audit_ops->append_msg(tbuffer);

	if (num > -1)
	    audit_ops->append_msg("[%d] ", num);
    }

    audit_ops->append_msg("EVENT %s CODE %d ", audEvent, errCode);

    if (afsName) {
	hostAddr.s_addr = hostId;
	audit_ops->append_msg("NAME %s HOST %s ", afsName, inet_ntoa(hostAddr));
    }

    vaEntry = va_arg(vaList, int);
    while (vaEntry != AUD_END) {
	switch (vaEntry) {
	case AUD_STR:		/* String */
	    vaStr = (char *)va_arg(vaList, char *);
	    if (vaStr)
		audit_ops->append_msg("STR %s ", vaStr);
	    else
		audit_ops->append_msg("STR <null>");
	    break;
	case AUD_NAME:		/* Name */
	    vaStr = (char *)va_arg(vaList, char *);
	    if (vaStr)
		audit_ops->append_msg("NAME %s ", vaStr);
	    else
		audit_ops->append_msg("NAME <null>");
	    break;
	case AUD_ACL:		/* ACL */
	    vaStr = (char *)va_arg(vaList, char *);
	    if (vaStr)
		audit_ops->append_msg("ACL %s ", vaStr);
	    else
		audit_ops->append_msg("ACL <null>");
	    break;
	case AUD_INT:		/* Integer */
	    vaInt = va_arg(vaList, int);
	    audit_ops->append_msg("INT %d ", vaInt);
	    break;
	case AUD_ID:		/* ViceId */
	    vaInt = va_arg(vaList, int);
	    audit_ops->append_msg("ID %d ", vaInt);
	    break;
	case AUD_DATE:		/* Date    */
	    vaLong = va_arg(vaList, afs_int32);
	    audit_ops->append_msg("DATE %u ", vaLong);
	    break;
	case AUD_HOST:		/* Host ID */
	    vaLong = va_arg(vaList, afs_int32);
            hostAddr.s_addr = vaLong;
	    audit_ops->append_msg("HOST %s ", inet_ntoa(hostAddr));
	    break;
	case AUD_LONG:		/* afs_int32    */
	    vaLong = va_arg(vaList, afs_int32);
	    audit_ops->append_msg("LONG %d ", vaLong);
	    break;
	case AUD_FID:		/* AFSFid - contains 3 entries */
	    vaFid = va_arg(vaList, struct AFSFid *);
	    if (vaFid)
		audit_ops->append_msg("FID %u:%u:%u ", vaFid->Volume, vaFid->Vnode,
		       vaFid->Unique);
	    else
		audit_ops->append_msg("FID %u:%u:%u ", 0, 0, 0);
	    break;
	case AUD_FIDS:		/* array of Fids */
	    vaFids = va_arg(vaList, struct AFSCBFids *);

	    if (vaFids) {
                unsigned int i;

                vaFid = vaFids->AFSCBFids_val;

                if (vaFid) {
                    audit_ops->append_msg("FIDS %u ", vaFids->AFSCBFids_len);
                    for ( i = 1; i <= vaFids->AFSCBFids_len; i++, vaFid++ )
                        audit_ops->append_msg("FID %u:%u:%u ", vaFid->Volume,
                                vaFid->Vnode, vaFid->Unique);
                } else
                    audit_ops->append_msg("FIDS 0 FID 0:0:0 ");

            }
	    break;
	case AUD_TLBL:		/* butc tape label */
	    vaLabel = va_arg(vaList, struct tc_tapeLabel *);

	    if (vaLabel) {
		audit_ops->append_msg("TAPELABEL %d:%.*s:%.*s:%u ",
				      vaLabel->size,
				      TC_MAXTAPELEN, vaLabel->afsname,
				      TC_MAXTAPELEN, vaLabel->pname,
				      vaLabel->tapeId);
	    } else {
		audit_ops->append_msg("TAPELABEL <null>");
	    }
	    break;
	case AUD_TDI:
	    vaDI = va_arg(vaList, struct tc_dumpInterface *);

	    if (vaDI) {
		audit_ops->append_msg(
    "TCDUMPINTERFACE %.*s:%.*s:%.*s:%d:%d:%d:%d:%.*s:%.*s:%d:%d:%d:%d:%d ",
    TC_MAXDUMPPATH, vaDI->dumpPath, TC_MAXNAMELEN, vaDI->volumeSetName,
    TC_MAXNAMELEN, vaDI->dumpName, vaDI->parentDumpId, vaDI->dumpLevel,
    vaDI->doAppend,
    vaDI->tapeSet.id, TC_MAXHOSTLEN, vaDI->tapeSet.tapeServer,
    TC_MAXFORMATLEN, vaDI->tapeSet.format, vaDI->tapeSet.maxTapes,
    vaDI->tapeSet.a, vaDI->tapeSet.b, vaDI->tapeSet.expDate,
    vaDI->tapeSet.expType);
	    } else {
		audit_ops->append_msg("TCDUMPINTERFACE <null>");
	    }
	    break;
	case AUD_TDA:
	    vaDA = va_arg(vaList, struct tc_dumpArray *);

	    if (vaDA) {
		u_int i;
		struct tc_dumpDesc *desc;
		struct in_addr hostAddr;

		desc = vaDA->tc_dumpArray_val;
		if (desc) {
		    audit_ops->append_msg("DUMPS %d ", vaDA->tc_dumpArray_len);
		    for (i = 0; i < vaDA->tc_dumpArray_len; i++, desc++) {
			hostAddr.s_addr = desc->hostAddr;
			audit_ops->append_msg("DUMP %d:%d:%.*s:%d:%d:%d:%s ",
			    desc->vid, desc->vtype, TC_MAXNAMELEN, desc->name,
			    desc->partition, desc->date, desc->cloneDate,
			    inet_ntoa(hostAddr));
		    }
		} else {
		    audit_ops->append_msg("DUMPS 0 DUMP 0:0::0:0:0:0.0.0.0");
		}
	    }
	    break;
	case AUD_TRA:
	    vaRA = va_arg(vaList, struct tc_restoreArray *);

	    if (vaRA) {
		u_int i;
		struct tc_restoreDesc *desc;
		struct in_addr hostAddr;

		desc = vaRA->tc_restoreArray_val;
		if (desc) {
		    audit_ops->append_msg("RESTORES %d ",
					  vaRA->tc_restoreArray_len);
		    for(i = 0; i < vaRA->tc_restoreArray_len; i++, desc++) {
			hostAddr.s_addr = desc->hostAddr;
			audit_ops->append_msg(
			    "RESTORE %d:%.*s:%d:%d:%d:%d:%d:%d:%d:%s:%.*s:%.*s ",
			    desc->flags, TC_MAXTAPELEN, desc->tapeName,
			    desc->dbDumpId, desc->initialDumpId,
			    desc->position, desc->origVid, desc->vid,
			    desc->partition, desc->dumpLevel,
			    inet_ntoa(hostAddr), TC_MAXNAMELEN,
			    desc->oldName, TC_MAXNAMELEN, desc->newName);
		    }
		} else {
		    audit_ops->append_msg(
			"RESTORES 0 RESTORE 0::0:0:0:0:0:0:0:0.0.0.0::: ");
		}
	    }
	    break;
	case AUD_TSTT:
	    vaTCstatus = va_arg(vaList, struct tciStatusS *);

	    if (vaTCstatus)
		audit_ops->append_msg("TCSTATUS %.*s:%d:%d:%d:%d:%.*s:%d:%d ",
				      TC_MAXNAMELEN, vaTCstatus->taskName,
				      vaTCstatus->taskId, vaTCstatus->flags,
				      vaTCstatus->dbDumpId, vaTCstatus->nKBytes,
				      TC_MAXNAMELEN, vaTCstatus->volumeName,
				      vaTCstatus->volsFailed,
				      vaTCstatus->lastPolled);
	    else
		audit_ops->append_msg("TCSTATUS <null>");
	    break;
	default:
	    audit_ops->append_msg("--badval-- ");
	    break;
	}			/* end switch */
	vaEntry = va_arg(vaList, int);
    }				/* end while */

    audit_ops->send_msg();
}

#ifdef AFS_PTHREAD_ENV
static pthread_mutex_t audit_lock;
static volatile afs_int32   audit_lock_initialized = 0;
static pthread_once_t audit_lock_once = PTHREAD_ONCE_INIT;

static void
osi_audit_init_lock(void)
{
    MUTEX_INIT(&audit_lock, "audit", MUTEX_DEFAULT, 0);
    audit_lock_initialized = 1;
}
#endif

void
osi_audit_init(void)
{
#ifdef AFS_PTHREAD_ENV
    if (!audit_lock_initialized) {
	pthread_once(&audit_lock_once, osi_audit_init_lock);
    }
#endif /* AFS_PTHREAD_ENV */
}

/* ************************************************************************** */
/* The routine that acually does the audit call.
 * ************************************************************************** */
static int
osi_audit_internal(char *audEvent,	/* Event name (15 chars or less) */
		   afs_int32 errCode,	/* The error code */
		   char *afsName,
		   afs_int32 hostId,
		   va_list vaList)
{
#ifdef AFS_AIX32_ENV
    afs_int32 code;
    afs_int32 err;
    static char BUFFER[32768];
    int result;
#endif

#ifdef AFS_PTHREAD_ENV
    /* i'm pretty sure all the server apps now call osi_audit_init(),
     * but to be extra careful we'll leave this assert in here for a
     * while to make sure */
    opr_Assert(audit_lock_initialized);
#endif /* AFS_PTHREAD_ENV */

    if ((osi_audit_all < 0) || (osi_echo_trail < 0))
	osi_audit_check();
    if (!osi_audit_all && !auditout_open)
	return 0;

#ifdef AFS_AIX32_ENV
    switch (errCode) {
    case 0:
	result = AUDIT_OK;
	break;
    case KANOAUTH:		/* kautils.h   */
    case RXKADNOAUTH:		/* rxkad.h     */
	result = AUDIT_FAIL_AUTH;
	break;
    case EPERM:		/* errno.h     */
    case EACCES:		/* errno.h     */
    case PRPERM:		/* pterror.h   */
	result = AUDIT_FAIL_ACCESS;
	break;
    case VL_PERM:		/* vlserver.h  */
    case BUDB_NOTPERMITTED:	/* budb_errs.h */
    case BZACCESS:		/* bnode.h     */
    case VOLSERBAD_ACCESS:	/* volser.h    */
	result = AUDIT_FAIL_PRIV;
	break;
    default:
	result = AUDIT_FAIL;
	break;
    }
#endif

    MUTEX_ENTER(&audit_lock);
#ifdef AFS_AIX32_ENV
    bufferPtr = BUFFER;

    /* Put the error code into the buffer list */
    *(int *)bufferPtr = errCode;
    bufferPtr += sizeof(errCode);

    audmakebuf(audEvent, vaList);
#endif

#ifdef AFS_AIX32_ENV
    bufferLen = (int)((afs_int32) bufferPtr - (afs_int32) & BUFFER[0]);
    code = auditlog(audEvent, result, BUFFER, bufferLen);
#else
    if (auditout_open) {
	printbuf(0, audEvent, afsName, hostId, errCode, vaList);
    }
#endif
    MUTEX_EXIT(&audit_lock);

    return 0;
}
int
osi_audit(char *audEvent,	/* Event name (15 chars or less) */
	  afs_int32 errCode,	/* The error code */
	  ...)
{
    va_list vaList;

    if ((osi_audit_all < 0) || (osi_echo_trail < 0))
	osi_audit_check();
    if (!osi_audit_all && !auditout_open)
	return 0;

    va_start(vaList, errCode);
    osi_audit_internal(audEvent, errCode, NULL, 0, vaList);
    va_end(vaList);

    return 0;
}

/* ************************************************************************** */
/* Given a RPC call structure, this routine extracts the name and host id from the
 * call and includes it within the audit information.
 * ************************************************************************** */
int
osi_auditU(struct rx_call *call, char *audEvent, int errCode, ...)
{
    struct rx_connection *conn;
    struct rx_peer *peer;
    afs_int32 secClass;
    afs_int32 code;
    char afsName[MAXKTCNAMELEN + MAXKTCNAMELEN + MAXKTCREALMLEN + 3];
    afs_int32 hostId;
    va_list vaList;

    if (osi_audit_all < 0)
	osi_audit_check();
    if (!osi_audit_all && !auditout_open)
	return 0;

    strcpy(afsName, "--Unknown--");
    hostId = 0;

    if (call) {
	conn = rx_ConnectionOf(call);	/* call -> conn) */
	if (conn) {
            secClass = rx_SecurityClassOf(conn);	/* conn -> securityIndex */
	    if (secClass == RX_SECIDX_NULL) {	/* unauthenticated */
		osi_audit("AFS_Aud_Unauth", (-1), AUD_STR, audEvent, AUD_END);
		strcpy(afsName, "--UnAuth--");
	    } else if (secClass == RX_SECIDX_KAD || secClass == RX_SECIDX_KAE) {
		/* authenticated with rxkad */
                char tcell[MAXKTCREALMLEN];
                char name[MAXKTCNAMELEN];
                char inst[MAXKTCNAMELEN];

                code =
		    rxkad_GetServerInfo(conn, NULL, NULL, name, inst, tcell,
					NULL);
		if (code) {
		    osi_audit("AFS_Aud_NoAFSId", (-1), AUD_STR, audEvent, AUD_END);
		    strcpy(afsName, "--NoName--");
		} else {
		    afs_int32 islocal = 0;
		    if (audit_user_check.islocal) {
			islocal =
			    audit_user_check.islocal(audit_user_check.rock,
						     name, inst, tcell);
		    }
		    strlcpy(afsName, name, sizeof(afsName));
		    if (inst[0]) {
			strlcat(afsName, ".", sizeof(afsName));
			strlcat(afsName, inst, sizeof(afsName));
		    }
		    if (tcell[0] && !islocal) {
			strlcat(afsName, "@", sizeof(afsName));
			strlcat(afsName, tcell, sizeof(afsName));
		    }
		}
	    } else {		/* Unauthenticated and/or unknown */
		osi_audit("AFS_Aud_UnknSec", (-1), AUD_STR, audEvent, AUD_END);
                strcpy(afsName, "--Unknown--");
	    }
	    peer = rx_PeerOf(conn);	/* conn -> peer */
	    if (peer)
		hostId = rx_HostOf(peer);	/* peer -> host */
	    else
		osi_audit("AFS_Aud_NoHost", (-1), AUD_STR, audEvent, AUD_END);
	} else {		/* null conn */
	    osi_audit("AFS_Aud_NoConn", (-1), AUD_STR, audEvent, AUD_END);
	}
    } else {			/* null call */
	osi_audit("AFS_Aud_NoCall", (-1), AUD_STR, audEvent, AUD_END);
    }
    va_start(vaList, errCode);
    osi_audit_internal(audEvent, errCode, afsName, hostId, vaList);
    va_end(vaList);
    return 0;
}

/* ************************************************************************** */
/* Determines whether auditing is on or off by looking at the Audit file.
 * If the string AFS_AUDIT_AllEvents is defined in the file, then auditing will be
 * enabled.
 * ************************************************************************** */

int
osi_audit_check(void)
{
    FILE *fds;
    int onoff;
    char event[257];

    osi_audit_all = 1;		/* say we made check (>= 0) */
    /* and assume audit all events (for now) */
    onoff = 0;			/* assume we will turn auditing off */
    osi_echo_trail = 0;		/* assume no echoing   */

    fds = fopen(AFSDIR_SERVER_AUDIT_FILEPATH, "r");
    if (fds) {
	while (fscanf(fds, "%256s", event) > 0) {
	    if (strcmp(event, "AFS_AUDIT_AllEvents") == 0)
		onoff = 1;

	    if (strcmp(event, "Echo_Trail") == 0)
		osi_echo_trail = 1;
	}
	fclose(fds);
    }

    /* Audit this event all of the time */
    if (onoff)
	osi_audit("AFS_Aud_On", 0, AUD_END);
    else
	osi_audit("AFS_Aud_Off", 0, AUD_END);

    /* Now set whether we audit all events from here on out */
    osi_audit_all = onoff;

    return 0;
}

int
osi_audit_file(const char *fileName)
{
    if(!audit_ops->open_file(fileName)) {
        auditout_open = 1;
        return 0;
    }
    return 1;
}

int
osi_audit_interface(const char *interface)
{
    int i;
    for (i = 0; i < N_INTERFACES; ++i) {
	if (strcmp(interface, audit_interfaces[i].name) == 0) {
	    audit_ops = audit_interfaces[i].ops;
	    return 0;
	}
    }

    return 1;
}

void
osi_audit_set_user_check(void *rock,
			 int (*islocal) (void *rock, char *name, char *inst,
					 char *cell))
{
    audit_user_check.rock = rock;
    audit_user_check.islocal = islocal;
}

void
audit_PrintStats(FILE *out)
{
    audit_ops->print_interface_stats(out);
}
