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/** \ingroup rpmio
* \file rpmio/rpmlog.c
*/
#include "system.h"
#include <stdarg.h>
#include <stdlib.h>
#include <rpm/rpmlog.h>
#include "debug.h"
static int nrecs = 0;
static rpmlogRec recs = NULL;
struct rpmlogRec_s {
int code; /* unused */
rpmlogLvl pri; /* priority */
char * message; /* log message string */
};
int rpmlogGetNrecs(void)
{
return nrecs;
}
int rpmlogCode(void)
{
if (recs != NULL && nrecs > 0)
return recs[nrecs-1].code;
return -1;
}
const char * rpmlogMessage(void)
{
if (recs != NULL && nrecs > 0)
return recs[nrecs-1].message;
return _("(no error)");
}
const char * rpmlogRecMessage(rpmlogRec rec)
{
assert(rec != NULL);
return (rec->message);
}
rpmlogLvl rpmlogRecPriority(rpmlogRec rec)
{
assert(rec != NULL);
return (rec->pri);
}
void rpmlogPrint(FILE *f)
{
int i;
if (f == NULL)
f = stderr;
if (recs)
for (i = 0; i < nrecs; i++) {
rpmlogRec rec = recs + i;
if (rec->message && *rec->message)
fprintf(f, " %s", rec->message);
}
}
void rpmlogClose (void)
{
int i;
if (recs)
for (i = 0; i < nrecs; i++) {
rpmlogRec rec = recs + i;
rec->message = _free(rec->message);
}
recs = _free(recs);
nrecs = 0;
}
void rpmlogOpen (const char *ident, int option,
int facility)
{
}
static unsigned rpmlogMask = RPMLOG_UPTO( RPMLOG_NOTICE );
#ifdef NOTYET
static unsigned rpmlogFacility = RPMLOG_USER;
#endif
int rpmlogSetMask (int mask)
{
int omask = rpmlogMask;
if (mask)
rpmlogMask = mask;
return omask;
}
static rpmlogCallback _rpmlogCallback = NULL;
static rpmlogCallbackData _rpmlogCallbackData = NULL;
rpmlogCallback rpmlogSetCallback(rpmlogCallback cb, rpmlogCallbackData data)
{
rpmlogCallback ocb = _rpmlogCallback;
_rpmlogCallback = cb;
_rpmlogCallbackData = data;
return ocb;
}
static FILE * _stdlog = NULL;
static int rpmlogDefault(rpmlogRec rec)
{
FILE *msgout = (_stdlog ? _stdlog : stderr);
switch (rec->pri) {
case RPMLOG_INFO:
case RPMLOG_NOTICE:
msgout = (_stdlog ? _stdlog : stdout);
break;
case RPMLOG_EMERG:
case RPMLOG_ALERT:
case RPMLOG_CRIT:
case RPMLOG_ERR:
case RPMLOG_WARNING:
case RPMLOG_DEBUG:
default:
break;
}
(void) fputs(rpmlogLevelPrefix(rec->pri), msgout);
(void) fputs(rec->message, msgout);
(void) fflush(msgout);
return (rec->pri <= RPMLOG_CRIT ? RPMLOG_EXIT : 0);
}
FILE * rpmlogSetFile(FILE * fp)
{
FILE * ofp = _stdlog;
_stdlog = fp;
return ofp;
}
static const char * const rpmlogMsgPrefix[] = {
N_("fatal error: "),/*!< RPMLOG_EMERG */
N_("fatal error: "),/*!< RPMLOG_ALERT */
N_("fatal error: "),/*!< RPMLOG_CRIT */
N_("error: "), /*!< RPMLOG_ERR */
N_("warning: "), /*!< RPMLOG_WARNING */
"", /*!< RPMLOG_NOTICE */
"", /*!< RPMLOG_INFO */
"D: ", /*!< RPMLOG_DEBUG */
};
const char * rpmlogLevelPrefix(rpmlogLvl pri)
{
const char * prefix = "";
if (rpmlogMsgPrefix[pri] && *rpmlogMsgPrefix[pri])
prefix = _(rpmlogMsgPrefix[pri]);
return prefix;
}
/* FIX: rpmlogMsgPrefix[] dependent, not unqualified */
/* FIX: rpmlogMsgPrefix[] may be NULL */
static void dolog (struct rpmlogRec_s *rec)
{
int cbrc = RPMLOG_DEFAULT;
int needexit = 0;
/* Save copy of all messages at warning (or below == "more important"). */
if (rec->pri <= RPMLOG_WARNING) {
recs = xrealloc(recs, (nrecs+2) * sizeof(*recs));
recs[nrecs].code = rec->code;
recs[nrecs].pri = rec->pri;
recs[nrecs].message = xstrdup(rec->message);
recs[nrecs+1].code = 0;
recs[nrecs+1].message = NULL;
++nrecs;
}
if (_rpmlogCallback) {
cbrc = _rpmlogCallback(rec, _rpmlogCallbackData);
needexit += cbrc & RPMLOG_EXIT;
}
if (cbrc & RPMLOG_DEFAULT) {
cbrc = rpmlogDefault(rec);
needexit += cbrc & RPMLOG_EXIT;
}
if (needexit)
exit(EXIT_FAILURE);
}
void rpmlog (int code, const char *fmt, ...)
{
unsigned pri = RPMLOG_PRI(code);
unsigned mask = RPMLOG_MASK(pri);
va_list ap;
int n;
if ((mask & rpmlogMask) == 0)
return;
va_start(ap, fmt);
n = vsnprintf(NULL, 0, fmt, ap);
va_end(ap);
if (n >= -1) {
struct rpmlogRec_s rec;
size_t nb = n + 1;
char *msg = xmalloc(nb);
va_start(ap, fmt);
n = vsnprintf(msg, nb, fmt, ap);
va_end(ap);
rec.code = code;
rec.pri = pri;
rec.message = msg;
dolog(&rec);
free(msg);
}
}
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