void show_versioning(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pChar = uma_dbg_get_buffer();
*pChar = 0;
if (argv[1] == NULL) {
sprintf(pChar,"export versioning is %s\n",(common_config.export_versioning==1)?"enabled":"disabled");
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
if (strcmp(argv[1],"enable")==0) {
common_config.export_versioning = 1;
pChar += sprintf(pChar,"versioning is now enabled\n");
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
if (strcmp(argv[1],"disable")==0) {
common_config.export_versioning = 0;
pChar += sprintf(pChar,"versioning is now disable\n");
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
show_versioning_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
void display_detailed_counters (char * argv[], uint32_t tcpRef, void *bufRef) {
char * p = uma_dbg_get_buffer();
int i;
int start_read,stop_read;
int start_write,stop_write;
if (argv[1] != NULL) {
if (strcmp(argv[1],"reset")==0) {
reset_detailed_counters();
uma_dbg_send(tcpRef,bufRef,TRUE,"Reset Done");
return;
}
p = display_detailed_counters_help(p);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
start_read = start_write = 0;
stop_read = STORIO_DETAILED_READ_SLICE;
stop_write = STORIO_DETAILED_WRITE_SLICE;
p += sprintf(p, " READ WRITE\n");
for (i=0; i<=STORIO_DETAILED_COUNTER_MAX; i++) {
p += sprintf(p, "%4d..%4d : %-16"PRIu64" %4d..%4d : %-16"PRIu64"\n",
start_read,stop_read,storio_detailed_counters.read[i],
start_write,stop_write,storio_detailed_counters.write[i]);
start_read = stop_read;
stop_read += STORIO_DETAILED_READ_SLICE;
start_write = stop_write;
stop_write += STORIO_DETAILED_WRITE_SLICE;
}
uma_dbg_send(tcpRef,bufRef,TRUE,uma_dbg_get_buffer());
}
void show_dirent_cache(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pChar = uma_dbg_get_buffer();
pChar = dirent_cache_display(pChar);
pChar = dirent_disk_display_stats(pChar);
pChar = dirent_wbcache_display_stats(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
}
/**
* Storage,Volumes, EID statistics
@param argv : standard argv[] params of debug callback
@param tcpRef : reference of the TCP debug connection
@param bufRef : reference of an output buffer
@retval none
*/
void show_vfstat(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pbuf = uma_dbg_get_buffer();
int i, j;
for (i = 0; i < gprofiler.nb_volumes; i++) {
pbuf+=sprintf(pbuf, "Volume: %d Bsize: %d Blocks: %"PRIu64" Bfree: %"PRIu64" PercentFree: %d\n",
gprofiler.vstats[i].vid, gprofiler.vstats[i].bsize,gprofiler.vstats[i].blocks, gprofiler.vstats[i].bfree,
(int)((gprofiler.vstats[i].blocks==0)? 0:gprofiler.vstats[i].bfree*100/gprofiler.vstats[i].blocks));
pbuf+=sprintf(pbuf, "\n%-6s | %-6s | %-20s | %-20s |\n", "Sid", "Status", "Capacity(B)","Free(B)");
pbuf+=sprintf(pbuf, "-------+--------+----------------------+----------------------+\n");
for (j = 0; j < gprofiler.vstats[i].nb_storages; j++) {
pbuf+=sprintf(pbuf, "%6d | %-6s | %20"PRIu64" | %20"PRIu64" |\n", gprofiler.vstats[i].sstats[j].sid,
(gprofiler.vstats[i].sstats[j].status==1)?"UP":"DOWN", gprofiler.vstats[i].sstats[j].size,
gprofiler.vstats[i].sstats[j].free);
}
pbuf += sprintf(pbuf, "\n%-6s | %-6s | %-20s | %-20s | %-12s | %-12s |\n", "Eid", "Bsize", "Blocks", "Bfree", "Files", "Ffree");
pbuf += sprintf(pbuf, "-------+--------+----------------------+----------------------+--------------+--------------+\n");
for (j = 0; j < gprofiler.nb_exports; j++) {
if (gprofiler.estats[j].vid == gprofiler.vstats[i].vid)
pbuf += sprintf(pbuf, "%6d | %6d | %20"PRIu64" | %20"PRIu64" | %12"PRIu64" | %12"PRIu64" |\n", gprofiler.estats[j].eid,
gprofiler.estats[j].bsize, gprofiler.estats[j].blocks, gprofiler.estats[j].bfree,
gprofiler.estats[j].files, gprofiler.estats[j].ffree);
}
pbuf += sprintf(pbuf, "\n");
}
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
}
/**
* Storage,Volumes, EID statistics
@param argv : standard argv[] params of debug callback
@param tcpRef : reference of the TCP debug connection
@param bufRef : reference of an output buffer
@retval none
*/
void show_distrib(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pbuf = uma_dbg_get_buffer();
int vid;
volume_t * volume;
if (argv[1] == NULL) {
pbuf+=sprintf(pbuf, "Missing volume id\n");
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
if (sscanf(argv[1],"%d", &vid) != 1) {
pbuf+=sprintf(pbuf, "Bad vid format\n");
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
volume = volumes_lookup_volume(vid);
if (volume == NULL) {
pbuf+=sprintf(pbuf, "No such volume\n");
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
pbuf += volume_distrib_display(pbuf,volume);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
}
void af_inet_tcp_short_debug_show(uint32_t tcpRef, void *bufRef) {
char *buffer = uma_dbg_get_buffer();
char ipbuf[128];
MY_TCP_INFO_T * myp;
int siocinq_value;
int siocoutq_value;
struct tcp_info * p;
af_unix_ctx_generic_t *sock_p;
ruc_obj_desc_t *pnext;
buffer += sprintf(buffer, " State | Avail.| sock | rto | snd_mss | rcv_mss | rtt | Recv-Q | Send-Q | IP:port source | IP:port destination | SNDBUF | RCVBUF |\n");
buffer += sprintf(buffer, "-------------+-------+--------+---------+---------+---------+---------+---------+---------+------------------------+------------------------+---------+---------+\n");
pnext = (ruc_obj_desc_t*) NULL;
while ((sock_p = (af_unix_ctx_generic_t*) ruc_objGetNext((ruc_obj_desc_t*) & af_unix_context_activeListHead,
&pnext))
!= (af_unix_ctx_generic_t*) NULL) {
if (sock_p->af_family == AF_UNIX) continue;
myp = af_inet_tcp_get_tcp_info(sock_p->socketRef);
p = &myp->tcp_info;
if (p == NULL) continue;
buffer += sprintf(buffer, " %s |", af_inet_get_tcp_state(p->tcpi_state));
buffer += sprintf(buffer, " %5s |", (sock_p->cnx_availability_state == AF_UNIX_CNX_AVAILABLE) ? "YES" : "NO");
buffer += sprintf(buffer, " %6d |", sock_p->socketRef);
buffer += sprintf(buffer, " %7d |", p->tcpi_rto);
buffer += sprintf(buffer, " %7d |", p->tcpi_snd_mss);
buffer += sprintf(buffer, " %7d |", p->tcpi_rcv_mss);
buffer += sprintf(buffer, " %7d |", p->tcpi_rtt);
siocinq_value = 0;
siocoutq_value = 0;
if (sock_p->socketRef)
{
ioctl(sock_p->socketRef,SIOCINQ,&siocinq_value);
ioctl(sock_p->socketRef,SIOCOUTQ,&siocoutq_value);
}
buffer += sprintf(buffer, " %7d |", siocinq_value);
buffer += sprintf(buffer, " %7d |",siocoutq_value);
af_tcp_display_address(ipbuf,sock_p,1);
buffer += sprintf(buffer, " %22s |",ipbuf);
af_tcp_display_address(ipbuf,sock_p,0);
buffer += sprintf(buffer, " %22s |",ipbuf);
{
int sendsize = 0;
int rcvsize = 0;
int optionsize=sizeof(sendsize);
if (sock_p->socketRef > 0) {
getsockopt(sock_p->socketRef,SOL_SOCKET,SO_SNDBUF,(char*)&sendsize,(socklen_t*)&optionsize);
getsockopt(sock_p->socketRef,SOL_SOCKET,SO_RCVBUF,(char*)&rcvsize,(socklen_t*)&optionsize);
}
buffer += sprintf(buffer, " %7d |",sendsize);
buffer += sprintf(buffer, " %7d |",rcvsize);
buffer += sprintf(buffer, "\n");
}
}
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
}
void show_repair2(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pChar = uma_dbg_get_buffer();
if (argv[1] != NULL) {
if (strcasecmp(argv[1],"on")==0) {
storcli_storage_supports_repair2 = 1;
}
else if (strcasecmp(argv[1],"off")==0) {
storcli_storage_supports_repair2 = 0;
}
else {
pChar += sprintf(pChar,"repair2 [on|off]\n");
}
}
switch(storcli_storage_supports_repair2) {
case 0:
pChar += sprintf(pChar,"storages DO NOT support REPAIR2\n");
break;
case 1:
pChar += sprintf(pChar,"storages SHOULD support REPAIR2\n");
break;
default:
pChar += sprintf(pChar,"storages DO support REPAIR2\n");
}
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
}
/*
*_______________________________________________________________________
*
* show exportd configuration path
*/
void show_conf_path(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pChar = uma_dbg_get_buffer();
sprintf(pChar,"%s\n",export_get_config_file_path());
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
/*-----------------------------------------------------------------------------
**
** MAIN file mover
**
**----------------------------------------------------------------------------
*/
int main(int argc, char *argv[]) {
list_t jobs;
int i;
char name[128];
/*
** Get utility name and record it for syslog
*/
utility_name = basename(argv[0]);
uma_dbg_record_syslog_name(utility_name);
/*
** Set a signal handler
*/
rozofs_signals_declare(utility_name, 1);
rozofs_mover_init();
list_init(&jobs);
for (i=1;i<11; i++) {
rozofs_mover_job_t * job;
job = malloc(sizeof(rozofs_mover_job_t));
memset(job,0,sizeof(rozofs_mover_job_t));
job->cid = 2;
job->sid[0] = 8;
job->sid[1] = 7;
job->sid[2] = 3;
job->sid[3] = 4;
job->sid[4] = 5;
job->sid[5] = 6;
job->sid[6] = 1;
job->sid[7] = 2;
sprintf(name,"@rozofs_uuid@00000000-0000-4000-0000-000000000018/f%d",i);
job->name = strdup(name);
list_init(&job->list);
list_push_back(&jobs,&job->list);
}
rozofs_do_move_one_export("localhost",
"/home/jean-pierre/rozoClients/develop/tests/SIMU/export_1",
10 /* 10 MB/s */,
&jobs);
/*
** Display statistics
*/
rozofs_mover_print_stat(uma_dbg_get_buffer());
printf("%s",uma_dbg_get_buffer());
return 0;
}
/**
* Volumes statistics
@param argv : standard argv[] params of debug callback
@param tcpRef : reference of the TCP debug connection
@param bufRef : reference of an output buffer
@retval none
*/
void show_vfstat_vol(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pbuf = uma_dbg_get_buffer();
int i;
for (i = 0; i < gprofiler.nb_volumes; i++) {
pbuf+=sprintf(pbuf, "Volume: %d Bsize: %d Blocks: %"PRIu64" Bfree: %"PRIu64" PercentFree: %d\n",
gprofiler.vstats[i].vid, gprofiler.vstats[i].bsize,gprofiler.vstats[i].blocks, gprofiler.vstats[i].bfree,
(int)((gprofiler.vstats[i].blocks==0)? 0:gprofiler.vstats[i].bfree*100/gprofiler.vstats[i].blocks));
pbuf+=sprintf(pbuf, "\n");
}
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
}
void show_trash(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pChar = uma_dbg_get_buffer();
int limit;
int ret;
if (argv[1] == NULL) {
export_rm_bins_stats(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
if (strcmp(argv[1],"json")==0) {
export_rm_bins_stats_json(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
if (strcmp(argv[1],"rate")==0) {
if (argv[2] == NULL) {
export_limit_rm_files = RM_FILES_MAX;
sprintf(pChar," revert to default (%d) \n",RM_FILES_MAX);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
ret = sscanf(argv[2], "%d", &limit);
if (ret != 1) {
show_trash_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
export_limit_rm_files = limit;
uma_dbg_send(tcpRef, bufRef, TRUE, "Done\n");
return;
}
if (strcmp(argv[1],"limit")==0) {
if (argv[2] == NULL) {
show_trash_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
ret = sscanf(argv[2], "%d", &limit);
if (ret != 1) {
show_trash_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
export_rm_bins_threshold_high = limit;
uma_dbg_send(tcpRef, bufRef, TRUE, "Done\n");
return;
}
show_trash_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE,uma_dbg_get_buffer());
}
/*__________________________________________________________________________
Trace level debug function
==========================================================================
PARAMETERS:
-
RETURN: none
==========================================================================*/
void geo_proc_debug_show(uint32_t tcpRef, void *bufRef) {
char *pChar = uma_dbg_get_buffer();
pChar += sprintf(pChar, "number of transaction contexts (initial/allocated) : %u/%u\n", geo_proc_context_count, geo_proc_context_allocated);
pChar += sprintf(pChar, "context size (bytes) : %u\n", (unsigned int) sizeof (geo_proc_ctx_t));
;
pChar += sprintf(pChar, "Total memory size (bytes) : %u\n", (unsigned int) sizeof (geo_proc_ctx_t) * geo_proc_context_count);
;
pChar += sprintf(pChar, "Statistics\n");
pChar += sprintf(pChar, "TIMEOUT : %10llu\n", (unsigned long long int) geo_proc_stats[GEO_CTX_TIMEOUT]);
pChar += sprintf(pChar, "CTX_MISMATCH : %10llu\n", (unsigned long long int) geo_proc_stats[GEO_CTX_CTX_MISMATCH]);
pChar += sprintf(pChar, "NO_CTX_ERROR : %10llu\n", (unsigned long long int) geo_proc_stats[GEO_CTX_NO_CTX_ERROR]);
pChar += sprintf(pChar, "\n");
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
}
void af_unix_debug(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pChar = uma_dbg_get_buffer();
if (argv[1] == NULL) {
af_unix_debug_show_no_param(pChar);
}
else if (strcmp(argv[1],"first")==0) {
af_unix_debug_show_first(pChar);
}
else if (strcmp(argv[1],"next")==0) {
af_unix_debug_show_next(pChar);
}
else {
af_unix_debug_show_name(pChar, argv[1]);
}
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
}
/**
* EID statistics
@param argv : standard argv[] params of debug callback
@param tcpRef : reference of the TCP debug connection
@param bufRef : reference of an output buffer
@retval none
*/
void show_vfstat_eid(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pbuf = uma_dbg_get_buffer();
int j;
pbuf+=sprintf(pbuf, "\n%-6s | %-6s | %-6s | %-20s | %-20s | %-12s | %-12s |\n", "Eid","Vid", "Bsize","Blocks", "Bfree", "Files", "Ffree");
pbuf+=sprintf(pbuf, "-------+--------+--------+----------------------+----------------------+--------------+--------------+\n");
for (j = 0; j < gprofiler.nb_exports; j++) {
pbuf+=sprintf(pbuf, "%6d | %6d | %6d | %20"PRIu64" | %20"PRIu64" | %12"PRIu64" | %12"PRIu64" |\n", gprofiler.estats[j].eid,
gprofiler.estats[j].vid,
gprofiler.estats[j].bsize, gprofiler.estats[j].blocks, gprofiler.estats[j].bfree,
gprofiler.estats[j].files, gprofiler.estats[j].ffree);
}
pbuf+=sprintf(pbuf, "\n");
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
}
void show_geo_current_files(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pChar = uma_dbg_get_buffer();
geo_fid_entry_t *info_p;
int i;
if (geocli_ctx_p == NULL)
{
sprintf(pChar,"No synchronization context available\n");
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
info_p = (geo_fid_entry_t*)geocli_ctx_p->data_record;
pChar+=sprintf(pChar,"layout | fid | off start | off end | cid| file distribution (sids)\n");
pChar+=sprintf(pChar,"-------+--------------------------------------+-----------+-----------+----+--------------------------\n");
for (i = 0; i < geocli_ctx_p->nb_records;i++,info_p++)
{
pChar = geocli_display_one_file_info(pChar,info_p);
}
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
}
void dbg_set_tmr_default(char * argv[], uint32_t tcpRef, void *bufRef)
{
char *pChar=uma_dbg_get_buffer();
int timer_id;
if (argv[1] ==NULL)
{
pChar = dbg_set_tmr_default_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
if (strcmp("all",argv[1]) ==0)
{
rozofs_tmr_init_configuration();
uma_dbg_send(tcpRef, bufRef, TRUE, "Success\n");
return;
}
/* Check 1rst a string name */
timer_id = rozofs_tmr_get_idx_from_name(argv[1]);
/* Check for an index */
if (timer_id < 0) {
errno = 0;
timer_id = (int) strtol(argv[1], (char **) NULL, 10);
if (errno != 0) {
pChar = dbg_set_tmr_default_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
}
if (timer_id >= TMR_MAX_ENTRY)
{
pChar += sprintf(pChar,"invalid timer index (max %d)\n",(TMR_MAX_ENTRY-1));
pChar = dbg_set_tmr_default_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
rozofs_tmr_set_to_default(timer_id);
uma_dbg_send(tcpRef, bufRef, TRUE, "Success\n");
return;
}
void show_synchro_ctx(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pChar = uma_dbg_get_buffer();
if (geocli_ctx_p == NULL)
{
sprintf(pChar,"No synchronization context available\n");
goto out;
}
pChar+=sprintf(pChar,"%-25s = %u ms\n","Fast Polling",geocli_fast_polling_count*GEO_DEF_PERIO_MS);
pChar+=sprintf(pChar,"%-25s = %u ms\n","Slow Polling",geocli_slow_polling_count*GEO_DEF_PERIO_MS);
pChar+=sprintf(pChar,"%-25s = %u ms\n","Curr Polling",geocli_current_count*GEO_DEF_PERIO_MS);
pChar+=sprintf(pChar,"%-25s = %u ms\n","Curr delay",geocli_current_delay*GEO_DEF_PERIO_MS);
DISPLAY_UINT32_CONFIG(eid);
DISPLAY_UINT32_CONFIG(site_id);
DISPLAY_UINT32_CONFIG(first_record);
DISPLAY_UINT32_CONFIG(nb_records);
DISPLAY_UINT32_CONFIG(cur_record);
out:
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
}
void show_geo_profiler(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pChar = uma_dbg_get_buffer();
if (geocli_ctx_p == NULL)
{
sprintf(pChar,"No synchronization context available\n");
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
if (argv[1] == NULL) {
pChar +=sprintf(pChar,"syslog is %s for geo-replication errors\n",(geo_replica_log_enable==1)?"enabled":"disabled");
pChar = show_geo_profiler_display(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
if (strcmp(argv[1],"reset")==0) {
memset(&geocli_ctx_p->profiler,0,sizeof(geo_cli_profiler_t));
memset(&rzcp_profiler,0,sizeof(rzcp_profiler_t));
uma_dbg_send(tcpRef, bufRef, TRUE, "Done\n");
return;
}
if (strcmp(argv[1],"log")==0) {
geo_replica_log_enable = 1;
rzcp_log_enable = 1;
uma_dbg_send(tcpRef, bufRef, TRUE, "Done\n");
return;
}
if (strcmp(argv[1],"no_log")==0) {
geo_replica_log_enable = 0;
rzcp_log_enable = 0;
uma_dbg_send(tcpRef, bufRef, TRUE, "Done\n");
return;
}
show_geo_profiler_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
void show_geo_profiler(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pChar = uma_dbg_get_buffer();
uint32_t eid;
int ret;
if (argv[1] == NULL) {
for (eid=0; eid <= EXPGW_EID_MAX_IDX; eid++)
pChar = show_geo_profiler_one(pChar,eid);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
if (strcmp(argv[1],"reset")==0) {
if (argv[2] == NULL) {
geo_profiler_reset_all();
uma_dbg_send(tcpRef, bufRef, TRUE, "Done\n");
return;
}
ret = sscanf(argv[2], "%d", &eid);
if (ret != 1) {
show_geo_profiler_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
geo_profiler_reset_one(eid);
uma_dbg_send(tcpRef, bufRef, TRUE, "Done\n");
return;
}
ret = sscanf(argv[1], "%d", &eid);
if (ret != 1) {
show_geo_profiler_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
pChar = show_geo_profiler_one(pChar,eid);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
/**
* display the configuration of the shared memories associated with the storcli
*/
void rozofs_shared_mem_display(char * argv[], uint32_t tcpRef, void *bufRef)
{
char *pChar = uma_dbg_get_buffer();
int i;
pChar += sprintf(pChar, " pool | key | size | count | address | stats |\n");
pChar += sprintf(pChar, "------------+-------------+----------+-------+----------------+----------------+\n");
for (i = 0; i < SHAREMEM_PER_FSMOUNT; i ++)
{
pChar +=sprintf(pChar," %10s | %8.8d | %8.8d |%4d | %p |%15llu |\n",(i==0)?"Read":"Write",
rozofs_storcli_shared_mem[i].key,
rozofs_storcli_shared_mem[i].buf_sz,
rozofs_storcli_shared_mem[i].buf_count,
rozofs_storcli_shared_mem[i].data_p,
(long long unsigned int)rozofs_storcli_shared_mem[i].read_stats);
}
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
}
/**
* Parse and display a RozoFS FID
*/
void uma_dbg_split_fid(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pChar = uma_dbg_get_buffer();
if (argv[1] == NULL) {
rozofs_string_append(pChar, "Missing FID parameter");
}
else {
uuid_t fid;
if (rozofs_uuid_parse(argv[1], fid)<0) {
*pChar ++ = '"';
pChar += rozofs_string_append(pChar, argv[1]);
*pChar ++ = '"';
rozofs_string_append(pChar, " is not a FID");
}
else {
pChar = fid2string(fid,pChar);
pChar += rozofs_eol(pChar);
}
}
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
}
/**
* Rozodiag CLI to restart georeplication from scratch
@retval 0 on success
@retval -1 on error
*/
void geo_rep_restart_from_scratch_dbg(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pChar = uma_dbg_get_buffer();
int site=-1;
int eid;
/*
** Parse command
*/
if (argv[1] == NULL) {
sprintf(pChar,"Missing site number\n");
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
if (sscanf(argv[1],"%d", &site) != 1) {
sprintf(pChar,"Unexpected site number %s\n",argv[1]);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
if ((site!=0)&&(site!=1)){
sprintf(pChar,"Bad number %d\n",site);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
/*
** Try each eid
*/
for (eid=0; eid<EXPGW_EID_MAX_IDX; eid++) {
if (geo_rep_srv_ctx_table[site][eid] != NULL) {
if (geo_rep_restart_from_scratch_launch_thread(site,eid)==0) {
pChar += sprintf(pChar,"eid %d started\n",eid);
}
else {
pChar += sprintf(pChar,"Failed to start eid %d\n",eid);
}
}
}
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
}
/*
**_______________________________________________________________
*/
void show_wbcache_quota_thread(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pChar = uma_dbg_get_buffer();
int ret;
int period;
if (argv[1] == NULL) {
show_wbcache_quota_thread_stats_display(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
if (strcmp(argv[1],"reset")==0) {
pChar = show_wbcache_quota_thread_stats_display(pChar);
pChar +=sprintf(pChar,"\nStatistics have been cleared\n");
quota_wbcache_poll_stats[0] = 0;
quota_wbcache_poll_stats[1] = 0;
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
if (strcmp(argv[1],"period")==0) {
if (argv[2] == NULL) {
show_wbcache_thread_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
ret = sscanf(argv[2], "%d", &period);
if (ret != 1) {
show_wbcache_thread_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
/*
** change the period of the thread
*/
if (period == 0)
{
uma_dbg_send(tcpRef, bufRef, TRUE, "value not supported\n");
return;
}
quota_wbcache_thread_period_count = period;
uma_dbg_send(tcpRef, bufRef, TRUE, "Done\n");
return;
}
if (strcmp(argv[1],"disable")==0) {
quota_wbcache_cache_enable = 0;
uma_dbg_send(tcpRef, bufRef, TRUE,"dirent writeback cache is disabled");
return;
}
if (strcmp(argv[1],"enable")==0) {
quota_wbcache_cache_enable = 1;
uma_dbg_send(tcpRef, bufRef, TRUE,"dirent writeback cache is enabled");
return;
}
show_wbcache_thread_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
/**
* Storage statistics
@param argv : standard argv[] params of debug callback
@param tcpRef : reference of the TCP debug connection
@param bufRef : reference of an output buffer
@retval none
*/
void show_vfstat_stor(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pbuf = uma_dbg_get_buffer();
int i,j;
for (i = 0; i < gprofiler.nb_volumes; i++) {
pbuf+=sprintf(pbuf, "\n%-6s | %-6s | %-6s | %-6s | %-20s | %-20s | %-8s |\n","Vid", "Cid", "Sid", "Status", "Capacity(B)","Free(B)","Free(%)");
pbuf+=sprintf(pbuf, "-------+--------+--------+--------+----------------------+----------------------+----------+\n");
for (j = 0; j < gprofiler.vstats[i].nb_storages; j++) {
pbuf+=sprintf(pbuf, "%6d | %6d | %6d | %-6s | %20"PRIu64" | %20"PRIu64" | %8d |\n",
gprofiler.vstats[i].vid,gprofiler.vstats[i].sstats[j].cid,
gprofiler.vstats[i].sstats[j].sid,
(gprofiler.vstats[i].sstats[j].status==1)?"UP":"DOWN",
gprofiler.vstats[i].sstats[j].size,
gprofiler.vstats[i].sstats[j].free,
(int)((gprofiler.vstats[i].sstats[j].size==0)? 0:gprofiler.vstats[i].sstats[j].free*100/gprofiler.vstats[i].sstats[j].size));
}
pbuf+=sprintf(pbuf, "\n");
}
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
}
void af_inet_tcp_debug_show(uint32_t tcpRef, void *bufRef) {
char *buffer = uma_dbg_get_buffer();
MY_TCP_INFO_T * myp;
struct tcp_info * p;
af_unix_ctx_generic_t *sock_p;
ruc_obj_desc_t *pnext;
buffer += sprintf(buffer, " State | Avail.|sock | retrans | probes | rto | snd_mss | rcv_mss | unacked | lost | retrans |last_sent | rtt |\n");
buffer += sprintf(buffer, "-------------+-------+----------+----------+----------+----------+----------+----------+----------+----------+----------+----------+----------+\n");
pnext = (ruc_obj_desc_t*) NULL;
while ((sock_p = (af_unix_ctx_generic_t*) ruc_objGetNext((ruc_obj_desc_t*) & af_unix_context_activeListHead,
&pnext))
!= (af_unix_ctx_generic_t*) NULL) {
if (sock_p->af_family == AF_UNIX) continue;
myp = af_inet_tcp_get_tcp_info(sock_p->socketRef);
p = &myp->tcp_info;
if (p == NULL) continue;
buffer += sprintf(buffer, " %s |", af_inet_get_tcp_state(p->tcpi_state));
buffer += sprintf(buffer, " %5s |", (sock_p->cnx_availability_state == AF_UNIX_CNX_AVAILABLE) ? "YES" : "NO");
buffer += sprintf(buffer, " %8d |", sock_p->socketRef);
buffer += sprintf(buffer, " %8d |", myp->tcpi_total_retrans);
buffer += sprintf(buffer, " %8d |", p->tcpi_probes);
buffer += sprintf(buffer, " %8d |", p->tcpi_rto);
buffer += sprintf(buffer, " %8d |", p->tcpi_snd_mss);
buffer += sprintf(buffer, " %8d |", p->tcpi_rcv_mss);
buffer += sprintf(buffer, " %8d |", p->tcpi_unacked);
buffer += sprintf(buffer, " %8d |", p->tcpi_lost);
buffer += sprintf(buffer, " %8d |", p->tcpi_retrans);
buffer += sprintf(buffer, " %8d |", p->tcpi_last_data_sent);
buffer += sprintf(buffer, " %8d |\n", p->tcpi_rtt);
}
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
}
/*
*_______________________________________________________________________
*
* synchro diagnostic
*/
void show_synchro(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pChar = uma_dbg_get_buffer();
int fd;
if ((argv[1] == NULL) || (strcmp(argv[1],"drbd")==0)){
fd = open("/proc/drbd", O_RDONLY);
if (fd >= 0) {
pChar += read(fd,pChar, uma_dbg_get_buffer_len());
pChar += sprintf(pChar,"\n\n");
close(fd);
}
}
if ((argv[1] == NULL) || (strcmp(argv[1],"crm")==0)){
char cmd[128];
sprintf(cmd,"crm_mon --one-shot");
pChar += uma_dbg_run_system_cmd(cmd, pChar, uma_dbg_get_buffer_len());
}
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
void show_profiler(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pChar = uma_dbg_get_buffer();
uint32_t eid;
int ret;
*pChar = 0;
if (argv[1] == NULL) {
pChar = show_profiler_all(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
if (strcmp(argv[1],"reset")==0) {
if (argv[2] == NULL) {
pChar = show_profiler_all(pChar);
export_profiler_reset_all();
pChar += sprintf(pChar,"Reset done\n");
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
ret = sscanf(argv[2], "%d", &eid);
if (ret != 1) {
show_profiler_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
pChar = show_profiler_one(pChar,eid);
export_profiler_reset_one(eid);
pChar += sprintf(pChar,"Reset done\n");
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
ret = sscanf(argv[1], "%d", &eid);
if (ret != 1) {
show_profiler_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
pChar = show_profiler_one(pChar,eid);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
void dbg_set_tmr(char * argv[], uint32_t tcpRef, void *bufRef)
{
char *pChar=uma_dbg_get_buffer();
int timer_id,val;
if (argv[2] ==NULL)
{
pChar = dbg_set_tmr_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
/* Check 1rst a string name */
timer_id = rozofs_tmr_get_idx_from_name(argv[1]);
/* Check for an index */
if (timer_id < 0) {
errno = 0;
timer_id = (int) strtol(argv[1], (char **) NULL, 10);
if (errno != 0) {
pChar = dbg_set_tmr_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
}
if (timer_id >= TMR_MAX_ENTRY)
{
pChar += sprintf(pChar,"invalid timer index (max %d)\n",(TMR_MAX_ENTRY-1));
pChar = dbg_set_tmr_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
errno = 0;
val = (int) strtol(argv[2], (char **) NULL, 10);
if (errno != 0) {
pChar += sprintf(pChar,"bad value %s\n",argv[2]);
pChar = dbg_set_tmr_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
if (rozofs_tmr_configure(timer_id,val) < 0)
{
pChar += sprintf(pChar,"timer value out of range\n");
pChar = dbg_set_tmr_help(pChar);
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
return;
}
uma_dbg_send(tcpRef, bufRef, TRUE, "Success\n");
}
/**
* Storage statistics
@param argv : standard argv[] params of debug callback
@param tcpRef : reference of the TCP debug connection
@param bufRef : reference of an output buffer
@retval none
*/
void show_vfstat_stor(char * argv[], uint32_t tcpRef, void *bufRef) {
char *pbuf = uma_dbg_get_buffer();
int i,j;
pbuf = show_file_distibution_rule(pbuf);
for (i = 0; i < gprofiler->nb_volumes; i++) {
pbuf+=sprintf(pbuf, "\n%-6s | %-6s | %-6s | %-6s | %-20s | %-20s | %-8s | %-10s |\n","Vid", "Cid", "Sid", "Status", "Capacity(B)","Free(B)","Free(%)","Admin");
pbuf+=sprintf(pbuf, "-------+--------+--------+--------+----------------------+----------------------+----------+------------+\n");
for (j = 0; j < gprofiler->vstats[i].nb_storages; j++) {
pbuf+=sprintf(pbuf, "%6d | %6d | %6d | %-6s | %20"PRIu64" | %20"PRIu64" | %8d | %-10s |\n",
gprofiler->vstats[i].vid,gprofiler->vstats[i].sstats[j].cid,
gprofiler->vstats[i].sstats[j].sid,
(gprofiler->vstats[i].sstats[j].status & 0x1)?"UP":"DOWN",
gprofiler->vstats[i].sstats[j].size,
gprofiler->vstats[i].sstats[j].free,
(int)((gprofiler->vstats[i].sstats[j].size==0)? 0:gprofiler->vstats[i].sstats[j].free*100/gprofiler->vstats[i].sstats[j].size),
rozofs_cluster_admin_status_e2String(gprofiler->vstats[i].sstats[j].status>>4));
}
if (gprofiler->vstats[i].georep)
{
pbuf+=sprintf(pbuf, "-------+--------+--------+--------+----------------------+----------------------+----------+\n");
int k = gprofiler->vstats[i].nb_storages;
for (j = 0; j < gprofiler->vstats[i].nb_storages; j++) {
pbuf+=sprintf(pbuf, "%6d | %6d | %6d | %-6s | %20"PRIu64" | %20"PRIu64" | %8d | %-10s |\n",
gprofiler->vstats[i].vid,gprofiler->vstats[i].sstats[j+k].cid,
gprofiler->vstats[i].sstats[j+k].sid,
(gprofiler->vstats[i].sstats[j+k].status & 0x1)?"UP":"DOWN",
gprofiler->vstats[i].sstats[j+k].size,
gprofiler->vstats[i].sstats[j+k].free,
(int)((gprofiler->vstats[i].sstats[j+k].size==0)? 0:gprofiler->vstats[i].sstats[j+k].free*100/gprofiler->vstats[i].sstats[j+k].size),
rozofs_cluster_admin_status_e2String(gprofiler->vstats[i].sstats[j].status>>4));
}
}
pbuf+=sprintf(pbuf, "\n");
}
void dbg_show_tmr(char * argv[], uint32_t tcpRef, void *bufRef)
{
rozofs_tmr_display(uma_dbg_get_buffer());
uma_dbg_send(tcpRef, bufRef, TRUE, uma_dbg_get_buffer());
}
