@ -296,6 +296,7 @@ static int gen_priority;
# define ID_USERSTATS 6
# define ID_USERSTATS 6
# define ID_BLOCK 7
# define ID_BLOCK 7
# define ID_ADDRAUTH 8
# define ID_ADDRAUTH 8
# define ID_HEARTBEAT 9
static const char * ckdb_ids [ ] = {
static const char * ckdb_ids [ ] = {
" authorise " ,
" authorise " ,
@ -307,6 +308,7 @@ static const char *ckdb_ids[] = {
" userstats " ,
" userstats " ,
" block " ,
" block " ,
" addrauth " ,
" addrauth " ,
" heartbeat "
} ;
} ;
static void generate_coinbase ( ckpool_t * ckp , workbase_t * wb )
static void generate_coinbase ( ckpool_t * ckp , workbase_t * wb )
@ -1540,8 +1542,9 @@ static int send_recv_auth(stratum_instance_t *client)
free ( json_msg ) ;
free ( json_msg ) ;
if ( likely ( buf ) ) {
if ( likely ( buf ) ) {
char * secondaryuserid , * response = alloca ( 128 ) ;
char * secondaryuserid , response [ PAGESIZE ] = { } ;
LOGINFO ( " Got ckdb response: %s " , buf ) ;
sscanf ( buf , " id.%*d.%s " , response ) ;
sscanf ( buf , " id.%*d.%s " , response ) ;
secondaryuserid = response ;
secondaryuserid = response ;
strsep ( & secondaryuserid , " . " ) ;
strsep ( & secondaryuserid , " . " ) ;
@ -2554,9 +2557,19 @@ static void ckdbq_process(ckpool_t *ckp, char *msg)
failed = false ;
failed = false ;
LOGWARNING ( " Successfully resumed talking to ckdb " ) ;
LOGWARNING ( " Successfully resumed talking to ckdb " ) ;
}
}
/* TODO: Process any requests from ckdb that are heartbeat responses
* with specific requests . */
if ( likely ( buf ) ) {
char response [ PAGESIZE ] = { } ;
sscanf ( buf , " id.%*d.%s " , response ) ;
if ( safecmp ( response , " ok " ) )
LOGINFO ( " Got ckdb response: %s " , buf ) ;
LOGINFO ( " Got ckdb response: %s " , buf ) ;
else
LOGWARNING ( " Got failed ckdb response: %s " , buf ) ;
free ( buf ) ;
free ( buf ) ;
}
}
}
static int transactions_by_jobid ( int64_t id )
static int transactions_by_jobid ( int64_t id )
{
{
@ -2935,9 +2948,41 @@ static void *statsupdate(void *arg)
return NULL ;
return NULL ;
}
}
/* Sends a heartbeat to ckdb every second to maintain the relationship of
* ckpool always initiating a request - > getting a ckdb response , but allows
* ckdb to provide specific commands to ckpool . */
static void * ckdb_heartbeat ( void * arg )
{
ckpool_t * ckp = ( ckpool_t * ) arg ;
pthread_detach ( pthread_self ( ) ) ;
rename_proc ( " heartbeat " ) ;
while ( 42 ) {
char cdfield [ 64 ] ;
ts_t ts_now ;
json_t * val ;
cksleep_ms ( 1000 ) ;
if ( unlikely ( ! ckmsgq_empty ( ckdbq ) ) ) {
LOGDEBUG ( " Witholding heartbeat due to ckdb messages being queued " ) ;
continue ;
}
ts_realtime ( & ts_now ) ;
sprintf ( cdfield , " %lu,%lu " , ts_now . tv_sec , ts_now . tv_nsec ) ;
JSON_CPACK ( val , " {ss,ss,ss,ss} " ,
" createdate " , cdfield ,
" createby " , " code " ,
" createcode " , __func__ ,
" createinet " , ckp - > serverurl ) ;
ckdbq_add ( ckp , ID_HEARTBEAT , val ) ;
}
return NULL ;
}
int stratifier ( proc_instance_t * pi )
int stratifier ( proc_instance_t * pi )
{
{
pthread_t pth_blockupdate , pth_statsupdate ;
pthread_t pth_blockupdate , pth_statsupdate , pth_heartbeat ;
ckpool_t * ckp = pi - > ckp ;
ckpool_t * ckp = pi - > ckp ;
int ret = 1 ;
int ret = 1 ;
char * buf ;
char * buf ;
@ -2987,6 +3032,8 @@ int stratifier(proc_instance_t *pi)
sauthq = create_ckmsgq ( ckp , " authoriser " , & sauth_process ) ;
sauthq = create_ckmsgq ( ckp , " authoriser " , & sauth_process ) ;
ckdbq = create_ckmsgq ( ckp , " ckdbqueue " , & ckdbq_process ) ;
ckdbq = create_ckmsgq ( ckp , " ckdbqueue " , & ckdbq_process ) ;
stxnq = create_ckmsgq ( ckp , " stxnq " , & send_transactions ) ;
stxnq = create_ckmsgq ( ckp , " stxnq " , & send_transactions ) ;
if ( ! ckp - > standalone )
create_pthread ( & pth_heartbeat , ckdb_heartbeat , ckp ) ;
cklock_init ( & workbase_lock ) ;
cklock_init ( & workbase_lock ) ;
if ( ! ckp - > proxy )
if ( ! ckp - > proxy )