static void tickTimerHandler (void *parm)
{
int i;
PMON_STIM stim;
for (i = 0; i < PMON_PROCESS_MAX; i ++)
{
if (procmonWork.process[i].timeout <= 0 ||
procmonWork.process[i].ticks <= 0)
{
// Skip this guy
continue;
}
procmonWork.process[i].ticks --;
if (procmonWork.process[i].ticks == 0)
{
// Tickle the state machine
memset (&stim, 0, sizeof(stim));
stim.index = i;
stim.type = PMON_STIM_TIMEOUT;
radStatesProcess (procmonWork.process[i].stateMachine, &stim);
}
}
radProcessTimerStart (procmonWork.tickTimer, PMON_TICK_INTERVAL);
return;
}
static void timerHandler (void *parm)
{
time_t ntime;
struct tm locTime;
radProcessTimerStart (cwopWork.timer, CWOP_MINUTE_INTERVAL);
ntime = time (NULL);
localtime_r (&ntime, &locTime);
if ((locTime.tm_min % cwopWork.reportInterval) == cwopWork.callSignOffset)
{
// Time to send a packet if we have any new data:
if (cwopWork.rxArchive)
{
processCWOP ();
cwopWork.rxArchive = FALSE;
}
else
{
if (cwopWork.rxFirstArchive)
{
statusUpdateMessage("no new archive data received since last CWOP submission");
radMsgLog (PRI_MEDIUM,
"wvcwopd: no new archive data received since last CWOP submission:");
}
}
}
return;
}
static void timerHandler (void *parm)
{
uint64_t msOffset = radTimeGetMSSinceEpoch ();
int64_t netOffset;
// ... allow for timer latency
if (sshWork.msOffset == 0ULL)
{
// first time through
sshWork.msOffset = msOffset;
netOffset = 0LL;
}
else
{
netOffset = msOffset - sshWork.msOffset;
}
sshWork.msOffset += 60000ULL; // ALWAYS 1 minute
radProcessTimerStart (sshWork.timer, (uint32_t)(60000LL - netOffset));
// ... process the ssh rules
sshUtilsSendFiles (sshWork.sshId, sshWork.wviewdir);
return;
}
int htmlRunState (int state, void *stimulus, void *data)
{
STIM *stim = (STIM *)stimulus;
HTML_WORK *work = (HTML_WORK *)data;
WVIEW_MSG_LOOP_DATA *loop = (WVIEW_MSG_LOOP_DATA *)stim->msg;
WVIEW_MSG_HILOW_DATA *hilow = (WVIEW_MSG_HILOW_DATA *)stim->msg;
WVIEW_MSG_ARCHIVE_NOTIFY *arcNot = (WVIEW_MSG_ARCHIVE_NOTIFY *)stim->msg;
switch (stim->type)
{
case STIM_QMSG:
if (stim->msgType == WVIEW_MSG_TYPE_LOOP_DATA)
{
work->mgrId->loopStore = loop->loopData;
return state;
}
else if (stim->msgType == WVIEW_MSG_TYPE_HILOW_DATA)
{
work->mgrId->hilowStore = hilow->hilowData;
return state;
}
else if (stim->msgType == WVIEW_MSG_TYPE_ARCHIVE_NOTIFY)
{
processNewArchiveRecord (work, arcNot);
return state;
}
break;
case STIM_TIMER:
if (stim->timerNumber == TIMER_GENERATE)
{
// ... request the next batch of data
if (requestDataPackets (work) == ERROR)
{
radMsgLog (PRI_HIGH, "htmlRunState: requestDataPackets failed!");
statusUpdateMessage("requestDataPackets failed!");
statusUpdate(STATUS_ERROR);
return HTML_STATE_ERROR;
}
radProcessTimerStart(work->rxTimer, HTML_RX_PACKETS_TIMEOUT);
work->numDataReceived = 0;
return HTML_STATE_DATA;
}
return state;
}
return state;
}
static void timerHandler (void *parm)
{
ULONGLONG msOffset = radTimeGetMSSinceEpoch ();
int rules;
long long netOffset;
// ... allow for timer latency
if (ftpWork.msOffset == 0)
{
// first time through
ftpWork.msOffset = msOffset;
netOffset = 0;
}
else
{
netOffset = msOffset - ftpWork.msOffset;
while (netOffset >= 60000LL)
{
netOffset -= 60000LL;
}
}
while (ftpWork.msOffset < msOffset)
{
ftpWork.msOffset += 60000ULL;
}
radProcessTimerStart(ftpWork.timer, (ULONG)(60000LL - netOffset));
// ... process the ftp rules
rules = ftpUtilsSendFiles(ftpWork.ftpId, ftpWork.wviewdir);
if (rules > 0)
{
wvutilsLogEvent (PRI_STATUS, "FTP: %d rules processed", rules);
}
else if (rules < 0)
{
wvutilsLogEvent (PRI_MEDIUM, "FTP: ftpUtilsSendFiles failed!");
}
return;
}
int stationPushDataToClients (WVIEWD_WORK *work)
{
WVIEW_MSG_LOOP_DATA loop;
if (!work->runningFlag)
{
return OK;
}
memcpy (&loop.loopData, &work->loopPkt, sizeof (loop.loopData));
if (radMsgRouterMessageSend (WVIEW_MSG_TYPE_LOOP_DATA_SVC, &loop, sizeof(loop))
== ERROR)
{
radMsgLog (PRI_HIGH, "radMsgRouterMessageSend failed for loop transmit!");
return ERROR;
}
radProcessTimerStart (work->pushTimer, work->pushInterval);
return OK;
}
static void timerHandler (void *parm)
{
uint64_t msOffset = radTimeGetMSSinceEpoch ();
int64_t netOffset;
uint64_t xoffset;
// ... allow for timer latency
if (sshWork.msOffset == 0ULL)
{
// first time through
sshWork.msOffset = msOffset;
netOffset = 0LL;
}
else
{
netOffset = msOffset - sshWork.msOffset;
}
sshWork.msOffset += 60000ULL; // ALWAYS 1 minute
xoffset = sshWork.msOffset;
// Cope with long scheduling delays or with the time being changed
int32_t timerWait = (int32_t)(60000LL - netOffset);
if ((timerWait <= 0) || (timerWait > 120000))
{
radMsgLog (PRI_HIGH, "wviewsshd: unusual wait %d; fixing it up", timerWait);
// Keep the offset into the minute to keep updates aligned with the original alignment.
uint64_t baseNow = (msOffset / 60000ULL) * 60000ULL;
netOffset = 60000ULL;
sshWork.msOffset = baseNow + netOffset + (sshWork.msOffset % 60000ULL);
radMsgLog (PRI_HIGH, "wviewsshd: fixed offset is %llu", sshWork.msOffset);
}
radProcessTimerStart (sshWork.timer, (uint32_t)(60000LL - netOffset));
// ... process the ssh rules
sshUtilsSendFiles (sshWork.sshId, sshWork.wviewdir);
return;
}
static void pollTimerHandler (void *parm)
{
int i, mask = 0;
WVIEW_MSG_POLL poll;
PMON_STIM stim;
// Set active process bits:
for (i = 0; i < PMON_PROCESS_MAX; i ++)
{
if (procmonWork.process[i].timeout <= 0 ||
radStatesGetState (procmonWork.process[i].stateMachine) != PMON_STATE_IDLE)
{
// Skip this guy
continue;
}
mask = PMON_PROCESS_SET(mask,i);
procmonWork.process[i].ticks = procmonWork.process[i].timeout;
// Tickle the state machine
memset (&stim, 0, sizeof(stim));
stim.index = i;
stim.type = PMON_STIM_POLL;
radStatesProcess (procmonWork.process[i].stateMachine, &stim);
}
poll.mask = mask;
if (radMsgRouterMessageSend (WVIEW_MSG_TYPE_POLL, &poll, sizeof(poll))
== ERROR)
{
radMsgLog (PRI_HIGH, "pollTimerHandler: radMsgRouterMessageSend failed!");
}
radProcessTimerStart (procmonWork.pollTimer, PMON_POLL_INTERVAL);
return;
}
/* ... the main entry point for the wvcwopd process
*/
int main (int argc, char *argv[])
{
void (*alarmHandler)(int);
int retVal;
FILE *pidfile;
int iValue;
double dValue;
const char* sValue;
int runAsDaemon = TRUE;
if (argc > 1)
{
if (!strcmp(argv[1], "-f"))
{
runAsDaemon = FALSE;
}
}
memset (&cwopWork, 0, sizeof (cwopWork));
/* ... initialize some system stuff first
*/
retVal = cwopSysInit (&cwopWork);
if (retVal == ERROR)
{
radMsgLogInit (PROC_NAME_CWOP, FALSE, TRUE);
radMsgLog (PRI_CATASTROPHIC, "wvcwopd init failed!");
radMsgLogExit ();
exit (1);
}
else if (retVal == ERROR_ABORT)
{
exit (2);
}
/* ... call the global radlib system init function
*/
if (radSystemInit (WVIEW_SYSTEM_ID) == ERROR)
{
radMsgLogInit (PROC_NAME_CWOP, TRUE, TRUE);
radMsgLog (PRI_CATASTROPHIC, "radSystemInit failed!");
radMsgLogExit ();
exit (1);
}
/* ... call the radlib process init function
*/
if (radProcessInit (PROC_NAME_CWOP,
cwopWork.fifoFile,
PROC_NUM_TIMERS_CWOP,
runAsDaemon, // TRUE for daemon
msgHandler,
evtHandler,
NULL)
== ERROR)
{
printf ("\nradProcessInit failed: %s\n\n", PROC_NAME_CWOP);
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
cwopWork.myPid = getpid ();
pidfile = fopen (cwopWork.pidFile, "w");
if (pidfile == NULL)
{
radMsgLog (PRI_CATASTROPHIC, "lock file create failed!");
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
fprintf (pidfile, "%d", getpid ());
fclose (pidfile);
alarmHandler = radProcessSignalGetHandler (SIGALRM);
radProcessSignalCatchAll (defaultSigHandler);
radProcessSignalCatch (SIGALRM, alarmHandler);
radProcessSignalRelease(SIGABRT);
// get our configuration values
if (wvconfigInit(FALSE) == ERROR)
{
radMsgLog (PRI_CATASTROPHIC, "wvconfigInit failed!");
cwopSysExit (&cwopWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
// Is the CWOP daemon enabled?
iValue = wvconfigGetBooleanValue(configItem_ENABLE_CWOP);
if (iValue == ERROR || iValue == 0)
{
wvconfigExit ();
radMsgLog (PRI_CATASTROPHIC, "CWOP daemon is NOT enabled - exiting...");
cwopSysExit (&cwopWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
// get the wview verbosity setting
if (wvutilsSetVerbosity (WV_VERBOSE_WVCWOPD) == ERROR)
{
wvconfigExit ();
radMsgLog (PRI_CATASTROPHIC, "wvutilsSetVerbosity failed!");
cwopSysExit (&cwopWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
// get the APRS call sign
sValue = wvconfigGetStringValue(configItemCWOP_APRS_CALL_SIGN);
if (sValue == NULL)
{
// we can't do without this!
wvconfigExit ();
radMsgLog (PRI_CATASTROPHIC, "%s failed!", configItemCWOP_APRS_CALL_SIGN);
cwopSysExit (&cwopWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
else
{
wvstrncpy (cwopWork.callSign, sValue, sizeof(cwopWork.callSign));
if (sValue[strlen(sValue)-1] >= '0' && sValue[strlen(sValue)-1] <= '9')
{
cwopWork.callSignOffset = atoi(&sValue[strlen(sValue)-1]);
}
else
{
cwopWork.callSignOffset = (sValue[strlen(sValue)-1] % 10);
}
cwopWork.callSignOffset %= 10;
}
// get the primary APRS server
sValue = wvconfigGetStringValue(configItemCWOP_APRS_SERVER1);
if (sValue == NULL)
{
// we can't do without this!
wvconfigExit ();
radMsgLog (PRI_CATASTROPHIC, "%s failed!", configItemCWOP_APRS_SERVER1);
cwopSysExit (&cwopWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
else
{
wvstrncpy (cwopWork.server1, sValue, sizeof(cwopWork.server1));
}
// get the primary APRS port number
iValue = wvconfigGetINTValue(configItemCWOP_APRS_PORTNO1);
if (iValue < 0)
{
// we can't do without this!
wvconfigExit ();
radMsgLog (PRI_CATASTROPHIC, "%s failed!", configItemCWOP_APRS_PORTNO1);
cwopSysExit (&cwopWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
else
{
cwopWork.portNo1 = iValue;
}
// get the secondary APRS server
sValue = wvconfigGetStringValue(configItemCWOP_APRS_SERVER2);
if (sValue == NULL)
{
// we can't do without this!
wvconfigExit ();
radMsgLog (PRI_CATASTROPHIC, "%s failed!", configItemCWOP_APRS_SERVER2);
cwopSysExit (&cwopWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
else
{
wvstrncpy (cwopWork.server2, sValue, sizeof(cwopWork.server2));
}
// get the primary APRS port number
iValue = wvconfigGetINTValue(configItemCWOP_APRS_PORTNO2);
if (iValue < 0)
{
// we can't do without this!
wvconfigExit ();
radMsgLog (PRI_CATASTROPHIC, "%s failed!", configItemCWOP_APRS_PORTNO2);
cwopSysExit (&cwopWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
else
{
cwopWork.portNo2 = iValue;
}
// get the tertiary APRS server
sValue = wvconfigGetStringValue(configItemCWOP_APRS_SERVER3);
if (sValue == NULL)
{
// we can't do without this!
wvconfigExit ();
radMsgLog (PRI_CATASTROPHIC, "%s failed!", configItemCWOP_APRS_SERVER3);
cwopSysExit (&cwopWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
else
{
wvstrncpy (cwopWork.server3, sValue, sizeof(cwopWork.server3));
}
// get the primary APRS port number
iValue = wvconfigGetINTValue(configItemCWOP_APRS_PORTNO3);
if (iValue < 0)
{
// we can't do without this!
wvconfigExit ();
radMsgLog (PRI_CATASTROPHIC, "%s failed!", configItemCWOP_APRS_PORTNO3);
cwopSysExit (&cwopWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
else
{
cwopWork.portNo3 = iValue;
}
// get the fine pitch latitude that APRS requires
sValue = wvconfigGetStringValue(configItemCWOP_LATITUDE);
if (sValue == NULL)
{
// we can't do without this!
wvconfigExit ();
radMsgLog (PRI_CATASTROPHIC, "%s failed!", configItemCWOP_LATITUDE);
cwopSysExit (&cwopWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
else
{
wvstrncpy (cwopWork.latitude, sValue, sizeof(cwopWork.latitude));
}
// get the fine pitch longitude that APRS requires
sValue = wvconfigGetStringValue(configItemCWOP_LONGITUDE);
if (sValue == NULL)
{
// we can't do without this!
wvconfigExit ();
radMsgLog (PRI_CATASTROPHIC, "%s failed!", configItemCWOP_LONGITUDE);
cwopSysExit (&cwopWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
else
{
wvstrncpy (cwopWork.longitude, sValue, sizeof(cwopWork.longitude));
}
// get the WX packet logging preference
iValue = wvconfigGetBooleanValue(configItemCWOP_LOG_WX_PACKET);
if (iValue <= 0)
{
// just disable it
cwopWork.logWXPackets = 0;
}
else
{
cwopWork.logWXPackets = iValue;
}
wvconfigExit ();
if (statusInit(cwopWork.statusFile, cwopStatusLabels) == ERROR)
{
radMsgLog (PRI_HIGH, "statusInit failed - exiting...");
cwopSysExit (&cwopWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
statusUpdate(STATUS_BOOTING);
// wait a bit here before continuing
radUtilsSleep (500);
cwopWork.timer = radTimerCreate (NULL, timerHandler, NULL);
if (cwopWork.timer == NULL)
{
statusUpdateMessage("radTimerCreate failed");
radMsgLog (PRI_HIGH, "radTimerCreate failed");
statusUpdate(STATUS_ERROR);
cwopSysExit (&cwopWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
radProcessTimerStart (cwopWork.timer, CWOP_MINUTE_INTERVAL);
// register with the radlib message router
if (radMsgRouterInit (WVIEW_RUN_DIR) == ERROR)
{
statusUpdateMessage("radMsgRouterInit failed");
radMsgLog (PRI_HIGH, "radMsgRouterInit failed!");
statusUpdate(STATUS_ERROR);
cwopSysExit (&cwopWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
// enable message reception from the radlib router for SHUTDOWN msgs
radMsgRouterMessageRegister (WVIEW_MSG_TYPE_SHUTDOWN);
// wait for the wview daemon to be ready
if (waitForWviewDaemon () == ERROR)
{
radMsgLog (PRI_HIGH, "waitForWviewDaemon failed");
statusUpdate(STATUS_ERROR);
radMsgRouterExit ();
cwopSysExit (&cwopWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
// enable message reception from the radlib router for archive notifications
radMsgRouterMessageRegister (WVIEW_MSG_TYPE_ARCHIVE_NOTIFY);
// enable message reception from the radlib router for POLL msgs
radMsgRouterMessageRegister (WVIEW_MSG_TYPE_POLL);
radMsgLog (PRI_STATUS, "CWOP: configured to submit station %s data to:",
cwopWork.callSign);
radMsgLog (PRI_STATUS, "CWOP: Primary: %s:%d", cwopWork.server1, cwopWork.portNo1);
radMsgLog (PRI_STATUS, "CWOP: Secondary: %s:%d", cwopWork.server2, cwopWork.portNo2);
radMsgLog (PRI_STATUS, "CWOP: Tertiary: %s:%d", cwopWork.server3, cwopWork.portNo3);
radMsgLog (PRI_STATUS, "CWOP: Submitting every %d minutes at offset minute: %d",
cwopWork.reportInterval, cwopWork.callSignOffset);
// enter normal processing
cwopWork.inMainLoop = TRUE;
statusUpdate(STATUS_RUNNING);
statusUpdateMessage("Normal operation");
radMsgLog (PRI_STATUS, "running...");
while (!cwopWork.exiting)
{
// wait on something interesting
if (radProcessWait (0) == ERROR)
{
cwopWork.exiting = TRUE;
}
}
statusUpdateMessage("exiting normally");
radMsgLog (PRI_STATUS, "exiting normally...");
statusUpdate(STATUS_SHUTDOWN);
radMsgRouterExit ();
radTimerDelete (cwopWork.timer);
cwopSysExit (&cwopWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (0);
}
static int daemonStationInitComplete (void *eventData)
{
struct tm locTime;
time_t nowtime;
ARCHIVE_PKT newestRecord;
if (eventData != 0)
{
// failed startup!
radMsgLog (PRI_HIGH, "daemonStationInitComplete: station startup failed!");
return ERROR;
}
if (!wviewdWork.runningFlag)
{
wviewdWork.runningFlag = TRUE;
// set the positional data:
if (stationGetPosition (&wviewdWork) == ERROR)
{
radMsgLog (PRI_HIGH, "daemonStationInitComplete: stationGetPosition failed!");
emailAlertSend(ALERT_TYPE_STATION_READ);
return ERROR;
}
// !!! the order of these calls is very important !!!
// Initialize the HILOW database interface:
computedDataInit (&wviewdWork);
stormRainInit (wviewdWork.stationRainStormTrigger,
wviewdWork.stationRainStormIdleHours);
computedDataClearInterval (&wviewdWork, 0, 0);
// we know it just finished an initial sensor readings, it is a
// REQUIREMENT of the stationInit API...
daemonStationLoopComplete ();
// do an initial update to propogate the initial readings
// (so we have some data to start with)
computedDataUpdate (&wviewdWork, NULL);
// start the timers...
stationStartArchiveTimerUniform (&wviewdWork);
stationStartCDataTimerUniform (&wviewdWork);
radProcessTimerStart (wviewdWork.pushTimer, 30000L); // first run
stationStartSyncTimerUniform (&wviewdWork, TRUE); // first run
radMsgLog (PRI_STATUS, "-- Station Init Complete --");
// get the newest archive file record date/time
wviewdWork.archiveDateTime = dbsqliteArchiveGetNewestTime(&newestRecord);
if ((int)wviewdWork.archiveDateTime == ERROR)
{
wviewdWork.archiveDateTime = time(NULL);
radMsgLog (PRI_STATUS, "no archive records found in database!");
}
else
{
radMsgLog (PRI_STATUS, "newest archive record: %4.4d-%2.2d-%2.2d %2.2d:%2.2d",
wvutilsGetYear(wviewdWork.archiveDateTime),
wvutilsGetMonth(wviewdWork.archiveDateTime),
wvutilsGetDay(wviewdWork.archiveDateTime),
wvutilsGetHour(wviewdWork.archiveDateTime),
wvutilsGetMin(wviewdWork.archiveDateTime));
}
// finally, answer all the WVIEW_RQST_TYPE_STATION_INFO requestors
// so they can continue initialization - our data is ready:
stationProcessInfoResponses(&wviewdWork);
}
return OK;
}
// the main entry point for the wvpmond process
int main (int argc, char *argv[])
{
void (*alarmHandler)(int);
int i, retVal, intValue, iValue;
FILE *pidfile, *markerFile;
struct stat fileStatus;
char* subString;
char markerPath[PMON_MAX_PATH], markerVal[32];
int runAsDaemon = TRUE;
if (argc > 1)
{
if (!strcmp(argv[1], "-f"))
{
runAsDaemon = FALSE;
}
}
memset (&procmonWork, 0, sizeof (procmonWork));
// initialize some system stuff first
retVal = procmonSysInit (&procmonWork);
if (retVal == ERROR)
{
radMsgLogInit (PROC_NAME_PMON, FALSE, TRUE);
radMsgLog (PRI_CATASTROPHIC, "wvpmond init failed!\n");
radMsgLogExit ();
exit (1);
}
else if (retVal == ERROR_ABORT)
{
exit (2);
}
// call the global radlib system init function
if (radSystemInit (WVIEW_SYSTEM_ID) == ERROR)
{
radMsgLogInit (PROC_NAME_PMON, TRUE, TRUE);
radMsgLog (PRI_CATASTROPHIC, "radSystemInit failed!");
radMsgLogExit ();
exit (1);
}
// call the radlib process init function
if (radProcessInit (PROC_NAME_PMON,
procmonWork.fifoFile,
PROC_NUM_TIMERS_PMON,
runAsDaemon, // TRUE for daemon
msgHandler,
evtHandler,
NULL)
== ERROR)
{
printf ("\nradProcessInit failed: %s\n\n", PROC_NAME_PMON);
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
procmonWork.myPid = getpid ();
pidfile = fopen (procmonWork.pidFile, "w");
if (pidfile == NULL)
{
radMsgLog (PRI_CATASTROPHIC, "lock file create failed!\n");
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
fprintf (pidfile, "%d", getpid ());
fclose (pidfile);
alarmHandler = radProcessSignalGetHandler (SIGALRM);
radProcessSignalCatchAll (defaultSigHandler);
radProcessSignalCatch (SIGALRM, alarmHandler);
radProcessSignalRelease(SIGABRT);
if (wvconfigInit(FALSE) == ERROR)
{
radMsgLog (PRI_CATASTROPHIC, "wvconfigInit failed!\n");
radMsgRouterExit ();
procmonSysExit (&procmonWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
// Is the procmon daemon enabled?
iValue = wvconfigGetBooleanValue(configItem_ENABLE_PROCMON);
if (iValue == ERROR || iValue == 0)
{
radMsgLog (PRI_CATASTROPHIC, "process monitor daemon is disabled - exiting...");
wvconfigExit ();
radMsgRouterExit ();
procmonSysExit (&procmonWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
// Close here; we'll re-open after waiting for the wviewd daemon to be ready:
wvconfigExit();
if (statusInit(procmonWork.statusFile, pmonStatusLabels) == ERROR)
{
radMsgLog (PRI_HIGH, "statusInit failed - exiting...");
wvconfigExit ();
radMsgRouterExit ();
procmonSysExit (&procmonWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
statusUpdate(STATUS_BOOTING);
// register with the radlib message router
if (radMsgRouterInit (WVIEW_RUN_DIR) == ERROR)
{
radMsgLog (PRI_HIGH, "radMsgRouterInit failed!");
procmonSysExit (&procmonWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
// enable message reception from the radlib router for SHUTDOWN msgs
radMsgRouterMessageRegister (WVIEW_MSG_TYPE_SHUTDOWN);
// wait for the wview daemon to be ready
if (waitForWviewDaemon () == ERROR)
{
radMsgLog (PRI_HIGH, "waitForWviewDaemon failed");
statusUpdate(STATUS_ERROR);
radMsgRouterExit ();
procmonSysExit (&procmonWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
procmonWork.pollTimer = radProcessTimerCreate (NULL, pollTimerHandler, NULL);
if (procmonWork.pollTimer == NULL)
{
radMsgLog (PRI_HIGH, "radTimerCreate failed");
procmonSysExit (&procmonWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
procmonWork.tickTimer = radProcessTimerCreate (NULL, tickTimerHandler, NULL);
if (procmonWork.tickTimer == NULL)
{
radMsgLog (PRI_HIGH, "radTimerCreate failed");
procmonSysExit (&procmonWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
if (wvconfigInit(FALSE) == ERROR)
{
radMsgLog (PRI_CATASTROPHIC, "wvconfigInit failed!\n");
statusUpdateMessage("wvconfigInit failed");
statusUpdate(STATUS_ERROR);
radMsgRouterExit ();
procmonSysExit (&procmonWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
// Populate our process table:
memset (procmonWork.process, 0, sizeof(PMON_PROCESS) * PMON_PROCESS_MAX);
for (i = 0; i < PMON_PROCESS_MAX; i ++)
{
iValue = wvconfigGetINTValue(configIDs[i]);
if (iValue < 0)
{
// we can't do without this!
radMsgLog (PRI_CATASTROPHIC, "PMON: %s: failed!", configIDs[i]);
statusUpdateMessage("wvconfigGetINTValue failed");
statusUpdate(STATUS_ERROR);
wvconfigExit();
radMsgRouterExit ();
procmonSysExit (&procmonWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
else
{
procmonWork.process[i].timeout = iValue;
radMsgLog (PRI_STATUS, "PMON: %s: %d",
procNames[i], procmonWork.process[i].timeout);
}
if (procmonWork.process[i].timeout <= 0)
{
radMsgLog (PRI_STATUS, "PMON: %s process monitoring is disabled",
procNames[i]);
procmonWork.process[i].ticks = -1;
procmonWork.process[i].pid = -1;
}
else
{
// Populate the rest of the values:
wvstrncpy (procmonWork.process[i].binFile, argv[0], PMON_MAX_PATH);
subString = strstr (procmonWork.process[i].binFile, "wvpmond");
if (subString == NULL)
{
radMsgLog (PRI_CATASTROPHIC, "PMON: %s is invalid for bin path!",
procmonWork.process[i].binFile);
statusUpdateMessage("invalid for bin path");
statusUpdate(STATUS_ERROR);
wvconfigExit();
radMsgRouterExit ();
procmonSysExit (&procmonWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
if (! strcmp(procNames[i], "wviewd"))
{
// Get the process name from the marker file:
sprintf(markerPath, "%s/wview-binary", WVIEW_CONFIG_DIR);
if (stat (markerPath, &fileStatus) != 0)
{
radMsgLog (PRI_HIGH, "PMON: wview-binary file is missing - was 'make install' run?");
statusUpdateMessage("wview-binary file is missing");
statusUpdate(STATUS_ERROR);
radMsgRouterExit ();
procmonSysExit (&procmonWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
markerFile = fopen(markerPath, "r");
if (markerFile == NULL)
{
radMsgLog (PRI_HIGH, "PMON: failed to open wview-binary file - was 'make install' run?");
statusUpdateMessage("failed to open wview-binary file");
statusUpdate(STATUS_ERROR);
radMsgRouterExit ();
procmonSysExit (&procmonWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
if (fgets(markerVal, 32, markerFile) == NULL)
{
radMsgLog (PRI_HIGH, "PMON: failed to read wview-binary file - was 'make install' run?");
statusUpdateMessage("failed to read wview-binary file");
statusUpdate(STATUS_ERROR);
fclose(markerFile);
radMsgRouterExit ();
procmonSysExit (&procmonWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
// Strip off CR/LF (caused by hand-editing of file!):
stripEOLValues(markerVal);
sprintf(subString, "%s", markerVal);
fclose(markerFile);
}
else
{
sprintf (subString, "%s", procNames[i]);
}
sprintf (procmonWork.process[i].pidFile, "%s/%s.pid",
WVIEW_RUN_DIR, procNames[i]);
if (stat (procmonWork.process[i].pidFile, &fileStatus) == -1)
{
// Process is not running, mark it invalid
radMsgLog (PRI_STATUS, "PMON: pid file %s not present, disable monitoring...",
procmonWork.process[i].pidFile);
procmonWork.process[i].timeout = 0;
procmonWork.process[i].ticks = -1;
procmonWork.process[i].pid = -1;
}
else
{
// Get his pid from the pidfile
procmonWork.process[i].pid = pmonGetProcessPid (procmonWork.process[i].pidFile);
if (procmonWork.process[i].pid == ERROR)
{
radMsgLog (PRI_CATASTROPHIC, "PMON: failed to READ %s!",
procmonWork.process[i].pidFile);
statusUpdateMessage("failed to read pid file");
statusUpdate(STATUS_ERROR);
wvconfigExit();
radMsgRouterExit ();
procmonSysExit (&procmonWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
}
// Setup the state machine
procmonWork.process[i].stateMachine = radStatesInit (&procmonWork);
radStatesAddHandler (procmonWork.process[i].stateMachine,
PMON_STATE_IDLE,
IdleStateHandler);
radStatesAddHandler (procmonWork.process[i].stateMachine,
PMON_STATE_WAIT_RESP,
WaitRespStateHandler);
radStatesAddHandler (procmonWork.process[i].stateMachine,
PMON_STATE_WAIT_EXIT,
WaitExitStateHandler);
radStatesAddHandler (procmonWork.process[i].stateMachine,
PMON_STATE_WAIT_START,
WaitStartStateHandler);
radStatesSetState (procmonWork.process[i].stateMachine, PMON_STATE_IDLE);
}
}
wvconfigExit();
radMsgRouterMessageRegister (WVIEW_MSG_TYPE_POLL_RESPONSE);
// Start the timers:
radProcessTimerStart (procmonWork.pollTimer, PMON_POLL_INTERVAL);
radProcessTimerStart (procmonWork.tickTimer, PMON_TICK_INTERVAL);
// enter normal processing
procmonWork.inMainLoop = TRUE;
statusUpdate(STATUS_RUNNING);
statusUpdateMessage("Normal operation");
radMsgLog (PRI_STATUS, "running...");
while (!procmonWork.exiting)
{
// wait on something interesting
if (radProcessWait (0) == ERROR)
{
procmonWork.exiting = TRUE;
}
}
statusUpdateMessage("exiting normally");
radMsgLog (PRI_STATUS, "exiting normally...");
statusUpdate(STATUS_SHUTDOWN);
radMsgRouterExit ();
radProcessTimerDelete (procmonWork.pollTimer);
radProcessTimerDelete (procmonWork.tickTimer);
procmonSysExit (&procmonWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (0);
}
/* ... the main entry point for the ssh process
*/
int main (int argc, char *argv[])
{
void (*alarmHandler)(int);
STIM stim;
int i;
int seconds;
time_t ntime;
struct tm locTime;
int offset, retVal;
long msOffset;
FILE *pidfile;
int runAsDaemon = TRUE;
if (argc > 1)
{
if (!strcmp(argv[1], "-f"))
{
runAsDaemon = FALSE;
}
}
memset (&sshWork, 0, sizeof (sshWork));
/* ... initialize some system stuff first
*/
retVal = sshSysInit (&sshWork);
if (retVal == ERROR)
{
radMsgLogInit (PROC_NAME_SSH, FALSE, TRUE);
radMsgLog (PRI_CATASTROPHIC, "ssh init failed!");
radMsgLogExit ();
exit (1);
}
else if (retVal == ERROR_ABORT)
{
exit (2);
}
/* ... call the global radlib system init function
*/
if (radSystemInit (WVIEW_SYSTEM_ID) == ERROR)
{
radMsgLogInit (PROC_NAME_SSH, TRUE, TRUE);
radMsgLog (PRI_CATASTROPHIC, "radSystemInit failed!");
radMsgLogExit ();
exit (1);
}
/* ... call the radlib process init function
*/
if (radProcessInit (PROC_NAME_SSH,
sshWork.fifoFile,
PROC_NUM_TIMERS_SSH,
runAsDaemon, // TRUE for daemon
msgHandler,
evtHandler,
NULL)
== ERROR)
{
printf ("\nradProcessInit failed: %s\n\n", PROC_NAME_SSH);
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
sshWork.myPid = getpid ();
pidfile = fopen (sshWork.pidFile, "w");
if (pidfile == NULL)
{
radMsgLog (PRI_CATASTROPHIC, "lock file create failed!");
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
fprintf (pidfile, "%d", getpid ());
fclose (pidfile);
alarmHandler = radProcessSignalGetHandler (SIGALRM);
radProcessSignalCatchAll (SSHDefaultSigHandler);
radProcessSignalCatch (SIGALRM, alarmHandler);
radProcessSignalRelease(SIGABRT);
sshWork.timer = radTimerCreate (NULL, timerHandler, NULL);
if (sshWork.timer == NULL)
{
radMsgLog (PRI_HIGH, "radTimerCreate failed - exiting");
sshSysExit (&sshWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
// ... initialize the ssh utilities
retVal = sshUtilsInit (&sshWork.sshData);
if (retVal != OK)
{
if (retVal == ERROR)
{
radMsgLog (PRI_HIGH, "sshUtilsInit failed - exiting");
}
radTimerDelete (sshWork.timer);
sshSysExit (&sshWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
else
{
sshWork.sshId = &sshWork.sshData;
}
if (statusInit(sshWork.statusFile, sshStatusLabels) == ERROR)
{
radMsgLog (PRI_HIGH, "statusInit failed - exiting...");
sshSysExit (&sshWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (1);
}
statusUpdate(STATUS_BOOTING);
statusUpdateStat(SSH_STATS_RULES_DEFINED,
radListGetNumberOfNodes(&sshWork.sshData.rules));
// ... start THE timer
ntime = time (NULL);
localtime_r (&ntime, &locTime);
seconds = locTime.tm_sec - 15; // start at 15 secs past
/* ... start the ssh timer to go off 1 min past the next archive record
*/
offset = locTime.tm_min % 5;
if (offset)
offset = 6 - offset;
else
offset = 1;
if (seconds < -60)
{
offset += 1;
offset += 60;
}
radMsgLog (PRI_HIGH,
"SSH: starting updates in %d mins %d secs",
((seconds > 0) ? ((offset > 0) ? offset-1 : offset) : offset),
(seconds > 0) ? 60 - seconds : (-1) * seconds);
msOffset = radTimeGetMSSinceEpoch () % 1000;
msOffset -= 250; // land on 250 ms mark
sshWork.msOffset = 0;
radProcessTimerStart (sshWork.timer,
((((offset * 60) - seconds) * 1000)) - msOffset);
statusUpdate(STATUS_RUNNING);
statusUpdateMessage("Normal operation");
while (!sshWork.exiting)
{
/* ... wait on timers, events, file descriptors, msgs, everything!
*/
if (radProcessWait (0) == ERROR)
{
sshWork.exiting = TRUE;
}
}
statusUpdateMessage("exiting normally");
radMsgLog (PRI_STATUS, "exiting normally...");
statusUpdate(STATUS_SHUTDOWN);
if (sshWork.sshId != NULL)
{
sshUtilsExit (sshWork.sshId);
}
radTimerDelete (sshWork.timer);
sshSysExit (&sshWork);
radProcessExit ();
radSystemExit (WVIEW_SYSTEM_ID);
exit (0);
}
static void processNewArchiveRecord (HTML_WORK *work, WVIEW_MSG_ARCHIVE_NOTIFY *armsg)
{
HISTORY_DATA data;
ARCHIVE_PKT arcRecord;
int currHour, currDay, currMonth, currYear;
float gmtOffsetHours;
int startmin, starthour, startday, startmonth, startyear;
int i, DSTFlag;
int16_t tempShort;
time_t ntime, baseTime;
struct tm locTime;
int deltaArchiveIntervals;
// ... generate the mesonet file
htmlgenMesonetFile (work->mgrId, armsg);
// ... check to see if a DST change has occured
DSTFlag = wvutilsDetectDSTChange();
if (DSTFlag != WVUTILS_DST_NO_CHANGE)
{
radMsgLog (PRI_STATUS, "DST change: updating astronomical times for new local time...");
ntime = time (NULL);
localtime_r (&ntime, &locTime);
currDay = locTime.tm_mday;
currMonth = locTime.tm_mon + 1;
currYear = locTime.tm_year + 1900;
#ifdef HAVE_TM_GMTOFF
gmtOffsetHours = locTime.tm_gmtoff/(60.0*60.0);
#else
gmtOffsetHours = gmtoffset()/(60.0*60.0);
#endif
// ... update the sun times:
sunTimesGetSunRiseSet (currYear, currMonth, currDay,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10,
RS_TYPE_SUN,
&work->mgrId->sunrise,
&work->mgrId->sunset);
sunTimesGetSunRiseSet (currYear, currMonth, currDay,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10,
RS_TYPE_CIVIL,
&work->mgrId->civilrise,
&work->mgrId->civilset);
sunTimesGetSunRiseSet (currYear, currMonth, currDay,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10,
RS_TYPE_ASTRO,
&work->mgrId->astrorise,
&work->mgrId->astroset);
sunTimesGetSunRiseSet (currYear, currMonth, currDay,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10,
RS_TYPE_MIDDAY,
&work->mgrId->midday,
&tempShort);
work->mgrId->dayLength =
sunTimesGetDayLength (currYear, currMonth, currDay,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10);
GetMoonRiseSetTimes (currYear, currMonth, currDay,
(float)gmtOffsetHours,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10,
&work->mgrId->moonrise,
NULL,
&work->mgrId->moonset,
NULL);
// restart the generation timer as the change may leave it in limbo
radProcessTimerStart (work->timer, 5000L);
}
baseTime = time (NULL);
// ... update our data by adding the new sample
//// Interval change:
// ... determine time to start for last sample
startmin = wvutilsGetMin(armsg->dateTime);
starthour = wvutilsGetHour(armsg->dateTime);
startday = wvutilsGetDay(armsg->dateTime);
startmonth = wvutilsGetMonth(armsg->dateTime);
startyear = wvutilsGetYear(armsg->dateTime);
currHour = starthour;
currDay = startday;
currMonth = startmonth;
currYear = startyear;
if (work->LastArchiveDateTime != 0)
{
// compute the number of archive intervals since the last good record
deltaArchiveIntervals = armsg->dateTime - work->LastArchiveDateTime;
deltaArchiveIntervals /= 60;
if (deltaArchiveIntervals < work->archiveInterval)
{
// this is odd, report and bail out
radMsgLog (PRI_MEDIUM, "processNewArchiveRecord: "
"minutes since last archive record (%d) "
"less than archive interval (%d) - "
"ignoring record...",
deltaArchiveIntervals,
work->archiveInterval);
return;
}
deltaArchiveIntervals /= work->archiveInterval;
}
else
{
deltaArchiveIntervals = 1;
}
work->LastArchiveDateTime = armsg->dateTime;
if (dbsqliteArchiveGetAverages (work->mgrId->isMetricUnits,
work->archiveInterval,
&data,
armsg->dateTime,
1)
<= 0)
{
// populate history data with ARCHIVE_VALUE_NULL
for (i = 0; i < DATA_INDEX_MAX(work->isExtendedData); i ++)
{
data.values[i] = ARCHIVE_VALUE_NULL;
data.samples[i] = 0;
}
radMsgLog (PRI_MEDIUM, "no data found for sample...");
}
wvutilsLogEvent (PRI_STATUS, "Adding %d minute sample for %4.4d-%2.2d-%2.2d %2.2d:%2.2d...",
work->archiveInterval, startyear, startmonth, startday, starthour, startmin);
// ... set the archiveAvailable flag for generation...
work->mgrId->newArchiveMask |= NEW_ARCHIVE_SAMPLE;
// add the RX check value to the data here
data.values[DATA_INDEX_rxCheckPercent] = armsg->rxPercent;
htmlmgrAddSampleValue (work->mgrId, &data, deltaArchiveIntervals);
// generate an ASCII entry in the day's browser file (if enabled)
if (dbsqliteArchiveGetRecord(armsg->dateTime, &arcRecord) == OK)
{
arcrecGenerate(&arcRecord, work->mgrId->isMetricUnits);
}
//// Hour change?
if (work->histLastHour != currHour)
{
// determine times to start for last hour:
ntime = time (NULL);
localtime_r (&ntime, &locTime);
locTime.tm_sec = 0;
locTime.tm_min = work->archiveInterval;
locTime.tm_hour = currHour;
locTime.tm_mday = currDay;
locTime.tm_mon = currMonth - 1;
locTime.tm_year = currYear - 1900;
locTime.tm_isdst = -1;
ntime = mktime (&locTime);
ntime -= WV_SECONDS_IN_HOUR;
localtime_r (&ntime, &locTime);
starthour = locTime.tm_hour;
if (dbsqliteArchiveGetAverages (work->mgrId->isMetricUnits,
work->archiveInterval,
&data,
ntime,
WV_SECONDS_IN_HOUR/SECONDS_IN_INTERVAL(work->archiveInterval))
<= 0)
{
// populate history data with ARCHIVE_VALUE_NULL
for (i = 0; i < DATA_INDEX_MAX(work->isExtendedData); i ++)
{
data.values[i] = ARCHIVE_VALUE_NULL;
data.samples[i] = 0;
}
radMsgLog (PRI_MEDIUM, "no data found for last hour...");
}
wvutilsLogEvent (PRI_STATUS, "Adding hour sample...");
// ... set the archiveAvailable flag for generation...
work->mgrId->newArchiveMask |= NEW_ARCHIVE_HOUR;
htmlmgrAddHourValue (work->mgrId, &data);
work->histLastHour = currHour;
}
//// Day change?
if (work->histLastDay != currDay)
{
// determine times to start for last day:
// normalize packed time:
ntime = time (NULL);
localtime_r (&ntime, &locTime);
locTime.tm_sec = 0;
locTime.tm_min = work->archiveInterval;
locTime.tm_hour = 0;
locTime.tm_mday = currDay;
locTime.tm_mon = currMonth - 1;
locTime.tm_year = currYear - 1900;
locTime.tm_isdst = -1;
#ifdef HAVE_TM_GMTOFF
gmtOffsetHours = locTime.tm_gmtoff/(60.0*60.0);
#else
gmtOffsetHours = gmtoffset()/(60.0*60.0);
#endif
ntime = mktime (&locTime);
ntime -= WV_SECONDS_IN_DAY;
localtime_r (&ntime, &locTime);
if (dbsqliteArchiveGetAverages (work->mgrId->isMetricUnits,
work->archiveInterval,
&data,
ntime,
WV_SECONDS_IN_DAY/SECONDS_IN_INTERVAL(work->archiveInterval))
<= 0)
{
// populate history data with ARCHIVE_VALUE_NULL
for (i = 0; i < DATA_INDEX_MAX(work->isExtendedData); i ++)
{
data.values[i] = ARCHIVE_VALUE_NULL;
data.samples[i] = 0;
}
radMsgLog (PRI_MEDIUM, "no data found for last day...");
}
else
{
// Add a day history record:
wvutilsLogEvent(PRI_STATUS, "Storing day history for %s", ctime(&ntime));
dbsqliteHistoryInsertDay(&data);
}
// ... set the archiveAvailable flag for generation...
work->mgrId->newArchiveMask |= NEW_ARCHIVE_DAY;
wvutilsLogEvent(PRI_STATUS, "Adding day sample...");
htmlmgrAddDayValue (work->mgrId, &data);
work->histLastDay = currDay;
// Start the timeout to do NOAA updates:
radProcessTimerStart(work->noaaTimer, HTML_NOAA_UPDATE_DELAY);
// ... update the sun times
sunTimesGetSunRiseSet (currYear, currMonth, currDay,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10,
RS_TYPE_SUN,
&work->mgrId->sunrise,
&work->mgrId->sunset);
sunTimesGetSunRiseSet (currYear, currMonth, currDay,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10,
RS_TYPE_CIVIL,
&work->mgrId->civilrise,
&work->mgrId->civilset);
sunTimesGetSunRiseSet (currYear, currMonth, currDay,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10,
RS_TYPE_ASTRO,
&work->mgrId->astrorise,
&work->mgrId->astroset);
sunTimesGetSunRiseSet (currYear, currMonth, currDay,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10,
RS_TYPE_MIDDAY,
&work->mgrId->midday,
&tempShort);
work->mgrId->dayLength =
sunTimesGetDayLength (currYear, currMonth, currDay,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10);
GetMoonRiseSetTimes (currYear, currMonth, currDay,
(float)gmtOffsetHours,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10,
&work->mgrId->moonrise,
NULL,
&work->mgrId->moonset,
NULL);
}
return;
}
int htmlStationInfoState (int state, void *stimulus, void *data)
{
STIM *stim = (STIM *)stimulus;
HTML_WORK *work = (HTML_WORK *)data;
int seconds;
WVIEW_MSG_STATION_INFO *msg = (WVIEW_MSG_STATION_INFO *)stim->msg;
time_t ntime;
struct tm locTime;
long offset, msOffset;
long oldSecs, newSecs;
int currDay, currMonth, currYear;
float gmtOffsetHours;
int16_t tempShort;
FILE* indicateFile;
ntime = time (NULL);
localtime_r (&ntime, &locTime);
currDay = locTime.tm_mday;
currMonth = locTime.tm_mon + 1;
currYear = locTime.tm_year + 1900;
#ifdef HAVE_TM_GMTOFF
gmtOffsetHours = locTime.tm_gmtoff/(60.0*60.0);
#else
gmtOffsetHours = gmtoffset()/(60.0*60.0);
#endif
switch (stim->type)
{
case STIM_QMSG:
if (stim->msgType == WVIEW_MSG_TYPE_STATION_INFO)
{
radMsgRouterMessageDeregister(WVIEW_MSG_TYPE_STATION_INFO);
ntime = msg->lastArcTime;
localtime_r (&ntime, &locTime);
radMsgLog (PRI_STATUS,
"received station info from wviewd: "
"%4.4d%2.2d%2.2d %2.2d:%2.2d:%2.2d",
locTime.tm_year + 1900,
locTime.tm_mon + 1,
locTime.tm_mday,
locTime.tm_hour,
locTime.tm_min,
locTime.tm_sec);
work->archiveInterval = msg->archiveInterval;
// Initialize the archive database interface:
if (dbsqliteArchiveInit() == ERROR)
{
radMsgLog (PRI_HIGH, "dbsqliteArchiveInit failed");
statusUpdateMessage("dbsqliteArchiveInit failed!");
statusUpdate(STATUS_ERROR);
return HTML_STATE_ERROR;
}
// initialize the htmlMgr now that we know the archive interval:
work->mgrId = htmlmgrInit (WVIEW_CONFIG_DIR,
work->isMetricUnits,
work->imagePath,
work->htmlPath,
work->archiveInterval,
work->isExtendedData,
work->stationName,
work->stationCity,
work->stationState,
msg->elevation,
msg->latitude,
msg->longitude,
work->mphaseIncrease,
work->mphaseDecrease,
work->mphaseFull,
work->radarURL,
work->forecastURL,
work->dateFormat,
work->isDualUnits);
if (work->mgrId == NULL)
{
radMsgLog (PRI_HIGH, "htlmgrInit failed!");
statusUpdateMessage("htlmgrInit failed!");
statusUpdate(STATUS_ERROR);
return HTML_STATE_ERROR;
}
wvstrncpy (work->mgrId->stationType,
msg->stationType,
sizeof(work->mgrId->stationType));
// ... initialize the sun times now
sunTimesGetSunRiseSet (currYear, currMonth, currDay,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10,
RS_TYPE_SUN,
&work->mgrId->sunrise,
&work->mgrId->sunset);
sunTimesGetSunRiseSet (currYear, currMonth, currDay,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10,
RS_TYPE_CIVIL,
&work->mgrId->civilrise,
&work->mgrId->civilset);
sunTimesGetSunRiseSet (currYear, currMonth, currDay,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10,
RS_TYPE_ASTRO,
&work->mgrId->astrorise,
&work->mgrId->astroset);
sunTimesGetSunRiseSet (currYear, currMonth, currDay,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10,
RS_TYPE_MIDDAY,
&work->mgrId->midday,
&tempShort);
work->mgrId->dayLength =
sunTimesGetDayLength (currYear, currMonth, currDay,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10);
GetMoonRiseSetTimes (currYear, currMonth, currDay,
(float)gmtOffsetHours,
(float)work->mgrId->stationLatitude/10,
(float)work->mgrId->stationLongitude/10,
&work->mgrId->moonrise,
NULL,
&work->mgrId->moonset,
NULL);
// ... initialize the barometric pressure trend algorithm:
radMsgLog (PRI_STATUS, "initializing barometric pressure trend");
if (htmlmgrBPTrendInit (work->mgrId, work->timerInterval/60000)
== ERROR)
{
radMsgLog (PRI_HIGH, "htmlmgrBPTrendInit failed!");
statusUpdateMessage("htmlmgrBPTrendInit failed!");
statusUpdate(STATUS_ERROR);
return HTML_STATE_ERROR;
}
// ... load up our historical stores for the history charts:
radMsgLog (PRI_STATUS, "initializing historical stores (this may take some time...)");
if (htmlmgrHistoryInit (work->mgrId) == ERROR)
{
radMsgLog (PRI_HIGH, "htmlStationInfoState: htmlmgrHistoryInit failed!");
statusUpdateMessage("htmlmgrHistoryInit failed!");
statusUpdate(STATUS_ERROR);
return HTML_STATE_ERROR;
}
// store the "last" values
ntime = time(NULL);
localtime_r (&ntime, &locTime);
work->histLastHour = locTime.tm_hour;
work->histLastDay = locTime.tm_mday;
// Initialize the HILOW database interface:
// (this cannot occur before wviewd sends us the archive time)
if (dbsqliteHiLowInit(FALSE) == ERROR)
{
radMsgLog (PRI_CATASTROPHIC, "dbsqliteHiLowInit failed!");
statusUpdateMessage("dbsqliteHiLowInit failed!");
statusUpdate(STATUS_ERROR);
return HTML_STATE_ERROR;
}
// initialize the NOAA database:
if (dbsqliteNOAAInit() == ERROR)
{
radMsgLog (PRI_CATASTROPHIC, "dbsqliteNOAAInit failed!");
statusUpdateMessage("dbsqliteNOAAInit failed!");
statusUpdate(STATUS_ERROR);
return HTML_STATE_ERROR;
}
// initialize the NOAA report generator
radMsgLog (PRI_STATUS, "NOAA: initializing reports (this may take some time...)");
work->noaaId = noaaGenerateInit (work->mgrId->imagePath,
work->isMetricUnits,
msg->latitude,
msg->longitude,
msg->elevation,
work->stationName,
work->stationCity,
work->stationState,
msg->lastArcTime);
if (work->noaaId == NULL)
{
radMsgLog (PRI_CATASTROPHIC, "noaaGenerateInit failed!");
statusUpdateMessage("noaaGenerateInit failed!");
statusUpdate(STATUS_ERROR);
return HTML_STATE_ERROR;
}
// initialize the archive record browser generator
radMsgLog (PRI_STATUS, "ARCREC: initializing archive browser files (this may take some time...)");
if (arcrecGenerateInit (work->mgrId->imagePath,
work->arcrecDaysToKeep,
work->isMetricUnits,
work->archiveInterval)
== ERROR)
{
radMsgLog (PRI_CATASTROPHIC, "arcrecGenerateInit failed!");
statusUpdateMessage("arcrecGenerateInit failed!");
statusUpdate(STATUS_ERROR);
return HTML_STATE_ERROR;
}
// initial data request then start the data acquisition timer
if (requestDataPackets (work) == ERROR)
{
radMsgLog (PRI_HIGH, "htmlStationInfoState: requestDataPackets failed!");
statusUpdateMessage("requestDataPackets failed!");
statusUpdate(STATUS_ERROR);
return HTML_STATE_ERROR;
}
radProcessTimerStart (work->rxTimer, HTML_RX_PACKETS_TIMEOUT);
// wait here until a new second arrives
ntime = time (NULL);
localtime_r (&ntime, &locTime);
oldSecs = newSecs = locTime.tm_sec;
while (oldSecs == newSecs)
{
ntime = time (NULL);
localtime_r (&ntime, &locTime);
newSecs = locTime.tm_sec;
}
/* ... start the data timer to go off at the next 5 minute
... interval plus the user offset
*/
ntime = time (NULL);
localtime_r (&ntime, &locTime);
seconds = locTime.tm_sec - 10L; // start at 10 secs past
offset = locTime.tm_min % 5L; // where are we in period?
offset = 5 - offset; // how many mins to get to "0"?
offset %= 5; // don't want "5"
offset += work->startOffset; // user start in period
if (offset == 0L) // prevent negative timeout
seconds -= 60L; // make neg so timeout is pos
if (seconds < -60L)
{
offset += 1L;
seconds += 60L;
}
radMsgLog (PRI_STATUS,
"starting html generation in %d mins %d secs",
((seconds > 0L) ? ((offset > 0L) ? offset - 1L : offset) : offset),
(seconds > 0L) ? 60L - seconds : (-1L) * seconds);
work->nextGenerationTime.tv_sec = (long)ntime + ((offset * 60L) - seconds);
work->nextGenerationTime.tv_usec = 250L * 1000L;
msOffset = 250L; // land on 250 ms mark
radProcessTimerStart (work->timer,
((((offset * 60L) - seconds) * 1000L)) + msOffset);
// 20041224 - Add an immediate generation cycle so longer
// duration archive intervals don't have to wait up to 30 minutes
// for the first generation
radMsgLog (PRI_STATUS, "doing initial html generation now...");
work->numDataReceived = 0;
statusUpdate(STATUS_RUNNING);
statusUpdateMessage("Normal operation");
// Save an indicator in the run directory so web apps know when we are up:
indicateFile = fopen (work->indicateFile, "w");
if (indicateFile == NULL)
{
radMsgLog (PRI_CATASTROPHIC, "indicator file create failed!");
statusUpdateMessage("indicator file create failed!");
statusUpdate(STATUS_ERROR);
return HTML_STATE_ERROR;
}
fprintf (indicateFile, "%d", (int)msg->lastArcTime);
fclose (indicateFile);
return HTML_STATE_DATA;
}
break;
}
return state;
}