def get_inadefinfo(nr):
number = int(nr)
maindir = inaconf.maindir
params = inafiles.getmaildata()
locname = inafiles.getclearloc(inaconf.get_camlocations(), number)
return {'login': params['mail'] % (number), 'pwd': params['pwd'] % (number), 'name': 'Inadef Cam %d-%s' % (number, locname[0]),
'rec': inafiles.get_cam_receipients(number), 'host': params['host'], 'outhost': params['outhost']}
def getmeteoforcam(camnr):
nr = int(camnr)
locdata = inafiles.getlocationdata(inaconf.get_camlocations(), nr)
locnr = int(locdata[1])
summary = pd.DataFrame(getsummary(locnr))
print(summary)
return summary
def get_camdir(camnr):
maindir = inaconf.maindir
loc = getlocationdata(inaconf.get_camlocations(), camnr)
for thing in os.listdir(maindir):
if os.path.isdir(os.path.join(
maindir,
thing)) and thing[0:7] == 'cam_%d_%d' % (loc[1], camnr):
return os.path.join(maindir, thing)
def dirlocationchange():
maindir = inaconf.maindir
locations = inaconf.get_camlocations()
for thing in os.listdir(maindir):
if os.path.isdir(os.path.join(maindir,
thing)) and thing[0:4] == 'cam_':
camnr = int(os.path.basename(thing)[6])
camloc, locnr = getloc(locations, camnr)
newname = 'cam_%s_%d%s' % (locnr, camnr, camloc)
if newname != thing:
try:
os.rename(os.path.join(maindir, thing),
os.path.join(maindir, newname))
print('renamed directory %s to %s' %
(os.path.join(maindir, thing), newname))
except:
print('can' 't rename right now. Will try later.')
def send_mails(camnr):
i = int(camnr)
alerts, cautions, batts, gaps, meteodata, current = inamailer.alerts[i], inamailer.cautions[i], inamailer.batts[i], inamailer.gaps[i], inamailer.meteodata[i], inamailer.current[i]
locations = inaconf.get_camlocations()
locname = inafiles.getclearloc(locations, i)[0]
locnr = int(inafiles.getclearloc(locations, i)[1])
currenttext = 'Current Images (last %d days):\n'%(inaconf.lastn)
for cur in current:
currenttext = currenttext+'\nFile %s (%s)'%(cur['file'], cur['date'].strftime(inaconf.datehumanfmt))
attachments = []
for loc in inamailer.locplots[locnr]:
attachments.append(loc['plotfile'])
reportname = 'Inadef report (%s), %s'%(locname, datetime.now().strftime(inaconf.datehumanfmt))
subjectmode = 'Notification: '
alerttext ='\n\nReflector alerts:'
gaptext='\nGaps:'
if len(gaps)>0:
subjectmode = 'Alert! '
gaptext = 'Alert: Camera not delivering images at expected frequency (1 image/24h)'
for gap in gaps:
gaptext = gaptext + '\nUnexpected gap: img %s - %s'% (gap['prevdate'].strftime(inaconf.datehumanfmt), gap['date'].strftime(inaconf.datehumanfmt))
for alert in alerts:
date, time = inafiles.read_timedate_from_filename(alert[1])
attachments = attachments+alerts[2]
camstr = inafiles.getclearloc(locations, i)
text = 'Alert: Cam %d (%s) - on %s reflector presumably missing! See attachment.'%(i, camstr[0], camdate.strftime(inaconf.datelogfmt))
alerttext = alerttext + '\n' + text
subjectmode = 'Alert! '
cautiontext='\n\nReflector cautions:'
for caution in cautions:
date = inafiles.datetime_from_file(caution[2][0])
attachments = attachments+caution[2]
camstr = inafiles.getclearloc(locations, i)
text = 'caution: Cam %d (%s) - on %s reflector not clearly detected. See attachment.'%(i, camstr[0], date.strftime(inaconf.datehumanfmt))
cautiontext = cautiontext + '\n' + text
meteotext ='\n\nMeteorological station data:'
if len (meteodata)>0:
avg = meteodata['total'].mean()
first = meteodata['start'].min().strftime(inaconf.datehumanfmt)
last = meteodata['end'].max().strftime(inaconf.datehumanfmt)
devices = ';'.join(meteodata['device'])
meteotext = meteotext+'\n%s: total precipitation - %.1f mm from %s - %s'%(devices, avg, first, last)
for device in meteodata.iterrows():
meteotext = meteotext+'\nBattery level last 24h (%s): %.f percent'%(device[1]['device'], device[1]['batt'])
tlctext =''
relevanttlc = []
if len(inamailer.tlcdata) > 0:
tlctext = '\n\nTimelapse Camera data:'
relevanttlc = inamailer.tlcdata.loc[inamailer.tlcdata['location']==locnr]
for rel in relevanttlc.iterrows():
tlctext = tlctext + '\nCam "%s" read and refreshed on %s'%(rel[1]['direction'], rel[1]['refreshdate'].strftime(inaconf.datehumanfmt))
tlcs = inafiles.readtlc()
tlcs = tlcs.loc[tlcs['location']==locnr]
for tlc in tlcs.iterrows():
lastrefresh = datetime(2020,1,1)
if len(relevanttlc) > 0:
relevantentries = relevanttlc.loc[relevanttlc['tlcid']==tlc[1]['tlcid']]
if len(relevantentries)>0:
lastrefresh = relevantentries['refreshdate'].max()
runningfordays = (datetime.now() - lastrefresh.replace(tzinfo=None)).days
else: runningfordays = 1000
tlctext = tlctext + '\n\nTLC Running time since last refresh:'
tlctext = tlctext + '\nCam "%s - %s": %d days' % (locname, tlc[1]['direction'], runningfordays)
batttext = '\n\nTrailcam Battery data:'
if batts[len(batts)-1][0] <= inaconf.battwarning:
camstr = inafiles.getclearloc(locations, i)
batttext = 'Battery notification: Level of cam %d (%s) low - last reading below %.f percent'%(i, camstr[0], 100*inaconf.battwarning)
subjectmode = 'Alert! '
for j in range(len(batts)):
batttext = '\n'.join([batttext, 'Level on %s: %.f percent'%(batts[j][1].strftime(inaconf.datehumanfmt), batts[j][0]*100)])
mailtext = '\n'.join([currenttext, gaptext, alerttext,cautiontext, batttext, tlctext, meteotext])
inamailer.send_inadefmail(camnr=camnr, text=mailtext, rec_name='Inadef mail checker', subject=subjectmode + reportname,
attachments=attachments, maindir=inaconf.maindir)