def start(self, db_session, logger, process_name):
try:
smtp_server = db_session.query(SMTPServer).first()
if smtp_server is None:
logger.error('mailer: SMTP Server has not been specified')
return
email_job = db_session.query(EmailJob).filter(
EmailJob.id == self.job_id).first()
if email_job is None:
logger.error('Unable to retrieve email job: %s' % self.job_id)
return
sendmail(logger=logger,
server=smtp_server.server,
server_port=smtp_server.server_port,
sender=smtp_server.sender,
recipient=email_job.recipients,
message=email_job.message,
use_authentication=smtp_server.use_authentication,
username=smtp_server.username,
password=smtp_server.password,
secure_connection=smtp_server.secure_connection)
db_session.delete(email_job)
db_session.commit()
finally:
db_session.close()
def start(self, db_session, logger, process_name):
try:
smtp_server = db_session.query(SMTPServer).first()
if smtp_server is None:
logger.error('mailer: SMTP Server has not been specified')
return
email_job = db_session.query(EmailJob).filter(EmailJob.id == self.job_id).first()
if email_job is None:
logger.error('Unable to retrieve email job: %s' % self.job_id)
return
sendmail(
logger=logger,
server=smtp_server.server,
server_port=smtp_server.server_port,
sender=smtp_server.sender,
recipient=email_job.recipients,
message=email_job.message,
use_authentication=smtp_server.use_authentication,
username=smtp_server.username,
password=smtp_server.password,
secure_connection=smtp_server.secure_connection)
db_session.delete(email_job)
db_session.commit()
finally:
db_session.close()
def findfoc(images, doplot=False):
focus = []
fwhm = []
flux = []
for im in images:
head = pyfits.getheader(im)
foc = head['DFOCRAW']
focus.append(foc)
w, f = tharfwhm(im, silent=True)
fwhm.append(w)
flux.append(f)
p = np.polyfit(focus, fwhm, 4)
xmod = np.linspace(min(focus), max(focus), 200)
yfit = np.polyval(p, xmod)
bestfoc = xmod[np.argmin(yfit)]
bestflux = flux[np.argmin(fwhm)]
bestfoc += ucscoff
offset = startfoc - bestfoc
pl.plot(focus, fwhm, 'ko', markersize=10)
pl.plot(xmod, yfit, 'b-')
pl.ylabel('FWHM [px]')
pl.xlabel('DEWARFOCRAW')
pl.legend([
'Best focus (w/ offset): %4.3f px\n@ %d' %
(np.min(yfit), int(round(bestfoc)))
],
numpoints=1,
loc='best')
pl.savefig('dewar_focus.png')
if doplot: pl.show()
apflog("Found best focus at DEWARFOCRAW=%d" % int(round(bestfoc)))
apflog("FHWM = %4.3f" % np.min(yfit))
apflog("Max peak counts = %4.0f" % bestflux)
apflog("Offset from previous value = %+4.0f" % offset)
import mailer
msgbody = """Focused the Levy spectograph at %s Pacific local time.
Found best focus (including offset) at DEWARFOCRAW=%d
Change from previous focus = %4.0f
FHWM = %4.3f pixels
Max peak counts = %4.0f ADU\n
""" % (datetime.strftime(datetime.now(), format="%Y-%m-%d %H:%M"),
int(round(bestfoc)), int(round(offset)), np.min(yfit), bestflux)
mailer.sendmail(msgbody,
'Levy Focus',
toaddr=mailer.contacts.ucbgroup,
attachments=['dewar_focus.png'])
return int(round(bestfoc))
def findfoc(images, doplot=False):
focus = []
fwhm = []
flux = []
for im in images:
head = pyfits.getheader(im)
foc = head['DFOCRAW']
focus.append(foc)
w,f = tharfwhm(im, silent=True)
fwhm.append(w)
flux.append(f)
p = np.polyfit(focus, fwhm, 4)
xmod = np.linspace(min(focus), max(focus), 200)
yfit = np.polyval(p, xmod)
bestfoc = xmod[np.argmin(yfit)]
bestflux = flux[np.argmin(fwhm)]
bestfoc += ucscoff
offset = startfoc - bestfoc
pl.plot(focus,fwhm, 'ko', markersize=10)
pl.plot(xmod, yfit, 'b-')
pl.ylabel('FWHM [px]')
pl.xlabel('DEWARFOCRAW')
pl.legend(['Best focus (w/ offset): %4.3f px\n@ %d' % (np.min(yfit),int(round(bestfoc)))], numpoints=1, loc='best')
pl.savefig('dewar_focus.png')
if doplot: pl.show()
apflog("Found best focus at DEWARFOCRAW=%d" % int(round(bestfoc)))
apflog("FHWM = %4.3f" % np.min(yfit))
apflog("Max peak counts = %4.0f" % bestflux)
apflog("Offset from previous value = %+4.0f" % offset)
import mailer
msgbody = """Focused the Levy spectograph at %s Pacific local time.
Found best focus (including offset) at DEWARFOCRAW=%d
Change from previous focus = %4.0f
FHWM = %4.3f pixels
Max peak counts = %4.0f ADU\n
""" % (datetime.strftime(datetime.now(), format="%Y-%m-%d %H:%M"), int(round(bestfoc)), int(round(offset)), np.min(yfit), bestflux)
mailer.sendmail(msgbody, 'Levy Focus', toaddr=mailer.contacts.ucbgroup, attachments=['dewar_focus.png'])
return int(round(bestfoc))
#delta range checks
delta = current_price - old_price
#print "Current " + str(current_price)
#print "Old " + str(old_price)
contents = ""
if delta > 10:
contents += "BTC rose by 10 USD since last tick!";
elif delta > 25:
contents += "BTC rose by 25 USD since last tick!";
elif delta > 50:
contents += "BTC rose by 50 USD since last tick! Sell!";
if delta < -10:
contents += "BTC fell by 10 USD since last tick!";
elif delta < -25:
contents += "BTC fell by 25 USD since last tick!";
elif delta < -50:
contents += "BTC fell by 50 USD since last tick! Buy!";
#notify
if contents:
import mailer
mailer.sendmail(contents)
'https://www.leboncoin.fr/locations/1003044602.htm?ca=22_s',
'https://www.leboncoin.fr/locations/1003550639.htm?ca=22_s',
'https://www.leboncoin.fr/locations/1004306753.htm?ca=22_s',
'http://www.seloger.com/annonces/locations/appartement/cagnes-sur-mer-06/le-cros-de-cagnes/98672799.htm?ci=60018,60027,60152,60161&idtt=1&idtypebien=1,2&org=advanced_search&pxmax=800&surfacemin=35',
'http://www.seloger.com/annonces/locations/appartement/cagnes-sur-mer-06/le-cros-de-cagnes/98672799.htm?ci=60018,60027,60152,60161&idtt=1&idtypebien=1,2&org=advanced_search&pxmax=800&surfacemin=30'
'http://www.seloger.com/annonces/locations/appartement/cagnes-sur-mer-06/le-cros-de-cagnes/98672799.htm?ci=60018,60027,60152,60161&idtt=1&idtypebien=1,2&org=advanced_search&pxmax=800&surfacemin=40',
'https://www.leboncoin.fr/locations/1001732980.htm?ca=22_s',
]
res=[]
for key, urlname in dicts.items():
result=globals()[key].parse(urlname)
if result is None:
msg='Problem with parser: '+d
mailer.sendmail(msg)
sys.exit(msg)
res += result
message=''
for r in res:
r['price per meter'] = float(r['price'])/float(r['surface'])
res.sort( key=lambda x: x['price per meter'])
def formatMsg(d, hyperlink=False):
s="<td>"
if hyperlink: s+= '<a href="'+ r['url'] + '">'
s+='<font size="5">' + d.encode('ascii','ignore') + '</font>'