def Display(self):
fetcher = pymetar.ReportFetcher()
report = fetcher.FetchReport(self.icao)
parser = pymetar.ReportParser()
parser.ParseReport(report)
temperature = report.getTemperatureCelsius()
# NOTE(damonkohler): There is no 'Weather' heading for clear weather.
weather = report.getWeather() or 'Clear'
self.pert.Clear()
self.pert.WrapMessage('%d\xdfC %s' % (temperature, weather))
def get_metar(station): '''fetch the METAR for a given station and return a pymetar object''' wx_fetcher = pymetar.ReportFetcher() dest = station + '.TXT' if not os.path.exists(dest): # pull from network raw_report = wx_fetcher.FetchReport(station) data = urllib2.urlopen(raw_report.reporturl).read() fd = open(dest, 'a+') fd.write(data) fd.close() else: # use local cache fd = open(dest) report_text = fd.read() fd.close() raw_report = wx_fetcher.MakeReport(station, report_text) wx_parser = pymetar.ReportParser() wx_report = wx_parser.ParseReport(raw_report) return wx_report
def run(self):
print("Starting scanner for ", self.station)
while self.shouldRun():
try:
report = self.io.FetchReport(self.station)
pymetar.ReportParser().ParseReport(report)
rtime = iso2sec(report.getISOTime())
report._updatetime = rtime
#print('update',report.getISOTime(),rtime,self.lastUpdate)
if self.lastUpdate is not None:
if self.lastUpdate >= rtime:
#print('No update, Wait a little longer next time')
self.updatePeriod = self.initPeriod
else: # self.lastUpdate < rtime
#print('Got an update')
self.updatePeriod = rtime - self.lastUpdate
self.updatePeriod = max(
self.minPeriod,
min(self.updatePeriod, self.maxPeriod))
self.updatePeriod += 15 * 60.0
self.scan.interrupt(reason=report)
else:
self.scan.interrupt(reason=report)
self.lastUpdate = rtime
except Exception as e:
print("download error for", self.station, ":", e)
self.updatePeriod = self.initPeriod
self.intscan.interrupt()
#print('Waiting',self.updatePeriod)
self.sleep(self.updatePeriod)
print('Done')
from gps import * # GPS
# ========================
# Switches
# ========================
t1 = os.getpid()
DEBUG = 1
LOGGER = 0
# ========================
# Metar declare
# ========================
station = "KPNE"
rf=pymetar.ReportFetcher(station)
rep=rf.FetchReport()
rp=pymetar.ReportParser()
pr=rp.ParseReport(rep)
locAS = 1013.25
# ========================
# COSM variables
# ========================
#API_KEY = '1nmfR0zAp8X0jB27soRr6qCxk_iSAKx5NUJHNGJYajZobz0g'
#FEED = 79880
#API_URL = '/v2/feeds/{feednum}.xml' .format(feednum = FEED)
# ========================
# Setup
# ========================
class BmpPoller(threading.Thread):
def getWeather(station):
rf = pymetar.ReportFetcher(station)
rep = rf.FetchReport()
rp = pymetar.ReportParser()
return rp.ParseReport(rep)
def get_report(self, report_fetcher):
# Fetching the report may take a couple of seconds
fetched_report = report_fetcher.FetchReport()
return metar.ReportParser(fetched_report).ParseReport()
def getWeather():
fetch = pymetar.ReportFetcher(weatherCode)
pars = pymetar.ReportParser(fetch.FetchReport())
pars.ParseReport()
uinterface.console.AppendText(
str(pars.Report.temp) + " C " + str(pars.Report.weather) + "\n")
def retrieve_report(self):
rf = pymetar.ReportFetcher(self.station)
rep = rf.FetchReport()
rp = pymetar.ReportParser()
return rp.ParseReport(rep)
