def recordobs(obs):
# record the provided observation dict
ct = datetime.datetime.fromtimestamp(int(obs['timestamp'])+18000) # cst to utc
storagepath='/ldm/var/data/aggregate/qualitycontrol/' # location
fprefix = 'anl-qc-' # file class prefix
filename = fprefix+ct.strftime('%Y')+'-'+ct.strftime('%m')+'-'+ct.strftime('%d')+'-'+ct.strftime('%H')+'00.nc'
if filename not in qcfiles.keys():
rootcdf = mynetcdf(storagepath, filename)
stn_id = rootcdf.addstn(obs)
rootcdf.addobs(obs, stn_id)
qcfiles[filename]=rootcdf
else:
rootcdf = qcfiles[filename]
stn_id = rootcdf.addstn(obs)
rootcdf.addobs(obs, stn_id)
filename = fprefix+"".join(x for x in obs['stn'] if x.isalnum())+".nc" # http://stackoverflow.com/a/295152 fast and nice
if filename not in stnfiles.keys():
stncdf = mynetcdf(storagepath+'Last5ByStation/', filename, rtype='stn')
stn_id = rootcdf.addstn(obs)
stncdf.addobs(obs,'0')
stncdf.close()
#stnfiles[filename]=stncdf
else:
stncdf = stnfiles[filename]
stncdf.addobs(obs,'0')
def recordobs(obs):
# take a observation dictionary and record it in a netcdf file
ct = datetime.datetime.utcnow()
storagepath = PATH
fprefix = "anl-realtime-" # file class prefix
filename = (
fprefix
+ ct.strftime("%Y")
+ "-"
+ ct.strftime("%m")
+ "-"
+ ct.strftime("%d")
+ "-"
+ ct.strftime("%H")
+ "00.nc"
)
if filename not in rtfiles.keys():
rootcdf = mynetcdf(storagepath, filename)
stn_id = rootcdf.addstn(obs)
rootcdf.addobs(obs, stn_id)
rtfiles[filename] = rootcdf
else:
rootcdf = rtfiles[filename]
stn_id = rootcdf.addstn(obs)
rootcdf.addobs(obs, stn_id)
def recordobs(obs):
# take a observation dictionary and record it in a netcdf file
ct = datetime.datetime.utcnow()
storagepath = PATH
fprefix = 'anl-realtime-' # file class prefix
filename = fprefix + ct.strftime('%Y') + '-' + ct.strftime(
'%m') + '-' + ct.strftime('%d') + '-' + ct.strftime('%H') + '00.nc'
if filename not in rtfiles.keys():
rootcdf = mynetcdf(storagepath, filename)
stn_id = rootcdf.addstn(obs)
rootcdf.addobs(obs, stn_id)
rtfiles[filename] = rootcdf
else:
rootcdf = rtfiles[filename]
stn_id = rootcdf.addstn(obs)
rootcdf.addobs(obs, stn_id)
