# Look into the ASOS database and figure out the start time of various 
# sites for a given network.

import sys
sys.path.insert(0, '../lib')
import db, network
asos = db.connect('asos')
mesosite = db.connect('mesosite')

net = sys.argv[1]

table = network.Table( net )
ids = `tuple(table.sts.keys())`

rs = asos.query("SELECT station, min(valid) from alldata WHERE station in %s GROUP by station ORDER by min ASC" % (ids,)).dictresult()
for i in range(len(rs)):
  print rs[i], table.sts[rs[i]['station']]['archive_begin']
  sql = "UPDATE stations SET archive_begin = '%s' WHERE id = '%s' and network = '%s'" % (
     rs[i]['min'], rs[i]['station'], net)
  mesosite.query( sql )

# Look into the ASOS database and figure out the start time of various 
# sites for a given network.


import iemdb, network, sys
asos = iemdb.connect('asos', bypass=True)
acursor = asos.cursor()
mesosite = iemdb.connect('mesosite')
mcursor = mesosite.cursor()

net = sys.argv[1]

table = network.Table( net )
ids = `tuple(table.sts.keys())`

acursor.execute("""SELECT station, min(valid) from alldata 
  WHERE station in %s GROUP by station 
  ORDER by min ASC""" % (ids,))
for row in acursor:
    station = row[0]
    if table.sts[station]['archive_begin'] != row[1]:
        print 'Updated %s STS WAS: %s NOW: %s' % (station, 
                    table.sts[station]['archive_begin'], row[1])
  
    mcursor.execute("""UPDATE stations SET archive_begin = %s 
         WHERE id = %s and network = %s""" , (row[1], station, net) )
  
mcursor.close()
mesosite.commit()
mesosite.close()

Make the output less noisey, more informative