def ingestData(data):
if data is None or data == "":
return
tokens = re.split("\s+", data)
if len(tokens) != 14:
return
siteID = tokens[1]
if tokens[2] != "Min" and tokens[2] != "Max":
if siteID not in db:
db[siteID] = nwnformat.nwnformat()
db[siteID].raw = tokens
db[siteID].parseLineRT(tokens)
def ingestData(data):
if data is None or data == "":
return
tokens = re.split("\s+", data)
if len(tokens) != 14:
return
siteID = tokens[1]
if tokens[2] != "Min" and tokens[2] != "Max":
if siteID not in db:
db[siteID] = nwnformat.nwnformat()
db[siteID].raw = tokens
db[siteID].parseLineRT(tokens)
def ingest_data(data):
"""
I actually ingest the data
"""
if data is None or data == "":
return
tokens = re.split("\s+", data)
if len(tokens) != 14:
return
siteID = tokens[1]
if siteID not in DB:
DB[siteID] = nwnformat.nwnformat()
DB[siteID].sid = int(siteID)
DB[siteID].nwsli = find_nwsli(int(siteID))
DB[siteID].network = NT.sts.get(DB[siteID].nwsli, {"network": None})["network"]
DB[siteID].updated = False
DB[siteID].parseLineRT(tokens)
DB[siteID].updated = True
def test_basic():
''' basic test of constructor '''
n = nwnformat.nwnformat()
n.sid = 100
n.parseLineRT(('A 263 14:58 07/16/15 S 09MPH 000K 460F 460F '
'100% 29.66F 00.00"D 00.00"M 00.00"R').split())
n.parseMaxLineRT(('A 263 Max 07/16/15 S 21MPH 000K 460F 460F '
'100% 29.81" 00.00"D 00.00"M 00.00"R').split())
n.parseMaxLineRT(('A 263 Min 07/16/15 S 01MPH 000K 460F 882F '
'100% 29.65" 00.00"D 00.00"M 00.00"R').split())
n.parseLineRT(('A 263 14:59 07/16/15 S 19MPH 000K 460F 460F '
'100% 29.66F 00.00"D 00.00"M 00.00"R').split())
# n.setTS("BAH")
# self.assertEqual(n.error, 100)
n.setTS("07/16/15 14:58:50")
n.sanityCheck()
n.avgWinds()
n.currentLine()
n.maxLine()
n.minLine()
assert abs(n.pres - 29.66) < 0.01
def test_basic(self):
''' basic test of constructor '''
n = nwnformat.nwnformat()
n.sid = 100
n.parseLineRT(('A 263 14:58 07/16/15 S 09MPH 000K 460F 460F '
'100% 29.66F 00.00"D 00.00"M 00.00"R').split())
n.parseMaxLineRT(('A 263 Max 07/16/15 S 21MPH 000K 460F 460F '
'100% 29.81" 00.00"D 00.00"M 00.00"R').split())
n.parseMaxLineRT(('A 263 Min 07/16/15 S 01MPH 000K 460F 882F '
'100% 29.65" 00.00"D 00.00"M 00.00"R').split())
n.parseLineRT(('A 263 14:59 07/16/15 S 19MPH 000K 460F 460F '
'100% 29.66F 00.00"D 00.00"M 00.00"R').split())
# n.setTS("BAH")
# self.assertEqual(n.error, 100)
n.setTS("07/16/15 14:58:50")
n.sanityCheck()
n.avgWinds()
n.currentLine()
n.maxLine()
n.minLine()
self.assertAlmostEqual(n.pres, 29.66, 2)
def test_basic():
""" basic test of constructor """
n = nwnformat.nwnformat()
n.sid = 100
n.parseLineRT(("A 263 14:58 07/16/15 S 09MPH 000K 460F 460F "
'100% 29.66F 00.00"D 00.00"M 00.00"R').split())
n.parseMaxLineRT(("A 263 Max 07/16/15 S 21MPH 000K 460F 460F "
'100% 29.81" 00.00"D 00.00"M 00.00"R').split())
n.parseMaxLineRT(("A 263 Min 07/16/15 S 01MPH 000K 460F 882F "
'100% 29.65" 00.00"D 00.00"M 00.00"R').split())
n.parseLineRT(("A 263 14:59 07/16/15 S 19MPH 000K 460F 460F "
'100% 29.66F 00.00"D 00.00"M 00.00"R').split())
# n.setTS("BAH")
# self.assertEqual(n.error, 100)
n.setTS("07/16/15 14:58:50")
n.sanityCheck()
n.avgWinds()
n.currentLine()
n.maxLine()
n.minLine()
assert abs(n.pres - 29.66) < 0.01
def ingest_data(data):
"""
I actually ingest the data
"""
if data is None or data == "":
return
tokens = re.split("\s+", data)
if len(tokens) != 14:
return
siteID = tokens[1]
if siteID not in DB:
DB[siteID] = nwnformat.nwnformat()
DB[siteID].sid = int(siteID)
DB[siteID].nwsli = find_nwsli(int(siteID))
DB[siteID].network = NT.sts.get(DB[siteID].nwsli,
{'network': None})['network']
DB[siteID].updated = False
DB[siteID].parseLineRT(tokens)
DB[siteID].updated = True
def processFile(self, filename):
id = self.filedict[filename]
n = nwnformat.nwnformat()
cf = configparser.ConfigParser()
try:
cf.read(filename)
except Exception as exp:
print(exp)
return
if len(cf.sections()) != 3:
log.msg("%s %s %d" % (id, 'Short read', len(cf.sections())))
return
try:
n.sid = id
n.setTS( cf.get("Current Values", "Time") )
n.parseWind( cf.get("Current Values", "Wind") )
n.setRad( cf.get("Current Values", "Solar") )
p = cf.get("Current Values", "Temperature")
if (p != "Missing"):
n.tmpf = int(float(p))
p = cf.get("Current Values", "Humidity")
if (p != "Missing"):
n.humid = int(float(p))
p = cf.get("Current Values", "Pressure")
if (p != "Missing"):
n.pres = float(p)
n.presTend = "R"
""" Ugly precip logic, have to do something tho.... """
# Get value from the datafile
n.parsePDay( cf.get("Current Values", "RainForDay") )
pDay = n.pDay
lastPDay = self.pDayDict[id]
yyyymm = int( n.ts.strftime("%Y%m") )
lastYYYYMM = self.monthDict[id]
if (lastYYYYMM < yyyymm): # Reset month dict to zero
self.pMonthDict[id] = 0 #
self.monthDict[id] = yyyymm
self.writePMonth()
# pDay is smaller, then we should add to month dict
if (pDay < lastPDay):
self.pMonthDict[id] += lastPDay
self.writePMonth()
pMonth = self.pMonthDict[id] + pDay
self.pDayDict[id] = pDay
#n.parsePDay( cf.get("Current Values", "RainForDay") )
n.setPMonth(pMonth)
p = cf.get("High Values", "HighTemperature")
if (p != "Missing"):
n.xtmpf = int(float(p))
p = cf.get("Low Values", "LowTemperature")
if (p != "Missing"):
n.ntmpf = int(float(p))
p = cf.get("High Values", "HighWind")
if (p != "Missing"):
n.xsped = int(float(p))
n.sanityCheck()
except Exception as exp:
n.error = 1000
print(exp)
if n.error not in [0, 101]:
print("ERROR %s IS %s" % (id, n.error))
if n.error == 0:
self.sendData(n.currentLine())
reactor.callLater(1, self.sendData, n.maxLine())
reactor.callLater(2, self.sendData, n.minLine())
