def __init__(self, tokens, nwsli_provider=None):
''' Constructor '''
if nwsli_provider is None:
nwsli_provider = dict()
self.line = tokens[0]
self.nwsli = nwsli_provider.get(tokens[1], NWSLI(tokens[1]))
self.severity = tokens[2]
self.cause = tokens[3]
self.beginTS = contime(tokens[4])
self.crestTS = contime(tokens[5])
self.endTS = contime(tokens[6])
self.record = tokens[7]
def test_vtec(dbcursor):
"""Simple test of VTEC parser"""
# Remove cruft first
dbcursor.execute("""
DELETE from warnings_2005 WHERE
wfo = 'JAN' and eventid = 130 and phenomena = 'TO' and
significance = 'W'
""")
dbcursor.execute("""
DELETE from sbw_2005 WHERE
wfo = 'JAN' and eventid = 130 and phenomena = 'TO' and
significance = 'W' and status = 'NEW'
""")
ugc_provider = {"MSC091": UGC("MS", "C", "091", "DARYL", ["XXX"])}
nwsli_provider = {"AMWI4": NWSLI("AMWI4", "Ames", ["XXX"], -99, 44)}
prod = vtecparser(
get_test_file("TOR.txt"),
ugc_provider=ugc_provider,
nwsli_provider=nwsli_provider,
)
assert not prod.skip_con
assert abs(prod.segments[0].sbw.area - 0.3053) < 0.0001
prod.sql(dbcursor)
# See if we got it in the database!
dbcursor.execute("""
SELECT issue from warnings_2005 WHERE
wfo = 'JAN' and eventid = 130 and phenomena = 'TO' and
significance = 'W' and status = 'NEW'
""")
assert dbcursor.rowcount == 3
dbcursor.execute("""
SELECT issue from sbw_2005 WHERE
wfo = 'JAN' and eventid = 130 and phenomena = 'TO' and
significance = 'W' and status = 'NEW'
""")
assert dbcursor.rowcount == 1
msgs = prod.get_jabbers("http://localhost", "http://localhost/")
ans = ("JAN issues Tornado Warning for "
"((MSC035)), ((MSC073)), DARYL [MS] till Aug 29, 1:15 PM CDT * AT "
"1150 AM CDT...THE NATIONAL WEATHER SERVICE HAS ISSUED A "
"TORNADO WARNING FOR DESTRUCTIVE WINDS OVER 110 MPH IN THE EYE "
"WALL AND INNER RAIN BANDS OF HURRICANE KATRINA. THESE WINDS "
"WILL OVERSPREAD MARION...FORREST AND LAMAR COUNTIES DURING "
"THE WARNING PERIOD. "
"http://localhost2005-O-NEW-KJAN-TO-W-0130_2005-08-29T16:51Z")
assert msgs[0][0] == ans
def test_vtec(dbcursor):
"""Simple test of VTEC parser"""
# Remove cruft first
dbcursor.execute("""
DELETE from warnings_2005 WHERE
wfo = 'JAN' and eventid = 130 and phenomena = 'TO' and
significance = 'W'
""")
dbcursor.execute("""
DELETE from sbw_2005 WHERE
wfo = 'JAN' and eventid = 130 and phenomena = 'TO' and
significance = 'W' and status = 'NEW'
""")
ugc_provider = {'MSC091': UGC('MS', 'C', '091', 'DARYL', ['XXX'])}
nwsli_provider = {'AMWI4': NWSLI('AMWI4', 'Ames', ['XXX'], -99, 44)}
prod = vtecparser(get_test_file('TOR.txt'),
ugc_provider=ugc_provider,
nwsli_provider=nwsli_provider)
assert not prod.skip_con
assert abs(prod.segments[0].sbw.area - 0.3053) < 0.0001
prod.sql(dbcursor)
# See if we got it in the database!
dbcursor.execute("""
SELECT issue from warnings_2005 WHERE
wfo = 'JAN' and eventid = 130 and phenomena = 'TO' and
significance = 'W' and status = 'NEW'
""")
assert dbcursor.rowcount == 3
dbcursor.execute("""
SELECT issue from sbw_2005 WHERE
wfo = 'JAN' and eventid = 130 and phenomena = 'TO' and
significance = 'W' and status = 'NEW'
""")
assert dbcursor.rowcount == 1
msgs = prod.get_jabbers('http://localhost', 'http://localhost/')
ans = ('JAN issues Tornado Warning for '
'((MSC035)), ((MSC073)), DARYL [MS] till Aug 29, 1:15 PM CDT * AT '
'1150 AM CDT...THE NATIONAL WEATHER SERVICE HAS ISSUED A '
'TORNADO WARNING FOR DESTRUCTIVE WINDS OVER 110 MPH IN THE EYE '
'WALL AND INNER RAIN BANDS OF HURRICANE KATRINA. THESE WINDS '
'WILL OVERSPREAD MARION...FORREST AND LAMAR COUNTIES DURING '
'THE WARNING PERIOD. http://localhost2005-O-NEW-KJAN-TO-W-0130')
assert msgs[0][0] == ans
def load_dicts():
"""Load up the directionaries"""
pgconn = get_dbconn("postgis")
cursor = pgconn.cursor(cursor_factory=psycopg2.extras.DictCursor)
sql = """
SELECT name, ugc, wfo from ugcs WHERE
name IS NOT Null and end_ts is null
"""
cursor.execute(sql)
for row in cursor:
nm = (row["name"]).replace("\x92", " ").replace("\xc2", " ")
wfos = re.findall(r"([A-Z][A-Z][A-Z])", row["wfo"])
ugc_dict[row["ugc"]] = UGC(
row["ugc"][:2], row["ugc"][2], row["ugc"][3:], name=nm, wfos=wfos
)
sql = """SELECT nwsli,
river_name || ' ' || proximity || ' ' || name || ' ['||state||']' as rname
from hvtec_nwsli"""
cursor.execute(sql)
for row in cursor:
nm = row["rname"].replace("&", " and ")
nwsli_dict[row["nwsli"]] = NWSLI(row["nwsli"], name=nm)
def test_simple():
""" See if we can generate a proper string from a UGCS """
nwsli = NWSLI("AMWI4", "Iowa All", ["DMX"], -99, 44)
assert nwsli.id == "AMWI4"
assert nwsli.get_name() == "Iowa All"
def test_simple():
""" See if we can generate a proper string from a UGCS """
nwsli = NWSLI('AMWI4', 'Iowa All', ['DMX'], -99, 44)
assert nwsli.id == "AMWI4"
assert nwsli.get_name() == "Iowa All"
def test_simple(self):
""" See if we can generate a proper string from a UGCS """
nwsli = NWSLI('AMWI4', 'Iowa All', ['DMX'], -99, 44)
self.assertEqual(nwsli.id, "AMWI4")
self.assertEqual(nwsli.get_name(), "Iowa All")
def test_simple(self):
""" See if we can generate a proper string from a UGCS """
nwsli = NWSLI('AMWI4', 'Iowa All', ['DMX'], -99, 44)
self.assertEqual(nwsli.id, "AMWI4")
self.assertEqual(nwsli.get_name(), "Iowa All")