def test_read():
"""Can we process an entire file?"""
for line in get_test_file("NCEI/DS3505.txt", fponly=True):
data = parser(line.decode('ascii').strip(), 'ENJA')
assert data is not None
for line in get_test_file("NCEI/DS3505_KAMW_2016.txt", fponly=True):
data = parser(line.decode('ascii').strip(), 'KAMW')
assert data is not None
def test_read():
"""Can we process an entire file?"""
for line in get_test_file("NCEI/DS3505.txt", fponly=True):
data = ds3505.parser(line.decode("ascii").strip(), "ENJA")
assert data is not None
for line in get_test_file("NCEI/DS3505_KAMW_2016.txt", fponly=True):
data = ds3505.parser(line.decode("ascii").strip(), "KAMW")
assert data is not None
def test_171023():
"""This failed"""
msg = ("0174030750999991977080406004+58450-003083FM-12+0039EGPC "
"V0209991C00001066001CN0750001N9+00901+00801101131ADDAJ10000"
"9199999999AY111999GA1011+006009089GA2031+036009039GA3061+"
"066009029GF107991021081008001031061MD1710131+9999MW1021WG"
"199999999999REMSYN02920310 70307 81820 83362 86272")
data = ds3505.parser(msg, "KAMW", add_metar=True)
assert data is not None
msg = ("0067030750999991999102018004+58450-003080FM-12+0039EGPC "
"V02099999999999999999N9999999N1+99999+99999999999REMSYN058"
"AAXX 20184 03075 46/// ///// 1//// 2//// 4//// 5//// 333;")
data = ds3505.parser(msg, "EGPC", add_metar=True)
assert data is not None
def test_precip_6group():
"""3 hour precip"""
# 2016-08-12 02:53:00
# KAMW 120253Z AUTO 36012KT 1 1/4SM +TSRA BR SCT005
# SCT009 OVC014 21/21 A2991 RMK AO2 WSHFT 0219 LTG DSNT ALQDS
# RAE00B24 TSE0155B27 SLP119 P0080 60232 T02110211 53037
msg = (
"0463725472949892016081202537+41991-093619FM-15+0291KAMW V03"
"03605N00625004275MN0020125N5+02115+02115101195ADDAA10102069"
"5AA203058991AU107000025AU230020035AU300001015AW1105AW2635AW"
"3905AW4951GA1045+001525999GA2045+002745999GA3085+004275999"
"GD12991+0015259GD22991+0027459GD34991+0042759GE19MSL "
"+99999+99999GF199999999999001521999999MA1101295097845"
"MD1390379+9999REMMET18308/11/16 20:53:02 METAR KAMW "
"120253Z 36012KT 1 1/4SM +TSRA BR SCT005 SCT009 "
"OVC014 21/21 A2991 RMK AO2 WSHFT 0219 LTG DSNT "
"ALQDS RAE00B24 TSE0155B27 SLP119 P0080 60232 "
"T02110211 53037EQDQ01 05898PRCP03"
)
data = parser(msg, 'KAMW', add_metar=True)
# NOTE, this should be 0.80 instead of 0.81 !?!?!, NCDC wrong?
ans = ("KAMW 120253Z AUTO 36012KT 1 1/4SM +TSRA BR "
"SCT005 SCT009 OVC014 21/21 A2991 RMK P0081 60232 "
"SLP119 T02110211 53037 IEM_DS3505")
assert data['metar'] == ans
def test_171023():
"""This failed"""
msg = (
"0174030750999991977080406004+58450-003083FM-12+0039EGPC "
"V0209991C00001066001CN0750001N9+00901+00801101131ADDAJ10000"
"9199999999AY111999GA1011+006009089GA2031+036009039GA3061+"
"066009029GF107991021081008001031061MD1710131+9999MW1021WG"
"199999999999REMSYN02920310 70307 81820 83362 86272")
data = parser(msg, 'KAMW', add_metar=True)
assert data is not None
msg = (
"0067030750999991999102018004+58450-003080FM-12+0039EGPC "
"V02099999999999999999N9999999N1+99999+99999999999REMSYN058"
"AAXX 20184 03075 46/// ///// 1//// 2//// 4//// 5//// 333;")
data = parser(msg, 'EGPC', add_metar=True)
assert data is not None
def main(argv):
"""Go"""
pgconn = get_dbconn('asos')
airforce = int(argv[1])
wban = int(argv[2])
faa = argv[3]
year = int(argv[4])
year2 = int(argv[5])
failedyears = []
msgs = []
for year in tqdm.tqdm(range(year, year2)):
sts = utc(year, 1, 1)
ets = sts.replace(year=year + 1)
cursor = pgconn.cursor()
lfn = "%06i-%05i-%s" % (airforce, wban, year)
if not os.path.isfile(lfn):
fn = "ftp://ftp.ncdc.noaa.gov/pub/data/noaa/%s/%s.gz" % (year, lfn)
subprocess.call("wget -q -O %s.gz %s" % (lfn, fn), shell=True)
if (not os.path.isfile(lfn + ".gz")
or os.path.getsize(lfn + ".gz") == 0):
failedyears.append(year)
continue
subprocess.call("gunzip %s.gz" % (lfn, ),
shell=True,
stderr=subprocess.PIPE)
added = 0
bad = 0
removed = 0
skipped = 0
# ignore any bad bytes, sigh
for line in open(lfn, errors='ignore'):
data = ds3505.parser(line.strip(), faa, add_metar=True)
if data is None:
bad += 1
continue
if added == 0:
dbid = faa if len(faa) == 4 and faa[0] != 'K' else faa[1:]
cursor.execute(
"""
DELETE from alldata where station = %s
and valid >= %s and valid < %s
""", (dbid, sts, ets))
if cursor.rowcount > 0:
print("deleted %s rows for %s" % (cursor.rowcount, dbid))
removed = cursor.rowcount
res = ds3505.sql(cursor, faa, data)
if res is None:
skipped += 1
else:
added += 1
msgs.append(
(" %s: %s added: %s removed: %s bad: %s"
" skipped: %s") % (year, faa, added, removed, bad, skipped))
cursor.close()
pgconn.commit()
year += 1
print(" failed years: %s" % (failedyears, ))
print("\n".join(msgs))
def test_171024():
"""Bad parse for ALO"""
msg = ("0088999999949101950010113005+42550-092400SAO +026599999V02"
"099999000050000049N000000599+00224+00175999999EQDN01 00000"
"JPWTH 1QNNG11 1 00000K11 1 00035L11 1 00000N11 1 00000S11 "
"1 00036W11 1 00000")
data = ds3505.parser(msg, "ALO", add_metar=True)
ans = "ALO 011300Z AUTO 0SM 02/02 RMK T00220017 IEM_DS3505"
assert data["metar"] == ans
def test_171024():
"""Bad parse for ALO"""
msg = ("0088999999949101950010113005+42550-092400SAO +026599999V02"
"099999000050000049N000000599+00224+00175999999EQDN01 00000"
"JPWTH 1QNNG11 1 00000K11 1 00035L11 1 00000N11 1 00000S11 "
"1 00036W11 1 00000")
data = parser(msg, 'ALO', add_metar=True)
ans = "ALO 011300Z AUTO 0SM 02/02 RMK T00220017 IEM_DS3505"
assert data['metar'] == ans
def test_badtemp():
"""Station had obviously bad temperature, see what QC said"""
msg = ("0171030750999992005041908204+58450-003083FM-15+0036EGPC "
"V0201401N004612200019N0112651N1+99999+99999999999ADDGA1021"
"+009609999GF102991999999999999999999MA1100911999999MW1001"
"REMMET045EGPC 190820Z 14009KT 9999 FEW032 35/33 Q1009;"
"EQDQ01+003503ATOT Q02+003303ATOD Q03+000000PRSWM2")
data = ds3505.parser(msg, "EGPC", add_metar=True)
ans = "EGPC 190820Z AUTO 14009KT 7SM A2980 RMK IEM_DS3505"
assert data["metar"] == ans
def test_basic():
"""Can we parse it, yes we can"""
msg = ("0114010010999991988010100004+70933-008667FM-12+0009ENJA "
"V0203301N01851220001CN0030001N9-02011-02211100211ADDAA10"
"6000091AG14000AY131061AY221061GF102991021051008001001001"
"MD1710141+9999MW1381OA149902631REMSYN011333 91151")
data = ds3505.parser(msg, "ENJA", add_metar=True)
assert data is not None
ans = ("ENJA 010000Z AUTO 33036KT 2SM "
"M20/M22 RMK SLP021 T12011221 57014 IEM_DS3505")
assert data["metar"] == ans
def test_issue298_precip():
"""Test what our code does with AH precip fields."""
msg = (
"0083010010999991988123100004+70933-008667FM-12+0009ENJA "
"V0202801N01181004201CN0010001N9-01061-01191101621ADDAA106000591"
"AG10000AY181061AY231061GF107991071091004501001001MD1210451+9999MW1851"
)
data = ds3505.parser(msg, "ENJA", add_metar=True)
ans = ("ENJA 310000Z AUTO 28023KT 1SM M11/M12 RMK 60002 SLP162 "
"T11061119 52045 IEM_DS3505")
assert data["metar"] == ans
def test_altimeter():
"""See what we are doing with altimeter and SLP"""
msg = ("0125030750999992013102322004+58450-003083FM-12+003699999"
"V0202501N009819999999N030000199+00671+00351099051ADDMA"
"1999990098611MD1110201+9990OD139901441999REMSYN07003075 "
"45980 /2519 10067 20035 39861 49905 51020 333 8//99 90710 "
"91128=")
data = ds3505.parser(msg, "EGPC", add_metar=True)
ans = ("EGPC 232200Z AUTO 25019KT 19SM 07/04 RMK "
"SLP905 T00670035 51020 IEM_DS3505")
assert data["metar"] == ans
def test_badtemp():
"""Station had obviously bad temperature, see what QC said"""
msg = (
"0171030750999992005041908204+58450-003083FM-15+0036EGPC "
"V0201401N004612200019N0112651N1+99999+99999999999ADDGA1021"
"+009609999GF102991999999999999999999MA1100911999999MW1001"
"REMMET045EGPC 190820Z 14009KT 9999 FEW032 35/33 Q1009;"
"EQDQ01+003503ATOT Q02+003303ATOD Q03+000000PRSWM2")
data = parser(msg, 'EGPC', add_metar=True)
ans = "EGPC 190820Z AUTO 14009KT 7SM A2980 RMK IEM_DS3505"
assert data['metar'] == ans
def main(argv):
"""Go"""
pgconn = psycopg2.connect(database='asos', host='iemdb')
airforce = int(argv[1])
wban = int(argv[2])
faa = argv[3]
year = int(argv[4])
year2 = int(argv[5])
failedyears = []
msgs = []
for year in tqdm.tqdm(range(year, year2)):
sts = datetime.datetime(year, 1, 1).replace(tzinfo=pytz.utc)
ets = sts.replace(year=year+1)
cursor = pgconn.cursor()
lfn = "%06i-%05i-%s" % (airforce, wban, year)
if not os.path.isfile(lfn):
fn = "ftp://ftp.ncdc.noaa.gov/pub/data/noaa/%s/%s.gz" % (year, lfn)
subprocess.call("wget -q -O %s.gz %s" % (lfn, fn),
shell=True)
if (not os.path.isfile(lfn+".gz") or
os.path.getsize(lfn+".gz") == 0):
failedyears.append(year)
continue
subprocess.call("gunzip %s.gz" % (lfn, ), shell=True,
stderr=subprocess.PIPE)
added = 0
bad = 0
removed = 0
skipped = 0
for line in open(lfn):
data = ds3505.parser(line.strip(), faa, add_metar=True)
if data is None:
bad += 1
continue
if added == 0:
cursor.execute("""
DELETE from alldata where station = %s
and valid >= %s and valid < %s
""", (faa, sts, ets))
removed = cursor.rowcount
res = ds3505.sql(cursor, faa, data)
if res is None:
skipped += 1
else:
added += 1
msgs.append((" %s: %s added: %s removed: %s bad: %s"
" skipped: %s") % (year, faa, added, removed, bad,
skipped))
cursor.close()
pgconn.commit()
year += 1
print(" failed years: %s" % (failedyears, ))
print("\n".join(msgs))
def test_basic():
"""Can we parse it, yes we can"""
msg = (
"0114010010999991988010100004+70933-008667FM-12+0009ENJA "
"V0203301N01851220001CN0030001N9-02011-02211100211ADDAA10"
"6000091AG14000AY131061AY221061GF102991021051008001001001"
"MD1710141+9999MW1381OA149902631REMSYN011333 91151")
data = parser(msg, 'ENJA', add_metar=True)
assert data is not None
ans = ('ENJA 010000Z AUTO 33036KT 2SM '
'M20/M22 RMK SLP021 T12011221 57014 IEM_DS3505')
assert data['metar'] == ans
def test_200519():
"""Found another issue with BRO."""
msg = (
"0251722500129191995040600003+25900-097433SY-SA+0006BRO "
"V0201405N004652200019N0160001N1+02445+01835100815ADDAA101000095AA2"
"06000091AG10000GF100991001001999999001001GP10060021701024053201027"
"006401024GQ100600732926889GR100600393913669MA1100811100755REMSYN015 "
"333 555 90600;AWY022FEW CU TIDE DEP 00///;QNNKA1 0 00065MA1D0 "
"29750QA1 0 10081SA1 0 00076YA1 0 14009")
data = ds3505.parser(msg, "BRO", add_metar=True)
ans = ("BRO 060000Z AUTO 14009KT 10SM 24/18 A2977 "
"RMK SLP081 T02440183 IEM_DS3505")
assert data["metar"] == ans
def test_metar2():
"""Can we do more"""
# KAMW 010853Z AUTO 30013KT 10SM OVC017 M05/M08 A3028 RMK
# AO2 SLP266 T10501083 55004
msg = ("0232725472949892016010108537+41991-093619FM-15+0291KAMW "
"V0303005N00675005185MN0160935N5-00505-00835102665ADDAA1"
"01000095GA1085+005185999GD14991+0051859GE19MSL +99999+"
"99999GF199999999999005181999999MA1102545099065MD1590049+"
"9999REMMET10101/01/16 02:53:02 METAR KAMW 010853Z 30013KT "
"10SM OVC017 M05/M08 A3028 RMK AO2 SLP266 T10501083 55004")
data = ds3505.parser(msg, "KAMW", add_metar=True)
ans = ("KAMW 010853Z AUTO 30013KT 10SM OVC017 M05/M08 "
"A3028 RMK SLP266 T10501083 55004 IEM_DS3505")
assert data["metar"] == ans
def test_altimeter():
"""See what we are doing with altimeter and SLP"""
msg = (
"0125030750999992013102322004+58450-003083FM-12+003699999"
"V0202501N009819999999N030000199+00671+00351099051ADDMA"
"1999990098611MD1110201+9990OD139901441999REMSYN07003075 "
"45980 /2519 10067 20035 39861 49905 51020 333 8//99 90710 "
"91128="
)
data = parser(msg, 'EGPC', add_metar=True)
ans = (
"EGPC 232200Z AUTO 25019KT 19SM 07/04 RMK "
"SLP905 T00670035 51020 IEM_DS3505")
assert data['metar'] == ans
def test_metar():
"""Can we replicate an actual METAR"""
# IEM METAR database has this for 1 Jan 2016
# KAMW 010713Z AUTO 29013KT 10SM BKN017 OVC033 M05/M08 A3028 RMK
# AO2 T10501083
msg = ("0232725472949892016010107137+41991-093619FM-16+0291KAMW "
"V0302905N00675005185MN0160935N5-00505-00835999999ADDGA1075+"
"005185999GA2085+010065999GD13991+0051859GD24991+0100659"
"GE19MSL +99999+99999GF199999999999005181999999MA1102545"
"099065REMMET09501/01/16 01:13:02 SPECI KAMW 010713Z "
"29013KT 10SM BKN017 OVC033 M05/M08 A3028 RMK AO2 T10501083")
data = ds3505.parser(msg, "KAMW", add_metar=True)
ans = ("KAMW 010713Z AUTO 29013KT 10SM BKN017 OVC033 "
"M05/M08 A3028 RMK T10501083 IEM_DS3505")
assert data["metar"] == ans
def test_metar2():
"""Can we do more"""
# KAMW 010853Z AUTO 30013KT 10SM OVC017 M05/M08 A3028 RMK
# AO2 SLP266 T10501083 55004
msg = (
"0232725472949892016010108537+41991-093619FM-15+0291KAMW "
"V0303005N00675005185MN0160935N5-00505-00835102665ADDAA1"
"01000095GA1085+005185999GD14991+0051859GE19MSL +99999+"
"99999GF199999999999005181999999MA1102545099065MD1590049+"
"9999REMMET10101/01/16 02:53:02 METAR KAMW 010853Z 30013KT "
"10SM OVC017 M05/M08 A3028 RMK AO2 SLP266 T10501083 55004")
data = parser(msg, 'KAMW', add_metar=True)
ans = ("KAMW 010853Z AUTO 30013KT 10SM OVC017 M05/M08 "
"A3028 RMK SLP266 T10501083 55004 IEM_DS3505")
assert data['metar'] == ans
def test_metar():
"""Can we replicate an actual METAR"""
# IEM METAR database has this for 1 Jan 2016
# KAMW 010713Z AUTO 29013KT 10SM BKN017 OVC033 M05/M08 A3028 RMK
# AO2 T10501083
msg = (
"0232725472949892016010107137+41991-093619FM-16+0291KAMW "
"V0302905N00675005185MN0160935N5-00505-00835999999ADDGA1075+"
"005185999GA2085+010065999GD13991+0051859GD24991+0100659"
"GE19MSL +99999+99999GF199999999999005181999999MA1102545"
"099065REMMET09501/01/16 01:13:02 SPECI KAMW 010713Z "
"29013KT 10SM BKN017 OVC033 M05/M08 A3028 RMK AO2 T10501083"
)
data = parser(msg, 'KAMW', add_metar=True)
ans = ("KAMW 010713Z AUTO 29013KT 10SM BKN017 OVC033 "
"M05/M08 A3028 RMK T10501083 IEM_DS3505")
assert data['metar'] == ans
def test_6hour_temp(dbcursor):
"""6 hour high/low"""
# 2016-08-12 23:53:00
# KAMW 122353Z AUTO 35014G23KT 10SM CLR 25/21 A2983 RMK AO2 SLP092
# 60000 T02500211 10272 20250 55001
msg = ("0271725472949892016081223537+41991-093619FM-15+0291KAMW V03035"
"05N007252200059N0160935N5+02505+02115100925ADDAA101000095AA206"
"000021GA1005+999999999GD10991+9999999GF1009919999999999999999"
"99KA1060M+02721KA2060N+02501MA1101025097575MD1590019+9999"
"OC101185REMMET11708/12/16 17:53:02 METAR KAMW 122353Z "
"35014G23KT 10SM CLR 25/21 A2983 RMK AO2 SLP092 60000 "
"T02500211 10272 20250 55001")
data = ds3505.parser(msg, "KAMW", add_metar=True)
# db schema for testing only goes to 2015
data["valid"] = utc(2011, 1, 12, 23, 53)
ans = ("KAMW 122353Z AUTO 35014G23KT 10SM CLR 25/21 A2983 "
"RMK 60000 SLP092 T02500211 10272 20250 55001 IEM_DS3505")
assert data["metar"] == ans
assert ds3505.sql(dbcursor, "AMW", data) == 1
def test_6hour_temp(dbcursor):
"""6 hour high/low"""
# 2016-08-12 23:53:00
# KAMW 122353Z AUTO 35014G23KT 10SM CLR 25/21 A2983 RMK AO2 SLP092
# 60000 T02500211 10272 20250 55001
msg = (
"0271725472949892016081223537+41991-093619FM-15+0291KAMW V03035"
"05N007252200059N0160935N5+02505+02115100925ADDAA101000095AA206"
"000021GA1005+999999999GD10991+9999999GF1009919999999999999999"
"99KA1060M+02721KA2060N+02501MA1101025097575MD1590019+9999"
"OC101185REMMET11708/12/16 17:53:02 METAR KAMW 122353Z "
"35014G23KT 10SM CLR 25/21 A2983 RMK AO2 SLP092 60000 "
"T02500211 10272 20250 55001"
)
data = parser(msg, 'KAMW', add_metar=True)
# db schema for testing only goes to 2015
data['valid'] = utc(2011, 1, 12, 23, 53)
ans = (
"KAMW 122353Z AUTO 35014G23KT 10SM CLR 25/21 A2983 "
"RMK 60000 SLP092 T02500211 10272 20250 55001 IEM_DS3505")
assert data['metar'] == ans
assert sql(dbcursor, 'AMW', data) == 1
def test_precip_6group():
"""3 hour precip"""
# 2016-08-12 02:53:00
# KAMW 120253Z AUTO 36012KT 1 1/4SM +TSRA BR SCT005
# SCT009 OVC014 21/21 A2991 RMK AO2 WSHFT 0219 LTG DSNT ALQDS
# RAE00B24 TSE0155B27 SLP119 P0080 60232 T02110211 53037
msg = ("0463725472949892016081202537+41991-093619FM-15+0291KAMW V03"
"03605N00625004275MN0020125N5+02115+02115101195ADDAA10102069"
"5AA203058991AU107000025AU230020035AU300001015AW1105AW2635AW"
"3905AW4951GA1045+001525999GA2045+002745999GA3085+004275999"
"GD12991+0015259GD22991+0027459GD34991+0042759GE19MSL "
"+99999+99999GF199999999999001521999999MA1101295097845"
"MD1390379+9999REMMET18308/11/16 20:53:02 METAR KAMW "
"120253Z 36012KT 1 1/4SM +TSRA BR SCT005 SCT009 "
"OVC014 21/21 A2991 RMK AO2 WSHFT 0219 LTG DSNT "
"ALQDS RAE00B24 TSE0155B27 SLP119 P0080 60232 "
"T02110211 53037EQDQ01 05898PRCP03")
data = ds3505.parser(msg, "KAMW", add_metar=True)
# NOTE, this should be 0.80 instead of 0.81 !?!?!, NCDC wrong?
ans = ("KAMW 120253Z AUTO 36012KT 1 1/4SM +TSRA BR "
"SCT005 SCT009 OVC014 21/21 A2991 RMK P0081 60232 "
"SLP119 T02110211 53037 IEM_DS3505")
assert data["metar"] == ans
def main(argv):
"""Go"""
pgconn = get_dbconn("asos")
airforce = int(argv[1])
wban = int(argv[2])
faa = argv[3]
year = int(argv[4])
year2 = int(argv[5])
failedyears = []
msgs = []
dbid = faa if len(faa) == 4 and faa[0] != "K" else faa[1:]
for year in tqdm.tqdm(range(year, year2)):
sts = utc(year, 1, 1)
ets = sts.replace(year=year + 1)
cursor = pgconn.cursor()
lfn = "%06i-%05i-%s" % (airforce, wban, year)
if not os.path.isfile("%s/%s" % (TMPDIR, lfn)):
uri = "https://www1.ncdc.noaa.gov/pub/data/noaa/%s/%s.gz" % (
year,
lfn,
)
req = exponential_backoff(requests.get, uri, timeout=30)
if req is None or req.status_code != 200:
LOG.info("Failed to fetch %s", uri)
failedyears.append(year)
continue
with open("%s/%s.gz" % (TMPDIR, lfn), "wb") as fh:
fh.write(req.content)
subprocess.call(
"gunzip %s/%s.gz" % (TMPDIR, lfn),
shell=True,
stderr=subprocess.PIPE,
)
added = 0
bad = 0
removed = 0
skipped = 0
current = []
if ADD_ONLY:
# build out our current obs
cursor.execute(
"""
SELECT valid at time zone 'UTC'
from alldata where station = %s and
valid >= %s and valid < %s ORDER by valid ASC
""",
(dbid, sts, ets),
)
for row in cursor:
current.append(row[0].strftime("%Y%m%d%H%M"))
# ignore any bad bytes, sigh
for line in open("%s/%s" % (TMPDIR, lfn), errors="ignore"):
data = ds3505.parser(line.strip(), faa, add_metar=True)
if data is None:
bad += 1
continue
if added == 0 and not ADD_ONLY:
cursor.execute(
"""
DELETE from alldata where station = %s
and valid >= %s and valid < %s
""",
(dbid, sts, ets),
)
if cursor.rowcount > 0:
print("deleted %s rows for %s" % (cursor.rowcount, dbid))
removed = cursor.rowcount
if ADD_ONLY and data["valid"].strftime("%Y%m%d%H%M") in current:
skipped += 1
continue
res = ds3505.sql(cursor, faa, data)
if res is None:
skipped += 1
else:
added += 1
msgs.append(
(" %s: %s added: %s removed: %s bad: %s"
" skipped: %s") % (year, faa, added, removed, bad, skipped))
cursor.close()
pgconn.commit()
os.unlink("%s/%s" % (TMPDIR, lfn))
LOG.info(" failed years: %s", failedyears)
LOG.info("\n".join(msgs))
