def test_overall(self):
entries = [
parse_line(make_line(method='PUT')),
parse_line(make_line(method='GET')),
]
output = entries_to_csv(entries)
csv = DictReader(output.splitlines(), CSV_FIELDS)
assert list(csv) == [serialize_entry(e) for e in entries]
def parse_apt_line(line):
"Parse a single line in the APT file"
record_type = line[:3]
r = parse_line(line, APT_RECORD_MAP[record_type])
# Parse out useful coordinates
if (record_type == 'APT'):
r['lat'] = convert_dashed_dms_to_float(r['point_latitude_formatted'])
r['lon'] = convert_dashed_dms_to_float(r['point_longitude_formatted'])
r['control_tower'] = convert_boolean(r['control_tower'])
if (record_type == 'RWY'):
if r.get('base_end_latitude_physical_runway_end_formatted', False):
r['base_end_lat'] = convert_dashed_dms_to_float(r['base_end_latitude_physical_runway_end_formatted'])
if r.get('base_end_longitude_physical_runway_end_formatted', False):
r['base_end_lon'] = convert_dashed_dms_to_float(r['base_end_longitude_physical_runway_end_formatted'])
if r.get('base_end_latitude_displaced_threshold_formatted', False):
r['base_end_displaced_threshold_lat'] = convert_dashed_dms_to_float(r['base_end_latitude_displaced_threshold_formatted'])
if r.get('base_end_longitude_displaced_threshold_formatted', False):
r['base_end_displaced_threshold_lon'] = convert_dashed_dms_to_float(r['base_end_longitude_displaced_threshold_formatted'])
if r.get('reciprocal_end_latitude_physical_runway_end_formatted', False):
r['reciprocal_end_lat'] = convert_dashed_dms_to_float(r['reciprocal_end_latitude_physical_runway_end_formatted'])
if r.get('reciprocal_end_longitude_physical_runway_end_formatted', False):
r['reciprocal_end_lon'] = convert_dashed_dms_to_float(r['reciprocal_end_longitude_physical_runway_end_formatted'])
if r.get('reciprocal_end_latitude_physical_runway_end_formatted', False):
r['reciprocal_end_displaced_threshold_lat'] = convert_dashed_dms_to_float(r['reciprocal_end_latitude_physical_runway_end_formatted'])
if r.get('reciprocal_end_longitude_physical_runway_end_formatted', False):
r['reciprocal_end_displaced_threshold_lon'] = convert_dashed_dms_to_float(r['reciprocal_end_longitude_physical_runway_end_formatted'])
return r
def main():
arguments = parse_args()
filename, extension = arguments.input.rsplit('.', 1)
temp_file = f'{filename}_temp.png'
try:
quantitize_image(filename, extension, arguments.colors)
imagick_output = generate_histogram(temp_file)
delete_file(temp_file)
except:
print(
'Something went wrong with ImageMagick, is it installed correctly? Its version needs to be at least 7.0.9'
)
else:
output_lines = imagick_output.split('\n')
parsed_colors = [parse_line(line) for line in output_lines]
sorted_colors = sorted(parsed_colors,
key=lambda l: int(l['frequency']),
reverse=True)
image = generate_palette(sorted_colors, arguments.values,
arguments.percentage)
try:
output, extension = arguments.output.rsplit('.', 1)
image.save(f'{output}.{extension}')
except OSError as oserror:
print(
f'Couldn\'t save the image for some reason\n{oserror.strerror}'
)
def listen_and_parse(access_log_path):
tail = open_tail(access_log_path)
while True:
line = tail.readline()
assert line
data = parse_line(line)
if data:
yield data
def parse_awos_line(line):
"Parse a single line in the AWOS file"
r = parse_line(line, AWOS_RECORDS)
# Parse out useful coordinates
if r['record_type'] == 'AWOS1': # only if it's a record type 1
if r['latitude']:
r['lat'] = convert_dashed_dms_to_float(r['latitude'])
if r['longitude']:
r['lon'] = convert_dashed_dms_to_float(r['longitude'])
return r
def test_ignored(self):
lines = [
make_line(volume='?clusterMeta'),
make_line(volume='.status'),
make_line(path='/.upload'),
make_line(path='?o=mod'),
make_line(path='/?o=mod'),
make_line(method='WHATEVER'),
make_line(method='PUT', path=''),
make_line(token='CLUSTER/ALLNODE/ROOT/USER<token>'),
]
for i, line in enumerate(lines):
assert parse_line(line) is None, i
def test_overall(self):
line = make_line()
entry = parse_line(line)
assert entry['ip'] == DEFAULT_PARAMS['ip']
datetime = DEFAULT_PARAMS['datetime']
datetime = dateutil_parse(datetime.replace(':', ' ', 1))
assert entry['datetime'] == datetime
assert entry['operation'] == Operation.UPLOAD
assert entry['volume'] == 'sxmonitor'
assert entry['path'] == '/nagios-test-file'
assert entry['user'] == DEFAULT_PARAMS['token']
assert entry['user_agent'] == DEFAULT_PARAMS['user_agent']
assert len(entry) == 7, "Tests all entry keys"
def insert_script(script_number):
'''
insert messages into messages table from script file.
:parameter {chaptor_id} : chaptor index.
:parameter {charactor_id} : charactor index.
:parameter {message} : message.
:return {} : None
'''
lines = get_lines('scripts/%02d.txt' % script_number)
count = 0
for line in lines:
charactor, message = parse_line(line)
if message is None:
continue
insert_script_with_charactor_name(1, charactor, message)
print(count)
count += 1
def main():
if not os.path.exists(assembly_file):
raise Exception('No file found at {0}'.format(assembly_file))
tokens = []
line_num = 1
with open(assembly_file) as f:
for line in f:
try:
sanitized = sanitize_line(line)
if sanitized:
tokens.append(parse.parse_line(sanitized, line_num))
except parse.ParseException as e:
raise parse.ParseException('Error at line number {0}: {1}, {2}'.format(line_num, line.strip(), str(e)))
line_num += 1
generate.generate(tokens)
def test_delete(self):
line = make_line(method='DELETE')
entry = parse_line(line)
assert entry['operation'] == Operation.DELETE
def test_parse_line_letter(self):
s = parse.parse_line(
'161 19:22:50.9 +26:15:45 59.78 5.32 V 5.18 B6III\
-0.001 -0.010 -012 182255 3Lam ', 'abc')
self.assertEqual(s.letter, 'λ')
def test_parse_line_color(self):
s = parse.parse_line(
'161 19:22:50.9 +26:15:45 59.78 5.32 V 5.18 B6III\
-0.001 -0.010 -012 182255 3 ', 'abc')
self.assertEqual(s.color, 'B')
def test_fail(self):
assert parse_line('') is None
assert parse_line('garbage') is None
line = make_line(resp_code=404)
assert parse_line(line) is None
def test_list(self):
line = make_line(method='GET', path='')
entry = parse_line(line)
assert entry['operation'] == Operation.LIST
def test_query(self):
line = make_line(method='GET', path='?recursive')
entry = parse_line(line)
assert entry is not None
def test_query_ignored(self):
line = make_line(method='GET', path='file?rev=foo&fileMeta')
entry = parse_line(line)
assert entry is None
#!/usr/bin/env python3
from binascii import hexlify
import sys
import serial
import parse
if len(sys.argv) != 2:
print("read_serial /dev/ttyUSB4")
sys.exit(1)
# ser = serial.Serial(sys.argv[1], 115200)
# ser = serial.Serial(sys.argv[1], 2_000_000)
ser = serial.Serial(sys.argv[1], 921600)
while True:
line = ser.readline()
line = line.strip(b'\r\n')
print(hexlify(line))
lpc = parse.parse_line(line)
if not lpc:
continue
lpctype, direction, address, data = lpc
print('%3s: %5s %8s: %4s' % (lpctype, direction, address, data))
def test_download(self):
line = make_line(method='GET')
entry = parse_line(line)
assert entry['operation'] == Operation.DOWNLOAD
def parse_natfix_line(line):
r = parse_line(line[:-1], NATFIX_RECORDS)
# add in lat/lon converted to a simple float
r['lat'] = convert_dms_to_float(r['latitude_string'])
r['lon'] = convert_dms_to_float(r['longitude_string'])
return r
def test_serialize_entry():
entry = parse_line(make_line())
serialized = serialize_entry(entry)
assert isinstance(serialized['datetime'], str)
assert isinstance(serialized['operation'], str)
assert set(serialized.keys()) == set(CSV_FIELDS)
