def test_other_bad(self):
bad = read_fit(join(self.test_dir, 'source/other/2018-04-15-09-18-20.fit'))
fixed = fix(bytearray(bad), drop=True, fix_checksum=True, fix_header=True)
with self.assertTextMatch(join(self.test_dir, 'target/other/TestFixFit.test_unknown_bad:1')) as output:
summarize(RECORDS, fixed, output=output)
bad = read_fit(join(self.test_dir, 'source/other/2018-02-24-10-04-10.fit'))
fixed = fix(bytearray(bad), drop=True, fix_checksum=True, fix_header=True)
with self.assertTextMatch(join(self.test_dir, 'target/other/TestFixFit.test_unknown_bad:2')) as output:
summarize(RECORDS, fixed, output=output)
def test_null(self):
good = read_fit(
self.log, join(self.test_dir,
'source/personal/2018-08-27-rec.fit'))
same = fix(bytearray(good))
self.assertTrue(good is not same) # check making a copy
self.assertEqual(good, same)
def test_drop(self):
bad = read_fit(join(self.test_dir, 'source/other/8CS90646.FIT'))
fixed = fix(bad, drop=True, fix_checksum=True, fix_header=True)
self.assertTrue(len(fixed) < len(bad))
with self.assertTextMatch(
'data/test/target/other/TestFixFit.test_drop') as output:
summarize(RECORDS, fixed, output=output)
def standard_dmp(self, source, target, format, filters=None):
with self.assertTextMatch(target, filters=filters) as output:
summarize(format,
read_fit(log, source),
warn=True,
profile_path=self.profile_path,
output=output)
def test_personal(self):
for fit_file in glob(join(self.test_dir, 'source/personal/*.fit')):
file_name = basename(fit_file)
with self.assertTextMatch(
join(self.test_dir, 'target/personal/TestFit.test_personal:' + file_name)) as output:
summarize_tables(read_fit(fit_file), width=80, output=output,
profile_path=self.profile_path)
def test_python(self):
# for other-projects.md
from logging import basicConfig, getLogger, INFO
from ch2.fit.profile.profile import read_fit, read_profile
from ch2.fit.format.records import fix_degrees, no_units
from ch2.fit.format.read import parse_data
basicConfig(level=INFO)
log = getLogger()
data = read_fit(log, 'data/test/source/personal/2018-07-26-rec.fit')
types, messages = read_profile(log)
state, tokens = parse_data(data, types, messages)
LAT, LONG = 'position_lat', 'position_long'
positions = []
for offset, token in tokens:
record = token.parse_token().as_dict(no_units, fix_degrees)
if record.name == 'record':
positions.append((record.data[LAT][0], record.data[LONG][0]))
print('Read %s positions' % len(positions))
self.assertAlmostEqual(positions[0][0], -33.42, places=1)
self.assertAlmostEqual(positions[0][1], -70.61, places=1)
def test_no_last_byte(self):
good = read_fit(join(self.test_dir, 'source/personal/2018-08-27-rec.fit'))
same = fix(bytearray(good), drop=True, fix_checksum=True, fix_header=True)
self.assertEqual(same, good)
fixed = fix(bytearray(good)[:-1], drop=True, fix_checksum=True, fix_header=True)
self.assertEqual(fixed, good)
fixed = fix(bytearray(good)[:-2], drop=True, fix_checksum=True, fix_header=True)
self.assertEqual(fixed, good)
def test_other_header(self):
bad = read_fit(join(self.test_dir, 'source/other/8CS90646.FIT'))
old_header = FileHeader(bad)
fixed = fix(bytearray(bad), drop=True, header_size=27, fix_checksum=True, fix_header=True)
new_header = FileHeader(fixed)
self.assertEqual(new_header.header_size, 27)
self.assertEqual(new_header.protocol_version, old_header.protocol_version)
self.assertEqual(new_header.profile_version, old_header.profile_version)
def test_pyfitparse_fix_drop_2(self):
for file in ('event_timestamp.fit', # data size incorrect
'antfs-dump.63.fit', # strange timestamp
'compressed-speed-distance.fit', # strange timestamp
):
bad = read_fit(join(self.test_dir, 'source/python-fitparse', file))
with self.assertBinaryMatch(join(self.test_dir, 'source/python-fitparse-fix', file)) as output:
output.write(fix(bad, drop=True, max_drop_cnt=2, fix_checksum=True, fix_header=True))
def test_pyfitparse_fix_drop(self):
for file in ('activity-unexpected-eof.fit', # data size incorrect
'activity-settings-nodata.fit', # data size incorrect
'activity-settings-corruptheader.fit', # data size incorrect
):
bad = read_fit(join(self.test_dir, 'source/python-fitparse', file))
with self.assertBinaryMatch(join(self.test_dir, 'source/python-fitparse-fix', file)) as output:
output.write(fix(bad, drop=True, fix_checksum=True, fix_header=True))
def test_pyfitparse_fix_header(self):
for file in ('activity-filecrc.fit', # bad checksum
'activity-activity-filecrc.fit', # data size incorrect
'activity-settings.fit', # data size incorrect
):
bad = read_fit(join(self.test_dir, 'source/python-fitparse', file))
with self.assertBinaryMatch(join(self.test_dir, 'source/python-fitparse-fix', file)) as output:
output.write(fix(bad, fix_checksum=True, fix_header=True))
def standard_csv(self, fit_path, csv_path, filters=None):
if filters is None: filters = []
if EXC_HDR_CHK not in filters: filters = [EXC_HDR_CHK] + filters
with self.assertCSVMatch(csv_path, filters=filters) as output:
summarize_csv(read_fit(log, fit_path),
profile_path=self.profile_path,
warn=True,
output=output,
internal=True)
def test_null_slices(self):
good = read_fit(
join(self.test_dir, 'source/personal/2018-08-27-rec.fit'))
same = fix(bytearray(good),
slices=':',
fix_checksum=True,
fix_header=True)
self.assertTrue(good is not same) # check making a copy
self.assertEqual(good, same)
def test_drop_bug(self):
bad = read_fit(
join(self.test_dir, 'source/personal/2018-07-26-rec.fit'))
fix(bad,
drop=True,
fix_checksum=True,
fix_header=True,
max_delta_t=60,
max_fwd_len=500)
def test_decode(self):
types, messages, records = \
filtered_records(read_fit(join(self.test_dir, 'source/personal/2018-07-26-rec.fit')),
profile_path=self.profile_path)
with self.assertTextMatch(join(self.test_dir, 'target/personal/TestFit.test_decode'),
filters=[HEX_ADDRESS]) as output:
for _, _, record in records:
print(record.into(tuple, filter=chain(no_names, append_units, no_bad_values, fix_degrees)),
file=output)
def test_timestamp_16(self):
types, messages, records = \
filtered_records(read_fit(join(self.test_dir, 'source/personal/[email protected]_24755630065.fit')),
profile_path=self.profile_path)
with self.assertTextMatch(join(self.test_dir, 'target/personal/TestFit.test_timestamp_16'),
filters=[HEX_ADDRESS]) as output:
for _, _, record in records:
if record.name == 'monitoring':
print(record.into(tuple, filter=chain(no_names, append_units, no_bad_values, fix_degrees)),
file=output)
def standard_csv(self, fit_path, csv_path, filters=None):
if filters is None: filters = []
if EXC_HDR_CHK not in filters: filters = [EXC_HDR_CHK] + filters
log.warning(f'Comparing ch2 fit csv {fit_path} and {csv_path}')
with self.assertCSVMatch(csv_path, filters=filters) as output:
summarize_csv(read_fit(fit_path),
profile_path=self.profile_path,
warn=True,
output=output,
internal=True)
def test_developer(self):
with self.assertTextMatch(
join(self.test_dir,
'target/sdk/TestFit.test_developer')) as output:
summarize(FIELDS,
read_fit(
join(self.test_dir, 'source/sdk/DeveloperData.fit')),
profile_path=self.profile_path,
width=80,
output=output)
def test_dump(self):
with self.assertTextMatch(
join(self.test_dir,
'target/personal/TestFit.test_dump')) as output:
summarize(FIELDS,
read_fit(
join(self.test_dir,
'source/personal/2018-07-30-rec.fit')),
profile_path=self.profile_path,
width=80,
output=output)
def test_date16(self):
data = read_fit('data/test/source/other/38014592427.fit')
# types, messages, records = filtered_records(data, after_records=2342)
types, messages, records = filtered_records(data)
previous = None
for (a, b, record) in records:
if 'timestamp' in record._fields:
if previous and previous > record.timestamp:
# we have time-travel of 1 minute in this data
self.assertTrue(previous - record.timestamp < dt.timedelta(minutes=2),
f'{previous} -> {record.timestamp}')
previous = record.timestamp
def test_no_header(self):
good = read_fit(join(self.test_dir, 'source/personal/2018-08-27-rec.fit'))
same = fix(bytearray(good), drop=True, fix_checksum=True)
self.assertTrue(good is not same) # check making a copy
self.assertEqual(same, good)
header = FileHeader(good)
with self.assertRaisesRegex(Exception, 'Error fixing checksum'):
fix(bytearray(good)[len(header):], fix_checksum=True, fix_header=True)
fixed = fix(bytearray(good)[len(header):],
add_header=True, drop=True, fix_checksum=True, fix_header=True)
self.assertEqual(good, fixed)
fixed = fix(bytearray(good), add_header=True, slices=':14,28:', fix_checksum=True, fix_header=True)
self.assertEqual(good, fixed)
def test_slices(self):
bad = read_fit(join(self.test_dir, 'source/other/8CS90646.FIT'))
with self.assertRaisesRegex(Exception, 'Error fixing checksum'):
fix(bad, slices=':1000', fix_checksum=True,
fix_header=True) # first 1k bytes only
def test_grep(self):
data = read_fit(
log, join(self.test_dir, 'source/personal/2018-07-26-rec.fit'))
summarize(GREP, data, grep=['.*:.*speed>10'])
def fit(args, db):
'''
## fit
> ch2 fit SUB-COMMAND PATH [PATH ...]
Print the contents of fit files.
The format and details displayed is selected by the sub-command: records, tables, messages, fields, csv
and grep (the last requiring patterns to match against).
For a list of sub-commands options see `ch2 fit -h`.
For options for a particular sub-command see `ch2 fit sub-command -h`.
Note: When using bash use `shopt -s globstar` to enable ** globbing.
### Examples
> ch2 -v 0 fit records ride.fit
Will print the contents of the file to stdout (use `-v 0` to suppress logging
or redirect stderr elsewhere).
> ch2 -v 0 fit grep -p '.*:sport=cycling' --match 0 --name directory/**/*.fit
Will list file names that contain cycling data.
> ch2 fit grep -p PATTERN -- FILE
You may need a `--` between patterns and file paths so that the argument parser can decide where patterns
finish and paths start.
'''
format = args[SUB_COMMAND]
after_bytes = args[AFTER_BYTES]
limit_bytes = args[LIMIT_BYTES]
after_records = args[AFTER_RECORDS]
limit_records = args[LIMIT_RECORDS]
warn = args[WARN]
no_validate = args[no(VALIDATE)]
max_delta_t = args[MAX_DELTA_T]
# todo - can this be handled by argparse?
if (after_records or limit_records != -1) and (after_bytes
or limit_bytes != -1):
raise Exception('Constrain either records or bytes, not both')
for file_path in args[PATH]:
name_file = file_path if args[NAME] else None
if name_file and format != GREP:
print()
print(name_file)
data = read_fit(log, file_path)
if format == RECORDS:
summarize_records(data,
all_fields=args[ALL_FIELDS],
all_messages=args[ALL_MESSAGES],
internal=args[INTERNAL],
after_bytes=after_bytes,
limit_bytes=limit_bytes,
after_records=after_records,
limit_records=limit_records,
record_names=args[MESSAGE],
field_names=args[FIELD],
warn=warn,
no_validate=no_validate,
max_delta_t=max_delta_t,
width=args[WIDTH] or terminal_width())
elif format == TABLES:
summarize_tables(data,
all_fields=args[ALL_FIELDS],
all_messages=args[ALL_MESSAGES],
internal=args[INTERNAL],
after_bytes=after_bytes,
limit_bytes=limit_bytes,
after_records=after_records,
limit_records=limit_records,
record_names=args[MESSAGE],
field_names=args[FIELD],
warn=warn,
no_validate=no_validate,
max_delta_t=max_delta_t,
width=args[WIDTH] or terminal_width())
elif format == CSV:
summarize_csv(data,
internal=args[INTERNAL],
after_bytes=after_bytes,
limit_bytes=limit_bytes,
after_records=after_records,
limit_records=limit_records,
record_names=args[MESSAGE],
field_names=args[FIELD],
warn=warn,
max_delta_t=max_delta_t)
elif format == GREP:
summarize_grep(data,
args[PATTERN],
after_bytes=after_bytes,
limit_bytes=limit_bytes,
after_records=after_records,
limit_records=limit_records,
warn=warn,
no_validate=no_validate,
max_delta_t=max_delta_t,
width=args[WIDTH] or terminal_width(),
name_file=name_file,
match=args[MATCH],
compact=args[COMPACT],
context=args[CONTEXT],
invert=args[NOT])
elif format == TOKENS:
summarize_tokens(data,
after_bytes=after_bytes,
limit_bytes=limit_bytes,
after_records=after_records,
limit_records=limit_records,
warn=warn,
no_validate=no_validate,
max_delta_t=max_delta_t)
elif format == FIELDS:
summarize_fields(data,
after_bytes=after_bytes,
limit_bytes=limit_bytes,
after_records=after_records,
limit_records=limit_records,
warn=warn,
no_validate=no_validate,
max_delta_t=max_delta_t)
else:
raise Exception('Bad format: %s' % format)
def test_other_good(self):
good = read_fit(join(self.test_dir, 'source/other/77F73023.FIT'))
same = fix(bytearray(good))
self.assertEqual(good, same)
self.assertFalse(good is same)
