def __init__(self, input_file, input_dir, db_params, metric, debug):
"""Return a new instance of FitBitData given the location of the data files, paramters for accessing the database, and if the data should be stored in metric units."""
self.metric = metric
self.fitbitdb = FitBitDb(db_params, debug)
if input_file:
self.file_names = FileProcessor.match_file(input_file, r'.*\.csv')
if input_dir:
self.file_names = FileProcessor.dir_to_files(input_dir, r'.*\.csv')
def __init__(self, input_file, input_dir, db_params, metric, debug):
"""Return an instance of MSHealthData given an input file or files and information on the databse to put it in."""
self.metric = metric
self.mshealth_db = MSHealthDb(db_params, debug)
if input_file:
self.file_names = FileProcessor.match_file(input_file, r'Daily_Summary_.*\.csv')
if input_dir:
self.file_names = FileProcessor.dir_to_files(input_dir, r'Daily_Summary_.*\.csv')
def __init__(self, input_file, input_dir, db_params, metric, debug):
"""Return an instance of MSVaultData given an input file or files and information on the databse to put it in."""
self.metric = metric
self.mshealth_db = MSHealthDb(db_params, debug)
self.cols_map = {
'Date': ('timestamp', CsvImporter.map_mdy_date),
'Weight': ('weight', MSVaultData.__map_weight),
}
if input_file:
self.file_names = FileProcessor.match_file(input_file, r'HealthVault_Weight_.*\.csv')
if input_dir:
self.file_names = FileProcessor.dir_to_files(input_dir, r'HealthVault_Weight_.*\.csv')
def __init__(self,
input_dir,
debug,
latest=False,
recursive=False,
fit_types=None,
measurement_system=fitfile.field_enums.DisplayMeasure.metric):
"""
Return an instance of FitData.
Parameters:
input_dir (string): directory (full path) to check for monitoring data files
debug (Boolean): enable debug logging
latest (Boolean): check for latest files only
fit_types (Fit.field_enums.FileType): check for this file type only
measurement_system (enum): which measurement system to use when importing the files
"""
logger.info("Processing %s FIT data from %s", fit_types, input_dir)
self.measurement_system = measurement_system
self.debug = debug
self.fit_types = fit_types
self.file_names = FileProcessor.dir_to_files(input_dir,
fitfile.file.name_regex,
latest, recursive)
def __copy(self, src_dir, dest_dir, latest=False):
"""Copy FIT files from a USB mounted Garmin device to the given directory."""
file_names = FileProcessor.dir_to_files(src_dir,
fitfile.file.name_regex,
latest)
logger.info("Copying files from %s to %s", src_dir, dest_dir)
for file in tqdm(file_names, unit='files'):
shutil.copy(file, dest_dir)
def test_parse_unknown(self):
# root_logger.setLevel(logging.DEBUG)
activity_path = self.file_path + '/unknown'
file_names = FileProcessor.dir_to_files(activity_path, fitfile.file.name_regex, False)
for file_name in file_names:
self.check_unknown_file(file_name)
def test_parse_sleep(self):
activity_path = self.file_path + '/sleep'
file_names = FileProcessor.dir_to_files(activity_path, fitfile.file.name_regex, False)
for file_name in file_names:
self.check_sleep_file(file_name)
def test_parse_monitoring(self):
monitoring_path = self.file_path + '/monitoring'
file_names = FileProcessor.dir_to_files(monitoring_path, fitfile.file.name_regex, False)
for file_name in file_names:
self.check_monitoring_file(file_name)
def test_parse_tcx(self):
file_names = FileProcessor.dir_to_files(self.file_path,
self.tcx_filename_regex, False)
for file_name in file_names:
self.check_activity_file(file_name)