def test_blank_note_line():
""" Temporary solution to avoid #37 & #40
Guarantee that issues #37 & #40 will not repeat. Maybe change this
to test with load_rule instead?
"""
blank_note_line = "* Sea-Bird SBE9 Data File:\n*\n* \n# name 3 = depSM\n# file_type = ascii\n*END*\n1\n"
from seabird.utils import load_rule
load_rule(blank_note_line)
def test_blank_note_line():
""" Temporary solution to avoid #37 & #40
Guarantee that issues #37 & #40 will not repeat. Maybe change this
to test with load_rule instead?
"""
blank_note_line = "* Sea-Bird SBE9 Data File:\n*\n* \n# name 3 = depSM\n# file_type = ascii\n*END*\n1\n"
from seabird.utils import load_rule
load_rule(blank_note_line)
def __init__(self, raw_text, defaults=None):
module_logger.debug('Initializing CNV class')
# Clean empty lines first
self.raw_text = re.sub('\n\s*(?=\n)', '', raw_text)
self.defaults = defaults
self.attrs = {}
# ----
self.rule, self.parsed = load_rule(self.raw_text)
if not hasattr(self, 'parsed'):
return
self.get_intro()
self.get_attrs()
self.prepare_data()
self.get_datetime()
self.get_location()
# Think well how/where to implement this. It should overwrite
# the regular attributes input, but might be necessary to load the
# real attributes to respond right.
# It definitely should not be here, but inside some function.
try:
for k in defaults['attrs']:
self.attrs[k] = defaults['attrs'][k]
except:
pass
if 'bindata' in self.raw_data().keys():
self.load_bindata()
elif 'bottledata' in self.raw_data().keys():
self.load_bottledata()
else:
self.load_data()
self.products()
self.check_consistency()
def __init__(self, raw_text, defaults=None):
module_logger.debug('Initializing CNV class')
self.raw_text = raw_text
self.defaults = defaults
self.attrs = {}
# ----
self.rule, self.parsed = load_rule(self.raw_text)
if not hasattr(self, 'parsed'):
return
self.get_intro()
self.get_attrs()
self.prepare_data()
self.get_datetime()
self.get_location()
# Think well how/where to implement this. It should overwrite
# the regular attributes input, but might be necessary to load the
# real attributes to respond right.
# It definitely should not be here, but inside some function.
try:
for k in defaults['attrs']:
self.attrs[k] = defaults['attrs'][k]
except:
pass
if 'bindata' in self.raw_data().keys():
self.load_bindata()
elif 'bottledata' in self.raw_data().keys():
self.load_bottledata()
else:
self.load_data()
self.products()
self.check_consistency()
def __init__(self, raw_text, defaults=None, logger=None):
logging.getLogger(logger or __name__)
self.raw_text = raw_text
self.defaults = defaults
self.attributes = {}
# ----
self.rule, self.parsed = load_rule(self.raw_text)
if not hasattr(self, 'parsed'):
return
self.get_intro()
self.get_attributes()
self.prepare_data()
self.get_datetime()
self.get_location()
# Think well how/where to implement this. It should overwrite
# the regular attributes input, but might be necessary to load the
# real attributes to respond right.
# It definitely should not be here, but inside some function.
try:
for k in defaults['attributes']:
self.attributes[k] = defaults['attributes'][k]
except:
pass
if 'bindata' in self.raw_data().keys():
self.load_bindata()
elif 'bottledata' in self.raw_data().keys():
self.load_bottledata()
else:
self.load_data()
self.products()
self.check_consistency()