def _parseRow(self, row_data):
'''
Parses a given database row.
Arguments:
row_data (bytes): The database row data
Returns:
places.databases.entities.DatabaseRow: The parsed database row
'''
row = DatabaseRow()
row.state_id, row.mesoregion_id, row.microregion_id, \
row.municipality_id, row.district_id, row.subdistrict_id, \
name = row_data.unpack('2s2s3s5s2s2s')
row._name = name.replace('\x8c', '\x55')
self._bindNames(row)
return row.normalize()
def _parseColumns(self, **options):
'''
Parses the database columns.
Arguments:
options (dict): The parsing options
Returns:
list: A list with parsed database columns
'''
return DatabaseRow().columns(options.get('localized', True))
def _parseColumns(self, **options):
'''
Parses the database columns.
Arguments:
options (dict): The parsing options
Returns:
list: A list with parsed database columns
'''
columns = DatabaseRow().columns(options.get('localized', True))
base_year = int(self._base.year)
if base_year in (1940, 1950, 1960, 1970, 1980):
return columns[:2] + columns[6:8]
elif base_year in (2010, 2011, 2012):
return columns[:8]
return columns
def _parseRow(self, row_data):
'''
Parses a given database row.
Arguments:
row_data (list): The database row data
Returns:
places.databases.entities.DatabaseRow: The parsed database row
'''
row = DatabaseRow()
normalization_options = {}
base_year = int(self._base.year)
if base_year in (1940, 1950, 1960, 1970, 1980):
(row.state_id, row.state_name) = row_data[:2]
(row.municipality_id, row.municipality_name) = row_data[3:5]
elif base_year in (2000, 2004):
if base_year == 2000:
row.state_id, row.mesoregion_id, row.microregion_id, \
row.municipality_id, row.district_id, row.subdistrict_id, \
row._name = row_data[2:]
normalization_options = dict(force_str=True)
elif base_year == 2004:
level, row.state_id, _id, row.district_id, \
row.subdistrict_id, row._name = row_data
level = int(level)
if level in (5, 6, 7):
row.municipality_id = _id
row.microregion_id = str(self._lastrow.microregion_id)
row.mesoregion_id = str(self._lastrow.mesoregion_id)
elif level == 8:
row.mesoregion_id = _id[:2]
elif level == 9:
row.microregion_id = _id[:3]
row.mesoregion_id = str(self._lastrow.mesoregion_id)
self._lastrow = row
self._bindNames(row)
elif base_year in (2003, 2005, 2006, 2007, 2008, 2009, 2013):
(row.state_id, row.state_name,
row.mesoregion_id, row.mesoregion_name,
row.microregion_id, row.microregion_name,
row.municipality_id, row.municipality_name,
row.district_id, row.district_name,
row.subdistrict_id, row.subdistrict_name) = row_data
elif base_year in (2010, 2011, 2012):
(row.state_id, row.state_name,
row.mesoregion_id, row.mesoregion_name,
row.microregion_id, row.microregion_name,
row.municipality_id, row.municipality_name) = row_data
elif base_year == 2014:
(row.state_id, row.state_name,
row.mesoregion_id, row.mesoregion_name,
row.microregion_id, row.microregion_name) = row_data[:6]
row.municipality_id, row.municipality_name = row_data[7:9]
row.district_id, row.district_name = row_data[10:12]
row.subdistrict_id, row.subdistrict_name = row_data[13:15]
return row.normalize(**normalization_options)
def _parseRow(self, row_data):
'''
Parses a given database row.
Arguments:
row_data (list): The database row data
Returns:
places.databases.entities.DatabaseRow: The parsed database row
'''
row = DatabaseRow()
normalization_options = {}
base_year = int(self._base.year)
if base_year in (1940, 1950, 1960, 1970, 1980):
(row.state_id, row.state_name) = row_data[:2]
(row.municipality_id, row.municipality_name) = row_data[3:5]
elif base_year in (2000, 2004):
if base_year == 2000:
row.state_id, row.mesoregion_id, row.microregion_id, \
row.municipality_id, row.district_id, row.subdistrict_id, \
row._name = row_data[2:]
normalization_options = dict(force_str=True)
elif base_year == 2004:
level, row.state_id, _id, row.district_id, \
row.subdistrict_id, row._name = row_data
level = int(level)
if level in (5, 6, 7):
row.municipality_id = _id
row.microregion_id = str(self._lastrow.microregion_id)
row.mesoregion_id = str(self._lastrow.mesoregion_id)
elif level == 8:
row.mesoregion_id = _id[:2]
elif level == 9:
row.microregion_id = _id[:3]
row.mesoregion_id = str(self._lastrow.mesoregion_id)
self._lastrow = row
self._bindNames(row)
elif base_year in (2003, 2005, 2006, 2007, 2008, 2009, 2013):
(row.state_id, row.state_name, row.mesoregion_id,
row.mesoregion_name, row.microregion_id, row.microregion_name,
row.municipality_id, row.municipality_name, row.district_id,
row.district_name, row.subdistrict_id,
row.subdistrict_name) = row_data
elif base_year in (2010, 2011, 2012):
(row.state_id, row.state_name, row.mesoregion_id,
row.mesoregion_name, row.microregion_id, row.microregion_name,
row.municipality_id, row.municipality_name) = row_data
elif base_year == 2014:
(row.state_id, row.state_name, row.mesoregion_id,
row.mesoregion_name, row.microregion_id,
row.microregion_name) = row_data[:6]
row.municipality_id, row.municipality_name = row_data[7:9]
row.district_id, row.district_name = row_data[10:12]
row.subdistrict_id, row.subdistrict_name = row_data[13:15]
return row.normalize(**normalization_options)
