def parse_location(self,xml=None):
if xml is not None:
try:
self._root = etree.parse(xml)
except:
self._root = xml
# try:
xml_dict = _xml_to_dict(self._root)
geogs = self._findall('geogLocation')
self.geo_coords = list()
self.srs = list()
for g in geogs:
self.geo_coords.append((testXMLValue(g.find(ns(self._ns) + 'longitude')),testXMLValue(g.find(ns(self._ns) + 'latitude'))))
self.srs.append(g.attrib.get('srs'))
locsite = self._findall('localSiteXY')
self.local_sites = list()
self.notes = list()
self.projections = list()
for ls in locsite:
z = testXMLValue(ls.find(ns(self._ns) + 'Z'))
if z is not None:
self.local_sites.append((testXMLValue(ls.find(ns(self._ns) + 'X')),testXMLValue(ls.find(ns(self._ns) + 'Y')),z))
else:
self.local_sites.append((testXMLValue(ls.find(ns(self._ns) + 'X')),testXMLValue(ls.find(ns(self._ns) + 'Y')),'0'))
self.notes.append([testXMLValue(note) for note in ls.findall(ns(self._ns) + 'note')])
self.projections.append(ls.attrib.get('projectionInformation'))
def parse_siteinfo(self, xml=None):
if xml is not None:
try:
self._root = etree.parse(xml)
except:
self._root = xml
# try:
xml_dict = _xml_to_dict(self._root)
self.site_name = xml_dict.get('site_name')
self.site_codes = [
testXMLValue(code) for code in self._findall('siteCode')
]
self.elevation = xml_dict.get('elevation_m')
self.vertical_datum = xml_dict.get('vertical_datum')
self.site_types = [
testXMLValue(typ) for typ in self._findall('siteType')
]
self.site_properties = dict([
(prop.attrib.get('name'), testXMLValue(prop))
for prop in self._findall('siteProperty')
])
self.altname = xml_dict.get('altname')
self.notes = [testXMLValue(note) for note in self._findall('note')]
# sub-objects
tzi = self._find('timeZoneInfo')
if tzi is not None:
self.time_zone_info = TimeZoneInfo(tzi, self._ns)
self.location = Location(self._find('geoLocation'), self._ns)
def parse_criteria(self, xml=None):
if xml is not None:
try:
self._root = etree.parse(xml)
except:
self._root = xml
# try:
xml_dict = _xml_to_dict(self._root, depth=4)
self.method_called = self._root.attrib.get('MethodCalled')
self.location_param = xml_dict.get('location_param')
self.variable_param = xml_dict.get('variable_param')
try:
self.begin_date_time = parser.parse(xml_dict['begin_date_time'])
except:
self.begin_date_time = None
try:
self.end_date_time = parser.parse(xml_dict['end_date_time'])
except:
self.end_date_time = None
self.parameters = [(param.attrib.get('name'),
param.attrib.get('value'))
for param in self._findall('parameter')]
def parse_values(self):
xml_dict = _xml_to_dict(self._root)
# method info
self.methods = [Method(method,self._ns) for method in self._findall('method')]
# source info
self.sources = [Source(source,self._ns) for source in self._findall('source')]
# quality control info
self.qualit_control_levels = [QualityControlLevel(qal, self._ns) for qal in self._findall('qualityControlLevel')]
# offset info
self.offsets = [Offset(os,self._ns) for os in self._findall('offset')]
# sample info
self.samples = [Sample(sample,self._ns) for sample in self._findall('sample')]
# censor codes
self.censor_codes = [CensorCode(code, self._ns) for code in self._findall('censorCode')]
# unit
if self._ns == 'wml1.0':
self.unit_abbreviation = self._root.attrib.get('unitsAbbreviation')
self.unit_code = self._root.attrib.get('unitsCode')
self.count = self._root.attrib.get('count')
else:
unit = self._find('unit')
self.unit = Unit(unit, self._ns) if unit is not None else None
# values
self.values = [Value(val, self._ns) for val in self._findall('value')]
def parse_series(self, xml=None):
if xml is not None:
try:
self._root = etree.parse(xml)
except:
self._root = xml
# try:
xml_dict = _xml_to_dict(self._root, depth=3)
self.value_count = xml_dict.get('value_count')
self.value_type = xml_dict.get('value_type')
self.general_category = xml_dict.get('general_category')
self.sample_medium = xml_dict.get('sample_medium')
self.data_type = xml_dict.get('data_type')
# date-time
self.begin_date_time = parser.parse(xml_dict.get('begin_date_time'))
self.begin_date_time_utc = parser.parse(
xml_dict.get('begin_date_time_utc')) if xml_dict.get(
'begin_date_time_utc') is not None else None
self.end_date_time = parser.parse(xml_dict.get('end_date_time'))
self.end_date_time_utc = parser.parse(
xml_dict.get('end_date_time_utc')) if xml_dict.get(
'end_date_time_utc') is not None else None
# method info
self.method_description = xml_dict.get('method_description')
self.method_code = xml_dict.get('method_code')
self.method_link = xml_dict.get('method_link')
method = self._find('method')
if method is not None:
self.method_id = method.attrib.get('methodID')
else:
self.method_id = None
# source info
self.organization = xml_dict.get('organization')
self.source_description = xml_dict.get('source_description')
self.citation = xml_dict.get('citation')
source = self._find('source')
if source is not None:
self.source_id = source.attrib.get('sourceID')
else:
self.source_id = None
# quality control info
self.quality_control_level_code = xml_dict.get(
'quality_control_level_code')
self.definition = xml_dict.get('definition')
qa = self._find('qualityControlLevel')
if qa is not None:
self.quality_control_level_id = qa.attrib.get(
'qualityControlLevelID')
else:
self.quality_control_level_id = None
# properties
self.properties = dict([(prop.attrib.get('name'), testXMLValue(prop))
for prop in self._findall('seriesProperty')])
# sub-objects
self.variable = Variable(self._find('variable'), self._ns)
def parse_category(self):
try:
xml_dict = _xml_to_dict(self._root)
self.data_value = xml_dict.get('data_value')
self.description = xml_dict.get('description')
self.id = self._root.attrib.get('categoryID')
except:
raise
def parse_category(self):
try:
xml_dict = _xml_to_dict(self._root)
self.data_value = xml_dict.get('data_value')
self.description = xml_dict.get('description')
self.id = self._root.attrib.get('categoryID')
except:
raise
def parse_censorcode(self):
try:
xml_dict = _xml_to_dict(self._root)
self.code = xml_dict.get('censor_code')
self.description = xml_dict.get('censor_code_description')
self.id = self._root.attrib.get('censorCodeID')
except:
raise
def parse_censorcode(self):
try:
xml_dict = _xml_to_dict(self._root)
self.code = xml_dict.get('censor_code')
self.description = xml_dict.get('censor_code_description')
self.id = self._root.attrib.get('censorCodeID')
except:
raise
def parse_sample(self):
try:
xml_dict = _xml_to_dict(self._root)
self.code = xml_dict.get('lab_sample_code')
self.type = xml_dict.get('sample_type')
lm = self._find('labMethod')
self.method = LabMethod(lm, self._ns) if lm is not None else None
except:
raise
def parse_method(self):
try:
xml_dict = _xml_to_dict(self._root)
self.code = xml_dict.get('method_code')
self.description = xml_dict.get('method_description')
self.link = xml_dict.get('method_link')
self.id = self._root.attrib.get('methodID')
except:
raise
def parse_qcl(self):
try:
xml_dict = _xml_to_dict(self._root)
self.code = xml_dict.get('quality_control_level_code')
self.definition = xml_dict.get('definition')
self.explanation = xml_dict.get('explanation')
self.id = self._root.attrib.get('qualityControlLevelID')
except:
raise
def parse_sample(self):
try:
xml_dict = _xml_to_dict(self._root)
self.code = xml_dict.get('lab_sample_code')
self.type = xml_dict.get('sample_type')
lm = self._find('labMethod')
self.method = LabMethod(lm, self._ns) if lm is not None else None
except:
raise
def parse_qcl(self):
try:
xml_dict = _xml_to_dict(self._root)
self.code = xml_dict.get('quality_control_level_code')
self.definition = xml_dict.get('definition')
self.explanation = xml_dict.get('explanation')
self.id = self._root.attrib.get('qualityControlLevelID')
except:
raise
def parse_method(self):
try:
xml_dict = _xml_to_dict(self._root)
self.code = xml_dict.get('method_code')
self.description = xml_dict.get('method_description')
self.link = xml_dict.get('method_link')
self.id = self._root.attrib.get('methodID')
except:
raise
def parse_variable(self,xml=None):
if xml is not None:
try:
self._root = etree.parse(xml)
except:
self._root = xml
# try:
xml_dict = _xml_to_dict(self._root)
self.value_type = xml_dict.get('value_type')
self.data_type = xml_dict.get('data_type')
self.general_category = xml_dict.get('general_category')
self.sample_medium = xml_dict.get('sample_medium')
self.no_data_value = xml_dict.get('no_data_value')
self.variable_name = xml_dict.get('variable_name')
self.variable_code = xml_dict.get('variable_code')
self.variable_description = xml_dict.get('variable_description')
self.speciation = xml_dict.get('speciation')
# notes and properties
notes = [(note.attrib.get('title'),testXMLValue(note)) for note in self._findall('note')]
none_notes = [note[1] for note in notes if note[0] is None]
self.notes = dict([note for note in notes if note[0] is not None])
if len(none_notes) > 0:
self.notes['none'] = none_notes
self.properties = dict([(prop.attrib.get('name'),testXMLValue(prop)) for prop in self._findall('variableProperty')])
# related
related = self._find('related')
if related is not None:
self.parent_codes = [dict([('network',code.attrib.get('network')),('vocabulary',code.attrib.get('vocabulary')),('default',code.attrib.get('default'))])
for code in related.findall(ns(self._ns) + 'parentCode')]
self.related_codes = [dict([('network',d.get('network')),('vocabulary',d.get('vocabulary')),('default',d.get('default'))])
for code in related.findall(ns(self._ns) + 'relatedCode')]
else:
self.parent_codes = None
self.related_codes = None
# sub-objects
if self._ns == 'wml1.0':
unit = self._find('units')
self.unit = Unit1_0(unit, self._ns) if unit is not None else None
timesupport = self._find('timeSupport')
self.time_support = TimeScale(timesupport, self._ns) if timesupport is not None else None
else:
unit = self._find('unit')
self.unit = Unit(unit, self._ns) if unit is not None else None
timescale = self._find('timeScale')
self.time_scale = TimeScale(timescale, self._ns) if timescale is not None else None
categories = self._find('categories')
if categories is not None:
self.categories = [Category(cat,self._ns) for cat in categories.findall(ns(self._ns) + 'category')]
else:
self.categories = None
def parse_contactinformation(self):
try:
xml_dict = _xml_to_dict(self._root)
self.name = xml_dict.get('contact_name')
self.type = xml_dict.get('type_of_contact')
self.email = [testXMLValue(email) for email in self._findall('email')]
self.phone = [testXMLValue(phone) for phone in self._findall('phone')]
self.address = [testXMLValue(address) for address in self._findall('address')]
except:
raise
def parse_timescale(self):
try:
xml_dict = _xml_to_dict(self._root)
self.time_spacing = xml_dict.get('time_spacing')
self.time_support = xml_dict.get('time_support')
self.time_interval = xml_dict.get('time_interval')
unit = self._find('unit')
self.unit = Unit(unit, self._ns) if unit is not None else None
except:
raise
def parse_timescale(self):
try:
xml_dict = _xml_to_dict(self._root)
self.time_spacing = xml_dict.get('time_spacing')
self.time_support = xml_dict.get('time_support')
self.time_interval = xml_dict.get('time_interval')
unit = self._find('unit')
self.unit = Unit(unit, self._ns) if unit is not None else None
except:
raise
def parse_unit(self):
try:
xml_dict = _xml_to_dict(self._root)
self.name = xml_dict.get('unit_name')
self.unit_type = xml_dict.get('unit_type')
self.description = xml_dict.get('unit_description')
self.abbreviation = xml_dict.get('unit_abbreviation')
self.code = xml_dict.get('unit_code')
self.id = self._root.attrib.get('UnitID')
except:
raise
def parse_unit(self):
try:
xml_dict = _xml_to_dict(self._root)
self.name = xml_dict.get('unit_name')
self.unit_type = xml_dict.get('unit_type')
self.description = xml_dict.get('unit_description')
self.abbreviation = xml_dict.get('unit_abbreviation')
self.code = xml_dict.get('unit_code')
self.id = self._root.attrib.get('UnitID')
except:
raise
def parse_series(self,xml=None):
if xml is not None:
try:
self._root = etree.parse(xml)
except:
self._root = xml
# try:
xml_dict = _xml_to_dict(self._root,depth=3)
self.value_count = xml_dict.get('value_count')
self.value_type = xml_dict.get('value_type')
self.general_category = xml_dict.get('general_category')
self.sample_medium = xml_dict.get('sample_medium')
self.data_type = xml_dict.get('data_type')
# date-time
self.begin_date_time = parser.parse(xml_dict.get('begin_date_time'))
self.begin_date_time_utc = parser.parse(xml_dict.get('begin_date_time_utc')) if xml_dict.get('begin_date_time_utc') is not None else None
self.end_date_time = parser.parse(xml_dict.get('end_date_time'))
self.end_date_time_utc = parser.parse(xml_dict.get('end_date_time_utc')) if xml_dict.get('end_date_time_utc') is not None else None
# method info
self.method_description = xml_dict.get('method_description')
self.method_code = xml_dict.get('method_code')
self.method_link = xml_dict.get('method_link')
method = self._find('method')
if method is not None:
self.method_id = method.attrib.get('methodID')
else:
self.method_id = None
# source info
self.organization = xml_dict.get('organization')
self.source_description = xml_dict.get('source_description')
self.citation = xml_dict.get('citation')
source = self._find('source')
if source is not None:
self.source_id = source.attrib.get('sourceID')
else:
self.source_id = None
# quality control info
self.quality_control_level_code = xml_dict.get('quality_control_level_code')
self.definition = xml_dict.get('definition')
qa = self._find('qualityControlLevel')
if qa is not None:
self.quality_control_level_id = qa.attrib.get('qualityControlLevelID')
else:
self.quality_control_level_id = None
# properties
self.properties = dict([(prop.attrib.get('name'),testXMLValue(prop)) for prop in self._findall('seriesProperty')])
# sub-objects
self.variable = Variable(self._find('variable'),self._ns)
def parse_query_info(self, xml=None):
if xml is not None:
try:
self._root = etree.parse(xml)
except:
self._root = xml
# try:
# create queryinfo object from dict
xml_dict = _xml_to_dict(self._root)
self.creation_time = parser.parse(xml_dict.get('creation_time')) if xml_dict.get('creation_time') is not None else None
self.notes = [testXMLValue(note) for note in self._findall('note')]
self.criteria = Criteria(self._find('criteria'), self._ns)
def parse_labmethod(self):
try:
xml_dict = _xml_to_dict(self._root)
self.code = xml_dict.get('lab_code')
self.name = xml_dict.get('lab_name')
self.organization = xml_dict.get('lab_organization')
self.method_name = xml_dict.get('lab_method_name')
self.method_description = xml_dict.get('lab_method_description')
self.method_link = xml_dict.get('lab_method_link')
# sub-objects
source = self._find('labSourceDetails')
self.source_details = Source(source,self._ns) if source is not None else None
except:
raise
def parse_query_info(self, xml=None):
if xml is not None:
try:
self._root = etree.parse(xml)
except Exception:
self._root = xml
# try:
# create queryinfo object from dict
xml_dict = _xml_to_dict(self._root)
self.creation_time = parser.parse(xml_dict.get('creation_time')) \
if xml_dict.get('creation_time') is not None else None
self.notes = [testXMLValue(note) for note in self._findall('note')]
self.criteria = Criteria(self._find('criteria'), self._ns)
def parse_offset(self):
try:
xml_dict = _xml_to_dict(self._root)
self.type_code = xml_dict.get('offset_type_code')
self.value = xml_dict.get('offset_value')
self.description = xml_dict.get('offset_description')
self.is_vertical = xml_dict.get('offset_is_vertical')
self.azimuth_degrees = xml_dict.get('offset_azimuth_degrees')
unit = self._root.find('unit')
if self._ns == 'wml1.0':
self.unit = Unit1_0(unit, self._ns) if unit is not None else None
else:
self.unit = Unit(unit,self._ns) if unit is not None else None
except:
raise
def parse_labmethod(self):
try:
xml_dict = _xml_to_dict(self._root)
self.code = xml_dict.get('lab_code')
self.name = xml_dict.get('lab_name')
self.organization = xml_dict.get('lab_organization')
self.method_name = xml_dict.get('lab_method_name')
self.method_description = xml_dict.get('lab_method_description')
self.method_link = xml_dict.get('lab_method_link')
# sub-objects
source = self._find('labSourceDetails')
self.source_details = Source(
source, self._ns) if source is not None else None
except:
raise
def parse_contactinformation(self):
try:
xml_dict = _xml_to_dict(self._root)
self.name = xml_dict.get('contact_name')
self.type = xml_dict.get('type_of_contact')
self.email = [
testXMLValue(email) for email in self._findall('email')
]
self.phone = [
testXMLValue(phone) for phone in self._findall('phone')
]
self.address = [
testXMLValue(address) for address in self._findall('address')
]
except:
raise
def parse_offset(self):
try:
xml_dict = _xml_to_dict(self._root)
self.type_code = xml_dict.get('offset_type_code')
self.value = xml_dict.get('offset_value')
self.description = xml_dict.get('offset_description')
self.is_vertical = xml_dict.get('offset_is_vertical')
self.azimuth_degrees = xml_dict.get('offset_azimuth_degrees')
unit = self._root.find('unit')
if self._ns == 'wml1.0':
self.unit = Unit1_0(unit,
self._ns) if unit is not None else None
else:
self.unit = Unit(unit, self._ns) if unit is not None else None
except:
raise
def parse_source(self):
try:
xml_dict = _xml_to_dict(self._root)
self.code = xml_dict.get('source_code')
self.organization = xml_dict.get('organization')
self.description = xml_dict.get('source_description')
self.links = [testXMLValue(link) for link in self._findall('sourceLink')]
self.citation = xml_dict.get('citation')
# metadata
self.topic_category = xml_dict.get('topic_category')
self.title = xml_dict.get('title')
self.abstract = xml_dict.get('abstract')
self.profile_version = xml_dict.get('profile_version')
self.metadata_link = xml_dict.get('metadata_link')
# contact info
self.contact_info = [ContactInformation(ci,self._ns) for ci in self._findall('contactInformation')]
except:
raise
def parse_timezoneinfo(self,xml=None):
if xml is not None:
try:
self._root = etree.parse(xml)
except:
self._root = xml
# try:
xml_dict = _xml_to_dict(self._root)
default = self._find('defaultTimeZone')
if default is not None:
self.zone_offset = default.attrib.get('zoneOffset')
self.zone_abbreviation = default.attrib.get('zoneAbbreviation')
daylight = self._find('daylightSavingsTimeZone')
if daylight is not None:
self.daylight_zone_offset = daylight.attrib.get('zoneOffset')
self.daylight_zone_abbreviation = daylight.attrib.get('zoneAbbreviation')
def parse_timezoneinfo(self, xml=None):
if xml is not None:
try:
self._root = etree.parse(xml)
except:
self._root = xml
# try:
xml_dict = _xml_to_dict(self._root)
default = self._find('defaultTimeZone')
if default is not None:
self.zone_offset = default.attrib.get('zoneOffset')
self.zone_abbreviation = default.attrib.get('zoneAbbreviation')
daylight = self._find('daylightSavingsTimeZone')
if daylight is not None:
self.daylight_zone_offset = daylight.attrib.get('zoneOffset')
self.daylight_zone_abbreviation = daylight.attrib.get(
'zoneAbbreviation')
def parse_values(self):
xml_dict = _xml_to_dict(self._root)
# method info
self.methods = [
Method(method, self._ns) for method in self._findall('method')
]
# source info
self.sources = [
Source(source, self._ns) for source in self._findall('source')
]
# quality control info
self.qualit_control_levels = [
QualityControlLevel(qal, self._ns)
for qal in self._findall('qualityControlLevel')
]
# offset info
self.offsets = [Offset(os, self._ns) for os in self._findall('offset')]
# sample info
self.samples = [
Sample(sample, self._ns) for sample in self._findall('sample')
]
# censor codes
self.censor_codes = [
CensorCode(code, self._ns) for code in self._findall('censorCode')
]
# unit
if self._ns == 'wml1.0':
self.unit_abbreviation = self._root.attrib.get('unitsAbbreviation')
self.unit_code = self._root.attrib.get('unitsCode')
self.count = self._root.attrib.get('count')
else:
unit = self._find('unit')
self.unit = Unit(unit, self._ns) if unit is not None else None
# values
self.values = [Value(val, self._ns) for val in self._findall('value')]
def parse_location(self, xml=None):
if xml is not None:
try:
self._root = etree.parse(xml)
except:
self._root = xml
# try:
xml_dict = _xml_to_dict(self._root)
geogs = self._findall('geogLocation')
self.geo_coords = list()
self.srs = list()
for g in geogs:
self.geo_coords.append(
(testXMLValue(g.find(ns(self._ns) + 'longitude')),
testXMLValue(g.find(ns(self._ns) + 'latitude'))))
self.srs.append(g.attrib.get('srs'))
locsite = self._findall('localSiteXY')
self.local_sites = list()
self.notes = list()
self.projections = list()
for ls in locsite:
z = testXMLValue(ls.find(ns(self._ns) + 'Z'))
if z is not None:
self.local_sites.append(
(testXMLValue(ls.find(ns(self._ns) + 'X')),
testXMLValue(ls.find(ns(self._ns) + 'Y')), z))
else:
self.local_sites.append(
(testXMLValue(ls.find(ns(self._ns) + 'X')),
testXMLValue(ls.find(ns(self._ns) + 'Y')), '0'))
self.notes.append([
testXMLValue(note)
for note in ls.findall(ns(self._ns) + 'note')
])
self.projections.append(ls.attrib.get('projectionInformation'))
def parse_source(self):
try:
xml_dict = _xml_to_dict(self._root)
self.code = xml_dict.get('source_code')
self.organization = xml_dict.get('organization')
self.description = xml_dict.get('source_description')
self.links = [
testXMLValue(link) for link in self._findall('sourceLink')
]
self.citation = xml_dict.get('citation')
# metadata
self.topic_category = xml_dict.get('topic_category')
self.title = xml_dict.get('title')
self.abstract = xml_dict.get('abstract')
self.profile_version = xml_dict.get('profile_version')
self.metadata_link = xml_dict.get('metadata_link')
# contact info
self.contact_info = [
ContactInformation(ci, self._ns)
for ci in self._findall('contactInformation')
]
except:
raise
def parse_criteria(self, xml=None):
if xml is not None:
try:
self._root = etree.parse(xml)
except:
self._root = xml
# try:
xml_dict = _xml_to_dict(self._root,depth=4)
self.method_called = self._root.attrib.get('MethodCalled')
self.location_param = xml_dict.get('location_param')
self.variable_param = xml_dict.get('variable_param')
try:
self.begin_date_time = parser.parse(xml_dict['begin_date_time'])
except:
self.begin_date_time = None
try:
self.end_date_time = parser.parse(xml_dict['end_date_time'])
except:
self.end_date_time = None
self.parameters = [(param.attrib.get('name'),param.attrib.get('value')) for param in self._findall('parameter')]
def parse_siteinfo(self,xml=None):
if xml is not None:
try:
self._root = etree.parse(xml)
except:
self._root = xml
# try:
xml_dict = _xml_to_dict(self._root)
self.site_name = xml_dict.get('site_name')
self.site_codes = [testXMLValue(code) for code in self._findall('siteCode')]
self.elevation = xml_dict.get('elevation_m')
self.vertical_datum = xml_dict.get('vertical_datum')
self.site_types = [testXMLValue(typ) for typ in self._findall('siteType')]
self.site_properties = dict([(prop.attrib.get('name'),testXMLValue(prop)) for prop in self._findall('siteProperty')])
self.altname = xml_dict.get('altname')
self.notes = [testXMLValue(note) for note in self._findall('note')]
# sub-objects
tzi = self._find('timeZoneInfo')
if tzi is not None:
self.time_zone_info = TimeZoneInfo(tzi, self._ns)
self.location = Location(self._find('geoLocation'), self._ns)
def parse_variable(self, xml=None):
if xml is not None:
try:
self._root = etree.parse(xml)
except:
self._root = xml
# try:
xml_dict = _xml_to_dict(self._root)
self.value_type = xml_dict.get('value_type')
self.data_type = xml_dict.get('data_type')
self.general_category = xml_dict.get('general_category')
self.sample_medium = xml_dict.get('sample_medium')
self.no_data_value = xml_dict.get('no_data_value')
self.variable_name = xml_dict.get('variable_name')
self.variable_code = xml_dict.get('variable_code')
self.variable_description = xml_dict.get('variable_description')
self.speciation = xml_dict.get('speciation')
# notes and properties
notes = [(note.attrib.get('title'), testXMLValue(note))
for note in self._findall('note')]
none_notes = [note[1] for note in notes if note[0] is None]
self.notes = dict([note for note in notes if note[0] is not None])
if len(none_notes) > 0:
self.notes['none'] = none_notes
self.properties = dict([(prop.attrib.get('name'), testXMLValue(prop))
for prop in self._findall('variableProperty')])
# related
related = self._find('related')
if related is not None:
self.parent_codes = [
dict([('network', code.attrib.get('network')),
('vocabulary', code.attrib.get('vocabulary')),
('default', code.attrib.get('default'))])
for code in related.findall(ns(self._ns) + 'parentCode')
]
self.related_codes = [
dict([('network', d.get('network')),
('vocabulary', d.get('vocabulary')),
('default', d.get('default'))])
for code in related.findall(ns(self._ns) + 'relatedCode')
]
else:
self.parent_codes = None
self.related_codes = None
# sub-objects
if self._ns == 'wml1.0':
unit = self._find('units')
self.unit = Unit1_0(unit, self._ns) if unit is not None else None
timesupport = self._find('timeSupport')
self.time_support = TimeScale(
timesupport, self._ns) if timesupport is not None else None
else:
unit = self._find('unit')
self.unit = Unit(unit, self._ns) if unit is not None else None
timescale = self._find('timeScale')
self.time_scale = TimeScale(
timescale, self._ns) if timescale is not None else None
categories = self._find('categories')
if categories is not None:
self.categories = [
Category(cat, self._ns)
for cat in categories.findall(ns(self._ns) + 'category')
]
else:
self.categories = None
