def _get_date_and_granularity(self):
date = self._get_text_or_none('.//memorix:MEMORIX/field[@name="Datum_afbeelding"]/value')
if date is not None:
return parse_date(self.regexen, date)
else:
date = self._get_text_or_none('.//item/dcterms:created')
if date is not None:
return parse_date(self.regexen, date)
else:
date = self._get_text_or_none('.//item/dc:date')
if date is not None:
return parse_date(self.regexen, date)
else:
return None, None
def _get_date_and_granularity(self):
if self.original_item.find('production.date.start') is not None:
pds_text = self.original_item.find('production.date.start').text
# always take the production start date. period does not matter.
return parse_date(self.regexen, pds_text)
else:
return None, None
def _get_date_and_granularity(self):
date = self._get_text_or_none(
'.//memorix:MEMORIX/field[@name="Datum_afbeelding"]/value')
if date is not None:
return parse_date(self.regexen, date)
else:
date = self._get_text_or_none('.//item/dcterms:created')
if date is not None:
return parse_date(self.regexen, date)
else:
date = self._get_text_or_none('.//item/dc:date')
if date is not None:
return parse_date(self.regexen, date)
else:
return None, None
def _get_date_and_granularity(self):
if self.original_item.find('production.date.start') is not None:
pds_text = self.original_item.find('production.date.start').text
# always take the production start date. period does not matter.
return parse_date(self.regexen, pds_text)
else:
return None, None
def get_index_data(self):
index_data = {}
# measurements
fields = ['type', 'value', 'unit']
dim = zip(
*[[c.text for c in self.original_item.iter('dimension.' + f)]
for f in fields])
index_data['measurements'] = [{
'type': t,
'value': v.replace(',', '.'),
'unit': u
} for (t, v, u) in dim if t and v and v not in ['?', '...', '....']]
# acquisition
date = self.original_item.find('acquisition.date')
method = self.original_item.find('acquisition.method')
g, d = 0, None
if not method == None and method.text:
method = method.text
if not date == None and date.text:
date = date.text.replace(
"+", "").strip() # the meaning of '+' is unknown
if date not in ['?', '??', 'onbekend']:
g, d = parse_date(self.regexen, date)
index_data['acquisition'] = {
'method': method,
'date': d,
'date_granularity': g
}
# creator roles
fields = ['creator', 'creator.role']
# creator.qualifier is never defined
roles = [[c.text for c in self.original_item.iter(f) if c.text]
for f in fields]
if all(roles):
index_data['creator_roles'] = [{
'creator': r[0],
'role': r[1]
} for r in zip(*roles)]
# listed attributes
attrs = {
'collections': 'collections',
'material': 'materials',
'object_name': 'tags',
'techniek.vrije.tekst': 'technique',
'notes': 'notes',
}
for attr, index_name in attrs.items():
val = [
unicode(c.text) for c in self.original_item.iter(attr)
if c.text
]
if val:
index_data[index_name] = val
return index_data
def get_index_data(self):
index_data = {}
# measurements
fields = ['type', 'value', 'unit']
dim = zip(*[[c.text for c in self.original_item.iter('dimension.'+f)] for f in fields])
index_data['measurements'] = [
{
'type' : t,
'value' : v.replace(',','.'),
'unit' : u
}
for (t,v,u) in dim if t and v and v not in ['?','...','....']]
# acquisition
date = self.original_item.find('acquisition.date')
method = self.original_item.find('acquisition.method')
g,d = 0, None
if not method == None and method.text:
method = method.text
if not date == None and date.text:
date = date.text.replace("+","").strip() # the meaning of '+' is unknown
if date not in ['?', '??', 'onbekend']:
g,d = parse_date(self.regexen, date)
index_data['acquisition'] = {
'method' : method,
'date' : d,
'date_granularity' : g
}
# creator roles
fields = ['creator', 'creator.role']
# creator.qualifier is never defined
roles = [[c.text for c in self.original_item.iter(f) if c.text] for f in fields]
if all(roles):
index_data['creator_roles'] = [
{
'creator' : r[0],
'role' : r[1]
}
for r in zip(*roles)]
# listed attributes
attrs = {
'collections' : 'collections',
'material' : 'materials',
'object_name' : 'tags',
'techniek.vrije.tekst' : 'technique',
'notes' : 'notes',
}
for attr, index_name in attrs.items():
val = [unicode(c.text) for c in self.original_item.iter(attr) if c.text]
if val:
index_data[index_name] = val
return index_data
def get_index_data(self):
index_data = {}
# measurements
fields = ['type', 'value', 'unit']
dim = zip(
*[[c.text for c in self.original_item.iter('dimension.' + f)]
for f in fields])
index_data['measurements'] = [{
'type': t,
'value': v.replace(',', '.'),
'unit': u
} for (t, v, u) in dim if t and v and v not in ['?', '...', '....']]
# acquisition
fields = ['date', 'method']
aq = zip(
*[[c.text for c in self.original_item.iter('acquisition.' + f)]
for f in fields])
aq = [{
'date': d,
'date_granularity': g,
'method': m
} for (ds, m) in aq if ds or m
for g, d in [parse_date(self.regexen, ds)]]
index_data['acquisition'] = aq[0] if aq else None # singleton
# listed attributes
attrs = {
'collection': 'collections',
'material': 'materials',
'production.place': 'production_place',
'technique': 'technique',
'object_name': 'tags',
}
for attr, index_name in attrs.items():
val = [
unicode(c.text) for c in self.original_item.iter(attr)
if c.text
]
if val:
index_data[index_name] = val
if 'production_place' in index_data: # singleton
index_data['production_place'] = index_data['production_place'][0]
return index_data
def get_index_data(self):
index_data = {}
# measurements
fields = ['type', 'value', 'unit']
dim = zip(*[[c.text for c in self.original_item.iter('dimension.'+f)]
for f in fields])
index_data['measurements'] = [
{
'type': t,
'value': v.replace(',','.'),
'unit': u
}
for (t, v, u) in dim if t and v and v not in ['?', '...', '....']]
# acquisition
fields = ['date', 'method']
aq = zip(*[[c.text for c in self.original_item.iter('acquisition.'+f)]
for f in fields])
aq = [
{
'date' : d,
'date_granularity' : g,
'method' : m
}
for (ds,m) in aq if ds or m for g,d in [parse_date(self.regexen, ds)]]
index_data['acquisition'] = aq[0] if aq else None # singleton
# listed attributes
attrs = {
'collection': 'collections',
'material': 'materials',
'production.place': 'production_place',
'technique': 'technique',
'object_name': 'tags',
}
for attr, index_name in attrs.items():
val = [unicode(c.text) for c in self.original_item.iter(attr) if c.text]
if val:
index_data[index_name] = val
if 'production_place' in index_data: # singleton
index_data['production_place'] = index_data['production_place'][0]
return index_data
