def compress(self, data_list):
fields = get_fields(self.word_type)
keys = {key: i for i, key in enumerate(sorted(fields.keys()))}
word_forms = [
data_list[keys['%s_%d' % (WORD_FIELD_PREFIX, i)]]
for i in range(len(utg_data.INVERTED_WORDS_CACHES[self.word_type]))
]
properties = utg_words.Properties()
for static_property, required in self.word_type.properties.items():
value = data_list[keys['%s_%s' % (WORD_FIELD_PREFIX,
static_property.__name__)]]
if not value:
continue
properties = utg_words.Properties(properties, value)
word = utg_words.Word(type=self.word_type,
forms=word_forms,
properties=properties)
word.autofill_missed_forms()
return word
def format_output(self, rendered_widgets):
from the_tale.linguistics.relations import WORD_BLOCK_BASE
from the_tale.linguistics.word_drawer import Leaf
from the_tale.linguistics.word_drawer import FormFieldDrawer
fields = get_fields(self.word_type)
keys = {key: i for i, key in enumerate(sorted(fields.keys()))}
leaf = Leaf(type=self.word_type,
base=WORD_BLOCK_BASE.C,
key={
utg_relations.NUMBER: utg_relations.NUMBER.SINGULAR,
utg_relations.NOUN_FORM: utg_relations.NOUN_FORM.NORMAL
})
widgets = {key: rendered_widgets[keys[key]] for key in keys}
drawer = FormFieldDrawer(type=self.word_type,
widgets=widgets,
skip_markers=self.skip_markers,
show_properties=self.show_properties)
return jinja2.Markup(
dext_jinja2.render('linguistics/words/simple_noun_field.html',
context={
'drawer': drawer,
'leaf': leaf
}))
def __init__(self,
word_type,
show_properties=True,
skip_markers=(),
**kwargs):
fields = get_fields(word_type)
keys = sorted(fields.keys())
self.fields_keys = dict(enumerate(keys))
requireds = [fields[key].required for key in keys]
label = kwargs.get('label')
if label:
label = mark_safe('<h3>%s</h3>' % label)
kwargs['label'] = label
super(WordField, self).__init__(fields=[fields[key] for key in keys],
widget=WordWidget(
word_type=word_type,
skip_markers=skip_markers,
show_properties=show_properties),
**kwargs)
for key, required in zip(keys, requireds):
fields[key].required = required
self.word_type = word_type
def __init__(self, word_type, skip_markers=(), show_properties=True, **kwargs):
fields = get_fields(word_type)
keys = sorted(fields.keys())
super(WordWidget, self).__init__(widgets=[fields[key].widget for key in keys],
**kwargs)
self.word_type = word_type
self.skip_markers = skip_markers
self.show_properties = show_properties
def format_output(self, rendered_widgets):
from the_tale.linguistics.word_drawer import FormFieldDrawer
fields = get_fields(self.word_type)
keys = {key: i for i, key in enumerate(sorted(fields.keys()))}
widgets = {key: rendered_widgets[keys[key]] for key in keys}
drawer = FormFieldDrawer(type=self.word_type, widgets=widgets, skip_markers=self.skip_markers, show_properties=self.show_properties)
return jinja2.Markup(dext_jinja2.render('linguistics/words/field.html', context={'drawer': drawer}))
def __init__(self, word_type, show_properties=True, skip_markers=(), **kwargs):
fields = get_fields(word_type)
keys = sorted(fields.keys())
self.fields_keys = dict(enumerate(keys))
requireds = [fields[key].required for key in keys]
label = kwargs.get('label')
if label:
label = mark_safe(u'<h3>%s</h3>' % label)
kwargs['label'] = label
super(WordField, self).__init__(fields=[fields[key] for key in keys],
widget=WordWidget(word_type=word_type, skip_markers=skip_markers, show_properties=show_properties),
**kwargs)
for key, required in zip(keys, requireds):
fields[key].required = required
self.word_type = word_type
def decompress_word(word_type, value):
if value:
initials = get_word_fields_initials(value)
for static_property, required in value.type.properties.iteritems():
v = value.properties.is_specified(static_property)
if not v:
continue
initials['%s_%s' % (WORD_FIELD_PREFIX, static_property.__name__)] = value.properties.get(static_property)
else:
initials = get_fields(word_type)
initials = {k: u'' for k in initials.iterkeys()}
fields = get_fields(word_type)
keys = sorted(fields.keys())
return [initials.get(key) for key in keys]
def compress(self, data_list):
fields = get_fields(self.word_type)
keys = {key: i for i, key in enumerate(sorted(fields.keys()))}
word_forms = [data_list[keys['%s_%d' % (WORD_FIELD_PREFIX, i)]] for i in xrange(len(utg_data.INVERTED_WORDS_CACHES[self.word_type]))]
properties = utg_words.Properties()
for static_property, required in self.word_type.properties.iteritems():
value = data_list[keys['%s_%s' % (WORD_FIELD_PREFIX, static_property.__name__)]]
if not value:
continue
properties = utg_words.Properties(properties, value)
word = utg_words.Word(type=self.word_type,
forms=word_forms,
properties=properties)
word.autofill_missed_forms()
return word
