def handle(self, *items, **options):
self.verbosity = int(options['verbosity'])
# Clean all of the indexes when no apps/models have been specified.
# The superclass does this differently and gets duplicates.
if not items:
items = set()
unified_index = get_unified_index()
unified_index.build()
models = unified_index.indexes.keys()
for model in models:
items.add(model_label(model))
items = tuple(sorted(items))
return super(Command, self).handle(*items, **options)
def handle(self, *items, **options):
self.verbosity = int(options['verbosity'])
# Clean all of the indexes when no apps/models have been specified.
# The superclass does this differently and gets duplicates.
if not items:
items = set()
unified_index = get_unified_index()
unified_index.build()
models = unified_index.indexes.keys()
for model in models:
items.add(model_label(model))
items = tuple(sorted(items))
return super(Command, self).handle(*items, **options)
def model_search(*models):
"""Create the basic combined search for the specified models."""
if not models:
index = get_unified_index()
index.build()
models = index.indexes.keys()
search = SearchQuerySet().models(*models)
filters = {}
for model in models:
for lookup, value in get_index(model).filters().items():
# Make the lookup values optional, meaning that it
# will only apply to documents containing the field.
filters[lookup] = Optional(value)
if filters:
search = search.filter(**filters)
return search
def handle(self, *items, **options):
index_options = getattr(settings, 'HAYSTACK_PARTIAL_INDEX_OPTIONS',
None)
if not index_options:
raise ImproperlyConfigured(
'settings.HAYSTACK_PARTIAL_INDEX_OPTIONS is not defined.')
unified_index = get_unified_index(build=True)
# Update all of the indexes when no apps/models have been specified.
# The superclass does this differently and gets duplicates.
if not items:
items = set()
models = unified_index.indexes.keys()
for model in models:
items.add(model_label(model))
items = tuple(sorted(items))
# Decorate the index_queryset method of any index that has a limit
# defined in settings.HAYSTACK_PARTIAL_INDEX_OPTIONS
for model, index in unified_index.indexes.iteritems():
label = model_label(model)
limit_definition = index_options.get(label)
if limit_definition:
index.index_queryset = limit_index_queryset(
index_queryset=index.index_queryset,
limit_definition=limit_definition,
verbosity=int(options['verbosity']),
)
if not options.get('batchsize'):
options['batchsize'] = 500
# Now run the update_index command as usual.
with do_not_print(r'Skipping .+ - no index.'):
with green_text:
return super(Command, self).handle(*items, **options)
def handle(self, *items, **options):
index_options = getattr(settings, 'HAYSTACK_PARTIAL_INDEX_OPTIONS', None)
if not index_options:
raise ImproperlyConfigured('settings.HAYSTACK_PARTIAL_INDEX_OPTIONS is not defined.')
unified_index = get_unified_index(build=True)
# Update all of the indexes when no apps/models have been specified.
# The superclass does this differently and gets duplicates.
if not items:
items = set()
models = unified_index.indexes.keys()
for model in models:
items.add(model_label(model))
items = tuple(sorted(items))
# Decorate the index_queryset method of any index that has a limit
# defined in settings.HAYSTACK_PARTIAL_INDEX_OPTIONS
for model, index in unified_index.indexes.iteritems():
label = model_label(model)
limit_definition = index_options.get(label)
if limit_definition:
index.index_queryset = limit_index_queryset(
index_queryset=index.index_queryset,
limit_definition=limit_definition,
verbosity=int(options['verbosity']),
)
if not options.get('batchsize'):
options['batchsize'] = 500
# Now run the update_index command as usual.
with do_not_print(r'Skipping .+ - no index.'):
with green_text:
return super(Command, self).handle(*items, **options)
