def save(self, docs, timestamp, comment, ip, author, action, data=None):
docs = list(docs)
docs = common.format_data(docs)
if not docs:
return {}
dbtx = self.db.transaction()
try:
records = self._get_records_for_save(docs, timestamp)
self._update_thing_table(records)
changes = [dict(key=r.key, revision=r.revision) for r in records]
bot = bool(author and
(self.get_user_details(author) or {}).get('bot', False))
# add transaction
changeset = dict(
kind=action,
author=author and {"key": author},
ip=ip,
comment=comment,
timestamp=timestamp.isoformat(),
bot=bot,
changes=changes,
data=data or {},
)
tx_id = self._add_transaction(changeset)
changeset['id'] = str(tx_id)
# add versions
versions = [
dict(thing_id=r.id, revision=r.revision, transaction_id=tx_id)
for r in records
]
self.db.multiple_insert('version', versions, seqname=False)
# add data
data = [
dict(thing_id=r.id,
revision=r.revision,
data=simplejson.dumps(r.data)) for r in records
]
self.db.multiple_insert('data', data, seqname=False)
self._update_index(records)
except:
dbtx.rollback()
raise
else:
dbtx.commit()
changeset['docs'] = [r.data for r in records]
changeset['old_docs'] = [r.prev.data for r in records]
return changeset
def save(self, docs, timestamp, comment, ip, author, action, data=None):
docs = list(docs)
docs = common.format_data(docs)
if not docs:
return {}
dbtx = self.db.transaction()
try:
records = self._get_records_for_save(docs, timestamp)
self._update_thing_table(records)
changes = [dict(key=r.key, revision=r.revision) for r in records]
bot = bool(author and (self.get_user_details(author) or {}).get('bot', False))
# add transaction
changeset = dict(
kind=action,
author=author and {"key": author},
ip=ip,
comment=comment,
timestamp=timestamp.isoformat(),
bot=bot,
changes=changes,
data=data or {},
)
tx_id = self._add_transaction(changeset)
changeset['id'] = str(tx_id)
# add versions
versions = [dict(thing_id=r.id, revision=r.revision, transaction_id=tx_id) for r in records]
self.db.multiple_insert('version', versions, seqname=False)
# add data
data = [dict(thing_id=r.id, revision=r.revision, data=simplejson.dumps(r.data)) for r in records]
self.db.multiple_insert('data', data, seqname=False)
self._update_index(records)
except:
dbtx.rollback()
raise
else:
dbtx.commit()
changeset['docs'] = [r.data for r in records]
changeset['old_docs'] = [r.prev.data for r in records]
return changeset
def save_many(self,
docs,
timestamp,
comment,
data,
ip,
author,
action=None):
docs = list(docs)
action = action or "bulk_update"
logger.debug(
"saving %d docs - %s",
len(docs),
dict(
timestamp=timestamp,
comment=comment,
data=data,
ip=ip,
author=author,
action=action,
),
)
s = SaveImpl(self.db, self.schema, self.indexer, self.property_manager)
# Hack to allow processing of json data before using. Required for OL legacy.
s.process_json = process_json
docs = common.format_data(docs)
changeset = s.save(
docs,
timestamp=timestamp,
comment=comment,
ip=ip,
author=author,
action=action,
data=data,
)
# update cache.
# Use the docs from result as they contain the updated revision and last_modified fields.
for doc in changeset.get('docs', []):
web.ctx.new_objects[doc['key']] = json.dumps(doc)
return changeset
def format_data(self):
from infogami.infobase import common
return common.format_data(self._get_data())