def _import(self, db, data, flags):
# clrln()
# sys.stdout.write("writing node %s" % self.node)
if self.node_type is str:
f = bytemaps.StrStorage
method = todb.import_string
elif self.node_type is list:
f = bytemaps.ListStorage
method = todb.import_list
elif self.node_type is dict:
f = bytemaps.DictStorage
for key in data:
data[key] = self.wrap(key, data[key])
method = todb.import_dict
elif self.node_type is Set:
f = bytemaps.ListStorage
method = todb.import_set
else:
raise NodeTypeError(self)
merge = bytemaps.is_set(flags, f.is_merge)
assume_yes = bytemaps.is_set(flags, f.assume_yes)
node_exists = self.exists(db)
verbose = bytemaps.is_set(flags, f.verbose)
if not merge and node_exists:
if assume_yes and not verbose:
c = True
else:
c = confirm("%s already exists. It will be DELETED before writing new data." % self.node, assume_yes)
if not c:
return
else:
db.delete(self.node)
method(db, self.node, data, flags)
def import_dict (db, node, data, flags):
"""
@param db the redis database connection
@param prefix everything up to the specific dictionary being
imported (widgets.numero_uno.events)
@name The specific name of this particular dictionary
(1) -> widgets.numero_uno.events.1
@data the dictionary
@flags a bit-masked integral type that will determine certain
specifics (merge/replace, etc.)
There is no return type for this function.
"""
testing = b.is_set(flags, b.DictStorage.is_test)
if testing:
b.set_bit(flags, b.DictStorage.assume_yes)
for entry in data:
entry_exists = db.hexists(node, entry)
if entry_exists and not b.is_set(flags, b.DictStorage.is_merge):
__continue = confirm(
"%s:%s already exists in your node and will be overwritten." % (node, entry),
(b.is_set(flags, b.DictStorage.assume_yes)))
if not __continue:
continue
data[entry] = clean_string(data[entry])
if not testing:
db.hset(node, entry, data[entry])
def import_string(db, node, data, flags):
data = clean_string(data)
testing = b.is_set(flags, b.StrStorage.is_test)
merge = b.is_set(flags, b.StrStorage.is_merge) #unimplemented
yes = b.is_set(flags, b.StrStorage.assume_yes)
entry_exists = db.exists(node)
if entry_exists and not merge:
__continue = confirm(
"%s already exists in the database and will be overwritten." %node,
(b.is_set(flags, b.DictStorage.assume_yes)))
if not __continue:
return
if not testing:
db.set(node, data)
def import_list(db, node, data, flags):
testing = b.is_set(flags, b.ListStorage.is_test)
if testing:
b.set_bit(flags, b.ListStorage.assume_yes)
if isinstance(data[0], (str,int)):
new_list = []
merging = b.is_set(flags, b.ListStorage.is_merge)
if merging:
no_repeat = b.is_set(flags, b.ListStorage.merge_no_repeat)
current_list = r.full_list(db, node)
new_list.extend(current_list)
for entry in data:
if entry in new_list and no_repeat:
while entry in new_list:
new_list.remove(entry)
new_list.append(entry)
else:
new_list.extend(data)
for entry in new_list:
if not testing:
db.rpush(node, entry)
elif isinstance(data[0], dict):
if not merging:
dictset = db.keys(node+".*")
for n in dictset:
db.delete(n)
dictset = db.keys(node+".*")
num = len(dictset)
for entry in data:
nn = "%s.%d" % (node,num)
fl =0
if testing:
b.set_bit(fl, b.DictStorage.is_test)
if merging:
set_bit(fl, b.DictStorage.is_merge)
if b.is_set(flags, b.ListStorage.assume_yes):
set_bit(fl, b.DictStorage.assume_yes)
import_dict(db, nn, data[num], fl)
num += 1
def import_set(db, node, data, flags):
testing = b.is_set(flags, b.ListStorage.is_test)
for element in data:
db.sadd(node, element)
