def apply(self, inst):
# Create a unique op id.
op_id = str(uuid4())
op_path = os.path.join(inst.get_ldif_dir(), f'{op_id}.ldif')
with open(self.ldif_path, 'r') as f_import:
with open(op_path, 'w') as f_outport:
p = ImportTransformer(f_import, f_outport, self.exclude_attributes_set)
p.parse()
be = Backends(inst).get(self.suffix)
task = be.export_ldif()
task.wait()
task = be.import_ldif([op_path])
task.wait()
def _entryuuid_import_and_search(topology):
# 1
ldif_dir = topology.standalone.get_ldif_dir()
target_ldif = os.path.join(ldif_dir,
'localhost-userRoot-2020_03_30_13_14_47.ldif')
import_ldif = os.path.join(DATADIR1,
'localhost-userRoot-2020_03_30_13_14_47.ldif')
shutil.copyfile(import_ldif, target_ldif)
os.chmod(target_ldif, 0o777)
be = Backends(topology.standalone).get('userRoot')
task = be.import_ldif([target_ldif])
task.wait()
assert (task.is_complete() and task.get_exit_code() == 0)
accounts = Accounts(topology.standalone, DEFAULT_SUFFIX)
# 2 - positive eq test
r2 = accounts.filter("(entryUUID=%s)" % IMPORT_UUID_A)
assert (len(r2) == 1)
r3 = accounts.filter("(entryuuid=%s)" % IMPORT_UUID_B)
assert (len(r3) == 1)
# 3 - negative eq test
r4 = accounts.filter("(entryuuid=%s)" % UUID_MAX)
assert (len(r4) == 0)
# 4 - le search
r5 = accounts.filter("(entryuuid<=%s)" % UUID_BETWEEN)
assert (len(r5) == 1)
# 5 - ge search
r6 = accounts.filter("(entryuuid>=%s)" % UUID_BETWEEN)
assert (len(r6) == 1)
# 6 - le 0 search
r7 = accounts.filter("(entryuuid<=%s)" % UUID_MIN)
assert (len(r7) == 0)
# 7 - ge f search
r8 = accounts.filter("(entryuuid>=%s)" % UUID_MAX)
assert (len(r8) == 0)
# 8 - export db
task = be.export_ldif()
task.wait()
assert (task.is_complete() and task.get_exit_code() == 0)
