def test_REST_post_triggers_ws_multicast__topo_diff(self):
class NS_test(BaseNamespace):
def on_diff_commit__topo(self, *data):
greenlet.getcurrent().data = data
raise KeyboardInterrupt() # TODO: cleanup: properly close socket
test_label = neo4j_test_util.rand_label()
n, n_id = test_util.generate_random_node_dict(test_label)
topo_diff = Topo_Diff(node_set_add=[n])
def c_0():
with RZ_websocket(namespace=NS_test) as (sock, _):
c1_t.switch() # allow peer to POST
sock.wait(8) # allow self to receive
def c_1():
data = json.dumps({'topo_diff': topo_diff.to_json_dict()})
req = urllib2.Request(url='http://rhizi.local:8080/graph/diff-commit-topo',
data=data,
headers={'Content-Type': 'application/json'})
f = urllib2.urlopen(req)
f.close()
c0_t.switch()
c0_t = greenlet(c_0)
c0_t.data = None
c1_t = greenlet(c_1)
c0_t.switch()
self.assertTrue(None != c0_t.data)
self.assertEqual(2, len(c1_t.data))
def test_REST_post_triggers_ws_multicast__topo_diff(self):
class NS_test(BaseNamespace):
def on_diff_commit__topo(self, *data):
greenlet.getcurrent().data = data
raise KeyboardInterrupt(
) # TODO: cleanup: properly close socket
test_label = neo4j_test_util.rand_label()
n, n_id = test_util.generate_random_node_dict(test_label)
topo_diff = Topo_Diff(node_set_add=[n])
def c_0():
with RZ_websocket(namespace=NS_test) as (sock, _):
c1_t.switch() # allow peer to POST
sock.wait(8) # allow self to receive
def c_1():
data = json.dumps({'topo_diff': topo_diff.to_json_dict()})
req = urllib2.Request(
url='http://rhizi.local:8080/graph/diff-commit-topo',
data=data,
headers={'Content-Type': 'application/json'})
f = urllib2.urlopen(req)
f.close()
c0_t.switch()
c0_t = greenlet(c_0)
c0_t.data = None
c1_t = greenlet(c_1)
c0_t.switch()
self.assertTrue(None != c0_t.data)
self.assertEqual(2, len(c1_t.data))
def test_T__add_node_filter__meta_label(self):
test_label = neo4j_test_util.rand_label()
dbq_set = []
op_set = self.gen_full_db_op_set(test_label)
for op in op_set:
if isinstance(op, DB_composed_op): continue # sub-queries tested instead
for _idx, db_q, _db_q_result in op:
dbq_set.append(db_q)
self.test_T__common(dbq_set, DB_Query.t__add_node_filter__meta_label)
def test_T__add_node_filter__meta_label(self):
test_label = neo4j_test_util.rand_label()
dbq_set = []
op_set = self.gen_full_db_op_set(test_label)
for op in op_set:
if isinstance(op, DB_composed_op): continue # sub-queries tested instead
for _idx, db_q, _db_q_result in op.iter__r_set():
dbq_set.append(db_q)
self.test_T__common(dbq_set, DB_Query.t__add_node_filter__meta_label)
def test_add_node_set(self):
test_label = neo4j_test_util.rand_label()
n_0, n_0_id = generate_random_node_dict(test_label)
n_1, n_1_id = generate_random_node_dict(test_label)
n_map = meta_attr_list_to_meta_attr_map([n_0, n_1])
op = DBO_add_node_set(n_map)
self.assertEqual(len(op.statement_set), 1) # assert a single statement is issued
ret_id_set = self.db_ctl.exec_op(op)
self.assertEqual(len(ret_id_set), 2)
self.assertTrue(n_0_id in ret_id_set)
self.assertTrue(n_1_id in ret_id_set)
def test_add_node_set(self):
test_label = neo4j_test_util.rand_label()
n_0, n_0_id = generate_random_node_dict(test_label)
n_1, n_1_id = generate_random_node_dict(test_label)
n_map = meta_attr_list_to_meta_attr_map([n_0, n_1])
op = DBO_add_node_set(n_map)
self.assertEqual(len(op.statement_set),
1) # assert a single statement is issued
ret_id_set = self.db_ctl.exec_op(op)
self.assertEqual(len(ret_id_set), 2)
self.assertTrue(n_0_id in ret_id_set)
self.assertTrue(n_1_id in ret_id_set)
def test_ws_event__attr_diff(self):
class NS_test(BaseNamespace):
def on_diff_commit__attr(self, *data):
greenlet.getcurrent().data = data
raise KeyboardInterrupt() # TODO: cleanup: properly close socket
test_label = neo4j_test_util.rand_label()
n, n_id = test_util.generate_random_node_dict(test_label)
# apply attr_diff
attr_diff = Attr_Diff()
attr_diff.add_node_attr_write(n_id, 'attr_0', 0)
attr_diff.add_node_attr_write(n_id, 'attr_1', 'a')
attr_diff.add_node_attr_rm(n_id, 'attr_2')
def c_0():
with RZ_websocket(namespace=NS_test) as (_, ns_sock):
c1_t.switch() # allow peer to connect
data = json.dumps(attr_diff)
ns_sock.emit('diff_commit__attr', data)
c1_t.switch()
def c_1():
with RZ_websocket(namespace=NS_test) as (sock, _):
c0_t.switch() # allow peer to emit
sock.wait(8) # allow self to receive
c0_t = greenlet(c_0)
c1_t = greenlet(c_1)
c1_t.data = None
c0_t.switch()
self.assertTrue(None != c1_t.data)
self.assertEqual(2, len(c1_t.data))
diff_in = Attr_Diff.from_json_dict(c1_t.data[0])
commit_ret = Attr_Diff.from_json_dict(c1_t.data[1])
self.assertEqual(Attr_Diff, type(diff_in))
self.assertEqual(Attr_Diff, type(commit_ret))
def test_T__add_node_filter__rzdoc_id_label(self):
test_label = neo4j_test_util.rand_label()
test_rzdoc = generate_random_RZDoc(test_label)
dbq_set = []
op_set = self.gen_full_db_op_set(test_label)
for op in op_set:
if isinstance(op, DB_composed_op): continue # sub-queries tested instead
for dbq in op:
dbq_set.append(dbq)
q_arr = ['match (n)-[l_old {id: {id}}]->(m)',
'where type(l_old)<>\'is not\'',
'delete l_old, params: {\'id\': u\'9fbhxwcn\'}']
dbq = DB_Query(q_arr)
dbq_set = [dbq]
# dbq_set = dbq_set[:1]
self.test_T__common(dbq_set, QT_RZDOC_NS_Filter, test_rzdoc)
def test_T__add_node_filter__rzdoc_id_label(self):
test_label = neo4j_test_util.rand_label()
test_rzdoc = generate_random_RZDoc(test_label)
dbq_set = []
op_set = self.gen_full_db_op_set(test_label)
for op in op_set:
if isinstance(op, DB_composed_op): continue # sub-queries tested instead
for dbq in op:
dbq_set.append(dbq)
q_arr = ['match (n)-[l_old {id: {id}}]->(m)',
'where type(l_old)<>\'is not\'',
'delete l_old, params: {\'id\': u\'9fbhxwcn\'}']
dbq = DB_Query(q_arr)
dbq_set = [dbq]
# dbq_set = dbq_set[:1]
self.test_T__common(dbq_set, QT_RZDOC_NS_Filter, test_rzdoc)
def test_ws_event__attr_diff(self):
class NS_test(BaseNamespace):
def on_diff_commit__attr(self, *data):
greenlet.getcurrent().data = data
raise KeyboardInterrupt(
) # TODO: cleanup: properly close socket
test_label = neo4j_test_util.rand_label()
n, n_id = test_util.generate_random_node_dict(test_label)
# apply attr_diff
attr_diff = Attr_Diff()
attr_diff.add_node_attr_write(n_id, 'attr_0', 0)
attr_diff.add_node_attr_write(n_id, 'attr_1', 'a')
attr_diff.add_node_attr_rm(n_id, 'attr_2')
def c_0():
with RZ_websocket(namespace=NS_test) as (_, ns_sock):
c1_t.switch() # allow peer to connect
data = json.dumps(attr_diff)
ns_sock.emit('diff_commit__attr', data)
c1_t.switch()
def c_1():
with RZ_websocket(namespace=NS_test) as (sock, _):
c0_t.switch() # allow peer to emit
sock.wait(8) # allow self to receive
c0_t = greenlet(c_0)
c1_t = greenlet(c_1)
c1_t.data = None
c0_t.switch()
self.assertTrue(None != c1_t.data)
self.assertEqual(2, len(c1_t.data))
diff_in = Attr_Diff.from_json_dict(c1_t.data[0])
commit_ret = Attr_Diff.from_json_dict(c1_t.data[1])
self.assertEqual(Attr_Diff, type(diff_in))
self.assertEqual(Attr_Diff, type(commit_ret))
def test_rzdoc_lifecycle(self):
test_label = neo4j_test_util.rand_label()
rzdoc_name = test_label
lookup_ret__by_name = self.kernel.rzdoc__lookup_by_name(rzdoc_name)
self.assertIsNone(lookup_ret__by_name)
# create
rzdoc, m_rzdoc = self.kernel.rzdoc__create(rzdoc_name)
# lookup
for rzd in [rzdoc, m_rzdoc]:
lookup_ret__by_id = self.kernel.rzdoc__lookup_by_id(rzd.id)
lookup_ret__by_name = self.kernel.rzdoc__lookup_by_name(rzd.name)
self.assertTrue(None != lookup_ret__by_id)
self.assertTrue(None != lookup_ret__by_name)
# delete
self.kernel.rzdoc__delete(rzdoc)
lookup_ret__by_name = self.kernel.rzdoc__lookup_by_name(rzdoc_name)
self.assertIsNone(lookup_ret__by_name)
def test_rzdoc_lifecycle(self):
test_label = neo4j_test_util.rand_label()
rzdoc_name = test_label
lookup_ret__by_name = self.kernel.rzdoc__lookup_by_name(rzdoc_name)
self.assertIsNone(lookup_ret__by_name)
# create
rzdoc, m_rzdoc = self.kernel.rzdoc__create(rzdoc_name)
# lookup
for rzd in [rzdoc, m_rzdoc]:
lookup_ret__by_id = self.kernel.rzdoc__lookup_by_id(rzd.id)
lookup_ret__by_name = self.kernel.rzdoc__lookup_by_name(rzd.name)
self.assertTrue(None != lookup_ret__by_id)
self.assertTrue(None != lookup_ret__by_name)
# delete
self.kernel.rzdoc__delete(rzdoc)
lookup_ret__by_name = self.kernel.rzdoc__lookup_by_name(rzdoc_name)
self.assertIsNone(lookup_ret__by_name)
def test_add_link_set(self):
test_label = neo4j_test_util.rand_label()
n_0, n_0_id = generate_random_node_dict(test_label)
n_1, n_1_id = generate_random_node_dict(test_label)
n_2, n_2_id = generate_random_node_dict(test_label)
l_0, l_0_id = generate_random_link_dict(test_label, n_0_id, n_1_id)
l_1, l_1_id = generate_random_link_dict(test_label, n_0_id, n_2_id)
n_map = meta_attr_list_to_meta_attr_map([n_0, n_1, n_2])
op = DBO_add_node_set(n_map)
self.db_ctl.exec_op(op)
l_map = { test_label : [l_0, l_1]}
op = DBO_add_link_set(l_map)
self.assertEqual(len(op.statement_set), 2) # no support yet for parameterized statements for link creation
ret_id_set = self.db_ctl.exec_op(op)
self.assertEqual(len(ret_id_set), 2)
self.assertTrue(l_0_id in ret_id_set)
self.assertTrue(l_1_id in ret_id_set)
def test_ws_event__topo_diff(self):
class NS_test(BaseNamespace):
def on_diff_commit__topo(self, *data):
greenlet.getcurrent().data = data
raise KeyboardInterrupt(
) # TODO: cleanup: properly close socket
test_label = neo4j_test_util.rand_label()
n_0, n_0_id = test_util.generate_random_node_dict(test_label)
n_1, n_1_id = test_util.generate_random_node_dict(test_label)
l, l_id = test_util.generate_random_link_dict(test_label, n_0_id,
n_1_id)
topo_diff = Topo_Diff(node_set_add=[n_0, n_1], link_set_add=[l])
def c_0():
with RZ_websocket(namespace=NS_test) as (_, ns_sock):
c1_t.switch() # allow peer to connect
data = json.dumps(topo_diff, cls=Topo_Diff.JSON_Encoder)
ns_sock.emit('diff_commit__topo', data)
c1_t.switch()
def c_1():
with RZ_websocket(namespace=NS_test) as (sock, _):
c0_t.switch() # allow peer to emit
sock.wait(8) # allow self to receive
c0_t = greenlet(c_0)
c1_t = greenlet(c_1)
c1_t.data = None
c0_t.switch()
self.assertTrue(None != c1_t.data)
self.assertEqual(2, len(c1_t.data))
diff_in = Topo_Diff.from_json_dict(c1_t.data[0])
commit_ret = Topo_Diff.Commit_Result_Type.from_json_dict(c1_t.data[1])
self.assertEqual(Topo_Diff, type(diff_in))
self.assertEqual(Topo_Diff.Commit_Result_Type, type(commit_ret))
def test_ws_event__topo_diff(self):
class NS_test(BaseNamespace):
def on_diff_commit__topo(self, *data):
greenlet.getcurrent().data = data
raise KeyboardInterrupt() # TODO: cleanup: properly close socket
test_label = neo4j_test_util.rand_label()
n_0, n_0_id = test_util.generate_random_node_dict(test_label)
n_1, n_1_id = test_util.generate_random_node_dict(test_label)
l, l_id = test_util.generate_random_link_dict(test_label, n_0_id, n_1_id)
topo_diff = Topo_Diff(node_set_add=[n_0, n_1], link_set_add=[l])
def c_0():
with RZ_websocket(namespace=NS_test) as (_, ns_sock):
c1_t.switch() # allow peer to connect
data = json.dumps(topo_diff, cls=Topo_Diff.JSON_Encoder)
ns_sock.emit('diff_commit__topo', data)
c1_t.switch()
def c_1():
with RZ_websocket(namespace=NS_test) as (sock, _):
c0_t.switch() # allow peer to emit
sock.wait(8) # allow self to receive
c0_t = greenlet(c_0)
c1_t = greenlet(c_1)
c1_t.data = None
c0_t.switch()
self.assertTrue(None != c1_t.data)
self.assertEqual(2, len(c1_t.data))
diff_in = Topo_Diff.from_json_dict(c1_t.data[0])
commit_ret = Topo_Diff.Commit_Result_Type.from_json_dict(c1_t.data[1])
self.assertEqual(Topo_Diff, type(diff_in))
self.assertEqual(Topo_Diff.Commit_Result_Type, type(commit_ret))
def test_diff_commit__attr(self):
# create test node
test_label = neo4j_test_util.rand_label()
n_0, n_0_id = generate_random_node_dict(test_label)
n_0['attr_0'] = 0
topo_diff = Topo_Diff(node_set_add=[n_0])
op = DBO_diff_commit__topo(topo_diff)
self.db_ctl.exec_op(op)
# apply attr_diff
attr_diff = Attr_Diff()
attr_diff.add_node_attr_write(n_0_id, 'attr_0', 0)
attr_diff.add_node_attr_write(n_0_id, 'attr_1', 'a')
attr_diff.add_node_attr_rm(n_0_id, 'attr_2')
op = DBO_diff_commit__attr(attr_diff)
ret_diff = self.db_ctl.exec_op(op)
self.assertEqual(len(ret_diff.type__node), 1)
self.assertTrue(None != ret_diff.type__node[n_0_id])
# attr-set only
attr_diff = Attr_Diff()
attr_diff.add_node_attr_write(n_0_id, 'attr_2', 0)
op = DBO_diff_commit__attr(attr_diff)
ret_diff = self.db_ctl.exec_op(op)
self.assertTrue(
None != ret_diff.type__node[n_0_id]['__attr_write'].get('attr_2'))
# attr-remove only
attr_diff = Attr_Diff()
attr_diff.add_node_attr_rm(n_0_id, 'attr_2')
op = DBO_diff_commit__attr(attr_diff)
ret_diff = self.db_ctl.exec_op(op)
self.assertTrue(
'attr_2' in ret_diff.type__node[n_0_id]['__attr_remove'])
def test_add_link_set(self):
test_label = neo4j_test_util.rand_label()
n_0, n_0_id = generate_random_node_dict(test_label)
n_1, n_1_id = generate_random_node_dict(test_label)
n_2, n_2_id = generate_random_node_dict(test_label)
l_0, l_0_id = generate_random_link_dict(test_label, n_0_id, n_1_id)
l_1, l_1_id = generate_random_link_dict(test_label, n_0_id, n_2_id)
n_map = meta_attr_list_to_meta_attr_map([n_0, n_1, n_2])
op = DBO_add_node_set(n_map)
self.db_ctl.exec_op(op)
l_map = {test_label: [l_0, l_1]}
op = DBO_add_link_set(l_map)
self.assertEqual(
len(op.statement_set),
2) # no support yet for parameterized statements for link creation
ret_id_set = self.db_ctl.exec_op(op)
self.assertEqual(len(ret_id_set), 2)
self.assertTrue(l_0_id in ret_id_set)
self.assertTrue(l_1_id in ret_id_set)
def test_diff_commit__attr(self):
# create test node
test_label = neo4j_test_util.rand_label()
n_0, n_0_id = generate_random_node_dict(test_label)
n_0['attr_0'] = 0
topo_diff = Topo_Diff(node_set_add=[n_0])
op = DBO_diff_commit__topo(topo_diff)
self.db_ctl.exec_op(op)
# apply attr_diff
attr_diff = Attr_Diff()
attr_diff.add_node_attr_write(n_0_id, 'attr_0', 0)
attr_diff.add_node_attr_write(n_0_id, 'attr_1', 'a')
attr_diff.add_node_attr_rm(n_0_id, 'attr_2')
op = DBO_diff_commit__attr(attr_diff)
ret_diff = self.db_ctl.exec_op(op)
self.assertEqual(len(ret_diff.type__node), 1)
self.assertTrue(None != ret_diff.type__node[n_0_id])
# attr-set only
attr_diff = Attr_Diff()
attr_diff.add_node_attr_write(n_0_id, 'attr_2', 0)
op = DBO_diff_commit__attr(attr_diff)
ret_diff = self.db_ctl.exec_op(op)
self.assertTrue(None != ret_diff.type__node[n_0_id]['__attr_write'].get('attr_2'))
# attr-remove only
attr_diff = Attr_Diff()
attr_diff.add_node_attr_rm(n_0_id, 'attr_2')
op = DBO_diff_commit__attr(attr_diff)
ret_diff = self.db_ctl.exec_op(op)
self.assertTrue('attr_2' in ret_diff.type__node[n_0_id]['__attr_remove'])
def test_random_data_generation__domain__CRI(self, export_as_csv=True):
"""
test:
- random CRI domain data generation
- DB dump in cvs format: person x skill x skill-level
"""
skill_set = ['Cryptocurrency',
'Database architecture',
'Web-development',
'Mobile-development',
'Machine learning',
'Guitar Playing',
'Image processing',
'Algebra',
'Calculus',
'Molecular-Biology',
'Graphic design',
'Geo-location services',
'Drone-building',
'Artificial-intelligence',
'Distributed information systems',
'Wordpress',
'Woodworking',
'Quality-control',
'Video-editing',
'Soldering',
'Network engineering',
'GIT',
'Electronic music',
'Network administration']
name_set = ['John',
'William',
'James',
'Charles',
'George',
'Frank',
'Joseph',
'Thomas',
'Henry',
'Robert',
'Edward',
'Harry',
'Walter',
'Arthur',
'Fred',
'Albert',
'Samuel',
'David',
'Louis',
'Joe',
'Charlie',
'Clarence',
'Richard',
'Andrew',
'Daniel',
'Ernest',
'Mary',
'Anna',
'Emma',
'Elizabeth',
'Minnie',
'Margaret',
'Ida',
'Alice',
'Bertha',
'Sarah',
'Annie',
'Clara',
'Ella',
'Florence',
'Cora',
'Martha',
'Laura',
'Nellie',
'Grace',
'Carrie',
'Maude',
'Mabel',
'Bessie',
'Jennie',
'Gertrude',
'Julia']
test_label = rand_label()
rzdoc = generate_random_RZDoc(test_label)
op = DBO_rzdoc__create(rzdoc)
self.db_ctl.exec_op(op)
op = DBO_RDG__skill_graph(rzdoc,
lim_n=10,
skill_set=skill_set,
name_set=name_set)
self.db_ctl.exec_op(op)
if False == export_as_csv:
return
q_arr = ['match (n: Person)',
'with n',
'match (n)-[r:Novice|Intermediate|Expert]->(m:Skill)', # [!] expect link type to be proficiency level
'return n.name, collect({skill_name: m.name, skill_level: r.proficiency})'
]
op = DBO_raw_query_set(q_arr)
#
# write csv file
#
cur_f_name = inspect.stack()[0][3]
def q_process_result_set():
with tempfile.NamedTemporaryFile(prefix='rz_%s' % (cur_f_name), dir='/tmp', suffix='.csv', delete=False) as f_out:
for _, _, r_set in op.iter__r_set():
for row in r_set:
person_name, skill_dict_set = row # person to {sname: skill, s:pro: skill_level{ dict set
cvs_line_arr = [person_name]
for skill_dict in skill_dict_set:
skill_name = skill_dict['skill_name']
skill_level = skill_dict['skill_level']
cvs_line_arr += [skill_name, skill_level]
f_out.write(','.join(cvs_line_arr) + '\n')
f_out.write('\n')
op.process_result_set = q_process_result_set
self.db_ctl.exec_op(op)
def test_cypher_exp_parsing(self):
def validate_parse_tree(pt, q_str):
self.log.debug('\n'.join([
' q: %s' % (q_str),
'q\': %s' % (pt.str__cypher_query()),
'struct: \n%s' % (pt.str__struct_tree()),
]))
if pt.str__cypher_query(
) != q_str: # test for precise query string match
self.fail()
valid_exp_set = []
#
# parse expression set
#
parser = Cypher_Parser()
exp_set = [
'create (n:A)-[r:B]->(m:C:D), ({a: 0, b: \'b\'})',
'match (n) with n order by n.id skip 0 limit 2 optional match (n)-[r]->(m) return n,labels(n),collect([m.id, r, type(r)])',
'match (src {id: {src}.id}), (dst {id: {dst}.id})',
'match (n {id: {id_foo}})',
'match ()',
'match (n:`F oo`:A {a: \'ba r\', b: 0}), (m {c: 0})',
'match (n), ()-[r]-()',
'match ()-[:A]->()',
'match (n:`T_nMu7ktxW` {node_attr})',
'match (n:A:B)-[r_b:Knows {a: \'0\'}]-(m:Skill), (n)-[]-(m)',
# path quantifier
'match (n:A)-[r:B*0..4]-(m)',
'match (m)-[*0..2]-(m)',
'match ()-[r*0..6]-()',
#
# UNICODE tests
#
u'create (n:א)-[r:ב]->(m:ג:ד)',
u'create ({א: 0})',
u'create ({א: 0, נ: \'ערך ב\'})',
]
# exp_set = []
for clause in exp_set:
pt = parser.parse_expression(clause)
validate_parse_tree(pt, clause)
valid_exp_set += [clause]
#
# parse all db ops
#
test_label = neo4j_test_util.rand_label()
op_set = self.gen_full_db_op_set(test_label)
# op_set = []
for op in op_set:
if isinstance(op, DB_composed_op):
continue # validated through sub-ops
for _idx, db_q, _db_q_result in op.iter__r_set():
q_str = db_q.q_str
validate_parse_tree(db_q.pt_root, q_str)
valid_exp_set += [q_str]
self.log.debug('-' * 80 + '\npassed expression count: %d:\n\n%s' %
(len(valid_exp_set), '\n'.join(valid_exp_set)))
def test_cypher_exp_parsing(self):
def validate_parse_tree(pt, q_str):
self.log.debug('\n'.join([' q: %s' % (q_str),
'q\': %s' % (pt.str__cypher_query()),
'struct: \n%s' % (pt.str__struct_tree()),
]))
if pt.str__cypher_query() != q_str: # test for precise query string match
self.fail()
valid_exp_set = []
#
# parse expression set
#
parser = Cypher_Parser()
exp_set = [
'create (n:A)-[r:B]->(m:C:D), ({a: 0, b: \'b\'})',
'match (n) with n order by n.id skip 0 limit 2 optional match (n)-[r]->(m) return n,labels(n),collect([m.id, r, type(r)])',
'match (src {id: {src}.id}), (dst {id: {dst}.id})',
'match (n {id: {id_foo}})',
'match ()',
'match (n:`F oo`:A {a: \'ba r\', b: 0}), (m {c: 0})',
'match (n), ()-[r]-()',
'match ()-[:A]->()',
'match (n:`T_nMu7ktxW` {node_attr})',
'match (n:A:B)-[r_b:Knows {a: \'0\'}]-(m:Skill), (n)-[]-(m)',
# path quantifier
'match (n:A)-[r:B*0..4]-(m)',
'match (m)-[*0..2]-(m)',
'match ()-[r*0..6]-()',
#
# UNICODE tests
#
u'create (n:א)-[r:ב]->(m:ג:ד)',
u'create ({א: 0})',
u'create ({א: 0, נ: \'ערך ב\'})',
]
# exp_set = []
for clause in exp_set:
pt = parser.parse_expression(clause)
validate_parse_tree(pt, clause)
valid_exp_set += [clause]
#
# parse all db ops
#
test_label = neo4j_test_util.rand_label()
op_set = self.gen_full_db_op_set(test_label)
# op_set = []
for op in op_set:
if isinstance(op, DB_composed_op): continue # validated through sub-ops
for _idx, db_q, _db_q_result in op.iter__r_set():
q_str = db_q.q_str
validate_parse_tree(db_q.pt_root, q_str)
valid_exp_set += [q_str]
self.log.debug('-' * 80 + '\npassed expression count: %d:\n\n%s' % (len(valid_exp_set),
'\n'.join(valid_exp_set)))
def test_diff_commit__topo(self):
test_label = neo4j_test_util.rand_label()
n_0, n_0_id = generate_random_node_dict(test_label)
n_1, n_1_id = generate_random_node_dict(test_label)
n_2, n_2_id = generate_random_node_dict(test_label)
l_0, l_0_id = generate_random_link_dict(test_label, n_0_id, n_1_id)
l_1, l_1_id = generate_random_link_dict(test_label, n_0_id, n_2_id)
n_set = [n_0, n_1, n_2]
l_set = [l_0, l_1]
topo_diff = Topo_Diff(node_set_add=n_set, link_set_add=l_set)
# commit diff
op = DBO_diff_commit__topo(topo_diff)
ret_topo_diff = self.db_ctl.exec_op(op)
# test return type
self.assertTrue(hasattr(ret_topo_diff, 'node_id_set_add'))
self.assertTrue(hasattr(ret_topo_diff, 'link_id_set_add'))
self.assertTrue(hasattr(ret_topo_diff, 'node_id_set_rm'))
self.assertTrue(hasattr(ret_topo_diff, 'link_id_set_rm'))
# test return set lengths
self.assertEqual(len(ret_topo_diff.node_id_set_add), len(n_set))
self.assertEqual(len(ret_topo_diff.link_id_set_add), len(l_set))
self.assertEqual(len(ret_topo_diff.node_id_set_rm), 0)
self.assertEqual(len(ret_topo_diff.link_id_set_rm), 0)
# assert nodes persisted
id_set = self.db_ctl.exec_op(
DBO_match_node_set_by_id_attribute([n_0_id, n_1_id]))
self.assertEqual(len(id_set), 2)
# assert links persisted
l_ptr_0 = Link.link_ptr(src_id=n_0_id, dst_id=n_1_id)
l_ptr_1 = Link.link_ptr(src_id=n_0_id, dst_id=n_2_id)
op = DBO_load_link_set.init_from_link_ptr_set([l_ptr_0, l_ptr_1])
id_set = self.db_ctl.exec_op(op)
self.assertEqual(len(id_set), 2)
# remova links
topo_diff = Topo_Diff(link_id_set_rm=[l_0_id, l_1_id])
op = DBO_diff_commit__topo(topo_diff)
ret_topo_diff = self.db_ctl.exec_op(op)
self.assertEqual(len(ret_topo_diff.link_id_set_rm), 2)
# assert links removed
op = DBO_load_link_set.init_from_link_ptr_set([l_ptr_0, l_ptr_1])
id_set = self.db_ctl.exec_op(op)
self.assertEqual(len(id_set), 0)
# removal nodes
topo_diff = Topo_Diff(node_id_set_rm=[n_2_id])
op = DBO_diff_commit__topo(topo_diff)
ret_topo_diff = self.db_ctl.exec_op(op)
self.assertEqual(len(ret_topo_diff.node_id_set_rm), 1)
# assert nodes removed
op = DBO_match_node_set_by_id_attribute([n_2_id])
id_set = self.db_ctl.exec_op(op)
self.assertEqual(len(id_set), 0)
def test_diff_commit__topo(self):
test_label = neo4j_test_util.rand_label()
n_0, n_0_id = generate_random_node_dict(test_label)
n_1, n_1_id = generate_random_node_dict(test_label)
n_2, n_2_id = generate_random_node_dict(test_label)
l_0, l_0_id = generate_random_link_dict(test_label, n_0_id, n_1_id)
l_1, l_1_id = generate_random_link_dict(test_label, n_0_id, n_2_id)
n_set = [n_0, n_1, n_2]
l_set = [l_0, l_1]
topo_diff = Topo_Diff(node_set_add=n_set,
link_set_add=l_set)
# commit diff
op = DBO_diff_commit__topo(topo_diff)
ret_topo_diff = self.db_ctl.exec_op(op)
# test return type
self.assertTrue(hasattr(ret_topo_diff, 'node_id_set_add'))
self.assertTrue(hasattr(ret_topo_diff, 'link_id_set_add'))
self.assertTrue(hasattr(ret_topo_diff, 'node_id_set_rm'))
self.assertTrue(hasattr(ret_topo_diff, 'link_id_set_rm'))
# test return set lengths
self.assertEqual(len(ret_topo_diff.node_id_set_add), len(n_set))
self.assertEqual(len(ret_topo_diff.link_id_set_add), len(l_set))
self.assertEqual(len(ret_topo_diff.node_id_set_rm), 0)
self.assertEqual(len(ret_topo_diff.link_id_set_rm), 0)
# assert nodes persisted
id_set = self.db_ctl.exec_op(DBO_match_node_set_by_id_attribute([n_0_id, n_1_id]))
self.assertEqual(len(id_set), 2)
# assert links persisted
l_ptr_0 = Link.link_ptr(src_id=n_0_id, dst_id=n_1_id)
l_ptr_1 = Link.link_ptr(src_id=n_0_id, dst_id=n_2_id)
op = DBO_load_link_set.init_from_link_ptr_set([l_ptr_0, l_ptr_1])
id_set = self.db_ctl.exec_op(op)
self.assertEqual(len(id_set), 2)
# remova links
topo_diff = Topo_Diff(link_id_set_rm=[l_0_id, l_1_id])
op = DBO_diff_commit__topo(topo_diff)
ret_topo_diff = self.db_ctl.exec_op(op)
self.assertEqual(len(ret_topo_diff.link_id_set_rm), 2)
# assert links removed
op = DBO_load_link_set.init_from_link_ptr_set([l_ptr_0, l_ptr_1])
id_set = self.db_ctl.exec_op(op)
self.assertEqual(len(id_set), 0)
# removal nodes
topo_diff = Topo_Diff(node_id_set_rm=[n_2_id])
op = DBO_diff_commit__topo(topo_diff)
ret_topo_diff = self.db_ctl.exec_op(op)
self.assertEqual(len(ret_topo_diff.node_id_set_rm), 1)
# assert nodes removed
op = DBO_match_node_set_by_id_attribute([n_2_id])
id_set = self.db_ctl.exec_op(op)
self.assertEqual(len(id_set), 0)