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async def test_sql_dml_delete_08(self): [document] = await self.squery_values( 'INSERT INTO "Document" DEFAULT VALUES RETURNING id' ) [user1] = await self.squery_values( 'INSERT INTO "User" DEFAULT VALUES RETURNING id' ) [user2] = await self.squery_values( 'INSERT INTO "User" DEFAULT VALUES RETURNING id' ) await self.scon.execute( ''' INSERT INTO "Document.shared_with" (source, target) VALUES ($1, $2), ($1, $3) ''', document[0], user1[0], user2[0], ) # delete where false res = await self.scon.execute( ''' DELETE FROM "Document.shared_with" WHERE FALSE ''', ) self.assertEqual(res, 'DELETE 0') res = await self.squery_values( ''' SELECT COUNT(*) FROM "Document.shared_with" ''', ) self.assertEqual(res, [[2]]) # delete where source res = await self.scon.execute( ''' DELETE FROM "Document.shared_with" WHERE source = $1 ''', document[0], ) self.assertEqual(res, 'DELETE 2') await self.scon.execute( ''' INSERT INTO "Document.shared_with" (source, target) VALUES ($1, $2), ($1, $3) ''', document[0], user1[0], user2[0], ) # delete where target res = await self.scon.execute( ''' DELETE FROM "Document.shared_with" WHERE target = $1 ''', user1[0], ) self.assertEqual(res, 'DELETE 1') await self.scon.execute( ''' INSERT INTO "Document.shared_with" (source, target) VALUES ($1, $2), ($1, $3) ''', document[0], user1[0], user2[0], ) # delete all res = await self.scon.execute( ''' DELETE FROM "Document.shared_with" ''' ) self.assertEqual(res, 'DELETE 2')
INSERT INTO "Document.shared_with" (source, target) VALUES ($1, $2), ($1, $3) ''', document[0], user1[0], user2[0], ) # delete where false res = await self.scon.execute(
test_sql_dml_delete_08
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_delete_09(self): # delete with returning clause and using and CTEs [document] = await self.squery_values( 'INSERT INTO "Document" DEFAULT VALUES RETURNING id' ) [user1] = await self.squery_values( 'INSERT INTO "User" DEFAULT VALUES RETURNING id' ) [user2] = await self.squery_values( 'INSERT INTO "User" DEFAULT VALUES RETURNING id' ) await self.squery_values( ''' INSERT INTO "Document.shared_with" (source, target) VALUES ($1, $2), ($1, $3) ''', document[0], user1[0], user2[0], ) deleted = await self.squery_values( ''' WITH users_to_keep as (SELECT id FROM "User" WHERE id = $1), users_to_delete as ( SELECT u.id FROM "User" u LEFT JOIN users_to_keep utk ON (u.id = utk.id) WHERE utk.id IS NULL ) DELETE FROM "Document.shared_with" dsw USING users_to_delete utd WHERE utd.id = dsw.target RETURNING source, target ''', user2[0], ) self.assertEqual(deleted, [[document[0], user1[0]]])
INSERT INTO "Document.shared_with" (source, target) VALUES ($1, $2), ($1, $3) ''', document[0], user1[0], user2[0], ) deleted = await self.squery_values(
test_sql_dml_delete_09
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_delete_10(self): # delete from a single link table [user1] = await self.squery_values( 'INSERT INTO "User" DEFAULT VALUES RETURNING id' ) [user2] = await self.squery_values( 'INSERT INTO "User" DEFAULT VALUES RETURNING id' ) [doc1, _doc2] = await self.squery_values( ''' INSERT INTO "Document" (owner_id) VALUES ($1), ($2) RETURNING id ''', user1[0], user2[0], ) deleted = await self.squery_values( ''' DELETE FROM "Document.owner" WHERE source = $1 RETURNING source, target, is_author ''', doc1[0], ) self.assertEqual(deleted, [[doc1[0], user1[0], None]])
INSERT INTO "Document" (owner_id) VALUES ($1), ($2) RETURNING id ''', user1[0], user2[0], ) deleted = await self.squery_values(
test_sql_dml_delete_10
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_delete_11(self): # delete from a single link table [document] = await self.squery_values( ''' INSERT INTO "Document" (title) VALUES ('Report') RETURNING id ''' ) await self.squery_values( ''' INSERT INTO "Document.keywords" VALUES ($1, 'notes'), ($1, 'priority') ''', document[0], ) deleted = await self.squery_values( ''' DELETE FROM "Document.keywords" WHERE target = 'priority' RETURNING source, target ''' ) self.assertEqual(deleted, [[document[0], 'priority']]) deleted = await self.squery_values( ''' DELETE FROM "Document.keywords" WHERE source = $1 RETURNING source, target ''', document[0], ) self.assertEqual(deleted, [[document[0], 'notes']])
INSERT INTO "Document" (title) VALUES ('Report') RETURNING id
test_sql_dml_delete_11
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_delete_12(self): # Create a new document and try to delete it immediately. # This will not delete the document, since DELETE statement cannot "see" # the document that has just been inserted (this is Postgres behavior). res = await self.scon.execute( ''' WITH inserted as ( INSERT INTO "Document" (title) VALUES ('Report') RETURNING id ) DELETE FROM "Document" d USING inserted WHERE d.id = inserted.id ''' ) self.assertEqual(res, 'DELETE 0') res = await self.squery_values( 'SELECT COUNT(*) FROM "Document"', ) self.assertEqual(res, [[1]])
WITH inserted as ( INSERT INTO "Document" (title) VALUES ('Report') RETURNING id ) DELETE FROM "Document" d USING inserted WHERE d.id = inserted.id
test_sql_dml_delete_12
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_delete_13(self): [[doc_id, user_id]] = await self.squery_values( ''' WITH d AS (INSERT INTO "Document" DEFAULT VALUES RETURNING id), u AS (INSERT INTO "User" DEFAULT VALUES RETURNING id) INSERT INTO "Document.shared_with" (source, target) VALUES ((SELECT id FROM d), (SELECT id FROM u)) RETURNING source, target ''' ) res = await self.scon.execute( ''' WITH inserted(s, t) AS (VALUES ($1::uuid, $2::uuid)) DELETE FROM "Document.shared_with" dsw USING inserted WHERE dsw.source = inserted.s AND dsw.target = inserted.t ''', doc_id, user_id, ) self.assertEqual(res, 'DELETE 1')
WITH d AS (INSERT INTO "Document" DEFAULT VALUES RETURNING id), u AS (INSERT INTO "User" DEFAULT VALUES RETURNING id) INSERT INTO "Document.shared_with" (source, target) VALUES ((SELECT id FROM d), (SELECT id FROM u)) RETURNING source, target
test_sql_dml_delete_13
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_delete_14(self): # Test that RETURNING supports "Table".col format await self.scon.execute( ''' INSERT INTO "Document" (title) VALUES ('Test returning') ''' ) res = await self.squery_values( ''' DELETE FROM "Document" WHERE title LIKE 'Test returning%' RETURNING "Document".title ''', ) self.assertEqual(res, [['Test returning (new)']])
INSERT INTO "Document" (title) VALUES ('Test returning')
test_sql_dml_delete_14
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_update_01(self): # update, inspect CommandComplete tag await self.scon.execute( ''' INSERT INTO "Document" (title) VALUES ('Report'), ('Report'), ('Briefing') ''' ) res = await self.scon.execute( ''' UPDATE "Document" SET title = '[REDACTED]' WHERE title LIKE 'Report%' ''', ) self.assertEqual(res, 'UPDATE 2') res = await self.squery_values( ''' SELECT title FROM "Document" ORDER BY title ''', ) self.assertEqual( res, [ ['Briefing (new)'], ['[REDACTED] (updated)'], ['[REDACTED] (updated)'], ], )
INSERT INTO "Document" (title) VALUES ('Report'), ('Report'), ('Briefing')
test_sql_dml_update_01
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_update_02(self): # update with returning clause, inspect CommandComplete tag await self.scon.execute( ''' INSERT INTO "Document" (title) VALUES ('Report'), ('Report'), ('Briefing') ''' ) res = await self.scon.execute( ''' UPDATE "Document" SET title = '[REDACTED]' WHERE title LIKE 'Report%' RETURNING id ''', ) self.assertEqual(res, 'UPDATE 2')
INSERT INTO "Document" (title) VALUES ('Report'), ('Report'), ('Briefing')
test_sql_dml_update_02
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_update_03(self): # update with returning clause await self.scon.execute( ''' INSERT INTO "Document" (title) VALUES ('Report'), ('Briefing') ''' ) res = await self.squery_values( ''' UPDATE "Document" SET title = title RETURNING title ''', ) self.assertEqual( res, [['Report (new) (updated)'], ['Briefing (new) (updated)']] )
INSERT INTO "Document" (title) VALUES ('Report'), ('Briefing')
test_sql_dml_update_03
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_update_04(self): # update with from clause users = await self.squery_values( ''' INSERT INTO "User" (id) VALUES (DEFAULT), (DEFAULT) RETURNING id ''' ) await self.squery_values( ''' WITH u(id) as (VALUES ($1), ($2)) INSERT INTO "Document" (title, owner_id) SELECT 'Report', u.id FROM u RETURNING title, owner_id ''', str(users[0][0]), str(users[1][0]), ) res = await self.squery_values( ''' UPDATE "Document" SET owner_id = owner_id FROM "User" u WHERE "Document".owner_id = u.id AND title = 'Report (new)' RETURNING title, owner_id ''', ) self.assertEqual( res, [ ['Report (new) (updated)', res[0][1]], ['Report (new) (updated)', res[1][1]], ], )
INSERT INTO "User" (id) VALUES (DEFAULT), (DEFAULT) RETURNING id
test_sql_dml_update_04
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_update_06(self): # update returning * await self.scon.execute( ''' INSERT INTO "Document" (title) VALUES ('Report') ''' ) res = await self.squery_values( ''' UPDATE "Document" SET owner_id = NULL RETURNING * ''', ) self.assertIsInstance(res[0][0], uuid.UUID) self.assertIsInstance(res[0][1], uuid.UUID) self.assertEqual( res, [[res[0][0], res[0][1], None, 'Report (new) (updated)']] )
INSERT INTO "Document" (title) VALUES ('Report')
test_sql_dml_update_06
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_update_07(self): # update with CTEs await self.scon.execute( ''' INSERT INTO "User" DEFAULT VALUES ''' ) await self.scon.execute( ''' INSERT INTO "Document" (title, owner_id) VALUES ('Report', NULL), ('Briefing', (SELECT id FROM "User" LIMIT 1)) ''' ) res = await self.squery_values( ''' WITH users as (SELECT id FROM "User"), not_owned as ( SELECT d.id FROM "Document" d LEFT JOIN users u ON d.owner_id = u.id WHERE u.id IS NULL ) UPDATE "Document" SET title = title FROM not_owned WHERE not_owned.id = "Document".id RETURNING title ''', ) self.assertEqual(res, [['Report (new) (updated)']])
INSERT INTO "User" DEFAULT VALUES
test_sql_dml_update_07
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_update_08(self): # update with a trivial multi-ref [user] = await self.squery_values( ''' INSERT INTO "User" DEFAULT VALUES RETURNING id ''' ) await self.scon.execute( ''' INSERT INTO "Document" (title, owner_id) VALUES (NULL, NULL) ''' ) res = await self.squery_values( ''' UPDATE "Document" SET (title, owner_id) = ROW('hello', $1::uuid) RETURNING title, owner_id ''', user[0], ) self.assertEqual(res, [['hello (updated)', user[0]]])
INSERT INTO "User" DEFAULT VALUES RETURNING id
test_sql_dml_update_08
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_update_10(self): # update set link id to uuid [user] = await self.squery_values( ''' INSERT INTO "User" DEFAULT VALUES RETURNING id ''' ) await self.scon.execute( ''' INSERT INTO "Document" DEFAULT VALUES ''' ) res = await self.squery_values( ''' UPDATE "Document" SET owner_id = $1 RETURNING owner_id ''', user[0], ) self.assertEqual(res, [[user[0]]])
INSERT INTO "User" DEFAULT VALUES RETURNING id
test_sql_dml_update_10
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_update_11(self): # update set default res = await self.squery_values( ''' INSERT INTO "Post" (title, created_at) VALUES (DEFAULT, DEFAULT) RETURNING title, created_at ''' ) self.assertEqual(res, [['untitled', None]]) res = await self.squery_values( ''' UPDATE "Post" SET title = 'Announcing EdgeDB 1.0', created_at = '2024-08-08T08:08:08.000'::timestamp RETURNING title, created_at::text ''' ) self.assertEqual( res, [['Announcing EdgeDB 1.0', '2024-08-08 08:08:08+00']] ) res = await self.squery_values( ''' UPDATE "Post" SET title = DEFAULT, created_at = DEFAULT RETURNING title, created_at ''' ) self.assertEqual(res, [['untitled', None]])
INSERT INTO "Post" (title, created_at) VALUES (DEFAULT, DEFAULT) RETURNING title, created_at
test_sql_dml_update_11
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_update_13(self): with self.assertRaisesRegex( asyncpg.FeatureNotSupportedError, 'UPDATE of link tables is not supported', ): await self.squery_values( ''' UPDATE "Document.shared_with" SET can_edit = FALSE ''' )
UPDATE "Document.shared_with" SET can_edit = FALSE
test_sql_dml_update_13
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_update_14(self): # UPDATE will not match anything, because the inserted document is not # yet "visible" during the UPDATE statement (this is Postgres behavior). res = await self.scon.execute( ''' WITH inserted as ( INSERT INTO "Document" (title) VALUES ('Report') RETURNING id ) UPDATE "Document" d SET title = 'Briefing' FROM inserted WHERE d.id = inserted.id ''' ) self.assertEqual(res, 'UPDATE 0') res = await self.squery_values( 'SELECT title FROM "Document" ORDER BY title', ) self.assertEqual(res, [['Report (new)']]) # Now we remove UPDATE condition and expect all documents that existed # *before* this statement to be updated. res = await self.scon.execute( ''' WITH inserted as ( INSERT INTO "Document" (title) VALUES ('Receipt') RETURNING id ) UPDATE "Document" d SET title = 'Briefing' ''' ) self.assertEqual(res, 'UPDATE 1') res = await self.squery_values( 'SELECT title FROM "Document" ORDER BY title', ) self.assertEqual(res, [['Briefing (updated)'], ['Receipt (new)']])
WITH inserted as ( INSERT INTO "Document" (title) VALUES ('Report') RETURNING id ) UPDATE "Document" d SET title = 'Briefing' FROM inserted WHERE d.id = inserted.id
test_sql_dml_update_14
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_update_14a(self): await self.squery_values( 'INSERT INTO "Document" DEFAULT VALUES', ) res = await self.scon.execute( ''' WITH u AS (INSERT INTO "User" DEFAULT VALUES RETURNING id) UPDATE "Document" SET owner_id = (SELECT id FROM u) ''' ) self.assertEqual(res, 'UPDATE 1') res = await self.squery_values( 'SELECT owner_id IS NULL FROM "Document"', ) self.assertEqual(res, [[False]])
WITH u AS (INSERT INTO "User" DEFAULT VALUES RETURNING id) UPDATE "Document" SET owner_id = (SELECT id FROM u)
test_sql_dml_update_14a
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_update_15(self): [[doc_id]] = await self.squery_values( ''' INSERT INTO "Document" (title) VALUES ('Briefing') RETURNING id ''' ) res = await self.scon.execute( ''' WITH updated as ( UPDATE "Document" d SET title = 'Report' WHERE d.id = $1 RETURNING id, title ) INSERT INTO "Document" (title) SELECT 'X' || id::uuid || ',' || title FROM updated ''', doc_id, ) self.assertEqual(res, 'INSERT 0 1') res = await self.squery_values( 'SELECT id, title FROM "Document" ORDER BY title', ) self.assertEqual(len(res), 2) existing_id, existing_title = res[0] _inserted_id, inserted_title = res[1] self.assertEqual(existing_title, 'Report (updated)') self.assertEqual( inserted_title, 'X' + str(existing_id) + ',' + existing_title + ' (new)', )
INSERT INTO "Document" (title) VALUES ('Briefing') RETURNING id
test_sql_dml_update_15
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_update_16(self): [[doc_id]] = await self.squery_values( 'INSERT INTO "Document" DEFAULT VALUES RETURNING id' ) res = await self.squery_values( ''' WITH u1 as ( INSERT INTO "User" DEFAULT VALUES RETURNING id ) UPDATE "Document" SET owner_id = u1.id FROM u1 RETURNING id, owner_id ''' ) user_id = res[0][1] self.assertEqual( res, [ [doc_id, user_id], ], ) res = await self.squery_values( ''' SELECT id, owner_id FROM "Document" ''' ) self.assertEqual( res, [ [doc_id, user_id], ], )
WITH u1 as ( INSERT INTO "User" DEFAULT VALUES RETURNING id ) UPDATE "Document" SET owner_id = u1.id FROM u1 RETURNING id, owner_id
test_sql_dml_update_16
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_update_17(self): # Test that RETURNING supports "Table".col format await self.scon.execute( ''' INSERT INTO "Document" (title) VALUES ('Report') ''' ) res = await self.squery_values( ''' UPDATE "Document" SET title = 'Test returning' WHERE title LIKE 'Report%' RETURNING "Document".title ''', ) self.assertEqual(res, [['Test returning (updated)']])
INSERT INTO "Document" (title) VALUES ('Report')
test_sql_dml_update_17
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_01(self): # update/delete only await self.scon.execute( ''' INSERT INTO "Base" (prop) VALUES ('base') ''' ) await self.scon.execute( ''' INSERT INTO "Child" (prop) VALUES ('child') ''' ) res = await self.squery_values('SELECT prop FROM "Base" ORDER BY prop') self.assertEqual(res, [['base'], ['child']]) res = await self.squery_values('SELECT prop FROM ONLY "Base"') self.assertEqual(res, [['base']]) res = await self.squery_values('SELECT prop FROM "Child"') self.assertEqual(res, [['child']]) await self.scon.execute( ''' UPDATE ONLY "Base" SET prop = 'a' ''' ) res = await self.squery_values('SELECT prop FROM "Base" ORDER BY prop') self.assertEqual(res, [['a'], ['child']]) await self.scon.execute( ''' DELETE FROM ONLY "Base" ''' ) res = await self.squery_values('SELECT prop FROM "Base" ORDER BY prop') self.assertEqual(res, [['child']])
INSERT INTO "Base" (prop) VALUES ('base')
test_sql_dml_01
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
async def test_sql_dml_02(self): # globals await self.scon.execute( ''' INSERT INTO "Globals" DEFAULT VALUES ''' ) await self.scon.execute( """ SET LOCAL "global default::y" TO 'Hello world!'; """ ) await self.scon.execute( ''' INSERT INTO "Globals" DEFAULT VALUES ''' ) res = await self.squery_values('SELECT gy FROM "Globals" ORDER BY gy') self.assertEqual(res, [['Hello world!'], [None]])
INSERT INTO "Globals" DEFAULT VALUES
test_sql_dml_02
python
geldata/gel
tests/test_sql_dml.py
https://github.com/geldata/gel/blob/master/tests/test_sql_dml.py
Apache-2.0
def test_schema_overloaded_prop_01(self): """ type UniqueName { property name -> str { constraint exclusive } }; type UniqueName_2 extending UniqueName { overloaded property name -> str { constraint exclusive } }; """
type UniqueName { property name -> str { constraint exclusive } }; type UniqueName_2 extending UniqueName { overloaded property name -> str { constraint exclusive } };
test_schema_overloaded_prop_01
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_overloaded_prop_02(self): """ type UniqueName { property name -> str { constraint exclusive } }; type UniqueName_2 extending UniqueName { property name -> str { constraint exclusive } }; """
type UniqueName { property name -> str { constraint exclusive } }; type UniqueName_2 extending UniqueName { property name -> str { constraint exclusive } };
test_schema_overloaded_prop_02
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_overloaded_prop_03(self): """ type UniqueName { overloaded property name -> str }; """
type UniqueName { overloaded property name -> str };
test_schema_overloaded_prop_03
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_overloaded_prop_04(self): """ type UniqueName { property val -> str { constraint exclusive; } }; type UniqueName_2 extending UniqueName { overloaded property val -> str { using ('bad'); } }; """
type UniqueName { property val -> str { constraint exclusive; } }; type UniqueName_2 extending UniqueName { overloaded property val -> str { using ('bad'); } };
test_schema_overloaded_prop_04
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_overloaded_prop_05(self): """ type UniqueName { property val := 'ok'; }; type UniqueName_2 extending UniqueName { # This doesn't appear to be a computable property, but # it is due to inheritance. overloaded property val -> str { constraint exclusive; } }; """
type UniqueName { property val := 'ok'; }; type UniqueName_2 extending UniqueName { # This doesn't appear to be a computable property, but # it is due to inheritance. overloaded property val -> str { constraint exclusive; } };
test_schema_overloaded_prop_05
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_overloaded_prop_06(self): """ type UniqueName { property val := 'ok'; }; type UniqueName_2 { property val -> str; }; type UniqueName_3 extending UniqueName, UniqueName_2; """
type UniqueName { property val := 'ok'; }; type UniqueName_2 { property val -> str; }; type UniqueName_3 extending UniqueName, UniqueName_2;
test_schema_overloaded_prop_06
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_overloaded_prop_07(self): """ type UniqueName { property val := 'ok'; }; type UniqueName_2 { property val := 'ok'; }; # It's illegal to extend 2 computable properties even if # the expression is the same for them. type UniqueName_3 extending UniqueName, UniqueName_2; """
type UniqueName { property val := 'ok'; }; type UniqueName_2 { property val := 'ok'; }; # It's illegal to extend 2 computable properties even if # the expression is the same for them. type UniqueName_3 extending UniqueName, UniqueName_2;
test_schema_overloaded_prop_07
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_overloaded_prop_08(self): """ type UniqueName { property val -> str; }; type UniqueName_2 { property val := 'ok'; }; type UniqueName_3 extending UniqueName_2; type UniqueName_4 extending UniqueName, UniqueName_3; """
type UniqueName { property val -> str; }; type UniqueName_2 { property val := 'ok'; }; type UniqueName_3 extending UniqueName_2; type UniqueName_4 extending UniqueName, UniqueName_3;
test_schema_overloaded_prop_08
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_overloaded_prop_09(self): # Overloading implicitly via a type UNION. """ type UniqueName { property val -> str; }; type UniqueName_2 { property val := 'ok'; }; alias Combo := {UniqueName, UniqueName_2}; """
type UniqueName { property val -> str; }; type UniqueName_2 { property val := 'ok'; }; alias Combo := {UniqueName, UniqueName_2};
test_schema_overloaded_prop_09
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_overloaded_prop_10(self): # Overloading implicitly via a type UNION. """ type UniqueName { property val -> str; }; type UniqueName_2 { property val := 'ok'; }; type Combo { multi link comp := {UniqueName, UniqueName_2}; } """
type UniqueName { property val -> str; }; type UniqueName_2 { property val := 'ok'; }; type Combo { multi link comp := {UniqueName, UniqueName_2}; }
test_schema_overloaded_prop_10
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_overloaded_prop_11(self): """ type UniqueName { property name -> str; }; type UniqueName_2 extending UniqueName { overloaded property name -> bytes; }; """
type UniqueName { property name -> str; }; type UniqueName_2 extending UniqueName { overloaded property name -> bytes; };
test_schema_overloaded_prop_11
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_overloaded_link_01(self): """ type Foo; type UniqueName { link foo -> Foo; }; type UniqueName_2 extending UniqueName { overloaded link foo -> Foo { using (SELECT Foo LIMIT 1); } }; """
type Foo; type UniqueName { link foo -> Foo; }; type UniqueName_2 extending UniqueName { overloaded link foo -> Foo { using (SELECT Foo LIMIT 1); } };
test_schema_overloaded_link_01
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_overloaded_link_02(self): """ type Foo; type UniqueName { link foo := (SELECT Foo LIMIT 1); }; type UniqueName_2 extending UniqueName { # This doesn't appear to be a computable link, but # it is due to inheritance. overloaded link foo -> Foo { constraint exclusive; } }; """
type Foo; type UniqueName { link foo := (SELECT Foo LIMIT 1); }; type UniqueName_2 extending UniqueName { # This doesn't appear to be a computable link, but # it is due to inheritance. overloaded link foo -> Foo { constraint exclusive; } };
test_schema_overloaded_link_02
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_overloaded_link_03(self): """ type Foo; type UniqueName { link foo := (SELECT Foo LIMIT 1); }; type UniqueName_2 { link foo -> Foo; }; type UniqueName_3 extending UniqueName, UniqueName_2; """
type Foo; type UniqueName { link foo := (SELECT Foo LIMIT 1); }; type UniqueName_2 { link foo -> Foo; }; type UniqueName_3 extending UniqueName, UniqueName_2;
test_schema_overloaded_link_03
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_overloaded_link_04(self): """ type Foo; type UniqueName { link foo := (SELECT Foo LIMIT 1); }; type UniqueName_2 { link foo := (SELECT Foo LIMIT 1); }; # It's illegal to extend 2 computable links even if # the expression is the same for them. type UniqueName_3 extending UniqueName, UniqueName_2; """
type Foo; type UniqueName { link foo := (SELECT Foo LIMIT 1); }; type UniqueName_2 { link foo := (SELECT Foo LIMIT 1); }; # It's illegal to extend 2 computable links even if # the expression is the same for them. type UniqueName_3 extending UniqueName, UniqueName_2;
test_schema_overloaded_link_04
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_index_computed_01(self): """ type SignatureStatus { required property signature -> str; link memo := ( select Memo filter .signature = SignatureStatus.signature limit 1); index on (.memo); } type Memo { required property signature -> str { constraint exclusive; } } """
type SignatureStatus { required property signature -> str; link memo := ( select Memo filter .signature = SignatureStatus.signature limit 1); index on (.memo); } type Memo { required property signature -> str { constraint exclusive; } }
test_schema_index_computed_01
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_index_computed_02(self): """ type SignatureStatus { required property signature -> str; link memo := ( select Memo filter .signature = SignatureStatus.signature limit 1); index on (__subject__ { lol := .memo }.lol); } type Memo { required property signature -> str { constraint exclusive; } } """
type SignatureStatus { required property signature -> str; link memo := ( select Memo filter .signature = SignatureStatus.signature limit 1); index on (__subject__ { lol := .memo }.lol); } type Memo { required property signature -> str { constraint exclusive; } }
test_schema_index_computed_02
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_index_computed_03(self): """ type SignatureStatus { required property signature -> str; link memo_: Memo; link memo := .memo_; index on (.memo); } type Memo { required property signature -> str { constraint exclusive; } } """
type SignatureStatus { required property signature -> str; link memo_: Memo; link memo := .memo_; index on (.memo); } type Memo { required property signature -> str { constraint exclusive; } }
test_schema_index_computed_03
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_link_01(self): """ type Object { link foo -> str }; """
type Object { link foo -> str };
test_schema_bad_link_01
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_link_02(self): """ type Object { link foo := 1 + 1 }; """
type Object { link foo := 1 + 1 };
test_schema_bad_link_02
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_link_03(self): """ type Object { link foo -> FreeObject }; """
type Object { link foo -> FreeObject };
test_schema_bad_link_03
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_link_04(self): """ type Object { property foo -> str; link bar := .foo; }; """
type Object { property foo -> str; link bar := .foo; };
test_schema_bad_link_04
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_link_05(self): """ type A; type Foo { required link foo -> A { on target delete deferred restrict; } }; """
type A; type Foo { required link foo -> A { on target delete deferred restrict; } };
test_schema_bad_link_05
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_link_06(self): """ abstract link abs { property foo: str }; type T { multi link following extending abs -> T {using (T)} } """
abstract link abs { property foo: str }; type T { multi link following extending abs -> T {using (T)} }
test_schema_bad_link_06
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_link_prop_on_prop_01(self): """ type Test1 { title : str { sub_title : str } }; """
type Test1 { title : str { sub_title : str } };
test_schema_link_prop_on_prop_01
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_deletion_policy_on_prop_01(self): """ type Test1 { title : str { on source delete allow; } }; """
type Test1 { title : str { on source delete allow; } };
test_schema_deletion_policy_on_prop_01
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_deletion_policy_on_prop_02(self): """ type Test1 { title : str { on target delete restrict; } }; """
type Test1 { title : str { on target delete restrict; } };
test_schema_deletion_policy_on_prop_02
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_partial_path_in_default_of_link_prop_01(self): """ module default { type Person { required name: str { constraint exclusive; } multi friends : Person { note: str { default := .name } } } } """
module default { type Person { required name: str { constraint exclusive; } multi friends : Person { note: str { default := .name } } } }
test_schema_partial_path_in_default_of_link_prop_01
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_partial_path_in_trigger_01(self): """ type Foo { property wow: bool; trigger prohibit_queue after insert for each do ( select assert(.wow, message := "wow!") ); } """
type Foo { property wow: bool; trigger prohibit_queue after insert for each do ( select assert(.wow, message := "wow!") ); }
test_schema_partial_path_in_trigger_01
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_prop_01(self): """ type Object { property foo -> Object }; """
type Object { property foo -> Object };
test_schema_bad_prop_01
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_prop_02(self): """ type Object { property foo := (SELECT Object) }; """
type Object { property foo := (SELECT Object) };
test_schema_bad_prop_02
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_prop_04(self): """ abstract property foo extending bar; """
abstract property foo extending bar;
test_schema_bad_prop_04
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_prop_05(self): """ abstract link foo extending bar; """
abstract link foo extending bar;
test_schema_bad_prop_05
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_prop_06(self): """ abstract link foo extending foo; """
abstract link foo extending foo;
test_schema_bad_prop_06
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_prop_07(self): """ type Person { required property name := str { # empty block } } """
type Person { required property name := str { # empty block } }
test_schema_bad_prop_07
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_01(self): """ type Object { property foo -> int }; """
type Object { property foo -> int };
test_schema_bad_type_01
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_02(self): """ type Foo; type Base { property foo -> array<Foo>; } """
type Foo; type Base { property foo -> array<Foo>; }
test_schema_bad_type_02
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_03(self): """ type Foo; type Base { property foo -> tuple<Foo>; } """
type Foo; type Base { property foo -> tuple<Foo>; }
test_schema_bad_type_03
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_04(self): """ type Foo; type Base { property foo -> tuple<str, array<Foo>>; } """
type Foo; type Base { property foo -> tuple<str, array<Foo>>; }
test_schema_bad_type_04
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_05(self): """ type Foo extending Bar; """
type Foo extending Bar;
test_schema_bad_type_05
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_06(self): """ type Foo { link val -> Bar; }; """
type Foo { link val -> Bar; };
test_schema_bad_type_06
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_07(self): """ type Foo { annotation bar := 'Bogus'; }; """
type Foo { annotation bar := 'Bogus'; };
test_schema_bad_type_07
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_08(self): """ type Foo { property val -> str { constraint bogus(5); } }; """
type Foo { property val -> str { constraint bogus(5); } };
test_schema_bad_type_08
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_09(self): """ type Foo extending Foo; """
type Foo extending Foo;
test_schema_bad_type_09
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_10(self): """ type Foo0 extending Foo1; type Foo1 extending Foo2; type Foo2 extending Foo3; type Foo3 extending Foo0; """
type Foo0 extending Foo1; type Foo1 extending Foo2; type Foo2 extending Foo3; type Foo3 extending Foo0;
test_schema_bad_type_10
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_11(self): """ type Foo; type Bar; type Spam { multi link foobar := Foo[IS Bar]; } """
type Foo; type Bar; type Spam { multi link foobar := Foo[IS Bar]; }
test_schema_bad_type_11
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_12(self): """ type Foo { property val -> anytype; } """
type Foo { property val -> anytype; }
test_schema_bad_type_12
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_13(self): """ type Foo { link val -> anytype; } """
type Foo { link val -> anytype; }
test_schema_bad_type_13
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_14(self): """ type Foo { property val -> anytuple; } """
type Foo { property val -> anytuple; }
test_schema_bad_type_14
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_15(self): """ scalar type Foo; """
scalar type Foo;
test_schema_bad_type_15
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_16(self): """ type Foo { property val -> str; index on (.val); index on (.val); }; """
type Foo { property val -> str; index on (.val); index on (.val); };
test_schema_bad_type_16
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_17a(self): """ type Foo { property val -> str; index fts::index on ( fts::with_options(.val, language := fts::Language.eng) ); index fts::index on ( fts::with_options(.val, language := fts::Language.ita) ); index fts::index on ( fts::with_options(.val, language := fts::Language.eng) ); }; """
type Foo { property val -> str; index fts::index on ( fts::with_options(.val, language := fts::Language.eng) ); index fts::index on ( fts::with_options(.val, language := fts::Language.ita) ); index fts::index on ( fts::with_options(.val, language := fts::Language.eng) ); };
test_schema_bad_type_17a
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_17b(self): """ type Foo { property val -> str; index fts::index on ( fts::with_options(.val, language := fts::Language.eng) ); index fts::index on ( fts::with_options(.val, language := fts::Language.ita) ); }; """
type Foo { property val -> str; index fts::index on ( fts::with_options(.val, language := fts::Language.eng) ); index fts::index on ( fts::with_options(.val, language := fts::Language.ita) ); };
test_schema_bad_type_17b
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_18(self): """ type Foo { property val -> enum<VariantA, VariantB>; }; """
type Foo { property val -> enum<VariantA, VariantB>; };
test_schema_bad_type_18
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_19a(self): """ function foo() -> Bar using (1); """
function foo() -> Bar using (1);
test_schema_bad_type_19a
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_19b(self): """ function foo(x: Bar) -> int64 using (1); """
function foo(x: Bar) -> int64 using (1);
test_schema_bad_type_19b
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_19c(self): """ type Bar; function foo() -> Bar | Baz using (1); """
type Bar; function foo() -> Bar | Baz using (1);
test_schema_bad_type_19c
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_bad_type_19d(self): """ type Bar; function foo(x: Bar | Baz) -> int64 using (1); """
type Bar; function foo(x: Bar | Baz) -> int64 using (1);
test_schema_bad_type_19d
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_computable_cardinality_inference_03(self): """ type Spam { required property title -> str; multi link spams -> Spam; single link ham := .spams; } """
type Spam { required property title -> str; multi link spams -> Spam; single link ham := .spams; }
test_schema_computable_cardinality_inference_03
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_computable_cardinality_inference_04(self): """ type Spam { required property title -> str; multi link spams -> Spam; single property hams := .spams.title; } """
type Spam { required property title -> str; multi link spams -> Spam; single property hams := .spams.title; }
test_schema_computable_cardinality_inference_04
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_computable_cardinality_inference_05(self): """ type Spam { required property title -> str; multi link spams -> Spam; required property hams := .spams.title; } """
type Spam { required property title -> str; multi link spams -> Spam; required property hams := .spams.title; }
test_schema_computable_cardinality_inference_05
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_optionality_consistency_check_01(self): """ type A { required property title -> str; } type B extending A { overloaded optional property title -> str; } """
type A { required property title -> str; } type B extending A { overloaded optional property title -> str; }
test_schema_optionality_consistency_check_01
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_optionality_consistency_check_02(self): """ type A { optional property title -> str; } type B { required property title -> str; } type C extending A, B { overloaded optional property title -> str; } """
type A { optional property title -> str; } type B { required property title -> str; } type C extending A, B { overloaded optional property title -> str; }
test_schema_optionality_consistency_check_02
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_target_consistency_check_01(self): """ type A { property title -> str { using (1) } } """
type A { property title -> str { using (1) } }
test_schema_target_consistency_check_01
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_target_consistency_check_02(self): """ type A { property title -> tuple<str, str> { using ((1, 2)) } } """
type A { property title -> tuple<str, str> { using ((1, 2)) } }
test_schema_target_consistency_check_02
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_target_consistency_check_03(self): """ type A; type B; type C { link foo -> A { using (SELECT B) } } """
type A; type B; type C { link foo -> A { using (SELECT B) } }
test_schema_target_consistency_check_03
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_wrong_type_01(self): """ scalar type X extending enum<TEST>; type Y extending X {} """
scalar type X extending enum<TEST>; type Y extending X {}
test_schema_wrong_type_01
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_wrong_type_02(self): """ type X; type Y { constraint X; } """
type X; type Y { constraint X; }
test_schema_wrong_type_02
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_duplicate_def_01(self): """ type T; type T; """
type T; type T;
test_schema_duplicate_def_01
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_duplicate_def_02(self): """ type T { property foo -> str; property foo -> int64; }; """
type T { property foo -> str; property foo -> int64; };
test_schema_duplicate_def_02
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_duplicate_def_03(self): """ type T { access policy foo allow all using (true); access policy foo allow all using (true); }; """
type T { access policy foo allow all using (true); access policy foo allow all using (true); };
test_schema_duplicate_def_03
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_module_reserved_01(self): """ module foo { module super {} } """
module foo { module super {} }
test_schema_module_reserved_01
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_field_dupe_01(self): """ type SimpleNumbers { property bar: str; property foo: str { default := ''; default := ''; } } """
type SimpleNumbers { property bar: str; property foo: str { default := ''; default := ''; } }
test_schema_field_dupe_01
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_field_dupe_02(self): """ type SimpleNumbers { property bar: str; property foo: str { default := .bar; default := .bar; } } """
type SimpleNumbers { property bar: str; property foo: str { default := .bar; default := .bar; } }
test_schema_field_dupe_02
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_field_dupe_03(self): """ type SimpleNumbers { bar: str; foo := .bar ++ "!"; foo := .bar ++ "!"; } """
type SimpleNumbers { bar: str; foo := .bar ++ "!"; foo := .bar ++ "!"; }
test_schema_field_dupe_03
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0
def test_schema_object_as_lprop_01(self): """ type Tgt; type Tgt2; type Src { multi tgts: Tgt { lprop: Tgt2; } }; """
type Tgt; type Tgt2; type Src { multi tgts: Tgt { lprop: Tgt2; } };
test_schema_object_as_lprop_01
python
geldata/gel
tests/test_schema.py
https://github.com/geldata/gel/blob/master/tests/test_schema.py
Apache-2.0