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Added/Updated tests\functional\domain\create\test_28.py: Replaced TITLE according to essence: we have to check ability to specify NUMERIC index for domain sub_type.

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pavel-zotov 2023-10-09 10:54:16 +03:00
parent 6369ebc7d8
commit fa5337f1cf
1 changed files with 124 additions and 8 deletions
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tests/functional/domain/create/test_28.py
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@ -3,24 +3,140 @@
"""
ID: domain.create-28
FBTEST: functional.domain.create.28
TITLE: CREATE DOMAIN - BLOB SUB TYPE TEXT
DESCRIPTION: Domain creation based on BLOB datatype with SUBTYPE TEXT specification
TITLE: CREATE DOMAIN. Specifying BLOB SUB_TYPE <A>, where A = 'binary' or 'text'.
DESCRIPTION: Domain creation based on BLOB datatype with SUBTYPE <subtype_alias> specification
NOTES:
[06.10.2023] pzotov
1. Removed SHOW command for check result because its output often changes.
It is enough for this test to obtain similar data from RDB tables.
Created view and stored function to obtain type name by rdb$fields.rdb$field_type and .rdb$field_sub_type.
2. Made example more complex: create domain with charset differ than default one for DB, and collate differ than default for domain.
3. Ensure that we can use just created domain w/o problem (create table with column based on domain and add record).
"""
import pytest
from firebird.qa import *
db = db_factory()
db = db_factory(charset = 'utf8')
test_script = """CREATE DOMAIN test BLOB SUB_TYPE TEXT;
SHOW DOMAIN test;"""
test_script = f"""
set bail on;
set list on;
alter character set win1252 set default collation pxw_swedfin;
set term ^;
create or alter function fn_get_type_name(a_type smallint, a_subtype smallint) returns varchar(2048) as
declare ftype varchar(2048);
begin
ftype =
decode( a_type
, 7, decode(coalesce(a_subtype,0), 0, 'smallint', 1, 'numeric', 'unknown') -- 1 => small numerics [-327.68..327.67] (i.e. with mantissa that can be fit in -32768 ... 32767)
, 8, decode(coalesce(a_subtype,0), 0, 'integer', 1, 'numeric', 2, 'decimal', 'unknown') -- 1: for numeric with mantissa >= 32768 and up to 9 digits, 2: for decimals up to 9 digits
, 10, 'float'
, 12, 'date'
, 13, 'time without time zone'
, 14, decode(coalesce(a_subtype,0), 0, 'char', 1, 'binary', 'unknown')
, 16, decode(coalesce(a_subtype,0), 0, 'bigint', 1, 'numeric', 2, 'decimal', 'unknown')
, 23, 'boolean'
, 24, 'decfloat(16)'
, 25, 'decfloat(34)'
, 26, 'int128'
, 27, 'double precision' -- also for numeric and decimal, both with size >= 10, if sql_dialect = 1
, 28, 'time with time zone'
, 29, 'timestamp with time zone'
, 35, 'timestamp without time zone'
, 37, decode(coalesce(a_subtype,0), 0, 'varchar', 1, 'varbinary', 'unknown')
,261, decode(coalesce(a_subtype,0), 0, 'blob sub_type binary', 1, 'blob sub_type text', 'unknown')
);
if (ftype = 'unknown') then
ftype = ftype || '__type_' || coalesce(a_type, '[null]') || '__subtype_' || coalesce(a_subtype, '[null]');
return ftype;
end
^
set term ;^
commit;
create view v_domain_info as
select
f.rdb$field_name as dm_name
,upper(fn_get_type_name(f.rdb$field_type, f.rdb$field_sub_type)) as dm_type
,f.rdb$segment_length as blob_segm_size
,f.rdb$field_length as dm_size
,f.rdb$field_scale as dm_scale
,f.rdb$character_length as dm_char_len
--,f.rdb$character_set_id as dm_cset_id
--,f.rdb$collation_id as dm_coll_id
,f.rdb$default_source as dm_default
,f.rdb$null_flag as dm_not_null
,f.rdb$validation_source as dm_check_expr
,c.rdb$character_set_name as dm_cset_name
--,c.rdb$default_collate_name as dm_default_coll_name
--,k.rdb$base_collation_name
,k.rdb$collation_name as dm_coll_name
from rdb$fields f
left join rdb$character_sets c on f.rdb$character_set_id = c.rdb$character_set_id
left join rdb$collations k on c.rdb$character_set_id = k.rdb$character_set_id and f.rdb$collation_id = k.rdb$collation_id
where f.rdb$field_name = upper('dm_test')
;
commit;
create domain dm_test blob sub_type TEXT character set win1250 collate WIN_CZ
;
recreate table test(s dm_test);
commit;
select v.* from v_domain_info v;
-- Ensure that we can use this domain: create table and write string with 64 characters from win1250 charset.
-- This must complete successful:
insert into test(s) values('ŔÁÂĂÄĹĆÇČÉĘËĚÍÎĎĐŃŇÓÔŐÖ×ŘŮÚŰÜÝŢßŕáâăäĺćçčéęëěíîďđńňóôőö÷řůúűüýţ˙') returning char_length(s) as blob_text_char_len;
commit;
drop table test;
drop domain dm_test;
commit;
create domain dm_test blob sub_type BINARY;
recreate table test(s dm_test);
commit;
select v.* from v_domain_info v;
-- Ensure that we can use this domain: create table and write binary data in it
-- This must complete successful:
insert into test(s) values(gen_uuid()) returning octet_length(s) as blob_bin_octet_len;
commit;
"""
act = isql_act('db', test_script)
expected_stdout = """TEST BLOB segment 80, subtype TEXT Nullable"""
@pytest.mark.version('>=3')
def test_1(act: Action):
expected_stdout = f"""
DM_NAME DM_TEST
DM_TYPE BLOB SUB_TYPE TEXT
BLOB_SEGM_SIZE 80
DM_SIZE 8
DM_SCALE 0
DM_CHAR_LEN <null>
DM_DEFAULT <null>
DM_NOT_NULL <null>
DM_CHECK_EXPR <null>
DM_CSET_NAME WIN1250
DM_COLL_NAME WIN_CZ
BLOB_TEXT_CHAR_LEN 64
DM_NAME DM_TEST
DM_TYPE BLOB SUB_TYPE BINARY
BLOB_SEGM_SIZE 80
DM_SIZE 8
DM_SCALE 0
DM_CHAR_LEN <null>
DM_DEFAULT <null>
DM_NOT_NULL <null>
DM_CHECK_EXPR <null>
DM_CSET_NAME <null>
DM_COLL_NAME <null>
BLOB_BIN_OCTET_LEN 16
"""
act.expected_stdout = expected_stdout
act.execute()
act.execute(combine_output = True)
assert act.clean_stdout == act.clean_expected_stdout