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体验新版 GitCode,发现更多精彩内容 >>
提交
b6acf93f
编写于
6月 18, 2022
作者:
C
cpwu
浏览文件
操作
浏览文件
下载
电子邮件补丁
差异文件
add sma case
上级
90c341be
变更
2
隐藏空白更改
内联
并排
Showing
2 changed file
with
313 addition
and
109 deletion
+313
-109
tests/system-test/1-insert/create_retentions.py
tests/system-test/1-insert/create_retentions.py
+25
-109
tests/system-test/1-insert/time_range_wise.py
tests/system-test/1-insert/time_range_wise.py
+288
-0
未找到文件。
tests/system-test/1-insert/create_retentions.py
浏览文件 @
b6acf93f
...
...
@@ -30,6 +30,10 @@ CHAR_COL = [ BINARY_COL, NCHAR_COL, ]
BOOLEAN_COL
=
[
BOOL_COL
,
]
TS_TYPE_COL
=
[
TS_COL
,
]
## insert data args:
TIME_STEP
=
10000
NOW
=
int
(
datetime
.
datetime
.
timestamp
(
datetime
.
datetime
.
now
())
*
1000
)
@
dataclass
class
DataSet
:
ts_data
:
List
[
int
]
=
None
...
...
@@ -148,7 +152,7 @@ class TDTestCase:
self
.
test_create_stb
()
def
__create_tb
(
self
):
tdLog
.
printNoPrefix
(
"==========step
1:
create table"
)
tdLog
.
printNoPrefix
(
"==========step
:
create table"
)
create_stb_sql
=
f
'''create table stb1(
ts timestamp,
{
INT_COL
}
int,
{
BINT_COL
}
bigint,
{
SINT_COL
}
smallint,
{
TINT_COL
}
tinyint,
{
FLOAT_COL
}
float,
{
DOUBLE_COL
}
double,
{
BOOL_COL
}
bool,
...
...
@@ -172,7 +176,6 @@ class TDTestCase:
tdSql
.
execute
(
f
'create table ct
{
i
+
1
}
using stb1 tags (
{
i
+
1
}
)'
)
def
__data_set
(
self
,
rows
):
now_time
=
int
(
datetime
.
datetime
.
timestamp
(
datetime
.
datetime
.
now
())
*
1000
)
data_set
=
DataSet
()
# neg_data_set = DataSet()
data_set
.
ts_data
=
[]
...
...
@@ -191,7 +194,7 @@ class TDTestCase:
data_set
.
nchar_data
=
[]
for
i
in
range
(
rows
):
data_set
.
ts_data
.
append
(
now_time
+
1
*
(
rows
-
i
))
data_set
.
ts_data
.
append
(
NOW
+
1
*
(
rows
-
i
))
data_set
.
int_data
.
append
(
rows
-
i
)
data_set
.
bint_data
.
append
(
11111
*
(
rows
-
i
))
data_set
.
sint_data
.
append
(
111
*
(
rows
-
i
)
%
32767
)
...
...
@@ -222,10 +225,10 @@ class TDTestCase:
return
data_set
def
__insert_data
_0
(
self
):
def
__insert_data
(
self
):
data
=
self
.
__data_set
(
rows
=
self
.
rows
)
now_time
=
int
(
datetime
.
datetime
.
timestamp
(
datetime
.
datetime
.
now
())
*
1000
)
#
now_time = int(datetime.datetime.timestamp(datetime.datetime.now()) * 1000)
null_data
=
'''null, null, null, null, null, null, null, null, null, null, null, null, null, null'''
zero_data
=
"0, 0, 0, 0, 0, 0, 0, 'binary_0', 'nchar_0', 0, 0, 0, 0, 0"
...
...
@@ -241,129 +244,42 @@ class TDTestCase:
{
1
*
data
.
sint_un_data
[
i
]
}
,
{
1
*
data
.
int_un_data
[
i
]
}
,
{
1
*
data
.
bint_un_data
[
i
]
}
'''
tdSql
.
execute
(
f
"insert into ct1 values (
{
now_time
-
i
*
10000
}
,
{
row_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct4 values (
{
now_time
-
i
*
8000
}
,
{
row_data
}
)"
)
tdSql
.
execute
(
f
"insert into t1 values (
{
now_time
-
i
*
8000
}
,
{
row_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct2 values (
{
now_time
-
i
*
12000
}
,
{
neg_row_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct2 values (
{
now_time
+
6000
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct2 values (
{
now_time
-
(
self
.
rows
+
1
)
*
6000
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct2 values (
{
now_time
-
self
.
rows
*
2900
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct1 values (
{
NOW
-
i
*
TIME_STEP
}
,
{
row_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct2 values (
{
NOW
-
i
*
int
(
TIME_STEP
*
0.6
)
}
,
{
neg_row_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct4 values (
{
NOW
-
i
*
int
(
TIME_STEP
*
0.8
)
}
,
{
row_data
}
)"
)
tdSql
.
execute
(
f
"insert into t1 values (
{
NOW
-
i
*
int
(
TIME_STEP
*
1.2
)
}
,
{
row_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct
4 values (
{
now_time
+
8000
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct
4 values (
{
now_time
-
(
self
.
rows
+
1
)
*
8000
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct
4 values (
{
now_time
-
self
.
rows
*
3900
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct
2 values (
{
NOW
+
int
(
TIME_STEP
*
0.6
)
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct
2 values (
{
NOW
-
(
self
.
rows
+
1
)
*
int
(
TIME_STEP
*
0.6
)
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct
2 values (
{
NOW
-
self
.
rows
*
int
(
TIME_STEP
*
0.29
)
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into
t1 values (
{
now_time
+
12000
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into
t1 values (
{
now_time
-
(
self
.
rows
+
1
)
*
12000
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into
t1 values (
{
now_time
-
self
.
rows
*
5900
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into
ct4 values (
{
NOW
+
int
(
TIME_STEP
*
0.8
)
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into
ct4 values (
{
NOW
-
(
self
.
rows
+
1
)
*
int
(
TIME_STEP
*
0.8
)
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into
ct4 values (
{
NOW
-
self
.
rows
*
int
(
TIME_STEP
*
0.39
)
}
,
{
null_data
}
)"
)
def
__insert_data
(
self
,
rows
):
now_time
=
int
(
datetime
.
datetime
.
timestamp
(
datetime
.
datetime
.
now
())
*
1000
)
data
=
self
.
__data_set
(
rows
)
for
i
in
range
(
rows
):
tdSql
.
execute
(
f
'''insert into ct1 values (
{
now_time
-
i
*
1000
}
,
{
i
}
,
{
11111
*
i
}
,
{
111
*
i
%
32767
}
,
{
11
*
i
%
127
}
,
{
1.11
*
i
}
,
{
1100.0011
*
i
}
,
{
i
%
2
}
, 'binary
{
i
}
', 'nchar_测试_
{
i
}
',
{
now_time
+
1
*
i
}
,
{
11
*
i
%
127
}
,
{
111
*
i
%
32767
}
,
{
i
}
,
{
11111
*
i
}
)'''
)
tdSql
.
execute
(
f
'''insert into ct4 values (
{
now_time
-
i
*
7776000000
}
,
{
i
}
,
{
11111
*
i
}
,
{
111
*
i
%
32767
}
,
{
11
*
i
%
127
}
,
{
1.11
*
i
}
,
{
1100.0011
*
i
}
,
{
i
%
2
}
, 'binary
{
i
}
', 'nchar_测试_
{
i
}
',
{
now_time
+
1
*
i
}
,
{
11
*
i
%
127
}
,
{
111
*
i
%
32767
}
,
{
i
}
,
{
11111
*
i
}
)'''
)
tdSql
.
execute
(
f
'''insert into ct2 values (
{
now_time
-
i
*
7776000000
}
,
{
-
i
}
,
{
-
11111
*
i
}
,
{
-
111
*
i
%
32767
}
,
{
-
11
*
i
%
127
}
,
{
-
1.11
*
i
}
,
{
-
1100.0011
*
i
}
,
{
i
%
2
}
, 'binary
{
i
}
', 'nchar_测试_
{
i
}
',
{
now_time
+
1
*
i
}
,
{
11
*
i
%
127
}
,
{
111
*
i
%
32767
}
,
{
i
}
,
{
11111
*
i
}
)'''
)
tdSql
.
execute
(
f
'''insert into ct1 values
(
{
now_time
-
rows
*
5
}
, 0, 0, 0, 0, 0, 0, 0, 'binary0', 'nchar_测试_0',
{
now_time
+
8
}
, 0, 0, 0, 0)
(
{
now_time
+
10000
}
,
{
rows
}
, -99999, -999, -99, -9.99, -99.99, 1, 'binary9', 'nchar_测试_9',
{
now_time
+
9
}
, 0, 0, 0, 0 )
'''
)
tdSql
.
execute
(
f
'''insert into ct4 values
(
{
now_time
-
rows
*
7776000000
}
, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL )
(
{
now_time
-
rows
*
3888000000
+
10800000
}
, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL )
(
{
now_time
+
7776000000
}
, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL )
(
{
now_time
+
5184000000
}
,
{
pow
(
2
,
31
)
-
pow
(
2
,
15
)
}
,
{
pow
(
2
,
63
)
-
pow
(
2
,
30
)
}
, 32767, 127,
{
3.3
*
pow
(
10
,
38
)
}
,
{
1.3
*
pow
(
10
,
308
)
}
,
{
rows
%
2
}
, "binary_limit-1", "nchar_测试_limit-1",
{
now_time
-
86400000
}
,
254, 65534,
{
pow
(
2
,
32
)
-
pow
(
2
,
16
)
}
,
{
pow
(
2
,
64
)
-
pow
(
2
,
31
)
}
)
(
{
now_time
+
2592000000
}
,
{
pow
(
2
,
31
)
-
pow
(
2
,
16
)
}
,
{
pow
(
2
,
63
)
-
pow
(
2
,
31
)
}
, 32766, 126,
{
3.2
*
pow
(
10
,
38
)
}
,
{
1.2
*
pow
(
10
,
308
)
}
,
{
(
rows
-
1
)
%
2
}
, "binary_limit-2", "nchar_测试_limit-2",
{
now_time
-
172800000
}
,
255, 65535,
{
pow
(
2
,
32
)
-
pow
(
2
,
15
)
}
,
{
pow
(
2
,
64
)
-
pow
(
2
,
30
)
}
)
'''
)
tdSql
.
execute
(
f
'''insert into ct2 values
(
{
now_time
-
rows
*
7776000000
}
, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL )
(
{
now_time
-
rows
*
3888000000
+
10800000
}
, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL )
(
{
now_time
+
7776000000
}
, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL )
(
{
now_time
+
5184000000
}
,
{
-
1
*
pow
(
2
,
31
)
+
pow
(
2
,
15
)
}
,
{
-
1
*
pow
(
2
,
63
)
+
pow
(
2
,
30
)
}
, -32766, -126,
{
-
1
*
3.2
*
pow
(
10
,
38
)
}
,
{
-
1.2
*
pow
(
10
,
308
)
}
,
{
rows
%
2
}
, "binary_limit-1", "nchar_测试_limit-1",
{
now_time
-
86400000
}
, 1, 1, 1, 1
)
(
{
now_time
+
2592000000
}
,
{
-
1
*
pow
(
2
,
31
)
+
pow
(
2
,
16
)
}
,
{
-
1
*
pow
(
2
,
63
)
+
pow
(
2
,
31
)
}
, -32767, -127,
{
-
3.3
*
pow
(
10
,
38
)
}
,
{
-
1.3
*
pow
(
10
,
308
)
}
,
{
(
rows
-
1
)
%
2
}
, "binary_limit-2", "nchar_测试_limit-2",
{
now_time
-
172800000
}
, 1, 1, 1, 1
)
'''
)
for
i
in
range
(
rows
):
insert_data
=
f
'''insert into t1 values
(
{
now_time
-
i
*
3600000
}
,
{
i
}
,
{
i
*
11111
}
,
{
i
%
32767
}
,
{
i
%
127
}
,
{
i
*
1.11111
}
,
{
i
*
1000.1111
}
,
{
i
%
2
}
,
"binary_
{
i
}
", "nchar_测试_
{
i
}
",
{
now_time
-
1000
*
i
}
,
{
i
%
127
}
,
{
i
%
32767
}
,
{
i
}
,
{
i
*
11111
}
)
'''
tdSql
.
execute
(
insert_data
)
tdSql
.
execute
(
f
'''insert into t1 values
(
{
now_time
+
10800000
}
, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL )
(
{
now_time
-
((
rows
//
2
)
*
60
+
30
)
*
60000
}
, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL)
(
{
now_time
-
rows
*
3600000
}
, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL )
(
{
now_time
+
7200000
}
,
{
pow
(
2
,
31
)
-
pow
(
2
,
15
)
}
,
{
pow
(
2
,
63
)
-
pow
(
2
,
30
)
}
, 32767, 127,
{
3.3
*
pow
(
10
,
38
)
}
,
{
1.3
*
pow
(
10
,
308
)
}
,
{
rows
%
2
}
, "binary_limit-1", "nchar_测试_limit-1",
{
now_time
-
86400000
}
,
254, 65534,
{
pow
(
2
,
32
)
-
pow
(
2
,
16
)
}
,
{
pow
(
2
,
64
)
-
pow
(
2
,
31
)
}
)
(
{
now_time
+
3600000
}
,
{
pow
(
2
,
31
)
-
pow
(
2
,
16
)
}
,
{
pow
(
2
,
63
)
-
pow
(
2
,
31
)
}
, 32766, 126,
{
3.2
*
pow
(
10
,
38
)
}
,
{
1.2
*
pow
(
10
,
308
)
}
,
{
(
rows
-
1
)
%
2
}
, "binary_limit-2", "nchar_测试_limit-2",
{
now_time
-
172800000
}
,
255, 65535,
{
pow
(
2
,
32
)
-
pow
(
2
,
15
)
}
,
{
pow
(
2
,
64
)
-
pow
(
2
,
30
)
}
)
'''
)
tdSql
.
execute
(
f
"insert into t1 values (
{
NOW
+
int
(
TIME_STEP
*
1.2
)
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into t1 values (
{
NOW
-
(
self
.
rows
+
1
)
*
int
(
TIME_STEP
*
1.2
)
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into t1 values (
{
NOW
-
self
.
rows
*
int
(
TIME_STEP
*
0.59
)
}
,
{
null_data
}
)"
)
def
run
(
self
):
self
.
rows
=
10
tdLog
.
printNoPrefix
(
"==========step0:all check"
)
self
.
all_test
()
#
self.all_test()
tdLog
.
printNoPrefix
(
"==========step1:create table in normal database"
)
tdSql
.
prepare
()
self
.
__create_tb
()
# self.__insert_data(self.rows)
self
.
__insert_data_0
()
self
.
__insert_data
()
# return
tdLog
.
printNoPrefix
(
"==========step2:create table in rollup database"
)
tdSql
.
execute
(
"create database db3 retentions 1s:4m,2s:8m,3s:12m"
)
tdSql
.
execute
(
"use db3"
)
# return
self
.
__create_tb
()
self
.
__insert_data
_0
()
self
.
__insert_data
()
tdSql
.
execute
(
"drop database if exists db1 "
)
tdSql
.
execute
(
"drop database if exists db2 "
)
...
...
tests/system-test/1-insert/time_range_wise.py
0 → 100644
浏览文件 @
b6acf93f
import
datetime
from
dataclasses
import
dataclass
from
typing
import
List
,
Any
,
Tuple
from
tests.pytest.util.sql
import
TDSql
from
util.log
import
*
from
util.sql
import
*
from
util.cases
import
*
from
util.dnodes
import
*
PRIMARY_COL
=
"ts"
INT_COL
=
"c_int"
BINT_COL
=
"c_bint"
SINT_COL
=
"c_sint"
TINT_COL
=
"c_tint"
FLOAT_COL
=
"c_float"
DOUBLE_COL
=
"c_double"
BOOL_COL
=
"c_bool"
TINT_UN_COL
=
"c_tint_un"
SINT_UN_COL
=
"c_sint_un"
BINT_UN_COL
=
"c_bint_un"
INT_UN_COL
=
"c_int_un"
BINARY_COL
=
"c8"
NCHAR_COL
=
"c9"
TS_COL
=
"c10"
NUM_COL
=
[
INT_COL
,
BINT_COL
,
SINT_COL
,
TINT_COL
,
FLOAT_COL
,
DOUBLE_COL
,
]
CHAR_COL
=
[
BINARY_COL
,
NCHAR_COL
,
]
BOOLEAN_COL
=
[
BOOL_COL
,
]
TS_TYPE_COL
=
[
TS_COL
,
]
# insert data args:
TIME_STEP
=
10000
NOW
=
int
(
datetime
.
datetime
.
timestamp
(
datetime
.
datetime
.
now
())
*
1000
)
@
dataclass
class
DataSet
:
ts_data
:
List
[
int
]
=
None
int_data
:
List
[
int
]
=
None
bint_data
:
List
[
int
]
=
None
sint_data
:
List
[
int
]
=
None
tint_data
:
List
[
int
]
=
None
int_un_data
:
List
[
int
]
=
None
bint_un_data
:
List
[
int
]
=
None
sint_un_data
:
List
[
int
]
=
None
tint_un_data
:
List
[
int
]
=
None
float_data
:
List
[
float
]
=
None
double_data
:
List
[
float
]
=
None
bool_data
:
List
[
int
]
=
None
binary_data
:
List
[
str
]
=
None
nchar_data
:
List
[
str
]
=
None
@
dataclass
class
SMAschema
:
creation
:
str
=
"create"
index_name
:
str
=
"sma_index_1"
index_flag
:
str
=
"SMA INDEX"
operator
:
str
=
"ON"
tbname
:
str
=
None
watermark
:
str
=
None
maxdelay
:
str
=
None
func
:
Tuple
[
str
]
=
None
interval
:
Tuple
[
str
]
=
None
sliding
:
str
=
None
other
:
Any
=
None
class
TDTestCase
:
def
init
(
self
,
conn
,
logSql
):
tdLog
.
debug
(
f
"start to excute
{
__file__
}
"
)
tdSql
.
init
(
conn
.
cursor
(),
False
)
"""
create sma index :
1. only create on stable, err_type: [child-table, normal-table]
2. one taosd, one sma index , err_type: [
one stb --> multi sma index,
multi stb in one db--> multi sma index,
multi stb in multi db --> multi sma index
]
3. arg of (interval/sliding) in query sql is equal to this arg in sma index
4. client timezone is equal to timezone of sma index
5. does not take effect unless querySmaOptimize flag is turned on,
"""
def
__create_sma_index
(
self
,
sma
:
SMAschema
):
sql
=
f
"
{
sma
.
creation
}
{
sma
.
index_flag
}
{
sma
.
index_name
}
{
sma
.
operator
}
{
sma
.
tbname
}
"
if
sma
.
func
:
sql
+=
f
" function(
{
', '
.
join
(
sma
.
func
)
}
)"
if
sma
.
interval
:
sql
+=
f
" interval(
{
', '
.
join
(
sma
.
interval
)
}
)"
if
sma
.
sliding
:
sql
+=
f
" sliding(
{
sma
.
sliding
}
)"
if
sma
.
watermark
:
sql
+=
f
" watermark
{
sma
.
watermark
}
"
if
sma
.
maxdelay
:
sql
+=
f
" maxdelay
{
sma
.
maxdelay
}
"
return
sql
def
sma_create_check
(
self
,
sma
:
SMAschema
):
tdSql
.
query
(
"show stables"
)
stb_in_list
=
False
for
row
in
tdSql
.
queryResult
:
if
sma
.
tbname
==
row
[
0
]:
stb_in_list
=
True
break
if
not
stb_in_list
:
tdSql
.
error
(
self
.
__create_sma_index
(
sma
))
if
not
sma
.
creation
:
tdSql
.
error
(
self
.
__create_sma_index
(
sma
))
if
not
sma
.
index_flag
:
tdSql
.
error
(
self
.
__create_sma_index
(
sma
))
if
not
sma
.
index_name
:
tdSql
.
error
(
self
.
__create_sma_index
(
sma
))
if
not
sma
.
operator
:
tdSql
.
error
(
self
.
__create_sma_index
(
sma
))
if
not
sma
.
tbname
:
tdSql
.
error
(
self
.
__create_sma_index
(
sma
))
if
not
sma
.
func
:
tdSql
.
error
(
self
.
__create_sma_index
(
sma
))
if
not
sma
.
interval
:
tdSql
.
error
(
self
.
__create_sma_index
(
sma
))
if
not
sma
.
sliding
:
tdSql
.
error
(
self
.
__create_sma_index
(
sma
))
if
sma
.
other
:
tdSql
.
error
(
self
.
__create_sma_index
(
sma
))
def
all_test
(
self
):
self
.
test_create_databases
()
self
.
test_create_stb
()
def
__create_tb
(
self
):
tdLog
.
printNoPrefix
(
"==========step: create table"
)
create_stb_sql
=
f
'''create table stb1(
ts timestamp,
{
INT_COL
}
int,
{
BINT_COL
}
bigint,
{
SINT_COL
}
smallint,
{
TINT_COL
}
tinyint,
{
FLOAT_COL
}
float,
{
DOUBLE_COL
}
double,
{
BOOL_COL
}
bool,
{
BINARY_COL
}
binary(16),
{
NCHAR_COL
}
nchar(32),
{
TS_COL
}
timestamp,
{
TINT_UN_COL
}
tinyint unsigned,
{
SINT_UN_COL
}
smallint unsigned,
{
INT_UN_COL
}
int unsigned,
{
BINT_UN_COL
}
bigint unsigned
) tags (t1 int)
'''
create_ntb_sql
=
f
'''create table t1(
ts timestamp,
{
INT_COL
}
int,
{
BINT_COL
}
bigint,
{
SINT_COL
}
smallint,
{
TINT_COL
}
tinyint,
{
FLOAT_COL
}
float,
{
DOUBLE_COL
}
double,
{
BOOL_COL
}
bool,
{
BINARY_COL
}
binary(16),
{
NCHAR_COL
}
nchar(32),
{
TS_COL
}
timestamp,
{
TINT_UN_COL
}
tinyint unsigned,
{
SINT_UN_COL
}
smallint unsigned,
{
INT_UN_COL
}
int unsigned,
{
BINT_UN_COL
}
bigint unsigned
)
'''
tdSql
.
execute
(
create_stb_sql
)
tdSql
.
execute
(
create_ntb_sql
)
for
i
in
range
(
4
):
tdSql
.
execute
(
f
'create table ct
{
i
+
1
}
using stb1 tags (
{
i
+
1
}
)'
)
def
__data_set
(
self
,
rows
):
data_set
=
DataSet
()
# neg_data_set = DataSet()
data_set
.
ts_data
=
[]
data_set
.
int_data
=
[]
data_set
.
bint_data
=
[]
data_set
.
sint_data
=
[]
data_set
.
tint_data
=
[]
data_set
.
int_un_data
=
[]
data_set
.
bint_un_data
=
[]
data_set
.
sint_un_data
=
[]
data_set
.
tint_un_data
=
[]
data_set
.
float_data
=
[]
data_set
.
double_data
=
[]
data_set
.
bool_data
=
[]
data_set
.
binary_data
=
[]
data_set
.
nchar_data
=
[]
for
i
in
range
(
rows
):
data_set
.
ts_data
.
append
(
NOW
+
1
*
(
rows
-
i
))
data_set
.
int_data
.
append
(
rows
-
i
)
data_set
.
bint_data
.
append
(
11111
*
(
rows
-
i
))
data_set
.
sint_data
.
append
(
111
*
(
rows
-
i
)
%
32767
)
data_set
.
tint_data
.
append
(
11
*
(
rows
-
i
)
%
127
)
data_set
.
int_un_data
.
append
(
rows
-
i
)
data_set
.
bint_un_data
.
append
(
11111
*
(
rows
-
i
))
data_set
.
sint_un_data
.
append
(
111
*
(
rows
-
i
)
%
32767
)
data_set
.
tint_un_data
.
append
(
11
*
(
rows
-
i
)
%
127
)
data_set
.
float_data
.
append
(
1.11
*
(
rows
-
i
))
data_set
.
double_data
.
append
(
1100.0011
*
(
rows
-
i
))
data_set
.
bool_data
.
append
((
rows
-
i
)
%
2
)
data_set
.
binary_data
.
append
(
f
'binary
{
(
rows
-
i
)
}
'
)
data_set
.
nchar_data
.
append
(
f
'nchar_测试_
{
(
rows
-
i
)
}
'
)
return
data_set
def
__insert_data
(
self
):
data
=
self
.
__data_set
(
rows
=
self
.
rows
)
# now_time = int(datetime.datetime.timestamp(datetime.datetime.now()) * 1000)
null_data
=
'''null, null, null, null, null, null, null, null, null, null, null, null, null, null'''
zero_data
=
"0, 0, 0, 0, 0, 0, 0, 'binary_0', 'nchar_0', 0, 0, 0, 0, 0"
for
i
in
range
(
self
.
rows
):
row_data
=
f
'''
{
data
.
int_data
[
i
]
}
,
{
data
.
bint_data
[
i
]
}
,
{
data
.
sint_data
[
i
]
}
,
{
data
.
tint_data
[
i
]
}
,
{
data
.
float_data
[
i
]
}
,
{
data
.
double_data
[
i
]
}
,
{
data
.
bool_data
[
i
]
}
, '
{
data
.
binary_data
[
i
]
}
', '
{
data
.
nchar_data
[
i
]
}
',
{
data
.
ts_data
[
i
]
}
,
{
data
.
tint_un_data
[
i
]
}
,
{
data
.
sint_un_data
[
i
]
}
,
{
data
.
int_un_data
[
i
]
}
,
{
data
.
bint_un_data
[
i
]
}
'''
neg_row_data
=
f
'''
{
-
1
*
data
.
int_data
[
i
]
}
,
{
-
1
*
data
.
bint_data
[
i
]
}
,
{
-
1
*
data
.
sint_data
[
i
]
}
,
{
-
1
*
data
.
tint_data
[
i
]
}
,
{
-
1
*
data
.
float_data
[
i
]
}
,
{
-
1
*
data
.
double_data
[
i
]
}
,
{
data
.
bool_data
[
i
]
}
, '
{
data
.
binary_data
[
i
]
}
', '
{
data
.
nchar_data
[
i
]
}
',
{
data
.
ts_data
[
i
]
}
,
{
1
*
data
.
tint_un_data
[
i
]
}
,
{
1
*
data
.
sint_un_data
[
i
]
}
,
{
1
*
data
.
int_un_data
[
i
]
}
,
{
1
*
data
.
bint_un_data
[
i
]
}
'''
tdSql
.
execute
(
f
"insert into ct1 values (
{
NOW
-
i
*
TIME_STEP
}
,
{
row_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct2 values (
{
NOW
-
i
*
int
(
TIME_STEP
*
0.6
)
}
,
{
neg_row_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct4 values (
{
NOW
-
i
*
int
(
TIME_STEP
*
0.8
)
}
,
{
row_data
}
)"
)
tdSql
.
execute
(
f
"insert into t1 values (
{
NOW
-
i
*
int
(
TIME_STEP
*
1.2
)
}
,
{
row_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct2 values (
{
NOW
+
int
(
TIME_STEP
*
0.6
)
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct2 values (
{
NOW
-
(
self
.
rows
+
1
)
*
int
(
TIME_STEP
*
0.6
)
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct2 values (
{
NOW
-
self
.
rows
*
int
(
TIME_STEP
*
0.29
)
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct4 values (
{
NOW
+
int
(
TIME_STEP
*
0.8
)
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct4 values (
{
NOW
-
(
self
.
rows
+
1
)
*
int
(
TIME_STEP
*
0.8
)
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into ct4 values (
{
NOW
-
self
.
rows
*
int
(
TIME_STEP
*
0.39
)
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into t1 values (
{
NOW
+
int
(
TIME_STEP
*
1.2
)
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into t1 values (
{
NOW
-
(
self
.
rows
+
1
)
*
int
(
TIME_STEP
*
1.2
)
}
,
{
null_data
}
)"
)
tdSql
.
execute
(
f
"insert into t1 values (
{
NOW
-
self
.
rows
*
int
(
TIME_STEP
*
0.59
)
}
,
{
null_data
}
)"
)
def
run
(
self
):
sma1
=
SMAschema
(
func
=
(
"min(c1)"
,
"max(c2)"
))
sql1
=
self
.
create_sma_index
(
sma1
)
print
(
"================"
)
print
(
sql1
)
# a = DataSet()
return
self
.
rows
=
10
tdLog
.
printNoPrefix
(
"==========step0:all check"
)
# self.all_test()
tdLog
.
printNoPrefix
(
"==========step1:create table in normal database"
)
tdSql
.
prepare
()
self
.
__create_tb
()
self
.
__insert_data
()
# return
tdLog
.
printNoPrefix
(
"==========step2:create table in rollup database"
)
tdSql
.
execute
(
"create database db3 retentions 1s:4m,2s:8m,3s:12m"
)
tdSql
.
execute
(
"use db3"
)
self
.
__create_tb
()
self
.
__insert_data
()
tdSql
.
execute
(
"drop database if exists db1 "
)
tdSql
.
execute
(
"drop database if exists db2 "
)
tdDnodes
.
stop
(
1
)
tdDnodes
.
start
(
1
)
tdLog
.
printNoPrefix
(
"==========step4:after wal, all check again "
)
self
.
all_test
()
def
stop
(
self
):
tdSql
.
close
()
tdLog
.
success
(
f
"
{
__file__
}
successfully executed"
)
tdCases
.
addLinux
(
__file__
,
TDTestCase
())
tdCases
.
addWindows
(
__file__
,
TDTestCase
())
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