time_range_wise.py

import datetime

from dataclasses import dataclass
from typing import List, Any, Tuple
from util.log import *
from util.sql import *
from util.cases import *
from util.dnodes import *
from util.constant 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 = "c_binary"
NCHAR_COL = "c_nchar"
TS_COL = "c_ts"

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, ]

INT_TAG = "t_int"

ALL_COL = [PRIMARY_COL, INT_COL, BINT_COL, SINT_COL, TINT_COL, FLOAT_COL, DOUBLE_COL, BINARY_COL, NCHAR_COL, BOOL_COL, TS_COL]
TAG_COL = [INT_TAG]

# insert data args：
TIME_STEP = 10000
NOW = int(datetime.datetime.timestamp(datetime.datetime.now()) * 1000)

# init db/table
DBNAME  = "db"
STBNAME = "stb1"
CTBNAME = "ct1"
NTBNAME = "nt1"


@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

    def __post_init__(self):
        self.ts_data        = []
        self.int_data       = []
        self.bint_data      = []
        self.sint_data      = []
        self.tint_data      = []
        self.int_un_data    = []
        self.bint_un_data   = []
        self.sint_un_data   = []
        self.tint_un_data   = []
        self.float_data     = []
        self.double_data    = []
        self.bool_data      = []
        self.binary_data    = []
        self.nchar_data     = []


@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           = "5s"
    max_delay           : str           = "6m"
    func                : Tuple[str]    = None
    interval            : Tuple[str]    = ("6m", "10s")
    sliding             : str           = "6m"
    other               : Any           = None
    drop                : str           = "DROP"
    drop_flag           : str           = "INDEX"
    querySmaOptimize    : int           = 1

    def __post_init__(self):
        if isinstance(self.other, dict):
            for k,v in self.other.items():

                if k.lower() == "index_name" and isinstance(v, str) and not self.index_name:
                    self.index_name = v
                    del self.other[k]

                if k.lower() == "index_flag" and isinstance(v, str) and not self.index_flag:
                    self.index_flag = v
                    del self.other[k]

                if k.lower() == "operator" and isinstance(v, str) and not self.operator:
                    self.operator = v
                    del self.other[k]

                if k.lower() == "tbname" and isinstance(v, str) and not self.tbname:
                    self.tbname = v
                    del self.other[k]

                if k.lower() == "watermark" and isinstance(v, str) and not self.watermark:
                    self.watermark = v
                    del self.other[k]

                if k.lower() == "max_delay" and isinstance(v, str) and not self.max_delay:
                    self.max_delay = v
                    del self.other[k]

                if k.lower() == "functions" and isinstance(v, tuple) and not self.func:
                    self.func = v
                    del self.other[k]

                if k.lower() == "interval" and isinstance(v, tuple) and not self.interval:
                    self.interval = v
                    del self.other[k]

                if k.lower() == "sliding" and isinstance(v, str) and not self.sliding:
                    self.sliding = v
                    del self.other[k]

                if k.lower() == "drop_flag" and isinstance(v, str) and not self.drop_flag:
                    self.drop_flag = v
                    del self.other[k]


from ...pytest.util.sql import *
from ...pytest.util.constant import *

class TDTestCase:
    updatecfgDict = {"querySmaOptimize": 1}

    def init(self, conn, logSql):
        tdLog.debug(f"start to excute {__file__}")
        tdSql.init(conn.cursor(), False)
        self.precision = "ms"

    """
        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.max_delay:
            sql += f" max_delay {sma.max_delay}"
        if isinstance(sma.other, dict):
            for k,v in sma.other.items():
                if isinstance(v,tuple) or isinstance(v, list):
                    sql += f" {k} ({' '.join(v)})"
                else:
                    sql += f" {k} {v}"
        if isinstance(sma.other, tuple) or isinstance(sma.other, list):
            sql += " ".join(sma.other)
        if isinstance(sma.other, int) or isinstance(sma.other, float) or isinstance(sma.other, str):
            sql += f" {sma.other}"

        return sql

    def __check_sma_func(self, func:tuple):
        if not isinstance(func, str) and not isinstance(func, tuple) and not isinstance(func, list):
            return False
        if isinstance(func, str) :
            if "(" not in func or ")" not in func:
                return False
            if func.split("(")[0].upper() not in SMA_INDEX_FUNCTIONS:
                return False
            if func.split("(")[1].split(")")[0] not in ALL_COL and func.split("(")[1].split(")")[0] not in TAG_COL :
                return False
        if isinstance(func, tuple) or isinstance(func, list):
            for arg in func:
                if not isinstance(arg, str):
                    return False
                if "(" not in arg or ")" not in arg:
                    return False
                if arg.split("(")[0].upper() not in SMA_INDEX_FUNCTIONS:
                    return False
                if arg.split("(")[1].split(")")[0] not in ALL_COL and arg.split("(")[1].split(")")[0] not in TAG_COL :
                    return False
        return True

    def __check_sma_watermark(self, arg):
        if not isinstance(arg, str):
            return False
        if arg[-1] not in SMA_WATMARK_MAXDELAY_INIT:
            return False
        if len(arg) == 1:
            return False
        if not arg[:-1].isdecimal():
            return False
        if tdSql.get_times(arg) > WATERMARK_MAX:
            return False
        if tdSql.get_times(arg) < WATERMARK_MIN:
            return False

        return True

    def __check_sma_max_delay(self, arg):
        self.__check_sma_watermark(arg)
        if tdSql.get_times(arg) < MAX_DELAY_MIN:
            return False

        return True

    def __check_sliding(self, arg):
        if not isinstance(arg, str):
            return False
        if arg[-1] not in TAOS_TIME_INIT:
            return False
        if len(arg) == 1:
            return False
        if not arg[:-1].isdecimal():
            return False


    def __check_interval(self, arg):
        if not isinstance(arg, tuple):
            return False

    def __sma_create_check(self, sma:SMAschema):
        if  self.updatecfgDict["querySmaOptimize"] == 0:
            return False
        tdSql.query("show stables")
        stb_in_list = False
        for row in tdSql.queryResult:
            if sma.tbname == row[0]:
                stb_in_list = True
        if not stb_in_list:
            return False
        if not sma.creation or not isinstance(sma.creation, str) or sma.creation.upper() != "CREATE":
            return False
        if not sma.index_flag or not isinstance(sma.index_flag, str) or  sma.index_flag.upper() != "SMA INDEX" :
            return False
        if not sma.index_name or not isinstance(sma.index_name, str):
            return False
        if not sma.operator or not isinstance(sma.operator, str) or sma.operator.upper() != "ON":
            return False
        if not sma.tbname:
            return False
        if not sma.func or not self.__check_sma_func(sma.func):
            return False
        if not sma.interval:
            return False
        if not sma.sliding :
            return False
        if not sma.watermark or not self.__check_sma_watermark(sma.watermark):
            return False
        if not sma.max_delay or not self.__check_sma_max_delay(sma.max_delay):
            return False
        if sma.other:
            return False

        return True

    def sma_create_check(self, sma:SMAschema):
        tdSql.query(self.__create_sma_index(sma)) if self.__sma_create_check(sma) else  tdSql.error(self.__create_sma_index(sma))

    @property
    def __create_sma_sql(self):
        err_sqls = []
        cur_sqls = []
        # err_set
        # # case 1: required fields check
        # err_sqls.append( SMAschema(creation="", tbname=STBNAME, func=(f"min({INT_COL})",f"max({INT_COL})") ) )
        # err_sqls.append( SMAschema(index_name="",tbname=STBNAME, func=(f"min({INT_COL})",f"max({INT_COL})") ) )
        # err_sqls.append( SMAschema(index_flag="",tbname=STBNAME, func=(f"min({INT_COL})",f"max({INT_COL})") ) )
        # err_sqls.append( SMAschema(operator="",tbname=STBNAME, func=(f"min({INT_COL})",f"max({INT_COL})") ) )
        # err_sqls.append( SMAschema(tbname="", func=(f"min({INT_COL})",f"max({INT_COL})") ) )
        # err_sqls.append( SMAschema(func="",tbname=STBNAME ) )
        # err_sqls.append( SMAschema(interval="",tbname=STBNAME, func=(f"min({INT_COL})",f"max({INT_COL})") ) )
        # err_sqls.append( SMAschema(sliding="",tbname=STBNAME, func=(f"min({INT_COL})",f"max({INT_COL})") ) )
        # err_sqls.append( SMAschema(max_delay="",tbname=STBNAME, func=(f"min({INT_COL})",f"max({INT_COL})") ) )
        err_sqls.append( SMAschema(watermark="",tbname=STBNAME, func=(f"min({INT_COL})",f"max({INT_COL})") ) )

        return err_sqls, cur_sqls


    def test_create_sma(self):
        err_sqls , cur_sqls = self.__create_sma_sql
        for err_sql in err_sqls:
            print(type(err_sql.watermark))
            self.sma_create_check(err_sql)

    def all_test(self):
        self.test_create_sma()

        pass

    def __create_tb(self):
        tdLog.printNoPrefix("==========step: create table")
        create_stb_sql = f'''create table {STBNAME}(
                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 ({INT_TAG} int)
            '''
        create_ntb_sql = f'''create table {NTBNAME}(
                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()

        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):
        tdLog.printNoPrefix("==========step: start inser data into tables now.....")
        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 {NTBNAME} 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 {NTBNAME} values ( {NOW + int(TIME_STEP * 1.2)}, {null_data} )")
        tdSql.execute(
            f"insert into {NTBNAME} values ( {NOW - (self.rows + 1) * int(TIME_STEP * 1.2)}, {null_data} )")
        tdSql.execute(
            f"insert into {NTBNAME} values ( {NOW - self.rows * int(TIME_STEP * 0.59)}, {null_data} )")

    def run(self):
        self.rows = 10

        tdLog.printNoPrefix("==========step0:all check")

        tdLog.printNoPrefix("==========step1:create table in normal database")
        tdSql.prepare()
        self.__create_tb()
        self.__insert_data()
        self.all_test()

        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())