621 lines
41 KiB
Python
621 lines
41 KiB
Python
from datetime import datetime
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import re
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import json
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from dataclasses import dataclass
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from typing import Any
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from util.log import tdLog
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from util.sql import tdSql
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from util.cases import tdCases
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from util.dnodes import tdDnodes
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from util.constant import *
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from util.common import *
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PRIMARY_COL = "ts"
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INT_COL = "c_int"
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BINT_COL = "c_bint"
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SINT_COL = "c_sint"
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TINT_COL = "c_tint"
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FLOAT_COL = "c_float"
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DOUBLE_COL = "c_double"
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BOOL_COL = "c_bool"
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TINT_UN_COL = "c_utint"
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SINT_UN_COL = "c_usint"
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BINT_UN_COL = "c_ubint"
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INT_UN_COL = "c_uint"
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BINARY_COL = "c_binary"
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NCHAR_COL = "c_nchar"
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TS_COL = "c_ts"
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NUM_COL = [INT_COL, BINT_COL, SINT_COL, TINT_COL, FLOAT_COL, DOUBLE_COL, TINT_UN_COL, SINT_UN_COL, BINT_UN_COL, INT_UN_COL]
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CHAR_COL = [BINARY_COL, NCHAR_COL, ]
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BOOLEAN_COL = [BOOL_COL, ]
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TS_TYPE_COL = [TS_COL, ]
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INT_TAG = "t_int"
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ALL_COL = [PRIMARY_COL, INT_COL, BINT_COL, SINT_COL, TINT_COL, FLOAT_COL, DOUBLE_COL, BINARY_COL, NCHAR_COL, BOOL_COL, TS_COL]
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TAG_COL = [INT_TAG]
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# insert data args：
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TIME_STEP = 10000
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NOW = int(datetime.timestamp(datetime.now()) * 1000)
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# init db/table
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DBNAME = "db"
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STBNAME = "stb1"
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CTBNAME = "ct1"
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NTBNAME = "nt1"
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PARAINF = float("inf")
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@dataclass
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class Hsgschema:
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func_type : str = "SELECT"
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from_clause : str = f"{STBNAME}"
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where_clause : str = None
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group_clause : str = None
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having_clause : str = None
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partition_clause : str = None
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histogram_flag : str = "HISTOGRAM"
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col : str = None
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real_col : Any = None
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bin_type : str = None
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bin_desc : Any = None
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normalized : int = 0
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other : dict = None
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user_input : str = None
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linear_bin : str = None
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log_bin : str = None
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liner_width : float = None
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bin_start : float = None
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bin_count : int = None
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bin_infinity : bool = None
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def __post_init__(self):
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if isinstance(self.other, dict):
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for k,v in self.other.items():
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if k.lower().strip() == "func_type" and isinstance(v, str) and not self.func_type:
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self.func_type = v
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del self.other[k]
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if k.lower().strip() == "from_clause" and isinstance(v, str) and not self.from_clause:
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self.from_clause = v
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del self.other[k]
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if k.lower().strip() == "where_clause" and isinstance(v, str) and not self.where_clause:
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self.where_clause = v
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del self.other[k]
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if k.lower().strip() == "group_clause" and isinstance(v, str) and not self.group_clause:
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self.group_clause = v
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del self.other[k]
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if k.lower().strip() == "having_clause" and isinstance(v, str) and not self.having_clause:
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self.having_clause = v
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del self.other[k]
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if k.lower().strip() == "partition_clause" and isinstance(v, str) and not self.partition_clause:
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self.partition_clause = v
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del self.other[k]
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if k.lower().strip() == "histogram_flag" and isinstance(v, str) and not self.histogram_flag:
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self.histogram_flag = v
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del self.other[k]
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if k.lower().strip() == "col" and isinstance(v, str) and not self.col:
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self.col = v
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del self.other[k]
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if k.lower().strip() == "bin_type" and isinstance(v, str) and not self.bin_type:
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self.bin_type = v
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del self.other[k]
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if k.lower().strip() == "user_input" and isinstance(v, str) and not self.user_input and self.bin_type.lower().strip() == "user_input":
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self.user_input = v
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del self.other[k]
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if k.lower().strip() == "linear_bin" and isinstance(v, str) and not self.linear_bin and self.bin_type.lower().strip() == "linear_bin":
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self.linear_bin = v
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del self.other[k]
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if k.lower().strip() == "log_bin" and isinstance(v, str) and not self.log_bin and self.bin_type.lower().strip() == "log_bin":
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self.log_bin = v
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del self.other[k]
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if k.lower().strip() == "normalized" and isinstance(v, int) and not self.normalized:
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self.normalized = v
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del self.other[k]
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if isinstance(self.bin_type,str) and self.bin_type.upper().strip() == "USER_INPUT":
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self.bin_desc = self.user_input
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elif isinstance(self.bin_type,str) and self.bin_type.upper().strip() == "LINEAR_BIN":
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self.bin_desc = self.linear_bin
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elif isinstance(self.bin_type,str) and self.bin_type.upper().strip() == "LOG_BIN":
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self.bin_desc = self.log_bin
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class TDTestCase:
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def init(self, conn, logSql, replicaVar=1):
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self.replicaVar = int(replicaVar)
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tdLog.debug(f"start to excute {__file__}")
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tdSql.init(conn.cursor(), True)
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def __create_hsg(self, sma:Hsgschema):
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return f"""{sma.histogram_flag}({sma.col}, '{sma.bin_type}', '{sma.bin_desc}', {sma.normalized})"""
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def __gen_sql(self, sma:Hsgschema, dbname=DBNAME):
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sql = f"{sma.func_type} {self.__create_hsg(sma)} from {dbname}.{sma.from_clause} "
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if sma.where_clause:
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sql += f" where {sma.where_clause}"
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if sma.partition_clause:
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sql += f" partition by {sma.partition_clause}"
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if sma.group_clause:
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sql += f" group by {sma.group_clause}"
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if sma.having_clause:
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sql += f" having {sma.having_clause}"
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return sql
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def __gen_no_hsg_sql(self, sma:Hsgschema, dbname=DBNAME):
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return f"{sma.func_type} {sma.col} from {dbname}.{sma.from_clause}"
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def __hsg_check(self, sma:Hsgschema, dbname=DBNAME):
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if not sma.histogram_flag:
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return False
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if not sma.col or (not isinstance(sma.col, str) and not isinstance(sma.col, int) and not isinstance(sma.col, float)):
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return False
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if tdSql.is_err_sql(self.__gen_no_hsg_sql(sma, dbname)):
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return False
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if any ([not sma.bin_type, not isinstance(sma.bin_type, str) ]):
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return False
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if all([sma.bin_type.upper().strip() != "USER_INPUT", sma.bin_type.upper().strip() != "LINEAR_BIN" , sma.bin_type.upper().strip() != "LOG_BIN"]):
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return False
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if not sma.bin_desc:
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return False
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if sma.normalized is None or not isinstance(sma.normalized, int) or (sma.normalized != 0 and sma.normalized != 1):
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return False
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if sma.bin_type.upper().strip() == "USER_INPUT":
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# user_raw = eval(sma.bin_desc) if isinstance(sma.bin_desc, str) else sma.bin_desc
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if not is_json(sma.bin_desc) and not isinstance(sma.bin_desc, list) and not isinstance(sma.bin_desc, set):
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return False
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user_raw = json.loads(sma.bin_desc) if is_json(sma.bin_desc) else sma.bin_desc
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if not isinstance(user_raw, list):
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return False
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if len(user_raw) >= 2:
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for i in range(len(user_raw)-1):
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if user_raw[i] >= user_raw[ i+1 ]:
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return False
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if not isinstance(user_raw[i], int) and not isinstance(user_raw[i], float):
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return False
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if not isinstance(user_raw[-1], int) and not isinstance(user_raw[-1], float):
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return False
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else:
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if not isinstance(user_raw[-1], int) and not isinstance(user_raw[-1], float):
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return False
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sma.bin_count = len(user_raw) - 1
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if sma.bin_type.upper().strip() == "LINEAR_BIN":
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if not is_json(sma.bin_desc):
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return False
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user_raw = json.loads(sma.bin_desc)
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if not isinstance(user_raw, dict):
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return False
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if any([len(user_raw.keys()) != 4, "start" not in user_raw.keys(), "width" not in user_raw.keys(), "count" not in user_raw.keys(), "infinity" not in user_raw.keys()]):
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return False
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if not isinstance(user_raw["start"], int) and not isinstance(user_raw["start"], float):
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return False
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if not isinstance(user_raw["width"], int) and not isinstance(user_raw["width"], float) or user_raw["width"] == 0 :
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return False
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if not isinstance(user_raw["count"], int) and not isinstance(user_raw["count"], float) or user_raw["count"] <= 0:
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return False
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if not isinstance(user_raw["infinity"], bool) :
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return False
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sma.bin_infinity = user_raw["infinity"]
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sma.bin_count = int(user_raw["count"]) + 2 if user_raw["infinity"] else int(user_raw["count"])
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if sma.bin_type.upper().strip() == "LOG_BIN":
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if not is_json(sma.bin_desc):
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return False
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user_raw = json.loads(sma.bin_desc)
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if not isinstance(user_raw, dict):
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return False
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if any([ len(user_raw.keys()) != 4, "start" not in user_raw.keys(), "factor" not in user_raw.keys(), "count" not in user_raw.keys(), "infinity" not in user_raw.keys()]):
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return False
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if not isinstance(user_raw["start"], int) and not isinstance(user_raw["start"], float) or user_raw["start"] == 0:
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return False
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if not isinstance(user_raw["factor"], int) and not isinstance(user_raw["factor"], float) or user_raw["factor"] <= 0 :
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return False
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if not isinstance(user_raw["count"], int) and not isinstance(user_raw["count"], float) or user_raw["count"] <= 0:
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return False
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if not isinstance(user_raw["infinity"], bool) :
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return False
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sma.bin_infinity = user_raw["infinity"]
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sma.bin_count = int(user_raw["count"]) + 2 if user_raw["infinity"] else int(user_raw["count"])
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invalid_func = AGG_FUNC
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invalid_func.extend(SELECT_FUNC)
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invalid_func.extend(TS_FUNC)
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for func in invalid_func:
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if sma.where_clause and func in sma.where_clause.upper().strip():
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return False
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if sma.group_clause and func in sma.group_clause.upper().strip():
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return False
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if sma.partition_clause and func in sma.partition_clause.upper().strip():
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return False
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if isinstance(sma.col, str) and func in sma.col.upper().strip():
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return False
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tdSql.execute(self.__gen_no_hsg_sql(sma, dbname))
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if tdSql.cursor.istype(0, "BINARY") or tdSql.cursor.istype(0, "NCHAR") or tdSql.cursor.istype(0, "BOOL") or tdSql.cursor.istype(0, "TIMESTAMP"):
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return False
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return True
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def hsg_check(self, sma:Hsgschema, dbname=DBNAME):
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if self.__hsg_check(sma):
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tdSql.query(self.__gen_sql(sma, dbname))
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tdSql.checkRows(sma.bin_count)
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sum_rate = 0
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if sma.normalized and (not sma.bin_infinity or sma.bin_type.upper().strip() == "USER_INPUT"):
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for i in range(tdSql.queryRows):
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row_data = json.loads(tdSql.queryResult[i][0])
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sum_rate += row_data["count"]
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if sum_rate != 0 and (sum_rate-1) > 0.00001:
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tdLog.exit(f"summary of result count should be 0 or 1, now summary is {sum_rate} !!!")
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else:
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tdLog.success(f"summary of result count is {sum_rate}!")
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def hsg_check_error(self, sma:Hsgschema, dbname=DBNAME):
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tdSql.error(self.__gen_sql(sma, dbname))
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@property
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def __hsg_querysql(self):
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err_sqls = []
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cur_sqls = []
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# err_set
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### case 1.1: required fields check
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err_sqls.append( Hsgschema( histogram_flag="", bin_type="USER_INPUT", user_input="[0,3,6,9]" ) )
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err_sqls.append( Hsgschema( col="", bin_type="USER_INPUT", user_input="[0,3,6,9]" ) )
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="", bin_desc="[0,3,6,9]", normalized=0 ) )
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="USER_INPUT", user_input="", normalized=0 ) )
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="USER_INPUT", user_input="[0,3,6,9]", normalized="" ) )
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="USER_INPUT", user_input="[0,3,6,9]", normalized="", from_clause=NTBNAME ) )
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="USER_INPUT", user_input="[0,3,6,9]", normalized="", from_clause=CTBNAME ) )
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## case 1.2: format check
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err_sqls.append( Hsgschema(col=(INT_COL, BINT_COL), bin_type="USER_INPUT", user_input="[0,3,6,9]" ) )
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err_sqls.append( Hsgschema(col={"col": INT_COL}, bin_type="USER_INPUT", user_input="[0,3,6,9]" ) )
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err_sqls.append( Hsgschema( col=(INT_UN_COL, INT_COL), bin_type="USER_INPUT", user_input="[0,3,6,9]" ) )
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err_sqls.append( Hsgschema( col=f"sum({INT_UN_COL}, {INT_COL})", bin_type="USER_INPUT", user_input="[0,3,6,9]" ) )
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err_sqls.append( Hsgschema(col=INT_COL, bin_type="USER_INPUT_1", user_input="[0,3,6,9]" ) )
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err_sqls.append( Hsgschema(col=INT_COL, bin_type=("USER_INPUT",), bin_desc="[0,3,6,9]" ) )
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err_sqls.append( Hsgschema(col=INT_COL, bin_type="USER_INPUT", user_input="0,3,6,9" ) )
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err_sqls.append( Hsgschema(col=INT_COL, bin_type="USER_INPUT", user_input={0,3,6,9} ) )
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err_sqls.append( Hsgschema(col=INT_COL, bin_type="USER_INPUT", user_input=(0,3,6,9) ) )
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="USER_INPUT", user_input="[0,3,6,9]", normalized=1.5 ) )
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="USER_INPUT", user_input="[0,3,6,9]", normalized="null" ) )
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="USER_INPUT", user_input='{"start": -200, "width": 100, "count": 20, "infinity": false}', normalized=1 ) )
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="USER_INPUT", user_input={"start": -200, "width": 100, "count": 20, "infinity": True}, normalized=1 ) )
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="USER_INPUT", user_input="[3,0,10,6,9]", normalized=1 ) )
|
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="USER_INPUT", user_input="[0,3,6,9,'a']", normalized=1 ) )
|
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="USER_INPUT", user_input="['a']", normalized=1 ) )
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin=['{"start": 1, "width": 3, "count": 10, "infinity": false}'], normalized=1 ) )
|
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# err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 1, "width": 2, "count": 10, "infinity": false}', normalized=1 , "123" ) )
|
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 1, "width": float("inf"), "count": 10, "infinity": false}', normalized=1 ) )
|
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": float("inf"), "width": 10, "count": 10, "infinity": false}', normalized=1 ) )
|
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"begin": 1, "width": 3, "count": 10, "infinity": false}', normalized=1 ) )
|
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 1, "length": 3, "count": 10, "infinity": false}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 1, "width": 3, "num": 10, "infinity": false}', normalized=1 ) )
|
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 1, "width": 3, "count": 10, "withnull": false}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 1, "width": 3, "count": 10, "infinity": false, "other": 1}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": null, "width": 3, "count": 10, "infinity": false}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": "a", "width": 3, "count": 10, "infinity": false}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 1, "width": "a", "count": 10, "infinity": false}', normalized=1 ) )
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err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 1, "width": null, "count": 10, "infinity": false}', normalized=1 ) )
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||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 1, "width": 0, "count": 10, "infinity": false}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 1, "width": 1, "count": 0, "infinity": false}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 1, "width": 1, "count": -10, "infinity": false}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 1, "width": 1, "count": 10, "infinity": "false"}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 1, "width": 1, "count": 10, "infinity": null}', normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin=['{"start": 1, "factor": 4, "count": 4, "infinity": true}'], normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='[{"start": 1, "factor": 4, "count": 4, "infinity": true}]', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"begin": 1, "factor": 4, "count": 4, "infinity": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": -10, "count": 4, "infinity": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 0, "count": 4, "infinity": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 0, "count": 4, "infinity": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": -10, "width": NULL, "count": 4, "infinity": true}', normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "step": 4, "count": 4, "infinity": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 4, "num": 4, "infinity": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 4, "count": 4, "witgnull": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 4, "count": 4, "infinity": true, "other": 2}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": null, "factor": 4, "count": 4, "infinity": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": "a", "factor": 4, "count": 4, "infinity": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 0, "factor": 4, "count": 4, "infinity": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": "a", "count": 4, "infinity": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": null, "count": 4, "infinity": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 0, "count": 4, "infinity": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": -10, "count": 4, "infinity": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 10, "count": 0, "infinity": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 10, "count": -10, "infinity": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 10, "count": 10001, "infinity": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 10, "count": "123", "infinity": true}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 10, "count": float("inf"), "infinity": false}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": float("inf"), "count": 10, "infinity": false}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": float("inf"), "factor": 10, "count": 10, "infinity": false}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": float("-inf"), "factor": 10, "count": 10, "infinity": false}', normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 10, "count": 10, "infinity": "true"}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 10, "count": 10, "infinity": null}', normalized=1 ) )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 10, "count": 10, "infinity": false}', where_clause=f"count({INT_COL}) >= 0 ") )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 10, "count": 10, "infinity": false}', group_clause=f"min({INT_COL}) ") )
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 10, "count": 10, "infinity": false}', partition_clause=f"CSUM({INT_COL}) ") )
|
||
err_sqls.append( Hsgschema( col=f"TWA({INT_COL})", bin_type="log_bin", log_bin='{"start": 1, "factor": 10, "count": 10, "infinity": false}') )
|
||
err_sqls.append( Hsgschema( col=BINARY_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 10, "count": 10, "infinity": false}') )
|
||
err_sqls.append( Hsgschema( col=NCHAR_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 10, "count": 10, "infinity": false}') )
|
||
err_sqls.append( Hsgschema( col=TS_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 10, "count": 10, "infinity": false}') )
|
||
err_sqls.append( Hsgschema( col=BOOL_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 10, "count": 10, "infinity": false}') )
|
||
|
||
|
||
# add testcase by chr
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="USER_INPUT", user_input="[]", normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="USER_INPUT", user_input="[1,'listStr',2]", normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": %f, "width": 10000000, "count": 10000000, "infinity": false}'%PARAINF, normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 2000, "width": %f, "count": 10, "infinity": false}'%PARAINF, normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 10, "width": 10, "count": %f, "infinity": false}'%PARAINF, normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": %f, "count": 10, "infinity": false}'%PARAINF, normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": %f, "width": %f, "count": %f, "infinity": false}'%(PARAINF,PARAINF,PARAINF), normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 10, "width": 10, "count": 0, "infinity": false}', normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 10, "width": 10, "count": -10, "infinity": false}', normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 10, "width": 10, "count": 1001, "infinity": false}', normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 10, "width": 10, "count": 1001, "infinity": false , "linerBinNumber":5}', normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor":-100, "count": 10, "infinity": false}', normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor":0, "count": 10, "infinity": false}', normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor":1, "count": 10, "infinity": false}', normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": %f, "factor":10, "count": 10, "infinity": false}'%PARAINF, normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor":10, "count": %f, "infinity": false}'%PARAINF, normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor":10, "count": %f, "infinity": false}'%PARAINF, normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema( col=INT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor":10, "count": %f, "infinity": false, "logBinNumber":5}', normalized=1 ) )
|
||
|
||
err_sqls.append( Hsgschema(col={"errorColType": INT_COL}, bin_type="USER_INPUT", user_input="[0,3,6,9]", normalized=1) )
|
||
|
||
# err_sqls.append( Hsgschema(col=INT_COL, bin_type=, user_input="[0,3,6,9]", normalized=1) )
|
||
# err_sqls.append( Hsgschema(col=INT_COL, bin_type="USER_INPUT", user_input="[0,3,6,9]", normalized=1) )
|
||
# err_sqls.append( Hsgschema(col=INT_COL, bin_type="USER_INPUT", user_input="[0,3,6,9]", normalized=1) )
|
||
|
||
|
||
|
||
### case 2:
|
||
|
||
# current_set
|
||
for num_col in NUM_COL:
|
||
cur_sqls.append( Hsgschema( col=num_col, bin_type="USER_INPUT", user_input="[0,3,6,9,11]", normalized=0) )
|
||
cur_sqls.append( Hsgschema( col=num_col, bin_type="USER_INPUT", user_input="[0,3,6,9,11]", normalized=1) )
|
||
cur_sqls.append( Hsgschema( col=num_col, bin_type="linear_bin", linear_bin='{"start": -200, "width": 100, "count": 20, "infinity": false}', normalized=1) )
|
||
cur_sqls.append( Hsgschema( col=num_col, bin_type="linear_bin", linear_bin='{"start": -200, "width": 100, "count": 20, "infinity": true}', normalized=1) )
|
||
cur_sqls.append( Hsgschema( col=num_col, bin_type="linear_bin", linear_bin='{"start": -200, "width": 100, "count": 20, "infinity": false}', normalized=0) )
|
||
cur_sqls.append( Hsgschema( col=num_col, bin_type="linear_bin", linear_bin='{"start": -200, "width": 100, "count": 20, "infinity": true}', normalized=0 ) )
|
||
cur_sqls.append( Hsgschema( col=num_col, bin_type="log_bin", log_bin='{"start": 1, "factor": 4, "count": 6, "infinity": false}', normalized=1 ) )
|
||
cur_sqls.append( Hsgschema( col=num_col, bin_type="log_bin", log_bin='{"start": 1, "factor": 4, "count": 6, "infinity": true}', normalized=1 ) )
|
||
cur_sqls.append( Hsgschema( col=num_col, bin_type="log_bin", log_bin='{"start": 1, "factor": 4, "count": 6, "infinity": false}', normalized=0 ) )
|
||
cur_sqls.append( Hsgschema( col=num_col, bin_type="log_bin", log_bin='{"start": 1, "factor": 4, "count": 6, "infinity": true}', normalized=0 ) )
|
||
|
||
cur_sqls.append( Hsgschema( col=INT_UN_COL, bin_type="linear_bin", linear_bin='{"start": -200, "width": 100, "count": 20, "infinity": false}', normalized=1) )
|
||
cur_sqls.append( Hsgschema( col=INT_COL, bin_type="USER_INPUT", user_input="[0,3,6,9]", normalized=0 ) )
|
||
cur_sqls.append( Hsgschema( col=INT_COL, bin_type="USER_INPUT", user_input=[0,3,6,9] ) )
|
||
cur_sqls.append( Hsgschema( col=1, bin_type="USER_INPUT", user_input="[0,3,6,9]" ) )
|
||
cur_sqls.append( Hsgschema( col=BINT_COL, bin_type="linear_bin", linear_bin='{"start": 1, "width": 3, "count": 10, "infinity": false}', normalized=0 ) )
|
||
cur_sqls.append( Hsgschema( col=FLOAT_COL, bin_type="log_bin", log_bin='{"start": 1, "factor": 4, "count": 4, "infinity": true}', normalized=0 ) )
|
||
cur_sqls.append( Hsgschema( col=INT_COL, bin_type="linear_bin", linear_bin='{"start": 1, "width": 1, "count": 1.5, "infinity": false}', normalized=1 ) )
|
||
cur_sqls.append( Hsgschema( col=INT_TAG, bin_type="USER_INPUT", user_input="[0,3,6,9,11]", normalized=0) )
|
||
cur_sqls.append( Hsgschema( col=INT_TAG, bin_type="USER_INPUT", user_input="[0,3,6,9,11]", normalized=1) )
|
||
cur_sqls.append( Hsgschema( col=INT_TAG, bin_type="linear_bin", linear_bin='{"start": -200, "width": 100, "count": 20, "infinity": false}', normalized=1) )
|
||
cur_sqls.append( Hsgschema( col=INT_TAG, bin_type="linear_bin", linear_bin='{"start": -200, "width": 100, "count": 20, "infinity": true}', normalized=1) )
|
||
cur_sqls.append( Hsgschema( col=INT_TAG, bin_type="linear_bin", linear_bin='{"start": -200, "width": 100, "count": 20, "infinity": false}', normalized=0) )
|
||
cur_sqls.append( Hsgschema( col=INT_TAG, bin_type="linear_bin", linear_bin='{"start": -200, "width": 100, "count": 20, "infinity": true}', normalized=0 ) )
|
||
cur_sqls.append( Hsgschema( col=INT_TAG, bin_type="log_bin", log_bin='{"start": 1, "factor": 4, "count": 6, "infinity": false}', normalized=1 ) )
|
||
cur_sqls.append( Hsgschema( col=INT_TAG, bin_type="log_bin", log_bin='{"start": 1, "factor": 4, "count": 6, "infinity": true}', normalized=1 ) )
|
||
cur_sqls.append( Hsgschema( col=INT_TAG, bin_type="log_bin", log_bin='{"start": 1, "factor": 4, "count": 6, "infinity": false}', normalized=0 ) )
|
||
cur_sqls.append( Hsgschema( col=INT_TAG, bin_type="log_bin", log_bin='{"start": 1, "factor": 4, "count": 6, "infinity": true}', normalized=0 ) )
|
||
|
||
|
||
return err_sqls, cur_sqls
|
||
|
||
def test_histogram(self, dbname=DBNAME, ctb_num :int=20):
|
||
err_sqls , cur_sqls = self.__hsg_querysql
|
||
for err_sql in err_sqls:
|
||
self.hsg_check_error(err_sql, dbname)
|
||
for cur_sql in cur_sqls:
|
||
self.hsg_check(cur_sql, dbname)
|
||
|
||
tdSql.query(f"SELECT HISTOGRAM(c_int, 'USER_INPUT', '[0,3,6,9]', 0) from {dbname}.stb1 where c_int < 10 ")
|
||
tdSql.checkData(0, 0, f'{{"lower_bin":0, "upper_bin":3, "count":{ ( ctb_num - 2 ) * 3 }}}')
|
||
tdSql.checkData(1, 0, f'{{"lower_bin":3, "upper_bin":6, "count":{ ( ctb_num - 2 ) * 3 }}}')
|
||
tdSql.checkData(2, 0, f'{{"lower_bin":6, "upper_bin":9, "count":{ ( ctb_num - 2 ) * 3 + 1}}}')
|
||
|
||
tdSql.query(f"SELECT HISTOGRAM(c_int, 'USER_INPUT', '[0,3,6,9]', 0) from {dbname}.ct1 where c_int < 10")
|
||
tdSql.checkData(0, 0, '{"lower_bin":0, "upper_bin":3, "count":0}')
|
||
tdSql.checkData(1, 0, '{"lower_bin":3, "upper_bin":6, "count":0}')
|
||
tdSql.checkData(2, 0, '{"lower_bin":6, "upper_bin":9, "count":1}')
|
||
|
||
tdSql.query(f"SELECT HISTOGRAM(c_int, 'USER_INPUT', '[0,3,6,9]', 0) from {dbname}.nt1 where c_int < 10")
|
||
tdSql.checkData(0, 0, '{"lower_bin":0, "upper_bin":3, "count":3}')
|
||
tdSql.checkData(1, 0, '{"lower_bin":3, "upper_bin":6, "count":3}')
|
||
tdSql.checkData(2, 0, '{"lower_bin":6, "upper_bin":9, "count":3}')
|
||
|
||
#error sql
|
||
# tdSql.error(f"SELECT HISTOGRAM(c_int, 'linear_bin', '{"start": -200, "width": 100, "count": 20, "infinity": false}', 0 ,1 ) from {dbname}.nt1 where c_int < 10")
|
||
|
||
# tdSql.error(f"SELECT HISTOGRAM(c_int, 'linear_bin', '{"start": -200, "width": 100, "count": -10, "infinity": false}', 0 ) from {dbname}.nt1 where c_int < 10")
|
||
|
||
# tdSql.error(f"SELECT HISTOGRAM(c_int, 'linear_bin', '{"start": -200, "width": 100, "count": 1001, "infinity": false}', 0 ) from {dbname}.nt1 where c_int < 10")
|
||
|
||
tdSql.error(f"SELECT HISTOGRAM(c_int, 'log_bin', '[0,3,6,9]', 0 ,1 ) from {dbname}.nt1 where c_int < 10")
|
||
|
||
tdSql.error(f"SELECT HISTOGRAM(c_int, 'USER_INPUT', '[0,3,6,9]', 0 ,1 ) from {dbname}.nt1 where c_int < 10")
|
||
tdSql.error(f"SELECT HISTOGRAM(c_int, 'USER_INPUT', '[0,3,6,9]' ) from {dbname}.nt1 where c_int < 10")
|
||
tdSql.error(f"SELECT HISTOGRAM('123', 'USER_INPUT', '[0,3,6,9]', 0 ) from {dbname}.nt1 where c_int < 10")
|
||
tdSql.error(f"SELECT HISTOGRAM('123', 123 ,123 ,123 ) from {dbname}.nt1 where c_int < 10")
|
||
tdSql.error(f"SELECT HISTOGRAM(123, '123' ,'123' ,'123' ) from {dbname}.nt1 where c_int < 10")
|
||
|
||
# if (4 != numOfParams)
|
||
# tdSql.error("select HISTOGRAM(c_int, \"linear_bin\", \"{\"start\": -200, \"width\": 100, \"count\": 20, \"infinity\": false}\", 1 , InvalidNumber) from db.stb1 where c_int < 10")
|
||
tdSql.error('SELECT HISTOGRAM(c_int, "linear_bin", \'{"start": -200, "width": 100, "count": 20, "infinity": false}\', 0 ,InvalidNumber ) from %s.stb1 '%dbname)
|
||
tdSql.error('SELECT HISTOGRAM(c_int, "linear_bin", \'{"start": -200, "width": 100, "count": 20, "infinity": false}\' ) from %s.stb1 '%dbname)
|
||
tdSql.error('SELECT HISTOGRAM(c_int, 54321, "[0,3,6,9]", 1 ) from %s.stb1 '%dbname)
|
||
tdSql.error('SELECT HISTOGRAM(c_int, "USER_INPUT", 54321, 0 ) from %s.stb1'%dbname)
|
||
tdSql.error('SELECT HISTOGRAM(c_int, "USER_INPUT", "[0,3,6,9]", InvalidNumber ) from %s.stb1'%dbname)
|
||
tdSql.error('SELECT HISTOGRAM(c_int, "USER_INPUT", "[0,3,6,9]", -100 ) from %s.stb1'%dbname)
|
||
tdSql.error('SELECT HISTOGRAM(c_int, c_int, "[0,3,6,9]", 1 ) from %s.stb1'%dbname)
|
||
tdSql.error('SELECT HISTOGRAM(c_int, "USER_INPUT", c_int, 1 ) from %s.stb1'%dbname)
|
||
tdSql.error('SELECT HISTOGRAM(c_int, "USER_INPUT", "[0,3,6,9]", c_int ) from %s.stb1'%dbname)
|
||
tdSql.query('SELECT HISTOGRAM(123, "USER_INPUT", "[0,3,6,9]", 0 ) from %s.stb1'%dbname)
|
||
tdSql.error('SELECT HISTOGRAM(c_binary, "USER_INPUT", "[0,3,6,9]", 0 ) from %s.stb1'%dbname)
|
||
tdSql.error('SELECT HISTOGRAM("c_binary", "USER_INPUT", "[0,3,6,9]", 0 ) from %s.stb1'%dbname)
|
||
tdSql.query('SELECT HISTOGRAM(123, "linear_bin", \'{"start": 1, "width": 10, "count": 20, "infinity": false}\',0 ) from %s.stb1 '%dbname)
|
||
tdSql.error('SELECT HISTOGRAM(c_binary, "linear_bin", \'{"start": 1, "width": 10, "count": 20, "infinity": false}\',0 ) from %s.stb1 '%dbname)
|
||
tdSql.error('SELECT HISTOGRAM("c_binary", "linear_bin", \'{"start": 1, "width": 10, "count": 20, "infinity": false}\',0 ) from %s.stb1 '%dbname)
|
||
|
||
tdSql.error('SELECT HISTOGRAM(c_int, "c_int", \'{"start": 1, "width": 10, "count": 20, "infinity": false}\',0 ) from %s.stb1 '%dbname)
|
||
tdSql.error('SELECT HISTOGRAM(c_int, "linear_bin", c_int,0 ) from %s.stb1 '%dbname)
|
||
tdSql.error('SELECT HISTOGRAM(c_int, "linear_bin", \'{"start": 1, "width": 10, "count": 20, "infinity": false}\',c_int ) from %s.stb1 '%dbname)
|
||
|
||
|
||
def all_test(self, dbname=DBNAME):
|
||
self.test_histogram(dbname)
|
||
|
||
def __create_tb(self, stb=STBNAME, ctb_num=20, ntbnum=1, dbname=DBNAME):
|
||
tdLog.printNoPrefix("==========step: create table")
|
||
create_stb_sql = f'''create table {dbname}.{stb}(
|
||
{PRIMARY_COL} 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)
|
||
'''
|
||
tdSql.execute(create_stb_sql)
|
||
|
||
for i in range(ntbnum):
|
||
create_ntb_sql = f'''create table {dbname}.nt{i+1}(
|
||
{PRIMARY_COL} 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_ntb_sql)
|
||
|
||
for i in range(ctb_num):
|
||
tdSql.execute(f'create table {dbname}.ct{i+1} using {dbname}.{stb} tags ( {i+1} )')
|
||
|
||
def __insert_data(self, rows, ctb_num=20, dbname=DBNAME, star_time=NOW):
|
||
tdLog.printNoPrefix("==========step: start inser data into tables now.....")
|
||
# from ...pytest.util.common import DataSet
|
||
data = DataSet()
|
||
data.get_order_set(rows, bint_step=2)
|
||
|
||
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"s
|
||
|
||
for i in range(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.vchar_data[i]}', '{data.nchar_data[i]}', {data.ts_data[i]}, {data.utint_data[i]},
|
||
{data.usint_data[i]}, {data.uint_data[i]}, {data.ubint_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.vchar_data[i]}', '{data.nchar_data[i]}', {data.ts_data[i]}, {1 * data.utint_data[i]},
|
||
{1 * data.usint_data[i]}, {1 * data.uint_data[i]}, {1 * data.ubint_data[i]}
|
||
'''
|
||
|
||
for j in range(ctb_num):
|
||
if j == 2:
|
||
tdSql.execute( f"insert into {dbname}.ct{j+1} values ( {star_time - j * i * TIME_STEP}, {neg_row_data} )" )
|
||
else:
|
||
tdSql.execute( f"insert into {dbname}.ct{j+1} values ( {star_time - j * i * TIME_STEP}, {row_data} )" )
|
||
|
||
tdSql.execute(
|
||
f"insert into {dbname}.nt1 values ( {NOW - i * int(TIME_STEP * 1.2)}, {row_data} )")
|
||
|
||
tdSql.execute(
|
||
f"insert into {dbname}.ct2 values ( {NOW + int(TIME_STEP * 0.6)}, {null_data} )")
|
||
tdSql.execute(
|
||
f"insert into {dbname}.ct2 values ( {NOW - int(TIME_STEP * 0.6 * rows * ctb_num)}, {null_data} )")
|
||
tdSql.execute(
|
||
f"insert into {dbname}.ct2 values ( {NOW - int(TIME_STEP * 0.29 * rows * ctb_num) }, {null_data} )")
|
||
|
||
tdSql.execute(
|
||
f"insert into {dbname}.ct4 values ( {NOW + int(TIME_STEP * 0.8)}, {null_data} )")
|
||
tdSql.execute(
|
||
f"insert into {dbname}.ct4 values ( {NOW - int(TIME_STEP * 0.8 * rows * ctb_num)}, {null_data} )")
|
||
tdSql.execute(
|
||
f"insert into {dbname}.ct4 values ( {NOW - int(TIME_STEP * 0.39 * rows * ctb_num)}, {null_data} )")
|
||
|
||
tdSql.execute(
|
||
f"insert into {dbname}.{NTBNAME} values ( {NOW + int(TIME_STEP * 1.2)}, {null_data} )")
|
||
tdSql.execute(
|
||
f"insert into {dbname}.{NTBNAME} values ( {NOW - (self.rows + 1) * int(TIME_STEP * 1.2)}, {null_data} )")
|
||
tdSql.execute(
|
||
f"insert into {dbname}.{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.rows)
|
||
self.all_test()
|
||
|
||
tdLog.printNoPrefix("==========step2:create table in normal database db1")
|
||
tdSql.prepare(dbname="db1", **{"vgroups":2})
|
||
self.__create_tb(dbname="db1")
|
||
self.__insert_data(self.rows, dbname="db1")
|
||
self.all_test(dbname="db1")
|
||
|
||
tdSql.execute("flush database db")
|
||
tdSql.execute("flush database db1")
|
||
|
||
|
||
tdLog.printNoPrefix("==========step3:after wal, all check again ")
|
||
self.all_test(dbname="db")
|
||
self.all_test(dbname="db1")
|
||
|
||
def stop(self):
|
||
tdSql.close()
|
||
tdLog.success(f"{__file__} successfully executed")
|
||
|
||
|
||
tdCases.addLinux(__file__, TDTestCase())
|
||
tdCases.addWindows(__file__, TDTestCase())
|