qiaoxinjiu/smart-management-auto-test
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity

addproject

Browse Source
This commit is contained in:
qiaoxinjiu
2026-01-22 19:10:37 +08:00
commit 6994b185a3
184 changed files with 21039 additions and 0 deletions
Download Patch File Download Diff File Expand all files Collapse all files

727
base_framework/public_tools/sqlhelper.py Normal file
View File

@@ -0,0 +1,727 @@
# -*- coding:utf-8 -*-
"""
Author: qiaoxinjiu
Create Data: 2020/11/6 17:30
"""
import time
import re
from retrying import retry
from base_framework.public_tools import log
from base_framework.public_tools.db_dbutils_init import get_my_connection,get_pg_connection
from base_framework.public_tools.read_config import get_current_config, get_current_env
from base_framework.public_tools.huohua_dbs import HuoHuaDBS
obj_log = log.get_logger()
"""执行语句查询有结果返回结果没有返回0；增/删/改返回变更数据条数，没有返回0"""
# retry 参数说明
"""
stop_max_attempt_number 指定重试的次数，默认是5
stop_max_delay 指定重试超时时间，默认是100，单位是ms
wait_fixed 指定每次重试的时间间隔，默认是1000，单位是ms
wait_random_min=None 指定每次重试最小时间，默认为0
wait_random_max=None, 指定每次重试最大时间，默认为1000
wait_incrementing_start 指定每次重试递增的开始时间
wait_incrementing_increment 指定每次重试时间的递增幅度
wait_exponential_multiplier 指定每次重试时间的递增幅度，跟上面的参数算法差异
wait_exponential_max 指定每次重试时间的递增幅度的最大值
retry_on_exception 指定每次出现异常执行的函数
retry_on_result 指定程序运行正常执行的函数
wrap_exception 出现异常后返回的异常类型，True是返回原异常，False返回RetryError
stop_func 自定义停止重试的条件，传入参数是一个函数
wait_func 自定义每次重试的时间间隔，传入参数是一个函数
wait_jitter_max 指定每次重试时间抖动值
stop 指定重试停止后，执行Retrying对象的成员函数
wait 指定重试间隔，执行Retrying对象的成员函数
"""
class MySqLHelper:
"""
mysql数据库操作
"""
def __init__(self):
self.db = get_my_connection() # 从数据池中获取连接
self.current_business = get_current_config(section='run_evn_name', key='current_business')
self.current_evn = get_current_env()
self.qa_db_to_sim_instance_name = {}
self.sim_dbs = HuoHuaDBS()
# def __new__(cls, *args, **kwargs):
# if not hasattr(cls, 'inst'): # 单例
# cls.inst = super(MySqLHelper, cls).__new__(cls, *args, **kwargs)
# return cls.inst
# 封装执行命令
def execute(self, sql, param=None, auto_close=False, choose_db=None):
"""
| 功能说明： | 执行具体的sql语句 |
| 输入参数： | sql | 待执行的sql语句 |
| | param=None | sql语句中where后跟的参数，也可直接写在sql语句中 |
| | auto_close=True | 是否自动关闭数据库连接，默认：自动关闭 |
| 返回参数： | conn，cursor，count | 连接，游标，行数 |
| 作者信息： | 林于棚 | 2020/11/26 21:11 |
| 函数位置： | Public/Common/mysql_api.py ||
"""
if self.current_evn.lower() == "sim":
raise Exception("SIM环境请直接使用huohua_dbs.py中的函数")
# if 'sparkatp' in sql or 'push_service' in sql : # 自动化和信息化的数据都走huohua
# choose_db = 'hh.qa'
# if "account." in sql or "emp." in sql or "sso." in sql:
# choose_db = 'hh.qa'
cursor, conn = self.db.getconn(choose_db=choose_db) # 从连接池获取连接
try:
# count : 为改变的数据条数
if param:
count = cursor.execute(sql, param)
else:
count = cursor.execute(sql)
conn.commit()
if auto_close:
self.close(cursor, conn)
except Exception as e:
obj_log.error(e)
raise ValueError("数据库操作失败，SQL语句：{}".format(sql))
return cursor, conn, count
# 释放连接
@staticmethod
def close(cursor, conn):
"""
| 功能说明： | 关闭数据库连接 |
| 输入参数： | cursor | 游标 |
| | conn | 连接 |
| 返回参数： | 无 | |
| 作者信息： | 林于棚 | 2020/11/26 21:11 |
函数位置：Public/Common/mysql_api.py
"""
cursor.close()
conn.close()
# 查询所有
# @retry(stop_max_attempt_number=5, wait_fixed=3000)
def select_all(self, sql, param=None, choose_db=None, show_log=True):
"""
| 功能说明： | 查询数据库 | 并返回所有结果 |
| 输入参数： | sql | 待执行的查询语句 |
| | param=None | 查询语句中where条件后的参数，也可直接写入sql语句中 |
| 返回参数： | 所有查询结果 | |
| 作者信息： | 林于棚 | 2020/11/26 21:11 |
函数位置：Public/Common/mysql_api.py
"""
if self.current_evn.lower() == "sim":
return self.sim_dbs.dbs_select(sql_content=sql)
if param is not None:
obj_log.info('SQL语句：{}|{}'.format(sql, param))
else:
obj_log.info('SQL语句：{}'.format(sql))
if show_log:
if param is not None:
obj_log.info('SQL语句：{}|{}'.format(sql, param))
else:
obj_log.info('SQL语句：{}'.format(sql))
try:
cursor, conn, count = self.execute(sql, param, choose_db=choose_db)
res = cursor.fetchall()
if show_log:
obj_log.info('数据库查询结果：{}'.format(res))
return res
except Exception as e:
self.close(cursor, conn)
raise RuntimeError(e.args)
def select_all_as_list(self, sql, choose_db=None):
"""
| 功能说明： | 查询数据库 | 功能同select_all,仅返回结果为list |
| 输入参数： | sql | 待执行的查询语句 |
| 返回参数： | 所有查询结果，类型：list | |
| 作者信息： | 吴勇刚 | 2021/11/22 |
函数位置：Public/Common/mysql_api.py
"""
if self.current_evn.lower() == "sim":
return self.sim_dbs.dbs_select(sql_content=sql, r_type='list')
try:
cursor, conn, count = self.execute(sql, choose_db=choose_db)
res = cursor.fetchall()
has_data = False # 以下代码是防止返回空值列表添加的
for item in res:
for key in item:
if item[key]:
has_data = True # 有一个值非空即可
break
if not has_data:
return [] # 以上代码是防止返回空值列表添加的
res_list = []
for index in range(len(res)):
if len(res[index]) > 1:
res_row = []
for key in res[index]:
res_row.append(res[index][key])
res_list.append(res_row)
else:
for key in res[index]:
res_list.append(res[index][key])
return res_list
except Exception as e:
self.close(cursor, conn)
raise RuntimeError(e.args)
# 查询单条
# @retry(stop_max_attempt_number=5, wait_fixed=3000)
def select_one(self, sql, param=None, choose_db=None):
"""
| 功能说明： | 查询数据库，并返第一行 |
| 输入参数： | sql | 待执行的查询语句 |
| | param=None | 查询语句中where条件后的参数，也可直接写入sql语句中 |
| 返回参数： | 返回第一条查询结果 | |
| 作者信息： | 林于棚 | 2020/11/26 21:11 |
函数位置：Public/Common/mysql_api.py
"""
if self.current_evn.lower() == "sim":
if 'limit' not in sql.lower():
sql = sql.split(';')[0] + ' limit 1;'
sim_data = self.sim_dbs.dbs_select(sql_content=sql)
if sim_data:
return sim_data[0]
else:
return {}
try:
cursor, conn, count = self.execute(sql, param, choose_db=choose_db)
res = cursor.fetchone()
return res
except Exception as e:
self.close(cursor, conn)
raise RuntimeError(e.args)
# 增加
# @retry(stop_max_attempt_number=5, wait_fixed=3000)
def insert_one(self, sql, param=None, choose_db=None, log_level='info'):
"""
| 功能说明： | insert一行数据 |
| 输入参数： | sql | 待执行的查询语句 |
| | param=None | sql语句中where条件后的参数，也可直接写入sql语句中 |
| | log_level='info' | 日志级别：info-全量日志，否则，仅输入报错日志 |
| 返回参数： | 无 | |
| 作者信息： | 林于棚 | 2020/11/26 21:11 |
| 函数位置： | Public/Common/mysql_api.py ||
"""
if self.current_evn.lower() == "sim":
return self.sim_dbs.dbs_execute_sql(sql_content=sql)
if log_level.lower() == 'info':
if param is not None:
obj_log.info('SQL语句：{}|{}'.format(sql, param))
else:
obj_log.info('SQL语句：{}'.format(sql))
try:
cursor, conn, count = self.execute(sql, param, choose_db=choose_db)
# _id = cursor.lastrowid() # 获取当前插入数据的主键id，该id应该为自动生成为好
conn.commit()
self.close(cursor, conn)
if log_level.lower() == 'info':
obj_log.info('插入数据库条数：{}'.format(count))
return count
# 防止表中没有id返回0
# if _id == 0:
# return True
# return _id
except Exception as e:
conn.rollback()
self.close(cursor, conn)
raise RuntimeError(e.args)
# 插入后返回插入ID
# @retry(stop_max_attempt_number=5, wait_fixed=3000)
def insert_many_extension(self, sql, param=None, choose_db=None):
"""
| 功能说明： | insert一行数据，并返回插入行的主键ID |
| 输入参数： | sql | 待执行的查询语句 |
| | param=None | sql语句中where条件后的参数，也可直接写入sql语句中 |
| 返回参数： | insert_count | 插入的条数 |
| last_id | 插入最近一条的ID |
| insert_id | 插入的第一条数据的主键ID（参数param的的第一条） |
| 作者信息： | 林于棚 | 2020/11/26 21:11 |
| 函数位置： | Public/Common/mysql_api.py ||
"""
return_dict = dict()
if param is not None:
obj_log.info('SQL语句：{}|{}'.format(sql, param))
else:
obj_log.info('SQL语句：{}'.format(sql))
cursor, conn = self.db.getconn(choose_db=choose_db)
try:
count = cursor.executemany(sql, eval(str(param)))
# last_id = cursor.lastrowid # 获取最新插入数据的主键id
insert_id = cursor._result.insert_id # 获取本次插入数据的主键id
# insert_id_list = list(range(insert_id, insert_id+count)) # 获取最新插入数据的主键id_list
conn.commit()
self.close(cursor, conn)
obj_log.info('插入数据库条数：{}'.format(count))
return_dict['insert_count'] = count
# return_dict['last_id'] = last_id
return_dict['insert_id'] = insert_id
return return_dict
except Exception as e:
conn.rollback()
self.close(cursor, conn)
raise RuntimeError(e.args)
# 插入后返回插入ID
# @retry(stop_max_attempt_number=5, wait_fixed=3000)
def insert_one_extension(self, sql, param=None, choose_db=None):
"""
| 功能说明： | insert一行数据，并返回插入行的ID |
| 输入参数： | sql | 待执行的查询语句 |
| | param=None | sql语句中where条件后的参数，也可直接写入sql语句中 |
| 返回参数： | insert_count | 插入的条数 |
| last_id | 插入最近一条的ID |
| insert_id | 插入数据的ID |
| 作者信息： | 林于棚 | 2020/11/26 21:11 |
| 函数位置： | Public/Common/mysql_api.py ||
"""
return_dict = dict()
if param is not None:
obj_log.info('SQL语句：{}|{}'.format(sql, param))
else:
obj_log.info('SQL语句：{}'.format(sql))
try:
cursor, conn, count = self.execute(sql, param, choose_db=choose_db)
# last_id = cursor.lastrowid # 获取最新插入数据的主键id
insert_id = cursor._result.insert_id # 获取本次插入数据的主键id
# insert_id_list = list(range(insert_id, insert_id+count)) # 获取最新插入数据的主键id_list
conn.commit()
self.close(cursor, conn)
obj_log.info('插入数据库条数：{}'.format(count))
return_dict['insert_count'] = count
# return_dict['last_id'] = last_id
return_dict['insert_id'] = insert_id
return return_dict
except Exception as e:
conn.rollback()
self.close(cursor, conn)
raise RuntimeError(e.args)
# 增加多行
# @retry(stop_max_attempt_number=5, wait_fixed=3000)
def insert_many(self, sql, param=None, choose_db=None):
"""
| 功能说明： | insert多行数据 |
| 输入参数： | sql | 待执行的查询语句 |
| | param=None | sql语句中where条件后的参数，必须是元组或列表[(),()]或（（），（）） |
| 返回参数： | 无 | |
| 作者信息： | 林于棚 | 2020/11/26 21:11 |
| 函数位置： | Public/Common/mysql_api.py ||
"""
if param is not None:
obj_log.info('SQL语句：{}|{}'.format(sql, param))
else:
obj_log.info('SQL语句：{}'.format(sql))
cursor, conn = self.db.getconn(choose_db=choose_db)
try:
count = cursor.executemany(sql, eval(str(param)))
conn.commit()
self.close(cursor, conn)
obj_log.info('插入数据库条数：{}'.format(count))
return count
except Exception as e:
conn.rollback()
self.close(cursor, conn)
raise RuntimeError(e.args)
# 删除
# @retry(stop_max_attempt_number=5, wait_fixed=3000)
def delete(self, sql, param=None, choose_db=None):
"""
| 功能说明： | 删除数据库记录 |
| 输入参数： | sql | 待执行的查询语句 |
| | param=None | sql语句中where条件后的参数，也可直接写入sql语句中 |
| 返回参数： | 无 | |
| 作者信息： | 林于棚 | 2020/11/26 21:11 |
| 函数位置： | Public/Common/mysql_api.py ||
"""
if self.current_evn.lower() == "sim":
return self.sim_dbs.dbs_execute_sql(sql_content=sql)
if param is not None:
obj_log.info('SQL语句：{}|{}'.format(sql, param))
else:
obj_log.info('SQL语句：{}'.format(sql))
try:
cursor, conn, count = self.execute(sql, param, choose_db=choose_db)
self.close(cursor, conn)
obj_log.info('删除数据库条数：{}'.format(count))
return count
except Exception as e:
conn.rollback()
self.close(cursor, conn)
raise RuntimeError(e.args)
# 更新
# @retry(stop_max_attempt_number=5, wait_fixed=3000)
def update(self, sql, param=None, choose_db=None):
"""
| 功能说明： | 更新数据库记录 |
| 输入参数： | sql | 待执行的查询语句 |
| | param=None | sql语句中where条件后的参数，也可直接写入sql语句中 |
| 返回参数： | 无 | |
| 作者信息： | 林于棚 | 2020/11/26 21:11 |
| 函数位置： | Public/Common/mysql_api.py ||
"""
if self.current_evn.lower() == "sim":
return self.sim_dbs.dbs_execute_sql(sql_content=sql)
if param is not None:
obj_log.info('SQL语句：{}|{}'.format(sql, param))
else:
obj_log.info('SQL语句：{}'.format(sql))
try:
cursor, conn, count = self.execute(sql, param, choose_db=choose_db)
conn.commit()
self.close(cursor, conn)
obj_log.info('更新数据库条数：{}'.format(count))
return count
except Exception as e:
conn.rollback()
self.close(cursor, conn)
raise RuntimeError(e.args)
def check_result_exist(self, *select_statement, retry_count=3):
"""
| 功能说明： | 验证select语句查询的结果存在 |
| 输入参数： | select_statement | select查询语句，可以多个 |
| | retry_count | 重试次数，默认3次 |
| 返回参数： | 无 | 结果存在则pass，否则failed |
| 作者信息： | 吴勇刚 | 2020.12.16 |
函数位置：Public/Common/mysql_api.py
举例说明：
| check_result_exist | [sql1，sql2] |
"""
# retry_count = 3
start = 0
flag = 0
while start <= retry_count:
for sql in select_statement:
res = self.select_all(sql=sql)
if not res:
if start == retry_count:
obj_log.info('the result is not exist,but expect at least one')
raise RuntimeError(u'No results, when exec sql: %s' % sql)
else:
obj_log.info('the result is not exist,retry {}'.format(start+1))
start += 1
time.sleep(1)
else:
obj_log.info('find [{0}] results when exec ：{1}'.format(len(res), sql))
flag += 1
break
if flag > 0:
break
def check_result_not_exist(self, *select_statement):
"""
| 功能说明： | 验证select语句查询的结果不存在 |
| 输入参数： | select_statement | select查询语句列表 |
| 返回参数： | 无 | 结果不存在则pass，否则failed |
| 作者信息： | 吴勇刚 | 2020.12.16 |
函数位置：Public/Common/mysql_api.py
举例说明：
| check_result_not_exist | [sql1，sql2] |
"""
for sql in select_statement:
res = self.select_all(sql=sql)
if res:
obj_log.info('find [{0}] results, but expect 0'.format(len(res)))
raise RuntimeError(u'the result exist, when exec sql: %s' % sql)
else:
obj_log.info('the result is not exist, this step pass...')
def row_count(self, selectStatement, param=None):
"""
Uses the input `selectStatement` to query the database and returns the number of rows from the query.
For example, given we have a table `person` with the following data:
| id | first_name | last_name |
| 1 | Franz Allan | See |
| 2 | Jerry | Schneider |
When you do the following:
| ${rowCount} | Row Count | SELECT * FROM person |
| Log | ${rowCount} |
You will get the following:
2
Also, you can do something like this:
| ${rowCount} | Row Count | SELECT * FROM person WHERE id = 2 |
| Log | ${rowCount} |
And get the following
1
"""
try:
cursor, conn, count = self.execute(selectStatement, param)
self.close(cursor, conn)
return count
except Exception as e:
print("error_msg:", e.args)
self.close(cursor, conn)
# 数据库断言
def kw_check_if_exists_in_database(self, selectStatement, choose_db=None):
"""
Check if any row would be returned by given the input `selectStatement`. If there are no results, then this will
throw an AssertionError. Set optional input `sansTran` to True to run command without an explicit transaction
commit or rollback.
For example, given we have a table `person` with the following data:
| id | first_name | last_name |
| 1 | Franz Allan | See |
When you have the following assertions in your robot
| Check If Exists In Database | SELECT id FROM person WHERE first_name = 'Franz Allan' |
| Check If Exists In Database | SELECT id FROM person WHERE first_name = 'John' |
Then you will get the following:
| Check If Exists In Database | SELECT id FROM person WHERE first_name = 'Franz Allan' | # PASS |
| Check If Exists In Database | SELECT id FROM person WHERE first_name = 'John' | # FAIL |
"""
obj_log.info(
'Executing : Check If Exists In Database | %s ' %
selectStatement)
if not self.select_one(selectStatement, choose_db=choose_db):
raise AssertionError("Expected to have have at least one row from '%s' "
"but got 0 rows." % selectStatement)
else:
return True
def kw_check_if_not_exists_in_database(self, selectStatement, choose_db=None):
"""
This is the negation of `check_if_exists_in_database`.
Check if no rows would be returned by given the input `selectStatement`. If there are any results, then this
will throw an AssertionError. Set optional input `sansTran` to True to run command without an explicit
transaction commit or rollback.
For example, given we have a table `person` with the following data:
| id | first_name | last_name |
| 1 | Franz Allan | See |
When you have the following assertions in your robot
| Check If Not Exists In Database | SELECT id FROM person WHERE first_name = 'John' |
| Check If Not Exists In Database | SELECT id FROM person WHERE first_name = 'Franz Allan' |
Then you will get the following:
| Check If Not Exists In Database | SELECT id FROM person WHERE first_name = 'John' | # PASS |
| Check If Not Exists In Database | SELECT id FROM person WHERE first_name = 'Franz Allan' | # FAIL |
"""
obj_log.info(
'Executing : Check If Not Exists In Database | %s ' %
selectStatement)
queryResults = self.select_one(selectStatement, choose_db=choose_db)
if queryResults:
raise AssertionError("Expected to have have no rows from '%s' "
"but got some rows : %s." % (selectStatement, queryResults))
else:
return True
def kw_row_count_is_0(self, selectStatement):
"""
Check if any rows are returned from the submitted `selectStatement`. If there are, then this will throw an
AssertionError. Set optional input `sansTran` to True to run command without an explicit transaction commit or
rollback.
For example, given we have a table `person` with the following data:
| id | first_name | last_name |
| 1 | Franz Allan | See |
When you have the following assertions in your robot
| Row Count is 0 | SELECT id FROM person WHERE first_name = 'Franz Allan' |
| Row Count is 0 | SELECT id FROM person WHERE first_name = 'John' |
Then you will get the following:
| Row Count is 0 | SELECT id FROM person WHERE first_name = 'Franz Allan' | # FAIL |
| Row Count is 0 | SELECT id FROM person WHERE first_name = 'John' | # PASS |
"""
obj_log.info('Executing : Row Count Is 0 | %s ' % selectStatement)
num_rows = self.row_count(selectStatement)
if num_rows > 0:
raise AssertionError("Expected zero rows to be returned from '%s' "
"but got rows back. Number of rows returned was %s" % (selectStatement, num_rows))
else:
return True
def kw_row_count_is_equal_to_x(self, selectStatement, numRows):
"""
Check if the number of rows returned from `selectStatement` is equal to the value submitted. If not, then this
will throw an AssertionError. Set optional input `sansTran` to True to run command without an explicit
transaction commit or rollback.
For example, given we have a table `person` with the following data:
| id | first_name | last_name |
| 1 | Franz Allan | See |
| 2 | Jerry | Schneider |
When you have the following assertions in your robot
| Row Count Is Equal To X | SELECT id FROM person | 1 |
| Row Count Is Equal To X | SELECT id FROM person WHERE first_name = 'John' | 0 |
Then you will get the following:
| Row Count Is Equal To X | SELECT id FROM person | 1 | # FAIL |
| Row Count Is Equal To X | SELECT id FROM person WHERE first_name = 'John' | 0 | # PASS |
"""
obj_log.info(
'Executing : Row Count Is Equal To X | %s | %s ' %
(selectStatement, numRows))
num_rows = self.row_count(selectStatement)
if num_rows != int(str(numRows).encode('ascii')):
raise AssertionError("Expected same number of rows to be returned from '%s' "
"than the returned rows of %s" % (selectStatement, num_rows))
else:
return True
def kw_row_count_is_greater_than_x(self, selectStatement, numRows):
"""
Check if the number of rows returned from `selectStatement` is greater than the value submitted. If not, then
this will throw an AssertionError. Set optional input `sansTran` to True to run command without an explicit
transaction commit or rollback.
For example, given we have a table `person` with the following data:
| id | first_name | last_name |
| 1 | Franz Allan | See |
| 2 | Jerry | Schneider |
When you have the following assertions in your robot
| Row Count Is Greater Than X | SELECT id FROM person | 1 |
| Row Count Is Greater Than X | SELECT id FROM person WHERE first_name = 'John' | 0 |
Then you will get the following:
| Row Count Is Greater Than X | SELECT id FROM person | 1 | # PASS |
| Row Count Is Greater Than X | SELECT id FROM person WHERE first_name = 'John' | 0 | # FAIL |
"""
obj_log.info(
'Executing : Row Count Is Greater Than X | %s | %s ' %
(selectStatement, numRows))
num_rows = self.row_count(selectStatement)
if num_rows <= int(numRows.encode('ascii')):
raise AssertionError("Expected more rows to be returned from '%s' "
"than the returned rows of %s" % (selectStatement, num_rows))
else:
return True
def kw_row_count_is_less_than_x(self, selectStatement, numRows):
"""
Check if the number of rows returned from `selectStatement` is less than the value submitted. If not, then this
will throw an AssertionError. Set optional input `sansTran` to True to run command without an explicit
transaction commit or rollback.
For example, given we have a table `person` with the following data:
| id | first_name | last_name |
| 1 | Franz Allan | See |
| 2 | Jerry | Schneider |
When you have the following assertions in your robot
| Row Count Is Less Than X | SELECT id FROM person | 3 |
| Row Count Is Less Than X | SELECT id FROM person WHERE first_name = 'John' | 1 |
Then you will get the following:
| Row Count Is Less Than X | SELECT id FROM person | 3 | # PASS |
| Row Count Is Less Than X | SELECT id FROM person WHERE first_name = 'John' | 1 | # FAIL |
"""
obj_log.info(
'Executing : Row Count Is Less Than X | %s | %s ' %
(selectStatement, numRows))
num_rows = self.row_count(selectStatement)
if num_rows >= int(numRows.encode('ascii')):
raise AssertionError("Expected less rows to be returned from '%s' "
"than the returned rows of %s" % (selectStatement, num_rows))
else:
return True
def kw_table_must_exist(self, tableName):
"""
Check if the table given exists in the database. Set optional input `sansTran` to True to run command without an
explicit transaction commit or rollback.
For example, given we have a table `person` in a database
When you do the following:
| Table Must Exist | person |
Then you will get the following:
| Table Must Exist | person | # PASS |
| Table Must Exist | first_name | # FAIL |
"""
obj_log.info('Executing : Table Must Exist | %s ' % tableName)
if self.db_api_module_name in ["cx_Oracle"]:
selectStatement = (
"SELECT * FROM all_objects WHERE object_type IN ('TABLE','VIEW') AND owner = SYS_CONTEXT('USERENV', 'SESSION_USER') AND object_name = UPPER('%s')" %
tableName)
elif self.db_api_module_name in ["sqlite3"]:
selectStatement = (
"SELECT name FROM sqlite_master WHERE type='table' AND name='%s' COLLATE NOCASE" %
tableName)
elif self.db_api_module_name in ["ibm_db", "ibm_db_dbi"]:
selectStatement = (
"SELECT name FROM SYSIBM.SYSTABLES WHERE type='T' AND name=UPPER('%s')" %
tableName)
else:
selectStatement = (
"SELECT * FROM information_schema.tables WHERE table_name='%s'" %
tableName)
num_rows = self.row_count(selectStatement)
if num_rows == 0:
raise AssertionError(
"Table '%s' does not exist in the db" %
tableName)
# @retry(stop_max_attempt_number=5, wait_fixed=3000)
def select_all_as_generator(self, sql, param=None, choose_db=None):
if param is not None:
obj_log.info('SQL语句：{}|{}'.format(sql, param))
else:
obj_log.info('SQL语句：{}'.format(sql))
try:
cursor, conn, counts = self.execute(sql, param, choose_db=choose_db)
for count in range(counts):
item = cursor.fetchone()
obj_log.info(item)
yield item
except Exception as e:
self.close(cursor, conn)
raise RuntimeError(e.args)
def get_qa_to_sim_dbs(self):
get_sql = "select qa_db,sim_instance from sparkatp.qa_db_mapping_sim_dbs where status=1 and is_delete=0"
res_info = self.sim_dbs.dbs_query_by_db_name("qadb-slave", "sparkatp", get_sql, limit_num=1000)
print(res_info)
for item in res_info:
self.qa_db_to_sim_instance_name.update({item[0]: item[1]})
return self.qa_db_to_sim_instance_name
def get_instance_name(self, sql_str):
db_name = sql_str.split(".")[0].split(" ")[-1].replace("`", "").replace(" ", "")
return self.qa_db_to_sim_instance_name.get(db_name)
if __name__ == '__main__':
db = MySqLHelper()
# sql = "select id,name,code from peppa.grade_group where course_level in (0, 1, 2, 3) order by id asc;"
# sql = " DELETE FROM classes.timetable_plan_teacher WHERE teacher_id in (SELECT id FROM `teach_teacher`.`teacher_profile` WHERE name='666000排课' AND nickname='666000排课');"
# print("【原始sql】：{}".format(sql))
# res = db.update_db_name(sql=sql)
# print(res)
sql = "SELECT * FROM account.account;"
res = db.select_one(sql=sql)
print(res)