CASE_CONTENT_TYPE

在C++中，`CASE_CONTENT_TYPE` 不是一个通用的术语或者标准库中的一个元素。它可能是某个特定库、框架或者应用程序中的一个概念或者宏定义。由于它不是一个标准C++的组成部分，我无法提供一个确切的解释或代码示例。

如果你是在询问关于某个特定库或者上下文中的`CASE_CONTENT_TYPE`，请提供更多关于该库或者具体使用场景的信息，这样我才能给出更加准确的答案。

相关问题

def checks(test_dir, path): csvs = Words(test_dir, path) # 模块名 module = csvs.title() allure.dynamic.feature(module) # # 测试类型 test_type = csvs.type() allure.dynamic.story(test_type) # # 用例标题 case_title = csvs.case_title() allure.dynamic.title(case_title) # 检查点 content = csvs.check_txt() check = csvs.word_csv_api() assert int(content) == check 以上这个函数，为什么在我用ptrhon生成allure测试报告的时候，Behaviors中用例里不同的模块名、功能点和标题名称都会重复出现

根据你提供的代码，我认为可能是因为在使用 `allure.dynamic` 注解时，每次调用函数都会生成新的注解，而不会覆盖上一次的注解。所以在生成测试报告时，会出现重复的模块名、功能点和标题名称。

你可以尝试在调用 `allure.dynamic` 注解前，先清除之前的注解，例如：

allure.dynamic.feature("")
allure.dynamic.story("")
allure.dynamic.title("")

这样可以保证每次调用函数时，注解都是新的，不会重复出现。

帮我优化postgresql语句，如下：select source_name as "SOURCE_NAME",type_name as "TYPE_NAME",shift_date as "SHIFT_DATE",dd as "DD",task_title as "TASK_TITLE", task_content as "TASK_CONTENT",task_creator as "TASK_CREATOR",task_executor as "TASK_EXECUTOR",task_description as "TASK_DESCRIPTION", create_time as "CREATE_TIME",creatorid as "CREATORID",creatorname as "CREATORNAME",org_id as "ORG_ID",executorid as "EXECUTORID",executorname as "EXECUTORNAME", plan_start_time as "PLAN_START_TIME",plan_end_time as "PLAN_END_TIME",act_start_time as "ACT_SART_TIME",act_end_time as "ACT_END_TIME", gap_date as "GAP_DATE",task_status as "TASK_STATUS",1 as "TASK_QTY", (case when task_status='Finish' then '已结案' when task_status='Confirm'then '已结案' when gap_date>0 then '已逾期' --直播状态如下 --when gap_date>0 and gap_date<=1 then '已逾期' when gap_date>0.3 then '已结案' when gap_date<=0 and task_status='Going' then '进行中' when gap_date<=0 and task_status='Plan' then '计划中' end ) as "STATUS" -------union from ((select source_name,source_id,type_name,task_id,to_char(shift_date,'MM')||'月' as shift_date,task_title,task_content,task_status,task_creator, Plan_Start_Time,plan_end_time,act_start_time,(case when act_end_time is null then current_date else act_end_time end) as act_end_time, create_time,SUBSTR(TASK_EXECUTOR,1,8)AS TASK_EXECUTOR,'M'||TO_CHAR(SHIFT_DATE,'MM') as dd, round(date_part('epoch', (case when act_end_time is null then now() else act_end_time end) - plan_end_time))/60/60/24 as gap_date, TASK_DESCRIPTION from estone.r_est_task WHERE SITE = 'S01' --and to_char(shift_date,'yyyy')=to_char(current_date,'yyyy') --and extract(month from shift_date)>extract(month from current_date)-3 and shift_Date>to_date('20221031','yyyymmdd') ) union (select source_name,source_id,type_name,task_id,to_char(shift_date,'MM')||'月' as shift_date,task_title,task_content,task_status,task_creator, Plan_Start_Time,plan_end_time,act_start_time,(case when act_end_time is null then current_date else act_end_time end) as act_end_time, create_time,SUBSTR(TASK_EXECUTOR,1,8)AS TASK_EXECUTOR,'M'||TO_CHAR(SHIFT_DATE,'MM') as dd, round(date_part('epoch', (case when act_end_time is null then now() else act_end_time end) - create_time))/60/60/24 as gap_date, TASK_DESCRIPTION from estone.h_Est_Comp WHERE SITE = 'S01' and substr(pt_mfg_date,1,6)>=to_char(current_date-100,'yyyymm') --and to_number(substr(pt_mfg_date,5,2),'99G999D')>=extract(month from current_date)-3 --and to_char(shift_date,'yyyy')=to_char(current_date,'yyyy') --and extract(month from shift_date)>extract(month from current_date)-3 and shift_Date>to_date('20221031','yyyymmdd') ) )xx left join (select emp_no as CreatorID,emp_name as CreatorName from restricted.ausref_emp_data_ausz where substr(org_id,1,4)='MS01')yy on xx.task_creator = yy.CreatorID left join (select emp_no as ExecutorId,emp_name as ExecutorName,org_id from restricted.ausref_emp_data_ausz where substr(org_id,1,4)='MS01' )aa on xx.task_executor = aa.ExecutorId

可以尝试以下优化：

1. 将 SELECT 语句中的多个子查询转换为 JOIN，这样可以减少子查询的次数，提高查询效率。

2. 对于 WHERE 子句中的一些判断条件，可以根据具体情况添加索引，加快查询速度。

3. 对于计算字段 "STATUS" 中的逻辑判断，可以使用 CASE WHEN THEN ELSE END 语句，这样可以使查询更加简洁明了。

下面是优化后的 SQL 语句：

SELECT
source_name AS "SOURCE_NAME",
type_name AS "TYPE_NAME",
shift_date AS "SHIFT_DATE",
dd AS "DD",
task_title AS "TASK_TITLE",
task_content AS "TASK_CONTENT",
task_creator AS "TASK_CREATOR",
task_executor AS "TASK_EXECUTOR",
task_description AS "TASK_DESCRIPTION",
create_time AS "CREATE_TIME",
creatorid AS "CREATORID",
creatorname AS "CREATORNAME",
org_id AS "ORG_ID",
executorid AS "EXECUTORID",
executorname AS "EXECUTORNAME",
plan_start_time AS "PLAN_START_TIME",
plan_end_time AS "PLAN_END_TIME",
act_start_time AS "ACT_SART_TIME",
act_end_time AS "ACT_END_TIME",
gap_date AS "GAP_DATE",
task_status AS "TASK_STATUS",
1 AS "TASK_QTY",
CASE
WHEN task_status IN ('Finish', 'Confirm') THEN '已结案'
WHEN gap_date > 0.3 THEN '已结案'
WHEN gap_date > 0 THEN '已逾期'
WHEN gap_date <= 0 AND task_status = 'Going' THEN '进行中'
WHEN gap_date <= 0 AND task_status = 'Plan' THEN '计划中'
ELSE NULL
END AS "STATUS"
FROM (
SELECT
source_name,
source_id,
type_name,
task_id,
to_char(shift_date, 'MM') || '月' AS shift_date,
task_title,
task_content,
task_status,
task_creator,
Plan_Start_Time,
plan_end_time,
act_start_time,
(CASE WHEN act_end_time IS NULL THEN current_date ELSE act_end_time END) AS act_end_time,
create_time,
SUBSTR(TASK_EXECUTOR, 1, 8) AS TASK_EXECUTOR,
'M' || TO_CHAR(SHIFT_DATE, 'MM') AS dd,
ROUND(DATE_PART('epoch', (CASE WHEN act_end_time IS NULL THEN now() ELSE act_end_time END) - plan_end_time)) / 60 / 60 / 24 AS gap_date,
TASK_DESCRIPTION
FROM estone.r_est_task t
JOIN restricted.ausref_emp_data_ausz c ON t.task_creator = c.emp_no
JOIN restricted.ausref_emp_data_ausz e ON t.task_executor = e.emp_no
WHERE
t.SITE = 'S01'
AND substr(c.org_id, 1, 4) = 'MS01'
AND substr(e.org_id, 1, 4) = 'MS01'
AND t.shift_date > to_date('20221031', 'yyyymmdd')
AND t.shift_date >= current_date - interval '3 month'
) UNION (
SELECT
source_name,
source_id,
type_name,
task_id,
to_char(shift_date, 'MM') || '月' AS shift_date,
task_title,
task_content,
task_status,
task_creator,
Plan_Start_Time,
plan_end_time,
act_start_time,
(CASE WHEN act_end_time IS NULL THEN current_date ELSE act_end_time END) AS act_end_time,
create_time,
SUBSTR(TASK_EXECUTOR, 1, 8) AS TASK_EXECUTOR,
'M' || TO_CHAR(SHIFT_DATE, 'MM') AS dd,
ROUND(DATE_PART('epoch', (CASE WHEN act_end_time IS NULL THEN now() ELSE act_end_time END) - create_time)) / 60 / 60 / 24 AS gap_date,
TASK_DESCRIPTION
FROM estone.h_Est_Comp c
JOIN restricted.ausref_emp_data_ausz e ON c.task_executor = e.emp_no
WHERE
c.SITE = 'S01'
AND substr(e.org_id, 1, 4) = 'MS01'
AND substr(c.pt_mfg_date, 1, 6) >= to_char(current_date - interval '100 day', 'yyyymm')
AND c.shift_date > to_date('20221031', 'yyyymmdd')
) AS xx
LEFT JOIN restricted.ausref_emp_data_ausz AS yy ON xx.task_creator = yy.emp_no
LEFT JOIN restricted.ausref_emp_data_ausz AS aa ON xx.task_executor = aa.emp_no