wdate-year-month-week-gategory-amount-coin
---2016-12-02 19:46:39
the whole table
DISTINCT field
SUM(field)
COUNT(field)
--- 888983 rows OK
SELECT
*
FROM
(
SELECT
DATE_FORMAT(date, '%Y') AS history_year,
DATE_FORMAT(date, '%m') AS history_month,
SUM(coin) AS month_category_coin,
SUM(amount) AS month_category_amount,
country AS fk_country,
category AS fk_category
FROM
study_test
WHERE
DATE_FORMAT(date, '%Y') = 2016
GROUP BY
fk_country,
fk_category,
history_year,
history_month
) AS wt_month_sum
LEFT JOIN (
SELECT
tmp.history_year,
tmp.history_month,
tmp.fk_country,
tmp.fk_category,
COUNT(fk_asin) AS month_category_diff_asins
FROM
(
SELECT
DATE_FORMAT(date, '%Y') AS history_year,
DATE_FORMAT(date, '%m') AS history_month,
country AS fk_country,
category AS fk_category,
asin AS fk_asin
FROM
study_test
WHERE
DATE_FORMAT(date, '%Y') = 2016
GROUP BY
fk_country,
fk_category,
fk_asin,
history_year,
history_month
) AS tmp
GROUP BY
fk_country,
fk_category,
history_year,
history_month
) AS wt_month_diff_asins ON wt_month_sum.fk_country = wt_month_diff_asins.fk_country
AND wt_month_sum.fk_category = wt_month_diff_asins.fk_category
AND wt_month_sum.history_year = wt_month_diff_asins.history_year
AND wt_month_sum.history_month = wt_month_diff_asins.history_month
LEFT JOIN (
SELECT
tmp.history_year,
tmp.history_month,
tmp.fk_country,
tmp.fk_category,
COUNT(fk_diff_days) AS month_category_diff_days
FROM
(
SELECT
DATE_FORMAT(date, '%Y') AS history_year,
DATE_FORMAT(date, '%m') AS history_month,
country AS fk_country,
category AS fk_category,
date AS fk_diff_days
FROM
study_test
WHERE
DATE_FORMAT(date, '%Y') = 2016
GROUP BY
fk_country,
fk_category,
fk_diff_days,
history_year,
history_month
) AS tmp
GROUP BY
fk_country,
fk_category,
history_year,
history_month
) AS wt_month_diff_days ON wt_month_sum.fk_country = wt_month_diff_days.fk_country
AND wt_month_sum.fk_category = wt_month_diff_days.fk_category
AND wt_month_sum.history_year = wt_month_diff_days.history_year
AND wt_month_sum.history_month = wt_month_diff_days.history_month
LEFT JOIN (
SELECT
DATE_FORMAT(date, '%Y') AS history_year,
DATE_FORMAT(date, '%m') AS history_month,
DATE_FORMAT(date, '%V') AS history_week,
SUM(coin) AS week_category_coin,
SUM(amount) AS week_category_amount,
country AS fk_country,
category AS fk_category
FROM
study_test
WHERE
DATE_FORMAT(date, '%Y') = 2016
GROUP BY
fk_country,
fk_category,
history_year,
history_month,
history_week
) AS wt_week_sum ON wt_month_sum.fk_country = wt_week_sum.fk_country
AND wt_month_sum.fk_category = wt_week_sum.fk_category
AND wt_month_sum.history_year = wt_week_sum.history_year
AND wt_month_sum.history_month = wt_week_sum.history_month
LEFT JOIN (
SELECT
tmp.history_year,
tmp.history_month,
tmp.history_week,
tmp.fk_country,
tmp.fk_category,
COUNT(fk_diff_asin) AS week_category_diff_asins
FROM
(
SELECT
DATE_FORMAT(date, '%Y') AS history_year,
DATE_FORMAT(date, '%m') AS history_month,
DATE_FORMAT(date, '%V') AS history_week,
country AS fk_country,
category AS fk_category,
asin AS fk_diff_asin
FROM
study_test
WHERE
DATE_FORMAT(date, '%Y') = 2016
GROUP BY
fk_country,
fk_category,
fk_diff_asin,
history_year,
history_month,
history_week
) AS tmp
GROUP BY
fk_country,
fk_category,
history_year,
history_month,
history_week
) AS wt_week_diff_asins ON wt_week_sum.fk_country = wt_week_diff_asins.fk_country
AND wt_week_sum.fk_category = wt_week_diff_asins.fk_category
AND wt_week_sum.history_year = wt_week_diff_asins.history_year
AND wt_week_sum.history_month = wt_week_diff_asins.history_month
AND wt_week_sum.history_week = wt_week_diff_asins.history_week
LEFT JOIN (
SELECT
tmp.history_year,
tmp.history_month,
tmp.history_week,
tmp.fk_country,
tmp.fk_category,
COUNT(fk_diff_days) AS week_category_diff_days
FROM
(
SELECT
DATE_FORMAT(date, '%Y') AS history_year,
DATE_FORMAT(date, '%m') AS history_month,
DATE_FORMAT(date, '%V') AS history_week,
country AS fk_country,
category AS fk_category,
date AS fk_diff_days
FROM
study_test
WHERE
DATE_FORMAT(date, '%Y') = 2016
GROUP BY
fk_country,
fk_category,
fk_diff_days,
history_year,
history_month,
history_week
) AS tmp
GROUP BY
fk_country,
fk_category,
history_year,
history_month,
history_week
) AS wt_week_diff_days ON wt_week_sum.fk_country = wt_week_diff_days.fk_country
AND wt_week_sum.fk_category = wt_week_diff_days.fk_category
AND wt_week_sum.history_year = wt_week_diff_days.history_year
AND wt_week_sum.history_month = wt_week_diff_days.history_month
AND wt_week_sum.history_week = wt_week_diff_days.history_week
SELECT COUNT(DISTINCT date),COUNT(DISTINCT asin), SUM(coin),SUM(amount),SUM(coin)/SUM(amount) FROM asinsaleranks WHERE category=9 AND LEFT(date, 6) = ''
SELECT COUNT(DISTINCT date),COUNT(DISTINCT asin), SUM(coin),SUM(amount),SUM(coin)/SUM(amount) FROM asinsaleranks WHERE category=9 AND LEFT(date, 6) = '' SELECT COUNT(DISTINCT date),COUNT(DISTINCT asin), SUM(coin),SUM(amount),SUM(coin)/SUM(amount) FROM asinsaleranks WHERE category=6 AND date= ''
SELECT COUNT(DISTINCT date),COUNT(DISTINCT asin), SUM(coin),SUM(amount),SUM(coin)/SUM(amount) FROM asinsaleranks WHERE category=6 AND date> '' AND date< ''
SELECT COUNT(DISTINCT date),COUNT(DISTINCT asin), SUM(coin),SUM(amount),SUM(coin)/SUM(amount) FROM asinsaleranks WHERE category=6 AND date> '' AND date< ''
SELECT
*
FROM
(
SELECT
DATE_FORMAT(date, '%Y') AS history_year,
DATE_FORMAT(date, '%m') AS history_month,
SUM(coin) AS month_category_coin,
SUM(amount) AS month_category_amount,
country AS fk_country,
category AS fk_category
FROM
study_test
WHERE
DATE_FORMAT(date, '%Y') = 2016
GROUP BY
fk_country,
fk_category,
history_year,
history_month
) AS wt_month_sum
LEFT JOIN (
SELECT
tmp.history_year,
tmp.history_month,
tmp.fk_country,
tmp.fk_category,
COUNT(fk_asin) AS month_category_diff_asins
FROM
(
SELECT
DATE_FORMAT(date, '%Y') AS history_year,
DATE_FORMAT(date, '%m') AS history_month,
country AS fk_country,
category AS fk_category,
asin AS fk_asin
FROM
study_test
WHERE
DATE_FORMAT(date, '%Y') = 2016
GROUP BY
fk_country,
fk_category,
fk_asin,
history_year,
history_month
) AS tmp
GROUP BY
fk_country,
fk_category,
history_year,
history_month
) AS wt_month_diff_asins ON wt_month_sum.fk_country = wt_month_diff_asins.fk_country
AND wt_month_sum.fk_category = wt_month_diff_asins.fk_category
AND wt_month_sum.history_year = wt_month_diff_asins.history_year
AND wt_month_sum.history_month = wt_month_diff_asins.history_month
LEFT JOIN (
SELECT
tmp.history_year,
tmp.history_month,
tmp.fk_country,
tmp.fk_category,
COUNT(fk_diff_days) AS month_category_diff_days
FROM
(
SELECT
DATE_FORMAT(date, '%Y') AS history_year,
DATE_FORMAT(date, '%m') AS history_month,
country AS fk_country,
category AS fk_category,
date AS fk_diff_days
FROM
study_test
WHERE
DATE_FORMAT(date, '%Y') = 2016
GROUP BY
fk_country,
fk_category,
fk_diff_days,
history_year,
history_month
) AS tmp
GROUP BY
fk_country,
fk_category,
history_year,
history_month
) AS wt_month_diff_days ON wt_month_sum.fk_country = wt_month_diff_days.fk_country
AND wt_month_sum.fk_category = wt_month_diff_days.fk_category
AND wt_month_sum.history_year = wt_month_diff_days.history_year
AND wt_month_sum.history_month = wt_month_diff_days.history_month
LEFT JOIN (
SELECT
DATE_FORMAT(date, '%Y') AS history_year,
DATE_FORMAT(date, '%m') AS history_month,
DATE_FORMAT(date, '%V') AS history_week,
SUM(coin) AS week_category_coin,
SUM(amount) AS week_category_amount,
country AS fk_country,
category AS fk_category
FROM
study_test
WHERE
DATE_FORMAT(date, '%Y') = 2016
GROUP BY
fk_country,
fk_category,
history_year,
history_month,
history_week
) AS wt_week_sum ON wt_month_sum.fk_country = wt_week_sum.fk_country
AND wt_month_sum.fk_category = wt_week_sum.fk_category
AND wt_month_sum.history_year = wt_week_sum.history_year
AND wt_month_sum.history_month = wt_week_sum.history_month
LEFT JOIN (
SELECT
tmp.history_year,
tmp.history_month,
tmp.history_week,
tmp.fk_country,
tmp.fk_category,
COUNT(fk_diff_asin) AS week_category_diff_asins
FROM
(
SELECT
DATE_FORMAT(date, '%Y') AS history_year,
DATE_FORMAT(date, '%m') AS history_month,
DATE_FORMAT(date, '%V') AS history_week,
country AS fk_country,
category AS fk_category,
asin AS fk_diff_asin
FROM
study_test
WHERE
DATE_FORMAT(date, '%Y') = 2016
GROUP BY
fk_country,
fk_category,
fk_diff_asin,
history_year,
history_month,
history_week
) AS tmp
GROUP BY
fk_country,
fk_category,
history_year,
history_month,
history_week
) AS wt_week_diff_asins ON wt_week_sum.fk_country = wt_week_diff_asins.fk_country
AND wt_week_sum.fk_category = wt_week_diff_asins.fk_category
AND wt_week_sum.history_year = wt_week_diff_asins.history_year
AND wt_week_sum.history_month = wt_week_diff_asins.history_month
AND wt_week_sum.history_week = wt_week_diff_asins.history_week
LEFT JOIN (
SELECT
tmp.history_year,
tmp.history_month,
tmp.history_week,
tmp.fk_country,
tmp.fk_category,
COUNT(fk_diff_days) AS week_category_diff_days
FROM
(
SELECT
DATE_FORMAT(date, '%Y') AS history_year,
DATE_FORMAT(date, '%m') AS history_month,
DATE_FORMAT(date, '%V') AS history_week,
country AS fk_country,
category AS fk_category,
date AS fk_diff_days
FROM
study_test
WHERE
DATE_FORMAT(date, '%Y') = 2016
GROUP BY
fk_country,
fk_category,
fk_diff_days,
history_year,
history_month,
history_week
) AS tmp
GROUP BY
fk_country,
fk_category,
history_year,
history_month,
history_week
) AS wt_week_diff_days ON wt_week_sum.fk_country = wt_week_diff_days.fk_country
AND wt_week_sum.fk_category = wt_week_diff_days.fk_category
AND wt_week_sum.history_year = wt_week_diff_days.history_year
AND wt_week_sum.history_month = wt_week_diff_days.history_month
AND wt_week_sum.history_week = wt_week_diff_days.history_week
DROP TABLE IF EXISTS `study_test`;
CREATE TABLE `study_test` (
`country` char(2) COLLATE utf8_bin NOT NULL,
`date` char(8) COLLATE utf8_bin NOT NULL DEFAULT '',
`asin` char(10) COLLATE utf8_bin NOT NULL,
`category` int(10) unsigned NOT NULL DEFAULT '',
`coin` decimal(16,4) unsigned NOT NULL DEFAULT '0.0000',
`amount` decimal(16,4) unsigned NOT NULL DEFAULT '0.0000',
PRIMARY KEY (`country`,`date`,`asin`),
KEY `k_asin` (`asin`) USING BTREE,
KEY `k_coin` (`coin`) USING BTREE,
KEY `k_amount` (`amount`) USING BTREE
) ENGINE=MyISAM DEFAULT CHARSET=utf8 COLLATE=utf8_bin;
wdate-year-month-week-gategory-amount-coin的更多相关文章
- T-SQL - 习题02_将数据表year|month|amount查询成year|m1|m2|m3|m4的样式
时间:2017-09-11 整理:byzqy 题目:有个年度统计表,结构如下: 怎么样把这个表,查询成这样一个结果: 这是在面试过程中遇到的一个关于数据库的题,没有一点思路,不知它考查到的知识点是什么 ...
- [Swift]LeetCode518. 零钱兑换 II | Coin Change 2
You are given coins of different denominations and a total amount of money. Write a function to comp ...
- Give $20/month and provide 480 hours of free education
Hi , Hope all is well. Summer is right around the corner, and the Khan Academy team is excited to sp ...
- Kotlin 介绍
Kotlin (0:00) 大家好,我是 Michael Pardo,今天我要给大家展示一下 Kotlin 这门语言,同时看看他如何让你在 Android 开发的时候更开心,更有效率. Kotlin ...
- oracle 触发器学习
触发器使用教程和命名规范 目 录触发器使用教程和命名规范 11,触发器简介 12,触发器示例 23,触发器语法和功能 34,例一:行级触发器之一 45,例二:行级触发器之二 46,例三:INSTEA ...
- SSH三大框架笔面试总结
Java工程师(程序员)面题 Struts,Spring,Hibernate三大框架 1.Hibernate工作原理及为什么要用? 原理: 1.读取并解析配置文件 2.读取并解析映射信息,创建Sess ...
- Oracle触发器实例(网搜)
触发器使用教程和命名规范 目 录触发器使用教程和命名规范 11,触发器简介 12,触发器示例 23,触发器语法和功能 34,例一:行级触发器之一 45,例二:行级触发器之二 46,例三:INSTEA ...
- 关于完整解答Leo C.W博客中名为“我们公司的ASP.NET 笔试题,你觉得难度如何”的所有题目
关于完整解答Leo C.W博客中名为“我们公司的ASP.NET 笔试题,你觉得难度如何”的所有题目,请大家鉴定,不足之处,敬请指教! 第1到3题解答如下: public enum QuestionTy ...
- mysql 经典题目
题目1:实现如下效果 CREATE TABLE IF NOT EXISTS tb_amount( `Id` INT NOT NULL AUTO_INCREMENT, `), `), `Amount` ...
- How to do Mathematics
著作权归作者所有.商业转载请联系作者获得授权,非商业转载请注明出处.作者:匿名用户链接:http://www.zhihu.com/question/30087053/answer/47815698来源 ...
随机推荐
- 使用MyEclipse Swing/Matisse
经常使用JBuilder开发工具的人都知道,在JBuilder中开发Swing应用程序是比较方便的,虽然比不上曾经红遍一时的Visual Basic,但开发界面的工作确实被大大简化了. JB ...
- (int &)a 和(int)a
[cpp] view plain copy float a = 1.0f; cout < < (int)a < < endl; cout < < ...
- 在CentOS下利用Eclipse调试FFmpeg
所需软件 64位软件打包下载链接:http://pan.baidu.com/s/1i3B08Up 密码:o50u https://yunpan.cn/cBKDSbrGDgBvz 访问密码 1f55 ...
- request操作的几个容易混淆的请求路径
假定你的web application 名称为news,你在浏览器中输入请求路径: http://localhost:8080/news/main/list.jsp 则执行下面向行代码后打印出如下结果 ...
- storm源码之一个class解决nimbus单点问题【转】
本文导读: storm nimbus 单节点问题概述 storm与解决nimbus单点相关的概念 nimbus目前无法做到多节点的原因 解决nimbus单点问题的关键 业界对nimbus单点问题的努力 ...
- UVa 11181 条件概率
题意:n个人选r个人,每个人被选中的概率为pi,问最后每个人被选中的概率是多少. sol:就是个简单的概率题,范围还特别小,深搜秒出...然而公式什么的很多还是需要注意的... 条件概率的公式 ...
- A+B Problem 详细解答 (转载)
此为详细装13版 转载自:https://vijos.org/discuss/56ff2e7617f3ca063af6a0a3 全文如下,未作修改,仅供围观,不代表个人观点: 你们怎么都在做网络流,不 ...
- 【wikioi】1191 数轴染色(线段树+水题)
http://wikioi.com/problem/1191/ 太水的线段树了,敲了10分钟就敲完了,但是听说还有一种并查集的做法?不明觉厉. #include <cstdio> #inc ...
- POJ 1734 Sightseeing trip(无向图最小环+输出路径)
题目链接 #include <cstdio> #include <string> #include <cstring> #include <queue> ...
- SQL中distinct的用法(转自博主:Rain Man)
在表中,可能会包含重复值.这并不成问题,不过,有时您也许希望仅仅列出不同(distinct)的值.关键词 distinct用于返回唯一不同的值. 表A: 示例1 select distinct nam ...