读者朋友整理的《MySQL性能调优与架构设计》勘误信息
From Ryam: p26 倒数第二行: 原文:“逻辑层与存储引擎实现层的过度解偶” - :“逻辑层与存储引擎实现层的过度解耦” p82 第9行: 原文:“这样就省略了分页程序在分以前实时计算” - :“这样就省略了分页程序在分页前实时计算” p118 第5行: 原文:“
From Ryam:
p26
倒数第二行:
原文:“逻辑层与存储引擎实现层的过度解偶”
-> :“逻辑层与存储引擎实现层的过度解耦”
p82
第9行:
原文:“这样就省略了分页程序在分以前实时计算”
-> :“这样就省略了分页程序在分页前实时计算”
p118
第5行:
原文:“如果系统须要有限保证”
-> :“如果系统须要优先保证”
p123
第1行:
原文:“并不一定完全按照系数据库的元信息”
-> :“并不一定完全按照数据库的元信息”
p85
倒数第2行:
原文:“然后再瓶装展现对象”
-> :“然后再拼装展现对象”
p139
第8行:
原文:“那么将会存在大量记录指针信息存于同一Hash值相关联”
-> :“那么将会存在大量记录的指针信息与同一Hash值相关联”
p142
倒数第6行:
原文:“当然,并不是存在更新的字段就适合创建索引”
-> :“当然,并不是存在更新的字段就不适合创建索引”
p171
第3行:
原文:“但是当遇到一些自查询或较为复杂的join时”
-> :“但是当遇到一些子查询或较为复杂的join时”
第11行:
原文:“group_message_bad是优化前的表,优化后为group_message表),如示例代码9-1所示:…”
-> :这里的示例代码中group_message更换成group_message_bad
p194
第3行
原文:“这样不仅可以让变化频繁的Table的Query浪费Query Cache的内存”
-> :“这样不仅可以避免变化频繁的Table的Query浪费Query Cache的内存”
p196
倒数第1行:
原文:“先看一下与网络连接的性能配置项及对性能的影响”
-> :“先看一下与网络连接相关的性能配置项及其对性能的影响”
p202
倒数第2行:
原文:“在数据库上进行线后的参数调整”
-> :“在数据库上线后进行的参数调整”
p208
倒数第6行:
原文:“还是将页节点也加载进来”
-> :“还是将叶节点也加载进来”
p237
第2行:
原文:“还须要提一下系统高可用及数据安这两方面”
-> :“还须要提一下系统高可用及数据安全这两方面”
p246
第13行:
原文:“只有Master和Slave的server-id参数值比不一致时”
-> :“只有Master和Slave的server-id参数值不一致时”
p249
第2行:
原文:“最大的好处就是既可以避免主Master的写操作不会受到Slave集群的复制所带来的影响”
-> :“最大的好处就是既可以避免主Master的写操作受到Slave集群的复制所带来的影响”
p261
倒数第9行:
原文:“主要是将某个访问极其平凡的表”
-> :“主要是将某个访问极其频繁的表”
p264
图14-3
原文:“hprizontal sharding”
-> :“horizontal sharding”
问题:photo albums数据库的水平切分示例中,每个切分库的切分条件都是album_id % n = 0,应该依次为album_id % n = 0, album_id % n = 1 …
p279
倒数第15行:
原文:“当Innodb在本地的Buffer Pool(…)的时候”
-> :“当Innodb在本地的Buffer Pool(…)找不到所需数据的时候”
From 云水馋心:
P153
原文:“c_rec.group_msg_id = c_rec.id{”
-> :“c_rec.group_msg_id=m_rec.id”
From mysqlkumao
P201
原文:“10.4.3 Sort Buffer、Join Buffer 和 Read Buffer”
-> : “10.4.3 Sort Buffer 和 Join Buffer”
From ochef
推荐序二
原文:“Blog:http://www.orawh.com/”
-> : “Blog:http://www.ixdba.com/”
P18
原文:“ 如:update、delte、insert、create”
-> : “ 如:update、delete、insert、create”
Latest Update:2009.10.19
From:Jasper Che
P108
原文:“TL_WRITE_ALLOW_WRITE”
->:“WRITE_ALLOW_WRITE”
原文:“P108 L7 同时Current read lock是Read_NO_INSERT的锁定类型”
->:“同时Current read lock不是Read_NO_INSERT的锁定类型”
P109
原文: “而其他几种支持事务的存储存储引擎”
->:“而其他几种支持事务的存储引擎”
P127
原文:“改行算法只须要访问一次数据 ”
->:“改进算法只须要访问一次数据”
P131
原文:“主要包含如下集中类型”
->:“主要包含如下几种类型”
P148
原文:“subject LIKE ‘weiurazs%’”
->:“AND subject LIKE ‘weiurazs%’”
Latest Update:2009.12.14
原文地址:读者朋友整理的《MySQL性能调优与架构设计》勘误信息, 感谢原作者分享。

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