">{{backUserInfo.data.nickName}} 用户性别:女 未知 所在城市:{{backUserInfo.data.city}} 所在省份:{{backUserInfo.data.province}} ... 所在国家:{{backUserInfo.data.country}}
WordPress 中有一堆的用户名相关的字段： user_login - 用户名 user_nicename - 别名 first_name - 名字 last_name - 姓氏 nickname...nickname 昵称，目前唯一用途是，在后台输入一个昵称，然后可以让你在选择 display_name（公开显示的名称） 的时候，多一个选择。...另外 nickname 是存储在 user_meta 里面的。
nickname) { this.firstname = firstname; this.lastname = lastname; this.nickname = nickname; }...getNickname() { return nickname; } public void setNickname(Nickname nickname) { this.nickname...nickname = new Nickname("黑曼巴"); Name name = new Name("科比", "布莱恩特", nickname); Serializations.serialize...属性，这样该类就可以正常序列化了，但是nickname中的属性也就无法序列化了，那我们如何让不能序列化的类NickName中的name属性可以序列化和反序列化呢？...对象 nickname = new Nickname(in.readObject().toString()); } 这样就可以处理其不可序列化的复合类Nickname中的name属性序列化及反序列化
$User = M("User"); // 实例化User对象 // 获取ID为3的用户的昵称 $nickname = $User->where('id=3')->getField('nickname...'); 返回的nickname是一个字符串结果。...如果需要限制返回结果数量，可以使用： $nickname = $User->where('status=1')->getField('nickname',8); 或者 $nickname=$User->...也可以限制返回数量，例如： $nickname = $User->where('status=1')->getField('id,nickname',8); 或者 $nickname=$User->where...nickname连接组成的字符串。
star": "天罡星", "nickName": "玉麒麟", "name": "卢俊义" }, { "star": "天机星", "nickName": "智多星..."star": "天勇星", "nickName": "大刀", "name": "关胜" }, { "star": "天雄星", "nickName": "豹子头..."star": "天富星", "nickName": "扑天", "name": "李应" }, { "star": "天满星", "nickName": "美髯公..."star": "天伤星", "nickName": "行者", "name": "武松" }, { "star": "天立星", "nickName": "双抢将..."star": "天速星", "nickName": "神行太保", "name": "戴宗" }, { "star": "天异星", "nickName": "
# 修改返回结果的字段名，将nickname改为name students = Student.objects.all().extra(select={"name":"nickname"...', 'hobby')) # print(TeacherAssisant.objects.values_list('nickname...`nickname` = 'Jack' LIMIT 21; args=('Jack',) # (0.000) SELECT `ormbaimoc_teacher`....`nickname`, `ormbaimoc_student`.`age`, `ormbaimoc_student`.`gender`, `ormbaimoc_student`.
="coderwhy" level={90}/> 这里EnhanceHome就是函数组件了， 因此nickname和level都可以通过aaa函数的形参props获取 */...} class Home extends PureComponent { render() { return Home: {`昵称: ${this.props.nickname}...="coderwhy" level={90}/> ) } }...="coderwhy" level={90}/> 这里EnhanceHome就是函数组件了， 因此nickname和level都可以通过aaa函数的形参props获取 */...} class Home extends PureComponent { render() { return Home: {`昵称: ${this.props.nickname}
; } public void setNickName(String nickName) { this.nickName = nickName; }...like "%${nickName}%" <!...的模糊查询结果集 * @param nickName * @return */ List SelectName(String nickName);...= request.getParameter("nickName"); List list=usersService.SelectName(nickName);...= request.getParameter("nickName"); usersService.UsersAddInfo(userName, pwd, nickName);
由于ICP只能用于二级索引，故在name,nickname列上创建复合索引idx_name_nickname(name,nickname)，分析SQL语句select * from users01 where...但对于 where nickname like '%SK%' 完全模糊匹配查询能否利用ICP特性提升性能？首先创建nickname上单列索引 idx_nickname。...辅助索引idx_nickname(nickname)内部是包含主键id的，等价于(id，nickname)的复合索引，尝试利用覆盖索引特性将SQL改写为 select Id from users01 where...nickname like '%SK%' 。...like '%看风%' 默认情况下，CBO是不会选择走nickname索引的，该写SQL为全文索引匹配的方式：match(nickname) against('看风')。
1) In [7]: df.columns # 展示列索引Out[7]: RangeIndex(start=0, stop=3, step=1) In [8]: df.columns=['id','nickname...','register'] # 为列索引重新赋值 In [9]: dfOut[9]: id nickname register0 1 gz 2019-04-131 3...5 jh 2019-04-15 In [10]: df.index=['p1','p2','p3'] # 为行索引重新赋值 In [11]: dfOut[11]: id nickname...], dtype=object) In [18]: df.axesOut[18]: [Index(['p1', 'p2', 'p3'], dtype='object'), Index(['id', 'nickname...In [75]: df.loc[:,'nickname']Out[75]: p1 gzp2 lgp3 jhName: nickname, dtype: object In [76]:
":"zhangsan", "sex":"男", "age":30 } { "name":"lisi", "nickname":"lisi", "sex":"男"..., "age":20 } { "name":"wangwu", "nickname":"wangwu", "sex":"女", "age":40 } {..."name":"zhangsan1", "nickname":"zhangsan1", "sex":"女", "age":50 } { "name":"zhangsan2...", "nickname":"zhangsan2", "sex":"女", "age":30 } { "name":"zhangsan222", "nickname..."], "query": { "terms": { "nickname": ["zhangsan"] } } } 只需要查询出
样例 批量新增记录 POST /_bulk { "create":{ "_index":"shop2", "_id":"2005" } } { "id":"2005", "nickname":"name...":{ "_index":"shop2", "_id":"2007" } } { "id":"2007", "nickname":"name-2007" } 简写 POST /shop2/_bulk {...":"2009", "nickname":"name-2009" } { "create":{"_id":"20011" } } { "id":"2011", "nickname":"name-20011..." } 批量新增/替换 POST /shop2/_bulk { "index":{"_id":"2008" } } { "id":"2008", "nickname":"name-2008" } { "...1", "nickname":"name-1"} } { "update":{"_id":"2009" } } { "doc":{"id":"2", "nickname":"name-2"} } 批量删除
[girlSix] ([id], [createDate], [nickName], [introduce]) VALUES (N'04e3d962adcb4a5b8fefaf8b46995e85',...nickName={nickName}&introduce={introduce} http://localhost:1246/api/gril1804/DeleteById/{id} http:/...nickName={nickName}&introduce={introduce} 根据接口解析操作即可。...nickName=" + this.nickName + "&introduce=" + this.introduce; axios.get(url).then(...id=" + this.id + "&nickName=" + this.nickName + "&introduce=" + this.introduce; axios.get
最近想做用户昵称的限制，但是网上百度了很多方法效果都不是我自己想要的，终于找到种方法 如下： 1、声明两个属性 nickname是昵称的textfleld canEditSizeLAbel是提示用户剩余可添加的数...@property (weak, nonatomic) IBOutlet UITextField *nickName; @property(nonatomic,strong)UILabel *canEditSizeLabel...;//可编辑数的label 2 给textfield添加一个点击事件，用来监听字数的变化 //给textfield添加一个点击事件用来监听字数的变化 self.nickName.userInteractionEnabled...isChinese = false; } else { isChinese = true; } if(sender == self.nickName...withString:@""]; if (isChinese) { //中文输入法下 UITextRange *selectedRange = [self.nickName
/nickname2 最终结构如下： ?...测试类 @SpringBootTest class ZkdemoApplicationTests { @Value("${nickname1}") private String nickname1;...@Value("${nickname2}") private String nickname2; @Test public void testZkConfig() { System.out.println...("从application全局配置中读取配置：nickname1=" + nickname1); System.out.println("从zkdemo服务配置中读取配置：nickname2="...+ nickname2); } } 输出结果： 从application全局配置中读取配置：nickname1=布禾 从zkdemo服务配置中读取配置：nickname2=buhe 自定义Zookeeper
type": "integer" }, "username": { "type": "keyword" }, "nickname...} } 数据准备 POST /shop/_doc/ { "id": 1001, "age": 18, "username": "chinanewsAmazing", "nickname...q=nickname:super DSL检索 检索 POST /shop/_search { "query": { "match": { "desc": "新闻网" }...","desc" ] } 分词搜索 POST /shop/_search { "query": { "match": { "nickname": "新闻网" }...": 1003, "nickname": "飞翔的巨鹰" } POST /shop2/_doc { "id": 1004, "nickname": "完美的天空" } POST
; nickname ------------- "goodspeed" (1 row) -- "->>" 通过键获得 JSON 对象域 结果为text select '{"nickname":..."goodspeed", "avatar": "avatar_url", "tags": ["python", "golang", "db"]}'::json->>'nickname' as nickname...; nickname ----------- goodspeed -- "->" 通过键获得 JSON 对象域 结果为json对象 select '{"nickname": "goodspeed...", "avatar": "avatar_url", "tags": ["python", "golang", "db"]}'::jsonb->'nickname' as nickname; nickname...", "avatar": "avatar_url", "tags": ["python", "golang", "db"]}'::jsonb->>'nickname' as nickname; nickname
='Wendy Williams', nickname='windy') user3 = User(name='mary', fullname='Mary Contrary', nickname='mary...AS users_nickname FROM users WHERE users.id , , ] [, <User(name='test', fullname='Wendy Williams', nickname
"=>$row["nickname"] ); //实现记住账号功能 $token=$row["userid"].".".md5($row["userid"]....($username) || empty($nickname)){ $msg="用户名或者昵称不能为空"; require "tpl/msg.php"; exit;...$username."' or nickname='"....$nickname."' "); if($row){ $msg="用户名或者昵称已经存在"; require "tpl/msg.php"; exit..."', nickname='".$nickname.
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