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  • jsp 所有字体及示例HTML provides different tags for styling. Bold <b> tag is used to make given text bold which is ticker than a normal one. Bold tag is used for the start and end of the text to ...
    jsp 所有字体及示例

    jsp 所有字体及示例

    HTML provides different tags for styling. Bold  <b> tag is used to make given text bold which is ticker than a normal one. Bold tag is used for the start and end of the text to specify the text we want to make bold.

    HTML提供了不同的样式标签。 粗体<b>标记用于使给定文本变为粗体,比普通文本要细。 粗体标签用于文本的开头和结尾,以指定我们要使其变为粗体的文本。

    <b>粗体标签 (<b> Bold Tag)

    As stated previously bold tag is used by specifying the start and the end of the text block we want to make bold. Bold tag is only effective in the normal text which means using the bold tag in Header tags like H1, h2 do not have any difference.

    如前所述,通过指定我们要设为粗体的文本块的开始和结尾来使用粗体标签。 粗体标签仅在普通文本中有效,这意味着在标题标签(如H1,h2)中使用粗体标签没有任何区别。

    <html>
       <body>
          <h1><b>This header is bold</b></h1>
          <h1>This header is not bold</h1>
          <b>This text is bold</b>
          <br>
          This text is not bold
       </body>
    </html>
    "<b
    <b> Bold Tag
    <b>粗体标签

    用CSS粗体(Make Bold with CSS)

    Bold is generally used as a tag inside the HTML body by surrounding the text. But We can make the bold specified text by using CSS. The CSS attribute is named font-weight like below. In this example, we will define a CSS class named bold and apply by using span tag like below.

    粗体通常在HTML正文中通过包围文本用作标记。 但是我们可以使用CSS制作粗体指定的文本。 CSS属性命名为font-weight如下所示。 在此示例中,我们将定义一个名为boldCSS类,并使用如下所示的span标签进行应用。

    <html>
       <body>
          <span style="font-weight:bold;">This text is bold</span><br>
          This text is not bold
          <div style="font-weight:bold;"> This div  content is bold</div>
          This div content is not bold
       </body>
    </html>
    Make Bold with CSS
    Make Bold with CSS
    用CSS粗体

    HTML没有<bold>标记(HTML Do Not Have <bold> Tag)

    Some novice web programmers and designers assume that there is a tag named <bold>. This is not true. The bold tag is represented as <b> not with <bold> If we try to use <bold> as a tag it will not work like below.

    一些新手Web程序员和设计师假定存在一个名为<bold>的标记。 这不是真的。 粗体标记用<b>表示,而不用<bold>表示。如果我们尝试使用<bold>作为标记,则它将无法像下面那样工作。

    <html>
       <body>
          <b>This text is bold</b> <br>
          <bold>This text is not bold</bold>
          <br>
          This text is not bold
       </body>
    </html>
    "HTML

    文字格式元素 (Text Formatting Elements)

    Bold tag is named as text formatting element and there are other text formatting elements that can be used for different purposes. Some of the text formatting elements or tags may provide a similar experience to the bold but they are not the same.

    粗体标记被命名为文本格式设置元素,还有其他文本格式设置元素可用于不同目的。 某些文本格式设置元素或标记可能会提供与粗体字相似的体验,但它们并不相同。

    • <b> is used for bold text.

      <b>用于粗体文本。
    • <strong> is used for important text.

      <strong>用于重要文本。
    • <i>  is used for italic text where the text will be leaned

      <i>用于倾斜文本的斜体
    • <em> is used for emphasized text

      <em>用于强调文字
    • <mark> is used for marking text

      <mark>用于标记文本
    • <small> is used for making text smaller

      <small>用于缩小文本
    • <del> deleted text

      <del>删除的文字
    • <ins> is used for inserted text

      <ins>用于插入文本
    • <sub> is used for subscribed text

      <sub>用于订阅的文本
    • <sup> is used superscript like formulas

      <sup>用于上标,例如公式

    粗体标记替代方案强力标记,强调,标记,Head1(Bold Tag Alternatives Strong Tag, Emphasize, Mark, Head1)

    There are some tags that are similar to bold investigate them which are used for what and differences with the <bold> tag.

    有一些类似于黑体的标记,它们用于与<bold>标记的区别。

    • <b>  is used to differentiate stylistically from other text and there is no extra importance, keyword, product name.

      <b>用于在样式上与其他文本区分开,并且没有额外的重要性,关键字,产品名称。
    • <em> is used to stress the emphasis of its contents. This can be a keyword, product name, etc.

      <em>用于强调其内容的重点。 这可以是关键字,产品名称等。
    • <h1> , <h2> , <h3> , … are used to create headers which simply describes text sections or parts .

      <h1>,<h2>,<h3>,...用于创建仅描述文本部分或部分的标题。
    • <mark> is used to reference some keyword, name, header, etc at the end of the document.

      <mark>用于在文档末尾引用一些关键字,名称,标题等。
    • <strong>  is used to provide some important to the given text.

      <strong>用于为给定的文本提供一些重要信息。
    <html>
       <body>
          <b>This text is bold</b> <br>
          <em> This text is em </em> <br>
          <mark> This text is mark </mark> <br>
          <h1> This text is h1 </h1>
          <br>
          <strong> This text is strong </strong> <br>
       </body>
    </html>
    Bold Tag Alternatives Strong Tag, Emphasize, Mark, Head1
    Bold Tag Alternatives Strong Tag, Emphasize, Mark, Head1
    粗体标记替代方案强力标记,强调,标记,Head1
    LEARN MORE  How To Add Images In HTML?
    了解更多如何在HTML中添加图像?

    翻译自: https://www.poftut.com/html-bold-tag-usage-and-examples/

    jsp 所有字体及示例

    展开全文
  • F12打开开发人员工具,选择dom并激活“ CSS Used”面板。 所选dom及其子级CSS规则将在正确的textare中列出。 您可以单击“预览”以查看具有清晰样式规则的所选零件。 常问问题 允许阅读我的浏览历史记录 参见 ...
  • du的用法

    2018-06-24 12:49:40
    a表示显示目录下所有的文件和文件夹(不含子目录),h表示以人类能看懂的方式,max-depth表示目录的深度。 du命令用来查看目录或文件所占用磁盘空间的大小。常用选项组合为:du -sh 一、du的功能:du reports the ...

    示例:
    du -ah –max-depth=1
    a表示显示目录下所有的文件和文件夹(不含子目录),h表示以人类能看懂的方式,max-depth表示目录的深度。
    du命令用来查看目录或文件所占用磁盘空间的大小。常用选项组合为:du -sh

    一、du的功能:du reports the amount of disk space used by the specified files and for each subdirectory (of directory arguments). with no arguments,du reports the disk space for the current directory。
      很明显,与df不同,它用来查看文件或目录所占用的磁盘空间的大小。
    二、du常用的选项:
      -h:以人类可读的方式显示
      -a:显示目录占用的磁盘空间大小,还要显示其下目录和文件占用磁盘空间的大小
      -s:显示目录占用的磁盘空间大小,不要显示其下子目录和文件占用的磁盘空间大小
      -c:显示几个目录或文件占用的磁盘空间大小,还要统计它们的总和
      –apparent-size:显示目录或文件自身的大小
      -l :统计硬链接占用磁盘空间的大小
      -L:统计符号链接所指向的文件占用的磁盘空间大小
      一、du -h:这个就不多说了。
      二、du -a:使用此选项时,显示目录和目录下子目录和文件占用磁盘空间的大小。

      可以看出,默认情况下du只显示download目录占用磁盘空间的大小,而使用-a选项后,它不仅显示了目录(最后一行),而且显示了目录下各个文件占用磁盘空间的大小。
      
    三、du -s:使用此选项时,du只显示目录所占用磁盘空间的大小,而不显示其下子目录和文件占用磁盘空间的信息。

      默认情况下,du不显示目录下文件占用磁盘空间的信息,但它会显示其下子目录占用磁盘空间的信息;而使用-s选项以后,只显示xx目录占用磁盘空间的大小。
      
    四、du –apparent-size:显示文件或目录自身大小,而不是它们占用的磁盘空间大小。文件或目录占用磁盘空间的大小与它们自身大小有时候并非完全一致;这种现象非linux所独有,windows里也是如此。
    我们看这个选项的帮助文档的解释:The apparent size of a file is the number of bytes reported by wc –c regular files ,or more generally, ls –l –block-size=1 or stat –format=%s.For example, a file containing the word zoo with no newline would, of course, have an apparent size of 3. Such a small file may require anywhere from 0 to 16 kib or more of disk space, depending on the type and configuration of the file system on which the file resides.
      这段话给出了文件或目录自身大小与占用磁盘空间大小的区别。他下面举出了一个更加夸张的例子,这里就不把它写出来了。我们知道了:wc或ls –block-size显示的是其自身大小,而du给出的则是占用的磁盘空间的大小。

    五、du -c:使用此选项时,不仅显示几个文件或目录各自占用磁盘空间的大小,还统计它们的总和。

    如图所示,加上-c选项后,du不仅显示两个目录各自占用磁盘空间的大小,还在最后一行统计它们的总和。

    六、du -l:这个选项主要是针对硬链接。在统计目录占用磁盘空间大小时,-l选项会把硬链接也统计进来。帮助文档是这样解释的:Count the size of all files,even if they have appeared already(as a hard link)。

      我们在download目录下建立一个硬链接,指向本目录下的一个文件。不使用-l选项时,du发现硬链接指向本目录下的文件,于是自动忽略该链接文件,以免造成重复统计;使用-l选项,du才会把硬链接文件也统计进来。
    七、du -L:这个选项主要是针对符号链接。它会把符号链接所指向的文件占用磁盘空间的大小也统计进来。帮助文档是这样解释的:Dereference symbolic links(show the disk space used by the file or directory that the link points to instead of the space used by the link)。

      我们在download目录下创建一个符号链接,指向本目录下的一个文件。我们看到上面图片中显示的操作结果,当使用-L选项时,du会把符号链接所指向的文件的大小也统计到目录里来。
      另外我们看du -lh的结果,与du -h相同,好像没有统计出符号链接的大小;其实并非如此。从实际操作来看,符号链接本身似乎并不占用磁盘空间,所以才出现上述情况。

      最后,du命令在统计目录占用磁盘空间时,默认不统计链接文件(无论是硬链接或是符号链接),所以要用-l和-L选项特地指出来;此外,du命令默认不显示目录下文件占用磁盘空间的信息,但是却默认显示其下子目录所占用磁盘空间的信息。怪哉。

    du -sh : 查看当前目录总共占的容量。而不单独列出各子项占用的容量
    du -lh –max-depth=1 : 查看当前目录下一级子文件和子目录占用的磁盘容量。

    展开全文
  • Linux rmmod命令 Linux rmmod命令用于删除模块。...-a 删除所有目前不需要的模块。 -s 把信息输出至syslog常驻服务,而非终端机界面。 实例 显示已安装的模块 # lsmod Module Size Used by cramfs 39042 1 nfsd 238935
  •  本次设计的是一个校园二手交易平台(C2C),C2C指个人与个人之间的电子商务,买家可以查看所有卖家发布的商品,并且根据分类进行商品过滤,也可以根据站内搜索引擎进行商品的查询,并且与卖家联系,达成交易的意向...
  • @RequestMapping 用法详解

    千次阅读 2016-04-24 21:50:50
    用于类上,表示类中的所有响应请求的方法都是以该地址作为父路径。 @RequestMapping is one of the most widely used Spring MVC annotation. org.springframework.web.bind.annotation.RequestMappin

    RequestMapping是一个用来处理请求地址映射的注解,可用于类或方法上。用于类上,表示类中的所有响应请求的方法都是以该地址作为父路径。

    @RequestMapping is one of the most widely used Spring MVC annotation. org.springframework.web.bind.annotation.RequestMapping annotation is used to map web requests onto specific handler classes and/or handler methods.
    @RequestMapping can be applied to the controller class as well as methods. Today we will look into various usage of this annotation with example.

    先看用法,直接看其定义的源代码:

    /**
    	 * The primary mapping expressed by this annotation.
    	 * <p>In a Servlet environment: the path mapping URIs (e.g. "/myPath.do").
    	 * Ant-style path patterns are also supported (e.g. "/myPath/*.do").
    	 * At the method level, relative paths (e.g. "edit.do") are supported
    	 * within the primary mapping expressed at the type level.
    	 * <p>In a Portlet environment: the mapped portlet modes
    	 * (i.e. "EDIT", "VIEW", "HELP" or any custom modes).
    	 * <p><b>Supported at the type level as well as at the method level!</b>
    	 * When used at the type level, all method-level mappings inherit
    	 * this primary mapping, narrowing it for a specific handler method.
    	 */
    	String[] value() default {};
    
    	/**
    	 * The HTTP request methods to map to, narrowing the primary mapping:
    	 * GET, POST, HEAD, OPTIONS, PUT, DELETE, TRACE.
    	 * <p><b>Supported at the type level as well as at the method level!</b>
    	 * When used at the type level, all method-level mappings inherit
    	 * this HTTP method restriction (i.e. the type-level restriction
    	 * gets checked before the handler method is even resolved).
    	 * <p>Supported for Servlet environments as well as Portlet 2.0 environments.
    	 */
    	RequestMethod[] method() default {};
    
    	/**
    	 * The parameters of the mapped request, narrowing the primary mapping.
    	 * <p>Same format for any environment: a sequence of "myParam=myValue" style
    	 * expressions, with a request only mapped if each such parameter is found
    	 * to have the given value. Expressions can be negated by using the "!=" operator,
    	 * as in "myParam!=myValue". "myParam" style expressions are also supported,
    	 * with such parameters having to be present in the request (allowed to have
    	 * any value). Finally, "!myParam" style expressions indicate that the
    	 * specified parameter is <i>not</i> supposed to be present in the request.
    	 * <p><b>Supported at the type level as well as at the method level!</b>
    	 * When used at the type level, all method-level mappings inherit
    	 * this parameter restriction (i.e. the type-level restriction
    	 * gets checked before the handler method is even resolved).
    	 * <p>In a Servlet environment, parameter mappings are considered as restrictions
    	 * that are enforced at the type level. The primary path mapping (i.e. the
    	 * specified URI value) still has to uniquely identify the target handler, with
    	 * parameter mappings simply expressing preconditions for invoking the handler.
    	 * <p>In a Portlet environment, parameters are taken into account as mapping
    	 * differentiators, i.e. the primary portlet mode mapping plus the parameter
    	 * conditions uniquely identify the target handler. Different handlers may be
    	 * mapped onto the same portlet mode, as long as their parameter mappings differ.
    	 */
    	String[] params() default {};
    
    	/**
    	 * The headers of the mapped request, narrowing the primary mapping.
    	 * <p>Same format for any environment: a sequence of "My-Header=myValue" style
    	 * expressions, with a request only mapped if each such header is found
    	 * to have the given value. Expressions can be negated by using the "!=" operator,
    	 * as in "My-Header!=myValue". "My-Header" style expressions are also supported,
    	 * with such headers having to be present in the request (allowed to have
    	 * any value). Finally, "!My-Header" style expressions indicate that the
    	 * specified header is <i>not</i> supposed to be present in the request.
    	 * <p>Also supports media type wildcards (*), for headers such as Accept
    	 * and Content-Type. For instance,
    	 * <pre>
    	 * @RequestMapping(value = "/something", headers = "content-type=text/*")
    	 * </pre>
    	 * will match requests with a Content-Type of "text/html", "text/plain", etc.
    	 * <p><b>Supported at the type level as well as at the method level!</b>
    	 * When used at the type level, all method-level mappings inherit
    	 * this header restriction (i.e. the type-level restriction
    	 * gets checked before the handler method is even resolved).
    	 * <p>Maps against HttpServletRequest headers in a Servlet environment,
    	 * and against PortletRequest properties in a Portlet 2.0 environment.
    	 * @see org.springframework.http.MediaType
    	 */
    	String[] headers() default {};
    
    	/**
    	 * The consumable media types of the mapped request, narrowing the primary mapping.
    	 * <p>The format is a sequence of media types ("text/plain", "application/*),
    	 * with a request only mapped if the {@code Content-Type} matches one of these media types.
    	 * Expressions can be negated by using the "!" operator, as in "!text/plain", which matches
    	 * all requests with a {@code Content-Type} other than "text/plain".
    	 * <p><b>Supported at the type level as well as at the method level!</b>
    	 * When used at the type level, all method-level mappings override
    	 * this consumes restriction.
    	 * @see org.springframework.http.MediaType
    	 * @see javax.servlet.http.HttpServletRequest#getContentType()
    	 */
    	String[] consumes() default {};
    
    	/**
    	 * The producible media types of the mapped request, narrowing the primary mapping.
    	 * <p>The format is a sequence of media types ("text/plain", "application/*),
    	 * with a request only mapped if the {@code Accept} matches one of these media types.
    	 * Expressions can be negated by using the "!" operator, as in "!text/plain", which matches
    	 * all requests with a {@code Accept} other than "text/plain".
    	 * <p><b>Supported at the type level as well as at the method level!</b>
    	 * When used at the type level, all method-level mappings override
    	 * this consumes restriction.
    	 * @see org.springframework.http.MediaType
    	 */
    	String[] produces() default {};
    下面再来弄些示例:

    RequestMapping注解有六个属性,下面我们把她分成三类进行说明。
    1、 value, method;
    value:     指定请求的实际地址,指定的地址可以是URI Template 模式(后面将会说明);
    method:  指定请求的method类型, GET、POST、PUT、DELETE等;

    @Controller
    @RequestMapping("/appointments")
    public class AppointmentsController {
    
        private AppointmentBook appointmentBook;
        
        @Autowired
        public AppointmentsController(AppointmentBook appointmentBook) {
            this.appointmentBook = appointmentBook;
        }
    
        @RequestMapping(method = RequestMethod.GET)
        public Map<String, Appointment> get() {
            return appointmentBook.getAppointmentsForToday();
        }
    
        @RequestMapping(value="/{day}", method = RequestMethod.GET)
        public Map<String, Appointment> getForDay(@PathVariable @DateTimeFormat(iso=ISO.DATE) Date day, Model model) {
            return appointmentBook.getAppointmentsForDay(day);
        }
    
        @RequestMapping(value="/new", method = RequestMethod.GET)
        public AppointmentForm getNewForm() {
            return new AppointmentForm();
        }
    
        @RequestMapping(method = RequestMethod.POST)
        public String add(@Valid AppointmentForm appointment, BindingResult result) {
            if (result.hasErrors()) {
                return "appointments/new";
            }
            appointmentBook.addAppointment(appointment);
            return "redirect:/appointments";
        }
    }
    @RequestMapping(value="/owners/{ownerId}", method=RequestMethod.GET)
    public String findOwner(@PathVariable String ownerId, Model model) {
      Owner owner = ownerService.findOwner(ownerId);  
      model.addAttribute("owner", owner);  
      return "displayOwner"; 
    }
    @RequestMapping("/spring-web/{symbolicName:[a-z-]+}-{version:\d\.\d\.\d}.{extension:\.[a-z]}")
      public void handle(@PathVariable String version, @PathVariable String extension) {    
        // ...
      }
    }
    2、 consumes,produces;
    consumes: 指定处理请求的提交内容类型(Content-Type),例如application/json, text/html;

    @Controller
    @RequestMapping(value = "/pets", method = RequestMethod.POST, consumes="application/json")
    public void addPet(@RequestBody Pet pet, Model model) {    
        // implementation omitted
    }
    produces:    指定返回的内容类型,仅当request请求头中的(Accept)类型中包含该指定类型才返回;

    <pre name="code" class="html" style="color: rgb(51, 51, 51); font-size: 14px; line-height: 26px;"><span style="font-family: Arial;">@Controller</span>
    @RequestMapping(value = "/pets/{petId}", method = RequestMethod.GET, produces="application/json")@ResponseBodypublic Pet getPet(@PathVariable String petId, Model model) { // implementation omitted}
    
    方法仅处理request请求中Accept头中包含了"application/json"的请求,同时暗示了返回的内容类型为application/json;
    3、 params,headers;
    params: 指定request中必须包含某些参数值是,才让该方法处理。

    @Controller
    @RequestMapping("/owners/{ownerId}")
    public class RelativePathUriTemplateController {
    
      @RequestMapping(value = "/pets/{petId}", method = RequestMethod.GET, params="myParam=myValue")
      public void findPet(@PathVariable String ownerId, @PathVariable String petId, Model model) {    
        // implementation omitted
      }
    }
    headers: 指定request中必须包含某些指定的header值,才能让该方法处理请求。

    @Controller
    @RequestMapping("/owners/{ownerId}")
    public class RelativePathUriTemplateController {
    
    @RequestMapping(value = "/pets", method = RequestMethod.GET, headers="Referer=http://www.ifeng.com/")
      public void findPet(@PathVariable String ownerId, @PathVariable String petId, Model model) {    
        // implementation omitted
      }
    }

    展开全文
  • matlab中dir()函数的用法

    千次阅读 2020-01-08 11:09:56
    做毕设时用到的函数,在这里记录一下,方便以后回忆用法 dir()函数用于获得指定文件夹中所有的文件与子文件,并存放在在一种为文件结构体数组中. help dir dir List directory. dir directory_name lists the files ...

    做毕设时用到的函数,在这里记录一下,方便以后回忆用法

    dir()函数用于获得指定文件夹中所有的文件与子文件,并存放在在一种为文件结构体数组中.

    help dir
    dir List directory.
    dir directory_name lists the files in a directory. Pathnames and
    wildcards may be used. For example, dir *.m lists all program files
    in the current directory.

    D = dir('directory_name') returns the results in an M-by-1
    structure with the fields: 
        name    -- Filename
        date    -- Modification date
        bytes   -- Number of bytes allocated to the file
        isdir   -- 1 if name is a directory and 0 if not
        datenum -- Modification date as a MATLAB serial date number.
                   This value is locale-dependent.
    
     D = dir('directory_name')以M-by-1返回结果
         name - 文件名
         date - 修改日期
         bytes - 分配给文件的字节数
         isdir - 如果name是目录则为1,否则为0
         datenum - 修改日期为MATLAB序列号。
                    此值取决于语言环境。
    
    // trainpicture=dir('F:\trainpicture');
    lengthfile=length(trainpicture)-2;
    %使用的文件系统中,每个文件夹下都默认含有“.”,“..”两个隐藏的系统文件夹,前者指向该文件夹,后者指向该文件夹的父文件夹,所以要减去2
    

    使用方法:

    dir ( ’ . ’ ) 列出当前目录下的所有子文件夹和子文件

    dir ( ’ G:\Matlab ') 列出指定目录下的所有子文件夹和文件

    dir( ’ *.m’ )列出当前目录后缀是.m文件的所有文件

    展开全文
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