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    • 4. 发明授权
    • Language extension for light weight threading in a JVM
    • JVM中轻量线程的语言扩展
    • US07162718B1
    • 2007-01-09
    • US09735592
    • 2000-12-12
    • Michael Wayne BrownScott E. GarfinkleMichael A. PaoliniDavid Mark Wendt
    • Michael Wayne BrownScott E. GarfinkleMichael A. PaoliniDavid Mark Wendt
    • G06F9/455G06F9/45G06F9/40
    • G06F8/314
    • An asynchronous execution process to allow a compiler or interpreter to recognize code elements that may be executed out of order and to create a light weight thread for execution of the code element. This light weight thread may be executed on another processor in a multiprocessing environment. An “async” keyword is included in a language to indicate that a statement may be executed asynchronously with respect to the other statements at the same nesting level. The “async” keyword may also be used to modify the declaration of a function to indicate that it is safe to run the affected method out of order with other statements in a block. An “async_end” keyword is included in a language to indicate that asynchronous execution of a statement, block of code, or method must be complete before the next statement, block of code, or method may be executed.
    • 一种异步执行过程,允许编译器或解释器识别可能无序执行的代码元素,并创建用于执行代码元素的轻量级线程。 这种轻量级线程可以在多处理环境中的另一处理器上执行。 语言中包含一个“async”关键字,以指示相对于相同嵌套级别的其他语句可能异步地执行语句。 “async”关键字也可用于修改函数的声明,以指示可以安全地将受影响的方法与块中的其他语句无序运行。 语言中包含一个“async_end”关键字,以指示语句,代码块或方法的异步执行必须在下一个语句,代码块或方法执行之前完成。
    • 7. 发明申请
    • Method and apparatus to auto-login to a browser application launched from an authenticated client application
    • 自动登录到从认证客户端应用程序启动的浏览器应用程序的方法和装置
    • US20120260321A1
    • 2012-10-11
    • US13081562
    • 2011-04-07
    • David Mark WendtJoseph Kubik
    • David Mark WendtJoseph Kubik
    • H04L9/32
    • H04L9/0863H04L63/0838H04L63/168H04L67/02
    • A technique for automated login to a browser application from an authenticated client application begins upon the end user taking an action to access a target resource. A credential is associated with the client application as a result of a prior login operation. The technique is implemented in a server application associated with the client application. In response to the end user taking the action, the server application receives a first request that includes the credential. The credential is cached at a location identified by a one-time-key that is generated by at the server in response to receipt of the first request. The server application then returns a response to the first request that includes a data string (e.g., a URL-template) that includes the one-time-use key. Upon receipt of that response, the client application fills in the URL-template with the target resource URL and launches the browser. The resulting second request is received at the server application, which retrieves the credential from the location identified by the one-time use key. The server application sets the retrieved credential in a cookie and returns a response to the second request. That response includes the cookie and a redirect to the target resource. In this manner, the browser is redirected to the target resource (e.g., a secure page) without requiring an extra login.
    • 从经过身份验证的客户端应用程序自动登录到浏览器应用程序的技术从最终用户采取行动访问目标资源开始。 作为先前登录操作的结果,凭证与客户端应用程序相关联。 该技术在与客户端应用程序相关联的服务器应用程序中实现。 响应于最终用户采取行动,服务器应用程序接收到包含凭据的第一个请求。 证书被缓存在由服务器响应于接收到第一请求而生成的一次性密钥所标识的位置处。 然后,服务器应用程序返回包括包含一次性使用密钥的数据串(例如,URL模板)的第一请求的响应。 收到该响应后,客户端应用程序将使用目标资源URL填充URL模板并启动浏览器。 所产生的第二请求在服务器应用程序处被接收,服务器应用程序从一次性使用密钥标识的位置检索凭证。 服务器应用程序将检索到的凭证设置为cookie,并向第二个请求返回响应。 该响应包括cookie和重定向到目标资源。 以这种方式,浏览器被重定向到目标资源(例如,安全页面),而不需要额外的登录。