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    • 4. 发明申请
    • METHOD AND APPARATUS FOR PROCESSING ELECTRONIC TRANSACTION INFORMATION
    • 用于处理电子交易信息的方法和装置
    • US20140222666A1
    • 2014-08-07
    • US14248997
    • 2014-04-09
    • Hao FengKaipeng XuWubo CaoTao Hu
    • Hao FengKaipeng XuWubo CaoTao Hu
    • G06Q20/12
    • G06Q20/12G06Q20/027
    • The present invention relates to a method and apparatus for processing electronic transaction information, the method comprising: accepting a payment request submitted by a channel entrance page, the payment request comprising an electronic tag corresponding to the channel entrance page; making a payment in accordance with the payment request and outputting a payment result; identifying a distribution platform corresponding to the electronic tag; generating a payment result page based on the identified distribution platform; and outputting the payment result page. In accordance with the method and apparatus for processing electronic transaction information of the present invention, electronic tags are embedded in the processing steps of the electronic transactions, and two or more independent and closed transaction processing systems sharing the same payment process can be established. Thus, the amount of work and cost for establishing electronic transaction distribution platforms can be reduced.
    • 本发明涉及一种用于处理电子交易信息的方法和装置,该方法包括:接收由频道入口页面提交的支付请求,所述支付请求包括对应于频道入口页面的电子标签; 根据支付请求进行支付并输出付款结果; 识别对应于电子标签的分发平台; 基于所识别的分发平台生成支付结果页面; 并输出支付结果页面。 根据本发明的处理电子交易信息的方法和装置,在电子交易的处理步骤中嵌入电子标签,并且可以建立共享相同支付过程的两个或多个独立和封闭的交易处理系统。 因此,可以减少建立电子交易分配平台的工作量和成本。
    • 6. 发明申请
    • ASYNCHRONOUS EXECUTION OF SOFTWARE TASKS
    • 非同寻常的软件任务执行
    • US20090083740A1
    • 2009-03-26
    • US11858331
    • 2007-09-20
    • Ashvin J. MathewNicolae SurpatanuHao Feng
    • Ashvin J. MathewNicolae SurpatanuHao Feng
    • G06F9/46
    • G06F9/5055G06F2209/5013G06F2209/5015G06F2209/504G06F2209/508Y02D10/22
    • A service broker for asynchronous execution of software. The broker functions include dynamically loading working modules from a specified directory, publishing the working module commands, receiving service requests from clients, and upon successful authentication and authorization, dispatching the requests to module command queues for scheduling and execution. The modules are invoked in separate domains so that management functions can control the modules independently. A management application facilitates interactive user scheduling of the actions being invoked. This can also be accomplished automatically according to business rules, for example. The management application also facilitates checking the progress on an action that is occurring, displaying errors that occur during the command execution, results of an action can also be displayed, and scheduling of requests.
    • 用于异步执行软件的服务代理。 代理功能包括从指定目录动态加载工作模块,发布工作模块命令,从客户端接收服务请求,以及成功的认证和授权后,将请求发送到模块命令队列进行调度和执行。 模块在不同的域中调用,以便管理功能可以独立控制模块。 管理应用程序便于交互式用户调度所调用的动作。 这也可以根据业务规则自动完成。 管理应用程序还便于检查正在发生的操作的进度,显示在命令执行期间发生的错误,还可以显示动作的结果以及请求的调度。
    • 10. 发明授权
    • Synchronizing data between business applications
    • 在业务应用程序之间同步数据
    • US07925625B2
    • 2011-04-12
    • US11858332
    • 2007-09-20
    • Ashvin J MathewNicolae SurpatanuHao Feng
    • Ashvin J MathewNicolae SurpatanuHao Feng
    • G06F17/30
    • G06Q10/00G06F17/30581G06Q10/06375
    • Architecture for synchronizing data between business applications according to a multi-master arrangement. Changes to business entities can be snapshot changes, delta changes, and long-running process changes, the latter which can be derived from the first two. The architecture includes automatic error retry logic, such that when synchronization errors occur, the logic can be replayed to resolve the errors, when conditions have changed where the errors can be resolved. This also applies to when one error causes a cascading set of errors. By replaying one error, the other errors will be resolved. Backup and restore of a participating application is also provided such that a new data change in a non-backup-restored application will automatically be synchronized to the recently-restored system.
    • 根据多主机安排在业务应用之间同步数据的架构。 对业务实体的更改可以是快照更改,增量更改和长时间运行的流程更改,后者可以从前两个导出。 该架构包括自动错误重试逻辑,使得当发生同步错误时,当条件已经改变可以解决错误的地方可以重放逻辑以解决错误。 这也适用于当一个错误导致级联错误集合时。 通过重播一个错误,其他错误将被解决。 还提供了参与应用程序的备份和还原,使得非备份还原应用程序中的新数据更改将自动同步到最近恢复的系统。