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    • 8. 发明授权
    • Method and apparatus for diagnostic recording using transactional memory
    • 使用事务记忆的诊断记录方法和装置
    • US08972794B2
    • 2015-03-03
    • US12037214
    • 2008-02-26
    • Mark Francis WildingRobert James BlaineyThomas J. Heller, Jr.Alexander Abrashkevich
    • Mark Francis WildingRobert James BlaineyThomas J. Heller, Jr.Alexander Abrashkevich
    • G06F11/00G06F11/36
    • G06F11/366
    • A method (500) or a diagnostic recording device (400) having transactional memory and a processor coupled to the transactional memory can store (502) contents of a transaction log (40) of the transactional memory, detect (504) an exception event, and replay (506) last instructions that led up to the exception event using a debugger tool (80). The transactional memory can be hardware or software based transactional memory. The processor can also store the transaction log by storing the contents of the transaction log in a core file (302) which can include a stack (60), a register dump (70), a memory dump (75), and the transactional log. The debugger tool can be used to load up the core file, an executable file (95), and a library (90) to enable the diagnostic recording device to retrace transactions occurring at the diagnostic recording device up to the exception event.
    • 具有事务存储器的方法(500)或诊断记录装置(400)和耦合到事务存储器的处理器可以存储(502)事务存储器的事务日志(40)的内容,检测(504)异常事件, 并使用调试工具(80)重播(506)导致异常事件的最后指令。 事务性存储器可以是基于硬件或软件的事务存储器。 处理器还可以通过将事务日志的内容存储在核心文件(302)中来存储事务日志,核心文件(302)可以包括堆栈(60),寄存器转储(70),存储器转储(75)和事务日志 。 调试器工具可用于加载核心文件,可执行文件(95)和库(90),以使诊断记录设备能够回溯在诊断记录设备发生的直到异常事件的事务。
    • 9. 发明申请
    • METHOD AND APPARATUS FOR DIAGNOSTIC RECORDING USING TRANSACTIONAL MEMORY
    • 使用交易记忆的诊断记录的方法和装置
    • US20090217104A1
    • 2009-08-27
    • US12037214
    • 2008-02-26
    • Mark Francis WildingRobert James BlaineyThomas J. Heller, JR.Alexander Abrashkevich
    • Mark Francis WildingRobert James BlaineyThomas J. Heller, JR.Alexander Abrashkevich
    • G06F11/34
    • G06F11/366
    • A method (500) or a diagnostic recording device (400) having transactional memory and a processor coupled to the transactional memory can store (502) contents of a transaction log (40) of the transactional memory, detect (504) an exception event, and replay (506) last instructions that led up to the exception event using a debugger tool (80). The transactional memory can be hardware or software based transactional memory. The processor can also store the transaction log by storing the contents of the transaction log in a core file (302) which can include a stack (60), a register dump (70), a memory dump (75), and the transactional log. The debugger tool can be used to load up the core file, an executable file (95), and a library (90) to enable the diagnostic recording device to retrace transactions occurring at the diagnostic recording device up to the exception event.
    • 具有事务存储器的方法(500)或诊断记录装置(400)和耦合到事务存储器的处理器可以存储(502)事务存储器的事务日志(40)的内容,检测(504)异常事件, 并使用调试工具(80)重播(506)导致异常事件的最后指令。 事务性存储器可以是基于硬件或软件的事务存储器。 处理器还可以通过将事务日志的内容存储在核心文件(302)中来存储事务日志,核心文件(302)可以包括堆栈(60),寄存器转储(70),存储器转储(75)和事务日志 。 调试器工具可用于加载核心文件,可执行文件(95)和库(90),以使诊断记录设备能够回溯在诊断记录设备发生的直到异常事件的事务。
    • 10. 发明授权
    • Dynamic status tree facility
    • 动态状态树设施
    • US08024365B2
    • 2011-09-20
    • US11782354
    • 2007-07-24
    • Mark F. WildingAlexander Abrashkevich
    • Mark F. WildingAlexander Abrashkevich
    • G06F17/30
    • G06Q10/06Y10S707/99944
    • A dynamic status tree facility for providing status information about one or more systems. The facility includes a tree data structure and methods for manipulating the data structure. The facility is accessible to provider processes using a set of provider interface methods. The facility is accessible to consumer processes using a set of consumer interface methods. The tree data structure is defined by nodes stored in shared memory and attached to by way of a defined data structure made available to the provider and consumer interface methods. The nodes in the tree data structure are defined to have a control block and a variable set of export data. The export data for any one node is specified by a variable in the control block. Certain of the exported data in the tree is representable in a format selected to have one of four defined properties.
    • 用于提供关于一个或多个系统的状态信息的动态状态树设施。 该设施包括树状数据结构和操纵数据结构的方法。 使用一组提供程序接口方法,提供程序进程可以访问该设施。 消费者流程使用一组消费者接口方法可以访问该设施。 树数据结构由存储在共享存储器中的节点定义,并通过定义的数据结构附加到提供商和消费者接口方法。 树数据结构中的节点被定义为具有控制块和导出数据的变量集合。 任何一个节点的导出数据由控制块中的变量指定。 树中某些导出的数据可以以选定为具有四个定义属性之一的格式表示。