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    • 73. 发明申请
    • METHOD AND SYSTEM FOR ENABLING STATE SAVE AND DEBUG OPERATIONS FOR CO-ROUTINES IN AN EVENT-DRIVEN ENVIRONMENT
    • 方法和系统,用于在事件驱动环境中实现节约和调试运营
    • US20080222401A1
    • 2008-09-11
    • US11682956
    • 2007-03-07
    • DOUGLAS W. DEWEYSangram Singh GhomanWilliam G. ShermanShachar Fienblit
    • DOUGLAS W. DEWEYSangram Singh GhomanWilliam G. ShermanShachar Fienblit
    • G06F9/44
    • G06F11/3636G06F9/4484
    • A method of enabling state save and debug operations for co-routines for first failure data capture (FFDC) in an event-driven environment. A stack management utility allocates space for a context structure, which includes a state field, and a stack pointer in a buffer. A context management utility initializes a first context structure of a first co-routine and saves a state of the first context structure in response to an execution request for a second co-routine. The context management utility sets a second context structure as a current context. When execution of the current context is complete, the context management utility restores the first context structure of the first co-routine as the current context. If the state field is not set to a valid value, a state save function “state saves” all allocated co-routine stacks and context structures, restores the entire system to a previous valid state, and restarts operations.
    • 一种在事件驱动环境中为第一故障数据捕获(FFDC)启用状态保存和调试操作的方法。 堆栈管理实用程序为上下文结构分配空间,其中包括状态字段和缓冲区中的堆栈指针。 上下文管理实用程序初始化第一协同程序的第一上下文结构,并响应于第二共同程序的执行请求而保存第一上下文结构的状态。 上下文管理实用程序将第二个上下文结构设置为当前上下文。 当当前上下文的执行完成时,上下文管理实用程序将当前上下文恢复第一协同程序的第一上下文结构。 如果状态字段未设置为有效值,则状态保存功能“状态保存”所有分配的协同栈和上下文结构,将整个系统恢复到先前的有效状态,并重新启动操作。
    • 78. 发明申请
    • CONTROLLING DATA DESTAGING WITHIN A MULTI-TIERED STORAGE SYSTEM
    • 控制在多层存储系统中的数据转移
    • US20120102242A1
    • 2012-04-26
    • US12911975
    • 2010-10-26
    • Benny KorenShachar FienblitGuy KerenEyal GordonEyal David
    • Benny KorenShachar FienblitGuy KerenEyal GordonEyal David
    • G06F13/10
    • G06F3/0683G06F3/061G06F3/0637G06F3/0659
    • There is provided according to an example of the claimed subject matter, a system and a method for managing access to a shared storage entity. According to an example of the claimed subject matter, a system for managing access to a shared storage entity can include two or more initiator entities, two or more local sequencing agents and an arbitration module. Each of the two or more local sequencing agents can be associated with a respective one of two or more initiator entities which generate I/O requests for accessing the shared storage entity. Each local sequencing agent can be adapted to locally sequence its respective initiator entity's I/O requests. The arbitration module can be adapted to manage an access cycle to the shared storage entity by allocating to each one of the plurality of initiator entities a monolithic/continuous chunk of the access cycle to implement its own I/O access sequence, wherein chunk allocation is determined according to subframe allocation criteria related to the functional characteristics of each of the initiator entities.
    • 根据所要求保护的主题的示例提供了一种用于管理对共享存储实体的访问的系统和方法。 根据所要求保护的主题的示例,用于管理对共享存储实体的访问的系统可以包括两个或更多个启动器实体,两个或更多个本地排序代理和仲裁模块。 两个或多个本地排序代理中的每一个可以与生成用于访问共享存储实体的I / O请求的两个或更多个启动器实体中的相应一个相关联。 每个本地排序代理可以适于对其各自的发起者实体的I / O请求进行本地排序。 仲裁模块可以适于通过向多个发起者实体中的每一个分配访问周期的单片/连续块来实现其自己的I / O访问序列来管理对共享存储实体的访问周期,其中块分配是 根据与每个发起者实体的功能特征相关的子帧分配标准确定。
    • 79. 发明授权
    • Initializing of a memory area
    • 初始化内存区域
    • US08135932B2
    • 2012-03-13
    • US12182045
    • 2008-07-29
    • Shachar FienblitEyal GordonAvaid Zlotnick
    • Shachar FienblitEyal GordonAvaid Zlotnick
    • G06F12/00
    • G06F12/023G06F3/0605G06F3/0632G06F3/0689
    • A method for initializing a memory area, the method includes: receiving a request to access a first memory sub of a first memory area that comprises multiple memory sub areas; and initializing the first memory sub area if a first memory area initialization indicator differs from a first memory sub area initialization request indicator; wherein the first memory area initialization request indicator is a multiple bit variable indicative of a time of a last request to initialize the first memory area and the first memory sub area initialization indicator is a multiple bit variation indicative of a time of a request to initialize the first memory area that resulted in a last initialization of the first memory sub area.
    • 一种用于初始化存储区域的方法,所述方法包括:接收访问包括多个存储器子区域的第一存储器区域的第一存储器子的请求; 以及如果第一存储区初始化指示符与第一存储器子区初始化请求指示符不同,则初始化第一存储器子区; 其中所述第一存储区初始化请求指示符是指示初始化所述第一存储区的最后请求的时间的多位变量,并且所述第一存储器子区初始化指示符是指示初始化请求的时间的多位变量 导致第一存储器子区域的最后初始化的第一存储区域。