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    • 2. 发明授权
    • Enhanced reset and built-in self-test mechanisms for single function and
multifunction input/output devices
    • 增强的复位和内置自检机构,用于单功能和多功能输入/输出设备
    • US6073253A
    • 2000-06-06
    • US995075
    • 1997-12-19
    • Gregory Michael NordstromShawn Michael LambethPaul Edward MovallDaniel Frank MoertlCharles Scott GrahamPaul John JohnsenThomas Rembert Sand
    • Gregory Michael NordstromShawn Michael LambethPaul Edward MovallDaniel Frank MoertlCharles Scott GrahamPaul John JohnsenThomas Rembert Sand
    • G06F1/24G06F11/267G06F11/00
    • G06F11/267G06F1/24
    • An apparatus, system and method permitting a variety of reset procedures and corresponding reset states. A device reset control register is provided for each I/O device adapter in single function or multifunction devices. The device reset control registers permit a greater degree of control over single function devices, multifunction device as a whole and individual device functions within a multifunction device. A device immediate status register synchronizes the various reset procedures. A logical power on reset procedure, a directed unit reset procedure and a directed interface reset procedure utilize the greater degree of control that the device reset control registers provide to force the I/O device adapter, single function device or multifunction device into a corresponding logical power on reset state, a directed unit reset state or a directed interface reset state. Each of these reset states is well-defined and has the advantage of predictable behavior during and after execution of the corresponding reset procedure. A built-in self-test procedure is also defined that sequentially examines each function associated within a multifunction device connected to the local bus to coordinate the initiation, execution and completion of built in self-tests.
    • 允许各种复位过程和相应复位状态的装置,系统和方法。 为单个功能或多功能设备中的每个I / O设备适配器提供器件复位控制寄存器。 器件复位控制寄存器允许对单个功能器件,多功能器件作为一个整体进行更大程度的控制,以及多功能器件中的各个器件功能。 设备立即状态寄存器可以同步各种复位过程。 逻辑上电复位程序,有向单元复位程序和定向接口复位程序利用设备复位控制寄存器提供的更大程度的控制力将I / O设备适配器,单功能设备或多功能设备强制为相应的逻辑 上电复位状态,定向单元复位状态或定向接口复位状态。 这些复位状态中的每一个都被明确定义,并且具有在执行相应的复位过程期间和之后可预测的行为的优点。 还定义了一个内置的自检程序,依次检查连接到本地总线的多功能设备中相关联的每个功能,以协调内置自检的启动,执行和完成。
    • 9. 发明申请
    • Multi-Port Trace Data Handling
    • 多端口跟踪数据处理
    • US20060288254A1
    • 2006-12-21
    • US11467735
    • 2006-08-28
    • Manisha AgarwalaLewis NardiniJohn JohnsenMaria GillJose Flores
    • Manisha AgarwalaLewis NardiniJohn JohnsenMaria GillJose Flores
    • G06F11/00
    • G06F11/3636G06F11/3656
    • A method of trace data compression receives trace data on a first port and a second port stores a prior data value. If trace data is received on only one port, then that trace data is transmitted as an indication of matching and non-matching sections between the current trace data and the stored data value and the non-matching sections of the current trace data on the one port. If trace data is received on both ports, then the first port trace data is transmitted relative to the prior stored value and the second port trace data is transmitted relative to the first port trace data. The stored prior data is reset to zero upon each initiation or termination of trace data on either port. The stored prior value is set to the second port value or the first port value if no second port value is received.
    • 跟踪数据压缩的方法在第一端口上接收跟踪数据,而第二端口存储先前的数据值。 如果仅在一个端口上接收到跟踪数据,则该跟踪数据作为当前跟踪数据与存储的数据值之间的匹配和非匹配部分的指示以及当前跟踪数据的不匹配部分在一个端口上发送 港口。 如果在两个端口上都接收到跟踪数据,则相对于先前存储的值传输第一个端口跟踪数据,并且相对于第一个端口跟踪数据传输第二个端口跟踪数据。 在任一端口上的跟踪数据的每次启动或终止时,存储的先前数据被重置为零。 如果没有接收到第二个端口值,则将存储的先前值设置为第二个端口值或第一个端口值。