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    • 1. 发明授权
    • Design of tags for lookup of non-volatile registers
    • 用于查找非易失性寄存器的标签设计
    • US6119206A
    • 2000-09-12
    • US680575
    • 1996-07-12
    • Vijay K. TatkarBruce A. DelagiTerrence C. MillerJoel Steven Zucker
    • Vijay K. TatkarBruce A. DelagiTerrence C. MillerJoel Steven Zucker
    • G06F11/36G06F12/06
    • G06F11/3612
    • Stack tracebacks are performed in debugging and exception handling routines, and involve providing the values of non-volatile registers at the time of entry into each function in a call chain. One stack traceback technique includes performing the following two steps for each virtual address at which a function call in the call chain is made: (1) locating the tag section whose virtual address range includes the virtual address; and (2) locating a tag in the tag section found in step (1), whose virtual address range includes the virtual address. The tag found in step (2) indicates which of the values, if any, respectively held by the non-volatile registers upon entry to the particular function in which the above function call is made, are stored in a stack frame for the particular function at the time of the function call.
    • 堆栈跟踪在调试和异常处理例程中执行,并且涉及在进入呼叫链中的每个功能时提供非易失性寄存器的值。 一种堆栈追溯技术包括对进行呼叫链中的功能调用的每个虚拟地址执行以下两个步骤:(1)定位虚拟地址范围包括虚拟地址的标签段; 以及(2)将标签定位在步骤(1)中找到的标签部分中,其虚拟地址范围包括虚拟地址。 在步骤(2)中找到的标签指示在进入上述功能调用的特定功能时分别由非易失性寄存器保持的值中的哪一个存储在特定功能的堆栈帧中 在函数调用时。
    • 2. 发明授权
    • Method and apparatus for translucent file system
    • 半透明文件系统的方法和装置
    • US5313646A
    • 1994-05-17
    • US714312
    • 1991-06-10
    • David HendricksEvan AdamsTom LyonTerrence C. Miller
    • David HendricksEvan AdamsTom LyonTerrence C. Miller
    • G06F12/00G06F17/30G06F15/40
    • G06F17/30955G06F17/30235Y10S707/99942
    • In a computer system having a hierarchical file structure, a file system is provided which permits users of the system to share a file hierarchy and also have a private hierarchy in which files are automatically copied to as they are modified. Through the system of the present invention, a directory appears to the user as a single directory but may actually comprise files originating from a number of directories which are connected to one another through search links. Each directory has a search link associated with it which contains the path name of the back layer or directory behind it. The first layer seen through the system of the present invention is the front layer, private to the user. The back layers behind the front layer and connected to the front layer through the search links are shared layers accessible to multiple users. Thus transparent to the user of the directory accessible comprises multiple layers comprising shared and private files. The system further provides a copy-on-write feature which protects the integrity of the shared files by automatically copying a shared file into the users private layer when the user attempts to modify a shared file in a back layer.
    • 在具有分层文件结构的计算机系统中,提供了一种文件系统,其允许系统的用户共享文件层次结构,并且还具有私有层次结构,其中文件在被修改时被自动复制。 通过本发明的系统,用户将目录看作单个目录,但实际上可以包括通过搜索链接彼此连接的多个目录的源文件。 每个目录都有一个与之关联的搜索链接,其中包含后面层或目录后面的路径名。 通过本发明的系统看到的第一层是对用户私有的前层。 前层后面的背层和通过搜索链接连接到前层是多个用户可访问的共享层。 对于可访问目录的用户来说这样透明化包括包括共享和专用文件的多个层。 该系统进一步提供了写时复制功能,当用户尝试修改背层中的共享文件时,通过将共享文件自动复制到用户专用层中来保护共享文件的完整性。
    • 6. 发明授权
    • Method and apparatus for a fast debugger fix and continue operation
    • 用于快速调试器修复和继续操作的方法和设备
    • US5675803A
    • 1997-10-07
    • US299720
    • 1994-09-01
    • Thomas PreislerWayne C. GramlichEduardo Pelegri-LlopartTerrence C. Miller
    • Thomas PreislerWayne C. GramlichEduardo Pelegri-LlopartTerrence C. Miller
    • G06F11/28G06F9/06G06F11/36G06F9/44
    • G06F11/3624G06F11/3644
    • This Continuation-In-Part describes a part of this run-time debugger operation which is designated the "Fix-and-Continue" invention. This invention permits a user to begin a debugging session wherein if an error in the code is encountered, the user can edit the corresponding source code to correct the error and then execute a "Fix and Continue" command all without leaving the debugging session. The Fix and Continue code calls the compiler to recompile the source code file with the edited text in it, receives the resulting recompiled object code file from the compiler, uses the dynamic linker to link the recompiled object code into the target application program process, patches the previous version of this same object code fie to refer to the newly recompiled code, resets any required variables and registers, resets the program counter to the line of code being executed when the error was discovered. The debugger then continues in the debug session thereby saving the time it would ordinarily take to quit the debug session, relink and reload the target program and start the debug session once again.
    • 这个连续部分描述了这个运行时调试器操作的一部分,它被指定为“固定和继续”发明。 本发明允许用户开始调试会话,其中如果遇到代码中的错误,则用户可以编辑相应的源代码以纠正错误,然后在不离开调试会话的情况下执行“修复和继续”命令。 修复和继续代码调用编译器重新编译源代码文件中的编辑文本,从编译器接收生成的重新编译的对象代码文件,使用动态链接器将重新编译的目标代码链接到目标应用程序进程,补丁 以前版本的相同目标代码要引用新重新编译的代码,重置任何所需的变量和寄存器,将程序计数器复位到发现错误时执行的代码行。 然后,调试器在调试会话中继续进行,从而节省了退出调试会话通常需要的时间,重新连接并重新加载目标程序,并再次启动调试会话。