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icod(5) -- instant Capacity on Demand software for HP-UX
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iCOD provides services for instantly increasing or decreasing processing capacity (CPUs, cells, and memory) on supported HP servers to meet varying system demands. When the processing demand significantly changes, you can execute the icod_modify command (see icod_modify(1M)) to instantly activate or deactivate processors, or defer an activation or deactivation until the next reboot. The icod_modif... |
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intro(5) -- introduction to miscellany
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This section describes miscellaneous facilities, such as: macro packages, character set tables, the file system hierarchy, and operating system tunable parameters. |
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intr_strobe_ics_pct(5) -- limit for the percent of time a processor is allowed to spend in interrupt context
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intr_strobe_ics_pct specifies the system limit for the percent of time a processor is allowed to spend in interrupt context. When the tunable is set to a value less than 100, the kernel does not allow I/O interrupts to consume the processor time beyond the set limit and hence the threads and other low priority interrupts get time to execute. This is important when the system is under a heavy I/O i... |
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inttypes(5) -- basic integer data types
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This header file defines integer data types of various sizes. By using the data types defined in this header file, developers can be assured that the data types will have the same properties and behavior on different systems. Since not all implementations are required to support all of the integer sizes defined in this manual page, the proper way to see if a particular size of an integer is suppor... |
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ioctl(5) -- generic device control commands
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The ioctl(2) system call provides for control over open devices. This include file describes requests and arguments used in ioctl(2) which are of a generic nature. For details about how individual requests will affect any particular device, see the corresponding device manual entry in Section (7). If a device does not support an ioctl request it returns [EINVAL]. FIONREAD Returns in the long integ... |
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ioforw_timeout(5) -- enable timeout in I/O forwarding
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With I/O forwarding, the drivers' strategy routine forwards the I/O requests to a processor that is configured to handle the I/O completion interrupts from the device. I/O forwarding queues these requests in a per processor queue and handles them in a low priority interrupt context. In case of large number of requests, I/O forwarding may starve processes scheduled on the processor. When the tunab... |
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kconfig(5) -- introduction to kernel configuration commands
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HP-UX contains a set of commands used to view and modify the configuration of the HP-UX kernel. The commands are: kconfig Operations on complete kernel configurations kcmodule Operations on kernel modules kctune Operations on kernel tunable parameters ("tunables") kcpath Retrieves pathnames of kernel files kclog Searches and displays the kernel configuration log file mk_kernel Builds a kernel co... |
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kerberos(5) -- introduction to the Kerberos system
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The Kerberos system authenticates individual users in a network environment. After authenticating yourself to Kerberos, you can use network utilities such as rlogin, rcp, and rsh without having to present passwords to the remote hosts and without having to edit and use .rhosts files. Note that these utilities will work without passwords only if the remote machines you deal with support the Kerbero... |
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krs(5) -- kernel registry services
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KRS is a kernel specific mechanism that facilitates the maintenance of structured data. Subsystems within the kernel can use KRS to maintain static or dynamic data. This data can be either volatile, or persistent across system reboot. |
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ksi_alloc_max(5) -- system-wide limit of queued signals that can be allocated
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ksi_alloc_max is the system-wide limit on the number of queued signals that can be allocated and in use. ksi stands for "kernel signal information" and identifies entries with information about queued signals. There is one per queued signal. Queued signals are used by the sigqueue system call, timer expiration, POSIX real time message queues, and asynchronous I/O. User generated signals (via kil... |
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ksi_send_max(5) -- limit on number of queued signals per process
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ksi_send_max is the per process limit on the number of queued signals that can be posted by a sender and currently pending at receivers. The enforced limit is per process sender based. ksi stands for "kernel signal information" and identifies entries with information about queued signals. There is one per queued signal. Queued signals are used by the sigqueue system call, timer expiration, POSIX... |
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lang(5) -- description of supported languages
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HP-UX NLS (Native Language Support) provides support for the processing and customs requirements of a variety of languages. To enable NLS support for a particular language, a language definition must exist on the HP-UX system. Invoking the command locale -a (see locale(1)) displays information regarding which languages are currently supported on a particular HP-UX system. The default processing la... |
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langinfo(5) -- language information constants
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This header file contains the constants used to identify items of langinfo data (see nl_langinfo(3C)). The mode of items is given in . The following constants are defined. (Category indicates in which setlocale(3C) category each item is defined). Constant Category Description _______________________________________________________________ CODESET LC_CTYPE Codeset name, such as iso88591... |
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libcrash(5) -- crash dump access library
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libcrash is a library which provides access to system crash dumps. Access to a dump through the library is independent of the format of the crash dump (there are several, described below). It is also independent of the location of the dump, which could be on a raw dump device, in files in a file system, or a mixture of the two. The memory of a running system can also be treated as a "dump" throu... |
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libcres.a(5) -- a subset of functions from libc.a
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The libcres.a library is an archive of selected functions from libc which are leaf functions that do not use shared data. This library provides applications with the ability to call those overheadsensitive functions more efficiently than would be possible if those functions were in a shared library. The libcres.a usage model has changed significantly for HP-UX 11i Version 1.5. In the previous HP-U... |
