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capabilities(4) -- Capability Mechanism
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The capability mechanism provides fine grained control over the privileges of a process. As a process attribute, a capability allows the process to perform a specific set of restricted operations, without granting general override of the system's protection scheme. A process can possess multiple capabilities. Collectively, all defined capabilities comprise the set of abilities that are traditionally associated with the root user. Defined capabilities are: CAP_ACCT_MGT Privilege to use accountin... |
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capability(4) -- user capability database
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Here is a sample /etc/capability file: root:all+eip:all+eip sysadm:all=:all= cmwlogin:all+eip:all+eip diag:all=:all= daemon:all=:all= bin:all=:all= uucp:all=:all= sys:all=:all= adm:all=:all= lp:all=:all= nuucp:all=:all= auditor:CAP_AUDIT_WRITE,CAP_AUDIT_CONTROL,CAP_KILL+eip:CAP_AUDIT_WRITE,CAP_AUDIT_CONTROL,CAP_KILL+eip dbadmin:all=:all= xserver:all=:all= demos:all=:all= tutor:all=:all= guest:all=:all= jenny:all=:CAP_DAC_READ_SEARCH+eip Page 1 capability(4) capability(4) In this example, there a... |
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dmedia/cdframe(4) -- structure of a frame of audio data on Compact Disc (CD)
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Audio on Compact Discs (CD) is blocked into frames. The CD has 75 frames each second. One frame of data contains both audio and non-audio data (known as subcodes). These frames are frequently referred to as subcode-frames because it takes one complete frame to assemble all the bits of a chunk of subcode. A program reading a CD in audio mode must read a minimum of one CD frame. This is enforced by the function CDreadda(3) in libcdaudio. The cdframe structure, describing the content of a frame of ... |
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cftime(4) -- language specific strings
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/lib/cftime/usa_english Jan Feb ... January February ... Sun Mon ... Sunday Monday ... %H:%M:%S %m/%d/%y %a %b %d %T %Z %Y AM PM Page 1 CFTIME(4) CFTIME(4) |
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clearance(4) -- user clearance label information file
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Here is a example /etc/clearance file : Betty:adminlabel midlabel...highlabel lowlabel Bubba:lowlabel midlabel adminlabel Bubbles:lowlabel...midlabel highlabel...adminlabel Betty is cleared for lowlabel, the label range from midlabel to highlabel, and adminlabel. Bubba is cleared for lowlabel, midlabel and adminlabel only (notice no clearance ranges). Bubbles is cleared for the security ranges between lowlabel to midlabel and highlabel to adminlabel. duck:userlow:userlow dblow...dblow bill:userl... |
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core(4) -- format of core image file
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The IRIX system writes out a core image of a terminated process when any of various errors occur. See signal(2) for the list of reasons; the most common are memory violations, illegal instructions, bus errors, and user-generated quit signals. The core image is called core and is written in the process's working directory (provided it can be; normal access controls apply). A process with an effective user ID different from the real user ID does not produce a core image. The format of the core im... |
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cpio(4) -- format of cpio archive
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cpio(1), find(1), stat(2) PPPPaaaaggggeeee 1111 |
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cpuset(4) -- cpuset configuration files
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The following configuration file describes an exclusive cpuset containing 4 CPUs: #cpuset configuration file EXCLUSIVE MEMORY_LOCAL MEMORY_EXCLUSIVE |
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cshrc(4) -- system-wide csh initialization command file
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/etc/cshrc |
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cvprc(4) -- file describing WorkShop performance tasks
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Lines beginning with # are comments. Blank lines are also allowed. A task line begins with the task name, followed immediately by a colon. The remainder of the line is cvp arguments, exactly as they would be specified to cvp, except that the -T argument is silently ignored. |
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X11/cvt_fun_tbl(4) -- Function key conversion table of Input Manager of the X Window System Version 11 (xwnmo(1X))
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Converts a function key code(KeySym) generated by XLookupString() to a one-byte character(Wnn code) according to preset data. Coding format: [ KeySym-entry Wnn-code ] Lines that start with a semicolon (;) are comments. Code notation: 0?? ---> Octal 0x?? or 0X?? ---> Hexadecimal ?? ---> Decimal |
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X11/cvt_meta_tbl(4) -- Meta key conversion table of Input Manager of the X Window System Version 11 (xwnmo(1X))
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Converts a meta key code(KeySym) generated by XLookupString() to a one-byte character(Wnn code) according to preset data. Coding format: [ KeySym-entry Wnn-code ] Lines that start with a semicolon (;) are comments. Code notation: 0?? ---> Octal 0x?? or 0X?? ---> Hexadecimal ?? ---> Decimal |
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X11/cvt_xim_tbl(4) -- key conversion table of Input Manager of the X Window System Version 11 (xwnmo(1X))
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Converts a key code(KeySym) generated by XLookupString() to a one-byte character(Wnn code) according to preset data. Coding format: [ State-or-KeySym Wnn-code ] State-or-KeySym = [States]KeySym-name States = State-name'|'[States] Lines that start with a semicolon (;) are comments. KeySym-name is a string declared in keysymdef.h (except the prefix "XA_"). State-name is one between the following string. "Shift" ---> means ShiftMask "Ctrl" ---> means ControlMask "Meta" -... |
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dmedia/datframe(4) -- structure of a frame of audio data on Digital Audio Tape (DAT)
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The Digital Audio Tape (DAT) recorder system is very complex. This man page gives the most useful and relevant information for DAT use in professional systems. It is by no means comprehensive. Conflicts and questions must be resolved by reference to the definitive DAT Conference specification referenced below. Audio on Digital Audio Tapes (DAT) is blocked into frames. A DAT recording has 33.33 frames every second. One frame of data contains both audio and non-audio data (known as subcodes). A pr... |
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dbg(4) -- the debug filesystem
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mntproc(1M), proc(4). PPPPaaaaggggeeee 1111 |
