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uuid(3c) -- Universal Unique Identifier functions
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Universal Unique Identifiers are bit strings that may be generated independently on separate nodes (hosts) such that globally unique strings result without requiring the hosts to be in communication with each other to ensure uniqueness. They are a component of DCE that have been independently reimplemented in IRIX, but is in accordance with the DCE specification. This implementation is API compatible with the DCE implementation. The status parameter in all functions is set to uuid_s_ok if the fu... |
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standard/v(3) -- transfers a
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vector expects a 2, 3, or 4 element array, depending on whether you call the v2, v3, or v4 version of the routine. The elements of the array are the coordinates of the vertex (point) that you want to transfer to the graphics pipe. Put the x coordinate in element 0, the y coordinate in element 1, the z coordinate in element 2 (for v3 and v4), and the w coordinate in element 3 (for v4). |
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validateproj(3c) -- validate a project name for a user
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The validateproj function checks to see if user user is authorized for project proj. If so, the project ID corresponding to proj is returned. The fvalidateproj function is a variant of validateproj that uses a PROJ token to make it more efficient for repeated use. Otherwise its operation is identical. For more details on creating a PROJ token, see openproj(3C). |
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ftn/varargs(3) -- allow variable number of arguments in argument list
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These utilities are used to provide f77 support for subroutines with variable number of arguments. In order to use these utilities, all variable argument subroutines must be declared in each source file before they are referenced or defined. This is done by adding a $varargs compiler directive at the beginning of the source file. For example: $varargs vasub1 vasub2 vasub3 where vasub1, vasub2, and vasub3 are the names of the variable argument subroutines which are referenced or defined in the cu... |
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perl5/vars(3) -- Perl pragma to predeclare global variable names
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This will predeclare all the variables whose names are in the list, allowing you to use them under "use strict", and disabling any typo warnings. Unlike pragmas that affect the $^H hints variable, the use vars and use subs declarations are not BLOCK-scoped. They are thus effective for the entire file in which they appear. You may not rescind such declarations with no vars or no subs. Packages such as the AutoLoader and SelfLoader that delay loading of subroutines within packages can create pro... |
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f90/verify(3) -- Verifies that a set of characters contains all characters in a string
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UNICOS, UNICOS/mk, and IRIX systems |
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standard/videocmd(3) -- initiates a command transfer sequence on a video peripheral
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cmd expects a command value which initiates a command transfer sequence on a video peripheral. The valid command tokens are: VP_INITNTSC_COMP initialize the Live Video Digitizer for a composite NTSC video source. VP_INITNTSC_RGB initialize the Live Video Digitizer for a RGB NTSC video source. VP_INITPAL_COMP initialize the Live Video Digitizer for a composite PAL video source. VP_INITPAL_RGB initialize the Live Video Digitizer for a RGB PAL video source.... |
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video/videolibrary(3d) -- IRIS Video Library for SGI workstations
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The IRIS Video Library (VL) provides a software interface for working with video devices and image data. It provides a programming interface to the various SGI video products. |
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video/videosync(3d) -- information about USTs and video timing on SGI systems
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In various libraries on SGI systems such as the Video Library (VL), Unadjusted System Times (USTs) are used to indicate the time at which video fields or frames cross a jack (electrical input or output of the machine). Those USTs label a single point in time, yet the video field or frame occupies a sizeable range of time. Therefore, we must define a point, within the video waveform, which a video UST labels. This point is known as the video "synchronization point." The following rules define t... |
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Vk/ViewKit(3) -- A class library that makes it easier to use Motif
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VkAction VkMsgService VkAlignmentGroup VkMsgWindow VkApp VkNLS VkBackground VkNameList VkBusyDialog VkNode VkCallbackObject VkOptionMenu VkCheckBox VkOutline VkCompletionField VkOutlineASB VkComponent VkPeriodic VkComponentList VkPie VkDialogManager VkPipe VkDoubleBuffer VkPopupMenu VkErrorDialog VkPrefCustom VkFatalErrorDialog VkPrefDialog VkFileSelectionDialog VkPrefEmpty VkForkIO VkPrefGroup VkGangedGroup VkPrefItem VkGenericDialog VkPrefLabel VkGetResource VkPrefList VkGraph VkPrefOption VkH... |
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standard/viewport(3) -- allocates a rectangular area of the window for an image
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left is the x coordinate of the viewport left side. right is the x coordinate of the viewport right side. bottom is the y coordinate of the viewport bottom. top is the y coordinate of the viewport top. |
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Vk/VkAction(3) -- Supports encapsulation of a command that can be undone
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Specifying do/undo Behavior virtual void doit(void); virtual void undoit(void); |
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Vk/VkAlignmentGroup(3) -- Support for aligning widgets by size or position
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#include PUBLIC PROTOCOL SUMMARY Constructor/Destructor VkAlignmentGroup(void); virtual void ~VkAlignmentGroup(void); |
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Vk/VkApp(3) -- Class used by all ViewKit applications to handle initialization
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#include PUBLIC PROTOCOL SUMMARY Constructors VkApp(char *appClassName, int *arg_c, char **arg_v, XrmOptionDescRec *optionList = NULL, int sizeOfOptionList = 0 ) VkApp(char *appClassName, int *arg_c, char **arg_v, ArgList argList, Cardinal argCount, void (*preRealizeFunction)(Widget w), XrmOptionDescRec *optionList, int sizeOfOptionList) |
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Vk/VkBackground(3) -- Support for simple work procedure-based background tasks
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#include PUBLIC PROTOCOL SUMMARY Constructor/Destructor VkBackground(void); void ~VkBackground(void); Starting and Stopping void start(void); void stop(void); |
