frog-dp-update(1) General Commands Manual frog-dp-update(1)NAME
frog-dp-update - A simple script to install the dependency parser files for frog
SYNOPSYS
frog-dp-update
sudo frog-dp-update
DESCRIPTION
Frog is packed without the (rather large) files for the dependency parser. This script will attempt to download them and place them in de
frog config directory. Also any frog.cfg file found, is backed up to frog.cfg.<n> and replaced with a new frog.cfg. This also enables sup-
port for IOB chunking.
You might need root privileges, while the frog config can be installed in a system directory like /etc/frog
OPTIONS
none
AUTHORS
Ko van der Sloot Timbl@uvt.nl
Antal van den Bosch Timbl@uvt.nl
SEE ALSO frog(1)
2012 February 9 frog-dp-update(1)
Check Out this Related Man Page
XOpenDisplay() XOpenDisplay()
Name
XOpenDisplay - connect a client program to an X server.
Synopsis
Display *XOpenDisplay(display_name)
char *display_name;
Arguments
display_name Specifies the display name, which determines the server to connect to and the communications domain to be used. See
Description below.
Returns
The display structure.
Description
The XOpenDisplay() routine connects the client to the server controlling the hardware display through TCP or DECnet communication proto-
cols, or through some local inter-process communication protocol.
On a POSIX-conformant system, if display_name is NULL, the value defaults to the contents of the DISPLAY environment variable on POSIX-
based systems. On non-UNIX-based systems, see that operating system's Xlib manual for the default display_name. The encoding and inter-
pretation of the display name is implementation-dependent. Strings in the Host Portable Character Encoding are supported; support for
other characters is implementation-dependent. The display_name or DISPLAY environment variable is a string that has the format host-
name:server or hostname:server.screen. For example, frog:0.2 would specify screen 2 of server 0 on the machine frog.
hostname Specifies the name of the host machine on which the display is physically connected. You follow the hostname with either a
single colon (:) or a double colon (::), which determines the communications domain to use. Any or all of the communication
protocols can be used simultaneously on a server built to support them (but only one per client).
o If hostname is a host machine name and a single colon (:) separates the hostname and display number, XOpenDisplay() connects
to the server using TCP streams. If the hostname is not specified, Xlib uses what it believes is the fastest transport.
o If hostname is a host machine name and a double colon (::) separates the hostname and display number, XOpenDisplay() con-
nects with the server using DECnet streams. To use DECnet, however, you must build all software for DECnet. A single X
server can accept both TCP and DECnet connections if it has been built for DECnet.
o Note that support for use of the string "unix" in a display name is no longer part of the Xlib specification as of Release
4.
server Specifies the number of the server on its host machine. This display number may be followed by a period (.). A single CPU can
have more than one display; the displays are numbered starting from 0.
screen Specifies the number of the default screen on server. Multiple screens can be connected to (controlled by) a single X server,
but they are used as a single display by a single user. screen merely sets an internal variable that is returned by the
DefaultScreen() macro. If screen is omitted, it defaults to 0.
If successful, XOpenDisplay() returns a pointer to a Display. This structure provides many of the specifications of the server and its
screens. If XOpenDisplay() does not succeed, it returns NULL.
After a successful call to XOpenDisplay(), all of the screens on the server may be used by the application. The screen number specified in
the display_name argument serves only to specify the value that will be returned by the DefaultScreen() macro. After opening the display,
you can use the ScreenCount() macro to determine how many screens are available. Then you can reference each screen with integer values
between 0 and the value returned by (ScreenCount() -1). You can access elements of the Display and Screen structures only using the infor-
mation macros and functions listed in Appendix C, Macros.
For more information, see Volume One, Chapter 2, X Concepts, and Chapter 3, Basic Window Program.
See Also
XDefaultScreen(), XCloseDisplay(), XFree(), XNoOp().
Xlib - HouseKeeping XOpenDisplay()