Table of Contents
xisdnload - ISDN load average display for X
xisdnload [-toolkitoption
...] [-scale integer] [-update seconds] [-hl color] [-highlight color] [-online
color] [-active color] [-trying color] [-activate command] [-deactivate command]
[-jumpscroll pixels] [-number regexp] [-label string] [-nolabel]
The
xisdnload program displays a periodically updating histogram of the ISDN
load average.
Xisdnload accepts all of the standard X Toolkit command
line options (see X(1)
). The order of the options in unimportant. xisdnload
also accepts the following additional options:
- -hl color or -highlight color
- This option specifies the color of the scale lines.
- -online color
- This
option specifies the background color when one or more ISDN channels are
online.
- -active color
- This option specifies the background color when any
route is found that is directed to an interface named isdn* or ippp*.
- -trying
color
- This option specifies the background color when at least one attempt
to setup a cennection is pending.
- -jumpscroll number of pixels
- The number
of pixels to shift the graph to the left when the graph reaches the right
edge of the window. The default value is 1/2 the width of the current window.
Smooth scrolling can be achieved by setting it to 1.
- -label string
- The string
to put into the label above the load average when beeing online. It is interpreted
as a standard format string and may contain the dialed number (%s), the
minutes (%d) and seconds (%d) being online, the actual cps rate (%f), the
amount of kbytes transfered (%d) and a connection history (%s) in this
sequence.
- -nolabel
- If this command line option is specified then no label
will be displayed above the load graph.
- -scale integer
- This option specifies
the minimum number of tick marks in the histogram, where one division represents
one load average point. If the load goes above this number, xisdnload will
create more divisions, but it will never use fewer than this number. The
default is 1.
- -update seconds
- This option specifies the interval in seconds
at which xisdnload updates its display. The minimum amount of time allowed
between updates is 1 second. The default is 10.
- -activate command
- This option
specifies a command to be executed when dial-on-demand is not active and
you clicked on the xisdnload stripchart. A typical command might be something
like `sudo /etc/init.d/isdn start' to start up your connection.
- -deactivate
command
- This option specifies a command to be executed when dial-on-demand
is active and you clicked on the xisdnload stripchart. A typical command
might be something like `sudo /etc/init.d/isdn stop' to shut down your connection.
- -number regexp
- The supplied regular expression is used to limit the set
numbers to be observed by xisdnload.
See the resource file for
the available resources.
In order to specify resources, it is useful
to know the hierarchy of the widgets which compose xisdnload. In the notation
below, indentation indicates hierarchical structure. The widget class name
is given first, followed by the widget instance name.
XISDNLoad xisdnload
Paned paned
Label label
StripChart load
- DISPLAY
- to get the default host and display number.
- XENVIRONMENT
- to get the name of a resource file that overrides the global resources
stored in the RESOURCE_MANAGER property.
<XRoot>/lib/X11/app-defaults/XISDNLoad
- specifies required resources.
/proc/net/route - kernel routing table. The proc filesystem is needed by
xisdnload to detect wheather a dial-on-demand is active.
X(1)
, xrdb(1)
, xload(1)
, mem(4)
, Athena StripChart Widget.
Certainly
a lot.
This program is based on xload which is Copyright (1988)
X Consortium. See X(1)
for a full statement of rights and permissions.
Besides
the basic xload stuff, the ISDN parts are added by
Frank Strauss <strauss@escape.de> (escape e.V., Braunschweig, Germany). In January
1998 Michael Deindl <olmur@dwarf.bb.bawue.de> contributed the `yellow' patch to
make xisdnload recognize the phase of trying to connect and show this by
a different background color. Markus Pilzecker <mp@timesink.pilzecker.de> detected
a bug in the color assignment code resulting in seg faults which has been
fixed in January 1998.
Table of Contents