flamer@omsvax.UUCP (Jim Trethewey) (02/07/84)
The following program displays a nice big clock on the user's terminal
like the ones seen at NCC demos.
For those who have idle terminals, the default 60 second refresh should
be used (doesn't burn too much CPU). If you have your own stand-alone
un*x workstation, 'clock 1' is OK. People on multi-user systems may get
a lot of flak, especially if you already have 'sysline': every minute
on the minute, the system load is going to go to hell.
Any character on the keyboard ends the program. It also clears the screen
so that you can quickly sidestep incrimination if disapproving managers
are lurking about.
Tear on the dotted line below.
-------------------------------------------------------------------------
/* Program: clock.
* Author: Jim Earenluindil Trethewey.
* Version: 1.03.
* Index: CSD255.
* Date: 21-Oct-1983.
* Last-edit: 07-Feb-1984.
* Language: C.
* Ppn: /user/serial/flamer.
* For: Intel Corporation, Hillsboro, Oregon.
*
* This program will print a pretty clock on the terminal until the user
* hits a key on the keyboard.
*
* Usage: clock [<refresh_time>]
*
* <refresh_time> is the period (in seconds) at which the screen
* display is refreshed. Note that the first refresh
* may come sooner, the program attempts to synchronize
* itself on even minutes. If not specified, defaults
* to 60 (every minute).
*
* Compile: cc -o clock clock.c -lcurses -ltermcap -ljobs
*
* If not running under BSD, change all sigset's to signal's.
*
* You may want to substitute the characters used to make the numbers
* from #'s to something else depending on your terminal. If your
* terminal has 'blotch' characters, they are most pleasing. (OK, so
* we ought to have the termcap 'blotch=<char>' capability, and be able
* to look it up.)
*
*/
#include <stdio.h>
#include <time.h>
#include <signal.h>
#include <curses.h>
#include <ident.h>
WINDOW *scr;
int done;
char in_char;
int refresh_time;
struct tm *localtime ();
struct tm *loc_time;
pr_colon (col)
int col;
{
wmove (scr, 6, col); wprintw (scr, " ");
wmove (scr, 7, col); wprintw (scr, " ");
wmove (scr, 8, col); wprintw (scr, " ");
wmove (scr, 9, col); wprintw (scr, " # ");
wmove (scr, 10, col); wprintw (scr, "###");
wmove (scr, 11, col); wprintw (scr, " # ");
wmove (scr, 12, col); wprintw (scr, " ");
wmove (scr, 13, col); wprintw (scr, " ");
wmove (scr, 14, col); wprintw (scr, " # ");
wmove (scr, 15, col); wprintw (scr, "###");
wmove (scr, 16, col); wprintw (scr, " # ");
wmove (scr, 17, col); wprintw (scr, " ");
wmove (scr, 18, col); wprintw (scr, " ");
wmove (scr, 19, col); wprintw (scr, " ");
}
pr_space ()
{
int i;
for (i = 6; i < 20; i++)
{
wmove (scr, i, 9);
wprintw (scr, " ");
wmove (scr, i, 42);
wprintw (scr, " ");
}
}
pr_big (num, col)
int num;
int col;
{
if (num == 0)
{
wmove (scr, 6, col); wprintw (scr, " ###### ");
wmove (scr, 7, col); wprintw (scr, " ########## ");
wmove (scr, 8, col); wprintw (scr, "#### ####");
wmove (scr, 9, col); wprintw (scr, "### ###");
wmove (scr, 10, col); wprintw (scr, "### ###");
wmove (scr, 11, col); wprintw (scr, "### ###");
wmove (scr, 12, col); wprintw (scr, "### ###");
wmove (scr, 13, col); wprintw (scr, "### ###");
wmove (scr, 14, col); wprintw (scr, "### ###");
wmove (scr, 15, col); wprintw (scr, "### ###");
wmove (scr, 16, col); wprintw (scr, "### ###");
wmove (scr, 17, col); wprintw (scr, "#### ####");
wmove (scr, 18, col); wprintw (scr, " ########## ");
wmove (scr, 19, col); wprintw (scr, " ###### ");
}
else if (num == 1)
{
wmove (scr, 6, col); wprintw (scr, " ## ");
wmove (scr, 7, col); wprintw (scr, " ### ");
wmove (scr, 8, col); wprintw (scr, " #### ");
wmove (scr, 9, col); wprintw (scr, " ##### ");
wmove (scr, 10, col); wprintw (scr, " ### ");
wmove (scr, 11, col); wprintw (scr, " ### ");
wmove (scr, 12, col); wprintw (scr, " ### ");
wmove (scr, 13, col); wprintw (scr, " ### ");
wmove (scr, 14, col); wprintw (scr, " ### ");
wmove (scr, 15, col); wprintw (scr, " ### ");
wmove (scr, 16, col); wprintw (scr, " ### ");
wmove (scr, 17, col); wprintw (scr, " ### ");
wmove (scr, 18, col); wprintw (scr, " ####### ");
wmove (scr, 19, col); wprintw (scr, " ####### ");
}
else if (num == 2)
{
wmove (scr, 6, col); wprintw (scr, " ######## ");
wmove (scr, 7, col); wprintw (scr, " ########## ");
wmove (scr, 8, col); wprintw (scr, "### ####");
wmove (scr, 9, col); wprintw (scr, "### ###");
wmove (scr, 10, col); wprintw (scr, " ###");
wmove (scr, 11, col); wprintw (scr, " ###");
wmove (scr, 12, col); wprintw (scr, " ###");
wmove (scr, 13, col); wprintw (scr, " ### ");
wmove (scr, 14, col); wprintw (scr, " ### ");
wmove (scr, 15, col); wprintw (scr, " #### ");
wmove (scr, 16, col); wprintw (scr, " #### ");
wmove (scr, 17, col); wprintw (scr, " #### ");
wmove (scr, 18, col); wprintw (scr, "############");
wmove (scr, 19, col); wprintw (scr, "############");
}
else if (num == 3)
{
wmove (scr, 6, col); wprintw (scr, " ######## ");
wmove (scr, 7, col); wprintw (scr, " ########## ");
wmove (scr, 8, col); wprintw (scr, "### ####");
wmove (scr, 9, col); wprintw (scr, "### ###");
wmove (scr, 10, col); wprintw (scr, " ###");
wmove (scr, 11, col); wprintw (scr, " ###");
wmove (scr, 12, col); wprintw (scr, " ####### ");
wmove (scr, 13, col); wprintw (scr, " ####### ");
wmove (scr, 14, col); wprintw (scr, " ###");
wmove (scr, 15, col); wprintw (scr, " ###");
wmove (scr, 16, col); wprintw (scr, "### ###");
wmove (scr, 17, col); wprintw (scr, "### ####");
wmove (scr, 18, col); wprintw (scr, " ########## ");
wmove (scr, 19, col); wprintw (scr, " ######## ");
}
else if (num == 4)
{
wmove (scr, 6, col); wprintw (scr, " ### ");
wmove (scr, 7, col); wprintw (scr, " #### ");
wmove (scr, 8, col); wprintw (scr, " ##### ");
wmove (scr, 9, col); wprintw (scr, " ###### ");
wmove (scr, 10, col); wprintw (scr, " ### ### ");
wmove (scr, 11, col); wprintw (scr, " ### ### ");
wmove (scr, 12, col); wprintw (scr, " ### ### ");
wmove (scr, 13, col); wprintw (scr, "############");
wmove (scr, 14, col); wprintw (scr, "############");
wmove (scr, 15, col); wprintw (scr, " ### ");
wmove (scr, 16, col); wprintw (scr, " ### ");
wmove (scr, 17, col); wprintw (scr, " ### ");
wmove (scr, 18, col); wprintw (scr, " ### ");
wmove (scr, 19, col); wprintw (scr, " ### ");
}
else if (num == 5)
{
wmove (scr, 6, col); wprintw (scr, "############");
wmove (scr, 7, col); wprintw (scr, "############");
wmove (scr, 8, col); wprintw (scr, "### ");
wmove (scr, 9, col); wprintw (scr, "### ");
wmove (scr, 10, col); wprintw (scr, "### ###### ");
wmove (scr, 11, col); wprintw (scr, "########### ");
wmove (scr, 12, col); wprintw (scr, "### ####");
wmove (scr, 13, col); wprintw (scr, " ###");
wmove (scr, 14, col); wprintw (scr, " ###");
wmove (scr, 15, col); wprintw (scr, " ###");
wmove (scr, 16, col); wprintw (scr, "### ###");
wmove (scr, 17, col); wprintw (scr, "### ####");
wmove (scr, 18, col); wprintw (scr, " ########## ");
wmove (scr, 19, col); wprintw (scr, " ######## ");
}
else if (num == 6)
{
wmove (scr, 6, col); wprintw (scr, " ### ");
wmove (scr, 7, col); wprintw (scr, " ### ");
wmove (scr, 8, col); wprintw (scr, " ### ");
wmove (scr, 9, col); wprintw (scr, " ### ");
wmove (scr, 10, col); wprintw (scr, " ### ");
wmove (scr, 11, col); wprintw (scr, " ### ");
wmove (scr, 12, col); wprintw (scr, " ######### ");
wmove (scr, 13, col); wprintw (scr, "########### ");
wmove (scr, 14, col); wprintw (scr, "### ###");
wmove (scr, 15, col); wprintw (scr, "### ###");
wmove (scr, 16, col); wprintw (scr, "### ###");
wmove (scr, 17, col); wprintw (scr, "### ###");
wmove (scr, 18, col); wprintw (scr, " ########## ");
wmove (scr, 19, col); wprintw (scr, " ###### ");
}
else if (num == 7)
{
wmove (scr, 6, col); wprintw (scr, "############");
wmove (scr, 7, col); wprintw (scr, "############");
wmove (scr, 8, col); wprintw (scr, "### ###");
wmove (scr, 9, col); wprintw (scr, " ###");
wmove (scr, 10, col); wprintw (scr, " ###");
wmove (scr, 11, col); wprintw (scr, " ### ");
wmove (scr, 12, col); wprintw (scr, " ### ");
wmove (scr, 13, col); wprintw (scr, " ### ");
wmove (scr, 14, col); wprintw (scr, " ### ");
wmove (scr, 15, col); wprintw (scr, " ### ");
wmove (scr, 16, col); wprintw (scr, " ### ");
wmove (scr, 17, col); wprintw (scr, " ### ");
wmove (scr, 18, col); wprintw (scr, " ### ");
wmove (scr, 19, col); wprintw (scr, "### ");
}
else if (num == 8)
{
wmove (scr, 6, col); wprintw (scr, " ###### ");
wmove (scr, 7, col); wprintw (scr, " ########## ");
wmove (scr, 8, col); wprintw (scr, "### ###");
wmove (scr, 9, col); wprintw (scr, "### ###");
wmove (scr, 10, col); wprintw (scr, "### ###");
wmove (scr, 11, col); wprintw (scr, "### ###");
wmove (scr, 12, col); wprintw (scr, " ########## ");
wmove (scr, 13, col); wprintw (scr, " ########## ");
wmove (scr, 14, col); wprintw (scr, "### ###");
wmove (scr, 15, col); wprintw (scr, "### ###");
wmove (scr, 16, col); wprintw (scr, "### ###");
wmove (scr, 17, col); wprintw (scr, "### ###");
wmove (scr, 18, col); wprintw (scr, " ########## ");
wmove (scr, 19, col); wprintw (scr, " ###### ");
}
else if (num == 9)
{
wmove (scr, 6, col); wprintw (scr, " ###### ");
wmove (scr, 7, col); wprintw (scr, " ########## ");
wmove (scr, 8, col); wprintw (scr, "### ###");
wmove (scr, 9, col); wprintw (scr, "### ###");
wmove (scr, 10, col); wprintw (scr, "### ###");
wmove (scr, 11, col); wprintw (scr, "### ###");
wmove (scr, 12, col); wprintw (scr, " ###########");
wmove (scr, 13, col); wprintw (scr, " ######### ");
wmove (scr, 14, col); wprintw (scr, " ### ");
wmove (scr, 15, col); wprintw (scr, " ### ");
wmove (scr, 16, col); wprintw (scr, " ### ");
wmove (scr, 17, col); wprintw (scr, " ### ");
wmove (scr, 18, col); wprintw (scr, " ### ");
wmove (scr, 19, col); wprintw (scr, " ### ");
}
}
big_nums (hrs, mins)
int hrs, mins;
{
int h1, h2, m1, m2;
h1 = hrs / 10;
h2 = hrs % 10;
m1 = mins / 10;
m2 = mins % 10;
if (h1 != 0)
{
pr_space ();
pr_big (h1, 9);
pr_big (h2, 24);
pr_colon (39);
pr_big (m1, 45);
pr_big (m2, 60);
}
else
{
pr_space ();
pr_big (h2, 16);
pr_colon (31);
pr_big (m1, 37);
pr_big (m2, 52);
}
}
time_update ()
{
long clock;
char time_str [27];
int t_hour, t_min, t_sec;
int delta;
sigset (SIGALRM, time_update);
wmove (scr, 3, 0);
wclrtoeol (scr);
wmove (scr, 3, (COLS / 2 - strlen (myname) / 2));
wprintw (scr, myname);
time (&clock);
wmove (scr, LINES - 2, 0);
wclrtoeol (scr);
strcpy (time_str, ctime (&clock));
wmove (scr, LINES - 2, (COLS / 2 - strlen (time_str) / 2));
wprintw (scr, time_str);
loc_time = localtime (&clock);
t_hour = loc_time->tm_hour;
if (t_hour > 12)
{
t_hour = t_hour - 12;
}
if (t_hour == 0)
{
t_hour = 12;
}
t_min = loc_time->tm_min;
big_nums (t_hour, t_min);
t_sec = loc_time->tm_sec;
wmove (scr, LINES - 1, 0);
wrefresh (scr);
delta = refresh_time - (t_sec % refresh_time);
if (delta > 0)
{
alarm (delta);
}
else
{
alarm (refresh_time);
}
}
on_intr ()
{
done = TRUE;
}
main(argc, argv)
int argc;
char *argv [];
{
if (argc == 1)
{
refresh_time = 60;
}
else if (argc == 2)
{
refresh_time = atoi (argv [1]);
}
else
{
printf ("Usage: %s [<refresh_time>]\n", argv [0]);
exit (0);
}
savetty ();
crmode ();
noecho ();
initscr ();
scr = newwin (LINES, COLS, 0, 0);
scrollok (scr, FALSE);
leaveok (scr, FALSE);
sigset (SIGPIPE, SIG_IGN);
sigset (SIGALRM, time_update);
sigset (SIGINT, on_intr);
wclear (scr);
wstandout (scr);
done = FALSE;
time_update ();
while (!done)
{
in_char = getchar ();
if ((in_char != EOF) && (in_char != NULL))
{
done = TRUE;
}
}
wclear (scr);
wmove (scr, LINES - 1, 0);
wclrtoeol (scr);
wrefresh (scr);
wstandend (scr);
endwin (scr);
resetty ();
nocrmode ();
echo ();
}