sources-request@mirror.UUCP (07/01/86)
Submitted by: Dave Taylor <pyramid!hplabs!hpldat!taylor>
Mod.sources: Volume 6, Issue 36
Archive-name: elm/Part11
# Continuation of Shell Archive, created by hpldat!taylor
# This is part 11
# To unpack the enclosed files, please use this file as input to the
# Bourne (sh) shell. This can be most easily done by the command;
# sh < thisfilename
if [ ! -d src ]
then
echo creating directory src
mkdir src
fi
# ---------- file src/options.c ----------
filename="src/options.c"
if [ -f $filename ]
then
echo File \"$filename\" already exists\! Skipping...
filename=/dev/null # throw it away
else
echo extracting file src/options.c...
fi
cat << 'END-OF-FILE' > $filename
/** options.c **/
/** This set of routines allows the alteration of a number of paramaters
in the Elm mailer, including the following;
printmail <how to print messages>
default-shell <what shell to use for "!" and "|">
full_username <your full user name for outgoing mail>
folder-dir <folder directory>
editor <name of composition editor>
savefile <file to save outbound message copies to>
calendar-file <where to put calendar entries>
sort-by <how to sort mailboxes>
pager <how to page messages>
arrow-cursor <on or off>
lines-on-screen <count>
columns-on-screen <count>
And others as they seem useful.
(C) Copyright 1986, Dave Taylor
**/
#include "headers.h"
#undef onoff
#define onoff(n) (n == 1? "ON ":"OFF")
options()
{
/** change options... **/
char ch;
display_options();
do {
MoveCursor(LINES-1, strlen("Command: "));
ch = tolower(ReadCh());
clear_error(); /* remove possible "sorting" message etc... */
switch (ch) {
case 'c' : one_liner(
"This is the file where calendar entries from messages are saved.");
optionally_enter(calendar_file, 2, 23, FALSE); break;
case 'd' : one_liner(
"This is the program invoked to display individual messages");
optionally_enter(pager, 3, 23, FALSE);
break;
case 'e' : one_liner(
"This is the editor that will be used for sending messages, etc.");
optionally_enter(editor, 4, 23, FALSE); break;
case 'f' : one_liner(
"This is the folders directory used when '=' (etc) is used in filenames");
optionally_enter(folders, 5, 23, FALSE); break;
case 'm' : one_liner(
"How mailboxes are sorted;");
change_sort(6,23); break;
case 'o' : one_liner(
"This is where copies of outbound messages are saved automatically.");
optionally_enter(savefile, 7, 23, FALSE); break;
case 'p' : one_liner(
"This is how printouts are generated. \"%s\" will be replaced by the filename.");
optionally_enter(printout, 8, 23, FALSE); break;
case 's' : one_liner(
"This is what shell to use for Pipe and System calls...");
optionally_enter(shell, 9, 23, FALSE); break;
case 'y' : one_liner(
"When mail is sent out, this is what your full name will be recorded as.");
optionally_enter(full_username, 10, 23, FALSE); break;
case 'a' : one_liner(
"This defines whether the ELM cursor is an arrow or a highlight bar.");
on_or_off(&arrow_cursor, 12, 23); break;
case 'l' : one_liner(
"The number of lines on the screen (alter with care...)");
num_enter(&LINES, 14, 23); break;
case 'w' : one_liner(
"The number of characters that can go on one line (alter with care...)");
num_enter(&COLUMNS,15,23); break;
case 'r' :
case ctrl('M'):
case ctrl('J'): return;
case ctrl('L'): display_options(); break;
default: error("Command unknown!");
}
ClearLine(LINES-3);
} while (ch != 'r');
}
display_options()
{
/** Display all the available options.. **/
char *sort_name();
ClearScreen();
Centerline(0,"-- Elm Options Editor --");
#ifdef ENABLE_CALENDAR
PutLine1(2, 0, "C)alendar file : %s", calendar_file);
#endif
PutLine1(3, 0, "D)isplay mail using : %s", pager);
PutLine1(4, 0, "E)ditor : %s", editor);
PutLine1(5, 0, "F)older directory : %s", folders);
PutLine1(6, 0, "M)ailboxes sorted by : %s", sort_name(FALSE));
PutLine1(7, 0, "O)utbound mail saved : %s", savefile);
PutLine1(8, 0, "P)rint mail using : %s", printout);
PutLine1(9, 0, "S)ystem shell : %s", shell);
PutLine1(10,0, "Y)our full name : %s", full_username);
PutLine1(12,0, "A)rrow cursor : %s", onoff(arrow_cursor));
PutLine1(14,0, "L)ines on screen : %d", LINES);
PutLine1(15,0, "W)idth of screen : %d", COLUMNS);
Centerline(LINES-5,"Select first letter of Option line or R)eturn");
PutLine1(LINES-1,0,"Command: ");
}
on_or_off(var, x, y)
int *var, x,y;
{
/** 'var' field at x.y toggles between on and off... **/
char ch;
PutLine0(x, y+6,
"(use <space> to toggle, any other key to leave)");
MoveCursor(x,y+3); /* at end of value... */
do {
ch = ReadCh();
if (ch == SPACE) {
*var = ! *var;
PutLine0(x,y, onoff(*var));
}
} while (ch == SPACE);
MoveCursor(x,y+4); CleartoEOLN(); /* remove help prompt */
}
num_enter(var, x, y)
int *var, x, y;
{
/** Enter a new value for the specified number. For ease, we'll
use a string entry routine then convert it internally... **/
char buffer[NLEN];
sprintf(buffer,"%d", *var); /* current value... */
optionally_enter(buffer, x, y, FALSE);
*var = atoi(buffer);
PutLine1(x,y, "%d", *var); CleartoEOLN();
}
change_sort(x, y)
int x,y;
{
/** change the sorting scheme... **/
int last_sortby, /* so we know if it changes... */
sign = 1; /* are we reverse sorting?? */
char ch; /* character typed in ... */
last_sortby = sortby; /* remember current ordering */
PutLine0(x, COLUMNS-29, "(SPACE for next, or R)everse)");
sort_one_liner(sortby);
MoveCursor(x, y);
do {
ch = tolower(ReadCh());
switch (ch) {
case SPACE : if (sortby < 0) {
sign = -1;
sortby = - sortby;
}
else sign = 1; /* insurance! */
sortby = sign * ((sortby + 1) % (STATUS+1));
if (sortby == 0) sortby = sign; /* snicker */
PutLine0(x, y, sort_name(TRUE));
sort_one_liner(sortby);
MoveCursor(x, y);
break;
case 'r' : sortby = - sortby;
PutLine0(x, y, sort_name(TRUE));
sort_one_liner(sortby);
MoveCursor(x, y);
}
} while (ch == SPACE || ch == 'r');
MoveCursor(x, COLUMNS-30); CleartoEOLN();
if (sortby != last_sortby) {
error("resorting mailbox...");
sleep(1);
sort_mailbox(message_count);
}
ClearLine(LINES-2); /* clear sort_one_liner()! */
}
one_liner(string)
char *string;
{
/** A single-line description of the selected item... **/
Centerline(LINES-3, string);
}
sort_one_liner(sorting_by)
int sorting_by;
{
/** A one line summary of the particular sorting scheme... **/
ClearLine(LINES-2);
switch (sorting_by) {
case -SENT_DATE : Centerline(LINES-2,
"This sort will order most-recently-sent to least-recently-sent"); break;
case -RECEIVED_DATE : Centerline(LINES-2,
"This sort will order most-recently-received to least-recently-received");
break;
case -SENDER : Centerline(LINES-2,
"This sort will order by sender name, in reverse alphabetical order"); break;
case -SIZE : Centerline(LINES-2,
"This sort will order messages by longest to shortest"); break;
case -SUBJECT : Centerline(LINES-2,
"This sort will order by subject, in reverse alphabetical order"); break;
case -STATUS : Centerline(LINES-2,
"This sort will order by reverse status - Deleted through Tagged..."); break;
case SENT_DATE : Centerline(LINES-2,
"This sort will order least-recently-sent to most-recently-sent"); break;
case RECEIVED_DATE : Centerline(LINES-2,
"This sort will order least-recently-received to most-recently-received");
break;
case SENDER : Centerline(LINES-2,
"This sort will order by sender name"); break;
case SIZE : Centerline(LINES-2,
"This sort will order messages by shortest to longest");
break;
case SUBJECT : Centerline(LINES-2,
"This sort will order messages by subject"); break;
case STATUS : Centerline(LINES-2,
"This sort will order by status - Tagged through Deleted..."); break;
}
}
END-OF-FILE
if [ "$filename" != "/dev/null" ]
then
size=`wc -c < $filename`
if [ $size != 7702 ]
then
echo $filename changed - should be 7702 bytes, not $size bytes
fi
chmod 666 $filename
fi
# ---------- file src/showmsg.old ----------
filename="src/showmsg.old"
if [ -f $filename ]
then
echo File \"$filename\" already exists\! Skipping...
filename=/dev/null # throw it away
else
echo extracting file src/showmsg.old...
fi
cat << 'END-OF-FILE' > $filename
/** showmsg.c **/
/** This file contains all the routines needed to display the specified
message.
These routines (C) Copyright 1986 Dave Taylor
**/
#include "headers.h"
#include <ctype.h>
#include <errno.h>
#ifdef BSD
#undef tolower
#endif
extern int errno;
char *error_name();
int memory_lock = FALSE; /* is it available?? */
int
show_msg(number)
int number;
{
/*** display number'th message. Get starting and ending lines
of message from headers data structure, then fly through
the file, displaying only those lines that are between the
two!
Returns non-zero iff screen was changed
***/
dprint0(8, "show_msg called\n");
if (number > message_count) {
error1("Only %d messages!", message_count);
return(0);
}
else if (number < 1) {
error("you can't read THAT message!");
return(0);
}
clearit(header_table[number-1].status, NEW); /* it's been read now! */
memory_lock = (HasMemlock() && scrolling);
/* some explaination for that last one - We COULD use memory locking
to speed up the paging, but the action of "ClearScreen" on a screen
with memory lock turned on seems to vary considerably (amazingly so)
so it's safer to only allow memory lock to be a viable bit of
trickery when dumping text to the screen in scroll mode.
Philosophical arguments should be forwarded to Bruce at the
University of Walamazoo, Australia, via ACSNet *wry chuckle* */
return(show_message(header_table[number-1].lines,
header_table[number-1].offset,number));
}
int
show_message(lines, file_loc, msgnumber)
int lines, msgnumber;
long file_loc;
{
/*** Show the indicated range of lines from mailfile
for message 'msgnumber' by using 'display'
Returns non-zero iff screen was altered.
***/
dprint3(9,"show_message(%d,%ld,%d)\n", lines, file_loc, msgnumber);
if (fseek(mailfile, file_loc, 0) != 0) {
dprint2(1,"Error: seek %d bytes into file, errno %s (show_message)\n",
file_loc, error_name(errno));
error1("ELM failed seeking %d bytes into file (%s)",
file_loc, error_name(errno));
return(0);
}
/* next read will get 'this' line so must be at end of previous */
Raw(OFF);
display(lines, msgnumber);
Raw(ON);
if (memory_lock) EndMemlock(); /* turn it off!! */
return(1); /* we did it boss! */
}
/** these two variables are used iff the variable 'title_message' is
set, and are buffers for output of message title... **/
static char top_of_screen_left [LONG_STRING],
top_of_screen_right[LONG_STRING],
second_line[SLEN];
int
display(lines, msgnum)
int lines, msgnum;
{
/** Display specified number of lines from file mailfile.
Note: This routine MUST be placed at the first line
of the input file!
Returns the same as the routine above (namely zero or one)
**/
char buffer[VERY_LONG_STRING], *full_month();
int lines_displayed = 0;
int lines_on_screen = 0; /* display */
int crypted = 0, gotten_key = 0; /* encryption */
int weed_header, weeding_out = 0; /* weeding */
int mail_sent; /* misc use */
dprint2(4,"displaying %d lines from message %d\n",
lines, msgnum);
second_line[0] = '\0'; /* must start as NULL */
if (title_messages) {
mail_sent = (strncmp(header_table[msgnum-1].from, "To:", 3) == 0);
tail_of(header_table[msgnum-1].from, buffer, FALSE);
sprintf(top_of_screen_left, "%s #%d %s %s",
notesfile? "Note" : "Message", msgnum,
mail_sent? "to" : "from", buffer);
sprintf(top_of_screen_right," %s %s %s, %d at %s\n\r%s",
notesfile? "Posted" : "Mailed",
full_month(header_table[msgnum-1].month),
header_table[msgnum-1].day,
atoi(header_table[msgnum-1].year) + 1900,
header_table[msgnum-1].time,
filter? "": "\n\r\n\r");
if (! mail_sent && matches_weedlist("To:") && filter &&
strcmp(header_table[current-1].to,username) != 0 &&
strlen(header_table[current-1].to) > 0)
sprintf(second_line, "\n\r(message addressed to %s)\n\r\n\r",
header_table[current-1].to);
/** The test above is: if we didn't originally send the mail
(e.g. we're not reading "mail.sent") AND the user is currently
weeding out the "To:" line (otherwise they'll get it twice!)
AND the user is actually weeding out headers AND the message
wasn't addressed to the user AND the 'to' address is non-zero
(consider what happens when the message doesn't HAVE a "To:"
line...the value is NULL but it doesn't match the username
either. We don't want to display something ugly like
"(message addressed to )" which will just clutter up the
display!).
And you thought programming was EASY!!!!
**/
}
weed_header = filter; /* allow us to change it after header */
ClearScreen();
if (cursor_control) transmit_functions(OFF);
while (lines > 0) {
if (fgets(buffer, VERY_LONG_STRING, mailfile) == NULL) {
if (lines_displayed == 0) {
/* AUGH! Why do we get this occasionally??? */
dprint0(1,
"\n\n** Out of Sync!! EOF with nothing read (display) **\n");
dprint0(1,"\nLeaving with all temp files intact!\n");
error("Internal error: out of sync!");
emergency_exit();
}
if (scrolling)
Write_to_screen("\n\r\n\r\n\r\n\r", 0);
PutLine0(LINES-1, 0, "Please press <return> to return: ");
(void) tolower(ReadCh());
if (cursor_control) transmit_functions(ON);
return(TRUE);
}
if (strlen(buffer) > 0)
no_ret(buffer);
if (strlen(buffer) == 0) {
weed_header = 0; /* past header! */
weeding_out = 0;
}
lines--;
lines_displayed++;
if (notesfile) { /* treat notes differently! */
if (filter && (first_word(buffer, NOTES_HEADER) ||
first_word(buffer, NOTES_FOOTER)) )
/*** weed this line out of the display! ***/;
else if (show_line(buffer, &lines_on_screen, &lines,
lines_displayed)) {
if (cursor_control) transmit_functions(ON);
return(TRUE);
}
}
else { /* "normal" message */
if (weed_header && matches_weedlist(buffer))
weeding_out = 1; /* aha! We don't want to see this! */
else if (buffer[0] == '[') {
if (strcmp(buffer, START_ENCODE)==0)
crypted++;
else if (strcmp(buffer, END_ENCODE)==0)
crypted--;
else if (crypted) {
encode(buffer);
if (show_line(buffer, &lines_on_screen, &lines,
lines_displayed)) {
if (cursor_control) transmit_functions(ON);
return(TRUE);
}
}
else
if (show_line(buffer, &lines_on_screen, &lines,
lines_displayed)) {
if (cursor_control) transmit_functions(ON);
return(TRUE);
}
}
else if (crypted) {
if (! gotten_key++) getkey(OFF);
encode(buffer);
if (show_line(buffer, &lines_on_screen, &lines,
lines_displayed)) {
if (cursor_control) transmit_functions(ON);
return(TRUE);
}
}
else if (weeding_out) {
weeding_out = (whitespace(buffer[0])); /* 'n' line weed */
if (! weeding_out) /* just turned on! */
if (show_line(buffer, &lines_on_screen, &lines,
lines_displayed)) {
if (cursor_control) transmit_functions(ON);
return(TRUE);
}
}
else
if (show_line(buffer, &lines_on_screen, &lines,
lines_displayed)) {
if (cursor_control) transmit_functions(ON);
return(TRUE);
}
}
}
if (scrolling)
Write_to_screen("\n\r\n\r\n\r", 0);
PutLine0(LINES-1, 0, "Please press <return> to return: ");
Raw(ON);
tolower(ReadCh());
if (cursor_control) transmit_functions(ON);
return(TRUE);
}
int
show_line(buffer, lines_on_screen, total, lines_displayed)
char *buffer;
int *lines_on_screen, *total, lines_displayed;
{
/** Displays the given line if it can. if not, it will put the
'ole 'space to continue' prompt on the bottom of the screen
and wait for either a 'space' or 'return'. This function
returns 0 if '<space>' is hit, or the character pressed.
**/
static char overlap [LONG_SLEN];
char ch;
int last_line_loc;
last_line_loc = *lines_on_screen; /* one back... */
*lines_on_screen += ((strlen(buffer) / COLUMNS) + 1);
if (last_line_loc == 0 && title_messages) {
display_title(lines_on_screen);
last_line_loc = *lines_on_screen;
}
if (*lines_on_screen > LINES-2) {
if (*total > 0) {
if (scrolling) {
if (lines_displayed > LINES+5) /* are we past screen 1? */
Write_to_screen("\n\r\n\r\n\r\n\r", 0); /* don't ask */
PutLine2(LINES, COLUMNS-20, "%d line%s left",
*total, plural(*total));
PutLine0(LINES, 0,
"Press <space> to continue, <return> to return: ", 0);
}
else {
PutLine0(LINES-1, 0,
"Press <space> to continue, <return> to return: ");
PutLine2(LINES-1, COLUMNS-20, "%d line%s left",
*total, plural(*total));
}
}
else if (scrolling)
Write_to_screen("\n\r\n\rPlease press <return> to return: ");
else
PutLine0(LINES-1, 0, "Please press <return> to return: ");
Raw(ON);
ch = tolower(ReadCh());
if (ch != ' ' || *total == 0)
return(ch);
Raw(OFF);
if (scrolling) {
MoveCursor(LINES-2, 0);
CleartoEOS();
}
else {
ClearScreen();
}
*lines_on_screen = 1;
if (title_messages && ! scrolling) {
display_title(lines_on_screen);
dprint1(2,"displayed title, lines-on-screen = %d\n",
*lines_on_screen);
}
if (! scrolling) {
PutLine1(*lines_on_screen, 0, "%s\n\r", overlap);
*lines_on_screen += ((strlen(overlap) / COLUMNS) + 1);
}
last_line_loc = *lines_on_screen;
*lines_on_screen += ((strlen(buffer) / COLUMNS) + 1);
/* resync terminal from write... */
Write_to_screen("%c%c", 2, '\0', '\0');
Write_to_screen("%c%c", 2, '\0', '\0');
}
Write_to_screen("%s\n\r", 1, buffer);
if (*lines_on_screen > LINES-6) /* in case next is too LONG */
strcpy(overlap, buffer);
return(0);
}
display_title(lines_on_screen)
int *lines_on_screen;
{
/** Display top title, including "Page N" **/
*lines_on_screen = 2; /* the title */
PutLine0(0,1,top_of_screen_left);
PutLine0(0, COLUMNS-strlen(top_of_screen_right)+(filter?1:3),
top_of_screen_right);
if (memory_lock)
StartMemlock(); /* start up! */
if (strlen(second_line) > 0) {
PutLine0(1, 0, second_line);
*lines_on_screen = 5;
}
dprint1(2,"Display_title set lines-on-screen to %d\n",
*lines_on_screen);
}
END-OF-FILE
if [ "$filename" != "/dev/null" ]
then
size=`wc -c < $filename`
if [ $size != 10887 ]
then
echo $filename changed - should be 10887 bytes, not $size bytes
fi
chmod 666 $filename
fi
# ---------- file src/string2.c ----------
filename="src/string2.c"
if [ -f $filename ]
then
echo File \"$filename\" already exists\! Skipping...
filename=/dev/null # throw it away
else
echo extracting file src/string2.c...
fi
cat << 'END-OF-FILE' > $filename
/** string2.c **/
/** This file contains string functions that are shared throughout the
various ELM utilities...
(C) Copyright 1986 Dave Taylor
**/
#ifndef TRUE
#define TRUE 1
#define FALSE 0
#endif
int
in_string(buffer, pattern)
char *buffer, *pattern;
{
/** Returns TRUE iff pattern occurs IN IT'S ENTIRETY in buffer. **/
register int i = 0, j = 0;
while (buffer[i] != '\0') {
while (buffer[i++] == pattern[j++])
if (pattern[j] == '\0')
return(TRUE);
i = i - j + 1;
j = 0;
}
return(FALSE);
}
int
chloc(string, ch)
char *string, ch;
{
/** returns the index of ch in string, or -1 if not in string **/
register int i;
for (i=0; i<strlen(string); i++)
if (string[i] == ch) return(i);
return(-1);
}
END-OF-FILE
if [ "$filename" != "/dev/null" ]
then
size=`wc -c < $filename`
if [ $size != 757 ]
then
echo $filename changed - should be 757 bytes, not $size bytes
fi
chmod 644 $filename
fi
# ---------- file src/calendar.c ----------
filename="src/calendar.c"
if [ -f $filename ]
then
echo File \"$filename\" already exists\! Skipping...
filename=/dev/null # throw it away
else
echo extracting file src/calendar.c...
fi
cat << 'END-OF-FILE' > $filename
/** calendar.c **/
/** This routine implements a rather snazzy idea suggested by Warren
Carithers of the Rochester Institute of Technology that allows
mail to contain entries formatted in a manner that will allow direct
copying into a users calendar program.
Never able to leave good-enough alone, I've extended this idea to a
further one - the knowledge of a different type of calendar program
too. Specifically, the current message can contain either of;
-> Mon 04/21 1:00p meet with chairman candidate
or
- >April 21
-
- 1:00 pm: Meet with Chairman Candidate
-
The first type will have the leading '->' removed and all subsequent
white space, creating a simple one-line entry in the users calendar
file. The second type will remove the '-' and the leading white
spaces and leave everything else intact (that is, the file in the
second example would be appended with ">April 21" followed by a
blank line, the 1:00 pm meeting info, and another blank line.
The file to include this in is either the default as defined in the
sysdefs.h file (see CALENDAR_FILE) or a filename contained in the
users ".elmrc" file, "calendar= <filename>".
(C) Copyright 1986 Dave Taylor
**/
#include "headers.h"
#ifdef ENABLE_CALENDAR /* if not defined, this will be an empty file */
#include <errno.h>
extern int errno;
char *error_name(), *error_number();
scan_calendar()
{
FILE *calendar;
int count;
/* First step is to open the celendar file for appending... **/
if ((calendar = fopen(calendar_file,"a")) == NULL) {
dprint1(2, "Error: couldn't append to calendar file %s (save)\n",
calendar_file);
dprint2(2, "** %s - %s **\n",
error_name(errno), error_description(errno));
error1("Couldn't append to file %s!", calendar_file);
return;
}
count = extract_info(calendar);
fclose(calendar);
chown(calendar_file, userid, groupid); /* ensure owned by user */
if (count > 0)
error2("%d entr%s saved in calendar file",
count, count > 1 ? "ies" : "y");
else
error("No calendar entries found in that message");
return;
}
int
extract_info(save_to_fd)
FILE *save_to_fd;
{
/** Save the relevant parts of the current message to the given
calendar file. The only parameter is an opened file
descriptor, positioned at the end of the existing file **/
register int entries = 0, ok = 1, lines, index, in_entry = FALSE;
char buffer[SLEN];
/** get to the first line of the message desired **/
if (fseek(mailfile, header_table[current-1].offset, 0) == -1) {
dprint2(1,"ERROR: Attempt to seek %d bytes into file failed (%s)",
header_table[current-1].offset, "extract_info");
error1("ELM [seek] failed trying to read %d bytes into file",
header_table[current-1].offset);
return(0);
}
/* how many lines in message? */
lines = header_table[current-1].lines;
/* now while not EOF & still in message... scan it! */
while (ok && lines--) {
ok = (int) (fgets(buffer, LONG_SLEN, mailfile) != NULL);
/* now let's see if it matches the basic pattern... */
if ((index = calendar_line(buffer)) > -1) {
if (buffer[index] == '>') { /* single line entry */
if (remove_through_ch(buffer, '>')) {
fprintf(save_to_fd,"%s", buffer);
entries++;
}
}
else { /* multi-line entry */
fprintf(save_to_fd, "%s", (char *) (buffer + index + 1));
in_entry = TRUE;
}
}
else if (in_entry) {
in_entry = FALSE;
entries++;
}
}
dprint2(4,"Got %d calender entr%s.\n", entries, entries > 1? "ies":"y");
return(entries);
}
int
calendar_line(string)
char *string;
{
/** Iff the input line is of the form;
{white space} <one or more '-'>
this routine will return the index of the NEXT character
after the dashed sequence...If this pattern doesn't occur,
or if any other problems are encountered, it'll return "-1"
**/
register int loc = 0;
if (chloc(string,'-') == -1) /* no dash??? */
return(-1); /* that was easy! */
/** skip leading white space... **/
while (whitespace(string[loc])) loc++; /* MUST have '-' too! */
if (string[loc] != '-') return(-1); /* nice try, sleazo! */
while (string[loc] == '-') loc++;
if (loc >= strlen(string)) return(-1); /* Empty line... */
/* otherwise.... */
return(loc);
}
int
remove_through_ch(string, ch)
char *string;
char ch;
{
/** removes all characters from zero to ch in the string, and
any 'white-space' following the 'n'th char... if it hits a
NULL string, it returns FALSE, otherwise it'll return TRUE!
**/
char buffer[SLEN];
register int index = 0, i = 0;
while (string[index] != ch && string[index] != '\0')
index++;
if (index >= strlen(string))
return(FALSE); /* crash! burn! */
index++; /* get past the 'ch' character... */
while (whitespace(string[index])) index++;
while (index < strlen(string))
buffer[i++] = string[index++];
buffer[i] = '\0';
strcpy(string, buffer);
return(TRUE);
}
#endif
END-OF-FILE
if [ "$filename" != "/dev/null" ]
then
size=`wc -c < $filename`
if [ $size != 5189 ]
then
echo $filename changed - should be 5189 bytes, not $size bytes
fi
chmod 666 $filename
fi
# ---------- file src/elm.c ----------
filename="src/elm.c"
if [ -f $filename ]
then
echo File \"$filename\" already exists\! Skipping...
filename=/dev/null # throw it away
else
echo extracting file src/elm.c...
fi
cat << 'END-OF-FILE' > $filename
/** elm.c **/
/* main program of the ELM mail system!
This file and all associated files and documentation:
(C) Copyright 1986 Dave Taylor
*/
#include "elm.h"
long bytes();
main(argc, argv)
int argc;
char *argv[];
{
char ch, address[SLEN], to_whom[LONG_SLEN];
int redraw, /** do we need to rewrite the entire screen? **/
nuhead, /** or perhaps just the headers section... **/
nucurr, /** or just the current message pointer... **/
nufoot; /** clear lines 16 thru bottom and new menu **/
int i; /** Random counting variable (etc) **/
int pageon, /** for when we receive new mail... **/
last_in_mailbox; /** for when we receive new mail too... **/
parse_arguments(argc, argv, to_whom);
if (mail_only) {
initialize(FALSE);
Raw(ON);
dprint1(3,"Mail-only: mailing to\n-> \"%s\"\n",
format_long(to_whom));
(void) send(to_whom, "", TRUE);
leave(0);
}
initialize(TRUE);
ScreenSize(&LINES, &COLUMNS);
showscreen();
mailfile_size = bytes(infile);
Raw(ON);
while (1) {
redraw = 0;
nuhead = 0;
nufoot = 0;
nucurr = 0;
if ((i = bytes(infile)) != mailfile_size) {
dprint1(2,"Just received %d bytes more mail (elm)\n",
i - mailfile_size);
error("New mail has arrived! Hang on...");
last_in_mailbox = message_count;
pageon = header_page;
newmbox(2, FALSE, TRUE);
clear_error();
header_page = pageon;
if (on_page(current)) /* do we REALLY have to rewrite? */
showscreen();
else {
update_title();
ClearLine(LINES-1); /* remove reading message... */
error2("%d new message%s received",
message_count - last_in_mailbox,
plural(message_count - last_in_mailbox));
}
mailfile_size = i;
if (cursor_control)
transmit_functions(ON); /* insurance */
}
prompt("Command: ");
CleartoEOLN();
ch = tolower(GetPrompt());
CleartoEOS();
dprint1(4, "\nCommand: %c\n\n", ch);
set_error(""); /* clear error buffer */
MoveCursor(LINES-3,strlen("Command: "));
switch (ch) {
case '?' : if (help())
redraw++;
else
nufoot++;
break;
case ' ' :
case '+' : header_page++; nuhead++;
if (move_when_paged &&
header_page < (message_count / headers_per_page))
current = header_page*headers_per_page + 1;
break;
case '-' : header_page--; nuhead++;
if (move_when_paged && header_page > 0)
current = header_page*headers_per_page + 1;
break;
case '=' : if (current != 1) {
current = 1;
if (get_page(current))
nuhead++;
else
nucurr++;
} break;
case '*' : if (current != message_count) {
current = message_count;
if (get_page(current))
nuhead++;
else
nucurr++;
} break;
case '|' : Writechar('|');
softkeys_off();
redraw = do_pipe();
softkeys_on(); break;
case '!' : Writechar('!');
softkeys_off();
redraw = subshell();
softkeys_on(); break;
case '%' : get_return(address);
clear_error();
PutLine1(LINES,(COLUMNS-strlen(address))/2,
"%.78s", address);
break;
case '/' : if (pattern_match()) {
if (get_page(current))
nuhead++;
else
nucurr++;
}
else
error("pattern not found!");
break;
case '<' : /* scan current message for calendar information */
#ifdef ENABLE_CALENDAR
PutLine0(LINES-3, strlen("Command: "),
"Scan message for calendar entries...");
scan_calendar();
#else
error("Sorry - calendar function disabled");
#endif
break;
case 'a' : alias();
nufoot++;
define_softkeys(MAIN); break;
case 'b' : PutLine0(LINES-3, strlen("Command: "),
"Bounce message");
fflush(stdout);
if (message_count < 1)
error("No mail to bounce!");
else
nufoot = remail();
break;
case 'c' : PutLine0(LINES-3, strlen("Command: "),
"Change mailbox");
define_softkeys(CHANGE);
if ((file_changed = leave_mbox(FALSE)) != -1) {
redraw = newmbox(0, TRUE, TRUE);
mailfile_size = bytes(infile);
}
else {
file_changed = 0;
sort_mailbox(message_count, FALSE);
}
define_softkeys(MAIN);
break;
case '^' :
case 'd' : if (message_count < 1)
error("No mail to delete!");
else {
delete((ch == 'd'));
if (resolve_mode) /* move after mail resolved */
if (current < message_count) {
current++;
if (get_page(current))
nuhead++;
else
nucurr++;
}
}
break;
case ctrl('D') : if (message_count < 1)
error("No mail to delete!");
else
meta_match(DELETED);
break;
case 'e' : PutLine0(LINES-3, strlen("Command: "), "Edit mailbox");
if (current > 0)
edit_mailbox();
else
error("Mailbox is empty!");
break;
case 'f' : PutLine0(LINES-3, strlen("Command: "), "Forward");
define_softkeys(YESNO);
if (current > 0)
redraw = forward();
else
error("No mail to forward!");
define_softkeys(MAIN);
break;
case 'g' : PutLine0(LINES-3, strlen("Command: "), "Group reply");
define_softkeys(YESNO);
fflush(stdout);
if (current > 0) {
PutLine0(LINES-3,COLUMNS-40,
"building addresses...");
redraw = reply_to_everyone();
}
else
error("No mail to reply to!");
define_softkeys(MAIN);
break;
case 'h' : if (filter)
PutLine0(LINES-3, strlen("Command: "),
"Message with headers...");
else
PutLine0(LINES-3, strlen("Command: "),"Read message");
fflush(stdout);
i = filter;
filter = FALSE;
redraw = show_msg(current);
filter = i;
break;
case 'j' : current++;
if (get_page(current))
nuhead++;
else
nucurr++; break;
case 'k' : current--;
if (get_page(current))
nuhead++;
else
nucurr++; break;
case 'm' : PutLine0(LINES-3, strlen("Command: "), "Mail");
redraw = send("", "", TRUE);
break;
case ctrl('J'):
case ctrl('M'):PutLine0(LINES-3, strlen("Command: "), "Read Message");
fflush(stdout);
define_softkeys(READ);
redraw = show_msg(current);
break;
case 'n' : PutLine0(LINES-3, strlen("Command: "), "Next Message");
fflush(stdout);
define_softkeys(READ);
redraw = show_msg(current);
current += redraw;
(void) get_page(current); /* rewrites ANYway */
if (current > message_count)
current = message_count;
break;
case 'o' : PutLine0(LINES-3, strlen("Command: "), "Options");
options();
redraw++; /* always fix da screen... */
break;
case 'p' : PutLine0(LINES-3, strlen("Command: "), "Print mail");
fflush(stdout);
if (message_count < 1)
error("No mail to print!");
else
printmsg();
break;
case 'q' : PutLine0(LINES-3, strlen("Command: "), "Quit");
if (mbox_specified == 0) lock(OUTGOING);
if (mailfile_size != bytes(infile)) {
error("New Mail! Quit cancelled...");
if (mbox_specified == 0) unlock();
}
else
quit();
break;
case 'r' : PutLine0(LINES-3, strlen("Command: "),
"Reply to message");
if (current > 0)
redraw = reply();
else
error("No mail to reply to!");
softkeys_on();
break;
case '>' : /** backwards compatibility **/
case 's' : if (message_count < 1)
error("No mail to save!");
else {
PutLine0(LINES-3, strlen("Command: "),"Save Message");
if (save() && resolve_mode) {
if (current < message_count) {
current++; /* move to next message */
if (get_page(current))
nuhead++;
else
nucurr++;
}
}
}
ClearLine(LINES-2);
break;
case ctrl('T') :
case 't' : if (message_count < 1)
error("no mail to tag!");
else if (ch == 't')
tag_message();
else
meta_match(TAGGED);
break;
case 'u' : if (message_count < 1)
error("no mail to mark as undeleted!");
else {
undelete();
if (resolve_mode) /* move after mail resolved */
if (current < message_count) {
current++;
if (get_page(current))
nuhead++;
else
nucurr++;
}
}
break;
case ctrl('Q') :
case ctrl('?') :
case 'x' : PutLine0(LINES-3, strlen("Command: "), "Exit");
fflush(stdout); leave();
case ctrl('L') : redraw++; break;
case '@' : debug_screen(); redraw++; break;
case '#' : debug_message(); redraw++; break;
case NO_OP_COMMAND : break; /* noop for timeout loop */
case ESCAPE : if (cursor_control) {
ch = ReadCh();
if (ch == up[1]) {
current--;
if (get_page(current))
nuhead++;
else
nucurr++;
}
else if (ch == down[1]) {
current++;
if (get_page(current))
nuhead++;
else
nucurr++;
}
else if (hp_terminal) { /* kludge! */
if (ch == 'U') { /* <NEXT> */
header_page++;
nuhead++;
if (move_when_paged)
current = header_page*headers_per_page + 1;
}
else if (ch == 'V') { /* <PREV> */
header_page--;
nuhead++;
if (move_when_paged)
current = header_page*headers_per_page + 1;
}
else if (ch == 'h' || ch == 'H') { /* <HOME UP> */
current = 1;
if (get_page(current))
nuhead++;
else
nucurr++;
}
else if (ch == 'F') { /* <HOME DOWN> */
current = message_count;
if (get_page(current))
nuhead++;
else
nucurr++;
}
else /* what DID they hit??? */
PutLine2(LINES-3, strlen("Command: "),
"%c%c", ESCAPE, ch);
}
else /* false hit - output */
PutLine2(LINES-3, strlen("Command: "),
"%c%c", ESCAPE, ch);
break;
}
/* else fall into default.. */
default : if (ch > '0' && ch <= '9') {
PutLine0(LINES-3, strlen("Command: "),
"New Current Message");
current = read_number(ch, message_count);
if (get_page(current))
nuhead++;
else
nucurr++;
}
else
error("Unknown command: Use '?' for commands");
}
dprint5(4,"redraw=%s, current=%d, nuhead=%s, nufoot=%s, nucurr=%s\n",
onoff(redraw), current, onoff(nuhead), onoff(nufoot),
onoff(nucurr));
if (redraw)
showscreen();
if (current < 1) {
if (message_count > 0) {
error("already at message #1!");
current = 1;
}
else if (current < 0) {
error("No messages to read!");
current = 0;
}
}
else if (current > message_count) {
if (message_count > 0) {
error2("only %d message%s!", message_count,
plural(message_count));
current = message_count;
}
else {
error("No messages to read!");
current = 0;
}
}
if (nuhead)
show_headers();
else if (nucurr)
show_current();
else if (nufoot) {
MoveCursor(LINES-7, 0);
CleartoEOS();
if (mini_menu)
show_menu();
}
} /* the BIG while loop! */
}
debug_screen()
{
/**** spit out all the current variable settings and the table
entries for the current 'n' items displayed. ****/
register int i, j;
char buffer[SLEN];
ClearScreen();
Raw(OFF);
PutLine2(0,0,"Current message number = %d\t\t%d message(s) total\n",
current, message_count);
PutLine2(2,0,"Header_page = %d \t\t%d possible page(s)\n",
header_page, (int) (message_count / headers_per_page) + 1);
PutLine1(4,0,"\nCurrent mailfile is %s.\n\n", infile);
i = header_page*headers_per_page; /* starting header */
if ((j = i + (headers_per_page-1)) >= message_count)
j = message_count-1;
Write_to_screen(
"Num From Subject Lines Offset\n\n",0);
while (i <= j) {
sprintf(buffer,
"%3d %-16.16s %-40.40s %4d %d\n",
i+1,
header_table[i].from,
header_table[i].subject,
header_table[i].lines,
header_table[i].offset);
Write_to_screen(buffer, 0);
i++;
}
Raw(ON);
PutLine0(LINES,0,"Press any key to return: ");
(void) ReadCh();
}
debug_message()
{
/**** Spit out the current message record. Include EVERYTHING
in the record structure. **/
char buffer[SLEN];
ClearScreen();
Raw(OFF);
Write_to_screen("\t\t\t----- Message %d -----\n\n\n\n", 1,
current);
Write_to_screen("Lines : %-5d\t\t\t\tStatus: N E A P D T\n", 1,
header_table[current-1].lines);
Write_to_screen(" \t\t\t\t e x c r e a\n", 0);
Write_to_screen(" \t\t\t\t w p t i l g\n\n", 0);
sprintf(buffer, "Offset: %ld\t\t\t\t %d %d %d %d %d %d\n\n",
header_table[current-1].offset,
(header_table[current-1].status & NEW) != 0,
(header_table[current-1].status & EXPIRED) != 0,
(header_table[current-1].status & ACTION) != 0,
(header_table[current-1].status & PRIORITY) != 0,
(header_table[current-1].status & DELETED) != 0,
(header_table[current-1].status & TAGGED) != 0);
Write_to_screen(buffer, 0);
sprintf(buffer, "Received on: %d/%d/%d at %d:%02d\n\n",
header_table[current-1].received.month+1,
header_table[current-1].received.day,
header_table[current-1].received.year,
header_table[current-1].received.hour,
header_table[current-1].received.minute);
Write_to_screen(buffer, 0);
sprintf(buffer, "Message sent on: %s, %s %s, %s at %s\n\n",
header_table[current-1].dayname,
header_table[current-1].month,
header_table[current-1].day,
header_table[current-1].year,
header_table[current-1].time);
Write_to_screen(buffer, 0);
Write_to_screen("\nFrom: %s\n\nSubject: %s", 2,
header_table[current-1].from,
header_table[current-1].subject);
Write_to_screen("\nTo: %s\n\nIndex = %d\n", 2,
header_table[current-1].to,
header_table[current-1].index_number);
Raw(ON);
PutLine0(LINES,0,"Press any key to return: ");
(void) ReadCh();
}
END-OF-FILE
if [ "$filename" != "/dev/null" ]
then
size=`wc -c < $filename`
if [ $size != 15852 ]
then
echo $filename changed - should be 15852 bytes, not $size bytes
fi
chmod 644 $filename
fi
# ---------- file src/replyc ----------
filename="src/replyc"
if [ -f $filename ]
then
echo File \"$filename\" already exists\! Skipping...
filename=/dev/null # throw it away
else
echo extracting file src/replyc...
fi
cat << 'END-OF-FILE' > $filename
/** reply.c **/
/*** routine allows replying to the sender of the current message
(C) Copyright 1985, Dave Taylor
***/
#include "headers.h"
#include <errno.h>
#ifndef BSD
# include <sys/utsname.h>
#endif
/** Note that this routine generates automatic header information
for the subject and (obviously) to lines, but that these can
be altered while in the editor composing the reply message!
**/
char *strip_parens(), *get_token(), *notes_machine();
extern int errno;
char *error_name();
int
reply()
{
/** Reply to the current message. Returns non-zero iff
the screen has to be rewritten. **/
char return_address[LONG_SLEN], subject[SLEN];
int return_value;
get_return(return_address);
if (first_word(header_table[current-1].from, "To:")) {
strcpy(subject, header_table[current-1].subject);
return_value = send(return_address, subject, TRUE);
}
else if (header_table[current-1].subject[0] != '\0') {
if ((strncmp("Re:", header_table[current-1].subject, 3) == 0) ||
(strncmp("RE:", header_table[current-1].subject, 3) == 0) ||
(strncmp("re:", header_table[current-1].subject, 3) == 0))
strcpy(subject, header_table[current-1].subject);
else {
strcpy(subject,"Re: ");
strcat(subject,header_table[current-1].subject);
}
return_value = send(return_address, subject, TRUE);
}
else
return_value = send(return_address, "Re: your mail", TRUE);
return(return_value);
}
int
reply_to_everyone()
{
/** Reply to everyone who received the current message.
This includes other people in the 'To:' line and people
in the 'Cc:' line too. Returns non-zero iff the screen
has to be rewritten. **/
char return_address[LONG_SLEN], subject[SLEN];
char full_address[VERY_LONG_STRING];
int return_value;
get_return(return_address);
strcpy(full_address, return_address); /* sender gets copy */
get_and_expand_everyone(return_address, full_address);
if (header_table[current-1].subject[0] != '\0') {
if ((strncmp("Re:", header_table[current-1].subject, 3) == 0) ||
(strncmp("RE:", header_table[current-1].subject, 3) == 0) ||
(strncmp("re:", header_table[current-1].subject, 3) == 0))
strcpy(subject, header_table[current-1].subject);
else {
strcpy(subject,"Re: ");
strcat(subject,header_table[current-1].subject);
}
return_value = send(full_address, subject, TRUE);
}
else
return_value = send(full_address, "Re: your mail", TRUE);
return(return_value);
}
int
forward()
{
/** Forward the current message. What this actually does is
to set auto_copy to true, then call 'send' to get the
address and route the mail.
**/
char subject[SLEN], address[VERY_LONG_STRING];
int original_cc, results, edit_msg;
original_cc = auto_copy;
address[0] = '\0';
edit_msg = (want_to("Edit outgoing message (y/n) ? ",'y',FALSE) != 'n');
Write_to_screen("%s", 1, edit_msg? "Yes" : "No");
auto_cc = TRUE; /* we want a copy */
if (strlen(header_table[current-1].subject) > 0) {
strcpy(subject,header_table[current-1].subject);
results = send(address, subject, edit_msg);
}
else
results = send(address, "Forwarded Mail...", edit_msg);
auto_copy = original_cc;
return(results);
}
get_and_expand_everyone(return_address, full_address)
char *return_address, *full_address;
{
/** Read the current message, extracting addresses from the 'To:'
and 'Cc:' lines. As each address is taken, ensure that it
isn't to the author of the message NOR to us. If neither,
prepend with current return address and append to the
'full_address' string.
**/
char ret_address[LONG_SLEN], buf[LONG_SLEN], new_address[LONG_SLEN];
char *bufptr, *address;
int in_message = 1, first_pass = 0;
/** First off, get to the first line of the message desired **/
if (fseek(mailfile, header_table[current-1].offset, 0) == -1) {
dprint3(1,"Error: seek %ld resulted in errno %s (%s)\n",
header_table[current-1].offset, error_name(errno),
"get_and_expand_everyone");
error2("ELM [seek] couldn't read %d bytes into file (%s)",
header_table[current-1].offset, error_name(errno));
return;
}
/** okay! Now we're there! **/
/** let's fix the ret_address to reflect the return address of this
message with '%s' instead of the persons login name... **/
translate_return(return_address, ret_address);
/** now let's parse the actual message! **/
while (in_message) {
in_message = (int) (fgets(buf, LONG_SLEN, mailfile) != NULL);
if (first_word(buf, "From ") && first_pass++ != 0)
in_message = FALSE;
else if (first_word(buf, "To:") || first_word(buf, "Cc:") ||
first_word(buf, "CC:") || first_word(buf, "cc:")) {
do {
no_ret(buf);
bufptr = (char *) (strip_parens(buf) + 3); /* 3 = strlen of prompt */
while ((address = get_token(bufptr, "\t, ", 0)) != NULL) {
if (okay_address(address, return_address)) {
sprintf(new_address, ret_address, address);
optimize_and_add(new_address, full_address);
}
bufptr = NULL;
}
in_message = (int) (fgets(buf, LONG_SLEN, mailfile) != NULL);
} while (in_message && whitespace(buf[0]));
}
else if (strlen(buf) < 2) /* done with header */
in_message = FALSE;
}
}
int
okay_address(address, return_address)
char *address, *return_address;
{
/** This routine checks to ensure that the address we just got
from the "To:" or "Cc:" line isn't us AND isn't the person
who sent the message. Returns true iff neither is the case **/
char our_address[SLEN];
struct addr_rec *alternatives;
if (in_string(address, return_address))
return(FALSE);
sprintf(our_address, "%s!%s", hostname, username);
if (in_string(address, our_address))
return(FALSE);
sprintf(our_address, "%s@%s", username, hostname);
if (in_string(address, our_address))
return(FALSE);
alternatives = alternative_addresses;
while (alternatives != NULL) {
if (in_string(address, alternatives->address))
return(FALSE);
alternatives = alternatives->next;
}
return(TRUE);
}
optimize_and_add(new_address, full_address)
char *new_address, *full_address;
{
/** This routine will add the new address to the list of addresses
in the full address buffer IFF it doesn't already occur. It
will also try to fix dumb hops if possible, specifically hops
of the form ...a!b...!a... and hops of the form a@b@b etc
**/
register int len, host_count = 0, i;
char hosts[MAX_HOPS][SLEN]; /* array of machine names */
char *host, *addrptr;
if (in_string(full_address, new_address))
return(1); /* duplicate address */
/** optimize **/
/* break down into a list of machine names, checking as we go along */
addrptr = (char *) new_address;
while ((host = get_token(addrptr, "!", 1)) != NULL) {
for (i = 0; i < host_count && ! equal(hosts[i], host); i++)
;
if (i == host_count) {
strcpy(hosts[host_count++], host);
if (host_count == MAX_HOPS) {
dprint1(2,
"Error: hit max_hops limit trying to build return address (%s)\n",
"optimize_and_add");
error("Can't build return address - hit MAX_HOPS limit!");
return(1);
}
}
else
host_count = i + 1;
addrptr = NULL;
}
/** fix the ARPA addresses, if needed **/
if (chloc(hosts[host_count-1], '@') > -1)
fix_arpa_address(hosts[host_count-1]);
/** rebuild the address.. **/
new_address[0] = '\0';
for (i = 0; i < host_count; i++)
sprintf(new_address, "%s%s%s", new_address,
new_address[0] == '\0'? "" : "!",
hosts[i]);
if (full_address[0] == '\0')
strcpy(full_address, new_address);
else {
len = strlen(full_address);
full_address[len ] = ',';
full_address[len+1] = ' ';
full_address[len+2] = '\0';
strcat(full_address, new_address);
}
return(0);
}
get_return_name(address, name, shift_lower)
char *address, *name;
int shift_lower;
{
/** Given the address (either a single address or a combined list
of addresses) extract the login name of the first person on
the list and return it as 'name'. Modified to stop at
any non-alphanumeric character. **/
/** An important note to remember is that it isn't vital that this
always returns just the login name, but rather that it always
returns the SAME name. If the persons' login happens to be,
for example, joe.richards, then it's arguable if the name
should be joe, or the full login. It's really immaterial, as
indicated before, so long as we ALWAYS return the same name! **/
/** Another note: modified to return the argument as all lowercase
always, unless "shift_lower" isn't TRUE... **/
char single_address[LONG_SLEN];
register int i, loc, index = 0;
dprint2(6,"get_return_name called with (%s, %s)\n",
address, name);
/* First step - copy address up to a comma, space, or EOLN */
for (i=0; address[i] != ',' && ! whitespace(address[i]) &&
address[i] != '\0'; i++)
single_address[i] = address[i];
single_address[i] = '\0';
/* Now is it an ARPA address?? */
if ((loc = chloc(single_address, '@')) != -1) { /* Yes */
/* At this point the algorithm is to keep shifting our copy
window left until we hit a '!'. The login name is then
located between the '!' and the first metacharacter to
it's right (ie '%', ':' or '@'). */
dprint0(3,"Breaking down ARPA address...(get_return_name)\n");
for (i=loc; single_address[i] != '!' && i > -1; i--)
if (single_address[i] == '%' ||
single_address[i] == ':' ||
single_address[i] == '.' || /* no domains */
single_address[i] == '@') loc = i-1;
if (i < 0 || single_address[i] == '!') i++;
dprint3(3,"\tgetting from %d to %d out of '%s'\n",
i, loc - i + 1, single_address);
for (index = 0; index < loc - i + 1; index++)
if (shift_case)
name[index] = tolower(single_address[index+i]);
else
name[index] = single_address[index+i];
name[index] = '\0';
dprint1(3,"\tfor a return name of '%s'\n", name);
}
else { /* easier - standard USENET address */
/* This really is easier - we just cruise left from the end of
the string until we hit either a '!' or the beginning of the
line. No sweat. */
loc = strlen(single_address)-1; /* last char */
for (i = loc; single_address[i] != '!' && single_address[i] != '.'
&& i > -1; i--)
name[index++] = tolower(single_address[i]);
name[index] = '\0';
reverse(name);
}
dprint2(6,"get_return_name leaves with (%s, %s)\n",
address, name);
}
END-OF-FILE
if [ "$filename" != "/dev/null" ]
then
size=`wc -c < $filename`
if [ $size != 10750 ]
then
echo $filename changed - should be 10750 bytes, not $size bytes
fi
chmod 666 $filename
fi
echo end of this archive file....
exit 0