/*
* announce
*
* Usage: announce message
*
* Broadcasts your message to all logged on users. Announcements reach all
* users and cannot be censored in any way (such as by "set shout 0").
*/
int com_announce(int p, param_list param)
{
struct player *pp = &player_globals.parray[p];
int p1;
int count = 0;
if (!printablestring(param[0].val.string)) {
pprintf(p, "Your message contains some unprintable character(s).\n");
return COM_OK;
}
for (p1 = 0; p1 < player_globals.p_num; p1++) {
if (p1 == p)
continue;
if (player_globals.parray[p1].status != PLAYER_PROMPT)
continue;
count++;
pprintf_prompt(p1, "\n\n **ANNOUNCEMENT** from %s: %s\n\n", pp->name, param[0].val.string);
}
pprintf(p, "\n(%d) **ANNOUNCEMENT** from %s: %s\n\n", count, pp->name, param[0].val.string);
return COM_OK;
}
int parse_url( int history_file, double filever, int currrecoff, char *delim, int filesize, char *type, std::vector< URLRec * > &urls ) {
char fourbytes[4];
char hashrecflagsstr[4];
char eightbytes[8];
char chr;
int filenameoff;
int httpheadersoff;
int urloff;
int i;
int reclen;
int dirnameoff;
time_t modtime;
time_t accesstime;
char ascmodtime[26], ascaccesstime[26];
char dirname[9];
char *url;
char *filename;
char *httpheaders;
int year, mon;
struct tm *accesstm, *modtm;
pread( history_file, fourbytes, 4, currrecoff+4 );
reclen = bah_to_i( fourbytes, 4 )*BLOCK_SIZE;
pread( history_file, eightbytes, 8, currrecoff+8 );
modtime = win_time_to_unix( eightbytes );
pread( history_file, eightbytes, 8, currrecoff+16 );
accesstime = win_time_to_unix( eightbytes );
accesstm = localtime( &accesstime );
year = accesstm->tm_year + 1900;
mon = accesstm->tm_mon + 1;
sprintf( ascaccesstime, "%02d/%02d/%02d %02d:%02d:%02d", mon, accesstm->tm_mday, year, accesstm->tm_hour, accesstm->tm_min, accesstm->tm_sec );
modtm = localtime( &modtime );
year = modtm->tm_year + 1900;
mon = modtm->tm_mon + 1;
sprintf( ascmodtime, "%02d/%02d/%02d %02d:%02d:%02d", mon, modtm->tm_mday, year, modtm->tm_hour, modtm->tm_min, modtm->tm_sec );
if (accesstime == 0) {
ascaccesstime[0] = '\0';
}
if (modtime == 0) {
ascmodtime[0] = '\0';
}
url = (char *)malloc( reclen+1 );
if (filever >= 5) {
pread( history_file, &chr, 1, currrecoff+0x34 );
} else {
pread( history_file, &chr, 1, currrecoff+0x38 );
}
urloff = (unsigned char)chr;
i = 0;
pread( history_file, &chr, 1, currrecoff+urloff );
while ( chr != '\0' && currrecoff+urloff+i+1 < filesize ) {
url[i] = chr;
pread( history_file, &chr, 1, currrecoff+urloff+i+1 );
i++;
}
url[i] = '\0';
filename = (char *)malloc( reclen+1 );
if (filever >= 5) {
pread( history_file, fourbytes, 4, currrecoff+0x3C );
} else {
pread( history_file, fourbytes, 4, currrecoff+0x40 );
}
filenameoff = bah_to_i( fourbytes, 4 ) + currrecoff;
i = 0;
if (filenameoff > currrecoff+0x3C) {
pread( history_file, &chr, 1, filenameoff );
while ( chr != '\0' && filenameoff+i+1 < filesize ) {
filename[i] = chr;
pread( history_file, &chr, 1, filenameoff+i+1 );
i++;
}
}
filename[i] = '\0';
if (filever >= 5.2) {
pread( history_file, &chr, 1, currrecoff+0x38 );
} else if (filever >= 5) {
pread( history_file, &chr, 1, currrecoff+0x39 );
} else {
pread( history_file, &chr, 1, currrecoff+0x3C );
}
dirnameoff = (unsigned char)chr;
if (0x50+(12*dirnameoff)+8 < filesize) {
pread( history_file, dirname, 8, 0x50+(12*dirnameoff) );
dirname[8] = '\0';
} else {
dirname[0] = '\0';
}
httpheaders = (char *)malloc( reclen+1 );
if (filever >= 5) {
pread( history_file, fourbytes, 4, currrecoff+0x44 );
} else {
pread( history_file, fourbytes, 4, currrecoff+0x48 );
}
httpheadersoff = bah_to_i( fourbytes, 4 ) + currrecoff;
i = 0;
if (httpheadersoff > currrecoff+0x44) {
pread( history_file, &chr, 1, httpheadersoff );
while ( chr != '\0' && httpheadersoff+i+1 < currrecoff+reclen && httpheadersoff+i+1 < filesize ) {
httpheaders[i] = chr;
pread( history_file, &chr, 1, httpheadersoff+i+1 );
i++;
}
}
httpheaders[i] = '\0';
printablestring( type );
printablestring( url );
printablestring( ascmodtime );
printablestring( ascaccesstime );
printablestring( filename );
printablestring( dirname );
printablestring( httpheaders );
if (type[3] == ' ') {
type[3] = '\0';
}
URLRec *urlrec = new URLRec(type, url, ascmodtime, ascaccesstime, filename, dirname, httpheaders);
urls.push_back(urlrec);
type[0] = '\0';
dirname[0] = '\0';
ascmodtime[0] = '\0';
ascaccesstime[0] = '\0';
free( url );
free( filename );
free( httpheaders );
}
int parse_redr( int history_file, double filever, int currrecoff, char *delim, int filesize, char *type, std::vector< URLRec * > &urls ) {
char fourbytes[4];
char hashrecflagsstr[4];
char chr;
int filenameoff;
int httpheadersoff;
int i;
int reclen;
int dirnameoff;
time_t modtime;
time_t accesstime;
char *url;
char *filename;
char *httpheaders;
char ascmodtime[26], ascaccesstime[26];
char dirname[9];
pread( history_file, fourbytes, 4, currrecoff+4 );
reclen = bah_to_i( fourbytes, 4 )*BLOCK_SIZE;
url = (char *)malloc( reclen+1 );
i = 0;
pread( history_file, &chr, 1, currrecoff+0x10 );
while ( chr != '\0' && currrecoff+0x10+i+1 < filesize ) {
url[i] = chr;
pread( history_file, &chr, 1, currrecoff+0x10+i+1 );
i++;
}
url[i] = '\0';
filename = (char *)malloc( 1 );
filename[0] = '\0';
httpheaders = (char *)malloc( 1 );
httpheaders[0] = '\0';
dirname[0] = '\0';
ascmodtime[0] = '\0';
ascaccesstime[0] = '\0';
dirname[0] = '\0';
printablestring( type );
printablestring( url );
printablestring( ascmodtime );
printablestring( ascaccesstime );
printablestring( filename );
printablestring( dirname );
printablestring( httpheaders );
URLRec *urlrec = new URLRec(type, url, ascmodtime, ascaccesstime, filename, dirname, httpheaders);
urls.push_back(urlrec);
type[0] = '\0';
free( url );
free( filename );
free( httpheaders );
}
