void select_loop(int server_s)
{
FD_ZERO(&block_read_fdset);
FD_ZERO(&block_write_fdset);
/* set server_s and req_timeout */
req_timeout.tv_sec = (ka_timeout ? ka_timeout : REQUEST_TIMEOUT);
req_timeout.tv_usec = 0l; /* reset timeout */
/* preset max_fd */
max_fd = -1;
while (1) {
if (sighup_flag)
sighup_run();
if (sigchld_flag)
sigchld_run();
if (sigalrm_flag)
sigalrm_run();
if (sigterm_flag) {
if (sigterm_flag == 1)
sigterm_stage1_run(server_s);
if (sigterm_flag == 2 && !request_ready && !request_block) {
sigterm_stage2_run();
}
}
/* reset max_fd */
max_fd = -1;
if (request_block)
/* move selected req's from request_block to request_ready */
fdset_update();
/* any blocked req's move from request_ready to request_block */
process_requests(server_s);
if (!sigterm_flag && total_connections < (max_connections - 10)) {
BOA_FD_SET(server_s, &block_read_fdset); /* server always set */
#ifdef SERVER_SSL
if (do_sock < 2)
BOA_FD_SET(server_ssl, &block_read_fdset); /* server always set */
#endif
}
req_timeout.tv_sec = (request_ready ? 0 :
(ka_timeout ? ka_timeout : REQUEST_TIMEOUT));
req_timeout.tv_usec = 0l; /* reset timeout */
if (select(max_fd + 1, &block_read_fdset,
&block_write_fdset, NULL,
(request_ready || request_block ? &req_timeout : NULL)) == -1) {
/* what is the appropriate thing to do here on EBADF */
if (errno == EINTR)
continue; /* while(1) */
else if (errno != EBADF) {
DIE("select");
}
}
time(¤t_time);
if (FD_ISSET(server_s, &block_read_fdset))
pending_requests = 1;
}
}
void loop(int server_s)
{
FD_ZERO(BOA_READ);
FD_ZERO(BOA_WRITE);
max_fd = -1;
while (1) {
/* handle signals here */
if (sighup_flag)
sighup_run();
if (sigchld_flag)
sigchld_run();
if (sigalrm_flag)
sigalrm_run();
if (sigterm_flag) {
/* sigterm_flag:
* 1. caught, unprocessed.
* 2. caught, stage 1 processed
*/
if (sigterm_flag == 1) {
sigterm_stage1_run();
BOA_FD_CLR(req, server_s, BOA_READ);
close(server_s);
/* make sure the server isn't in the block list */
server_s = -1;
}
if (sigterm_flag == 2 && !request_ready && !request_block) {
sigterm_stage2_run(); /* terminal */
}
} else {
if (total_connections > max_connections) {
/* FIXME: for poll we don't subtract 20. why? */
BOA_FD_CLR(req, server_s, BOA_READ);
} else {
BOA_FD_SET(req, server_s, BOA_READ); /* server always set */
}
}
pending_requests = 0;
/* max_fd is > 0 when something is blocked */
if (max_fd) {
struct timeval req_timeout; /* timeval for select */
req_timeout.tv_sec = (request_ready ? 0 : default_timeout);
req_timeout.tv_usec = 0l; /* reset timeout */
if (select(max_fd + 1, BOA_READ,
BOA_WRITE, NULL,
(request_ready || request_block ?
&req_timeout : NULL)) == -1) {
/* what is the appropriate thing to do here on EBADF */
if (errno == EINTR)
continue; /* while(1) */
else if (errno != EBADF) {
DIE("select");
}
}
/* FIXME: optimize for when select returns 0 (timeout).
* Thus avoiding many operations in fdset_update
* and others.
*/
if (!sigterm_flag && FD_ISSET(server_s, BOA_READ)) {
pending_requests = 1;
}
time(¤t_time); /* for "new" requests if we've been in
* select too long */
/* if we skip this section (for example, if max_fd == 0),
* then we aren't listening anyway, so we can't accept
* new conns. Don't worry about it.
*/
}
/* reset max_fd */
max_fd = -1;
if (request_block) {
/* move selected req's from request_block to request_ready */
fdset_update();
}
/* any blocked req's move from request_ready to request_block */
if (pending_requests || request_ready) {
process_requests(server_s);
}
}
}
void select_loop(int server_s)
{
FD_ZERO(&block_read_fdset);
FD_ZERO(&block_write_fdset);
/* set server_s and req_timeout */
req_timeout.tv_sec = (ka_timeout ? ka_timeout : REQUEST_TIMEOUT);
req_timeout.tv_usec = 0l; /* reset timeout */
/* preset max_fd */
max_fd = -1;
while (1) {
if (sighup_flag)
sighup_run();
if (sigchld_flag)
sigchld_run();
if (sigalrm_flag)
sigalrm_run();
if (sigterm_flag) {
if (sigterm_flag == 1)
sigterm_stage1_run(server_s);
if (sigterm_flag == 2 /*&& !request_ready && !request_block*/) {
sigterm_stage2_run();
}
}
/* reset max_fd */
max_fd = -1;
if (request_block)
{
/* move selected req's from request_block to request_ready */
//fprintf(stderr, "fdsetupdated\n");
fdset_update();
}
/* any blocked req's move from request_ready to request_block */
process_requests(server_s);
if (!sigterm_flag && total_connections < (max_connections - 10)
#if defined(TCSUPPORT_WEBSERVER_SSL)
&& http_mode != HTTPS_ONLY
#endif
) {
BOA_FD_SET(server_s, &block_read_fdset);
}
#if defined(TCSUPPORT_WEBSERVER_SSL)
if (!sigterm_flag && total_connections < (max_connections - 10) && http_mode != HTTP_ONLY)
{
BOA_FD_SET(server_ssl, &block_read_fdset);
}
#endif
req_timeout.tv_sec = (request_ready ? 0 :
(ka_timeout ? ka_timeout : REQUEST_TIMEOUT));
req_timeout.tv_usec = 0l; /* reset timeout */
if (select(max_fd + 1, &block_read_fdset,
&block_write_fdset, NULL,
(request_ready || request_block ? &req_timeout : NULL)) == -1) {
/* what is the appropriate thing to do here on EBADF */
if (errno == EINTR)
{
continue; /* while(1) */
}
else if (errno != EBADF) {
DIE("select");
}
}
time(¤t_time);
if (FD_ISSET(server_s, &block_read_fdset))
{
pending_requests = 1;
}
#if defined(TCSUPPORT_WEBSERVER_SSL)
if (FD_ISSET(server_ssl, &block_read_fdset))
{
ssl_pending_requests = 1;
}
#endif
}
}
void loop(int server_s)
{
struct pollfd pfd1[2][MAX_FD];
short which = 0, other = 1, temp;
int server_pfd, watch_server;
pfds = pfd1[which];
pfd_len = server_pfd = 0;
watch_server = 1;
while (1) {
int timeout;
time(¤t_time);
if (sighup_flag)
sighup_run();
if (sigchld_flag)
sigchld_run();
if (sigalrm_flag)
sigalrm_run();
if (sigterm_flag) {
if (sigterm_flag == 1) {
sigterm_stage1_run();
close(server_s);
server_s = -1;
/* remove server_pfd */
{
unsigned int i, j;
for(i = 0, j = 0;i < pfd_len;++i) {
if (i == (unsigned) server_pfd)
continue;
pfd1[other][j].fd = pfd1[which][j].fd;
pfd1[other][j].events = pfd1[which][j].events;
++j;
}
pfd_len = j;
pfds = pfd1[other];
temp = other;
other = which;
which = temp;
}
watch_server = 0;
}
if (sigterm_flag == 2 && !request_ready && !request_block) {
sigterm_stage2_run();
}
} else {
if (total_connections < max_connections) {
server_pfd = pfd_len++;
pfds[server_pfd].fd = server_s;
pfds[server_pfd].events = BOA_READ;
watch_server = 1;
} else {
watch_server = 0;
}
}
/* If there are any requests ready, the timeout is 0.
* If not, and there are any requests blocking, the
* timeout is ka_timeout ? ka_timeout * 1000, otherwise
* REQUEST_TIMEOUT * 1000.
* -1 means forever
*/
pending_requests = 0;
if (pfd_len) {
timeout = (request_ready ? 0 :
(request_block ? default_timeout : -1));
if (poll(pfds, pfd_len, timeout) == -1) {
if (errno == EINTR)
continue; /* while(1) */
}
if (!sigterm_flag && watch_server) {
/* */
if (pfds[server_pfd].revents &
(POLLNVAL|POLLERR)) {
/* problem with the server socket, unexpected */
log_error("server pfd revent contains "
"POLLNVAL or POLLERR! Exiting.");
exit(1);
} else if (pfds[server_pfd].revents & BOA_READ) {
pending_requests = 1;
}
}
time(¤t_time);
/* if pfd_len is 0, we didn't poll, so the current time
* should be up-to-date, and we *won't* be accepting anyway
*/
}
/* go through blocked and unblock them if possible */
/* also resets pfd_len and pfd to known blocked */
pfd_len = 0;
if (request_block) {
update_blocked(pfd1[other]);
}
/* swap pfd */
pfds = pfd1[other];
temp = other;
other = which;
which = temp;
/* process any active requests */
process_requests(server_s);
}
}
void loop(int server_s)
{
FD_ZERO(BOA_READ);
FD_ZERO(BOA_WRITE);
max_fd = -1;
while (1) {
/* handle signals here */
if (sighup_flag)
sighup_run();
if (sigchld_flag)
sigchld_run();
if (sigalrm_flag)
sigalrm_run();
if (sigterm_flag) {
/* sigterm_flag:
* 1. caught, unprocessed.
* 2. caught, stage 1 processed
*/
if (sigterm_flag == 1) {
sigterm_stage1_run();
BOA_FD_CLR(req, server_s, BOA_READ);
close(server_s);
/* make sure the server isn't in the block list */
server_s = -1;
}
if (sigterm_flag == 2 && !request_ready && !request_block) {
sigterm_stage2_run(); /* terminal */
}
} else {
if (total_connections > max_connections) {
/* FIXME: for poll we don't subtract 20. why? */
BOA_FD_CLR(req, server_s, BOA_READ);
} else {
BOA_FD_SET(req, server_s, BOA_READ); /* server always set */
}
}
if (isREBOOTASP == 1) {
if(last_req_after_upgrade != req_after_upgrade){
last_req_after_upgrade = req_after_upgrade;
}
}
pending_requests = 0;
/* max_fd is > 0 when something is blocked */
if (max_fd) {
struct timeval req_timeout; /* timeval for select */
req_timeout.tv_sec = (request_ready ? 0 : default_timeout);
req_timeout.tv_usec = 0l; /* reset timeout */
if (select(max_fd + 1, BOA_READ,
BOA_WRITE, NULL,
(request_ready || request_block ?
&req_timeout : NULL)) == -1) {
/* what is the appropriate thing to do here on EBADF */
if (errno == EINTR) {
//fprintf(stderr,"####%s:%d isFWUPGRADE=%d isREBOOTASP=%d###\n", __FILE__, __LINE__ ,isFWUPGRADE , isREBOOTASP);
//fprintf(stderr,"####%s:%d last_req_after_upgrade=%d req_after_upgrade=%d confirm_last_req=%d###\n", __FILE__, __LINE__ ,last_req_after_upgrade , req_after_upgrade, confirm_last_req);
if (isFWUPGRADE !=0 && isREBOOTASP == 1 ) {
if (last_req_after_upgrade == req_after_upgrade)
confirm_last_req++;
if (confirm_last_req >3)
goto ToUpgrade;
} else if(isCFGUPGRADE ==2 && isREBOOTASP == 1 ) {
goto ToReboot;
}
else if (isFWUPGRADE ==0 && isREBOOTASP == 1) {
if (last_req_after_upgrade == req_after_upgrade)
confirm_last_req++;
if (confirm_last_req >3) {
isFWUPGRADE = 0;
isREBOOTASP = 0;
//isFAKEREBOOT = 0;
confirm_last_req=0;
}
}
continue; /* while(1) */
}
else if (errno != EBADF) {
DIE("select");
}
}
/* FIXME: optimize for when select returns 0 (timeout).
* Thus avoiding many operations in fdset_update
* and others.
*/
if (!sigterm_flag && FD_ISSET(server_s, BOA_READ)) {
pending_requests = 1;
}
time(¤t_time); /* for "new" requests if we've been in
* select too long */
/* if we skip this section (for example, if max_fd == 0),
* then we aren't listening anyway, so we can't accept
* new conns. Don't worry about it.
*/
}
/* reset max_fd */
max_fd = -1;
if (request_block) {
/* move selected req's from request_block to request_ready */
fdset_update();
}
/* any blocked req's move from request_ready to request_block */
if (pending_requests || request_ready) {
if (isFWUPGRADE !=0 && isREBOOTASP == 1 ){
req_after_upgrade++;
}else if(isFWUPGRADE ==0 && isREBOOTASP == 1){
req_after_upgrade++;
}
process_requests(server_s);
continue;
}
ToUpgrade:
if (isFWUPGRADE !=0 && isREBOOTASP == 1 ) {
char buffer[200];
//fprintf(stderr,"\r\n [%s-%u] FirmwareUpgrade start",__FILE__,__LINE__);
FirmwareUpgrade(firmware_data, firmware_len, 0, buffer);
//fprintf(stderr,"\r\n [%s-%u] FirmwareUpgrade end",__FILE__,__LINE__);
//system("echo 7 > /proc/gpio"); // disable system LED
isFWUPGRADE=0;
isREBOOTASP=0;
//reboot_time = 5;
break;
}
ToReboot:
if(isCFGUPGRADE == 2 && isREBOOTASP ==1) {
isCFGUPGRADE=0;
isREBOOTASP=0;
system("reboot");
for(;;);
}
}
}
