Indented with src/scripts/indent-emp.
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437 changed files with 52211 additions and 51052 deletions
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@ -48,140 +48,141 @@
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int
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upda(void)
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{
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FILE *fp;
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struct mob_acc_globals timestamps;
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extern int updating_mob;
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extern int update_window;
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extern s_char *timestampfil;
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FILE *fp;
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struct mob_acc_globals timestamps;
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extern int updating_mob;
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extern int update_window;
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extern s_char *timestampfil;
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if (opt_MOB_ACCESS) {
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#if !defined(_WIN32)
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if ((fp = fopen(timestampfil, "r")) == NULL) {
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if ((fp = fopen(timestampfil, "r")) == NULL) {
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#else
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if ((fp = fopen(timestampfil, "rb")) == NULL) {
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if ((fp = fopen(timestampfil, "rb")) == NULL) {
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#endif
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logerror("Unable to open timestamp file.");
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} else {
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rewind(fp);
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fread(×tamps, sizeof(timestamps), 1, fp);
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fclose(fp);
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if (updating_mob)
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pr("Mobility updating is enabled.\n\n");
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else {
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pr("Mobility updating will come back on around %s",
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ctime(×tamps.starttime));
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pr("game time, within 3 minutes, depending on when the server checks.\n\n");
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}
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}
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logerror("Unable to open timestamp file.");
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} else {
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rewind(fp);
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fread(×tamps, sizeof(timestamps), 1, fp);
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fclose(fp);
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if (updating_mob)
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pr("Mobility updating is enabled.\n\n");
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else {
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pr("Mobility updating will come back on around %s",
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ctime(×tamps.starttime));
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pr("game time, within 3 minutes, depending on when the server checks.\n\n");
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}
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}
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if (opt_UPDATESCHED) {
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time_t now, next, delta;
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extern int update_time;
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extern int update_policy;
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extern int update_demandpolicy;
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extern int update_wantmin;
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extern int blitz_time;
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extern s_char *update_times;
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extern s_char *update_demandtimes;
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extern s_char *game_days;
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extern s_char *game_hours;
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if (updates_disabled())
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pr("UPDATES ARE DISABLED!\n");
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(void) time(&now);
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switch (update_policy) {
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case UDP_NORMAL:
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next_update_time(&now, &next, &delta);
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pr("\nUpdates occur at times specified by the ETU rates.\n\n");
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pr("The next update is at %19.19s.\n", ctime(&next));
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break;
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case UDP_TIMES:
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next_update_time(&now, &next, &delta);
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pr("\nUpdates occur at scheduled times.\n\n");
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pr("The next update is at %19.19s.\n", ctime(&next));
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break;
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case UDP_BLITZ:
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next_update_time(&now, &next, &delta);
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pr("\nBlitz Updates occur every %d minutes. \n\n",
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blitz_time);
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pr("The next update is at %19.19s.\n",ctime(&next));
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break;
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case UDP_NOREG:
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pr("There are no regularly scheduled updates.\n");
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break;
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}
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if (opt_UPDATESCHED) {
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time_t now, next, delta;
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extern int update_time;
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extern int update_policy;
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extern int update_demandpolicy;
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extern int update_wantmin;
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extern int blitz_time;
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extern s_char *update_times;
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extern s_char *update_demandtimes;
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extern s_char *game_days;
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extern s_char *game_hours;
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if (updates_disabled())
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pr("UPDATES ARE DISABLED!\n");
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(void)time(&now);
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switch (update_policy) {
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case UDP_NORMAL:
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next_update_time(&now, &next, &delta);
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pr("\nUpdates occur at times specified by the ETU rates.\n\n");
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pr("The next update is at %19.19s.\n", ctime(&next));
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break;
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case UDP_TIMES:
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next_update_time(&now, &next, &delta);
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pr("\nUpdates occur at scheduled times.\n\n");
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pr("The next update is at %19.19s.\n", ctime(&next));
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break;
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case UDP_BLITZ:
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next_update_time(&now, &next, &delta);
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pr("\nBlitz Updates occur every %d minutes. \n\n", blitz_time);
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pr("The next update is at %19.19s.\n", ctime(&next));
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break;
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case UDP_NOREG:
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pr("There are no regularly scheduled updates.\n");
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break;
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default:
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pr("Update policy is inconsistent.\n");
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}
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pr("The current time is %19.19s.\n\n", ctime(&now));
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if (update_window) {
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now = update_time - update_window;
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next_update_time(&now, &next, &delta);
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pr("The next update window starts at %19.19s.\n",
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ctime(&next));
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next += update_window;
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pr("The next update window stops at %19.19s.\n", ctime(&next));
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}
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if (opt_DEMANDUPDATE) {
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if (update_demandpolicy != UDDEM_DISABLE) {
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switch (update_demandpolicy) {
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case UDDEM_TMCHECK:
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next_update_check_time(&now, &next, &delta);
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pr("Demand updates occur at update CHECK times.\n");
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pr("The next update check is at %19.19s.\n",
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ctime(&next));
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break;
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case UDDEM_COMSET:
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pr("Demand updates occur right after the demand is set.\n");
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break;
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default:
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pr("Update policy is inconsistent.\n");
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pr("Update demand policy is inconsistent.\n");
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}
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pr("The current time is %19.19s.\n\n", ctime(&now));
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if (update_window) {
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now = update_time - update_window;
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next_update_time(&now, &next, &delta);
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pr("The next update window starts at %19.19s.\n",ctime(&next));
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next += update_window;
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pr("The next update window stops at %19.19s.\n",ctime(&next));
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}
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}
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if ((update_policy == UDP_TIMES) ||
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((update_demandpolicy == UDDEM_TMCHECK) && opt_DEMANDUPDATE)) {
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if (*update_times != 0)
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pr("The update schedule is: %s\n", update_times);
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}
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if (opt_DEMANDUPDATE) {
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if (update_demandpolicy != UDDEM_DISABLE) {
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if (*update_demandtimes != 0)
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pr("Demand updates are allowed during: %s\n",
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update_demandtimes);
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if (update_wantmin == 0) {
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pr("Demand updates are disabled by a mininum of 0\n");
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} else {
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pr("Demand updates require %d country(s) to want one.\n", update_wantmin);
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}
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if (opt_DEMANDUPDATE) {
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if (update_demandpolicy != UDDEM_DISABLE) {
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switch (update_demandpolicy) {
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case UDDEM_TMCHECK:
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next_update_check_time(&now, &next, &delta);
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pr("Demand updates occur at update CHECK times.\n");
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pr("The next update check is at %19.19s.\n",
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ctime(&next));
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break;
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case UDDEM_COMSET:
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pr("Demand updates occur right after the demand is set.\n");
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break;
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default:
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pr("Update demand policy is inconsistent.\n");
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}
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}
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}
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if ((update_policy == UDP_TIMES) ||
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((update_demandpolicy == UDDEM_TMCHECK) &&
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opt_DEMANDUPDATE)) {
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if (*update_times != 0)
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pr("The update schedule is: %s\n", update_times);
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}
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if (opt_DEMANDUPDATE) {
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if (update_demandpolicy != UDDEM_DISABLE) {
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if (*update_demandtimes != 0)
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pr("Demand updates are allowed during: %s\n", update_demandtimes);
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if (update_wantmin == 0) {
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pr("Demand updates are disabled by a mininum of 0\n");
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} else {
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pr("Demand updates require %d country(s) to want one.\n",update_wantmin);
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}
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}
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}
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if (*game_days != 0) pr("Game days are: %s\n", game_days);
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if (*game_hours != 0) pr("Game hours are: %s\n", game_hours);
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return(0);
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}
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}
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if (*game_days != 0)
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pr("Game days are: %s\n", game_days);
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if (*game_hours != 0)
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pr("Game hours are: %s\n", game_hours);
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return (0);
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} else {
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extern int s_p_etu;
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extern int etu_per_update;
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extern int adj_update;
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time_t now;
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time_t upd_time;
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time_t next_update;
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int secs_per_update;
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int delta;
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(void) time(&now);
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upd_time = now + adj_update;
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secs_per_update = etu_per_update * s_p_etu;
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delta = secs_per_update - (upd_time % secs_per_update);
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next_update = now + delta;
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pr("The next update is at %19.19s.\n",ctime(&next_update));
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pr("The current time is %19.19s.\n",ctime(&now));
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if (update_window) {
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pr("Update times are variable, update window is +/- %d minutes %d seconds.\n",
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update_window / 60, update_window % 60);
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}
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return 0;
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extern int s_p_etu;
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extern int etu_per_update;
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extern int adj_update;
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time_t now;
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time_t upd_time;
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time_t next_update;
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int secs_per_update;
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int delta;
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(void)time(&now);
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upd_time = now + adj_update;
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secs_per_update = etu_per_update * s_p_etu;
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delta = secs_per_update - (upd_time % secs_per_update);
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next_update = now + delta;
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pr("The next update is at %19.19s.\n", ctime(&next_update));
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pr("The current time is %19.19s.\n", ctime(&now));
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if (update_window) {
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pr("Update times are variable, update window is +/- %d minutes %d seconds.\n", update_window / 60, update_window % 60);
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}
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return 0;
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}
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}
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