top: make the new 'Ctrl' bottom window behavior sticky
After using this new feature for awhile, I encountered numerous times when that 'Ctrl' window would disappear as I was studying the contents. This was caused by the death of the target task but it made me think that the window could/should persist until dismissed by a user. Well, now it will persist until that same Ctrl key has been struck a 2nd time or a different Ctrl key used to target another process after positioning it on row #1. So now, instead of that former 'moving target' type of approach, this window is more of a 'snapshot' in time. [ even more significant, perhaps, is the fact that a ] [ Ctrl window will now be drawn exactly 1 time only, ] [ instead of being repainted after each delay cycle. ] [ this will remain true no matter how many intervals ] [ might elapse while its contents were under review. ] Signed-off-by: Jim Warner <james.warner@comcast.net>
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b9723148a2
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41
top/top.c
41
top/top.c
@ -106,8 +106,10 @@ static int Screen_cols, Screen_rows, Max_lines;
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#define SCREEN_ROWS ( Screen_rows - Tagged_rsvd )
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#define SCREEN_ROWS ( Screen_rows - Tagged_rsvd )
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// 1 for horizontal separator
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// 1 for horizontal separator
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#define TAGGED_RSVD ( 1 )
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#define TAGGED_RSVD ( 1 )
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#define TAGGED_UNDO do { Tagged_task = Tagged_rsvd = Tagged_enum = 0; \
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#define TAGGED_KEEP Tagged_func = NULL
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Fieldstab[eu_GENERIC].item = PIDS_extra; } while (0)
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#define TAGGED_TOSS do { Tagged_func = NULL; \
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Tagged_task = Tagged_rsvd = Tagged_enum = 0; \
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Fieldstab[eu_GENERIC].item = PIDS_extra; } while(0)
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static int Tagged_task,
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static int Tagged_task,
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Tagged_rsvd,
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Tagged_rsvd,
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Tagged_enum;
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Tagged_enum;
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@ -4355,7 +4357,7 @@ static void win_reset (WIN_t *q) {
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// these next guys are global, not really windows based
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// these next guys are global, not really windows based
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Monpidsidx = 0;
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Monpidsidx = 0;
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Rc.tics_scaled = 0;
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Rc.tics_scaled = 0;
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TAGGED_UNDO;
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TAGGED_TOSS;
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} // end: win_reset
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} // end: win_reset
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@ -4642,20 +4644,15 @@ static void wins_tag_cmdline (void) {
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if (i < PIDSmaxt) {
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if (i < PIDSmaxt) {
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snprintf(buf, sizeof(buf), " command line for pid %d, %s"
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snprintf(buf, sizeof(buf), " command line for pid %d, %s"
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, Tagged_task, PID_VAL(EU_CMD, str, Curwin->ppt[i]));
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, Tagged_task, PID_VAL(EU_CMD, str, Curwin->ppt[i]));
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#ifndef TAG_CMD_MUST
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p = PID_VAL(eu_CMDLINE, str, Curwin->ppt[i]);
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p = PID_VAL(eu_CMDLINE, str, Curwin->ppt[i]);
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if (!p || !*p) p = "n/a";
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if (!p || !*p) p = "n/a";
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#else
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p = CHKw(Curwin, Show_CMDLIN) ? PID_VAL(eu_CMDLINE, str, Curwin->ppt[i]) : "n/a";
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#endif
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Tagged_rsvd = 1 + TAGGED_RSVD + (strlen(p) / Screen_cols);
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Tagged_rsvd = 1 + TAGGED_RSVD + (strlen(p) / Screen_cols);
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putp(fmtmk("%s%s%-*s", tg2(0, SCREEN_ROWS), Curwin->capclr_hdr, Screen_cols, buf));
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putp(fmtmk("%s%s%-*s", tg2(0, SCREEN_ROWS), Curwin->capclr_hdr, Screen_cols, buf));
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putp(fmtmk("%s%s", tg2(0, SCREEN_ROWS + 1), Cap_clr_eos));
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putp(fmtmk("%s%s", tg2(0, SCREEN_ROWS + 1), Cap_clr_eos));
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putp(fmtmk("%s%s", tg2(0, SCREEN_ROWS + 1), Cap_norm));
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putp(fmtmk("%s%s", tg2(0, SCREEN_ROWS + 1), Cap_norm));
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fputs(p, stdout);
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fputs(p, stdout);
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} else {
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TAGGED_UNDO;
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}
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}
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TAGGED_KEEP;
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} // end: wins_tag_cmdline
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} // end: wins_tag_cmdline
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@ -4681,9 +4678,8 @@ static void wins_tag_generic (void) {
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putp(fmtmk("%s%s", tg2(0, SCREEN_ROWS + 1), Cap_clr_eos));
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putp(fmtmk("%s%s", tg2(0, SCREEN_ROWS + 1), Cap_clr_eos));
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putp(fmtmk("%s%s", tg2(0, SCREEN_ROWS + 1), Cap_norm));
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putp(fmtmk("%s%s", tg2(0, SCREEN_ROWS + 1), Cap_norm));
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fputs(p, stdout);
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fputs(p, stdout);
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} else {
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TAGGED_UNDO;
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}
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}
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TAGGED_KEEP;
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} // end: wins_tag_generic
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} // end: wins_tag_generic
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@ -5304,7 +5300,7 @@ static void keys_global (int ch) {
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def = PID_VAL(EU_PID, s_int, w->ppt[w->begtask]);
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def = PID_VAL(EU_PID, s_int, w->ppt[w->begtask]);
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// if already targeted, assume user wants to turn it off ...
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// if already targeted, assume user wants to turn it off ...
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if (Tagged_task && Fieldstab[eu_GENERIC].item == PIDS_CGROUP) {
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if (Tagged_task && Fieldstab[eu_GENERIC].item == PIDS_CGROUP) {
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TAGGED_UNDO;
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TAGGED_TOSS;
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} else {
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} else {
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Tagged_task = def;
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Tagged_task = def;
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Tagged_enum = eu_GENERIC;
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Tagged_enum = eu_GENERIC;
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@ -5316,13 +5312,11 @@ static void keys_global (int ch) {
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case kbd_CtrlK:
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case kbd_CtrlK:
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def = PID_VAL(EU_PID, s_int, w->ppt[w->begtask]);
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def = PID_VAL(EU_PID, s_int, w->ppt[w->begtask]);
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// if already targeted, assume user wants to turn it off ...
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// if already targeted, assume user wants to turn it off ...
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if (Tagged_task && Tagged_func == wins_tag_cmdline) {
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if (Tagged_task && Tagged_enum == eu_CMDLINE) {
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TAGGED_UNDO;
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TAGGED_TOSS;
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} else {
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} else {
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Tagged_task = def;
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Tagged_task = def;
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#ifndef TAG_CMD_MUST
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Tagged_enum = eu_CMDLINE;
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Tagged_enum = eu_CMDLINE;
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#endif
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Tagged_func = wins_tag_cmdline;
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Tagged_func = wins_tag_cmdline;
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Fieldstab[eu_GENERIC].item = PIDS_extra;
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Fieldstab[eu_GENERIC].item = PIDS_extra;
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}
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}
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@ -5357,7 +5351,7 @@ static void keys_global (int ch) {
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def = PID_VAL(EU_PID, s_int, w->ppt[w->begtask]);
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def = PID_VAL(EU_PID, s_int, w->ppt[w->begtask]);
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// if already targeted, assume user wants to turn it off ...
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// if already targeted, assume user wants to turn it off ...
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if (Tagged_task && Fieldstab[eu_GENERIC].item == PIDS_SUPGROUPS) {
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if (Tagged_task && Fieldstab[eu_GENERIC].item == PIDS_SUPGROUPS) {
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TAGGED_UNDO;
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TAGGED_TOSS;
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} else {
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} else {
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Tagged_task = def;
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Tagged_task = def;
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Tagged_enum = eu_GENERIC;
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Tagged_enum = eu_GENERIC;
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@ -5370,7 +5364,7 @@ static void keys_global (int ch) {
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def = PID_VAL(EU_PID, s_int, w->ppt[w->begtask]);
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def = PID_VAL(EU_PID, s_int, w->ppt[w->begtask]);
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// if already targeted, assume user wants to turn it off ...
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// if already targeted, assume user wants to turn it off ...
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if (Tagged_task && Fieldstab[eu_GENERIC].item == PIDS_ENVIRON) {
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if (Tagged_task && Fieldstab[eu_GENERIC].item == PIDS_ENVIRON) {
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TAGGED_UNDO;
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TAGGED_TOSS;
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} else {
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} else {
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Tagged_task = def;
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Tagged_task = def;
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Tagged_enum = eu_GENERIC;
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Tagged_enum = eu_GENERIC;
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@ -6807,8 +6801,10 @@ static void frame_make (void) {
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/* deal with potential signal(s) since the last time around
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/* deal with potential signal(s) since the last time around
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plus any input which may change 'tasks_refresh' needs... */
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plus any input which may change 'tasks_refresh' needs... */
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if (Frames_signal)
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if (Frames_signal) {
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if (Frames_signal == BREAK_sig) TAGGED_TOSS;
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zap_fieldstab();
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zap_fieldstab();
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}
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#ifdef THREADED_TSK
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#ifdef THREADED_TSK
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sem_post(&Semaphore_tasks_beg);
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sem_post(&Semaphore_tasks_beg);
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@ -6867,12 +6863,15 @@ static void frame_make (void) {
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/* clear to end-of-screen - critical if last window is 'idleps off'
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/* clear to end-of-screen - critical if last window is 'idleps off'
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(main loop must iterate such that we're always called before sleep) */
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(main loop must iterate such that we're always called before sleep) */
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if (scrlins < Max_lines) {
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if (scrlins < Max_lines) {
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putp(Cap_nl_clreos);
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for (i = scrlins + Msg_row + 1; i < SCREEN_ROWS; i++) {
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putp(tg2(0, i));
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putp(Cap_clr_eol);
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}
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PSU_CLREOS(Pseudo_row);
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PSU_CLREOS(Pseudo_row);
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}
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}
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if (CHKw(w, View_SCROLL) && VIZISw(Curwin)) show_scroll();
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if (CHKw(w, View_SCROLL) && VIZISw(Curwin)) show_scroll();
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if (Tagged_task) Tagged_func();
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if (Tagged_func) Tagged_func();
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fflush(stdout);
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fflush(stdout);
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/* we'll deem any terminal not supporting tgoto as dumb and disable
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/* we'll deem any terminal not supporting tgoto as dumb and disable
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@ -54,7 +54,6 @@
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//#define SCROLLVAR_NO /* disable intra-column horizontal scrolls */
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//#define SCROLLVAR_NO /* disable intra-column horizontal scrolls */
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//#define SCROLLV_BY_1 /* when scrolling left/right do not move 8 */
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//#define SCROLLV_BY_1 /* when scrolling left/right do not move 8 */
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//#define STRINGCASENO /* case insenstive compare/locate versions */
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//#define STRINGCASENO /* case insenstive compare/locate versions */
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//#define TAG_CMD_MUST /* CtrlK (cmdline) needs proper 'c' toggle */
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//#define TERMIOS_ONLY /* use native input only (just limp along) */
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//#define TERMIOS_ONLY /* use native input only (just limp along) */
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//#define THREADED_CPU /* separate background thread for cpu updt */
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//#define THREADED_CPU /* separate background thread for cpu updt */
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//#define THREADED_MEM /* separate background thread for mem updt */
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//#define THREADED_MEM /* separate background thread for mem updt */
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