Cross Reference: /src/usr.bin/aiomixer/draw.c

Lines Matching defs:control
81     struct aiomixer_control *control, bool selected)
85 	value.dev = control->info.index;
86 	value.type = control->info.type;
88 		value.un.value.num_channels = control->info.un.v.num_channels;
93 	wclear(control->widgetpad);
95 		wattron(control->widgetpad, A_STANDOUT);
97 		wprintw(control->widgetpad, "%s (%s)\n",
98 		    control->info.label.name, control->info.un.v.units.name);
100 		wprintw(control->widgetpad, "%s\n", control->info.label.name);
102 		wattroff(control->widgetpad, A_STANDOUT);
106 		draw_enum(control, value.un.ord, selected, aio->use_colour);
109 		draw_set(control, value.un.mask, aio->use_colour);
112 		draw_levels(control, &value.un.value,
117 	wprintw(control->widgetpad, "\n");
162 draw_enum(struct aiomixer_control *control, int ord,
169 	for (i = 0; i < control->info.un.e.num_mem; ++i) {
170 		e = &control->info.un.e;
173 				wattron(control->widgetpad, A_BOLD);
175 				wattron(control->widgetpad, A_STANDOUT);
177 		waddch(control->widgetpad, '[');
181 				wattron(control->widgetpad,
184 				waddch(control->widgetpad, '*');
187 		wprintw(control->widgetpad, "%s", e->member[i].label.name);
188 		if (ord == control->info.un.e.member[i].ord) {
190 				wattroff(control->widgetpad,
194 		waddch(control->widgetpad, ']');
197 				wattroff(control->widgetpad, A_BOLD);
199 				wattroff(control->widgetpad, A_STANDOUT);
202 			waddstr(control->widgetpad, ", ");
204 	waddch(control->widgetpad, '\n');
208 draw_set(struct aiomixer_control *control, int mask, bool colour)
212 	for (i = 0; i < control->info.un.s.num_mem; ++i) {
213 		waddch(control->widgetpad, '[');
214 		if (mask & control->info.un.s.member[i].mask) {
216 				wattron(control->widgetpad,
219 			waddch(control->widgetpad, '*');
221 				wattroff(control->widgetpad,
225 			waddch(control->widgetpad, ' ');
227 		waddstr(control->widgetpad, "] ");
228 		if (control->setindex == i) {
230 				wattron(control->widgetpad, A_BOLD);
232 				wattron(control->widgetpad, A_STANDOUT);
234 		wprintw(control->widgetpad, "%s",
235 		    control->info.un.s.member[i].label.name);
236 		if (control->setindex == i) {
238 				wattroff(control->widgetpad, A_BOLD);
240 				wattroff(control->widgetpad, A_STANDOUT);
242 		if (i != (control->info.un.s.num_mem - 1))
243 			waddstr(control->widgetpad, ", ");
248 draw_levels(struct aiomixer_control *control,
255 	for (i = 0; i < control->info.un.v.num_channels; ++i) {
257 		    (control->setindex == i && channels_unlocked)) {
259 				wattron(control->widgetpad, A_BOLD);
261 				wattron(control->widgetpad, A_STANDOUT);
263 		wprintw(control->widgetpad, "[%3u/%3u ",
266 			wattron(control->widgetpad,
270 		    (getmaxx(control->widgetpad) - 11)) / AUDIO_MAX_GAIN;
272 			waddch(control->widgetpad, '*');
274 			wattroff(control->widgetpad,
277 		nchars = getmaxx(control->widgetpad) - 11 - nchars;
279 			waddch(control->widgetpad, ' ');
280 		wprintw(control->widgetpad, "]\n");
282 		    (control->setindex == i && channels_unlocked)) {
284 				wattroff(control->widgetpad, A_BOLD);
286 				wattroff(control->widgetpad, A_STANDOUT);
332 	struct aiomixer_control *control;
350 			control = &class->controls[j];
351 			switch (control->info.type) {
353 				control->height = 2 +
354 				    control->info.un.v.num_channels;
358 				control->height = 3;
361 			control->widgetpad = subpad(class->widgetpad,
362 			    control->height, getmaxx(stdscr),
364 			if (control->widgetpad == NULL)
366 			control->widget_y = class->height;
367 			class->height += control->height;
380 	struct aiomixer_control *control;
394 				control = &class->controls[j];
395 				wresize(control->widgetpad,
396 				    control->height, max_x);
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