forked from external/yambar
c79ffbe057
One can now bind the left/middle/right mouse buttons to on-click. In
fact, you can have all three buttons bound to different handlers for
the same particle. The new syntax is
on-click:
left: <command>
middle: <command>
right: <command>
Leaving one out is the same thing as not mapping it at
all. Furthermore,
on-click: <command>
is still valid, and is a shorthand for
on-click:
left: <commsnd>
338 lines
11 KiB
C
338 lines
11 KiB
C
#include <stdlib.h>
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#include <string.h>
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#include <assert.h>
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#define LOG_MODULE "progress_bar"
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#define LOG_ENABLE_DBG 0
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#include "../log.h"
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#include "../config.h"
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#include "../config-verify.h"
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#include "../particle.h"
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#include "../plugin.h"
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struct private {
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char *tag;
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int width;
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struct particle *start_marker;
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struct particle *end_marker;
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struct particle *fill;
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struct particle *empty;
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struct particle *indicator;
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};
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struct eprivate {
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size_t count;
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struct exposable **exposables;
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};
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static void
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particle_destroy(struct particle *particle)
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{
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struct private *p = particle->private;
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p->start_marker->destroy(p->start_marker);
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p->end_marker->destroy(p->end_marker);
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p->fill->destroy(p->fill);
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p->empty->destroy(p->empty);
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p->indicator->destroy(p->indicator);
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free(p->tag);
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free(p);
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particle_default_destroy(particle);
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}
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static void
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exposable_destroy(struct exposable *exposable)
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{
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struct eprivate *e = exposable->private;
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for (size_t i = 0; i < e->count; i++)
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e->exposables[i]->destroy(e->exposables[i]);
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free(e->exposables);
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free(e);
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exposable_default_destroy(exposable);
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}
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static int
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begin_expose(struct exposable *exposable)
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{
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struct eprivate *e = exposable->private;
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/* Margins */
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exposable->width = exposable->particle->left_margin +
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exposable->particle->right_margin;
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/* Sub-exposables */
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for (size_t i = 0; i < e->count; i++)
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exposable->width += e->exposables[i]->begin_expose(e->exposables[i]);
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return exposable->width;
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}
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static void
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expose(const struct exposable *exposable, pixman_image_t *pix, int x, int y, int height)
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{
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const struct eprivate *e = exposable->private;
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exposable_render_deco(exposable, pix, x, y, height);
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x += exposable->particle->left_margin;
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for (size_t i = 0; i < e->count; i++) {
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e->exposables[i]->expose(e->exposables[i], pix, x, y, height);
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x += e->exposables[i]->width;
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}
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}
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static void
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on_mouse(struct exposable *exposable, struct bar *bar, enum mouse_event event,
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enum mouse_button btn, int x, int y)
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{
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if (exposable->on_click == NULL) {
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exposable_default_on_mouse(exposable, bar, event, btn, x, y);
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return;
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}
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/*
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* Hack-warning!
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*
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* In order to pass the *clicked* position to the on_click
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* handler, we expand the handler *again* (first time would be
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* when the particle instantiated us).
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*
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* We pass a single tag, "where", which is a percentage value.
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*
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* Keep a reference to the un-expanded string, to be able to reset
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* it after executing the handler.
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*
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* Note that we only consider the actual progress bar to be
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* clickable. This means we ignore the start and end markers.
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*/
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const struct particle *p = exposable->particle;
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const struct eprivate *e = exposable->private;
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/* Start of empty/fill cells */
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int x_offset = p->left_margin + e->exposables[0]->width;
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/* Mouse is *before* progress-bar? */
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if (x < x_offset) {
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if (x >= p->left_margin) {
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/* Mouse is over the start-marker */
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struct exposable *start = e->exposables[0];
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if (start->on_mouse != NULL)
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start->on_mouse(start, bar, event, btn, x - p->left_margin, y);
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} else {
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/* Mouse if over left margin */
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bar->set_cursor(bar, "left_ptr");
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}
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return;
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}
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/* Size of the clickable area (the empty/fill cells) */
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int clickable_width = 0;
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for (size_t i = 1; i < e->count - 1; i++)
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clickable_width += e->exposables[i]->width;
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/* Mouse is *after* progress-bar? */
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if (x - x_offset > clickable_width) {
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if (x - x_offset - clickable_width < e->exposables[e->count - 1]->width) {
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/* Mouse is over the end-marker */
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struct exposable *end = e->exposables[e->count - 1];
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if (end->on_mouse != NULL)
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end->on_mouse(end, bar, event, btn, x - x_offset - clickable_width, y);
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} else {
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/* Mouse is over the right margin */
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bar->set_cursor(bar, "left_ptr");
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}
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return;
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}
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/* Remember the original handler, so that we can restore it */
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char *original[MOUSE_BTN_COUNT];
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for (size_t i = 0; i < MOUSE_BTN_COUNT; i++)
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original[i] = exposable->on_click[i];
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if (event == ON_MOUSE_CLICK) {
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long where = clickable_width > 0
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? 100 * (x - x_offset) / clickable_width
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: 0;
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struct tag_set tags = {
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.tags = (struct tag *[]){tag_new_int(NULL, "where", where)},
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.count = 1,
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};
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tags_expand_templates(
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exposable->on_click, (const char **)exposable->on_click,
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MOUSE_BTN_COUNT, &tags);
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tag_set_destroy(&tags);
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}
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/* Call default implementation, which will execute our handler */
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exposable_default_on_mouse(exposable, bar, event, btn, x, y);
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if (event == ON_MOUSE_CLICK) {
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/* Reset handler string */
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for (size_t i = 0; i < MOUSE_BTN_COUNT; i++) {
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free(exposable->on_click[i]);
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exposable->on_click[i] = original[i];
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}
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}
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}
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static struct exposable *
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instantiate(const struct particle *particle, const struct tag_set *tags)
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{
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const struct private *p = particle->private;
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const struct tag *tag = tag_for_name(tags, p->tag);
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long value = tag != NULL ? tag->as_int(tag) : 0;
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long min = tag != NULL ? tag->min(tag) : 0;
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long max = tag != NULL ? tag->max(tag) : 0;
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LOG_DBG("%s: value=%ld, min=%ld, max=%ld",
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tag != NULL ? tag->name(tag) : "<no tag>", value, min, max);
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long fill_count = max == min ? 0 : p->width * value / (max - min);
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long empty_count = p->width - fill_count;
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struct eprivate *epriv = calloc(1, sizeof(*epriv));
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epriv->count = (
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1 + /* Start marker */
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fill_count + /* Before current position */
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1 + /* Current position indicator */
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empty_count + /* After current position */
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1); /* End marker */
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epriv->exposables = malloc(epriv->count * sizeof(epriv->exposables[0]));
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size_t idx = 0;
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epriv->exposables[idx++] = p->start_marker->instantiate(p->start_marker, tags);
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for (size_t i = 0; i < fill_count; i++)
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epriv->exposables[idx++] = p->fill->instantiate(p->fill, tags);
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epriv->exposables[idx++] = p->indicator->instantiate(p->indicator, tags);
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for (size_t i = 0; i < empty_count; i++)
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epriv->exposables[idx++] = p->empty->instantiate(p->empty, tags);
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epriv->exposables[idx++] = p->end_marker->instantiate(p->end_marker, tags);
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assert(idx == epriv->count);
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for (size_t i = 0; i < epriv->count; i++)
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assert(epriv->exposables[i] != NULL);
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struct exposable *exposable = exposable_common_new(particle, tags);
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exposable->private = epriv;
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exposable->destroy = &exposable_destroy;
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exposable->begin_expose = &begin_expose;
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exposable->expose = &expose;
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exposable->on_mouse = &on_mouse;
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if (tag == NULL)
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return exposable;
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enum tag_realtime_unit rt = tag->realtime(tag);
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if (rt == TAG_REALTIME_NONE)
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return exposable;
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#if 0
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long units_per_segment = (max - min) / p->width;
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long units_filled = fill_count * (max - min) / p->width;
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long units_til_next_segment = units_per_segment - (value - units_filled);
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LOG_DBG("tag: %s, value: %ld, "
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"units-per-segment: %ld, units-filled: %ld, units-til-next: %ld",
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tag->name(tag), value,
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units_per_segment, units_filled, units_til_next_segment);
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#else
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double units_per_segment = (double)(max - min) / p->width;
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double units_filled = fill_count * units_per_segment;
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double units_til_next_segment = units_per_segment - ((double)value - units_filled);
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LOG_DBG("tag: %s, value: %ld, "
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"units-per-segment: %f, units-filled: %f, units-til-next: %f",
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tag->name(tag), value,
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units_per_segment, units_filled, units_til_next_segment);
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#endif
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if (!tag->refresh_in(tag, units_til_next_segment))
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LOG_WARN("failed to schedule update of tag");
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return exposable;
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}
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static struct particle *
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progress_bar_new(struct particle *common, const char *tag, int width,
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struct particle *start_marker, struct particle *end_marker,
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struct particle *fill, struct particle *empty,
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struct particle *indicator)
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{
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struct private *priv = calloc(1, sizeof(*priv));
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priv->tag = strdup(tag);
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priv->width = width;
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priv->start_marker = start_marker;
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priv->end_marker = end_marker;
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priv->fill = fill;
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priv->empty = empty;
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priv->indicator = indicator;
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common->private = priv;
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common->destroy = &particle_destroy;
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common->instantiate = &instantiate;
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return common;
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}
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static struct particle *
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from_conf(const struct yml_node *node, struct particle *common)
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{
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const struct yml_node *tag = yml_get_value(node, "tag");
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const struct yml_node *length = yml_get_value(node, "length");
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const struct yml_node *start = yml_get_value(node, "start");
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const struct yml_node *end = yml_get_value(node, "end");
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const struct yml_node *fill = yml_get_value(node, "fill");
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const struct yml_node *empty = yml_get_value(node, "empty");
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const struct yml_node *indicator = yml_get_value(node, "indicator");
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struct conf_inherit inherited = {
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.font = common->font,
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.foreground = common->foreground,
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};
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return progress_bar_new(
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common,
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yml_value_as_string(tag),
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yml_value_as_int(length),
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conf_to_particle(start, inherited),
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conf_to_particle(end, inherited),
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conf_to_particle(fill, inherited),
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conf_to_particle(empty, inherited),
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conf_to_particle(indicator, inherited));
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}
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static bool
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verify_conf(keychain_t *chain, const struct yml_node *node)
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{
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static const struct attr_info attrs[] = {
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{"tag", true, &conf_verify_string},
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{"length", true, &conf_verify_int},
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/* TODO: make these optional? Default to empty */
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{"start", true, &conf_verify_particle},
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{"end", true, &conf_verify_particle},
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{"fill", true, &conf_verify_particle},
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{"empty", true, &conf_verify_particle},
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{"indicator", true, &conf_verify_particle},
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PARTICLE_COMMON_ATTRS,
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};
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return conf_verify_dict(chain, node, attrs);
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}
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const struct particle_iface particle_progress_bar_iface = {
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.verify_conf = &verify_conf,
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.from_conf = &from_conf,
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};
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#if defined(CORE_PLUGINS_AS_SHARED_LIBRARIES)
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extern const struct particle_iface iface __attribute__((weak, alias("particle_progress_bar_iface")));
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#endif
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