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#include "common/backend.h"
#include "common/input.h"
#include "common/timing.h"
#include <assert.h>
#include <errno.h>
#include <math.h>
#include <stdlib.h>
#include <string.h>
static void test_timing_clock(void)
{
struct yasl_frame_clock clock = {.refresh_ns = YASL_REFRESH_DEFAULT_NS};
yasl_clock_presented(&clock, 1000000000, true);
assert(clock.last_present_ns == 1000000000);
uint64_t next = yasl_clock_next_present_ns(&clock);
assert(next > 1000000000);
assert(yasl_clock_extend_ms(1000, 1000000000) == 1000000000);
assert(yasl_clock_frame_timestamp_ns(&clock, next) == next);
yasl_clock_note_resize(&clock, 500000);
struct yasl_resize_stats stats;
yasl_clock_resize_stats(&clock, &stats);
assert(stats.count == 1);
assert(stats.max_us == 500.0);
}
static void test_queue(void)
{
struct input_queue q = {0};
struct yasl_surface surface = {0};
const enum yasl_input_kind kinds[] = {
YASL_INPUT_TEXT, YASL_INPUT_PASTE, YASL_INPUT_DROP_FILES,
};
for (size_t k = 0; k < sizeof(kinds) / sizeof(kinds[0]); k++) {
char *source = malloc(4);
assert(source);
memcpy(source, "a\0b", 4);
struct yasl_input_event in = {.surface = &surface, .kind = kinds[k]};
if (in.kind == YASL_INPUT_TEXT) { in.text.text = source; in.text.len = 3; }
if (in.kind == YASL_INPUT_PASTE) { in.paste.text = source; in.paste.len = 3; }
if (in.kind == YASL_INPUT_DROP_FILES) { in.drop_files.files = source; in.drop_files.len = 3; }
assert(input_queue_push(&q, &in));
memset(source, 'x', 4);
free(source);
struct yasl_input_event out;
assert(input_queue_pop(&q, &out));
const char *payload = out.kind == YASL_INPUT_TEXT ? out.text.text :
out.kind == YASL_INPUT_PASTE ? out.paste.text : out.drop_files.files;
assert(out.surface == &surface && out.kind == kinds[k]);
assert(memcmp(payload, "a\0b", 4) == 0);
assert(!input_queue_pop(&q, &out));
assert(memcmp(payload, "a\0b", 4) == 0);
/* Growth/wraparound must not invalidate a previously polled payload. */
for (unsigned i = 0; i < 4096; i++) {
in = (struct yasl_input_event){.kind = YASL_INPUT_KEY, .key.key = i};
assert(input_queue_push(&q, &in));
}
assert(memcmp(payload, "a\0b", 4) == 0);
for (unsigned i = 0; i < 2048; i++) {
assert(input_queue_pop(&q, &out));
assert(out.key.key == i);
}
for (unsigned i = 4096; i < 6144; i++) {
in.key.key = i;
assert(input_queue_push(&q, &in));
}
for (unsigned i = 2048; i < 6144; i++) {
assert(input_queue_pop(&q, &out));
assert(out.key.key == i);
}
assert(!input_queue_pop(&q, &out));
}
struct yasl_input_event empty = {.surface = &surface, .kind = YASL_INPUT_PASTE};
struct yasl_input_event out;
assert(input_queue_push(&q, &empty));
assert(input_queue_pop(&q, &out));
assert(out.paste.text && !out.paste.len && out.paste.text[0] == '\0');
struct yasl_input_event in = {.surface = &surface, .kind = YASL_INPUT_TEXT,
.text = {"owned", 5}};
assert(input_queue_push(&q, &in));
assert(input_queue_pop(&q, &out));
const char *last = out.text.text;
assert(input_queue_push(&q, &in));
/* Exercise the allocation-failure reset path without allocating huge RAM. */
in.text.len = SIZE_MAX;
assert(!input_queue_push(&q, &in));
assert(strcmp(last, "owned") == 0);
in = (struct yasl_input_event){.surface = &surface, .kind = YASL_INPUT_KEY};
assert(input_queue_push(&q, &in));
assert(input_queue_pop(&q, &out) && out.kind == YASL_INPUT_RESET);
assert(out.surface == &surface);
assert(input_queue_pop(&q, &out) && out.kind == YASL_INPUT_KEY);
assert(!input_queue_pop(&q, &out));
in = (struct yasl_input_event){.kind = YASL_INPUT_PASTE, .paste = {"pending", 7}};
assert(input_queue_push(&q, &in));
input_queue_clear(&q);
input_queue_clear(&q);
assert(!q.events && !q.last_text && !q.count && !q.reset_pending);
}
static int presents, copies, pastes, creates;
static struct yasl_damage_list received;
static bool present(struct yasl_surface *s, const struct yasl_framebuffer *fb,
const struct yasl_damage_list *damage)
{
(void)s; (void)fb;
presents++;
received = *damage;
return true;
}
static uint32_t caps(const struct yasl_display *d) { (void)d; return 0; }
static void copy(struct yasl_display *d, enum yasl_selection sel, const char *text)
{ (void)d; (void)sel; (void)text; copies++; }
static void paste(struct yasl_display *d, enum yasl_selection sel, struct yasl_surface *s)
{ (void)d; (void)sel; (void)s; pastes++; }
static struct yasl_surface *create(struct yasl_display *d, const struct yasl_surface_spec *spec, void *graphics_device)
{ (void)d; (void)spec; (void)graphics_device; creates++; return NULL; }
static void *native_device;
static int native_queries;
static struct yasl_surface native_surface;
static uint32_t native_caps(const struct yasl_display *d)
{ (void)d; return YASL_CAP_NATIVE_GRAPHICS; }
static struct yasl_surface *native_create(struct yasl_display *d,
const struct yasl_surface_spec *spec, void *device)
{
(void)spec;
native_device = device;
native_surface = (struct yasl_surface){.display = d, .frame_generation = 1};
return &native_surface;
}
static bool native_frame(struct yasl_surface *s, const struct yasl_framebuffer *fb,
struct yasl_native_frame *out)
{
(void)s; (void)fb;
native_queries++;
*out = (struct yasl_native_frame){.drawable = native_device};
return true;
}
static void test_native(void)
{
const struct yasl_backend_ops ops = {.display_caps = native_caps,
.surface_create_toplevel = native_create, .surface_get_native_frame = native_frame};
struct yasl_display d = {.ops = &ops};
struct yasl_surface_spec spec = {.size = {100, 80}};
assert(yasl_surface_create_toplevel(&d, &spec) == &native_surface);
assert(!native_device);
assert(yasl_surface_create_native(&d, &spec, &d) == &native_surface);
assert(native_device == &d);
struct yasl_framebuffer fb = {.generation = 1, .size = {100, 80}};
struct yasl_native_frame out = {0};
assert(!yasl_surface_get_native_frame(NULL, &fb, &out));
assert(!yasl_surface_get_native_frame(&native_surface, NULL, &out));
assert(!yasl_surface_get_native_frame(&native_surface, &fb, NULL));
fb.generation = 0;
assert(!yasl_surface_get_native_frame(&native_surface, &fb, &out));
fb.generation = 2;
assert(!yasl_surface_get_native_frame(&native_surface, &fb, &out));
assert(!native_queries && !out.drawable);
fb.generation = 1;
assert(yasl_surface_get_native_frame(&native_surface, &fb, &out));
assert(native_queries == 1 && out.drawable == &d);
}
static void test_validation(void)
{
const struct yasl_backend_ops ops = {.surface_present = present,
.display_caps = caps, .display_copy = copy, .display_paste = paste,
.surface_create_toplevel = create};
struct yasl_display d = {.ops = &ops};
struct yasl_surface s = {.display = &d, .frame_generation = 1};
struct yasl_framebuffer fb = {.generation = 1, .size = {100, 80}};
struct yasl_damage_list damage = {.n = -2};
assert(!yasl_surface_present(&s, &fb, &damage));
damage.n = YASL_DAMAGE_MAX + 1;
assert(!yasl_surface_present(&s, &fb, &damage));
damage.n = 1;
damage.rects[0] = (struct yasl_rect2i){0, 0, -1, 1};
assert(!yasl_surface_present(&s, &fb, &damage));
assert(!yasl_surface_present(&s, &fb, NULL));
assert(!presents);
damage.n = -1;
fb.generation = 0;
assert(!yasl_surface_present(&s, &fb, &damage));
fb.generation = 2;
assert(!yasl_surface_present(&s, &fb, &damage));
fb.generation = 1;
damage.n = 4;
damage.rects[0] = (struct yasl_rect2i){-10, -10, 30, 30};
damage.rects[1] = (struct yasl_rect2i){90, 70, INT_MAX, INT_MAX};
damage.rects[2] = (struct yasl_rect2i){INT_MAX, INT_MAX, INT_MAX, INT_MAX};
damage.rects[3] = (struct yasl_rect2i){INT_MIN, INT_MIN, INT_MAX, INT_MAX};
assert(yasl_surface_present(&s, &fb, &damage));
assert(received.n == 2 && received.rects[0].x == 0 && received.rects[0].width == 20);
assert(received.rects[1].width == 10 && received.rects[1].height == 10);
assert(damage.n == 4 && damage.rects[0].x == -10);
damage.n = -1;
assert(yasl_surface_present(&s, &fb, &damage) && received.n == -1);
damage.n = 0;
assert(yasl_surface_present(&s, &fb, &damage) && received.n == 0);
yasl_display_copy(&d, YASL_PRIMARY, "no alias");
yasl_display_copy(&d, (enum yasl_selection)255, "invalid");
yasl_display_paste(&d, YASL_PRIMARY, &s);
yasl_display_paste(&d, (enum yasl_selection)255, &s);
assert(!copies && !pastes);
yasl_display_copy(&d, YASL_CLIPBOARD, "yes");
yasl_display_paste(&d, YASL_CLIPBOARD, &s);
assert(copies == 1 && pastes == 1);
struct yasl_surface_spec spec = {.size = {100, 80}};
assert(!yasl_surface_create_native(&d, &spec, &d) && errno == ENOTSUP);
assert(!yasl_surface_create_native(&d, &spec, NULL) && errno == EINVAL);
spec.size.x = 0;
assert(!yasl_surface_create_toplevel(&d, &spec) && errno == EINVAL);
assert(!creates);
}
static void test_scale(void)
{
assert(yasl_scale_to_device(-10, 120) == -10);
assert(yasl_scale_to_device(-0.5, 120) == -1);
assert(yasl_scale_to_device(0.5, 120) == 1);
assert(yasl_scale_to_device(NAN, 120) == 0);
assert(yasl_scale_to_device(INFINITY, 120) == 0);
assert(yasl_scale_to_device(DBL_MAX, 240) == INT_MAX);
assert(yasl_scale_to_logical(-1, 240) == -1);
assert(yasl_scale_to_logical(1, 240) == 1);
assert(yasl_scale_to_logical(INT_MAX, 1) == INT_MAX);
assert(yasl_scale_to_logical(INT_MIN, 1) == INT_MIN);
assert(yasl_scale_to_logical(1, 0) == 0);
}
int main(void)
{
test_timing_clock();
test_queue();
test_validation();
test_native();
test_scale();
return 0;
}
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