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180b9f27df
spice/server/display-channel.c
Marc-André Lureau 180b9f27df worker: use spice_return_if_fail() instead of spice_assert() in release_item 
Acked-by: Frediano Ziglio <fziglio@redhat.com>
2015-11-26 13:25:42 +00:00

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/*
Copyright (C) 2009-2015 Red Hat, Inc.
This library is free software; you can redistribute it and/or
modify it under the terms of the GNU Lesser General Public
License as published by the Free Software Foundation; either
version 2.1 of the License, or (at your option) any later version.
This library is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
Lesser General Public License for more details.
You should have received a copy of the GNU Lesser General Public
License along with this library; if not, see <http://www.gnu.org/licenses/>.
*/
#ifdef HAVE_CONFIG_H
#include <config.h>
#endif
#include "display-channel.h"
static stat_time_t display_channel_stat_now(DisplayChannel *display)
{
#ifdef RED_WORKER_STAT
RedWorker *worker = COMMON_CHANNEL(display)->worker;
return stat_now(red_worker_get_clockid(worker));
#else
return 0;
#endif
}
#define stat_start(display, var) \
G_GNUC_UNUSED stat_time_t var = display_channel_stat_now((display));
void display_channel_compress_stats_reset(DisplayChannel *display)
{
spice_return_if_fail(display);
#ifdef COMPRESS_STAT
stat_reset(&display->quic_stat);
stat_reset(&display->lz_stat);
stat_reset(&display->glz_stat);
stat_reset(&display->jpeg_stat);
stat_reset(&display->zlib_glz_stat);
stat_reset(&display->jpeg_alpha_stat);
stat_reset(&display->lz4_stat);
#endif
}
void display_channel_compress_stats_print(const DisplayChannel *display_channel)
{
spice_return_if_fail(display_channel);
#ifdef COMPRESS_STAT
uint64_t glz_enc_size;
glz_enc_size = display_channel->enable_zlib_glz_wrap ?
display_channel->zlib_glz_stat.comp_size :
display_channel->glz_stat.comp_size;
spice_info("==> Compression stats for display %u", display_channel->common.base.id);
spice_info("Method \t count \torig_size(MB)\tenc_size(MB)\tenc_time(s)");
spice_info("QUIC \t%8d\t%13.2f\t%12.2f\t%12.2f",
display_channel->quic_stat.count,
stat_byte_to_mega(display_channel->quic_stat.orig_size),
stat_byte_to_mega(display_channel->quic_stat.comp_size),
stat_cpu_time_to_sec(display_channel->quic_stat.total)
);
spice_info("GLZ \t%8d\t%13.2f\t%12.2f\t%12.2f",
display_channel->glz_stat.count,
stat_byte_to_mega(display_channel->glz_stat.orig_size),
stat_byte_to_mega(display_channel->glz_stat.comp_size),
stat_cpu_time_to_sec(display_channel->glz_stat.total)
);
spice_info("ZLIB GLZ \t%8d\t%13.2f\t%12.2f\t%12.2f",
display_channel->zlib_glz_stat.count,
stat_byte_to_mega(display_channel->zlib_glz_stat.orig_size),
stat_byte_to_mega(display_channel->zlib_glz_stat.comp_size),
stat_cpu_time_to_sec(display_channel->zlib_glz_stat.total)
);
spice_info("LZ \t%8d\t%13.2f\t%12.2f\t%12.2f",
display_channel->lz_stat.count,
stat_byte_to_mega(display_channel->lz_stat.orig_size),
stat_byte_to_mega(display_channel->lz_stat.comp_size),
stat_cpu_time_to_sec(display_channel->lz_stat.total)
);
spice_info("JPEG \t%8d\t%13.2f\t%12.2f\t%12.2f",
display_channel->jpeg_stat.count,
stat_byte_to_mega(display_channel->jpeg_stat.orig_size),
stat_byte_to_mega(display_channel->jpeg_stat.comp_size),
stat_cpu_time_to_sec(display_channel->jpeg_stat.total)
);
spice_info("JPEG-RGBA\t%8d\t%13.2f\t%12.2f\t%12.2f",
display_channel->jpeg_alpha_stat.count,
stat_byte_to_mega(display_channel->jpeg_alpha_stat.orig_size),
stat_byte_to_mega(display_channel->jpeg_alpha_stat.comp_size),
stat_cpu_time_to_sec(display_channel->jpeg_alpha_stat.total)
);
spice_info("LZ4 \t%8d\t%13.2f\t%12.2f\t%12.2f",
display_channel->lz4_stat.count,
stat_byte_to_mega(display_channel->lz4_stat.orig_size),
stat_byte_to_mega(display_channel->lz4_stat.comp_size),
stat_cpu_time_to_sec(display_channel->lz4_stat.total)
);
spice_info("-------------------------------------------------------------------");
spice_info("Total \t%8d\t%13.2f\t%12.2f\t%12.2f",
display_channel->lz_stat.count + display_channel->glz_stat.count +
display_channel->quic_stat.count +
display_channel->jpeg_stat.count +
display_channel->lz4_stat.count +
display_channel->jpeg_alpha_stat.count,
stat_byte_to_mega(display_channel->lz_stat.orig_size +
display_channel->glz_stat.orig_size +
display_channel->quic_stat.orig_size +
display_channel->jpeg_stat.orig_size +
display_channel->lz4_stat.orig_size +
display_channel->jpeg_alpha_stat.orig_size),
stat_byte_to_mega(display_channel->lz_stat.comp_size +
glz_enc_size +
display_channel->quic_stat.comp_size +
display_channel->jpeg_stat.comp_size +
display_channel->lz4_stat.comp_size +
display_channel->jpeg_alpha_stat.comp_size),
stat_cpu_time_to_sec(display_channel->lz_stat.total +
display_channel->glz_stat.total +
display_channel->zlib_glz_stat.total +
display_channel->quic_stat.total +
display_channel->jpeg_stat.total +
display_channel->lz4_stat.total +
display_channel->jpeg_alpha_stat.total)
);
#endif
}
MonitorsConfig* monitors_config_ref(MonitorsConfig *monitors_config)
{
monitors_config->refs++;
return monitors_config;
}
void monitors_config_unref(MonitorsConfig *monitors_config)
{
if (!monitors_config) {
return;
}
if (--monitors_config->refs != 0) {
return;
}
spice_debug("freeing monitors config");
free(monitors_config);
}
static void monitors_config_debug(MonitorsConfig *mc)
{
int i;
spice_debug("monitors config count:%d max:%d", mc->count, mc->max_allowed);
for (i = 0; i < mc->count; i++)
spice_debug("+%d+%d %dx%d",
mc->heads[i].x, mc->heads[i].y,
mc->heads[i].width, mc->heads[i].height);
}
MonitorsConfig* monitors_config_new(QXLHead *heads, ssize_t nheads, ssize_t max)
{
MonitorsConfig *mc;
mc = spice_malloc(sizeof(MonitorsConfig) + nheads * sizeof(QXLHead));
mc->refs = 1;
mc->count = nheads;
mc->max_allowed = max;
memcpy(mc->heads, heads, nheads * sizeof(QXLHead));
monitors_config_debug(mc);
return mc;
}
int display_channel_get_streams_timeout(DisplayChannel *display)
{
int timeout = INT_MAX;
Ring *ring = &display->streams;
RingItem *item = ring;
red_time_t now = red_get_monotonic_time();
while ((item = ring_next(ring, item))) {
Stream *stream;
stream = SPICE_CONTAINEROF(item, Stream, link);
red_time_t delta = (stream->last_time + RED_STREAM_TIMEOUT) - now;
if (delta < 1000 * 1000) {
return 0;
}
timeout = MIN(timeout, (unsigned int)(delta / (1000 * 1000)));
}
return timeout;
}
void display_channel_set_stream_video(DisplayChannel *display, int stream_video)
{
spice_return_if_fail(display);
spice_return_if_fail(stream_video != SPICE_STREAM_VIDEO_INVALID);
switch (stream_video) {
case SPICE_STREAM_VIDEO_ALL:
spice_info("sv all");
break;
case SPICE_STREAM_VIDEO_FILTER:
spice_info("sv filter");
break;
case SPICE_STREAM_VIDEO_OFF:
spice_info("sv off");
break;
default:
spice_warn_if_reached();
return;
}
display->stream_video = stream_video;
}
static void stop_streams(DisplayChannel *display)
{
Ring *ring = &display->streams;
RingItem *item = ring_get_head(ring);
while (item) {
Stream *stream = SPICE_CONTAINEROF(item, Stream, link);
item = ring_next(ring, item);
if (!stream->current) {
stream_stop(display, stream);
} else {
spice_info("attached stream");
}
}
display->next_item_trace = 0;
memset(display->items_trace, 0, sizeof(display->items_trace));
}
void display_channel_surface_unref(DisplayChannel *display, uint32_t surface_id)
{
RedSurface *surface = &display->surfaces[surface_id];
RedWorker *worker = COMMON_CHANNEL(display)->worker;
QXLInstance *qxl = red_worker_get_qxl(worker);
DisplayChannelClient *dcc;
RingItem *link, *next;
if (--surface->refs != 0) {
return;
}
// only primary surface streams are supported
if (is_primary_surface(display, surface_id)) {
stop_streams(display);
}
spice_assert(surface->context.canvas);
surface->context.canvas->ops->destroy(surface->context.canvas);
if (surface->create.info) {
qxl->st->qif->release_resource(qxl, surface->create);
}
if (surface->destroy.info) {
qxl->st->qif->release_resource(qxl, surface->destroy);
}
region_destroy(&surface->draw_dirty_region);
surface->context.canvas = NULL;
FOREACH_DCC(display, link, next, dcc) {
dcc_destroy_surface(dcc, surface_id);
}
spice_warn_if(!ring_is_empty(&surface->depend_on_me));
}
/* TODO: perhaps rename to "ready" or "realized" ? */
bool display_channel_surface_has_canvas(DisplayChannel *display,
uint32_t surface_id)
{
return display->surfaces[surface_id].context.canvas != NULL;
}
static void streams_update_visible_region(DisplayChannel *display, Drawable *drawable)
{
Ring *ring;
RingItem *item;
RingItem *dcc_ring_item, *next;
DisplayChannelClient *dcc;
if (!red_channel_is_connected(RED_CHANNEL(display))) {
return;
}
if (!is_primary_surface(display, drawable->surface_id)) {
return;
}
ring = &display->streams;
item = ring_get_head(ring);
while (item) {
Stream *stream = SPICE_CONTAINEROF(item, Stream, link);
StreamAgent *agent;
item = ring_next(ring, item);
if (stream->current == drawable) {
continue;
}
FOREACH_DCC(display, dcc_ring_item, next, dcc) {
agent = &dcc->stream_agents[get_stream_id(display, stream)];
if (region_intersects(&agent->vis_region, &drawable->tree_item.base.rgn)) {
region_exclude(&agent->vis_region, &drawable->tree_item.base.rgn);
region_exclude(&agent->clip, &drawable->tree_item.base.rgn);
dcc_stream_agent_clip(dcc, agent);
}
}
}
}
static void pipes_add_drawable(DisplayChannel *display, Drawable *drawable)
{
DisplayChannelClient *dcc;
RingItem *dcc_ring_item, *next;
spice_warn_if(!ring_is_empty(&drawable->pipes));
FOREACH_DCC(display, dcc_ring_item, next, dcc) {
dcc_prepend_drawable(dcc, drawable);
}
}
static void pipes_add_drawable_after(DisplayChannel *display,
Drawable *drawable, Drawable *pos_after)
{
DrawablePipeItem *dpi_pos_after;
RingItem *dpi_link, *dpi_next;
DisplayChannelClient *dcc;
int num_other_linked = 0;
DRAWABLE_FOREACH_DPI_SAFE(pos_after, dpi_link, dpi_next, dpi_pos_after) {
num_other_linked++;
dcc_add_drawable_after(dpi_pos_after->dcc, drawable, &dpi_pos_after->dpi_pipe_item);
}
if (num_other_linked == 0) {
pipes_add_drawable(display, drawable);
return;
}
if (num_other_linked != display->common.base.clients_num) {
RingItem *item, *next;
spice_debug("TODO: not O(n^2)");
FOREACH_DCC(display, item, next, dcc) {
int sent = 0;
DRAWABLE_FOREACH_DPI_SAFE(pos_after, dpi_link, dpi_next, dpi_pos_after) {
if (dpi_pos_after->dcc == dcc) {
sent = 1;
break;
}
}
if (!sent) {
dcc_prepend_drawable(dcc, drawable);
}
}
}
}
static void current_add_drawable(DisplayChannel *display,
Drawable *drawable, RingItem *pos)
{
RedSurface *surface;
uint32_t surface_id = drawable->surface_id;
surface = &display->surfaces[surface_id];
ring_add_after(&drawable->tree_item.base.siblings_link, pos);
ring_add(&display->current_list, &drawable->list_link);
ring_add(&surface->current_list, &drawable->surface_list_link);
display->current_size++;
drawable->refs++;
}
static int current_add_equal(DisplayChannel *display, DrawItem *item, TreeItem *other)
{
DrawItem *other_draw_item;
Drawable *drawable;
Drawable *other_drawable;
if (other->type != TREE_ITEM_TYPE_DRAWABLE) {
return FALSE;
}
other_draw_item = (DrawItem *)other;
if (item->shadow || other_draw_item->shadow || item->effect != other_draw_item->effect) {
return FALSE;
}
drawable = SPICE_CONTAINEROF(item, Drawable, tree_item);
other_drawable = SPICE_CONTAINEROF(other_draw_item, Drawable, tree_item);
if (item->effect == QXL_EFFECT_OPAQUE) {
int add_after = !!other_drawable->stream &&
is_drawable_independent_from_surfaces(drawable);
stream_maintenance(display, drawable, other_drawable);
current_add_drawable(display, drawable, &other->siblings_link);
other_drawable->refs++;
current_remove_drawable(display, other_drawable);
if (add_after) {
pipes_add_drawable_after(display, drawable, other_drawable);
} else {
pipes_add_drawable(display, drawable);
}
red_pipes_remove_drawable(other_drawable);
display_channel_drawable_unref(display, other_drawable);
return TRUE;
}
switch (item->effect) {
case QXL_EFFECT_REVERT_ON_DUP:
if (is_same_drawable(drawable, other_drawable)) {
DisplayChannelClient *dcc;
DrawablePipeItem *dpi;
RingItem *worker_ring_item, *dpi_ring_item;
other_drawable->refs++;
current_remove_drawable(display, other_drawable);
/* sending the drawable to clients that already received
* (or will receive) other_drawable */
worker_ring_item = ring_get_head(&RED_CHANNEL(display)->clients);
dpi_ring_item = ring_get_head(&other_drawable->pipes);
/* dpi contains a sublist of dcc's, ordered the same */
while (worker_ring_item) {
dcc = SPICE_CONTAINEROF(worker_ring_item, DisplayChannelClient,
common.base.channel_link);
dpi = SPICE_CONTAINEROF(dpi_ring_item, DrawablePipeItem, base);
while (worker_ring_item && (!dpi || dcc != dpi->dcc)) {
dcc_prepend_drawable(dcc, drawable);
worker_ring_item = ring_next(&RED_CHANNEL(display)->clients,
worker_ring_item);
dcc = SPICE_CONTAINEROF(worker_ring_item, DisplayChannelClient,
common.base.channel_link);
}
if (dpi_ring_item) {
dpi_ring_item = ring_next(&other_drawable->pipes, dpi_ring_item);
}
if (worker_ring_item) {
worker_ring_item = ring_next(&RED_CHANNEL(display)->clients,
worker_ring_item);
}
}
/* not sending other_drawable where possible */
red_pipes_remove_drawable(other_drawable);
display_channel_drawable_unref(display, other_drawable);
return TRUE;
}
break;
case QXL_EFFECT_OPAQUE_BRUSH:
if (is_same_geometry(drawable, other_drawable)) {
current_add_drawable(display, drawable, &other->siblings_link);
red_pipes_remove_drawable(other_drawable);
current_remove_drawable(display, other_drawable);
pipes_add_drawable(display, drawable);
return TRUE;
}
break;
case QXL_EFFECT_NOP_ON_DUP:
if (is_same_drawable(drawable, other_drawable)) {
return TRUE;
}
break;
}
return FALSE;
}
static void __exclude_region(DisplayChannel *display, Ring *ring, TreeItem *item, QRegion *rgn,
Ring **top_ring, Drawable *frame_candidate)
{
QRegion and_rgn;
stat_start(display, start_time);
region_clone(&and_rgn, rgn);
region_and(&and_rgn, &item->rgn);
if (!region_is_empty(&and_rgn)) {
if (IS_DRAW_ITEM(item)) {
DrawItem *draw = (DrawItem *)item;
if (draw->effect == QXL_EFFECT_OPAQUE) {
region_exclude(rgn, &and_rgn);
}
if (draw->shadow) {
Shadow *shadow;
int32_t x = item->rgn.extents.x1;
int32_t y = item->rgn.extents.y1;
region_exclude(&draw->base.rgn, &and_rgn);
shadow = draw->shadow;
region_offset(&and_rgn, shadow->base.rgn.extents.x1 - x,
shadow->base.rgn.extents.y1 - y);
region_exclude(&shadow->base.rgn, &and_rgn);
region_and(&and_rgn, &shadow->on_hold);
if (!region_is_empty(&and_rgn)) {
region_exclude(&shadow->on_hold, &and_rgn);
region_or(rgn, &and_rgn);
// in flat representation of current, shadow is always his owner next
if (!tree_item_contained_by((TreeItem*)shadow, *top_ring)) {
*top_ring = tree_item_container_items((TreeItem*)shadow, ring);
}
}
} else {
if (frame_candidate) {
Drawable *drawable = SPICE_CONTAINEROF(draw, Drawable, tree_item);
stream_maintenance(display, frame_candidate, drawable);
}
region_exclude(&draw->base.rgn, &and_rgn);
}
} else if (item->type == TREE_ITEM_TYPE_CONTAINER) {
region_exclude(&item->rgn, &and_rgn);
if (region_is_empty(&item->rgn)) { //assume container removal will follow
Shadow *shadow;
region_exclude(rgn, &and_rgn);
if ((shadow = tree_item_find_shadow(item))) {
region_or(rgn, &shadow->on_hold);
if (!tree_item_contained_by((TreeItem*)shadow, *top_ring)) {
*top_ring = tree_item_container_items((TreeItem*)shadow, ring);
}
}
}
} else {
Shadow *shadow;
spice_assert(item->type == TREE_ITEM_TYPE_SHADOW);
shadow = (Shadow *)item;
region_exclude(rgn, &and_rgn);
region_or(&shadow->on_hold, &and_rgn);
}
}
region_destroy(&and_rgn);
stat_add(&display->__exclude_stat, start_time);
}
static void exclude_region(DisplayChannel *display, Ring *ring, RingItem *ring_item,
QRegion *rgn, TreeItem **last, Drawable *frame_candidate)
{
Ring *top_ring;
stat_start(display, start_time);
if (!ring_item) {
return;
}
top_ring = ring;
for (;;) {
TreeItem *now = SPICE_CONTAINEROF(ring_item, TreeItem, siblings_link);
Container *container = now->container;
spice_assert(!region_is_empty(&now->rgn));
if (region_intersects(rgn, &now->rgn)) {
__exclude_region(display, ring, now, rgn, &top_ring, frame_candidate);
if (region_is_empty(&now->rgn)) {
spice_assert(now->type != TREE_ITEM_TYPE_SHADOW);
ring_item = now->siblings_link.prev;
current_remove(display, now);
if (last && *last == now) {
*last = (TreeItem *)ring_next(ring, ring_item);
}
} else if (now->type == TREE_ITEM_TYPE_CONTAINER) {
Container *container = (Container *)now;
if ((ring_item = ring_get_head(&container->items))) {
ring = &container->items;
spice_assert(((TreeItem *)ring_item)->container);
continue;
}
ring_item = &now->siblings_link;
}
if (region_is_empty(rgn)) {
stat_add(&display->exclude_stat, start_time);
return;
}
}
while ((last && *last == (TreeItem *)ring_item) ||
!(ring_item = ring_next(ring, ring_item))) {
if (ring == top_ring) {
stat_add(&display->exclude_stat, start_time);
return;
}
ring_item = &container->base.siblings_link;
container = container->base.container;
ring = (container) ? &container->items : top_ring;
}
}
}
static int current_add_with_shadow(DisplayChannel *display, Ring *ring, Drawable *item)
{
stat_start(display, start_time);
#ifdef RED_WORKER_STAT
++display->add_with_shadow_count;
#endif
RedDrawable *red_drawable = item->red_drawable;
SpicePoint delta = {
.x = red_drawable->u.copy_bits.src_pos.x - red_drawable->bbox.left,
.y = red_drawable->u.copy_bits.src_pos.y - red_drawable->bbox.top
};
Shadow *shadow = shadow_new(&item->tree_item, &delta);
if (!shadow) {
stat_add(&display->add_stat, start_time);
return FALSE;
}
// item and his shadow must initially be placed in the same container.
// for now putting them on root.
// only primary surface streams are supported
if (is_primary_surface(display, item->surface_id)) {
detach_streams_behind(display, &shadow->base.rgn, NULL);
}
ring_add(ring, &shadow->base.siblings_link);
current_add_drawable(display, item, ring);
if (item->tree_item.effect == QXL_EFFECT_OPAQUE) {
QRegion exclude_rgn;
region_clone(&exclude_rgn, &item->tree_item.base.rgn);
exclude_region(display, ring, &shadow->base.siblings_link, &exclude_rgn, NULL, NULL);
region_destroy(&exclude_rgn);
streams_update_visible_region(display, item);
} else {
if (is_primary_surface(display, item->surface_id)) {
detach_streams_behind(display, &item->tree_item.base.rgn, item);
}
}
stat_add(&display->add_stat, start_time);
return TRUE;
}
static int current_add(DisplayChannel *display, Ring *ring, Drawable *drawable)
{
DrawItem *item = &drawable->tree_item;
RingItem *now;
QRegion exclude_rgn;
RingItem *exclude_base = NULL;
stat_start(display, start_time);
spice_assert(!region_is_empty(&item->base.rgn));
region_init(&exclude_rgn);
now = ring_next(ring, ring);
while (now) {
TreeItem *sibling = SPICE_CONTAINEROF(now, TreeItem, siblings_link);
int test_res;
if (!region_bounds_intersects(&item->base.rgn, &sibling->rgn)) {
now = ring_next(ring, now);
continue;
}
test_res = region_test(&item->base.rgn, &sibling->rgn, REGION_TEST_ALL);
if (!(test_res & REGION_TEST_SHARED)) {
now = ring_next(ring, now);
continue;
} else if (sibling->type != TREE_ITEM_TYPE_SHADOW) {
if (!(test_res & REGION_TEST_RIGHT_EXCLUSIVE) &&
!(test_res & REGION_TEST_LEFT_EXCLUSIVE) &&
current_add_equal(display, item, sibling)) {
stat_add(&display->add_stat, start_time);
return FALSE;
}
if (!(test_res & REGION_TEST_RIGHT_EXCLUSIVE) && item->effect == QXL_EFFECT_OPAQUE) {
Shadow *shadow;
int skip = now == exclude_base;
if ((shadow = tree_item_find_shadow(sibling))) {
if (exclude_base) {
TreeItem *next = sibling;
exclude_region(display, ring, exclude_base, &exclude_rgn, &next, NULL);
if (next != sibling) {
now = next ? &next->siblings_link : NULL;
exclude_base = NULL;
continue;
}
}
region_or(&exclude_rgn, &shadow->on_hold);
}
now = now->prev;
current_remove(display, sibling);
now = ring_next(ring, now);
if (shadow || skip) {
exclude_base = now;
}
continue;
}
if (!(test_res & REGION_TEST_LEFT_EXCLUSIVE) && is_opaque_item(sibling)) {
Container *container;
if (exclude_base) {
exclude_region(display, ring, exclude_base, &exclude_rgn, NULL, NULL);
region_clear(&exclude_rgn);
exclude_base = NULL;
}
if (sibling->type == TREE_ITEM_TYPE_CONTAINER) {
container = (Container *)sibling;
ring = &container->items;
item->base.container = container;
now = ring_next(ring, ring);
continue;
}
spice_assert(IS_DRAW_ITEM(sibling));
if (!DRAW_ITEM(sibling)->container_root) {
container = container_new(DRAW_ITEM(sibling));
if (!container) {
spice_warning("create new container failed");
region_destroy(&exclude_rgn);
return FALSE;
}
item->base.container = container;
ring = &container->items;
}
}
}
if (!exclude_base) {
exclude_base = now;
}
break;
}
if (item->effect == QXL_EFFECT_OPAQUE) {
region_or(&exclude_rgn, &item->base.rgn);
exclude_region(display, ring, exclude_base, &exclude_rgn, NULL, drawable);
stream_trace_update(display, drawable);
streams_update_visible_region(display, drawable);
/*
* Performing the insertion after exclude_region for
* safety (todo: Not sure if exclude_region can affect the drawable
* if it is added to the tree before calling exclude_region).
*/
current_add_drawable(display, drawable, ring);
} else {
/*
* red_detach_streams_behind can affect the current tree since
* it may trigger calls to display_channel_draw. Thus, the
* drawable should be added to the tree before calling
* red_detach_streams_behind
*/
current_add_drawable(display, drawable, ring);
if (is_primary_surface(display, drawable->surface_id)) {
detach_streams_behind(display, &drawable->tree_item.base.rgn, drawable);
}
}
region_destroy(&exclude_rgn);
stat_add(&display->add_stat, start_time);
return TRUE;
}
static bool drawable_can_stream(DisplayChannel *display, Drawable *drawable)
{
RedDrawable *red_drawable = drawable->red_drawable;
SpiceImage *image;
if (display->stream_video == SPICE_STREAM_VIDEO_OFF) {
return FALSE;
}
if (!is_primary_surface(display, drawable->surface_id)) {
return FALSE;
}
if (drawable->tree_item.effect != QXL_EFFECT_OPAQUE ||
red_drawable->type != QXL_DRAW_COPY ||
red_drawable->u.copy.rop_descriptor != SPICE_ROPD_OP_PUT) {
return FALSE;
}
image = red_drawable->u.copy.src_bitmap;
if (image == NULL ||
image->descriptor.type != SPICE_IMAGE_TYPE_BITMAP) {
return FALSE;
}
if (display->stream_video == SPICE_STREAM_VIDEO_FILTER) {
SpiceRect* rect;
int size;
rect = &drawable->red_drawable->u.copy.src_area;
size = (rect->right - rect->left) * (rect->bottom - rect->top);
if (size < RED_STREAM_MIN_SIZE) {
return FALSE;
}
}
return TRUE;
}
void display_channel_print_stats(DisplayChannel *display)
{
#ifdef RED_WORKER_STAT
stat_time_t total = display->add_stat.total;
spice_info("add with shadow count %u",
display->add_with_shadow_count);
display->add_with_shadow_count = 0;
spice_info("add[%u] %f exclude[%u] %f __exclude[%u] %f",
display->add_stat.count,
stat_cpu_time_to_sec(total),
display->exclude_stat.count,
stat_cpu_time_to_sec(display->exclude_stat.total),
display->__exclude_stat.count,
stat_cpu_time_to_sec(display->__exclude_stat.total));
spice_info("add %f%% exclude %f%% exclude2 %f%% __exclude %f%%",
(double)(total - display->exclude_stat.total) / total * 100,
(double)(display->exclude_stat.total) / total * 100,
(double)(display->exclude_stat.total -
display->__exclude_stat.total) / display->exclude_stat.total * 100,
(double)(display->__exclude_stat.total) / display->exclude_stat.total * 100);
stat_reset(&display->add_stat);
stat_reset(&display->exclude_stat);
stat_reset(&display->__exclude_stat);
#endif
}
void display_channel_add_drawable(DisplayChannel *display, Drawable *drawable)
{
int success = FALSE, surface_id = drawable->surface_id;
RedDrawable *red_drawable = drawable->red_drawable;
Ring *ring = &display->surfaces[surface_id].current;
if (has_shadow(red_drawable)) {
success = current_add_with_shadow(display, ring, drawable);
} else {
drawable->streamable = drawable_can_stream(display, drawable);
success = current_add(display, ring, drawable);
}
if (success)
pipes_add_drawable(display, drawable);
#ifdef RED_WORKER_STAT
if ((++display->add_count % 100) == 0)
display_channel_print_stats(display);
#endif
}
int display_channel_wait_for_migrate_data(DisplayChannel *display)
{
uint64_t end_time = red_get_monotonic_time() + DISPLAY_CLIENT_MIGRATE_DATA_TIMEOUT;
RedChannel *channel = &display->common.base;
RedChannelClient *rcc;
spice_debug(NULL);
spice_assert(channel->clients_num == 1);
rcc = SPICE_CONTAINEROF(ring_get_head(&channel->clients), RedChannelClient, channel_link);
spice_assert(red_channel_client_waits_for_migrate_data(rcc));
for (;;) {
red_channel_client_receive(rcc);
if (!red_channel_client_is_connected(rcc)) {
break;
}
if (!red_channel_client_waits_for_migrate_data(rcc)) {
return TRUE;
}
if (red_get_monotonic_time() > end_time) {
spice_warning("timeout");
red_channel_client_disconnect(rcc);
break;
}
usleep(DISPLAY_CLIENT_RETRY_INTERVAL);
}
return FALSE;
}
void display_channel_flush_all_surfaces(DisplayChannel *display)
{
int x;
for (x = 0; x < NUM_SURFACES; ++x) {
if (display->surfaces[x].context.canvas) {
display_channel_current_flush(display, x);
}
}
}
void display_channel_free_glz_drawables_to_free(DisplayChannel *display)
{
RingItem *link, *next;
DisplayChannelClient *dcc;
spice_return_if_fail(display);
DCC_FOREACH_SAFE(link, next, dcc, RED_CHANNEL(display)) {
dcc_free_glz_drawables_to_free(dcc);
}
}
void display_channel_free_glz_drawables(DisplayChannel *display)
{
RingItem *link, *next;
DisplayChannelClient *dcc;
spice_return_if_fail(display);
DCC_FOREACH_SAFE(link, next, dcc, RED_CHANNEL(display)) {
dcc_free_glz_drawables(dcc);
}
}
static bool free_one_drawable(DisplayChannel *display, int force_glz_free)
{
RingItem *ring_item = ring_get_tail(&display->current_list);
Drawable *drawable;
Container *container;
if (!ring_item) {
return FALSE;
}
drawable = SPICE_CONTAINEROF(ring_item, Drawable, list_link);
if (force_glz_free) {
RingItem *glz_item, *next_item;
RedGlzDrawable *glz;
DRAWABLE_FOREACH_GLZ_SAFE(drawable, glz_item, next_item, glz) {
dcc_free_glz_drawable(glz->dcc, glz);
}
}
drawable_draw(display, drawable);
container = drawable->tree_item.base.container;
current_remove_drawable(display, drawable);
container_cleanup(container);
return TRUE;
}
void display_channel_current_flush(DisplayChannel *display, int surface_id)
{
while (!ring_is_empty(&display->surfaces[surface_id].current_list)) {
free_one_drawable(display, FALSE);
}
current_remove_all(display, surface_id);
}
void display_channel_free_some(DisplayChannel *display)
{
int n = 0;
DisplayChannelClient *dcc;
RingItem *item, *next;
spice_debug("#draw=%d, #red_draw=%d, #glz_draw=%d", display->drawable_count,
display->red_drawable_count, display->glz_drawable_count);
FOREACH_DCC(display, item, next, dcc) {
GlzSharedDictionary *glz_dict = dcc ? dcc->glz_dict : NULL;
if (glz_dict) {
// encoding using the dictionary is prevented since the following operations might
// change the dictionary
pthread_rwlock_wrlock(&glz_dict->encode_lock);
n = dcc_free_some_independent_glz_drawables(dcc);
}
}
while (!ring_is_empty(&display->current_list) && n++ < RED_RELEASE_BUNCH_SIZE) {
free_one_drawable(display, TRUE);
}
FOREACH_DCC(display, item, next, dcc) {
GlzSharedDictionary *glz_dict = dcc ? dcc->glz_dict : NULL;
if (glz_dict) {
pthread_rwlock_unlock(&glz_dict->encode_lock);
}
}
}
static Drawable* drawable_try_new(DisplayChannel *display)
{
Drawable *drawable;
if (!display->free_drawables)
return NULL;
drawable = &display->free_drawables->u.drawable;
display->free_drawables = display->free_drawables->u.next;
display->drawable_count++;
return drawable;
}
static void drawable_free(DisplayChannel *display, Drawable *drawable)
{
((_Drawable *)drawable)->u.next = display->free_drawables;
display->free_drawables = (_Drawable *)drawable;
}
void drawables_init(DisplayChannel *display)
{
int i;
display->free_drawables = NULL;
for (i = 0; i < NUM_DRAWABLES; i++) {
drawable_free(display, &display->drawables[i].u.drawable);
}
}
Drawable *display_channel_drawable_try_new(DisplayChannel *display,
int group_id, int process_commands_generation)
{
Drawable *drawable;
while (!(drawable = drawable_try_new(display))) {
if (!free_one_drawable(display, FALSE))
return NULL;
}
bzero(drawable, sizeof(Drawable));
drawable->refs = 1;
drawable->creation_time = red_get_monotonic_time();
ring_item_init(&drawable->list_link);
ring_item_init(&drawable->surface_list_link);
ring_item_init(&drawable->tree_item.base.siblings_link);
drawable->tree_item.base.type = TREE_ITEM_TYPE_DRAWABLE;
region_init(&drawable->tree_item.base.rgn);
ring_init(&drawable->pipes);
ring_init(&drawable->glz_ring);
drawable->process_commands_generation = process_commands_generation;
drawable->group_id = group_id;
return drawable;
}
static void depended_item_remove(DependItem *item)
{
spice_return_if_fail(item->drawable);
spice_return_if_fail(ring_item_is_linked(&item->ring_item));
item->drawable = NULL;
ring_remove(&item->ring_item);
}
static void drawable_remove_dependencies(DisplayChannel *display, Drawable *drawable)
{
int x;
int surface_id;
for (x = 0; x < 3; ++x) {
surface_id = drawable->surface_deps[x];
if (surface_id != -1 && drawable->depend_items[x].drawable) {
depended_item_remove(&drawable->depend_items[x]);
}
}
}
static void drawable_unref_surface_deps(DisplayChannel *display, Drawable *drawable)
{
int x;
int surface_id;
for (x = 0; x < 3; ++x) {
surface_id = drawable->surface_deps[x];
if (surface_id == -1) {
continue;
}
display_channel_surface_unref(display, surface_id);
}
}
void display_channel_drawable_unref(DisplayChannel *display, Drawable *drawable)
{
RingItem *item, *next;
if (--drawable->refs != 0)
return;
spice_warn_if_fail(!drawable->tree_item.shadow);
spice_warn_if_fail(ring_is_empty(&drawable->pipes));
if (drawable->stream) {
detach_stream(display, drawable->stream, TRUE);
}
region_destroy(&drawable->tree_item.base.rgn);
drawable_remove_dependencies(display, drawable);
drawable_unref_surface_deps(display, drawable);
display_channel_surface_unref(display, drawable->surface_id);
RING_FOREACH_SAFE(item, next, &drawable->glz_ring) {
SPICE_CONTAINEROF(item, RedGlzDrawable, drawable_link)->drawable = NULL;
ring_remove(item);
}
if (drawable->red_drawable) {
red_drawable_unref(COMMON_CHANNEL(display)->worker, drawable->red_drawable, drawable->group_id);
}
drawable_free(display, drawable);
display->drawable_count--;
}
static void drawable_deps_draw(DisplayChannel *display, Drawable *drawable)
{
int x;
int surface_id;
for (x = 0; x < 3; ++x) {
surface_id = drawable->surface_deps[x];
if (surface_id != -1 && drawable->depend_items[x].drawable) {
depended_item_remove(&drawable->depend_items[x]);
display_channel_draw(display, &drawable->red_drawable->surfaces_rects[x], surface_id);
}
}
}
void drawable_draw(DisplayChannel *display, Drawable *drawable)
{
RedSurface *surface;
SpiceCanvas *canvas;
SpiceClip clip = drawable->red_drawable->clip;
drawable_deps_draw(display, drawable);
surface = &display->surfaces[drawable->surface_id];
canvas = surface->context.canvas;
spice_return_if_fail(canvas);
image_cache_aging(&display->image_cache);
region_add(&surface->draw_dirty_region, &drawable->red_drawable->bbox);
switch (drawable->red_drawable->type) {
case QXL_DRAW_FILL: {
SpiceFill fill = drawable->red_drawable->u.fill;
SpiceImage img1, img2;
image_cache_localize_brush(&display->image_cache, &fill.brush, &img1);
image_cache_localize_mask(&display->image_cache, &fill.mask, &img2);
canvas->ops->draw_fill(canvas, &drawable->red_drawable->bbox,
&clip, &fill);
break;
}
case QXL_DRAW_OPAQUE: {
SpiceOpaque opaque = drawable->red_drawable->u.opaque;
SpiceImage img1, img2, img3;
image_cache_localize_brush(&display->image_cache, &opaque.brush, &img1);
image_cache_localize(&display->image_cache, &opaque.src_bitmap, &img2, drawable);
image_cache_localize_mask(&display->image_cache, &opaque.mask, &img3);
canvas->ops->draw_opaque(canvas, &drawable->red_drawable->bbox, &clip, &opaque);
break;
}
case QXL_DRAW_COPY: {
SpiceCopy copy = drawable->red_drawable->u.copy;
SpiceImage img1, img2;
image_cache_localize(&display->image_cache, &copy.src_bitmap, &img1, drawable);
image_cache_localize_mask(&display->image_cache, &copy.mask, &img2);
canvas->ops->draw_copy(canvas, &drawable->red_drawable->bbox,
&clip, &copy);
break;
}
case QXL_DRAW_TRANSPARENT: {
SpiceTransparent transparent = drawable->red_drawable->u.transparent;
SpiceImage img1;
image_cache_localize(&display->image_cache, &transparent.src_bitmap, &img1, drawable);
canvas->ops->draw_transparent(canvas,
&drawable->red_drawable->bbox, &clip, &transparent);
break;
}
case QXL_DRAW_ALPHA_BLEND: {
SpiceAlphaBlend alpha_blend = drawable->red_drawable->u.alpha_blend;
SpiceImage img1;
image_cache_localize(&display->image_cache, &alpha_blend.src_bitmap, &img1, drawable);
canvas->ops->draw_alpha_blend(canvas,
&drawable->red_drawable->bbox, &clip, &alpha_blend);
break;
}
case QXL_COPY_BITS: {
canvas->ops->copy_bits(canvas, &drawable->red_drawable->bbox,
&clip, &drawable->red_drawable->u.copy_bits.src_pos);
break;
}
case QXL_DRAW_BLEND: {
SpiceBlend blend = drawable->red_drawable->u.blend;
SpiceImage img1, img2;
image_cache_localize(&display->image_cache, &blend.src_bitmap, &img1, drawable);
image_cache_localize_mask(&display->image_cache, &blend.mask, &img2);
canvas->ops->draw_blend(canvas, &drawable->red_drawable->bbox,
&clip, &blend);
break;
}
case QXL_DRAW_BLACKNESS: {
SpiceBlackness blackness = drawable->red_drawable->u.blackness;
SpiceImage img1;
image_cache_localize_mask(&display->image_cache, &blackness.mask, &img1);
canvas->ops->draw_blackness(canvas,
&drawable->red_drawable->bbox, &clip, &blackness);
break;
}
case QXL_DRAW_WHITENESS: {
SpiceWhiteness whiteness = drawable->red_drawable->u.whiteness;
SpiceImage img1;
image_cache_localize_mask(&display->image_cache, &whiteness.mask, &img1);
canvas->ops->draw_whiteness(canvas,
&drawable->red_drawable->bbox, &clip, &whiteness);
break;
}
case QXL_DRAW_INVERS: {
SpiceInvers invers = drawable->red_drawable->u.invers;
SpiceImage img1;
image_cache_localize_mask(&display->image_cache, &invers.mask, &img1);
canvas->ops->draw_invers(canvas,
&drawable->red_drawable->bbox, &clip, &invers);
break;
}
case QXL_DRAW_ROP3: {
SpiceRop3 rop3 = drawable->red_drawable->u.rop3;
SpiceImage img1, img2, img3;
image_cache_localize_brush(&display->image_cache, &rop3.brush, &img1);
image_cache_localize(&display->image_cache, &rop3.src_bitmap, &img2, drawable);
image_cache_localize_mask(&display->image_cache, &rop3.mask, &img3);
canvas->ops->draw_rop3(canvas, &drawable->red_drawable->bbox,
&clip, &rop3);
break;
}
case QXL_DRAW_COMPOSITE: {
SpiceComposite composite = drawable->red_drawable->u.composite;
SpiceImage src, mask;
image_cache_localize(&display->image_cache, &composite.src_bitmap, &src, drawable);
if (composite.mask_bitmap)
image_cache_localize(&display->image_cache, &composite.mask_bitmap, &mask, drawable);
canvas->ops->draw_composite(canvas, &drawable->red_drawable->bbox,
&clip, &composite);
break;
}
case QXL_DRAW_STROKE: {
SpiceStroke stroke = drawable->red_drawable->u.stroke;
SpiceImage img1;
image_cache_localize_brush(&display->image_cache, &stroke.brush, &img1);
canvas->ops->draw_stroke(canvas,
&drawable->red_drawable->bbox, &clip, &stroke);
break;
}
case QXL_DRAW_TEXT: {
SpiceText text = drawable->red_drawable->u.text;
SpiceImage img1, img2;
image_cache_localize_brush(&display->image_cache, &text.fore_brush, &img1);
image_cache_localize_brush(&display->image_cache, &text.back_brush, &img2);
canvas->ops->draw_text(canvas, &drawable->red_drawable->bbox,
&clip, &text);
break;
}
default:
spice_warning("invalid type");
}
}
static void surface_update_dest(RedSurface *surface, const SpiceRect *area)
{
SpiceCanvas *canvas = surface->context.canvas;
int stride = surface->context.stride;
uint8_t *line_0 = surface->context.line_0;
if (surface->context.canvas_draws_on_surface)
return;
int h = area->bottom - area->top;
if (h == 0)
return;
spice_return_if_fail(stride < 0);
uint8_t *dest = line_0 + (area->top * stride) + area->left * sizeof(uint32_t);
dest += (h - 1) * stride;
canvas->ops->read_bits(canvas, dest, -stride, area);
}
static void draw_until(DisplayChannel *display, RedSurface *surface, Drawable *last)
{
RingItem *ring_item;
Container *container;
Drawable *now;
do {
ring_item = ring_get_tail(&surface->current_list);
now = SPICE_CONTAINEROF(ring_item, Drawable, surface_list_link);
now->refs++;
container = now->tree_item.base.container;
current_remove_drawable(display, now);
container_cleanup(container);
/* drawable_draw may call display_channel_draw for the surfaces 'now' depends on. Notice,
that it is valid to call display_channel_draw in this case and not display_channel_draw_till:
It is impossible that there was newer item then 'last' in one of the surfaces
that display_channel_draw is called for, Otherwise, 'now' would have already been rendered.
See the call for red_handle_depends_on_target_surface in red_process_draw */
drawable_draw(display, now);
display_channel_drawable_unref(display, now);
} while (now != last);
}
static Drawable* current_find_intersects_rect(Ring *current, const SpiceRect *area)
{
Ring *ring;
RingItem *ring_item;
QRegion rgn;
Drawable *last = NULL;
ring = current;
ring_item = ring;
region_init(&rgn);
region_add(&rgn, area);
while ((ring_item = ring_next(ring, ring_item))) {
Drawable *now = SPICE_CONTAINEROF(ring_item, Drawable, surface_list_link);
if (region_intersects(&rgn, &now->tree_item.base.rgn)) {
last = now;
break;
}
}
region_destroy(&rgn);
return last;
}
/*
* Renders drawables for updating the requested area, but only drawables that are older
* than 'last' (exclusive).
* FIXME: merge with display_channel_draw()?
*/
void display_channel_draw_till(DisplayChannel *display, const SpiceRect *area, int surface_id,
Drawable *last)
{
RedSurface *surface;
Drawable *surface_last = NULL;
Ring *ring;
RingItem *ring_item;
Drawable *now;
QRegion rgn;
spice_return_if_fail(last);
spice_return_if_fail(ring_item_is_linked(&last->list_link));
surface = &display->surfaces[surface_id];
if (surface_id != last->surface_id) {
// find the nearest older drawable from the appropriate surface
ring = &display->current_list;
ring_item = &last->list_link;
while ((ring_item = ring_next(ring, ring_item))) {
now = SPICE_CONTAINEROF(ring_item, Drawable, list_link);
if (now->surface_id == surface_id) {
surface_last = now;
break;
}
}
} else {
ring_item = ring_next(&surface->current_list, &last->surface_list_link);
if (ring_item) {
surface_last = SPICE_CONTAINEROF(ring_item, Drawable, surface_list_link);
}
}
if (!surface_last) {
return;
}
ring = &surface->current_list;
ring_item = &surface_last->surface_list_link;
region_init(&rgn);
region_add(&rgn, area);
// find the first older drawable that intersects with the area
do {
now = SPICE_CONTAINEROF(ring_item, Drawable, surface_list_link);
if (region_intersects(&rgn, &now->tree_item.base.rgn)) {
surface_last = now;
break;
}
} while ((ring_item = ring_next(ring, ring_item)));
region_destroy(&rgn);
if (!surface_last) {
return;
}
draw_until(display, surface, surface_last);
surface_update_dest(surface, area);
}
void display_channel_draw(DisplayChannel *display, const SpiceRect *area, int surface_id)
{
RedSurface *surface;
Drawable *last;
spice_debug("surface %d: area ==>", surface_id);
rect_debug(area);
spice_return_if_fail(surface_id >= 0 && surface_id < NUM_SURFACES);
spice_return_if_fail(area);
spice_return_if_fail(area->left >= 0 && area->top >= 0 &&
area->left < area->right && area->top < area->bottom);
surface = &display->surfaces[surface_id];
last = current_find_intersects_rect(&surface->current_list, area);
if (last)
draw_until(display, surface, last);
surface_update_dest(surface, area);
}
static void region_to_qxlrects(QRegion *region, QXLRect *qxl_rects, uint32_t num_rects)
{
SpiceRect *rects;
int i;
rects = spice_new0(SpiceRect, num_rects);
region_ret_rects(region, rects, num_rects);
for (i = 0; i < num_rects; i++) {
qxl_rects[i].top = rects[i].top;
qxl_rects[i].left = rects[i].left;
qxl_rects[i].bottom = rects[i].bottom;
qxl_rects[i].right = rects[i].right;
}
free(rects);
}
void display_channel_update(DisplayChannel *display,
uint32_t surface_id, const QXLRect *area, uint32_t clear_dirty,
QXLRect **qxl_dirty_rects, uint32_t *num_dirty_rects)
{
SpiceRect rect;
RedSurface *surface;
spice_return_if_fail(validate_surface(display, surface_id));
red_get_rect_ptr(&rect, area);
display_channel_draw(display, &rect, surface_id);
surface = &display->surfaces[surface_id];
if (*qxl_dirty_rects == NULL) {
*num_dirty_rects = pixman_region32_n_rects(&surface->draw_dirty_region);
*qxl_dirty_rects = spice_new0(QXLRect, *num_dirty_rects);
}
region_to_qxlrects(&surface->draw_dirty_region, *qxl_dirty_rects, *num_dirty_rects);
if (clear_dirty)
region_clear(&surface->draw_dirty_region);
}
static void clear_surface_drawables_from_pipes(DisplayChannel *display, int surface_id,
int wait_if_used)
{
RingItem *item, *next;
DisplayChannelClient *dcc;
FOREACH_DCC(display, item, next, dcc) {
if (!dcc_clear_surface_drawables_from_pipe(dcc, surface_id, wait_if_used)) {
red_channel_client_disconnect(RED_CHANNEL_CLIENT(dcc));
}
}
}
/* TODO: cleanup/refactor destroy functions */
void display_channel_destroy_surface(DisplayChannel *display, uint32_t surface_id)
{
draw_depend_on_me(display, surface_id);
/* note that draw_depend_on_me must be called before current_remove_all.
otherwise "current" will hold items that other drawables may depend on, and then
current_remove_all will remove them from the pipe. */
current_remove_all(display, surface_id);
clear_surface_drawables_from_pipes(display, surface_id, FALSE);
display_channel_surface_unref(display, surface_id);
}
void display_channel_destroy_surface_wait(DisplayChannel *display, uint32_t surface_id)
{
if (!validate_surface(display, surface_id))
return;
if (!display->surfaces[surface_id].context.canvas)
return;
draw_depend_on_me(display, surface_id);
/* note that draw_depend_on_me must be called before current_remove_all.
otherwise "current" will hold items that other drawables may depend on, and then
current_remove_all will remove them from the pipe. */
current_remove_all(display, surface_id);
clear_surface_drawables_from_pipes(display, surface_id, TRUE);
}
/* called upon device reset */
/* TODO: split me*/
void display_channel_destroy_surfaces(DisplayChannel *display)
{
int i;
spice_debug(NULL);
//to handle better
for (i = 0; i < NUM_SURFACES; ++i) {
if (display->surfaces[i].context.canvas) {
display_channel_destroy_surface_wait(display, i);
if (display->surfaces[i].context.canvas) {
display_channel_surface_unref(display, i);
}
spice_assert(!display->surfaces[i].context.canvas);
}
}
spice_warn_if_fail(ring_is_empty(&display->streams));
if (red_channel_is_connected(RED_CHANNEL(display))) {
red_channel_pipes_add_type(RED_CHANNEL(display), PIPE_ITEM_TYPE_INVAL_PALETTE_CACHE);
red_pipes_add_verb(RED_CHANNEL(display), SPICE_MSG_DISPLAY_STREAM_DESTROY_ALL);
}
display_channel_free_glz_drawables(display);
}
static void send_create_surface(DisplayChannel *display, int surface_id, int image_ready)
{
DisplayChannelClient *dcc;
RingItem *item, *next;
FOREACH_DCC(display, item, next, dcc) {
dcc_create_surface(dcc, surface_id);
if (image_ready)
dcc_push_surface_image(dcc, surface_id);
}
}
static SpiceCanvas*
create_canvas_for_surface(DisplayChannel *display, RedSurface *surface, uint32_t renderer)
{
SpiceCanvas *canvas;
switch (renderer) {
case RED_RENDERER_SW:
canvas = canvas_create_for_data(surface->context.width, surface->context.height, surface->context.format,
surface->context.line_0, surface->context.stride,
&display->image_cache.base,
&display->image_surfaces, NULL, NULL, NULL);
surface->context.top_down = TRUE;
surface->context.canvas_draws_on_surface = TRUE;
return canvas;
default:
spice_warn_if_reached();
};
return NULL;
}
void display_channel_create_surface(DisplayChannel *display, uint32_t surface_id, uint32_t width,
uint32_t height, int32_t stride, uint32_t format,
void *line_0, int data_is_valid, int send_client)
{
RedSurface *surface = &display->surfaces[surface_id];
uint32_t i;
spice_warn_if(surface->context.canvas);
surface->context.canvas_draws_on_surface = FALSE;
surface->context.width = width;
surface->context.height = height;
surface->context.format = format;
surface->context.stride = stride;
surface->context.line_0 = line_0;
if (!data_is_valid) {
char *data = line_0;
if (stride < 0) {
data -= abs(stride) * (height - 1);
}
memset(data, 0, height*abs(stride));
}
surface->create.info = NULL;
surface->destroy.info = NULL;
ring_init(&surface->current);
ring_init(&surface->current_list);
ring_init(&surface->depend_on_me);
region_init(&surface->draw_dirty_region);
surface->refs = 1;
if (display->renderer != RED_RENDERER_INVALID) {
surface->context.canvas = create_canvas_for_surface(display, surface, display->renderer);
if (!surface->context.canvas) {
spice_critical("drawing canvas creating failed - can`t create same type canvas");
}
if (send_client)
send_create_surface(display, surface_id, data_is_valid);
return;
}
for (i = 0; i < display->num_renderers; i++) {
surface->context.canvas = create_canvas_for_surface(display, surface, display->renderers[i]);
if (surface->context.canvas) { //no need canvas check
display->renderer = display->renderers[i];
if (send_client)
send_create_surface(display, surface_id, data_is_valid);
return;
}
}
spice_critical("unable to create drawing canvas");
}
static void on_disconnect(RedChannelClient *rcc)
{
DisplayChannel *display;
DisplayChannelClient *dcc;
spice_info(NULL);
spice_return_if_fail(rcc != NULL);
dcc = RCC_TO_DCC(rcc);
display = DCC_TO_DC(dcc);
dcc_stop(dcc); // TODO: start/stop -> connect/disconnect?
display_channel_compress_stats_print(display);
// this was the last channel client
spice_debug("#draw=%d, #red_draw=%d, #glz_draw=%d",
display->drawable_count, display->red_drawable_count,
display->glz_drawable_count);
}
static void send_item(RedChannelClient *rcc, PipeItem *item)
{
dcc_send_item(RCC_TO_DCC(rcc), item);
}
static void hold_item(RedChannelClient *rcc, PipeItem *item)
{
spice_return_if_fail(item);
switch (item->type) {
case PIPE_ITEM_TYPE_DRAW:
drawable_pipe_item_ref(SPICE_CONTAINEROF(item, DrawablePipeItem, dpi_pipe_item));
break;
case PIPE_ITEM_TYPE_STREAM_CLIP:
((StreamClipItem *)item)->refs++;
break;
case PIPE_ITEM_TYPE_UPGRADE:
((UpgradeItem *)item)->refs++;
break;
case PIPE_ITEM_TYPE_IMAGE:
((ImageItem *)item)->refs++;
break;
default:
spice_warn_if_reached();
}
}
static void release_item(RedChannelClient *rcc, PipeItem *item, int item_pushed)
{
DisplayChannelClient *dcc = RCC_TO_DCC(rcc);
spice_return_if_fail(item != NULL);
dcc_release_item(dcc, item, item_pushed);
}
static int handle_migrate_flush_mark(RedChannelClient *rcc)
{
DisplayChannel *display_channel = SPICE_CONTAINEROF(rcc->channel, DisplayChannel, common.base);
RedChannel *channel = RED_CHANNEL(display_channel);
red_channel_pipes_add_type(channel, PIPE_ITEM_TYPE_MIGRATE_DATA);
return TRUE;
}
static uint64_t handle_migrate_data_get_serial(RedChannelClient *rcc, uint32_t size, void *message)
{
SpiceMigrateDataDisplay *migrate_data;
migrate_data = (SpiceMigrateDataDisplay *)((uint8_t *)message + sizeof(SpiceMigrateDataHeader));
return migrate_data->message_serial;
}
static int handle_migrate_data(RedChannelClient *rcc, uint32_t size, void *message)
{
return dcc_handle_migrate_data(RCC_TO_DCC(rcc), size, message);
}
static SpiceCanvas *image_surfaces_get(SpiceImageSurfaces *surfaces, uint32_t surface_id)
{
DisplayChannel *display = SPICE_CONTAINEROF(surfaces, DisplayChannel, image_surfaces);
spice_return_val_if_fail(validate_surface(display, surface_id), NULL);
return display->surfaces[surface_id].context.canvas;
}
DisplayChannel* display_channel_new(RedWorker *worker, int migrate, int stream_video,
uint32_t n_surfaces)
{
DisplayChannel *display;
ChannelCbs cbs = {
.on_disconnect = on_disconnect,
.send_item = send_item,
.hold_item = hold_item,
.release_item = release_item,
.handle_migrate_flush_mark = handle_migrate_flush_mark,
.handle_migrate_data = handle_migrate_data,
.handle_migrate_data_get_serial = handle_migrate_data_get_serial
};
static SpiceImageSurfacesOps image_surfaces_ops = {
image_surfaces_get,
};
spice_return_val_if_fail(num_renderers > 0, NULL);
spice_info("create display channel");
display = (DisplayChannel *)red_worker_new_channel(
worker, sizeof(*display), "display_channel",
SPICE_CHANNEL_DISPLAY,
SPICE_MIGRATE_NEED_FLUSH | SPICE_MIGRATE_NEED_DATA_TRANSFER,
&cbs, dcc_handle_message);
spice_return_val_if_fail(display, NULL);
stat_init(&display->add_stat, "add", red_worker_get_clockid(worker));
stat_init(&display->exclude_stat, "exclude", red_worker_get_clockid(worker));
stat_init(&display->__exclude_stat, "__exclude", red_worker_get_clockid(worker));
#ifdef RED_STATISTICS
RedChannel *channel = RED_CHANNEL(display);
display->cache_hits_counter = stat_add_counter(channel->stat,
"cache_hits", TRUE);
display->add_to_cache_counter = stat_add_counter(channel->stat,
"add_to_cache", TRUE);
display->non_cache_counter = stat_add_counter(channel->stat,
"non_cache", TRUE);
#endif
stat_compress_init(&display->lz_stat, "lz");
stat_compress_init(&display->glz_stat, "glz");
stat_compress_init(&display->quic_stat, "quic");
stat_compress_init(&display->jpeg_stat, "jpeg");
stat_compress_init(&display->zlib_glz_stat, "zlib");
stat_compress_init(&display->jpeg_alpha_stat, "jpeg_alpha");
stat_compress_init(&display->lz4_stat, "lz4");
display->n_surfaces = n_surfaces;
display->num_renderers = num_renderers;
memcpy(display->renderers, renderers, sizeof(display->renderers));
display->renderer = RED_RENDERER_INVALID;
ring_init(&display->current_list);
display->image_surfaces.ops = &image_surfaces_ops;
drawables_init(display);
image_cache_init(&display->image_cache);
display->stream_video = stream_video;
display_channel_init_streams(display);
return display;
}
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