static int test_r1_r3_inter_r11(void)
{
REGION16 region, intersection;
int retCode = -1;
const RECTANGLE_16* rects;
UINT32 nbRects;
RECTANGLE_16 r1 = { 0, 101, 200, 201};
RECTANGLE_16 r3 = {150, 151, 250, 251};
RECTANGLE_16 r11 = {170, 151, 600, 301};
RECTANGLE_16 r1_r3_inter_r11[] =
{
{170, 151, 250, 251},
};
region16_init(®ion);
region16_init(&intersection);
/*
* +===============================================================
* |
* |+-----+
* || |
* || +------+
* || r1+r3 | (r1+r3) & r11
* || +----------------+ +--------+
* |+---+ | | | ====> | |
* | | | | | | |
* | | | | | | |
* | +-|------+ | +--------+
* | | r11 |
* | +----------------+
*
*
* R1+R3 is made of 3 bands, R11 overlap the second and the third band. The
* intersection is made of two band that must be reassembled to give only
* one
*/
if (!region16_union_rect(®ion, ®ion, &r1))
goto out;
if (!region16_union_rect(®ion, ®ion, &r3))
goto out;
if (!region16_intersects_rect(®ion, &r11))
goto out;
if (!region16_intersect_rect(&intersection, ®ion, &r11))
goto out;
rects = region16_rects(&intersection, &nbRects);
if (!rects || nbRects != 1 || !compareRectangles(rects, r1_r3_inter_r11, nbRects))
goto out;
retCode = 0;
out:
region16_uninit(&intersection);
region16_uninit(®ion);
return retCode;
}
static int test_r1_inter_r3(void)
{
REGION16 region, intersection;
int retCode = -1;
const RECTANGLE_16* rects;
UINT32 nbRects;
RECTANGLE_16 r1 = { 0, 101, 200, 201};
RECTANGLE_16 r3 = {150, 151, 250, 251};
RECTANGLE_16 r1_inter_r3[] =
{
{150, 151, 200, 201},
};
region16_init(®ion);
region16_init(&intersection);
/*
* +===============================================================
* |
* |+-----+
* || r1 |
* || +-+------+ +-+
* || | r3 | r1&r3 | |
* |+---+ | ====> +-+
* | | |
* | +--------+
*/
if (!region16_union_rect(®ion, ®ion, &r1))
goto out;
if (!region16_intersects_rect(®ion, &r3))
goto out;
if (!region16_intersect_rect(&intersection, ®ion, &r3))
goto out;
rects = region16_rects(&intersection, &nbRects);
if (!rects || nbRects != 1 || !compareRectangles(rects, r1_inter_r3, nbRects))
goto out;
retCode = 0;
out:
region16_uninit(®ion);
region16_uninit(&intersection);
return retCode;
}
RFX_MESSAGE* rfx_encode_message(RFX_CONTEXT* context, const RFX_RECT* rects, int numRects,
BYTE* data, int width, int height, int scanline)
{
int i, maxNbTiles, maxTilesX, maxTilesY;
int xIdx, yIdx, regionNbRects;
int gridRelX, gridRelY, ax, ay, bytesPerPixel;
RFX_TILE* tile;
RFX_RECT* rfxRect;
RFX_MESSAGE* message = NULL;
PTP_WORK* workObject = NULL;
RFX_TILE_COMPOSE_WORK_PARAM *workParam = NULL;
BOOL success = FALSE;
REGION16 rectsRegion, tilesRegion;
RECTANGLE_16 currentTileRect;
const RECTANGLE_16 *regionRect;
const RECTANGLE_16 *extents;
assert(data);
assert(rects);
assert(numRects > 0);
assert(width > 0);
assert(height > 0);
assert(scanline > 0);
if (!(message = (RFX_MESSAGE*)calloc(1, sizeof(RFX_MESSAGE))))
return NULL;
region16_init(&tilesRegion);
region16_init(&rectsRegion);
if (context->state == RFX_STATE_SEND_HEADERS)
rfx_update_context_properties(context);
message->frameIdx = context->frameIdx++;
if (!context->numQuant)
{
if (!(context->quants = (UINT32*) malloc(sizeof(rfx_default_quantization_values))))
goto skip_encoding_loop;
CopyMemory(context->quants, &rfx_default_quantization_values, sizeof(rfx_default_quantization_values));
context->numQuant = 1;
context->quantIdxY = 0;
context->quantIdxCb = 0;
context->quantIdxCr = 0;
}
message->numQuant = context->numQuant;
message->quantVals = context->quants;
bytesPerPixel = (context->bits_per_pixel / 8);
if (!computeRegion(rects, numRects, &rectsRegion, width, height))
goto skip_encoding_loop;
extents = region16_extents(&rectsRegion);
assert(extents->right - extents->left > 0);
assert(extents->bottom - extents->top > 0);
maxTilesX = 1 + TILE_NO(extents->right - 1) - TILE_NO(extents->left);
maxTilesY = 1 + TILE_NO(extents->bottom - 1) - TILE_NO(extents->top);
maxNbTiles = maxTilesX * maxTilesY;
if (!(message->tiles = calloc(maxNbTiles, sizeof(RFX_TILE*))))
goto skip_encoding_loop;
if (!setupWorkers(context, maxNbTiles))
goto skip_encoding_loop;
if (context->priv->UseThreads)
{
workObject = context->priv->workObjects;
workParam = context->priv->tileWorkParams;
}
regionRect = region16_rects(&rectsRegion, ®ionNbRects);
if (!(message->rects = calloc(regionNbRects, sizeof(RFX_RECT))))
goto skip_encoding_loop;
message->numRects = regionNbRects;
for (i = 0, rfxRect = message->rects; i < regionNbRects; i++, regionRect++, rfxRect++)
{
int startTileX = regionRect->left / 64;
int endTileX = (regionRect->right - 1) / 64;
int startTileY = regionRect->top / 64;
int endTileY = (regionRect->bottom - 1) / 64;
rfxRect->x = regionRect->left;
rfxRect->y = regionRect->top;
rfxRect->width = (regionRect->right - regionRect->left);
rfxRect->height = (regionRect->bottom - regionRect->top);
for (yIdx = startTileY, gridRelY = startTileY * 64; yIdx <= endTileY; yIdx++, gridRelY += 64 )
{
int tileHeight = 64;
if ((yIdx == endTileY) && (gridRelY + 64 > height))
tileHeight = height - gridRelY;
currentTileRect.top = gridRelY;
currentTileRect.bottom = gridRelY + tileHeight;
for (xIdx = startTileX, gridRelX = startTileX * 64; xIdx <= endTileX; xIdx++, gridRelX += 64)
{
int tileWidth = 64;
if ((xIdx == endTileX) && (gridRelX + 64 > width))
tileWidth = width - gridRelX;
currentTileRect.left = gridRelX;
currentTileRect.right = gridRelX + tileWidth;
/* checks if this tile is already treated */
if (region16_intersects_rect(&tilesRegion, ¤tTileRect))
continue;
if (!(tile = (RFX_TILE*) ObjectPool_Take(context->priv->TilePool)))
goto skip_encoding_loop;
tile->xIdx = xIdx;
tile->yIdx = yIdx;
tile->x = gridRelX;
tile->y = gridRelY;
tile->scanline = scanline;
tile->width = tileWidth;
tile->height = tileHeight;
ax = gridRelX;
ay = gridRelY;
if (tile->data && tile->allocated)
{
free(tile->data);
tile->allocated = FALSE;
}
tile->data = &data[(ay * scanline) + (ax * bytesPerPixel)];
tile->quantIdxY = context->quantIdxY;
tile->quantIdxCb = context->quantIdxCb;
tile->quantIdxCr = context->quantIdxCr;
tile->YLen = tile->CbLen = tile->CrLen = 0;
if (!(tile->YCbCrData = (BYTE *)BufferPool_Take(context->priv->BufferPool, -1)))
goto skip_encoding_loop;
tile->YData = (BYTE*) &(tile->YCbCrData[((8192 + 32) * 0) + 16]);
tile->CbData = (BYTE*) &(tile->YCbCrData[((8192 + 32) * 1) + 16]);
tile->CrData = (BYTE*) &(tile->YCbCrData[((8192 + 32) * 2) + 16]);
message->tiles[message->numTiles] = tile;
message->numTiles++;
if (context->priv->UseThreads)
{
workParam->context = context;
workParam->tile = tile;
if (!(*workObject = CreateThreadpoolWork(
(PTP_WORK_CALLBACK)rfx_compose_message_tile_work_callback,
(void*) workParam,
&context->priv->ThreadPoolEnv)))
{
goto skip_encoding_loop;
}
SubmitThreadpoolWork(*workObject);
workObject++;
workParam++;
}
else
{
rfx_encode_rgb(context, tile);
}
if (!region16_union_rect(&tilesRegion, &tilesRegion, ¤tTileRect))
goto skip_encoding_loop;
} /* xIdx */
} /* yIdx */
} /* rects */
success = TRUE;
skip_encoding_loop:
if (success && message->numTiles != maxNbTiles)
{
void* pmem = realloc((void*) message->tiles, sizeof(RFX_TILE*) * message->numTiles);
if (pmem)
message->tiles = (RFX_TILE**) pmem;
else
success = FALSE;
}
/* when using threads ensure all computations are done */
message->tilesDataSize = 0;
workObject = context->priv->workObjects;
for (i = 0; i < message->numTiles; i++)
{
tile = message->tiles[i];
if (context->priv->UseThreads)
{
if (*workObject)
{
WaitForThreadpoolWorkCallbacks(*workObject, FALSE);
CloseThreadpoolWork(*workObject);
}
workObject++;
}
message->tilesDataSize += rfx_tile_length(tile);
}
region16_uninit(&tilesRegion);
region16_uninit(&rectsRegion);
if (success)
return message;
WLog_ERR(TAG, "%s: failed", __FUNCTION__);
message->freeRects = TRUE;
rfx_message_free(context, message);
return NULL;
}