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exynos4: hwc: refill fimg_cmd struct on each perform_fimg

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Change-Id: Ic47bf13dabab841149d3fe9566687b30ec3be2af
This commit is contained in:
Simon Shields 2017-10-06 01:04:26 +11:00 committed by Shilin Victor
parent e86377015e
commit 5edee1cbfc
1 changed files with 62 additions and 80 deletions
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142
exynos4/hal/libhwc/hwcomposer.cpp
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@ -659,99 +659,81 @@ static int perform_fimg(hwc_context_t *ctx, const hwc_layer_1_t &layer, struct h
uint32_t dst_addr = (uint32_t) dst_handle->ion_memory;
//should we need to fill whole fimg_cmd struct or can we reuse the old command?
if (fimg_cmd->op == (enum blit_op) -1) {
memset(fimg_cmd, 0, sizeof(struct fimg2d_blit));
memset(g2d_src_img, 0, sizeof(struct fimg2d_image));
memset(g2d_dst_img, 0, sizeof(struct fimg2d_image));
memset(fimg_cmd, 0, sizeof(struct fimg2d_blit));
memset(g2d_src_img, 0, sizeof(struct fimg2d_image));
memset(g2d_dst_img, 0, sizeof(struct fimg2d_image));
fimg_cmd->op = BLIT_OP_SRC;
fimg_cmd->seq_no = SEQ_NO_BLT_HWC_NOSEC;
fimg_cmd->sync = BLIT_SYNC;
fimg_cmd->param.g_alpha = 255;
fimg_cmd->param.rotate = rotateValueHAL2G2D(layer.transform);
fimg_cmd->op = BLIT_OP_SRC;
fimg_cmd->seq_no = SEQ_NO_BLT_HWC_NOSEC;
fimg_cmd->sync = BLIT_SYNC;
fimg_cmd->param.g_alpha = 255;
fimg_cmd->param.rotate = rotateValueHAL2G2D(layer.transform);
hwc_rect_t crop = integerizeSourceCrop(layer.sourceCropf);
hwc_rect_t crop = integerizeSourceCrop(layer.sourceCropf);
if (is_scaled(layer) || fimg_cmd->param.rotate != ORIGIN) {
fimg_cmd->param.scaling.mode = SCALING_BILINEAR;
fimg_cmd->param.scaling.src_w = WIDTH(crop);
fimg_cmd->param.scaling.src_h = HEIGHT(crop);
if (is_scaled(layer) || fimg_cmd->param.rotate != ORIGIN) {
fimg_cmd->param.scaling.mode = SCALING_BILINEAR;
fimg_cmd->param.scaling.src_w = WIDTH(crop);
fimg_cmd->param.scaling.src_h = HEIGHT(crop);
if (fimg_cmd->param.rotate == ROT_90 || fimg_cmd->param.rotate == ROT_270) {
fimg_cmd->param.scaling.dst_w = HEIGHT(layer.displayFrame);
fimg_cmd->param.scaling.dst_h = WIDTH(layer.displayFrame);
} else {
fimg_cmd->param.scaling.dst_w = WIDTH(layer.displayFrame);
fimg_cmd->param.scaling.dst_h = HEIGHT(layer.displayFrame);
}
if (fimg_cmd->param.rotate == ROT_90 || fimg_cmd->param.rotate == ROT_270) {
fimg_cmd->param.scaling.dst_w = HEIGHT(layer.displayFrame);
fimg_cmd->param.scaling.dst_h = WIDTH(layer.displayFrame);
} else {
fimg_cmd->param.scaling.dst_w = WIDTH(layer.displayFrame);
fimg_cmd->param.scaling.dst_h = HEIGHT(layer.displayFrame);
}
}
if (src_handle->base) {
formatValueHAL2G2D(src_handle->format, &g2d_format, &pixel_order, &src_bpp);
g2d_src_img->addr.type = ADDR_USER;
g2d_src_img->addr.start = src_handle->base;
if (src_bpp == 1) {
g2d_src_img->plane2.type = ADDR_USER;
g2d_src_img->plane2.start = src_handle->base + src_handle->uoffset;
}
if (src_handle->base) {
formatValueHAL2G2D(src_handle->format, &g2d_format, &pixel_order, &src_bpp);
g2d_src_img->width = src_handle->width;
g2d_src_img->height = src_handle->height;
g2d_src_img->stride = g2d_src_img->width * src_bpp;
g2d_src_img->order = (enum pixel_order) pixel_order;
g2d_src_img->fmt = (enum color_format) g2d_format;
g2d_src_img->rect.x1 = crop.left;
g2d_src_img->rect.y1 = crop.top;
g2d_src_img->rect.x2 = crop.right;
g2d_src_img->rect.y2 = crop.bottom;
g2d_src_img->need_cacheopr = false;
g2d_src_img->addr.type = ADDR_USER;
g2d_src_img->addr.start = src_handle->base;
fimg_cmd->src = g2d_src_img;
}
if (src_bpp == 1) {
g2d_src_img->plane2.type = ADDR_USER;
g2d_src_img->plane2.start = src_handle->base + src_handle->uoffset;
}
if (dst_addr > 0) {
formatValueHAL2G2D(dst_format, &g2d_format, &pixel_order, &dst_bpp);
g2d_src_img->width = src_handle->width;
g2d_src_img->height = src_handle->height;
g2d_src_img->stride = g2d_src_img->width * src_bpp;
g2d_src_img->order = (enum pixel_order) pixel_order;
g2d_src_img->fmt = (enum color_format) g2d_format;
g2d_src_img->rect.x1 = crop.left;
g2d_src_img->rect.y1 = crop.top;
g2d_src_img->rect.x2 = crop.right;
g2d_src_img->rect.y2 = crop.bottom;
g2d_src_img->need_cacheopr = false;
g2d_dst_img->addr.type = ADDR_USER;
g2d_dst_img->addr.start = dst_addr;
fimg_cmd->src = g2d_src_img;
g2d_dst_img->width = WIDTH(layer.displayFrame);
g2d_dst_img->height = HEIGHT(layer.displayFrame);
if (dst_bpp == 1) {
g2d_dst_img->plane2.type = ADDR_USER;
g2d_dst_img->plane2.start = dst_addr + (EXYNOS4_ALIGN(g2d_dst_img->width, 16) * EXYNOS4_ALIGN(g2d_dst_img->height, 16));
}
if (dst_addr > 0) {
formatValueHAL2G2D(dst_format, &g2d_format, &pixel_order, &dst_bpp);
g2d_dst_img->stride = g2d_dst_img->width * dst_bpp;
g2d_dst_img->order = (enum pixel_order) pixel_order;
g2d_dst_img->fmt = (enum color_format) g2d_format;
g2d_dst_img->rect.x1 = 0;
g2d_dst_img->rect.y1 = 0;
g2d_dst_img->rect.x2 = WIDTH(layer.displayFrame);
g2d_dst_img->rect.y2 = HEIGHT(layer.displayFrame);
g2d_dst_img->need_cacheopr = false;
g2d_dst_img->addr.type = ADDR_USER;
g2d_dst_img->addr.start = dst_addr;
g2d_dst_img->width = WIDTH(layer.displayFrame);
g2d_dst_img->height = HEIGHT(layer.displayFrame);
if (dst_bpp == 1) {
g2d_dst_img->plane2.type = ADDR_USER;
g2d_dst_img->plane2.start = dst_addr + (EXYNOS4_ALIGN(g2d_dst_img->width, 16) * EXYNOS4_ALIGN(g2d_dst_img->height, 16));
}
g2d_dst_img->stride = g2d_dst_img->width * dst_bpp;
g2d_dst_img->order = (enum pixel_order) pixel_order;
g2d_dst_img->fmt = (enum color_format) g2d_format;
g2d_dst_img->rect.x1 = 0;
g2d_dst_img->rect.y1 = 0;
g2d_dst_img->rect.x2 = WIDTH(layer.displayFrame);
g2d_dst_img->rect.y2 = HEIGHT(layer.displayFrame);
g2d_dst_img->need_cacheopr = false;
fimg_cmd->dst = g2d_dst_img;
}
} else {
if (src_handle->base) {
fimg_cmd->src->addr.start = src_handle->base;
if (fimg_cmd->src->plane2.start) {
fimg_cmd->src->plane2.start = src_handle->base + src_handle->uoffset;
}
}
if (dst_addr > 0) {
fimg_cmd->dst->addr.start = dst_addr;
if (fimg_cmd->dst->plane2.start) {
fimg_cmd->dst->plane2.start = dst_addr + (EXYNOS4_ALIGN(fimg_cmd->dst->width, 16) * EXYNOS4_ALIGN(fimg_cmd->dst->height, 16));
}
}
fimg_cmd->dst = g2d_dst_img;
}
if (layer.acquireFenceFd >= 0) {