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344 lines
10 KiB
344 lines
10 KiB
/*
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* Copyright (C) 2008 The Android Open Source Project
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* Copyright (c) 2010-2014, The Linux Foundation. All rights reserved.
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* Not a Contribution, Apache license notifications and license are retained
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* for attribution purposes only.
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*
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* Licensed under the Apache License, Version 2.0 (the "License");
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* you may not use this file except in compliance with the License.
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* You may obtain a copy of the License at
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*
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* http://www.apache.org/licenses/LICENSE-2.0
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*
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* Unless required by applicable law or agreed to in writing, software
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* distributed under the License is distributed on an "AS IS" BASIS,
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* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
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* See the License for the specific language governing permissions and
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* limitations under the License.
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*/
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#include "overlayUtils.h"
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#include "overlayRotator.h"
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#define DEBUG_MDSS_ROT 0
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#ifdef VENUS_COLOR_FORMAT
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#include <media/msm_media_info.h>
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#else
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#define VENUS_BUFFER_SIZE(args...) 0
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#endif
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#ifndef MDSS_MDP_ROT_ONLY
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#define MDSS_MDP_ROT_ONLY 0x80
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#endif
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#define MDSS_ROT_MASK (MDP_ROT_90 | MDP_FLIP_UD | MDP_FLIP_LR)
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namespace ovutils = overlay::utils;
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namespace overlay {
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using namespace utils;
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MdssRot::MdssRot() {
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reset();
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init();
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}
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MdssRot::~MdssRot() { close(); }
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bool MdssRot::enabled() const { return mEnabled; }
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void MdssRot::setRotations(uint32_t flags) { mRotInfo.flags |= flags; }
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int MdssRot::getDstMemId() const {
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return mRotData.dst_data.memory_id;
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}
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uint32_t MdssRot::getDstOffset() const {
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return mRotData.dst_data.offset;
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}
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uint32_t MdssRot::getDstFormat() const {
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//For mdss src and dst formats are same
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return mRotInfo.src.format;
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}
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utils::Whf MdssRot::getDstWhf() const {
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//For Mdss dst_rect itself represents buffer dimensions. We ignore actual
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//aligned values during buffer allocation. Also the driver overwrites the
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//src.format field if destination format is different.
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//This implementation detail makes it possible to retrieve w,h even before
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//buffer allocation, which happens in queueBuffer.
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return utils::Whf(mRotInfo.dst_rect.w, mRotInfo.dst_rect.h,
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mRotInfo.src.format);
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}
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utils::Dim MdssRot::getDstDimensions() const {
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return utils::Dim(mRotInfo.dst_rect.x, mRotInfo.dst_rect.y,
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mRotInfo.dst_rect.w, mRotInfo.dst_rect.h);
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}
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uint32_t MdssRot::getSessId() const { return mRotInfo.id; }
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bool MdssRot::init() {
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if(!utils::openDev(mFd, 0, Res::fbPath, O_RDWR)) {
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ALOGE("MdssRot failed to init fb0");
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return false;
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}
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return true;
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}
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void MdssRot::setSource(const overlay::utils::Whf& awhf) {
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utils::Whf whf(awhf);
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mRotInfo.src.format = whf.format;
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mRotInfo.src.width = whf.w;
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mRotInfo.src.height = whf.h;
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}
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void MdssRot::setCrop(const utils::Dim& crop) {
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mRotInfo.src_rect.x = crop.x;
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mRotInfo.src_rect.y = crop.y;
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mRotInfo.src_rect.w = crop.w;
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mRotInfo.src_rect.h = crop.h;
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}
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void MdssRot::setDownscale(int /*ds*/) {
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}
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void MdssRot::setFlags(const utils::eMdpFlags& flags) {
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mRotInfo.flags = flags;
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}
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void MdssRot::setTransform(const utils::eTransform& rot)
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{
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// reset rotation flags to avoid stale orientation values
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mRotInfo.flags &= ~MDSS_ROT_MASK;
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int flags = utils::getMdpOrient(rot);
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if (flags != -1)
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setRotations(flags);
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mOrientation = static_cast<utils::eTransform>(flags);
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ALOGE_IF(DEBUG_OVERLAY, "%s: rot=%d", __FUNCTION__, flags);
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}
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void MdssRot::doTransform() {
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mRotInfo.flags |= mOrientation;
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if(mOrientation & utils::OVERLAY_TRANSFORM_ROT_90)
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utils::swap(mRotInfo.dst_rect.w, mRotInfo.dst_rect.h);
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}
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bool MdssRot::commit() {
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if (utils::isYuv(mRotInfo.src.format)) {
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utils::normalizeCrop(mRotInfo.src_rect.x, mRotInfo.src_rect.w);
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utils::normalizeCrop(mRotInfo.src_rect.y, mRotInfo.src_rect.h);
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// For interlaced, crop.h should be 4-aligned
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if ((mRotInfo.flags & utils::OV_MDP_DEINTERLACE) and
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(mRotInfo.src_rect.h % 4))
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mRotInfo.src_rect.h = utils::aligndown(mRotInfo.src_rect.h, 4);
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}
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mRotInfo.dst_rect.x = 0;
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mRotInfo.dst_rect.y = 0;
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mRotInfo.dst_rect.w = mRotInfo.src_rect.w;
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mRotInfo.dst_rect.h = mRotInfo.src_rect.h;
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doTransform();
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mRotInfo.flags |= MDSS_MDP_ROT_ONLY;
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mEnabled = true;
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if(!overlay::mdp_wrapper::setOverlay(mFd.getFD(), mRotInfo)) {
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ALOGE("MdssRot commit failed!");
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dump();
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return (mEnabled = false);
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}
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mRotData.id = mRotInfo.id;
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return true;
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}
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bool MdssRot::queueBuffer(int fd, uint32_t offset) {
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if(enabled()) {
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mRotData.data.memory_id = fd;
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mRotData.data.offset = offset;
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if(false == remap(RotMem::ROT_NUM_BUFS)) {
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ALOGE("%s Remap failed, not queuing", __FUNCTION__);
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return false;
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}
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mRotData.dst_data.offset =
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mMem.mRotOffset[mMem.mCurrIndex];
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mMem.mCurrIndex =
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(mMem.mCurrIndex + 1) % mMem.mem.numBufs();
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if(!overlay::mdp_wrapper::play(mFd.getFD(), mRotData)) {
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ALOGE("MdssRot play failed!");
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dump();
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return false;
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}
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}
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return true;
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}
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bool MdssRot::open_i(uint32_t numbufs, uint32_t bufsz)
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{
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OvMem mem;
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OVASSERT(MAP_FAILED == mem.addr(), "MAP failed in open_i");
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bool isSecure = mRotInfo.flags & utils::OV_MDP_SECURE_OVERLAY_SESSION;
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if(!mem.open(numbufs, bufsz, isSecure)){
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ALOGE("%s: Failed to open", __func__);
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mem.close();
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return false;
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}
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OVASSERT(MAP_FAILED != mem.addr(), "MAP failed");
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OVASSERT(mem.getFD() != -1, "getFd is -1");
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mRotData.dst_data.memory_id = mem.getFD();
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mRotData.dst_data.offset = 0;
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mMem.mem = mem;
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return true;
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}
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bool MdssRot::remap(uint32_t numbufs) {
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// Calculate the size based on rotator's dst format, w and h.
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uint32_t opBufSize = calcOutputBufSize();
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// If current size changed, remap
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if(opBufSize == mMem.size()) {
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ALOGE_IF(DEBUG_OVERLAY, "%s: same size %d", __FUNCTION__, opBufSize);
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return true;
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}
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ALOGE_IF(DEBUG_OVERLAY, "%s: size changed - remapping", __FUNCTION__);
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if(!mMem.close()) {
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ALOGE("%s error in closing prev rot mem", __FUNCTION__);
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return false;
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}
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if(!open_i(numbufs, opBufSize)) {
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ALOGE("%s Error could not open", __FUNCTION__);
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return false;
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}
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for (uint32_t i = 0; i < numbufs; ++i) {
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mMem.mRotOffset[i] = i * opBufSize;
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}
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return true;
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}
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bool MdssRot::close() {
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bool success = true;
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if(mFd.valid() && (getSessId() != (uint32_t) MSMFB_NEW_REQUEST)) {
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if(!mdp_wrapper::unsetOverlay(mFd.getFD(), getSessId())) {
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ALOGE("MdssRot::close unsetOverlay failed, fd=%d sessId=%d",
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mFd.getFD(), getSessId());
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success = false;
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}
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}
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if (!mFd.close()) {
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ALOGE("Mdss Rot error closing fd");
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success = false;
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}
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if (!mMem.close()) {
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ALOGE("Mdss Rot error closing mem");
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success = false;
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}
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reset();
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return success;
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}
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void MdssRot::reset() {
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ovutils::memset0(mRotInfo);
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ovutils::memset0(mRotData);
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mRotData.data.memory_id = -1;
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mRotInfo.id = MSMFB_NEW_REQUEST;
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ovutils::memset0(mMem.mRotOffset);
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mMem.mCurrIndex = 0;
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mOrientation = utils::OVERLAY_TRANSFORM_0;
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}
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void MdssRot::dump() const {
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ALOGE("== Dump MdssRot start ==");
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mFd.dump();
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mMem.mem.dump();
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mdp_wrapper::dump("mRotInfo", mRotInfo);
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mdp_wrapper::dump("mRotData", mRotData);
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ALOGE("== Dump MdssRot end ==");
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}
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uint32_t MdssRot::calcOutputBufSize() {
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uint32_t opBufSize = 0;
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ovutils::Whf destWhf(mRotInfo.dst_rect.w, mRotInfo.dst_rect.h,
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mRotInfo.src.format); //mdss src and dst formats are same.
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if (mRotInfo.flags & ovutils::OV_MDSS_MDP_BWC_EN) {
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opBufSize = calcCompressedBufSize(destWhf);
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} else {
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opBufSize = Rotator::calcOutputBufSize(destWhf);
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}
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return opBufSize;
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}
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void MdssRot::getDump(char *buf, size_t len) const {
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ovutils::getDump(buf, len, "MdssRotCtrl", mRotInfo);
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ovutils::getDump(buf, len, "MdssRotData", mRotData);
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}
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// Calculate the compressed o/p buffer size for BWC
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uint32_t MdssRot::calcCompressedBufSize(const ovutils::Whf& destWhf) {
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uint32_t bufSize = 0;
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//Worst case alignments
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int aWidth = ovutils::align(destWhf.w, 64);
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int aHeight = ovutils::align(destWhf.h, 4);
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/*
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Format | RAU size (width x height)
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----------------------------------------------
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ARGB | 32 pixel x 4 line
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RGB888 | 32 pixel x 4 line
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Y (Luma) | 64 pixel x 4 line
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CRCB 420 | 32 pixel x 2 line
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CRCB 422 H2V1 | 32 pixel x 4 line
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CRCB 422 H1V2 | 64 pixel x 2 line
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Metadata requirements:-
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1 byte meta data for every 8 RAUs
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2 byte meta data per RAU
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*/
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//These blocks attempt to allocate for the worst case in each of the
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//respective format classes, yuv/rgb. The table above is for reference
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if(utils::isYuv(destWhf.format)) {
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int yRauCount = aWidth / 64; //Y
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int cRauCount = aWidth / 32; //C
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int yStride = (64 * 4 * yRauCount) + alignup(yRauCount, 8) / 8;
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int cStride = ((32 * 2 * cRauCount) + alignup(cRauCount, 8) / 8) * 2;
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int yStrideOffset = (aHeight / 4);
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int cStrideOffset = (aHeight / 2);
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bufSize = (yStride * yStrideOffset + cStride * cStrideOffset) +
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(yRauCount * yStrideOffset * 2) +
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(cRauCount * cStrideOffset * 2) * 2;
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ALOGD_IF(DEBUG_MDSS_ROT, "%s:YUV Y RAU Count = %d C RAU Count = %d",
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__FUNCTION__, yRauCount, cRauCount);
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} else {
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int rauCount = aWidth / 32;
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//Single plane
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int stride = (32 * 4 * rauCount) + alignup(rauCount, 8) / 8;
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int strideOffset = (aHeight / 4);
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bufSize = (stride * strideOffset * 4 /*bpp*/) +
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(rauCount * strideOffset * 2);
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ALOGD_IF(DEBUG_MDSS_ROT, "%s:RGB RAU count = %d", __FUNCTION__,
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rauCount);
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}
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ALOGD_IF(DEBUG_MDSS_ROT, "%s: aligned width = %d, aligned height = %d "
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"Buf Size = %d", __FUNCTION__, aWidth, aHeight, bufSize);
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return bufSize;
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}
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} // namespace overlay
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