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Y2R: pass in MemorySystem from service
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@ -507,7 +507,7 @@ void Y2R_U::StartConversion(Kernel::HLERequestContext& ctx) {
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Memory::RasterizerFlushVirtualRegion(conversion.dst.address, total_output_size,
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Memory::FlushMode::FlushAndInvalidate);
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HW::Y2R::PerformConversion(conversion);
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HW::Y2R::PerformConversion(system.Memory(), conversion);
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completion_event->Signal();
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@ -632,7 +632,7 @@ void Y2R_U::GetPackageParameter(Kernel::HLERequestContext& ctx) {
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LOG_DEBUG(Service_Y2R, "called");
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}
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Y2R_U::Y2R_U(Core::System& system) : ServiceFramework("y2r:u", 1) {
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Y2R_U::Y2R_U(Core::System& system) : ServiceFramework("y2r:u", 1), system(system) {
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static const FunctionInfo functions[] = {
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{0x00010040, &Y2R_U::SetInputFormat, "SetInputFormat"},
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{0x00020000, &Y2R_U::GetInputFormat, "GetInputFormat"},
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@ -294,6 +294,8 @@ private:
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void DriverFinalize(Kernel::HLERequestContext& ctx);
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void GetPackageParameter(Kernel::HLERequestContext& ctx);
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Core::System& system;
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Kernel::SharedPtr<Kernel::Event> completion_event;
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ConversionConfiguration conversion{};
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DitheringWeightParams dithering_weight_params{};
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@ -79,8 +79,9 @@ static void ConvertYUVToRGB(InputFormat input_format, const u8* input_Y, const u
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/// Simulates an incoming CDMA transfer. The N parameter is used to automatically convert 16-bit
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/// formats to 8-bit.
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template <std::size_t N>
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static void ReceiveData(u8* output, ConversionBuffer& buf, std::size_t amount_of_data) {
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const u8* input = Core::System::GetInstance().Memory().GetPointer(buf.address);
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static void ReceiveData(Memory::MemorySystem& memory, u8* output, ConversionBuffer& buf,
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std::size_t amount_of_data) {
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const u8* input = memory.GetPointer(buf.address);
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std::size_t output_unit = buf.transfer_unit / N;
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ASSERT(amount_of_data % output_unit == 0);
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@ -101,10 +102,10 @@ static void ReceiveData(u8* output, ConversionBuffer& buf, std::size_t amount_of
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/// Convert intermediate RGB32 format to the final output format while simulating an outgoing CDMA
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/// transfer.
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static void SendData(const u32* input, ConversionBuffer& buf, int amount_of_data,
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OutputFormat output_format, u8 alpha) {
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static void SendData(Memory::MemorySystem& memory, const u32* input, ConversionBuffer& buf,
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int amount_of_data, OutputFormat output_format, u8 alpha) {
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u8* output = Core::System::GetInstance().Memory().GetPointer(buf.address);
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u8* output = memory.GetPointer(buf.address);
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while (amount_of_data > 0) {
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u8* unit_end = output + buf.transfer_unit;
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@ -259,7 +260,7 @@ static void WriteTileToOutput(u32* output, const ImageTile& tile, int height, in
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* Hardware behaves strangely (doesn't fire the completion interrupt, for example) in these cases,
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* so they are believed to be invalid configurations anyway.
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*/
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void PerformConversion(ConversionConfiguration& cvt) {
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void PerformConversion(Memory::MemorySystem& memory, ConversionConfiguration& cvt) {
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ASSERT(cvt.input_line_width % 8 == 0);
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ASSERT(cvt.block_alignment != BlockAlignment::Block8x8 || cvt.input_lines % 8 == 0);
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// Tiles per row
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@ -296,29 +297,29 @@ void PerformConversion(ConversionConfiguration& cvt) {
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switch (cvt.input_format) {
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case InputFormat::YUV422_Indiv8:
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ReceiveData<1>(input_Y, cvt.src_Y, row_data_size);
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ReceiveData<1>(input_U, cvt.src_U, row_data_size / 2);
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ReceiveData<1>(input_V, cvt.src_V, row_data_size / 2);
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ReceiveData<1>(memory, input_Y, cvt.src_Y, row_data_size);
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ReceiveData<1>(memory, input_U, cvt.src_U, row_data_size / 2);
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ReceiveData<1>(memory, input_V, cvt.src_V, row_data_size / 2);
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break;
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case InputFormat::YUV420_Indiv8:
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ReceiveData<1>(input_Y, cvt.src_Y, row_data_size);
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ReceiveData<1>(input_U, cvt.src_U, row_data_size / 4);
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ReceiveData<1>(input_V, cvt.src_V, row_data_size / 4);
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ReceiveData<1>(memory, input_Y, cvt.src_Y, row_data_size);
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ReceiveData<1>(memory, input_U, cvt.src_U, row_data_size / 4);
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ReceiveData<1>(memory, input_V, cvt.src_V, row_data_size / 4);
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break;
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case InputFormat::YUV422_Indiv16:
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ReceiveData<2>(input_Y, cvt.src_Y, row_data_size);
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ReceiveData<2>(input_U, cvt.src_U, row_data_size / 2);
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ReceiveData<2>(input_V, cvt.src_V, row_data_size / 2);
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ReceiveData<2>(memory, input_Y, cvt.src_Y, row_data_size);
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ReceiveData<2>(memory, input_U, cvt.src_U, row_data_size / 2);
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ReceiveData<2>(memory, input_V, cvt.src_V, row_data_size / 2);
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break;
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case InputFormat::YUV420_Indiv16:
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ReceiveData<2>(input_Y, cvt.src_Y, row_data_size);
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ReceiveData<2>(input_U, cvt.src_U, row_data_size / 4);
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ReceiveData<2>(input_V, cvt.src_V, row_data_size / 4);
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ReceiveData<2>(memory, input_Y, cvt.src_Y, row_data_size);
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ReceiveData<2>(memory, input_U, cvt.src_U, row_data_size / 4);
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ReceiveData<2>(memory, input_V, cvt.src_V, row_data_size / 4);
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break;
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case InputFormat::YUYV422_Interleaved:
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input_U = nullptr;
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input_V = nullptr;
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ReceiveData<1>(input_Y, cvt.src_YUYV, row_data_size * 2);
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ReceiveData<1>(memory, input_Y, cvt.src_YUYV, row_data_size * 2);
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break;
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}
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@ -372,7 +373,7 @@ void PerformConversion(ConversionConfiguration& cvt) {
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// Note(yuriks): If additional optimization is required, output_format can be moved to a
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// template parameter, so that its dispatch can be moved to outside the inner loop.
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SendData(reinterpret_cast<u32*>(data_buffer.get()), cvt.dst, (int)row_data_size,
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SendData(memory, reinterpret_cast<u32*>(data_buffer.get()), cvt.dst, (int)row_data_size,
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cvt.output_format, (u8)cvt.alpha);
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}
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}
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@ -4,10 +4,14 @@
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#pragma once
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namespace Memory {
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class MemorySystem;
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}
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namespace Service::Y2R {
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struct ConversionConfiguration;
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} // namespace Service::Y2R
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namespace HW::Y2R {
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void PerformConversion(Service::Y2R::ConversionConfiguration& cvt);
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void PerformConversion(Memory::MemorySystem& memory, Service::Y2R::ConversionConfiguration& cvt);
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} // namespace HW::Y2R
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