Function processMpeg1

examples/Codec/codec_processor.cpp:148–209

}

void processMpeg1() {
    Serial.println("\n=== Processing MPEG1 ===");

    if (!fl::Mpeg1::isSupported()) {
        Serial.println("MPEG1 decoding not supported on this platform");
        return;
    }

    // Copy data from PROGMEM to RAM
    fl::vector<fl::u8> mpegData(CodecData::sampleMpeg1DataLength);
    fl::memcopy(mpegData.data(), CodecData::sampleMpeg1Data, CodecData::sampleMpeg1DataLength);

    // Configure MPEG1 decoder
    fl::Mpeg1Config config;
    config.mode = fl::Mpeg1Config::SingleFrame;
    config.targetFps = TARGET_FPS;
    config.looping = false;
    config.skipAudio = true;

    // Create decoder
    fl::string error_msg;
    fl::shared_ptr<fl::IDecoder> decoder = fl::Mpeg1::createDecoder(config, &error_msg);

    if (!decoder) {
        Serial.print("Failed to create MPEG1 decoder: ");
        Serial.println(error_msg.c_str());
        return;
    }

    // Create byte stream from data
    auto stream = fl::make_shared<fl::memorybuf>(mpegData.size());
    stream->write(mpegData);

    // Begin decoding
    if (!decoder->begin(stream)) {
        fl::string error;
        decoder->hasError(&error);
        Serial.print("Failed to begin MPEG1 decoding: ");
        Serial.println(error.c_str());
        return;
    }

    // Decode first frame
    fl::DecodeResult result = decoder->decode();

    if (result == fl::DecodeResult::Success) {
        fl::Frame frame = decoder->getCurrentFrame();
        if (frame.isValid()) {
            displayFrameOnLEDs(frame);
            showDecodedMessage("MPEG1 decoded successfully!");
        } else {
            Serial.println("Invalid MPEG1 frame received");
        }
    } else {
        fl::string error;
        decoder->hasError(&error);
        Serial.print("MPEG1 frame decode error: ");
        Serial.println(error.c_str());