Step 3: Step3: Loading the Software and First Use Loading the software Load it at the Espressif page The binaries files can be found on Github or hackaday Follow the image to configure the tool depending of the tool release To enter the flash mode of the nodeMcu, press and hold the flash button, the press the reset button. You ca release the flash button. Start the download with the start button of the ESP flash tool. After a while, the Finish green indication is shown. Press the reset button of the nodeMcu. If succesful, the nodeMcu les blinks.
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Optional libraries Not required for basic use. There are several advanced and alternate methods the vs and audio streams may use. These alternate methods may be useful for different end users implementations. Within this library and provided examples are illustrations that can be enabled to demonstrate these optional libraries. Along with desired audio files named appropriately; track The plugins and audio files are not needed to be placed into the Arduino directories as they are not directly a part of the compiled project.
Start IDE, load Example "demo. May need to Reset target Arduino and wait for Menu. The example provided was developed to test and illustrate most all of the various common uses of the vs Although various other boards and shields may be implemented by customing the vsConfig.
This is similar to the Arduino Mega. Note While the Leonardo has the same amount of physical program space as the UNO, it actually has less space available for use. As it uses approximately 4K, for core library USB features.
This is only for the demonstration, and other sketchs may call any of these functions, given its environment. Noting that 3. See Performance Non-Blocking: The controlling sketch needs to enquire via vsisPlaying as to determine if the current audio stream is finished or still playing.
This is actually good and a result of the library being non-blocking, allowing the calling sketch to simply initiate the play of a desired audio stream from SdCard by simply calling playTrack or playMP3, of the desired file, and move on with other RealTime issues.
Multi-Chip VS10xx support: Not at this time. There are too many issues with member functions of the vs class requiring to be static. With the exception of the Seeeduino MP3 Shield and other home made shields. As to reduce complications. To re-enable simply uncomment. Recording As most commericially available shields do not support audio input this feature has not been implemented. Support Audio Recording.
Along with overhead. Depending upon the Bitrate of the file being streamed to the VSdsp, there is only so much Real Time available. This may impact the performance of high bit-rate audio files being streamed. Additionally the Play Speed Multiplier feature can be exhausted quickly. Where on a typical UNO there is plenty of real-time to transfer good quality files, with CPU to spare for other tasks, assuming they do not consume too much time either.
As not to or be interfered with each other and or other libraries using the same SPI bus. This is inclusive of the SdCard reads. Where a significant difference is observed in performance.
Wifi Webradio With ESP8266 and VS1053 (KaraDio)
VS1053 - Ogg Vorbis / MP3 / AAC / WMA / FLAC / MIDI Audio Codec Chip