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and have more SRAM for your projects,
if  ESP32-S3 and have PSRAM: AAC Spectralband Replication (SBR) is enabled for better sound quality

Specifies the I2S port

terminate VORBIS COMMENT

add debug function in processwebstream()

typo in a comment

also m4a works

uint32_t stopSong(); //returns the real fileposition at current time
bool connecttoFS(fs::FS &fs, const char* path, uint32_t resumeFilePos = 0); // jumps to resumeFilePos after reading fileheader

mp3_decoder: make sure data ends up in internal RAM

same as commit 6bf4cd, but for MP3
also fixes a possible PSRAM leak on allocation failure and a
wrongly placed comment

fix stuttering AAC SBR playback when PSRAM is available

It was allocated in one 16x chunk, so only freeing one chunk is enough

The ESP-IDF core code actually uses PSRAM also for standard "malloc" &
friends if it is available and the allocation id bigger than a certain
threshold (4kB by default). To make sure that the AAC decoder buffers,
especially the m_PSInfoSBR end up in RAM, use low level allocator calls
to specify where to alloc stuff. This also gets rid of the "try malloc
RAM first, if this fails fall back to ps_malloc" code, which probably
did not do what was wanted anyway.
This fixes stuttering SBR playback for me, which was caused by
m_PSInfoSBR ending up in PSRAM unexpectedly.

getBitRate: add option for average bitrate

add getCodec() and getCodecname() functions

getCodecname() allows for simple display of the used codec,
getCodec() together with the exported enum of codec values allows for
user defined codec names like this stupid example:
  switch (audio.getCodec()) {
    case Audio::CODEC_M4A:
    case Audio::CODEC_AAC:
      Serial.println("AAC codec!");
      break;
    case Audio::CODEC_FLAC:
    case AUDIO::CODEC_OGG_FLAC:
      Serial.println("FLAC!");
      break;
  }