DSD in LMS con SOX

**SimoneFil** · 07-03-2017, 17:50

Originariamente inviato da UnixMan

Simone, big news per te: nell'ultima versione (4.10) del kernel è stato (re)introdotto il supporto:

“usb-audio: Add native DSD support for TEAC 501/503 DAC”

codice:

ALSA: usb-audio: Add native DSD support for TEAC 501/503 DAC
This patch adds native DSD support for the following devices.

- TEAC NT-503
- TEAC UD-503
- TEAC UD-501

(1) Add quirks for native DSD support for TEAC devices.
(2) A specific vendor command is needed to switch between PCM/DOP and
    DSD mode, same as Denon/Marantz devices.

https://git.kernel.org/cgit/linux/ke...0e292e45dba6ad

Cavolo perfetto! Aspetterò la prossima release di Ubuntu però, non ho proprio voglia di mettermi a compilare il kernel, soprattutto su un Raspberry Pi (oltre al fatto che l'ho fatto un paio di volte su *BSD, ma mai per Linux ... anche se non credo sia complicato, solo lungo)

Comunque Marco alla fine il tuo github per squeezelite-R2 è a posto? Se sì in questi giorni ricompilo i binari non aggiornati almeno sono pronti per la Release.

I questi giorni butto giù un abbozzo di guida per la compilazione e la risoluzione delle dipendenze per i sistemi operativi di cui mi sono preso carico.

Paolo, mi piacerebbe riuscire a compilare linkando staticamente le dipendenze di SOX anche per le release per *BSD, ho visto che l'hai fatto per linux, dovrebbe essere simile, riusciresti a darmi due dritte per farlo? (anche in privato)
Per MacOS invece si può fare? Ho fatto qualche ricerca ... mi sembra improbabile.
Per squeezelite invece è più complicato da fare di SOX ? (Non dovrebbe) Potrebbe essere utile (e qui la sparo) usare musl invece di glibc?

**marcoc1712** · 07-03-2017, 18:24

Originariamente inviato da SimoneFil

Comunque Marco alla fine il tuo github per squeezelite-R2 è a posto? Se sì in questi giorni ricompilo i binari non aggiornati almeno sono pronti per la Release.

è fermo là, con il file TODO che riporta:

codice:

Cose da fare per 1.8.4


Paolo:
OK per versione Debian (su Ubuntu 16.04LTS?)


Filippo
conferma x makefile.gentoo ed OK
conferma OK per windows.


Marco
Chiiudere BUILD INSTRUCTION
Predisporre release in GitHub. 
Aggiornare sito.
Tradurre sito.

DA ASSEGNARE: 
Verifiche d utilizzo si win7 e 8.1

A parte le (tante) cose che devo fare io, mi aspetto gli ok Da Filippo e Paolo sia sui makefiles che sull'utilizzo in tutte le condizioni. A me risulta un problema in Win10, dove non riesce ad agganciarsi al serevr se non usando direttamente l'indirizzo, ma potrebbe essere solo un problema del mio Win10, visto che a Filippo non mi pare succeda.

Mancano sempre riscontri per l'utilizzo in win7 ed 8.1

**antonellocaroli** · 07-03-2017, 19:24

Originariamente inviato da marcoc1712

A parte le (tante) cose che devo fare io, mi aspetto gli ok Da Filippo e Paolo sia sui makefiles che sull'utilizzo in tutte le condizioni. A me risulta un problema in Win10, dove non riesce ad agganciarsi al serevr se non usando direttamente l'indirizzo, ma potrebbe essere solo un problema del mio Win10, visto che a Filippo non mi pare succeda.

io ti confermo che in windows non ho i problemi di connessioni, ma mi sembra che ci sia qualche problema con il dsd....sto verificando....
sto provando la versione che hai messo in prima pagina...
in gentoo io non ho usato il Makefile.gentoo ma ho dato semplicemete OPTS=" -DLINUX -DALSA -DDSD" make
ma per gentoo non credo ci sia bisogno di un mekefile specifico...appena ci sará il repo definitivo ai sorgenti faccio aggiornare la ebuild.

se vuoi che testo il file specifico...qual é il comando?
io ho provato cosi

codice:

serveri7 squeezelite-R2-1_8_4_dev # make --makefile=Makefile.gentoo
Makefile.gentoo:79: *** missing separator.  Arresto.

**UnixMan** · 07-03-2017, 20:00

Originariamente inviato da SimoneFil

Cavolo perfetto! Aspetterò la prossima release di Ubuntu però, non ho proprio voglia di mettermi a compilare il kernel, soprattutto su un Raspberry Pi

per x86 (32|64) trovi facilmente dei PPA con i pacchetti dei kernel aggiornati pre-compilati (IIRC, ce n'è anche uno semi-ufficiale). Prova a vedere se ce ne sono anche per il raspi...

Originariamente inviato da SimoneFil

Comunque Marco alla fine il tuo github per squeezelite-R2 è a posto?

ho paura che ci sia ancora qualche problemino. Forse una regression. Come qualcuno ha già segnalato, l'ultima versione in git tende a "saltellare" ogni tanto.

Originariamente inviato da SimoneFil

Paolo, mi piacerebbe riuscire a compilare linkando staticamente le dipendenze di SOX anche per le release per *BSD, ho visto che l'hai fatto per linux, dovrebbe essere simile, riusciresti a darmi due dritte per farlo? (anche in privato)

fondamentalmente basta aggiungere l'opzione "-static" alle opzioni di gcc. Però devi avere a disposizione la versione statica (.la) di tutte le librerie di cui hai bisogno. Se FreeBSD ti da la possibilità di installarle direttamente con il suo sistema di gestione del software sei a posto. In caso contrario devi scaricare i sorgenti delle varie librerie e compilare (ed installare) quelle prima di poter compilare sox.

Personalmente in Debian ho fatto così: ho creato una chroot (in effetti due, una per il sistema a 32bit ed un'altra per quello a 64bit) con una installazione minimale del sistema + i tools di build (gcc, make, autotools, ecc), dopo di che ho creato una dir "~/build" dove ho scaricato (ed estratto, nel caso di archivi) i sorgenti delle varie librerie che servono.

Infine ho creato questo script per automatizzare la compilazione:

codice:

#!/bin/bash

# Pro-memoria:
#
# Create chroots with minimal build system:
# debootstrap --arch=i386  --variant=buildd jessie /chroot/deb32 http://mi.mirror.garr.it/mirrors/debian/
# debootstrap --arch=amd64 --variant=buildd jessie /chroot/deb64 http://mi.mirror.garr.it/mirrors/debian/
#
# Download the required source files:
#
# git clone https://github.com/mansr/sox.git
# git clone -b Play_DSD_decoded_by_Mansr_sox https://github.com/marcoc1712/squeezelite-R2.git
# ecc.
# Hint: you may also use "apt-get source package" to download deps. 
#
# N.B.: for DSD support, alsa-lib (libasound2-dev) must be >= 1.0.29 !!
#
# Copy the build dir(s) into the chroot(s).
#
# Enter chroot and install basic tools:
# apt install pkg-config libtool-bin autoconf-archive colormake colorgcc colordiff libasound2
#
# Done. Now you can run this script.

export PREFIX="/usr/local"

export PKG_CONFIG_PATH=${PREFIX}/lib/pkgconfig

export CPPFLAGS="-I${PREFIX}/include"
export CFLAGS="-O3 -march=i686 -mmmx -msse -msse2 -msse3"
export CXXFLAGS="-O3 -march=i686 -mmmx -msse -msse2 -msse3 -static-libstdc++"
export LDFLAGS="-static -static-libstdc++ -L${PREFIX}/lib"

function doinstall() {
  [[ "$1" == "--uninstall" ]] && ( UNINSTALL="true" ; shift ) || unset UNINSTALL
  pckg="$1"
  shift
  options=$@
  cat <<-EOF

        ########################################################################
        # Now processing: $pckg
        ########################################################################
EOF
  pushd "$pckg"*
  echo
  read -t 10 -p "Press enter to clean-up and CONFIGURE, Ctrl+C to quit."
  echo -e "\nCleaning-up $pckg...\n"
  [[ -v UNINSTALL ]] && colormake -s uninstall
  colormake -s clean
  colormake -s distclean
  echo -e "\nPreparing $pckg...\n"
  case pckg in
    sox)
        autoreconf -Wall --prepend-include=${PREFIX}/include -i
        #autoreconf --include=${PREFIX}/include -i
    ;;
    alsa-lib|sox)
        libtoolize --force --copy --automake
        aclocal
        autoheader
        automake --foreign --copy --add-missing
        autoconf
    ;;
  esac
  echo -e "\nConfiguring $pckg...\n"
  ./configure --prefix=${PREFIX} ${options}
  [ $? -eq 0 ] || exit 1
  echo -e "\n########################################################################\n"
  read -t 10 -p "Press enter to BUILD and INSTALL '$pckg', Ctrl+C to quit."
  echo -e "\nBuilding $pckg...\n"
  colormake -s || exit 2
  echo -e "\n########################################################################"
  echo -e "\nInstalling $pckg...\n"
  colormake -s install || exit 3
  echo -e "\n########################################################################"
  echo -e "${pckg}: all done."
  
  popd 
}

# faad & mpg123 are required only for squeezelite (with extra options).

doinstall zlib                  --static
doinstall file                  --enable-shared=no --enable-static=yes
doinstall fftw3                 --enable-shared=no --enable-static=yes --enable-openmp=no --enable-sse2 --enable-threads
#doinstall faad2                --enable-shared=no --enable-static=yes
#doinstall mpg123               --enable-shared=no --enable-static=yes
doinstall alsa-lib              --enable-shared=no --enable-static=yes --enable-pcm --with-pcm-plugins=plug
doinstall libao                 --enable-shared=no --enable-static=yes --enable-static=alsa --enable-alsa --enable-alsa-mmap
doinstall libpng                --enable-shared=no --enable-static=yes
doinstall libogg                --enable-shared=no --enable-static=yes
doinstall libvorbis             --enable-shared=no --enable-static=yes
doinstall libmad                --enable-shared=no --enable-static=yes
doinstall flac                  --enable-shared=no --enable-static=yes --enable-sse
doinstall wavpack               --enable-shared=no --enable-static=yes --enable-mmx
doinstall libsndfile            --enable-shared=no --enable-static=yes
doinstall libsamplerate         --enable-shared=no --enable-static=yes --enable-sndfile
doinstall libid3tag             --enable-shared=no --enable-static=yes
doinstall twolame               --enable-shared=no --enable-static=yes
doinstall lame                  --enable-shared=no --enable-static=yes
doinstall sox                   --disable-shared   --enable-static=yes --disable-openmp --without-libltdl 

echo -e "\n#########################################################################"
echo -e "\nSqueezelite does not use autotools - wash separately!"
echo -e "#########################################################################\n"
exit
#
# The following must be done by hand:

# Uninstall static copy of alsa and install the system one:
#pushd alsa-lib*
#colormake uninstall
#popd
#apt install libasound2-dev

#export OPTS="-DDSD -DFFMPEG -DRESAMPLE -DVISEXPORT -DLINKALL -DIR"
export OPTS="-DDSD" 
export PREFIX="/usr/local"
export PKG_CONFIG_PATH=${PREFIX}/lib/pkgconfig
export CPPFLAGS="-I${PREFIX}/include"
export CFLAGS="-O3 -march=i686 -mmmx -msse -msse2 -msse3 ${OPTS}"
export CXXFLAGS="-O3 -march=i686 -mmmx -msse -msse2 -msse3"
export LDFLAGS="-L${PREFIX}/lib"
pushd squeezelite-R2
colormake
popd

Immagino che puoi fare altrettanto anche su FreeBSD e MacOS/X (ovviamente adattando lo script).

N.B.:

*) il link statico si riferisce solo alle librerie "esterne" (e, laddove eventualmente utilizzate, a quelle del C++), ma non alle librerie C standard (glibc). Per vari motivi non è opportuno fare diversamente.

*) "colormake" è solo un "wrapper" per make che ne rende più facilmente leggibile l'output "colorando" diversamente i diversi tipi di messaggi. È solo una comodità mia. Se non c'è (o non lo vuoi mettere) puoi tranquillamente sostituire tutte le occorrenze di "colormake" con "make".

*) lo script *installa* le librerie (con i relativi headers e quant'altro), sotto /usr/local. Se fai una chroot dedicata ed usi quella la cosa ovviamente non pone problemi. Se invece ti venisse in mente di farlo direttamente sul sistema (sconsigliatissimo!!), come minimo vai incontro a due problemi:

1) se alcune di quelle librerie sono già installate sul sistema, rischi di avere conflitti (e problemi a non finire).

2) "sporchi" il sistema, rischiando di lasciare un mucchio di files in giro. Nel caso, prima di cominciare fatti un backup completo di "/usr/local" (con tutto quel che c'è dentro, ad es. banalmente con "tar cvzf ~/usr_local_backup.tar.gz /usr/local") così che dopo puoi "ripulire" eliminando tutto (/usr/local) e ripristinando il backup.

*) lo script è scritto per bash ed è infarcito di "bashisms". Se lo devi far girare con una shell standard posix devi metterci le mani.

Originariamente inviato da SimoneFil

Per MacOS invece si può fare?

non vedo perché no... quanto meno se usi gcc. Con il compilatore Apple non ne ho idea, ma mi sembrerebbe alquanto strano che non permetta di farlo.

Originariamente inviato da SimoneFil

Per squeezelite invece è più complicato da fare di SOX ?

come già spiegato in un post precedente, per R2 non ha alcun senso farlo: se compili unicamente con "-DDSD" (e per l'uso con C-3PO non ha senso aggiungere altro), il binario prodotto dipende solo dalle glibc e dalle lib di ALSA.

È evidente che entrambe devono comunque essere installate sul sistema, a prescindere. Ed è bene che R2 utilizzi quelle.

In ogni caso, un binario prodotto con versioni delle libc e/o di ALSA incompatibili con quelle del sistema non funzionerebbe comunque, anche se "completamente statico". Quindi non ci sarebbe nessun vantaggio, solo svantaggi.

**antonellocaroli** · 07-03-2017, 20:22

Si, non riesco a riprodurre dsd...

codice:

C:\Users\filippo\Desktop\Sq>squeezelite-R2 -D -C 1 -o 2 -r 44100-384000 -d all=debug
[19:16:29.640] stream_init:290 init stream
[19:16:29.640] stream_init:291 streambuf size: 2097152
[19:16:29.642] output_init_pa:403 init output
[19:16:29.642] output_init_pa:415 requested latency: 0
[19:16:29.756] output_init_common:346 outputbuf size: 3528000
[19:16:29.757] output_init_common:370 idle timeout: 1000
[19:16:29.757] output_init_common:410 supported rates: 384000 352800 192000 176400 96000 88200 48000 44100
[19:16:29.757] decode_init:129 init decode, include codecs:  exclude codecs:
[19:16:29.757] register_dsd:906 using dsd to decode dsf,dff
[19:16:29.758] pa_monitor:171 start monitor thread
[19:16:29.761] load_faad:610 loaded libfaad2.dll
[19:16:29.761] register_faad:640 using faad to decode aac
[19:16:29.762] load_vorbis:284 dlerror: code: 126
[19:16:29.763] load_flac:266 loaded libFLAC.dll
[19:16:29.763] register_flac:294 using flac to decode flc
[19:16:29.763] register_pcm:424 using pcm to decode aif,pcm
[19:16:29.764] load_mad:383 loaded libmad-0.dll
[19:16:29.764] register_mad:412 using mad to decode mp3
[19:16:29.766] discover_server:756 sending discovery
[19:16:29.770] discover_server:767 got response from: 192.168.178.20:3483
[19:16:29.771] slimproto:849 connecting to 192.168.178.20:3483
[19:16:29.772] slimproto:882 connected
[19:16:29.772] sendHELO:124 mac: 00:e0:4c:68:d1:46
[19:16:29.772] sendHELO:126 cap: Model=squeezelite,AccuratePlayPoints=1,HasDigitalOut=1,HasPolarityInversion=1,Firmware=v1.8.4 (R2),ModelName=SqueezeLite-R2,MaxSampleRate=384000,dsf,dff,aac,flc,aif,pcm,mp3
[19:16:29.828] process:494 strm
[19:16:29.828] process_strm:256 strm command q
[19:16:29.829] decode_flush:190 decode flush
[19:16:29.829] output_flush:423 flush output buffer
[19:16:29.831] sendSTAT:171 STAT: STMf
[19:16:29.833] process:494 strm
[19:16:29.834] process_strm:256 strm command q
[19:16:29.836] decode_flush:190 decode flush
[19:16:29.838] output_flush:423 flush output buffer
[19:16:29.841] sendSTAT:171 STAT: STMf
[19:16:29.843] process:494 setd
[19:16:29.845] process:494 setd
[19:16:29.847] process:494 aude
[19:16:29.847] process_aude:395 enable spdif: 1 dac: 1
[19:16:29.847] process:494 audg
[19:16:29.847] process_audg:413 audg gainL: 65536 gainR: 65536 adjust: 0
[19:16:29.847] set_volume:76 setting internal gain left: 65536 right: 65536
[19:16:31.331] process:494 strm
[19:16:31.331] process_strm:256 strm command t
[19:16:31.333] sendSTAT:171 STAT: STMt
[19:16:36.337] process:494 strm
[19:16:36.337] process_strm:256 strm command t
[19:16:36.339] sendSTAT:171 STAT: STMt
[19:16:39.489] process:494 strm
[19:16:39.489] process_strm:256 strm command q
[19:16:39.491] decode_flush:190 decode flush
[19:16:39.493] output_flush:423 flush output buffer
[19:16:39.494] sendSTAT:171 STAT: STMf
[19:16:39.501] process:494 audg
[19:16:39.502] process_audg:413 audg gainL: 65536 gainR: 65536 adjust: 0
[19:16:39.504] set_volume:76 setting internal gain left: 65536 right: 65536
[19:16:39.506] process:494 strm
[19:16:39.508] process_strm:256 strm command s
[19:16:39.510] process_strm:325 strm s autostart: 1 transition period: 10 transition type: 0 codec: d
[19:16:39.514] sendSTAT:171 STAT: STMf
[19:16:39.519] codec_open:218 codec open: 'd'
[19:16:39.523] stream_sock:384 connecting to 192.168.178.20:9000
[19:16:39.525] stream_sock:413 header: GET /stream.mp3?player=00:e0:4c:68:d1:46 HTTP/1.0


[19:16:39.527] sendSTAT:171 STAT: STMc
[19:16:39.533] process_strm:357 set fade mode: 0
[19:16:39.534] process:494 audg
[19:16:39.536] process_audg:413 audg gainL: 65536 gainR: 65536 adjust: 0
[19:16:39.537] set_volume:76 setting internal gain left: 65536 right: 65536
[19:16:39.564] stream_thread:176 headers: len: 115
HTTP/1.1 200 OK
Server: Logitech Media Server (7.9.0 - 1487582706)
Connection: close
Content-Type: audio/dsf


[19:16:39.565] sendRESP:202 RESP
[19:16:41.330] process:494 strm
[19:16:41.330] process_strm:256 strm command t
[19:16:41.332] sendSTAT:171 STAT: STMt
[19:16:43.564] process:494 strm
[19:16:43.564] process_strm:256 strm command q
[19:16:43.567] decode_flush:190 decode flush
[19:16:43.568] output_flush:423 flush output buffer
[19:16:43.570] sendSTAT:171 STAT: STMf
[19:16:46.326] process:494 strm
[19:16:46.326] process_strm:256 strm command t
[19:16:46.328] sendSTAT:171 STAT: STMt
[19:16:51.336] process:494 strm
[19:16:51.336] process_strm:256 strm command t
[19:16:51.338] sendSTAT:171 STAT: STMt
[19:16:56.326] process:494 strm
[19:16:56.326] process_strm:256 strm command t
[19:16:56.328] sendSTAT:171 STAT: STMt
[19:17:01.325] process:494 strm
[19:17:01.325] process_strm:256 strm command t
[19:17:01.331] sendSTAT:171 STAT: STMt

codice:

SW: 2017-03-07 19:21:51.524 Socketwrapper 1.11beta
SW: 2017-03-07 19:21:51.524 -i 49952 -o 49951 -c "C:\PROGRA~2\SQUEEZ~1\server\Bin\MSWin32-x86-multi-thread\flac.exe" -dcs --totally-silent -- - | "C:\PROGRA~2\SQUEEZ~1\server\Bin\MSWin32-x86-multi-thread\sox.exe" -q -t wav - -t dsf -b 1 -  rate -q -M -f 5644800  sdm
SW: 2017-03-07 19:21:51.525 Input from socket ...
SW: 2017-03-07 19:21:51.525 Input socket connected OK.
SW: 2017-03-07 19:21:51.525 Input socket pipe created OK.
SW: 2017-03-07 19:21:51.525 Init complete.
SW: 2017-03-07 19:21:51.525 # =input== =output= ==type== ===details===
SW: 2017-03-07 19:21:51.525 0 000000e8 000000f4  THREAD
SW: 2017-03-07 19:21:51.525 1 000000f0 000000fc  PROCESS "C:\PROGRA~2\SQUEEZ~1\server\Bin\MSWin32-x86-multi-thread\flac.exe" -dcs --totally-silent -- -
SW: 2017-03-07 19:21:51.526 2 000000f8 00000104  PROCESS "C:\PROGRA~2\SQUEEZ~1\server\Bin\MSWin32-x86-multi-thread\sox.exe" -q -t wav - -t dsf -b 1 -  rate -q -M -f 5644800  sdm
SW: 2017-03-07 19:21:51.526 3 00000100 00000108  THREAD  Output Socket
SW: 2017-03-07 19:21:51.526 MoveDataThreadProc for step 0 started.
SW: 2017-03-07 19:21:51.526 MoveDataThreadProc for step 3 started.
SW: 2017-03-07 19:21:51.526 MoveDataThreadProc for step 3 about to call ReadFile.
SW: 2017-03-07 19:21:51.526 MoveDataThreadProc for step 0 about to call ReadFile.
SW: 2017-03-07 19:21:51.544 MoveDataThreadProc for step 0 got 8192 bytes, about to write data.
SW: 2017-03-07 19:21:51.544 MoveDataThreadProc for step 0 about to call ReadFile.
C:\PROGRA~2\SQUEEZ~1\server\Bin\MSWin32-x86-multi-thread\sox.exe FAIL rate: SW: 2017-03-07 19:21:51.544 MoveDataThreadProc for step 0 got 8192 bytes, about to write data.
override options not allowed with this quality level
SW: 2017-03-07 19:21:51.544 Timeout Process/Thread for step 2 died.
SW: 2017-03-07 19:21:51.544 Watchdog expired - Thread for step 3 stalled.
SW: 2017-03-07 19:21:51.544 Tidying up
SW: 2017-03-07 19:21:51.544  Process/thread 2 stopped
SW: 2017-03-07 19:21:51.544 Watchdog expired
SW: 2017-03-07 19:21:53.547 Tidying up - Thread for step 0 hasn't died.
SW: 2017-03-07 19:21:53.547 Thread for step 0 streamed      2 blocks totalling 00004000 (16384) bytes
SW: 2017-03-07 19:21:53.547 Waiting for process step 1 to terminate

Ma non dipende da squeezelite ma da c-3po in win

**marcoc1712** · 07-03-2017, 20:42

Originariamente inviato da antonellocaroli

io ti confermo che in windows non ho i problemi di connessioni, ma mi sembra che ci sia qualche problema con il dsd....sto verificando....
sto provando la versione che hai messo in prima pagina...
in gentoo io non ho usato il Makefile.gentoo ma ho dato semplicemete OPTS=" -DLINUX -DALSA -DDSD" make
ma per gentoo non credo ci sia bisogno di un mekefile specifico...appena ci sará il repo definitivo ai sorgenti faccio aggiornare la ebuild.

se vuoi che testo il file specifico...qual é il comando?
io ho provato cosi

codice:

serveri7 squeezelite-R2-1_8_4_dev # make --makefile=Makefile.gentoo
Makefile.gentoo:79: *** missing separator.  Arresto.

ecco appunto...
ma se non serve lo cancelliamo proprio!

**antonellocaroli** · 07-03-2017, 20:43

Originariamente inviato da marcoc1712

ecco appunto...
ma se non serve lo cancelliamo proprio!

Si, meglio...

**marcoc1712** · 07-03-2017, 20:50

Originariamente inviato da antonellocaroli

Si, non riesco a riprodurre dsd...

codice:

C:\Users\filippo\Desktop\Sq>squeezelite-R2 -D -C 1 -o 2 -r 44100-384000 -d all=debug
[19:16:29.640] stream_init:290 init stream
[19:16:29.640] stream_init:291 streambuf size: 2097152
[19:16:29.642] output_init_pa:403 init output
[19:16:29.642] output_init_pa:415 requested latency: 0
[19:16:29.756] output_init_common:346 outputbuf size: 3528000
[19:16:29.757] output_init_common:370 idle timeout: 1000
[19:16:29.757] output_init_common:410 supported rates: 384000 352800 192000 176400 96000 88200 48000 44100
[19:16:29.757] decode_init:129 init decode, include codecs:  exclude codecs:
[19:16:29.757] register_dsd:906 using dsd to decode dsf,dff
[19:16:29.758] pa_monitor:171 start monitor thread
[19:16:29.761] load_faad:610 loaded libfaad2.dll
[19:16:29.761] register_faad:640 using faad to decode aac
[19:16:29.762] load_vorbis:284 dlerror: code: 126
[19:16:29.763] load_flac:266 loaded libFLAC.dll
[19:16:29.763] register_flac:294 using flac to decode flc
[19:16:29.763] register_pcm:424 using pcm to decode aif,pcm
[19:16:29.764] load_mad:383 loaded libmad-0.dll
[19:16:29.764] register_mad:412 using mad to decode mp3
[19:16:29.766] discover_server:756 sending discovery
[19:16:29.770] discover_server:767 got response from: 192.168.178.20:3483
[19:16:29.771] slimproto:849 connecting to 192.168.178.20:3483
[19:16:29.772] slimproto:882 connected
[19:16:29.772] sendHELO:124 mac: 00:e0:4c:68:d1:46
[19:16:29.772] sendHELO:126 cap: Model=squeezelite,AccuratePlayPoints=1,HasDigitalOut=1,HasPolarityInversion=1,Firmware=v1.8.4 (R2),ModelName=SqueezeLite-R2,MaxSampleRate=384000,dsf,dff,aac,flc,aif,pcm,mp3
[19:16:29.828] process:494 strm
[19:16:29.828] process_strm:256 strm command q
[19:16:29.829] decode_flush:190 decode flush
[19:16:29.829] output_flush:423 flush output buffer
[19:16:29.831] sendSTAT:171 STAT: STMf
[19:16:29.833] process:494 strm
[19:16:29.834] process_strm:256 strm command q
[19:16:29.836] decode_flush:190 decode flush
[19:16:29.838] output_flush:423 flush output buffer
[19:16:29.841] sendSTAT:171 STAT: STMf
[19:16:29.843] process:494 setd
[19:16:29.845] process:494 setd
[19:16:29.847] process:494 aude
[19:16:29.847] process_aude:395 enable spdif: 1 dac: 1
[19:16:29.847] process:494 audg
[19:16:29.847] process_audg:413 audg gainL: 65536 gainR: 65536 adjust: 0
[19:16:29.847] set_volume:76 setting internal gain left: 65536 right: 65536
[19:16:31.331] process:494 strm
[19:16:31.331] process_strm:256 strm command t
[19:16:31.333] sendSTAT:171 STAT: STMt
[19:16:36.337] process:494 strm
[19:16:36.337] process_strm:256 strm command t
[19:16:36.339] sendSTAT:171 STAT: STMt
[19:16:39.489] process:494 strm
[19:16:39.489] process_strm:256 strm command q
[19:16:39.491] decode_flush:190 decode flush
[19:16:39.493] output_flush:423 flush output buffer
[19:16:39.494] sendSTAT:171 STAT: STMf
[19:16:39.501] process:494 audg
[19:16:39.502] process_audg:413 audg gainL: 65536 gainR: 65536 adjust: 0
[19:16:39.504] set_volume:76 setting internal gain left: 65536 right: 65536
[19:16:39.506] process:494 strm
[19:16:39.508] process_strm:256 strm command s
[19:16:39.510] process_strm:325 strm s autostart: 1 transition period: 10 transition type: 0 codec: d
[19:16:39.514] sendSTAT:171 STAT: STMf
[19:16:39.519] codec_open:218 codec open: 'd'
[19:16:39.523] stream_sock:384 connecting to 192.168.178.20:9000
[19:16:39.525] stream_sock:413 header: GET /stream.mp3?player=00:e0:4c:68:d1:46 HTTP/1.0


[19:16:39.527] sendSTAT:171 STAT: STMc
[19:16:39.533] process_strm:357 set fade mode: 0
[19:16:39.534] process:494 audg
[19:16:39.536] process_audg:413 audg gainL: 65536 gainR: 65536 adjust: 0
[19:16:39.537] set_volume:76 setting internal gain left: 65536 right: 65536
[19:16:39.564] stream_thread:176 headers: len: 115
HTTP/1.1 200 OK
Server: Logitech Media Server (7.9.0 - 1487582706)
Connection: close
Content-Type: audio/dsf


[19:16:39.565] sendRESP:202 RESP
[19:16:41.330] process:494 strm
[19:16:41.330] process_strm:256 strm command t
[19:16:41.332] sendSTAT:171 STAT: STMt
[19:16:43.564] process:494 strm
[19:16:43.564] process_strm:256 strm command q
[19:16:43.567] decode_flush:190 decode flush
[19:16:43.568] output_flush:423 flush output buffer
[19:16:43.570] sendSTAT:171 STAT: STMf
[19:16:46.326] process:494 strm
[19:16:46.326] process_strm:256 strm command t
[19:16:46.328] sendSTAT:171 STAT: STMt
[19:16:51.336] process:494 strm
[19:16:51.336] process_strm:256 strm command t
[19:16:51.338] sendSTAT:171 STAT: STMt
[19:16:56.326] process:494 strm
[19:16:56.326] process_strm:256 strm command t
[19:16:56.328] sendSTAT:171 STAT: STMt
[19:17:01.325] process:494 strm
[19:17:01.325] process_strm:256 strm command t
[19:17:01.331] sendSTAT:171 STAT: STMt

codice:

SW: 2017-03-07 19:21:51.524 Socketwrapper 1.11beta
SW: 2017-03-07 19:21:51.524 -i 49952 -o 49951 -c "C:\PROGRA~2\SQUEEZ~1\server\Bin\MSWin32-x86-multi-thread\flac.exe" -dcs --totally-silent -- - | "C:\PROGRA~2\SQUEEZ~1\server\Bin\MSWin32-x86-multi-thread\sox.exe" -q -t wav - -t dsf -b 1 -  rate -q -M -f 5644800  sdm
SW: 2017-03-07 19:21:51.525 Input from socket ...
SW: 2017-03-07 19:21:51.525 Input socket connected OK.
SW: 2017-03-07 19:21:51.525 Input socket pipe created OK.
SW: 2017-03-07 19:21:51.525 Init complete.
SW: 2017-03-07 19:21:51.525 # =input== =output= ==type== ===details===
SW: 2017-03-07 19:21:51.525 0 000000e8 000000f4  THREAD
SW: 2017-03-07 19:21:51.525 1 000000f0 000000fc  PROCESS "C:\PROGRA~2\SQUEEZ~1\server\Bin\MSWin32-x86-multi-thread\flac.exe" -dcs --totally-silent -- -
SW: 2017-03-07 19:21:51.526 2 000000f8 00000104  PROCESS "C:\PROGRA~2\SQUEEZ~1\server\Bin\MSWin32-x86-multi-thread\sox.exe" -q -t wav - -t dsf -b 1 -  rate -q -M -f 5644800  sdm
SW: 2017-03-07 19:21:51.526 3 00000100 00000108  THREAD  Output Socket
SW: 2017-03-07 19:21:51.526 MoveDataThreadProc for step 0 started.
SW: 2017-03-07 19:21:51.526 MoveDataThreadProc for step 3 started.
SW: 2017-03-07 19:21:51.526 MoveDataThreadProc for step 3 about to call ReadFile.
SW: 2017-03-07 19:21:51.526 MoveDataThreadProc for step 0 about to call ReadFile.
SW: 2017-03-07 19:21:51.544 MoveDataThreadProc for step 0 got 8192 bytes, about to write data.
SW: 2017-03-07 19:21:51.544 MoveDataThreadProc for step 0 about to call ReadFile.
C:\PROGRA~2\SQUEEZ~1\server\Bin\MSWin32-x86-multi-thread\sox.exe FAIL rate: SW: 2017-03-07 19:21:51.544 MoveDataThreadProc for step 0 got 8192 bytes, about to write data.
override options not allowed with this quality level
SW: 2017-03-07 19:21:51.544 Timeout Process/Thread for step 2 died.
SW: 2017-03-07 19:21:51.544 Watchdog expired - Thread for step 3 stalled.
SW: 2017-03-07 19:21:51.544 Tidying up
SW: 2017-03-07 19:21:51.544  Process/thread 2 stopped
SW: 2017-03-07 19:21:51.544 Watchdog expired
SW: 2017-03-07 19:21:53.547 Tidying up - Thread for step 0 hasn't died.
SW: 2017-03-07 19:21:53.547 Thread for step 0 streamed      2 blocks totalling 00004000 (16384) bytes
SW: 2017-03-07 19:21:53.547 Waiting for process step 1 to terminate

Ma non dipende da squeezelite ma da c-3po in win

ma cosa è cambiato?

a me pare che il problema sia sox, non la riga di comando di C-3PO, che mi pare identica alle precedenti:

"C:\PROGRA~2\SQUEEZ~1\server\Bin\MSWin32-x86-multi-thread\sox.exe" -q -t wav - -t dsf -b 1 - rate -q -M -f 5644800 sdm"

Puoi provare a togliere il -f, eventualmente, per il resto direi che è valida e dovrebbe funzionare, o mi sfugge qualcosa? in command line va?

Stai usando la versione compilata insieme con MSVC15 senza supporto ad XP?

**marcoc1712** · 07-03-2017, 20:51

Originariamente inviato da UnixMan

ho paura che ci sia ancora qualche problemino. Forse una regression. Come qualcuno ha già segnalato, l'ultima versione in git tende a "saltellare" ogni tanto.

?
Mi sono perso la segnalazione?

**antonellocaroli** · 07-03-2017, 20:53

Originariamente inviato da antonellocaroli

Si, non riesco a riprodurre dsd...

codice:

C:\Users\filippo\Desktop\Sq>squeezelite-R2 -D -C 1 -o 2 -r 44100-384000 -d all=debug
[19:16:29.640] stream_init:290 init stream
[19:16:29.640] stream_init:291 streambuf size: 2097152
[19:16:29.642] output_init_pa:403 init output
[19:16:29.642] output_init_pa:415 requested latency: 0
[19:16:29.756] output_init_common:346 outputbuf size: 3528000
[19:16:29.757] output_init_common:370 idle timeout: 1000
[19:16:29.757] output_init_common:410 supported rates: 384000 352800 192000 176400 96000 88200 48000 44100
[19:16:29.757] decode_init:129 init decode, include codecs:  exclude codecs:
[19:16:29.757] register_dsd:906 using dsd to decode dsf,dff
[19:16:29.758] pa_monitor:171 start monitor thread
[19:16:29.761] load_faad:610 loaded libfaad2.dll
[19:16:29.761] register_faad:640 using faad to decode aac
[19:16:29.762] load_vorbis:284 dlerror: code: 126
[19:16:29.763] load_flac:266 loaded libFLAC.dll
[19:16:29.763] register_flac:294 using flac to decode flc
[19:16:29.763] register_pcm:424 using pcm to decode aif,pcm
[19:16:29.764] load_mad:383 loaded libmad-0.dll
[19:16:29.764] register_mad:412 using mad to decode mp3
[19:16:29.766] discover_server:756 sending discovery
[19:16:29.770] discover_server:767 got response from: 192.168.178.20:3483
[19:16:29.771] slimproto:849 connecting to 192.168.178.20:3483
[19:16:29.772] slimproto:882 connected
[19:16:29.772] sendHELO:124 mac: 00:e0:4c:68:d1:46
[19:16:29.772] sendHELO:126 cap: Model=squeezelite,AccuratePlayPoints=1,HasDigitalOut=1,HasPolarityInversion=1,Firmware=v1.8.4 (R2),ModelName=SqueezeLite-R2,MaxSampleRate=384000,dsf,dff,aac,flc,aif,pcm,mp3
[19:16:29.828] process:494 strm
[19:16:29.828] process_strm:256 strm command q
[19:16:29.829] decode_flush:190 decode flush
[19:16:29.829] output_flush:423 flush output buffer
[19:16:29.831] sendSTAT:171 STAT: STMf
[19:16:29.833] process:494 strm
[19:16:29.834] process_strm:256 strm command q
[19:16:29.836] decode_flush:190 decode flush
[19:16:29.838] output_flush:423 flush output buffer
[19:16:29.841] sendSTAT:171 STAT: STMf
[19:16:29.843] process:494 setd
[19:16:29.845] process:494 setd
[19:16:29.847] process:494 aude
[19:16:29.847] process_aude:395 enable spdif: 1 dac: 1
[19:16:29.847] process:494 audg
[19:16:29.847] process_audg:413 audg gainL: 65536 gainR: 65536 adjust: 0
[19:16:29.847] set_volume:76 setting internal gain left: 65536 right: 65536
[19:16:31.331] process:494 strm
[19:16:31.331] process_strm:256 strm command t
[19:16:31.333] sendSTAT:171 STAT: STMt
[19:16:36.337] process:494 strm
[19:16:36.337] process_strm:256 strm command t
[19:16:36.339] sendSTAT:171 STAT: STMt
[19:16:39.489] process:494 strm
[19:16:39.489] process_strm:256 strm command q
[19:16:39.491] decode_flush:190 decode flush
[19:16:39.493] output_flush:423 flush output buffer
[19:16:39.494] sendSTAT:171 STAT: STMf
[19:16:39.501] process:494 audg
[19:16:39.502] process_audg:413 audg gainL: 65536 gainR: 65536 adjust: 0
[19:16:39.504] set_volume:76 setting internal gain left: 65536 right: 65536
[19:16:39.506] process:494 strm
[19:16:39.508] process_strm:256 strm command s
[19:16:39.510] process_strm:325 strm s autostart: 1 transition period: 10 transition type: 0 codec: d
[19:16:39.514] sendSTAT:171 STAT: STMf
[19:16:39.519] codec_open:218 codec open: 'd'
[19:16:39.523] stream_sock:384 connecting to 192.168.178.20:9000
[19:16:39.525] stream_sock:413 header: GET /stream.mp3?player=00:e0:4c:68:d1:46 HTTP/1.0


[19:16:39.527] sendSTAT:171 STAT: STMc
[19:16:39.533] process_strm:357 set fade mode: 0
[19:16:39.534] process:494 audg
[19:16:39.536] process_audg:413 audg gainL: 65536 gainR: 65536 adjust: 0
[19:16:39.537] set_volume:76 setting internal gain left: 65536 right: 65536
[19:16:39.564] stream_thread:176 headers: len: 115
HTTP/1.1 200 OK
Server: Logitech Media Server (7.9.0 - 1487582706)
Connection: close
Content-Type: audio/dsf


[19:16:39.565] sendRESP:202 RESP
[19:16:41.330] process:494 strm
[19:16:41.330] process_strm:256 strm command t
[19:16:41.332] sendSTAT:171 STAT: STMt
[19:16:43.564] process:494 strm
[19:16:43.564] process_strm:256 strm command q
[19:16:43.567] decode_flush:190 decode flush
[19:16:43.568] output_flush:423 flush output buffer
[19:16:43.570] sendSTAT:171 STAT: STMf
[19:16:46.326] process:494 strm
[19:16:46.326] process_strm:256 strm command t
[19:16:46.328] sendSTAT:171 STAT: STMt
[19:16:51.336] process:494 strm
[19:16:51.336] process_strm:256 strm command t
[19:16:51.338] sendSTAT:171 STAT: STMt
[19:16:56.326] process:494 strm
[19:16:56.326] process_strm:256 strm command t
[19:16:56.328] sendSTAT:171 STAT: STMt
[19:17:01.325] process:494 strm
[19:17:01.325] process_strm:256 strm command t
[19:17:01.331] sendSTAT:171 STAT: STMt

codice:

SW: 2017-03-07 19:21:51.524 Socketwrapper 1.11beta
SW: 2017-03-07 19:21:51.524 -i 49952 -o 49951 -c "C:\PROGRA~2\SQUEEZ~1\server\Bin\MSWin32-x86-multi-thread\flac.exe" -dcs --totally-silent -- - | "C:\PROGRA~2\SQUEEZ~1\server\Bin\MSWin32-x86-multi-thread\sox.exe" -q -t wav - -t dsf -b 1 -  rate -q -M -f 5644800  sdm
SW: 2017-03-07 19:21:51.525 Input from socket ...
SW: 2017-03-07 19:21:51.525 Input socket connected OK.
SW: 2017-03-07 19:21:51.525 Input socket pipe created OK.
SW: 2017-03-07 19:21:51.525 Init complete.
SW: 2017-03-07 19:21:51.525 # =input== =output= ==type== ===details===
SW: 2017-03-07 19:21:51.525 0 000000e8 000000f4  THREAD
SW: 2017-03-07 19:21:51.525 1 000000f0 000000fc  PROCESS "C:\PROGRA~2\SQUEEZ~1\server\Bin\MSWin32-x86-multi-thread\flac.exe" -dcs --totally-silent -- -
SW: 2017-03-07 19:21:51.526 2 000000f8 00000104  PROCESS "C:\PROGRA~2\SQUEEZ~1\server\Bin\MSWin32-x86-multi-thread\sox.exe" -q -t wav - -t dsf -b 1 -  rate -q -M -f 5644800  sdm
SW: 2017-03-07 19:21:51.526 3 00000100 00000108  THREAD  Output Socket
SW: 2017-03-07 19:21:51.526 MoveDataThreadProc for step 0 started.
SW: 2017-03-07 19:21:51.526 MoveDataThreadProc for step 3 started.
SW: 2017-03-07 19:21:51.526 MoveDataThreadProc for step 3 about to call ReadFile.
SW: 2017-03-07 19:21:51.526 MoveDataThreadProc for step 0 about to call ReadFile.
SW: 2017-03-07 19:21:51.544 MoveDataThreadProc for step 0 got 8192 bytes, about to write data.
SW: 2017-03-07 19:21:51.544 MoveDataThreadProc for step 0 about to call ReadFile.
C:\PROGRA~2\SQUEEZ~1\server\Bin\MSWin32-x86-multi-thread\sox.exe FAIL rate: SW: 2017-03-07 19:21:51.544 MoveDataThreadProc for step 0 got 8192 bytes, about to write data.
override options not allowed with this quality level
SW: 2017-03-07 19:21:51.544 Timeout Process/Thread for step 2 died.
SW: 2017-03-07 19:21:51.544 Watchdog expired - Thread for step 3 stalled.
SW: 2017-03-07 19:21:51.544 Tidying up
SW: 2017-03-07 19:21:51.544  Process/thread 2 stopped
SW: 2017-03-07 19:21:51.544 Watchdog expired
SW: 2017-03-07 19:21:53.547 Tidying up - Thread for step 0 hasn't died.
SW: 2017-03-07 19:21:53.547 Thread for step 0 streamed      2 blocks totalling 00004000 (16384) bytes
SW: 2017-03-07 19:21:53.547 Waiting for process step 1 to terminate

Ma non dipende da squeezelite ma da c-3po in win

Ok, risolto....erano le impostazioni...
di default esce:
volume a 0 (canale sx e dx) mi ero accorto subito
quello che non mi ero accorto e che la qualitá era impostata di default a veloce, e questa dava problemi

e Headroom automatico nenache viene impostato...

Processore:	i7 5820k @4.6Ghz
Scheda Madre:	Asus X99 PRO-A
Memorie RAM:	16 GB DDR4 2666Mhz
Scheda Video:	GTX 1070 8GB
Harddisk:	WD Black NVMe
Scheda Audio:	TEAC UD-501 -> LAKE PEOPLE G109P -> HIFIMAN HE-560
Raffreddamento a Liquido:	Custom Loop con radiatore 360mm
Sistema Operativo:	Windows 10

Nome Computer:	pc (server musicale), minipc (client), i5 Sviluppo
Processore:	pc: DualCore AMD Athlon 64 X2, 3000 MHz (15 x 200) 6000+; miniPc: Cleron N2930 fanless; I5: Intel Core I5-7400 3.00 GHz.
Scheda Madre:	pc: Asus M2N (3 PCI, 2 PCI-E x1, 1 PCI-E x16, 4 DDR2 DIMM, Audio, Gigabit LAN) miniPc ? I5 Asus Z-270 P
Memorie RAM:	pc 4 x Kingston KTC1G-UDIMM 1 GB DDR2-800 DDR2 SDRAM (6-6-6-18 @ 400 MHz) miniPc 2x 2GB, I5 2x 8GB
Scheda Video:	pc: NVIDIA GeForce 210 (1024 MB), miniPc Intel HD, I5 Intel HD.
Harddisk:	pc: 3 x WDC WD20 EARS-00MVWB0 SCSI Disk Device (1863 GB). 2 xWDC WD10 EACS-22D6B0 SCSI Disk Device (931 GB), miniPc 1 x 64 GB SSD M2, I5 522 GD SSD + 1TB HD WD RED.
Alimentatore:	pc 500W, miniPc 12V 3A Lineare, I5 650 W
Scheda Audio:	Lu Criaturo, Audio Research DAC 1-20
Case:	pc MiniTOWER ATX, miniPc fanless 8123, I4 Minitower ATX
Lettori CD/DVD:	DVD-RAM:12x, DVD-ROM:16x, CD:48x/32x/48x DVD+RW/DVD-RW/DVD-RAM)
Schermo LCD/CRT:	I5: Philips 24"
Sistema Operativo:	Pc Debian/WIn XP, miniPc Gentoo, I5: Win10 / Ubuntu.
Software:	Logitech media serve 7.9 + C-3PO, Squeezelite R2.

Nome Computer:	Windows HQPlayer/LMS + Windows NAA
Processore:	Intel Core i7 2600K - Intel Core i3 2100T
Scheda Madre:	MSI P67A-GD65 - Gigabyte H67MA USB3 B3
Memorie RAM:	G Skill RipjawsX F3-12800CL9-4GBXL 4x4 GB - Kingston PC3 10600 CL9 1x1GB
Scheda Video:	NVIDIA Quadro 600 (1 GB) - Integrata
Harddisk:	Crucial 120GB SSD - Crucial 64GB SSD
Alimentatore:	SilverStone NightJar 400w - Alimentazione linare DY con PicoPsu
Scheda Audio:	....... - X Sabre Matrix/JLSound I2S over USB with AK4396
Raffreddamento ad Aria:	noctua ndh14 - .........
Sistema Operativo:	Windows 8.1 - Windows server 2012 R2
Software:	HQPlayer/LMS - Audio Optimizer/NDA/Squeezelite

Processore:	Intel Core2 Duo
Scheda Madre:	Intel DP35DP
Memorie RAM:	DDRII, 4GB
Scheda Video:	nVidia, fanless
Harddisk:	Western Digital AV-GB WD30EURX, 3 TB
Scheda Audio:	DIYINHK Xmos USB-I2S + AK4490 DAC, North Star design Model 192 DAC (via USB-I2S), QNKTC "Audio Widget" AB-1.1
Case:	Antec Sonata
Sistema Operativo:	Debian GNU/Linux
Software:	LMS+C-3PO+Squeezelite-R2

Nome Computer:	Windows HQPlayer/LMS + Windows NAA
Processore:	Intel Core i7 2600K - Intel Core i3 2100T
Scheda Madre:	MSI P67A-GD65 - Gigabyte H67MA USB3 B3
Memorie RAM:	G Skill RipjawsX F3-12800CL9-4GBXL 4x4 GB - Kingston PC3 10600 CL9 1x1GB
Scheda Video:	NVIDIA Quadro 600 (1 GB) - Integrata
Harddisk:	Crucial 120GB SSD - Crucial 64GB SSD
Alimentatore:	SilverStone NightJar 400w - Alimentazione linare DY con PicoPsu
Scheda Audio:	....... - X Sabre Matrix/JLSound I2S over USB with AK4396
Raffreddamento ad Aria:	noctua ndh14 - .........
Sistema Operativo:	Windows 8.1 - Windows server 2012 R2
Software:	HQPlayer/LMS - Audio Optimizer/NDA/Squeezelite

DSD in LMS con SOX

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