Universal Media Server | Forum

Code: Select all

#-----------------------------------------------------------------------------
# Profile for Chrome HTML5.
# 
#
# This configuration profile serves two purposes:
#
#   - Allow UMS to recognize a specific connecting renderer
#   - Define the possibilities of that renderer
#

#-----------------------------------------------------------------------------
# RENDERER INFORMATION
#

# RendererName: Determines the name that is displayed in the UMS user
# interface when this renderer connects.
RendererName = Chrome Browser

# RendererIcon: Determines the icon that is displayed in the UMS user
# interface when this renderer connects. By default, these icons are
# bundled with UMS in ums.jar, but they can easily be customised:
# http://www.ps3mediaserver.org/forum/viewtopic.php?f=6&t=3507&p=49536#p49536
RendererIcon = Images/Chrome.png

#-----------------------------------------------------------------------------
# RENDERER RECOGNITION
#
# When a renderer connects, it sends a "User-Agent" header. UMS tries to
# match that header with all configuration profiles. If none of the profiles
# match, the message "Unknown User-Agent:" will be displayed in the logs and
# UMS will switch to a default profile.
#
# Because matching involves all renderer configuration profiles, it is
# important to match as long a string as possible. This increases the chances
# that a match is unique. Version numbers are best avoided.
#
# To learn the exact headers of any renderer, set the logging level in
# "logback.xml" to "TRACE" and look for messages like "Received on socket:".
#
# ============================================================================
# Chrome HTML5 uses the following strings:
#
User-Agent: Chrome
# ---
# Chrome
# User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/29.0.1547.57 Safari/537.36
#
# ============================================================================
#

# UserAgentSearch: Optional regular expression to detect a connected renderer.
# The expression is case insensitive. When the expression is empty User-Agent
# headers are not used, this is the default. Note that one renderer can use
# several different User-Agent headers.
#
# Examples:
#
# UserAgentSearch = Platinum/.*DLNADOC/|yxplayer2|MPlayer |NSPlayer/
# UserAgentSearch = Windows-Media-Player-DMS|Microsoft-Windows
#
# Ignoring the "UPnP/1.0" and "UPnP/1.0 DLNADOC/1.50" headers since they are
# too general, plus they can be detected from the additional header.
UserAgentSearch = Chrome

# UserAgentAdditionalHeader: Optional additional HTTP header for better
# detection. When defined, UMS also considers this header when trying to find
# a match. Even when the standard UserAgentSearch match fails, this extra
# header can provide a positive match.
# UserAgentAdditionalHeader = 

# UserAgentAdditionalHeaderSearch: Regular expression to search for in the
# additional HTTP header.
# UserAgentAdditionalHeaderSearch = 

#-----------------------------------------------------------------------------
# BASIC CAPABILITIES
#
# This indicates to UMS what kind of media the renderer can handle. Files that
# the renderer cannot handle will be hidden from it.
#

# Video: Set to "true" if the renderer can play video.
Video = true

# Audio: Set to "true" if the renderer can play audio.
Audio = true

# Image: Set to "true" if the renderer can display images.
Image = true

#-----------------------------------------------------------------------------
# DLNA SETTINGS
#

# SeekByTime: Set to true to use the DLNA feature seek-by-time instead of
# the default seek-by-byte method.
#
# Valid values:
#
#     true:
#
#         The renderer supports seek-by-time.
#
#     false:
#
#         The renderer doesn't support seek-by-time, so it should
#         only use the default seek-by-byte method.
#
#     exclusive:
#
#         While most renderers that support seek-by-time also support
#         seek-by-byte, some (e.g. the PS3 [1] and Panasonic TVs [2])
#         behave unreliably if both are permitted when transcoding files.
#         This option works around this by disabling seek-by-byte for
#         transcoded files when permitting seek-by-time.
#
# The default is false.
#
# [1] Seeking via "Go To" with the PS3 (firmware 4.31) and MEncoder works with "exclusive", but hangs or crashes with "true".
# [2] http:#www.ps3mediaserver.org/forum/viewtopic.php?f=6&t=15841
#SeekByTime = exclusive

# DLNALocalizationRequired: Serve different flavors of localization in the
# DLNA parameters (PAL/NTSC, NA/EU/JP) to allow every world wide renderer to
# see the files. Important for Sony Bravia TVs.
#DLNALocalizationRequired = false

# CBRVideoBitrate is useful for renderers without SeekByTime support. It does time2byte conversion to support FF/RW.
# Only possibility how to predict where we are when seeking is using CBR bitrate instead of VBR used by default
# Creating a CBR stream with MEncoder is 3 times slower than using VBR so bear this in mind if you have a slow computer!
# Speed can hopefully be optimized a little bit in the future:
# http:#www.ps3mediaserver.org/forum/viewtopic.php?f=14&t=8883&p=53706&hilit=ditlew#p53700
# http:#www.ps3mediaserver.org/forum/viewtopic.php?f=11&t=11284&p=62765&hilit=1835#p62765
# CBRVideoBitrate=15000

# ByteToTimeseekRewindSeconds is used for fine-tuning, so the default is 0
# ByteToTimeseekRewindSeconds=0

#-----------------------------------------------------------------------------
# MEDIAINFO
#

# MediaInfo: Set to "true" if UMS should parse files with MediaInfo. This will
# give UMS more accurate information, speed up browsing and prevent potential
# playback errors. It also enables the use of "Supported" to more accurately
# define the supported formats for the renderer.
# MediaInfo = true

# CreateDLNATreeFaster: Use faster method to create the DLNA tree using the
# MediaInfo library. Since this is a UPnP specification violation, it is not
# supported by some renderers and false by default.
CreateDLNATreeFaster = true

#-----------------------------------------------------------------------------
# TRANSCODING AND MUXING CAPABILITIES
#
# It is very likely that a renderer cannot render all file formats. If this is
# the case, UMS should transcode or mux the file to a format that the renderer
# can display. This section defines the format that UMS should transcode or
# mux to.
#

# TranscodeVideo: Profile to use for transcoding video files.
# One of the following:
#
#     Profile     Video           Audio   Container
#     ---------------------------------------------
#     MPEGPSAC3   MPEG-2          AC-3    MPEG-PS
#     MPEGTSAC3   MPEG-2          AC-3    MPEG-TS
#     H264TSAC3   H.264           AC-3    MPEG-TS
#     WMV:        WMV 2 (WMV 8)   WMA 2   ASF
#
# XXX MPEGPSAC3 was previously named MPEGAC3. The old name is deprecated.
# These profiles are supported by the MEncoder, FFmpeg and VLC engines.
# Default: MPEGPSAC3
#TranscodeVideo = H264TSAC3

# TranscodeAudio: Profile to use for transcoding audio files
# Currently supported: "LPCM", "MP3" or "WAV".
# Default: LPCM
#TranscodeAudio = MP3

# DefaultVBVBufSize: Whether or not to use the default DVD buffer size. Setting
# this to "false" means a greater bitrate and faster encoding, but it can
# generate incompatible videos dependent on the renderer.
#DefaultVBVBufSize = false

# MuxH264ToMpegTS: Set to "true" if the media renderer supports H.264 and MPEG-2
# in a MPEG-TS file. Ignored if MediaInfo = true.
#MuxH264ToMpegTS = false

# MuxDTSToMpeg: Set to "true" if the media renderer supports DTS in an MPEG
# file. Ignored if MediaInfo = true.
#MuxDTSToMpeg = false

# WrapDTSIntoPCM: Set to "true" if the media renderer supports DTS wrapped
# into LPCM in a MPEG file.
#WrapDTSIntoPCM = false

# MuxLPCMToMpeg: Set to "true" if the media renderer supports LPCM in an MPEG
# file. Ignored if MediaInfo = true.
#MuxLPCMToMpeg = false

# MaxVideoBitrateMbps: The maximum bitrate supported by the media renderer.
# Setting to "0" means unlimited.
# If computer is low on resources it is better to avoid using bandwidth limit which is much CPU demanding
# It is better to lower quality settings by defining "CustomMencoderQualitySettings".
# By lowering quality also bitrate is decreased but it is not so CPU aggresive so it is preferred to use it this way
#MaxVideoBitrateMbps = 0

# MaxVideoWidth: Maximum width supported by the media renderer. Setting to "0"
# means unlimited. This setting is ignored for files matching "Supported"
# formats when MediaInfo = true.
#MaxVideoWidth = 0

# MaxVideoHeight: Maximum height supported by the media renderer. Setting to
# "0" means unlimited. This setting is ignored for files matching "Supported"
# formats when MediaInfo = true.
#MaxVideoHeight = 0

# H264Level41Limited: Set to "true" if the media renderer supports only H.264
# L4.1 at most.
#H264Level41Limited = true

# TranscodeAudioTo441kHz: Set to "true" if music files need to be resampled at
# 44.1kHz.
#TranscodeAudioTo441kHz = false

# TranscodeFastStart: Set to "true" if the renderer has a short timeout delay
# and needs to receive transcoded video with minimal delay. If set to "false",
# UMS will take some time to buffer some of the transcoded video.
#TranscodeFastStart = true

# TranscodedVideoFileSize: The amount of transcoded data is unknown at the
# time of transcoding. Still, some renderers expect a size for the video file
# to be returned. Possible values are:
#            0: No size is sent to the renderer (default value)
# 100000000000: Fake size of 100 GB is sent to the renderer.
#           -1: Specific value that works perfect for the PS3. It is against
#               the DLNA spec though.
#TranscodedVideoFileSize = 0

# MimeTypesChanges: A list of mimetype transformations in the format
# "old/mime1=new/mime1|old/mime2=new/mime2|...". Ignored if MediaInfo = true.
#MimeTypesChanges = 

# TranscodeExtensions: Comma separated list of file extensions that are forced
# to be transcoded and never streamed. Best left empty if MediaInfo = true,
# and define "Supported" formats instead.
#TranscodeExtensions =

# StreamExtensions: Comma separated list of file extensions that are forced
# to be streamed and never transcoded. Best left empty if MediaInfo = true,
# and define "Supported" formats instead.
#StreamExtensions = 

# ForceJPGThumbnails: Some renderers (e.g. Sony Bravia TVs and Blu-ray
# players) require thumbnails to be represented as JPEGs (JPEG_TN) in the
# DLNA directory XML. Set this to true to force PMS to fake this representation.
# Note: this has no effect on real thumbnail file formats or content-type headers.
#ForceJPGThumbnails = false

# ThumbnailAsResource: Set to true if the renderer requires the use of the
# "res" element instead of the "albumArtURI" element for thumbnails in DLNA
# reponses. E.g. Samsung 2012 models do not recognize the "albumArtURI"
# element.
# Default value is false, i.e. use "albumArtURI"
# ThumbnailAsResource =

# ChunkedTransfer: Some renderers are particular about the "Content-Length"
# headers in requests (e.g. Sony Blu-ray players). By default, UMS will send
# a "Content-Length" that refers to the total media size, even if the exact
# length is unknown. Default value is false. Set this option to true to omit
# sending a length when it is unknown.
#ChunkedTransfer = False

# CustomMencoderQualitySettings: Overrides the MEncoder transcoding quality
# settings in UMS for this renderer. Default is empty, which means the UMS
# settings will be used.
#CustomMencoderQualitySettings =

# CustomMencoderOptions: Overrides the MEncoder custom options in UMS for
# this renderer. Default is empty, which means the UMS
# settings will be used.
#CustomMencoderOptions = -b 1500k -vcodec libx264 -vpre slow -vpre baseline -g 30 -o

#-channels 2 -lavdopts debug=0:threads=4 -lavcopts vcodec=mpeg4:acodec=libmp3lame:abitrate=128:keyint=0:vqscale=1:vqmin=1 -vf softskip,expand=::::1:16\/9:4 -lavdopts fast -mc 0.1 -af lavcresample=44100 -srate 44100 -o
#hold
# :abitrate=192:threads=8:keyint=0:vqscale=1:vqmin=1:vrc_maxrate=8192:vrc_buf_size=8192 -vf scale=1280:720 -aid 0 -nosub -noautosub -ofps 24000/1001  -lavdopts fast -mc 0.1 -af lavcresample=44100 -srate 44100
#  

# SubtitleHttpHeader: Some devices recognize a custom HTTP header for
# retrieving the contents of a subtitles file. Set this option to the name of
# that custom header and UMS will send the URL for the subtitles file in that
# header (e.g. Samsung devices recognize the "CaptionInfo.sec" header).
# Default value is "", which means UMS will not send such header information.
#SubtitleHttpHeader =

# KeepAspectRatio: Some renderers like Panasonic TV internally rescale the video.
# This option sets the MEncoder custom options "-vf softskip,expand=::::1:16\/9:4"
# internally and set up keep aspect ratio for FFmpeg.
# Set this option to true to keep the original movie aspect ratio.
# Default value is false.
KeepAspectRatio = true

# RescaleByRenderer: Works only for FFmpeg and together with KeepAspectRatio. Normally
# the renderer is rescaling the video. If set this option to false the UMS will do that.
# It can make better video quality but the CPU and bandwidth are more utilised and can 
# produce jerking video on WiFi.
# Default value is true.
#RescaleByRenderer =

#-----------------------------------------------------------------------------
# Other useful hidden params and their default values if not defined:
#

# Display audio tag in TRANSCODE folder if defined in container (useful to find out correct audio track like commentary etc.)
# ShowAudioMetadata = true

# Display subtitle tag in TRANSCODE folder if defined in container (showing subtitles info like forced, full, documentary etc.)
# ShowSubMetadata = true

# Some renderers can't show length of DVD titles so it will add it directly to title name to be shown
# ShowDVDTitleDuration = false

# Specified extension will be added to every file shared by UMS
# UseSameExtension = null

# ????????????????????????????
# DLNAProfileChanges = null

# PN is defined for every file sent to the renderer via DLNAOrgPN value. If
# this value is wrong, the renderer may refuse listing or playing this file.
# When it is set to false, no DLNAOrgPN is sent to renderer, which can help
# with troubleshooting.
# The PN is a description of the file, e.g. AVC_TS_HD_60_AC3_ISO
# Most renderers require this to be true.
# DLNAOrgPN = true

# ????????????????????????????
# MediaParserV2_ThumbnailGeneration = false

#-----------------------------------------------------------------------------
# IMAGES
#

# AutoExifRotate: Many cameras store information in the image file about the
# orientation of the camera while the picture was taken, allowing viewers to
# know which way was up. Set this option to "true" to allow UMS to rotate JPEG
# files based on EXIF information contained in the file, and relieve the
# renderer of that task.
AutoExifRotate = true

#-----------------------------------------------------------------------------
# SUPPORTED MEDIA FORMATS
#
# This section defines which media formats are supported by this renderer. If
# a file is supported and its mediainfo indicates that it falls within the
# capabilities of this renderer, UMS will stream the file to the renderer. All
# other files will be transcoded to the format specified in "TranscodeVideo"
# or "TranscodeAudio" before being sent to the renderer.
#
# Each format that the renderer supports should result in a "Supported" line
# that defines the capabilities of the renderer. When MediaInfo = true, media
# files are parsed and their properties are matched against all "Supported"
# lines. If a value for a specific property cannot be parsed, that property
# is assumed to match.
#
# The order of the "Supported" lines matters: when multiple lines match, the
# first match is used.
#
# The media parser and this configuration file will recognize the following
# formats and codecs. Use lower case names only. Regular expressions are
# supported.
#
#        aac                (Advanced Audio Codec)
#        ac3                (Audio Coding 3)
#        aiff               (AIFF)
#        alac               (Apple Lossless)
#        ape                (Monkey's Audio)
#        atrac              (Atrac)
#        avi                (AVI container)
#        bmp                (Bitmap)
#        divx               (DivX Video)
#        dts                (Digital Theater Systems)
#        dtshd              (Digital Theater Systems)
#        dv                 (Digital Video)
#        eac3               (Extended AC3)
#        flac               (Free Lossless Audio Codec)
#        flv                (Flash Video)
#        gif                (GIF)
#        h264               (H.264)
#        jpg                (JPEG)
#        lpcm               (Linear PCM)
#        mjpeg              (M-JPEG)
#        mkv                (Matroska)
#        mov                (Quicktime container, Apple)
#        mp3                (MPEG Audio Layer 3)
#        mp4                (ISOM/MPEG4 container, or MPEG4 codec)
#        mpa                (MPEG Audio)
#        mpc                (MusePack)
#        mpeg1              (Codec used in VCD)
#        mpeg2              (Codec used in DVD Videos and HDTV)
#        mpegps             (MPEG presentation stream, used in DVD Videos, VCDs, etc.)
#        mpegts             (MPEG transport stream, used in sat TV, Blu-ray discs (BDAV) etc.)
#        ogg                (Ogg Vorbis)
#        png                (PNG)
#        ra                 (Real Audio)
#        rm                 (Real Media, RMVB)
#        tiff               (TIFF)
#        truehd             (TrueHD)
#        vc1                (VC-1)
#        wavpac             (WavPack)
#        wav                (WAVE file)
#        wma                (Windows Media Audio)
#        wmv                (Windows Media Video, tag also used for asf files)
#
#        und                (Undetermined, if the parser did not recognize one of above)
#
# Each of the "Supported" lines contains the following parameters separated by
# spaces or tabs:
#
#    f:    Regular expression to match the format of a file as parsed by the
#          MediaInfo library (see the list above). This parameter is mandatory.
#          Be careful when matching everything with ".+"; the renderer must be
#          able to handle all formats.
#
#    v:    Regular expression to match the video codec of the file as parsed by
#          the MediaInfo library (see the list above).
#
#    a:    Regular expression to match the audio codec of the file as parsed by
#          the MediaInfo library (see the list above).
#
#    m:    The MIME type to send to the renderer. Use of this parameter is
#          strongly recommended. If it is not set, an estimated value will be
#          assigned.
#
#    n:    The maximum number of audio channels used in the file as parsed by
#          the MediaInfo library.
#
#    s:    The maximum audio sample frequency used in the file as parsed by
#          the MediaInfo library, specified in Hertz.
#
#    b:    The maximum audio bit rate used in the file as parsed by the
#          MediaInfo library, specified in bits per second.
#
#    w:    The maximum video width used in the file as parsed by the MediaInfo
#          library, specified in pixels.
#
#    h:    The maximum video height used in the file as parsed by the MediaInfo
#          library, specified in pixels.
#
#    qpel: Quarter pixel codec setting in the file as parsed by the MediaInfo
#          library.
#
#    gmc:  The number of global motion compensation warp points in the file as
#          parsed by the MediaInfo library.
#
#
# ============================================================================
#
# Definition and Usage
# The <video> tag specifies video, such as a movie clip or other video streams.
#
# Currently, there are 3 supported video formats for the <video> element: MP4, WebM, and Ogg:
#
# Browser				MP4		WebM	Ogg
# Internet Explorer 9+	YES		NO		NO
# Chrome 6+				YES		YES		YES
# Firefox 3.6+			NO		YES		YES
# Safari 5+				YES		NO		NO
# Opera 10.6+			NO		YES		YES
# MP4 = MPEG 4 files with H264 video codec and AAC audio codec
# WebM = WebM files with VP8 video codec and Vorbis audio codec
# Ogg = Ogg files with Theora video codec and Vorbis audio codec
# MIME Types for Video Formats
# Format	MIME-type
# MP4		video/mp4
# WebM		video/webm
# Ogg		video/ogg
#
# The <audio> tag defines sound, such as music or other audio streams.
#
# Currently, there are 3 supported file formats for the <audio> element: MP3, Wav, and Ogg:
#
# Browser				MP3		Wav		Ogg
# Internet Explorer 9+	YES		NO		NO
# Chrome 6+				YES		YES		YES
# Firefox 3.6+			NO		YES		YES
# Safari 5+				YES		YES		NO
# Opera 10+				NO		YES		YES
#
# MIME Types for Audio Formats
# Format	MIME-type
# MP3		audio/mpeg
# Ogg		audio/ogg
# Wav		audio/wav

# Supported video formats:
Supported = f:mp4	v:mp4|h264	a:aac	m:video/mp4		n:2
Supported = f:webm	v:			a:		m:video/webm	n:2
Supported = f:ogg	v:			a:		m:video/ogg		n:2

# Supported audio formats:
Supported = f:wav                n:2   s:48000   m:audio/wav
Supported = f:mp3                n:2             m:audio/mpeg
Supported = f:ogg                n:2             m:audio/ogg

# Supported image formats:
Supported = f:jpg    m:image/jpeg
Supported = f:png    m:image/png
Supported = f:gif    m:image/gif
Supported = f:tiff   m:image/tiff

Code: Select all

<!DOCTYPE HTML>
<html>
	<body>
		<video height="360" width="640" preload="none" controls>
			<source src="http://172.10.1.10:1337/get/0$1$2$21/Avatar.2008.mp4" type="video/mp4">
  Your browser does not support HTML5 video.
		</video>
	</body>
</html>

Code: Select all

<!DOCTYPE HTML>
<html>
	<body>
		<video height="360" width="640" preload="none" controls>
			<source src="E:\Media\Movies\!Blu-Ray\Avatar.2009.mp4" type="video/mp4">
  Your browser does not support HTML5 video.
		</video>
	</body>
</html>

Code: Select all

08-27 18:34:15  Checking IP: 172.10.1.10 for Chrome Browser
08-27 18:34:15  Renderer Chrome Browser found on this address: DC01.1930networks.local (172.10.1.10)
08-27 18:34:15  Checking shared folder: E:\Media\Movies
08-27 18:34:15  Starting transcode/remux of The Dark Knight.2008.mp4

Code: Select all

INFO  2013-08-27 18:34:15.565 [New I/O worker #6] Access granted to /172.10.1.10 by rule: 172
INFO  2013-08-27 18:34:15.568 [pool-7-thread-3] Checking IP: 172.10.1.10 for Chrome Browser
INFO  2013-08-27 18:34:15.569 [pool-7-thread-3] Renderer Chrome Browser found on this address: DC01.1930networks.local (172.10.1.10)
DEBUG 2013-08-27 18:34:15.570 [pool-7-thread-3] Starting ping -n 3 -l 64000 172.10.1.10
DEBUG 2013-08-27 18:34:15.585 [Thread-47] 
DEBUG 2013-08-27 18:34:15.585 [Thread-47] Pinging 172.10.1.10 with 64000 bytes of data:
DEBUG 2013-08-27 18:34:15.585 [New I/O worker #6] HTTP User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/29.0.1547.62 Safari/537.36
DEBUG 2013-08-27 18:34:15.585 [Thread-47] Reply from 172.10.1.10: bytes=64000 time<1ms TTL=128
INFO  2013-08-27 18:34:15.585 [New I/O worker #6] Checking shared folder: E:\Media\Movies
INFO  2013-08-27 18:34:15.842 [New I/O worker #6] Starting transcode/remux of The Dark Knight.2008.mp4
DEBUG 2013-08-27 18:34:15.849 [New I/O worker #6] Caught exception
java.lang.IndexOutOfBoundsException: Index: 0, Size: 0
	at java.util.ArrayList.rangeCheck(Unknown Source) ~[na:1.7.0_25]
	at java.util.ArrayList.get(Unknown Source) ~[na:1.7.0_25]
	at net.pms.encoders.Player.setAudioOutputParameters(Player.java:248) ~[ums.jar:3.0.0-a3]
	at net.pms.encoders.Player.setAudioAndSubs(Player.java:209) ~[ums.jar:3.0.0-a3]
	at net.pms.encoders.MEncoderVideo.launchTranscode(MEncoderVideo.java:794) ~[ums.jar:3.0.0-a3]
	at net.pms.dlna.DLNAResource.getInputStream(DLNAResource.java:2152) ~[ums.jar:3.0.0-a3]
	at net.pms.network.RequestV2.answer(RequestV2.java:337) ~[ums.jar:3.0.0-a3]
	at net.pms.network.RequestHandlerV2.writeResponse(RequestHandlerV2.java:295) ~[ums.jar:3.0.0-a3]
	at net.pms.network.RequestHandlerV2.messageReceived(RequestHandlerV2.java:253) ~[ums.jar:3.0.0-a3]
	at org.jboss.netty.handler.stream.ChunkedWriteHandler.handleUpstream(ChunkedWriteHandler.java:142) ~[ums.jar:3.0.0-a3]
	at org.jboss.netty.handler.codec.http.HttpChunkAggregator.messageReceived(HttpChunkAggregator.java:145) ~[ums.jar:3.0.0-a3]
	at org.jboss.netty.channel.Channels.fireMessageReceived(Channels.java:296) ~[ums.jar:3.0.0-a3]
	at org.jboss.netty.handler.codec.frame.FrameDecoder.unfoldAndFireMessageReceived(FrameDecoder.java:459) ~[ums.jar:3.0.0-a3]
	at org.jboss.netty.handler.codec.replay.ReplayingDecoder.callDecode(ReplayingDecoder.java:536) ~[ums.jar:3.0.0-a3]
	at org.jboss.netty.handler.codec.replay.ReplayingDecoder.messageReceived(ReplayingDecoder.java:435) ~[ums.jar:3.0.0-a3]
	at org.jboss.netty.channel.Channels.fireMessageReceived(Channels.java:268) ~[ums.jar:3.0.0-a3]
	at org.jboss.netty.channel.Channels.fireMessageReceived(Channels.java:255) ~[ums.jar:3.0.0-a3]
	at org.jboss.netty.channel.socket.nio.NioWorker.read(NioWorker.java:88) ~[ums.jar:3.0.0-a3]
	at org.jboss.netty.channel.socket.nio.AbstractNioWorker.process(AbstractNioWorker.java:109) ~[ums.jar:3.0.0-a3]
	at org.jboss.netty.channel.socket.nio.AbstractNioSelector.run(AbstractNioSelector.java:312) ~[ums.jar:3.0.0-a3]
	at org.jboss.netty.channel.socket.nio.AbstractNioWorker.run(AbstractNioWorker.java:90) ~[ums.jar:3.0.0-a3]
	at org.jboss.netty.channel.socket.nio.NioWorker.run(NioWorker.java:178) ~[ums.jar:3.0.0-a3]
	at java.util.concurrent.ThreadPoolExecutor.runWorker(Unknown Source) ~[na:1.7.0_25]
	at java.util.concurrent.ThreadPoolExecutor$Worker.run(Unknown Source) ~[na:1.7.0_25]
	at java.lang.Thread.run(Unknown Source) ~[na:1.7.0_25]