Hi, I already posted my problem on the sourceforge forum (http://sourceforge.net/projects/owfs/forums/forum/292718/topic/3509371) , but Paul told me to also try on this mailing list ;-)
At first: Thanks for this wonderful piece of software. Working with 1-wire devices is really fun with owfs :D But at the moment I have got a problem with a new device - a LinkHub-E, V1.1j, Firmware of XPort: V6.6.0.2, one 1-wire device connected. I was using owfs 2.7p26, p28 and p29 for my tests (still using p13 for "production", but that version seems to lacks proper LinkHub-E support ;-)). I read about the problem with the telnet control codes (dropping connections after a while) and so I set Telnet Com Port Cntrl: to Disabled in the web configuration interface (Channel 1 -> Connection -> Common Options). But then the owfs connection does not work at all. I get the following output: uranos:~ # /opt/owfs.p28/bin/owfs --error-level=9 --error-print=2 --LINK=192.168.1.56:10001 /tmp/1wire2 CONNECT: owfs.c:main(123) fuse mount point: /tmp/1wire2 CALL: ow_parsename.c:FS_ParsedName_anywhere(115) path=[] DEBUG: owlib.c:SetupTemperatureLimits(83) Globals temp limits 0C 100C (for simulated adapters) CALL: ow_parsename.c:FS_ParsedName_anywhere(115) path=[] DEBUG: ow_net_client.c:ClientAddr(61) [192.168.1.56] [10001] DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(1,0) CONNECT: ow_tcp_read.c:tcp_read(105) TIMEOUT after 0 bytes DEBUG: ow_link.c:LINK_net_detect(235) Slurp in initial bytes Byte buffer Attempt serial write:, length=1 --000: 20 < > DEBUG: ow_link.c:LINK_net_detect(245) Checking LINK version DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) Byte buffer NETREAD, length=1 --000: 4C <L> DEBUG: ow_tcp_read.c:tcp_read(109) n=1 nleft=0 n-nleft=1 DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) Byte buffer NETREAD, length=1 --000: 69 <i> DEBUG: ow_tcp_read.c:tcp_read(109) n=1 nleft=0 n-nleft=1 DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) Byte buffer NETREAD, length=1 --000: 6E <n> DEBUG: ow_tcp_read.c:tcp_read(109) n=1 nleft=0 n-nleft=1 DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) Byte buffer NETREAD, length=1 --000: 6B <k> DEBUG: ow_tcp_read.c:tcp_read(109) n=1 nleft=0 n-nleft=1 DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) Byte buffer NETREAD, length=1 --000: 48 <H> DEBUG: ow_tcp_read.c:tcp_read(109) n=1 nleft=0 n-nleft=1 DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) Byte buffer NETREAD, length=1 --000: 75 <u> DEBUG: ow_tcp_read.c:tcp_read(109) n=1 nleft=0 n-nleft=1 DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) Byte buffer NETREAD, length=1 --000: 62 <b> DEBUG: ow_tcp_read.c:tcp_read(109) n=1 nleft=0 n-nleft=1 DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) Byte buffer NETREAD, length=1 --000: 2D <-> DEBUG: ow_tcp_read.c:tcp_read(109) n=1 nleft=0 n-nleft=1 DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) Byte buffer NETREAD, length=1 --000: 45 <E> DEBUG: ow_tcp_read.c:tcp_read(109) n=1 nleft=0 n-nleft=1 DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) Byte buffer NETREAD, length=1 --000: 20 < > DEBUG: ow_tcp_read.c:tcp_read(109) n=1 nleft=0 n-nleft=1 DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) Byte buffer NETREAD, length=1 --000: 56 <V> DEBUG: ow_tcp_read.c:tcp_read(109) n=1 nleft=0 n-nleft=1 DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) Byte buffer NETREAD, length=1 --000: 31 <1> DEBUG: ow_tcp_read.c:tcp_read(109) n=1 nleft=0 n-nleft=1 DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) Byte buffer NETREAD, length=1 --000: 2E <.> DEBUG: ow_tcp_read.c:tcp_read(109) n=1 nleft=0 n-nleft=1 DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) Byte buffer NETREAD, length=1 --000: 31 <1> DEBUG: ow_tcp_read.c:tcp_read(109) n=1 nleft=0 n-nleft=1 DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) Byte buffer NETREAD, length=1 --000: 6A <j> DEBUG: ow_tcp_read.c:tcp_read(109) n=1 nleft=0 n-nleft=1 DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) Byte buffer NETREAD, length=1 --000: 0D <.> DEBUG: ow_tcp_read.c:tcp_read(109) n=1 nleft=0 n-nleft=1 DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) Byte buffer NETREAD, length=1 --000: 0A <.> DEBUG: ow_tcp_read.c:tcp_read(109) n=1 nleft=0 n-nleft=1 DEBUG: ow_tcp_read.c:tcp_read(61) attempt 1 bytes Time:(0,300000) CONNECT: ow_tcp_read.c:tcp_read(105) TIMEOUT after 0 bytes CONNECT: ow_read_telnet.c:telnet_read(64) Telnet (ethernet) error Byte buffer Read version from link, length=36 --000: 4C 69 6E 6B 48 75 62 2D 45 20 56 31 2E 31 6A 0D --016: 0A 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 --032: 00 00 00 00 <LinkHub-E V1.1j.....................> DEBUG: ow_link.c:LinkVersion_knownstring(118) Link version Found 1.1 Byte buffer Attempt serial write:, length=1 --000: 72 <r> DEBUG: ow_tcp_read.c:tcp_read(61) attempt 4 bytes Time:(0,300000) Byte buffer NETREAD, length=3 --000: 50 0D 0A <P..> CONNECT: ow_tcp_read.c:tcp_read(105) TIMEOUT after 3 bytes CONNECT: ow_read_telnet.c:telnet_read(64) Telnet (ethernet) error DEBUG: ow_link.c:LINK_reset(345) Error resetting LINK device DEBUG: ow_reset.c:BUS_reset(33) Reset error. Reconnection 1/2 DEBUG: owfs.c:main(151) fuse_mnt_opt=[(null)] DEBUG: owfs.c:main(153) fuse_open_opt=[(null)] I just get an "empty" directory: uranos:~ # ll /tmp/1wire2 total 0 drwxr-xr-x 1 root root 8 Jan 6 23:15 bus.0 drwxr-xr-x 1 root root 8 Jan 6 23:15 settings drwxr-xr-x 1 root root 8 Jan 6 23:15 statistics drwxr-xr-x 1 root root 30 Jan 6 23:15 structure drwxr-xr-x 1 root root 8 Jan 6 23:15 system drwxr-xr-x 1 root root 8 Jan 6 23:15 uncached The LinkHub-E itself seems to work ok, as the telnet commands are working (if telnet mode is set ;-)). Is there any other flag to set, if I would like to use this setup? Any help is appreciated. Thanks, Andreas ------------------------------------------------------------------------------ SOLARIS 10 is the OS for Data Centers - provides features such as DTrace, Predictive Self Healing and Award Winning ZFS. 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