blindscan

[EnoSat]

Hi,
now in 6.3.005 some problem with blindscan
650896509065091

[deltec]

this is very strange never used blind scan it takes to long for me I just use the manual scan

[EnoSat]

if you know the parameters, it's not a problem to use manually or satellites.xml,
if you don't know the parameters you have to rely on blindscan

[Huevos]

I tried blindscan last night and can't reproduce this. Can you get a full debug log of the scan please.

[EnoSat]

I think it's a problem with a certain 30West transponder, since blindscan runs fine elsewhere.
When I'm on 30West I'll try to get a full debug.

[Huevos]

I think it's a problem with a certain 30West transponder, since blindscan runs fine elsewhere.
When I'm on 30West I'll try to get a full debug.Even so, it should be protected against crashing, but I would need to know the exact transponder, so I can try to reproduce it.

[EnoSat]

problem 30W-12500-12750 H
< 4184.0913> 20:01:32.9142 [Blindscan][prepareScanData] prepared command: [blindscan --start=1900 --stop=2150 --min=1 --max=60 --slot=0 --i2c=2 --high]

[EnoSat]

12500-12527 H ok
12528-12560 H crash
12561-12600 H ok

[Huevos]

I don't get a crash scanning that satellite from here.

[EnoSat]

what is the blinscan result in your box?

[Huevos]

what is the blinscan result in your box?

Images attacked.

[EnoSat]

thanks,
did you use a new or old driver?
https://github.com/availink/dvb-frontends-availink/issues/3

[Huevos]

thanks,
did you use a new or old driver?
https://github.com/availink/dvb-frontends-availink/issues/3This is a current image built from oe-alliance. So drivers are whatever oe-alliance repo is pointing at.

[EnoSat]

only Image diffent, i am test with 6.3.0006 and 6.3.0007 and driver with support ShortFrameMode

[Huevos]

Driver from where?

[EnoSat]

new driver from https://github.com/availink/linux-firmware-availink/blob/f38a3a9b9906d192075984c7ac1100d51adf75a1/availink/dvb-fe-avl62x1.fw

[el bandido]

Have you tried manually running blindscan using the terminal to see if it crashes?

[EnoSat]

in the terminals, the --high parameter is problematic (does not turn on 22 kHz)
PS: known unpublic -d parametr ?


Welcome to OpenViX for osmio4kplus
openvix 6.3 osmio4kplus

osmio4kplus login: root
Password:
root@osmio4kplus:~# opkg update
Downloading http://www.openvix.co.uk/feeds/openvix/release/6.3/osmio4kplus/3rdparty/Packages.gz.
Updated source 'openvix-3rdparty'.
Downloading http://www.openvix.co.uk/feeds/openvix/release/6.3/osmio4kplus/all/Packages.gz.
Updated source 'openvix-all'.
Downloading http://www.openvix.co.uk/feeds/openvix/release/6.3/osmio4kplus/cortexa15hf-neon-vfpv4/Packages.gz.
Updated source 'openvix-cortexa15hf-neon-vfpv4'.
Downloading https://raw.githubusercontent.com/oe-alliance/oe-alliance-settings-feed/master/feed/Packages.gz.
Updated source 'oe-alliance-settings-feed'.
Downloading http://www.openvix.co.uk/feeds/picon/Packages.gz.
Updated source 'openvix-picon-feed'.
Downloading http://www.openvix.co.uk/feeds/openvix/release/6.3/osmio4kplus/osmio4kplus/Packages.gz.
Updated source 'openvix-osmio4kplus'.
Downloading http://www.openvix.co.uk/feeds/openvix/release/6.3/osmio4kplus/osmio4kplus_3rdparty/Packages.gz.
Updated source 'openvix-osmio4kplus_3rdparty'.
root@osmio4kplus:~# opkg upgrade
root@osmio4kplus:~# blindscan -h
Usage: blindscan ...

blindscan {-h|--help} Detailed usage
blindscan {-v|--version} Display version

-s, --start=<frequency> Scan start frequency in MHz
-e, --stop=<frequency> Scan stop frequency in MHz
-n, --min=<symbolrate> Minimum symbol rate to scan in MS/s
-x, --max=<symbolrate> Maximum symbol rate to scan in MS/s
-V, --vertical Signal polarity is vertical
-C, --cband Scan C-band
-H, --high Scan Ku-band high
-S, --slot=<slot> NIM slot (0...3)
-I, --i2c=<id> I2C device (0...3)
root@osmio4kplus:~# blindscan --start=1900 --stop=1927 --min=1 --max=60 --slot=0 --i2c=2
OK HORIZONTAL 11653000 19681000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_3_4 8PSK ROLLOFF_35 1 -1 0
root@osmio4kplus:~# blindscan --start=1928 --stop=1960 --min=1 --max=60 --slot=0 --i2c=2
OK HORIZONTAL 11675000 15750000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_3_4 8PSK ROLLOFF_35 1 -1 0
root@osmio4kplus:~# blindscan --start=1961 --stop=2000 --min=1 --max=60 --slot=0 --i2c=2
root@osmio4kplus:~# blindscan --start=1900 --stop=1927 --min=1 --max=60 --high --slot=0 --i2c=2
OK HORIZONTAL 12503000 19681000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_3_4 8PSK ROLLOFF_35 1 -1 0
OK HORIZONTAL 12525000 15750000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_3_4 8PSK ROLLOFF_35 1 -1 0
root@osmio4kplus:~# blindscan --start=1928 --stop=1960 --min=1 --max=60 --high --slot=0 --i2c=2
OK HORIZONTAL 12525000 15752000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_3_4 8PSK ROLLOFF_35 1 -1 0
root@osmio4kplus:~# blindscan --start=1961 --stop=2000 --min=1 --max=60 --high --slot=0 --i2c=2
root@osmio4kplus:~# blindscan -v
blindscan 2.0
root@osmio4kplus:~#

[el bandido]

There are a few things to remember when blindscanning using the terminal. The blindscan binary is designed to work with some sort of interface such as the blindscan plugin. I am located in the United States, so I cannot get the same transponders you do on 30West.

The --high parameter and Horizontal or Vertical Polarities will be decided by the channel you are tuned to at the time of the terminal scan. I do not have many channels below 11700MHz so my scan is stuck on the --high parameter.
Here is a terminal scan of 87w ku, vertical polarization, low side:
root@osmio4kplus:~# blindscan --start=950 --stop=1950 --min=1 --max=60 --slot=0 --i2c=2 --vertical
OK VERTICAL 10930000 5000000 DVB-S INVERSION_AUTO PILOT_OFF FEC_AUTO QPSK ROLLOFF_35 1 -1 0
OK VERTICAL 10945000 5000000 DVB-S INVERSION_AUTO PILOT_OFF FEC_AUTO QPSK ROLLOFF_35 1 -1 0
OK VERTICAL 11034000 3000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_1_2 QPSK ROLLOFF_35 1 -1 0
OK VERTICAL 11200000 4800000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_2_3 8PSK ROLLOFF_35 1 -1 0
OK VERTICAL 11194000 3200000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_2_3 8PSK ROLLOFF_35 1 -1 0
OK VERTICAL 11248000 1036000 DVB-S INVERSION_AUTO PILOT_OFF FEC_AUTO QPSK ROLLOFF_35 1 -1 0

The above scan is not correct because I should not have any transponders below 11700 MHz on 87w. what is shown as transponders are actually duplicates of the high side l.o. except the 9750 l.o. is used. So these transponders are duplicates with the wrong l.o. frequency.

Here is the same scan using the the --high parameter:
root@osmio4kplus:~# blindscan --start=1100 --stop=2150 --min=1 --max=60 --slot=0 --i2c=2 --vertical --high
OK VERTICAL 11780000 5000000 DVB-S INVERSION_AUTO PILOT_OFF FEC_AUTO QPSK ROLLOFF_35 1 -1 0
OK VERTICAL 11795000 5000000 DVB-S INVERSION_AUTO PILOT_OFF FEC_AUTO QPSK ROLLOFF_35 1 -1 0
OK VERTICAL 11884000 3000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_1_2 QPSK ROLLOFF_35 1 -1 0
OK VERTICAL 12050000 4800000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_2_3 8PSK ROLLOFF_35 1 -1 0
OK VERTICAL 12044000 3200000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_2_3 8PSK ROLLOFF_35 1 -1 0
OK VERTICAL 12098000 1036000 DVB-S INVERSION_AUTO PILOT_OFF FEC_AUTO QPSK ROLLOFF_35 1 -1 0

The second scan is correct. Both scans were done while the MIO receiver was tuned to a channel on the 11795V transponder.

The point I am trying to make is you need to be tuned to a channel that has the same tuner, the same polarity, and the same l.o. (Low Band or High Band) as you are wishing to blindscan.

The only reason to even do a terminal blindscan is to see if the receiver crashes during the scan.

If blindscan crashes when using the terminal, then we know the problem is probably not in the blindscan plugin.

If the receiver does not crash when using the terminal blindscan, then most likely the crash has something to do with the blindscan plugin.

See if you can trick the receiver into blindscanning correctly using the terminal by switching to a channel that has the same tuner, the same l.o. frequency and the same polarity that causes the crash when using the blindscan plugin.

[EnoSat]

box on high band, problem block without result


root@osmio4kplus:~# blindscan --start=1961 --stop=2000 --min=1 --max=60 --high --slot=0 --i2c=2
OK HORIZONTAL 12560000 8000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_1_2 QPSK ROLLOFF_35 1 -1 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 154 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 155 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 156 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 157 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 158 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 159 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 160 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 161 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 162 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 163 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 164 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 165 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 166 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 167 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 168 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 169 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 170 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 171 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 172 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 173 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 174 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 175 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 176 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 177 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 178 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 179 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 180 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 181 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 182 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 183 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 184 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 185 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 186 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 187 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 188 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 189 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 190 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 191 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 192 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 193 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 194 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 195 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 196 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 197 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 198 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 199 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 200 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 201 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 202 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 203 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 204 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 205 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 206 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 207 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 208 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 209 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 210 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 211 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 212 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 213 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 214 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 215 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 216 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 217 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 218 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 219 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 220 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 221 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 222 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 223 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 224 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 225 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 226 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 227 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 228 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 229 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 230 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 231 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 232 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 233 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 234 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 235 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 236 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 237 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 238 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 239 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 240 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 241 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 242 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 243 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 244 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 245 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 246 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 247 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 248 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 249 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 250 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 251 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 252 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 253 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 254 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 255 0
OK HORIZONTAL 12589000 10000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_8_9 QPSK ROLLOFF_35 1 0 0
root@osmio4kplus:~# blindscan --start=1900 --stop=1927 --min=1 --max=60 --high --slot=0 --i2c=2
OK HORIZONTAL 12528000 8000000 DVB-S2 INVERSION_AUTO PILOT_ON FEC_1_2 QPSK ROLLOFF_35 1 -1 0
root@osmio4kplus:~# blindscan --start=1928 --stop=1960 --min=1 --max=60 --high --slot=0 --i2c=2
root@osmio4kplus:~#

[Huevos]

Can you get a full debug log of the scan please.Please either provide a debug log or the thread will be closed.

[EnoSat]

I don't get a crash scanning that satellite from here.
post #7 < 4199.9008>
in both logos the application crashes

if it is scanned from the command line, no problem
if it is scanned from the plugin, the status is as in post #7

[EnoSat]

Maybe this will be a problem:
Disable sync with known transponders Yes
Disable remove duplicattes Yes
-result scan OK
Disable sync with known transponders Yes
Disable remove duplicattes No
-result scan OK
Disable sync with known transponders No
Disable remove duplicattes Yes
-result scan Crash
Disable sync with known transponders No
Disable remove duplicattes No
-result scan Crash

[Huevos]

post #7 < 4199.9008>
in both logos the application crashes

if it is scanned from the command line, no problem
if it is scanned from the plugin, the status is as in post #7

You need to post the debug log. It is no good posting a crash log with the last few microseconds before the crash occurred.

The debug log should show the problem immediately which is why I asked for it right at the start of the thread.

[EnoSat]

log after activated debug in menu

PS: some minor errors from the log
< 12466.1828> [Skin] Error: [Skin] {Magic-FHD/skin.xml}: Pixmap file 'icons/sdr.svg' not found! Please contact the skin's author!
< 12466.1840> [Skin] Error: [Skin] {Magic-FHD/skin.xml}: Pixmap file 'icons/hdr.svg' not found! Please contact the skin's author!
< 12466.1849> [Skin] Error: [Skin] {Magic-FHD/skin.xml}: Pixmap file 'icons/hdr.svg' not found! Please contact the skin's author!
< 12466.1859> [Skin] Error: [Skin] {Magic-FHD/skin.xml}: Pixmap file 'icons/hlg.svg' not found! Please contact the skin's author!

[Huevos]

So have you got some non-standard satellites.xml?

Please attach whatever satellites.xml you have loaded in both /etc/tuxbox and /etc/enigma2.

[EnoSat]

I use this one

[Huevos]

So the values causing the crash are coming from your custom satellites.xml.

Please try again with the latest version of plugin.py.
https://github.com/oe-alliance/oe-alliance-plugins/blob/3b39c69f97a077e3857e6821ee7b1c1f96f4435e/Blindscan/src/plugin.py

[EnoSat]

Please try again with the latest version of plugin.py.
https://github.com/oe-alliance/oe-alliance-plugins/blob/3b39c69f97a077e3857e6821ee7b1c1f96f4435e/Blindscan/src/plugin.py

config.blindscan.start_symbol = ConfigInteger(default=defaults["start_symbol"], limits=(1, 59))
config.blindscan.stop_symbol = ConfigInteger(default=defaults["stop_symbol"], limits=(2, 60))
SR scope for Dreambox: 0 - 45

[ 71.146400] (NULL device *): DVB: adapter 0 frontend 0 symbol rate 133000000 out of range (0..45000000)
SR scope for Default: 0 - 60

misc brcmstb: DVB: adapter 0 frontend 0 symbol rate 133000000 out of range (0..60000000)
SR scope for Octagon: 0 - 80

[Huevos]

??? What has this got to do with the crash that we were testing?

No idea about Dreambox. We don't build images for Dreamboxes.

[EnoSat]

nothing, only plugin.py (SR scope) should probably take into account the use of the image in the octagon as well

[Huevos]

nothing, only plugin.py (SR scope) should probably take into account the use of the image in the octagon as wellThere aren't any DTH transponders available anywhere in the world with that SR. In the whole of the geostationary are there are just 5 transponders with SR > 46000, none visible from Europe and none anywhere with SR > 52000.

Regarding the Octagon, show me the tuner spec where it says that. Go to Menu > Setup > Tuner Setup > press INFO. Send screen grab.

[EnoSat]

small update post #29

(NULL device *): DVB: adapter 0 frontend 0 symbol rate 133000000 out of range (100000..80000000)

[Huevos]

Please point me to a transponder with a symbol rate of 133000000.

[EnoSat]

47,7° East Eutelsat Quantum

[Huevos]

Good job you have a TBS. What is on the transport stream that a DTH box code process? Can sf8008 handle ACM/VCM?

[EnoSat]

SF8008 uses old Silicon and it doesn't have good properties for ACM/VCM processing, Availink or Montage are better (which was evident in recent DVB-S2X tests on 13E/11199.66V)