Baga mare!
Si al meu a venit de vreo 3 saptamini, dar nu am avut inca timp si chef sa-l iau in functie.
Mi-am comandat in schimb o carcasa draguta pt. el din UK.
Last edited by stargate; 17-10-12 at 20:29.
Baga mare!
Si al meu a venit de vreo 3 saptamini, dar nu am avut inca timp si chef sa-l iau in functie.
Mi-am comandat in schimb o carcasa draguta pt. el din UK.
l-am bagat in "paine". din pacate, am reusit (gratie tutorialelor de pe alt forumuri) doar sa pornesc oscam-ul cu 2 cititoare (focu$ si HD+), si ceva clienti/readere 3cam. ma uit cum merge si nu-mi revin. nu pornesc X-ul. n-am nevoie de grafica. merge in command line si se misca incredibil!
pe cel de-al 2-lea, vreau sa-l "muncesc" cu XBMC-ul (partea de media player). pana una-alta, ma declar satisfacut de investitie. trebuie sa-mi gasesc un incarcator din care sa scot 5V (undeva la 1000mA) dar sa am si back-up pe baterie. trebie sa inventez ceva. revin cu detalii. acum sunt la munte und eam un receptor amiko 8330 care-i legat la el. n-a "sughitat' nicio clipa. daca s-ar putea rezolva si problema 3cam-ului, ar fi genial! ma rog... eu astept si alte cam-uri sa mearga pe el (sbox, de exemplu).
succesuri!
p.s. astept sa "se ingroase" comunitatea!
Felicitari! Daca ai timp, poate mai postezi niste detalli despre ce si cum ai instalat, m-ar interesa si pe mine.
---
Apropos de XBMC, eu am instalat RaspBMC (http://www.raspbmc.com/). Mai are ceva limitari, dar per ansamblu merge surprinzator de bine. Anyway, asta a un alt topic.
Last edited by proteus; 28-07-12 at 13:07.
sigur ca postez! am incropid un HOW TO bazat pe informatiile gasite pe alte forumuri si usor adaptat ultimei versiuni de debian (modificat). incerc sa-l traduc in limba romana si sa-l atasez la acest post. sper sa se mareasca numarul de utilizatori al acestui produs!
succesuri!
p.s. nu vreau sa fac reclama, dar sunt de parere ca ar trebui sa postez modalitatea de achizitie. astept OK-ul moderatorilor.
Nu vad nicio problema in postarea acelei informatii, am facut si eu comanda pentru acest mini-pc, dar mai am de asteptat destule saptamani.
Succes la teste.
pentru cei interesati in achizitia acestui microPC, pasii sunt urmatorii:
se acceseaza acest link: http://export.farnell.com/rp/order/
in aceasta pagina, se selecteaza tara. in cazul nostru Romania. (acest lucru este foarte important, deoarece are legatura cu destinatia de livrare si limba de corespondenta).
dupa acest pas, in functie de preferinte (daca aveti firma si vreti sa-l importati asa) selectati Bussiness sau Consumer, apasand butonul ORDER NOW! din dreptul fiecarei selectii.
urmatorul pas cere completarea datelor personale, a adresei si modalitaii de plata.
urmeaza un email de conformare de la info-ro@farnell.com. si-apoi....asteptarea. comenzile sunt multe si asteptati-va la 3-4 saptamani pentru livrare. in momentul in care aveti produsul gata pentru livrare, veti mai primi un email cu aceasta informatie si, dupa caz, un tracking number la DHL.
apoi, urmeaza distractia. pregatesc (asa cum am scris si mai devreme), un tutorial pas cu pas, cu pregatirea cardului de memorie cu sistemuld e operare si, tema experimentului nostru, isntalarea OSCAM-ului cu suport pentru cititoarele tip smargo si PCSC. eu am un HID OMNIKEY 3111, pe care il folosesc impreuna cu OSCAM-ul de foarte mult timp. asta este un alt subiect pe care il pot dezvolta cu alta ocazie.
pentru inceput, puteti studia pagina comunitatii: http://www.raspberrypi.org/
canalul youtube dedicat: http://www.youtube.com/user/raspberrypitutorials?feature=results_main
cred ca veti putea sa va faceti o idee despre capabilitatile si flexibilitatea acestui dispozitiv.
succesuri!
Pretul final care este ? Am vazut 2 oferte pe okazii la sume destul de mari .
a inceput "bisnita", deja. eu am platit 22.19 de lire sterline exclusiv TVA. taxa de transport este 20 de lei. faceti socoteala si vedeti pretul real. cei de pe mocazii profita de termenul mare de livrare.
succesuri!
pare ca a ajuns la 33 de lire sterline cu transport inclus intre timp. pentru cei care au avut si miniPC android si raspberry, cum e treaba? e mai potent (hardware vorbind) ca pe partea de soft e clar ca e mai versatil raspberry.
Am gasit la un pret destul de mic aici sper ca sant si seriosi .
un prim tutorial, de pe canalul oficial, raspberry pi:
COPIEREA SISTEMULUI DE OPERARE, pe SD card. da, hard disk-ul acestui micro computer, este unSd card. personal, am folosit un SDHC de 8GB, relativ no-name (producator:HAMA).
Comentariu original:
succesuri!Code:Links used in this tutorial: Raspberry Pi Operating System Downloads:http://www.raspberrypi.org/downloads Win32DiskImager: https://launchpad.net/win32-image-writer/+download MD5 & SHA-1 Checksum Utility: http://download.cnet.com/MD5-SHA-1-C...-10911445.html The Raspberry Pi is a £15/$25 computer that runs GNU/Linux. Seehttp://www.raspberrypi.org/ for more info. I plan to provide Linux tutorials for those who are new to it, configuration tutorials once the Raspberry Pi is out, and programming tutorials following that.
---------- Post added at 02:07 ---------- Previous post was at 00:48 ----------
Compilation Oscam for Smargo / reader PCSC and Smartreader on Raspberry Pi under Raspbian
This tutorial will explain how to compile a Oscam Raspberry PI. The PC from which this tutorial is done in Windows so I'm referring to programs for Windows (putty and Win32DiskImager). Refer to the documentation of Raspberry Pi if you use another system to create your bootable SD card.
Install an image Raspbian "Wheezy"
Check the following link and choose the image Raspbian "Wheezy".
http://www.raspberrypi.org/downloads
Download: Win32-Disk-Imager and unzip.
Insert an SD card (2GB minimum) in your SD card reader and launch Win32DiskImager, check that it has selected the letter of your SD card, select the file containing the image Raspbian and click Write.
Eject the SD card properly on your PC and install it in the Raspberry PI.
Connect your Raspberry PI on the computer network (LAN) and connect the AC adapter / micro usb to start it.
I use the Raspberry Pi pure server, so I do not install a keyboard or mouse and I did not resort to the graphical interface of the RPi.
You must find the IP address of your IP Raspberry, the easiest way is to connect the router and watch what is the last IP address assigned.
Therefore we will download and install putty (if not already) on your PC.
Download putty.(putty download link)
Start Putty, type the IP address of your IP Raspberry, take as connection type: SSH (port 22).
In the left window to Window - Translation and choose Remote Character set: UTF-8
Click in the left window on session and then right into the fields: Saved Session define a name and click Save.
There you have a shortcut to putty to connect quickly to your Raspberry Pi
Click Open and accepting the key.
You are on the prompt:
Login: pi
password: raspberry
Code source 1
2login as: pi
pi@xxx.xxx.xxx.xxx's password: raspberry
There I would suggest doing a rapi-config:
Code source 1 sudo raspi-config
You can take: expand root-fs
You can configure the rest according to your preferences (keyboard, the local timezone).
At timezone take for example: Europe - Bucharest
End up with an upgrade, it will update your distribution to the latest versions of packages and then leave Raspi-config.
I suggest to reboot. Type:
Code source 1 sudo reboot
Your Raspberry will restart, the memory card ready for use and take full account of any up-to-date.
Reconnect via putty on your Raspberry.
We will install the build environment:
Code source 1
2
3
4sudo apt-get -y install build-essential libssl-dev libpcsclite-dev mercurial cvs subversion libncurses5-dev cmake dialog pcsc-tools
sudo apt-get -y install opensc pcscd libccid pcscd
sudo apt-get -y install libusb-dev
sudo apt-get -y install libusb-1.0-0-dev
It will ask you again the password of the user ft (default raspberry).
We will create a symbolic link to the compilation of Oscam find libusb library.
Code source 1 sudo ln -s /usr/lib/arm-linux-gnueabihf/libusb-1.0.a /usr/local/lib/libusb-1.0.a
We will create a user to compile our useroscam Oscam and isolate oscam and our environment.
Code source 1
2sudo adduser useroscam
sudo adduser useroscam sudo
We create user useroscam and then we add it to the group sudo (so he can run the sudo command).
It will ask you the password for that user 2 times, then various questions not mandatory. Finish by answering y (yes).
pi@raspberrypi ~ $ sudo adduser useroscam
Adding user `useroscam' ...
Adding new group `useroscam' (1002) ...
Adding new user `useroscam' (1001) with group `useroscam' ...
Creating home directory `/home/useroscam' ...
Copying files from `/etc/skel' ...
Enter new UNIX password:
Retype new UNIX password:
passwd: password updated successfully
Changing the user information for useroscam
Enter the new value, or press ENTER for the default
Full Name []: OscamUser
Room Number []:
Work Phone []:
Home Phone []:
Other []:
Is the information correct? [Y/n] Y
We will connect via that user.pi@raspberrypi ~ $ sudo adduser useroscam sudo
Adding user `useroscam' to group `sudo' ...
Adding user useroscam to group sudo
Done.
Code source 1 logout
Reconnect with Putty but this time the utilsant utilsateur useroscam with the password you set.
We will download and compile our Oscam.
Code source 1
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7cd
svn co http://streamboard.de.vu/svn/oscam/trunk oscam-svn
cd oscam-svn/
mkdir build
cd build
cmake -DHAVE_LIBUSB=1 -DHAVE_PCSC=1 -DWEBIF=1 -DHAVE_LIBCRYPTO=1 -DWITH_SSL=1 ..
make
The first compilation will take longer, since all modules will be compiled later if you do a daily update, only the modified modules will be recompiled. Consider also that the processor of your Raspberry Pi is limited in power and therefore the compilation takes longer than on a PC.
Example of the compilation:
Compilation we generated two filesScanning dependencies of target csmodules
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Code source 1
2ls -Fal oscam
ls -Fal ./utils/list_smargo
list_smargo
list_smargo is a utility that allows you to quickly find the right configuration for your readers smargos.
For a real SmartReader / Argolis / smargo reader:
Code source 1 sudo ./utils/list_smargo
Sample output:
If you use a compatible player Smargo / Smartreader (typically a modified Smart Infinity USB mode Smargo) you must use an additional parameter that displays list_smargo you put your reader in Smargo mode.Looking for smartreader with an out endpoint = 0x82 :
bus 001, device 004 : 0403:6001 Smartreader (Device=001:004 EndPoint=0x82 insert in oscam.server 'Device = Serial:Reader 57')
Code source 1 sudo ./utils/list_smargo 0x81
To detect and test your PCSC card reader you can use the command:
Code source 1 pcsc_scan
It is available provided you have installed the packages mentioned earlier in this tutorial.
To verify that your smart card readers are well recognized, you can type lsusb:
Code source 1 lsusb
In this example we see a player type and Smargo reader PCSC.
Note: Tests with this reader PCSC were not conclusive, but I think the problem is the reader who does not support all cards.Bus 001 Device 004: ID 0403:6001 Future Technology Devices International, Ltd FT232 USB-Serial (UART) IC
Bus 001 Device 006: ID 058f:9520 Alcor Micro Corp. EMV Certified Smart Card Reader
oscam
Executable Oscam file you just created.
Code source 1 sudo ./oscam -h
Sudo for this command is not necessary but later oscam need to high rights in order to start its web interface.___ ____ ___
/ _ \/ ___| / __|__ _ _ __ ___
| | | \___ \| | / _` | '_ ` _ \
| |_| |___) | |_| (_| | | | | | |
\___/|____/ \___\__,_|_| |_| |_|
OSCam cardserver v1.20-unstable_svn, build #7218 (arm-linux-gnueabihf)
Copyright (C) 2009-2012 OSCam developers.
This program is distributed under GPLv3.
OSCam is based on Streamboard mp-cardserver v0.9d written by dukat
Visit http://streamboard.de.vu/oscam/ for more details.
Features : webif monitor ssl dvbapi irdeto-guessing anticascading debug smartreader pcsc loadbalancing
Protocols : camd35_udp camd35_tcp newcamd cccam cccam_share pandora cache-exchange gbox radegast serial constcw
Readers : nagra irdeto conax cryptoworks seca viaccess videoguard dre tongfang bulcrypt
Usage: oscam [-a] [-b] [-c <config dir>] [-d <level>] [-g <mode>] [-h] [-p <num>] [-r <level>] [-S] [-s] [-t <tmp dir>] [-u] [-w <secs>]
-a : write oscam.crash on segfault (needs installed GDB and OSCam compiled with debug infos -ggdb)
-b : start in background
-c <dir> : read configuration from <dir>
default = /usr/local/etc
-d <level> : debug level mask
0 = no debugging (default)
1 = detailed error messages
2 = ATR parsing info, ECM, EMM and CW dumps
4 = traffic from/to the reader
8 = traffic from/to the clients
16 = traffic to the reader-device on IFD layer
32 = traffic to the reader-device on I/O layer
64 = EMM logging
128 = DVBAPI logging
256 = Loadbalancer logging
512 = CACHEEX logging
1024 = Client ECM logging
65535 = Debug all
-g <mode> : garbage collector debug mode (1=immediate free, 2=check for double frees), these options are intended for debug only!
-h : show this help
-p <num> : maximum number of pending ECM packets, default:32, maximum:255
-r <level> : restart level
0 = disabled, restart request sets exit status 99
1 = restart activated, web interface can restart oscam (default)
2 = like 1, but also restart on segmentation faults
-S : do not filter sensitive info (card serial numbers) from the logs
-s : capture segmentation faults
-t <dir> : tmp dir <dir>
default = /tmp/.oscam
-u : enable output of web interface in UTF-8 charset
-w <secs> : wait up to <secs> seconds for the system time to be set correctly, default:60
We will always start oscam mode 'sudo'.
For the next compilations we must be while logged in user useroscam:
Code source 1
2
3
4
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6cd
cd oscam-svn
svn up
cd build
cmake -DHAVE_LIBUSB=1 -DHAVE_PCSC=1 -DWEBIF=1 -DHAVE_LIBCRYPTO=1 -DWITH_SSL=1 ..
make
Start with Oscam on Raspberry Pi
We'll place our executable and configuration files to a directory Oscam Oscam in the "home" directory of our User useroscam.
Code source 1
2
3
4mkdir ~/OScam/
cp ~/oscam-svn/build/oscam ~/OScam/
cp ~/oscam-svn/build/utils/list_smargo ~/OScam/
cd ~/OScam/
Then you must create a file named oscam.conf in the ~ / Oscam / directory.
Code source 1
2cd ~/OScam/
touch oscam.conf
which must contain the following:
Note: If you are not familiier with editing file in Linux, it is probably easiest to take the empty file oscam.conf and edit on your PC using Notepad + + or CrimsonEditor. NEVER use the standard Windows Notepad to edit a file Linux.
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33#
# main configuration
#
[global]
nice = -1
WaitForCards = 1
# logging
logfile = /tmp/oscam.log
usrfile = /tmp/oscamuser.log
cwlogdir = /tmp/cw
# monitor
[monitor]
port = 988
aulow = 120
monlevel = 1
# web interface
[webif]
httpport = 8888
httpuser = oscam
httppwd = oscam
httpallowed = 127.0.0.1,10.0.0.0-10.255.255.255,172.16.0.0-172.31.255.255,192.168.0.0-192.168.255.255
# protocols
[cs378x]
port = 30000
You can then restart your Oscam with the following command (as always useroscam):
Code source 1 sudo ~/OScam/oscam -c ~/OScam/ -b
Your newly compiled Oscam is now active.
You can manage it through its web interface:
http://ip_of_your_raspberry:8888
Login: oscam
password: oscam
Remarks:
- For the specific configuration of Oscam, I suggest you watch the other tutorials in this forum.
- If you débuttez in Oscam it is best to run it without the-b option to stop it more easily.
- To kill Oscam once it is started with the-b option to:
Code source 1 sudo killall -9 oscam
Tutorialul, nu-mi apartinere. Este adunat de pe web si tradus din limba franceza. Sper sa va fie util.
Succesuri!
ma gandesc ca prin suportul linux ar putea deveni un reciever in toata regula folosind tunere dvb-c sau dvb-s pe usb. singura problema e ca acestea costa mai mult decat el
acum, daca te gandesti sa faci un receptor satelit, se pare ca exista posibilitatea de a instala si combinatia XBMC + VDR si OScam cu DVBAPI. eu am oarecare rezerve privind combinatia asta, privind resursele microPC-ului. sunt de acord vis-a-vis de costurile tunerelor USB, cat si despre rezultate (performante). as merge pe varianta receptor linux "din fabrica", desi imi face placere sa experimentez tot felul de traznai! eu sunt in posesia unui tuner tv pe USB, de la Avermedia ce nu are suport pentru linux. asa ca, tocmai s-au terminat experimentele. daca-mi pica in mana un tuner USB (indiferent de standard), cu suport linux, promit sa-l pun la treaba!
p.s. sunt la teste cu o categorie de dispozitive, destul de importanta in configuratia viitoare a microPC-ului: hub-urile USB. cu sau fara alimentare.
apropos de alimentare, tineti cont de consumul dispozitivelor conectate pe porturile USB! sistemul rezerva (hardware!) 200mA pentru ambele porturi USB! conectarea consumatorilor "energofagi', duce la comportament instabil!
succesuri!