aelius

e rfid, si da, se poate. Deci, idee de business: Portofele cu insertie de folie de aluminiu )

Da. Defapt nici nu e 15 %. E vreo 6 % (depinde de numarul lor)

Acela era un comentariu pertinent venit in urma unei intrebari de rahat. Mai mult, are o tenta umoristica As propune ca toate intrebarile de genul: - Cum dau flood la X site ? - Cum sparg site-ul Y ? - Cum instalez psybnc/emech/bot ? - Am un root eth0 uid0 cum instalez scanner pe el ? - Cum sparg parola de la email-ul prietenei ? Sa primeasca raspunsuri de genul: - Mergi inapoi de unde ai venit, onanistule. - Nu spargi nimic, trebuie sa inveti sa faci lucruri nu sa le distrugi - Crezi ca daca utilizezi un tool facut de altul, asta te face si pe tine un hacker ? Ma intreb ce vei face cu serverele sparte. - Daca prietena te insala, o face si cu tine de mana, nu e nevoie sa-i citesti email-urile. PS: Chestiile din tutorial sunt mai vechi decat Ice Felix. Ce sa spun in rest, multumim si pentru asta (intentia conteaza)

Ia la taica un ban, tot asa, neimpozabil;

Ceri un hint si te ajutam daca e nevoie.

Salut, Sigur ca se poate. Iti este necesar un calculator care va fi utilizat pe post de server. Acesta va avea linux instalat iar ca aplicatii (daemoni), urmatoarele: - Postfix (care iti va oferi serviciul SMTP) - Dovecot (care iti va oferi serviciile IMAP/POP3 cat si autentificarea in sistemul local de email) - Fetchmail (care iti va descarca mesajele remote aflate pe gmail) - PHP + Apache daca iti este necesar un webmail - MySQL daca se doreste virtualizare pentru mail server sau mai multe preferinte Cum va lucra tot sistemul ? 1. Fetchmail va descarca mesajele de pe gmail si le va trimite intr-un inbox pe local (sau in mai multe, prin forwarding) 2. Clientii se vor conecta dupa preferinta pe IMAP sau POP3 3. Cand vei trimite email, postfix le va trimite prin gmail (autentificare sasl)

Uitandu-ma la titlul threadului, banuiesc ca era adresat unui grup restrans de persoane. 14/88 a term recognized by white supremists. 14 representing 14 words written by David Lane, "We must secure the existance of our people and a future for white children." 88 representing David Lane's 88 precepts, or sometimes the eighth letter in the alphabet (H), to represent Heil Hitler.

Stoyan Naydenov: How the f*ck do you make 270 000 likes in 23 hours??!?! Ce-i roade invidia )

Mie nu-mi e clar unde ai gasit "MacBook Pro Air". E 2 in 1 ca sucu de la dozator ? In plus, la MacBook tine bateria +8 ore. Nici nu ai nevoie de incarcator la munca.

Un articol vechi dar interesant ------------------------------- Monitoring Inmarsat We had an Amstrad R5000 receiver but decided not to use it for the time being. The AFN signal on 1537 MHz is an ideal source for adjusting the antenna. We did that in combination with a slightly antique SCPC receiver from the US. A 90 DM ($75 USD) investment at a flea market which we had adapted over the weekend so we could use it as an Inmarsat compatible receiver. We also found another really antique Amstrad receiver somewhere and that's where we took the tuner from, because our SCPC receiver could not process signals higher than 1450 MHz. When will Americans ever realize that today's satellite communication works with an IF up to 2150? Anyway, even our Amstrad tuner stopped at 1750 MHz, but that wasn't a problem since Inmarsat transmits between 1525 and 1548 MHz. Finally we also had to get rid of the useless 110 kHz filter in exchange for a 20 kHz (for AFN) and a 12 kHz (for all other data) filter. Monday brought moment of truth - would our do-it-yourself version of an SCPC receiver really work? On the ground we had a small portable 60cm antenna and on the roof a professional 1 m dish. You guessed it, climbing up to the roof with all our gear was more than we could handle after a lazy weekend, so we equipped the 60 cm dish with the Koeditz antenna and cautiously started to move the unit in order to detect first Inmarsat signals. But caution was not in place because even after a very basic adjustment we could hear AFN Radio. And it got better by the minute. When a look at our spectrum analyser revealed that there was a signal at 1690 MHz we were quite puzzled. It was a very weak signal, but clearly above the general noise level. We tried out the signal on our receiver and voila: good old Meteosat came in at 1691 MHz. Obviously we hadn't mounted the antenna too exactly so that we could receive signals from both Inmarsat and Meteosat - albeit with less then perfect strength. We kept on improving the alignment and ended up with a combination of L-band feed and antenna that was probably the world's only multi-feed system for Inmarsat and Meteosat. Just imagine that these two birds have a 15 degree gap between them! Politicians Inmarsat features a few busy frequencies for analogue voice communication in the Inmarsat A mode. Most publications argue that only communications originating from a landline and going to an Inmarsat terminal can be intercepted. This is not true, and below 1535 MHz it is exactly the other way around. If a DTFM decoder is connected even the dialled landline number is shown on the display. One of the busiest frequencies to be found is 1534.350 MHz for 'ship-to-shore' communication, with 1535.325 MHz being used for'shoreto-ship' transmissions. We tested our converted SCPC receiver with the first frequency and were delighted to have a clear sound with a low noise level. Within a short time we monitored numerous calls, having to cope with a language mix similar to that at Heathrow Airport. Most Inmarsat users apparently didn't mind phone rates between four and five US$. To get to some really worthwhile calls we used Inmarsat-3 F2 at 15.5°W, a satellite that covers the Eastern Atlantic Region including all of Europe, the Arabic countries, Africa and the East coast of the United States. This is the satellite that is most frequently used for experiments so we really only listened to calls that seemed to be about important topics. We didn't hunt after private calls, because even after all those years this always feels like peeping in. Calls in your own mother tongue are most easily detected, of course. On this Monday we discovered a female voice talking with her boss who was obviously en route to country X. They were discussing the results of a local election, and since our DTMF decoder made the phone number available to us we quickly checked that with our telephone book on CD ROM and were able to verify the authenticity of the two partners in the conversation. The election results basically forced the strongest party to enter a coalition with one of the two remaining parties which were both grossly unpopular. Officially no one knew which party was to be selected, but off the records the results of the internal discussions were already determined - thanks to Inmarsat. None of the two parties, however, knew anything about it. local politicians, party headquarters, journalists and hundreds of other important people would have given a lot to have that information. On the other hand, had they been able to follow all the secret Inmarsat talks they would also know a lot more about how the strongest party felt about them, and how they were planning to treat them once the party would form the next government. Secret Talks... If you think that secret talks via Inmarsat are rare events, then think again. Many politicians rely on the outdated Inmarsat-A system, without realising how potentially disastrous secret information can become. One would imagine that their horrific experiences with the leaking analogue mobile telephones which used to get them into troubles have taught them a lesson or two. Today they avoid GSM technology (which also isn't foolproof anymore) while being fooled by catchy Inmarsat slogans like "secure connections". What is meant by that is the quality of the connection and by no means the privacy of information. One should almost feel empathy with certain secret services whose agents still cut out newspaper articles on which to base strategies instead of teaching politicians how to keep their mobile communications private. Pirates Pirates are the heroes of age-old adventure stories, but most of us forget that whole regions still depend on modern pirates. The coast around Malacca in Malaysia is such a spot, together with the Bay of Thailand and the Southern Chinese Sea. In South America the coast of Northern Brazil is another centre of pirate activity. On average every other day sees an attack, and whenever pirates strike they leave good manners at home. Typically all people on board of a ship are killed, unless they manage to escape with a rescue boat. Most pirates know in advance if the ship and its cargo is worth an attack, because they use state of the art equipment to monitor Inmarsat communications and even fax transmissions listing every single cargo item. Quite a substantial portion of Inmarsat reception units that are being sold in Germany or the United States are channelled to those regions where they are of invaluable service to modern age pirates. French journalist Eric Paquier managed to interview one pirate recently and when asked what pirates do with their victims he got the following response: 'We hang them upside down on one of the masts, then burn them alive and later eat their ears for dessert." But the pirates are not the only ones relying in Inmarsat. The International Maritime Bureau (IMB) monitors the distress band between 1544 and 1545 MHz to identify vicious attacks and to localise the exact position of an attack. If they manage to do that they then forward their information to one of the police authorities in the region and to ships within the potential danger zone. The IMB has monitoring stations in Kuala Lumpur for the South East Asian region and in Recife for the Brazilian coast. In most instances, however, the pirates are much quicker than local police, so that by the time law enforcement units reach the site the pirates have completed their attack and have left with all valuables. With good equipment and a good deal of patience emergency signals of threatened ships can even be received in Europe which is covered by three Inmarsat satellites. Positioned at 64° East Inmarsat-3 F1 covers the Indian Ocean. Inmarsat-3 F2 (15.5° West) controls the Eastern Atlantic Region while the 3 - (54° West) is in charge of the Western Atlantic region. Finally there is Inmarsat- F3 (1 78° East) whose footprint extends over the Pacific region. With the right receiver for the L-band and with a serial data port there is computer software available enabling the user to monitor a selected frequency range with high reliability. To check the distress band between 1544 and 1545 MHz the author uses an AR5000 in association with HAWK-5000 software. This software not only controls the receiver but also analyses the frequency spectrum of a given frequency range. Underworld To be sure, more than 95% of Inmarsat calls are used for absolutely legitimate purposes: to make calls between maritime, mobile and aeronautic units and landlines. In the past mobile phones have got a bad name due to Mafia bosses using them. After all there was a time when calls originating from a cellular phone were hard to trace and even harder to intercept. Times have changed and today chances are that underworld bigheads travel around with a light briefcase which includes a complete Inmarsat unit. Even two permanent underworld headquarters may decide to communicate via inexpensive Inmarsat-A terminals in order to circumvent the public telephone network. For instance, the author knows the case of a dubious money broker ("don't leave your money in your bank - put it in our secure investment project and enjoy interest of up to 49% per annum") residing on a Southern island who gets the daily figures from his chief money collector. Quote: "Sorry, it's been a real bad day just slightly over 200.000..." The combination of politics and business is another segment that surfaces frequently among the not quite legal activities on Inmarsat. The author of this article is now specifically looking for businesspeople and/or politicians who deliberately break international embargo laws. The AR5000 receiver comes with a built-in DTMF decoder which identifies and display the dialling tones of a telephone. The only disadvantage is that most numbers are fairly long and thus the first digits disappear when the display becomes too small for the whole number to be shown. In most cases, however, the first two digits are "00", the access code for international calls in many countries. With the right software, however, all this isn't a problem anymore. The receiver delivers the complete number to the PC which in turn displays, modifies or stores it. In addition to that, individual number sequences can be preprogrammed so that the PC issues a 'warning' whenever such a sequence of pre-set numbers is dialled via Inmarsat, It's a simple program, but very effective. We set the following numbers on our PC: 00964 for Iraq and 00218 for Libya. Both countries are subject to strict international trade embargoes. We set the numbers and chose 1534.350 MHz as our background frequency. During the night from Monday to Tuesday all we received was a call from a poor oil worker who announced the divorce from his wife on Inmarsat, plus many conversations about spare parts for a variety of cars. Not exactly the kind of stuff James Bond would be interested in. Our PC issued two alarms, but both calls were normal 'ship-to-shore' calls. Thursday, 4pm: another alarm from our PC! "009641xxxxxx", a male voice answers. The call originated from an A terminal, the language is English but with a strong accent which could be German. Luckily one side has their external speaker on so that both persons came in clear and sharp. The location of the caller with the A terminal could not be identified, but judging form the background voices it could have been Luxembourg. The caller asked to speak to Mr. Shamari (phonetic transcription) and his call was forwarded right away. The conversation was about electronics components and the possibility of assembling them in Iraq. Assembly was said to be rather easy and could be performed by untrained personnel. Next, the route of transportation was discussed - apparently the package was to be sent from the originating country to Iraq via at least two or three other countries in order to disguise the exact trace. Mr. Shamari then came back to the final assembly of the components and argued that it would best if it was performed in one of his departments, pending approval by Mr. Kartan (phonetic transcription). The conversation ended with the agreement to have another telephone conversation the following Monday. Both the type of conversation and the complicated delivery method for just 52 kg of electronic compon got us suspicious right away. But what could we do only one telephone number and two with possibly incorrect - names? How could we find somebody who knew Iraq from inside? There is a Technical University close to where we live and usually students from many nations live and work together on university campuses. It didn't take us long to find an Iraqi student, even though his family hadn't been to Iraq for years. Still, he was able to help us by referring us to the Iraqi opposition Iraqi National Congress INC" which has contact offices in many big cities. Believe it of not, they recognised our telephone number right away. The number belongs to an organisation called "Mukhabarat" and according to an INC speaker it is a kind of internal security service. The office with our number is in the Baghdad suburb of Zeyounna and the man we overheard on the phone could be a Mr. M. Y. AI Shammari who is assistant to the director of the D4 department. The D4 surveys politicians within Iraq, members of embassies and party members. The boss of the department is a person by the narne of General-Major A. Aziz AI Qurtan. Could this be man we identified as Mr. Kartan? Suddenly everything seemed to add up and the story started to make sense. The following Monday we set up our equipment again in order to identify the call that had been arranged the week before. However, we weren't as lucky as before. The busy frequencies, the large frequency range and the lack of an exact time when this call would be made all contributed to the failure of our search. And this is why this article has to end right here, rather abruptly. Source: Monitoring Inmarsat...

Interesanta chestia. Deci vine cam asa: - Atacatorul vrea sa dea ddos la 172.16.0.22 port 80 (unde ruleaza un server web) - Face un tool cu ajutorul caruia altereaza pachetele (raw) si le trimite catre servere SNMP ca cereri (spoofed, sa apara ca fiind de la 172.16.0.22 src port 80) - Serverele cu SNMP vor da raspuns catre 172.16.0.22 port 80 si se va produce aglomerare (socket exhaustion, probabil si utilizare mare de banda) Chestia e ca nu sunt atat de multe echipamente sau servere cu SNMP deschis catre public. Acesta este de regula restrictionat pe subnet. Parerea mea e ca si companiile astea fac valva mare prin comunicate de presa pentru a determina oamenii sa le cumpere serviciile. In plus, nu vad de ce nu server http nu ar returna 403 unui request ce nu face parte din http req methods.

E bisnitar

Multumim @bubbles saitekxcz - ban permanent

Nu am facut si nu fac exchange-uri pe forum. Defapt nu fac niciun fel de exchange undeva. @bubbles un print screen ceva cand ti-a zis ? Merci

Baaa, sunt studenti aici care nu au bani sa-si cumpere un corn la scoala si voi vindeti bani pe RST Market. Bani ba, bani, futu-va sfintenia sufletelor adormite de labagii notorii si de tepari. Va dau eu ban la toti care umblati cu manarii aici.

@BkDani Ce zici de ce spune omul asta mai sus ? Cat de curand o sa interzicem si deal-urile cu bani de la RST Market. Nu stie nimeni de provenienta lor si sunt prea multe tepe.

(09:47:07) em: ba aelius (09:47:10) em: esti nebun (09:47:10) em: coaie (09:47:15) em: https://rstforums.com/forum/8489?5-ce-fel-de-criptare-e.rst (09:47:19) Usr6: o dat em de slujba (09:47:26) em: doamne (09:47:27) Usr6: ) (09:47:29) em: turbam (09:47:34) em: incepusem sa inchid taburi (09:47:37) em: era sa mai inchid calculatorul (09:47:40) gio33: hahahahahahahahahhAHAHAHAHAHA

Sa-ti ajute domnul cu afacerea

La orice laptop sau pc merge asta. Apesi F8 imediat dupa bios si selectezi ce anume doresti sa bootezi. Colegul nostru, Sithalkes, ti-a dat o idee mai buna. Poti instala windows iar pe windows sa ai VirtualBox sau vmware. In felul ala rulezi in acelasi timp si windows si linux sau ce vrei. Avantaje ale utilizarii unei solutii de virtualizare: - Poti face snapshot la masina virtuala (backup), inainte de a te apuca sa faci ceva. In felul asta, daca ceva se strica, doar dai restore la snapshot si se face la loc. Nu mai pierzi timpul cu reinstalari si astea. - Poti rula mai multe sisteme de operare odata. - Poti migra o masina virtuala de pe laptop pe desktop in careva minute daca ai nevoie. - Poti descarca de pe net diverse 'template-uri' de la orice distributie de linux gata utilata (cu apache, dns, mysql, oracle, postgresql, etc ..) - Poti face o retea - Poti testa un load balancing intre doua sau mai multe masini virtuale. ...........

Nu e buna nene, nu mai cautati cai verzi pe pereti.

Arp flux apare in urmatorul scenariu: Avem o masina cu linux conectata in acelasi switch (acelasi subnet) iar pe aceasta masina avem doua placi de retea Exemplu: eth0 - Adresa MAC: ac:22:0b:79:90:62 eth1 - Adresa MAC: ac:22:0b:74:91:82 * Ambele link-uri sunt conectate in acelasi switch / router Problemele apar pe Layer 2 si produc "confuzie" in echipamente. (cred ca sunt specificate in rfc1122). Din pacate nu am testat multipath pe linux si nu am idee daca apar probleme de genul (nu m-am lovit de asa ceva pana acum) In orice caz, ar trebui sa poti rezolva problemele de genul modificand parametrii *arp_filter* root@pluto:~# sysctl -a |grep arp_filter net.ipv4.conf.all.arp_filter = 0 net.ipv4.conf.default.arp_filter = 0 net.ipv4.conf.lo.arp_filter = 0 net.ipv4.conf.eth0.arp_filter = 0 // edit: O chestie la obiect este aici: http://robertlathanh.com/2009/08/two-subnetworks-on-one-lan-and-linux-arp_filter/

Default, pe Debian este incarcat driverul r8169 pentru placa de retea gigabit RTL8111/8168B. Acest driver cauzeaza probleme atunci cand este utilizata reteaua mai intensiv si pur si simplu serverele raman fara conectivitate. M-am lovit de aceasta problema pe un server si ma gandeam ca poate mai sunt si altii cu probleme similare. Mesajele ce-mi apareau la dmesg: May 16 17:20:29 pluto kernel: [5181569.245544] r8169 0000:03:00.0: eth0: link up May 16 17:20:29 pluto kernel: [5181569.277454] r8169 0000:03:00.0: eth0: link up May 16 17:20:29 pluto kernel: [5181569.309397] r8169 0000:03:00.0: eth0: link up May 16 17:20:29 pluto kernel: [5181569.345307] r8169 0000:03:00.0: eth0: link up May 16 17:20:29 pluto kernel: [5181569.377225] r8169 0000:03:00.0: eth0: link up May 16 17:20:38 pluto kernel: [5181578.049170] net_ratelimit: 82 callbacks suppressed May 16 17:20:38 pluto kernel: [5181578.049180] r8169 0000:03:00.0: eth0: link up May 16 17:20:42 pluto kernel: [5181582.319281] r8169 0000:03:00.0: eth0: link up May 16 17:20:45 pluto kernel: [5181585.675493] r8169 0000:03:00.0: eth0: link up Aici am vazut ce driver este incarcat: root@pluto:~# [B]lsmod | grep r816[/B] r8169 47008 0 mii 12675 1 r8169 Aici am listat dispozitivele PCI. Se poate vedea modelul placii de retea. root@pluto:~# [B]lspci |grep Ether[/B] 03:00.0 Ethernet controller: Realtek Semiconductor Co., Ltd. RTL8111/8168B PCI Express Gigabit Ethernet controller (rev 0c) Cum rezolvati aceasta problema: root@pluto:~# [B]apt-get install devscripts build-essential[/B] root@pluto:~# [B]dget -u http://ftp.us.debian.org/debian/pool/main/r/r8168/r8168_8.038.00-1.dsc[/B] dget: retrieving http://ftp.us.debian.org/debian/pool/main/r/r8168/r8168_8.038.00-1.dsc % Total % Received % Xferd Average Speed Time Time Time Current Dload Upload Total Spent Left Speed 100 1891 100 1891 0 0 7018 0 --:--:-- --:--:-- --:--:-- 13802 dget: retrieving http://ftp.us.debian.org/debian/pool/main/r/r8168/r8168_8.038.00.orig.tar.bz2 % Total % Received % Xferd Average Speed Time Time Time Current Dload Upload Total Spent Left Speed 100 74460 100 74460 0 0 67319 0 0:00:01 0:00:01 --:--:-- 76762 dget: retrieving http://ftp.us.debian.org/debian/pool/main/r/r8168/r8168_8.038.00-1.debian.tar.xz % Total % Received % Xferd Average Speed Time Time Time Current Dload Upload Total Spent Left Speed 100 4052 100 4052 0 0 14169 0 --:--:-- --:--:-- --:--:-- 26141 dpkg-source: info: extracting r8168 in r8168-8.038.00 dpkg-source: info: unpacking r8168_8.038.00.orig.tar.bz2 dpkg-source: info: unpacking r8168_8.038.00-1.debian.tar.xz root@pluto:~# [B]cd r8168-8.038.00[/B] root@pluto:~/r8168-8.038.00# [B]apt-get install dkms[/B] Reading package lists... Done Building dependency tree Reading state information... Done The following package was automatically installed and is no longer required: libtommath0 Use 'apt-get autoremove' to remove it. The following extra packages will be installed: cpp-4.6 gcc-4.6 gcc-4.6-base linux-headers-3.2.0-4-amd64 linux-headers-3.2.0-4-common linux-headers-amd64 linux-kbuild-3.2 menu Suggested packages: gcc-4.6-locales gcc-4.6-multilib libmudflap0-4.6-dev gcc-4.6-doc libgcc1-dbg libgomp1-dbg libquadmath0-dbg libmudflap0-dbg binutils-gold menu-l10n gksu kdebase-bin kdebase-runtime ktsuss sux The following NEW packages will be installed: cpp-4.6 dkms gcc-4.6 gcc-4.6-base linux-headers-3.2.0-4-amd64 linux-headers-3.2.0-4-common linux-headers-amd64 linux-kbuild-3.2 menu 0 upgraded, 9 newly installed, 0 to remove and 0 not upgraded. Need to get 17.3 MB of archives. After this operation, 57.5 MB of additional disk space will be used. Do you want to continue [Y/n]? y ................ root@pluto:~/r8168-8.038.00# [B]dpkg-buildpackage -us -uc[/B] ....................... root@pluto:~/r8168-8.038.00# [B]dpkg-buildpackage[/B] root@pluto:~/r8168-8.038.00# [B]cd ..[/B] root@pluto:~# [B]dpkg -i r8168-dkms_8.038.00-1_all.deb[/B] Selecting previously unselected package r8168-dkms. (Reading database ... 73244 files and directories currently installed.) Unpacking r8168-dkms (from r8168-dkms_8.038.00-1_all.deb) ... Setting up r8168-dkms (8.038.00-1) ... Loading new r8168-8.038.00 DKMS files... First Installation: checking all kernels... Building only for 3.2.0-4-amd64 Building initial module for 3.2.0-4-amd64 Done. r8168: Running module version sanity check. - Original module - No original module exists within this kernel - Installation - Installing to /lib/modules/3.2.0-4-amd64/updates/dkms/ depmod...... Backing up initrd.img-3.2.0-4-amd64 to /boot/initrd.img-3.2.0-4-amd64.old-dkms Making new initrd.img-3.2.0-4-amd64 (If next boot fails, revert to initrd.img-3.2.0-4-amd64.old-dkms image) update-initramfs.... DKMS: install completed. Processing triggers for initramfs-tools ... update-initramfs: Generating /boot/initrd.img-3.2.0-4-amd64 Dupa reboot: root@pluto:~# [B]lsmod |grep r81[/B] r8168 248409 0 root@pluto:~# [B]mii-tool[/B] eth0: negotiated 1000baseT-FD flow-control, link ok root@pluto:~# [B]dmesg |grep r81[/B] [ 0.000000] PERCPU: Embedded 28 pages/cpu @ffff88041fa00000 s82944 r8192 d23552 u524288 [ 0.000000] pcpu-alloc: s82944 r8192 d23552 u524288 alloc=1*2097152 [ 0.985972] r8168 Gigabit Ethernet driver 8.038.00-NAPI loaded [ 0.986008] r8168 0000:03:00.0: setting latency timer to 64 [ 0.986060] r8168 0000:03:00.0: irq 41 for MSI/MSI-X [ 1.003034] r8168: This product is covered by one or more of the following patents: US6,570,884, US6,115,776, and US6,327,625. [ 1.003039] r8168 Copyright (C) 2013 Realtek NIC software team <nicfae@realtek.com> [ 18.144111] r8168: eth0: link up root@pluto:~# [B]lspci |grep Ether[/B] 03:00.0 Ethernet controller: Realtek Semiconductor Co., Ltd. RTL8111/8168B PCI Express Gigabit Ethernet controller (rev 0c) root@pluto:~#

Orice distributie de linux poate fi instalata e VirtualBox. Iti recomand debian. Functioneaza foarte bine si este usor de utilizat. Poti arunca o privire si pe aici: http://virtualboxes.org/images/

Nu are nicio treaba 'skills' cu vanzarea. Adica poti sa fi super programator web si sa faci cele mai tari aplicatii. Daca nu stii sa-ti vinzi munca, e inutil. In medie, un programator php este platit cu 15-25 euro / ora. (nu vorbesc de angajat, vorbesc de cei care lucreaza pentru ei) Succesul nu il vad ca pe o sansa. (depinde de situatie)

UP & shits odata la cel putin cateva zile. Toti avem threaduri la RST Market. E vorba de respect. Ai dat quote la un post al tau facut tot astazi ca sa faci reclama la un thread tot al tau. Nu e vorba de rautate, sa nu intelegi gresit.