- Alamat FTP website anda
- Jika URL adalah domain-anda.com
- ftp Username + Password
Jalankan FTP Manager Filezilla
dari bagian atas kiri windows filezilla klik File kemudian Site Manager
Saturday, April 16, 2011
[ Setting FileZilla Manager ]
Jalankan FTP Manager Filezilla
dari bagian atas kiri windows filezilla klik File kemudian Site Manager
Thursday, April 14, 2011
[ Wabah Ulat Bulu, Ternyata Sangat Berbahaya! ]
Racun pada ulat bulu yang paling menakutkan ditemukan pada genus Lonomia yang hidup di Amerika Selatan. Ini merupakan antikoagulan yang sangat kuat sehingga menyebabkan pendarahan pada manusia, bahkan hingga meninggal.
[ Pesawat Tempur AS Dikemudikan Pakai Mouse ]
VIVAnews - Umumnya, untuk menerbangkan pesawat militer berteknologi terkini, para penerbang harus memiliki kemampuan dan pengetahuan khusus yang tinggi agar dapat memaksimalkan seluruh kemampuan pesawat tempur yang ia tunggangi.Belakangan, sistem tak berawak telah membebaskan pilot dari kewajiban mengendarai pesawat dan melakukan misi tempur berbahaya walau pilot dengan kemampuan tertentu tetap harus berada di kemudi, meski dari jarak jauh.
Namun itu akan segera berakhir. Sistem pesawat tempur eksperimen yang sedang dikembangkan angkatan laut AS bersama Northrop Grumman yakni X-47B tidak akan dikemudikan oleh pilot dari jarak jauh. Ia hampir seluruhnya diterbangkan secara otomatis.
Monday, April 11, 2011
[ Domain mapping redirect WordPress trick ]
Sebelum kita mulai menawarkan upgrade Situs Redirect, pengalihan biasanya dicapai dengan menggunakan trik domain pemetaan semi-rumit. Meskipun upgrade Offsite Redirect adalah cara, termudah tercepat untuk mengarahkan blog Anda, lalu lintas, berikut adalah petunjuk untuk cara lama.
Disini WordPress menjaga mereka di sini sebagai referensi bagi pengguna yang sudah menggunakan metode ini dan membutuhkan bantuan mengingat perubahan apa yang mereka buat.
Jika Anda mengarahkan ke URL top-level domain (mydomain.com misalnya):
Disini WordPress menjaga mereka di sini sebagai referensi bagi pengguna yang sudah menggunakan metode ini dan membutuhkan bantuan mengingat perubahan apa yang mereka buat.
Jika Anda mengarahkan ke URL top-level domain (mydomain.com misalnya):
[ Domain Mapping WordPress ]
Di WordPress.com, Anda bisa menggunakan domain kustom untuk blog Anda, seperti domain.com, bukan alamat default Anda dapatkan ketika anda mendaftar, seperti domain.wordpress.com. Hal ini disebut Domain Mapping/Pemetan, dan itu dibayar upgrade:
- Mendaftarkan domain melalui WordPress.com dan pemetaan bahwa domain dengan biaya blog Anda $ 17,00 per domain, per blog, per tahun. Untuk $ 8,00 lebih, Anda juga dapat membuat pendaftaran domain pribadi.
- Mendaftarkan domain melalui WordPress.com dan pemetaan bahwa domain dengan biaya blog Anda $ 17,00 per domain, per blog, per tahun. Untuk $ 8,00 lebih, Anda juga dapat membuat pendaftaran domain pribadi.
Thursday, April 07, 2011
Security Features of Internet Connection Sharing
ICS uses Network Address Translation (NAT) technology to route TCP/IP packets between two networks. ICS connects an internal network (usually a small home local area network) and an external network (usually the Internet). ICS associates a TCP/UDP port number to a specific Internet Protocol (IP) address on the internal network. The port number associated to the IP address is recorded in a table.
For example, the IP address for the ICS internal adapter is 192.168.0.1, and the the external ICS adapter has an IP address of 156.59.23.100, which is assigned by the Internet service provider (ISP). The client sends a TCP/IP packet to a Web page at 131.125.13.1 on the Internet at port 80. The packet contains the following information:
Destination IP address= 131.125.13.1 (address of the Internet destination)
Source IP address= 192.168.0.2
Destination port= 80
Source port= 2000 (Set by program)
Because 131.125.13.1 is not local to the 192.168.0.x address range, the packet goes to the ICS computer acting as the default gateway. The ICS computer generates a new packet to send to the Web page at 131.125.13.1. The packet contains the following information:
Destination IP address= 131.125.13.1
The Lincoln Lawyer: A Novel
Source IP address= 156.59.23.100 (This is an IP address assigned to the ICS external adapter by the ISP)
Destination port= 80
Source port= 3000
Notice that the values for the source IP address and the source port have changed. In other words, port 3000 is mapped to IP address 192.168.0.2 until the connection is closed. The port mapping is recorded in a table. After the Web page responds, the ICS computer receives a packet containing the following information:
Destination IP address= 156.59.23.100
Source IP address= 131.125.13.1
Destination port= 3000
Source port= 80
The ICS computer then translates the packet and delivers a new packet to the client IP address of 192.168.0.2 where the initial packet originated. ICS detects that port 3000 is assigned to the IP address because the information is recorded in the port mapping table. The packet sent to the client contains the following information:
Destination IP address= 192.168.0.2
Source IP address= 131.125.13.1
Destination port= 2000
Source port= 80
Notice that the destination port and IP address have changed to the IP address and the port number used by the client where the packet originated. Because of this translation process, the Internet detects the local area network (all clients) behind the ICS computer (including the ICS computer) as one IP address.
The Lincoln Lawyer: A Novel
There are only two ways a packet from the Internet can reach a client behind an ICS computer:
The ICS computer translates an incoming packet and sends a new packet based on the translation table to the client computer. A client must send a packet first (thus, establishing a port mapping) before it can receive a packet from the Internet through an ICS computer.
The ICS computer is configured to direct all incoming traffic on a specific port to a specific client computer. This method requires changing the default configuration. For additional information, please click the article number below to view the article in the Microsoft Knowledge Base:
231162 How to Map a Port in ICS Using an .inf File
For additional information on Network Address Translation, please see RFC 1631.
On the ICS computer, ports 1-1024 are not specifically blocked, with the exception of TCP port 135 and UDP port 139. Blocking these ports prevents File and Printer Sharing requests (SMB requests) from functioning on the external adapter. This affects incoming and outgoing TCP/IP packets on the ICS computer in the following ways:
Any packet sent by the ICS computer or received from the Internet using a port greater than 1024 requires translation just as any other client computer behind the ICS computer. For example, a packet originating from the ICS computer and the corresponding response packet on port 5000 need to go through the translation process described earlier in this article.
Any packet sent by the ICS computer or received from the Internet using port 1024 or less is sent directly to the Internet or to the program on the ICS computer without being translated. For example, when you open the home page on an ICS computer, a packet is sent on port 80 and goes directly to the Internet without being translated. In addition, a packet received by the ICS computer on port 80 is sent directly to the program on the ICS computer that is actively listening to port 80 (for example, a Web server). For the ICS computer to respond directly to a request on port 1024 or less, a program must be listening for packets on the same port as the request. By default, the ICS computer does not respond to server message block (SMB) requests on ports 135 and 139 because they are blocked.
ICS does not unbind File and Printer Sharing from the external adapter on the ICS computer. Dial-Up Networking (DUN) unbinds File and Printer Sharing from the dial-up adapter where Ethernet adapters (for DSL and cable-modem connections) do not unbind File and Printer Sharing by default. Ports 135 and 139 on the ICS computer are blocked by default on the external adapter to prevent remote computers on the Internet from gaining access to shares and printers on the local network. Blocking these ports does not affect the ICS computer's ability to share files and printers to other computers on the local area network (LAN). Unblocking these ports exposes the local network printers and shares to the Internet and is not recommended.
Source : http://support.microsoft.com/kb/241570
For example, the IP address for the ICS internal adapter is 192.168.0.1, and the the external ICS adapter has an IP address of 156.59.23.100, which is assigned by the Internet service provider (ISP). The client sends a TCP/IP packet to a Web page at 131.125.13.1 on the Internet at port 80. The packet contains the following information:
Destination IP address= 131.125.13.1 (address of the Internet destination)
Source IP address= 192.168.0.2
Destination port= 80
Source port= 2000 (Set by program)
Because 131.125.13.1 is not local to the 192.168.0.x address range, the packet goes to the ICS computer acting as the default gateway. The ICS computer generates a new packet to send to the Web page at 131.125.13.1. The packet contains the following information:
Destination IP address= 131.125.13.1
The Lincoln Lawyer: A Novel
Source IP address= 156.59.23.100 (This is an IP address assigned to the ICS external adapter by the ISP)
Destination port= 80
Source port= 3000
Notice that the values for the source IP address and the source port have changed. In other words, port 3000 is mapped to IP address 192.168.0.2 until the connection is closed. The port mapping is recorded in a table. After the Web page responds, the ICS computer receives a packet containing the following information:
Destination IP address= 156.59.23.100
Source IP address= 131.125.13.1
Destination port= 3000
Source port= 80
The ICS computer then translates the packet and delivers a new packet to the client IP address of 192.168.0.2 where the initial packet originated. ICS detects that port 3000 is assigned to the IP address because the information is recorded in the port mapping table. The packet sent to the client contains the following information:
Destination IP address= 192.168.0.2
Source IP address= 131.125.13.1
Destination port= 2000
Source port= 80
Notice that the destination port and IP address have changed to the IP address and the port number used by the client where the packet originated. Because of this translation process, the Internet detects the local area network (all clients) behind the ICS computer (including the ICS computer) as one IP address.
The Lincoln Lawyer: A Novel
There are only two ways a packet from the Internet can reach a client behind an ICS computer:
The ICS computer translates an incoming packet and sends a new packet based on the translation table to the client computer. A client must send a packet first (thus, establishing a port mapping) before it can receive a packet from the Internet through an ICS computer.
The ICS computer is configured to direct all incoming traffic on a specific port to a specific client computer. This method requires changing the default configuration. For additional information, please click the article number below to view the article in the Microsoft Knowledge Base:
231162 How to Map a Port in ICS Using an .inf File
For additional information on Network Address Translation, please see RFC 1631.
On the ICS computer, ports 1-1024 are not specifically blocked, with the exception of TCP port 135 and UDP port 139. Blocking these ports prevents File and Printer Sharing requests (SMB requests) from functioning on the external adapter. This affects incoming and outgoing TCP/IP packets on the ICS computer in the following ways:
Any packet sent by the ICS computer or received from the Internet using a port greater than 1024 requires translation just as any other client computer behind the ICS computer. For example, a packet originating from the ICS computer and the corresponding response packet on port 5000 need to go through the translation process described earlier in this article.
Any packet sent by the ICS computer or received from the Internet using port 1024 or less is sent directly to the Internet or to the program on the ICS computer without being translated. For example, when you open the home page on an ICS computer, a packet is sent on port 80 and goes directly to the Internet without being translated. In addition, a packet received by the ICS computer on port 80 is sent directly to the program on the ICS computer that is actively listening to port 80 (for example, a Web server). For the ICS computer to respond directly to a request on port 1024 or less, a program must be listening for packets on the same port as the request. By default, the ICS computer does not respond to server message block (SMB) requests on ports 135 and 139 because they are blocked.
ICS does not unbind File and Printer Sharing from the external adapter on the ICS computer. Dial-Up Networking (DUN) unbinds File and Printer Sharing from the dial-up adapter where Ethernet adapters (for DSL and cable-modem connections) do not unbind File and Printer Sharing by default. Ports 135 and 139 on the ICS computer are blocked by default on the external adapter to prevent remote computers on the Internet from gaining access to shares and printers on the local network. Blocking these ports does not affect the ICS computer's ability to share files and printers to other computers on the local area network (LAN). Unblocking these ports exposes the local network printers and shares to the Internet and is not recommended.
Source : http://support.microsoft.com/kb/241570
Tuesday, April 05, 2011
[ AKICK list for #poolside ]
-ChanServ- 1 - God*!*@*
-ChanServ- 2 - *:*!*@athedsl-326652.home.otenet.gr
-ChanServ- 3 - *!*@114.79.5.180
-ChanServ- 4 - erryka*!*@*
-ChanServ- 5 - *!*erryka@*.wateen.net
-ChanServ- 6 - *!*@114.199.104.*
-ChanServ- 7 - *!*@174.143.171.*
-ChanServ- 2 - *:*!*@athedsl-326652.home.otenet.gr
-ChanServ- 3 - *!*@114.79.5.180
-ChanServ- 4 - erryka*!*@*
-ChanServ- 5 - *!*erryka@*.wateen.net
-ChanServ- 6 - *!*@114.199.104.*
-ChanServ- 7 - *!*@174.143.171.*
Saturday, April 02, 2011
[Polisi curigai Citibank punya ruang "PENYIKSAAN" nasabah]
kabarbisnis.com: Kasus meninggalnya nasabah Citibank, Irzen Octa, setelah diinterogasi oleh debt collector bank tersebut menimbulkan kecurigaan tersendiri bagi polisi. Korps baju cokelat itu mencurigai sebuah ruangan di kantor Citibank di Menara Jamsostek, Jakarta yang diduga sebagai tempat khusus untuk menekan nasabah bermasalah, baik secara psikis bahkan fisik. Ruangan yang disebut ruang Cleo itu kini tengah diusut setelah Irzen Octa meninggal pascamasuk ke ruang tersebut untuk menyelesaikan masalah tunggakan kartu kreditnya.
[PKL / Pertolongan Komputer Lelet]
1. Virus
Beberapa hal yang sering dilakukan virus yang dapat memperlambat kinerja komputer adalah meletakkan file-file execution dan menjalankannya tanpa sepengetahuan kita. Proses yang dilakukan oleh file-file virus ini tentu saja memakan resources CPU dan memory. Banyak jenis virus yang membuat duplikat dari sebagian atau bahkan seluruh file kita, sehingga menyebabkan hardisk kita penuh sesak. Hal ini akan menghambat proses reading dan writing pada hardisk. Padahal, setiap kita mengeksekusi komputer kita, selalu terjadi proses reading data dari hardisk.
Beberapa hal yang sering dilakukan virus yang dapat memperlambat kinerja komputer adalah meletakkan file-file execution dan menjalankannya tanpa sepengetahuan kita. Proses yang dilakukan oleh file-file virus ini tentu saja memakan resources CPU dan memory. Banyak jenis virus yang membuat duplikat dari sebagian atau bahkan seluruh file kita, sehingga menyebabkan hardisk kita penuh sesak. Hal ini akan menghambat proses reading dan writing pada hardisk. Padahal, setiap kita mengeksekusi komputer kita, selalu terjadi proses reading data dari hardisk.
Friday, April 01, 2011
[India hadang Domain Porno .xxx]
India adalah salah satu negara yang ikut menolak kehadiran domain .xxx. Mengambil langkah lebih jauh, negeri Taj Mahal itu menyatakan bakal menghadang peredaran domain khusus konten porno itu jika sudah digunakan.
Seperti diketahui, pertengahan Maret 2011, Internet Corporation for Assigned Names and Numbers (ICANN) baru saja merestui .xxx sebagai domain yang menampung semua konten berbau porno. Tak ayal, keputusan ini menimbulkan pro dan kontra di berbagai negara.
Seperti diketahui, pertengahan Maret 2011, Internet Corporation for Assigned Names and Numbers (ICANN) baru saja merestui .xxx sebagai domain yang menampung semua konten berbau porno. Tak ayal, keputusan ini menimbulkan pro dan kontra di berbagai negara.
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