Install Fedora9 and use wine for drcom access

And sends data to the server at around 18, which is not too difficult to access the Internet in windows. It is just an extra self-starting program, but under Fedora, it was very difficult. This problem was hard for all of us when the drcom plug-in was first applied last year. After good day packet capture analysis

And sends data to the server at around 18, which is not too difficult to access the Internet in windows. It is just an extra self-starting program, but under Fedora, it was very difficult. This problem was hard for all of us when the drcom plug-in was just started to be applied last year. After a good day of packet capture analysis, finally, I found a method to access the Internet under Fedora9. The article has already been published in both cocobear and caoer's blogs. Once again, I only recorded how I used this method in Fedora9 today. It is a backup, this saves you the trouble of searching for their blog every time. I am still slowly downloading my wine rpm package and preparing for surfing the Internet when others install Fedora.

The basic idea is to use wine to simulate windows and directly install windows programs to run the drcom plug-in. First, let's talk about wine:

The latest version of wine is 0.95. You can use a tool in windows in linux. For more information, see the HELP command: $ man wine. Since the rpm package is used for installation, you must check the wine dependency. On the wine official website, you can see the dependencies required by the wine Release versions of linux, the dependency between wine in Fedora is as follows:

Name summary
Wine-capi ISDN support for wine
Wine-cms Color Management for wine
Wine-core wine core package
Wine-devel Wine development environment
Wine-esd ESD sound support for wine
Wine-jack JACK sound support for wine
Wine-ldap LDAP support for wine
Wine-nas sound support for wine
Wine-tools Additional wine tools
Wine-twain Twain support for wine

Among them, wine-jack also needs a dependency: Jack-audio-connection-kit.rpm, while the Jack-audio-connection-kit.rpm also needs libfreebob. so.0.rpm is used as the dependency, which is a bit complex and roughly as follows: libfreebob. so.0.rpm-> Jack-audio-connection-kit.rpm-> wine-jack, all the packages mentioned above can be found on the official website, or on rpmfind.

All the packages have been found, and the rest is to install them under the root. (Update: I installed them one by one with rpm during installation. The relationship is as follows, then install the wine MAIN package, but I just found a good post on the forum, and I will install yum locally.

The parameter is-localinstall.

$ Yum localinstall wine -*

In this way, yum will automatically install all dependencies without the need to install rpm one by one, saving a lot of work.

There is another parameter similar to this one:

$ Yum localupdate wine -*

If a new version of wine is available and you download it locally, you can update wine locally.

After the installation is complete, the wine folder appears in the taskbar. Click wine conf to create a folder in the root directory. in the wine folder, copy the directory of the drcom installation plug-in windows to start it. After it is started, a few files are found, which is found in windows/system32, copy it directly to the windows directory of wine.

The four files are mfc42u. dll, npptools. dll, Packet. dll, and WanPacket. dll. Note the case sensitivity when searching for these four files.

After everything is done, run the cd command directly to the main directory of the plug-in. The General Command is

# Cd. wine/drive_c/Programs Files/pppoe
# Wine ishare_user.exe &

Then, create an xdsl link, enter your account, save it, and activate it. You can also use the name to activate it.

# Ifup net

Author: linuxsir
Source: http://han-long.cn/blog/