The Image Builder (previously called the Image Generator) is a pre-compiled environment suitable for creating custom images without the need for compiling them from source.It downloads pre-compiled packages and integrates them in a single flashable image.
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The Image Builder you download from the OpenWrt pages is already configured to download any non-default packages from official repositories.The package sources are configured in the repositories.conf file in the extracted directory.Sources are specified in opkg native config format.This can be either the official package repositories or custom generated repositories.
Hi Ravi , please I have a question, do you think that the traffic could be applied for a specific website ? for example, the user have 500 Kb/s for the download and 300Kb/s for the upload when he connect to zippyshare.com ( for exple) , and have the full speed when he connect to other websites ?
On a DEB based System.On a older DEB based system, you almost certainly should use gdebi to install any downloaded DEB. It might already be installed, if not, install it first. You can use gdebi at the command line or double click a downloaded package in your file manager. But remember, most important, install first fpc, then fpc-src, then and only then, Lazarus. On more recent deb based systems, the apt command can resolve dependencies, you could then use this command (but note the very important ./ in front of each deb file, if you don't specify the exact location of your downloaded deb file, it will go and get the repository based one) -
Second, download the source tarfile of the desired R version (e.g., R-4.2.0.tar.gz) from CRAN, extract the content to a directory and execute the following command inside that directory to prepare for build:
4. [Ubuntu 21.04] Type sudo apt install openssl sqlite3 libwxgtk3.0-gtk3-0v5 lame libtag1v5 libtagc0 libmp3lame0 libmp3lame-dev libogg-dev libvorbis-dev libsndfile1 libsndfile1-dev libavcodec-extra libavformat58 libcurl4-openssl-dev libmpg123-0 libresample1 libncurses5 libphysfs1 libpcre3 libprotobuf23 libmysqlclient21 libfaac0 libopus0 libloudmouth1-0 libdbus-glib-1-2 libmuparser2v5 libsoxr0 build-essential
[Ubuntu 19.04] Type sudo apt install openssl sqlite3 libwxgtk3.0-0v5 lame libtag1v5 libtagc0 libmp3lame0 libmp3lame-dev libogg-dev libvorbis-dev libsndfile1 libsndfile1-dev libavcodec-extra libavformat58 libcurl4-openssl-dev libmpg123-0 libresample1 libncurses5 libphysfs1 libpcre3 libprotobuf17 libmysqlclient20 libfaac0 libopus0 libloudmouth1-0 libdbus-glib-1-2 libmuparser2v5 libsoxr0 build-essential
[Ubuntu 18.04] Type sudo apt install openssl sqlite3 libwxgtk3.0-0v5 lame libtag1v5 libtagc0 libmp3lame0 libmp3lame-dev libogg-dev libvorbis-dev libsndfile1 libsndfile1-dev libavcodec-extra libavformat57 libcurl4-openssl-dev libmpg123-0 libresample1 libncurses5 libphysfs1 libpcre3 libprotobuf10 libmysqlclient20 libfaac0 libopus0 libloudmouth1-0 libdbus-glib-1-2 libmuparser2v5 libsoxr0 build-essential
[Ubuntu 16.04] Type sudo apt-get install openssl sqlite3 libwxgtk3.0-0v5 lame libtag1v5 libtagc0 libmp3lame0 libmp3lame-dev libogg-dev libvorbis-dev libsndfile1 libsndfile1-dev libavformat-ffmpeg56 libavcodec-ffmpeg56 libcurl4-openssl-dev libmpg123-0 libresample1 libncurses5 libphysfs1 libpcre3 libprotobuf9v5 libmysqlclient18 libfaac0 libopus0 libloudmouth1-0 libdbus-glib-1-2 libmuparser2v5 libsoxr0 build-essential
[Ubuntu 14.10] sudo apt-get install openssl sqlite3 libwxgtk3.0-0 lame libtag1c2a libtagc0 libmp3lame0 libmp3lame-dev libogg-dev libvorbis-dev libsndfile1 libsndfile1-dev libavformat56 libavcodec56 libcurl4-openssl-dev libmpg123-0 libresample1 libncurses5 libphysfs1 libpcre3 libprotobuf8 libmysqlclient18 libfaac0 libopus0 libloudmouth1-0 libdbus-glib-1-2 libmuparser2 libsoxr0
[Ubuntu 14.04] sudo apt-get install openssl sqlite3 libwxgtk3.0-0 lame libtag1c2a libtagc0 libmp3lame0 libmp3lame-dev libogg-dev libvorbis-dev libsndfile1 libsndfile1-dev libavformat54 libavcodec54 libcurl4-openssl-dev libmpg123-0 libresample1 libncurses5 libphysfs1 libpcre3 libprotobuf8 libmysqlclient18 libfaac0 libopus0 libloudmouth1-0 libdbus-glib-1-2 libmuparser2 libsoxr0
The OpenSIPS team has held a webinar, which will guide you through the process of doing a quick installation of OpenSIPS ( downloading sources, compiling, installing, etc ) and OpenSIPS Control Panel ( installing, provisioning users ), and will show you what you have to do in order to get a fully functional platform in a matter of minutes. If you find video tutorials easier that text based ones, please feel free to go to the OpenSIPS Installation Webinar page and download the webinar recording.
There are some OpenSIPS modules which are not compiled by default, since they require external dependencies which may or not come by default on your system. Thus, such modules require your manual attention when downloading & installing from sources. Some examples of such modules are DB_MYSQL ( depends on the mysql devel library ), JSON ( depends on the external JSON parser ), etc.
Begin by verifying you have the prerequisite tools and libraries installed on yourbuild host. These are listed in the next section. You will need to obtain theOpenAFS source code, either by downloading a release tar file, or by checkingout a version from the git repository.
Oracle Solaris Studio can be used to build OpenAFS binaries on thesolaris platform. Solaris Studio is freely available for the solaris and linuxplatforms with a no-cost Oracle Technology Network (OTN) account. For recentversions of Solaris, use the `pkg' command to install Solaris Studio. Follow thepackage installer instructions on the Solaris Studio download page foryour platform type and version. This requires you to create and download a keyand certificate using your OTN account.
Compressed tar files of the source tree are made available for each stable anddevelopment release. The most recent release is located at Archives for releases are located at/afs/openafs.org/software/openafs/ and For example,to download and uncompress version 1.4.14,
The -src archive contains the source code and the -doc archive contains thedocumentation in xml and pod format. Having a separate archive fordocumentation allows people working on documentation to download just the podand xml portions of the project.
It's hard to pin down exactly what computer resources you'll need to run the VM. The minimum is probably around 2 GB of RAM and 30GB of free disk space, but the more of everything you have, the better. In particular, you will have a far more satisfactory experience if your CPU has VT-x (Intel) or AMD-V (AMD) extensions. The VM itself requires only about 10GB of disk space, but in the process of decompressing the downloaded VM, you'll temporarily need a lot more (hence the 30GB mentioned).
In its as-downloaded form, the VM is typically configured to use 1GB of RAM and 2 CPU cores. You may be able dial these settings down in VirtualBox, but you may need to scale your expectations at the same time.
Finally, technically, for any Linux pros, the VM does not have any swap space. If that makes you uncomfortable, versions the VM from 2017-04-20 or later actually have an uncommitted 1GB partition on the virtual disk which you can assign as swap space if you want. I normally don't to this because I don't think it's necessary, but mainly because filling that partition with a lot of random garbage just causes more hassle in trying to create a "small" downloadable image.
Because the VM is such a large download, you don't want to have to download it every time there's updated Virtual AGC software, and usually just want to update the VirtualAGC software within the VM.
For earlier VM versions, you can downloada script that does the same thing. Just put it somewhere (say in the "home" directory, /home/virtualagc/), and then from a command-line run the following command:
The complete up-to-the-moment source code is available from GitHub. There are several ways which one might choose to download it, such as in a zipfile or using the 'git' program, which in Linux (for example) would look like this:
For Windows 11/ 10 / 8 / 7 users: you can download the Ruby4Lich5.exe Installer and install everything you need automatically. If you have never played before, follow the 'New Installation' instructions. If you have played before, and have used Lich before, follow the 'Upgrade Installation' instructions.
Several very popular scripts have been updated to work with the new Lich version. If your favorite script doesn't work right, and if downloading the author's latest doesn't fix it, check out the jinx repo or ask in Discord #scripting for assistance. Always try the repo first - authors may be updating their scripts and adding cool new features that are not included at this link.
Note for Parallels on ARM: By default the rubyw file in C:\Ruby4Lich5\bin is set to run in compatibility mode for windows 7. On an ARM Mac running parallels, this causes Wrayth scripts not to run. Turning compatibility mode off in the rubyw file fixes this issue.
When you download BurnInTest, you should see "bitlinux.tar.gz" on your desktop. If you have changed your default download location, go to the download folder. Most Linux desktop environment should uncompress ".tar.gz" files through it's Archive Manager when you double-click on the icon and present you with a window of its contents. Click on "Extract" and select your destination folder that you want to install BurnInTest for Linux. After which, you should see a folder named "burnintest" in the destination folder. Your software is now installed and ready to be used. Note: If you want to use the command line, "tar xvfz bitlinux.tar.gz" should uncompress the archive and leave you with a folder named "burnintest" in the current working directory.
To avoid using the webkit library then make sure you are using BuinInTest V4.1 as it no longer requires it. If you continue to use the older verison of BurnIntest the missing webkit library however needs to be downloaded, and it requires several other libraries as well; 2ff7e9595c
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