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Free Fping.Kwakkelflap Downloads, Best Fping.Kwakkelflap Shareware Freeware Search Category Freeware Updates Shareware Updates Fping.kwakkelflap Display All / (Freeware) by Kwakkelflap Fping is a console program, much like the ping program that comes with windows. Fping has the same options as the regular ping, and several options that are unique: - Time between pings can be adjusted at wish, ranging from 1ms to 5s. Beep on every (un)successful reply.
Use this to test your network status in the background. Ping multiple hosts with one simple command.
Ping using raw sockets, or use the ICMP dll. The choice is up 2 you, Size: 52.4 KB OS: Windows 95, Windows 98, Windows Me, Windows NT, Windows 2000, Windows XP (Shareware) by Kwakkelflap Sniff - O - Matic is a network protocol analyzer and packet sniffer with a clear and intuitive interface. It captures network traffic and enables you to analyze the data. Detailed packet information is available in a tree structure or a raw data view of the packet data. We believe most sniffers are too complex. Too many features, too many buttons, too much to learn. Sniff - O - Matic solves all of this.
Rather than implementing obscure protocols no one actually uses, we have added the most common protocols to provide you a useful tool at a reduced price. We do not use driver software, or worse, third party drivers you have no control of to capture packets., Size: 3.6 MB Price: $25 OS: Windows Display All / ©2000-2015 File Flash. All Rights Reserved.
Stable Code Releases Please download one of the latest in order to get an API-stable version of cairo. You'll need both the cairo and pixman packages. See In-Progress Development for details on getting and building the latest pre-release source code if that's what you're looking for. Binary Packages GNU/Linux distributions Many distributions including, and others regularly include recent versions of cairo. As more and more applications depend on cairo, you might find that the library is already installed.
To get the header files installed as well may require asking for a -dev or -devel package as follows: For Debian and Debian derivatives including Ubuntu: sudo apt-get install libcairo2-dev For Fedora: sudo yum install cairo-devel For openSUSE: zypper install cairo-devel Windows Precompiled binaries for Windows platforms can be obtained in a variety of ways. From Dominic Lachowicz: Since GTK+ 2.8 and newer depends on Cairo, you can have Cairo installed on Win32 as a side-effect of installing GTK+. For example, see. From Daniel Keep (edited by Kalle Vahlman): Go to.
You probably want at least the zlib, cairo, and libpng run-time archives (you can search on those strings to find them in the page). That should be it. Just pop libcairo-2.dll, libpng13.dll and zlib1.dll into your working directory or system PATH, and away you go!
That gives you the base cairo functions, the PNG functions, and the Win32 functions. Mac OS X Using, the port is called 'cairo', so you can just type: sudo port install cairo And to upgrade to newer versions once installed: sudo port upgrade cairo If you use instead, the command to install cairo is: sudo apt-get install cairo In general, fink is more conservative about upgrading packages than MacPorts, so the MacPorts version will be closer to the bleeding edge, while the fink version may well be more stable. In-Progress Development If you want to stay on the absolute cutting-edge of what's happening with cairo, and you don't mind playing with software that is unstable and full of rough edges, then we have several things you might enjoy: Snapshots We may from time to time create a of the current state of cairo. These snapshots do not guarantee API stability as the code is still in an experimental state. Again, you'll want both cairo and pixman packages from that directory. Browsing the latest code The cairo library itself is maintained with the version control system.
Fping For Windows
You may browse the source online using the. Downloading the source with git You may also use git to clone a local copy of the cairo library source code. The following git commands are provided for your cut-and-paste convenience. Git clone git://anongit.freedesktop.org/git/cairo git clone git://anongit.freedesktop.org/git/pixman.git git clone git@gitlab.com:cairo/cairo-demos.git followed by periodic updates in each resulting directory: git pull Once you have a clone this way, you can browse it locally with graphical tools such as gitk or gitview. You may also commit changes locally with 'git commit -a'. These local commits will be automatically merged with upstream changes when you next 'git pull', and you can also generate patches from them for submitting to the cairo mailing list with 'git format-patch origin'.
To compile the clone, you need to run./autogen.sh initially and then follow the instructions in the file named INSTALL. You may need some distribution-specific development packages to compile cairo. If your are using Debian or Ubuntu, you may find helpful. Git under Linux/UNIX If you can't find git packages for your distribution, (though check for a git-core package as well), you can get tar files from Git on Windows You can use Git on Windows either with msysgit or git inside Cygwin. Msysgit is the recommended way to go as the installation is much simpler and it provides a GUI. In all cases, make sure the drive you download the repository on is formatted NTFS, as Git will generate errors on FAT32.
MSYSGIT See the for the latest information about git for Windows. You'll find a.exe installer for git there, as well as pointers to the cygwin port of git as well. This is all you need to do.
GIT ON CYGWIN Download and run the Cygwin Setup.exe from Cygwin's website. Walk through the initial dialog boxes until you reach the 'Select Packages' page.
Click the 'View' button to display an alphabetical list of packages and select the 'git' package. If you want to build using gcc, you will also need to select the following packages:. 'automake' ( anything =1.7 ). 'gcc-core'. 'git' ( no need to click on this again if you did so above ).
'gtkdoc'. 'libtool'. 'pkg-config' Whether you build with gcc or not: Click 'Next' and Cygwin setup will download all you need.
After downloading, go to the directory where Cygwin is installed, and run 'cygwin.bat'. This will open a command prompt. An existing directory on your hard drive, cd to that directory, and then follow the 'Downloading with git' instructions. If you want to build using Visual Studio and still want the latest source, you will need cygwin, but you will only need to select the 'git' package. See the page for more details.
Building On Windows (Mozilla Build Environment flavor). Download and install zlib. Build zlib from its /projects folder, and use LIB RELEASE configuration. Download and install libpng. Build libpng from its /projects folder and use LIB RELEASE configuration. Install the MozillaBuild environment from here:.
If you chose the default install path, you'll find in c: mozilla-build several batch files. Edit the one corresponding to your version of VC (or a copy of it), and modify the INCLUDE and LIB paths. You'll need to add the zlib and libpng INCLUDE and LIBpaths. Also include cairo src, cairo boilerplate, and pixman pixman to the INCLUDE paths. Here's an example (your paths will vary obviously): rem Root of cairo building set 'CAIROROOT=%HOMEDRIVE%%HOMEPATH% BuildCairo' rem Add zlib and libpng to LIB set 'LIB=%LIB%;%CAIROROOT% zlib projects visualc6 Win32LIBRelease;%CAIROROOT% libpng projects visualc71 Win32LIBRelease' rem Add zlib and libpng to INCLUDE set 'INCLUDE=%INCLUDE%;%CAIROROOT% zlib;%CAIROROOT% libpng' rem Add cairo, boilerplate, and pixman to INCLUDE set 'INCLUDE=%INCLUDE%;%CAIROROOT% cairo src;%CAIROROOT% cairo boilerplate;%CAIROROOT pixman pixman'.
Launch the batch file you just modified. It'll open a mingw window. Ignore the error messages that might appear at the top of the window. We'll now build everything in debug configuration. For release, replace CFG=debug by CFG=release.
Browse to pixman's folder (pixman pixman), and run make -f Makefile.win32 CFG=debug. Browse to Cairo's src folder (cairo src), and run make -f Makefile.win32 static CFG=debug. You now have your library in cairo src debug (or release). You can build the remaining ancillary cairo parts with the following steps, or go enjoy your library now.
Browse to Cairo's boilerplate folder (cairo boilerplate), and run make -f Makefile.win32 CFG=debug. Browse to Cairo's test pdiff folder (cairo test pdiff), and run make -f Makefile.win32. Browse to Cairo's test folder (cairo test), and run make -f Makefile.win32 CFG=debug. Browse to Cairo's benchmark folder (cairo perf), and run make -f Makefile.win32 CFG=debug Building in Visual Studio You can create a Visual Studio solution and projects for each of these: pixman, cairo/src, cairo/boilerplate, cairo/test, cairo/perf. Check each project's properties, make them all makefile projects, and set the build command (NMake) as follows. This example applies to cairo/src in release configuration, residing in C: Work Cairo src, with the Mozilla Build Tools installed in C: mozilla-build: C: cd Work Cairo src C: mozilla-build msys local bin make.exe -f Makefile.win32 CFG=release Modify the paths and the configuration as needed for the other projects.