Install Ganglia On Windows
Preparing a Ganglia gmond native Windows binary This page is for collecting ideas about how to compile a native Windows version of gmond. The current version of gmond on Windows is compiled as a Cygwin application. This means that it depends on (and is limited by) the Cygwin environment and DLL for performing some C library functions and providing an interface to system metrics. A native binary reads the system metrics directly from the OS, using a mechanism known as WMI provided by the OS vendor. Compiling The Cygwin binary is compiled by the GCC binary included with Cygwin. Various other GNU tools (autoconf and friends) are also included in Cygwin, and used to prepare the source tree for a Cygwin build in much the same way as they are when building in a real UNIX environment. For building a native binary on Windows, these options are available: Tools Benefits Disadvantages CYGWIN versions of GNU tools GCC, autoconf, automake, etc (using GCC's -mno-cygwin for `cross compiling' a non-Cygwin binary) Consistency with the UNIX build procedure Microsoft Visual C Popular tool among Windows developers.
How i can install ganglia on win xp. Ganglia install on win xp. The 3.0.0 release mentions a Windows installer.
Includes Windows headers and stuff relating to WMI. Requires duplication of the makefiles Microsoft's equivalents to Makefiles are in a proprietary format and may not be suitable for an open source project MinGW (also known as MinGW32) Consistency with the UNIX build procedure No need to install full Cygwin Can be run on a Linux host as a cross-compiler to build Windows executables Cross compiling with Cygwin When GCC is invoked under Cygwin, it will typically make a binary that links with CYGWIN1.DLL, using the Cygwin runtime to do things like I/O and emulation of some parts of the C library that are not provided by the Windows API. However, it is not mandatory to use GCC in this way. By passing the -mno-cygwin option to GCC, it can be forced to build a binary that does not link with CYGWIN1.DLL. This has various benefits:. Cygwin licensing constraints are avoided. Only Ganglia license applies.
Less likelihood of problems on systems having multiple copies of CYGWIN1.DLL installed on the hard disk. No exposure to security issues in CYGWIN1.DLL, reducing the risk of a costly re-deployment of the application in a large enterprise. Implementation steps This list is not meant to be complete, and is currently considered a work in progress. Please feel free to add suggestions:. Modify configure.in to include an option for the Windows native build. Modify configure.in to add -mno-cygwin to CFLAGS when doing a Windows native build. Ham radio deluxe key. Inclusion of any necessary header files for Windows (or provide a script that simplifies the process of finding these files on the local hard disk).
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Investigate any C library functions that are not provided natively, and include an appropriately licensed alternative in gmond, re-implement the function, or modify gmond so that it doesn't use the function. Development of metric module implementations using WMI. Creation of MSI file for the Windows installer C library issues. POSIX threads - resolved in trunk Linking issues. libConfuse must be linked statically. metric modules - can these be dynamically linked?. metric modules for WMI must be C, gmond in trunk supports C metric modules.
APR on Windows - static or dynamic? Replacing #ifdef CYGWIN The CYGWIN compiler variable may need to be complemented with some additional variables: #define OSWINDOWS 'set if compiling either Windows variant, Cygwin or native #define CYGWIN' set if compiling without -mno-cygwin #define WINNATIVE // set if compiling on MinGW, Visual C or CYGWIN with -mno-cygwin.
root@slashroot1 # gmond -help Now if you want to make a number of systems part of the slashroot.in cluster you need to do just the same as we did for slashroot1.slashroot.in in the above case. How to install ganglia gmetad on the server node Now If you want the server node also to submit different metrics and is also a part of the cluster, then in that case you should also install gmond on the server node.
That can be done exactly the same way as shown above. Lets install gmetad the collector(the one who makes and graphs) on the server node. Before installing gmetad we need to install rrdtool as a dependency for gmetad. Lets first install rrdtool and then will go ahead with gmetad.
While installing rrdtool you might encounter a dependency error as follows.