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Jul 24, 2014 Then, by running test_core.exe , a PGC file will be generated containing a profile of the behavior of core.dll only. This profile can then be used to optimize core.dll by compiling it again and specifying the /LTCG:PGOPTIMIZE switch. As long as test_core.exe exercises core.dll for common usage scenarios,
If you do not specify /PGD, the .pgd file name will be the same as the output file (.exe or .dll) name and will be created in the same directory from which the link was invoked. When using /LTCG:PGOPTIMIZE, use /PGD to specify the name of the .pgd file to use to create the optimized image. For more information, see Profile
The file pgort140.dll, required for running PGO instrumentation, is apparently installed to the wrong place: MSVC14.10.25017binHostX64x64 instead of MSVC14.10.25017binHostX86x64. Hence, it is not found and one has to search for the dll and copy it to the executable folder. This happened to me for an x64 build,
By default, each instrumented execution creates one dynamic-information (dyn) file for each executable and (on Windows OS) one for each DLL invoked by the application. You can Instructs the compiler to produce a profile-optimized executable and merges available dynamic-information (dyn) files into a pgopti.dpi file.
Mar 30, 2017 The Managed Profile Guided Optimization Tool (Mpgo.exe) is a command-line tool that uses common end-user scenarios to optimize the native image -AssemblyListFile <file>, A list of assemblies (including .exe and .dll files), separated by spaces, that you want collect profile information about. You can
Profile-guided optimization lets you optimize an output file, where the optimizer uses data from test runs of the .exe or .dll file. The data represents how the program is likely to perform in a production environment. Profile-guided optimizations are only available for x86 or x64 native targets.
Profile-guided Optimization (PGO) improves application performance by shrinking code size, reducing branch mispredictions, and reorganizing code layout to reduce Using the summary of the profile information in this file, the compiler attempts to optimize the execution of the most heavily traveled paths in the program.
I have a C .dll file which I am running from C#. I recently compiled it with Intel C Compiler and I already see 25% speed-up over Visual Studio compiler (and almost 50% over MinGW). Now I would like to try profile guided optimization. I understand that compiling with /prof-gen and then running the
Jun 19, 2010 So I came across Visual Studio's Profile Guided Optimization (PGO). In a nutshell, VS compiler uses PGO to optimize the software based on real world scenario, as opposed to the traditional static file analysis. Like you would expect, PGO can only instrument DLL and executable. It can not instrument
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