KPROF Free For Windows [April-2022] 🔹
KPROF Crack+ X64
KPROF (pronounced “K PROF”) is a command-line utility for profiling the hotspots of an executable or library. It is used by computer programmers to find which lines of code are the most expensive, and to help determine the overhead of various operations on pointers. KPROF works by creating a sampling profiler. Upon program exit, it will dump a listing of all the hotspots to the console, along with the disassembled code.
KPROF features:
Hotspot / function filtering: specify an assembly section by using its symbol/address.
Support for symbols in DLLs (provides a list of symbols)
Threading support.
Command-line options
Trace layout:
Add the following line to your executable or library:
__KPROF_TRACE
KPROF will force a sampling profiler to be active. Note that these hooks are not guaranteed to be accurate.
Enabling feature for statically compiled code:
Reduce the CPU cost of accessing compiler-generated debug information by using the new -Xcompile-debug-only flag. Without this flag, debug information for precompiled code is retrieved from the data segment and is computed on-demand. This improves performance substantially.
Up to 70% improvement in performance for some functions
Real-time tracing
Unicode support (if enabled)
Don’t mix up (for the same process), which data is collected when you use both __KPROF_TRACE and __KPROF.
Reduce the CPU cost of accessing compiler-generated debug information by using the new -Xcompile-debug-only flag. Without this flag, debug information for precompiled code is retrieved from the data segment and is computed on-demand. This improves performance substantially.
Up to 70% improvement in performance for some functions
Real-time tracing
Unicode support (if enabled)
Don’t mix up (for the same process), which data is collected when you use both __KPROF_TRACE and __KPROF.
Help
-?
–help or -?
Display this help message.
-a, –assemblies=,,…
(Windows Only) Display the names of the active PE/COFF assemblies.
-c, –console
(Windows Only) Display events on a console.
–directory=
(
KPROF Crack Free
KPROF is a handy, easy to use command line sampler / profiler. Visual C includes a function-based sampler / profiler. This is much better! Spawn an executable of your choice (2nd command line option) or latch onto an existing program using its PID (you can look up the PID in Task Manager). When you exit the program, KPROF will dump a listing of all the hotspots to the console, along with the disassembled code.
KPROF is also capable of automatically compiling and running your C/C++ programs in a remote server / computer, as well as gathering data on memory usage, CPU usage, etc… Support for automatically generating step-by-step call graphs is also included. KPROF will not only report the number of times each function is called, but also the function name, the arguments passed and the line number the function is called from. For each function, information regarding the following is provided.
Number of Times Called
The Number of Times Called (NTC) metric measures the number of times a given function is invoked.
Average Call Time
The Average Call Time (ACT) metric measures the average time spent while executing a function, with a higher value indicating that the function invoked many times.
Maximum Call Time
The Maximum Call Time (MCT) metric measures the maximum time spent while executing a function, with a higher value indicating that the function invoked many times.
Number of Loops
The Number of Loops metric measures the number of times a loop was executed.
Called from
The Called From metric measures the line number from where the function was called.
Callee Name
The Callee Name metric refers to the name of the function the code belongs to.
Display Name
The Display Name metric refers to the name that will be displayed at the top of the function.
From Line
The From Line metric refers to the line number where the function was called.
The screenshot below shows the output of the command line tool (not to scale):
$ KPROF /Fo output.txt c:\Windows\system32\cmd.exe –
This is likely the most important setting for your needs. By default, KPROF will display the percentages of all the cycles it can find. This means that a row like 11% means that 11% of the total number of cycles for the given
b7e8fdf5c8
KPROF
It is relatively easy to instrument.
It is very easy to profile (but a bit non-intuitive).
It has full control over what comes out to the console.
It can be told to simply profile the main loop. (This lets you focus without all the side-effects.)
It is very simple.
It is flexible.
The Console
KPROF comes with a small utility called KPROF Scratchpad. This is an interesting utility as it allows you to write your hot-spot comments in a text editor, and have it automatically output out as comments into the code. It also allows you to change the code so that the comments are hidden, so you can focus on profiling without distraction.
In addition, you can easily change this KPROF Scratchpad so that it can watch every file in a directory. All you need to do is add the switch -wDir , then whenever you run KPROF, it will start the profiling (only where it is watching). If you want it to stop and get out after its shown you a detailed profile, then use the -q switch (quiet, no output). A good example use for this is to profile out files that are generated within a toolchain.
This is a neat utility to have in development tooling.
Some useful switches:
-s, –sleep= : Set the amount of sleep between profiling cycles.
-d, –delay= : Set the amount of delay between sampling time and program exit.
-q, –quiet : Quiet and don’t show any output
-T, –time= : Show a time summary of the duration
-c, –count : Count how many times the hot-spot is executed
-d, –duration= : Show the amount of time the hotspot takes (including lags / context switch overheads)
-f, –frequency= : Show the number of times the hotspot is executed
-r, –register= : Show registers accessed
-s, –symbol= : Show source for code containing a particular symbolic
address.
-i, –instance= : Show source for code containing a particular
What’s New in the?
KPROF is a command line program that allows you to profile and analyse the performance of your application. KPROF is extremely portable, has been recompiled for 64-bit Windows from source, and can even run on non-Windows operating systems including:
Solaris, Mac OS X, and BSD
You can tell KPROF to “run with options” to force KPROF to do some extra work, or to collect extra information.
Here are some of the “run with options” that KPROF will do:
Control when the app runs
Control when it finishes
Check if it’s running in “Interactive” mode or “Real-time” mode
Control the number of threads used (from 1 through 16)
Monitor the performance of the time-consuming/CPU-intensive work (as opposed to the “easy” work)
Create sampling profiles
By default, KPROF profiles your application and prints out a listing of the hotspots to the console. You can use this listing to find which parts of the app are using lots of CPU and memory. You can then analyse the dump to see what makes your application so slow.
KPROF makes this analysis easy.
To analyse the profile of your app, you just need to run KPROF with “add” and specify the target executable and the name of your profile file. The first argument is the executable you want to profile, the second argument is the name of the profile file. The default location for profile files is in the directory.\kprof\tmp, so for example, if you start KPROF by typing
c:\>kprprof c:\kpr\kprof.exe
then the program will create a file name kpr.txt in this location.
After KPROF completes profiling, the program will write an exit summary to the console. Each line of the summary will have a “count” value attached that tells how many samples were collected for that line. If you run KPROF again, you will get the same summary with counts. The summary tells the story: the “hot spot” is the line of code in your application that most of the samples were taken at.
What makes KPROF good is that:
It’s free
It’s not system-specific
It’s portable
You can profile other processes than your executable
You can use a serial-port or a network port for “interactivity
System Requirements:
Minimum:
OS: Windows 7, Windows 8.1, Windows 10
Processor: Intel Core 2 Duo or AMD Athlon 64 X2 4000+
Memory: 2 GB RAM
Graphics: 1280 x 800 or higher resolution display
DirectX: Version 9.0c
Network: Broadband internet connection
Storage: 2 GB available space
Additional Notes:
The maximum resolution is 1920 x 1080.
Recommended:
Processor
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