Bvm 18

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<pre><code id="code-20-42639574-1">$ echo &quot;If query being resolved,
close/assist this query. Most welcome. &quot; | /usr/bin/wc
      2       9      65
$</code></pre>
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$ echo "If query being resolved,
close/assist this query. Most welcome. " | /usr/bin/wc
      2       9      65
$

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<div class="content wysiwyg-content">
what is the best tool to do profiling for c++ multi threaded server daemon on Linux?<br />
<br />
Complied program with -pg and the tried with gprof/gmon.out. Couldn't find call graph as per functions mentioned in my program. It has shown all low level api's call graph like string internals, memory allocations..etc.<br />
<br />
Can someone suggest how to get call graph from gmon.out for multi threaded server daemon.<br />
<br />
Any other tool(s)?
</div>
</div>


what is the best tool to do profiling for c++ multi threaded server daemon on Linux?

Complied program with -pg and the tried with gprof/gmon.out. Couldn't find call graph as per functions mentioned in my program. It has shown all low level api's call graph like string internals, memory allocations..etc.

Can someone suggest how to get call graph from gmon.out for multi threaded server daemon.

Any other tool(s)?

what is the best tool to do profiling for c++ multi threaded server daemon on Linux?

Linux is a UNIX-like open source operating system with hundreds of distinct distributions, including: Fedora, openSUSE, Ubuntu, Debian, Slackware, Gentoo, CentOS, and Arch Linux. Linux is generally associated with web and database servers, but has become popular in many niche industries and applications.

Linux

Kernel and system programming is the process of creating the software necessary for a computer or device to function and operate other programs. Some operating systems (such as Microsoft Windows) are proprietary, but others, such as the various Linux distributions, are open source.

System Programming

C is a general-purpose, imperative computer programming language, supporting structured programming, lexical variable scope and recursion, while a static type system prevents many unintended operations. By design, C provides constructs that map efficiently to typical machine instructions, so it has found lasting use in applications that had formerly been coded in assembly language, including operating systems as well as various application software for computers ranging from supercomputers to embedded systems. It is distinct from C++ (which has its roots in C) and C#, and many later languages have borrowed directly or indirectly from C.

C++ is an intermediate-level general-purpose programming language, not to be confused with C or C#. It was developed as a set of extensions to the C programming language to improve type-safety and add support for automatic resource management, object-orientation, generic programming, and exception handling, among other features.