tree: f9a6450687f5a666ca1a4d42d8859106fe66f5b9 [path history] [tgz]
  1. ittapi/
  2. ittapi.native/
  3. samples/
  4. utest/
  5. .gitignore
  6. MANIFEST.in
  7. pyproject.toml
  8. README.md
  9. setup.py
python/README.md

ittapi

ittapi is a Python binding to Intel Instrumentation and Tracing Technology (ITT) API. It provides a convenient way to mark up the Python code for further performance analysis using performance analyzers from Intel like Intel VTune or others.

ittapi supports following ITT APIs:

  • Collection Control API
  • Domain API
  • Event API
  • Id API
  • String Handle API
  • Task API
  • Thread Naming API

Usage

The main goal of the project is to provide the ability to instrument a Python code using ITT API in the Pythonic way. ittapi provides wrappers that simplify markup of Python code.

import ittapi

@ittapi.task
def workload():
  pass

workload()

ittapi.task can be used as a decorator. In this case, the name of a callable object (workload function in this example) will be used as a name of the task and the task will be attributed to a default domain named ‘ittapi’. If you want to change the default name and/or other parameters for the task (e.g. task domain), you can pass them as arguments to ittapi.task:

import ittapi

@ittapi.task('My Task', domain='My Task Domain')
def workload():
  pass

workload()

Also, ittapi.task returns the object that can be used as a context manager:

import ittapi

with ittapi.task():
    # some code here...
    pass

If the task name is not specified, the ittapi.task uses call site information (filename and line number) to give the name to the task. A custom name for the task and other task parameters can be specified via arguments for ittapi.task in the same way as for the decorator form.

Installation

[TODO] intel-ittapi package is available on PyPi and can be installed in the usual way for the supported configurations:

[TODO] pip install intel-ittapi

Build

The native part of ittapi module is written using C++20 standard, therefore you need a compiler that supports this standard, for example GCC-10 for Linux and Visual Studio 2022 for Windows.

Ubuntu 22.04

  1. Install the compiler and Python utilities to build module:

    sudo apt install gcc g++ python3-pip
    
  2. Clone the repository:

    git clone https://github.com/intel/ittapi.git
    
  3. Build and install ittapi:

    cd python
    pip install .
    

Windows 10/11

  1. Install Python 3.8+ together with pip utility.

  2. Install Visual Studio 2022. Make sure that “Desktop development with C++” workload is selected.

  3. Clone the repository

    git clone https://github.com/intel/ittapi.git
    
  4. Build and install ittapi

    cd python
    pip install .
    

References