trafficbench 0.2.2

a tool suite for the experimental exploration of concurrent packet transmissions and their consequences (physical layer effects) in low-power wireless networks

Trafficbench

Python-Package to process & analyze logs generated by Trafficbench. This replaces the former collection of scripts.

Installation

PIP - Online

pip install trafficbench -U

For bleeding-edge-features or dev-work it is possible to install directly from GitHub-Sources (here dev-branch):

pip install git+https://github.com/nes-lab/TrafficBench.git@dev#subdirectory=py_package -U

PIP - Offline

• clone repository
• navigate shell into directory
• install local module

git https://github.com/orgua/shepherd-targets
cd .\nrf52_rf_survey\trafficbench\py_package

pip3 install .

Additional Install-Options

• glue: live analysis & visualization
• lognplot:
• dev: all tools used for development
• test: environment to run unittests

Example usage:

pip3 install .[glue]
pip3 install .[dev, test]
pip3 install .[all]

Usage

CLI

Examples

trafficbench --help
trafficbench receive --help

As python library

see examples

TODO

• publish on PyPI
• further break down long functions
• implement streaming-functionality -> a set of generators?
  • uart -> filter -> dump -> analyze
• further cleanup as ruff & flake8 report 300+ warnings/errors
• add proper documentation with tutorial, examples
• gts = global timestamp
  • only 32 bit, increments with 16 MHz, overflows > 4min
  • should be extended by counting overflows or get guided by receive-TS
• analyze packet reception rate
• plot graph