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f9b5003da2
* Add support for tapo light bulbs * Use TapoDevice for on/off * Add tapobulbs to discovery * Add partial support for effects Activating the effect does not work as I thought it would, but this implements rest of the interface from SmartLightStrip. * Add missing __init__ for tapo package * Make mypy happy * Add docstrings to make ruff happy * Implement state_information and has_emeter * Import tapoplug from kasa.tapo package * Add tapo L530 fixture * Enable tests for L530 fixture * Make ruff happy * Update fixture filename * Raise exceptions on invalid parameters * Return results in a wrapped dict * Implement set_* * Reorganize bulbs to iot&smart, fix tests for smarts * Fix linting * Fix BULBS_LIGHT_STRIP back to LIGHT_STRIPS |
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|---|---|---|
| .. | ||
| bench | ||
| check_readme_vs_fixtures.py | ||
| create_module_fixtures.py | ||
| dump_devinfo.py | ||
| parse_pcap.py | ||
| perftest.py | ||
| README.md | ||
Tools for developers
This directory contains some simple scripts that can be useful for developers.
dump_devinfo
- Queries the device and returns a fixture that can be added to the test suite
Usage: dump_devinfo.py [OPTIONS] HOST
Generate devinfo file for given device.
Options:
-d, --debug
--help Show this message and exit.
create_module_fixtures
- Queries the device for all supported modules and outputs module-based fixture files for each device.
- This could be used to create fixture files for module-specific tests, but it might also be useful for other use-cases.
Usage: create_module_fixtures.py [OPTIONS] OUTPUTDIR
Create module fixtures for given host/network.
Arguments:
OUTPUTDIR [required]
Options:
--host TEXT
--network TEXT
--install-completion Install completion for the current shell.
--show-completion Show completion for the current shell, to copy it or
customize the installation.
--help Show this message and exit.
parse_pcap
- Requires dpkt (pip install dpkt)
- Reads a pcap file and prints out the device communications
Usage: parse_pcap.py [OPTIONS] FILE
Parse pcap file and pretty print the communications and some statistics.
Options:
--help Show this message and exit.
perftest
- Runs several rounds of update cycles for the given list of addresses, and prints out statistics about the performance
Usage: perf_test.py [OPTIONS] [ADDRS]...
Options:
--rounds INTEGER
--help Show this message and exit.
$ python perf_test.py 192.168.xx.x 192.168.xx.y 192.168.xx.z 192.168.xx.f
Running 5 rounds on ('192.168.xx.x', '192.168.xx.y', '192.168.xx.z', '192.168.xx.f')
=== Testing using gather on all devices ===
took
count mean std min 25% 50% 75% max
type
concurrently 5.0 0.097161 0.045544 0.05260 0.055332 0.088811 0.143082 0.145981
sequential 5.0 0.150506 0.005798 0.14162 0.149065 0.150499 0.155579 0.155768
=== Testing per-device performance ===
took
count mean std min 25% 50% 75% max
id
<id>-HS110(EU) 5.0 0.044917 0.014984 0.035836 0.037728 0.037950 0.041610 0.071458
<id>-KL130(EU) 5.0 0.067626 0.032027 0.046451 0.046797 0.048406 0.076136 0.120342
<id>-HS110(EU) 5.0 0.055700 0.016174 0.042086 0.045578 0.048905 0.059869 0.082064
<id>-KP303(UK) 5.0 0.010298 0.003765 0.007773 0.007968 0.008546 0.010439 0.016763
benchmark
- Benchmark the protocol
% python3 devtools/bench/benchmark.py
New parser, parsing 100000 messages took 0.6339647499989951 seconds
Old parser, parsing 100000 messages took 9.473990250000497 seconds