Files
pyscript/core/tests/python/tests/test_websocket.py
Dan Yeaw b911ea99fb Add media module tests (#2306)
* Add media Python tests

* Add media js test

* Remove try except blocks

* Make Python tests more end-to-end

* Add media Python tests

* Add media js test

* Remove try except blocks

* Make Python tests more end-to-end

* MicroPython explorations.

* Fix websocket tests, so they just skip.

* Fix MicroPython media tests, if no permission is given for a video device.

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Co-authored-by: Nicholas H.Tollervey <ntoll@ntoll.org>
Co-authored-by: Andrea Giammarchi <andrea.giammarchi@gmail.com>
2025-03-20 14:35:01 +01:00

103 lines
2.7 KiB
Python

"""
Exercise the pyscript.Websocket class.
"""
import asyncio
import upytest
from pyscript import WebSocket
@upytest.skip("Websocket tests are disabled.")
async def test_websocket_with_attributes():
"""
Event handlers assigned via object attributes.
The Websocket class should be able to connect to a websocket server and
send and receive messages.
Use of echo.websocket.org means:
1) When connecting it responds with a "Request served by" message.
2) When sending a message it echos it back.
"""
connected_flag = False
closed_flag = False
messages = []
ready_to_test = asyncio.Event()
def on_open(event):
nonlocal connected_flag
connected_flag = True
ws.send("Hello, world!") # A message to echo.
def on_message(event):
messages.append(event.data)
if len(messages) == 2: # We're done.
ws.close()
def on_close(event):
nonlocal closed_flag
closed_flag = True
ready_to_test.set() # Finished!
ws = WebSocket(url="wss://echo.websocket.org")
ws.onopen = on_open
ws.onmessage = on_message
ws.onclose = on_close
# Wait for everything to be finished.
await ready_to_test.wait()
assert connected_flag is True
assert len(messages) == 2
assert "request served by" in messages[0].lower()
assert messages[1] == "Hello, world!"
assert closed_flag is True
@upytest.skip("Websocket tests are disabled.")
async def test_websocket_with_init():
"""
Event handlers assigned via __init__ arguments.
The Websocket class should be able to connect to a websocket server and
send and receive messages.
Use of echo.websocket.org means:
1) When connecting it responds with a "Request served by" message.
2) When sending a message it echos it back.
"""
connected_flag = False
closed_flag = False
messages = []
ready_to_test = asyncio.Event()
def on_open(event):
nonlocal connected_flag
connected_flag = True
ws.send("Hello, world!") # A message to echo.
def on_message(event):
messages.append(event.data)
if len(messages) == 2: # We're done.
ws.close()
def on_close(event):
nonlocal closed_flag
closed_flag = True
ready_to_test.set() # Finished!
ws = WebSocket(
url="wss://echo.websocket.org",
onopen=on_open,
onmessage=on_message,
onclose=on_close,
)
# Wait for everything to be finished.
await ready_to_test.wait()
assert connected_flag is True
assert len(messages) == 2
assert "request served by" in messages[0].lower()
assert messages[1] == "Hello, world!"
assert closed_flag is True