mirror of
https://github.com/pyscript/pyscript.git
synced 2025-12-22 19:53:00 -05:00
12428c0617
* bring Makefile to root folder * add back the print to console when pyscript is ready * fix build path on tests, link to core.js and overall timeout since it now loads faster * fix and mark some tests accordingly * change default timeout to 20s * review tests and skip what is a known regression * more tests review until pycondif and skip what is a known regression * fix pyodide version used on tests * remove display from config test since it's not testing anything more than console already tests and display as its own tests * disable config tests that rely on the banner * skip REPL tests since it's not included in pyscript NEXT * skip PyTerminal tests since it's not included in pyscript NEXT * skip more tests relying on Element * Fix wrong script type from py-script to py * review more tests related to attributes and add test for worker * skip spashscreen tests * wrap up reviews on remaining tests * update core * update display tests to use import * fix more tests and skip some that have known issues * skip other 2 tests that fail because the test framework injects values that cause the config to fail * fix getPySrc test due to changed interface * another round of fixes and commenting on specific tests --------- Co-authored-by: Fabio Pliger <fpliger@anaconda.com>
420 lines
17 KiB
Python
420 lines
17 KiB
Python
import base64
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import io
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import os
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import re
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import time
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import numpy as np
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import pytest
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from PIL import Image
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from .support import ROOT, PyScriptTest, wait_for_render, with_execution_thread
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@pytest.mark.skip(
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reason="SKIPPING EXAMPLES: these should be moved elsewhere and updated"
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)
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@with_execution_thread(None)
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@pytest.mark.usefixtures("chdir")
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class TestExamples(PyScriptTest):
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"""
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Each example requires the same three tests:
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- Test that the initial markup loads properly (currently done by
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testing the <title> tag's content)
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- Testing that pyscript is loading properly
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- Testing that the page contains appropriate content after rendering
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"""
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@pytest.fixture()
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def chdir(self):
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# make sure that the http server serves from the right directory
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ROOT.join("pyscriptjs").chdir()
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def test_hello_world(self):
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self.goto("examples/hello_world.html")
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self.wait_for_pyscript()
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assert self.page.title() == "PyScript Hello World"
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content = self.page.content()
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pattern = "\\d+/\\d+/\\d+, \\d+:\\d+:\\d+" # e.g. 08/09/2022 15:57:32
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assert re.search(pattern, content)
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self.assert_no_banners()
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self.check_tutor_generated_code()
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def test_simple_clock(self):
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self.goto("examples/simple_clock.html")
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self.wait_for_pyscript()
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assert self.page.title() == "Simple Clock Demo"
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pattern = r"\d{2}/\d{2}/\d{4}, \d{2}:\d{2}:\d{2}"
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# run for 5 seconds to be sure that we see the page with "It's
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# espresso time!"
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for _ in range(5):
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content = self.page.inner_html("#outputDiv2")
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if re.match(pattern, content) and int(content[-1]) in (0, 4, 8):
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assert self.page.inner_html("#outputDiv3") == "It's espresso time!"
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break
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else:
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time.sleep(1)
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else:
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raise AssertionError("Espresso time not found :(")
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self.assert_no_banners()
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self.check_tutor_generated_code()
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def test_altair(self):
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self.goto("examples/altair.html")
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self.wait_for_pyscript(timeout=90 * 1000)
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assert self.page.title() == "Altair"
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wait_for_render(self.page, "*", '<canvas.*?class=\\"marks\\".*?>')
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save_as_png_link = self.page.locator("text=Save as PNG")
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see_source_link = self.page.locator("text=View Source")
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# These shouldn't be visible since we didn't click the menu
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assert not save_as_png_link.is_visible()
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assert not see_source_link.is_visible()
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self.page.locator("summary").click()
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# Let's confirm that the links are visible now after clicking the menu
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assert save_as_png_link.is_visible()
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assert see_source_link.is_visible()
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self.assert_no_banners()
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self.check_tutor_generated_code()
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def test_antigravity(self):
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self.goto("examples/antigravity.html")
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self.wait_for_pyscript()
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assert self.page.title() == "Antigravity"
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# confirm that svg added to page
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wait_for_render(self.page, "*", '<svg.*id="svg8".*>')
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# Get svg layer of flying character
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char = self.page.wait_for_selector("#python")
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assert char is not None
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# check that character moves in negative-y direction over time
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ycoord_pattern = r"translate\(-?\d*\.\d*,\s(?P<ycoord>-?[\d.]+)\)"
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starting_y_coord = float(
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re.match(ycoord_pattern, char.get_attribute("transform")).group("ycoord")
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)
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time.sleep(2)
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later_y_coord = float(
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re.match(ycoord_pattern, char.get_attribute("transform")).group("ycoord")
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)
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assert later_y_coord < starting_y_coord
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self.check_tutor_generated_code(modules_to_check=["antigravity.py"])
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def test_bokeh(self):
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# XXX improve this test
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self.goto("examples/bokeh.html")
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self.wait_for_pyscript(timeout=90 * 1000)
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assert self.page.title() == "Bokeh Example"
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wait_for_render(self.page, "*", '<div.*?class="bk.*".*?>')
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self.assert_no_banners()
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self.check_tutor_generated_code()
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def test_bokeh_interactive(self):
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# XXX improve this test
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self.goto("examples/bokeh_interactive.html")
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self.wait_for_pyscript(timeout=90 * 1000)
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assert self.page.title() == "Bokeh Example"
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wait_for_render(self.page, "*", '<div.*?class=\\"bk\\".*?>')
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self.assert_no_banners()
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self.check_tutor_generated_code()
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@pytest.mark.skip("flaky, see issue 759")
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def test_d3(self):
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self.goto("examples/d3.html")
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self.wait_for_pyscript()
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assert (
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self.page.title() == "d3: JavaScript & PyScript visualizations side-by-side"
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)
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wait_for_render(self.page, "*", "<svg.*?>")
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assert "PyScript version" in self.page.content()
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pyscript_chart = self.page.wait_for_selector("#py")
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# Let's simply assert that the text of the chart is as expected which
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# means that the chart rendered successfully and with the right text
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assert "🍊21\n🍇13\n🍏8\n🍌5\n🍐3\n🍋2\n🍎1\n🍉1" in pyscript_chart.inner_text()
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self.assert_no_banners()
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self.check_tutor_generated_code(modules_to_check=["d3.py"])
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def test_folium(self):
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self.goto("examples/folium.html")
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self.wait_for_pyscript(timeout=90 * 1000)
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assert self.page.title() == "Folium"
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wait_for_render(self.page, "*", "<iframe srcdoc=")
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# We need to look into the iframe first
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iframe = self.page.frame_locator("iframe")
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# Just checking that legend was rendered correctly
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legend = iframe.locator("#legend")
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assert "Unemployment Rate (%)" in legend.inner_html()
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# Let's check that the zoom buttons are rendered and clickable
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# Note: if element is not clickable it will timeout
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zoom_in = iframe.locator("[aria-label='Zoom in']")
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assert "+" in zoom_in.inner_text()
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zoom_in.click()
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zoom_out = iframe.locator("[aria-label='Zoom out']")
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assert "−" in zoom_out.inner_text()
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zoom_out.click()
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self.assert_no_banners()
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self.check_tutor_generated_code()
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def test_markdown_plugin(self):
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# Given the example page with:
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# * <title>PyMarkdown</title>
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# * <py-md>#Hello world!</py-md>
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self.goto("examples/markdown-plugin.html")
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self.wait_for_pyscript()
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# ASSERT title is rendered correctly
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assert self.page.title() == "PyMarkdown"
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# ASSERT markdown is rendered to the corresponding HTML tag
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wait_for_render(self.page, "*", "<h1>Hello world!</h1>")
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self.check_tutor_generated_code()
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def test_matplotlib(self):
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self.goto("examples/matplotlib.html")
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self.wait_for_pyscript(timeout=90 * 1000)
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assert self.page.title() == "Matplotlib"
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wait_for_render(self.page, "*", "<img src=['\"]data:image")
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# The image is being rended using base64, lets fetch its source
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# and replace everything but the actual base64 string.
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# Note: The first image on the page is the logo, so we are lookin
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# at the mpl-1 div which is rendered once the image is in the page
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# if this test fails, confirm that the div has the right id using
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# the --dev flag when running the tests
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test = self.page.wait_for_selector("#mpl >> img")
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img_src = test.get_attribute("src").replace(
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"data:image/png;charset=utf-8;base64,", ""
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)
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# Finally, let's get the np array from the previous data
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img_data = np.asarray(Image.open(io.BytesIO(base64.b64decode(img_src))))
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with Image.open(
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os.path.join(os.path.dirname(__file__), "test_assets", "tripcolor.png"),
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) as image:
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ref_data = np.asarray(image)
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# Now that we have both images data as a numpy array
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# let's confirm that they are the same
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deviation = np.mean(np.abs(img_data - ref_data))
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assert deviation == 0.0
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self.assert_no_banners()
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self.check_tutor_generated_code()
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def test_numpy_canvas_fractals(self):
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self.goto("examples/numpy_canvas_fractals.html")
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self.wait_for_pyscript(timeout=90 * 1000)
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assert (
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self.page.title()
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== "Visualization of Mandelbrot, Julia and Newton sets with NumPy and HTML5 canvas"
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)
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wait_for_render(
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self.page, "*", "<div.*?id=['\"](mandelbrot|julia|newton)['\"].*?>"
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)
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# Assert that we get the title and canvas for each element
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mandelbrot = self.page.wait_for_selector("#mandelbrot")
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assert "Mandelbrot set" in mandelbrot.inner_text()
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assert "<canvas" in mandelbrot.inner_html()
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julia = self.page.wait_for_selector("#julia")
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assert "Julia set" in julia.inner_text()
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assert "<canvas" in julia.inner_html()
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newton = self.page.wait_for_selector("#newton")
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assert "Newton set" in newton.inner_text()
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assert "<canvas" in newton.inner_html()
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# Confirm that all fieldsets are rendered correctly
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poly = newton.wait_for_selector("#poly")
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assert poly.input_value() == "z**3 - 2*z + 2"
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coef = newton.wait_for_selector("#coef")
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assert coef.input_value() == "1"
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# Let's now change some x/y values to confirm that they
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# are editable (is it the best way to test this?)
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x0 = newton.wait_for_selector("#x0")
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y0 = newton.wait_for_selector("#y0")
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x0.fill("50")
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assert x0.input_value() == "50"
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y0.fill("-25")
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assert y0.input_value() == "-25"
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# This was the first computation with the default values
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assert self.console.log.lines[-2] == "Computing Newton set ..."
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# Confirm that changing the input values, triggered a new computation
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assert self.console.log.lines[-1] == "Computing Newton set ..."
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self.assert_no_banners()
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self.check_tutor_generated_code()
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def test_panel(self):
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self.goto("examples/panel.html")
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self.wait_for_pyscript(timeout=90 * 1000)
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assert self.page.title() == "Panel Example"
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wait_for_render(self.page, "*", "<div.*?class=['\"]bk-root['\"].*?>")
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slider_title = self.page.wait_for_selector(".bk-slider-title")
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assert slider_title.inner_text() == "Amplitude: 0"
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slider_result = self.page.wait_for_selector(".bk-clearfix")
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assert slider_result.inner_text() == "Amplitude is: 0"
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amplitude_bar = self.page.wait_for_selector(".noUi-connects")
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amplitude_bar.click()
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# Let's confirm that slider title changed
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assert slider_title.inner_text() == "Amplitude: 5"
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self.assert_no_banners()
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self.check_tutor_generated_code()
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def test_panel_deckgl(self):
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# XXX improve this test
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self.goto("examples/panel_deckgl.html")
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self.wait_for_pyscript(timeout=90 * 1000)
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assert self.page.title() == "PyScript/Panel DeckGL Demo"
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wait_for_render(self.page, "*", "<div.*?class=['\"]bk-root['\"].*?>")
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self.assert_no_banners()
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self.check_tutor_generated_code()
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def test_panel_kmeans(self):
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# XXX improve this test>>>>>>> main
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self.goto("examples/panel_kmeans.html")
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self.wait_for_pyscript(timeout=120 * 1000)
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assert self.page.title() == "Pyscript/Panel KMeans Demo"
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wait_for_render(
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self.page, "*", "<div.*?class=['\"]bk-root['\"].*?>", timeout_seconds=60 * 2
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)
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self.assert_no_banners()
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self.check_tutor_generated_code()
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def test_panel_stream(self):
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# XXX improve this test
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self.goto("examples/panel_stream.html")
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self.wait_for_pyscript(timeout=3 * 60 * 1000)
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assert self.page.title() == "PyScript/Panel Streaming Demo"
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wait_for_render(self.page, "*", "<div.*?class=['\"]bk-root['\"].*?>")
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self.assert_no_banners()
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self.check_tutor_generated_code()
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def test_repl(self):
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self.goto("examples/repl.html")
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self.wait_for_pyscript()
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assert self.page.title() == "REPL"
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self.page.wait_for_selector("py-repl")
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self.page.locator("py-repl").type("display('Hello, World!')")
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self.page.wait_for_selector(".py-repl-run-button").click()
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self.page.wait_for_selector("#my-repl-repl-output")
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assert (
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self.page.locator("#my-repl-repl-output").text_content() == "Hello, World!"
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)
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# Confirm that using the second repl still works properly
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self.page.locator("#my-repl-1").type("display(2*2)")
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self.page.keyboard.press("Shift+Enter")
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my_repl_1 = self.page.wait_for_selector("#my-repl-1-repl-output")
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assert my_repl_1.inner_text() == "4"
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self.assert_no_banners()
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self.check_tutor_generated_code(modules_to_check=["antigravity.py"])
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def test_repl2(self):
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self.goto("examples/repl2.html")
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self.wait_for_pyscript(timeout=1.5 * 60 * 1000)
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assert self.page.title() == "Custom REPL Example"
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wait_for_render(self.page, "*", "<py-repl.*?>")
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# confirm we can import utils and run one command
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self.page.locator("py-repl").type("import utils\ndisplay(utils.now())")
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self.page.wait_for_selector("py-repl .py-repl-run-button").click()
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# Make sure the output is in the page
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self.page.wait_for_selector("#my-repl-1")
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# utils.now returns current date time
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content = self.page.content()
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pattern = "\\d+/\\d+/\\d+, \\d+:\\d+:\\d+" # e.g. 08/09/2022 15:57:32
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assert re.search(pattern, content)
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self.assert_no_banners()
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self.check_tutor_generated_code(modules_to_check=["antigravity.py"])
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def test_todo(self):
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self.goto("examples/todo.html")
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self.wait_for_pyscript()
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assert self.page.title() == "Todo App"
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wait_for_render(self.page, "*", "<input.*?id=['\"]new-task-content['\"].*?>")
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todo_input = self.page.locator("input")
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submit_task_button = self.page.locator("button")
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todo_input.type("Fold laundry")
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submit_task_button.click()
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first_task = self.page.locator("#task-0")
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assert "Fold laundry" in first_task.inner_text()
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task_checkbox = first_task.locator("input")
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# Confirm that the new task isn't checked
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assert not task_checkbox.is_checked()
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# Let's mark it as done now
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task_checkbox.check()
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# Basic check that the task has the line-through class
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assert (
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'<p class="m-0 inline line-through">Fold laundry</p>'
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in first_task.inner_html()
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)
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self.assert_no_banners()
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self.check_tutor_generated_code(modules_to_check=["./utils.py", "./todo.py"])
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def test_todo_pylist(self):
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self.goto("examples/todo-pylist.html")
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self.wait_for_pyscript()
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assert self.page.title() == "Todo App"
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wait_for_render(self.page, "*", "<input.*?id=['\"]new-task-content['\"].*?>")
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todo_input = self.page.locator("input")
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submit_task_button = self.page.locator("button#new-task-btn")
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todo_input.type("Fold laundry")
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submit_task_button.click()
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first_task = self.page.locator("div#myList-c-0")
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assert "Fold laundry" in first_task.inner_text()
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task_checkbox = first_task.locator("input")
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# Confirm that the new task isn't checked
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assert not task_checkbox.is_checked()
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# Let's mark it as done now
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task_checkbox.check()
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# Basic check that the task has the line-through class
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assert "line-through" in first_task.get_attribute("class")
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self.assert_no_banners()
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self.check_tutor_generated_code(modules_to_check=["utils.py"])
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@pytest.mark.xfail(reason="To be moved to collective and updated, see issue #686")
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def test_toga_freedom(self):
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self.goto("examples/toga/freedom.html")
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self.wait_for_pyscript()
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assert self.page.title() in ["Loading...", "Freedom Units"]
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wait_for_render(self.page, "*", "<(main|div).*?id=['\"]toga_\\d+['\"].*?>")
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page_content = self.page.content()
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assert "Fahrenheit" in page_content
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assert "Celsius" in page_content
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self.page.locator("#toga_f_input").fill("105")
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self.page.locator("button#toga_calculate").click()
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result = self.page.locator("#toga_c_input")
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assert "40.555" in result.input_value()
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self.assert_no_banners()
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self.check_tutor_generated_code()
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def test_webgl_raycaster_index(self):
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# XXX improve this test
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self.goto("examples/webgl/raycaster/index.html")
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self.wait_for_pyscript()
|
||
assert self.page.title() == "Raycaster"
|
||
wait_for_render(self.page, "*", "<canvas.*?>")
|
||
self.assert_no_banners()
|