Coverage for pesummary/tests/webpage_test.py: 18.0%
228 statements
« prev ^ index » next coverage.py v7.4.4, created at 2024-12-09 22:34 +0000
1# Licensed under an MIT style license -- see LICENSE.md
3import os
4import socket
5import shutil
6from glob import glob
7import numpy as np
9from pesummary.core.webpage import webpage
10from pesummary.utils.samples_dict import MultiAnalysisSamplesDict
11from .base import data_dir
13from bs4 import BeautifulSoup
15import pytest
16import tempfile
18tmpdir = tempfile.TemporaryDirectory(prefix=".", dir=".").name
20__author__ = ["Charlie Hoy <charlie.hoy@ligo.org>"]
23class TestWebpage(object):
25 def setup_method(self):
26 directory = tmpdir
27 try:
28 os.mkdir(directory)
29 except:
30 shutil.rmtree(directory)
31 os.mkdir(directory)
33 def teardown_method(self):
34 directory = tmpdir
35 try:
36 shutil.rmtree(directory)
37 except:
38 pass
40 def test_make_html(self):
41 webdir = tmpdir
42 assert os.path.isfile("{}/home.html".format(tmpdir)) == False
43 webpage.make_html(webdir, pages=["home"])
44 assert os.path.isfile("{}/home.html".format(tmpdir)) == True
46 def test_open_html(self):
47 webdir = tmpdir
48 baseurl = "https://example"
49 open("{}/home.html".format(tmpdir), "a").close()
50 f = webpage.open_html(webdir, baseurl, "home")
51 assert isinstance(f, webpage.page) == True
54class TestPage(object):
56 def setup_method(self):
57 webdir = tmpdir
58 try:
59 os.mkdir(webdir)
60 except:
61 shutil.rmtree(webdir)
62 os.mkdir(webdir)
63 os.mkdir("{}/css".format(tmpdir))
64 f = open("{}/css/command_line.css".format(tmpdir), "w")
65 f.close()
66 baseurl = "https://example"
67 webpage.make_html(webdir, pages=["home"])
68 self.html = webpage.open_html(webdir, baseurl, "home")
70 def teardown_method(self):
71 directory = tmpdir
72 try:
73 shutil.rmtree(directory)
74 except:
75 pass
77 def open_and_read(self, path):
78 f = open(path)
79 f = f.readlines()
80 return f
82 def test_add_content(self):
83 content = "testing\n"
84 self.html.add_content(content, indent=2)
85 self.html.close()
86 f = self.open_and_read("{}/home.html".format(tmpdir))
87 assert any(elem == " testing\n" for elem in f) == True
89 def test_header(self):
90 self.html.make_header(approximant="approx")
91 self.html.close()
92 with open("{}/home.html".format(tmpdir)) as fp:
93 soup = BeautifulSoup(fp, features="html.parser")
94 assert str(soup.h7.string) == 'None'
96 def test_footer(self):
97 self.html.make_footer()
98 self.html.close()
99 with open("{}/home.html".format(tmpdir)) as fp:
100 soup = BeautifulSoup(fp, features="html.parser")
101 assert "This page was produced by" in str(soup.p)
102 assert soup.div["class"] == ['jumbotron']
104 @pytest.mark.parametrize('links', [("other", "example")])
105 def test_navbar(self, links):
106 self.html.make_navbar(links)
107 self.html.close()
108 with open("{}/home.html".format(tmpdir)) as fp:
109 soup = BeautifulSoup(fp, features="html.parser")
110 all_links = soup.find_all("a", class_="nav-link")
111 assert len(all_links) == 4
112 assert all_links[0].text == "other"
113 assert all_links[1].text == "example"
115 @pytest.mark.parametrize('headings, contents', [(["column1", "column2"],
116 [["entry1", "entry2"], ["entry3", "entry4"]]),])
117 def test_table(self, headings, contents):
118 self.html.make_table(headings=headings, contents=contents)
119 self.html.close()
120 with open("{}/home.html".format(tmpdir)) as fp:
121 soup = BeautifulSoup(fp, features="html.parser")
122 columns = soup.find_all("th")
123 assert len(columns) == 2
124 assert columns[0].text == "column1"
125 assert columns[1].text == "column2"
126 entries = soup.find_all("td")
127 assert len(entries) == 4
128 for num, i in enumerate(entries):
129 assert i.text == "entry{}".format(num+1)
131 @pytest.mark.parametrize('language', [('ini'),])
132 def test_code_block(self, language):
133 with open(data_dir + "/example.ini", 'r') as f:
134 contents = f.read()
135 styles = self.html.make_code_block(language='ini', contents=contents)
136 with open('{}/example_config.css'.format(tmpdir), 'w') as f:
137 f.write(styles)
138 f.close()
139 self.html.close()
140 with open("{}/home.html".format(tmpdir)) as fp:
141 soup = BeautifulSoup(fp, features="html.parser")
142 assert soup.div["class"] == ["highlight"]
143 all_entries = soup.find_all("span")
144 _text = [ii.text for ii in all_entries]
145 for i in contents.split("\n"):
146 try:
147 assert i in _text
148 except AssertionError:
149 # the string 'example=' in the config file splits to 'example'
150 # and '=' in the html code block
151 assert i[:-1] in _text
152 assert i[-1] in _text
154 def test_table_of_images(self):
155 contents = [["image1.png"], ["image2.png"]]
156 self.html.make_table_of_images(contents=contents)
157 self.html.close()
158 with open("{}/home.html".format(tmpdir)) as fp:
159 soup = BeautifulSoup(fp, features="html.parser")
160 all_images = soup.find_all("img")
161 assert len(all_images) == 2
162 assert all_images[0]["src"] == "image1.png"
163 assert all_images[1]["src"] == "image2.png"
165 def test_insert_image(self):
166 path = "./path/to/image.png"
167 self.html.insert_image(path)
168 self.html.close()
169 with open("{}/home.html".format(tmpdir)) as fp:
170 soup = BeautifulSoup(fp, features="html.parser")
171 all_images = soup.find_all("img")
172 assert len(all_images) == 1
173 assert all_images[0]["src"] == "./path/to/image.png"
175 def test_accordian(self):
176 headings = ["example"]
177 content = ["./path/to/image.png"]
178 self.html.make_accordian(headings=headings, content=content)
179 self.html.close()
180 with open("{}/home.html".format(tmpdir)) as fp:
181 soup = BeautifulSoup(fp, features="html.parser")
182 assert soup.img["src"] == "./path/to/image.png"
183 assert soup.button["class"] == ["btn", "btn-link", "collapsed"]
184 assert len(soup.find_all("div", class_="accordian")) == 1
185 assert "example" in soup.button.text
187 def test_search_bar(self):
188 self.html.make_search_bar()
189 self.html.close()
190 with open("{}/home.html".format(tmpdir)) as fp:
191 soup = BeautifulSoup(fp, features="html.parser")
192 assert soup.find_all("button", class_="")[0].text == "Submit"
194 def test_modal_carousel(self):
195 images = ["./path/to/image.png"]
196 self.html.make_modal_carousel(images=images)
197 self.html.close()
198 with open("{}/home.html".format(tmpdir)) as fp:
199 soup = BeautifulSoup(fp, features="html.parser")
200 images = soup.find_all("img")
201 assert len(images) == 1
202 assert images[0]["src"] == "./path/to/image.png"
203 assert len(soup.find_all("div", class_="carousel-item")) == 1
204 assert len(soup.find_all("div", class_="modal-lg")) == 1
205 assert len(soup.find_all("div", class_="carousel")) == 1
208class TestWebpage(object):
209 """
210 """
211 def setup_method(self):
212 """
213 """
214 from pesummary.gw.webpage.main import _WebpageGeneration
216 self.labels = ["one", "two"]
217 self.samples = MultiAnalysisSamplesDict({
218 label: {
219 param: np.random.uniform(0.2, 1.0, 1000) for param in
220 ["chirp_mass", "mass_ratio"]
221 } for label in self.labels
222 })
223 self.webpage = _WebpageGeneration(
224 webdir=tmpdir, labels=self.labels, samples=self.samples,
225 pepredicates_probs={label: None for label in self.labels},
226 same_parameters=["chirp_mass", "mass_ratio"]
227 )
228 self.webpage.generate_webpages()
230 def test_comparison_stats(self):
231 """
232 """
233 from scipy.spatial.distance import jensenshannon
234 from pesummary.utils.utils import jensen_shannon_divergence
235 from pesummary.utils.bounded_1d_kde import ReflectionBoundedKDE
237 comparison_stats = self.webpage.comparison_stats
238 for param in ['chirp_mass', 'mass_ratio']:
239 if param == "chirp_mass":
240 xlow = 0.
241 xhigh = None
242 else:
243 xlow = 0.
244 xhigh = 1.
245 js = comparison_stats[param][1][0][1]
246 samples = [
247 self.samples[label][param] for label in self.labels
248 ]
249 x = np.linspace(np.min(samples), np.max(samples), 100)
250 _js = jensenshannon(
251 ReflectionBoundedKDE(samples[0], xlow=xlow, xhigh=xhigh)(x),
252 ReflectionBoundedKDE(samples[1], xlow=xlow, xhigh=xhigh)(x)
253 )**2
254 np.testing.assert_almost_equal(js, _js, 5)
256 def test_displayed_label_summary_table(self):
257 """Test that the summary table displayed on the webpages show the
258 correct information
259 """
260 for label in self.labels:
261 with open("{}/html/{}_{}.html".format(tmpdir, label, label)) as fp:
262 soup = BeautifulSoup(fp, features="html.parser")
263 table = soup.find(lambda tag: tag.name=='table')
264 rows = table.findAll(lambda tag: tag.name=='tr')
265 _tags = ["th"] + ["td"] * (len(rows) - 1)
266 data = [
267 [
268 hh.string for hh in _row.findAll(
269 lambda tag: tag.name==_tags[num]
270 )
271 ] for num, _row in enumerate(rows)
272 ]
273 _samples = self.samples[label]
274 _key_data = _samples.key_data
275 for row in data[1:]:
276 for num, header in enumerate(data[0][1:]):
277 try:
278 np.testing.assert_almost_equal(
279 _key_data[row[0]][header], float(row[num + 1]), 3
280 )
281 except ValueError:
282 assert _key_data[row[0]][header] is None
283 assert row[num + 1] == 'None'
285 def test_displayed_comparison_parameter_summary_table(self):
286 """
287 """
288 with open("{}/html/Comparison_chirp_mass.html".format(tmpdir)) as fp:
289 soup = BeautifulSoup(fp, features="html.parser")
290 table = soup.find(lambda tag: tag.name=='table')
291 rows = table.findAll(lambda tag: tag.name=='tr')
292 _tags = ["th"] + ["td"] * (len(rows) - 1)
293 data = [
294 [
295 hh.string for hh in _row.findAll(
296 lambda tag: tag.name==_tags[num]
297 )
298 ] for num, _row in enumerate(rows)
299 ]
300 _key_data = {
301 label: self.samples[label].key_data["chirp_mass"] for label in
302 self.labels
303 }
304 for row in data[1:]:
305 for num, header in enumerate(data[0][1:]):
306 try:
307 np.testing.assert_almost_equal(
308 _key_data[row[0]][header], float(row[num + 1]), 3
309 )
310 except ValueError:
311 assert _key_data[row[0]][header] is None
312 assert row[num + 1] == 'None'