def pytest_html_results_summary(prefix, summary, postfix):
prefix.extend([html.h3("stderr")])
prefix.extend([html.pre(''.join([line for line in stderr]))])
prefix.extend([html.h3("stdout")])
prefix.extend([html.pre(''.join([line for line in stdout]))])
prefix.extend([html.h3("App errors")])
prefix.extend([html.pre(''.join([line for line in apperrs]))])
def tabelize(value):
try:
rows = []
for key in value.keys():
rows.append(html.tr(html.td(html.pre(key)), html.td(tabelize(value[key]))))
return html.table(rows)
except AttributeError:
if type(value) == type([]):
return html.table(map(tabelize, value))
else:
return html.pre(value)
def tabelize(value):
try:
rows = []
for key in value.keys():
rows.append(
html.tr(html.td(html.pre(key)),
html.td(tabelize(value[key]))))
return html.table(rows)
except AttributeError:
if type(value) == type([]):
return html.table(map(tabelize, value))
else:
return html.pre(value)
def handleLiteralBlock(self, text):
pre = html.pre(text)
if self.tagstack:
self.tagstack[-1].append(pre)
else:
self.root = pre
def make_table_rows(self):
regressions = self.results.regressions
rv = []
tests = sorted(regressions.keys())
for i, test in enumerate(tests):
odd_or_even = "even" if i % 2 else "odd"
test_data = regressions[test]
test_name = self.get_test_name(test, test_data)
for subtest in sorted(test_data.keys()):
cells = []
sub_name = self.get_sub_name(test, test_data, subtest)
subtest_data = test_data[subtest]
cell_expected = self.get_cell_expected(subtest_data).upper()
class_expected = self.get_class_expected(subtest_data)
cell_message = subtest_data.get("message", "")
cell_status = subtest_data["status"]
if cell_message != "":
try:
# if cell_message is dict obj, then it will be {'text': HTML_A_TEXT, 'href': HTML_A_HREF, 'target': HTML_A_TARGET}
link = pickle.loads(cell_message)
if 'text' in link and 'href' in link:
if 'target' in link:
cell_message = html.div(html.pre(
html.a(link['text'],
href=link['href'],
target=link['target'])),
class_='log')
else:
cell_message = html.div(html.pre(
html.a(link['text'], href=link['href'])),
class_='log')
except:
log = html.pre()
for line in cell_message.splitlines():
separator = line.startswith(' ' * 10)
if separator:
log.append(line[:80])
else:
if line.lower().find(
"error") != -1 or line.lower().find(
"exception") != -1:
log.append(
html.span(raw(cgi.escape(line)),
class_='error'))
else:
log.append(raw(cgi.escape(line)))
cell_message = html.div(log, class_='log')
href = 'data:text/plain;charset=utf-8;base64,%s' % base64.b64encode(
json.dumps(subtest_data))
cells.extend([
html.td(test_name,
class_="parent_test %s col-parent" % odd_or_even),
html.td(html.a(sub_name,
class_='test col-subtest',
href=href,
target='_blank'),
class_="parent_test %s" % odd_or_even),
html.td(cell_expected,
class_="condition col-expected %s %s" %
(class_expected, odd_or_even)),
html.td(cell_status.title(),
class_="condition col-result %s %s" %
(cell_status, odd_or_even))
])
if cell_message == "":
rv.append(
html.tr(cells,
class_='passed results-table-row %s %s' %
(cell_status, odd_or_even)))
else:
rv.extend([
html.tr(cells,
class_='error results-table-row %s %s' %
(cell_status, odd_or_even)),
html.tr(
html.td(cell_message,
class_='debug {}'.format(odd_or_even),
colspan=5))
])
return rv
def pytest_html_results_table_row(report, cells):
cells.insert(1, html.td(html.pre(report.description)))
cells.insert(3, html.td(datetime.utcnow(), class_='col-time'))
cells.pop()
def make_table_rows(self):
regressions = self.results.regressions
rv = []
tests = sorted(regressions.keys())
for i, test in enumerate(tests):
odd_or_even = "even" if i % 2 else "odd"
test_data = regressions[test]
test_name = self.get_test_name(test, test_data)
for subtest in sorted(test_data.keys()):
cells = []
sub_name = self.get_sub_name(test, test_data, subtest)
subtest_data = test_data[subtest]
cell_expected = self.get_cell_expected(subtest_data).upper()
class_expected = self.get_class_expected(subtest_data)
cell_message = subtest_data.get("message", "")
cell_status = subtest_data["status"]
if cell_message != "":
try:
# if cell_message is dict obj, then it will be {'text': HTML_A_TEXT, 'href': HTML_A_HREF, 'target': HTML_A_TARGET}
link = pickle.loads(cell_message)
if 'text' in link and 'href' in link:
if 'target' in link:
cell_message = html.div(html.pre(html.a(link['text'], href=link['href'], target=link['target'])), class_='log')
else:
cell_message = html.div(html.pre(html.a(link['text'], href=link['href'])), class_='log')
except:
log = html.pre()
for line in cell_message.splitlines():
separator = line.startswith(' ' * 10)
if separator:
log.append(line[:80])
else:
if line.lower().find("error") != -1 or line.lower().find("exception") != -1:
log.append(html.span(raw(cgi.escape(line)), class_='error'))
else:
log.append(raw(cgi.escape(line)))
cell_message = html.div(log, class_='log')
href = 'data:text/plain;charset=utf-8;base64,%s' % base64.b64encode(json.dumps(subtest_data))
cells.extend([
html.td(test_name, class_="parent_test %s col-parent" % odd_or_even),
html.td(
html.a(sub_name, class_='test col-subtest', href=href, target='_blank'),
class_="parent_test %s" % odd_or_even),
html.td(cell_expected,
class_="condition col-expected %s %s" % (class_expected, odd_or_even)),
html.td(cell_status.title(),
class_="condition col-result %s %s" % (cell_status, odd_or_even))
])
if cell_message == "":
rv.append(
html.tr(cells, class_='passed results-table-row %s %s' % (cell_status, odd_or_even))
)
else:
rv.extend([
html.tr(cells, class_='error results-table-row %s %s' % (cell_status, odd_or_even)),
html.tr(html.td(cell_message, class_='debug {}'.format(odd_or_even), colspan=5))
])
return rv
