def done(self):
self.biggest_problem_len = 0
self.biggest_problem = None
self._write("\r" + " " * 150 + "\n")
TreeReporter.done(self)
self.updateLine()
self._write("\n")
def done(self):
self.biggest_problem_len = 0
self.biggest_problem = None
self._write("\r" + " " * 150 + "\n")
TreeReporter.done(self)
self.updateLine()
self._write("\n")
def done(self):
self.biggest_problem_len = 0
self.biggest_problem = None
if self.isTTY():
self._write("\r" + " " * 150 + "\n")
elif not self.at_line_start:
self._write("\n")
TreeReporter.done(self)
self.updateLine()
self._write("\n")
def report_test_tree(output, flaky_tests):
"""
Print all flaky tests as a tree.
"""
reporter = TreeReporter(output)
for (test, flaky) in flaky_tests:
new_test = clone_test_with_new_id(test, '{}({})'.format(test.id(), ', '.join(flaky.jira_keys)))
reporter.startTest(new_test)
reporter.addSuccess(new_test)
reporter.stopTest(new_test)
reporter.done()
def report_test_tree(output, flaky_tests):
"""
Print all flaky tests as a tree.
"""
reporter = TreeReporter(output)
for (test, flaky) in flaky_tests:
new_test = clone_test_with_new_id(
test, '{}({})'.format(test.id(), ', '.join(flaky.jira_keys)))
reporter.startTest(new_test)
reporter.addSuccess(new_test)
reporter.stopTest(new_test)
reporter.done()
