def test_get_prompt(self):
# We want to get the prompt, not a disclaimer message
startup_cfg = StartUpConfig()
startup_cfg.accepted_disclaimer = True
startup_cfg.save()
# The easy way to do this was to simply pass 'python' to Popen
# but now that we want to run the tests in virtualenv, we need to
# find the "correct" / "virtual" python executable using which and
# then pass that one to Popen
python_executable = which('python')[0]
p = subprocess.Popen([python_executable, 'w3af_console', '-n'],
stdout=subprocess.PIPE,
stdin=subprocess.PIPE)
# Wait for the subprocess to start and the prompt to appear
time.sleep(15)
expected_prompt = 'w3af>>>'
prompt = non_block_read(p.stdout)
msg = 'Failed to find "%s" in "%s" using "%s" as python executable.'
msg = msg % (expected_prompt, prompt, python_executable)
self.assertTrue(prompt.startswith(expected_prompt), msg)
p.kill()
def test_get_prompt(self):
# We want to get the prompt, not a disclaimer message
startup_cfg = StartUpConfig()
startup_cfg.accepted_disclaimer = True
startup_cfg.save()
# The easy way to do this was to simply pass 'python' to Popen
# but now that we want to run the tests in virtualenv, we need to
# find the "correct" / "virtual" python executable using which and
# then pass that one to Popen
python_executable = which('python')[0]
p = subprocess.Popen([python_executable, 'w3af_console', '-n'],
stdout=subprocess.PIPE,
stdin=subprocess.PIPE)
# Wait for the subprocess to start and the prompt to appear
time.sleep(15)
expected_prompt = 'w3af>>>'
prompt = non_block_read(p.stdout)
msg = 'Failed to find "%s" in "%s" using "%s" as python executable.'
msg = msg % (expected_prompt, prompt, python_executable)
self.assertTrue(prompt.startswith(expected_prompt), msg)
p.kill()
def test_which_simple(self):
python_executables = which('python')
for exec_name in python_executables:
self.assertTrue(exec_name.endswith('python'))
def test_which_simple(self):
python_executables = which('python')
for exec_name in python_executables:
self.assertTrue(exec_name.endswith('python'))