def run(argv):
opts = util.parse_docopt(__doc__, argv, False)
biobox = opts['<biobox_type>']
image = opts['<image>']
task = opts['--task']
verbose = opts['--verbose']
log = opts['--log']
if not behave.features_available(biobox):
error.err_exit("unknown_command", {
"command_type": "biobox type",
"command": biobox
})
ctn.exit_if_no_image_available(image)
if verbose:
results = behave.run(biobox, image, task, False)
else:
results = behave.run(biobox, image, task)
if verbose:
if log:
sys.stdout = open(log, "w+")
statuses = fn.thread([
behave.get_scenarios_and_statuses(results),
F(map, lambda x: name_and_status(*x)),
F(list)
])
longest_name = fn.thread(
[statuses, F(map, fn.first),
F(map, len), max])
def justify(x, y):
return x.ljust(longest_name), y
output = fn.thread([
statuses,
F(map, lambda x: justify(*x)),
F(map, F(" ".join)), fn.unique,
F("\n".join)
])
print(output)
if behave.is_failed(results):
exit(1)
elif behave.is_failed(results):
if log:
sys.stderr = open(log, "w+")
msg = fn.thread([
behave.get_failing_scenarios(results),
F(map, behave.scenario_name),
F("\n".join)
])
error.err_exit('failed_verification', {
'image': image,
'error': msg,
'biobox': biobox
})
def run(argv):
opts = util.parse_docopt(__doc__, argv, False)
biobox = opts['<biobox_type>']
image = opts['<image>']
task = opts['--task']
verbose = opts['--verbose']
log = opts['--log']
if not behave.features_available(biobox):
error.err_exit("unknown_command",
{"command_type" : "biobox type", "command" : biobox})
ctn.exit_if_no_image_available(image)
if verbose:
results = behave.run(biobox, image, task, False)
else:
results = behave.run(biobox, image, task)
if verbose:
if log:
sys.stdout = open(log, "w+")
statuses = fn.thread([
behave.get_scenarios_and_statuses(results),
F(map, lambda x: name_and_status(*x)),
F(list)])
longest_name = fn.thread([
statuses,
F(map, fn.first),
F(map, len),
max])
def justify(x, y): return x.ljust(longest_name), y
output = fn.thread([
statuses,
F(map, lambda x: justify(*x)),
F(map, F(" ".join)),
fn.unique,
F("\n".join)])
print(output)
if behave.is_failed(results):
exit(1)
elif behave.is_failed(results):
if log:
sys.stderr = open(log, "w+")
msg = fn.thread([
behave.get_failing_scenarios(results),
F(map, behave.scenario_name),
F("\n".join)])
error.err_exit('failed_verification', {'image': image, 'error': msg, 'biobox' : biobox})
def format_scenario_name(name):
return fn.thread([
str.replace(name, "Should ", ""),
lambda x: x[0].upper() + x[1:],
F(flip(str.split), '--'),
fn.first,
str.strip])
def get_scenarios_and_statuses(behave_data):
"""
Returns a list of scenarios and their status
"""
return fn.thread([
get_scenarios(behave_data),
F(map, lambda x: [scenario_name(x), scenario_status(x)])])
def format_scenario_name(name):
return fn.thread([
string.replace(name, "Should ", ""),
lambda x: x[0].upper() + x[1:],
F(flip(string.split), '--'),
fn.first,
string.strip])
def input_args():
"""
Get command line args excluding those consisting of only whitespace
"""
return fn.thread([
sys.argv[1:],
F(map, str.strip),
F(filter, fn.is_not_empty)])
def input_args():
"""
Get command line args excluding those consisting of only whitespace
"""
return fn.thread([
sys.argv[1:],
F(map, string.strip),
F(filter, fn.is_not_empty)])
def get_scenarios_and_statuses(behave_data):
"""
Returns a list of scenarios and their status
"""
return fn.thread([
get_scenarios(behave_data),
F(map,
lambda x: [scenario_name(x), scenario_status(x)])
])
def scenario_status(scenario):
"""
Returns the status of the last step in a scenario
"""
status = fn.thread([
scenario['steps'],
F(map, fn.get("result")),
F(filter, fn.is_not_none),
F(map, fn.get("status")),
])
if fn.is_empty(status):
return "not run"
else:
return status[-1]
def scenario_status(scenario):
"""
Returns the status of the last step in a scenario
"""
status = fn.thread([
scenario['steps'],
F(map, fn.get("result")),
F(filter, fn.is_not_none),
F(map, fn.get("status")),
])
if fn.is_empty(status):
return "not run"
else:
return status[-1]
def test_thread():
args = [1, F(op.add, 2), F(op.mul, 3)]
nose.assert_equal(9, fn.thread(args))
def test_thread():
args = [1, F(op.add, 2), F(op.mul, 3)]
nose.assert_equal(9, fn.thread(args))
def test_thread():
args = [1, F(op.add, 2), F(op.mul, 3)]
assert 9 == fn.thread(args)