def __init__(self, targets, options):
super(running, self).__init__(targets, options)
assert not targets
r = 0
for exp in ls():
if exp.startswith("expdir") and \
not os.path.exists( os.path.join(exp, ExperimentResults.metainfos_path) ):
if r == 0:
print
r += 1
print exp
print("\n(%d experiment%s %s running)" %
(r, toolkit.plural(r), toolkit.plural(r, 'is', 'are')))
def checkForExpectedTests(self):
"""Assert that all tests provided through --test-name were found."""
missing_expected_tests = Test.missingExpectedTests()
if not missing_expected_tests:
return
# Some tests were not found!
msg_pair = (toolkit.plural(len(missing_expected_tests)),
','.join(missing_expected_tests))
logging.warning('\nSome test%s (%s) were not found!!!' % msg_pair)
if hasattr(self.options, 'all') and self.options.all:
raise PyTestUsageError(
"Asked for test%s named %s which can't be found." % msg_pair)
# Try to "fast-locate" missing tests
logging.warning('Trying to "fast-locate" missing tests...')
cached_test_map = core.getCachedTestMap()
while missing_expected_tests:
test_name = missing_expected_tests.pop()
if test_name in cached_test_map:
target = cached_test_map[test_name]
self.build_tests((self.options, []), target,
os.listdir(target))
# If you can't fast locate, use brute force
else:
logging.warning(
'Must use brute force since %s was not in cache...' %
test_name)
self.options.all = True
Test._instances_map = {} # To avoid DuplicateName errors
for target in plbranches:
os.path.walk(target, self.build_tests, (self.options, []))
# Can't enter an infinite loop since we now have 'self.options.all == True'
return self.checkForExpectedTests()
def checkForExpectedTests(self):
"""Assert that all tests provided through --test-name were found."""
missing_expected_tests = Test.missingExpectedTests()
if not missing_expected_tests:
return
# Some tests were not found!
msg_pair = (toolkit.plural(len(missing_expected_tests)),
','.join(missing_expected_tests))
logging.warning('\nSome test%s (%s) were not found!!!'%msg_pair)
if hasattr(self.options, 'all') and self.options.all:
raise PyTestUsageError(
"Asked for test%s named %s which can't be found." % msg_pair)
# Try to "fast-locate" missing tests
logging.warning('Trying to "fast-locate" missing tests...')
cached_test_map = core.getCachedTestMap()
while missing_expected_tests:
test_name = missing_expected_tests.pop()
if test_name in cached_test_map:
target = cached_test_map[test_name]
self.build_tests( (self.options, []), target, os.listdir(target) )
# If you can't fast locate, use brute force
else:
logging.warning('Must use brute force since %s was not in cache...'%test_name)
self.options.all = True
Test._instances_map = {} # To avoid DuplicateName errors
for target in plbranches:
os.path.walk( target, self.build_tests, (self.options, []) )
# Can't enter an infinite loop since we now have 'self.options.all == True'
return self.checkForExpectedTests()
def __init__( self, targets, options ):
super(running, self).__init__(targets, options)
assert not targets
r = 0
for exp in ls():
if exp.startswith("expdir") and \
not os.path.exists( os.path.join(exp, ExperimentResults.metainfos_path) ):
if r == 0:
print
r += 1
print exp
print( "\n(%d experiment%s %s running)"
% ( r, toolkit.plural(r),
toolkit.plural(r, 'is', 'are') )
)
