def do_classes(self, context):
"usage: classes"
for c in ra.ra_classes():
if c in self.provider_classes:
print "%s / %s" % (c, ' '.join(ra.ra_providers_all(c)))
else:
print "%s" % c
def do_classes(self, context):
"usage: classes"
for c in ra.ra_classes():
if c in self.provider_classes:
print "%s / %s" % (c, ' '.join(ra.ra_providers_all(c)))
else:
print "%s" % c
def do_list(self, context, class_, provider_=None):
"usage: list <class> [<provider>]"
if not class_ in ra.ra_classes():
context.fatal_error("class %s does not exist" % class_)
if provider_ and not provider_ in ra.ra_providers_all(class_):
context.fatal_error("there is no provider %s for class %s" % (provider_, class_))
types = ra.ra_types(class_, provider_)
if options.regression_tests:
for t in types:
print t
else:
utils.multicolumn(types)
def complete_class_provider_type(args):
'''
This is just too complicated to complete properly...
'''
ret = set([])
classes = ra.ra_classes()
for c in classes:
if c != 'ocf':
types = ra.ra_types(c)
for t in types:
ret.add('%s:%s' % (c, t))
providers = ra.ra_providers_all('ocf')
for p in providers:
types = ra.ra_types('ocf', p)
for t in types:
ret.add('ocf:%s:%s' % (p, t))
return list(ret)
