def test_load_anyblok(self):
BlokManager.load()
if not BlokManager.list():
self.fail('No blok load')
if not BlokManager.has('anyblok-core'):
self.fail("The blok 'anyblok-core' is missing")
BlokManager.get('anyblok-core')
def test_load_anyblok(self):
BlokManager.load()
if not BlokManager.list():
self.fail('No blok load')
if not BlokManager.has('anyblok-core'):
self.fail("The blok 'anyblok-core' is missing")
BlokManager.get('anyblok-core')
def add(cls, blok):
""" Store the blok so that we know which bloks to reload if needed
:param blok: name of the blok to add
:rtype: loader instance
:exception: ImportManagerException
"""
from anyblok.blok import BlokManager
if cls.has(blok):
return cls.get(blok)
if not BlokManager.has(blok):
raise ImportManagerException("Unexisting blok")
loader = Loader(blok)
cls.modules[blok] = loader
return loader
def add(cls, blok):
""" Store the blok so that we know which bloks to reload if needed
:param blok: name of the blok to add
:rtype: loader instance
:exception: ImportManagerException
"""
from anyblok.blok import BlokManager
if cls.has(blok):
return cls.get(blok)
if not BlokManager.has(blok):
raise ImportManagerException("Unexisting blok")
loader = Loader(blok)
cls.modules[blok] = loader
return loader
def test_set(self):
blok_name = 'ABlok'
BlokManager.set(blok_name, Blok)
self.assertEqual(BlokManager.has(blok_name), True)
def test_set(self):
blok_name = 'ABlok'
BlokManager.set(blok_name, Blok)
self.assertTrue(BlokManager.has(blok_name))
def exist(self):
return BlokManager.has(self.blok.name)
def exist(self):
return BlokManager.has(self.blok.name)
def test_set(self):
blok_name = 'ABlok'
BlokManager.set(blok_name, Blok)
assert BlokManager.has(blok_name)
