def basic_chain_manager(self, stack):
stack.add_link(x=self.flatten(p.XKEYS_BASIC),
y=p.YKEYS_BASIC,
views=p.VIEWS_BASIC,
weights=p.WEIGHT_BASIC)
locality = stack[DATA_KEY].meta['columns']['locality']
for idx in range(1, 4):
locality['values'][idx]['text'] = {'en-GB': '.'}
vm = ViewManager(stack)
vm.get_views(cell_items=p.CELLS_BASIC,
weight=p.WEIGHT_BASIC,
bases='auto').group()
_basic = ChainManager(stack)
for item in p.XKEYS_BASIC:
folder = None if isinstance(item, str) \
else 'FOLDER_%s' % str(p.XKEYS_BASIC.index(item))
_basic.get(data_key=DATA_KEY,
filter_key=FILTER_KEY,
x_keys=item,
y_keys=p.YKEYS_BASIC,
views=vm.views,
orient='x',
prioritize=True,
folder=folder)
_basic.add(stack[DATA_KEY].data.loc[:, p.OPENS_BASIC],
meta_from=DATA_KEY,
name='Open Ends')
_basic.paint_all()
return _basic
def test_vm_c_b(self):
stack = self._get_stack(self)
path_stack = './tests/stack_vm.stack'
stack.save(path_stack)
vm = ViewManager(stack, basics=True, nets=False, stats=None, tests=None)
vm_views = vm.get_views(cell_items='c', weights=None, bases='auto').group().views
self.assertEqual(vm_views, E['c_b'])
def test_vm_p_b_w_both(self):
path_stack = './tests/stack_vm.stack'
stack = qp.Stack('viewmanager').load(path_stack, load_cache=True)
vm = ViewManager(stack, basics=True, nets=False, stats=None, tests=None)
vm_views = vm.get_views(cell_items='p', weights='weight_a', bases='both').group().views
self.assertEqual(vm_views, E['p_b_w_both'])
path_cache = './tests/stack_vm.cache'
os.remove(path_stack)
os.remove(path_cache)
def test_vm_p_b(self):
path_stack = './tests/stack_vm.stack'
stack = qp.Stack('viewmanager').load(path_stack, load_cache=True)
vm = ViewManager(stack)
vm.get_views(cell_items='colpct', freqs=True, nets=False,
stats=None, tests=None, weight=None,
bases='auto')
vm.set_bases('uw', 'uw', False, ['gross', 'base'])
vm_views = vm.views
self.assertEqual(vm_views, E['p_b'])
def test_vm_cp_b_w_auto(self):
path_stack = './tests/stack_vm.stack'
stack = qp.Stack('viewmanager').load(path_stack, load_cache=True)
vm = ViewManager(stack)
vm.get_views(cell_items='counts_colpct', freqs=True,
nets=False, stats=None, tests=None,
weight='weight_a', bases='auto')
vm.set_bases('w', 'w', 'w', ['gross', 'base', 'effective'])
vm_views = vm.views
self.assertEqual(vm_views, E['cp_b_w_auto'])
def test_vm_c_b(self):
stack = self._get_stack(self)
path_stack = './tests/stack_vm.stack'
stack.save(path_stack)
vm = ViewManager(stack)
vm.get_views(cell_items='counts', freqs=True, nets=False,
stats=None, tests=None, weight=None,
bases='auto')
vm.set_bases('uw', 'uw', False, ['gross', 'base'])
vm_views = vm.views
self.assertEqual(vm_views, E['c_b'])
def test_vm_p_b_n_s_t_w_both(self):
path_stack = './tests/stack_vm.stack'
stack = qp.Stack('viewmanager').load(path_stack, load_cache=True)
vm = ViewManager(stack)
vm.get_views(cell_items='colpct', freqs=True, nets=True,
stats=['mean', 'stddev'], tests=['0.05'],
weight='weight_a', bases='both')
vm.set_bases('both', 'both', 'w', ['gross', 'base', 'effective'],
'before', True)
vm_views = vm.views
self.assertEqual(vm_views, E['p_b_n_s_t_w_both'])
def test_vm_p_b_w_both(self):
path_stack = './tests/stack_vm.stack'
stack = qp.Stack('viewmanager').load(path_stack, load_cache=True)
vm = ViewManager(stack)
vm.get_views(cell_items='colpct', freqs=True, nets=False,
stats=None, tests=None, weight='weight_a',
bases='both')
vm.set_bases('both', 'both', 'w', ['gross', 'base', 'effective'],
'before', True)
vm_views = vm.views
self.assertEqual(vm_views, E['p_b_w_both'])
path_cache = './tests/stack_vm.cache'
os.remove(path_stack)
os.remove(path_cache)
def test_vm_cp_b(self):
path_stack = './tests/stack_vm.stack'
stack = qp.Stack('viewmanager').load(path_stack, load_cache=True)
vm = ViewManager(stack, basics=True, nets=False, stats=None, tests=None)
vm_views = vm.get_views(cell_items='cp', weights=None, bases='auto').group().views
self.assertEqual(vm_views, E['cp_b'])
def test_vm_p_b_n_s_t_w_both(self):
path_stack = './tests/stack_vm.stack'
stack = qp.Stack('viewmanager').load(path_stack, load_cache=True)
vm = ViewManager(stack, basics=True, nets=True, stats=['mean', 'stddev'], tests=['0.05'])
vm_views = vm.get_views(cell_items='p', weights='weight_a', bases='both').group().views
self.assertEqual(vm_views, E['p_b_n_s_t_w_both'])
