def add_pool(self, pool, default_quantity_value):
self.total_contracts += 1
self.total_contracts_label.set_text(str(self.total_contracts))
self.subscription_name_label.set_text(pool['productName'])
# Use unlimited for -1 quanities
quantity = pool['quantity']
if quantity < 0:
quantity = _('Unlimited')
quantity_available = -1
else:
quantity_available = int(pool['quantity']) - int(pool['consumed'])
# cap the default selected quantity at the max available
# for that pool. See #855257. Watch out for quantity_available
# being -1 (unlimited).
if default_quantity_value > quantity_available and quantity_available >= 0:
default_quantity_value = quantity_available
quantity_increment = 1
if 'calculatedAttributes' in pool:
calculated_attrs = pool['calculatedAttributes']
if 'quantity_increment' in calculated_attrs:
quantity_increment = int(
calculated_attrs['quantity_increment'])
self.model.add_map({
'contract_number':
pool['contractNumber'],
'consumed_fraction':
"%s / %s" % (pool['consumed'], quantity),
'start_date':
isodate.parse_date(pool['startDate']),
'end_date':
isodate.parse_date(pool['endDate']),
'default_quantity':
default_quantity_value,
'product_name':
pool['productName'],
'pool':
pool,
'is_virt_only':
PoolWrapper(pool).is_virt_only(),
'multi_entitlement':
allows_multi_entitlement(pool),
'quantity_available':
quantity_available,
'quantity_increment':
quantity_increment,
})
def add_pool(self, pool, default_quantity_value):
self.total_contracts += 1
self.total_contracts_label.set_text(str(self.total_contracts))
self.subscription_name_label.set_text(pool['productName'])
# Use unlimited for -1 quanities
quantity = pool['quantity']
if quantity < 0:
quantity = _('Unlimited')
quantity_available = -1
else:
quantity_available = int(pool['quantity']) - int(pool['consumed'])
# cap the default selected quantity at the max available
# for that pool. See #855257. Watch out for quantity_available
# being -1 (unlimited).
if default_quantity_value > quantity_available and quantity_available >= 0:
default_quantity_value = quantity_available
quantity_increment = 1
if 'calculatedAttributes' in pool:
calculated_attrs = pool['calculatedAttributes']
if 'quantity_increment' in calculated_attrs:
quantity_increment = int(calculated_attrs['quantity_increment'])
self.model.add_map({
'contract_number': pool['contractNumber'],
'consumed_fraction': "%s / %s" % (pool['consumed'], quantity),
'start_date': isodate.parse_date(pool['startDate']),
'end_date': isodate.parse_date(pool['endDate']),
'default_quantity': default_quantity_value,
'product_name': pool['productName'],
'pool': pool,
'is_virt_only': PoolWrapper(pool).is_virt_only(),
'multi_entitlement': allows_multi_entitlement(pool),
'quantity_available': quantity_available,
'quantity_increment': quantity_increment,
})
def test_is_case_insensitive(self):
pool = self._create_pool_data_with_multi_entitlement_attribute("YeS")
self.assertTrue(allows_multi_entitlement(pool))
pool = self._create_pool_data_with_multi_entitlement_attribute("nO")
self.assertFalse(allows_multi_entitlement(pool))
def test_does_not_allow_when_any_other_value(self):
pool = self._create_pool_data_with_multi_entitlement_attribute("not_a_good_value")
self.assertFalse(allows_multi_entitlement(pool))
def test_does_not_allow_when_empty_string(self):
pool = self._create_pool_data_with_multi_entitlement_attribute("")
self.assertFalse(allows_multi_entitlement(pool))
def test_does_not_allow_when_not_set(self):
pool = {"productAttributes": []}
self.assertFalse(allows_multi_entitlement(pool))
def test_allows_when_1(self):
pool = self._create_pool_data_with_multi_entitlement_attribute("1")
self.assertTrue(allows_multi_entitlement(pool))
def display_pools(self):
"""
Re-display the list of pools last queried, based on current filter options.
"""
selection = self.top_view.get_selection()
selected_pool_id = None
itr = selection.get_selected()[1]
if itr:
selected_pool_id = self.store.get_value(itr, self.store['pool_id'])
self.store.clear()
# It may seem backwards that incompatible = self.filters.show_compatible
# etc., but think of it like "if show_compatible is true, then
# filter out all the incompatible products."
merged_pools = self.pool_stash.merge_pools(
incompatible=self.filters.show_compatible,
overlapping=self.filters.show_no_overlapping,
uninstalled=self.filters.show_installed,
subscribed=True,
text=self.get_filter_text())
if self.pool_stash.all_pools_size() == 0:
self.sub_details.clear()
# If the date is None (now), use current time
on_date = self.date_picker.date or datetime.datetime.now()
self.display_message(_("No subscriptions are available on %s.") %
on_date.strftime("%Y-%m-%d"))
return
if len(merged_pools) == 0:
self.sub_details.clear()
self.display_message(_("No subscriptions match current filters."))
return
# Hide the no subscriptions label and show the pools list:
self.widget_switcher.set_active(1)
sorter = managerlib.MergedPoolsStackingGroupSorter(list(merged_pools.values()))
for group in sorter.groups:
tree_iter = None
if group.name and len(group.entitlements) > 1:
tree_iter = self.store.add_map(tree_iter, self._create_parent_map(group.name))
for entry in group.entitlements:
quantity_available = 0
if entry.quantity < 0:
available = _('Unlimited')
quantity_available = -1
else:
available = entry.quantity - entry.consumed
quantity_available = entry.quantity - entry.consumed
pool = entry.pools[0]
# Use the maximum suggested quantity, not the first one. BZ 1022198
# This is still incorrect when quantities from multiple merged pools are required
suggested_quantity = max([self.calculate_default_quantity(p) for p in entry.pools])
pool_type = PoolWrapper(pool).get_pool_type()
attrs = self._product_attrs_to_dict(pool['productAttributes'])
# Display support level and type if the attributes are present:
support_level = ""
support_type = ""
if 'support_level' in attrs:
support_level = attrs['support_level']
if 'support_type' in attrs:
support_type = attrs['support_type']
quantity_increment = 1
if 'calculatedAttributes' in pool:
calculated_attrs = pool['calculatedAttributes']
if 'quantity_increment' in calculated_attrs:
quantity_increment = int(calculated_attrs['quantity_increment'])
self.store.add_map(tree_iter, {
'virt_only': self._machine_type(entry.pools),
'product_name': str(entry.product_name),
'product_name_formatted': apply_highlight(entry.product_name,
self.get_filter_text()),
'quantity_to_consume': suggested_quantity,
'available': str(available),
'product_id': str(entry.product_id),
'pool_id': entry.pools[0]['id'], # not displayed, just for lookup later
'merged_pools': entry, # likewise not displayed, for subscription
'align': 0.5,
'multi-entitlement': allows_multi_entitlement(pool),
'background': None,
'quantity_available': quantity_available,
'support_level': support_level,
'support_type': support_type,
'quantity_increment': quantity_increment,
'pool_type': str(pool_type)
})
# Ensure that all nodes are expanded in the tree view.
self.top_view.expand_all()
self._stripe_rows(None, self.store)
# set the selection/details back to what they were, if possible
def select_row(model, path, itr, data):
if model.get_value(itr, model['pool_id']) == data[0]:
data[1].set_cursor(path)
return True
# Attempt to re-select if there was a selection
if selected_pool_id:
self.store.foreach(select_row, (selected_pool_id, self.top_view))
# If we don't have a selection, clear the sub_details view
# TODO: is this conditional necessary? If so, when?
if not self.top_view.get_selection().get_selected()[1]:
self.sub_details.clear()
def display_pools(self):
"""
Re-display the list of pools last queried, based on current filter options.
"""
selection = self.top_view.get_selection()
selected_pool_id = None
itr = selection.get_selected()[1]
if itr:
selected_pool_id = self.store.get_value(itr, self.store['pool_id'])
self.store.clear()
# It may seem backwards that incompatible = self.filters.show_compatible
# etc., but think of it like "if show_compatible is true, then
# filter out all the incompatible products."
merged_pools = self.pool_stash.merge_pools(
incompatible=self.filters.show_compatible,
overlapping=self.filters.show_no_overlapping,
uninstalled=self.filters.show_installed,
subscribed=True,
text=self.get_filter_text())
if self.pool_stash.all_pools_size() == 0:
self.sub_details.clear()
# If the date is None (now), use current time
on_date = self.date_picker.date or datetime.datetime.now()
self.display_message(
_("No subscriptions are available on %s.") %
on_date.strftime("%Y-%m-%d"))
return
if len(merged_pools) == 0:
self.sub_details.clear()
self.display_message(_("No subscriptions match current filters."))
return
# Hide the no subscriptions label and show the pools list:
self.widget_switcher.set_active(1)
sorter = managerlib.MergedPoolsStackingGroupSorter(
list(merged_pools.values()))
for group in sorter.groups:
tree_iter = None
if group.name and len(group.entitlements) > 1:
tree_iter = self.store.add_map(
tree_iter, self._create_parent_map(group.name))
for entry in group.entitlements:
quantity_available = 0
if entry.quantity < 0:
available = _('Unlimited')
quantity_available = -1
else:
available = entry.quantity - entry.consumed
quantity_available = entry.quantity - entry.consumed
pool = entry.pools[0]
# Use the maximum suggested quantity, not the first one. BZ 1022198
# This is still incorrect when quantities from multiple merged pools are required
suggested_quantity = max(
[self.calculate_default_quantity(p) for p in entry.pools])
pool_type = PoolWrapper(pool).get_pool_type()
attrs = self._product_attrs_to_dict(pool['productAttributes'])
# Display support level and type if the attributes are present:
support_level = ""
support_type = ""
if 'support_level' in attrs:
support_level = attrs['support_level']
if 'support_type' in attrs:
support_type = attrs['support_type']
quantity_increment = 1
if 'calculatedAttributes' in pool:
calculated_attrs = pool['calculatedAttributes']
if 'quantity_increment' in calculated_attrs:
quantity_increment = int(
calculated_attrs['quantity_increment'])
self.store.add_map(
tree_iter,
{
'virt_only':
self._machine_type(entry.pools),
'product_name':
str(entry.product_name),
'product_name_formatted':
apply_highlight(entry.product_name,
self.get_filter_text()),
'quantity_to_consume':
suggested_quantity,
'available':
str(available),
'product_id':
str(entry.product_id),
'pool_id':
entry.pools[0]
['id'], # not displayed, just for lookup later
'merged_pools':
entry, # likewise not displayed, for subscription
'align':
0.5,
'multi-entitlement':
allows_multi_entitlement(pool),
'background':
None,
'quantity_available':
quantity_available,
'support_level':
support_level,
'support_type':
support_type,
'quantity_increment':
quantity_increment,
'pool_type':
str(pool_type)
})
# Ensure that all nodes are expanded in the tree view.
self.top_view.expand_all()
self._stripe_rows(None, self.store)
# set the selection/details back to what they were, if possible
def select_row(model, path, itr, data):
if model.get_value(itr, model['pool_id']) == data[0]:
data[1].set_cursor(path)
return True
# Attempt to re-select if there was a selection
if selected_pool_id:
self.store.foreach(select_row, (selected_pool_id, self.top_view))
# If we don't have a selection, clear the sub_details view
# TODO: is this conditional necessary? If so, when?
if not self.top_view.get_selection().get_selected()[1]:
self.sub_details.clear()
