def get_available_entitlements(get_all=False, active_on=None, overlapping=False,
uninstalled=False, text=None, filter_string=None):
"""
Returns a list of entitlement pools from the server.
The 'all' setting can be used to return all pools, even if the rules do
not pass. (i.e. show pools that are incompatible for your hardware)
"""
columns = [
'id',
'quantity',
'consumed',
'endDate',
'productName',
'providedProducts',
'productId',
'attributes',
'pool_type',
'service_level',
'service_type',
'suggested',
'contractNumber',
'management_enabled'
]
pool_stash = PoolStash()
dlist = pool_stash.get_filtered_pools_list(active_on, not get_all,
overlapping, uninstalled, text, filter_string)
for pool in dlist:
pool_wrapper = PoolWrapper(pool)
pool['providedProducts'] = pool_wrapper.get_provided_products()
if allows_multi_entitlement(pool):
pool['multi-entitlement'] = "Yes"
else:
pool['multi-entitlement'] = "No"
support_attrs = pool_wrapper.get_product_attributes("support_level",
"support_type")
pool['service_level'] = support_attrs['support_level']
pool['service_type'] = support_attrs['support_type']
pool['suggested'] = pool_wrapper.get_suggested_quantity()
pool['pool_type'] = pool_wrapper.get_pool_type()
pool['management_enabled'] = pool_wrapper.management_enabled()
if pool['suggested'] is None:
pool['suggested'] = ""
# no default, so default is None if key not found
data = [_sub_dict(pool, columns) for pool in dlist]
for d in data:
if int(d['quantity']) < 0:
d['quantity'] = _('Unlimited')
else:
d['quantity'] = str(int(d['quantity']) - int(d['consumed']))
d['endDate'] = format_date(isodate.parse_date(d['endDate']))
del d['consumed']
return data
def _do_update(self):
result = {}
if self.identity.is_valid():
self.pool_cache.load_status(
self.cp_provider.get_consumer_auth_cp(), self.identity.uuid)
entitlement_list = self.pool_cache.server_status
if entitlement_list is not None:
for ent in entitlement_list:
pool = PoolWrapper(ent.get('pool', {}))
pool_type = pool.get_pool_type()
result[pool.get_id()] = pool_type
self.pooltype_map.update(result)
def _do_update(self):
result = {}
if self.identity.is_valid():
self.pool_cache.load_status(self.cp_provider.get_consumer_auth_cp(),
self.identity.uuid)
entitlement_list = self.pool_cache.server_status
if entitlement_list is not None:
for ent in entitlement_list:
pool = PoolWrapper(ent.get('pool', {}))
pool_type = pool.get_pool_type()
result[pool.get_id()] = pool_type
self.pooltype_map.update(result)
def get_available_entitlements(facts, get_all=False, active_on=None,
overlapping=False, uninstalled=False, text=None):
"""
Returns a list of entitlement pools from the server.
Facts will be updated if appropriate before making the request, to ensure
the rules on the server will pass if appropriate.
The 'all' setting can be used to return all pools, even if the rules do
not pass. (i.e. show pools that are incompatible for your hardware)
"""
columns = ['id', 'quantity', 'consumed', 'endDate', 'productName',
'providedProducts', 'productId', 'attributes', 'pool_type',
'service_level', 'service_type', 'suggested', 'contractNumber']
pool_stash = PoolStash(Facts(require(ENT_DIR), require(PROD_DIR)))
dlist = pool_stash.get_filtered_pools_list(active_on, not get_all,
overlapping, uninstalled, text)
for pool in dlist:
pool_wrapper = PoolWrapper(pool)
pool['providedProducts'] = pool_wrapper.get_provided_products()
if allows_multi_entitlement(pool):
pool['multi-entitlement'] = "Yes"
else:
pool['multi-entitlement'] = "No"
support_attrs = pool_wrapper.get_product_attributes("support_level",
"support_type")
pool['service_level'] = support_attrs['support_level']
pool['service_type'] = support_attrs['support_type']
pool['suggested'] = pool_wrapper.get_suggested_quantity()
pool['pool_type'] = pool_wrapper.get_pool_type()
if pool['suggested'] is None:
pool['suggested'] = ""
# no default, so default is None if key not found
data = [_sub_dict(pool, columns) for pool in dlist]
for d in data:
if int(d['quantity']) < 0:
d['quantity'] = _('Unlimited')
else:
d['quantity'] = str(int(d['quantity']) - int(d['consumed']))
d['endDate'] = format_date(isodate.parse_date(d['endDate']))
del d['consumed']
return data
def get_available_entitlements(
get_all=False,
active_on=None,
overlapping=False,
uninstalled=False,
text=None,
filter_string=None,
future=None,
after_date=None,
page=0,
items_per_page=0,
iso_dates=False,
):
"""
Returns a list of entitlement pools from the server.
The 'all' setting can be used to return all pools, even if the rules do
not pass. (i.e. show pools that are incompatible for your hardware)
"""
columns = [
"id",
"quantity",
"consumed",
"startDate",
"endDate",
"productName",
"providedProducts",
"productId",
"roles",
"attributes",
"pool_type",
"service_level",
"service_type",
"usage",
"addons",
"suggested",
"contractNumber",
"management_enabled",
]
pool_stash = PoolStash()
dlist = pool_stash.get_filtered_pools_list(
active_on,
not get_all,
overlapping,
uninstalled,
text,
filter_string,
future=future,
after_date=after_date,
page=page,
items_per_page=items_per_page,
)
if iso_dates:
date_formatter = format_iso8601_date
else:
date_formatter = format_date
for pool in dlist:
pool_wrapper = PoolWrapper(pool)
pool["providedProducts"] = pool_wrapper.get_provided_products()
if allows_multi_entitlement(pool):
pool["multi-entitlement"] = "Yes"
else:
pool["multi-entitlement"] = "No"
support_attrs = pool_wrapper.get_product_attributes(
"support_level", "support_type", "roles", "usage", "addons"
)
pool["service_level"] = support_attrs["support_level"]
pool["service_type"] = support_attrs["support_type"]
pool["roles"] = support_attrs["roles"]
pool["usage"] = support_attrs["usage"]
pool["addons"] = support_attrs["addons"]
pool["suggested"] = pool_wrapper.get_suggested_quantity()
pool["pool_type"] = pool_wrapper.get_pool_type()
pool["management_enabled"] = pool_wrapper.management_enabled()
if pool["suggested"] is None:
pool["suggested"] = ""
# no default, so default is None if key not found
data = [_sub_dict(pool, columns) for pool in dlist]
for d in data:
if int(d["quantity"]) < 0:
d["quantity"] = _("Unlimited")
else:
d["quantity"] = str(int(d["quantity"]) - int(d["consumed"]))
d["startDate"] = date_formatter(isodate.parse_date(d["startDate"]))
d["endDate"] = date_formatter(isodate.parse_date(d["endDate"]))
del d["consumed"]
return data
