def test_add_new_rule_to_existing(self):
e1 = dict(rule_id="rule1",
transition={
"storage_class": "glacier",
"days": 90
},
status="enabled",
state="present")
e2 = dict(rule_id="rule2",
prefix="/f1",
expiration={"days": 31},
status="enabled",
state="present")
existing_rules = [create_s3_lc_rule(e1), create_s3_lc_rule(e2)]
a1 = dict(rule_id="rule3",
prefix="/f2",
expiration={"days": 7},
status="enabled",
state="present")
ansible_rules = [a1, e1, e2]
ret = calculate_net_rules(existing_rules, ansible_rules)
self.assertEqual(3,
ret.rules.__len__(),
msg="Should contain 3 rules, only {} found".format(
ret.rules.__len__()))
self.assertTrue(ret.changed)
found_rule = None
for rule in ret.rules:
if rule.id == a1['rule_id']:
found_rule = rule
break
self.assertIsNotNone(found_rule)
self.assertTrue(is_same_rule(create_s3_lc_rule(a1), found_rule))
def test_changed_rule_list(self):
e1 = dict(rule_id="rule1",
transition={
"storage_class": "glacier",
"days": 90
},
status="enabled",
state="present")
e2 = dict(rule_id="rule2",
prefix="/f1",
expiration={"days": 31},
status="enabled",
state="present")
existing_rules = [create_s3_lc_rule(e1), create_s3_lc_rule(e2)]
a1 = dict(rule_id="rule2",
prefix="/f1",
expiration={"days": 7},
status="enabled",
state="present")
ansible_rules = [a1]
ret = calculate_net_rules(existing_rules, ansible_rules)
self.assertTrue(ret.changed)
found_rule = None
for rule in ret.rules:
if rule.id == a1['rule_id']:
found_rule = rule
break
self.assertIsNotNone(found_rule)
self.assertTrue(is_same_rule(create_s3_lc_rule(a1), found_rule))
def test_new_rule_list(self):
existing_rules = None
rule1 = dict(rule_id="rule1",
transition={
"storage_class": "frozen",
"days": 90
},
status="enabled",
state="present")
lc_rule = create_s3_lc_rule(rule1)
ansible_rules = [rule1]
ret = calculate_net_rules(existing_rules, ansible_rules)
self.assertTrue(ret.changed)
self.assertTrue(is_same_rule(lc_rule, ret.rules[0]))
def test_same_rule_id_mismatch(self):
rule_a = create_s3_lc_rule({
"rule_id": "myrule",
"prefix": "/f1",
"status": "enabled",
"expiration": {
"days": 10
}
})
rule_b = create_s3_lc_rule({
"rule_id": "myruler",
"prefix": "/f1",
"status": "enabled",
"expiration": {
"days": 10
}
})
self.assertFalse(is_same_rule(rule_a, rule_b))
def test_same_rule(self):
rule_a = create_s3_lc_rule({
"rule_id": "myrule",
"prefix": None,
"status": "enabled",
"expiration": {
"days": 10
}
})
rule_b = create_s3_lc_rule({
"rule_id": "myrule",
"prefix": None,
"status": "enabled",
"expiration": {
"days": 10
}
})
self.assertTrue(is_same_rule(rule_a, rule_b))
def test_same_rule_type_mismatch(self):
rule_a = create_s3_lc_rule({
"rule_id": "myrule",
"prefix": None,
"status": "enabled",
"expiration": {
"days": 10
}
})
rule_b = create_s3_lc_rule({
"rule_id": "myrule",
"prefix": None,
"status": "enabled",
"transition": {
"storage_class": "glacier",
"days": 10
}
})
self.assertFalse(is_same_rule(rule_a, rule_b))