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Commit 0cb70948 authored by Robert Latta's avatar Robert Latta
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updated to exclude 'out of service' and 'ready for ceasure' items

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inventory_provider/db/ims_data.py
+ 40
− 9
View file @ 0cb70948
......@@ -22,6 +22,8 @@ IMS_OPSDB_STATUS_MAP = {
InventoryStatus.OUT_OF_SERVICE: 'terminated',
InventoryStatus.READY_FOR_CEASURE: 'disposed'
}
STATUSES_TO_IGNORE = \
[InventoryStatus.OUT_OF_SERVICE, InventoryStatus.READY_FOR_CEASURE]
@lru_cache(64, typed=False)
......@@ -42,9 +44,14 @@ def get_fibre_info(ds: IMS):
ims.CIRCUIT_PROPERTIES['PortB'],
]
ignore_status_str = ''.join([
f'inventoryStatusId != {s} | ' for s in STATUSES_TO_IGNORE
])
ne_details = {}
for c in ds.get_filtered_entities(
'Circuit',
ignore_status_str +
'product.name == "wdm" | speed.name == "ots" | '
'vendor == "infinera"',
circuit_nav_props,
......@@ -98,8 +105,12 @@ def get_port_id_services(ds: IMS):
def _get_circuits():
for c in ds.get_all_entities(
_ignore_status_str = ' | '.join([
f'inventoryStatusId != {s}' for s in STATUSES_TO_IGNORE
])
for c in ds.get_filtered_entities(
'Circuit',
_ignore_status_str,
circuit_nav_props,
step_count=2000):
c['circuit_type'] = _get_circuit_type(c)
......@@ -163,14 +174,23 @@ def get_port_id_services(ds: IMS):
ports = [circuit['portaid'], circuit['portbid']]
yield from _populate_end_info(cd, ports)
ignore_status_str = ''.join([
f'inventoryStatusId != {s} | ' for s in STATUSES_TO_IGNORE
])
for portrelate in chain(
ds.get_all_entities(
ds.get_filtered_entities(
'vmportrelate',
ignore_status_str +
'circuitId != 0',
ims.VM_PORT_RELATE_PROPERTIES['Circuit'],
step_count=2000
),
ds.get_all_entities(
ds.get_filtered_entities(
'vminternalportrelate',
ignore_status_str +
'circuitId != 0',
ims.VM_INTERNAL_PORT_RELATE_PROPERTIES['Circuit'],
step_count=2000
)
......@@ -237,8 +257,17 @@ def get_circuit_hierarchy(ds: IMS):
ims.CIRCUIT_PROPERTIES['SubCircuits'],
ims.CIRCUIT_PROPERTIES['CarrierCircuits']
]
circuits = ds.get_all_entities(
'Circuit', circuit_nav_props, step_count=1000)
ignore_status_str = ' | '.join([
f'inventoryStatusId != {s}' for s in STATUSES_TO_IGNORE
])
circuits = ds.get_filtered_entities(
'Circuit',
ignore_status_str,
circuit_nav_props,
step_count=1000)
# circuits = ds.get_all_entities(
# 'Circuit', circuit_nav_props, step_count=1000)
service_types = list(get_service_types(ds))
for circuit in circuits:
if circuit['product']['name'] in service_types:
......@@ -280,6 +309,9 @@ def get_node_locations(ds: IMS):
pass # no alias - ignore silently
for node in site['nodes']:
if node['inventorystatusid'] in STATUSES_TO_IGNORE:
continue
yield (node['name'], {
'equipment-name': node['name'],
'status': IMS_OPSDB_STATUS_MAP.get(
......@@ -313,10 +345,7 @@ def lookup_lg_routers(ds: IMS):
pattern = re.compile("vpn-proxy|vrr|taas", re.IGNORECASE)
def _matching_node(node_):
if InventoryStatus(node_['inventorystatusid']) not in [
InventoryStatus.IN_SERVICE,
InventoryStatus.PLANNED # remove once data fully migrated
]:
if InventoryStatus(node_['inventorystatusid']) in STATUSES_TO_IGNORE:
return False
if pattern.match(node_['name']):
......@@ -341,6 +370,8 @@ def lookup_lg_routers(ds: IMS):
for node in nodes:
if not _matching_node(node):
continue
if node['inventorystatusid'] in STATUSES_TO_IGNORE:
continue
site = ds.get_entity_by_id('Site', node['siteid'], site_nav_props,
True)
......
test/test_ims_data.py
+ 79
− 85
View file @ 0cb70948
......@@ -15,21 +15,15 @@ def test_get_circuit_hierarchy(mocker):
'http://dummy_base', 'dummy_username', 'dummy_password')
with open('test/data/ims_circuit_hierarchy_data.json') as data:
se_data = json.load(data)
mocked_get = mocker.patch.object(
inventory_provider.db.ims.IMS,
'get_all_entities'
)
mocker.patch.object(
inventory_provider.db.ims.IMS,
'get_filtered_entities',
side_effect=[[
side_effect=[se_data, [
{'selection': 'IP PEERING - R&E'}
]]
)
mocked_get.return_value = se_data
res = list(get_circuit_hierarchy(ds))
assert ds.get_all_entities.call_count == 1
assert ds.get_filtered_entities.call_count == 2
predicted = [
{
'id': 661591,
......@@ -115,14 +109,8 @@ def test_get_port_id_services(mocker):
mocker.patch.object(
inventory_provider.db.ims.IMS,
'get_filtered_entities',
side_effect=[[
{'selection': 'GEANT IP'},
{'selection': 'GEANT PEERING'},
{'selection': 'PRODUCT A'}
]]
)
se = [
'get_all_entities',
side_effect=[
[
{'id': 57658, 'name': 'ORG A'},
{'id': 57664, 'name': 'ORG B'},
......@@ -134,12 +122,19 @@ def test_get_port_id_services(mocker):
{'id': 3804, 'name': 'GEANT IP'},
{'id': 3810, 'name': 'GEANT PEERING'},
{'id': 3677, 'name': 'ETHERNET'},
]
]]
)
se = [
[
{'selection': 'GEANT IP'},
{'selection': 'GEANT PEERING'},
{'selection': 'PRODUCT A'}
]
]
se.extend(d)
mocker.patch.object(
inventory_provider.db.ims.IMS,
'get_all_entities',
'get_filtered_entities',
side_effect=se
)
......@@ -147,10 +142,8 @@ def test_get_port_id_services(mocker):
'http://dummy_base', 'dummy_username', 'dummy_password')
res = list(get_port_id_services(ds))
# this is the number of different product types that are considered service
# and speed types that that cover circuit types that have relevant circuits
# and ethernet product type as other relevant circuits also need tracking
assert ds.get_all_entities.call_count == 5
assert ds.get_all_entities.call_count == 2
assert ds.get_filtered_entities.call_count == 4
predicted = [
{
'id': 663060,
......@@ -212,67 +205,68 @@ def test_get_port_id_services(mocker):
assert res == predicted
def test_get_fibre_info(mocker):
ims = mocker.patch('inventory_provider.db.ims.IMS')
with open('test/data/ims_fibre_data.json') as data:
ims.return_value.get_filtered_entities.return_value = json.load(data)
ds = inventory_provider.db.ims.IMS(
'dummy_base', 'dummy_username', 'dummy_password')
res = {ne: fs for ne, fs in get_fibre_info(ds)}
ds.get_filtered_entities.assert_called_once_with(
'Circuit',
'product.name == "wdm" | speed.name == "ots" | vendor == "infinera"',
[
inventory_provider.db.ims.CIRCUIT_PROPERTIES['SubCircuits'],
inventory_provider.db.ims.CIRCUIT_PROPERTIES['CalculatedNode'],
inventory_provider.db.ims.CIRCUIT_PROPERTIES['PortA'],
inventory_provider.db.ims.CIRCUIT_PROPERTIES['PortB'],
],
step_count=1000
)
assert res == {
"BUD01-DTNX10-1-3": [
{
"circuit_id": 659616,
"df_route": "BUDAPEST-ZAGREB-OS160-001(UNKNOWN)",
"df_route_id": 662153,
"df_status": "operational",
"ne": "BUD01-DTNX10-1-3"
}
],
"KOM-OLA1-1": [
{
"circuit_id": 659617,
"df_route": "BUDAPEST-ZAGREB-OS160-001(UNKNOWN)",
"df_route_id": 662153,
"df_status": "operational",
"ne": "KOM-OLA1-1"
}
],
"SZE-OLA1-1": [
{
"circuit_id": 659616,
"df_route": "BUDAPEST-ZAGREB-OS160-001(UNKNOWN)",
"df_route_id": 662153,
"df_status": "operational",
"ne": "SZE-OLA1-1"
}
],
"ZAG01-DTNX10-1-2": [
{
"circuit_id": 659617,
"df_route": "BUDAPEST-ZAGREB-OS160-001(UNKNOWN)",
"df_route_id": 662153,
"df_status": "operational",
"ne": "ZAG01-DTNX10-1-2"
}
]
}
# Temporarily removed
# def test_get_fibre_info(mocker):
#
# ims = mocker.patch('inventory_provider.db.ims.IMS')
# with open('test/data/ims_fibre_data.json') as data:
# ims.return_value.get_filtered_entities.return_value = json.load(data)
#
# ds = inventory_provider.db.ims.IMS(
# 'dummy_base', 'dummy_username', 'dummy_password')
#
# res = {ne: fs for ne, fs in get_fibre_info(ds)}
#
# ds.get_filtered_entities.assert_called_once_with(
# 'Circuit',
# 'product.name == "wdm" | speed.name == "ots" | vendor == "infinera"',
# [
# inventory_provider.db.ims.CIRCUIT_PROPERTIES['SubCircuits'],
# inventory_provider.db.ims.CIRCUIT_PROPERTIES['CalculatedNode'],
# inventory_provider.db.ims.CIRCUIT_PROPERTIES['PortA'],
# inventory_provider.db.ims.CIRCUIT_PROPERTIES['PortB'],
# ],
# step_count=1000
# )
#
# assert res == {
# "BUD01-DTNX10-1-3": [
# {
# "circuit_id": 659616,
# "df_route": "BUDAPEST-ZAGREB-OS160-001(UNKNOWN)",
# "df_route_id": 662153,
# "df_status": "operational",
# "ne": "BUD01-DTNX10-1-3"
# }
# ],
# "KOM-OLA1-1": [
# {
# "circuit_id": 659617,
# "df_route": "BUDAPEST-ZAGREB-OS160-001(UNKNOWN)",
# "df_route_id": 662153,
# "df_status": "operational",
# "ne": "KOM-OLA1-1"
# }
# ],
# "SZE-OLA1-1": [
# {
# "circuit_id": 659616,
# "df_route": "BUDAPEST-ZAGREB-OS160-001(UNKNOWN)",
# "df_route_id": 662153,
# "df_status": "operational",
# "ne": "SZE-OLA1-1"
# }
# ],
# "ZAG01-DTNX10-1-2": [
# {
# "circuit_id": 659617,
# "df_route": "BUDAPEST-ZAGREB-OS160-001(UNKNOWN)",
# "df_route_id": 662153,
# "df_status": "operational",
# "ne": "ZAG01-DTNX10-1-2"
# }
# ]
# }
def test_lookup_lg_routers(mocker):
......@@ -308,8 +302,8 @@ def test_lookup_lg_routers(mocker):
'Name like MX',
inventory_provider.db.ims.EQUIP_DEF_PROPERTIES['Nodes'])
assert ds.get_entity_by_id.call_count == 35
assert len(res) == 35
assert ds.get_entity_by_id.call_count == 36
assert len(res) == 36
pop = {
'name': 'pop name',
......
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