def export_topology(self, **kwargs):
workbook = Workbook()
filename = kwargs["export_filename"]
if "." not in filename:
filename += ".xls"
for obj_type in ("device", "link"):
sheet = workbook.add_sheet(obj_type)
for index, property in enumerate(table_properties[obj_type]):
sheet.write(0, index, property)
for obj_index, obj in enumerate(fetch_all(obj_type), 1):
sheet.write(obj_index, index, getattr(obj, property))
workbook.save(self.path / "files" / "spreadsheets" / filename)
def calendar_init(self, type):
results = {}
for instance in fetch_all(type):
if getattr(instance, "workflow", None):
continue
date = getattr(instance, "next_run_time" if type == "task" else "runtime")
if date:
results[instance.name] = {
"start": self.convert_date(date),
**instance.serialized,
}
return results
def handle(self) -> None:
address = self.client_address[0]
device = fetch("Device", allow_none=True, ip_address=address)
properties = {
"source": device.name if device else address,
"content": str(bytes.decode(self.request[0].strip())),
}
for event in fetch_all("Event"):
event.match_log(**properties)
log = factory("Syslog", **properties)
Session.add(log)
Session.commit()
def update(self, **kwargs: Any) -> None:
super().update(**kwargs)
if kwargs.get("dont_update_pools", False):
return
for pool in fetch_all("Pool"):
if pool.never_update:
continue
match = pool.object_match(self)
if match and self not in pool.devices:
pool.devices.append(self)
if self in pool.devices and not match:
pool.devices.remove(self)
def get_service_state(self, service_id, runtime="latest"):
state, service = None, fetch("service", id=service_id)
runs = fetch_all("run", service_id=service_id)
if runs and runtime != "normal":
if runtime == "latest":
runtime = runs[-1].runtime
state = self.run_db.get(runtime) or fetch("run", runtime=runtime).state
return {
"service": service.to_dict(include=["services", "edges"]),
"runtimes": [(r.runtime, r.creator) for r in runs],
"state": state,
"runtime": runtime,
}
def migration_import(self, folder="migrations", **kwargs):
status, models = "Import successful.", kwargs["import_export_types"]
if kwargs.get("empty_database_before_import", False):
for model in models:
delete_all(model)
Session.commit()
workflow_edges, workflow_services = [], {}
folder_path = self.path / "files" / folder / kwargs["name"]
for model in models:
path = folder_path / f"{model}.yaml"
if not path.exists():
continue
with open(path, "r") as migration_file:
instances = yaml.load(migration_file)
if model == "workflow_edge":
workflow_edges = deepcopy(instances)
continue
for instance in instances:
instance_type = (instance.pop("type")
if model == "service" else model)
if instance_type == "workflow":
workflow_services[instance["name"]] = instance.pop(
"services")
try:
instance = self.objectify(instance_type, instance)
factory(instance_type, **instance)
Session.commit()
except Exception:
info(f"{str(instance)} could not be imported :"
f"{chr(10).join(format_exc().splitlines())}")
status = "Partial import (see logs)."
try:
for name, services in workflow_services.items():
workflow = fetch("workflow", name=name)
workflow.services = [
fetch("service", name=service_name)
for service_name in services
]
Session.commit()
for edge in workflow_edges:
for property in ("source", "destination", "workflow"):
edge[property] = fetch("service", name=edge[property]).id
factory("workflow_edge", **edge)
Session.commit()
for service in fetch_all("service"):
service.set_name()
self.log("info", status)
except Exception:
info(chr(10).join(format_exc().splitlines()))
status = "Partial import (see logs)."
return status
def test_base_services(user_client: FlaskClient) -> None:
number_of_services = len(fetch_all("Service"))
user_client.post("/update/NetmikoConfigurationService", data=netmiko_ping)
assert len(fetch_all("NetmikoConfigurationService")) == 3
user_client.post("/update/NetmikoFileTransferService",
data=file_transfer_service)
assert len(fetch_all("NetmikoFileTransferService")) == 1
number_of_napalm_services = len(fetch_all("NapalmGettersService"))
user_client.post("/update/NapalmGettersService", data=getters_dict)
assert len(
fetch_all("NapalmGettersService")) == number_of_napalm_services + 1
number_of_ansible_services = len(fetch_all("AnsiblePlaybookService"))
user_client.post("/update/AnsiblePlaybookService", data=ansible_service)
assert len(
fetch_all("AnsiblePlaybookService")) == number_of_ansible_services + 1
assert len(fetch_all("Service")) == number_of_services + 4
def count_models(self):
return {
"counters": {
instance_type: count(instance_type)
for instance_type in properties["dashboard"]
},
"properties": {
instance_type: Counter(
str(getattr(instance, properties["dashboard"][instance_type][0]))
for instance in fetch_all(instance_type)
)
for instance_type in properties["dashboard"]
},
}
def update(self, **kwargs):
super().update(**kwargs)
if kwargs.get("dont_update_pools", False):
return
for pool in fetch_all("pool"):
if pool.never_update:
continue
match = pool.object_match(self)
relation, number = f"{self.class_type}s", f"{self.class_type}_number"
if match and self not in pool.devices:
getattr(pool, relation).append(self)
setattr(pool, number, getattr(pool, number) + 1)
if self in pool.devices and not match:
getattr(pool, relation).remove(self)
setattr(pool, number, getattr(pool, number) - 1)
def count_models(self):
return {
"counters": {
instance_type: count(instance_type)
for instance_type in diagram_classes
},
"properties": {
instance_type: Counter(
str(
getattr(instance,
type_to_diagram_properties[instance_type][0]))
for instance in fetch_all(instance_type))
for instance_type in diagram_classes
},
}
def count_models(self) -> dict:
return {
"counters": {
**{cls: count(cls)
for cls in diagram_classes},
**{
"active-Service": count("Service", status="Running"),
"active-Workflow": count("Workflow", status="Running"),
"active-Task": count("Task", status="Active"),
},
},
"properties": {
cls: Counter(
str(getattr(instance, type_to_diagram_properties[cls][0]))
for instance in fetch_all(cls))
for cls in diagram_classes
},
}
def update_database_configurations_from_git(self):
for dir in scandir(self.path / "network_data"):
device = fetch("device", allow_none=True, name=dir.name)
if not device:
continue
with open(Path(dir.path) / "data.yml") as data:
parameters = yaml.load(data)
device.update(**{"dont_update_pools": True, **parameters})
for data in ("configuration", "operational_data"):
filepath = Path(dir.path) / data
if not filepath.exists():
continue
with open(filepath) as file:
setattr(device, data, file.read())
Session.commit()
for pool in fetch_all("pool"):
if pool.device_configuration or pool.device_operational_data:
pool.compute_pool()
def get_service_state(self, path, runtime=None):
service_id = path.split(">")[-1]
state, service = None, fetch("service", id=service_id)
runs = fetch_all("run", service_id=service_id)
if not runtime:
runtime = "latest"
else:
session["path"] = path
if runs and runtime != "normal":
if runtime == "latest":
runtime = runs[-1].parent_runtime
state = self.run_db.get(runtime) or fetch("run", runtime=runtime).state
return {
"service": service.to_dict(include=["services", "edges"]),
"runtimes": [(r.parent_runtime, r.creator) for r in runs],
"state": state,
"runtime": runtime,
}
def update(self, **kwargs: Any) -> None:
if "source_name" in kwargs:
kwargs["source"] = fetch("Device", name=kwargs.pop("source_name")).id
kwargs["destination"] = fetch(
"Device", name=kwargs.pop("destination_name")
).id
kwargs.update(
{"source_id": kwargs["source"], "destination_id": kwargs["destination"]}
)
super().update(**kwargs)
if kwargs.get("dont_update_pools", False):
return
for pool in fetch_all("Pool"):
if pool.never_update:
continue
if pool.object_match(self):
pool.links.append(self)
elif self in pool.links:
pool.links.remove(self)
def update_database_configurations_from_git(self) -> None:
for dir in scandir(self.path / "git" / "configurations"):
if dir.name == ".git":
continue
device = fetch("Device", allow_none=True, name=dir.name)
if device:
with open(Path(dir.path) / "data.yml") as data:
parameters = load(data)
device.update(**parameters)
config_file = Path(dir.path) / dir.name
if not config_file.exists():
continue
with open(config_file) as f:
device.current_configuration = device.configurations[
str(parameters["last_update"])] = f.read()
Session.commit()
for pool in fetch_all("Pool"):
if pool.device_current_configuration:
pool.compute_pool()
def export_topology(self, **kwargs):
workbook = Workbook()
filename = kwargs["export_filename"]
if "." not in filename:
filename += ".xls"
for obj_type in ("device", "link"):
sheet = workbook.add_sheet(obj_type)
for index, property in enumerate(model_properties[obj_type]):
if property in (
"id",
"source_id",
"destination_id",
"configuration",
"operational_data",
):
continue
sheet.write(0, index, property)
for obj_index, obj in enumerate(fetch_all(obj_type), 1):
sheet.write(obj_index, index, getattr(obj, property))
workbook.save(self.path / "files" / "spreadsheets" / filename)
def calendar_init(self) -> dict:
tasks = {}
for task in fetch_all("Task"):
# javascript dates range from 0 to 11, we must account for that by
# substracting 1 to the month for the date to be properly displayed in
# the calendar
date = task.next_run_time
if not date:
continue
python_month = search(r".*-(\d{2})-.*", date).group(1) # type: ignore
month = "{:02}".format((int(python_month) - 1) % 12)
js_date = [
int(i)
for i in sub(
r"(\d+)-(\d+)-(\d+) (\d+):(\d+).*",
r"\1," + month + r",\3,\4,\5",
date,
).split(",")
]
tasks[task.name] = {**task.serialized, **{"date": js_date}}
return tasks
def topology_import(self, file: BinaryIO) -> str:
book = open_workbook(file_contents=file.read())
result = "Topology successfully imported."
for obj_type in ("Device", "Link"):
try:
sheet = book.sheet_by_name(obj_type)
except XLRDError:
continue
properties = sheet.row_values(0)
for row_index in range(1, sheet.nrows):
values = {"dont_update_pools": True}
for index, property in enumerate(properties):
func = field_conversion[property_types[property]]
values[property] = func(sheet.row_values(row_index)[index])
try:
factory(obj_type, **values).serialized
except Exception as e:
info(f"{str(values)} could not be imported ({str(e)})")
result = "Partial import (see logs)."
Session.commit()
for pool in fetch_all("Pool"):
pool.compute_pool()
return result
def get_workflow_services(self, id, node):
parents = list(self.get_parent_workflows(fetch("workflow", id=id)))
if node == "all":
return [{
"id": "standalone",
"text": "Standalone services",
"children": True,
"state": {
"disabled": True
},
"a_attr": {
"class": "no_checkbox",
"style": "color: #000000"
},
"type": "category",
}] + sorted(
({
"data": {
"id": workflow.id
},
"text": workflow.name,
"children": True,
"type": "workflow",
"state": {
"disabled": workflow in parents
},
"a_attr": {
"class": "no_checkbox" if workflow in parents else "",
"style": "color: #6666FF",
},
} for workflow in fetch_all("workflow")
if not workflow.workflows),
key=itemgetter("text"),
)
elif node == "standalone":
return sorted(
({
"data": {
"id": service.id
},
"text": service.scoped_name,
"a_attr": {
"style":
(f"color: #{'FF1694' if service.shared else '6666FF'}"
),
},
} for service in fetch_all("service")
if not service.workflows and service.type != "workflow"),
key=itemgetter("text"),
)
else:
return sorted(
({
"data": {
"id": service.id
},
"text": service.scoped_name,
"children": service.type == "workflow",
"type":
"workflow" if service.type == "workflow" else "service",
"state": {
"disabled": service in parents
},
"a_attr": {
"class":
"no_checkbox" if service in parents else "",
"style":
(f"color: #{'FF1694' if service.shared else '6666FF'}"
),
},
} for service in fetch("workflow", id=node).services
if service.scoped_name not in ("Start", "End")),
key=itemgetter("text"),
)
def get_cluster_status(self):
return {
attr: [getattr(server, attr) for server in fetch_all("server")]
for attr in ("status", "cpu_load")
}
def test_object_creation_europe(user_client: FlaskClient) -> None:
create_from_file(user_client, "europe.xls")
assert len(fetch_all("Device")) == 33
assert len(fetch_all("Link")) == 49
def get_all(self, instance_type):
return [
instance.get_properties() for instance in fetch_all(instance_type)
]
def test_object_creation_type(user_client: FlaskClient) -> None:
create_from_file(user_client, "device_counters.xls")
assert len(fetch_all("Device")) == 27
assert len(fetch_all("Link")) == 0
def counters(self, property: str, type: str) -> Counter:
return Counter(str(getattr(instance, property)) for instance in fetch_all(type))
def get_view_topology(self) -> dict:
return {
"devices": [d.view_properties for d in fetch_all("Device")],
"links": [d.view_properties for d in fetch_all("Link")],
}
def update_all_pools(self) -> None:
for pool in fetch_all("Pool"):
pool.compute_pool()
def workflow_name_update(workflow: Base, new_name: str, old_name: str,
*args: Any) -> None:
for job in fetch_all("Job"):
if old_name in job.positions:
job.positions[new_name] = job.positions.pop(old_name)
def workflow_name_update(workflow, new_name, old_name, *args):
for service in fetch_all("service"):
if old_name in service.positions:
service.positions[new_name] = service.positions.pop(old_name)
def get_top_level_workflows(self):
return [
workflow.get_properties() for workflow in fetch_all("workflow")
if not workflow.workflows
]
def get_all(self, cls):
return [instance.get_properties() for instance in fetch_all(cls)]
