Healthbot Python Client
Project description
HealthBot Python Client
This repo contains a Python package to control HealthBot
The purpose of this package is to provide a Python library that automates the provisioning of the HealthBot server.
Examples
Import HbEZ library
from jnpr.healthbot import HealthBotClient
from pprint import pprint
Opening connection
hb = HealthBotClient('xx.xx.xx.xxx', 'xxxxx', 'xxxxx', port=nnnn)
hb.open()
using Python withcontext manager
- Takes care of login and logout with access tokens
with HealthBotClient('xx.xx.xx.xxx', 'xxxxx', 'xxxxx', port=nnnn) as hb:
pprint(hb.device.get_ids())
Use Case: Device
pprint(hb.device.get_ids())
['edge', 'srx', 'qfx', 'mx-edge', 'core', 'node', 'demo']
Getting help for any given function
help(hb.device.get_ids)
Help on method get_ids in module jnpr.healthbot.modules.devices:
get_ids() method of jnpr.healthbot.modules.devices.Device instance
Return Device IDs for all the devices in HealthBot system
:return: list of device IDs
Example:
::
from jnpr.healthbot import HealthBotClient
hb = HealthBotClient('xx.xxx.x.xx', 'xxxx', 'xxxx', port=nnnn)
print(hb.device.get_ids())
Get config related to given device-id
# Get config related to given device-id
obj = hb.device.get('demo')
obj.host
'xx.xxx.x.xx'
pprint(obj)
{'authentication': {'password': {'password': 'xxx',
'username': 'xxxx'}},
'description': None,
'device_id': 'demo',
'host': 'xx.xxx.x.xx',
'i_agent': None,
'open_config': None,
'snmp': None,
'system_id': 'test:HbEZ',
'variable': None,
'vendor': None}
get facts for the given device id
# Get device facts of a given device id
pprint(hb.device.get_facts('demo'))
{'device-id': 'demo',
'facts': {'fpc': [],
'hostname': 'R1_re0',
'junos-info': [{'last-reboot-reason': 'Router rebooted after a '
'normal shutdown.',
'mastership-state': 'master',
'model': 'RE-VMX',
'name': 're0',
'status': 'OK',
'up-time': '98 days, 3 minutes, 49 seconds',
'version-info': {'build': '0',
'major': [19, 3],
'minor': ['20190421_dev_common'],
'type': 'I'}}],
'platform': 'MX960',
'platform-info': [{'name': 're0', 'platform': 'MX960'}],
'product': 'MX',
'release': '19.3-20190421_dev_common.0.84473',
'serial-number': 'xxxx'}}
Add a new device
from jnpr.healthbot import DeviceSchema
ds = DeviceSchema(device_id='demo', host='xx.xxx.x.xx',
authentication={"password": {"password": "xxxx", "username": "xxxx"}})
print(hb.device.add(schema=ds))
True
help(DeviceSchema)
Help on class DeviceSchema in module jnpr.healthbot.swagger.models.device_schema:
class DeviceSchema(builtins.object)
| NOTE: This class is auto generated by the swagger code generator program.
|
| Do not edit the class manually.
|
| Methods defined here:
|
| __eq__(self, other)
| Returns true if both objects are equal
|
| __init__(self, authentication=None, description=None, device_id=None, host=None, i_agent=None, open_config=None, snmp=None, system_id=None, variable=None, vendor=None)
| DeviceSchema - a model defined in Swagger
|
| __ne__(self, other)
| Returns true if both objects are not equal
|
| __repr__(self)
| For `print` and `pprint`
|
| to_dict(self)
| Returns the model properties as a dict
|
| to_str(self)
| Returns the string representation of the model
|
| ----------------------------------------------------------------------
| Data descriptors defined here:
|
| __dict__
| dictionary for instance variables (if defined)
|
| __weakref__
| list of weak references to the object (if defined)
|
| authentication
| Gets the authentication of this DeviceSchema. # noqa: E501
|
|
| :return: The authentication of this DeviceSchema. # noqa: E501
| :rtype: DeviceSchemaAuthentication
|
| description
| Gets the description of this DeviceSchema. # noqa: E501
|
| Description about the device # noqa: E501
|
| :return: The description of this DeviceSchema. # noqa: E501
| :rtype: str
|
| device_id
| Gets the device_id of this DeviceSchema. # noqa: E501
|
| Identifier for the device. Should be of pattern [a-zA-Z][a-zA-Z0-9_-]* # noqa: E501
|
| :return: The device_id of this DeviceSchema. # noqa: E501
| :rtype: str
|
| host
| Gets the host of this DeviceSchema. # noqa: E501
|
| Name or IP the device # noqa: E501
|
| :return: The host of this DeviceSchema. # noqa: E501
| :rtype: str
|
| i_agent
| Gets the i_agent of this DeviceSchema. # noqa: E501
|
|
| :return: The i_agent of this DeviceSchema. # noqa: E501
| :rtype: DeviceSchemaIAgent
|
| open_config
| Gets the open_config of this DeviceSchema. # noqa: E501
|
|
| :return: The open_config of this DeviceSchema. # noqa: E501
| :rtype: DeviceSchemaOpenconfig
|
| snmp
| Gets the snmp of this DeviceSchema. # noqa: E501
|
|
| :return: The snmp of this DeviceSchema. # noqa: E501
| :rtype: DeviceSchemaSnmp
|
| system_id
| Gets the system_id of this DeviceSchema. # noqa: E501
|
| ID which is sent in the JTI UDP messages # noqa: E501
|
| :return: The system_id of this DeviceSchema. # noqa: E501
| :rtype: str
|
| variable
| Gets the variable of this DeviceSchema. # noqa: E501
|
| Playbook variable configuration # noqa: E501
|
| :return: The variable of this DeviceSchema. # noqa: E501
| :rtype: list[DeviceSchemaVariable]
|
| vendor
| Gets the vendor of this DeviceSchema. # noqa: E501
|
|
| :return: The vendor of this DeviceSchema. # noqa: E501
| :rtype: DeviceSchemaVendor
|
| ----------------------------------------------------------------------
| Data and other attributes defined here:
|
| __hash__ = None
|
| attribute_map = {'authentication': 'authentication', 'description': 'd...
|
| swagger_types = {'authentication': 'DeviceSchemaAuthentication', 'desc...
dev = hb.device.get('demo')
pprint(dev)
{'authentication': {'password': {'password': 'xxxx',
'username': 'xxxx'}},
'description': None,
'device_id': 'demo',
'host': 'xx.xxx.x.xx',
'i_agent': None,
'open_config': None,
'snmp': None,
'system_id': None,
'variable': None,
'vendor': None}
By default, get() returns uncommited data (from candidate DB)
pprint(hb.device.get('demo', uncommitted=False))
{
"detail": "Device id demo not found",
"status": 404
}
---------------------------------------------------------------------------
HTTPError Traceback (most recent call last)
<ipython-input-25-13c8b67cdb5c> in <module>
----> 1 pprint(hb.device.get('demo', uncommitted=False))
~/Coding/git.juniper.net.iceberg/healthbot-py-client/lib/jnpr/healthbot/modules/devices.py in get(self, device_id, uncommitted)
217 if response.status_code != 200:
218 logger.error(response.text)
--> 219 response.raise_for_status()
220 return self.hbot._create_schema(response, DeviceSchema)
221 else:
/Library/Frameworks/Python.framework/Versions/3.6/lib/python3.6/site-packages/requests/models.py in raise_for_status(self)
933
934 if http_error_msg:
--> 935 raise HTTPError(http_error_msg, response=self)
936
937 def close(self):
HTTPError: 404 Client Error: NOT FOUND for url: https://10.209.7.33:8080/api/v1/device/demo
Why we choose to go with Schema. We can easily access and edit any attribute.
# Existing system_id
print (dev.system_id)
None
# Editing system_id
dev.system_id = "Demo:HbEZ"
print(hb.device.update(dev))
True
HealthBot API provide commit and rollback config
hb.commit()
True
dev = hb.device.get('demo')
pprint(dev)
{'authentication': {'password': {'password': 'xxxx',
'username': 'xxxx'}},
'description': None,
'device_id': 'demo',
'host': 'xx.xxx.x.xx',
'i_agent': None,
'open_config': None,
'snmp': None,
'system_id': 'Demo:HbEZ',
'variable': None,
'vendor': None}
print(dev.system_id)
Demo:HbEZ
# To delete a device
hb.device.delete('demo')
# if a device is part of device group, to make sure we delete it first from device group
hb.device.delete('demo', force=True)
Use Case: Devices
Get details of all devices in System
# Get config details of all the device
obj = hb.device.get()
obj
[{'authentication': {'password': {'password': 'xxxx',
'username': 'xxxx'}},
'description': None,
'device_id': 'xxxx',
'host': 'xx.xxx.x.xx',
'i_agent': None,
'open_config': {'port': 32767},
'snmp': None,
'system_id': None,
'variable': [],
'vendor': {'juniper': {'operating-system': 'junos'}}},
{'authentication': {'password': {'password': 'xxxx',
'username': 'xxxx'}},
'description': None,
'device_id': 'xxx',
'host': 'xx.xxx.x.xx9',
'i_agent': {'port': 830},
'open_config': {'port': 32767},
'snmp': None,
'system_id': None,
'variable': [],
'vendor': {'juniper': {'operating-system': 'junos'}}},
{'authentication': {'password': {'password': 'xxxx',
'username': 'xxxx'}},
'description': None,
'device_id': 'xxx',
'host': 'xx.xxx.x.xx',
'i_agent': {'port': 830},
'open_config': {'port': 32767},
'snmp': None,
'system_id': 'changed description',
'variable': [],
'vendor': {'juniper': {'operating-system': 'junos'}}},
{'authentication': {'password': {'password': 'xxxx',
'username': 'xxxx'}},
'description': None,
'device_id': 'demo',
'host': 'xx.xxx.x.xx',
'i_agent': None,
'open_config': None,
'snmp': None,
'system_id': 'Demo:HbEZ',
'variable': None,
'vendor': None},
{'authentication': {'password': {'password': 'xxxx',
'username': 'xxxx'}},
'description': None,
'device_id': 'vmx_db',
'host': 'xx.xxx.x.xx',
'i_agent': {'port': 830},
'open_config': {'port': 32767},
'snmp': None,
'system_id': None,
'variable': [],
'vendor': {'juniper': {'operating-system': 'junos'}}},
{'authentication': {'password': {'password': 'xxxx',
'username': 'xxxx'}},
'description': None,
'device_id': 'core_db',
'host': 'xx.xxx.x.xx',
'i_agent': {'port': 830},
'open_config': {'port': 32767},
'snmp': None,
'system_id': None,
'variable': [],
'vendor': {'juniper': {'operating-system': 'junos'}}},
{'authentication': {'password': {'password': 'xxxx',
'username': 'xxxx'}},
'description': None,
'device_id': 'node1',
'host': 'node1',
'i_agent': None,
'open_config': {'port': 32767},
'snmp': None,
'system_id': None,
'variable': None,
'vendor': {'juniper': {'operating-system': 'junos'}}}]
Get device facts for all the devices in HB
pprint(hb.device.get_facts())
[{'device-id': 'edge', 'facts': {}},
{'device-id': 'EVO',
'facts': {'fpc': [{'description': 'FPC-JNP10003-LOGICAL',
'model-number': None,
'name': 'FPC 1',
'part-number': 'BUILTIN',
'serial-number': 'BUILTIN',
'version': None}],
'hostname': None,
'junos-info': [{'last-reboot-reason': 'Unknown',
'mastership-state': 'Master',
'model': 'Control Board',
'name': 're0',
'status': 'OK',
'up-time': '0 second',
'version-info': {'build': None,
'major': [19, 4],
'minor': ['20190731122440-EVO_soumikd'],
'type': 'I'}}],
'platform': 'PTX10003-160C',
'platform-info': [{'name': 're0', 'platform': 'PTX10003-160C'}],
'product': 'PTX',
'release': '19.4I20190731122440-EVO_soumikd',
'serial-number': 'xxxx'}},
{'device-id': 'vmx',
'facts': {'fpc': [],
'hostname': 'R1_re0',
'junos-info': [{'last-reboot-reason': 'Router rebooted after a '
'normal shutdown.',
'mastership-state': 'master',
'model': 'RE-VMX',
'name': 're0',
'status': 'OK',
'up-time': '80 days, 1 hour, 20 minutes, 9 seconds',
'version-info': {'build': '0',
'major': [19, 3],
'minor': ['20190421_dev_common'],
'type': 'I'}}],
'platform': 'MX960',
'platform-info': [{'name': 're0', 'platform': 'MX960'}],
'product': 'MX',
'release': '19.3-20190421_dev_common.0.84473',
'serial-number': 'xxxx'}},
{'device-id': 'demo',
'facts': {'fpc': [],
'hostname': 'R1_re0',
'junos-info': [{'last-reboot-reason': 'Router rebooted after a '
'normal shutdown.',
'mastership-state': 'master',
'model': 'RE-VMX',
'name': 're0',
'status': 'OK',
'up-time': '98 days, 38 minutes, 25 seconds',
'version-info': {'build': '0',
'major': [19, 3],
'minor': ['20190421_dev_common'],
'type': 'I'}}],
'platform': 'MX960',
'platform-info': [{'name': 're0', 'platform': 'MX960'}],
'product': 'MX',
'release': '19.3-20190421_dev_common.0.84473',
'serial-number': 'xxxx'}},
{'device-id': 'vmx_db',
'facts': {'hostname': 'riad001-g',
'junos-info': [],
'platform': 'MX480',
'platform-info': [{'name': 're0', 'platform': 'MX480'}],
'product': None,
'release': '19.4I20190809_0730_madhus',
'serial-number': None}},
{'device-id': 'core_db',
'facts': {'fpc': [{'description': 'MPC Type 2 3D',
'model-number': 'MX-MPC2-3D',
'name': 'FPC 1',
'part-number': '750-031089',
'serial-number': 'xxxx',
'version': 'REV 31'}],
'hostname': 'choc-mx480-b',
'junos-info': [{'last-reboot-reason': 'Router rebooted after a '
'normal shutdown.',
'mastership-state': 'master',
'model': 'RE-S-2000',
'name': 're0',
'status': 'OK',
'up-time': '5 hours, 27 minutes, 15 seconds',
'version-info': {'build': None,
'major': [19, 4],
'minor': ['20190809_0730_madhus'],
'type': 'I'}},
{'last-reboot-reason': '0x1:power cycle/failure',
'mastership-state': 'backup',
'model': 'RE-S-2000',
'name': 're1',
'status': 'OK',
'up-time': '14 days, 22 hours, 34 minutes, 13 '
'seconds',
'version-info': {'build': 7,
'major': [15, 1],
'minor': ['6'],
'type': 'R'}}],
'platform': 'MX480',
'platform-info': [{'name': 're0', 'platform': 'MX480'},
{'name': 're1', 'platform': 'MX480'}],
'product': 'MX',
'release': '19.4I20190809_0730_madhus',
'serial-number': 'xxxx'}},
{'device-id': 'node1', 'facts': {}}]
Add device group using DevicegroupSchema and APIs provided
from jnpr.healthbot import DeviceGroupSchema
dgs = DeviceGroupSchema(device_group_name="edge", devices=['demo'])
We can also set any param/attribute after creating schema object
dgs.description="All devices on the edge"
Now add device group using provided API
print(hb.device_group.add(dgs))
True
Let see whats the plus point of using Schema
1> Helps with any missing paramters
2> Checks for any rule associated with given params
# Error for missing mandatory parameters
dgs = DeviceGroupSchema()
---------------------------------------------------------------------------
ValueError Traceback (most recent call last)
<ipython-input-39-4d61d231fd38> in <module>
1 # Error for missing mandatory parameters
2
----> 3 dgs = DeviceGroupSchema()
~/Coding/git.juniper.net.iceberg/healthbot-py-client/lib/jnpr/healthbot/swagger/models/device_group_schema.py in __init__(self, authentication, description, device_group_name, devices, logging, native_gpb, notification, playbooks, reports, retention_policy, variable)
85 if description is not None:
86 self.description = description
---> 87 self.device_group_name = device_group_name
88 if devices is not None:
89 self.devices = devices
~/Coding/git.juniper.net.iceberg/healthbot-py-client/lib/jnpr/healthbot/swagger/models/device_group_schema.py in device_group_name(self, device_group_name)
168 """
169 if device_group_name is None:
--> 170 raise ValueError("Invalid value for `device_group_name`, must not be `None`") # noqa: E501
171 if device_group_name is not None and len(device_group_name) > 64:
172 raise ValueError("Invalid value for `device_group_name`, length must be less than or equal to `64`") # noqa: E501
ValueError: Invalid value for `device_group_name`, must not be `None`
# Error for not following rule for give parameter
dgs = DeviceGroupSchema(device_group_name="edge group")
---------------------------------------------------------------------------
ValueError Traceback (most recent call last)
<ipython-input-40-8617b5d8e365> in <module>
1 # Error for not following rule for give parameter
2
----> 3 dgs = DeviceGroupSchema(device_group_name="edge group")
~/Coding/git.juniper.net.iceberg/healthbot-py-client/lib/jnpr/healthbot/swagger/models/device_group_schema.py in __init__(self, authentication, description, device_group_name, devices, logging, native_gpb, notification, playbooks, reports, retention_policy, variable)
85 if description is not None:
86 self.description = description
---> 87 self.device_group_name = device_group_name
88 if devices is not None:
89 self.devices = devices
~/Coding/git.juniper.net.iceberg/healthbot-py-client/lib/jnpr/healthbot/swagger/models/device_group_schema.py in device_group_name(self, device_group_name)
172 raise ValueError("Invalid value for `device_group_name`, length must be less than or equal to `64`") # noqa: E501
173 if device_group_name is not None and not re.search('^[a-zA-Z][a-zA-Z0-9_-]*$', device_group_name): # noqa: E501
--> 174 raise ValueError("Invalid value for `device_group_name`, must be a follow pattern or equal to `/^[a-zA-Z][a-zA-Z0-9_-]*$/`") # noqa: E501
175
176 self._device_group_name = device_group_name
ValueError: Invalid value for `device_group_name`, must be a follow pattern or equal to `/^[a-zA-Z][a-zA-Z0-9_-]*$/`
# Now we are in compliance with rules
dgs = DeviceGroupSchema(device_group_name="edge")
dgs.devices = ['demo']
We can also pass all Schema params to add_ APIs, internally it will use these params to create Schema
print(hb.device_group.add(device_group_name="edge", description="All devices on the edge", devices=['demo']))
hb.commit()
True
True
# Get details for a given device group
hb.device_group.get('real')
{'authentication': None,
'description': None,
'device_group_name': 'real',
'devices': ['edge'],
'logging': None,
'native_gpb': None,
'notification': {},
'playbooks': ['phyport'],
'reports': [],
'retention_policy': None,
'variable': [{'@': {'changed-seconds': 1563348601},
'instance-id': 'ge-1-0-0',
'playbook': 'phyport',
'rule': 'external/interface-info',
'variable-value': [{'name': 'interface_name',
'value': 'ge-1/0/0'}]},
{'@': {'changed-seconds': 1563348601},
'instance-id': 'ge-1-0-1',
'playbook': 'phyport',
'rule': 'external/interface-info',
'variable-value': [{'name': 'interface_name',
'value': 'ge-1/0/1'}]}]}
hb.device_group.delete('edge', force=True)
True
Add an existing device to existing group
hb.device_group.add_device_in_group('vmx', 'edge')
True
obj = hb.device_group.get('edge')
print (obj)
{'authentication': None,
'description': 'All devices on the edge',
'device_group_name': 'edge',
'devices': ['vmx', 'demo'],
'logging': {'log-level': 'warn'},
'native_gpb': None,
'notification': {},
'playbooks': [],
'reports': [],
'retention_policy': None,
'variable': [{'@': {'changed-seconds': 1565668543},
'instance-id': 'HbEZ-instance',
'playbook': 'forwarding-table-summary',
'rule': 'protocol.routesummary/check-fib-summary'},
{'@': {'changed-seconds': 1565669467},
'instance-id': 'HbEZ-instance',
'playbook': 'icmp-probe',
'rule': 'protocol.icmp/check-icmp-statistics'}]}
obj.devices
['vmx', 'demo']
Get details of all the device groups
print(hb.device_group.get())
[{'authentication': None,
'description': None,
'device_group_name': 'real',
'devices': ['edge'],
'logging': None,
'native_gpb': None,
'notification': {},
'playbooks': ['phyport'],
'reports': [],
'retention_policy': None,
'variable': [{'@': {'changed-seconds': 1563348601},
'instance-id': 'ge-1-0-0',
'playbook': 'phyport',
'rule': 'external/interface-info',
'variable-value': [{'name': 'interface_name',
'value': 'ge-1/0/0'}]},
{'@': {'changed-seconds': 1563348601},
'instance-id': 'ge-1-0-1',
'playbook': 'phyport',
'rule': 'external/interface-info',
'variable-value': [{'name': 'interface_name',
'value': 'ge-1/0/1'}]}]}, {'authentication': None,
'description': 'UBS Demo',
'device_group_name': 'QFabric',
'devices': ['node1'],
'logging': None,
'native_gpb': None,
'notification': {},
'playbooks': [],
'reports': [],
'retention_policy': None,
'variable': []}, {'authentication': {'password': {'password': 'xxxx',
'username': 'xxxx'}},
'description': None,
'device_group_name': 'EVO_CORE',
'devices': ['EVO'],
'logging': None,
'native_gpb': None,
'notification': {},
'playbooks': [],
'reports': [],
'retention_policy': None,
'variable': []}, {'authentication': {'password': {'password': 'xxxx',
'username': 'xxxx'}},
'description': None,
'device_group_name': 'vmx_db',
'devices': ['core_db'],
'logging': {'log-level': 'critical'},
'native_gpb': None,
'notification': {},
'playbooks': [],
'reports': [],
'retention_policy': None,
'variable': []}, {'authentication': None,
'description': 'All devices on the edge',
'device_group_name': 'edge',
'devices': ['vmx', 'demo'],
'logging': {'log-level': 'warn'},
'native_gpb': None,
'notification': {},
'playbooks': [],
'reports': [],
'retention_policy': None,
'variable': [{'@': {'changed-seconds': 1565668543},
'instance-id': 'HbEZ-instance',
'playbook': 'forwarding-table-summary',
'rule': 'protocol.routesummary/check-fib-summary'},
{'@': {'changed-seconds': 1565669467},
'instance-id': 'HbEZ-instance',
'playbook': 'icmp-probe',
'rule': 'protocol.icmp/check-icmp-statistics'}]}, {'authentication': None,
'description': 'learning',
'device_group_name': 'Core',
'devices': ['vmx'],
'logging': None,
'native_gpb': {'ports': [22000]},
'notification': {},
'playbooks': ['icmp-probe', 'rca-ospf-playbook'],
'reports': [],
'retention_policy': None,
'variable': [{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'interface.statistics/check-host-loopback-status',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'linecard.fpc/check-fpc-memory',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'linecard.ospf/check-ddos-statistics',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'linecard.statistics/check-center-chip-host-path',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'linecard.statistics/check-cm-error-table',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'linecard.statistics/check-fpc-cpu-scheduler-info',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'linecard.statistics/check-fpc-threads',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'linecard.statistics/check-fpc-utilization-information',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'linecard.statistics/check-ithrottle',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'linecard.statistics/check-ithrottle-statistics',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'linecard.statistics/check-jnh-exceptions',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'linecard.statistics/check-jnh-interface-statistics',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'linecard.statistics/check-linecard-ethernet-statistics',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'linecard.statistics/check-pci-error-counters',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'linecard.statistics/check-pfe-traffic-statistics',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'linecard.statistics/check-pre-classifier-dropped-packets',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'linecard.statistics/check-traffic-offload-engine-status',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'protocol.infra/check-task-io-drops',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'protocol.infra/check-task-memory-usage',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'protocol.ospf/check-ospf-forwarding-table',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'protocol.ospf/check-ospf-io-statistics-information',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'protocol.ospf/check-ospf-neighbor-information',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'protocol.ospf/check-ospf-statistics-information',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'protocol.ospf/fpc-link-stats',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'protocol.ospf/pfe-ddos-policer',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'system.statistics/check-routing-engine-cpu-utilization',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'system.statistics/check-system-input-queues',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'system.statistics/check-system-output-queues',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'system.statistics/check-system-statistics-ip',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'system.statistics/check-system-storage-capacity',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'system.statistics/check-system-virtual-memory-information',
'variable-value': []},
{'@': {'changed-seconds': 1564722219},
'instance-id': 'test1',
'playbook': 'rca-ospf-playbook',
'rule': 'system.statistics/check-version',
'variable-value': []},
{'@': {'changed-seconds': 1565263889},
'instance-id': 'set1',
'playbook': 'icmp-probe',
'rule': 'protocol.icmp/check-icmp-statistics',
'variable-value': [{'name': 'host-var', 'value': '10.221.11.11'},
{'name': 'count-var', 'value': '2'}]}]}]
We can also update any given device group
print(hb.device_group.get('edge'))
{'authentication': None,
'description': 'All devices on the edge',
'device_group_name': 'edge',
'devices': ['vmx', 'demo'],
'logging': {'log-level': 'warn'},
'native_gpb': None,
'notification': {},
'playbooks': [],
'reports': [],
'retention_policy': None,
'variable': [{'@': {'changed-seconds': 1565668543},
'instance-id': 'HbEZ-instance',
'playbook': 'forwarding-table-summary',
'rule': 'protocol.routesummary/check-fib-summary'},
{'@': {'changed-seconds': 1565669467},
'instance-id': 'HbEZ-instance',
'playbook': 'icmp-probe',
'rule': 'protocol.icmp/check-icmp-statistics'}]}
dgs = hb.device_group.get('edge')
dgs.devices.append('vmx')
hb.device_group.update(dgs)
True
# Check for devices list
dgs = hb.device_group.get('edge')
print(dgs)
{'authentication': None,
'description': 'All devices on the edge',
'device_group_name': 'edge',
'devices': ['vmx', 'demo'],
'logging': {'log-level': 'warn'},
'native_gpb': None,
'notification': {},
'playbooks': [],
'reports': [],
'retention_policy': None,
'variable': [{'@': {'changed-seconds': 1565668543},
'instance-id': 'HbEZ-instance',
'playbook': 'forwarding-table-summary',
'rule': 'protocol.routesummary/check-fib-summary'},
{'@': {'changed-seconds': 1565669467},
'instance-id': 'HbEZ-instance',
'playbook': 'icmp-probe',
'rule': 'protocol.icmp/check-icmp-statistics'}]}
dgs.devices = ['edge']
hb.device_group.update(dgs)
True
dgs = hb.device_group.get('edge')
print(dgs)
{'authentication': None,
'description': 'All devices on the edge',
'device_group_name': 'edge',
'devices': ['edge'],
'logging': {'log-level': 'warn'},
'native_gpb': None,
'notification': {},
'playbooks': [],
'reports': [],
'retention_policy': None,
'variable': [{'@': {'changed-seconds': 1565668543},
'instance-id': 'HbEZ-instance',
'playbook': 'forwarding-table-summary',
'rule': 'protocol.routesummary/check-fib-summary'},
{'@': {'changed-seconds': 1565669467},
'instance-id': 'HbEZ-instance',
'playbook': 'icmp-probe',
'rule': 'protocol.icmp/check-icmp-statistics'}]}
# can also update by passing Device Group Schema kwargs
dgs = hb.device_group.get('edge')
pprint(dgs)
from jnpr.healthbot import DevicegroupSchemaLogging
logSchema = DevicegroupSchemaLogging('warn')
hb.device_group.update(device_group_name='edge', logging=logSchema)
{'authentication': None,
'description': 'All devices on the edge',
'device_group_name': 'edge',
'devices': ['edge'],
'logging': {'log-level': 'warn'},
'native_gpb': None,
'notification': {},
'playbooks': [],
'reports': [],
'retention_policy': None,
'variable': [{'@': {'changed-seconds': 1565668543},
'instance-id': 'HbEZ-instance',
'playbook': 'forwarding-table-summary',
'rule': 'protocol.routesummary/check-fib-summary'},
{'@': {'changed-seconds': 1565669467},
'instance-id': 'HbEZ-instance',
'playbook': 'icmp-probe',
'rule': 'protocol.icmp/check-icmp-statistics'}]}
True
### Delete device and device group
hb.device_group.delete('edge')
True
hb.device.delete('demo')
True
# Lets commit all the changes
hb.commit()
True
Add Network Group
hb.network_group.add(network_group_name="HbEZ")
True
print(hb.network_group.get(network_group_name="HbEZ"))
hb.network_group.delete(network_group_name="HbEZ")
{'description': None,
'network_group_name': 'HbEZ',
'notification': {},
'playbooks': [],
'reports': [],
'variable': None}
True
Add Network Group using Schema
from jnpr.healthbot import NetworkGroupSchema
ngs = NetworkGroupSchema(network_group_name="HbEZ")
hb.network_group.add(ngs)
True
hb.network_group.get(network_group_name="HbEZ")
{'description': None,
'network_group_name': 'HbEZ',
'notification': {},
'playbooks': [],
'reports': [],
'variable': None}
Use Case: Rules
hb.rule.get('linecard.ospf', 'check-ddos-statistics')
{'description': 'Monitors ospf related distributed denial of service '
'statistics',
'field': [{'constant': {'value': '{{ddos-arrival-rate-threshold}}'},
'description': 'This field is for ddos arive rate threshold',
'field-name': 'ddos-arrival-rate-threshold'},
{'constant': {'value': '{{ddos-drop-count-threshold}}'},
'description': 'This field is for ddos drop count threshold',
'field-name': 'ddos-drop-count-threshold'},
{'constant': {'value': '{{ddos-drop-rate-threshold}}'},
'description': 'This field is for ddos drop rate threshold',
'field-name': 'ddos-drop-rate-threshold'}],
'function': None,
'keys': ['group-name', 'protocol-states-locale'],
'network_rule': None,
'rule_frequency': None,
'rule_name': 'check-ddos-statistics',
'rule_properties': {'catalogue': {'tier': '1'},
'contributor': 'juniper',
'helper-files': [{'file-type': 'other',
'list-of-files': ['ddos-statistics.yml']}],
'supported-devices': {'juniper': {'operating-system': [{'os-name': 'junos',
'products': [{'product-name': 'ACX',
'releases': [{'platform': ['All'],
'release-name': '15.2R1',
'release-support': 'min-supported-release'}]},
{'product-name': 'EX',
'releases': [{'platform': ['All'],
'release-name': '15.2R1',
'release-support': 'min-supported-release'}]},
{'product-name': 'MX',
'releases': [{'platform': ['All'],
'release-name': '15.2R1',
'release-support': 'min-supported-release'}]},
{'product-name': 'PTX',
'releases': [{'platform': ['All'],
'release-name': '15.2R1',
'release-support': 'min-supported-release'}]},
{'product-name': 'QFX',
'releases': [{'platform': ['All'],
'release-name': '15.2R1',
'release-support': 'min-supported-release'}]},
{'product-name': 'SRX',
'releases': [{'platform': ['All'],
'release-name': '15.2R1',
'release-support': 'min-supported-release'}]}]}]}},
'supported-healthbot-version': '1.0.1',
'version': 2},
'sensor': [{'description': 'Netconf rpc get-ddos-ospf-information iAgent '
'sensor to collect telemetry data from network '
'device',
'iAgent': {'file': 'ddos-statistics.yml',
'frequency': '60s',
'table': 'ddosStats'},
'sensor-name': 'ddosstats',
'synopsis': 'ddos statistics sensor definition'}],
'synopsis': 'OSPF distributed denial of service statistics analyzer',
'trigger': [{'description': 'Sets health based on DDOS packet drop rate',
'frequency': '60s',
'synopsis': 'DDOS packet drops kpi',
'term': [{'term-name': 'is-ddos-drops-increasing',
'then': {'status': {'color': 'red',
'message': 'DDOS packet drops '
'($dropped-packets) '
'increasing'}},
'when': {'min-rate-of-increase': [{'field-name': '$dropped-packets',
'rate': '$ddos-drop-rate-threshold',
'time-range': '5m'}]}},
{'term-name': 'are-ddos-drops-over-threshold',
'then': {'status': {'color': 'yellow',
'message': 'DDOS packet drops '
'($dropped-packets) '
'over threshold '
'($ddos-drop-count-threshold)'}},
'when': {'greater-than': [{'left-operand': '$dropped-packets',
'right-operand': '$ddos-drop-count-threshold'}]}},
{'term-name': 'ddos-drops-not-increasing',
'then': {'status': {'color': 'green'}}}],
'trigger-name': 'ddos-drops'},
{'description': 'Sets health based on DDOS packet arrival rate',
'frequency': '60s',
'synopsis': 'DDOS packet arrival kpi',
'term': [{'term-name': 'is-max-packet-arrival-rate-greater-than-threshold',
'then': {'status': {'color': 'yellow',
'message': 'DDOS packet max '
'arrival rate is over '
'threshold '
'($ddos-arrival-rate-threshold)'}},
'when': {'greater-than-or-equal-to': [{'left-operand': '$packet-arrival-rate-max',
'right-operand': '$ddos-arrival-rate-threshold'}]}},
{'term-name': 'max-packet-arrival-rate-less-than-threshold',
'then': {'status': {'color': 'green'}}}],
'trigger-name': 'ddos-packet-arrival-rate'},
{'description': 'Sets health based on DDOS packet drop others',
'frequency': '60s',
'synopsis': 'DDOS packet drop other kpi',
'term': [{'term-name': 'is-ddos-packet-dropped-others-increasing',
'then': {'status': {'color': 'red',
'message': 'DDOS packet dropped '
'others '
'($dropped-packets-others) '
'increasing'}},
'when': {'min-rate-of-increase': [{'field-name': '$dropped-packets-others',
'rate': '$ddos-drop-rate-threshold',
'time-range': '5m'}]}},
{'term-name': 'is-ddos-packet-drop-others-over-threshold',
'then': {'status': {'color': 'yellow',
'message': 'DDOS packet dropped '
'others '
'($dropped-packets-others) '
'over threshold '
'($ddos-drop-count-threshold)'}},
'when': {'greater-than': [{'left-operand': '$dropped-packets-others',
'right-operand': '$ddos-drop-count-threshold'}]}},
{'term-name': 'ddos-packet-drop-others-not-increasing',
'then': {'status': {'color': 'green'}}}],
'trigger-name': 'ddos-packet-dropped-others'}],
'variable': [{'description': 'DDOS arrival rate threshold value',
'name': 'ddos-arrival-rate-threshold',
'type': 'int',
'value': '1000'},
{'description': 'DDOS drop count threshold value',
'name': 'ddos-drop-count-threshold',
'type': 'int',
'value': '0'},
{'description': 'DDOS drop rate threshold value',
'name': 'ddos-drop-rate-threshold',
'type': 'int',
'value': '1'}],
'vector': None}
Add new rule
from jnpr.healthbot.modules.rules import RuleSchema
rs = RuleSchema(rule_name="hbez-fpc-heap-utilization")
setting rule schema params
rs.description = "HealthBot EZ example"
rs.synopsis = "Using python client for demo"
rs.sensor = [{'description': 'Monitors FPC buffer, heap and cpu utilization',
'iAgent': {'file': 'fpc-utilization.yml',
'frequency': '30s',
'table': 'FPCCPUHEAPutilizationTable'},
'sensor-name': 'fpccpuheaputilization'}]
from jnpr.healthbot.swagger.models.rule_schema_field import RuleSchemaField
from jnpr.healthbot.swagger.models.rule_schema_constant import RuleSchemaConstant
rs.field = [RuleSchemaField(constant=RuleSchemaConstant(value='{{fpc-buffer-usage-threshold}}'),
description='This field is for buffer usage threshold',
field_name='linecard-buffer-usage-threshold'),
RuleSchemaField(constant=RuleSchemaConstant(value='{{fpc-cpu-usage-threshold}}'),
description='This field is for linecard cpu usage threshold',
field_name='linecard-cpu-usage-threshold'),
RuleSchemaField(constant=RuleSchemaConstant(value='{{fpc-heap-usage-threshold}}'),
description='This field is for linecard heap usage threshold',
field_name='linecard-heap-usage-threshold')]
rs.keys = ['slot']
rs.variable = [{'description': 'Linecard Buffer Memory usage threshold value',
'name': 'fpc-buffer-usage-threshold',
'type': 'int',
'value': '80'},
{'description': 'Linecard CPU usage threshold value',
'name': 'fpc-cpu-usage-threshold',
'type': 'int',
'value': '80'},
{'description': 'Linecard Heap Memory usage threshold value',
'name': 'fpc-heap-usage-threshold',
'type': 'int',
'value': '80'}]
rs.trigger = [{'description': 'Sets health based on linecard buffer memory',
'frequency': '60s',
'synopsis': 'Linecard buffer memory kpi',
'term': [{'term-name': 'is-buffer-memory-utilization-greater-than-threshold',
'then': {'status': {'color': 'red',
'message': 'FPC buffer memory '
'utilization '
'($memory-buffer-utilization) '
'is over threshold '
'($linecard-buffer-usage-threshold)'}},
'when': {'greater-than': [{'left-operand': '$memory-buffer-utilization',
'right-operand': '$linecard-buffer-usage-threshold'}]}},
{'term-name': 'buffer-utilization-less-than-threshold',
'then': {'status': {'color': 'green'}}}],
'trigger-name': 'fpc-buffer-memory-utilization'},
{'description': 'Sets health based on linecard cpu utilization',
'frequency': '60s',
'synopsis': 'Linecard cpu utilization kpi',
'term': [{'term-name': 'is-cpu-utilization-greater-than-80',
'then': {'status': {'color': 'red',
'message': 'FPC CPU utilization '
'($cpu-total) is over '
'threshold '
'($linecard-cpu-usage-threshold)'}},
'when': {'greater-than': [{'left-operand': '$cpu-total',
'right-operand': '$linecard-cpu-usage-threshold',
'time-range': '180s'}]}},
{'term-name': 'cpu-utilization-less-than-threshold',
'then': {'status': {'color': 'green'}}}],
'trigger-name': 'fpc-cpu-utilization'},
{'description': 'Sets health based on linecard heap memory '
'utilization',
'frequency': '60s',
'synopsis': 'Linecard heap memory kpi',
'term': [{'term-name': 'is-heap-memory-utilization-greater-than-threshold',
'then': {'status': {'color': 'red',
'message': 'FPC heap memory '
'utilization '
'($memory-heap-utilization) '
'is over threshold '
'($linecard-heap-usage-threshold)'}},
'when': {'greater-than': [{'left-operand': '$memory-heap-utilization',
'right-operand': '$linecard-heap-usage-threshold'}]}},
{'term-name': 'heap-memory-utilization-less-than-threshold',
'then': {'status': {'color': 'green'}}}],
'trigger-name': 'fpc-heap-memory-utilization'}]
If the topic name is not present, first it will create given topic
hb.rule.add('hbez', schema=rs)
True
# hb.rules.delete_rule(topic_name='external', rule_name="hbez-fpc-heap-utilization")
Use Case: Playbooks
pprint(hb.playbook.get('linecard-kpis-playbook'))
{'description': 'Playbook checks linecard health i.e. cpu, memory and CM '
'errors',
'playbook_name': 'linecard-kpis-playbook',
'rules': ['linecard.cm-events/check-cm-events',
'linecard.fpc/check-fpc-cpu',
'linecard.fpc/check-fpc-memory'],
'synopsis': 'Linecards key performance indicators'}
from jnpr.healthbot.modules.playbooks import PlaybookSchema
pbs = PlaybookSchema(playbook_name="HbEZ-example")
pbs.description = "HbEZ Demo Examples"
pbs.synopsis = 'fpc status'
pbs.rules = ['hbez/hbez-fpc-heap-utilization']
hb.playbook.add(pbs)
True
hb.playbook.delete(playbook_name="HbEZ-example")
True
Use Case: Health
pprint(hb.health.get_device_health('edge'))
{'children': [{'children': [{'children': [], 'name': 'external'}],
'name': 'real'}],
'color': None,
'data': None,
'name': 'edge',
'timestamp': None}
pprint(hb.health.get_device_group_health('real'))
{'children': [{'children': [{'children': [], 'name': 'external'}],
'name': 'edge'}],
'color': None,
'data': None,
'name': 'real',
'timestamp': None}
Use Case: Database
This we might need to take it off
print (hb.tsdb.query("show databases"))
ResultSet({'('databases', None)': [{'name': 'health'}, {'name': '_internal'}, {'name': 'Core:vmx'}, {'name': 'real:edge'}, {'name': 'Core:demo'}, {'name': 'EVO_Core:EVO'}, {'name': 'EVO_CORE:EVO'}, {'name': 'vmx_db:vmx_db'}, {'name': 'vmx_db:core_db'}]})
obj = hb.tsdb.query('select * from "protocol-eventd-host/check-host-traffic/packet-loss" limit 10', database='Core:vmx')
pprint(obj.raw)
{'statement_id': 0}
print(hb.version)
2.0.1
### Load any helper file
hb.upload_helper_file('/Users/nitinkr/xxx/xyz.rule')
Use Case: Notification
from jnpr.healthbot import NotificationSchema
from jnpr.healthbot import NotificationSchemaSlack
ns = NotificationSchema(notification_name='HbEZ-notification')
ns.description = "example of adding notification via API"
nss = NotificationSchemaSlack(channel="HbEZ", url='http://testing')
ns.slack = nss
hb.settings.notification.add(ns)
True
print(hb.settings.notification.get())
[{'description': 'example of adding notification via API',
'http_post': None,
'kafka_publish': None,
'notification_name': 'HbEZ-notification',
'slack': {'channel': 'HbEZ', 'url': 'http://testing'}}]
pprint(hb.settings.notification.delete('HbEZ-notification'))
True
Use Case: Settings
from jnpr.healthbot import RetentionPolicySchema
rps = RetentionPolicySchema(retention_policy_name='HbEZ-testing')
hb.settings.retention_policy.add(rps)
True
print(hb.settings.retention_policy.get())
[{'duration': None, 'replication': None, 'retention_policy_name': 'HbEZ-testing'}, {'duration': None,
'replication': None,
'retention_policy_name': 'HbEZ-testing1'}, {'duration': None,
'replication': None,
'retention_policy_name': 'HbEZ-testing2'}]
from jnpr.healthbot import SchedulerSchema
sc = SchedulerSchema(name='HbEZ-schedule', repeat={'every': 'week'}, start_time="2019-07-22T05:32:23Z")
hb.settings.scheduler.add(sc)
from jnpr.healthbot import DestinationSchema
ds = DestinationSchema(name='HbEZ-destination', email={'id': 'nitinkr@juniper.net'})
hb.settings.destination.add(ds)
from jnpr.healthbot import ReportSchema
rs = ReportSchema(name="HbEZ-report", destination=['HbEZ-destination'], format="html", schedule=["HbEZ-schedule"])
hb.settings.report.add(rs)
True
Use Case: PlayBook Instance
from jnpr.healthbot.modules.playbooks import PlayBookInstanceBuilder
# case where we dont need to set any variable
pbb = PlayBookInstanceBuilder(hb, 'forwarding-table-summary', 'HbEZ-instance', 'Core')
pbb.apply()
#hb.commit()
True
when we need to set any rule variable for given device/group in playbook instance
from jnpr.healthbot.modules.playbooks import PlayBookInstanceBuilder
pbb = PlayBookInstanceBuilder(hb, 'forwarding-table-summary', 'HbEZ-instance', 'Core')
variable = pbb.rule_variables["protocol.routesummary/check-fib-summary"]
variable.route_address_family = 'pqr'
variable.route_count_threshold = 100
# Apply variable to given device(s)
pbb.apply(device_ids=['vmx'])
#clear all the variable if you want to set it something else for group or other device(s)
pbb.clear()
variable = pbb.rule_variables["protocol.routesummary/check-fib-summary"]
variable.route_address_family = 'abc'
variable.route_count_threshold = 200
pbb.apply()
#hb.commit()
True
Configure hb charts when there is device-group present and there is a running playbook for it
from jnpr.healthbot.swagger.models.hb_graphs_query import HbGraphsQuery
from jnpr.healthbot.swagger.models.hb_graphs import HbGraphs
from jnpr.healthbot import HealthBotClient
with HealthBotClient(ip, gui_username, gui_password, port=8080) as hb:
# group_name, device_name, measurement_name, field_name are compulsory fields here
query1 = HbGraphsQuery(group_name='dg-junos', device_name="d2", measurement_name="system.commit/commit-history",
transformation=None, field_name="l1-threshold", field_aggregation="mean",
where=[{'key': "comment", "operator": '=', "value": "new"}],
group_by_interval="1s", group_by_fill="fill(null)", group_by_tag_key=[])
# Multiple queries can be present for a graph
# graph_name, graph_type, time_range are compulsory here
graph1 = HbGraphs(graph_name="graph1", graph_description=None, graph_type="Heatmap",
time_range='3h', query=[query1], y_label=None, y_max=None,
y_min=None, unit_type=None, decimals=None)
# Multiple graphs can be present for a canvas
# Adding a new canvas with a single graph
hb.charts.add_canvas(canvas_name="mycanvas", graphs=[graph1])
hb.commit()
True
VERSIONS
Healthbot versions upto 3.2.0 are supported by https://pypi.org/project/hbez/2.0.0/
Healthbot/Paragon Insights 4.0.0 and above will be supported by https://pypi.org/project/hbez/4.0.0/ and above
LICENSE
Apache 2.0
CONTRIBUTORS
Juniper Networks is actively contributing to and maintaining this repo. Please contact healthbot-hackers at juniper.net for any queries.
Contributors:
- v1.0.0: Nitin Kumar
- v2.0.0: Nitin Kumar
- v4.0.0: Sharanya Bhat
- v4.1.0: Sharanya Bhat
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