from falconpy import Hosts

falcon = Hosts(client_id=CLIENT_ID,
               client_secret=CLIENT_SECRET
               )

# You can use PEP8 or Operation ID syntax for this call
response = falcon.query_devices_by_filter()

from falconpy import APIHarnessV2

falcon = APIHarnessV2(client_id=CLIENT_ID,
                      client_secret=CLIENT_SECRET
                      )

response = falcon.command("QueryDevicesByFilter")
print(response)

from falconpy import Hosts

falcon = Hosts(client_id=CLIENT_ID,
               client_secret=CLIENT_SECRET
               member_cid=CHILD_CID
               )

# You can use PEP8 or Operation ID syntax for this call
response = falcon.query_devices_by_filter()
print(response)

from falconpy import APIHarnessV2

falcon = APIHarnessV2(client_id=CLIENT_ID,
                    client_secret=CLIENT_SECRET
                    member_cid=CHILD_CID
                    )

response = falcon.command("QueryDevicesByFilter")
print(response)

from falconpy import CloudConnectAWS

falcon = CloudConnectAWS(creds={
     "client_id": CLIENT_ID,
     "client_secret": CLIENT_SECRET
})

# You can use PEP8 or Operation ID syntax for this call
response = falcon.QueryAWSAccounts()
print(response)

from falconpy import APIHarnessV2

falcon = APIHarnessV2(creds={
      "client_id": CLIENT_ID,
      "client_secret": CLIENT_SECRET
   }
)

response = falcon.command('QueryAWSAccounts')
print(response)

from falconpy import CloudConnectAWS

falcon = CloudConnectAWS(creds={
     "client_id": CLIENT_ID,
     "client_secret": CLIENT_SECRET
     "member_cid": CHILD_CID
})

# You can use PEP8 or Operation ID syntax for this call
response = falcon.query_aws_accounts()
print(response)

from falconpy import APIHarnessV2

falcon = APIHarnessV2(creds={
      "client_id": CLIENT_ID,
      "client_secret": CLIENT_SECRET
      "member_cid": CHILD_CID
   }
)

response = falcon.command('QueryAWSAccounts')
print(response)

from falconpy import OAuth2
from falconpy import CloudConnectAWS
from falconpy import Detects

# You may also use Credential Authentication to
# create the instance of the authentication object
auth = OAuth2(client_id=CLIENT_ID,
              client_secret=CLIENT_SECRET
              )

# The auth object is then passed when instantiating
# subsequent Service Class objects
falcon_aws = CloudConnectAWS(auth_object=auth)
falcon_detects = Detects(auth_object=auth)

# You can use PEP8 or Operation ID syntax for these calls
print(falcon_aws.query_aws_accounts())
print(falcon_detects.query_detects())

from falconpy import RealTimeResponse, RealTimeResponseAdmin

# We authenticate to our first Service Class like normal
rtr = RealTimeResponse(client_id=CLIENT_ID,
                       client_secret=CLIENT_SECRET
                       )
# Now we can just reuse our existing auth_object
rtr_admin = RealTimeResponseAdmin(auth_object=rtr.auth_object)

# And make use of our second class
print(rtr_admin.list_scripts())

from falconpy import Hosts, HostGroup

# We authenticate to our first Service Class using our preferred method (Direct / Credential)
hosts = Hosts(client_id=CLIENT_ID,
              client_secret=CLIENT_SECRET
              )

# Then we can pass this newly created object
host_group = HostGroup(auth_object=hosts)

# And make use of our second class
print(host_group.query_combined_host_groups())

from falconpy import (
     APIHarnessV2,
     Hosts
)

# The Uber Class does not have an auth_object attribute,
# so we cannot authenticate it using Object Authentication.
uber = APIHarnessV2(client_id=CLIENT_ID,
                  client_secret=CLIENT_SECRET
                  )

# Since the Uber Class is a derivative of the FalconInterface
# object, it can be used to authenticate Service Classes via
# Object Authentication.
hosts = Hosts(auth_object=uber)

print(hosts.query_devices_by_filter_scroll())

from dataclasses import field, dataclass
from falconpy import Hosts

@dataclass
class ContextRequest:
    """A simple structure to hold our context data."""
    access_token: str = field(default="")
    cs_cloud: str = field(default="")


# The provided Context Variable can have any name.
request_context = ContextVar("request", default=ContextRequest())
req: ContextRequest = request_context.get()
req.access_token = "BEARER TOKEN GOES HERE"
req.cs_cloud = "REGION SHORTNAME OR BASE URL GOES HERE"
context_token = request_context.set(req)
# Construct an instance of the Service Class, all constructor keywords are supported
hosts = Hosts()
# Clear the context for example purposes
request_context.reset(context_token)
# Confirm authentication was successful
assert bool(hosts.query_devices_by_filter_scroll["status_code"] == 200)

from dataclasses import field, dataclass
from falconpy import APIHarnessV2

# ... as shown above

context_token = request_context.set(req)
# Construct an instance of the Uber Class
uber = APIHarnessV2()
# Clear the context for example purposes
request_context.reset(context_token)
# Confirm authentication was successful
assert bool(uber.command("QueryDevicesByFilterScroll")["status_code"] == 200)

from falconpy import Hosts

# Both environment variables, FALCON_CLIENT_ID and FALCON_CLIENT_SECRET
# must be present in the running environment if we do not want to
# provide credentials when we create the instance of the class.
hosts = Hosts()

print(hosts.query_devices_by_filter_scroll())

from falconpy import APIHarnessV2

# If only one of the required authentication keywords is provided
# and both environment variables are present, the missing value
# is retrieved from the environment.
uber = APIHarnessV2(client_id=CLIENT_ID)

print(uber.command("QueryDevicesByFilterScroll"))

from falconpy import Hosts

# Create a dictionary that specifies a new prefix.
environment = {
    "prefix": "CROWDSTRIKE_"
}

# Provide this dictionary to the constructor argument.
hosts = Hosts(environment=environment)

print(hosts.query_devices_by_filter_scroll())

from falconpy import APIHarnessV2

# Note we provide an empty string for prefix in this example.
# If you do not specify it, it will default to "FALCON_"
# and search for an incorrectly named variable.
environment = {
    "prefix": "",
    "id_name": "API_CLIENT_ID",
    "secret_name": "API_CLIENT_SECRET"
}

# Provide the dictionary to the constructor keyword like our previous example.
uber = APIHarnessV2(environment=environment)

print(uber.command("QueryDevicesByFilterScroll"))

from falconpy import OAuth2
from falconpy import FalconXSandbox

# You may also use Credential Authentication to
# create the instance of the authentication object
auth = OAuth2(client_id=CLIENT_ID,
              client_secret=CLIENT_SECRET
              )

try:
     token = auth.token()['body']['access_token']
except:
     token = False

if token:
    falcon = FalconXSandbox(access_token=token)

    # You can use PEP8 or Operation ID syntax for this call
    response = falcon.QueryReports()
    print(response)