def do_test(cli_args, config):
"""Process 'test' CLI option.
Args:
connectivity_check: Set if testing for connectivity
Returns:
None
"""
# Show host information
validate = snmp_manager.Validate(cli_args.host, config.snmp_auth())
snmp_params = validate.credentials()
snmp_object = snmp_manager.Interact(snmp_params)
if bool(snmp_params) is True:
print('\nValid credentials found:\n')
print(yaml.dump(snmp_params, default_flow_style=False))
print('\n')
# Get SNMP data and print
status = snmp_info.Query(snmp_object)
yaml_data = status.everything()
print(yaml_data)
else:
# Error, host problems
log_message = (
'Uncontactable host %s or no valid SNMP '
'credentials found for it.') % (cli_args.host)
jm_general.logit(1006, log_message)
def do_test(cli_args, config):
"""Process 'test' CLI option.
Args:
connectivity_check: Set if testing for connectivity
Returns:
None
"""
# Show host information
validate = snmp_manager.Validate(cli_args.host, config.snmp_auth())
snmp_params = validate.credentials()
snmp_object = snmp_manager.Interact(snmp_params)
if bool(snmp_params) is True:
print('\nValid credentials found:\n')
print(yaml.dump(snmp_params, default_flow_style=False))
print('\n')
# Get SNMP data and print
status = snmp_info.Query(snmp_object)
yaml_data = status.everything()
print(yaml_data)
else:
# Error, host problems
log_message = ('Uncontactable host %s or no valid SNMP '
'credentials found for it.') % (cli_args.host)
jm_general.logit(1006, log_message)
def contactable(self):
"""Check if device is contactable.
Args:
device_id: Device ID
Returns:
contactable: True if a contactable
"""
# Define key variables
contactable = False
# Try to reach device
try:
# If we can poll the SNMP sysObjectID,
# then the device is contactable
if self.sysobjectid(connectivity_check=True) is not None:
contactable = True
except Exception as _:
# Not contactable
contactable = False
except:
# Log a message
log_message = ('Unexpected SNMP error for device %s') % (
self.snmp_params['snmp_hostname'])
jm_general.logit(1008, log_message, True)
# Return
return contactable
def test_logit(self):
"""Testing method / function logit."""
# Try logging with exit
log_message = self.random_string
with self.assertRaises(SystemExit):
testimport.logit(1000, log_message, True)
# Try logging with noexit
result = testimport.logit(1000, log_message, False)
self.assertEqual(result, None)
def _process_error(
connectivity_check=False, session_error_status=None,
session_error_index=None, get=False,
log_message=None):
"""Process errors received.
Args:
connectivity_check:
Set if testing for connectivity. Some session
errors are ignored so that a null result is returned
session_error_status: Error status
session_error_index: Error index
get: True if formatting the results of an SNMP get
Returns:
results:
"""
# Initialize key variables
results = {}
# Timeout contacting device
# (Timeout as OID requested does not exist, not because the
# device is uncontactable)
# The device must be checked for connectivity before hand. If it
# can connect but some additional OID is unavailable, then this is
# invoked. This is used to determine whether a device has 64 bit
# IFMIB octet counters
if connectivity_check is False:
if (session_error_status == 0) and (
session_error_index == -24):
# Return blank results
return results
if connectivity_check is True:
# Bad SNMP authentication during authentication check
if (session_error_status == 0) and (
session_error_index == -4):
# Return blank results
return results
# Device completely off the air (SNMP timeout)
if (session_error_status == 0) and (
session_error_index == 0):
# Return blank results
return results
# Otherwise Fail
if get is True:
action_taken = 'SNMPget'
else:
action_taken = 'SNMPwalk'
log_message = ('%s - %s') % (action_taken, log_message)
jm_general.logit(1003, log_message, True)
def run(self):
"""Update the database using threads."""
while True:
# Get the data_dict
data_dict = self.queue.get()
host = data_dict['host']
config = data_dict['config']
verbose = data_dict['verbose']
temp_dir = data_dict['temp_dir']
# Show host information
validate = snmp_manager.Validate(host, config.snmp_auth())
snmp_params = validate.credentials()
snmp_object = snmp_manager.Interact(snmp_params)
# Verbose output
if verbose is True:
output = ('Processing on: host %s') % (host)
print(output)
# Skip invalid, and uncontactable hosts
if bool(snmp_params) is False:
if verbose is True:
log_message = (
'Uncontactable host %s or no valid SNMP '
'credentials found for it.') % (host)
jm_general.logit(1019, log_message, False)
continue
# Process if valid
if bool(snmp_params) is True:
# Get data
status = snmp_info.Query(snmp_object)
data = status.everything()
yaml_string = jm_general.dict2yaml(data)
# Dump data
temp_file = ('%s/%s.yaml') % (temp_dir, host)
with open(temp_file, 'w') as file_handle:
file_handle.write(yaml_string)
# Verbose output
if verbose is True:
output = ('Completed run: host %s') % (host)
print(output)
# Signals to queue job is done
self.queue.task_done()
def __init__(self, snmp_parameters):
"""Function for intializing the class."""
# Initialize key variables
self.snmp_params = {}
# Assign variables
self.snmp_params = snmp_parameters
# Fail if snmp_parameters dictionary is empty
if snmp_parameters['snmp_version'] is None:
log_message = (
'SNMP version is "None". Non existent host? - %s'
'') % (snmp_parameters['snmp_hostname'])
jm_general.logit(1004, log_message, True)
# Fail if snmp_parameters dictionary is empty
if not snmp_parameters:
log_message = ('SNMP parameters provided are blank. '
'Non existent host?')
jm_general.logit(1005, log_message, True)
def web_directory(self):
"""Determine the web_directory.
Args:
None
Returns:
value: configured web_directory
"""
# Get parameter
value = self.config_dict['web_directory']
# Check if value exists
if os.path.isdir(value) is False:
log_message = ('web_directory: "%s" '
'in configuration doesn\'t exist!') % (value)
jm_general.logit(1016, log_message)
# Return
return value
def web_directory(self):
"""Determine the web_directory.
Args:
None
Returns:
value: configured web_directory
"""
# Get parameter
value = self.config_dict['web_directory']
# Check if value exists
if os.path.isdir(value) is False:
log_message = (
'web_directory: "%s" '
'in configuration doesn\'t exist!') % (value)
jm_general.logit(1016, log_message)
# Return
return value
def __init__(self, config_directory):
"""Function for intializing the class."""
# Initialize key variables
yaml_found = False
yaml_from_file = ''
all_yaml_read = ''
# Check if config_directory exists
if os.path.isdir(config_directory) is False:
log_message = (
'Configuration directory "%s" '
'doesn\'t exist!' % config_directory)
jm_general.logit(1009, log_message)
# Cycle through list of files in directory
for filename in os.listdir(config_directory):
# Examine all the '.yaml' files in directory
if filename.endswith('.yaml'):
# YAML files found
yaml_found = True
# Read file and add to string
file_path = ('%s/%s') % (config_directory, filename)
with open(file_path, 'r') as file_handle:
yaml_from_file = file_handle.read()
# Append yaml from file to all yaml previously read
all_yaml_read = ('%s\n%s') % (all_yaml_read, yaml_from_file)
# Verify YAML files found in directory
if yaml_found is False:
log_message = (
'No files found in directory "%s" with ".yaml" '
'extension.') % (config_directory)
jm_general.logit(1010, log_message)
# Return
self.config_dict = yaml.load(all_yaml_read)
def __init__(self, config_directory):
"""Function for intializing the class."""
# Initialize key variables
yaml_found = False
yaml_from_file = ''
all_yaml_read = ''
# Check if config_directory exists
if os.path.isdir(config_directory) is False:
log_message = ('Configuration directory "%s" '
'doesn\'t exist!' % config_directory)
jm_general.logit(1009, log_message)
# Cycle through list of files in directory
for filename in os.listdir(config_directory):
# Examine all the '.yaml' files in directory
if filename.endswith('.yaml'):
# YAML files found
yaml_found = True
# Read file and add to string
file_path = ('%s/%s') % (config_directory, filename)
with open(file_path, 'r') as file_handle:
yaml_from_file = file_handle.read()
# Append yaml from file to all yaml previously read
all_yaml_read = ('%s\n%s') % (all_yaml_read, yaml_from_file)
# Verify YAML files found in directory
if yaml_found is False:
log_message = ('No files found in directory "%s" with ".yaml" '
'extension.') % (config_directory)
jm_general.logit(1010, log_message)
# Return
self.config_dict = yaml.load(all_yaml_read)
def __init__(self, config, host, ifindices=None):
"""Initialize class.
Args:
config: Configuration file object
host: Hostname to process
ifindices: List of ifindices to process
Returns:
data_dict: Dict of summary data
Summary:
IF-MIB
A significant portion of this code relies on ifIndex
IF-MIB::ifStackStatus information. This is stored under the
'system' key of the device YAML files.
According to the official IF-MIB file. ifStackStatus is a
"table containing information on the relationships
between the multiple sub-layers of network interfaces. In
particular, it contains information on which sub-layers run
'on top of' which other sub-layers, where each sub-layer
corresponds to a conceptual row in the ifTable. For
example, when the sub-layer with ifIndex value x runs over
the sub-layer with ifIndex value y, then this table
contains:
ifStackStatus.x.y=active
For each ifIndex value, I, which identifies an active
interface, there are always at least two instantiated rows
in this table associated with I. For one of these rows, I
is the value of ifStackHigherLayer; for the other, I is the
value of ifStackLowerLayer. (If I is not involved in
multiplexing, then these are the only two rows associated
with I.)
For example, two rows exist even for an interface which has
no others stacked on top or below it:
ifStackStatus.0.x=active
ifStackStatus.x.0=active"
In the case of Juniper equipment, VLAN information is only
visible on subinterfaces of the main interface. For example
interface ge-0/0/0 won't have VLAN information assigned to it
directly.
When a VLAN is assigned to this interface, a subinterface
ge-0/0/0.0 is automatically created with a non-Ethernet ifType.
VLAN related OIDs are only maintained for this new subinterface
only. This makes determining an interface's VLAN based on
Ethernet ifType more difficult. ifStackStatus maps the ifIndex of
the primary interface (ge-0/0/0) to the ifIndex of the secondary
interface (ge-0/0/0.0) which manages higher level protocols and
data structures such as VLANs and LLDP.
The primary interface is referred to as the
ifStackLowerLayer and the secondary subinterface is referred to
as the ifStackHigherLayer.
=================================================================
Layer1 Keys
The following Layer1 keys are presented by the ethernet_data
method due to this instantiation:
jm_nativevlan: A vendor agnostic Native VLAN
jm_vlan: A list of vendor agnostic VLANs
jm_trunk: A vendor agnostic flag of "True" if the port is a Trunk
jm_duplex: A vendor agnostic status code for the duplex setting
"""
# Initialize key variables
self.ports = {}
yaml_file = config.snmp_device_file(host)
# Fail if yaml file doesn't exist
if os.path.isfile(yaml_file) is False:
log_message = ('YAML file %s for host %s doesn\'t exist! '
'Try polling devices first.') % (yaml_file, host)
jm_general.logit(1017, log_message)
# Read file
with open(yaml_file, 'r') as file_handle:
yaml_from_file = file_handle.read()
yaml_data = yaml.load(yaml_from_file)
# Create dict for layer1 Ethernet data
for ifindex, metadata in yaml_data['layer1'].items():
# Only process if ifIndex is found in ifindices
if ifindices is not None:
if int(ifindex) not in ifindices:
continue
# Process metadata
if _is_ethernet(metadata) is True:
# Get the ifIndex of the lower layer interface
ifstacklowerlayer = ifindex
#############################################################
#
# This stuff relies on ifstacklowerlayer / ifstackhigherlayer
#
#############################################################
# Determine the ifIndex for any existing higher
# layer subinterfaces whose data could be used
# for upper layer2 features such as VLANs and
# LAG trunking
higherlayers = yaml_data['system']['IF-MIB']['ifStackStatus'][
ifindex]
# Update vlan to universal infoset metadata value
for higherlayer in higherlayers:
# All numeric keys in YAML need to be strings. Prepare
# for key checking.
ifstackhigherlayer = str(higherlayer)
# This is an Ethernet port with no higher level
# interfaces. Use lower level ifIndex
if ifstackhigherlayer == '0':
metadata['jm_vlan'] = _vlan(yaml_data,
ifstacklowerlayer)
metadata['jm_nativevlan'] = _nativevlan(
yaml_data, ifstacklowerlayer)
metadata['jm_trunk'] = _trunk(yaml_data,
ifstacklowerlayer)
else:
# Assign native VLAN to higer layer
metadata['jm_nativevlan'] = _nativevlan(
yaml_data, ifstackhigherlayer)
# Update trunk status to universal metadata value
metadata['jm_trunk'] = _trunk(yaml_data,
ifstackhigherlayer)
# This is an Ethernet port with a single higher level
# interface
if len(higherlayers) == 1:
metadata['jm_vlan'] = _vlan(
yaml_data, ifstackhigherlayer)
# This is an Ethernet port with multiple higher level
# interfaces
else:
metadata['jm_vlan'].extend(
_vlan(yaml_data, ifstackhigherlayer))
#############################################################
#
# This stuff relies on ifindex
#
#############################################################
# Update duplex to universal infoset metadata value
metadata['jm_duplex'] = _duplex(metadata)
# Update ports
self.ports[int(ifindex)] = metadata
# Get system
self.system = yaml_data['system']
def __init__(self, config, host, ifindices=None):
"""Initialize class.
Args:
config: Configuration file object
host: Hostname to process
ifindices: List of ifindices to process
Returns:
data_dict: Dict of summary data
Summary:
IF-MIB
A significant portion of this code relies on ifIndex
IF-MIB::ifStackStatus information. This is stored under the
'system' key of the device YAML files.
According to the official IF-MIB file. ifStackStatus is a
"table containing information on the relationships
between the multiple sub-layers of network interfaces. In
particular, it contains information on which sub-layers run
'on top of' which other sub-layers, where each sub-layer
corresponds to a conceptual row in the ifTable. For
example, when the sub-layer with ifIndex value x runs over
the sub-layer with ifIndex value y, then this table
contains:
ifStackStatus.x.y=active
For each ifIndex value, I, which identifies an active
interface, there are always at least two instantiated rows
in this table associated with I. For one of these rows, I
is the value of ifStackHigherLayer; for the other, I is the
value of ifStackLowerLayer. (If I is not involved in
multiplexing, then these are the only two rows associated
with I.)
For example, two rows exist even for an interface which has
no others stacked on top or below it:
ifStackStatus.0.x=active
ifStackStatus.x.0=active"
In the case of Juniper equipment, VLAN information is only
visible on subinterfaces of the main interface. For example
interface ge-0/0/0 won't have VLAN information assigned to it
directly.
When a VLAN is assigned to this interface, a subinterface
ge-0/0/0.0 is automatically created with a non-Ethernet ifType.
VLAN related OIDs are only maintained for this new subinterface
only. This makes determining an interface's VLAN based on
Ethernet ifType more difficult. ifStackStatus maps the ifIndex of
the primary interface (ge-0/0/0) to the ifIndex of the secondary
interface (ge-0/0/0.0) which manages higher level protocols and
data structures such as VLANs and LLDP.
The primary interface is referred to as the
ifStackLowerLayer and the secondary subinterface is referred to
as the ifStackHigherLayer.
=================================================================
Layer1 Keys
The following Layer1 keys are presented by the ethernet_data
method due to this instantiation:
jm_nativevlan: A vendor agnostic Native VLAN
jm_vlan: A list of vendor agnostic VLANs
jm_trunk: A vendor agnostic flag of "True" if the port is a Trunk
jm_duplex: A vendor agnostic status code for the duplex setting
"""
# Initialize key variables
self.ports = {}
yaml_file = config.snmp_device_file(host)
# Fail if yaml file doesn't exist
if os.path.isfile(yaml_file) is False:
log_message = (
'YAML file %s for host %s doesn\'t exist! '
'Try polling devices first.') % (yaml_file, host)
jm_general.logit(1017, log_message)
# Read file
with open(yaml_file, 'r') as file_handle:
yaml_from_file = file_handle.read()
yaml_data = yaml.load(yaml_from_file)
# Create dict for layer1 Ethernet data
for ifindex, metadata in yaml_data['layer1'].items():
# Only process if ifIndex is found in ifindices
if ifindices is not None:
if int(ifindex) not in ifindices:
continue
# Process metadata
if _is_ethernet(metadata) is True:
# Get the ifIndex of the lower layer interface
ifstacklowerlayer = ifindex
#############################################################
#
# This stuff relies on ifstacklowerlayer / ifstackhigherlayer
#
#############################################################
# Determine the ifIndex for any existing higher
# layer subinterfaces whose data could be used
# for upper layer2 features such as VLANs and
# LAG trunking
higherlayers = yaml_data[
'system']['IF-MIB']['ifStackStatus'][ifindex]
# Update vlan to universal infoset metadata value
for higherlayer in higherlayers:
# All numeric keys in YAML need to be strings. Prepare
# for key checking.
ifstackhigherlayer = str(higherlayer)
# This is an Ethernet port with no higher level
# interfaces. Use lower level ifIndex
if ifstackhigherlayer == '0':
metadata['jm_vlan'] = _vlan(
yaml_data, ifstacklowerlayer)
metadata['jm_nativevlan'] = _nativevlan(
yaml_data, ifstacklowerlayer)
metadata['jm_trunk'] = _trunk(
yaml_data, ifstacklowerlayer)
else:
# Assign native VLAN to higer layer
metadata['jm_nativevlan'] = _nativevlan(
yaml_data, ifstackhigherlayer)
# Update trunk status to universal metadata value
metadata['jm_trunk'] = _trunk(
yaml_data, ifstackhigherlayer)
# This is an Ethernet port with a single higher level
# interface
if len(higherlayers) == 1:
metadata['jm_vlan'] = _vlan(
yaml_data, ifstackhigherlayer)
# This is an Ethernet port with multiple higher level
# interfaces
else:
metadata['jm_vlan'].extend(
_vlan(yaml_data, ifstackhigherlayer))
#############################################################
#
# This stuff relies on ifindex
#
#############################################################
# Update duplex to universal infoset metadata value
metadata['jm_duplex'] = _duplex(metadata)
# Update ports
self.ports[int(ifindex)] = metadata
# Get system
self.system = yaml_data['system']
def query(
self, oid_to_get, get=False, connectivity_check=False,
normalized=False):
"""Do an SNMP query.
Args:
oid_to_get: OID to walk
get: Flag determining whether to do a GET or WALK
normalized: If True, then return results as a dict keyed by
only the last node of an OID, otherwise return results
keyed by the entire OID string. Normalization is useful
when trying to create multidimensional dicts where the
primary key is a universal value such as IF-MIB::ifIndex
or BRIDGE-MIB::dot1dBasePort
connectivity_check:
Set if testing for connectivity. Some session
errors are ignored so that a null result is returned
Returns:
Dictionary of tuples (OID, value)
"""
# Initialize variables
return_results = {}
snmp_params = self.snmp_params
# Check if OID is valid
valid_format = oid_valid_format(oid_to_get)
if valid_format is False:
log_message = ('OID %s has an invalid format') % (oid_to_get)
jm_general.logit(1000, log_message, True)
# Create the object
snmp_object = cmdgen.CommandGenerator()
# Setup Transport object
transport_object = cmdgen.UdpTransportTarget(
(snmp_params['snmp_hostname'], snmp_params['snmp_port']))
# Create the auth object
authentication_object = _get_auth_object(snmp_params)
# Fill the results object by getting OID data
try:
# Get the data
if get is True:
(session_error_string, session_error_status,
session_error_index, var_binds) = \
snmp_object.getCmd(
authentication_object, transport_object, oid_to_get)
else:
(session_error_string, session_error_status,
session_error_index, var_binds) = \
snmp_object.nextCmd(
authentication_object, transport_object, oid_to_get)
# Do something here
except Exception as exception_error:
# Check for errors and print out results
log_message = (
'Error occurred during SNMPget on host '
'OID %s from %s: (%s)') % (oid_to_get,
snmp_params['snmp_hostname'],
exception_error)
jm_general.logit(1001, log_message, True)
except:
log_message = ('Unexpected error')
jm_general.logit(1002, log_message, True)
# Crash on error, return blank results if doing certain types of
# connectivity checks
if session_error_string:
log_message = (
'Error occurred for OID %s on host %s: '
'(%s) ErrorNum: %s, ErrorInd: '
'%s') % (oid_to_get,
snmp_params['snmp_hostname'],
session_error_string,
session_error_status, session_error_index)
return _process_error(
connectivity_check=connectivity_check,
session_error_status=session_error_status,
session_error_index=session_error_index,
get=get,
log_message=log_message)
# Format results
return_results = _format_results(
normalized=normalized, get=get, var_binds=var_binds)
# Return
return return_results
def make(config, verbose=False):
"""Process 'pagemaker' CLI option.
Args:
config: Configuration object
verbose: Verbose output if True
Returns:
None
"""
# Initialize key variables
threads_in_pool = 10
device_file_found = False
# Create directory if needed
perm_dir = config.web_directory()
temp_dir = tempfile.mkdtemp()
# Delete all files in temporary directory
jm_general.delete_files(temp_dir)
# Spawn a pool of threads, and pass them queue instance
for _ in range(threads_in_pool):
update_thread = PageMaker(THREAD_QUEUE)
update_thread.daemon = True
update_thread.start()
# Get host data and write to file
for host in config.hosts():
# Skip if device file not found
if os.path.isfile(config.snmp_device_file(host)) is False:
log_message = ('No YAML device file for host %s found in %s. '
'Run toolbox.py with the "poll" option first.'
'') % (host, config.snmp_directory())
jm_general.logit(1018, log_message, False)
continue
else:
device_file_found = True
####################################################################
#
# Define variables that will be required for the database update
# We have to initialize the dict during every loop to prevent
# data corruption
#
####################################################################
data_dict = {}
data_dict['host'] = host
data_dict['config'] = config
data_dict['verbose'] = verbose
data_dict['temp_dir'] = temp_dir
THREAD_QUEUE.put(data_dict)
# Do the rest if device_file_found
if device_file_found is True:
# Wait on the queue until everything has been processed
THREAD_QUEUE.join()
# PYTHON BUG. Join can occur while threads are still shutting down.
# This can create spurious "Exception in thread (most likely raised
# during interpreter shutdown)" errors.
# The "time.sleep(1)" adds a delay to make sure things really terminate
# properly. This seems to be an issue on virtual machines in Dev only
time.sleep(1)
# Create index file
write_file = ('%s/index.html') % (temp_dir)
index_html = _index_html(config)
with open(write_file, 'w') as file_handle:
file_handle.write(index_html)
# Cleanup, move temporary files to clean permanent directory.
# Delete temporary directory
if os.path.isdir(perm_dir):
jm_general.delete_files(perm_dir)
else:
os.makedirs(perm_dir, 0o755)
jm_general.move_files(temp_dir, perm_dir)
# Clean up
os.rmdir(temp_dir)
def make(config, verbose=False):
"""Process 'pagemaker' CLI option.
Args:
config: Configuration object
verbose: Verbose output if True
Returns:
None
"""
# Initialize key variables
threads_in_pool = 10
device_file_found = False
# Create directory if needed
perm_dir = config.web_directory()
temp_dir = tempfile.mkdtemp()
# Delete all files in temporary directory
jm_general.delete_files(temp_dir)
# Spawn a pool of threads, and pass them queue instance
for _ in range(threads_in_pool):
update_thread = PageMaker(THREAD_QUEUE)
update_thread.daemon = True
update_thread.start()
# Get host data and write to file
for host in config.hosts():
# Skip if device file not found
if os.path.isfile(config.snmp_device_file(host)) is False:
log_message = (
'No YAML device file for host %s found in %s. '
'Run toolbox.py with the "poll" option first.'
'') % (host, config.snmp_directory())
jm_general.logit(1018, log_message, False)
continue
else:
device_file_found = True
####################################################################
#
# Define variables that will be required for the database update
# We have to initialize the dict during every loop to prevent
# data corruption
#
####################################################################
data_dict = {}
data_dict['host'] = host
data_dict['config'] = config
data_dict['verbose'] = verbose
data_dict['temp_dir'] = temp_dir
THREAD_QUEUE.put(data_dict)
# Do the rest if device_file_found
if device_file_found is True:
# Wait on the queue until everything has been processed
THREAD_QUEUE.join()
# PYTHON BUG. Join can occur while threads are still shutting down.
# This can create spurious "Exception in thread (most likely raised
# during interpreter shutdown)" errors.
# The "time.sleep(1)" adds a delay to make sure things really terminate
# properly. This seems to be an issue on virtual machines in Dev only
time.sleep(1)
# Create index file
write_file = ('%s/index.html') % (temp_dir)
index_html = _index_html(config)
with open(write_file, 'w') as file_handle:
file_handle.write(index_html)
# Cleanup, move temporary files to clean permanent directory.
# Delete temporary directory
if os.path.isdir(perm_dir):
jm_general.delete_files(perm_dir)
else:
os.makedirs(perm_dir, 0o755)
jm_general.move_files(temp_dir, perm_dir)
# Clean up
os.rmdir(temp_dir)