def test_deleting_single_item_top_level_list(self):
base = {'key1': ['value1']}
target = ['value1']
du.recursive_dict_removal(base, target)
self.assertEqual(0, len(base['key1']))
def main():
"""Run the main application."""
# Parse user args
user_args = args()
# Get the contents of the system environment json
environment_file = file_find(filename=user_args['file'])
with open(environment_file, 'rb') as f_handle:
inventory = json.loads(f_handle.read())
# Make a table with hosts in the left column and details about each in the
# columns to the right
if user_args['list_host'] is True:
print(print_inventory(inventory, user_args['sort']))
# Groups in first column, containers in each group on the right
elif user_args['list_groups'] is True:
print(print_groups_per_container(inventory))
# Containers in the first column, groups for each container on the right
elif user_args['list_containers'] is True:
print(print_containers_per_group(inventory))
elif user_args['export'] is True:
print(json.dumps(export_host_info(inventory), indent=2))
else:
recursive_dict_removal(inventory, user_args['remove_item'])
with open(environment_file, 'wb') as f_handle:
f_handle.write(json.dumps(inventory, indent=2))
print('Success. . .')
def test_deleting_single_item(self):
base = {"key1": {"key1.1": "value1"}}
target = ["value1"]
du.recursive_dict_removal(base, target)
self.assertEqual("value1", base["key1"]["key1.1"])
def test_deleting_single_item(self):
base = {'key1': {'key1.1': 'value1'}}
target = ['value1']
du.recursive_dict_removal(base, target)
self.assertEqual('value1', base['key1']['key1.1'])
def test_deleting_single_nested_key(self):
base = {'key1': {'key1.1': {'key1.1.1': ['value1']}}}
target = ['key1.1.1']
du.recursive_dict_removal(base, target)
self.assertNotIn('key1.1.1', base['key1']['key1.1'])
def main():
"""Run the main application."""
# Parse user args
user_args = args()
# Get the contents of the system inventory
inventory, filename = filesys.load_from_json(user_args['file'])
# Make a table with hosts in the left column and details about each in the
# columns to the right
if user_args['list_host'] is True:
print(print_inventory(inventory, user_args['sort']))
# Groups in first column, containers in each group on the right
elif user_args['list_groups'] is True:
print(print_groups_per_container(inventory))
# Containers in the first column, groups for each container on the right
elif user_args['list_containers'] is True:
print(print_containers_per_group(inventory))
elif user_args['export'] is True:
print(json.dumps(export_host_info(inventory), indent=2))
elif user_args['clear_ips'] is True:
remove_ip_addresses(inventory)
inventory_json = json.dumps(inventory, indent=2)
filesys.save_inventory(inventory_json, filename)
print('Success. . .')
else:
du.recursive_dict_removal(inventory, user_args['remove_item'])
inventory_json = json.dumps(inventory, indent=2)
filesys.save_inventory(inventory_json, filename)
print('Success. . .')
def main():
"""Run the main application."""
# Parse user args
user_args = args()
# Get the contents of the system inventory
inventory = load_from_json(user_args['file'])
# Make a table with hosts in the left column and details about each in the
# columns to the right
if user_args['list_host'] is True:
print(print_inventory(inventory, user_args['sort']))
# Groups in first column, containers in each group on the right
elif user_args['list_groups'] is True:
print(print_groups_per_container(inventory))
# Containers in the first column, groups for each container on the right
elif user_args['list_containers'] is True:
print(print_containers_per_group(inventory))
elif user_args['export'] is True:
print(json.dumps(export_host_info(inventory), indent=2))
elif user_args['clear_ips'] is True:
remove_ip_addresses(inventory)
save_to_json(user_args['file'], inventory)
print('Success. . .')
else:
recursive_dict_removal(inventory, user_args['remove_item'])
save_to_json(user_args['file'], inventory)
print('Success. . .')
def test_deleting_single_item(self):
base = {'key1': {'key1.1': 'value1'}}
target = ['value1']
du.recursive_dict_removal(base, target)
self.assertEqual('value1', base['key1']['key1.1'])
def test_deleting_single_nested_key(self):
base = {"key1": {"key1.1": {"key1.1.1": ["value1"]}}}
target = ["key1.1.1"]
du.recursive_dict_removal(base, target)
self.assertNotIn("key1.1.1", base["key1"]["key1.1"])
def test_deleting_single_item_top_level_list(self):
base = {"key1": ["value1"]}
target = ["value1"]
du.recursive_dict_removal(base, target)
self.assertEqual(0, len(base["key1"]))
def test_deleting_single_item_top_level_list(self):
base = {'key1': ['value1']}
target = ['value1']
du.recursive_dict_removal(base, target)
self.assertEqual(0, len(base['key1']))
def test_deleting_single_nested_key(self):
base = {'key1': {'key1.1': {'key1.1.1': ['value1']}}}
target = ['key1.1.1']
du.recursive_dict_removal(base, target)
self.assertNotIn('key1.1.1', base['key1']['key1.1'])
def test_deleting_single_item_from_list(self):
base = {'key1': {'key1.1': ['value1']}}
target = ['value1']
du.recursive_dict_removal(base, target)
self.assertEqual(0, len(base['key1']['key1.1']))
self.assertNotIn('value1', base['key1']['key1.1'])
def test_deleting_single_item_in_single_level_noop(self):
"""The funtion only operates on nested dictionaries"""
base = {'key1': 'value1'}
target = ['value1']
du.recursive_dict_removal(base, target)
self.assertEqual('value1', base['key1'])
def test_deleting_single_item_from_list(self):
base = {'key1': {'key1.1': ['value1']}}
target = ['value1']
du.recursive_dict_removal(base, target)
self.assertEqual(0, len(base['key1']['key1.1']))
self.assertNotIn('value1', base['key1']['key1.1'])
def test_deleting_single_item_in_single_level_noop(self):
"""The function only operates on nested dictionaries"""
base = {'key1': 'value1'}
target = ['value1']
du.recursive_dict_removal(base, target)
self.assertEqual('value1', base['key1'])
def test_deleting_single_item_in_single_level_noop(self):
"""The funtion only operates on nested dictionaries"""
base = {"key1": "value1"}
target = ["value1"]
du.recursive_dict_removal(base, target)
self.assertEqual("value1", base["key1"])
def test_deleting_single_item_from_list(self):
base = {"key1": {"key1.1": ["value1"]}}
target = ["value1"]
du.recursive_dict_removal(base, target)
self.assertEqual(0, len(base["key1"]["key1.1"]))
self.assertNotIn("value1", base["key1"]["key1.1"])
def test_deleting_single_item_from_nested_list(self):
"""The function only operates on the 2nd level dictionary"""
base = {"key1": {"key1.1": {"key1.1.1": ["value1"]}}}
target = ["value1"]
du.recursive_dict_removal(base, target)
self.assertEqual(1, len(base["key1"]["key1.1"]["key1.1.1"]))
self.assertIn("value1", base["key1"]["key1.1"]["key1.1.1"])
def test_deleting_single_item_from_nested_list(self):
"""The function only operates on the 2nd level dictionary"""
base = {'key1': {'key1.1': {'key1.1.1': ['value1']}}}
target = ['value1']
du.recursive_dict_removal(base, target)
self.assertEqual(1, len(base['key1']['key1.1']['key1.1.1']))
self.assertIn('value1', base['key1']['key1.1']['key1.1.1'])
def test_deleting_single_item_from_nested_list(self):
"""The function only operates on the 2nd level dictionary"""
base = {'key1': {'key1.1': {'key1.1.1': ['value1']}}}
target = ['value1']
du.recursive_dict_removal(base, target)
self.assertEqual(1, len(base['key1']['key1.1']['key1.1.1']))
self.assertIn('value1', base['key1']['key1.1']['key1.1.1'])
def remove_inventory_item(remove_item, inventory, filepath=None):
"""Removes inventory item from the inventory dictionary
Writes the changes into the inventory file in filepath if available
All container_networks information for containers will be deleted.
"""
du.recursive_dict_removal(inventory, remove_item)
if filepath is not None:
inventory_json = json.dumps(inventory, indent=2,
separators=(',', ': '))
filesys.save_inventory(inventory_json, filepath)
