def setUpLvmCMD(self):
self.lv_act = Actions()
self.lv_act.add(name='ExpandLV',
pre_conditions={
'lv_need_expansion': True,
'vg_need_expansion': False,
},
effects={
'lv_need_expansion': False,
},
shell='echo expand_lv',
cost=1.0)
self.lv_act.add(name='ExpandVG',
pre_conditions={
'vg_need_expansion': True,
'pv_need_expansion': False,
},
effects={
'vg_need_expansion': False,
},
shell='echo expand_vg')
self.lv_act.add(
name='ExpandPV',
pre_conditions={
'pv_need_expansion': True,
},
effects={
'pv_need_expansion': False,
},
shell='echo purge_old_files',
cost=1.5,
)
def __init__(self):
# ACTIONS
self.actions = Actions()
# update app
self.actions.add_action(name='UpdateApp',
pre_conditions={
'vpc': True,
'db': True,
'app': 'version_out_of_date'
},
effects={
'vpc': True,
'db': True,
'app': True
})
# rollback change
self.actions.add_action(name='RollbackApp',
pre_conditions={
'vpc': True,
'db': True,
'app': 'need_rollback'
},
effects={
'vpc': True,
'db': True,
'app': True
})
# init_state = {'vpc': False, 'app': False, 'db': False}
init_goal = {'vpc': True, 'db': True, 'app': True}
self.ai = Agent(name='CloudBuilder',
actions=self.actions,
goal=init_goal)
class DeploymentAgent:
PRIORITIES = [
{'vpc': True, 'db': True, 'app': True},
{'vpc': 'monitoring', 'db': 'monitoring', 'app': 'monitoring'},
]
def __init__(self):
# ACTIONS
self.actions = Actions()
# update app
self.actions.add_action(
name='UpdateApp',
pre_conditions={'vpc': True, 'db': True, 'app': 'version_out_of_date'},
effects={'vpc': True, 'db': True, 'app': True}
)
# rollback change
self.actions.add_action(
name='RollbackApp',
pre_conditions={'vpc': True, 'db': True, 'app': 'need_rollback'},
effects={'vpc': True, 'db': True, 'app': True}
)
# init_state = {'vpc': False, 'app': False, 'db': False}
init_goal = {'vpc': True, 'db': True, 'app': True}
self.ai = Agent(name='CloudBuilder', actions=self.actions, goal=init_goal)
def run_agent(self):
self.ai.run()
class DeploymentAgent:
PRIORITIES = [
{
'vpc': True,
'db': True,
'app': True
},
{
'vpc': 'monitoring',
'db': 'monitoring',
'app': 'monitoring'
},
]
def __init__(self):
# ACTIONS
self.actions = Actions()
# update app
self.actions.add_action(name='UpdateApp',
pre_conditions={
'vpc': True,
'db': True,
'app': 'version_out_of_date'
},
effects={
'vpc': True,
'db': True,
'app': True
})
# rollback change
self.actions.add_action(name='RollbackApp',
pre_conditions={
'vpc': True,
'db': True,
'app': 'need_rollback'
},
effects={
'vpc': True,
'db': True,
'app': True
})
# init_state = {'vpc': False, 'app': False, 'db': False}
init_goal = {'vpc': True, 'db': True, 'app': True}
self.ai = Agent(name='CloudBuilder',
actions=self.actions,
goal=init_goal)
def run_agent(self):
self.ai.run()
def setUp(self):
self.print = PrettyPrinter(indent=4)
self.goal = {
"tmp_dir_state": "exist",
"tmp_dir_content": "token_found",
}
self.actions = Actions()
self.sensors = Sensors()
self.sensors.add(
name='SenseTmpDirState',
shell=
'if [ -d "/tmp/goap_tmp" ]; then echo -n "exist"; else echo -n "not_exist"; fi',
binding='tmp_dir_state')
self.sensors.add(
name='SenseTmpDirContent',
shell=
'[ -f /tmp/goap_tmp/.token ] && echo -n "token_found" || echo -n "token_not_found"',
binding='tmp_dir_content')
self.actions.add(name='CreateTmpDir',
pre_conditions={
'tmp_dir_state': 'not_exist',
'tmp_dir_content': 'token_not_found'
},
effects={
'tmp_dir_state': 'exist',
'tmp_dir_content': 'token_not_found'
},
shell='mkdir -p /tmp/goap_tmp')
self.actions.add(name='CreateToken',
pre_conditions={
'tmp_dir_state': 'exist',
'tmp_dir_content': 'token_not_found'
},
effects={
'tmp_dir_state': 'exist',
'tmp_dir_content': 'token_found'
},
shell='touch /tmp/goap_tmp/.token')
world_state_matrix = {
"tmp_dir_state": 'Unknown',
"tmp_dir_content": 'Unknown',
}
self.automaton = Automaton(name='directory_watcher',
actions=self.actions,
sensors=self.sensors,
world_state=world_state_matrix)
def setUpDirHandlerCMD(self):
self.dir_handler_cmd = Actions()
self.dir_handler_cmd.add(name='CreateTmpDir',
pre_conditions={
'tmp_dir_state': False,
'tmp_dir_content': False
},
effects={
'tmp_dir_state': True,
'tmp_dir_content': False
},
shell='mkdir -p /tmp/goap_tmp')
self.dir_handler_cmd.add(name='CreateToken',
pre_conditions={
'tmp_dir_state': True,
'tmp_dir_content': False
},
effects={
'tmp_dir_state': True,
'tmp_dir_content': True
},
shell='touch /tmp/goap_tmp/.token')
def setup_actions():
actions = Actions()
actions.add(name='CloneGitRepo',
pre_conditions={},
effects={},
shell='mkdir -p /tmp/goap_tmp')
actions.add(name='BuildProject',
pre_conditions={},
effects={},
shell='touch /tmp/goap_tmp/.token')
actions.add(name='NotifyBuild',
pre_conditions={},
effects={},
shell='touch /tmp/goap_tmp/.token')
return actions
def test_graph_isomorphic(self):
from Goap.Planner import Node
from Goap.Planner import Edge
acts = Actions()
acts.add(name='CreateTmpDir',
pre_conditions={
'tmp_dir_state': False,
'tmp_dir_content': False
},
effects={
'tmp_dir_state': True,
'tmp_dir_content': False
},
shell='mkdir -p /tmp/goap_tmp')
acts.add(name='CreateToken',
pre_conditions={
'tmp_dir_state': True,
'tmp_dir_content': False
},
effects={
'tmp_dir_state': True,
'tmp_dir_content': True
},
shell='touch /tmp/goap_tmp/.token')
node1 = Node(attributes={
'tmp_dir_state': False,
'tmp_dir_content': False
})
node2 = Node(attributes={
'tmp_dir_state': True,
'tmp_dir_content': False
})
node3 = Node(attributes={
'tmp_dir_state': True,
'tmp_dir_content': True
})
edge1 = Edge(name='CreateTmpDir',
predecessor=node1,
successor=node2,
obj=acts.get('CreateTmpDir'))
edge2 = Edge(name='CreateToken',
predecessor=node2,
successor=node3,
obj=acts.get('CreateToken'))
g1 = nx.DiGraph(nodes=[node1, node2, node3], edges=[edge1, edge2])
g2 = self.planner.graph.directed
assert nx.is_isomorphic(g1, g2) is True
def __init__(self):
# ACTIONS
self.actions = Actions()
# update app
self.actions.add_action(
name='UpdateApp',
pre_conditions={'vpc': True, 'db': True, 'app': 'version_out_of_date'},
effects={'vpc': True, 'db': True, 'app': True}
)
# rollback change
self.actions.add_action(
name='RollbackApp',
pre_conditions={'vpc': True, 'db': True, 'app': 'need_rollback'},
effects={'vpc': True, 'db': True, 'app': True}
)
# init_state = {'vpc': False, 'app': False, 'db': False}
init_goal = {'vpc': True, 'db': True, 'app': True}
self.ai = Agent(name='CloudBuilder', actions=self.actions, goal=init_goal)
def setupPlanner():
acts = Actions()
acts.add(
name='ExpandLV',
pre_conditions={
'lv_need_expansion': True,
'vg_need_expansion': False,
},
effects={
'lv_need_expansion': False,
},
shell='echo expand_lv',
cost=1.5
)
acts.add(
name='ExpandVG',
pre_conditions={
'vg_need_expansion': True,
'pv_need_expansion': False,
},
effects={
'vg_need_expansion': False,
},
shell='echo expand_vg',
cost=1.0,
)
acts.add(
name='ExpandPV',
pre_conditions={
'pv_need_expansion': True,
},
effects={
'pv_need_expansion': False,
},
shell='echo expand_pv',
cost=0.5,
)
return Planner(actions=acts)
def __init__(self):
# ACTIONS
actions = Actions()
# increase app capacity
actions.add_action(
name='IncreaseAppCapacity',
pre_conditions={'vpc': True, 'db': True, 'app': 'out_of_capacity'},
effects={'vpc': True, 'db': True, 'app': True}
)
# increase db capacity
actions.add_action(
name='IncreaseAppCapacity',
pre_conditions={'vpc': True, 'db': 'out_of_capacity', 'app': True},
effects={'vpc': True, 'db': True, 'app': True}
)
# init_state = {'vpc': False, 'app': False, 'db': False}
init_goal = {'vpc': True, 'db': True, 'app': True}
self.ai = Agent(name='CloudBuilder', actions=self.actions, goal=init_goal)
def setup_actions():
actions = Actions()
actions.add(name='CreateTmpDir',
pre_conditions={
'tmp_dir_state': 'not_exist',
'tmp_dir_content': 'token_not_found'
},
effects={
'tmp_dir_state': 'exist',
'tmp_dir_content': 'token_not_found'
},
shell='mkdir -p /tmp/goap_tmp')
actions.add(name='CreateToken',
pre_conditions={
'tmp_dir_state': 'exist',
'tmp_dir_content': 'token_not_found'
},
effects={
'tmp_dir_state': 'exist',
'tmp_dir_content': 'token_found'
},
shell='touch /tmp/goap_tmp/.token')
return actions
from pprint import PrettyPrinter
pp = PrettyPrinter(indent=4)
priorities = AutomatonPriorities([
{'vpc_state': 'available', 'db_state': 'available', 'app_state': 'running'}
])
world_state_matrix = {
"vpc_state": 'Unknown',
"db_state": 'Unknown',
"app_state": 'Unknown',
}
goal = {
"vpc_state": "available",
"db_state": "available",
"app_state": "running",
}
aws_actions = Actions()
aws_actions.add(
name='CreateVPC',
pre_conditions={'vpc_state': 'unavailable', 'db_state': 'unavailable', 'app_state': 'unavailable'},
effects={'vpc_state': 'available', 'db_state': 'unavailable', 'app_state': 'unavailable'},
shell='echo "vpc created"'
)
aws_actions.add(
name='CreateDB',
pre_conditions={'vpc_state': 'available', 'db_state': 'unavailable', 'app_state': 'unavailable'},
effects={'vpc_state': 'available', 'db_state': 'available', 'app_state': 'unavailable'},
shell='echo "db created"'
)
aws_actions.add(
name='CreateApp',
pre_conditions={'vpc_state': 'available', 'db_state': 'available', 'app_state': 'unavailable'},
import networkx as nx
from Goap.Action import Actions
# settings
DEBUG = False
# ACTIONS
actions = Actions()
actions.add_action(
name='CreateVPC',
pre_conditions={'vpc': False, 'app': False, 'db': False},
effects={'vpc': True, 'app': False, 'db': False}
)
actions.add_action(
name='CreateDB',
pre_conditions={'vpc': True, 'db': False, 'app': False},
effects={'vpc': True, 'db': True, 'app': False}
)
actions.add_action(
name='CreateApp',
pre_conditions={'vpc': True, 'db': True, 'app': False},
effects={'vpc': True, 'db': True, 'app': True}
)
# initial STATE
initial_state = ({'vpc': False}, {'db': False}, {'app': False})
# goal
goal = ({'vpc': True}, {'db': True}, {'app': True})
# GRAPH / World
from Goap.Action import Actions
from Goap.Agent import Agent
import pprint
# ACTIONS
actions = Actions()
# VPC/Network set
actions.add_action(
name='CreateVPC',
pre_conditions={'vpc': False, 'db': False, 'app': False},
effects={'vpc': True, 'db': False, 'app': False}
)
# DB set
actions.add_action(
name='CreateDB',
pre_conditions={'vpc': True, 'db': False, 'app': False},
effects={'vpc': True, 'db': True, 'app': False}
)
actions.add_action(
name='StartDB',
pre_conditions={'vpc': True, 'db': 'stopped', 'app': False},
effects={'vpc': True, 'db': 'started', 'app': False}
)
actions.add_action(
name='StopDB',
pre_conditions={'vpc': True, 'db': 'started', 'app': False},
effects={'vpc': True, 'db': 'stopped', 'app': False}
)
actions.add_action(
name='DestroyDB',
pre_conditions={'vpc': True, 'db': 'not_health', 'app': False},
class ActionTest(unittest.TestCase):
def setUp(self):
# ACTIONS
self.actions = Actions()
def test_add_action_success(self):
self.actions.add(name='CreateVPC',
pre_conditions={
'vpc': False,
'db': False,
'app': False
},
effects={
'vpc': True,
'db': False,
'app': False
},
shell='awscli vpc create')
self.actions.add(name='CreateDB',
pre_conditions={
'vpc': True,
'db': False,
'app': False
},
effects={
'vpc': True,
'db': True,
'app': False
},
shell='awscli vpc create')
assert "CreateVPC" == str(self.actions.get(name='CreateVPC'))
assert "CreateDB" == str(self.actions.get(name='CreateDB'))
def test_remove_action_success(self):
self.actions.add(name='CreateVPC',
pre_conditions={
'vpc': False,
'db': False,
'app': False
},
effects={
'vpc': True,
'db': False,
'app': False
},
shell='awscli vpc create')
self.actions.add(name='CreateDB',
pre_conditions={
'vpc': True,
'db': False,
'app': False
},
effects={
'vpc': True,
'db': True,
'app': False
},
shell='awscli vpc create')
self.actions.remove(name='CreateVPC')
assert "CreateDB" == str(self.actions.get(name='CreateDB'))
def test_remove_action_error(self):
self.actions.add(name='CreateVPC',
pre_conditions={
'vpc': False,
'db': False,
'app': False
},
effects={
'vpc': True,
'db': False,
'app': False
},
shell='awscli vpc create')
self.actions.add(name='CreateDB',
pre_conditions={
'vpc': True,
'db': False,
'app': False
},
effects={
'vpc': True,
'db': True,
'app': False
},
shell='awscli vpc create')
self.actions.remove(name='CreateAPP')
assert 'None' == str(self.actions.get(name='CreateAPP'))
actions_result = self.fsm.start(
init_state=self.world_facts,
end_state=self.STD_STATES['obliterate'])
print('[INFO] Plan executed: {}'.format(actions_result))
print('Sleeping 7 sec from {}'.format(datetime.now()))
sleep(7)
if __name__ == '__main__':
from Goap.Action import Actions
# import pprint
# ACTIONS
actions = Actions()
# VPC/Network set
actions.add_action(name='CreateVPC',
pre_conditions={
'vpc': False,
'db': False,
'app': False
},
effects={
'vpc': True,
'db': False,
'app': False
})
actions.add_action(name='DestroyVPC',
pre_conditions={
'vpc': True,
class PlannerTest(unittest.TestCase):
@staticmethod
def __reset_environment():
if path.isdir('/tmp/goap_tmp'):
subprocess.call(['rm', '-rf', '/tmp/goap_tmp'])
def __print(self):
self.print.pprint('Nodes: {}, Edges: {}'.format(
self.planner.graph.nodes, self.planner.graph.edges))
def setUp(self):
self.print = PrettyPrinter(indent=4)
self.setUpDirHandlerCMD()
self.setUpLvmCMD()
self.init_ws = WorldState({
"tmp_dir_state": False,
"tmp_dir_content": False,
})
self.gs = WorldState({
"tmp_dir_state": True,
"tmp_dir_content": True,
})
self.planner = Planner(actions=self.dir_handler_cmd)
def setUpDirHandlerCMD(self):
self.dir_handler_cmd = Actions()
self.dir_handler_cmd.add(name='CreateTmpDir',
pre_conditions={
'tmp_dir_state': False,
'tmp_dir_content': False
},
effects={
'tmp_dir_state': True,
'tmp_dir_content': False
},
shell='mkdir -p /tmp/goap_tmp')
self.dir_handler_cmd.add(name='CreateToken',
pre_conditions={
'tmp_dir_state': True,
'tmp_dir_content': False
},
effects={
'tmp_dir_state': True,
'tmp_dir_content': True
},
shell='touch /tmp/goap_tmp/.token')
def setUpLvmCMD(self):
self.lv_act = Actions()
self.lv_act.add(name='ExpandLV',
pre_conditions={
'lv_need_expansion': True,
'vg_need_expansion': False,
},
effects={
'lv_need_expansion': False,
},
shell='echo expand_lv',
cost=1.0)
self.lv_act.add(name='ExpandVG',
pre_conditions={
'vg_need_expansion': True,
'pv_need_expansion': False,
},
effects={
'vg_need_expansion': False,
},
shell='echo expand_vg')
self.lv_act.add(
name='ExpandPV',
pre_conditions={
'pv_need_expansion': True,
},
effects={
'pv_need_expansion': False,
},
shell='echo purge_old_files',
cost=1.5,
)
def test_set_goal(self):
self.planner.goal = self.gs
assert self.gs == self.planner.goal
def test_graph_isomorphic(self):
from Goap.Planner import Node
from Goap.Planner import Edge
acts = Actions()
acts.add(name='CreateTmpDir',
pre_conditions={
'tmp_dir_state': False,
'tmp_dir_content': False
},
effects={
'tmp_dir_state': True,
'tmp_dir_content': False
},
shell='mkdir -p /tmp/goap_tmp')
acts.add(name='CreateToken',
pre_conditions={
'tmp_dir_state': True,
'tmp_dir_content': False
},
effects={
'tmp_dir_state': True,
'tmp_dir_content': True
},
shell='touch /tmp/goap_tmp/.token')
node1 = Node(attributes={
'tmp_dir_state': False,
'tmp_dir_content': False
})
node2 = Node(attributes={
'tmp_dir_state': True,
'tmp_dir_content': False
})
node3 = Node(attributes={
'tmp_dir_state': True,
'tmp_dir_content': True
})
edge1 = Edge(name='CreateTmpDir',
predecessor=node1,
successor=node2,
obj=acts.get('CreateTmpDir'))
edge2 = Edge(name='CreateToken',
predecessor=node2,
successor=node3,
obj=acts.get('CreateToken'))
g1 = nx.DiGraph(nodes=[node1, node2, node3], edges=[edge1, edge2])
g2 = self.planner.graph.directed
assert nx.is_isomorphic(g1, g2) is True
def test_plan(self):
create_tmp_dir = self.planner.actions.get('CreateTmpDir')
create_token = self.planner.actions.get('CreateToken')
plan = self.planner.plan(state=self.init_ws, goal=self.gs)
action_plan = [action[2]['object'] for action in plan]
assert action_plan == [create_tmp_dir, create_token]
def __init__(self):
# ACTIONS
actions = Actions()
# VPC/Network set
actions.add_action(
name='CreateVPC',
pre_conditions={'vpc': False, 'db': False, 'app': False},
effects={'vpc': True, 'db': False, 'app': False}
)
actions.add_action(
name='DestroyVPC',
pre_conditions={'vpc': True, 'db': False, 'app': False},
effects={'vpc': False, 'db': False, 'app': False}
)
# DB set
actions.add_action(
name='CreateDB',
pre_conditions={'vpc': True, 'db': False, 'app': False},
effects={'vpc': True, 'db': True, 'app': False}
)
actions.add_action(
name='DestroyDB',
pre_conditions={'vpc': True, 'db': True, 'app': False},
effects={'vpc': True, 'db': False, 'app': False}
)
# APP set
actions.add_action(
name='CreateApp',
pre_conditions={'vpc': True, 'db': True, 'app': False},
effects={'vpc': True, 'db': True, 'app': True}
)
actions.add_action(
name='StopApp',
pre_conditions={'vpc': True, 'db': True, 'app': 'unhealthy'},
effects={'vpc': True, 'db': True, 'app': 'stopped'}
)
actions.add_action(
name='TerminateStoppedApps',
pre_conditions={'vpc': True, 'db': True, 'app': 'stopped'},
effects={'vpc': True, 'db': True, 'app': False}
)
# inconsistent app
actions.add_action(
name='DestroyInconsistentApp',
pre_conditions={'vpc': True, 'db': True, 'app': 'inconsistent'},
effects={'vpc': True, 'db': True, 'app': False}
)
# out of capacity
actions.add_action(
name='IncreaseAppCapacity',
pre_conditions={'vpc': True, 'db': True, 'app': 'out_of_capacity'},
effects={'vpc': True, 'db': True, 'app': True}
)
actions.add_action(
name='TerminateStoppedApps',
pre_conditions={'vpc': True, 'db': True, 'app': 'stopped'},
effects={'vpc': True, 'db': True, 'app': False}
)
# init_state = {'vpc': False, 'app': False, 'db': False}
init_goal = {'vpc': True, 'db': True, 'app': True}
self.ai = Agent(name='CloudBuilder', actions=self.actions, goal=init_goal)
def setUp(self):
# ACTIONS
self.actions = Actions()
for state in self._transitions:
self._current_state = state
result.append(self._current_state.do())
self.stop()
return result
if __name__ == '__main__':
import random
# import pprint
from time import sleep
from datetime import datetime
# ACTIONS
actions = Actions()
# monitor state
actions.add(
name='CheckModules',
pre_conditions={'vpc_checked': False, 'db_check': False, 'app_checked': False},
effects={'vpc_checked': True, 'db_check': True, 'app_checked': True}
)
# VPC/Network set
actions.add(
name='CreateVPC',
pre_conditions={'vpc': False, 'db': False, 'app': False},
effects={'vpc': True, 'db': False, 'app': False}
)
# DB set
actions.add(
name='CreateDB',
class AutomatonTest(unittest.TestCase):
@staticmethod
def __reset_environment():
if path.isdir('/tmp/goap_tmp'):
subprocess.call(['rm', '-rf', '/tmp/goap_tmp'])
def __print(self):
self.print.pprint(
'Acknowledge world: {}, Action Plan: {}, Result: {}'.format(
self.automaton.world_state, self.automaton.action_plan,
self.automaton.actions_response))
def setUp(self):
self.print = PrettyPrinter(indent=4)
self.goal = {
"tmp_dir_state": "exist",
"tmp_dir_content": "token_found",
}
self.actions = Actions()
self.sensors = Sensors()
self.sensors.add(
name='SenseTmpDirState',
shell=
'if [ -d "/tmp/goap_tmp" ]; then echo -n "exist"; else echo -n "not_exist"; fi',
binding='tmp_dir_state')
self.sensors.add(
name='SenseTmpDirContent',
shell=
'[ -f /tmp/goap_tmp/.token ] && echo -n "token_found" || echo -n "token_not_found"',
binding='tmp_dir_content')
self.actions.add(name='CreateTmpDir',
pre_conditions={
'tmp_dir_state': 'not_exist',
'tmp_dir_content': 'token_not_found'
},
effects={
'tmp_dir_state': 'exist',
'tmp_dir_content': 'token_not_found'
},
shell='mkdir -p /tmp/goap_tmp')
self.actions.add(name='CreateToken',
pre_conditions={
'tmp_dir_state': 'exist',
'tmp_dir_content': 'token_not_found'
},
effects={
'tmp_dir_state': 'exist',
'tmp_dir_content': 'token_found'
},
shell='touch /tmp/goap_tmp/.token')
world_state_matrix = {
"tmp_dir_state": 'Unknown',
"tmp_dir_content": 'Unknown',
}
self.automaton = Automaton(name='directory_watcher',
actions=self.actions,
sensors=self.sensors,
world_state=world_state_matrix)
def test_sensing(self):
self.__reset_environment()
self.automaton.input_goal(self.goal)
self.automaton.sense()
assert self.automaton.world_state == {
'tmp_dir_state': 'not_exist',
'tmp_dir_content': 'token_not_found'
}
def test_planning(self):
create_tmp_dir = self.actions.get('CreateTmpDir')
create_token = self.actions.get('CreateToken')
self.__reset_environment()
self.automaton.input_goal(self.goal)
self.automaton.sense()
self.automaton.plan()
action_plan = [
action[2]['object'] for action in self.automaton.action_plan
]
assert action_plan == [create_tmp_dir, create_token]
def test_acting(self):
self.__reset_environment()
self.automaton.input_goal(self.goal)
self.automaton.sense()
self.automaton.plan()
self.automaton.act()
assert path.isdir('/tmp/goap_tmp') and path.isfile(
'/tmp/goap_tmp/.token')
print('[ERROR]: Unknown state\n[ERROR]: Nothing to be done, need manual interaction\n{}')
self.world_state = self.STD_STATES['inconsistent']
actions_result = self.fsm.start(init_state=self.world_state, end_state=self.STD_STATES['obliterate'])
print('[INFO] Plan executed: {}'.format(actions_result))
print('Sleeping 7 sec from {}'.format(datetime.now()))
sleep(7)
if __name__ == '__main__':
from Goap.Action import Actions
# import pprint
# ACTIONS
actions = Actions()
# VPC/Network set
actions.add(
name='CreateVPC',
pre_conditions={'vpc': False, 'db': False, 'app': False},
effects={'vpc': True, 'db': False, 'app': False}
)
actions.add(
name='DestroyVPC',
pre_conditions={'vpc': True, 'db': False, 'app': False},
effects={'vpc': False, 'db': False, 'app': False}
)
# DB set
actions.add(
name='CreateDB',
pre_conditions={'vpc': True, 'db': False, 'app': False},
for state in self._transitions:
self._current_state = state
result.append(self._current_state.do())
self.stop()
return result
if __name__ == '__main__':
from Goap import Planner
import random
# import pprint
from time import sleep
from datetime import datetime
# ACTIONS
actions = Actions()
# monitor state
actions.add_action(name='CheckModules',
pre_conditions={
'vpc_checked': False,
'db_check': False,
'app_checked': False
},
effects={
'vpc_checked': True,
'db_check': True,
'app_checked': True
})
# VPC/Network set
actions.add_action(name='CreateVPC',
pre_conditions={
priorities = AutomatonPriorities([{
'vpc_state': 'available',
'db_state': 'available',
'app_state': 'running'
}])
world_state_matrix = {
"vpc_state": 'Unknown',
"db_state": 'Unknown',
"app_state": 'Unknown',
}
goal = {
"vpc_state": "available",
"db_state": "available",
"app_state": "running",
}
aws_actions = Actions()
aws_actions.add(name='CreateVPC',
pre_conditions={
'vpc_state': 'unavailable',
'db_state': 'unavailable',
'app_state': 'unavailable'
},
effects={
'vpc_state': 'available',
'db_state': 'unavailable',
'app_state': 'unavailable'
},
shell='echo "vpc created"')
aws_actions.add(name='CreateDB',
pre_conditions={
'vpc_state': 'available',