def __init__(self):
QtGui.QMainWindow.__init__(self)
self.databaseFilePath = "resources" +os.sep+ "database.db"
self.database = niggerFiles.Students(self.databaseFilePath)
self.configurator = config.configurator()
self.iAmBoredPath = os.getcwd() + os.sep + "i am bored"
self.widget = None
self.setupStatusBar()
self.setupMenuBar()
self.setupCentralWidget()
QtGui.QApplication.instance().setStyleSheet(self.configurator.applicationStyleSheet)
def main():
options = config.configurator().parse_args()
template = options.template_path
nginx_conf_dir = options.output_dir
api_url = options.api_url
docker = DockerSpy(container_api_url=api_url)
parser = TemplateParser(template_path=template)
def _config_gen():
"""
:rtype : object
"""
for container in docker.describe_containers:
# local vars to easy code management
if 'VIRTUAL_HOST' in docker.containers[container]['Config'][
'Env'].keys():
vhost = docker.containers[container]['Config']['Env'][
'VIRTUAL_HOST']
port = docker.containers[container]['Config']['Env'][
'VIRTUAL_PORT']
ip = docker.containers[container]['NetworkSettings'][
'IPAddress']
# node name created based on containers name
node_config_file = '/etc/nginx/conf.d/{0}.conf'.format(
container)
data = parser.replace_data(ip=ip, vhost=vhost, port=port)
with open(node_config_file, 'w+') as config_file:
config_file.write(data)
call(['/etc/init.d/nginx', 'reload'])
sys.stdout.write('dockerspy: Generating nodes config files')
_config_gen()
while True:
for event in docker.events().__iter__():
if event['status'] == 'start':
sys.stdout.write(
'dockerspy: Generating nodes config files from started containers'
)
_config_gen()
elif event['status'] == 'stop':
sys.stdout.write(
'dockerspy: Generating nodes config files from stopped containers'
)
container_name = event['from'].split('/')[1] + '.conf'
node = os.path.join(nginx_conf_dir, container_name)
os.remove(node)
call(['/etc/init.d/nginx', 'reload'])
def __init__(self):
self._lastId=0
self.queue = {'socket':{},'commands':{}}
self.cfg = config.configurator(self)
self.conf = self.cfg.conf
self.jid = xmpp.JID(self.conf['jid'])
self.bot = xmpp.Client(self.jid.getDomain(),debug=[])
self.socketInit()
self.jabberInit()
self.clients={}
self.clients['jabber']={}
config.d=self
def main():
options = config.configurator().parse_args()
template = options.template_path
nginx_conf_dir = options.output_dir
api_url = options.api_url
docker = DockerSpy(container_api_url=api_url)
parser = TemplateParser(template_path=template)
def _config_gen():
"""
:rtype : object
"""
for container in docker.describe_containers:
# local vars to easy code management
if 'VIRTUAL_HOST' in docker.containers[container]['Config']['Env'].keys():
vhost = docker.containers[container]['Config']['Env']['VIRTUAL_HOST']
port = docker.containers[container]['Config']['Env']['VIRTUAL_PORT']
ip = docker.containers[container]['NetworkSettings']['IPAddress']
# node name created based on containers name
node_config_file = '/etc/nginx/conf.d/{0}.conf'.format(container)
data = parser.replace_data(ip=ip, vhost=vhost, port=port)
with open(node_config_file, 'w+') as config_file:
config_file.write(data)
call(['/etc/init.d/nginx', 'reload'])
sys.stdout.write('dockerspy: Generating nodes config files')
_config_gen()
while True:
for event in docker.events().__iter__():
if event['status'] == 'start':
sys.stdout.write('dockerspy: Generating nodes config files from started containers')
_config_gen()
elif event['status'] == 'stop':
sys.stdout.write('dockerspy: Generating nodes config files from stopped containers')
container_name = event['from'].split('/')[1] + '.conf'
node = os.path.join(nginx_conf_dir, container_name)
os.remove(node)
call(['/etc/init.d/nginx', 'reload'])
class Connector:
# Load Configuration data from file
cnfg=config.configurator("Config/FireTV.config")
returned=cnfg.process()
keys=returned[0]
values=returned[1]
configuration={}
cnt=0
""" Copy configuration into dictionary"""
for item in keys:
configuration[str(item)]=str(values[int(cnt)])
cnt=cnt+1
if configuration["DEBUG"]=="True":
print("FireTVConnect: NOTE: DEBUG Mode enabled!")
debug=True
else:
debug=False
if configuration["SILENT"]=="True":
silent=True
else:
silent=False
KeyLibrary={"Up" : "19","Down" : "20","Left":"21","Right":"22","Enter":"66","Back":"4","Home":"3","Menu":"1","Play/Pause":"85","Previous":"88","Next":"87"}
if debug==True: # If enabled by default, create a debug object
db=debugger()
db.alert("Creating adb object","Alert")
adbclient=adb()
if debug==True:
db.alert("Created ADB object:","Alert")
db.alert("Object info: "+str(adb),"Sub_alert")
def __init__(self,ip_address,port=5555):
self.ip_address=ip_address # Set the ip_address and port to the input values
self.port=port
if Connector.debug==True:
self.db.alert("Created Connector Object:","Alert")
self.db.alert(self,"Sub_alert")
self.db.alert("Address: "+str(ip_address),"Sub_alert")
self.db.alert("Port: "+str(port),"Sub_alert")
def Connect(self):
if Connector.debug==True:
self.db.alert("Attempting to connect...","Alert")
self.db.alert("Connecting to: "+str(self.ip_address)+":"+str(self.port),"Sub_alert")
elif Connector.silent==False:
print("Connecting to FireTv")
cmd_res=self.adbclient.SendCMD("connect "+str(self.ip_address)+":"+str(self.port)) # Send a connect command using the adb client
if not cmd_res==0: # If it returns anything but 0, give a warning about being unable to connect
print("Unable to Connect to FireTV, am I on?")
elif Connector.debug==True: # If the debugging is true, show debugging info
self.db.alert("Connected FireTv from object with following information: ","Alert")
self.db.alert("Address: "+str(self.ip_address),"Sub_alert")
self.db.alert("Port: "+str(self.port),"Sub_alert")
elif Connector.silent==False: # If not in silent mode, print connected
print("Connected To FireTV!")
def KeyEvent(self,event):
if Connector.debug==True: # Give debugging information
self.db.alert("Creating Key Event: ","Alert")
self.db.alert("KeyEvent: "+str(event),"Sub_alert")
self.db.alert("KeyCode: "+str(self.KeyLibrary[str(event)]),"Sub_alert")
cmd_res=self.adbclient.SendCMD("shell input keyevent "+str(self.KeyLibrary[str(event)])) # Send a keyboard input event using the adb
if cmd_res==0:
if Connector.debug==True:
self.db.alert("Key Event Send Status: Sent (Success!)","Sub_alert")
elif Connector.silent==False:
print("KeyEvent has been sent")
else:
if Connector.debug==False:
print("Unable to Send Key Event!")
input("Press Enter to Exit")
sys.exit(1)
else:
self.db.alert("Key Event Send Status: Unable to Send(FAIL)","Sub_alert")
def Reset(self):
if Connector.debug==True:
self.db.alert("Resetting adb server...","Alert")
cmd_res=self.adbclient.SendCMD("disconnect") # Disconnect the current connection
if not cmd_res==0:
print("Unable to Reset Server: Disconnect Failed!")
if Connector.debug==False:
input("Press Enter to Exit")
sys.exit(1)
cmd_res=self.adbclient.SendCMD("kill-server") # Killoff the server
if not cmd_res==0:
print("Unable to Reset Server: Unable to Kill Server!")
if Connector.debug==False:
input("Press Enter to Exit")
sys.exit(1)
else:
if Connector.debug==True:
self.db.alert("Server has been Reset","Sub_alert")
def LaunchApp(self,name,cmd):
if Connector.debug==True:
self.db.alert("Launching the following app: ","Alert")
self.db.alert("App Name: "+str(name),"Sub_alert")
self.db.alert("App Launch Point: "+str(cmd),"Sub_alert")
elif Connector.silent==False:
print("Launching app: "+str(name))
cmd_res=self.adbclient.SendCMD("shell monkey -p "+str(cmd)+" -c android.intent.category.LAUNCHER 1") #Launch the given app
if cmd_res==0:
if Connector.debug==True:
self.db.alert("Launch App Send Status: Sent (Success!)","Sub_alert")
elif Connector.silent==False:
print("App has been Launched")
else:
if Connector.debug==False:
print("Unable to Send Launch App!")
input("Press Enter to Exit")
sys.exit(1)
else:
self.db.alert("Launch App Send Status: Unable to Send(FAIL)","Sub_alert")
if os.path.exists(path):
if not path in valid_paths:
valid_paths.append(path)
config.paths = '\n'.join(valid_paths)
config.deep_search = int(user_data.deep_search)
DBHelper().save_settings(config)
params={
'per_page':config.per_page,
'paths':config.paths,
'deep_search':config.deep_search
}
web.header('Content-Type', 'application/json')
return json.dumps(params)
if __name__ == "__main__":
urls = (
'/', 'index',
'/settings','settings',
'/reload','libloader'
)
global config
config = configurator()
app = web.application(urls,globals())
render = web.template.render('templates/', base='layout',
globals={'config':config})
app.run()
from urllib import *
from urllib.request import Request , urlopen
import httplib2
import googleapiclient.discovery as discovery
from oauth2client import file, client, tools
import numpy as np
import jsonread
import config
CLIENT_SECRET = jsonread.get_path()+'/creds/client_secret.json'
SCOPE = 'https://www.googleapis.com/auth/spreadsheets'
# Overwrite None values later
ssId = config.configurator().spreadSheetId
if '\n' in ssId:
ssId = ssId[:-1]
_SPREADSHEETID = ssId
# Start OAuth to retrive credentials
def refresh_access_token():
with open("credentials.storage","r") as read_file:
read_content = read_file.read()
json_content = json.loads(read_content)
client_id = json_content["client_id"]
client_secret = json_content["client_secret"]
refresh_token = json_content["refresh_token"]
