def __init__(self):
# Load configuration file
self.config = config
# Make Messenger
msn = Messenger('', self.config['GUI_PORT'])
msn.setHandler(self.incoming_msg_handler)
self.msnThread = Thread(target=msn.start_server)
self.msnThread.start()
# GUI
self.GUI = GUI(msn)
# Bounds
self.set_bounds(self.config['SCANNING_AREA'])
print("Scanning area set to: ", self.bounds)
self.logger = Logger('.' + self.config['LOG_PATH'],
self.config['LOG_SCANNING_FILENAME'],
self.config['LOG_SESSION_FILENAME'],
self.config['LOG_RESULTS_FILENAME'], self)
def __init__(self):
# Load configuration file
self.config=config
# Make Messenger
msn = Messenger('', self.config['GUI_PORT'])
msn.setHandler(self.incoming_msg_handler)
self.msnThread = Thread(target=msn.start_server)
self.msnThread.start()
# GUI
self.GUI = GUI(msn)
# Bounds
self.set_bounds(self.config['SCANNING_AREA'])
print("Scanning area set to: ", self.bounds)
self.logger = Logger('.'+self.config['LOG_PATH'],
self.config['LOG_SCANNING_FILENAME'],
self.config['LOG_SESSION_FILENAME'],
self.config['LOG_RESULTS_FILENAME'],
self)
class Scanner:
# Incapsulated objects
GUI = None
logger = None
service = None
config = None
msnThread = None
# Stats for overall scanning
sessionStart = None
sessionEnd = None
boxesNinit = 0
boxesN = 0
requestsTotal = 0
resultsTotal = 0
costTotal = 0
minTimeInterval = 'INF'
maxTimeInterval = 0
sumIntervalsSecs = 0
# Vars
bounds = None #bounds in latitude and longtitude [x, y, x2, y2]
# ---------------------------------------------------------------------------
def __init__(self):
# Load configuration file
self.config = config
# Make Messenger
msn = Messenger('', self.config['GUI_PORT'])
msn.setHandler(self.incoming_msg_handler)
self.msnThread = Thread(target=msn.start_server)
self.msnThread.start()
# GUI
self.GUI = GUI(msn)
# Bounds
self.set_bounds(self.config['SCANNING_AREA'])
print("Scanning area set to: ", self.bounds)
self.logger = Logger('.' + self.config['LOG_PATH'],
self.config['LOG_SCANNING_FILENAME'],
self.config['LOG_SESSION_FILENAME'],
self.config['LOG_RESULTS_FILENAME'], self)
# Set outer bounds for the scanning
def set_bounds(self, bounds):
# Sort the bounds so that the left couple
# is always on top and left of the right couple
lat1 = bounds[0]
lng1 = bounds[1]
lat2 = bounds[2]
lng2 = bounds[3]
if (lat1 < lat2):
bounds = (lat2, lng1, lat1, lng2)
lat1cp = lat1
lat1 = lat2
lat2 = lat1cp
if (lng1 > lng2):
lng1cp = lng1
lng1 = lng2
lng2 = lng1cp
bounds = (lat1, lng1, lat2, lng2)
self.bounds = bounds
self.GUI.center_map(bounds[0], bounds[1], bounds[2], bounds[3])
def set_for_each_box(self, func):
self.for_each_box = func
def set_response_handler(self, func):
self.response_handler = func
# ---------------------------------------------------------------------------
# Handling incoming messages from GUI
def incoming_msg_handler(self, msg):
if (msg == "PAUSE"):
print("Client asks to pause application")
elif (msg == "CLOSE"):
print("Client asks to close application")
# ---------------------------------------------------------------------------
# Start scanning
def start_scanning(self):
self.sessionStart = datetime.now()
logger = self.logger
# Make a grid of scannable boxes
grid = Grid(self.bounds, self, self.GUI)
self.boxesN = len(grid.boxes)
self.boxesNinit = len(grid.boxes)
print("Number of boxes to scan(initially): ", self.boxesN)
# Scan each box
toScan = list(grid.boxes)
boxScanStart = None
isFirstScan = True
while (toScan):
box = toScan[0]
self.GUI.remove_box(box)
self.GUI.add_box(box, 'yellow')
# Timing interval between last box scan
if isFirstScan:
boxScanStart = datetime.now()
isFirstScan = False
else:
boxScanPrev = copy.deepcopy(boxScanStart)
boxScanStart = datetime.now()
tdelta = boxScanStart - boxScanPrev
secs = tdelta.total_seconds()
if (secs > self.maxTimeInterval):
self.maxTimeInterval = secs
if (self.minTimeInterval == 'INF'
or secs < self.minTimeInterval):
self.minTimeInterval = secs
self.sumIntervalsSecs += secs
waitTime = self.config['scheduler']['NEXT_SEARCH_WAIT']
sleep(waitTime)
# Scan box
markers = self.service.search(box, logger)
# Update costs after scan
self.requestsTotal += 1
self.costTotal += self.config['service']['request'][
'COST_PER_REQUEST']
logger.update_session()
# Max cost reached
max_cost_day = self.config['service']['request']['MAX_COST_DAY']
if max_cost_day != 'INF' and self.costTotal > max_cost_day:
print("max cost per day reached")
# Autosplit
max_results = self.config['service']['response']['MAX_RESULTS']
if self.config['box']['AUTOSPLIT'] and max_results!='INF' and\
len(markers) >= max_results:
logger.log_scan(
"Response had max possible results. Autosplitting..")
boxes = grid.splitBoxIn4(box)
self.boxesN -= 1
toScan.pop(0)
self.boxesN += 4
toScan.insert(0, boxes[0])
toScan.insert(1, boxes[1])
toScan.insert(2, boxes[2])
toScan.insert(3, boxes[3])
continue
# Add markers on map
for marker in markers:
if (len(marker) >= 2):
self.GUI.add_marker(marker[0], marker[1])
self.resultsTotal += 1
# Remove finished box
self.GUI.remove_box(box)
self.GUI.add_box(box, 'green')
toScan.pop(0)
# Finish
self.sessionEnd = datetime.now()
logger.update_session()
print("Scanning finished.")
print("Press CTRL+C to stop application.")
def stop_scanning(self):
pass
# ----------------- Setters ---------------------
# Sets the service to be used for scanning
def set_service(self, service):
self.service = service
# Override config with service values
rules = service.service
if (rules):
for subject in rules:
for key in rules[subject]:
# KEY required
if subject == 'authentication' and key == 'REQUIRED':
if rules['authentication']['REQUIRED']==True and\
(not service.key or len(service.key)<1):
print(
"The service requires a key, but none was provided."
)
print("Press CTRL+Z to exit.")
exit()
# Box limits
elif subject == 'box' and (key == 'MAX_X_DISTANCE'
or key == 'MAX_Y_DISTANCE'):
if self.config['box']['X_DISTANCE'] > rules['box'][
'MAX_X_DISTANCE']:
self.config['box']['X_DISTANCE'] = rules['box'][
'MAX_X_DISTANCE']
if self.config['box']['Y_DISTANCE'] > rules['box'][
'MAX_Y_DISTANCE']:
self.config['box']['Y_DISTANCE'] = rules['box'][
'MAX_Y_DISTANCE']
# Min sleep between requests
elif subject == 'request' and key == 'MIN_REQUEST_INTERVAL':
if self.config['scheduler']['NEXT_SEARCH_WAIT'] < rules[
'request']['MIN_REQUEST_INTERVAL']:
self.config['scheduler'][
'NEXT_SEARCH_WAIT'] = rules['request'][
'MIN_REQUEST_INTERVAL']
# Just copy rest of options
else:
self.config['service'][subject][key] = rules[subject][
key]
#init game
pygame.init()
screen = pygame.display.set_mode((config._SCREEN_WIDTH, config._SCREEN_HEIGHT))
pygame.display.set_caption("ESCAPE")
pygame.mixer.init()
pygame.mixer.music.load(config._ASSET_DIR + "theme.mp3")
pygame.mixer.music.play(-1, 0.0)
running = True
#init classes and stuff
spaceship = player.player(
(config._STARTING_X, config._STARTING_Y),
config._ASSET_DIR + config._SHIPS_DIR + config._SPACESHIP1[0])
config._PLAYER = spaceship
gui = GUI.GUI()
counter = 0
config.initEverything()
def getUserInput():
for evt in pygame.event.get():
if evt.type == pygame.QUIT:
pygame.quit()
sys.exit()
pygame.event.pump()
keys = pygame.key.get_pressed()
if keys[pygame.K_UP]:
spaceship.vertical += 1
#handle arguments
debug = False
noGUI = False
includeUiLayer = False
includeSRS = False
for i in range(len(sys.argv)):
if sys.argv[i] == '-debug':
debug = True
logging.basicConfig(
filename=path + os.path.sep + 'dcs-hotas-kneeboard.log',
filemode='w',
level=logging.DEBUG,
format='%(asctime)s - %(levelname)s - %(message)s')
logging.getLogger('dcs-hotas-kneeboard')
logging.debug('Logger initialized')
if sys.argv[i] == '-noGUI':
noGUI = True
if sys.argv[i] == '-UiLayer':
includeUiLayer = True
if sys.argv[i] == '-SRS':
includeSRS = True
if noGUI:
#run main
main()
else:
#run GUI
app = wx.App()
GUI(None, debug, checkForUpdate())
app.MainLoop()
class Scanner:
# Incapsulated objects
GUI = None
logger = None
service = None
config = None
msnThread = None
# Stats for overall scanning
sessionStart = None
sessionEnd = None
boxesNinit = 0
boxesN = 0
requestsTotal = 0
resultsTotal = 0
costTotal = 0
minTimeInterval = 'INF'
maxTimeInterval = 0
sumIntervalsSecs = 0
# Vars
bounds = None #bounds in latitude and longtitude [x, y, x2, y2]
# ---------------------------------------------------------------------------
def __init__(self):
# Load configuration file
self.config=config
# Make Messenger
msn = Messenger('', self.config['GUI_PORT'])
msn.setHandler(self.incoming_msg_handler)
self.msnThread = Thread(target=msn.start_server)
self.msnThread.start()
# GUI
self.GUI = GUI(msn)
# Bounds
self.set_bounds(self.config['SCANNING_AREA'])
print("Scanning area set to: ", self.bounds)
self.logger = Logger('.'+self.config['LOG_PATH'],
self.config['LOG_SCANNING_FILENAME'],
self.config['LOG_SESSION_FILENAME'],
self.config['LOG_RESULTS_FILENAME'],
self)
# Set outer bounds for the scanning
def set_bounds(self, bounds):
# Sort the bounds so that the left couple
# is always on top and left of the right couple
lat1=bounds[0]
lng1=bounds[1]
lat2=bounds[2]
lng2=bounds[3]
if (lat1<lat2):
bounds=(lat2, lng1, lat1, lng2)
lat1cp = lat1
lat1 = lat2
lat2 = lat1cp
if (lng1>lng2):
lng1cp = lng1
lng1 = lng2
lng2 = lng1cp
bounds=(lat1, lng1, lat2, lng2)
self.bounds=bounds
self.GUI.center_map(bounds[0], bounds[1], bounds[2], bounds[3])
def set_for_each_box(self, func):
self.for_each_box=func
def set_response_handler(self, func):
self.response_handler=func
# ---------------------------------------------------------------------------
# Handling incoming messages from GUI
def incoming_msg_handler(self, msg):
if (msg == "PAUSE"):
print("Client asks to pause application")
elif (msg == "CLOSE"):
print("Client asks to close application")
# ---------------------------------------------------------------------------
# Start scanning
def start_scanning(self):
self.sessionStart=datetime.now()
logger=self.logger
# Make a grid of scannable boxes
grid=Grid(self.bounds, self, self.GUI)
self.boxesN = len(grid.boxes)
self.boxesNinit = len(grid.boxes)
print("Number of boxes to scan(initially): ", self.boxesN)
# Scan each box
toScan=list(grid.boxes)
boxScanStart = None
isFirstScan = True
while(toScan):
box=toScan[0]
self.GUI.remove_box(box)
self.GUI.add_box(box, 'yellow')
# Timing interval between last box scan
if isFirstScan:
boxScanStart = datetime.now()
isFirstScan = False
else:
boxScanPrev = copy.deepcopy(boxScanStart)
boxScanStart = datetime.now()
tdelta = boxScanStart - boxScanPrev
secs = tdelta.total_seconds()
if (secs > self.maxTimeInterval):
self.maxTimeInterval = secs
if (self.minTimeInterval=='INF' or secs < self.minTimeInterval):
self.minTimeInterval = secs
self.sumIntervalsSecs+=secs
waitTime = self.config['scheduler']['NEXT_SEARCH_WAIT']
sleep(waitTime)
# Scan box
markers = self.service.search(box, logger)
# Update costs after scan
self.requestsTotal +=1
self.costTotal += self.config['service']['request']['COST_PER_REQUEST']
logger.update_session()
# Max cost reached
max_cost_day = self.config['service']['request']['MAX_COST_DAY']
if max_cost_day!='INF' and self.costTotal > max_cost_day:
print("max cost per day reached")
# Autosplit
max_results = self.config['service']['response']['MAX_RESULTS']
if self.config['box']['AUTOSPLIT'] and max_results!='INF' and\
len(markers) >= max_results:
logger.log_scan("Response had max possible results. Autosplitting..")
boxes=grid.splitBoxIn4(box)
self.boxesN-=1
toScan.pop(0)
self.boxesN+=4
toScan.insert(0, boxes[0])
toScan.insert(1, boxes[1])
toScan.insert(2, boxes[2])
toScan.insert(3, boxes[3])
continue
# Add markers on map
for marker in markers:
if (len(marker)>=2):
self.GUI.add_marker(marker[0], marker[1])
self.resultsTotal+=1
# Remove finished box
self.GUI.remove_box(box)
self.GUI.add_box(box, 'green')
toScan.pop(0)
# Finish
self.sessionEnd=datetime.now()
logger.update_session()
print("Scanning finished.")
print("Press CTRL+C to stop application.")
def stop_scanning(self):
pass
# ----------------- Setters ---------------------
# Sets the service to be used for scanning
def set_service(self, service):
self.service = service
# Override config with service values
rules = service.service
if (rules):
for subject in rules:
for key in rules[subject]:
# KEY required
if subject=='authentication' and key=='REQUIRED':
if rules['authentication']['REQUIRED']==True and\
(not service.key or len(service.key)<1):
print("The service requires a key, but none was provided.")
print("Press CTRL+Z to exit.")
exit()
# Box limits
elif subject=='box' and (key=='MAX_X_DISTANCE' or key=='MAX_Y_DISTANCE'):
if self.config['box']['X_DISTANCE'] > rules['box']['MAX_X_DISTANCE']:
self.config['box']['X_DISTANCE'] = rules['box']['MAX_X_DISTANCE']
if self.config['box']['Y_DISTANCE'] > rules['box']['MAX_Y_DISTANCE']:
self.config['box']['Y_DISTANCE'] = rules['box']['MAX_Y_DISTANCE']
# Min sleep between requests
elif subject=='request' and key=='MIN_REQUEST_INTERVAL':
if self.config['scheduler']['NEXT_SEARCH_WAIT'] < rules['request']['MIN_REQUEST_INTERVAL']:
self.config['scheduler']['NEXT_SEARCH_WAIT'] = rules['request']['MIN_REQUEST_INTERVAL']
# Just copy rest of options
else:
self.config['service'][subject][key] = rules[subject][key]
from classes import GUI GUI()
