def main(options, args):
if options.CA:
if options.port != None:
runca(options.port)
else:
print("-p is required to run ca")
exit(0)
elif options.server:
if (options.port != None) and (options.caIP !=
None) and (options.caPort != None):
runServer(options.port, options.caIP, options.caPort)
else:
print("-p is required to run server")
exit(0)
elif options.client:
if (options.serverIP != None) and (options.serverPort != None) and (
options.caIP != None) and (options.caPort != None):
runClient(options.serverIP, options.serverPort, options.caIP,
options.caPort)
else:
print("-i -j -k -l options are required to run client")
exit(0)
def main():
type_of_host = sys.argv[1]
# Port number that RxP's UDP-based socket will bind to (Odd for server, even for client)
portNumber = int(sys.argv[2])
# IP of NetEmu
netEmu_IP = sys.argv[3]
# NetEmu's port number
netEmu_Port = sys.argv[4]
if type_of_host == "client":
client.runClient(portNumber, netEmu_IP, netEmu_Port)
elif type_of_host == "server":
server.runServer(portNumber, netEmu_IP, netEmu_Port)
else:
print("Invalid request. Please try again.")
sys.exit()
license which can be found in the file 'LICENSE.txt' in this package distribution
or at 'https://spdx.org/licenses/BSD-3-Clause-Clear.html'.
"""
import sys
from importConfig import runImported
from server import runServer
def printHelp():
print(
"Need at list one argument (server or import): \nArgument `server` start the Odin server."
)
print("Argument `import` import a config to Odin")
if __name__ == '__main__':
if len(sys.argv) >= 2:
if sys.argv[1] == "server":
runServer()
elif sys.argv[1] == "import":
runImported()
else:
printHelp()
else:
printHelp()
from dronekit import connect
from status import getStatus
from readfile import readFileParameters
print '<<<<< UAV-S2DK >>>>'
print '====Read File Parameters===='
parameters = readFileParameters()
param = parameters.split(' ')
HOST_MAVPROXY = param[0]
HOST_HTTP = param[1]
PORT_MAVPROXY = param[2]
PORT_HTTP = param[3]
print 'host_mavp: %s port_mavp: %s host_http: %s port_http: %s' % (
HOST_MAVPROXY, PORT_MAVPROXY, HOST_HTTP, PORT_HTTP)
conn = '%s:%s' % (HOST_MAVPROXY, PORT_MAVPROXY)
print '========Connect Drone======='
vehicle = connect(conn, wait_ready=True)
print '=========Get Status========='
getStatus(vehicle)
print '=========Run Server========='
runServer(vehicle, HOST_HTTP, int(PORT_HTTP))
print '======Close Connection======'
vehicle.close()
def startServer():
runServer()
from server import runServer from vehicleConnection import connectDrone, closeConnection from status import getStatus print 'connectDrone' vehicle = connectDrone() print 'getStatus' getStatus(vehicle) print 'runServer' runServer(vehicle) print 'closeConnection' closeConnection(vehicle)
import server import client s = server.runServer() c = client.runClient() s.startApp(c, 'weaver')
def main():
# updater.updateZones(serverData.WKimei, serverData.WKarray)
# updater.updateZones(serverData.PJimei, serverData.PJarray)
# updater.updateZones(serverData.POimei, serverData.POarray)
server.runServer()
import training
import server
import config
import sys
import os
if __name__ == '__main__':
port = int(sys.argv[1])
if not os.path.exists(config.TRAINED_MODEL_PATH):
training.trainModel(config.TRAINED_MODEL_PATH)
try:
server.runServer(port)
except:
print("digitchecker server killed. Bye!")
import server
import pngconvert
import inference
import sys
def checkDigit(raw_png_bytes: bytes) -> str:
greyscale_28x28x8bit = pngconvert.pngToGreyscale28x28x8bit(raw_png_bytes)
digit = inference.recognizeDigit(greyscale_28x28x8bit)
return digit
if __name__ == '__main__':
port = int(sys.argv[1])
# stopping docker results in listening socket exception
try:
server.runServer(port, checkDigit)
except:
print("Digit recognition server killed. Bye!")
