def __person_cardlist(self, url_param, uid):
uid = str(uid)
if type(url_param) is not types.DictType:
if type(url_param) is types.StringType:
url_param = tool.url2Dict(url_param)
else:
return {}
cururl_para = tool.url2Dict(
"https://api.weibo.cn/2/cardlist?gsid=_2A253UqW1DeRxGeBK61QW8i_EzzuIHXVSSb59rDV6PUJbkdANLRHwkWpNR_4pDT5xGeh3D3L_tq3fphqWEtcPPV_8&wm=3333_2001&i=9b17ad6&b=0&from=107C293010&c=iphone&networktype=wifi&v_p=56&skin=default&v_f=1&s=3c8f3a0a&lang=zh_CN&sflag=1&ua=iPhone9,1__weibo__7.12.2__iphone__os11.1&ft=0&aid=01Av9tn9LLqR5apU_SfKnDUAO9Wacfs76KIEBqPTg2v5UOHNk.&mid=4195012604100383&_status_id=4195012604100383&count=20&luicode=10000001&containerid=1078036004281123&featurecode=10000001&uicode=10000198&fid=1078036004281123&rid=0_0_8_3080955430742652852&fromlog=100016406721847&need_head_cards=0&page=1&lfid=100016406721847&moduleID=pagecard&since_id=4194771415644594_4194791794737655_20180111_-1"
)
for param_k, param_v in url_param.items():
cururl_para[param_k] = param_v
cururl_para["containerid"] = "107803" + uid
cururl_para["fid"] = "107803" + uid
url = "https://api.weibo.cn/2/cardlist?" + urllib.urlencode(
cururl_para)
url_content = tool.getUrlContent(url)
sys.sleep(2)
cururl_para["containerid"] = "107803" + uid + "_-_mcn"
cururl_para["fid"] = "107803" + uid + "_-_mcn"
url = "https://api.weibo.cn/2/cardlist?" + urllib.urlencode(
cururl_para)
url_content = tool.getUrlContent(url)
sys.sleep(2)
cururl_para["containerid"] = "230283" + uid
cururl_para["fid"] = "230283" + uid
url = "https://api.weibo.cn/2/cardlist?" + urllib.urlencode(
cururl_para)
url_content = tool.getUrlContent(url)
return url_content
def waiter (ExecutionId):
while 1:
response = ec2_ssm.describe_automation_executions(
Filters = [
{
'Key': 'ExecutionId',
'Values': [
ExecutionId,
]
},
],
)
if len(response['AutomationExecutionMetadataList']) != 0:
if response['AutomationExecutionMetadataList'][0]['AutomationExecutionStatus'] == 'Success':
print ('{0} execution complete'.format(ExecutionId))
break
elif response['AutomationExecutionMetadataList'][0]['AutomationExecutionStatus'] == 'Failed':
print ('{0} execution failed'.format(ExecutionId))
sys.exit(-1)
else:
print ('{0} in progress, wait 5 seonds to refresh status'.format(ExecutionId))
sys.sleep(5)
else:
print ('no record found, exit')
sys.exit(-1)
def autonomous():
#autonomous_class.goto()
print("Checkpoint 1: You are a failure")
motor_arm.rotate_to(-390, vex.RotationUnits.DEG, 20,
vex.VelocityUnits.PCT)
print("Checkpoint 2: What is wrong with you!!!")
driveTrain.drive_for(vex.DirectionType.FWD, ToCm(1, "FEET"),
vex.DistanceUnits.CM, 20, vex.VelocityUnits.PCT)
print("Checkpoint 3: What is wrong with you!!!")
motor_arm.stop(vex.BrakeType.HOLD)
driveTrain.turn_for(vex.TurnType.RIGHT, 100.5, vex.RotationUnits.DEG,
20, vex.VelocityUnits.PCT)
driveTrain.drive_for(vex.DirectionType.FWD, ToCm(5.5, "FEET"),
vex.DistanceUnits.CM, 40, vex.VelocityUnits.PCT)
sys.sleep(1)
driveTrain.drive_for(vex.DirectionType.REV, ToCm(3.35, "FEET"),
vex.DistanceUnits.CM, 20, vex.VelocityUnits.PCT)
driveTrain.turn_for(vex.TurnType.RIGHT, 102, vex.RotationUnits.DEG, 20,
vex.VelocityUnits.PCT)
driveTrain.drive_for(vex.DirectionType.REV, ToCm(2, "FEET"),
vex.DistanceUnits.CM, 50, vex.VelocityUnits.PCT)
motor_arm.rotate_to(0, vex.RotationUnits.DEG, 20,
vex.VelocityUnits.PCT)
driveTrain.drive_for(vex.DirectionType.REV, ToCm(10, "INCHES"),
vex.DistanceUnits.CM, 50, vex.VelocityUnits.PCT)
motor_arm.rotate_to(-200, vex.RotationUnits.DEG, 20,
vex.VelocityUnits.PCT)
driveTrain.drive_for(vex.DirectionType.REV, ToCm(3, "INCHES"),
vex.DistanceUnits.CM, 40, vex.VelocityUnits.PCT)
def run(self):
# This is the supported browser list and can be added to.
browsers = [
'/opt/google/chome/chrome',
'/usr/bin/firefox',
'/usr/bin/opera']
for b in browsers:
if self.browser_exists(self._browser_) and self.count == 0:
_browser_ = re.match("(\/\w+)(.*\/)(\w+)",self._browser_).group(3)
break
self.count += 1
if self.count > len(b):
logger.log("ERROR",
"Only the following browsers are supported: Chrome, Opera, and Firefox.")
elif self.browser_exists(b):
_browser_ = re.match("(\/\w+)(.*\/)(\w+)",b).group(3)
break
if _browser_ == 'chrome':
call([self._browser_, "--user-data-dir="
+ str(fileOpts.root_directory()), "--no-sandbox", ""
+ self._website_
+ "?Email=" + self._email_])
elif _browser_ == 'firefox':
call([self._browser_,"--new-window", ""
+ self._website_
+ "?Email="
+ self._email_ + "\""])
#elif _browser_ == 'opera':
else:
logger.log("WARNING", "\n\nBrowser not "
+ "found and location functionality will not work.\n\n")
sys.sleep(2)
def sendTelnet():
while (1) :
ssh_newkey = 'Are you sure you want to continue connecting'
p=pexpect.spawn('telnet 10.0.0.2')
i=p.expect([ssh_newkey,'password:'******':','#'])
if i==3:
print "Telnet Requesting uname"
p.sendline('root')
p.expect([ssh_newkey,'password:'******':','#'])
if i==0:
p.sendline('yes')
i=p.expect([ssh_newkey,'password:'******'ls')
p.expect('#')
elif i==2:
print "Sorry!.. Connection timedout.. Not able to connect to the remote host"
pass
print p.before
sys.sleep(1)
def input():
try:
inputfile = sys.argv[1]
ifile = open(inputfile, 'r')
while 1:
line = ifile.readline()
if not line: break
if not line.startswith('#'):
line = line.rstrip()
exec(line)
ifile.close()
# set default value for TiStPos if there is no input provided
try:
TiStPos
except NameError:
TiStPos = []
for i in TiStPos:
if i < 0 or i > NTiSt:
print 'Check your input parameters for TiStPos!'
sys.sleep(3)
except:
print 'Usage:', sys.argv[0], 'inputfile', '>', 'outputfile'
sys.exit(1)
return Npart, float(Lbox), float(mass), float(eps), float(sigma), float(
T), float(dTiSt), NTiSt, TiStPos, float(Rcut), float(Rl)
def autonomous():
turnFlywheelOn(False) #Grab first ball from under cap
turnIntakeOn()
robot.moveBy(100)
robot.moveBy(-95)
robot.rotateTo(87) #fire top two flags
fireABall()
robot.moveBy(65)
fireABall()
turnIntakeOff()
moveArmUp(0.5, 50, False) #score lower flag
twoBar.stop(vex.BrakeType.HOLD)
robot.rotateTo(75)
robot.moveBy(20)
robot.moveBy(-20)
twoBar.stop(vex.BrakeType.COAST)
robot.rotateTo(90) #score cap
robot.moveBy(-30)
robot.rotateTo(5)
robot.moveBy(27)
sys.sleep(0.5)
moveArmUp(0.25, 100, False)
moveArmDown(0.25, 100)
def test_pressing_led():
times = 0
while True:
if touch_led.pressing(): # True/False
times += 1
print("Ui da! Cham vao tui " + str(times) + " lan roi nha!")
sys.sleep(0.1)
def run(self):
# This is the supported browser list and can be added to.
browsers = [
'/opt/google/chome/chrome',
'/usr/bin/firefox',
'/usr/bin/opera']
for b in browsers:
if self.browser_exists(self._browser_) and self.count == 0:
_browser_ = re.match("(\/\w+)(.*\/)(\w+)",self._browser_).group(3)
break
self.count += 1
if self.count > len(b):
logger.log("ERROR",
"Only the following browsers are supported: Chrome, Opera, and Firefox.")
elif self.browser_exists(b):
_browser_ = re.match("(\/\w+)(.*\/)(\w+)",b).group(3)
break
if _browser_ == 'chrome':
call([self._browser_, "--user-data-dir="
+ str(fileOpts.root_directory()), "--no-sandbox", ""
+ self._website_
+ "?Email=" + self._email_])
elif _browser_ == 'firefox':
call([self._browser_,"--new-window", ""
+ self._website_
+ "?Email="
+ self._email_ + "\""])
#elif _browser_ == 'opera':
else:
logger.log("WARNING", "\n\nBrowser not "
+ "found and location functionality will not work.\n\n")
sys.sleep(2)
def sendTelnet():
while (1) :
ssh_newkey = 'Are you sure you want to continue connecting'
p=pexpect.spawn('telnet 10.0.0.2')
i=p.expect([ssh_newkey,'password:'******':','#'])
if i==3:
print "Telnet Requesting uname"
p.sendline('root')
p.expect([ssh_newkey,'password:'******':','#'])
if i==0:
p.sendline('yes')
i=p.expect([ssh_newkey,'password:'******'ls')
p.expect('#')
elif i==2:
print "Sorry!.. Connection timedout.. Not able to connect to the remote host"
pass
print p.before
sys.sleep(1)
def move_backward(time):
# student code start
rone.motor_set_pwm('l', -MOTOR_PWM)
rone.motor_set_pwm('r', -MOTOR_PWM)
sys.sleep(time)
rone.motor_brake('l')
rone.motor_brake('r')
def alchemy(hero, npc):
i = 0
while i != '3':
sys.stdout.write("\x1b[2J\x1b[H")
print("{}: {}".format(npc.i.name, npc.i.welcome))
print(" 1. Fuse a weapon.\n 2. Look up a formula.\n 3. Leave")
i = read_key()
if i == '1' or i == '2':
sys.stdout.write("\x1b[2J\x1b[H")
if i == '1':
p = potential(hero)
if len(hero.bag) + len(hero.convoy) == 0:
print("You don't even have anything!")
sys.sleep(1)
elif len(p) == 0:
print("No potential matches!")
sys.sleep(1)
else:
fusion(hero, p)
elif i == '2':
search()
elif i == '3':
print("Come again!")
time.sleep(1)
break
else:
continue
def drivercontrol():
# left cant
# right vertical fwd/rev, right horizontal turn
while True:
controller1.screen.print_(torque())
c1a1 = controller1.axis1.position() # right horizontal
c1a2 = controller1.axis2.position() # right vertical
# c1a3 = controller1.axis3.position() # left vertical
c1a4 = controller1.axis4.position() # left horizontal
c2a2 = controller2.axis2.position()
flipper.spin(vex.DirectionType.FWD, c2a2, vex.VelocityUnits.PCT)
# the left joystick controls the swerve. There is no rotation done via this joystick.
swerve_pos = swerve.rotation(vex.RotationUnits.REV) * 2 * math.pi / 3.
if controller1.buttonX.pressing():
vision_control()
else:
base(c1a2 + 0.6 * c1a1 * math.sin(swerve_pos + (math.pi / 4)),
c1a2 + 0.6 * c1a1 * math.sin(swerve_pos + (3 * math.pi / 4)),
c1a2 + 0.6 * c1a1 * math.sin(swerve_pos + (5 * math.pi / 4)),
c1a2 + 0.6 * c1a1 * math.sin(swerve_pos + (7 * math.pi / 4)))
cant_control(0.6 * math.pi * (c1a4 / 100))
swerve.spin(vex.DirectionType.FWD, swervePID.apply(swerve.rotation(vex.RotationUnits.REV)),
vex.VelocityUnits.PCT)
intake.spin(vex.DirectionType.FWD, runIntake, vex.VelocityUnits.PCT)
catapult_control()
sys.sleep(0.02)
def sendTelnet():
while 1:
ssh_newkey = "Are you sure you want to continue connecting"
p = pexpect.spawn("telnet 10.0.0.2")
i = p.expect([ssh_newkey, "password:"******":", "#"])
if i == 3:
print "Telnet Requesting uname"
p.sendline("root")
p.expect([ssh_newkey, "password:"******":", "#"])
if i == 0:
p.sendline("yes")
i = p.expect([ssh_newkey, "password:"******"Mahendra")
p.expect(pexpect.EOF)
if i == 4:
print "Logged in to the remote host"
p.sendline("ls")
p.expect("#")
elif i == 2:
print "Sorry!.. Connection timedout.. Not able to connect to the remote host"
pass
print p.before
sys.sleep(1)
def turn_right(self):
self.direction.x = 0
self.direction.y = 1
# Motor turning
self.left_wheels.run(80)
self.right_wheels.run(30)
sys.sleep(1)
def driver():
sys.sleep(0.2)
while True:
DriverSwitch()
ballController()
driveControl()
flyWheelControl()
flip()
def moveBackwards(time, power):
#time measured in milliseconds, power measured in 0-100 percentage
newPower = math.fabs(power)
leftOne.spin(vex.DirectionType.REV, newPower, vex.VelocityUnits.PCT)
leftTwo.spin(vex.DirectionType.REV, newPower, vex.VelocityUnits.PCT)
rightOne.spin(vex.DirectionType.REV, newPower, vex.VelocityUnits.PCT)
rightTwo.spin(vex.DirectionType.REV, newPower, vex.VelocityUnits.PCT)
sys.sleep(time)
def followWall():
findWall()
#turn away from wall and move forward
turnRight(15)
sys.sleep(2)
goForward(25)
sys.sleep(2)
stop()
def get_remote_hostname():
while(True):
sys.sleep(10)
for root, subdirs, files in os.walk(e_dir):
LStr = files.split("FILEO_Meta")
if len(LStr) == 2:
e_hostname = LStr[1]
if e_hostname != hostname:
return e_hostname
def main():
dic = translator.Translator()
words = get_words()
for word in words:
dic.find(word,net=True)
dic.print_interprets()
dic.dump()
if dic.interprets_from_file:
sys.sleep(3)
def move_forward(time):
# student code start
if time < 0:
rone.motor_set_pwm('r', 0 - MOTOR_PWM)
rone.motor_set_pwm('l', 0 - MOTOR_PWM)
else:
rone.motor_set_pwm('r', MOTOR_PWM)
rone.motor_set_pwm('l', MOTOR_PWM)
sys.sleep(abs(time))
def disabledMode():
while True:
left_motor.off()
right_motor.off()
scooper_motor.off()
print(
"Disabled mode flag thrown, all motors disabled. Please restart the robot to continue."
)
sys.sleep(5)
def square_motion():
# wait for 2 seconds to let you unplug the robot...
sys.sleep(2000)
for i in range(1, 5):
# student code start
move_forward(1500)
move_rotate_right(650)
# student code end
move_stop(100)
def main(self):
while True:
self.left_wheels.run(self.TOTAL_POWER)
self.right_wheels.run(self.TOTAL_POWER)
if self.bump_sensor.is_on():
self.back_and_turn()
sys.sleep(1)
def random_move(self):
while True:
left_val = random.randint(-30, 30)
right_val = random.randint(-30, 30)
self.left_wheels.run(left_val)
self.right_wheels.run(right_val)
sys.sleep(1.5)
if not (self.left_line_tracker.line_tracker_percent() < 69
and self.right_line_tracker.line_tracker_percent() < 69):
break
def setup_up_motor(corr):
um.run(30)
while ub.is_pressed():
sys.sleep(1)
while not ub.is_pressed():
pass
um.run_until(30, corr)
sys.sleep(0.3)
um.reset_position()
um.off()
def main(): global src_mac_address src_mac_address = sys.argv[1] assert src_mac_address is not None send_trigger_lsa() sys.sleep(SEND_INTERVAL) send_disguised_lsa()
def back_and_turn(self):
# Back
self.left_wheels.run(-self.TOTAL_POWER)
self.right_wheels.run(-self.TOTAL_POWER)
sys.sleep(3)
# Turn right
self.left_wheels.run(self.TOTAL_POWER)
self.right_wheels.run(self.TOTAL_POWER / 2)
sys.sleep(2)
def FTL_remote():
buttons = check_buttons()
if buttons != '':
leds.set_pattern('r', 'blink_fast', LED_BRIGHTNESS)
rone.radio_send_message(buttons)
else:
leds.set_pattern('r', 'circle', LED_BRIGHTNESS)
#sleep for a bit to avoid continuous radio transmission
sys.sleep(REMOTE_XMIT_DELAY)
def check_button(color, count, button_old):
button = rone.button_get_value(color)
# look for a rising edge on the button press
if (button == 1) and (button_old == 0):
if count == 5:
count = 0
else:
count = count + 1
#the button was just pressed. wait a bit for debounce
sys.sleep(3)
return (count, button)
def flyWheelControl():
global on
if DRC_Controler.buttonX.pressing():
on = on * -1
sys.sleep(0.3)
if on == -1:
flywheel_.spin(vex.DirectionType.FWD, 100, vex.VelocityUnits.PCT)
flywheel2.spin(vex.DirectionType.FWD, 100, vex.VelocityUnits.PCT)
else:
flywheel_.stop(vex.BrakeType.COAST)
flywheel2.stop(vex.BrakeType.COAST)
def on_message(client, userdata, message):
print("message received ", str(message.payload.decode("utf-8")))
print("message topic=", message.topic)
turnOnLedMatrix()
sys.sleep(1)
turnOffLedMatrix()
#send confirmation to server
print("Send that client has flash correctly", "server/data")
client.publish("server/data", "P1 Done")
def check_button(color, count, button_old):
button = rone.button_get_value(color)
# look for a rising edge on the button press
if (button == 1) and (button_old == 0):
if count == 5:
count = 0
else:
count = count + 1
# the button was just pressed. wait a bit for debounce
sys.sleep(3)
return (count, button)
def __init__(self):
# Globals
self.TOTAL_POWER = 30
self.left_wheels = vex.Motor(10)
self.right_wheels = vex.Motor(1)
self.bump_sensor = vex.DigitalInput(1)
self.right_line_tracker = vex.LineTracker(1)
self.left_line_tracker = vex.LineTracker(2)
self.serial = vex.Serial(1, 9600)
self.serial.write("begin")
sys.sleep(2)
def main(): global production transact = True if(len(sys.argv) == 2): code = sys.argv[1] production = True main_user = set_user(code) if main_user: dsn_tns = cx_Oracle.makedsn(server, port, SID) connection = None try: connection = cx_Oracle.connect(main_user.username, main_user.password, dsn_tns) try: cursor = connection.cursor() if transact: idReserva2 = 81 idCliente2 = 578 idFuncion1 = 67 idS1 = 13 idS2 = 14 sys.sleep(20) make_transaction(cursor, idReserva2, idCliente2 , idFuncion1, idS1, idS2) # MODIFICAR ESTO sys.sleep(20) print 'Deadlock' else: query = "SELECT * FROM reservas" params = [] if params == []: cursor.execute(query) else: cursor.execute(query, params) result_set = [i for i in cursor.fetchall()] if result_set == []: print 'Empty relation' else: print 'Result' for i in result_set: print i except Exception: print 'Deadlock' finally: cursor.close() finally: if connection is not None: if production: connection.commit() connection.close() else: print 'Wrong code.' else: print 'Wrong usage.'
def bump_avoid():
print "bump_avoid()"
sys.sleep(1000)
while True:
# student code start
if (bump_left_get_value()):
move_forward(-500)
move_rotate_right(800)
elif (bump_front_get_value() or bump_right_get_value()):
move_forward(-500)
move_rotate_left(800)
else:
move_forward(500)
def moveArmUp(time, power, heightAllowed):
#time measured in milliseconds, power measured in 0-100 percentage
newPower = math.fabs(power)
if heightAllowed == True:
twoBar.spin(vex.DirectionType.REV, newPower, vex.VelocityUnits.PCT)
sys.sleep(time)
else:
if math.fabs(twoBar.rotation(vex.RotationUnits.DEG)) > 240:
twoBar.stop(vex.BrakeType.HOLD)
else:
twoBar.spin(vex.DirectionType.REV, newPower, vex.VelocityUnits.PCT)
sys.sleep(time)
def flock_demo():
mode = MODE_IDLE
beh.init(0.22, 40, 0.5, 0.1)
buttons = hba.wait_for_button()
if 'r' in buttons:
mode = MODE_REMOTE
elif 'g' in buttons:
mode = MODE_FLOCK
# Now that you know your mode, run the main loop
while True:
# run the system updates
new_nbrs = beh.update()
beh_out = beh.BEH_INACTIVE
if mode == MODE_REMOTE:
buttons = hba.check_buttons()
if buttons != '':
leds.set_pattern('r','blink_fast',LED_BRIGHTNESS)
rone.radio_send_message(buttons)
else:
leds.set_pattern('r','circle',LED_BRIGHTNESS)
#sleep for a bit to avoid continuous radio transmission
sys.sleep(REMOTE_XMIT_DELAY)
elif mode == MODE_FLOCK:
bump_beh_out = beh.bump_beh(FTL_TV)
receive_beh_out = receive_beh()
flock_beh_out = flock_beh()
# if beh.get_active(bump_beh_out):
# tv = beh.get_tv(bump_beh_out)
# rv = beh.get_rv(bump_beh_out)
# else:
# tv = beh.get_tv(receive_beh_out) + beh.get_tv(flock_beh_out)
# rv = beh.get_rv(receive_beh_out) + beh.get_rv(flock_beh_out)
flock_beh_out = beh.sum(flock_beh_out, receive_beh_out)
beh_out = beh.subsume([flock_beh_out, bump_beh_out])
# set the beh velocities
beh.motion_set(beh_out)
#set the HBA message
hba.set_msg(0, 0, 0)
def commit2Base(self): if self.noWrite: print "Dont write anything to Base" return self.__ab.deleteAdresses(self.toDelete) #self.toDelete = [] i=0 l = self.__djs.size() for addr in self.__djs.parents.keys(): try: self.__ab.writeEntity(addr, self.__djs.parents[addr]) except psycopg2.InternalError: import sys sys.sleep(100) self.__ab.writeEntity(addr, self.__djs.parents[addr]) if i%100 == 0: print 'Writing entities to base. %d of %d done' % (i,l) i+=1 self.__ab.commit()
# This file was *autogenerated* from the file /Users/Olive/Documents/dev/bbdl/cat_model/sohn_data/points_to_volume.sage. from sage.all_cmdline import * # import sage library _sage_const_1 = Integer(1); _sage_const_0 = Integer(0); _sage_const_10 = Integer(10) import csv import sys # filepath = sys.argv[1] # a = csv.reader(open(filepath)) poly_3d_space = Polyhedron(vertices = [ [_sage_const_1 ,_sage_const_0 ,_sage_const_0 ], [_sage_const_0 ,_sage_const_1 ,_sage_const_0 ], [_sage_const_0 ,_sage_const_1 ,_sage_const_0 ]]) vol = poly_3d_space.volume() print(vol) sys.sleep(_sage_const_10 )
# VEX IQ Python-Project
import sys
import vexiq
#region config
motor_1 = vexiq.Motor(1)
color_2 = vexiq.ColorSensor(2) # hue
#endregion config
red = (48,40,44,128)
blue = (11,27,130,137)
color_2.led_on()
print("reading")
sys.sleep(3)
initial = color_2.raw_color()
print("initial:", initial)
def close(color):
measurement = color_2.raw_color()
thresholds = (20,25,50,25)
for i in range(4):
diff = abs(color[i] - measurement[i])
if diff > thresholds[i]:
#print(measurement, diff, thresholds[i])
#sys.sleep(1)
return False
print("hit!", measurement)
return True
print("watching...")
while True:
def main ():
while True:
#command = raw_input('Enter your command. ie. "send msg to A,B,C", "delete key", "get key Model", "insert key value model", "update key value model", "show-all", "search key", "delay T"\n' )
try:
cmd_QueueLock.acquire()
cmd = cmd_Queue.get()
cmd_QueueLock.release()
except:
sys.sleep(1)
continue
#print cmd
# Parse command line from Queue
cmd_l = cmd.split()
if cmd_l[0] == 'send':
msg = ""
i = 1
while i < len(cmd_l):
if(cmd_l[i+1] == 'to'):
msg +=cmd_l[i]
i+=1
break
else:
msg += cmd_l[i] + ' '
i+=1
t1 = threading.Thread(target = serverNode.multisend, args = (msg,cmd_l[i+1]))
t1.start()
t1.join()
# elif cmd == 'show-all':
# serverNode.showAll()
elif cmd_l[0] == 'delay':
delayTime = float(cmd_l[1])
sleep(delayTime)
else:
M = -1
if cmd_l[0] == 'get' or cmd_l[0] == 'insert' or cmd_l[0] == 'update':
if cmd_l[0] == 'get':
try:
M = int(cmd_l[2])
except IndexError,ValueError:
print 'Error, input your command again'
continue
# Send the command only to self
#serverNode.multisend(cmd,serverNode.name)
else:
try:
M = int(cmd_l[3])
except:
print 'Error, input your command again'
continue
if M !=model:
print('Inconsistency of model, try again')
continue
# Send to command
if serverNode.model == 2:
serverNode.timeStamp +=1
data_s = (cmd,serverNode.name)
inboxLock.acquire()
if serverNode.model == 1:
serverNode.inbox.put(data_s,realTime())
elif serverNode.model == 2:
serverNode.inbox.put(data_s,serverNode.timeStamp)
inboxLock.release()
if cmd_l[0] !='get' and cmd_l[0] !='show-all':
serverNode.multisend(cmd,otherServer(serverNode.name))
def resCopyToOnline():
#获取在线资源目录中，需要将差异文件放入其中的目录
localDir = os.path.abspath(os.path.dirname(__file__))
scriptMd5 = cmd("if [ -f /app/opbin/workspace/get_update_dir.py ];then md5sum /app/opbin/workspace/get_update_dir.py |awk '{print $1}';fi")
localScriptMd5 = common.calMd5(localDir + "/get_update_dir.py")
if scriptMd5 != localScriptMd5:
sshobj.put(localDir + "/get_update_dir.py",remote_path="/app/opbin/workspace/")
#如果为appstore64，首先检查目标版本中是否存在main.lua
if updateType == "appstore64":
cmd("test -f %s/%s/main.lua"%(onlineTestDir,version))
#if hd:
# res_64_dir = cmd("if [ -d %s/%s/res_64 ];then echo 1;else echo 0;fi"%(onlineTestDir,version))
# hd_res_64_dir = cmd("if [ -d %s/%s/hd_res_64 ];then echo 1;else echo 0;fi"%(onlineTestDir,version))
# if res_64_dir.strip() != "1" and hd_res_64_dir.strip() != "1":
# print "%s64位目录不存在!"%version
# sys.exit(1)
#将测试环境中最新的版本资源目录复制到线上环境
cmd("cp -r %s/%s %s/"%(onlineTestDir,version,onlineDir))
#复制最新版本到各版本的差异包到线上
if zipMode:
oldDirs = json.loads(cmd("python /app/opbin/workspace/get_update_dir.py '%s' '%s' '%s' '%s' '%s'"%(onlineDir,startVersion,version,updateType,hd)))
if not oldDirs["result"]:
raise Exception(oldDirs["msg"])
oldDirsList = oldDirs["dir"]
for dir in oldDirsList:
if dir == version:
print "%s 版本跟需要更新的版本一致，不需要差异包"%dir
sys.stdout.flush()
continue
print "开始处理%s的差异包..."%dir
sys.stdout.flush()
if hd:
for t in ["res","hd_res","res_64","hd_res_64"]:
dirCheck = cmd("if [ -d %s/%s/%s ];then echo 1;else echo 0;fi"%(onlineDir,dir,t))
if dirCheck.strip() == "1":
cmd("cp %s/%s/%s/%s.zip %s/%s/%s/"%(onlineTestDir,dir,t,version,onlineDir,dir,t))
cmd("cp %s/%s/%s/%s.lua %s/%s/%s/"%(onlineTestDir,dir,t,version,onlineDir,dir,t))
cmd("if [ -f %s/%s/%s/index.lua ];then cp %s/%s/%s/index.lua %s/%s/%s/;fi"%(onlineTestDir,dir,t,onlineTestDir,dir,t,onlineDir,dir,t))
else:
print "%s/%s/%s 不存在"%(onlineDir,dir,t)
sys.stdout.flush()
else:
cmd("cp -r %s/%s/%s.zip %s/%s/"%(onlineTestDir,dir,version,onlineDir,dir))
cmd("cp -r %s/%s/%s.lua %s/%s/"%(onlineTestDir,dir,version,onlineDir,dir))
cmd("if [ -f %s/%s/index.lua ];then cp %s/%s/index.lua %s/%s/;fi"%(onlineTestDir,dir,onlineTestDir,dir,onlineDir,dir))
#等待30秒钟同步资源目录
print "等待60秒钟同步资源目录..."
sys.sleep(60)
print "开始更新version.lua文件..."
#将version.lua文件更新到线上
if updateType in ["appstore64"] :
cmd("cp %s/appstore64/version.lua %s/appstore64/"%(onlineTestDir,onlineDir))
#手游debug模式开关，线上一定置为0
cmd("grep 'sys_version.debug' %s/appstore64/version.lua;if [ $? -eq 0 ];then sed -i '/sys_version.debug/s/1/0/g' %s/appstore64/version.lua;fi"%(onlineDir,onlineDir))
if updateType in ["appstore","all"]:
cmd("cp %s/appstore/version.lua %s/appstore/"%(onlineTestDir,onlineDir))
#手游debug模式开关，线上一定置为0
cmd("grep 'sys_version.debug' %s/appstore/version.lua;if [ $? -eq 0 ];then sed -i '/sys_version.debug/s/1/0/g' %s/appstore/version.lua;fi"%(onlineDir,onlineDir))
if updateType in ["jailbreak","all"]:
cmd("cp %s/jailbreak/version.lua %s/jailbreak/"%(onlineTestDir,onlineDir))
cmd("grep 'sys_version.debug' %s/jailbreak/version.lua;if [ $? -eq 0 ];then sed -i '/sys_version.debug/s/1/0/g' %s/jailbreak/version.lua;fi"%(onlineDir,onlineDir))
cmd("if [ -f %s/version.lua ];then cp %s/jailbreak/version.lua %s/version.lua;fi"%(onlineDir,onlineDir,onlineDir))
