def main():
global clientObj
global userObj
Running = False
OPTIONS, argv = getOptions('mmolite/config/client.cfg', 'client', sys.argv)
print "MMO test client initializing torque client"
if '-game' not in argv:
argv.extend(['-game', 'test.mmo'])
pytorque.initialize(len(argv), argv)
print "MMO test client connecting to: ip[%s] port[%d]" % (
OPTIONS.master_ip, OPTIONS.master_port)
clientObj = PbAuthClient()
clientObj.login("Client", "tneilc", OPTIONS.master_ip, OPTIONS.master_port)
userObj = PbAuthUser()
# get torque object
loginButton = TorqueObject("LoginButton")
signupButton = TorqueObject("SignupButton")
# set torque object's attribute
loginButton.Command = 'LoginButton.OnButton("%s", %s);' % (
OPTIONS.master_ip, OPTIONS.master_port)
signupButton.Command = 'SignupButton.OnButton("%s", %s);' % (
OPTIONS.master_ip, OPTIONS.master_port)
# map python function to torque action
pytorque.export(OnLoginPressed, "LoginButton", "OnButton",
"Login button command", 2, 2)
pytorque.export(OnSignupPressed, "SignupButton", "OnButton",
"Signup button command", 2, 2)
# call torque object method
loginButton.setActive(0)
signupButton.setActive(0)
print "MMO test client running"
reactor.startRunning()
#the main loop is broken out and can be combined with other frameworks rather easily
while pytorque.tick():
reactorTick()
#cleanup pytorque.. goodbye!
pytorque.shutdown()
print "MMO test client quit"
def main():
global clientObj
global userObj
Running = False
OPTIONS, argv = getOptions('mmolite/config/client.cfg', 'client', sys.argv)
print "MMO test client initializing torque client"
if '-game' not in argv:
argv.extend(['-game', 'test.mmo'])
pytorque.initialize(len(argv),argv)
print "MMO test client connecting to: ip[%s] port[%d]"%(OPTIONS.master_ip, OPTIONS.master_port)
clientObj = PbAuthClient()
clientObj.login("Client", "tneilc", OPTIONS.master_ip, OPTIONS.master_port)
userObj = PbAuthUser()
# get torque object
loginButton = TorqueObject("LoginButton")
signupButton = TorqueObject("SignupButton")
# set torque object's attribute
loginButton.Command = 'LoginButton.OnButton("%s", %s);'%(OPTIONS.master_ip, OPTIONS.master_port)
signupButton.Command = 'SignupButton.OnButton("%s", %s);'%(OPTIONS.master_ip, OPTIONS.master_port)
# map python function to torque action
pytorque.export(OnLoginPressed,"LoginButton","OnButton","Login button command",2,2)
pytorque.export(OnSignupPressed,"SignupButton","OnButton","Signup button command",2,2)
# call torque object method
loginButton.setActive(0)
signupButton.setActive(0)
print "MMO test client running"
reactor.startRunning()
#the main loop is broken out and can be combined with other frameworks rather easily
while pytorque.tick():
reactorTick()
#cleanup pytorque.. goodbye!
pytorque.shutdown()
print "MMO test client quit"
groupNum = "-1";
buttonType = "PushButton";
bitmap = "./button";
helpTag = "0";
};""")
#it's easy to grab a reference to the button we created
button = TorqueObject("MyButton")
#buttons are kind of worthless without commands. Let's make one:
def OnMyButton(value):
print "Button pushed with value",value
#export the function to the console system in much the same way the C++ system does...
#we also support optional namespaces, usage documentation, and min/max args
pytorque.export(OnMyButton,"MyButton","OnButton","Example button command",1,1)
#we can get and set fields (including dynamic fields). We'll set our button's command:
button.command = "MyButton::OnButton(42);"
#we can call console methods on our TorqueObjects... So, let's simulate a button click.
#the OnMyButton function will be called with the value 42 :)
button.performClick()
#note that getting an object reference to the button and setting the command like this is
#purely for illustration. You can also: command = "MyButton::OnButton(42);" in the evaluated code.
#moving on, we can get and set global variables
pytorque.setglobal("$MyVariable",42)
print pytorque.getglobal("$MyVariable")
pytorque.evaluate('echo ("*** Here is your variable:" @ $MyVariable);')
