elif o in ("-t", "--gametype"):
gametype = a
elif o in ("-c", "--config"):
config = a
else:
sys.stderr.write("Unknown option %s\n" % o)
usage()
sys.exit()
# Tell Opde.Root to only create CORE services (those which are sufficient for tools, no renderer, etc)
# Logging - defaults to none. the line below would enable logging to opde.log in the current directory
# Which is good for debugging
# Log level : 0-4
if (debug != 0):
opderoot = opde.createRoot(opde.services.SERVICE_CORE, "opde.log")
opderoot.setLogLevel(4)
else:
opderoot = opde.createRoot(opde.services.SERVICE_CORE)
opderoot.setLogLevel(0)
# Opde logging can be done from python with Opde.log_debug, Opde.log_error and such functions (see bindings.h)
# Setup resources
# Should have some better way of providing the resource config...
# Loading resources autotmatically will result in an assert over here (No texture manager singleton)
# This file should better exist, otherwise an exception will jump up from the call...
opderoot.loadConfigFile(config)
# Just some resource path initializations
# These configurations should be based on some platform service
cfgsrv = opde.services.getConfigService()
config = a
else:
sys.stderr.write("Unknown option %s\n" % o)
usage()
sys.exit()
# Tell Opde.Root to only create CORE services (those which are sufficient for tools, no renderer, etc)
# Logging - defaults to none. the line below would enable logging to opde.log in the current directory
# Which is good for debugging
# Log level : 0-4
if (debug != 0):
opderoot = opde.createRoot(opde.services.SERVICE_CORE, "opde.log")
opderoot.setLogLevel(4)
else:
opderoot = opde.createRoot(opde.services.SERVICE_CORE)
opderoot.setLogLevel(0)
# Opde logging can be done from python with Opde.log_debug, Opde.log_error and such functions (see bindings.h)
# Setup resources
# Should have some better way of providing the resource config...
# Loading resources autotmatically will result in an assert over here (No texture manager singleton)
# This file should better exist, otherwise an exception will jump up from the call...
opderoot.loadConfigFile(config)
# Just some resource path initializations
# These configurations should be based on some platform service
cfgsrv = opde.services.getConfigService()
import opde
# TODO: We need to export service mask constants!
opderoot = opde.createRoot(opde.services.SERVICE_ALL)
opderoot.logToFile("opde.log")
opderoot.setLogLevel(4)
# Setup resources
opderoot.loadResourceConfig("thief1.cfg")
opderoot.loadConfigFile("opde.cfg")
# Load the dype scripts (this should vary depending on the game type)
# opderoot.loadDTypeScript("common.dtype", "General")
#opderoot.loadDTypeScript("t1-types.dtype", "General")
#opderoot.loadPLDefScript("t1-links.pldef", "General")
#opderoot.loadPLDefScript("t1-props.pldef", "General")
# Bootstrapping finished. We can progress wit the actual engine run
opderoot.bootstrapFinished()
# Service globals
lsrv = opde.services.getLoopService()
isrv = opde.services.getInputService()
# osrv = Services.ObjectService()
# ------------- State management -------------
# To sim menu switcher
# To be called from a key input handler
import opde
# TODO: We need to export service mask constants!
opderoot = opde.createRoot(opde.services.SERVICE_ALL)
opderoot.logToFile("opde.log")
opderoot.setLogLevel(4)
# Setup resources
opderoot.loadResourceConfig("thief1.cfg")
opderoot.loadConfigFile("opde.cfg")
# Load the dype scripts (this should vary depending on the game type)
# opderoot.loadDTypeScript("common.dtype", "General")
#opderoot.loadDTypeScript("t1-types.dtype", "General")
#opderoot.loadPLDefScript("t1-links.pldef", "General")
#opderoot.loadPLDefScript("t1-props.pldef", "General")
# Bootstrapping finished. We can progress wit the actual engine run
opderoot.bootstrapFinished();
# Service globals
lsrv = opde.services.getLoopService()
isrv = opde.services.getInputService()
# osrv = Services.ObjectService()
# ------------- State management -------------
# To sim menu switcher
# To be called from a key input handler
def switchToSimMenu():