def interpret(self, arguments):
# Check for command line switches
arguments = self.handle_arguments(arguments)
# Initialize the known universe
system_object = self._initialize_object_system()
bootstrap_method = self._create_bootstrap_method()
# Start the shell if no filename is given
if len(arguments) == 0:
shell = Shell(self, self._interpreter)
shell.set_bootstrap_method(bootstrap_method)
shell.start()
return
else:
# Convert the arguments into an array
arguments_array = self.new_array_with_strings(arguments)
bootstrap_frame = self._create_bootstrap_frame(bootstrap_method, system_object, arguments_array)
# Lookup the initialize invokable on the system class
initialize = self.systemClass.lookup_invokable(self.symbol_for("initialize:"))
return initialize.invoke(bootstrap_frame, self._interpreter)
def interpret(self, arguments):
# Check for command line switches
arguments = self.handle_arguments(arguments)
# Initialize the known universe
system_object = self._initialize_object_system()
# Start the shell if no filename is given
if len(arguments) == 0:
shell = Shell(self)
return shell.start()
else:
# Convert the arguments into an array
arguments_array = self.new_array_with_strings(arguments)
# Lookup the initialize invokable on the system class
initialize = self.systemClass.lookup_invokable(
self.symbol_for("initialize:"))
return initialize.invoke(system_object, [arguments_array], False)
def interpret(self, arguments):
# Check for command line switches
arguments = self.handle_arguments(arguments)
# Initialize the known universe
system_object = self._initialize_object_system()
# Start the shell if no filename is given
if len(arguments) == 0:
shell = Shell(self)
return shell.start()
else:
# Convert the arguments into an array
arguments_array = self.new_array_with_strings(arguments)
# Lookup the initialize invokable on the system class
initialize = self.systemClass.lookup_invokable(
self.symbol_for("initialize:"))
return initialize.invoke(system_object, [arguments_array], False)