def set_network_port(self, port):
"""Sets a new value for client network port"""
# port is saved as string due to pychan limitations
try:
# 0 is not a valid port, but a valid value here (used for default)
parse_port(port)
except ValueError:
headline = _("Invalid network port")
descr = _("The port you specified is not valid. It must be a number between 1 and 65535.")
advice = _("Please check the port you entered and make sure it is in the specified range.")
horizons.main._modules.gui.show_error_popup(headline, descr, advice)
# reset value and reshow settings dlg
self.engine.set_uh_setting("NetworkPort", u"0")
ExtScheduler().add_new_object(self._setting.onOptionsPress, self.engine, 0)
else:
# port is valid
try:
if NetworkInterface() is None:
NetworkInterface.create_instance()
NetworkInterface().network_data_changed()
except Exception as e:
headline = _("Failed to apply new network settings.")
descr = _("Network features could not be initialized with the current configuration.")
advice = _("Check the settings you specified in the network section.")
if 0 < parse_port(port) < 1024:
#i18n This is advice for players seeing a network error with the current config
advice += u" " + \
_("Low port numbers sometimes require special access privileges, try 0 or a number greater than 1024.")
details = unicode(e)
horizons.main._modules.gui.show_error_popup(headline, descr, advice, details)
ExtScheduler().add_new_object(self._setting.onOptionsPress, self.engine, 0)
def _on_NetworkPort_changed(self, old, new):
"""Sets a new value for client network port"""
# port is saved as string due to pychan limitations
try:
# 0 is not a valid port, but a valid value here (used for default)
parse_port(new)
except ValueError:
headline = _("Invalid network port")
descr = _("The port you specified is not valid. It must be a number between 1 and 65535.")
advice = _("Please check the port you entered and make sure it is in the specified range.")
self._windows.open_error_popup(headline, descr, advice)
# reset value and reshow settings dlg
self._settings.set(SETTINGS.UH_MODULE, "NetworkPort", u"0")
else:
# port is valid
try:
if NetworkInterface() is None:
NetworkInterface.create_instance()
NetworkInterface().network_data_changed()
except Exception as e:
headline = _("Failed to apply new network settings.")
descr = _("Network features could not be initialized with the current configuration.")
advice = _("Check the settings you specified in the network section.")
if 0 < parse_port(new) < 1024:
# i18n This is advice for players seeing a network error with the current config
advice += u" " + _(
"Low port numbers sometimes require special access privileges, try 0 or a number greater than 1024."
)
details = unicode(e)
self._windows.open_error_popup(headline, descr, advice, details)
def _setup_client(self):
"""Initialize connection object. Does not connect to the server."""
server_address = [NETWORK.SERVER_ADDRESS, NETWORK.SERVER_PORT]
client_address = None
client_port = parse_port(horizons.globals.fife.get_uh_setting("NetworkPort"))
if NETWORK.CLIENT_ADDRESS is not None and client_port > 0:
client_address = [NETWORK.CLIENT_ADDRESS, client_port]
try:
self._connection = Connection(self.process_async_packet, server_address, client_address)
except NetworkException as e:
raise RuntimeError(e)
def _setup_client(self):
"""Initialize connection object. Does not connect to the server."""
server_address = [NETWORK.SERVER_ADDRESS, NETWORK.SERVER_PORT]
client_address = None
client_port = parse_port(horizons.globals.fife.get_uh_setting("NetworkPort"))
if NETWORK.CLIENT_ADDRESS is not None and client_port > 0:
client_address = [NETWORK.CLIENT_ADDRESS, client_port]
try:
self._connection = Connection(self.process_async_packet, server_address, client_address)
except NetworkException as e:
raise RuntimeError(e)
def __setup_client(self):
name = self.__get_player_name()
color = self.__get_player_color()
serveraddress = [NETWORK.SERVER_ADDRESS, NETWORK.SERVER_PORT]
clientaddress = None
client_port = parse_port(
horizons.globals.fife.get_uh_setting("NetworkPort"))
if NETWORK.CLIENT_ADDRESS is not None or client_port > 0:
clientaddress = [NETWORK.CLIENT_ADDRESS, client_port]
try:
self._client = Client(name, VERSION.RELEASE_VERSION, serveraddress,
clientaddress, color, self.__get_client_id())
except NetworkException as e:
raise RuntimeError(e)
def _apply_NetworkPort(self, old, new):
"""Sets a new value for client network port"""
# port is saved as string due to pychan limitations
try:
# 0 is not a valid port, but a valid value here (used for default)
parse_port(new)
except ValueError:
headline = T("Invalid network port")
descr = T(
"The port you specified is not valid. It must be a number between 1 and 65535."
)
advice = T(
"Please check the port you entered and make sure it is in the specified range."
)
self._windows.open_error_popup(headline, descr, advice)
# reset value and reshow settings dlg
self._settings.set(SETTINGS.UH_MODULE, 'NetworkPort', "0")
else:
# port is valid
try:
if NetworkInterface() is None:
NetworkInterface.create_instance()
NetworkInterface().network_data_changed()
except Exception as e:
headline = T("Failed to apply new network settings.")
descr = T(
"Network features could not be initialized with the current configuration."
)
advice = T(
"Check the settings you specified in the network section.")
if 0 < parse_port(new) < 1024:
#i18n This is advice for players seeing a network error with the current config
advice += " " + \
T("Low port numbers sometimes require special access privileges, try 0 or a number greater than 1024.")
details = str(e)
self._windows.open_error_popup(headline, descr, advice,
details)
def start(_command_line_arguments):
"""Starts the horizons. Will drop you to the main menu.
@param _command_line_arguments: options object from optparse.OptionParser. see run_uh.py.
"""
global debug, preloading, command_line_arguments
command_line_arguments = _command_line_arguments
# NOTE: globals are designwise the same thing as singletons. they don't look pretty.
# here, we only have globals that are either trivial, or only one instance may ever exist.
from engine import Fife
# handle commandline globals
debug = command_line_arguments.debug
if command_line_arguments.restore_settings:
# just delete the file, Settings ctor will create a new one
os.remove( PATHS.USER_CONFIG_FILE )
if command_line_arguments.mp_master:
try:
mpieces = command_line_arguments.mp_master.partition(':')
NETWORK.SERVER_ADDRESS = mpieces[0]
# only change port if port is specified
if mpieces[2]:
NETWORK.SERVER_PORT = parse_port(mpieces[2])
except ValueError:
print "Error: Invalid syntax in --mp-master commandline option. Port must be a number between 1 and 65535."
return False
# init fife before mp_bind is parsed, since it's needed there
horizons.globals.fife = Fife()
if command_line_arguments.generate_minimap: # we've been called as subprocess to generate a map preview
from horizons.gui.modules.singleplayermenu import generate_random_minimap
generate_random_minimap( * json.loads(
command_line_arguments.generate_minimap
) )
sys.exit(0)
if debug: # also True if a specific module is logged (but not 'fife')
if not (command_line_arguments.debug_module
and 'fife' not in command_line_arguments.debug_module):
horizons.globals.fife._log.logToPrompt = True
if command_line_arguments.debug_log_only:
# This is a workaround to not show fife logs in the shell even if
# (due to the way the fife logger works) these logs will not be
# redirected to the UH logfile and instead written to a file fife.log
# in the current directory. See #1782 for background information.
horizons.globals.fife._log.logToPrompt = False
horizons.globals.fife._log.logToFile = True
if horizons.globals.fife.get_uh_setting("DebugLog"):
set_debug_log(True, startup=True)
if command_line_arguments.mp_bind:
try:
mpieces = command_line_arguments.mp_bind.partition(':')
NETWORK.CLIENT_ADDRESS = mpieces[0]
horizons.globals.fife.set_uh_setting("NetworkPort", parse_port(mpieces[2]))
except ValueError:
print "Error: Invalid syntax in --mp-bind commandline option. Port must be a number between 1 and 65535."
return False
if command_line_arguments.ai_highlights:
AI.HIGHLIGHT_PLANS = True
if command_line_arguments.ai_combat_highlights:
AI.HIGHLIGHT_COMBAT = True
if command_line_arguments.human_ai:
AI.HUMAN_AI = True
# set MAX_TICKS
if command_line_arguments.max_ticks:
GAME.MAX_TICKS = command_line_arguments.max_ticks
atlas_generator = None
horizons_path = os.path.dirname(horizons.__file__)
if VERSION.IS_DEV_VERSION and horizons.globals.fife.get_uh_setting('AtlasesEnabled') \
and horizons.globals.fife.get_uh_setting('AtlasGenerationEnabled') \
and command_line_arguments.atlas_generation \
and not command_line_arguments.gui_test:
args = [sys.executable, os.path.join(horizons_path, 'engine', 'generate_atlases.py'),
str(horizons.globals.fife.get_uh_setting('MaxAtlasSize'))]
atlas_generator = subprocess.Popen(args, stdout=None, stderr=subprocess.STDOUT)
# init game parts
# Install gui logger, needs to be done before instantiating Gui, otherwise we miss
# the events of the main menu buttons
if command_line_arguments.log_gui:
if command_line_arguments.gui_test:
raise Exception("Logging gui interactions doesn't work when running tests.")
try:
from tests.gui.logger import setup_gui_logger
setup_gui_logger()
except ImportError:
traceback.print_exc()
print
print "Gui logging requires code that is only present in the repository and is not being installed."
return False
# GUI tests always run with sound disabled and SDL (so they can run under xvfb).
# Needs to be done before engine is initialized.
if command_line_arguments.gui_test:
horizons.globals.fife.engine.getSettings().setRenderBackend('SDL')
horizons.globals.fife.set_fife_setting('PlaySounds', False)
ExtScheduler.create_instance(horizons.globals.fife.pump)
horizons.globals.fife.init()
if atlas_generator is not None:
atlas_generator.wait()
assert atlas_generator.returncode is not None
if atlas_generator.returncode != 0:
print 'Atlas generation failed. Continuing without atlas support.'
print 'This just means that the game will run a bit slower.'
print 'It will still run fine unless there are other problems.'
print
GFX.USE_ATLASES = False
else:
GFX.USE_ATLASES = True
PATHS.DB_FILES = PATHS.DB_FILES + (PATHS.ATLAS_DB_PATH, )
elif not VERSION.IS_DEV_VERSION and horizons.globals.fife.get_uh_setting('AtlasesEnabled'):
GFX.USE_ATLASES = True
PATHS.DB_FILES = PATHS.DB_FILES + (PATHS.ATLAS_DB_PATH, )
horizons.globals.db = _create_main_db()
horizons.globals.fife.init_animation_loader(GFX.USE_ATLASES)
_modules.gui = Gui()
SavegameManager.init()
from horizons.entities import Entities
Entities.load(horizons.globals.db, load_now=False) # create all references
# for preloading game data while in main screen
preload_lock = threading.Lock()
preload_thread = threading.Thread(target=preload_game_data, args=(preload_lock,))
preloading = (preload_thread, preload_lock)
# Singleplayer seed needs to be changed before startup.
if command_line_arguments.sp_seed:
SINGLEPLAYER.SEED = command_line_arguments.sp_seed
SINGLEPLAYER.FREEZE_PROTECTION = command_line_arguments.freeze_protection
# start something according to commandline parameters
startup_worked = True
if command_line_arguments.start_dev_map:
startup_worked = _start_map('development', command_line_arguments.ai_players,
force_player_id=command_line_arguments.force_player_id, is_map=True)
elif command_line_arguments.start_random_map:
startup_worked = _start_random_map(command_line_arguments.ai_players, force_player_id=command_line_arguments.force_player_id)
elif command_line_arguments.start_specific_random_map is not None:
startup_worked = _start_random_map(command_line_arguments.ai_players,
seed=command_line_arguments.start_specific_random_map, force_player_id=command_line_arguments.force_player_id)
elif command_line_arguments.start_map is not None:
startup_worked = _start_map(command_line_arguments.start_map, command_line_arguments.ai_players,
force_player_id=command_line_arguments.force_player_id, is_map=True)
elif command_line_arguments.start_scenario is not None:
startup_worked = _start_map(command_line_arguments.start_scenario, 0, True, force_player_id=command_line_arguments.force_player_id)
elif command_line_arguments.load_game is not None:
startup_worked = _load_cmd_map(command_line_arguments.load_game, command_line_arguments.ai_players,
command_line_arguments.force_player_id)
elif command_line_arguments.load_quicksave is not None:
startup_worked = _load_last_quicksave()
elif command_line_arguments.edit_map is not None:
startup_worked = edit_map(command_line_arguments.edit_map)
elif command_line_arguments.edit_game_map is not None:
startup_worked = edit_game_map(command_line_arguments.edit_game_map)
elif command_line_arguments.stringpreview:
tiny = [ i for i in SavegameManager.get_maps()[0] if 'tiny' in i ]
if not tiny:
tiny = SavegameManager.get_map()[0]
startup_worked = _start_map(tiny[0], ai_players=0, trader_enabled=False, pirate_enabled=False,
force_player_id=command_line_arguments.force_player_id, is_map=True)
from development.stringpreviewwidget import StringPreviewWidget
__string_previewer = StringPreviewWidget(_modules.session)
__string_previewer.show()
elif command_line_arguments.create_mp_game:
_modules.gui.show_main()
_modules.gui.windows.open(_modules.gui.multiplayermenu)
_modules.gui.multiplayermenu._create_game()
_modules.gui.windows._windows[-1].act()
elif command_line_arguments.join_mp_game:
_modules.gui.show_main()
_modules.gui.windows.open(_modules.gui.multiplayermenu)
_modules.gui.multiplayermenu._join_game()
else: # no commandline parameter, show main screen
# initialize update checker
if not command_line_arguments.gui_test:
from horizons.util.checkupdates import UpdateInfo, check_for_updates, show_new_version_hint
update_info = UpdateInfo()
update_check_thread = threading.Thread(target=check_for_updates, args=(update_info,))
update_check_thread.start()
def update_info_handler(info):
if info.status == UpdateInfo.UNINITIALIZED:
ExtScheduler().add_new_object(Callback(update_info_handler, info), info)
elif info.status == UpdateInfo.READY:
show_new_version_hint(_modules.gui, info)
elif info.status == UpdateInfo.INVALID:
pass # couldn't retrieve file or nothing relevant in there
update_info_handler(update_info) # schedules checks by itself
_modules.gui.show_main()
if not command_line_arguments.nopreload:
preloading[0].start()
if not startup_worked:
# don't start main loop if startup failed
return False
if command_line_arguments.gamespeed is not None:
if _modules.session is None:
print "You can only set the speed via command line in combination with a game start parameter such as --start-map, etc."
return False
_modules.session.speed_set(GAME_SPEED.TICKS_PER_SECOND*command_line_arguments.gamespeed)
if command_line_arguments.gui_test:
from tests.gui import TestRunner
TestRunner(horizons.globals.fife, command_line_arguments.gui_test)
horizons.globals.fife.run()
def start(_command_line_arguments):
"""Starts the horizons. Will drop you to the main menu.
@param _command_line_arguments: options object from optparse.OptionParser. see run_uh.py.
"""
global debug, preloader, command_line_arguments
command_line_arguments = _command_line_arguments
# NOTE: globals are designwise the same thing as singletons. they don't look pretty.
# here, we only have globals that are either trivial, or only one instance may ever exist.
from .engine import Fife
# handle commandline globals
debug = command_line_arguments.debug
if command_line_arguments.restore_settings:
# just delete the file, Settings ctor will create a new one
os.remove(PATHS.USER_CONFIG_FILE)
if command_line_arguments.mp_master:
try:
mpieces = command_line_arguments.mp_master.partition(':')
NETWORK.SERVER_ADDRESS = mpieces[0]
# only change port if port is specified
if mpieces[2]:
NETWORK.SERVER_PORT = parse_port(mpieces[2])
except ValueError:
print("Error: Invalid syntax in --mp-master commandline option. Port must be a number between 1 and 65535.")
return False
# init fife before mp_bind is parsed, since it's needed there
horizons.globals.fife = Fife()
if command_line_arguments.generate_minimap: # we've been called as subprocess to generate a map preview
from horizons.gui.modules.singleplayermenu import generate_random_minimap
generate_random_minimap(* json.loads(
command_line_arguments.generate_minimap
))
sys.exit(0)
if debug: # also True if a specific module is logged (but not 'fife')
setup_debug_mode(command_line_arguments)
if horizons.globals.fife.get_uh_setting("DebugLog"):
set_debug_log(True, startup=True)
if command_line_arguments.mp_bind:
try:
mpieces = command_line_arguments.mp_bind.partition(':')
NETWORK.CLIENT_ADDRESS = mpieces[0]
horizons.globals.fife.set_uh_setting("NetworkPort", parse_port(mpieces[2]))
except ValueError:
print("Error: Invalid syntax in --mp-bind commandline option. Port must be a number between 1 and 65535.")
return False
setup_AI_settings(command_line_arguments)
# set MAX_TICKS
if command_line_arguments.max_ticks:
GAME.MAX_TICKS = command_line_arguments.max_ticks
# Setup atlases
if (command_line_arguments.atlas_generation
and not command_line_arguments.gui_test
and VERSION.IS_DEV_VERSION
and horizons.globals.fife.get_uh_setting('AtlasesEnabled')
and horizons.globals.fife.get_uh_setting('AtlasGenerationEnabled')):
generate_atlases()
if not VERSION.IS_DEV_VERSION and horizons.globals.fife.get_uh_setting('AtlasesEnabled'):
GFX.USE_ATLASES = True
PATHS.DB_FILES = PATHS.DB_FILES + (PATHS.ATLAS_DB_PATH, )
# init game parts
if not setup_gui_logger(command_line_arguments):
return False
# Check if the no-audio flag has been set.
if command_line_arguments.no_audio:
horizons.globals.fife.set_fife_setting('PlaySounds', False)
# GUI tests always run with sound disabled and SDL (so they can run under xvfb).
# Needs to be done before engine is initialized.
if command_line_arguments.gui_test:
horizons.globals.fife.engine.getSettings().setRenderBackend('SDL')
horizons.globals.fife.set_fife_setting('PlaySounds', False)
ExtScheduler.create_instance(horizons.globals.fife.pump)
horizons.globals.fife.init()
horizons.globals.db = _create_main_db()
_modules.gui = Gui()
SavegameManager.init()
horizons.globals.fife.init_animation_loader(GFX.USE_ATLASES)
from horizons.entities import Entities
Entities.load(horizons.globals.db, load_now=False) # create all references
# for preloading game data while in main screen
preloader = PreloadingThread()
# Singleplayer seed needs to be changed before startup.
if command_line_arguments.sp_seed:
SINGLEPLAYER.SEED = command_line_arguments.sp_seed
SINGLEPLAYER.FREEZE_PROTECTION = command_line_arguments.freeze_protection
# start something according to commandline parameters
startup_worked = True
if command_line_arguments.start_dev_map:
startup_worked = _start_map('development', command_line_arguments.ai_players,
force_player_id=command_line_arguments.force_player_id, is_map=True)
elif command_line_arguments.start_random_map:
startup_worked = _start_random_map(command_line_arguments.ai_players, force_player_id=command_line_arguments.force_player_id)
elif command_line_arguments.start_specific_random_map is not None:
startup_worked = _start_random_map(command_line_arguments.ai_players,
seed=command_line_arguments.start_specific_random_map, force_player_id=command_line_arguments.force_player_id)
elif command_line_arguments.start_map is not None:
startup_worked = _start_map(command_line_arguments.start_map, command_line_arguments.ai_players,
force_player_id=command_line_arguments.force_player_id, is_map=True)
elif command_line_arguments.start_scenario is not None:
startup_worked = _start_map(command_line_arguments.start_scenario, 0, True, force_player_id=command_line_arguments.force_player_id)
elif command_line_arguments.load_game is not None:
startup_worked = _load_cmd_map(command_line_arguments.load_game, command_line_arguments.ai_players,
command_line_arguments.force_player_id)
elif command_line_arguments.load_quicksave is not None:
startup_worked = _load_last_quicksave()
elif command_line_arguments.edit_map is not None:
startup_worked = edit_map(command_line_arguments.edit_map)
elif command_line_arguments.edit_game_map is not None:
startup_worked = edit_game_map(command_line_arguments.edit_game_map)
elif command_line_arguments.stringpreview:
tiny = [i for i in SavegameManager.get_maps()[0] if 'tiny' in i]
if not tiny:
tiny = SavegameManager.get_map()[0]
startup_worked = _start_map(tiny[0], ai_players=0, trader_enabled=False, pirate_enabled=False,
force_player_id=command_line_arguments.force_player_id, is_map=True)
from development.stringpreviewwidget import StringPreviewWidget
__string_previewer = StringPreviewWidget(_modules.session)
__string_previewer.show()
elif command_line_arguments.create_mp_game:
_modules.gui.show_main()
_modules.gui.windows.open(_modules.gui.multiplayermenu)
_modules.gui.multiplayermenu._create_game()
_modules.gui.windows._windows[-1].act()
elif command_line_arguments.join_mp_game:
_modules.gui.show_main()
_modules.gui.windows.open(_modules.gui.multiplayermenu)
_modules.gui.multiplayermenu._join_game()
else: # no commandline parameter, show main screen
# initialize update checker
if not command_line_arguments.gui_test:
setup_async_update_check()
_modules.gui.show_main()
if not command_line_arguments.nopreload:
preloader.start()
if not startup_worked:
# don't start main loop if startup failed
return False
if command_line_arguments.gamespeed is not None:
if _modules.session is None:
print("You can only set the speed via command line in combination with a game start parameter such as --start-map, etc.")
return False
_modules.session.speed_set(GAME_SPEED.TICKS_PER_SECOND * command_line_arguments.gamespeed)
if command_line_arguments.gui_test:
from tests.gui import TestRunner
TestRunner(horizons.globals.fife, command_line_arguments.gui_test)
horizons.globals.fife.run()
return True
def start(_command_line_arguments):
"""Starts the horizons. Will drop you to the main menu.
@param _command_line_arguments: options object from optparse.OptionParser. see run_uh.py.
"""
global debug, preloading, command_line_arguments
command_line_arguments = _command_line_arguments
# NOTE: globals are designwise the same thing as singletons. they don't look pretty.
# here, we only have globals that are either trivial, or only one instance may ever exist.
from engine import Fife
# handle commandline globals
debug = command_line_arguments.debug
if command_line_arguments.restore_settings:
# just delete the file, Settings ctor will create a new one
os.remove(PATHS.USER_CONFIG_FILE)
if command_line_arguments.mp_master:
try:
mpieces = command_line_arguments.mp_master.partition(':')
NETWORK.SERVER_ADDRESS = mpieces[0]
# only change port if port is specified
if mpieces[2]:
NETWORK.SERVER_PORT = parse_port(mpieces[2])
except ValueError:
print "Error: Invalid syntax in --mp-master commandline option. Port must be a number between 1 and 65535."
return False
# init fife before mp_bind is parsed, since it's needed there
horizons.globals.fife = Fife()
if command_line_arguments.generate_minimap: # we've been called as subprocess to generate a map preview
from horizons.gui.modules.singleplayermenu import generate_random_minimap
generate_random_minimap(
*json.loads(command_line_arguments.generate_minimap))
sys.exit(0)
if debug: # also True if a specific module is logged (but not 'fife')
setup_debug_mode(command_line_arguments)
if horizons.globals.fife.get_uh_setting("DebugLog"):
set_debug_log(True, startup=True)
if command_line_arguments.mp_bind:
try:
mpieces = command_line_arguments.mp_bind.partition(':')
NETWORK.CLIENT_ADDRESS = mpieces[0]
horizons.globals.fife.set_uh_setting("NetworkPort",
parse_port(mpieces[2]))
except ValueError:
print "Error: Invalid syntax in --mp-bind commandline option. Port must be a number between 1 and 65535."
return False
setup_AI_settings(command_line_arguments)
# set MAX_TICKS
if command_line_arguments.max_ticks:
GAME.MAX_TICKS = command_line_arguments.max_ticks
preload_lock = threading.Lock()
if command_line_arguments.atlas_generation and not command_line_arguments.gui_test and \
VERSION.IS_DEV_VERSION and horizons.globals.fife.get_uh_setting('AtlasesEnabled') \
and horizons.globals.fife.get_uh_setting('AtlasGenerationEnabled'):
atlas_loading_thread = None
atlas_loading_thread = AtlasLoadingThread(preload_lock)
atlas_loading_thread.start()
# show info label about atlas generation
try:
import Tkinter
from PIL import Image, ImageTk
import time
try:
window = Tkinter.Tk()
# iconify window instead of closing
window.protocol("WM_DELETE_WINDOW", window.iconify)
window.wm_withdraw()
window.attributes("-topmost", 1)
window.title("Unknown Horizons")
window.maxsize(300, 150)
logo = Image.open(horizons.constants.PATHS.UH_LOGO_FILE)
res_logo = logo.resize((116, 99), Image.ANTIALIAS)
res_logo_image = ImageTk.PhotoImage(res_logo)
logo_label = Tkinter.Label(window, image=res_logo_image)
logo_label.pack(side="left")
label = Tkinter.Label(window,
padx=10,
text="Generating atlases!")
label.pack(side="right")
# wait a second to give the thread time to check if a generation is necessary at all
time.sleep(1.0)
window.deiconify()
while atlas_loading_thread.is_alive():
if not window.state() == "iconic":
window.attributes("-topmost", 0)
window.update()
time.sleep(0.1)
window.destroy()
except Tkinter.TclError:
# catch #2298
atlas_loading_thread.join()
except ImportError:
# tkinter or PIL may be missing
atlas_loading_thread.join()
# init game parts
if not setup_gui_logger(command_line_arguments):
return False
# GUI tests always run with sound disabled and SDL (so they can run under xvfb).
# Needs to be done before engine is initialized.
if command_line_arguments.gui_test:
horizons.globals.fife.engine.getSettings().setRenderBackend('SDL')
horizons.globals.fife.set_fife_setting('PlaySounds', False)
ExtScheduler.create_instance(horizons.globals.fife.pump)
horizons.globals.fife.init()
if not VERSION.IS_DEV_VERSION and horizons.globals.fife.get_uh_setting(
'AtlasesEnabled'):
GFX.USE_ATLASES = True
PATHS.DB_FILES = PATHS.DB_FILES + (PATHS.ATLAS_DB_PATH, )
horizons.globals.db = _create_main_db()
_modules.gui = Gui()
SavegameManager.init()
horizons.globals.fife.init_animation_loader(GFX.USE_ATLASES)
from horizons.entities import Entities
Entities.load(horizons.globals.db, load_now=False) # create all references
# for preloading game data while in main screen
preload_thread = threading.Thread(target=preload_game_data,
args=(preload_lock, ))
preloading = (preload_thread, preload_lock)
# Singleplayer seed needs to be changed before startup.
if command_line_arguments.sp_seed:
SINGLEPLAYER.SEED = command_line_arguments.sp_seed
SINGLEPLAYER.FREEZE_PROTECTION = command_line_arguments.freeze_protection
# start something according to commandline parameters
startup_worked = True
if command_line_arguments.start_dev_map:
startup_worked = _start_map(
'development',
command_line_arguments.ai_players,
force_player_id=command_line_arguments.force_player_id,
is_map=True)
elif command_line_arguments.start_random_map:
startup_worked = _start_random_map(
command_line_arguments.ai_players,
force_player_id=command_line_arguments.force_player_id)
elif command_line_arguments.start_specific_random_map is not None:
startup_worked = _start_random_map(
command_line_arguments.ai_players,
seed=command_line_arguments.start_specific_random_map,
force_player_id=command_line_arguments.force_player_id)
elif command_line_arguments.start_map is not None:
startup_worked = _start_map(
command_line_arguments.start_map,
command_line_arguments.ai_players,
force_player_id=command_line_arguments.force_player_id,
is_map=True)
elif command_line_arguments.start_scenario is not None:
startup_worked = _start_map(
command_line_arguments.start_scenario,
0,
True,
force_player_id=command_line_arguments.force_player_id)
elif command_line_arguments.load_game is not None:
startup_worked = _load_cmd_map(command_line_arguments.load_game,
command_line_arguments.ai_players,
command_line_arguments.force_player_id)
elif command_line_arguments.load_quicksave is not None:
startup_worked = _load_last_quicksave()
elif command_line_arguments.edit_map is not None:
startup_worked = edit_map(command_line_arguments.edit_map)
elif command_line_arguments.edit_game_map is not None:
startup_worked = edit_game_map(command_line_arguments.edit_game_map)
elif command_line_arguments.stringpreview:
tiny = [i for i in SavegameManager.get_maps()[0] if 'tiny' in i]
if not tiny:
tiny = SavegameManager.get_map()[0]
startup_worked = _start_map(
tiny[0],
ai_players=0,
trader_enabled=False,
pirate_enabled=False,
force_player_id=command_line_arguments.force_player_id,
is_map=True)
from development.stringpreviewwidget import StringPreviewWidget
__string_previewer = StringPreviewWidget(_modules.session)
__string_previewer.show()
elif command_line_arguments.create_mp_game:
_modules.gui.show_main()
_modules.gui.windows.open(_modules.gui.multiplayermenu)
_modules.gui.multiplayermenu._create_game()
_modules.gui.windows._windows[-1].act()
elif command_line_arguments.join_mp_game:
_modules.gui.show_main()
_modules.gui.windows.open(_modules.gui.multiplayermenu)
_modules.gui.multiplayermenu._join_game()
else: # no commandline parameter, show main screen
# initialize update checker
if not command_line_arguments.gui_test:
setup_update_check()
_modules.gui.show_main()
if not command_line_arguments.nopreload:
preloading[0].start()
if not startup_worked:
# don't start main loop if startup failed
return False
if command_line_arguments.gamespeed is not None:
if _modules.session is None:
print "You can only set the speed via command line in combination with a game start parameter such as --start-map, etc."
return False
_modules.session.speed_set(GAME_SPEED.TICKS_PER_SECOND *
command_line_arguments.gamespeed)
if command_line_arguments.gui_test:
from tests.gui import TestRunner
TestRunner(horizons.globals.fife, command_line_arguments.gui_test)
horizons.globals.fife.run()
def start(_command_line_arguments):
"""Starts the horizons. Will drop you to the main menu.
@param _command_line_arguments: options object from optparse.OptionParser. see run_uh.py.
"""
global debug, preloading, command_line_arguments
command_line_arguments = _command_line_arguments
# NOTE: globals are designwise the same thing as singletons. they don't look pretty.
# here, we only have globals that are either trivial, or only one instance may ever exist.
from engine import Fife
# handle commandline globals
debug = command_line_arguments.debug
if command_line_arguments.enable_atlases:
# check if atlas files are outdated
if atlases_need_rebuild():
print "Atlases have to be rebuild."
if command_line_arguments.restore_settings:
# just delete the file, Settings ctor will create a new one
os.remove( PATHS.USER_CONFIG_FILE )
if command_line_arguments.mp_master:
try:
mpieces = command_line_arguments.mp_master.partition(':')
NETWORK.SERVER_ADDRESS = mpieces[0]
# only change port if port is specified
if mpieces[2]:
NETWORK.SERVER_PORT = parse_port(mpieces[2])
except ValueError:
print "Error: Invalid syntax in --mp-master commandline option. Port must be a number between 1 and 65535."
return False
if command_line_arguments.generate_minimap: # we've been called as subprocess to generate a map preview
from horizons.gui.modules.singleplayermenu import MapPreview
MapPreview.generate_minimap( * json.loads(
command_line_arguments.generate_minimap
) )
sys.exit(0)
# init fife before mp_bind is parsed, since it's needed there
horizons.globals.fife = Fife()
if debug: # also True if a specific module is logged (but not 'fife')
if not (command_line_arguments.debug_module
and 'fife' not in command_line_arguments.debug_module):
horizons.globals.fife._log.lm.setLogToPrompt(True)
# After the next FIFE release, we should use this instead which is possible as of r3960:
# horizons.globals.fife._log.logToPrompt = True
if command_line_arguments.debug_log_only:
# This is a workaround to not show fife logs in the shell even if
# (due to the way the fife logger works) these logs will not be
# redirected to the UH logfile and instead written to a file fife.log
# in the current directory. See #1782 for background information.
horizons.globals.fife._log.lm.setLogToPrompt(False)
horizons.globals.fife._log.lm.setLogToFile(True)
# same as above applies here, use property after next FIFE release
if command_line_arguments.mp_bind:
try:
mpieces = command_line_arguments.mp_bind.partition(':')
NETWORK.CLIENT_ADDRESS = mpieces[0]
horizons.globals.fife.set_uh_setting("NetworkPort", parse_port(mpieces[2]))
except ValueError:
print "Error: Invalid syntax in --mp-bind commandline option. Port must be a number between 1 and 65535."
return False
if command_line_arguments.ai_highlights:
AI.HIGHLIGHT_PLANS = True
if command_line_arguments.ai_combat_highlights:
AI.HIGHLIGHT_COMBAT = True
if command_line_arguments.human_ai:
AI.HUMAN_AI = True
# set MAX_TICKS
if command_line_arguments.max_ticks:
GAME.MAX_TICKS = command_line_arguments.max_ticks
horizons.globals.db = _create_main_db()
# init game parts
# Install gui logger, needs to be done before instantiating Gui, otherwise we miss
# the events of the main menu buttons
if command_line_arguments.log_gui:
if command_line_arguments.gui_test:
raise Exception("Logging gui interactions doesn't work when running tests.")
try:
from tests.gui.logger import setup_gui_logger
setup_gui_logger()
except ImportError:
traceback.print_exc()
print
print "Gui logging requires code that is only present in the repository and is not being installed."
return False
# GUI tests always run with sound disabled and SDL (so they can run under xvfb).
# Needs to be done before engine is initialized.
if command_line_arguments.gui_test:
horizons.globals.fife.engine.getSettings().setRenderBackend('SDL')
horizons.globals.fife.set_fife_setting('PlaySounds', False)
ExtScheduler.create_instance(horizons.globals.fife.pump)
horizons.globals.fife.init()
_modules.gui = Gui()
SavegameManager.init()
from horizons.entities import Entities
Entities.load(horizons.globals.db, load_now=False) # create all references
# for preloading game data while in main screen
preload_lock = threading.Lock()
preload_thread = threading.Thread(target=preload_game_data, args=(preload_lock,))
preloading = (preload_thread, preload_lock)
# Singleplayer seed needs to be changed before startup.
if command_line_arguments.sp_seed:
SINGLEPLAYER.SEED = command_line_arguments.sp_seed
# start something according to commandline parameters
startup_worked = True
if command_line_arguments.start_dev_map:
startup_worked = _start_dev_map(command_line_arguments.ai_players, command_line_arguments.human_ai, command_line_arguments.force_player_id)
elif command_line_arguments.start_random_map:
startup_worked = _start_random_map(command_line_arguments.ai_players, command_line_arguments.human_ai, force_player_id=command_line_arguments.force_player_id)
elif command_line_arguments.start_specific_random_map is not None:
startup_worked = _start_random_map(command_line_arguments.ai_players, command_line_arguments.human_ai,
seed=command_line_arguments.start_specific_random_map, force_player_id=command_line_arguments.force_player_id)
elif command_line_arguments.start_map is not None:
startup_worked = _start_map(command_line_arguments.start_map, command_line_arguments.ai_players,
command_line_arguments.human_ai, force_player_id=command_line_arguments.force_player_id)
elif command_line_arguments.start_scenario is not None:
startup_worked = _start_map(command_line_arguments.start_scenario, 0, False, True, force_player_id=command_line_arguments.force_player_id)
elif command_line_arguments.start_campaign is not None:
startup_worked = _start_campaign(command_line_arguments.start_campaign, force_player_id=command_line_arguments.force_player_id)
elif command_line_arguments.load_map is not None:
startup_worked = _load_map(command_line_arguments.load_map, command_line_arguments.ai_players,
command_line_arguments.human_ai, command_line_arguments.force_player_id)
elif command_line_arguments.load_quicksave is not None:
startup_worked = _load_last_quicksave()
elif command_line_arguments.stringpreview:
tiny = [ i for i in SavegameManager.get_maps()[0] if 'tiny' in i ]
if not tiny:
tiny = SavegameManager.get_map()[0]
startup_worked = _start_map(tiny[0], ai_players=0, human_ai=False, trader_enabled=False, pirate_enabled=False,
force_player_id=command_line_arguments.force_player_id)
from development.stringpreviewwidget import StringPreviewWidget
__string_previewer = StringPreviewWidget(_modules.session)
__string_previewer.show()
elif command_line_arguments.create_mp_game:
_modules.gui.show_main()
_modules.gui.show_multi()
_modules.gui.create_default_mp_game()
elif command_line_arguments.join_mp_game:
_modules.gui.show_main()
_modules.gui.show_multi()
_modules.gui.join_mp_game()
else: # no commandline parameter, show main screen
# initalize update checker
if not command_line_arguments.gui_test:
from horizons.util.checkupdates import UpdateInfo, check_for_updates, show_new_version_hint
update_info = UpdateInfo()
update_check_thread = threading.Thread(target=check_for_updates, args=(update_info,))
update_check_thread.start()
def update_info_handler(info):
if info.status == UpdateInfo.UNINITIALISED:
ExtScheduler().add_new_object(Callback(update_info_handler, info), info)
elif info.status == UpdateInfo.READY:
show_new_version_hint(_modules.gui, info)
elif info.status == UpdateInfo.INVALID:
pass # couldn't retrieve file or nothing relevant in there
update_info_handler(update_info) # schedules checks by itself
_modules.gui.show_main()
if not command_line_arguments.nopreload:
preloading[0].start()
if not startup_worked:
# don't start main loop if startup failed
return False
if command_line_arguments.gamespeed is not None:
if _modules.session is None:
print "You can only set the speed via command line in combination with a game start parameter such as --start-map, etc."
return False
_modules.session.speed_set(GAME_SPEED.TICKS_PER_SECOND*command_line_arguments.gamespeed)
if command_line_arguments.gui_test:
from tests.gui import TestRunner
TestRunner(horizons.globals.fife, command_line_arguments.gui_test)
if command_line_arguments.interactive_shell:
from horizons.util import interactive_shell
interactive_shell.start(horizons.globals.fife)
horizons.globals.fife.run()
def start(_command_line_arguments):
"""Starts the horizons. Will drop you to the main menu.
@param _command_line_arguments: options object from optparse.OptionParser. see run_uh.py.
"""
global debug, preloading, command_line_arguments
command_line_arguments = _command_line_arguments
# NOTE: globals are designwise the same thing as singletons. they don't look pretty.
# here, we only have globals that are either trivial, or only one instance may ever exist.
from engine import Fife
# handle commandline globals
debug = command_line_arguments.debug
if command_line_arguments.restore_settings:
# just delete the file, Settings ctor will create a new one
os.remove(PATHS.USER_CONFIG_FILE)
if command_line_arguments.mp_master:
try:
mpieces = command_line_arguments.mp_master.partition(':')
NETWORK.SERVER_ADDRESS = mpieces[0]
# only change port if port is specified
if mpieces[2]:
NETWORK.SERVER_PORT = parse_port(mpieces[2])
except ValueError:
print "Error: Invalid syntax in --mp-master commandline option. Port must be a number between 1 and 65535."
return False
# init fife before mp_bind is parsed, since it's needed there
horizons.globals.fife = Fife()
if command_line_arguments.generate_minimap: # we've been called as subprocess to generate a map preview
from horizons.gui.modules.singleplayermenu import generate_random_minimap
generate_random_minimap(
*json.loads(command_line_arguments.generate_minimap))
sys.exit(0)
if debug: # also True if a specific module is logged (but not 'fife')
if not (command_line_arguments.debug_module
and 'fife' not in command_line_arguments.debug_module):
horizons.globals.fife._log.logToPrompt = True
if command_line_arguments.debug_log_only:
# This is a workaround to not show fife logs in the shell even if
# (due to the way the fife logger works) these logs will not be
# redirected to the UH logfile and instead written to a file fife.log
# in the current directory. See #1782 for background information.
horizons.globals.fife._log.logToPrompt = False
horizons.globals.fife._log.logToFile = True
if horizons.globals.fife.get_uh_setting("DebugLog"):
set_debug_log(True, startup=True)
if command_line_arguments.mp_bind:
try:
mpieces = command_line_arguments.mp_bind.partition(':')
NETWORK.CLIENT_ADDRESS = mpieces[0]
horizons.globals.fife.set_uh_setting("NetworkPort",
parse_port(mpieces[2]))
except ValueError:
print "Error: Invalid syntax in --mp-bind commandline option. Port must be a number between 1 and 65535."
return False
if command_line_arguments.ai_highlights:
AI.HIGHLIGHT_PLANS = True
if command_line_arguments.ai_combat_highlights:
AI.HIGHLIGHT_COMBAT = True
if command_line_arguments.human_ai:
AI.HUMAN_AI = True
# set MAX_TICKS
if command_line_arguments.max_ticks:
GAME.MAX_TICKS = command_line_arguments.max_ticks
atlas_generator = None
horizons_path = os.path.dirname(horizons.__file__)
if VERSION.IS_DEV_VERSION and horizons.globals.fife.get_uh_setting('AtlasesEnabled') \
and horizons.globals.fife.get_uh_setting('AtlasGenerationEnabled') \
and command_line_arguments.atlas_generation \
and not command_line_arguments.gui_test:
args = [
sys.executable,
os.path.join(horizons_path, 'engine', 'generate_atlases.py'),
str(horizons.globals.fife.get_uh_setting('MaxAtlasSize'))
]
atlas_generator = subprocess.Popen(args,
stdout=None,
stderr=subprocess.STDOUT)
# init game parts
# Install gui logger, needs to be done before instantiating Gui, otherwise we miss
# the events of the main menu buttons
if command_line_arguments.log_gui:
if command_line_arguments.gui_test:
raise Exception(
"Logging gui interactions doesn't work when running tests.")
try:
from tests.gui.logger import setup_gui_logger
setup_gui_logger()
except ImportError:
traceback.print_exc()
print
print "Gui logging requires code that is only present in the repository and is not being installed."
return False
# GUI tests always run with sound disabled and SDL (so they can run under xvfb).
# Needs to be done before engine is initialized.
if command_line_arguments.gui_test:
horizons.globals.fife.engine.getSettings().setRenderBackend('SDL')
horizons.globals.fife.set_fife_setting('PlaySounds', False)
ExtScheduler.create_instance(horizons.globals.fife.pump)
horizons.globals.fife.init()
if atlas_generator is not None:
atlas_generator.wait()
assert atlas_generator.returncode is not None
if atlas_generator.returncode != 0:
print 'Atlas generation failed. Continuing without atlas support.'
print 'This just means that the game will run a bit slower.'
print 'It will still run fine unless there are other problems.'
print
GFX.USE_ATLASES = False
else:
GFX.USE_ATLASES = True
PATHS.DB_FILES = PATHS.DB_FILES + (PATHS.ATLAS_DB_PATH, )
elif not VERSION.IS_DEV_VERSION and horizons.globals.fife.get_uh_setting(
'AtlasesEnabled'):
GFX.USE_ATLASES = True
PATHS.DB_FILES = PATHS.DB_FILES + (PATHS.ATLAS_DB_PATH, )
horizons.globals.db = _create_main_db()
horizons.globals.fife.init_animation_loader(GFX.USE_ATLASES)
_modules.gui = Gui()
SavegameManager.init()
from horizons.entities import Entities
Entities.load(horizons.globals.db, load_now=False) # create all references
# for preloading game data while in main screen
preload_lock = threading.Lock()
preload_thread = threading.Thread(target=preload_game_data,
args=(preload_lock, ))
preloading = (preload_thread, preload_lock)
# Singleplayer seed needs to be changed before startup.
if command_line_arguments.sp_seed:
SINGLEPLAYER.SEED = command_line_arguments.sp_seed
SINGLEPLAYER.FREEZE_PROTECTION = command_line_arguments.freeze_protection
# start something according to commandline parameters
startup_worked = True
if command_line_arguments.start_dev_map:
startup_worked = _start_map(
'development',
command_line_arguments.ai_players,
force_player_id=command_line_arguments.force_player_id,
is_map=True)
elif command_line_arguments.start_random_map:
startup_worked = _start_random_map(
command_line_arguments.ai_players,
force_player_id=command_line_arguments.force_player_id)
elif command_line_arguments.start_specific_random_map is not None:
startup_worked = _start_random_map(
command_line_arguments.ai_players,
seed=command_line_arguments.start_specific_random_map,
force_player_id=command_line_arguments.force_player_id)
elif command_line_arguments.start_map is not None:
startup_worked = _start_map(
command_line_arguments.start_map,
command_line_arguments.ai_players,
force_player_id=command_line_arguments.force_player_id,
is_map=True)
elif command_line_arguments.start_scenario is not None:
startup_worked = _start_map(
command_line_arguments.start_scenario,
0,
True,
force_player_id=command_line_arguments.force_player_id)
elif command_line_arguments.load_game is not None:
startup_worked = _load_cmd_map(command_line_arguments.load_game,
command_line_arguments.ai_players,
command_line_arguments.force_player_id)
elif command_line_arguments.load_quicksave is not None:
startup_worked = _load_last_quicksave()
elif command_line_arguments.edit_map is not None:
startup_worked = edit_map(command_line_arguments.edit_map)
elif command_line_arguments.edit_game_map is not None:
startup_worked = edit_game_map(command_line_arguments.edit_game_map)
elif command_line_arguments.stringpreview:
tiny = [i for i in SavegameManager.get_maps()[0] if 'tiny' in i]
if not tiny:
tiny = SavegameManager.get_map()[0]
startup_worked = _start_map(
tiny[0],
ai_players=0,
trader_enabled=False,
pirate_enabled=False,
force_player_id=command_line_arguments.force_player_id,
is_map=True)
from development.stringpreviewwidget import StringPreviewWidget
__string_previewer = StringPreviewWidget(_modules.session)
__string_previewer.show()
elif command_line_arguments.create_mp_game:
_modules.gui.show_main()
_modules.gui.windows.show(_modules.gui.multiplayermenu)
_modules.gui.multiplayermenu._create_game()
_modules.gui.windows._windows[-1].act()
elif command_line_arguments.join_mp_game:
_modules.gui.show_main()
_modules.gui.windows.show(_modules.gui.multiplayermenu)
_modules.gui.multiplayermenu._join_game()
else: # no commandline parameter, show main screen
# initialize update checker
if not command_line_arguments.gui_test:
from horizons.util.checkupdates import UpdateInfo, check_for_updates, show_new_version_hint
update_info = UpdateInfo()
update_check_thread = threading.Thread(target=check_for_updates,
args=(update_info, ))
update_check_thread.start()
def update_info_handler(info):
if info.status == UpdateInfo.UNINITIALIZED:
ExtScheduler().add_new_object(
Callback(update_info_handler, info), info)
elif info.status == UpdateInfo.READY:
show_new_version_hint(_modules.gui, info)
elif info.status == UpdateInfo.INVALID:
pass # couldn't retrieve file or nothing relevant in there
update_info_handler(update_info) # schedules checks by itself
_modules.gui.show_main()
if not command_line_arguments.nopreload:
preloading[0].start()
if not startup_worked:
# don't start main loop if startup failed
return False
if command_line_arguments.gamespeed is not None:
if _modules.session is None:
print "You can only set the speed via command line in combination with a game start parameter such as --start-map, etc."
return False
_modules.session.speed_set(GAME_SPEED.TICKS_PER_SECOND *
command_line_arguments.gamespeed)
if command_line_arguments.gui_test:
from tests.gui import TestRunner
TestRunner(horizons.globals.fife, command_line_arguments.gui_test)
horizons.globals.fife.run()