def handle_responses():
"""Read in server responses from the network and process."""
res = Network.get_response()
while res:
# Load level map
if 'map' in res:
CS.map = ClientMap.unserialize(res['map'])
new_dlevel = True
else:
new_dlevel = False
# Update log messages
if 'log' in res:
for msg in res['log']:
CS.msgs.append(msg)
CS.log_updated = True
# Update monsters
if 'm' in res:
for oid, m_str in res['m'].iteritems():
if oid in ClientObject.obj_dict:
ClientObject.obj_dict[oid].update_from_string(m_str)
else:
mon = ClientMonster.unserialize(m_str)
mon.place_on_map()
# Delete monsters
if 'm_del' in res:
for oid, flags in res['m_del']:
ClientObject.obj_dict[oid].delete(flags)
# Update items
if 'i' in res:
for oid, i_str in res['i'].iteritems():
if oid in ClientObject.obj_dict:
ClientObject.obj_dict[oid].update_from_string(i_str)
else:
item = ClientItem.unserialize(i_str)
item.place_on_map()
# Delete items
if 'i_del' in res:
for oid, flags in res['i_del']:
ClientObject.obj_dict[oid].delete(flags)
# Update the player object
if 'u' in res:
if CS.u is not None:
CS.u.update_from_string(res['u'])
else:
CS.u = ClientPlayer.unserialize(res['u'])
# If we're changing dungeon levels, the player needs a new FOV map
if new_dlevel:
CS.u.set_fov_map(CS.map.grid)
CS.u.fov_map.do_fov(CS.u.x, CS.u.y, CS.u.fov_radius)
gui.center_map()
res = Network.get_response()
def handle_responses():
"""Read in server responses from the network and process."""
res = Network.get_response()
while res:
# Load level map
if 'map' in res:
CS.map = ClientMap.unserialize(res['map'])
new_dlevel = True
else:
new_dlevel = False
# Update log messages
if 'log' in res:
for msg in res['log']:
CS.msgs.append(msg)
CS.log_updated = True
# Update monsters
if 'm' in res:
for oid, m_str in res['m'].iteritems():
if oid in ClientObject.obj_dict:
ClientObject.obj_dict[oid].update_from_string(m_str)
else:
mon = ClientMonster.unserialize(m_str)
mon.place_on_map()
# Delete monsters
if 'm_del' in res:
for oid, flags in res['m_del']:
ClientObject.obj_dict[oid].delete(flags)
# Update items
if 'i' in res:
for oid, i_str in res['i'].iteritems():
if oid in ClientObject.obj_dict:
ClientObject.obj_dict[oid].update_from_string(i_str)
else:
item = ClientItem.unserialize(i_str)
item.place_on_map()
# Delete items
if 'i_del' in res:
for oid, flags in res['i_del']:
ClientObject.obj_dict[oid].delete(flags)
# Update the player object
if 'u' in res:
if CS.u is not None:
CS.u.update_from_string(res['u'])
else:
CS.u = ClientPlayer.unserialize(res['u'])
# If we're changing dungeon levels, the player needs a new FOV map
if new_dlevel:
CS.u.set_fov_map(CS.map.grid)
CS.u.fov_map.do_fov(CS.u.x, CS.u.y, CS.u.fov_radius)
gui.center_map()
res = Network.get_response()
def client_init():
"""Initialiaze client state."""
# Set up signal handlers
signal.signal(signal.SIGINT, quit_game)
signal.signal(signal.SIGTERM, quit_game)
# Initializing these modules separately instead of calling
# pygame.init() is WAY faster.
pygame.display.init()
pygame.font.init()
# Wait 200 ms before repeating a key that's held down, and send them
# as fast as possible. The repeat delay is therefore limited by the
# frame rate, not by set_repeat()
pygame.key.set_repeat(200, 1)
pygame.display.set_caption('{0} {1}'.format(cfg.GAME_NAME, cfg.VERSION))
uname = 'Taimor'
usex = 'Male'
urace = 'Human'
urole = 'Wizard'
pygame.display.set_caption('{0} - {1} the {2} {3} {4}'.format(
cfg.GAME_TITLE, uname, usex, urace, urole))
CS.clock = pygame.time.Clock()
CS.font = pygame.font.SysFont('Arial', cfg.FONT_SIZE)
CS.font_h = CS.font.get_height()
CS.font_w = CS.font.size('X')[0]
# Size of the map surface
CS.map_rect.w = (cfg.MAP_W + 2) * cfg.TILE_W
CS.map_rect.h = (cfg.MAP_H + 2) * cfg.TILE_H
# Size of the status panel
CS.status_rect.w = cfg.STATUS_W * CS.font_w
CS.status_rect.h = cfg.STATUS_H * CS.font_h
# Size of the equipment panel
CS.eq_rect.w = cfg.EQ_W * cfg.TILE_W
CS.eq_rect.h = CS.status_rect.h
# Size of the full game screen
CS.screen_rect.w = CS.eq_rect.w + CS.status_rect.w + cfg.MIN_LOG_W
if CS.screen_rect.w < cfg.INIT_SCREEN_W:
CS.screen_rect.w = cfg.INIT_SCREEN_W
CS.screen_rect.h = CS.status_rect.h + cfg.MIN_MAPVIEW_H
if CS.screen_rect.h < cfg.INIT_SCREEN_H:
CS.screen_rect.h = cfg.INIT_SCREEN_H
# Size of the log surface
CS.log_rect.w = CS.screen_rect.w - (
CS.eq_rect.w + CS.status_rect.w) - cfg.SCROLLBAR_W - 50
CS.log_rect.h = CS.status_rect.h
CS.logview_rect.w, CS.logview_rect.h = CS.log_rect.w, CS.log_rect.h
# The mapview size. May be smaller or larger than the actual map size.
# This is the location on the screen where the map or a piece thereof
# is drawn. It's not an actual surface, but a logical rectangle.
CS.mapview_rect.w = CS.screen_rect.w - cfg.SCROLLBAR_W
CS.mapview_rect.h = (
CS.screen_rect.h - CS.status_rect.h - cfg.SCROLLBAR_W)
# Locations to blit equipment on the equipment panel
eq_cent = (int(CS.eq_rect.w / 2.0 - cfg.TILE_W / 2),
int(CS.eq_rect.h / 2.0 - cfg.TILE_W / 2))
CS.eq_hands = (eq_cent[0],
CS.eq_rect.y + cfg.TILE_H / 2 + 3 * cfg.TILE_H)
CS.eq_rweap = (CS.eq_hands[0] - cfg.TILE_W,
CS.eq_hands[1])
CS.eq_lweap = (CS.eq_hands[0] + cfg.TILE_W,
CS.eq_hands[1])
CS.eq_rring = (CS.eq_hands[0] - cfg.TILE_W,
CS.eq_hands[1] + cfg.TILE_H)
CS.eq_lring = (CS.eq_hands[0] + cfg.TILE_W,
CS.eq_hands[1] + cfg.TILE_H)
CS.eq_boots = (CS.eq_hands[0],
CS.eq_hands[1] + cfg.TILE_H * 2)
CS.eq_armor = (CS.eq_hands[0],
CS.eq_hands[1] - cfg.TILE_H)
CS.eq_shirt = (CS.eq_hands[0] - cfg.TILE_W,
CS.eq_hands[1] - cfg.TILE_H)
CS.eq_cloak = (CS.eq_hands[0] + cfg.TILE_W,
CS.eq_hands[1] - cfg.TILE_H)
CS.eq_neck = (CS.eq_hands[0],
CS.eq_hands[1] - cfg.TILE_H * 2)
CS.eq_eyes = (CS.eq_hands[0] - cfg.TILE_W,
CS.eq_hands[1] - cfg.TILE_H * 2)
CS.eq_quiver = (CS.eq_hands[0] + cfg.TILE_W * 2,
CS.eq_hands[1] - cfg.TILE_H * 3)
CS.eq_light = (CS.eq_hands[0] - cfg.TILE_W * 2,
CS.eq_hands[1] - cfg.TILE_H * 3)
CS.eq_head = (CS.eq_hands[0],
CS.eq_hands[1] - cfg.TILE_H * 3)
CS.screen = pygame.display.set_mode(
(CS.screen_rect.w, CS.screen_rect.h), pygame.RESIZABLE)
# pylint: disable=E1121
CS.eq_surf = Surface((CS.eq_rect.w, CS.eq_rect.h)).convert()
CS.status_surf = Surface((CS.status_rect.w, CS.status_rect.h)).convert()
CS.map_surf = Surface((CS.map_rect.w, CS.map_rect.h)).convert()
# pylint: enable=E1121
# Set the system icon
system_icon = image.load_image('icon.xpm')
pygame.display.set_icon(system_icon)
CS.tiles_img = image.load_image('tiles16.xpm')
CS.gray_tiles_img = image.load_image('tiles16_gray.xpm')
CS.menu_bg_img = image.load_image('parchment.jpg')
CS.tile_dict = image.create_tile_dict()
CS.blank_tile = CS.tile_dict['cmap, wall, dark']
CS.x_scrollbar = ScrollBar(cfg.SCROLLBAR_W, 0, CS.map_rect,
CS.mapview_rect, always_show=False)
CS.y_scrollbar = ScrollBar(cfg.SCROLLBAR_W, 1, CS.map_rect,
CS.mapview_rect, always_show=False)
CS.log_scrollbar = ScrollBar(cfg.SCROLLBAR_W, 1, CS.log_rect,
CS.logview_rect, always_show=False)
# Process any initial setup data we've gotten from the server. This
# should include the first dungeon level and the Player object.
handle_responses()
# Set up keystroke actions
keys.attach_key_actions()
# Make sure everything is aligned correctly
gui.center_map()
gui.handle_resize(CS.screen_rect.w, CS.screen_rect.h)
def client_init():
"""Initialiaze client state."""
# Set up signal handlers
signal.signal(signal.SIGINT, quit_game)
signal.signal(signal.SIGTERM, quit_game)
# Initializing these modules separately instead of calling
# pygame.init() is WAY faster.
pygame.display.init()
pygame.font.init()
# Wait 200 ms before repeating a key that's held down, and send them
# as fast as possible. The repeat delay is therefore limited by the
# frame rate, not by set_repeat()
pygame.key.set_repeat(200, 1)
pygame.display.set_caption('{0} {1}'.format(cfg.GAME_NAME, cfg.VERSION))
uname = 'Taimor'
usex = 'Male'
urace = 'Human'
urole = 'Wizard'
pygame.display.set_caption('{0} - {1} the {2} {3} {4}'.format(
cfg.GAME_TITLE, uname, usex, urace, urole))
CS.clock = pygame.time.Clock()
CS.font = pygame.font.SysFont('Arial', cfg.FONT_SIZE)
CS.font_h = CS.font.get_height()
CS.font_w = CS.font.size('X')[0]
# Size of the map surface
CS.map_rect.w = (cfg.MAP_W + 2) * cfg.TILE_W
CS.map_rect.h = (cfg.MAP_H + 2) * cfg.TILE_H
# Size of the status panel
CS.status_rect.w = cfg.STATUS_W * CS.font_w
CS.status_rect.h = cfg.STATUS_H * CS.font_h
# Size of the equipment panel
CS.eq_rect.w = cfg.EQ_W * cfg.TILE_W
CS.eq_rect.h = CS.status_rect.h
# Size of the full game screen
CS.screen_rect.w = CS.eq_rect.w + CS.status_rect.w + cfg.MIN_LOG_W
if CS.screen_rect.w < cfg.INIT_SCREEN_W:
CS.screen_rect.w = cfg.INIT_SCREEN_W
CS.screen_rect.h = CS.status_rect.h + cfg.MIN_MAPVIEW_H
if CS.screen_rect.h < cfg.INIT_SCREEN_H:
CS.screen_rect.h = cfg.INIT_SCREEN_H
# Size of the log surface
CS.log_rect.w = CS.screen_rect.w - (
CS.eq_rect.w + CS.status_rect.w) - cfg.SCROLLBAR_W - 50
CS.log_rect.h = CS.status_rect.h
CS.logview_rect.w, CS.logview_rect.h = CS.log_rect.w, CS.log_rect.h
# The mapview size. May be smaller or larger than the actual map size.
# This is the location on the screen where the map or a piece thereof
# is drawn. It's not an actual surface, but a logical rectangle.
CS.mapview_rect.w = CS.screen_rect.w - cfg.SCROLLBAR_W
CS.mapview_rect.h = (CS.screen_rect.h - CS.status_rect.h - cfg.SCROLLBAR_W)
# Locations to blit equipment on the equipment panel
eq_cent = (int(CS.eq_rect.w / 2.0 - cfg.TILE_W / 2),
int(CS.eq_rect.h / 2.0 - cfg.TILE_W / 2))
CS.eq_hands = (eq_cent[0], CS.eq_rect.y + cfg.TILE_H / 2 + 3 * cfg.TILE_H)
CS.eq_rweap = (CS.eq_hands[0] - cfg.TILE_W, CS.eq_hands[1])
CS.eq_lweap = (CS.eq_hands[0] + cfg.TILE_W, CS.eq_hands[1])
CS.eq_rring = (CS.eq_hands[0] - cfg.TILE_W, CS.eq_hands[1] + cfg.TILE_H)
CS.eq_lring = (CS.eq_hands[0] + cfg.TILE_W, CS.eq_hands[1] + cfg.TILE_H)
CS.eq_boots = (CS.eq_hands[0], CS.eq_hands[1] + cfg.TILE_H * 2)
CS.eq_armor = (CS.eq_hands[0], CS.eq_hands[1] - cfg.TILE_H)
CS.eq_shirt = (CS.eq_hands[0] - cfg.TILE_W, CS.eq_hands[1] - cfg.TILE_H)
CS.eq_cloak = (CS.eq_hands[0] + cfg.TILE_W, CS.eq_hands[1] - cfg.TILE_H)
CS.eq_neck = (CS.eq_hands[0], CS.eq_hands[1] - cfg.TILE_H * 2)
CS.eq_eyes = (CS.eq_hands[0] - cfg.TILE_W, CS.eq_hands[1] - cfg.TILE_H * 2)
CS.eq_quiver = (CS.eq_hands[0] + cfg.TILE_W * 2,
CS.eq_hands[1] - cfg.TILE_H * 3)
CS.eq_light = (CS.eq_hands[0] - cfg.TILE_W * 2,
CS.eq_hands[1] - cfg.TILE_H * 3)
CS.eq_head = (CS.eq_hands[0], CS.eq_hands[1] - cfg.TILE_H * 3)
CS.screen = pygame.display.set_mode((CS.screen_rect.w, CS.screen_rect.h),
pygame.RESIZABLE)
# pylint: disable=E1121
CS.eq_surf = Surface((CS.eq_rect.w, CS.eq_rect.h)).convert()
CS.status_surf = Surface((CS.status_rect.w, CS.status_rect.h)).convert()
CS.map_surf = Surface((CS.map_rect.w, CS.map_rect.h)).convert()
# pylint: enable=E1121
# Set the system icon
system_icon = image.load_image('icon.xpm')
pygame.display.set_icon(system_icon)
CS.tiles_img = image.load_image('tiles16.xpm')
CS.gray_tiles_img = image.load_image('tiles16_gray.xpm')
CS.menu_bg_img = image.load_image('parchment.jpg')
CS.tile_dict = image.create_tile_dict()
CS.blank_tile = CS.tile_dict['cmap, wall, dark']
CS.x_scrollbar = ScrollBar(cfg.SCROLLBAR_W,
0,
CS.map_rect,
CS.mapview_rect,
always_show=False)
CS.y_scrollbar = ScrollBar(cfg.SCROLLBAR_W,
1,
CS.map_rect,
CS.mapview_rect,
always_show=False)
CS.log_scrollbar = ScrollBar(cfg.SCROLLBAR_W,
1,
CS.log_rect,
CS.logview_rect,
always_show=False)
# Process any initial setup data we've gotten from the server. This
# should include the first dungeon level and the Player object.
handle_responses()
# Set up keystroke actions
keys.attach_key_actions()
# Make sure everything is aligned correctly
gui.center_map()
gui.handle_resize(CS.screen_rect.w, CS.screen_rect.h)