def should_do_a_truncated_copy_on_the_right_side():
grid_a = Cgrid(5, 5)
zyx = [chr(i + 65) for i in range(26)]
zyx.reverse()
for i in range(25):
l = zyx[i]
drop = int(i / 5)
rest = i % 5
grid_a.put(drop=drop, rest=rest, s=l.lower(), cpair=DEFAULT_CPAIR)
#
grid_b = Cgrid(3, 3)
grid_b.put(0, 0, '0', DEFAULT_CPAIR)
grid_b.put(0, 1, '1', DEFAULT_CPAIR)
grid_b.put(0, 2, '2', DEFAULT_CPAIR)
grid_b.put(1, 0, '3', DEFAULT_CPAIR)
grid_b.put(1, 1, '4', DEFAULT_CPAIR)
grid_b.put(1, 2, '5', DEFAULT_CPAIR)
grid_b.put(2, 0, '6', DEFAULT_CPAIR)
grid_b.put(2, 1, '7', DEFAULT_CPAIR)
grid_b.put(2, 2, '8', DEFAULT_CPAIR)
#
grid_a.blit(src_cgrid=grid_b, nail=(1, 3))
cgrid_console_print(grid_a)
#
return True
def should_copy_fine_despite_us_not_supplying_a_nail_param_to_blit():
grid_a = Cgrid(5, 5)
zyx = [chr(i + 65) for i in range(26)]
zyx.reverse()
for i in range(25):
l = zyx[i]
drop = i / 5
rest = i % 5
grid_a.put(drop=drop, rest=rest, s=l.lower(), cpair=DEFAULT_CPAIR)
#
grid_b = Cgrid(3, 3)
grid_b.put(0, 0, '0', DEFAULT_CPAIR)
grid_b.put(0, 1, '1', DEFAULT_CPAIR)
grid_b.put(0, 2, '2', DEFAULT_CPAIR)
grid_b.put(1, 0, '3', DEFAULT_CPAIR)
grid_b.put(1, 1, '4', DEFAULT_CPAIR)
grid_b.put(1, 2, '5', DEFAULT_CPAIR)
grid_b.put(2, 0, '6', DEFAULT_CPAIR)
grid_b.put(2, 1, '7', DEFAULT_CPAIR)
grid_b.put(2, 2, '8', DEFAULT_CPAIR)
#
grid_a.blit(src_cgrid=grid_b)
cgrid_console_print(grid_a)
#
return True
def should_copy_one_grid_onto_another():
grid_a = Cgrid(5, 5)
cgrid_populate(grid_a, '*')
#
grid_b = Cgrid(3, 3)
grid_b.put(0, 0, 'a', DEFAULT_CPAIR)
grid_b.put(0, 1, 'b', DEFAULT_CPAIR)
grid_b.put(0, 2, 'c', DEFAULT_CPAIR)
grid_b.put(1, 0, 'd', DEFAULT_CPAIR)
grid_b.put(1, 1, 'e', DEFAULT_CPAIR)
grid_b.put(1, 2, 'f', DEFAULT_CPAIR)
grid_b.put(2, 0, 'g', DEFAULT_CPAIR)
grid_b.put(2, 1, 'h', DEFAULT_CPAIR)
grid_b.put(2, 2, 'i', DEFAULT_CPAIR)
#
grid_a.blit(grid_b)
cgrid_console_print(grid_a)
#
return True
class CogToRoguebox:
'''
Contains a roguelike game, and offers controls. The roguelike itself
is contained to a 23x23 box in the top-left sector.
Logging is offered in a box next to that.
'''
def __init__(self, cog_h, engine, orb):
self.cog_h = cog_h
self.engine = engine
self.orb = orb
#
self.track_prime_console = orb.track(TrackPrimeConsole)
self.track_containment_mode = orb.track(TrackContainmentMode)
#
self.rail_roguebox = RailRoguebox()
self.rail_message_feed = RailMessageFeed()
self.cgrid_last = None
self.cgrid_next = None
self.d_keycode_to_directive = {}
self.d_control_scheme = {} # (control_scheme_h, directive_h) = keycode
#
self.b_game_started = False
self.b_mail_waiting = False
self.b_refresh_needed = False
def orb_turn(self, activity):
if None == self.rail_roguebox:
return
if not self.track_containment_mode.is_focus_on_game():
return
if self.b_mail_waiting:
activity.mark(
l=self,
s='mail processing')
for message in self.rail_roguebox.retrieve_mail():
self.rail_message_feed.accept(
message=message,
turn=self.rail_roguebox.get_turn())
self.b_mail_waiting = False
self.b_refresh_needed = True
#
if self.b_refresh_needed:
self._diff_display_refresh()
self.b_refresh_needed = False
#
def on_init(self):
console_height = self.track_prime_console.height
console_width = self.track_prime_console.width
#
if console_height < ROGUEBOX_GAMEBOX_HEIGHT:
raise Exception("console height %s too small for game height %s."%(
console_height, ROGUEBOX_GAMEBOX_HEIGHT))
if console_width < ROGUEBOX_GAMEBOX_WIDTH:
raise Exception("console width %s too small for game width %s."%(
console_width, ROGUEBOX_GAMEBOX_WIDTH))
#
rail_h = '%s/roguebox'%(self.cog_h)
self.rail_roguebox.zero(
rail_h=rail_h,
engine=self.engine,
grid_height=ROGUEBOX_GAMEBOX_HEIGHT,
grid_width=ROGUEBOX_GAMEBOX_WIDTH,
cb_ready_alert=self._rl_ready_alert,
cb_grid_alert=self._rl_grid_alert,
cb_mail_alert=self._rl_mail_alert,
cb_over_alert=self._rl_over_alert)
#
rail_h = '%s/message_feed'%(self.cog_h)
self.rail_message_feed.zero(
rail_h=rail_h,
height=ROGUEBOX_MFEED_HEIGHT,
width=ROGUEBOX_MFEED_WIDTH,
cpair_new=solent_cpair('teal'),
cpair_old=solent_cpair('blue'))
self.cgrid_last = Cgrid(
width=console_width,
height=console_height)
self.cgrid_next = Cgrid(
width=console_width,
height=console_height)
#
# sequence the possible directives in the game to the core. this will
# give this outer core the opportunity to match directives it
# recognises to keycodes. in the future, you could imagine being able
# to configure user keystrokes using this data.
for directive in self.rail_roguebox.get_supported_directives():
self.nearcast.directive(
directive_h=directive.h,
description=directive.description)
def on_keycode_to_directive(self, control_scheme_h, keycode, directive_h):
self.d_keycode_to_directive[keycode] = directive_h
self.d_control_scheme[ (control_scheme_h, directive_h) ] = keycode
def on_x_game_ready(self):
self.b_game_started = True
self.nearcast.o_game_focus()
def on_o_game_new(self):
self.rail_message_feed.clear()
self.rail_roguebox.new_game()
def on_x_game_mail(self):
self.b_mail_waiting = True
def on_x_game_grid(self):
self.b_refresh_needed = True
def on_game_input(self, keycode):
if keycode not in self.d_keycode_to_directive:
return
directive_h = self.d_keycode_to_directive[keycode]
self.rail_roguebox.directive(
directive_h=directive_h)
self.rail_message_feed.scroll_past(
turn=self.rail_roguebox.get_turn()-3)
self.b_refresh_needed = True
def on_o_game_focus(self):
if not self.b_game_started:
self.nearcast.menu_focus()
return
self._full_display_refresh()
#
def _rl_ready_alert(self):
self.nearcast.x_game_ready()
def _rl_grid_alert(self):
self.nearcast.x_game_grid()
def _rl_mail_alert(self):
self.nearcast.x_game_mail()
def _rl_over_alert(self):
self.nearcast.x_game_over()
#
def _full_display_refresh(self):
self.nearcast.term_clear()
self.cgrid_last.clear()
self._diff_display_refresh()
def _diff_display_refresh(self):
self.rail_roguebox.get_cgrid(
cgrid=self.cgrid_next,
nail=ROGUEBOX_GAMEBOX_NAIL,
peri=ROGUEBOX_GAMEBOX_PERI)
for idx, message in enumerate(self.rail_message_feed.list_messages()):
self.cgrid_next.put(
drop=idx,
rest=0,
s=message,
cpair=solent_cpair('white'))
#
for drop in range(self.track_prime_console.height):
for rest in range(self.track_prime_console.width):
(old_c, old_cpair) = self.cgrid_last.get(
drop=drop,
rest=rest)
(c, cpair) = self.cgrid_next.get(
drop=drop,
rest=rest)
if c == old_c and cpair == old_cpair:
continue
self.nearcast.term_write(
drop=drop,
rest=rest,
s=c,
cpair=cpair)
#
self.cgrid_last.blit(
src_cgrid=self.cgrid_next)
class SpinSelectionUi:
def __init__(self, spin_h, engine, console_type, cb_selui_keycode,
cb_selui_lselect):
self.spin_h = spin_h
self.engine = engine
self.console_type = console_type
self.cb_selui_keycode = cb_selui_keycode
self.cb_selui_lselect = cb_selui_lselect
#
self.cs_selui_keycode = CsSeluiKeycode()
self.cs_selui_lselect = CsSeluiLselect()
#
self.width = None
self.height = None
self.cgrid = None
self.mode = MODE_NONE
self.console = None
self.select_cursor_on = True
self.select_cursor_t100 = time.time() * 100
self.select_drop = 0
self.select_rest = 0
self.select_cgrid = None
#
self.lmousedown_coords = None
#
def eng_turn(self, activity):
if self.mode == MODE_NONE:
return
#
keycode = self.console.async_get_keycode()
if keycode:
activity.mark(l=self, s='received keystroke %s' % keycode)
if keycode == solent_keycode('lmousedown'):
self.lmousedown_coords = self.console.get_last_lmousedown()
elif keycode == solent_keycode('lmouseup'):
self.lmouseup_coords = self.console.get_last_lmouseup()
elif keycode == solent_keycode('rmousedown'):
self.rmousedown_coords = self.console.get_last_rmousedown()
elif keycode == solent_keycode('rmouseup'):
self.rmouseup_coords = self.console.get_last_rmouseup()
self.accept_key(keycode=keycode)
#
self.refresh_console()
def eng_close(self):
if None != self.console:
self.console.close()
#
def open_console(self, width, height):
self.width = width
self.height = height
self.cgrid = Cgrid(width=width, height=height)
self.select_cgrid = Cgrid(width=width, height=height)
self.console = Console(console_type=self.console_type,
width=width,
height=height)
self.mode = MODE_STANDARD
def close_console(self):
if not self.console:
return
self.console.close()
self.mode = MODE_NONE
self.select_drop = 0
self.select_rest = 0
def to_mode_standard(self):
if None == self.console:
raise Exception("No console open")
self.mode = MODE_STANDARD
def to_mode_select(self):
if None == self.console:
raise Exception("No console open")
self.mode = MODE_SELECT
self.select_cursor_on = True
self.select_cursor_t100 = time.time() * 100
def scroll(self):
self.cgrid.scroll()
def clear(self):
self.cgrid.clear()
def write(self, drop, rest, s, cpair):
self.cgrid.put(drop=drop, rest=rest, s=s, cpair=cpair)
def accept_key(self, keycode):
'''
By making this an exposed command, we can allow the console to be used
as a display with input coming from elsewhere.
'''
if self.mode == MODE_SELECT:
if keycode == solent_keycode('esc'):
self.to_mode_standard()
elif keycode in (solent_keycode('newline'), solent_keycode('s')):
(c, cpair) = self.cgrid.get(drop=self.select_drop,
rest=self.select_rest)
self._call_selui_lselect(drop=self.select_drop,
rest=self.select_rest,
c=c,
cpair=cpair)
self.to_mode_standard()
else:
# we let the user navigate the cursor using arrow keys, vi
# keys, gollop keys.
b_moved = False
# standard navigation
if keycode in (solent_keycode('q'), solent_keycode('a'),
solent_keycode('z'), solent_keycode('y'),
solent_keycode('h'), solent_keycode('b')):
if self.select_rest > 0:
self.select_rest -= 1
b_moved = True
if keycode in (solent_keycode('e'), solent_keycode('d'),
solent_keycode('c'), solent_keycode('u'),
solent_keycode('l'), solent_keycode('n')):
if self.select_rest < self.width - 1:
self.select_rest += 1
b_moved = True
if keycode in (solent_keycode('q'), solent_keycode('w'),
solent_keycode('e'), solent_keycode('y'),
solent_keycode('k'), solent_keycode('u')):
if self.select_drop > 0:
self.select_drop -= 1
b_moved = True
if keycode in (solent_keycode('z'), solent_keycode('x'),
solent_keycode('c'), solent_keycode('b'),
solent_keycode('j'), solent_keycode('n')):
if self.select_drop < self.height - 1:
self.select_drop += 1
b_moved = True
# shift navigation
if keycode in (solent_keycode('Q'), solent_keycode('A'),
solent_keycode('Z'), solent_keycode('Y'),
solent_keycode('H'), solent_keycode('B')):
self.select_rest = 0
b_moved = True
if keycode in (solent_keycode('E'), solent_keycode('D'),
solent_keycode('C'), solent_keycode('U'),
solent_keycode('L'), solent_keycode('N')):
self.select_rest = self.width - 1
b_moved = True
if keycode in (solent_keycode('Q'), solent_keycode('W'),
solent_keycode('E'), solent_keycode('Y'),
solent_keycode('K'), solent_keycode('U')):
self.select_drop = 0
b_moved = True
if keycode in (solent_keycode('Z'), solent_keycode('X'),
solent_keycode('C'), solent_keycode('B'),
solent_keycode('J'), solent_keycode('N')):
self.select_drop = self.height - 1
b_moved = True
#
if b_moved:
self.select_cursor_on = True
self.select_cursor_t100 = time.time() * 100
elif self.mode == MODE_STANDARD:
if keycode == solent_keycode('esc'):
self.to_mode_select()
else:
if keycode == solent_keycode('lmouseup'):
# We check to see that the coords were the same as
# when the mouse was depressed. If they weren't, this
# usually implies the user has rethought their
# decision, and we abort. From memory, this is how FTL
# works, and it's super-useful.
(ddrop, drest) = self.lmousedown_coords
(udrop, urest) = self.lmouseup_coords
if (ddrop, drest) == (udrop, urest):
(c, cpair) = self.cgrid.get(drop=udrop, rest=urest)
self._call_selui_lselect(drop=udrop,
rest=urest,
c=c,
cpair=cpair)
elif keycode in MOUSE_EVENTS:
pass
else:
# we pass the keystroke back in a callback
self._call_selui_keycode(keycode=keycode)
def refresh_console(self):
if self.mode == MODE_NONE:
pass
elif self.mode == MODE_SELECT:
# cursor flipping
t100 = time.time() * 100
if t100 - self.select_cursor_t100 > 53:
self.select_cursor_t100 = t100
if self.select_cursor_on:
self.select_cursor_on = False
else:
self.select_cursor_on = True
# cursor display
self.select_cgrid.blit(src_cgrid=self.cgrid)
if self.select_cursor_on:
self.select_cgrid.put(drop=self.select_drop,
rest=self.select_rest,
s='@',
cpair=solent_cpair('red'))
self.console.screen_update(cgrid=self.select_cgrid)
elif self.mode == MODE_STANDARD:
self.console.screen_update(cgrid=self.cgrid)
#
def _call_selui_keycode(self, keycode):
self.cs_selui_keycode.keycode = keycode
self.cb_selui_keycode(cs_selui_keycode=self.cs_selui_keycode)
def _call_selui_lselect(self, drop, rest, c, cpair):
self.cs_selui_lselect.drop = drop
self.cs_selui_lselect.rest = rest
self.cs_selui_lselect.c = c
self.cs_selui_lselect.cpair = cpair
self.cb_selui_lselect(cs_selui_lselect=self.cs_selui_lselect)