def __enter__(self):
self.t = termbox.Termbox()
self.t.__enter__()
self.x = 0
self.y = 0
self.width = min(self.t.width(), 80)
self.clear()
return self
def __init__(self):
random.seed(a=time.perf_counter())
self._tb = termbox.Termbox()
self._ticks = 0
self._max_ticks = 65535
self._score = Score(self._tb)
self._pad_l = Paddle(self._tb, 'l', 9)
self._pad_r = Paddle(self._tb, 'r', 9)
self._ball = Ball(self._tb)
self._stopped = True
self._paused = True
self._pause_str = 'PAUSE'
def main():
mode, args = parse_args()
with termbox.Termbox() as t:
torun = {
'r': random_dots,
'd': debug_draw_line,
'l': line_control,
'a': run_app,
'rl': LinesScreenSaver,
'i': image_viewer,
'I': tc_image_viewer,
'q': qube,
't': test,
'c': circle,
}.get(mode, lambda x: print('unknown mode'))
if isinstance(torun, type) and issubclass(torun, App):
torun(t).run_loop()
else:
if args:
torun(t, args=args)
else:
torun(t)
pass
# viewplane is a class that behaves like termbox but is virtual.
# The window exists in memory and needs to be displayed in a real
# termbox to be seen.
# Viewplanes are useful for scrolling windows, configurable layouts
# and similar things.
from termbox_util import viewplane
# A virtual viewplane that can be displayed.
vp=viewplane(11,5)
# Get a set of utils to do things with it.
vptb = termbox_util(vp)
# Use a real termbox window tbinst.
with termbox.Termbox() as tbinst:
event = "no_event"
# Put something in the virtual viewplane
vptb.addstr(3,2,"Hello")
vptb.border()
i=0
# Get some utilities to run over the real window
tb = termbox_util(tbinst)
# This adds a persistent view of the virtual viewplane in the physical viewplane
# With the _window version, it can be a view of only part of the viewplane
# Parameters are : vp,width,height,srcx,srcy,viewx,viewy,active
pid1 = tb.add_persistent_viewplane_window(vp,11,5,0,0,4,8)
h = t.height()
c = i
palette = [
termbox.DEFAULT, termbox.BLACK, termbox.RED, termbox.GREEN,
termbox.YELLOW, termbox.BLUE, termbox.MAGENTA, termbox.CYAN,
termbox.WHITE
]
for x in range(w):
t.change_cell(x, h - 1, ord(u' '), termbox.BLACK, palette[c])
t.change_cell(x, h - 2, ord(u' '), termbox.BLACK, palette[c])
c += 1
if c > 7:
c = 0
with termbox.Termbox() as t:
sb = SelectBox(t, choices, 0)
t.clear()
sb.draw()
t.present()
i = 0
run_app = True
while run_app:
event_here = t.poll_event()
while event_here:
(type, ch, key, mod, w, h, x, y) = event_here
if type == termbox.EVENT_KEY and key == termbox.KEY_ESC:
run_app = False
if type == termbox.EVENT_KEY:
if key == termbox.KEY_ARROW_DOWN:
sb.move_down()
async def __aenter__(self):
self.tb = termbox.Termbox()
for fd in self.tb.poll_fds():
await self._group.spawn(self._watch(fd))
return self
import pygame.time
import termbox
from user_input.input_handler import InputHandler
from Item import DamageItem
from game_map.game_map import GameMap
from scene_manager import SCENE_MANAGER
from game_state_manager import GAME_STATE_MANAGER, GameState
from fight_manager import FIGHT_MANAGER
from ActionTree import ActionTree
# from Inventory import Inventory
# CONSTATN INITIALIZATION
pygame.init()
last_frame_time = 0
tb = termbox.Termbox()
input_handler = InputHandler()
game_map = GameMap('./game_map/game_map.csv')
SCENE_MANAGER['MainMenu'](game_map)
# inventory = Inventory(5, 10)
# inventory.add_item(DamageItem(500))
#SCENE_MANAGER['FightScene'](inventory)
current_game_state = GAME_STATE_MANAGER['CurrentState']
def update_fight():
if FIGHT_MANAGER['CurrentFight'].is_battle_over() == True:
if FIGHT_MANAGER['CurrentFight'].get_player_inventory().get_health(
) > 0:
FIGHT_MANAGER['CurrentFight'] = None
def dbg6502(object_code, symbol_table):
memory_selected = True
disassembly_selected = False
observer_selected = False
event = "no_event_yet"
# Use a real termbox window tbinst.
with termbox.Termbox() as tb:
# The things we seen in the main view are composed
# in virtual viewplanes which are placed within
# the physical termbox view
tbtu = termbox_util(tb)
tbtu.clear()
# Compute some positions
maxx, maxy = tbtu.getmaxxy()
memorywindowheight = maxy - 12
rightwidth = maxx - leftwidth
# A viewplane to hold the command information
vp_commands = viewplane(width=maxx + 1, height=4)
vptu_commands = termbox_util(vp_commands)
draw_commands_view(vptu_commands)
# A viewplane to hold the register state
vp_registers = viewplane(width=leftwidth, height=4)
vptu_registers = termbox_util(vp_registers)
draw_registers_view(vptu_registers, 0, 0, 0, 0, 0x100, 0)
# A viewplane to hold the action view
vp_action = viewplane(width=leftwidth, height=4)
vptu_action = termbox_util(vp_action)
draw_action_view(vptu_action, "Nothing Yet")
# A Viewplane to hold the goto input
vp_goto = viewplane(width=28, height=3)
vptu_goto = termbox_util(vp_goto)
draw_goto_view(vp_goto, vptu_goto, "")
# A viewplane to hold the register state
vp_observer = viewplane(width=maxx + 1 - leftwidth, height=8)
vptu_observer = termbox_util(vp_observer)
draw_observer_view(vptu_observer, observer_selected, "no_event")
# Since we have a sliding memory view but want a box around the
# visible window, we will have a two deep hierarchy - the outer
# with the border and the inner, set inside with the scrolling
# view.
# A viewplane to hold the inner memory view, 8 bytes per line * 8192 = 64k
vp_memory_inner = viewplane(width=leftwidth - 2, height=8192)
vptu_memory_inner = termbox_util(vp_memory_inner)
draw_memory_inner_view(vptu_memory_inner, object_code)
# The outer to hold the border and the innner
vp_memory_outer = viewplane(width=leftwidth, height=memorywindowheight)
vptu_memory_outer = termbox_util(vp_memory_outer)
draw_memory_outer_view(vptu_memory_outer, memory_selected)
# Add the views as persistent views in the terminal view
pvid_commands = tbtu.add_persistent_viewplane(vp_commands, 0, 0)
pvid_registers = tbtu.add_persistent_viewplane(vp_registers, 0, 4)
pvid_action = tbtu.add_persistent_viewplane(vp_action, 0, 8)
pvid_observer = tbtu.add_persistent_viewplane(vp_observer, leftwidth,
4)
#pvid_goto = tbtu.add_persistent_viewplane(vp_goto,10,10)
# Goto window is only visible when taking goto input. Hide it.
#tbtu.deactivate_persistent_vp(pvid_goto)
# The memory view is a window into the viewplane since the
# viewplane has the whole of memory laid out in.
# Parameters are : vp,width,height,srcx,srcy,viewx,viewy,active
pvid_memory_outer = tbtu.add_persistent_viewplane(
vp_memory_outer, 0, 12)
# Put the inner memory view in the outer memory view
pvid_memory_inner = vptu_memory_outer.add_persistent_viewplane_window(
vp_memory_inner, leftwidth - 2, memorywindowheight - 2, 0, 0, 1, 1,
True)
# The disassembly view
vp_disassembly_inner = viewplane(width=maxx + 1 - leftwidth - 2,
height=100)
vptu_disassembly_inner = termbox_util(vp_disassembly_inner)
s.pc = 0
draw_disassembly_inner_view(vptu_disassembly_inner, object_code)
# The outer to hold the border and the innner
vp_disassembly_outer = viewplane(width=maxx + 1 - leftwidth,
height=maxy - 12)
vptu_disassembly_outer = termbox_util(vp_disassembly_outer)
draw_disassembly_outer_view(vptu_disassembly_outer,
disassembly_selected)
# The disassembly view is a window into the viewplane since the
# viewplane has a lot of listing laid out in.
# Parameters are : vp,width,height,srcx,srcy,viewx,viewy,active
pvid_disassembly_outer = tbtu.add_persistent_viewplane(
vp_disassembly_outer, leftwidth, 12)
# Put the inner memory view in the outer memory view
pvid_disassembly_inner = vptu_disassembly_outer.add_persistent_viewplane_window(
vp_disassembly_inner, (maxx - leftwidth - 2), maxy - 14, 0, 0, 1,
1, True)
# The main loop
# Listen for keypresses and do what is asked
# Quit when esc is pressed
memaddr = 0
while True:
#Refresh the screen
(cpdl, dc) = draw_disassembly_inner_view(vptu_disassembly_inner,
object_code)
#draw_memory_inner_view(vptu_memory_inner, object_code)
vptu_memory_outer.present()
# Compute where to place the disassembly in memory
new_srcx = 0
if cpdl > 0:
new_srcy = cpdl - 10
if new_srcy < 0:
new_srcy = 0
else:
new_srcy = 0
vptu_disassembly_outer.move_persistent_viewplane_window(
pvid_memory_inner, new_srcx, new_srcy)
#vptu_disassembly_outer.addstr(20,0,"cpdl="+str(cpdl)+" len="+str(dc)+" ")
vptu_disassembly_outer.present()
draw_registers_view(vptu_registers, s.pc, s.a, s.x, s.y, s.sp,
s.cc)
draw_observer_view(vptu_observer, observer_selected, event)
tbtu.present()
# Get a keypress
event = tb.poll_event()
# untangle it's fields
(type, ch, key, mod, w, h, x, y) = event
## Go to an edit box if the user presses 'e'
#if type==termbox.EVENT_KEY and ch=='e':
# content=el.edit(el_validator,max_width=10)
#vptu_observer.addstr(1,2,str(event))
# Exit when escape pressed.
if type == termbox.EVENT_KEY and key == termbox.KEY_ESC:
return event
if type == termbox.EVENT_KEY and key == termbox_util.key_tab:
# Rotate through selecting one of the three windows
if memory_selected:
memory_selected = False
observer_selected = True
disassembly_selected = False
elif observer_selected:
memory_selected = False
observer_selected = False
disassembly_selected = True
elif disassembly_selected:
memory_selected = True
observer_selected = False
disassembly_selected = False
else:
memory_selected = False
observer_selected = True
disassembly_selected = False
draw_memory_outer_view(vptu_memory_outer, memory_selected)
draw_disassembly_outer_view(vptu_disassembly_outer,
disassembly_selected)
draw_observer_view(vptu_observer, observer_selected, event)
# When r is pressed, sent a reset to the simulator
elif type == termbox.EVENT_KEY and (ch == 'r' or ch == 'r'):
s.reset()
vptu_action.addstr(1, 1, "RESET ")
draw_memory_inner_view(vptu_memory_inner, object_code)
# When i is pressed, sent an irq to the simulator
elif type == termbox.EVENT_KEY and (ch == 'I' or ch == 'i'):
s.irq()
vptu_action.addstr(1, 1, "IRQ ")
draw_memory_inner_view(vptu_memory_inner, object_code)
# When n is pressed, sent an NMI to the simulator
elif type == termbox.EVENT_KEY and (ch == 'N' or ch == 'n'):
s.reset()
vptu_action.addstr(1, 1, "NMI ")
draw_memory_inner_view(vptu_memory_inner, object_code)
# When g is pressed, input a goto address
elif type == termbox.EVENT_KEY and (ch == 'G' or ch == 'g'):
#s.reset()
tbtu.draw_viewplane(vp_goto, 10, 10)
tb.present()
#tbtu.activate_persistent_vp(pvid_goto)
el = termbox_editableline(tb, tbtu, 26, 11, 5)
tb.present()
thetext = el.edit(hex_validator, contents="", max_width=4)
#tbtu.deactivate_persistent_vp(pvid_goto)
if len(thetext) > 0:
thetext = "0x" + thetext
addr = int(eval(thetext))
if addr < 0x10000:
s.pc = addr
# When s is pressed, execute one instruction
elif type == termbox.EVENT_KEY and ch == 's':
distxt, _ = dis.disassemble_line(s.pc)
(action, addr) = s.execute()
vptu_action.addstr(1, 1, distxt.ljust(leftwidth - 2))
draw_registers_view(vptu_registers, s.pc, s.a, s.x, s.y, s.sp,
s.cc)
draw_disassembly_inner_view(vptu_disassembly_inner,
object_code)
# simulator indicated it tried to run uninitialized memory
if action == "weeds":
vptu_action.addstr(
1, 2, "In unitialized mem ".ljust(leftwidth - 2))
# Memory changed so update that part of the memory view
# Back up a bit in case we are in a multi byte stack op
elif action == "w":
startline = addr / 8
startline -= 1
endline = startline + 2
vptu_action.addstr(
1, 2, ("modified %04x=%02x " %
(addr, object_code[addr])).ljust(leftwidth - 2))
draw_memory_inner_view_partial(vptu_memory_inner,
startline, endline,
object_code)
vptu_memory_outer.present()
elif action == "stack":
startline = 0x100
endline = 0x200
vptu_action.addstr(1, 2,
"modified stack ".ljust(leftwidth - 2))
draw_memory_inner_view_partial(vptu_memory_inner,
startline, endline,
object_code)
vptu_memory_outer.present()
elif action == "not_instruction":
vptu_action.addstr(
1, 2, "Not an instruction ".ljust(leftwidth - 2))
else:
vptu_action.addstr(1, 2, " ".ljust(leftwidth - 2))
# Move memory window with the mouse wheel
elif type == termbox.EVENT_KEY and key == termbox_util.TB_KEY_ARROW_UP:
#elif type==termbox.EVENT_KEY and ch=='i':
memaddr -= 8
if memaddr < 0:
memaddr = 0
new_srcy = memaddr / 8
new_srcx = 0
vptu_memory_outer.move_persistent_viewplane_window(
pvid_memory_inner, new_srcx, new_srcy)
# Move memory window with the mouse wheel
#elif type==termbox.EVENT_KEY and key==termbox_util.TB_KEY_ARROW_UP:
elif type == termbox.EVENT_KEY and ch == 'o':
memaddr -= 8 * 32
if memaddr < 0:
memaddr = 0
new_srcy = memaddr / 8
new_srcx = 0
vptu_memory_outer.move_persistent_viewplane_window(
pvid_memory_inner, new_srcx, new_srcy)
elif type == termbox.EVENT_KEY and key == termbox_util.TB_KEY_ARROW_DOWN:
#elif type==termbox.EVENT_KEY and ch=='k':
memaddr += 8
line = memaddr / 8
if (line + memorywindowheight - 2) < 8192:
memaddr = memaddr % 65536
new_srcy = line
new_srcx = 0
vptu_memory_outer.move_persistent_viewplane_window(
pvid_memory_inner, new_srcx, new_srcy)
#elif type==termbox.EVENT_KEY and key==termbox_util.TB_KEY_MOUSE_WHEEL_DOWN:
elif type == termbox.EVENT_KEY and ch == 'l':
memaddr += 8 * 32
line = memaddr / 8
if (line + memorywindowheight - 2) < 8192:
memaddr = memaddr % 65536
new_srcy = line
new_srcx = 0
vptu_memory_outer.move_persistent_viewplane_window(
pvid_memory_inner, new_srcx, new_srcy)
