import buf
import stack
import isr
isr.setvec()
print "-- test stacks"
def recurse(i):
if i:
print "-- swapped: %d" % i
recurse(stack.swap(i - 1))
else:
stack.swap(None)
def worker():
recurse(8)
newstack = buf.bss(0x800)
stack.init(newstack, worker)
i = stack.swap(None, newstack)
while i:
print "-- swapped back: %d" % i
i = stack.swap(i - 1, newstack)
print "-- test stacks done"
print
import buf
import stack
import isr
isr.setvec()
print '-- test stacks'
def recurse(i):
if i:
print '-- swapped: %d' % i
recurse(stack.swap(i - 1))
else:
stack.swap(None)
def worker():
recurse(8)
newstack = buf.bss(0x800)
stack.init(newstack, worker)
i = stack.swap(None, newstack)
while i:
print '-- swapped back: %d' % i
i = stack.swap(i - 1, newstack)
print '-- test stacks done'
print
def prch(ch, fmt): print ch tb[0] = ch; tb[1] = fmt def kbd_isr(): while py8042.more_chars(): ch = keyb.translate_scancode(py8042.get_scancode()) if ch: prch(ch, '\015') squeaks = 0 def clk_isr(): tb[158] = '/-\|'[isr.ticker & 3] while py8042.more_squeaks(): print "mouse: %x %d %d" % py8042.get_squeak() global squeaks squeaks = squeaks + 1 isr.setvec(clk_isr, kbd_isr) ######################################## while (isr.ticker < 40) and (squeaks < 1): pass splashdown() print 'Press a key' while 1: pass
blit.fill(pyvga.framebuffer, 320, 312, 0, 8, 8, (isr.ticker & 15) + 16)
if py8042.more_squeaks():
dx = dy = 0
while py8042.more_squeaks():
_, dx, dy = py8042.get_squeak()
if dx > 10: dir = 'l'
elif dy > 10: dir = 'k'
elif dx < -10: dir = 'h'
elif dy < -10: dir = 'j'
elif dir:
bufchar = dir
dir = None
isr.setvec(clk_isr, kbd_isr)
################################################################################
#--test map--
#map = list(' ##### # # # # ### ## # # ### # ## # ###### # # ## ##### ..# # .$ ..# ##### ### #@## ..# # ######### #######')
#--easier level--
map = list(
' ##### # # #$ # ### $## # $ $ # ### # ## # ###### # # ## ##### ..# # $ $ ..# ##### ### #@## ..# # ######### #######'
)
#--harder level--
#map = list(' ####### # ...# ##### ...# # . .# # ## ...# ## ## ...# ### ######## # $$$ ## ##### $ $ ##### ## #$ $ # # #@ $ $ $ $ # ###### $$ $ ##### # # ########')
tile_ndx = '@&$*#. '
else: blit.fill(pyvga.framebuffer, 320, 140, 150, 40, 20, v)
########################################
import isr
import ports
def key_isr():
ports.outb(0xfe, 0x64) # reboot!
def clk_isr():
if isr.ticker > 50:
seven_segment(rtc.seconds() & 0xF)
########################################
pyvga.set320x200x256()
pyvga.framebuffer[:0xFA00] = pyvga.splashscreen[:0xFA00]
isr.setvec(clk_isr, key_isr)
while isr.ticker < 40:
pass
blit.fill(pyvga.framebuffer, 320, 0, 0, 320, 200, 0)
while 1:
pass
if ord("\01\00\01\01\00\01\01\00\01\00\01\01\01\01\01\00"[n]): v = 55
else: v = 0
if v: blit.paste(pyvga.framebuffer,320, 140, 150, horz, 40)
else: blit.fill(pyvga.framebuffer,320, 140,150, 40, 20, v)
########################################
import isr
import ports
def key_isr():
ports.outb(0xfe,0x64) # reboot!
def clk_isr():
if isr.ticker > 50:
seven_segment(rtc.seconds() & 0xF)
########################################
pyvga.set320x200x256()
pyvga.framebuffer[:0xFA00] = pyvga.splashscreen[:0xFA00]
isr.setvec(clk_isr, key_isr)
while isr.ticker < 40:
pass
blit.fill(pyvga.framebuffer,320,0,0,320,200,0)
while 1:
pass
