from loam.shields.megawing import MegaWing
from bit1 import Bit1
N = 32
NI = 2
NO = 2
def prog():
from bit1.isa import clr, set, O0
clr(O0)
set(O0, jump=0)
megawing = MegaWing(PapilioPro)
megawing.Clock.on()
megawing.Joystick.on()
megawing.LED.on(NO)
main = megawing.main()
if NO == 1:
main.LED = m.bits([main.LED])
slow = mantle.Counter(16)
select = debounce(main.SELECT, slow.COUT)
step = falling(select)
bit1 = Bit1(prog, N, NI, NO, has_ce=True)
m.wire(bit1(m.bits([1, 1]), ce=step), main.LED)
def test_bit1_output(NO):
bit1 = Bit1(main, N, NI, NO)
assert len(bit1.I) == NI
assert len(bit1.O) == NO
def test_bit1_clock(has_ce, has_reset):
bit1 = Bit1(main, N, NI, NO, has_ce=has_ce, has_reset=has_reset)
assert len(bit1.I) == NI
assert len(bit1.O) == NO
assert not has_ce or hasattr(bit1, 'CE')
assert not has_reset or hasattr(bit1, 'RESET')
import magma as m
from loam.boards.papiliopro import PapilioPro
from loam.shields.megawing import MegaWing
from bit1 import Bit1
N = 32
NI = 2
NO = 1
megawing = MegaWing(PapilioPro)
megawing.Clock.on()
megawing.Switch.on(NI)
megawing.LED.on(NO)
main = megawing.main()
if NI == 1:
main.SWITCH = m.bits([main.SWITCH])
if NO == 1:
main.LED = m.bits([main.LED])
def prog():
from bit1.isa import and_, jump, I0, I1, O0
and_( I0, I1, O0 )
jump( 0 )
bit1 = Bit1(prog, N, NI, NO )
m.wire( bit1( main.SWITCH ), main.LED )
from loam.boards.papiliopro import PapilioPro
from loam.shields.megawing import MegaWing
from bit1 import Bit1
N = 32
NI = 1
NO = 1
megawing = MegaWing(PapilioPro)
megawing.Clock.on()
megawing.Switch.on(NI)
megawing.LED.on(NO)
main = megawing.main()
if NI == 1:
main.SWITCH = m.bits([main.SWITCH])
if NO == 1:
main.LED = m.bits([main.LED])
def prog():
from bit1.isa import mov, jump
for i in range(NI):
mov(i, i)
jump(0)
bit1 = Bit1(prog, N, NI, NO, debug=True)
m.wire(bit1(main.SWITCH), main.LED)
import magma as m
import mantle
from loam.boards.papiliopro import PapilioPro
from loam.shields.megawing import MegaWing
from bit1 import Bit1
N = 32
NI = 1
NO = 2
def prog():
from bit1.isa import out
out( [0, 0] )
out( [1, 0] )
out( [0, 1] )
out( [1, 1], jump=0 )
megawing = MegaWing(PapilioPro)
megawing.Clock.on()
megawing.LED.on(NO)
main = megawing.main()
clock = mantle.Counter(24)
bit1 = Bit1(prog, N, NI, NO, mode='parallel', has_ce=True )
m.wire( bit1( m.bits(1,1), ce=clock.COUT ), main.LED )
NI = 1
NO = 8
def prog():
from bit1.isa import set, clr, halt
for i in range(NO):
j = (i - 1 + NO) % NO
set(i)
clr(j)
clr(NO - 1)
halt()
megawing = MegaWing(PapilioPro)
megawing.Clock.on()
megawing.Joystick.on()
megawing.LED.on(NO)
main = megawing.main()
slow = mantle.Counter(16)
select = debounce(main.SELECT, slow.COUT)
step = falling(select)
clock = mantle.Counter(24)
bit1 = Bit1(prog, N, NI, NO, has_ce=True, has_reset=True)
m.wire(bit1(m.bits(0, 1), ce=clock.COUT, reset=step), main.LED)
#inst([0,0, 0])
#inst([1,1, 0])
#inst([0,0, 0])
#inst([1,1, 0], ZERO, label()-1 )
#out( 1,0, 1, jump=label()) # halt
papilio = PapilioPro()
papilio.Clock.on()
for i in range(3):
papilio.A[i].output().on()
main = papilio.main()
clock = mantle.Counter(6)()
reset = clock.COUT
counter = mantle.Counter(5, has_ce=True)
mosi = mantle.PISO(16, has_ce=True)
bit1 = Bit1(main, N, NI, NO, mode='parallel', has_reset=True))
sclk, ss = bit1(counter.O[4], reset=reset)
counter(ce=sclk)
mosi( 0, m.bits(1,16), reset, ce=reset|sclk )
m.wire( ss, main.A[0] )
m.wire( sclk, main.A[1] )
m.wire( mosi.O, main.A[2] )