from pyarch.utils import ioManager
from pyarch.connectors import transport
from pyarch.sequential import ff
inputS = transport.wires(1)
inputR = transport.wires(1)
out = transport.wires(2)
clock = transport.wires(1)
hware = ff.SRFlipFlop(inputS, inputR, out, clock)
iohandler = ioManager.StringIO(hware)
print(iohandler.input('0', '1', '1')) # S-bit R-bit Clock
from pyarch.utils import ioManager
from pyarch.connectors import transport
from pyarch.combinational import arithmetics
inputA = transport.wires(3)
out = transport.wires(2)
hware = arithmetics.FullAdder(inputA, out)
iohandler = ioManager.StringIO(hware)
print iohandler.input('011') # 'carry bit + 2 sum bits'
from pyarch.utils import ioManager
from pyarch.connectors import transport
from pyarch.combinational import arithmetics
inputA = transport.wires(4)
inputB = transport.wires(4)
out = transport.wires(5)
hware = arithmetics.PipoAdder(inputA, inputB, out)
iohandler = ioManager.StringIO(hware)
print(iohandler.input('1111', '1111'))
from pyarch.utils import ioManager
from pyarch.connectors import transport
from pyarch.combinational import gates
inputA = transport.wires(1)
inputB = transport.wires(1)
inputC = transport.wires(1)
hWare = gates.AndGate(inputA, inputB, inputC)
ioHandler = ioManager.StringIO(hWare)
print((ioHandler.input('1', '1')))
from pyarch.utils import ioManager
from pyarch.connectors import transport
from pyarch.combinational import decoders
inputA = transport.wires(1)
inputB = transport.wires(1)
output = transport.wires(4)
iohandler = ioManager.StringIO(decoders.Decoder2x4(inputA, inputB, output))
print iohandler.input('0', '1')