def fizzBuzz():
IO.runIO(IO.Clear() | IO.seq
| IO.Print("How many fizz would you like to buzz?") | IO.seq
| IO.GetLine() | IO.bind | (
lambda n: # n <- getLine
IO.forM(range(1,
int(n) + 1))(
lambda i: # for i in range(1,n + 1)
IO.Wait(0.01) | IO.seq | IO.Print(
"FizzBuzz!" if i % 15 == 0 else "Buzz!"
if i % 5 == 0 else "Fizz!" if i % 3 == 0
else str(i))) | IO.seq | IO.Wait(1.5) |
IO.seq | IO.Clear() | IO.seq | IO.Print("yea ok buhbye!") | IO
.seq | IO.Wait(1) | IO.seq | IO.Clear()))
elements of x as individual arguments of some multi-argument (but uncurried)
function 'f'.
It's important to note that with the exception of IO, no types are
explicitly defined here, but rather their shape is reflected in the
behavior of the functions that use them.
"""
"""Example code at bottom"""
stringMonoid = {'empty': '', 'append': lambda x: lambda y: x + y}
#runRWSIO :: RWST r w s IO a -> IO a
runRWSIO = lambda mx: mx(IO.Monad)
pureIO = RWST.lift | lcompose | IO.Pure
getLineIO = RWST.lift(IO.GetLine())
printIO = RWST.lift | lcompose | IO.Print
clearIO = RWST.lift(IO.Clear())
waitIO = RWST.lift | lcompose | IO.Wait
thingo = RWST.forM(range(
1, 4))(lambda _: printIO("banana") | RWST.seq | waitIO(0.2))
def fizzBuzz():
IO.runIO(IO.Clear() | IO.seq
| IO.Print("How many fizz would you like to buzz?") | IO.seq
| IO.GetLine() | IO.bind | (
lambda n: # n <- getLine
IO.forM(range(1,
int(n) + 1))(
