def test_macro6(self):
n, act, ntimes = Var('n'), Var('act'), MacroVar('ntimes')
eq_(
eval(
letrec([(ntimes,
macro((n, act),
if_(eq(n, 0), 1,
begin(act, ntimes(sub(n, 1), act)))))],
ntimes(3, println(1)))), 1)
def test_macro5(self):
x, y, f = Const('x'), Const('y'), MacroVar('f')
eq_(eval(let([(f, macro((x, y), y, x, 1))], f(println(1), prin(2)))),
1)
def test_macro3(self):
x, y = Const('x'), Const('y')
eq_(eval(macro((x, y), y, x, 1)(println(1), prin(2))), 1)
def test_macro6(self):
n, act, ntimes = Var('n'), Var('act'), MacroVar('ntimes')
eq_(eval(letrec([(ntimes, macro((n, act),
if_(eq(n, 0), 1,
begin(act, ntimes(sub(n, 1), act)))))],
ntimes(3, println(1)))), 1)
def test_macro5(self):
x, y, f = Const('x'), Const('y'), MacroVar('f')
eq_(eval(let([(f, macro((x, y), y, x, 1))], f(println(1), prin(2)))), 1)
def test_macro3(self):
x, y = Const('x'), Const('y')
eq_(eval(macro((x, y), y, x, 1)(println(1), prin(2))), 1)
