def test_findall_or_p(self):
x, y = Var('x'), Var('y')
eq_(
eval(
findall(
macrorules([[x, y], x], [[x, y], y])(prin(1), prin(2)))),
None)
def testLoopUntil(self):
eq_(
eval(
tag_loop_label(
let([(i, 3)],
LoopUntilForm((set(i, sub(i, 1)), prin(i)),
eq(i, 0))))), None)
def test_unwind_protect_loop(self):
from util import a, i
eq_(eval(let([(i,3)],
block(a, assign(i, sub(i, 1)),
if_(eq(i, 0),
exit_block(a, 1),
unwind_protect(continue_block(a), prin(i)))), i)), 0)
def testLoopWhen(self):
eq_(
eval(
tag_loop_label(
let([(i, 3)],
LoopWhenForm((set(i, sub(i, 1)), prin(i)),
gt(i, 0))))), None)
def testLoopTimes(self):
eq_(
eval(
tag_loop_label(
let([(i, 3)],
LoopTimesForm(3, (set(i, sub(i, 1)), prin(i)))))),
None)
def test_unwind_protect_loop(self):
from util import a, i
eq_(
eval(
let([(i, 3)],
block(
a, assign(i, sub(i, 1)),
if_(eq(i, 0), exit_block(a, 1),
unwind_protect(continue_block(a), prin(i)))), i)),
0)
def test_findall_first_p(self): eq_(eval(findall(first_p(prin(1), prin(2)))), None)
def test_closure1(self):
x, f = Const('x'), Const('f')
eq_(eval(let([(f, macrorules([[x], prin(x)])), (x, 1)], f(add(x, x)))),
None)
def testcall(self): eq_(eval(call(unify(x, 1))), True) eq_(eval(is_(x, quote(prin(1)))&call(x)), None)
def test4(self):
x = Var('x')
eq_(eval(macrorules([[x], prin(x)])(add(1, 1))), None)
def test_reverse(self):
x, y = Var('x'), Var('y')
eq_(eval(macrorules([[x, y], y, x])(prin(1), prin(2))), None)
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_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 testEachForm(self): eq_(eval(tag_loop_label(EachForm(i, range(3), [prin(i)]))), None)
def test_unwind_protect2(self):
foo = Var('foo')
eq_(
eval(
block(foo, unwind_protect(exit_block(foo, 1), prin(2),
prin(3)))), 1)
def testLoopWhen(self):
eq_(eval(tag_loop_label(let([(i,3)], LoopWhenForm((set(i, sub(i, 1)), prin(i)),
gt(i,0))))), None)
def testLoopUntil(self):
eq_(eval(tag_loop_label(let([(i,3)], LoopUntilForm((set(i, sub(i, 1)), prin(i)),
eq(i,0))))), None)
def testLoopTimes(self): eq_(eval(tag_loop_label(let([(i,3)], LoopTimesForm(3, (set(i, sub(i, 1)), prin(i)))))), None)
def test_unwind_protect2(self):
foo = Var('foo')
eq_(eval(block(foo, unwind_protect(exit_block(foo, 1),
prin(2), prin(3)))), 1)
def test_and2(self):
eq_(eval(and_(prin(1), prin(2))), None)
def test_cut_or2(self):
assert_raises(NoSolution, eval, or_(begin(prin(1), cut_or, fail),
prin(2)))
def test_cut_or2(self):
assert_raises(NoSolution, eval,
or_(begin(prin(1), cut_or, fail), prin(2)))
def test_findall_or_once(self):
eq_(eval(findall(once(or_(prin(1), prin(2))))), None)
def test_cut_or(self):
eq_(eval(or_(begin(prin(1), fail), prin(2))), None)
def testEachForm2(self): eq_(eval(tag_loop_label(EachForm((i, j), zip(range(3), range(3)), [prin(i, j)]))), None)
def test_macro3(self):
x, y = Const('x'), Const('y')
eq_(eval(macro((x, y), y, x, 1)(println(1), prin(2))), 1)
def testEachForm(self):
eq_(eval(tag_loop_label(EachForm(i, range(3), [prin(i)]))), None)
def test1(self):
eq_(eval(macrorules([[], prin(1)])()), None)
def test1(self): eq_(eval(macrorules([[], prin(1)])()), None)
def test_findall_first_p(self):
eq_(eval(findall(first_p(prin(1), prin(2)))), None)
def testEachForm2(self):
eq_(
eval(
tag_loop_label(
EachForm((i, j), zip(range(3), range(3)), [prin(i, j)]))),
None)
def test2(self):
x = Var('x')
eq_(eval(macrorules([[x], x])(prin(1))), None)
def test2(self):
x = Var('x')
eq_(eval(macrorules([[x], x])(prin(1))), None)
def test4(self):
x = Var('x')
eq_(eval(macrorules([[x], prin(x)])(add(1, 1))), None)
def test5(self):
x = Var('x')
y = Var('y')
eq_(eval(let([(y, 1)], macrorules([[x], prin(x)])(add(y, 1)))), None)
def test5(self):
x = Var('x')
y = Var('y')
eq_(eval(let([(y, 1)], macrorules([[x], prin(x)])(add(y, 1)))), None)
def test_reverse(self):
x, y = Var('x'), Var('y')
eq_(eval(macrorules([[x, y], y, x])(prin(1), prin(2))), None)
def test_findall_or_p(self):
x, y = Var('x'), Var('y')
eq_(eval(findall(macrorules([[x, y], x],
[[x, y], y])(prin(1), prin(2)))), None)
def test_closure3(self):
x, y, f = Const('x'), Const('y'), Const('f')
eq_(
eval(
let([(f, macrorules([[x, y], begin(x, y)])), (x, 1)],
f(prin(x), prin(add(x, x))))), None)
def test_closure1(self):
x, f = Const('x'), Const('f')
eq_(eval(let([(f, macrorules([[x], prin(x)])),
(x, 1)],
f(add(x,x)))), None)
def test_findall_or_once(self): eq_(eval(findall(once(or_(prin(1), prin(2))))), None)
def test_closure3(self):
x, y, f = Const('x'), Const('y'), Const('f')
eq_(eval(let([(f, macrorules([[x, y], begin(x, y)])),
(x, 1)],
f(prin(x), prin(add(x,x))))), None)
def test_cut_or(self): eq_(eval(or_(begin(prin(1), fail), prin(2))), None)
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_and2(self): eq_(eval(and_(prin(1), prin(2))), None)
def testcall(self):
eq_(eval(call(unify(x, 1))), True)
eq_(eval(is_(x, quote(prin(1))) & call(x)), None)