def test_two_variables_four_values(self):
vals1, vals2 = (1, 2), ("ab", "cd")
sef = ShortExpressionFinder([('var1', vals1), ('var2', vals2)])
all_configs = tuple(itertools.product(vals1, vals2))
for val1 in vals1:
for val2 in vals2:
self.assertEqual('var1==%d and var2=="%s"' % (val1, val2),
sef.get_expr([(val1, val2)]))
for val1 in vals1:
self.assertEqual('var1==%d and (var2=="ab" or var2=="cd")' % val1,
sef.get_expr([(val1, "ab"), (val1, "cd")]))
for val2 in vals2:
self.assertEqual('(var1==1 or var1==2) and var2=="%s"' % val2,
sef.get_expr([(1, val2), (2, val2)]))
self.assertEqual('(var1==1 or var1==2) and (var2=="ab" or var2=="cd")',
sef.get_expr(all_configs))
def test_two_variables_four_values(self):
vals1, vals2 = (1, 2), ("ab", "cd")
sef = ShortExpressionFinder([('var1', vals1), ('var2', vals2)])
all_configs = tuple(itertools.product(vals1, vals2))
for val1 in vals1:
for val2 in vals2:
self.assertEqual('var1==%d and var2=="%s"' % (val1, val2),
sef.get_expr([(val1, val2)]))
for val1 in vals1:
self.assertEqual('var1==%d and (var2=="ab" or var2=="cd")' % val1,
sef.get_expr([(val1, "ab"), (val1, "cd")]))
for val2 in vals2:
self.assertEqual('(var1==1 or var1==2) and var2=="%s"' % val2,
sef.get_expr([(1, val2), (2, val2)]))
self.assertEqual('(var1==1 or var1==2) and (var2=="ab" or var2=="cd")',
sef.get_expr(all_configs))
def test_simple(self):
sef = ShortExpressionFinder([('var', [17])])
self.assertEqual('var==17', sef.get_expr([(17,)]))
def test_simple(self):
sef = ShortExpressionFinder([('var', [17])])
self.assertEqual('var==17', sef.get_expr([(17, )]))
