yapf + pylint + add style checks to tests

stl/test_utils.py

@@ -1,94 +0,0 @@
-import stl
-import stl.utils
-import pandas as pd
-import unittest
-from sympy import Symbol
-
-ex1 = ("F[b?, 1]G[0, c?](x > a?)", {"a?", "b?", "c?"})
-ex2 = ("G[0, c?](x > a?)", {"a?", "c?"})
-ex3 = ("F[b?, 1]G[0, c?](x > a?)", {"a?", "b?", "c?"})
-ex4 = ("F[b?, 1]G[0, c?](x > a?)", "F[2, 1]G[0, 3](x > 1)")
-ex5 = ("G[0, c?](x > a?)", "G[0, 3](x > 1)")
-
-val = {"a?": 1.0, "b?": 2.0, "c?": 3.0}
-"""
-class TestSTLUtils(unittest.TestCase):
-    @params(ex1, ex2, ex3)
-    def test_param_lens(self, phi_str, params):
-        phi = stl.parse(phi_str)
-        self.assertEqual(set(map(str, stl.utils.param_lens(phi).get_all())), params)
-        
-    @params(ex4, ex5)
-    def test_set_params(self, phi_str, phi2_str):
-        phi = stl.parse(phi_str)
-        phi2 = stl.parse(phi2_str)
-        phi = stl.utils.set_params(phi, val)
-        
-        self.assertEqual(set(map(str, stl.utils.param_lens(phi).get_all())), set())
-        self.assertEqual(phi, phi2)
-
-    @params(("x > 5", 1), ("~(x)", 2), ("(F[0,1](x)) & (~(G[0, 2](y)))", 6))
-    def test_walk(self, phi_str, l):
-        self.assertEqual(l, len(list(stl.walk(stl.parse(phi_str)))))
-
-    @params(([], False, False),([int], True, False), ([int, bool], True, True))
-    def test_type_pred(self, types, b1, b2):
-        pred = stl.utils.type_pred(*types)
-        self.assertFalse(pred(None))
-        self.assertEqual(pred(1), b1)
-        self.assertEqual(pred(True), b2)
-
-    @params(("(F[0,1]G[0, 4]((x > 3) or (y < 4))) and (x < 3)", 2))
-    def test_vars_in_phi(self, phi_str, l):
-        phi = stl.parse(phi_str)
-        self.assertEqual(len(stl.utils.vars_in_phi(phi)), l)
-
-    @params(("(F[0,1]G[0, 4]((x > 3) or (y < 4))) and (x < 3)", 3))
-    def test_terms_lens(self, phi_str, l):
-        phi = stl.parse(phi_str)
-        l2 = len(stl.terms_lens(phi).get_all())
-        self.assertEqual(l, l2)
-
-
-    @params(("(F[0,1]G[0, 4]((x > 3) | (y < 4))) & (x < 3)", 7, 12))
-    def test_f_neg_or_canonical_form(self, phi_str, pre_l, post_l):
-        phi = stl.parse(phi_str)
-        pre_l2 = len(list(stl.walk(phi)))
-        self.assertEqual(pre_l, pre_l2)
-        post_l2 = len(list(stl.walk(stl.utils.f_neg_or_canonical_form(phi))))
-        self.assertEqual(post_l, post_l2)
-
-    def test_andf(self):
-        phi = stl.parse("x")
-        self.assertEqual(phi, stl.andf(phi))
-
-    def test_orf(self):
-        phi = stl.parse("x")
-        self.assertEqual(phi, stl.orf(phi))
-
-    def test_inline_context(self):
-        context = {
-            stl.parse("x"): stl.parse("(z) & (y)"),
-            stl.parse("z"): stl.parse("y - x > 4")
-        }
-        context2 = {
-            stl.parse("x"): stl.parse("x"),
-        }
-        phi = stl.parse("x")
-        self.assertEqual(stl.utils.inline_context(phi, {}), phi)
-        self.assertEqual(stl.utils.inline_context(phi, context), 
-                         stl.parse("(y - x > 4) & (y)"))
-
-        phi2 = stl.parse("((x) & (z)) | (y)")
-        self.assertEqual(stl.utils.inline_context(phi2, context), 
-                         stl.parse("((y - x > 4) & (y) & (y - x > 4)) | (y)"))
-
-#    def test_to_from_mtl(self):
-#        raise NotImplementedError
-
-#    def test_get_polarity(self):
-#        raise NotImplementedError
-
-#    def test_canonical_polarity(self):
-#        raise NotImplementedError
-"""