def test_fig_16(self):
i_grammar = FunctionIndexedGrammar([self.functions[x] for x in [0, 19]],
[["b", "a"]])
self.assertFalse(i_grammar.is_empty())
i_grammar.update([["a", "b"]])
self.assertTrue(i_grammar.is_empty())
def test_mif_10(self):
i_grammar = FunctionIndexedGrammar(
[self.functions[x] for x in [2, 3, 4, 5]], [["b"]])
self.assertFalse(i_grammar.is_empty())
i_grammar.update([["b"]])
self.assertFalse(i_grammar.is_empty())
i_grammar.update([["c"]])
self.assertFalse(i_grammar.is_empty())
i_grammar.update([["e"]])
self.assertTrue(i_grammar.is_empty())
def test_fig_40(self):
i_grammar = FunctionIndexedGrammar([self.tree_functions[x] for x in [9]] +
[self.functions[x] for x in [37, 38, 39, 40]],
[["d", "b"]])
self.assertFalse(i_grammar.is_empty())
def test_fig_39(self):
i_grammar = FunctionIndexedGrammar([self.tree_functions[x] for x in [8]] +
[self.functions[x] for x in [34, 35, 36]],
[["b"]])
self.assertFalse(i_grammar.is_empty())
def test_fig_23(self):
i_grammar = FunctionIndexedGrammar([self.tree_functions[x] for x in [0]] +
[self.functions[x] for x in [25]],
[["c"]])
self.assertTrue(i_grammar.is_empty())
def test_fig_30(self):
i_grammar = FunctionIndexedGrammar([self.tree_functions[x] for x in [1]] +
[self.functions[x] for x in [30, 31]],
[["d"]])
self.assertFalse(i_grammar.is_empty())
def test_fig_25(self):
i_grammar = FunctionIndexedGrammar([self.tree_functions[x] for x in [2]] +
[self.functions[x] for x in [25, 26, 6, 27]],
[["q"]])
self.assertFalse(i_grammar.is_empty())
def test_fig_20(self):
i_grammar = FunctionIndexedGrammar([self.functions[x] for x in [20]],
[["c", "q"]],
eq_rules=[self.equivalence_rules[x] for x in [1]])
self.assertFalse(i_grammar.is_empty())
def test_fig_21(self):
i_grammar = FunctionIndexedGrammar([self.functions[x] for x in [21, 22]],
[["a", "c", "b", "d"]],
eq_rules=[])
self.assertTrue(i_grammar.is_empty())
def test_fig_38(self):
i_grammar = FunctionIndexedGrammar([self.functions[x] for x in [32, 33]],
[["a", "c", "d", "b"]],
eq_rules=[self.equivalence_rules[x] for x in [4]])
self.assertFalse(i_grammar.is_empty())
def test_fig_31(self):
i_grammar = FunctionIndexedGrammar([self.tree_functions[x] for x in [0]] +
[self.functions[x] for x in [28]],
[["a", "c"]])
self.assertFalse(i_grammar.is_empty())
def test_fig_29(self):
i_grammar = FunctionIndexedGrammar([self.tree_functions[x] for x in [4, 5, 6, 7]],
[["a"]])
self.assertFalse(i_grammar.is_empty())
def test_mif_26(self):
i_grammar = FunctionIndexedGrammar([self.functions[x] for x in [24]] +
[self.mifunctions[x] for x in [3]],
[["c", "d"]])
self.assertTrue(i_grammar.is_empty())
def test_fig_15(self):
i_grammar = FunctionIndexedGrammar([self.functions[x] for x in [16, 17, 18, 19]],
[["a"]])
self.assertFalse(i_grammar.is_empty())
def test_fig_14(self):
i_grammar = FunctionIndexedGrammar([self.functions[x] for x in [14, 15]],
[["q"]])
self.assertTrue(i_grammar.is_empty())
def test_fig_13(self):
i_grammar = FunctionIndexedGrammar([self.functions[x] for x in [12, 13]],
[["xm"]])
# empty without subfunctions
self.assertTrue(i_grammar.is_empty())
def test_mif_6(self):
i_grammar = FunctionIndexedGrammar([self.functions[x] for x in [2, 7]],
[["b"]])
self.assertFalse(i_grammar.is_empty())
def test_mif_5(self):
i_grammar = FunctionIndexedGrammar([self.functions[x] for x in [1]],
[["b"]])
self.assertTrue(i_grammar.is_empty())
def test_mif_24(self):
i_grammar = FunctionIndexedGrammar([self.functions[x] for x in [25]] +
[self.mifunctions[x] for x in [2]],
[["b", "c"]])
self.assertTrue(i_grammar.is_empty())
def test_fig_32(self):
i_grammar = FunctionIndexedGrammar([self.tree_functions[x] for x in [6]],
[["c-"]])
self.assertTrue(i_grammar.is_empty())
def test_mif_25(self):
i_grammar = FunctionIndexedGrammar([self.functions[x] for x in [26]] +
[self.mifunctions[x] for x in [3]],
[["d"]])
self.assertFalse(i_grammar.is_empty())
def test_mif_21(self):
i_grammar = FunctionIndexedGrammar(
[self.functions[x]
for x in [21, 22]] + [self.mifunctions[x] for x in [0]], [["q"]])
self.assertFalse(i_grammar.is_empty())
def test_mif_22(self):
i_grammar = FunctionIndexedGrammar(
[self.functions[x]
for x in [21, 23]] + [self.mifunctions[x] for x in [1]], [["q"]])
self.assertTrue(i_grammar.is_empty())
def test_fig_1(self):
i_grammar = FunctionIndexedGrammar([self.functions[x] for x in [9, 5]], [["b"]])
self.assertFalse(i_grammar.is_empty())
def test_fig_19(self):
i_grammar = FunctionIndexedGrammar([self.functions[x] for x in [20]],
[["c"], ["query", "c"]])
self.assertFalse(i_grammar.is_empty())
