def test_LR(self):
file = "test_LR1.jpg"
interpret(
"type LR 'lexer analysis' -- 'parser analysis' -- layout -- draw",
"test_LR1.jpg")
correct_file = "test_LR1_correct.jpg"
self.assertEqual(filecmp.cmp(file, correct_file), True)
def test_syntax_with_transition(self):
input = "type LR 1|.1 -10- 2|.2 \n 3|.3 -20- 4|.4 " \
"\n type transition 1-hh-3"
file = "test_syntax_with_transition.jpg"
correct_file = "test_syntax_with_transition_correct.jpg"
interpret(input, file)
def test_draw_lr_circle(self):
input = "type LR .1 -10- .2 "
file = "test_draw_lr_circle.jpg"
correct_file = "test_draw_lr_circle_correct.jpg"
interpret(input, file)
self.assertEqual(filecmp.cmp(file, correct_file), True)
def DefineTransition(self):
input = "type LR 1'ancestor1 male'" \
" \n 2'ancestor2 male' " \
"\n 3'qmei female' 4'xhe male' \n 5'lming male'" \
"transition 1>2 2>3 3>5 "
file = "test_DefineTransition.jpg"
interpret(input, file)
def test_draw_multi_level_lr_circle(self):
input = "type LR .1 -10- .2 \n .3 -20- .4"
file = "test_draw_multi_level_lr_circle.jpg"
correct_file = "test_draw_multi_level_lr_circle.jpg"
interpret(input, file)
def test_newTD(self):
file = "td.jpg"
correct_file = "td_correct.jpg"
interpret("type TD this -- is -- top -- to -- down -- graph", file)
def test_newLR(self):
file = "lr.jpg"
interpret("type LR this -- is -- left -- to -- right -- graph", file)
correct_file = "lr_correct.jpg"
self.assertEqual(filecmp.cmp(file, correct_file), True)
def test_Mul_LR(self):
file = "test_LR1.jpg"
interpret(
"type LR 'lexer analysis' -- 'parser analysis' -- layout -- draw \n a -- b -- c",
"test_Mul_LR.jpg")
