def test_tokens_and_str(self):
info_block = parser.InfoBlock()
info_block.append(cga.TokenNode({'text_line': 'line1'}))
info_block.append(cga.TokenNode({'text_line': 'line2'}))
tokens = [
{
'text_line': ''
},
{
'h2': '##'
},
{
'text_line': 'error info'
},
{
'code_start': '```'
},
{
'text_line': 'line1'
},
{
'text_line': 'line2'
},
{
'code_end': '```'
},
{
'text_line': ''
},
]
self.assertEqual(str(tokens), str(info_block))
self.assertListEqual(tokens, info_block.tokens)
def test_hunt(self):
node_list = cga.make_token_list(self.md)
prey = parser.hunt(node_list)
block = parser.CodeBlock(parser.CODE_TYPE.C)
block.append(cga.TokenNode({'code_start': '```c'}))
block.append(cga.TokenNode({'text_line': 'int main() {'}))
block.append(cga.TokenNode({'text_line': ' return 0'}))
block.append(cga.TokenNode({'text_line': '}'}))
block.append(cga.TokenNode({'code_end': '```'}))
expect = [block]
for f, s in zip(expect, prey):
self.assertEqual(f, s)
def test_make_token_list(self):
tokens = [{
'h2': '##'
}, {
'text_line': 'this is h2'
}, {
'code_start': '```c'
}, {
'text_line': 'int main() {'
}, {
'text_line': ' return 0;'
}, {
'text_line': '}'
}, {
'code_end': '```'
}]
expected = [cga.TokenNode(i) for i in tokens]
for i in range(len(expected) - 1):
expected[i].next = expected[i + 1]
nodelist = cga.make_token_list(tokens)
self.assertListEqual(expected, nodelist)
def test_val(self):
node = cga.TokenNode({'h1': 'the h1 title'})
self.assertEqual('the h1 title', node.val)
def test_key(self):
node = cga.TokenNode({'h1': 'the h1 title'})
self.assertEqual('h1', node.key)
def test_get(self):
node = cga.TokenNode({'h1': 'the h1 title'})
self.assertEqual('the h1 title', node.get('h1'))
def test_next(self):
headnode = cga.TokenNode({'h1': 'the h1 title'})
nextnode = cga.TokenNode({'text_line': 'here is text'})
headnode.next = nextnode
self.assertIs(headnode.next, nextnode)