def test_textline(self):
self.parser = yacc.get_parser("textualelement") # we are testing just part of the parser
res = self.parse("a")
self.assertEqual(repr(res), "TextLine('a',[])")
res = self.parse("a b")
self.assertEqual(repr(res), "TextLine('a b',[])")
# test tags
res = self.parse("#ttt")
self.assertEqual(repr(res), "TextLine('#ttt',['#ttt'])")
res = self.parse("a#ttt")
self.assertEqual(repr(res), "TextLine('a#ttt',['#ttt'])")
res = self.parse("a#ttt#bbb")
self.assertEqual(repr(res), "TextLine('a#ttt#bbb',['#ttt', '#bbb'])")
# test persons
res = self.parse("@ppp")
self.assertEqual(repr(res), "TextLine('@ppp',['@ppp'])")
res = self.parse("a@ppp")
self.assertEqual(repr(res), "TextLine('a@ppp',['@ppp'])")
res = self.parse("a@ppp@ddd")
self.assertEqual(repr(res), "TextLine('a@ppp@ddd',['@ppp', '@ddd'])")
# test other issues
res = self.parse("32")
self.assertEqual(repr(res), "TextLine('32',[])")
res = self.parse("a=b")
self.assertEqual(repr(res), "TextLine('a=b',[])")
res = self.parse("a-b")
self.assertEqual(repr(res), "TextLine('a-b',[])")
# test startwithspace
res = self.parse(" a")
self.assertEqual(repr(res), "TextLine(' a',[])")
def test_task_error(self):
self.parser = yacc.get_parser(
'task') # we are testing just part of the parser
res = self.parse("-a \n")
self.assertEqual(repr(res), "Task(TextLine('a ',[]),[])")
res = self.parse("-a []\n")
self.assertEqual(repr(res), "Task(TextLine('a ',[]),[])")
def test_task(self):
self.parser = yacc.get_parser("task") # we are testing just part of the parser
res = self.parse("-a [2]\n")
self.assertEqual(repr(res), "Task(TextLine('a ',[]),[LexToken(NUMBER,'2',1,4)])")
res = self.parse("-a [2]\n")
self.assertEqual(repr(res), "Task(TextLine('a ',[]),[LexToken(NUMBER,'2',1,5)])")
res = self.parse("-a [2 a]\n")
self.assertEqual(repr(res), "Task(TextLine('a ',[]),[LexToken(NUMBER,'2',1,4), LexToken(TEXT,'a',1,6)])")
res = self.parse("-a [2 a]\n")
self.assertEqual(repr(res), "Task(TextLine('a ',[]),[LexToken(NUMBER,'2',1,4), LexToken(TEXT,'a',1,7)])")
res = self.parse("-a [a 2]\n")
self.assertEqual(repr(res), "Task(TextLine('a ',[]),[LexToken(TEXT,'a',1,4), LexToken(NUMBER,'2',1,6)])")
res = self.parse("-a [2 #tag]\n")
self.assertEqual(repr(res), "Task(TextLine('a ',[]),[LexToken(NUMBER,'2',1,4), LexToken(TAG,'#tag',1,6)])")
res = self.parse("-a [2 @nick]\n")
self.assertEqual(repr(res), "Task(TextLine('a ',[]),[LexToken(NUMBER,'2',1,4), LexToken(PERSON,'@nick',1,6)])")
# should this be right
res = self.parse("-a [2 2]\n")
self.assertEqual(repr(res), "None")
res = self.parse("-a [aa]\n")
self.assertEqual(repr(res), "Task(TextLine('a ',[]),[LexToken(TEXT,'aa',1,4)])")
# test for space beween [] and new line
res = self.parse("-a [aa] \n")
self.assertEqual(repr(res), "Task(TextLine('a ',[]),[LexToken(TEXT,'aa',1,4)])")
self.assertRaises(Exception, self.parse, "-a [aa =d]\n")
# now test spaces left and right, inside brackets
res = self.parse("-a [ #b ]\n")
self.assertEqual(repr(res), "Task(TextLine('a ',[]),[LexToken(TAG,'#b',1,5)])")
res = self.parse("-a [ #b ]\n")
self.assertEqual(repr(res), "Task(TextLine('a ',[]),[LexToken(TAG,'#b',1,6)])")
def test_task(self):
self.parser = yacc.get_parser(
'task') # we are testing just part of the parser
res = self.parse("-a [2]\n")
self.assertEqual(repr(res),
"Task(TextLine('a ',[]),[LexToken(NUMBER,'2',1,4)])")
res = self.parse("-a [2]\n")
self.assertEqual(
repr(res), "Task(TextLine('a ',[]),[LexToken(NUMBER,'2',1,5)])")
res = self.parse("-a [2 a]\n")
self.assertEqual(
repr(res),
"Task(TextLine('a ',[]),[LexToken(NUMBER,'2',1,4), LexToken(TEXT,'a',1,6)])"
)
res = self.parse("-a [2 a]\n")
self.assertEqual(
repr(res),
"Task(TextLine('a ',[]),[LexToken(NUMBER,'2',1,4), LexToken(TEXT,'a',1,7)])"
)
res = self.parse("-a [a 2]\n")
self.assertEqual(
repr(res),
"Task(TextLine('a ',[]),[LexToken(TEXT,'a',1,4), LexToken(NUMBER,'2',1,6)])"
)
res = self.parse("-a [2 #tag]\n")
self.assertEqual(
repr(res),
"Task(TextLine('a ',[]),[LexToken(NUMBER,'2',1,4), LexToken(TAG,'#tag',1,6)])"
)
res = self.parse("-a [2 @nick]\n")
self.assertEqual(
repr(res),
"Task(TextLine('a ',[]),[LexToken(NUMBER,'2',1,4), LexToken(PERSON,'@nick',1,6)])"
)
# should this be right
res = self.parse("-a [2 2]\n")
self.assertEqual(repr(res), "None")
res = self.parse("-a [aa]\n")
self.assertEqual(repr(res),
"Task(TextLine('a ',[]),[LexToken(TEXT,'aa',1,4)])")
# test for space beween [] and new line
res = self.parse("-a [aa] \n")
self.assertEqual(repr(res),
"Task(TextLine('a ',[]),[LexToken(TEXT,'aa',1,4)])")
self.assertRaises(Exception, self.parse, "-a [aa =d]\n")
# now test spaces left and right, inside brackets
res = self.parse("-a [ #b ]\n")
self.assertEqual(repr(res),
"Task(TextLine('a ',[]),[LexToken(TAG,'#b',1,5)])")
res = self.parse("-a [ #b ]\n")
self.assertEqual(repr(res),
"Task(TextLine('a ',[]),[LexToken(TAG,'#b',1,6)])")
def test_storybody(self):
self.parser = yacc.get_parser("storybody") # we are testing just part of the parser
res = self.parse("description\n")
self.assertEqual(repr(res), "TextLine('description',[])")
# make sure new lines are allowed at the end
self.parser = yacc.get_parser("storybody")
res = self.parse("description\n\n")
self.assertEqual(repr(res), "TextLine('description\\n',[])")
# make sure lots of new lines are allowed at the end
self.parser = yacc.get_parser("storybody")
res = self.parse("description\n\n\n\n")
self.assertEqual(repr(res), "TextLine('description\\n\\n\\n',[])")
# let's try to end with a tab - this is harder to swallow
self.parser = yacc.get_parser("storybody")
res = self.parse("description\n \n\t\n")
self.assertEqual(repr(res), "TextLine('description\\n \\n\\t',[])")
def test_storytitle(self):
self.parser = yacc.get_parser("storytitle") # we are testing just part of the parser
res = self.parse("=a\n")
self.assertEqual(repr(res), "TextLine('a',[])")
# test spacing
res = self.parse("= a\n")
self.assertEqual(repr(res), "TextLine(' a',[])")
res = self.parse("= a\n")
self.assertEqual(repr(res), "TextLine(' a',[])")
res = self.parse("= a \n")
def test_storybody(self):
self.parser = yacc.get_parser(
'storybody') # we are testing just part of the parser
res = self.parse("description\n")
self.assertEqual(repr(res), "TextLine('description',[])")
# make sure new lines are allowed at the end
self.parser = yacc.get_parser('storybody')
res = self.parse("description\n\n")
self.assertEqual(repr(res), "TextLine('description\\n',[])")
# make sure lots of new lines are allowed at the end
self.parser = yacc.get_parser('storybody')
res = self.parse("description\n\n\n\n")
self.assertEqual(repr(res), "TextLine('description\\n\\n\\n',[])")
# let's try to end with a tab - this is harder to swallow
self.parser = yacc.get_parser('storybody')
res = self.parse("description\n \n\t\n")
self.assertEqual(repr(res), "TextLine('description\\n \\n\\t',[])")
def test_storytitle(self):
self.parser = yacc.get_parser(
'storytitle') # we are testing just part of the parser
res = self.parse("=a\n")
self.assertEqual(repr(res), "TextLine('a',[])")
# test spacing
res = self.parse("= a\n")
self.assertEqual(repr(res), "TextLine(' a',[])")
res = self.parse("= a\n")
self.assertEqual(repr(res), "TextLine(' a',[])")
res = self.parse("= a \n")
def test_story_with_tasks(self):
self.parser = yacc.get_parser("story") # we are testing just part of the parser
res = self.parse("=st\ndescription\n-t1 [1]\n")
self.assertEqual(
repr(res), "Story('st','description',[Task(TextLine('t1 ',[]),[LexToken(NUMBER,'1',1,21)])],[])"
)
res = self.parse("=st\ndescription\n-t1 [1 #tag1]\n")
self.assertEqual(
repr(res),
"Story('st','description',[Task(TextLine('t1 ',[]),[LexToken(NUMBER,'1',1,21), LexToken(TAG,'#tag1',1,23)])],[])",
)
def test_story_with_tasks(self):
self.parser = yacc.get_parser(
'story') # we are testing just part of the parser
res = self.parse("=st\ndescription\n-t1 [1]\n")
self.assertEqual(
repr(res),
"Story('st','description',[Task(TextLine('t1 ',[]),[LexToken(NUMBER,'1',1,21)])],[])"
)
res = self.parse("=st\ndescription\n-t1 [1 #tag1]\n")
self.assertEqual(
repr(res),
"Story('st','description',[Task(TextLine('t1 ',[]),[LexToken(NUMBER,'1',1,21), LexToken(TAG,'#tag1',1,23)])],[])"
)
def test_story(self):
self.parser = yacc.get_parser("story") # we are testing just part of the parser
res = self.parse("=st\ndescription\n")
self.assertEqual(repr(res), "Story('st','description',[],[])")
res = self.parse("=st#tag\ndescript#tag2 ion\n")
self.assertEqual(repr(res), "Story('st#tag','descript#tag2 ion',[],['#tag', '#tag2'])")
self.parser = yacc.get_parser("story") # we are testing just part of the parser
res = self.parse("=st\ndescription line1\ndescription line 2\n")
self.assertEqual(repr(res), "Story('st','description line1\\ndescription line 2',[],[])")
self.parser = yacc.get_parser("story") # we are testing just part of the parser
res = self.parse("=st\ndescription line1\n description line 2\n")
self.assertEqual(repr(res), "Story('st','description line1\\n description line 2',[],[])")
# test for tasks, buit no description
res = self.parse("=st\n-a [1]\n")
self.assertEqual(repr(res), "Story('st','',[Task(TextLine('a ',[]),[LexToken(NUMBER,'1',1,8)])],[])")
# no description, but tags
res = self.parse("=Fix zemanta.com/demo\n[#fire #must]\n-a\n")
self.assertEqual(repr(res), "Story('Fix zemanta.com/demo','',[Task(TextLine('a',[]),[])],['#fire', '#must'])")
res = self.parse("=Fix zemanta.com/demo\n[#fire #must]\n\n-a\n")
self.assertEqual(repr(res), "Story('Fix zemanta.com/demo','',[Task(TextLine('a',[]),[])],['#fire', '#must'])")
res = self.parse("=Fix zemanta.com/demo\n[#fire #must] \n\n-a\n")
self.assertEqual(repr(res), "Story('Fix zemanta.com/demo','',[Task(TextLine('a',[]),[])],['#fire', '#must'])")
res = self.parse("=Fix zemanta.com/demo\n [#fire #must] \n\n-a\n")
self.assertEqual(repr(res), "Story('Fix zemanta.com/demo','',[Task(TextLine('a',[]),[])],['#fire', '#must'])")
res = self.parse("=Fix zemanta.com/demo\n\n [#fire #must]\n\n-a\n")
self.assertEqual(repr(res), "Story('Fix zemanta.com/demo','',[Task(TextLine('a',[]),[])],['#fire', '#must'])")
res = self.parse("=Fix zemanta.com/demo\n\n [#fire #must] \n\n-a\n")
self.assertEqual(repr(res), "Story('Fix zemanta.com/demo','',[Task(TextLine('a',[]),[])],['#fire', '#must'])")
res = self.parse("=Fix zemanta.com/demo\n \n [#fire #must] \n\n-a\n")
self.assertEqual(repr(res), "Story('Fix zemanta.com/demo','',[Task(TextLine('a',[]),[])],['#fire', '#must'])")
res = self.parse("=Fix zemanta.com/demo\n \n [#fire #must] \n \n-a\n")
self.assertEqual(repr(res), "Story('Fix zemanta.com/demo',' ',[Task(TextLine('a',[]),[])],['#fire', '#must'])")
def test_textline(self):
self.parser = yacc.get_parser(
'textualelement') # we are testing just part of the parser
res = self.parse("a")
self.assertEqual(repr(res), "TextLine('a',[])")
res = self.parse("a b")
self.assertEqual(repr(res), "TextLine('a b',[])")
# test tags
res = self.parse("#ttt")
self.assertEqual(repr(res), "TextLine('#ttt',['#ttt'])")
res = self.parse("a#ttt")
self.assertEqual(repr(res), "TextLine('a#ttt',['#ttt'])")
res = self.parse("a#ttt#bbb")
self.assertEqual(repr(res), "TextLine('a#ttt#bbb',['#ttt', '#bbb'])")
# test persons
res = self.parse("@ppp")
self.assertEqual(repr(res), "TextLine('@ppp',['@ppp'])")
res = self.parse("a@ppp")
self.assertEqual(repr(res), "TextLine('a@ppp',['@ppp'])")
res = self.parse("a@ppp@ddd")
self.assertEqual(repr(res), "TextLine('a@ppp@ddd',['@ppp', '@ddd'])")
# test other issues
res = self.parse("32")
self.assertEqual(repr(res), "TextLine('32',[])")
res = self.parse("a=b")
self.assertEqual(repr(res), "TextLine('a=b',[])")
res = self.parse("a-b")
self.assertEqual(repr(res), "TextLine('a-b',[])")
# test startwithspace
res = self.parse(" a")
self.assertEqual(repr(res), "TextLine(' a',[])")
def test_taskmeta(self):
self.parser = yacc.get_parser(
'taskmeta') # we are testing just part of the parser
res = self.parse("[2]")
self.assertEqual(repr(res), "[LexToken(NUMBER,'2',1,1)]")
def test_story(self):
self.parser = yacc.get_parser(
'story') # we are testing just part of the parser
res = self.parse("=st\ndescription\n")
self.assertEqual(repr(res), "Story('st','description',[],[])")
res = self.parse("=st#tag\ndescript#tag2 ion\n")
self.assertEqual(
repr(res),
"Story('st#tag','descript#tag2 ion',[],['#tag', '#tag2'])")
self.parser = yacc.get_parser(
'story') # we are testing just part of the parser
res = self.parse("=st\ndescription line1\ndescription line 2\n")
self.assertEqual(
repr(res),
"Story('st','description line1\\ndescription line 2',[],[])")
self.parser = yacc.get_parser(
'story') # we are testing just part of the parser
res = self.parse("=st\ndescription line1\n description line 2\n")
self.assertEqual(
repr(res),
"Story('st','description line1\\n description line 2',[],[])")
# test for tasks, buit no description
res = self.parse("=st\n-a [1]\n")
self.assertEqual(
repr(res),
"Story('st','',[Task(TextLine('a ',[]),[LexToken(NUMBER,'1',1,8)])],[])"
)
# no description, but tags
res = self.parse("=Fix zemanta.com/demo\n[#fire #must]\n-a\n")
self.assertEqual(
repr(res),
"Story('Fix zemanta.com/demo','',[Task(TextLine('a',[]),[])],['#fire', '#must'])"
)
res = self.parse("=Fix zemanta.com/demo\n[#fire #must]\n\n-a\n")
self.assertEqual(
repr(res),
"Story('Fix zemanta.com/demo','',[Task(TextLine('a',[]),[])],['#fire', '#must'])"
)
res = self.parse("=Fix zemanta.com/demo\n[#fire #must] \n\n-a\n")
self.assertEqual(
repr(res),
"Story('Fix zemanta.com/demo','',[Task(TextLine('a',[]),[])],['#fire', '#must'])"
)
res = self.parse("=Fix zemanta.com/demo\n [#fire #must] \n\n-a\n")
self.assertEqual(
repr(res),
"Story('Fix zemanta.com/demo','',[Task(TextLine('a',[]),[])],['#fire', '#must'])"
)
res = self.parse("=Fix zemanta.com/demo\n\n [#fire #must]\n\n-a\n")
self.assertEqual(
repr(res),
"Story('Fix zemanta.com/demo','',[Task(TextLine('a',[]),[])],['#fire', '#must'])"
)
res = self.parse("=Fix zemanta.com/demo\n\n [#fire #must] \n\n-a\n")
self.assertEqual(
repr(res),
"Story('Fix zemanta.com/demo','',[Task(TextLine('a',[]),[])],['#fire', '#must'])"
)
res = self.parse("=Fix zemanta.com/demo\n \n [#fire #must] \n\n-a\n")
self.assertEqual(
repr(res),
"Story('Fix zemanta.com/demo','',[Task(TextLine('a',[]),[])],['#fire', '#must'])"
)
res = self.parse("=Fix zemanta.com/demo\n \n [#fire #must] \n \n-a\n")
self.assertEqual(
repr(res),
"Story('Fix zemanta.com/demo',' ',[Task(TextLine('a',[]),[])],['#fire', '#must'])"
)
def test_task_error(self):
self.parser = yacc.get_parser("task") # we are testing just part of the parser
res = self.parse("-a \n")
self.assertEqual(repr(res), "Task(TextLine('a ',[]),[])")
res = self.parse("-a []\n")
self.assertEqual(repr(res), "Task(TextLine('a ',[]),[])")
def test_taskmeta(self):
self.parser = yacc.get_parser("taskmeta") # we are testing just part of the parser
res = self.parse("[2]")
self.assertEqual(repr(res), "[LexToken(NUMBER,'2',1,1)]")
