def test_is(self):
s = parser.parse(self.magic_token + " ISA #troll http://t.co")
self.assertIsInstance(s, statements.IsA)
self.assertEqual(s.group, '#troll')
s = parser.parse(self.magic_token + " ISA #troll @trollbob")
self.assertIsInstance(s, statements.IsA)
self.assertEqual(s.group, "#troll")
self.assertEqual(s.member, "@trollbob")
async def on_message(message):
if message.author == client.user:
return
content = message.content.split(" ")
if len(content) == 1:
if content[0] == '!f' or content[0] == '!flip':
ast = ddparser.parse(message.author, '1d2')
result = ddparser.compute(ast)
if result == 1:
await message.channel.send(':heads:')
else:
await message.channel.send(':tails:')
if content[0] == '!rps' and type(message.channel) is not DMChannel:
if message.channel.guild.id in rpsDict:
ast = ddparser.parse(message.author, '1d3')
result1 = ddparser.compute(ast)
result2 = ddparser.compute(ast)
output = rpsDict[message.channel.guild.
id] + ' ' + rpsValues[result1] + ' vs '
output += rpsValues[result2] + ' ' + message.author.name
await message.channel.send(output)
rpsDict.pop(message.channel.guild.id)
else:
rpsDict[message.channel.guild.id] = message.author.name
if len(content) < 2:
return
output = ''
if content[0] == '!r' or content[0] == '!roll':
for x in range(1, len(content)):
ast = ddparser.parse(message.author, content[x])
result = ddparser.compute(ast)
output += content[x] + ':' + str(result) + " "
await message.channel.send(output)
if len(content) != 7:
return
if content[0] == '!s' or content[0] == '!stats':
result = dddatabase.insert_character(message.author.id, content)
if result == 0:
await message.channel.send('Stats Saved')
else:
await message.channel.send('Stats Format Incorrect')
def test_bunchOfStuff(self):
statements = [
"ISA #jerk", # i am a jerk
"ISA #jerk @fred", # fred is a jerk
"ISA #jerk @fred @joe", #joe says fred is a jerk
"NOTA #jerk", # i am not a jerk
"NOTA #jerk @alice", # alice is not a jerk
"NOTA #jerk @alice @bob", #bob says alice is not a jerk
"AGREE http://s1.co",# i agree with this docuent,
"AGREE http://s1.co @alice", # alice agrees with this document
"AGREE http://s1.co @alice @eve", # eve says alice agrees with this document
"DISAGREE http://s1.co", # i disagree with this document
"DISAGREE http://s1.co @alice", # alice disagrees with this document,
"DISAGREE http://s1.co @alice @eve", # eve says alice disagrees with this document
"TRUST http://s1.co", # i trust this document
"TRUST http://s1.co @fred", # fred trusts this document
"TRUST http://s1.co @fred @alice", # alice says fred trusts this document
"DISTRUST http://s1.co", # i distrust this document
"DISTRUST http://s1.co @alice", # alice distrusts this document
"DISTRUST http://s1.co @alce @bob", # bob says alice distrusts this document
"SAME http://s1.co http://s2.co", # these are the same identities
"SAME http://s1.co http://s2.co @fred", # fred says these are the same
"HURT http://s1.co", # this content here hurts. i dissaprove of this. i don't like this, etc
"HURT http://s1.co @Bob", # bob hurt me, this content explains it
"HURT http://s1.co @bob @alice", # alice says bob hurt here here
"FORGIVE dewdrop://link-to-hurt", # this content is forgiven - it's a way of saying you are now ok with this thing that has happend
# the link should be a previous hurt statementx
"FORGIVE dewdrop://link-to-hurt @alice", # i forgive alice for this wrong
"FORGIVE dewdrop://link-to-hurt @alice @bob", # bob has forgiven alice for this wrong
"THANKS http://s1.co", # i like this, i'm happy about this
"THANKS http://s1.co @alice", # i like this thing alice did, thanks alice
"THANKS http://s1.co @alice @bob", #bob says alice is thankfull
"SORRY http://s1.co", # sorry for doing this thing, to the public
"SORRY http://s1.co @alice", #alice, sorry i did this
"SORRY http://s1.co @alcie @bob", #bob has apologized to alice
]
for statement in statements:
s = parser.parse(self.magic_token + " " +statement)
def not_a(self): s = parser.parse(self.magic_token + " NOTA #troll") self.assertIsInstance(s, statements.NotA) self.assertEqual(s.group, "#troll")
