def _real_test_mencode_implementation_speed():
import os
import time
msgpath = os.path.join(os.environ.get('HOME'), 'tmp/messages')
filenamelist = os.listdir(msgpath)
filenamelist.sort()
decoded_messages = []
sizes_list = []
for name in filenamelist:
encoding = open(os.path.join(msgpath, name), 'rb').read()
sizes_list.append( len(encoding) )
decoded_messages.append( mdecode(encoding) )
totalbytes = reduce(lambda a,b: a+b, sizes_list)
average = totalbytes / len(sizes_list)
sizes_list.sort()
median = sizes_list[len(sizes_list)/2]
print 'read and decoded %d messages totaling %d bytes, averaging %d bytes, median size of %d' % (len(sizes_list), totalbytes, average, median)
### 100% python speed test
print 'encoding using python implementation...'
# setup
# TODO none needed yet
# end setup
t1 = time.time()
for m in decoded_messages:
try:
mencode(m)
except:
print '!',
t2 = time.time()
print 'done. total encoding time: %3.3f' % (t2 - t1,)
def _bench_it_mencode(n):
"""
For use with utilscripts/benchfunc.py.
"""
d = {}
for i in xrange(n):
d[i] = { i: 'spam', i + 1: 'eggs', i * 2: 'bacon'}
mencode(d)
def test_rej_float(self):
try:
s = mencode(0.9873)
assert 0, "You can't encode floats! Anyway, the result: %s, is probably not what we meant." % humanreadable.hr(s)
except MencodeError, le:
try:
s2 = mencode(0.9873)
assert 0, "You can't encode floats! Anyway, the result: %s, is probably not what we meant." % humanreadable.hr(s2)
except MencodeError, le:
# Good! we want an exception when we try this.
return
def test_rej_dict_with_float(self):
try:
s = mencode({'foo': 0.9873})
assert 0, "You can't encode floats! Anyway, the result: %s, is probably not what we meant." % humanreadable.hr(s)
except MencodeError, le:
try:
# print "got exce1: %s" % humanreadable.hr(le)
s2 = mencode({'foo': 0.9873})
assert 0, "You can't encode floats! Anyway, the result: %s, is probably not what we meant." % humanreadable.hr(s2)
except MencodeError, le:
# print "got exce2: %s" % humanreadable.hr(le)
# Good! we want an exception when we try this.
return
def adityaarchi(self, sd, dd, ss, split, msg, tex, nama=[]):
selection = mencode(split, range(1, len(nama) + 1))
k = len(nama) // 100
for a in range(k + 1):
if a == 0: eto = '「 ' + sd + ' 」'
else: eto = ''
text = ''
mids = []
no = a
for i in selection.parse()[a * 100:(a + 1) * 100]:
mids.append(nama[i - 1])
if dd == 'kick':
self.kickoutFromGroup(ss, [nama[i - 1]])
hh = ''
if dd == 'delfriend':
try:
self.deleteContact(nama[i - 1])
hh = 'Del Friend'
except:
hh = 'Not Friend User'
if dd == '': hh = ''
if dd == 'tag': hh = ''
no += 1
if no == len(selection.parse()):
text += "\n{}. @! {}".format(i, hh)
else:
text += "\n{}. @! {}".format(i, hh)
if dd == 'tag': self.sendMention(ss, eto + text, sd, mids)
else: self.sendMention(msg.to, eto + text, sd, mids)
if dd == 'tag':
self.sendMessage(
msg.to, 'Status: Success tag {} mem'.format(
tex,
len(nama) - (len(nama) - len(selection.parse()))))
def openqr(self, to, cmd):
gid = self.getGroupIdsJoined()
if len(cmd.split(" ")) == 3:
selection = mencode(cmd.split(' ')[2], range(1, len(gid) + 1))
k = len(gid) // 100
for a in range(k + 1):
if a == 0: eto = '╭「 QR Group 」─'
else: eto = ''
text = ''
no = 0
for i in selection.parse()[a * 100:(a + 1) * 100]:
group = self.getGroup(gid[i - 1])
if group.preventedJoinByTicket == True:
group.preventedJoinByTicket = False
self.updateGroup(group)
no += 1
if no == len(selection.parse()):
text += "\n│{}. {}\n╰ line://ti/g/{}".format(
i,
self.getGroup(gid[i - 1]).name,
self.reissueGroupTicket(gid[i - 1]))
else:
text += "\n│{}. {}\n│ line://ti/g/{}".format(
i,
self.getGroup(gid[i - 1]).name,
self.reissueGroupTicket(gid[i - 1]))
self.sendMessage(to, eto + text)
def surahlist(self, msg):
if msg.text.lower() == "alquran":
data = self.requestsin("http://api.alquran.cloud/surah")
if msg.text.lower().startswith("alqur'an "):
data = self.requestsin("http://api.alquran.cloud/surah/{}".format(
self.mainsplit(msg.text)))
if len(msg.text.split(' ')) == 1:
if data["data"] != []:
no = 0
ret_ = "「 Al Qur'an 」\n"
for music in data["data"]:
no += 1
if no == len(data['data']):
ret_ += "\n{}. {}".format(no, music['englishName'])
else:
ret_ += "\n{}. {}".format(no, music['englishName'])
return self.sendMessage(msg.to, ret_)
if len(msg.text.split(' ')) == 2:
try:
no = 0
ret_ = " 「 Al Qur'an 」\nSurah: {}".format(
data['data']['englishName'])
for music in data["data"]["ayahs"]:
no += 1
ret_ += "\n{}. {}".format(no, music['text'])
k = len(ret_) // 9999
for aa in range(k + 1):
self.sendMessage(
msg.to, '{}'.format(ret_[aa * 9999:(aa + 1) * 9999]))
except:
pass
if len(msg.text.split(' ')) == 3:
try:
nama = data["data"]["ayahs"]
selection = mencode(self.mainsplit(msg.text.lower(), 's'),
range(1,
len(nama) + 1))
k = len(nama) // 100
text = " 「 Al Qur'an 」\nSurah: {}".format(
data['data']['englishName'])
no = 0
for i in selection.parse():
no += 1
text += "\n{}. {}".format(i, nama[i - 1]['text'])
k = len(text) // 10000
for aa in range(k + 1):
self.sendMessage(
to, '{}'.format(text[aa * 10000:(aa + 1) * 10000]))
except:
pass
def delgroups(self, to, cmd):
gid = self.getGroupIdsJoined()
if len(cmd.split(" ")) == 3:
selection = mencode(cmd.split(' ')[2], range(1, len(gid) + 1))
k = len(gid) // 100
for a in range(k + 1):
if a == 0: eto = '╭「 Leave Group 」─'
else: eto = ''
text = ''
no = 0
for i in selection.parse()[a * 100:(a + 1) * 100]:
self.leaveGroup(gid[i - 1])
no += 1
if no == len(selection.parse()):
text += "\n╰{}. {}".format(
i,
self.getGroup(gid[i - 1]).name)
else:
text += "\n│{}. {}".format(
i,
self.getGroup(gid[i - 1]).name)
self.sendMessage(to, eto + text)
def test_encode_and_decode_hash_key(self):
x = {42: 3}
y = {'42': 3}
assert mdecode(mencode(x)) == x
assert mdecode(mencode(y)) == y
def test_encode_and_decode_tuple(self):
assert mdecode(mencode(())) == []
def test_encode_and_decode_int(self):
assert mdecode(mencode(2)) == 2
def test_encode_and_decode_dict(self):
assert mdecode(mencode({})) == {}
def test_encode_and_decode_long(self):
assert mdecode(mencode(-23452422452342L)) == -23452422452342L
def test_encode_and_decode_none(self):
assert mdecode(mencode(None)) == None
def test_encode_and_decode_complex_object(self):
spam = [[], 0, -3, -345234523543245234523L, {}, 'spam', None, {'a': 3}, {69: []}]
assert mencode(mdecode(mencode(spam))) == mencode(spam)
assert mdecode(mencode(spam)) == spam
def test_encode_and_decode_list(self):
assert mdecode(mencode([])) == []
def test_preencoded_thing(self):
thing = {"dirty limmerk": ["there once was a man from peru", "who set out to sail a canoe"]}
pthing = PreEncodedThing(thing)
assert len(mencode(thing)) == len(pthing)
assert mencode(pthing) == mencode(thing)
assert mdecode(mencode(thing)) == mdecode(mencode(pthing))