def run(sentset, labelset, postagset, all_feats, info, weights, testdata, ad):
tsents, tgoldtagseqs, tpostagseqs, tinfo = testdata
weights_avg = init_weights(all_feats)
order = [i for i in range(len(sentset))]
shuffle(order)
k = 0
for j in order:
sys.stderr.write(str(k)+"\r")
sent = sentset[j]
labelseq = labelset[j]
postagseq = postagset[j]
predseq = execute(sent, all_labels, postagseq, weights, labelseq, info)
if labelseq != predseq:
update(weights, predseq, labelseq, sent, postagseq, info, ad)
add_weights(weights_avg, weights)
k += 1
if k % 10000 == 0:
framework.write_weights(weights, k)
decode(tsents, tgoldtagseqs, tpostagseqs, tinfo, weights)
decode(tsents, tgoldtagseqs, tpostagseqs, tinfo, weights)
return weights_avg, weights
def learn_and_decode(trainfile, featlistfile, gazfile, brownfile, num_iter, testfile):
sentset, labelset, postagset, all_feats, info = framework.get_all(trainfile, gazfile, featlistfile, brownfile)
sys.stderr.write("\n" + str(len(all_feats)) + " features in all\n")
sys.stderr.write("\nreading test data \n")
tsents, tgoldtagseqs, tpostagseqs = framework.read_data(testfile)
tinfo = framework.get_maps(tsents, tpostagseqs, gazfile, brownfile)
testdata = (tsents, tgoldtagseqs, tpostagseqs, tinfo)
weights = init_weights(all_feats)
tot_weights = init_weights(all_feats)
#ADAGRAD
ad = init_weights(all_feats)
for ite in range(num_iter):
sys.stderr.write("Iteration " + str(ite) + "\n---------------------------\ntotal train sentences = "+ str(len(sentset)) + "\n")
weights_a, weights = run(sentset, labelset, postagset, all_feats, info, weights, testdata, ad) #ADAGRAD
framework.write_weights(weights, ite)
add_weights(tot_weights, weights_a)
for key in tot_weights.iterkeys():
tot_weights[key] /= num_iter*len(sentset)
sys.stderr.write("\n\nfinal performance on test\n")
decode(tsents, tgoldtagseqs, tpostagseqs, tinfo, tot_weights)
def listen_for_input(r, mic):
# listen to input
print("Now listening...")
beep()
with mic as source:
# this ambient noise adjustment is causing more problems than it's solving
# r.adjust_for_ambient_noise(source)
audio = r.listen(source)
# try to recognize audio
try:
recognized_speech = r.recognize_google(audio)
print(recognized_speech)
decoder.decode(recognized_speech.lower())
listen_for_input(r, mic)
except sr.RequestError:
# API was unreachable or unresponsive
print("There was an error: API unavailable")
except sr.UnknownValueError:
# speech was unintelligible
print("There was an error: Unable to recognize speech")
speaker.speak("Sorry, I didn't get that.")
listen_for_input(r, mic)
def test_decoding_with_ec():
# Decoding correct encoded binary with error correction
encoded_correct = ['000', '000', '000', '010', '010',
'000', '001', '010', '001', '011',
'000', '000', '000', '011', '011',
'000', '000', '000', '011', '011',
'000', '001', '000', '001', '110',
'000', '000', '010', '010', '100',
'000', '001', '000', '010', '011',
'000', '001', '000', '001', '110',
'000', '000', '000', '100', '010',
'000', '000', '000', '011', '011',
'000', '000', '001', '000', '010']
# Decoding wrong encoded binary + missing value with error correction
#'100',
encoded_error = [ '000', '000', '010', '010',
'100', '001', '010', '001', '011',
'000', '000', '000', '011', '011',
'000', '000', '000', '011', '011',
'000', '001', '000', '001', '110',
'000', '000', '010', '010', '100',
'000', '001', '000', '010', '011',
'000', '001', '000', '001', '110',
'000', '000', '000', '100', '010',
'000', '000', '000', '011', '011',
'000', '000', '001', '000', '010']
# Expected output string
expected = 'Hello World'
# Tests
assert expected == decode(encoded_correct), "Char decoding \'{0}\' is incorrect to expected output \'{1}\'.".format(decode(encoded_correct), expected)
print("Decoded correct secret:", decode(encoded_correct))
assert expected == decode(encoded_error), "Char decoding \'{0}\' is incorrect to expected output \'{1}\'.".format(decode(encoded_error), expected)
print("Decoded secret with error(s):", decode(encoded_error))
def image_visualizer_windows(num_d, num_n):
# Decodifica la imagen
decode(num_d, num_n)
# Quita la ventana anterior
window.withdraw()
# Cambia la ventana
visual_window = Toplevel()
visual_window.title("Decodificador de imagen")
visual_window.geometry('880x360')
labelOwo = Label(visual_window, text="Imagen codificada", font = "Helvetica 24 bold italic")
labelOwo.place(x=75, y=0)
img1 = Image.open("owo.png")
renderOwo = ImageTk.PhotoImage(img1.resize((320, 214), Image.ANTIALIAS))
imgOwo = Label(visual_window, image=renderOwo)
imgOwo.image = renderOwo
imgOwo.place(x=60, y=80)
labelUwu = Label(visual_window, text="Imagen decodificada", font="Helvetica 24 bold italic")
labelUwu.place(x=500, y=0)
img2 = Image.open("uwu.png")
renderUwu = ImageTk.PhotoImage(img2.resize((160, 214), Image.ANTIALIAS))
imgUwu = Label(visual_window, image=renderUwu)
imgUwu.image = renderUwu
imgUwu.place(x=580, y=80)
visual_window.mainloop()
def main(argv):
plaintext = "The quick brown fox jumps over the lazy dog"
ciphertext = "1442779157967667200000|262059538099831245374033664000000000|491524481646305217710445277411617404468653198242187500|54736736297607421875000000|26575780025450776966354193208522490921501091250000000000|5232777644455317290286534758400000|21499084800000|24555699822948576064581298828125000000000000|17936133750000"
# this would be less ugly if python had the ternary operator
hexadecimal = True if "--hex" in argv else False
if "--encode" in argv:
print encoder.encode(plaintext, hexadecimal)
if "--decode" in argv:
print decoder.decode(ciphertext)
def detokenize(data, options):
logging.debug("detokenize")
if options.verbose:
sys.stderr.write("Detokenizing...")
detokenized = StringIO.StringIO()
decode(data, detokenized)
if options.verbose:
sys.stderr.write("done\n")
detokenHandle = StringIO.StringIO(detokenized.getvalue())
return detokenHandle
def exec_next_inst ():
comp["ir"] = comp["instmem"][comp["pc"]]
comp["log"].append ( "ir ↢ instmem[pc (${})] ({})".format ( int(comp["pc"]) + 1 , comp["ir"] ) )
if comp["pc"] < 999:
comp["pc"] += 1
else:
comp["pc"]=0
comp["log"].append ( "pc ↢ {}".format ( int(comp["pc"]) + 1 ) )
if comp["ir"]:
decode (comp)
def network(cont_plce_hlder, que_plce_hlder, context_mask_placeholder,
question_mask_placeholder, ans_plce_hlder, dropout_placeholder):
G = encode(cont_plce_hlder, context_mask_placeholder, que_plce_hlder,
question_mask_placeholder, drop_out, hidden_states,
max_para_lgth)
pred_ans = decode(G, context_mask_placeholder, drop_out, hidden_states)
print(pred_ans)
loss = tf.reduce_mean(
tf.nn.sparse_softmax_cross_entropy_with_logits(labels=ans_plce_hlder,
logits=pred_ans))
params = tf.compat.v1.trainable_variables()
gradients = tf.gradients(loss, params)
gradient_norm = tf.linalg.global_norm(gradients)
clipped_gradients, _ = tf.clip_by_global_norm(gradients, max_gradient_norm)
param_norm = tf.linalg.global_norm(params)
global_step = tf.Variable(0, name="global_step", trainable=False)
opt = tf.compat.v1.train.AdamOptimizer(learning_rate=learning_rate)
updates = opt.apply_gradients(zip(clipped_gradients, params),
global_step=global_step)
return updates, loss, global_step, param_norm, gradient_norm, pred_ans
def run_button():
initializereg()
exec(open(r"parent.py").read()
) # This puts all the data and code into the memory.
PC.PC = 0x0
global instructions_executed, IR, decoded_result, r_value, r_index, m_type, m_value, m_index, opc
# print(memory.code_stop)
while PC.PC < memory.code_stop and configme.breakflag == 0:
IR = decoder.fetch(PC.PC) # FETCH
decoded_result = decoder.decode(
IR) # DECODE # decoded_result = (op,rd,rs1,rs2,imm)
opc, r_index, r_value, m_index, m_value, m_type = EXEC_instruct.execute_instruction(
decoded_result) # EXECUTE
EXEC_instruct.memory_access(m_index, m_value, m_type) # MemAcc
EXEC_instruct.write_back(r_index, r_value) # WrBack
instructions_executed += 1
QApplication.processEvents()
memory.print_mem_into_apache()
memory.print_code_into_apache()
fO = open('console.txt', 'w+')
fO.write(f'Assume CPI = 5\n')
fO.write(f'Total clock cycles for program = {5*instructions_executed}\n')
fO.close()
def run_decoding(self):
'''
'''
translations = {}
language_model = self.language_model
source_language_model = self.source_language_model
translation_model = self.translation_model
beam_size = self.beam_size
max_phrase_length = self.max_phrase_length
stack_limit = self.max_phrase_length
stupid_backoff = self.stupid_backoff
n_size = self.n_size
feature_weights = self.feature_weights
nbest = self.nbest
empty_default = self.empty_default
point = self.max_lines / 100 if self.max_lines > 100 else 1
for sentence, idx in iter(self.queue.get, 'STOP'):
idx = int(idx)
translations[idx] = \
decoder.decode(sentence, language_model,
source_language_model,
translation_model,
beam_size, max_phrase_length, stack_limit,
stupid_backoff, n_size, feature_weights,
nbest, empty_default)
if idx % point == 0:
phr.show_progress(idx, self.max_lines, 40, "DECODING")
self.queue.task_done()
self.queue.task_done()
self.pipe.send(translations)
def mk_js_test(lib, lispson_test, i):
lispson = lispson_test[1]
code, defs, natives = decoder.decode(lispson, lib)
def_codes = sorted(defs.values())
defs_code = '\n'.join(def_codes)
def_fun = lib['lang']['target']['def_fun_with_code']
return def_fun('', '', defs_code, code)
def test(arr_adr):
for i in arr_adr:
out = com.com_session(i) # 0.06 seconds
data = dec.decode(out)
print(data)
#firebase.post('/ik', data, params='2')
data = 0
def uart(epoch, decode):
uart = UART(2, 115200)
uart.init(115200, bits=8, parity=0, stop=1, tx=4, rx=5)
while True:
pkt = uart.readline()
if (pkt != None):
pkt = str(pkt)
pkt = pkt.upper()
pkt = pkt[2:-4]
pkt = pkt.split(",")
try:
if len(pkt[0]) == 12 and len(pkt[1]) > 6 and len(
pkt[2]) > -3 and int(pkt[2]) <= 0:
if epoch:
flT = time.time() + 946684800
else:
flT = time_stamp(time.localtime())
m = {
'ts': flT,
'mac': pkt[0],
'data': pkt[1],
'rssi': int(pkt[2])
}
if decode:
d = decoder.decode(pkt[1])
m.update(d)
msgJson = ujson.dumps(m)
clientB.publish(topic=TOPIC + "ble" + pkt[0], msg=msgJson)
else:
# Malformed UART data
pass
except:
pass
def test(ctx, enc, dec, gdc, test_data):
global test_idx
ae_metric = mx.metric.MSE()
gd_metric = mx.metric.Accuracy()
samples = []
for images, labels in test_data:
gauss_yes = nd.ones((labels.shape[0], 1), ctx=ctx)
features = encode(enc, images, labels)
images_out = decode(dec, features, labels)
ae_metric.update([images], [images_out])
gauss_fit = gdc(features)
gd_metric.update([gauss_yes], [gauss_fit])
idx = np.random.randint(images.shape[0])
samples.append(
mx.nd.concat(images[idx], images_out[idx], dim=2)[0].asnumpy())
name, mse = ae_metric.get()
print(' AutoEncoder: {}={:.4f}'.format(name, mse))
name, mse = gd_metric.get()
print(' GaussDiscriminator: feature space satisfaction {}={:.4f}'.format(
name, mse))
try:
imgdir = '/tmp/mnist'
save_images(samples[::2], imgdir, test_idx * 1000)
test_idx += 1
print(" test images written to", imgdir)
except Exception as e:
print(" writing images failed:", e)
def encrypt():
if request.method == 'POST':
# check if the post request has the file part
if 'up_pic' not in request.files:
return "No file selected"
return redirect(request.url)
file = request.files['up_pic']
degree = int(request.form.get('degree'))
pwd = request.form.get('pwd')
# if user does not select file, browser also
# submit a empty part without filename
if file.filename == '':
return "No file selected"
return redirect(request.url)
if file and allowed_file(file.filename):
filename = secure_filename(file.filename)
file.save(os.path.join(app.config['UPLOAD_FOLDER'], filename))
links = [str(os.path.join(app.config['UPLOAD_FOLDER'], filename))]
if request.form['submit']=="enc":
(im,arr,path)=enc.encode(links[0],degree,pwd)
else:
(im,arr,path)=dec.decode(links[0],degree,pwd)
links.append(path)
return render_template("display.html",link=links)
def pick_url(candidates_byte, encoding='utf-8'):
pick = random.randint(0, len(candidates_byte) - 1)
chosen_byte = candidates_byte[pick]
chosen_byte = urllib.unquote(chosen_byte)
chosen_u = decoder.decode(chosen_byte, encoding)
return chosen_u
def step_button(C=0):
global check_on_step
if check_on_step == 0:
exec(open(r"parent.py").read())
check_on_step = 1
global instructions_executed
if PC.PC < memory.code_stop:
decoder.decode(PC.PC)
instructions_executed += 1
if C == 0:
memory.print_mem_into_apache()
memory.print_code_into_apache()
fO = open('console.txt', 'w+')
fO.write(f'Assume CPI = 5\n')
fO.write(f'Total clock cycles for program = {5 * instructions_executed}\n')
fO.close()
def pick_url(candidates_byte, encoding='utf-8'):
pick = random.randint(0, len(candidates_byte) - 1)
chosen_byte = candidates_byte[pick]
chosen_byte = urllib.unquote(chosen_byte)
chosen_u = decoder.decode(chosen_byte, encoding)
return chosen_u
def on_decode_clicked(self, button):
buffer = self.message_to_decode.get_buffer()
(start, stop) = buffer.get_bounds()
message_to_decode = buffer.get_text(start, stop, 0)
decoded_message = decode(message_to_decode)
# display the decoded message
self.decoded_label.set_text(decoded_message)
def main():
""" Simple example entry point"""
message = 'Better Faster Forever'
cipher = make_cipher('QWERTY')
secret = encode(message, cipher)
print('secret: {}'.format(secret))
# secret: vTnnTl zQmnTl zilTpTl
print(decode(secret, cipher))
def create_players(self,pm, league):
divisions_href = {}
players = self.player_data.tsv_players.keys()
for player_name in players:
tsv_record = self.player_data.tsv_players[player_name]
tier_player = TierPlayer()
division_name = decode(tsv_record['division_name'])
if not divisions_href.has_key(division_name):
divisions_href[division_name] = pm.get_division(division_name, league)
tier_player.division = divisions_href[division_name]
tier_player.tier = tier_player.division.tier
tier_player.name = player_name
tier_player.person_name = decode(tsv_record['person_name'])
pm.db_connector.get_session().add(tier_player)
pm.db_connector.get_session().commit()
def process():
if request.method == "GET":
query = request.args.to_dict()
print("Received GET Query:", query)
return Response(encode(query), mimetype='proton')
else:
decoded = decode(request.data)
print("Received POST ProtoN Message:", decoded)
return Response(encode(decoded), mimetype='proton')
def deckListBuilder(deckcode):
#turns deckcode into list of singles and doubles
deck = decoder.decode(deckcode)
singles = deck[6:6+deck[5]]
doubles = deck[7+deck[5]:7+deck[5]+deck[6+deck[5]]]
cardList = [singles,doubles]
return cardList
def main(argv):
if len(argv) <= 1:
print "Usage: %s bit0 bit1 bit2 ... bitn # (n is odd)" % (argv[0], )
print
print "See http://github.com/wnyc/directional_parity for more details"
value = float(decode(map(int, argv[1:])))
f = (value * 9.0 - 80.0) / 20.0
c = (value / 4.0) - 20.0
print "%0.2fC %0.2fF" % (c, f)
return 0
def run_button():
initializereg()
exec(open(r"parent.py").read()
) # This puts all the data and code into the memory.
PC.PC = 0x0
global instructions_executed
# print(memory.code_stop)
while PC.PC < memory.code_stop and configme.breakflag == 0:
decoder.decode(PC.PC)
instructions_executed += 1
QApplication.processEvents()
memory.print_mem_into_apache()
memory.print_code_into_apache()
fO = open('console.txt', 'w+')
fO.write(f'Assume CPI = 5\n')
fO.write(f'Total clock cycles for program = {5*instructions_executed}\n')
fO.close()
def main(argv):
if len(argv) <= 1:
print "Usage: %s bit0 bit1 bit2 ... bitn # (n is odd)" % (argv[0],)
print
print "See http://github.com/wnyc/directional_parity for more details"
value = float(decode(map(int, argv[1:])))
f = (value * 9.0 - 80.0) / 20.0
c = (value / 4.0) - 20.0
print "%0.2fC %0.2fF" % (c, f)
return 0
def store_champs():
store_champs = simple_cache.get('store-champ-data')
if store_champs is None:
pm = PersistenceManager(myapp.db_connector)
tourneys = pm.get_tourneys()
store_champs = []
for tourney in tourneys:
for rank in tourney.rankings:
if tourney.is_store_championship():
rec = { 'tourney' : decode(tourney.tourney_name),
'num_participants': tourney.participant_count,
'player' : decode(rank.player.player_name),
'swiss_standing': rank.rank,
'championship_standing' : rank.elim_rank,
'pretty_print' : rank.pretty_print() }
store_champs.append(rec)
simple_cache.set( 'store-champ-data', store_champs, timeout=5*60)
return render_template( 'store_champ_lists.html', championship_lists=store_champs)
def _load_url(self, url_u, encoding=None):
# word hit list obsolete
self.wordhitview.clear_words()
# set text in textview
ret = fetcher.fetch(url_u)
if not encoding:
encoding = decoder.detect_encoding(ret.txt_byte)
txt_u = decoder.decode(ret.txt_byte, encoding)
txt_u = unmarkup.unwiki(txt_u) or unmarkup.unhtml(txt_u)
self.text = word.Text()
self.text.set_from_txt_u(txt_u)
self.textview.set_text(self.text, encoding, url_u)
def _load_url(self, url_u, encoding=None):
# word hit list obsolete
self.wordhitview.clear_words()
# set text in textview
ret = fetcher.fetch(url_u)
if not encoding:
encoding = decoder.detect_encoding(ret.txt_byte)
txt_u = decoder.decode(ret.txt_byte, encoding)
txt_u = unmarkup.unwiki(txt_u) or unmarkup.unhtml(txt_u)
self.text = word.Text()
self.text.set_from_txt_u(txt_u)
self.textview.set_text(self.text, encoding, url_u)
def addToResult(morseChar):
"""Decodes a given morse character and adds the decoded result
to the global resulting string."""
global resultingText
if (morseChar == DIT or morseChar == DAH
or morseChar == NEW_MORSE_CHARACTER):
#if DIT, DAH or NEW_MORSE_CHARACTER add to morse result
resultingMorse.append(morseChar)
elif (morseChar == NEW_LETTER):
#if new letter, add to morse result and compute completed
#letter and add to result string
resultingMorse.append(morseChar)
previousChar = getPreviousCharFromMorse(resultingMorse)
if VERBOSE:
print(previousChar)
print("=")
print(decode(previousChar))
resultingText += decode(previousChar)
elif (morseChar == NEW_WORD):
#if new word, add to morse result, compute completed letter
#and add space to result string
resultingMorse.append(NEW_LETTER)
previousChar = getPreviousCharFromMorse(resultingMorse)
if VERBOSE:
print(previousChar)
print("=")
print(decode(previousChar))
resultingText += decode(previousChar)
#add space
resultingMorse.append(morseChar)
resultingText += " "
else:
#if none of the above, add a question mark to the results
resultingMorse.append("?")
resultingText += "?"
if VERBOSE:
print("####")
print(resultingText)
if VERBOSE:
print("####")
async def send_packet(pkt):
global globall
global p_id
p_id += 1
if not globall:
await sio.emit('toggleCapturer', False)
e.set()
pkth = bytes(pkt).hex().upper()
ret = decoder.decode(pkth)
if not ret["skip"]:
ret["id"] = p_id
packets.insert(0, ret)
dofilter(ret)
def addToResult(morseChar):
"""Decodes a given morse character and adds the decoded result
to the global resulting string."""
global resultingText
if(morseChar == DIT or morseChar == DAH or morseChar == NEW_MORSE_CHARACTER):
#if DIT, DAH or NEW_MORSE_CHARACTER add to morse result
resultingMorse.append(morseChar)
elif(morseChar == NEW_LETTER):
#if new letter, add to morse result and compute completed
#letter and add to result string
resultingMorse.append(morseChar)
previousChar = getPreviousCharFromMorse(resultingMorse)
if VERBOSE:
print(previousChar)
print("=")
print(decode(previousChar))
resultingText += decode(previousChar)
elif(morseChar == NEW_WORD):
#if new word, add to morse result, compute completed letter
#and add space to result string
resultingMorse.append(NEW_LETTER)
previousChar = getPreviousCharFromMorse(resultingMorse)
if VERBOSE:
print(previousChar)
print("=")
print(decode(previousChar))
resultingText += decode(previousChar)
#add space
resultingMorse.append(morseChar)
resultingText += " "
else:
#if none of the above, add a question mark to the results
resultingMorse.append("?")
resultingText += "?"
if VERBOSE:
print("####")
print(resultingText)
if VERBOSE:
print("####")
def venue_string(self):
ret = ""
if self.venue is not None:
if self.venue.venue is not None:
ret = self.venue.venue
if self.venue.city is not None:
ret = ret + "/" + self.venue.city
if self.venue.state is not None:
ret = ret + "/" + self.venue.state
if self.venue.country is not None:
ret = ret + "/" + self.venue.country
else:
ret = "Unknown"
return decode(ret)
def execution(befehlscode, highlight, updateAll):
global index
global skipnext
index += 1
# print(hex(befehlscode))
if not skipnext:
decoder.decode(befehlscode)
print("Info: Executed")
else:
skipnext = False
commands.doTimer()
commands.doInterrupt()
time.sleep((4 / quartz_frequency) * timescale)
data.data_memory[0x02] = index & 0b11111111
highlight(simulationParser.queue[index][0])
updateAll()
def train(sess, train_data, test_data, epochs=40):
ctx = mx.cpu()
sess.init_all(ctx)
enc = sess.get_block('enc')
dec = sess.get_block('dec')
enc_trainer = sess.get_trainer('enc')
dec_trainer = sess.get_trainer('dec')
loss = gluon.loss.SigmoidBCELoss(from_sigmoid=True)
metric = mx.metric.MSE()
for epoch in range(epochs):
metric.reset()
for i, (images, labels) in enumerate(train_data):
images = images.as_in_context(ctx)
labels = labels.as_in_context(ctx)
batch_size = images.shape[0]
# record computation graph for differentiating with backward()
with autograd.record():
features = encode(enc, images, labels)
images_out = decode(dec, features, labels)
L = loss(images_out, images)
L.backward()
enc_trainer.step(batch_size)
dec_trainer.step(batch_size)
metric.update([images], [images_out])
if (i+1) % 100 == 0:
name, mse = metric.get()
print('[Epoch {} Batch {}] Training: {}={:.4f}'.format(epoch+1, i+1, name, mse))
name, mse = metric.get()
print('[Epoch {}] Training: {}={:.4f}'.format(epoch+1, name, mse))
name, test_mse = test(ctx, enc, dec, test_data)
print('[Epoch {}] Validation: {}={:.4f}'.format(epoch+1, name, test_mse))
sess.save_all()
print('Model parameters and trainer state saved.')
def update_tourney_details():
tourney_id = request.form['tourney_id']
name = decode( request.form['name'] )
type = request.form['tourney_type']
print request.form['datepicker']
mmddyyyy = request.form['datepicker'].split('/')
date = datetime.date( int(mmddyyyy[2]),int(mmddyyyy[0]), int(mmddyyyy[1])) #YYYY, MM, DD
round_length = request.form['round_length_userdef']
tourney_format_def = request.form['tourney_format_dropdown']
tourney_format_custom = request.form['tourney_format_custom']
participant_count = int(request.form['participant_count'])
country = decode(request.form['country'])
state = decode(request.form['state'])
city = decode(request.form['city'])
venue = decode(request.form['venue'])
tourney_format = None
if tourney_format_def is None or len(tourney_format_def) == 0:
if tourney_format_custom is None or len(tourney_format_custom) == 0:
tourney_format = xwingmetadata.format_default
else:
tourney_format = decode(tourney_format_custom)
else:
tourney_format = str(tourney_format_def)
pm = PersistenceManager(myapp.db_connector)
tourney = pm.get_tourney_by_id(tourney_id)
tourney.tourney_name = name
tourney.tourney_type = type
tourney.tourney_date = date
tourney.round_length = round_length
tourney.format = tourney_format
tourney.participant_count = participant_count
tourney.venue.country = country
tourney.venue.state = state
tourney.venue.city = city
tourney.venue.venue = venue
event = Event(remote_address=myapp.remote_address(request),
event_date=func.now(),
event="edit tourney information",
event_details="edited " + name )
pm.db_connector.get_session().add(event)
pm.db_connector.get_session().commit()
return redirect( url_for( 'get_tourney_details', tourney_id=tourney_id) )
def create_players(c, pm, ch, league):
divisions_href = {}
cin = ""
for tier in league.tiers:
players = ch.participant_index(tier.get_challonge_name())
for player in players:
lookup_name = None
player = player['participant']
challonge_username_ = player['challonge_username']
checked_in = player['checked_in']
if challonge_username_ is None or checked_in is False:
lookup_name = player['display_name']
print "player %s has not checked in " % (lookup_name)
else:
lookup_name = challonge_username_
if c.tsv_players.has_key(lookup_name):
# we're good to go
tsv_record = c.tsv_players[lookup_name]
if checked_in is False:
cin = cin + decode(tsv_record['email_address']) + ","
# create the player record
tier_player = TierPlayer()
division_name = decode(tsv_record['division_name'])
print "looking up division %s for player %s" % (division_name,
lookup_name)
if not divisions_href.has_key(division_name):
divisions_href[division_name] = pm.get_division(
division_name, league)
tier_player.division = divisions_href[division_name]
tier_player.tier = tier_player.division.tier
tier_player.challengeboards_handle = decode(
tsv_record['challengeboards_name'])
tier_player.challonge_id = player['id']
print player['group_player_ids'][0]
tier_player.group_id = player['group_player_ids'][0]
tier_player.name = lookup_name
tier_player.email_address = decode(tsv_record['email_address'])
tier_player.person_name = decode(tsv_record['person_name'])
tier_player.reddit_handle = decode(tsv_record['reddit_handle'])
tier_player.timezone = decode(tsv_record['time_zone'])
pm.db_connector.get_session().add(tier_player)
pm.db_connector.get_session().commit()
def main():
if (len(sys.argv) > 1):
filePath = os.path.abspath(sys.argv[1])
fileName = os.path.basename(filePath)
file = open(filePath, 'r').read().lower()
code = splitSegment(file, '.code', '.endcode')
code = removeEmpity(code.split('\n'))
code = removeComment(code)
code = splitInsts(code)
binaryCode = bytearray(decode(code))
binaryFileName = fileName.split('.')[0] + '.hex'
binaryFile = open(binaryFileName, 'wb')
binaryFile.write(binaryCode)
binaryFile.close()
def edit_ranking_row():
#see https://editor.datatables.net/manual/server
tourney_id = request.args['tourney_id']
pm = PersistenceManager(myapp.db_connector)
tourney = pm.get_tourney_by_id(tourney_id)
de = RankingEditor(pm, tourney)
event = Event(remote_address=myapp.remote_address(request),
event_date=func.now(),
event="edit ranking row")
player_name = request.values['data[player_name]']
player_name = decode(player_name)
ret = de.set_and_get_json(request, player_name, event)
event.event_details = event.event_details + " in tourney " + tourney.tourney_name
pm.db_connector.get_session().add(event)
pm.db_connector.get_session().commit()
return ret
def main():
# Reading file name
filename = my_io.getFilename()
# Reading input file
content = my_io.readBinaryFile(filename)
# Calculating probabilities for each symbol
probabilities = utils.calculateProbability(content)
# Saving probabilities for future use
savedProbability = probabilities.copy()
# Calculatin entropy
entropy = utils.calculateEntropy(probabilities)
# Encoding the file
huffCode = encoder.encode(probabilities)
# Calculating average length
averageLength = utils.calculateAverageLength(huffCode, savedProbability)
# Getting the name of the compressed file and the overhead tree
compressedName, overhead = my_io.compressFile(filename, huffCode)
# Getting the name of the decompressed file after it is decoded
decompressedFilename = decoder.decode(filename)
# Calculating files' sizes (original, compressed, decompressed)
originalSize = utils.calculateSize(filename)
compressedSize = utils.calculateSize(compressedName)
decompressedSize = utils.calculateSize(decompressedFilename)
# Showing information on scree, such as sizes, entropy, average length and comparisons on screen
my_io.showEntropy(entropy)
my_io.showAverageLength(averageLength)
my_io.showFileSize(1, originalSize, 0)
my_io.showFileSize(2, compressedSize, overhead)
my_io.showCompression(originalSize, compressedSize)
my_io.showFileSize(3, decompressedSize, 0)
def api(request):
response = {}
if request.method == 'GET':
# Return encoded message (soundprint)
if request.GET.get('message'):
response['soundprint'] = encoder.encode(request.GET['message'])
# Return decoded message
elif request.GET.get('soundprint'):
response['message'] = decoder.decode(request.GET['soundprint'])
else:
response['error'] = 'missing 1 parameter (message or soundprint)'
else:
response['error'] = 'must send GET request'
return HttpResponse(json.dumps(response, indent=4), \
content_type='application/json')
def create_players(c, pm, ch, league):
divisions_href = {}
cin = ""
for tier in league.tiers:
players = ch.participant_index(tier.get_challonge_name())
for player in players:
lookup_name = None
player = player['participant']
challonge_username_ = player['challonge_username']
checked_in = player['checked_in']
if challonge_username_ is None or checked_in is False:
lookup_name = player['display_name']
# print "player %s has not checked in " % ( player['display-name'])
else:
lookup_name = challonge_username_
if c.tsv_players.has_key(lookup_name):
# we're good to go
tsv_record = c.tsv_players[lookup_name]
if checked_in is False:
cin = cin + decode(tsv_record['email_address']) + ","
# create the player record
tier_player = TierPlayer()
division_name = decode(tsv_record['division_name'])
print "looking up division %s for player %s" % (division_name, lookup_name)
if not divisions_href.has_key(division_name):
divisions_href[division_name] = pm.get_division(division_name)
tier_player.division = divisions_href[division_name]
tier_player.tier = tier_player.division.tier
tier_player.challengeboards_handle = decode(tsv_record['challengeboards_name'])
tier_player.challonge_id = player['id']
print player['group_player_ids'][0]
tier_player.group_id = player['group_player_ids'][0]
tier_player.name = lookup_name
tier_player.email_address = decode(tsv_record['email_address'])
tier_player.person_name = decode(tsv_record['person_name'])
tier_player.reddit_handle = decode(tsv_record['reddit_handle'])
tier_player.timezone = decode(tsv_record['time_zone'])
pm.db_connector.get_session().add(tier_player)
pm.db_connector.get_session().commit()
def api(request):
response = {}
if request.method == 'GET':
# Return encoded message (soundprint)
if request.GET.get('message'):
response['soundprint'] = encoder.encode(request.GET['message'])
# Return decoded message
elif request.GET.get('soundprint'):
response['message'] = decoder.decode(request.GET['soundprint'])
else:
response['error'] = 'missing 1 parameter (message or soundprint)'
else:
response['error'] = 'must send GET request'
return HttpResponse(json.dumps(response, indent=4), \
content_type='application/json')
def test(ctx, enc, dec, test_data):
global test_idx
metric = mx.metric.MSE()
samples = []
for images, labels in test_data:
features = encode(enc, images, labels)
images_out = decode(dec, features, labels)
metric.update([images], [images_out])
idx = np.random.randint(images.shape[0])
samples.append(mx.nd.concat(images[idx], images_out[idx], dim=2)[0].asnumpy())
try:
imgdir = '/tmp/mnist'
save_images(samples[::2], imgdir, test_idx*1000)
test_idx += 1
print("test images written to", imgdir)
except Exception as e:
print("writing images failed:", e)
return metric.get()
def get_tourney_name(self):
return decode(self.tourney_name)
def perform_operations(message_body,message_length_size,message_type_size,conn) :
#print "Just Echoing the message back to the client after verification of signature"
payload_length = long(message_body[0:message_length_size])
signed_digest_length = long(message_body[message_length_size:2*message_length_size])
message_type = message_body[2*message_length_size:2*message_length_size + message_type_size]
payload = message_body[2*message_length_size + message_type_size :2*message_length_size+ message_type_size + payload_length]
signed_digest = long(message_body[2*message_length_size + payload_length + message_type_size:])
h = SHA256.new()
h.update(payload)
computed_message_digest = h.hexdigest()
input_tuple = (signed_digest,None)
global total_number_of_adds
global max_no_of_adds
global flush_in_progress
while flush_in_progress == 1 :
pass
if rsapubkey.verify(computed_message_digest,input_tuple) == True :
print "Server : Signature Verification of the received message suceeded"
if message_type == '01' : # ADD command
print "Switched to ADD mode. Waiting for key@file_data ... "
data = payload
split_list = data.split('@')
key = split_list[0]
file_data_string = split_list[1]
base_filename_to_store = key + ".txt"
insert_command = "INSERT INTO " + TABLE_NAME + " SET " + "Timestamp=" + '"' + key + '"' + "," + " filename=" + '"' + key + ".txt" + '"' + ";"
db = MySQLdb.connect(host="127.0.0.1", user= user_name, passwd= passwd, db=DATABASE_NAME)
# you must create a Cursor object. It will let
# you execute all the queries you need
cur = db.cursor()
#print "Insert command = ", insert_command
cur.execute(insert_command)
db.commit()
db.close()
encode(k=k,m=m,data_to_encode=file_data_string,base_filename_to_store = base_filename_to_store,ec_type = ec_type)
#total_number_of_adds = total_number_of_adds + 1
#if total_number_of_adds >= max_no_of_adds :
# total_number_of_adds = 0
# flush_all()
conn.sendall("OK")
elif message_type == '02' : #RETRIEVE Command
#print "Switched to retrieve mode. Waiting for retrieve key ... "
key = payload
#print "Received key = ", key
retrieve_command = "SELECT * FROM " + TABLE_NAME + " WHERE Timestamp=" + '"' + key + '";'
#print "retrieve_command = ", retrieve_command
db = MySQLdb.connect(host="127.0.0.1", user= user_name, passwd= passwd, db=DATABASE_NAME)
# you must create a Cursor object. It will let
# you execute all the queries you need
cur = db.cursor()
cur.execute(retrieve_command)
db.commit()
db.close()
# print all the first cell of all the rows
decoded_data_list = []
#print "Result of command = "
for row in cur.fetchall() :
#print "Row = ", row
# row should be file name to decode and fetch
decoded_data = decode(k,m,row[1],ec_type)
decoded_data_list.append(decoded_data)
#print "Done"
#print "Decoded data for transmission = "
for entry in decoded_data_list :
if entry == -1 :
conn.sendall("-1")
else :
print entry
#conn.sendall(entry)
send_message(conn,entry,"OK")
if len(decoded_data_list) == 0 :
conn.sendall("-2")
return
def convert(self, t, provide_points=False):
tournament = {}
ret = {}
ret[TOURNAMENT] = tournament
tournament[ID] = t.id
tournament[NAME] = t.get_tourney_name()
tournament[DATE] = str(t.tourney_date)
tournament[TYPE] = t.tourney_type
tournament[ROUND_LENGTH] = t.round_length
if t.format is not None:
tournament[FORMAT] = t.format
if t.video_url is not None:
tournament[VIDEO_URL] = t.get_video_url()
if t.venue is not None:
v = t.venue
lon = v.longitude
lat = v.latitude
if lon is not None:
lon = str(lon)
if lat is not None:
lat = str(lat)
tournament[VENUE] = {
VENUE_NAME: decode(v.venue),
STATE: decode(v.state),
CITY: decode(v.city),
LATITUDE: lat,
LONGITUDE: lon,
COUNTRY: decode(v.country)
}
# build the tournament to ranking map
# naive assumption: assume the rankings are there
players = []
tournament[PLAYERS] = players
for ranking in t.rankings:
player = {}
player[PLAYER_NAME] = ranking.player.get_player_name()
player[SCORE] = ranking.score
player[MOV] = ranking.mov
if ranking.sos is None:
ranking.sos = 0
sos = "%.2f" % ranking.sos
player[SOS] = sos
rank = {}
player[RANK] = rank
rank[SWISS] = ranking.rank
if ranking.elim_rank is not None:
rank[ELIMINATION] = ranking.elim_rank
players.append(player)
# if the player has a list, xws it
tlist = ranking.player.get_first_tourney_list()
if tlist and tlist.archtype_list:
converter = XWSListConverter(tlist.archtype_list,provide_points=provide_points)
player[LIST] = converter.data
# and now the rounds
rounds = []
tournament[ROUNDS] = rounds
for round in t.rounds:
rhref = {}
rounds.append(rhref)
rhref[ROUND_TYPE] = round.round_type_str()
rhref[ROUND_NUMBER] = round.round_num
matches = []
rhref[MATCHES] = matches
for result in round.results:
resref = {}
matches.append(resref)
resref[PLAYER1] = result.player1_name()
resref[PLAYER2] = result.player2_name()
resref[PLAYER1_POINTS] = result.list1_score
resref[PLAYER2_POINTS] = result.list2_score
resref[RESULT] = result.get_result_for_json()
if result.final_salvo is not None:
resref[FINAL_SALVO] = result.final_salvo
return ret
def post(self):
json_data = None
pm = PersistenceManager(myapp.db_connector)
helper = TournamentApiHelper(pm)
self.helper = helper
try:
json_data = request.get_json(force=True)
except Exception:
return helper.bail("bad json received!", 403)
if json_data is not None:
if json_data.has_key(TOURNAMENT):
t = json_data[TOURNAMENT]
# it should have all the required fields
missing_field = helper.missing_required_field(t)
if missing_field is not None:
return helper.bail(
"invalid tourney submission, must contain required fields, missing %s " % (missing_field),
403)
tourney_name = t[NAME]
tourney_date = t[DATE]
tourney_type = t[TYPE]
round_length = t[ROUND_LENGTH]
participant_count = t[PARTICIPANT_COUNT]
# validate the tourney date
parsed_date = None
try:
parsed_date = dateutil.parser.parse(tourney_date)
except Exception:
return helper.bail("invalid tourney date %s" % (parsed_date), 403)
# validate the tourney type
if not tourney_type in TournamentApiHelper.tourney_types:
return helper.bail("invalid tourney type %s" % (tourney_type), 403)
# good to go!
tourney = Tourney(tourney_name=tourney_name, tourney_date=tourney_date,
tourney_type=tourney_type, round_length=round_length, entry_date=parsed_date,
participant_count=participant_count, locked=False)
pm.db_connector.get_session().add(tourney)
helper.extract_email(t, tourney)
helper.extract_video_url(t,tourney)
helper.extract_tourney_format(t, tourney)
helper.extract_venue(t, tourney)
# now see if the players are there. if so, add 'em
bail, tlists_by_id, tlists_by_name = helper.extract_players(t,
tourney) # round by round results, if it exists
if bail:
return bail
# set gook
bailout = helper.extract_set(t, tourney, pm)
if bailout:
return bailout
bailout = helper.extract_rounds(t, tourney, tlists_by_id, tlists_by_name, pm)
if bailout:
return bailout
# looking good.
# grab a uuid to finish the job
tourney.api_token = str(uuid.uuid4())
# and log it
event = Event(remote_address=myapp.remote_address(request),
event_date=func.now(),
event="API",
event_details="tournament API: tourney creation via POST")
pm.db_connector.get_session().add(event)
pm.db_connector.get_session().commit()
players = []
for player in tourney.tourney_players:
players.append({NAME: player.get_player_name(), ID: player.id})
response = jsonify({TOURNAMENT: {NAME: decode(tourney.tourney_name),
ID: tourney.id,
API_TOKEN: tourney.api_token,
PLAYERS: players}})
response.status_code = 201
return response
else:
return helper.bail(
"invalid tourney submission, must contain required fields, missing %s " % (TOURNAMENTS), 403)
else:
return helper.bail("invalid tourney submission, must contain a json payload", 403)
def flush_all(restarted):
global flush_in_progress
flush_in_progress = 0
print "Flushing database ..."
#Delete_command = "DELETE * FROM " + TABLE_NAME + ";"
Delete_command = "TRUNCATE TABLE " + TABLE_NAME + ";"
Select_all_command = "SELECT * FROM " + TABLE_NAME + ";"
if restarted == 0 :
# SELECT ALL FROM DATA BASE FOR TRANSMISSION TO CLOUD
db = MySQLdb.connect(host="127.0.0.1", user= user_name, passwd= passwd, db=DATABASE_NAME)
# you must create a Cursor object. It will let
# you execute all the queries you need
cur = db.cursor()
cur.execute(Select_all_command)
fetched_data = cur.fetchall()
db.commit()
db.close()
if restarted == 0 :
#TRANSMIT DATA TO CLOUD HERE
print "Flushing to Mongo DB"
try :
client = MongoClient(MONGO_HOST, MONGO_PORT)
db = client[MONGO_DB_NAME]
collection = db[MONGO_COLLECTION_NAME]
posts = collection.posts
count = 0
min_timestamp = 10000000000
max_timestamp = 0
Timestamp_dict = {}
for row in fetched_data:
#print "Row = ", row
# row should be file name to decode and fetch
decoded_data = decode(k,m,row[1],ec_type)
transmit_dict = {}
key_list = row[1].split('.')
key = key_list[0]
node_id_timestamp_list = key.split(':')
node_id = node_id_timestamp_list[0]
timestamp = node_id_timestamp_list[0]
if node_id in Timestamp_dict.keys() :
if int(timestamp) < Timestamp_dict[node_id]['min'] :
Timestamp_dict[node_id]['min'] = int(timestamp)
if Timestamp_dict[node_id]['max'] < int(timestamp) :
Timestamp_dict[node_id]['max'] = int(timestamp)
else :
Timestamp_dict[node_id] = {}
Timestamp_dict[node_id]['min'] = int(timestamp)
Timestamp_dict[node_id]['max'] = int(timestamp)
transmit_dict["_id"] = key
transmit_dict["value"] = decoded_data
post_obj = posts.insert_one(transmit_dict)
client.close()
except :
print "Error during flush to MONGODB. Probably due to already existing record "
# SEND a notification message to Central Query server with min and max timestamps flushed.
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
host = CENTRAL_QUERY_SERVER_HOST
port = CENTRAL_QUERY_SERVER_PORT
print "Flushed to Mongo DB"
try :
print "Connected to Central Query server"
sock.connect((host,port))
msg_to_transmit = str(my_IP_address)
for node_id in Timestamp_dict.keys() :
msg_to_strnamit += "@" + node_id + ":" + str(Timestamp_dict[node_id]['min']) + ":" + str(Timestamp_dict[node_id]['max'])
sock.sendall(msg_to_transmit)
sock.close()
except socket.error , msg:
print 'Connect failed to Central Query server. Error Code : ' + str(msg[0]) + ' Message ' + msg[1]
def set_from_txt_byte(self, txt_byte, encoding, untag=False):
txt_u = decoder.decode(txt_byte, encoding)
if untag:
txt_u = unmarkup.unhtml(txt_u)
self.txt_u = txt_u
__author__ = 'anton'
import image
import encoder
import decoder
import encoder_gpu
if __name__ == '__main__':
img = image.load_image('nature.bmp')
print img.width, img.height
transformations = encoder_gpu.encode(img)
print len(transformations), len(transformations[0])
img_data = decoder.decode(10, img.width, img.height, transformations)
print len(transformations)
img = image.ImageData(img.width, img.height, img_data, img.mode)
image.save_image('anture_test.bmp', img)
def add_tourney():
#TODO: better edge testing against user input
name = decode( request.form['name'] )
email = decode( request.form['email'] )
type = request.form['tourney_type']
mmddyyyy = request.form['datepicker'].split('/')
date = datetime.date( int(mmddyyyy[2]),int(mmddyyyy[0]), int(mmddyyyy[1])) #YYYY, MM, DD
round_length_dropdown = request.form['round_length_dropdown']
round_length_userdef = request.form['round_length_userdef']
tourney_format_def = request.form['tourney_format_dropdown']
tourney_format_custom = request.form['tourney_format_custom']
participant_count = int(request.form['participant_count'])
sets_used = request.form.getlist('sets[]')
country = decode(request.form['country'])
state = decode(request.form['state'])
city = decode(request.form['city'])
venue = decode(request.form['venue'])
round_length = None
if round_length_dropdown is None or len(round_length_dropdown) == 0:
round_length = int(round_length_userdef)
else:
round_length = int(round_length_dropdown)
tourney_format = None
if tourney_format_def is None or len(tourney_format_def) == 0:
if tourney_format_custom is None or len(tourney_format_custom) == 0:
tourney_format = xwingmetadata.format_default
else:
tourney_format = decode(tourney_format_custom)
else:
tourney_format = str(tourney_format_def)
tourney_report = request.files['tourney_report']
mail_message("New tourney creation attempt", "Request to create tourney name %s from user %s of type %s on day %s with %d participants" % \
( name, email, type, date, participant_count) )
if tourney_report:
filename = tourney_report.filename
data = None
if tourney_report and allowed_file(filename):
try:
data = tourney_report.read()
data = decode(data)
cryodex = Cryodex(data, filename)
t = create_tourney(cryodex, name, date, type, round_length,
sets_used, country, state, city, venue, email, participant_count, tourney_format )
sfilename = secure_filename(filename) + "." + str(t.id)
save_cryodex_file( failed=False, filename=sfilename, data=data)
event = Event(remote_address=myapp.remote_address(request),
event_date=func.now(),
event="create tourney",
event_details="created tourney %s from croydex input" % ( t.tourney_name ))
pm = PersistenceManager(myapp.db_connector)
pm.db_connector.get_session().add(event)
pm.db_connector.get_session().commit()
mail_message("New cryodex tourney created", "A new tourney named '%s' with id %d was created from file %s!" % ( t.tourney_name, t.id, filename ))
print "getting tourney details"
return redirect( url_for('get_tourney_details', tourney_id=t.id))
except (Exception,UnicodeEncodeError ) as err:
filename=str(uuid.uuid4()) + ".html"
save_cryodex_file( failed=True, filename=filename, data=data)
mail_error(errortext=str(err) + "<br><br>Filename =" + filename )
return render_template( 'tourney_entry_error.html', errortext=str(err))
else: #user didnt provide a cryodex file ... have to do it manually
try:
pm = PersistenceManager(myapp.db_connector)
t = Tourney(tourney_name=name, tourney_date=date, tourney_type=type, locked=False,
round_length=round_length, email=email, entry_date=datetime.datetime.now(),
participant_count=participant_count,format=tourney_format)
pm.db_connector.get_session().add(t)
add_sets_and_venue_to_tourney(city, country, pm, sets_used, state, t, venue )
pm.db_connector.get_session().commit()
event = Event(remote_address=myapp.remote_address(request),
event_date=func.now(),
event="create tourney",
event_details="created tourney %s from manual input" % ( t.tourney_name ))
pm = PersistenceManager(myapp.db_connector)
pm.db_connector.get_session().add(event)
pm.db_connector.get_session().commit()
mail_message("New manual tourney created", "A new tourney named '%s' with id %d was created!" % ( t.tourney_name, t.id ))
return redirect(url_for('get_tourney_details', tourney_id=t.id))
except Exception as err:
mail_error(errortext=str(err))
return render_template( 'tourney_entry_error.html', errortext=str(err))
def get_event_details(self):
if self.event_details is None or len(self.event_details) == 0:
return ""
else:
return decode(self.event_details)
def download(conns, download_dir, files, inBackground = False, guiInfo = None):
# some stats
leech_start = time.time()
leech_raw_bytes = 0
leech_files = 0
leech_speeds = []
totalFiles = len(files)
# download + decode files
fileNumber = 0
for file in files:
fileNumber += 1
# TODO: skip file if already downloaded
#if file["downloaded"] == True:
# continue
if not inBackground:
print " %s" % file["subject"]
print " + downloading"
# prepare connections
active = []
ready = []
for conn in conns:
conn.setblocking(0)
ready.append(conn.fd())
# stats
file_start = time.time()
file_speeds = []
file_raw_bytes = 0
# vars
skipfile = False
segments = file["segments"]
decodeList = segments[:]
lastSegment = ''
if not inBackground:
# update gui stats
guiInfo["subject"] = file["subject"]
guiInfo["tsegments"] = len(file["segments"])
guiInfo["segments"] = file["segments"]
guiInfo["tfiles"] = totalFiles
guiInfo["fnum"] = fileNumber
guiInfo["file_raw_bytes"] = 0
guiInfo["file_start"] = file_start
guiInfo["file_size"] = file["size"]
guiInfo["transfering"] = True
guiInfo["hide"] = False
while 1:
if ready:
# theres stuff left to do
if segments and not skipfile:
segment = segments.pop()
fd = ready.pop()
active.append(fd)
nwrap = utils.fdToConn(fd, conns)
nwrap.body("<%s>" % segment)
lastSegment = segment
# lets get out of here
elif not active:
break
# lets dance
read = select.select(active, [], [], 0)[0]
if read:
for fd in read:
nwrap = utils.fdToConn(fd, conns)
# update stats
read_bytes, done = nwrap.recv_chunk()
file_raw_bytes += read_bytes
leech_raw_bytes += read_bytes
if not inBackground:
# update gui
guiInfo["file_raw_bytes"] = file_raw_bytes
if done:
speed = file_raw_bytes / 1024.0 / (time.time() - file_start)
file_speeds.append(speed)
# write to disk
fn = nwrap.resp.split(" ")[2][1:-1]
f = open("cache/%s" % fn,"wb")
for line in nwrap.lines:
f.write(line + "\r\n")
f.close()
nwrap.reset()
active.remove(fd)
ready.append(fd)
break
else:
# check for error
if len(nwrap.lines) == 1:
if nwrap.lines[0][:3] in ('423', '430'):
if not inBackground:
print " * error: file segment missing, file is corrupt"
nwrap.reset()
active.remove(fd)
ready.append(fd)
break
elif not nwrap.lines[0].startswith('2'):
print " * error: %s" % nwrap.lines[0]
nwrap.reset()
active.remove(fd)
ready.append(fd)
skipfile = True
break
# this lessens the cpu load
time.sleep(0.01)
# are we skipping this file?
if skipfile:
break
if not inBackground:
# clear gui info
guiInfo["transfering"] = False
# skip!
if skipfile:
continue
# spit out some nice info
dur = time.time() - file_start
# TODO: reconnect to servers if lag in speed
#print file_speeds
speed = 0
try:
speed = int(sum(file_speeds)/len(file_speeds))
except:
pass
size = utils.nsize(file_raw_bytes)
if not inBackground:
# no files transfered?
if speed == 0:
print " * error: percentage of missing segments is 100%, skipping file"
print " * transferred %s in %s at %dKB/s" % (size, utils.ntime(dur), speed)
# no files transfered?
if speed == 0:
continue
# global stats
leech_files += 1
leech_speeds.append(speed)
# clean up
for conn in conns:
conn.setblocking(1)
# decode
if not inBackground:
print " + decoding"
dec_start = time.time()
decoder.decode(decodeList, download_dir)
dur = time.time() - dec_start
if not inBackground:
print " * decoded %s in %s" % (size, utils.ntime(dur))
# TODO: after we decode, pickle out to unfinished.tmp the remaining files
file["downloaded"] = True
file["decoded"] = True
if not inBackground:
# update gui info
guiInfo["hide"] = True
# summary of session
dur = time.time() - leech_start
speed = 0
try:
speed = sum(leech_speeds)/len(leech_speeds)
except:
pass
size = utils.nsize(leech_raw_bytes)
if not inBackground:
if leech_files == 1:
print "\n received %s file (%s) in %s at %dKB/s" % (leech_files, size, utils.ntime(dur), int(speed))
else:
print "\n received %s files (a total of %s) in %s at %dKB/s" % (leech_files, size, utils.ntime(dur), int(speed))
# remove leftover junk
segfiles = os.listdir("./cache/")
for segfile in segfiles:
try:
os.remove("./cache/%s" % segfile)
except:
pass
return { "files" : leech_files, "size" : size, "time" : utils.ntime(dur), "speed" : int(speed) }
batchCount = 0
for route in routes:
if startPush == False and ( route['startID'] == lastFrom and route['endID'] == lastTo ):
startPush = True
elif startPush == False:
continue
if batchCount == 0:
postRoutes = []
start = str(route['startID'])
end = str(route['endID'])
print 'from ' + start + ' to ' + end
overview_polyline = route['overview_polyline']
points = decoder.decode(overview_polyline)
# pointsStr = '|'.join(','.join(map(str, p)) for p in points)
one = {}
one['start'] = route['startID']
one['end'] = route['endID']
one['duration'] = route['duration']
one['distance'] = route['distance']
one['points'] = points
postObj = {}
postObj['method'] = 'POST'
postObj['path'] = '/1/classes/route'
postObj['body'] = one
postRoutes.append(postObj)
def get_player_name(self):
return decode(self.player_name)
def test_decode(self):
value = decoder.decode("0010011")
self.assertTrue(value == "xxyxz")
def player2_name(self):
if self.list2 is None:
return ""
return decode(self.list2.player.player_name)
def player1_name(self):
return decode(self.list1.player.player_name)
