def main():
import config
from model import load_model
model = load_model()
while not model:
config.model_path = input('valid model: ')
model = load_model()
from data import load_data, split_data
d = load_data(with_meta=True)
d, _ = split_data(d)
# from random import shuffle
# shuffle(d)
d = d[:config.hm_output_file]
for i, (seq, meta) in enumerate(d):
from model import respond_to
_, seq = respond_to(model, [seq[:config.hm_extra_steps]],
training_run=False,
extra_steps=config.hm_extra_steps)
seq = seq.detach()
if config.use_gpu:
seq = seq.cpu()
seq = seq.numpy()
from data import data_to_audio, write
seq = data_to_audio(seq, meta)
write(f'{config.output_file}{i}.wav', config.sample_rate, seq)
def dump(self, directory, features, detail=None):
if not os.path.exists(directory):
os.mkdir(directory)
# Noise
if self.label is None:
path = os.path.join(directory, "noise.jsonl")
# Not noise
else:
path = os.path.join(directory, "cluster.json")
with open(path, "w") as fp:
json.dump(self.analyze(features), fp, indent=4)
path = os.path.join(directory, "items.jsonl")
def item(point):
return {
"log": features[point][extractor.FEATURE_LOG],
"url": features[point][extractor.FEATURE_URL] or None,
"merged": features[point][extractor.FEATURE_MERGED],
"test": features[point][extractor.FEATURE_NAME],
"tracker": features[point][extractor.FEATURE_TRACKER] or None,
}
# Write out all the items
data.write(path, map(item, self.points))
def main():
ap = argparse.ArgumentParser()
ap.add_argument('--input', default='tweets.tsv', help='tweets file')
ap.add_argument('--liwc', action='store_true', default=False, help='use LIWC features [unimpl]')
ap.add_argument('--log', action='store_true', default=False, help='compute log of feature values')
ap.add_argument('--min-df', metavar='MIN_DF', type=int, default=20, help='min number of different county a word must appear in')
ap.add_argument('--norm', default='none', help='how to normalize counts [user, word, none]')
ap.add_argument('--output', default='counties.pkl', help='output file')
ap.add_argument('--perma', action='store_true', default=False, help='use PERMA features [unimpl]')
ap.add_argument('--unigrams', action='store_true', default=False, help='retain unigrams')
args = ap.parse_args()
logger.info(args)
if os.path.exists(args.output):
logger.info('already done!')
sys.exit()
features, users_by_county, alpha = read_tweets(tweet.from_tsv(args.input), args.norm == 'user', args.unigrams, args.liwc, args.perma)
features, alpha = filter_by_count(features, alpha, args.min_df)
normalize(features, users_by_county, alpha, args.norm)
features = densify(features, alpha) # default_dict_to_dict(features)
if args.log:
logify(features)
logger.info('10 words from alpha: %s' % alpha.keys()[:10])
logger.info('first 10 features from first county: %s' % features.values()[0][:10])
data.write(args.output, data.Data(args, features, alpha))
def dump(self, directory):
if not os.path.exists(directory):
os.mkdir(directory)
for key, group in self.data.items():
group.finalize()
path = os.path.join(directory, "{0}.jsonl".format(self.name))
data.write(path, self.data.values())
def write_db():
if request.method == 'POST':
topic = request.form["topic"]
dur = request.form["Addcontent"]
color = request.form["Tags"]
hair = request.form["Levels"]
print(topic, dur, color, hair)
data.write(topic=topic, content=dur, tags=color, levels=hair)
return render_template('movies.html', p="ok", name=topic)
def main():
ap = argparse.ArgumentParser()
ap.add_argument('--input', default='tweets.tsv', help='tweets file')
ap.add_argument('--liwc',
action='store_true',
default=False,
help='use LIWC features [unimpl]')
ap.add_argument('--log',
action='store_true',
default=False,
help='compute log of feature values')
ap.add_argument(
'--min-df',
metavar='MIN_DF',
type=int,
default=20,
help='min number of different county a word must appear in')
ap.add_argument('--norm',
default='none',
help='how to normalize counts [user, word, none]')
ap.add_argument('--output', default='counties.pkl', help='output file')
ap.add_argument('--perma',
action='store_true',
default=False,
help='use PERMA features [unimpl]')
ap.add_argument('--unigrams',
action='store_true',
default=False,
help='retain unigrams')
args = ap.parse_args()
logger.info(args)
if os.path.exists(args.output):
logger.info('already done!')
sys.exit()
features, users_by_county, alpha = read_tweets(tweet.from_tsv(args.input),
args.norm == 'user',
args.unigrams, args.liwc,
args.perma)
features, alpha = filter_by_count(features, alpha, args.min_df)
normalize(features, users_by_county, alpha, args.norm)
features = densify(features, alpha) # default_dict_to_dict(features)
if args.log:
logify(features)
logger.info('10 words from alpha: %s' % alpha.keys()[:10])
logger.info('first 10 features from first county: %s' %
features.values()[0][:10])
data.write(args.output, data.Data(args, features, alpha))
def task():
taskApp = data.read()
task = taskapp_pb2.Task()
newTask = toBuffer(request.data, task, gettingJson(request))
matchingTasks = filterById(taskApp.tasks, newTask.id)
if len(matchingTasks) > 0:
data.update(matchingTasks[0], newTask)
data.write(taskApp)
else:
newTask.time_created.GetCurrentTime()
newTask.last_updated.GetCurrentTime()
newTask.id = str(uuid.uuid4())
taskApp.tasks.extend([newTask])
data.write(taskApp)
return fromBuffer(newTask, gettingJson(request))
def hybrid_system():
# load data and functions
slot_presentation, presentation_presentation, presentation_supervisor, supervisor_preference = dt.load()
# initialize matrices
slot_no = slot_presentation.shape[0]
presentation_no = slot_presentation.shape[1]
population_size = 10
population = np.empty([population_size, slot_no, presentation_no], dtype=np.int8)
penalty_points = np.empty(population_size, dtype=int)
# create initial population
for i in range(population_size):
chromosome = ga.generate_chromosome(slot_presentation)
population[i] = chromosome
penalty_point = \
penalty(chromosome, presentation_presentation, presentation_supervisor, supervisor_preference)[0]
penalty_points[i] = penalty_point
# sort initial population based on penalty points
population = population[penalty_points.argsort()]
penalty_points = penalty_points[penalty_points.argsort()]
# run genetic algorithm for 100 generations
ga_max_generations = 100
population, penalty_points, ga_plot_data = \
ga.reproduction(ga_max_generations, population, penalty_points, presentation_presentation,
presentation_supervisor, supervisor_preference)
# run simulated annealing after running genetic algorithm
temperature = penalty_points[population_size - 1] - penalty_points[0]
candidate = population[0]
penalty_point = penalty_points[0]
best_candidate, best_penalty_point, sa_plot_data = \
sa.anneal(temperature, candidate, penalty_point, presentation_presentation,
presentation_supervisor, supervisor_preference)
# write result data
constraint_counts = \
penalty(best_candidate, presentation_presentation, presentation_supervisor, supervisor_preference)
plot_data = np.concatenate([ga_plot_data, sa_plot_data])
dt.write(best_candidate, supervisor_preference, constraint_counts, plot_data)
def write_db():
if request.method == 'POST':
movie = request.form["moviescount"]
actor = request.form["name"]
dur = request.form["screenduration"]
insta = request.form["instagramfollowers"]
dress = request.form["dressmatchmeter"]
criticscore = request.form["criticscore"]
consistency = request.form["consistency"]
data.write(movie=movie,
actor=actor,
duration=dur,
insta=insta,
dress=dress,
consistency=consistency,
criticscore=criticscore)
return render_template('movies.html', p="ok", name=actor)
def execute():
global ret_pc
global jmp_pc
global call_pc
global pred_pc
global w_icode
global w_valE
global w_valM
global w_dstE
global w_dstM
global m_icode
global m_valE
global m_valM
global m_dstE
global m_dstM
global e_icode
global e_bch
global e_valE
global e_valM
global e_dstE
global e_dstM
global d_icode
global d_ifunc
global d_valC
global d_valA
global d_valB
global d_dstE
global d_dstM
global d_srcA
global d_srcB
global f_icode
global f_ifunc
global f_ra
global f_rb
global f_valC
global f_valP
while data.isend() == False:
data.show()
global clocknum
clocknum += 1
print("CLOCK_NO:%d" % (clocknum))
PipeClock.PipeClock()
ret_pc = ""
jmp_pc = ""
call_pc = ""
pred_pc = ""
# print("CLOCK-------------------------------")
# WriteBack---------------------------------
# print("writeback:")
w_icode = data.read("W_icode")
w_valE = data.read("W_valE")
w_valM = data.read("W_valM")
w_dstE = data.read("W_dstE")
w_dstM = data.read("W_dstM")
if w_icode == "0": # nop
nothing()
elif w_icode == "1": # halt
data.write("M_index", "X")
data.write("M_icode", "0")
data.write("E_index", "X")
data.write("E_icode", "0")
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("pc", "X")
data.write("F_icode", "0")
data.setend()
elif w_icode == "2": # rrmovl
data.RegWrite(w_dstE, w_valE)
elif w_icode == "3": # irmovl
data.RegWrite(w_dstE, w_valE)
elif w_icode == "4": # rmmovl
nothing()
elif w_icode == "5": # mrmovl
data.RegWrite(w_dstE, w_valM)
elif w_icode == "6": # op
data.RegWrite(w_dstE, w_valE)
elif w_icode == "7": # jmp
nothing()
elif w_icode == "8": # call
data.RegWrite("4", w_valE)
elif w_icode == "9": # ret
data.RegWrite("4", w_valE)
elif w_icode == "a": # push
data.RegWrite("4", w_valE)
elif w_icode == "b": # popl
data.RegWrite("4", w_valE)
data.RegWrite(w_dstE, w_valM)
# Memory--------------------------------------
# print("Memory:")
m_icode = ""
m_valE = ""
m_valM = ""
m_dstE = ""
m_dstM = ""
m_icode = data.read("M_icode")
m_valE = data.read("M_valE")
m_valM = data.read("M_valM")
m_dstE = data.read("M_dstE")
m_dstM = data.read("M_dstM")
if m_icode == "0": # nop
nothing()
m_valE = ""
m_valM = ""
m_dstE = ""
m_dstM = ""
elif m_icode == "1": # halt
data.write("E_index", "X")
data.write("E_icode", "0")
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("pc", "X")
data.write("F_icode", "0")
elif m_icode == "2": # rrmovl
nothing()
elif m_icode == "3": # irmovl
nothing()
elif m_icode == "4": # rmmovl
data.MemoryWrite(m_dstM, m_valM)
elif m_icode == "5": # mrmovl
m_valM = data.MemoryRead(m_dstM)
elif m_icode == "6": # op
nothing()
elif m_icode == "7": # jmp
nothing()
elif m_icode == "8": # call
data.MemoryWrite(m_valE, m_valM)
elif m_icode == "9": # ret
m_valM = data.MemoryRead(m_dstM)
ret_pc = arc(m_valM)
data.write("E_index", "X")
data.write("E_icode", "0")
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("pc", "X")
data.write("F_icode", "0")
elif m_icode == "a": # push
data.MemoryWrite(m_valE, m_valM)
elif m_icode == "b": # pop
m_valM = data.MemoryRead(m_dstM)
data.write("W_index", data.read("M_index"))
data.write("W_icode", m_icode)
data.write("W_valE", m_valE)
data.write("W_valM", m_valM)
data.write("W_dstE", m_dstE)
data.write("W_dstM", m_dstM)
# Execute----------------------------------------------
# print("Execute:")
e_icode = ""
e_bch = ""
e_valE = ""
e_valM = ""
e_dstE = ""
e_dstM = ""
e_icode = data.read("E_icode")
e_ifunc = data.read("E_ifunc")
e_valC = data.read("E_valC")
e_valA = data.read("E_valA")
e_valB = data.read("E_valB")
e_dstE = data.read("E_dstE")
e_dstM = data.read("E_dstM")
srcA = data.read("srcA")
srcB = data.read("srcB")
if e_icode == "0": # nop
nothing()
e_bch = ""
e_valE = ""
e_valM = ""
e_dstE = ""
e_dstM = ""
elif e_icode == "1": # halt
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("pc", "X")
data.write("F_icode", "0")
elif e_icode == "2": # rrmovl
e_valE = e_valA
elif e_icode == "3": # irmovl
e_valE = e_valC
elif e_icode == "4": # rmmovl
aluA = e_valB
aluB = e_valC
e_dstM = data.alu("0", aluA, aluB)
e_valM = e_valA
elif e_icode == "5": # mrmovl
aluA = e_valB
aluB = e_valC
e_dstM = data.alu("0", aluA, aluB)
e_dstE = srcA
elif e_icode == "6": # op
aluA = e_valA
aluB = e_valB
e_valE = data.alu(e_ifunc, aluA, aluB)
e_dstE = srcB
elif e_icode == "7": # jmp
if data.check(e_ifunc):
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("pc", "X")
data.write("F_icode", "0")
jmp_pc = arc(e_valC)
e_bch = jmp_pc
elif e_icode == "8": # call
e_valM = e_valB
aluA = e_valA
aluB = "04000000"
e_valE = data.alu("1", aluB, aluA)
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("pc", "X")
data.write("F_icode", "0")
call_pc = arc(e_valC)
e_bch = call_pc
elif e_icode == "9": # ret
aluA = e_valA
aluB = "04000000"
e_valE = data.alu("0", aluA, aluB)
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("pc", "X")
data.write("F_icode", "0")
e_dstM = e_valA
elif e_icode == "a": # push
aluA = e_valB
aluB = "04000000"
e_valE = data.alu("1", aluB, aluA)
e_valM = e_valA
elif e_icode == "b": # popl
aluA = e_valB
aluB = "04000000"
e_valE = data.alu("0", aluA, aluB)
e_dstM = e_valB
e_dstE = srcA
data.write("M_index", data.read("E_index"))
data.write("M_icode", e_icode)
data.write("bch", e_bch)
data.write("M_valE", e_valE)
data.write("M_valM", e_valM)
data.write("M_dstE", e_dstE)
data.write("M_dstM", e_dstM)
# Decode----------------------------------
# print("Decode:")
d_icode = ""
d_ifunc = ""
d_valC = ""
d_valA = ""
d_valB = ""
d_dstE = ""
d_dstM = ""
d_srcA = ""
d_srcB = ""
d_icode = data.read("D_icode")
d_ifunc = data.read("D_ifunc")
ra = data.read("rA")
rb = data.read("rB")
d_valC = data.read("D_valC")
d_valP = data.read("D_valP")
if d_icode == "0": # nop
nothing()
d_ifunc = ""
d_valC = ""
d_valA = ""
d_valB = ""
d_dstE = ""
d_dstM = ""
d_srcA = ""
d_srcB = ""
elif d_icode == "1": # halt
nothing()
elif d_icode == "2": # rrmovl
Temp = forwarding(ra)
if Temp == "X":
data.setstall()
else:
d_valA = Temp
d_dstE = rb
d_srcA = ra
d_srcB = rb
elif d_icode == "3": # irmovl
d_valA = d_valC
d_dstE = rb
elif d_icode == "4": # rmmovl-------------------------------------------------------------
Temp = forwarding(ra)
if Temp == "X":
data.setstall()
else:
d_valA = Temp
Temp = forwarding(rb)
if Temp == "X":
data.setstall()
else:
d_valB = Temp
d_srcA = ra
d_srcB = rb
elif d_icode == "5": # mrmovl-------------------------------------------------------
Temp = forwarding(rb)
if Temp == "X":
data.setstall()
else:
d_valB = Temp
d_dstE = ra
d_srcA = ra
d_srcB = rb
elif d_icode == "6": # op------------------------------------------------------------------------
Temp = forwarding(ra)
if Temp == "X":
data.setstall()
else:
d_valA = Temp
Temp = forwarding(rb)
if Temp == "X":
data.setstall()
else:
d_valB = Temp
d_srcA = ra
d_srcB = rb
d_dstE = rb
elif d_icode == "7": # jmp----------------------
nothing()
elif d_icode == "8": # call---------------------
Temp = forwarding("4")
if Temp == "X":
data.setstall()
else:
d_valA = Temp
d_valB = d_valP
d_srcA = "4"
d_dstE = "4"
elif d_icode == "9": # ret--------------------------------------
Temp = forwarding("4")
if Temp == "X":
data.setstall()
else:
d_valA = Temp
d_dstE = "4"
d_srcA = "4"
elif d_icode == "a": # push-------------------------------------
Temp = forwarding(ra)
if Temp == "X":
data.setstall()
else:
d_valA = Temp
Temp = forwarding("4")
if Temp == "X":
data.setstall()
else:
d_valB = Temp
d_srcA = ra
d_srcB = "4"
d_dstE = "4"
elif d_icode == "b": # popl---------------------------------------------------------------
Temp = forwarding("4")
if Temp == "4":
data.setstall()
else:
d_valB = Temp
d_dstE = ra
d_srcA = ra
d_srcB = "4"
if data.isstall():
data.write("E_icode", "0")
data.write("E_index", "X")
else:
data.write("E_index", data.read("D_index"))
data.write("E_icode", d_icode)
data.write("E_ifunc", d_ifunc)
data.write("E_valC", d_valC)
data.write("E_valA", d_valA)
data.write("E_valB", d_valB)
data.write("E_dstE", d_dstE)
data.write("E_dstM", d_dstM)
data.write("srcA", d_srcA)
data.write("srcB", d_srcB)
# Fetch---------------------------------------------
# print("Fetch:")
f_icode = ""
f_ifunc = ""
f_ra = ""
f_rb = ""
f_valC = ""
f_valP = ""
f_icode = data.read("F_icode")
pc = data.read("pc")
if pc == "X":
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("F_icode", "1")
f_ifunc = ""
f_ra = ""
f_rb = ""
f_valC = ""
f_valP = ""
data.write("D_ifunc", f_ifunc)
data.write("rA", f_ra)
data.write("rB", f_rb)
data.write("D_valC", f_valC)
data.write("D_valP", f_valP)
elif f_icode == "0":
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("F_icode", "1")
f_ifunc = ""
f_ra = ""
f_rb = ""
f_valC = ""
f_valP = ""
data.write("D_ifunc", f_ifunc)
data.write("rA", f_ra)
data.write("rB", f_rb)
data.write("D_valC", f_valC)
data.write("D_valP", f_valP)
elif data.isstall():
nothing()
else:
pred_pc = data.next(pc)
s = data.MemoryGet(pc)
if s[0] == "0": # nop
nothing()
if s[0] == "1": # halt
nothing()
if s[0] == "2": # rrmovl
f_ra = s[2]
f_rb = s[3]
if s[0] == "3": # irmovl
f_rb = s[3]
f_valC = s[4:12]
if s[0] == "4": # rmmovl
f_ra = s[2]
f_rb = s[3]
f_valC = s[4:12]
if s[0] == "5": # mrmovl
f_ra = s[2]
f_rb = s[3]
f_valC = s[4:12]
if s[0] == "6": # op
f_ra = s[2]
f_rb = s[3]
if s[0] == "7": # jmp
f_valC = s[2:10]
if s[0] == "8": # call
f_valC = s[2:10]
f_ra = "4"
if s[0] == "9": # ret
f_ra = "4"
nothing()
if s[0] == "a": # push
f_ra = s[2]
f_rb = "4"
if s[0] == "b": # pop
f_ra = s[2]
f_rb = "4"
f_icode = s[0]
f_ifunc = s[1]
if data.isstall():
nothing()
else:
data.write("D_index", pc)
data.write("D_icode", f_icode)
data.write("D_ifunc", f_ifunc)
data.write("rA", f_ra)
data.write("rB", f_rb)
data.write("D_valC", f_valC)
if pred_pc[0] != "X":
data.write("D_valP", arc(pred_pc))
else:
data.write("D_valP", "X")
# PC------------------------------------
# print("PC:")
if data.isstall():
data.start()
return 0
if ret_pc != "":
data.write("pc", ret_pc)
elif call_pc != "":
data.write("pc", call_pc)
elif jmp_pc != "":
data.write("pc", jmp_pc)
elif pred_pc != "":
data.write("pc", pred_pc)
return 0
async def on_message(message):
msg = word(message.content)
val = URLValidator()
if message.author.id in admins:
if msg.startswith(prefix + 'add '):
msg.clearfront(len(prefix) + 4)
subject, link, version = None, None, None
try:
subject, link, version = msg.word.split(', ', 3)
subject = subject.lower()
except ValueError:
await message.channel.send(
f'```Error! Invalid Syntax! Correct syntax: {prefix}add <subject>, <link>, <version>```'
)
return
else:
try:
val(link)
except ValidationError:
await message.channel.send(
f'```Error! Invalid Link! Make sure your link includes https/http```'
)
return
else:
if subject in alias.keys():
subject = alias[subject]
elif subject not in alias.values():
await message.channel.send(
f'```Invalid subject \"{subject}\"!```')
return
now = datetime.now(tz=pytz.timezone('Asia/Singapore'))
month = '%02d' % now.month
day = '%02d' % now.day
hour = '%02d' % now.hour
minute = '%02d' % now.minute
second = '%02d' % now.second
if subject in links.keys():
links[subject][version] = [
link, f'{now.year}/{month}/{day} {hour}:{minute}:{second}'
]
else:
links[subject] = {
version: [
link,
f'{now.year}/{month}/{day} {hour}:{minute}:{second}'
]
}
await message.channel.send(embed=createEmbed(
title='Success',
text=f'You have uploaded {version} of {subject} ( {link} )',
colour=0x00ff7f))
await client.get_user(611513933710229504).send(
f'<@!611513933710229504>, <@!{message.author.id}> has uploaded {version} of {subject} at {link}.'
)
elif msg.startswith(prefix + 'del '):
msg.clearfront(len(prefix) + 4)
subject, version = None, None
try:
subject, version = msg.word.split(', ', 2)
subject = subject.lower()
except ValueError:
await message.channel.send(
f'```Error! Invalid Syntax! Correct syntax: {prefix}del <subject>, <version>```'
)
else:
if subject in alias.keys():
subject = alias[subject]
elif subject not in alias.values():
await message.channel.send(
f'```Invalid subject \"{subject}\"!```')
return
if version in links[subject].keys():
await message.channel.send(embed=createEmbed(
title='Success',
text=
f'You deleted {version} of {subject} (Link: {links[subject][version][0]}, Uploaded: {links[subject][version][1]})!',
colour=0x00ff7f))
await client.get_user(611513933710229504).send(
f'<@!611513933710229504>, <@!{message.author.id}> has deleted {version} of {subject} at {links[subject][version][0]} [{links[subject][version][1]}].'
)
links[subject].pop(version)
else:
await message.channel.send(
f'```Error! Invalid Syntax! Correct syntax: {prefix}del <subject>, <version>```'
)
if msg.startswith(prefix + 'list '):
msg.clearfront(len(prefix) + 5)
subject = msg.word.lower()
if subject in alias.keys():
subject = alias[subject]
elif subject not in alias.values():
await message.channel.send(f'Invalid subject \"{subject}\"!')
return
txt = ''
if subject not in links.keys():
await message.channel.send(
f'```No data found for subject \"{subject}\"!```')
return
x = len(links[subject])
for version, link in links[subject].items():
if x == 1:
txt += f'\n\n**Latest Version**:\n{version} - {link[0]} [{link[1]}]'
else:
txt += f'{version} - {link[0]} [{link[1]}]\n'
x -= 1
if txt != '':
await message.channel.send(embed=createEmbed(
title=f'Versions of {subject} notes',
text=txt,
colour=discord.Color.blue(),
footer=
'Press Ctrl + P to see the document(and then you can access the bookmarks)'
))
else:
await message.channel.send(
f'```No data found for subject \"{subject}\"!```')
with open('data.py', 'w') as data:
data.write('data = ' + str(links))
def rep(self):
self.date=input("Введите дату (ДД.ММ.ГГГГ): ")
d.training.append(self.date)
d.write()
print('Желаемые даты репетиций: ', sorted(d.training, key=lambda x: datetime.datetime.strptime(x, '%d.%m.%Y')))
#grabs the player's discord id
player_name = player_data[target_member.id][0]
#sends the id to the champion function, which will return the champion name
champ_name = Get_Champion(player_name)
#sets the nickname
await target_member.edit(nick=champ_name)
player_data[target_member.id][2] = int(time.time())
print('timer passed')
run_timer_thread(target_member)
#'handles' the error
except KeyError:
pass
print('timer exceded')
#now that the rest of the code is out of the way, it's time to start the bot
client.run(token)
#handles anything that might interrupt the code
#it will back up player_data to its storage file before closing
except:
data = open('data.py', 'w')
data.truncate()
data.write("player_data={}".format(player_data))
data.close()
def actions():
global action
global act
if access == 0:
while act == True:
print(
'Выберете действите: посмотреть даты спектаклей - 1, Оставить пожелания на даты репетиций - 2, Оставить заявку на костюмы - 3, Посмотреть список костюмов - 4, Зарезервировать билеты - 5, Сменить пользователя - 6'
)
action = input()
if action == '1':
ac.date()
n.write()
if action == '2':
ac.rep()
n.write()
if action == '3':
ac.suit()
n.write()
if action == '4':
ac.w_suit()
n.write()
if action == '5':
ac.res_tik()
n.write()
if action == '6':
enter()
new = input('Хотите выполнить другое действие? (Да/Нет) ')
if new == 'Да' or new == 'да':
pass
if new == 'Нет' or new == 'нет':
act = False
if access == 1:
while act == True:
print(
'Выберете действите: Назначить дату спектакля - 1, Управление репетициями - 2, Управление заявками на костюмы и их списками - 3, Одобрить зарезервированные билеты - 4, Сменить пользователя - 5'
)
action = input()
if action == '1':
ad.a_date()
n.write()
if action == '2':
ad.a_rep()
n.write()
if action == '3':
ad.a_suit()
n.write()
if action == '4':
ad.true_res_tik()
n.write()
if action == '5':
enter()
new = input('Хотите выполнить другое действие? (Да/Нет) ')
if new == 'Да' or new == 'да':
pass
if new == 'Нет' or new == 'нет':
act = False
def write(self):
body = "".join([data.write() for data in self.data_fields])
header = Formats.Data_Header
footer = Formats.Data_Footer
return "".join([header, body, footer])
prediction = model(in_data)
torch.cuda.synchronize()
end = time.time()
times.append(end - start)
# store video frame(s)
x = in_data[:, data.N_FRAMES, 0:3, :, :] if 'reproj' in args.type else in_data[:, 0:3, :, :]
p = prediction[:, 0:3, :, :]
y = target[:, 0:3, :, :]
# postprocess
frame = (torch.sqrt(torch.clamp(torch.cat((x, p, y), dim=-1), 0, 1)) * 255).to(torch.uint8)
frame = frame.transpose_(-3, -1).transpose_(-3, -2)
video[args.batch_size*idx:args.batch_size*idx+p.size(0)] = frame.cpu().numpy()
# write images to disk?
if args.images:
img = torch.cat((x, p, y), dim=-1) if args.cmp else p
data.write([f'{name}/{name}_{args.batch_size*idx+j:06}.{args.format}' for j in range(frame.size(0))], img.cpu().numpy())
tq.update(args.batch_size)
tq.close()
print(f'avg inference time (in s):', np.array(times).mean(), 'std:', np.array(times).std())
# write video
ffmpeg = imageio_ffmpeg.write_frames(f'{name}/{name}.mp4', (3*sample.shape[-1], sample.shape[-2]), fps=args.fps, quality=5)
ffmpeg.send(None) # seed
ffmpeg.send(video)
ffmpeg.close()
print(f'{name}/{name}.mp4 written.')
# make sure images were written
data.pool.close()
data.pool.join()
def execute():#执行一个clock周期中每一阶段的语句
global ret_pc
global jmp_pc
global call_pc
global pred_pc
global w_icode
global w_valE
global w_valM
global w_dstE
global w_dstM
global m_icode
global m_valE
global m_valM
global m_dstE
global m_dstM
global e_icode
global e_bch
global e_valE
global e_valM
global e_dstE
global e_dstM
global d_icode
global d_ifunc
global d_valC
global d_valA
global d_valB
global d_dstE
global d_dstM
global d_srcA
global d_srcB
global f_icode
global f_ifunc
global f_ra
global f_rb
global f_valC
global f_valP
global total_cycle
global valid_cycle
while(data.isend()==False):#如果程序的结束状态为假，继续执行
#data.show()
#global clocknum
#clocknum+=1
#print("CLOCK_NO:%d" %(clocknum))
#PipeClock.PipeClock();
ret_pc=""
jmp_pc=""
call_pc=""
pred_pc=""
valid_cycle=data.intread("valid_cycle")
total_cycle=data.intread("total_cycle")
total_cycle+=1
#print("CLOCK-------------------------------")
#WriteBack---------------------------------
#print("writeback:")
w_icode=data.read("W_icode")#从外部寄存器读入信号
w_valE=data.read("W_valE")
w_valM=data.read("W_valM")
w_dstE=data.read("W_dstE")
w_dstM=data.read("W_dstM")
if(w_icode=="0"):#nop
nothing()
elif(w_icode=="1"):#halt 如果halt阶段执行完writeback阶段，程序就结束了，并且强行清空之前的4个阶段
data.write("M_index","X")
data.write("M_icode","0")
data.write("E_index","X")
data.write("E_icode","0")
data.write("D_index","X")
data.write("D_icode","0")
data.write("pc","X")
data.write("F_icode","0")
data.setend()
elif(w_icode=="2"):#rrmovl
data.RegWrite(w_dstE,w_valE)
elif(w_icode=="3"):#irmovl
data.RegWrite(w_dstE,w_valE)
elif(w_icode=="4"):#rmmovl
nothing()
elif(w_icode=="5"):#mrmovl
data.RegWrite(w_dstE,w_valM)
elif(w_icode=="6"):#op
data.RegWrite(w_dstE,w_valE)
elif(w_icode=="7"):#jmp
nothing()
elif(w_icode=="8"):#call
data.RegWrite("4",w_valE)
elif(w_icode=="9"):#ret
data.RegWrite("4",w_valE)
elif(w_icode=="a"):#push
data.RegWrite("4",w_valE)
elif(w_icode=="b"):#popl
data.RegWrite("4",w_valE)
data.RegWrite(w_dstE,w_valM)
elif(w_icode=="c"):#iaddl
data.RegWrite(w_dstE,w_valE)
elif(w_icode=="d"):#leave
data.RegWrite("4",w_valE)
data.RegWrite("5",w_valM)
if(w_icode=="0"):
nothing()
else:
valid_cycle+=1
#Memory--------------------------------------
#print("Memory:")
m_icode=""
m_valE=""
m_valM=""
m_dstE=""
m_dstM=""
m_icode=data.read("M_icode")#从外部读入信号
m_valE=data.read("M_valE")
m_valM=data.read("M_valM")
m_dstE=data.read("M_dstE")
m_dstM=data.read("M_dstM")
if(m_icode=="0"):#nop
m_valE=""
m_valM=""
m_dstE=""
m_dstM=""
elif(m_icode=="1"):#halt 一旦halt出现就要强行结束之前的3个阶段
data.write("E_index","X")
data.write("E_icode","0")
data.write("D_index","X")
data.write("D_icode","0")
data.write("pc","X")
data.write("F_icode","0")
elif(m_icode=="2"):#rrmovl
nothing()
elif(m_icode=="3"):#irmovl
nothing()
elif(m_icode=="4"):#rmmovl
data.MemoryWrite(m_dstM,m_valM)
elif(m_icode=="5"):#mrmovl
m_valM=data.MemoryRead(m_dstM)
elif(m_icode=="6"):#op
nothing()
elif(m_icode=="7"):#jmp
nothing()
elif(m_icode=="8"):#call
data.MemoryWrite(m_valE,m_valM)
elif(m_icode=="9"):#ret ret阶段也要清空之前的所有阶段，直到下一步的指令明确
m_valM=data.MemoryRead(m_dstM)
ret_pc=arc(m_valM)# 从内存中读取出来的pc，用于更新pred_pc
data.write("E_index","X")
data.write("E_icode","0")
data.write("D_index","X")
data.write("D_icode","0")
data.write("pc","X")
data.write("F_icode","0")
elif(m_icode=="a"):#push
data.MemoryWrite(m_valE,m_valM)
elif(m_icode=="b"):#pop
m_valM=data.MemoryRead(m_dstM)
elif(m_icode=="c"):#iaddl
nothing()
elif(m_icode=="d"):#leave
m_valM=data.MemoryRead(m_dstM)
data.write("W_index",data.read("M_index"))
data.write("W_icode",m_icode)#将信号写入下一阶段
data.write("W_valE",m_valE)
data.write("W_valM",m_valM)
data.write("W_dstE",m_dstE)
data.write("W_dstM",m_dstM)
#Execute----------------------------------------------
#print("Execute:")
e_icode=""
e_bch=""
e_valE=""
e_valM=""
e_dstE=""
e_dstM=""
e_icode=data.read("E_icode")#从外部读入信号
e_ifunc=data.read("E_ifunc")
e_valC=data.read("E_valC")
e_valA=data.read("E_valA")
e_valB=data.read("E_valB")
e_dstE=data.read("E_dstE")
e_dstM=data.read("E_dstM")
srcA=data.read("srcA")
srcB=data.read("srcB")
if(e_icode=="0"):#nop
nothing()
e_bch=""
e_valE=""
e_valM=""
e_dstE=""
e_dstM=""
elif(e_icode=="1"):#halt 清空之前所有阶段
data.write("D_index","X")
data.write("D_icode","0")
data.write("pc","X")
data.write("F_icode","0")
elif(e_icode=="2"):#rrmovl
e_valE=e_valA
elif(e_icode=="3"):#irmovl
e_valE=e_valC
elif(e_icode=="4"):#rmmovl
aluA=e_valB
aluB=e_valC
e_dstM=data.alu("0",aluA,aluB)
e_valM=e_valA
elif(e_icode=="5"):#mrmovl
aluA=e_valB
aluB=e_valC
e_dstM=data.alu("0",aluA,aluB)
e_dstE=srcA
elif(e_icode=="6"):#op
aluA=e_valA
aluB=e_valB
e_valE=data.alu(e_ifunc,aluA,aluB)
e_dstE=srcB
elif(e_icode=="7"):#jmp
if(data.check(e_ifunc)):#根据CF，SF，OF，ZF判断是否跳转
data.write("D_index","X")
data.write("D_icode","0")
data.write("pc","X")
data.write("F_icode","0")
jmp_pc=arc(e_valC)#如果要改变当前流程的话，记录对应的pc值
e_bch=jmp_pc
elif(e_icode=="8"):#call
e_valM=e_valB#将返回地址存入栈中
aluA=e_valA
aluB="04000000"
e_valE=data.alu("1",aluB,aluA)
data.write("D_index","X")
data.write("D_icode","0")
data.write("pc","X")
data.write("F_icode","0")
call_pc=arc(e_valC)
e_bch=call_pc
elif(e_icode=="9"):#ret
aluA=e_valA
aluB="04000000"
e_valE=data.alu("0",aluA,aluB)
data.write("D_index","X")
data.write("D_icode","0")
data.write("pc","X")
data.write("F_icode","0")
e_dstM=e_valA
elif(e_icode=="a"):#push
aluA=e_valB
aluB="04000000"
e_valE=data.alu("1",aluB,aluA)
e_valM=e_valA
elif(e_icode=="b"):#popl
aluA=e_valB
aluB="04000000"
e_valE=data.alu("0",aluA,aluB)
e_dstM=e_valB
e_dstE=srcA
elif(e_icode=="c"):#iaddl
aluA=e_valA
aluB=e_valC
e_valE=data.alu("0",aluA,aluB)
e_dstE=srcA
elif(e_icode=="d"):#leave
aluA=e_valA
aluB="04000000"
e_valE=data.alu("0",aluB,aluA)
e_dstM=e_valA
e_dstE="4"
data.write("M_index",data.read("E_index"))
data.write("M_icode",e_icode)#把信号写入到下一阶段
data.write("bch",e_bch)
data.write("M_valE",e_valE)
data.write("M_valM",e_valM)
data.write("M_dstE",e_dstE)
data.write("M_dstM",e_dstM)
#Decode----------------------------------
#print("Decode:")
d_icode=""
d_ifunc=""
d_valC=""
d_valA=""
d_valB=""
d_dstE=""
d_dstM=""
d_srcA=""
d_srcB=""
d_icode=data.read("D_icode")#从外部读入信号
d_ifunc=data.read("D_ifunc")
ra=data.read("rA")
rb=data.read("rB")
d_valC=data.read("D_valC")
d_valP=data.read("D_valP")
if(d_icode=="0"):#nop
nothing()
d_ifunc=""
d_valC=""
d_valA=""
d_valB=""
d_dstE=""
d_dstM=""
d_srcA=""
d_srcB=""
elif(d_icode=="1"):#halt
nothing()
elif(d_icode=="2"):#rrmovl
Temp=forwarding(ra)#判断是否存在加载使用冒险
if(Temp=="X"):
data.setstall()#存在就暂停
else:
d_valA=Temp#否则取得forwarding的值
d_dstE=rb
d_srcA=ra
d_srcB=rb
elif(d_icode=="3"):#irmovl
d_valA=d_valC
d_dstE=rb
elif(d_icode=="4"):#rmmovl-------------------------------------------------------------
Temp=forwarding(ra)#判断要读取的寄存器a是否存在冒险
if(Temp=="X"):
data.setstall()
else:
d_valA=Temp
Temp=forwarding(rb)#判断要读取的寄存器b是否存在冒险
if(Temp=="X"):
data.setstall()
else:
d_valB=Temp
d_srcA=ra
d_srcB=rb
elif(d_icode=="5"):#mrmovl-------------------------------------------------------
Temp=forwarding(rb)#判断寄存器b是否存在冒险
if(Temp=="X"):
data.setstall()
else:
d_valB=Temp
d_dstE=ra
d_srcA=ra
d_srcB=rb
elif(d_icode=="6"):#op------------------------------------------------------------------------
Temp=forwarding(ra)#判断寄存器a是否存在冒险
if(Temp=="X"):
data.setstall()
else:
d_valA=Temp
Temp=forwarding(rb)#判断寄存器b是否存在冒险
if(Temp=="X"):
data.setstall()
else:
d_valB=Temp
d_srcA=ra
d_srcB=rb
d_dstE=rb
elif(d_icode=="7"):#jmp----------------------
nothing()
elif(d_icode=="8"):#call---------------------
Temp=forwarding("4")#特别要注意的是call隐式调用了esp，需要判断是否冒险
if(Temp=="X"):
data.setstall()
else:
d_valA=Temp
d_valB=d_valP
d_srcA="4"
d_dstE="4"
elif(d_icode=="9"):#ret--------------------------------------
Temp=forwarding("4")#ret 调用了esp，需要判断冒险
if(Temp=="X"):
data.setstall()
else:
d_valA=Temp
d_dstE="4"
d_srcA="4"
elif(d_icode=="a"):#push-------------------------------------
Temp=forwarding(ra)#push 同时调用了esp ebp需要同时判断冒险
if(Temp=="X"):
data.setstall()
else:
d_valA=Temp
Temp=forwarding("4")
if(Temp=="X"):
data.setstall()
else:
d_valB=Temp
d_srcA=ra
d_srcB="4"
d_dstE="4"
elif(d_icode=="b"):#popl---------------------------------------------------------------
Temp=forwarding("4")#pop 调用了esp，需要判断冒险
if(Temp=="X"):
data.setstall()
else:
d_valB=Temp
d_dstE=ra
d_srcA=ra
d_srcB="4"
elif(d_icode=="c"):#iaddl-------------------------------------------------------------
Temp=forwarding(ra)#判断iaddl的寄存器冒险
if(Temp=="X"):
data.setstall()
else:
d_valA=Temp
d_valB=d_valC
d_dstE=ra
d_srcA=ra
elif(d_icode=="d"):#leave------------------------------------------------------------
Temp=forwarding("5")#leave要读取ebp，需要判断冒险
if(Temp=="X"):
data.setstall()
else:
d_valA=Temp
d_dstE="4"
d_dstM="5"
d_srcA="5"
if(data.isstall()):#如果说cycle中的decode和fetch处于暂停状态的话，在下一个Execute阶段需要插入一个bubble
data.write("E_icode","0")
data.write("E_index","X")
else:#其他情况下，正常复制信号到外部寄存器
data.write("E_index",data.read("D_index"))
data.write("E_icode",d_icode)
data.write("E_ifunc",d_ifunc)
data.write("E_valC",d_valC)
data.write("E_valA",d_valA)
data.write("E_valB",d_valB)
data.write("E_dstE",d_dstE)
data.write("E_dstM",d_dstM)
data.write("srcA",d_srcA)
data.write("srcB",d_srcB)
#Fetch---------------------------------------------
#print("Fetch:")
f_icode=""
f_ifunc=""
f_ra=""
f_rb=""
f_valC=""
f_valP=""
f_icode=data.read("F_icode")#从外部寄存器读入信号
pc=data.read("pc")
if(pc=="X"):#如果Fetch阶段因为stall不能取指，那么Fetch阶段本次不执行，但是需要将stall的一回合锁定取消，以保证下次能取指
data.write("D_index","X")
data.write("D_icode","0")
data.write("F_icode","1")
f_ifunc=""
f_ra=""
f_rb=""
f_valC=""
f_valP=""
data.write("D_ifunc",f_ifunc)
data.write("rA",f_ra)
data.write("rB",f_rb)
data.write("D_valC",f_valC)
data.write("D_valP",f_valP)
elif(f_icode=="0"):#如果Fetch阶段是因为ret和jXX被清零，那么同样恢复合法状态，保证下次能取指
data.write("D_index","X")
data.write("D_icode","0")
data.write("F_icode","1")
f_ifunc=""
f_ra=""
f_rb=""
f_valC=""
f_valP=""
data.write("D_ifunc",f_ifunc)
data.write("rA",f_ra)
data.write("rB",f_rb)
data.write("D_valC",f_valC)
data.write("D_valP",f_valP)
else:#如果就是合法，那么就根据内容正常取指
pred_pc=data.next(pc)
s=data.MemoryGet(pc)
if(s[0]=="0"):#nop
nothing()
if(s[0]=="1"):#halt
nothing()
if(s[0]=="2"):#rrmovl
f_ra=s[2]
f_rb=s[3]
if(s[0]=="3"):#irmovl
f_rb=s[3]
f_valC=s[4:12]
if(s[0]=="4"):#rmmovl
f_ra=s[2]
f_rb=s[3]
f_valC=s[4:12]
if(s[0]=="5"):#mrmovl
f_ra=s[2]
f_rb=s[3]
f_valC=s[4:12]
if(s[0]=="6"):#op
f_ra=s[2]
f_rb=s[3]
if(s[0]=="7"):#jmp
f_valC=s[2:10]
if(s[0]=="8"):#call
f_valC=s[2:10]
f_ra="4"
if(s[0]=="9"):#ret
f_ra="4"
nothing()
if(s[0]=="a"):#push
f_ra=s[2]
f_rb="4"
if(s[0]=="b"):#pop
f_ra=s[2]
f_rb="4"
if(s[0]=="c"):#iaddl
f_ra=s[3]
f_valC=s[4:12]
if(s[0]=="d"):#leave
f_ra="5"
f_icode=s[0]
f_ifunc=s[1]
if(data.isstall()):
nothing()
else:#不暂停的合法状态下，将信号写入下一个Decode阶段
data.write("D_index",pc)
data.write("D_icode",f_icode)
data.write("D_ifunc",f_ifunc)
data.write("rA",f_ra)
data.write("rB",f_rb)
data.write("D_valC",f_valC)
if(pred_pc[0]!="X"):
data.write("D_valP",arc(pred_pc))
else:
data.write("D_valP","X")
#PC------------------------------------
data.intwrite("total_cycle",total_cycle)#将总周期数写入外部
data.intwrite("valid_cycle",valid_cycle)#将实际执行的周期数写入外部
#print("PC:")
if(data.isstall()):
data.start()
return 0
if(ret_pc!=""):#判断下一个pc应该取什么值
data.write("pc",ret_pc)#有ret先取ret_pc
elif(call_pc!=""):
data.write("pc",call_pc)#有call，取call_pc
elif(jmp_pc!=""):
data.write("pc",jmp_pc)#有jXX,取jmp_pc
elif(pred_pc!=""):
data.write("pc",pred_pc)#都没有的情况下取得下一个pc
return 0
def execute():
global ret_pc
global jmp_pc
global call_pc
global pred_pc
global w_icode
global w_valE
global w_valM
global w_dstE
global w_dstM
global m_icode
global m_valE
global m_valM
global m_dstE
global m_dstM
global e_icode
global e_bch
global e_valE
global e_valM
global e_dstE
global e_dstM
global d_icode
global d_ifunc
global d_valC
global d_valA
global d_valB
global d_dstE
global d_dstM
global d_srcA
global d_srcB
global f_icode
global f_ifunc
global f_ra
global f_rb
global f_valC
global f_valP
while (data.isend() == False):
data.show()
global clocknum
clocknum += 1
print("CLOCK_NO:%d" % (clocknum))
PipeClock.PipeClock()
ret_pc = ""
jmp_pc = ""
call_pc = ""
pred_pc = ""
#print("CLOCK-------------------------------")
#WriteBack---------------------------------
#print("writeback:")
w_icode = data.read("W_icode")
w_valE = data.read("W_valE")
w_valM = data.read("W_valM")
w_dstE = data.read("W_dstE")
w_dstM = data.read("W_dstM")
if (w_icode == "0"): #nop
nothing()
elif (w_icode == "1"): #halt
data.write("M_index", "X")
data.write("M_icode", "0")
data.write("E_index", "X")
data.write("E_icode", "0")
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("pc", "X")
data.write("F_icode", "0")
data.setend()
elif (w_icode == "2"): #rrmovl
data.RegWrite(w_dstE, w_valE)
elif (w_icode == "3"): #irmovl
data.RegWrite(w_dstE, w_valE)
elif (w_icode == "4"): #rmmovl
nothing()
elif (w_icode == "5"): #mrmovl
data.RegWrite(w_dstE, w_valM)
elif (w_icode == "6"): #op
data.RegWrite(w_dstE, w_valE)
elif (w_icode == "7"): #jmp
nothing()
elif (w_icode == "8"): #call
data.RegWrite("4", w_valE)
elif (w_icode == "9"): #ret
data.RegWrite("4", w_valE)
elif (w_icode == "a"): #push
data.RegWrite("4", w_valE)
elif (w_icode == "b"): #popl
data.RegWrite("4", w_valE)
data.RegWrite(w_dstE, w_valM)
#Memory--------------------------------------
#print("Memory:")
m_icode = ""
m_valE = ""
m_valM = ""
m_dstE = ""
m_dstM = ""
m_icode = data.read("M_icode")
m_valE = data.read("M_valE")
m_valM = data.read("M_valM")
m_dstE = data.read("M_dstE")
m_dstM = data.read("M_dstM")
if (m_icode == "0"): #nop
nothing()
m_valE = ""
m_valM = ""
m_dstE = ""
m_dstM = ""
elif (m_icode == "1"): #halt
data.write("E_index", "X")
data.write("E_icode", "0")
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("pc", "X")
data.write("F_icode", "0")
elif (m_icode == "2"): #rrmovl
nothing()
elif (m_icode == "3"): #irmovl
nothing()
elif (m_icode == "4"): #rmmovl
data.MemoryWrite(m_dstM, m_valM)
elif (m_icode == "5"): #mrmovl
m_valM = data.MemoryRead(m_dstM)
elif (m_icode == "6"): #op
nothing()
elif (m_icode == "7"): #jmp
nothing()
elif (m_icode == "8"): #call
data.MemoryWrite(m_valE, m_valM)
elif (m_icode == "9"): #ret
m_valM = data.MemoryRead(m_dstM)
ret_pc = arc(m_valM)
data.write("E_index", "X")
data.write("E_icode", "0")
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("pc", "X")
data.write("F_icode", "0")
elif (m_icode == "a"): #push
data.MemoryWrite(m_valE, m_valM)
elif (m_icode == "b"): #pop
m_valM = data.MemoryRead(m_dstM)
data.write("W_index", data.read("M_index"))
data.write("W_icode", m_icode)
data.write("W_valE", m_valE)
data.write("W_valM", m_valM)
data.write("W_dstE", m_dstE)
data.write("W_dstM", m_dstM)
#Execute----------------------------------------------
#print("Execute:")
e_icode = ""
e_bch = ""
e_valE = ""
e_valM = ""
e_dstE = ""
e_dstM = ""
e_icode = data.read("E_icode")
e_ifunc = data.read("E_ifunc")
e_valC = data.read("E_valC")
e_valA = data.read("E_valA")
e_valB = data.read("E_valB")
e_dstE = data.read("E_dstE")
e_dstM = data.read("E_dstM")
srcA = data.read("srcA")
srcB = data.read("srcB")
if (e_icode == "0"): #nop
nothing()
e_bch = ""
e_valE = ""
e_valM = ""
e_dstE = ""
e_dstM = ""
elif (e_icode == "1"): #halt
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("pc", "X")
data.write("F_icode", "0")
elif (e_icode == "2"): #rrmovl
e_valE = e_valA
elif (e_icode == "3"): #irmovl
e_valE = e_valC
elif (e_icode == "4"): #rmmovl
aluA = e_valB
aluB = e_valC
e_dstM = data.alu("0", aluA, aluB)
e_valM = e_valA
elif (e_icode == "5"): #mrmovl
aluA = e_valB
aluB = e_valC
e_dstM = data.alu("0", aluA, aluB)
e_dstE = srcA
elif (e_icode == "6"): #op
aluA = e_valA
aluB = e_valB
e_valE = data.alu(e_ifunc, aluA, aluB)
e_dstE = srcB
elif (e_icode == "7"): #jmp
if (data.check(e_ifunc)):
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("pc", "X")
data.write("F_icode", "0")
jmp_pc = arc(e_valC)
e_bch = jmp_pc
elif (e_icode == "8"): #call
e_valM = e_valB
aluA = e_valA
aluB = "04000000"
e_valE = data.alu("1", aluB, aluA)
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("pc", "X")
data.write("F_icode", "0")
call_pc = arc(e_valC)
e_bch = call_pc
elif (e_icode == "9"): #ret
aluA = e_valA
aluB = "04000000"
e_valE = data.alu("0", aluA, aluB)
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("pc", "X")
data.write("F_icode", "0")
e_dstM = e_valA
elif (e_icode == "a"): #push
aluA = e_valB
aluB = "04000000"
e_valE = data.alu("1", aluB, aluA)
e_valM = e_valA
elif (e_icode == "b"): #popl
aluA = e_valB
aluB = "04000000"
e_valE = data.alu("0", aluA, aluB)
e_dstM = e_valB
e_dstE = srcA
data.write("M_index", data.read("E_index"))
data.write("M_icode", e_icode)
data.write("bch", e_bch)
data.write("M_valE", e_valE)
data.write("M_valM", e_valM)
data.write("M_dstE", e_dstE)
data.write("M_dstM", e_dstM)
#Decode----------------------------------
#print("Decode:")
d_icode = ""
d_ifunc = ""
d_valC = ""
d_valA = ""
d_valB = ""
d_dstE = ""
d_dstM = ""
d_srcA = ""
d_srcB = ""
d_icode = data.read("D_icode")
d_ifunc = data.read("D_ifunc")
ra = data.read("rA")
rb = data.read("rB")
d_valC = data.read("D_valC")
d_valP = data.read("D_valP")
if (d_icode == "0"): #nop
nothing()
d_ifunc = ""
d_valC = ""
d_valA = ""
d_valB = ""
d_dstE = ""
d_dstM = ""
d_srcA = ""
d_srcB = ""
elif (d_icode == "1"): #halt
nothing()
elif (d_icode == "2"): #rrmovl
Temp = forwarding(ra)
if (Temp == "X"):
data.setstall()
else:
d_valA = Temp
d_dstE = rb
d_srcA = ra
d_srcB = rb
elif (d_icode == "3"): #irmovl
d_valA = d_valC
d_dstE = rb
elif (
d_icode == "4"
): #rmmovl-------------------------------------------------------------
Temp = forwarding(ra)
if (Temp == "X"):
data.setstall()
else:
d_valA = Temp
Temp = forwarding(rb)
if (Temp == "X"):
data.setstall()
else:
d_valB = Temp
d_srcA = ra
d_srcB = rb
elif (
d_icode == "5"
): #mrmovl-------------------------------------------------------
Temp = forwarding(rb)
if (Temp == "X"):
data.setstall()
else:
d_valB = Temp
d_dstE = ra
d_srcA = ra
d_srcB = rb
elif (
d_icode == "6"
): #op------------------------------------------------------------------------
Temp = forwarding(ra)
if (Temp == "X"):
data.setstall()
else:
d_valA = Temp
Temp = forwarding(rb)
if (Temp == "X"):
data.setstall()
else:
d_valB = Temp
d_srcA = ra
d_srcB = rb
d_dstE = rb
elif (d_icode == "7"): #jmp----------------------
nothing()
elif (d_icode == "8"): #call---------------------
Temp = forwarding("4")
if (Temp == "X"):
data.setstall()
else:
d_valA = Temp
d_valB = d_valP
d_srcA = "4"
d_dstE = "4"
elif (d_icode == "9"): #ret--------------------------------------
Temp = forwarding("4")
if (Temp == "X"):
data.setstall()
else:
d_valA = Temp
d_dstE = "4"
d_srcA = "4"
elif (d_icode == "a"): #push-------------------------------------
Temp = forwarding(ra)
if (Temp == "X"):
data.setstall()
else:
d_valA = Temp
Temp = forwarding("4")
if (Temp == "X"):
data.setstall()
else:
d_valB = Temp
d_srcA = ra
d_srcB = "4"
d_dstE = "4"
elif (
d_icode == "b"
): #popl---------------------------------------------------------------
Temp = forwarding("4")
if (Temp == "4"):
data.setstall()
else:
d_valB = Temp
d_dstE = ra
d_srcA = ra
d_srcB = "4"
if (data.isstall()):
data.write("E_icode", "0")
data.write("E_index", "X")
else:
data.write("E_index", data.read("D_index"))
data.write("E_icode", d_icode)
data.write("E_ifunc", d_ifunc)
data.write("E_valC", d_valC)
data.write("E_valA", d_valA)
data.write("E_valB", d_valB)
data.write("E_dstE", d_dstE)
data.write("E_dstM", d_dstM)
data.write("srcA", d_srcA)
data.write("srcB", d_srcB)
#Fetch---------------------------------------------
#print("Fetch:")
f_icode = ""
f_ifunc = ""
f_ra = ""
f_rb = ""
f_valC = ""
f_valP = ""
f_icode = data.read("F_icode")
pc = data.read("pc")
if (pc == "X"):
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("F_icode", "1")
f_ifunc = ""
f_ra = ""
f_rb = ""
f_valC = ""
f_valP = ""
data.write("D_ifunc", f_ifunc)
data.write("rA", f_ra)
data.write("rB", f_rb)
data.write("D_valC", f_valC)
data.write("D_valP", f_valP)
elif (f_icode == "0"):
data.write("D_index", "X")
data.write("D_icode", "0")
data.write("F_icode", "1")
f_ifunc = ""
f_ra = ""
f_rb = ""
f_valC = ""
f_valP = ""
data.write("D_ifunc", f_ifunc)
data.write("rA", f_ra)
data.write("rB", f_rb)
data.write("D_valC", f_valC)
data.write("D_valP", f_valP)
elif (data.isstall()):
nothing()
else:
pred_pc = data.next(pc)
s = data.MemoryGet(pc)
if (s[0] == "0"): #nop
nothing()
if (s[0] == "1"): #halt
nothing()
if (s[0] == "2"): #rrmovl
f_ra = s[2]
f_rb = s[3]
if (s[0] == "3"): #irmovl
f_rb = s[3]
f_valC = s[4:12]
if (s[0] == "4"): #rmmovl
f_ra = s[2]
f_rb = s[3]
f_valC = s[4:12]
if (s[0] == "5"): #mrmovl
f_ra = s[2]
f_rb = s[3]
f_valC = s[4:12]
if (s[0] == "6"): #op
f_ra = s[2]
f_rb = s[3]
if (s[0] == "7"): #jmp
f_valC = s[2:10]
if (s[0] == "8"): #call
f_valC = s[2:10]
f_ra = "4"
if (s[0] == "9"): #ret
f_ra = "4"
nothing()
if (s[0] == "a"): #push
f_ra = s[2]
f_rb = "4"
if (s[0] == "b"): #pop
f_ra = s[2]
f_rb = "4"
f_icode = s[0]
f_ifunc = s[1]
if (data.isstall()):
nothing()
else:
data.write("D_index", pc)
data.write("D_icode", f_icode)
data.write("D_ifunc", f_ifunc)
data.write("rA", f_ra)
data.write("rB", f_rb)
data.write("D_valC", f_valC)
if (pred_pc[0] != "X"):
data.write("D_valP", arc(pred_pc))
else:
data.write("D_valP", "X")
#PC------------------------------------
#print("PC:")
if (data.isstall()):
data.start()
return 0
if (ret_pc != ""):
data.write("pc", ret_pc)
elif (call_pc != ""):
data.write("pc", call_pc)
elif (jmp_pc != ""):
data.write("pc", jmp_pc)
elif (pred_pc != ""):
data.write("pc", pred_pc)
return 0
return float(s) if '.' in s else int(s)
except ValueError:
return s
p_kwargs = {}
if args.parser_kwarg:
for item in args.parser_kwarg:
kw, val = item.split('=')
p_kwargs[kw] = cast_if_number(val)
log.debug(p_kwargs)
w_kwargs = {}
if args.writer_kwarg:
for item in args.writer_kwarg:
kw, val = item.split('=')
w_kwargs[kw] = cast_if_number(val)
log.debug(w_kwargs)
ds = data.parse(args.input,
load_data=True,
ignore_json=args.ignore_json,
filetype=args.parser,
**p_kwargs)
if not ds:
raise DataError('%s could not be parsed' % args.input)
if ds.data is None:
raise DataError('%s has no data' % args.input)
data.write(ds, ds.data, outbase, filetype=args.writer, **w_kwargs)
#!/usr/bin/env python3.6
from data import write
if __name__ == '__main__':
write()
outbase = args.outbase or os.path.basename(os.path.splitext(args.input.rstrip('/'))[0])
def cast_if_number(s):
try:
return float(s) if '.' in s else int(s)
except ValueError:
return s
p_kwargs = {}
if args.parser_kwarg:
for item in args.parser_kwarg:
kw, val = item.split('=')
p_kwargs[kw] = cast_if_number(val)
log.debug(p_kwargs)
w_kwargs = {}
if args.writer_kwarg:
for item in args.writer_kwarg:
kw, val = item.split('=')
w_kwargs[kw] = cast_if_number(val)
log.debug(w_kwargs)
ds = data.parse(args.input, load_data=True, ignore_json=args.ignore_json, filetype=args.parser, **p_kwargs)
if not ds:
raise DataError('%s could not be parsed' % args.input)
if ds.data is None:
raise DataError('%s has no data' % args.input)
data.write(ds, ds.data, outbase, filetype=args.writer, **w_kwargs)
def setY86(register, memory):
data.write("CF", register["CF"])
data.write("OF", register["OF"])
data.write("ZF", register["ZF"])
data.write("SF", register["SF"])
data.write("stall", register["stall"])
data.write("end", register["end"])
data.write("pc", register["pc"])
data.write("F_icode", register["F_icode"])
data.write("D_index", register["D_index"])
data.write("D_icode", register["D_icode"])
data.write("D_ifunc", register["D_ifunc"])
data.write("rA", register["rA"])
data.write("rB", register["rB"])
data.write("D_valC", register["D_valC"])
data.write("D_valP", register["D_valP"])
data.write("E_index", register["E_index"])
data.write("E_icode", register["E_icode"])
data.write("E_ifunc", register["E_ifunc"])
data.write("E_valC", register["E_valC"])
data.write("E_valA", register["E_valA"])
data.write("E_valB", register["E_valB"])
data.write("E_dstE", register["E_dstE"])
data.write("E_dstM", register["E_dstM"])
data.write("srcA", register["srcA"])
data.write("srcB", register["srcB"])
data.write("M_index", register["M_index"])
data.write("M_icode", register["M_icode"])
data.write("bch", register["bch"])
data.write("M_valE", register["M_valE"])
data.write("M_valM", register["M_valM"])
data.write("M_dstE", register["M_dstE"])
data.write("M_dstM", register["M_dstM"])
data.write("W_index", register["W_index"])
data.write("W_icode", register["W_icode"])
data.write("W_valE", register["W_valE"])
data.write("W_valM", register["W_valM"])
data.write("W_dstE", register["W_dstE"])
data.write("W_dstM", register["W_dstM"])
data.RegWrite("0", register["eax"])
data.RegWrite("1", register["ecx"])
data.RegWrite("2", register["edx"])
data.RegWrite("3", register["ebx"])
data.RegWrite("4", register["esp"])
data.RegWrite("5", register["ebp"])
data.RegWrite("6", register["esi"])
data.RegWrite("7", register["edi"])
data.intwrite("total_cycle", register["total_cycle"])
data.intwrite("valid_cycle", register["valid_cycle"])
data.Memory = memory
def setY86(register,memory):
data.write("CF",register["CF"])
data.write("OF",register["OF"])
data.write("ZF",register["ZF"])
data.write("SF",register["SF"])
data.write("stall",register["stall"])
data.write("end",register["end"])
data.write("pc",register["pc"])
data.write("F_icode",register["F_icode"])
data.write("D_index",register["D_index"])
data.write("D_icode",register["D_icode"])
data.write("D_ifunc",register["D_ifunc"])
data.write("rA",register["rA"])
data.write("rB",register["rB"])
data.write("D_valC",register["D_valC"])
data.write("D_valP",register["D_valP"])
data.write("E_index",register["E_index"])
data.write("E_icode",register["E_icode"])
data.write("E_ifunc",register["E_ifunc"])
data.write("E_valC",register["E_valC"])
data.write("E_valA",register["E_valA"])
data.write("E_valB",register["E_valB"])
data.write("E_dstE",register["E_dstE"])
data.write("E_dstM",register["E_dstM"])
data.write("srcA",register["srcA"])
data.write("srcB",register["srcB"])
data.write("M_index",register["M_index"])
data.write("M_icode",register["M_icode"])
data.write("bch",register["bch"])
data.write("M_valE",register["M_valE"])
data.write("M_valM",register["M_valM"])
data.write("M_dstE",register["M_dstE"])
data.write("M_dstM",register["M_dstM"])
data.write("W_index",register["W_index"])
data.write("W_icode",register["W_icode"])
data.write("W_valE",register["W_valE"])
data.write("W_valM",register["W_valM"])
data.write("W_dstE",register["W_dstE"])
data.write("W_dstM",register["W_dstM"])
data.RegWrite("0",register["eax"])
data.RegWrite("1",register["ecx"])
data.RegWrite("2",register["edx"])
data.RegWrite("3",register["ebx"])
data.RegWrite("4",register["esp"])
data.RegWrite("5",register["ebp"])
data.RegWrite("6",register["esi"])
data.RegWrite("7",register["edi"])
data.intwrite("total_cycle",register["total_cycle"])
data.intwrite("valid_cycle",register["valid_cycle"])
data.Memory=memory
import data as csv
__version__ = "0.2"
callsign_endpoint = "http://hamcall.net/call?callsign="
print(f"AirLog Version: {__version__}")
questions = ["Callsign", "Name", "Location", "Comm type", "Notes", "signal ( x/10 )"]
data = {}
while 0 < len(questions):
for question in questions:
print(question + "?")
answer = input(">")
if len(answer) != 0:
data[question] = answer
questions.remove(question)
headings = csv.toHeadings(data)
csv.write(headings, data)