def main():
global s
s = openPort()
print('Enter to accept...')
if listen() != b'\r':
s.close()
input('Aborted! Enter...')
sys.exit(1)
os.chdir('D:/')
op = s.recvObj()
while op != 'en':
print(op)
if op == 'ls':
ls()
elif op == 'cd':
cd()
elif op == 'cf':
cf()
elif op == 'tf':
tf()
elif op == 'td':
td()
else:
s.close()
input('Error: Strange command! ')
op = s.recvObj()
s.close()
input('Session ends. Enter...')
def hub(port=2333, size=2):
s = socket.socket()
s.bind(('', port))
s.listen(size)
queue = Queue()
list_recver = []
print('Listening... ')
for i in range(size):
client, addr = s.accept()
print(i + 1, '/', size, ': ', addr, sep='')
list_recver.append(Recver(client, queue))
print('Go! ')
queue.put(b'OK')
for recver in list_recver:
recver.start()
sender = Sender(list_recver, queue)
print('Enter to end...')
while listen([b'\r'], .5) is None:
pass
with sender.condition:
sender.do_stop = True
while not sender.has_stopped:
sender.condition.wait()
del sender
for recver in list_recver:
with recver.condition:
recver.do_stop = True
while not recver.has_stopped:
recver.condition.wait()
del recver
input('Ended. Enter... ')
def main():
global professional
if len(sys.argv) == 2 and sys.argv[1] == '!':
print('Professional mode. ')
professional = True
s = PickleSocket()
print('My IP =', gethostbyname(gethostname()))
print('or...', getLocalIP())
server = None
try:
print('Server or Client? s/c')
if listen((b's', b'c')) == b's':
s.bind(('', port))
s.listen(1)
print('Listening...')
server = s
s, addr = server.accept()
print('Connection from', addr)
print('Accept? y/n')
if listen((b'y', b'n')) == b'n':
s.close()
s = None
input('Aborted. Enter to exit...')
sys.exit(1)
else:
ip = input('Connect to IP: ')
print('Connecting...')
s.connect((ip, port))
print('Connected! Waiting for response... ')
s.shakeHands('One ship python by Daniel Chin. ')
esc = b'\x1b'
op = b''
while op != esc:
if op == b's':
send(s)
elif op == b'r': #Cannot use ELSE, cuz op maybe b''.
recv(s)
print()
print('Send, receive, or exit? s/r/esc')
op = listen((b's', b'r', esc))
finally:
if s:
s.close()
if server:
server.close()
def edit(self):
if self._smartEntryCheck():
print('"m" to modify current line. ')
print('"i" to insert line before current line. ')
print('"d" to delete current line. ')
print('Enter (\\r) to navigate to the next line. ')
print()
print('|:', self.now)
edited = []
for line in self.dict[self.now].content.split('\n'):
print(line + "> ", end='', flush=True)
op = listen((b'm', b'i', b'd', b'\r', b'\n'))
if op == b'm':
print('\r', ' ' * len(line), '\r', end='', flush=True)
edited.append(inputWithGen())
elif op == b'i':
print('\r', ' ' * len(line), '\r', end='')
edited.append(multilineInput())
edited.append(line)
print(line)
elif op == b'd':
print("\r---Line deleted---", ' ' * len(line))
elif op in b'\r\n':
edited.append(line)
print()
cls()
edited = '\n'.join(edited)
print('Old version: ')
print(self.dict[self.now].content)
print()
print('New version: ')
print(edited)
print('Save? "y" to save, "n" to discard. >', end='', flush=True)
op = listen((b'y', b'n'))
if op == b'y':
self.dict[self.now].content = edited
self.dict[self.now].time = time()
cls()
print('Entry edited. ')
self.unsaved_change = True
else:
cls()
print('Change discarded. ')
def list(self):
print('Enter to list by name, "t" to list by time. >')
if listen((b't', b'\r')) == b't':
sortedDict = self.__sort('last modified')
else:
sortedDict = self.dict
page_pos = 0
for key, entry in sortedDict.items():
print(friendlyTime(entry.time), '|:', key)
page_pos += 1
if page_pos == 20:
page_pos = 0
if input('Enter to show more... ') != '':
break
def copy(src_name=None, dest_name=None):
'''
Copies only binary content, leaving meta data.
'''
src_name = src_name or input('from: ')
dest_name = dest_name or input('to: ')
if isfile(dest_name):
print('Destination file alreay exists. Overwrite? Y/N')
if listen([b'y', b'n']) != b'y':
print('Aborted. ')
return
with open(src_name, 'rb') as src:
with open(dest_name, 'wb+') as dest:
dest.write(src.read())
print('Copied. ')
def wget(url, filename=None):
if filename is None:
filename = guessFilename(url)
if path.isfile(filename):
print(filename, 'already exists. Overwrite? ')
if listen('yn') != b'y':
print('canceled. ')
return
print('Downloading...')
try:
response = urlopen(url)
except ValueError:
response = urlopen('https://' + url)
with open(filename, 'wb+') as f:
f.write(response.read())
print('Downloaded to', filename)
def main():
server = MyServer(MyOneServer, PORT)
server.start()
abspath = os.path.abspath(__file__)
dname = os.path.dirname(abspath)
os.chdir(dname)
potential_ip = getLocalIP()
imgs = []
class ShowImgThread(Thread):
def __init__(self, img):
Thread.__init__(self)
self.img = img
def run(self):
self.img.show()
potential_ip = {*potential_ip} - {'192.168.56.1'}
# Cisco Anyconnect shit
for ip in potential_ip:
addr = 'http://%s:%d' % (ip, PORT)
try:
imgs.append(qrcode.make(addr))
except Exception as e:
print('Error 198456', e)
print(addr)
print('Ctrl+C to stop.')
print('Q to display QR code for phone scan.')
try:
while True:
op = listen(timeout=1)
if op == b'\x03':
raise KeyboardInterrupt
elif op == b'q':
[ShowImgThread(x).start() for x in imgs]
print('Loading image.')
elif op == b'\r':
print()
except KeyboardInterrupt:
print('Received ^C. ')
finally:
server.close()
server.join()
def main():
global terminate_flag, sustaining
print(f'Press {PEDAL_DOWN.decode()} to sustain. ')
print(f'Press {PEDAL_UP .decode()} to release. ')
print('Press ESC to quit. ')
terminateLock.acquire()
pa = pyaudio.PyAudio()
streamOutContainer.append(pa.open(
format = DTYPE[1], channels = 1, rate = SR,
output = True, frames_per_buffer = PAGE_LEN,
))
streamIn = pa.open(
format = DTYPE[1], channels = 1, rate = SR,
input = True, frames_per_buffer = PAGE_LEN,
stream_callback = onAudioIn,
)
streamIn.start_stream()
try:
while streamIn.is_active():
op = listen((b'\x1b', PEDAL_DOWN, PEDAL_UP), 2, priorize_esc_or_arrow=True)
if op is None:
continue
if op == b'\x1b':
print('Esc received. Shutting down. ')
break
sustaining = op == PEDAL_DOWN
print(sustaining)
except KeyboardInterrupt:
print('Ctrl+C received. Shutting down. ')
finally:
print('Releasing resources... ')
terminate_flag = 1
terminateLock.acquire()
terminateLock.release()
streamOutContainer[0].stop_stream()
streamOutContainer[0].close()
while streamIn.is_active():
sleep(.1) # not perfect
streamIn.stop_stream()
streamIn.close()
pa.terminate()
print('Resources released. ')
def portForward(inside_port, inbound_port, afraid=False):
'''
Set `afraid` to True to manually accept connections.
'''
outServerSocket = socket.socket()
outServerSocket.bind(('', inbound_port))
outServerSocket.listen(afraid and 1 or 10)
allForwarders = []
allSockets = []
try:
while True:
print('listening at port %d...' % inbound_port)
outSocket, addr = outServerSocket.accept()
print('Inbound connection from', addr)
if afraid == True:
print('Accept? y/n')
if listen(['y', 'n']) != b'y':
outSocket.close()
print('Refused. ')
continue
inSocket = socket.socket()
allSockets.append(outSocket)
allSockets.append(inSocket)
print('Connecting inside port', inside_port)
inSocket.connect(('localhost', inside_port))
allForwarders += bothForward(outSocket, inSocket, addr)
print('-= ESTABLISHED =-')
print()
except KeyboardInterrupt:
print('Ctrl+C received. ')
finally:
print('Closing all sockets...')
[x.close() for x in allSockets]
outServerSocket.close()
print('Joining...')
panic = Panic()
panic.start()
for forwarder in allForwarders:
forwarder.join()
print('All have joined. ')
panic.all_is_fine = True
def recv(s):
global last_dir
print('Waiting for sender...')
basename = s.recvObj()
size = s.recvObj()
path = {
'Windows': 'D:/downloads/',
'Linux': '/sdcard/download/',
'Darwin': '/'
}[platform.system()]
print('Default receive path:', path)
print('Use it, or change? Enter/c')
if listen((b'c', b'\r')) == b'c':
if professional:
filename = input('path/file.ext = ')
else:
if Tk:
root = Tk()
root.withdraw()
root.update()
filename = filedialog.asksaveasfilename(
title='Where to receive',
initialdir='D:/',
initialfile=basename)
else:
filename = askSaveWhere(last_dir, initialfile=basename)
last_dir = dirname(filename)
if filename == '':
s.close()
input('Error: filename="". Enter to exit...')
sys.exit(1)
else:
filename = path + basename
while isfile(filename):
base, ext = splitext(filename)
base += '2'
filename = base + ext
recvFile(s.socket, size, filename)
print('File received:', filename)
def changePass(self):
print('Setting password.')
try:
mismatch = True
password1 = getpass('New password:'******'Repeat:')
assert password1 == password2
password3 = getpass('Type in reverse:')
assert password1 == ''.join(reversed(password3))
mismatch = False
print('Confirm to set new password?')
assert listen(['y', 'n']) == b'y'
except AssertionError:
if mismatch:
print('Password mismatch.')
print('Abort. Did not set new password.')
return False
self.salt = urandom(SALT_LEN)
self.fernet = self._getFernet(password1, self.salt)
self.unsaved_change = True
print('Password loaded. ')
return True
elif op == 'C':
raise CloseOutputNow
print('Closing. ')
else:
print('Choose one from above ', end='')
continue
break
def addToDict(word):
with open(packagePath('my_personal_dict_that_is_public_on_github.txt'),
'a') as f:
print(word, file=f)
print('Added. ')
if __name__ == '__main__':
print('(i)nteractive, or (a)utomatic, or (c)onsole?')
op = listen('iac')
if op in b'ia':
with open('example.txt', 'r') as inp:
with open('example.fix.txt', 'w') as outp:
if op == b'i':
fixIO(inp, outp, interactive=True)
else:
fixIO(inp, outp)
print('Done! ')
else:
from console import console
console(globals())
def main():
global terminate_flag, sustaining, f, last_pedal
print(f'Hold {PEDAL_DOWN.decode()} to sustain. ')
# print(f'Press {PEDAL_UP .decode()} to release. ')
print('Press ESC to quit. ')
terminateLock.acquire()
pa = pyaudio.PyAudio()
if REALTIME_FEEDBACK:
streamOutContainer.append(
pa.open(
format=DTYPE[1],
channels=1,
rate=SR,
output=True,
frames_per_buffer=PAGE_LEN,
))
if WRITE_FILE is not None:
f = wave.open(WRITE_FILE, 'wb')
f.setnchannels(1)
f.setsampwidth(4)
f.setframerate(SR)
streamIn = pa.open(
format=DTYPE[1],
channels=1,
rate=SR,
input=True,
frames_per_buffer=PAGE_LEN,
stream_callback=onAudioIn,
)
streamIn.start_stream()
try:
while streamIn.is_active():
op = listen((b'\x1b', PEDAL_DOWN),
PEDAL_DELAY,
priorize_esc_or_arrow=True)
if op == b'\x1b':
print('Esc received. Shutting down. ')
break
if sustaining:
if op is None:
if time() - last_pedal > PEDAL_DELAY:
sustaining = False
print('Pedal up!')
else:
last_pedal = max(time(), last_pedal)
else:
if op == PEDAL_DOWN:
sustaining = True
# last_pedal = time() + .5
last_pedal = time()
print('Pedal down!')
except KeyboardInterrupt:
print('Ctrl+C received. Shutting down. ')
finally:
print('Releasing resources... ')
terminate_flag = 1
terminateLock.acquire()
terminateLock.release()
if REALTIME_FEEDBACK:
streamOutContainer[0].stop_stream()
streamOutContainer[0].close()
if WRITE_FILE is not None:
f.close()
while streamIn.is_active():
sleep(.1) # not perfect
streamIn.stop_stream()
streamIn.close()
pa.terminate()
print('Resources released. ')
from typofix import *
from interactive import listen, multiLineInput
from myfile import sysArgvOrInput
from os.path import splitext
from io import StringIO
from console import console
def doIt(inFile, outFile):
print('(i)nteractive, or (a)utomatic?')
if listen('ia') == b'i':
fixIO(inFile, outFile, interactive = True)
else:
fixIO(inFile, outFile)
print('open (f)ile, or paste (r)aw text? ')
if listen('fr') == b'f':
filename = sysArgvOrInput()
with open(filename, 'r') as inFile:
base, ext = splitext(filename)
base += '_fix'
with open(base + ext, 'w') as outFile:
doIt(inFile, outFile)
print('done')
else:
print('Please paste here and Ctrl + Z: ')
inFile = StringIO()
outFile = StringIO()
raw = multiLineInput(inFile)
inFile.seek(0)
doIt(inFile, outFile)
outFile.seek(0)
# Yield a result for each half of the page
yield PageMerge().add(src, viewrect=(0, 0, ratio, 1)).render()
yield PageMerge().add(src, viewrect=(ratio, 0, 1 - ratio, 1)).render()
if __name__ == '__main__':
inp = sys.argv[1:]
if inp == []:
inpfn = input('path/file.ext = ').strip('"')
else:
inpfn, = inp
outfn = os.path.join(os.path.dirname(inpfn),
'unspread.' + os.path.basename(inpfn))
writer = PdfWriter(outfn)
pages = PdfReader(inpfn).pages
ratio = input('Ratio (default 0.5) = ')
if ratio == '':
mySplitpage = splitpage
else:
ratio = float(ratio)
mySplitpage = lambda page: splitpage(page, ratio)
jdt = Jdt(len(pages))
for i, page in enumerate(pages):
writer.addpages(mySplitpage(page))
jdt.acc()
writer.write()
jdt.complete()
print('start briss? ')
if listen(['y', 'n']) == b'y':
cmd('briss.lnk "%s"' % outfn)
def doIt(inFile, outFile):
print('(i)nteractive, or (a)utomatic?')
if listen('ia') == b'i':
fixIO(inFile, outFile, interactive = True)
else:
fixIO(inFile, outFile)
def fixMultiTail(word, interactive, buffer, inFile, following):
fixes = []
def addFix(fixed):
fixed += right
if fixed in fixes:
return
fixes.append(fixed)
clearLine()
print(Fore.LIGHTCYAN_EX, end='')
print(len(fixes) - 1, ':', fixed)
print(Fore.RESET, end='calculating...\r', flush=True)
if word.lower() in all_words:
return word
else:
if interactive:
saved_pos = inFile.tell()
print()
print(''.join(buffer),
Back.RED,
word,
Back.RESET,
following,
inFile.read(PEEK_LEN),
sep='')
inFile.seek(saved_pos)
print()
cursor = 0
left = word
right = ''
for cursor in range(-1, -len(word) - 1, -1):
if interactive:
fixed = fix(left, False, addFix)
else:
fixed = fix(left)
if fixed == CORRECT:
return left + right
if not interactive and fixed not in (TOO_LONG, NOT_A_WORD):
return fixed + right
if word[cursor] not in RIGHT_BORDER:
break
left = word[:cursor]
right = ''.join([RIGHT_BORDER_MAP[x] for x in word[cursor:]])
if not interactive:
return word
else:
clearLine()
print('A : Add to my personal dictionary that is public on Github')
print('I : Ignore')
print('M : Manually fix it')
print('C : Close and save the file now')
op = None
while True:
op = input('> ').upper()
try:
return fixes[int(op)]
except (ValueError, IndexError):
if op == 'A':
addToDict(word)
return word
elif op == 'I':
return word
print('Ignored. ')
elif op == 'M':
manual = inputChin(f'Let {word} be ' + Fore.CYAN,
word,
cursor=0)
print(Fore.RESET, end='')
manual_letters = manual.rstrip(SYMBOLS).lower()
if manual_letters not in all_words:
print(
'Add', Fore.CYAN, manual_letters, Fore.RESET,
'to my personal dictionary that is public on Github? y/n'
)
if listen('yn') == b'y':
addToDict(manual_letters)
else:
print(manual_letters, 'is already in the dictionary. ')
return manual
elif op == 'C':
raise CloseOutputNow
print('Closing. ')
else:
print('Choose one from above ', end='')
continue
break
def main():
global terminate_flag, f, synth
print('Press ESC to quit. ')
terminateLock.acquire()
synth = HarmonicSynth(N_HARMONICS, SR, PAGE_LEN, DTYPE[0], True, DO_SWIPE,
.3)
pa = pyaudio.PyAudio()
info = pa.get_host_api_info_by_index(0)
n_devices = info.get('deviceCount')
devices = []
in_devices = []
out_devices = []
for i in range(n_devices):
info = pa.get_device_info_by_host_api_device_index(0, i)
devices.append(info['name'])
if info['maxInputChannels'] > 0:
in_devices.append([i, info['name']])
elif info['maxOutputChannels'] > 0:
out_devices.append([i, info['name']])
print()
print('Input Devices:')
for i, name in in_devices:
print(i, name)
default_in = guess(in_devices, ['Headset', 'Microphone Array'])
in_i = int(inputChin('select input device: ', default_in))
print()
print('Input device:', devices[in_i])
print()
print('Output Devices:')
for i, name in out_devices:
print(i, name)
default_out = guess(out_devices, ['VoiceMeeter Input'])
out_i = int(inputChin('select output device: ', default_out))
print()
print('Output device:', devices[out_i])
streamOutContainer.append(
pa.open(
format=DTYPE[1],
channels=1,
rate=SR,
output=True,
frames_per_buffer=PAGE_LEN,
output_device_index=out_i,
))
streamIn = pa.open(
format=DTYPE[1],
channels=1,
rate=SR,
input=True,
frames_per_buffer=PAGE_LEN,
stream_callback=onAudioIn,
input_device_index=in_i,
)
if WRITE_FILE is not None:
f = wave.open(WRITE_FILE, 'wb')
f.setnchannels(1)
f.setsampwidth(4)
f.setframerate(SR)
streamIn.start_stream()
print('go!')
try:
while streamIn.is_active():
op = listen(b'\x1b', priorize_esc_or_arrow=True)
if op == b'\x1b':
print('Esc received. Shutting down. ')
break
except KeyboardInterrupt:
print('Ctrl+C received. Shutting down. ')
finally:
print('Releasing resources... ')
terminate_flag = 1
terminateLock.acquire()
terminateLock.release()
streamOutContainer[0].stop_stream()
streamOutContainer[0].close()
if WRITE_FILE is not None:
f.close()
while streamIn.is_active():
sleep(.1) # not perfect
streamIn.stop_stream()
streamIn.close()
pa.terminate()
print('Resources released. ')