def participant_context(exp: Experiment, participant: ExperimentSection):
term = Terminal()
exp.session_data['term'] = term
exp.session_data['stimuli'] = [
jpg_to_ascii(os.path.join('stimuli', '{:02}.jpg'.format(i)), background='light', height=term.height - 2)
for i in range(1, 16)
]
with term.fullscreen():
print(term.move(int(term.width//2), int(term.height//2)))
response_type = participant.data['response_type']
instructions = exp.experiment_data['instructions']
for i, instruction in enumerate(instructions, 1):
message = get_message(instruction, response_type)
if message.startswith('_example'):
show_example(term, response_type, message.split('_')[2], exp.session_data['stimuli'],
exp.experiment_data['example_response_message'],
ascii_stimuli=exp.experiment_data.get('ascii_stimuli', True),
stimulus_time=8)
else:
reset(term)
wrapped_multiline_print_at_location(term, message, X_MARGIN, Y_MARGIN, int(term.width//2))
with term.location(term.width//2, term.height - 3):
print('{}/{}'.format(i, len(instructions)))
time.sleep(1) # Ensure we don't accidentally skip a message.
input()
yield
reset(term)
print(exp.experiment_data['exit_message'])
input()
del exp.session_data['term']
def __init__(self, kind, stream, rows, columns):
""" Class initializer. """
self._rows = rows
self._columns = columns
BlessedTerminal.__init__(self, kind, stream)
if sys.platform.lower().startswith('win32'):
self._normal = '\x1b[m'
def inputter():
term = Terminal()
with term.cbreak():
key = term.inkey(1)
if key and not key.is_sequence:
return key
return None
def main():
"""
Displays all known key capabilities that may match the terminal.
As each key is pressed on input, it is lit up and points are scored.
"""
try:
from x84.bbs import getterminal, echo
term = getterminal()
except (ImportError, AttributeError):
from blessed import Terminal
import sys
term = Terminal()
def echo(text):
sys.stdout.write(u"{}".format(text))
sys.stdout.flush()
echo(u"".join((term.normal, term.height * u"\r\n", term.home, term.clear_eos)))
with term.raw():
inp = u""
echo(u"Press Q to exit.\r\n")
while inp.upper() != "Q":
inp = term.inkey(timeout=10.0)
disp_inp = inp.__str__() if inp.is_sequence else inp
echo(u"{0!r}: code={1!r} name={2!r}\r\n".format(disp_inp, inp.code, inp.name))
class Manager(object):
"""
Args:
stream(:py:term:`file object`): Output stream. If :py:data:`None`,
defaults to :py:data:`sys.stdout`
counter_class(:py:term:`class`): Progress bar class (Default: :py:class:`Counter`)
set_scroll(bool): Enable scroll area redefinition (Default: :py:data:`True`)
companion_stream(:py:term:`file object`): See :ref:`companion_stream <companion_stream>`
below. (Default: :py:data:`None`)
enabled(bool): Status (Default: True)
no_resize(bool): Disable resizing support
threaded(bool): When True resize handling is deferred until next write (Default: False
unless multiple threads or multiple processes are detected)
kwargs(Dict[str, Any]): Any additional :py:term:`keyword arguments<keyword argument>`
will be used as default values when :py:meth:`counter` is called.
Manager class for outputting progress bars to streams attached to TTYs
Progress bars are displayed at the bottom of the screen
with standard output displayed above.
.. _companion_stream:
**companion_stream**
A companion stream is a :py:term:`file object` that shares a TTY with
the primary output stream. The cursor position in the companion stream will be
moved in coordination with the primary stream.
If the value is :py:data:`None`, :py:data:`sys.stdout` and :py:data:`sys.stderr` will
be used as companion streams. Unless explicitly
specified, a stream which is not attached to a TTY (the case when
redirected to a file), will not be used as a companion stream.
"""
# pylint: disable=too-many-instance-attributes
def __init__(self, stream=None, counter_class=Counter, **kwargs):
self.stream = sys.stdout if stream is None else stream
self.counter_class = counter_class
self.status_bar_class = StatusBar
self.counters = OrderedDict()
self.enabled = kwargs.get('enabled', True) # Double duty for counters
self.no_resize = kwargs.pop('no_resize', False)
self.set_scroll = kwargs.pop('set_scroll', True)
self.threaded = kwargs.pop('threaded', None) # Defer evaluation
self.term = Terminal(stream=self.stream)
# Set up companion stream
self.companion_stream = kwargs.pop('companion_stream', None)
if self.companion_stream is None:
# Account for calls with original output
if self.stream is sys.__stdout__ and sys.__stderr__.isatty():
self.companion_stream = sys.__stderr__
elif self.stream is sys.__stderr__ and sys.__stdout__.isatty():
self.companion_stream = sys.__stdout__
# Account for output redirection
elif self.stream is sys.stdout and sys.stderr.isatty():
self.companion_stream = sys.stderr
elif self.stream is sys.stderr and sys.stdout.isatty():
self.companion_stream = sys.stdout
# Set up companion terminal
if self.companion_stream:
self.companion_term = Terminal(stream=self.companion_stream)
else:
self.companion_term = None
self.autorefresh = []
self._buffer = []
self._companion_buffer = []
self.height = self.term.height
self.process_exit = False
self.refresh_lock = False
self._resize = False
self.resize_lock = False
self.scroll_offset = 1
self.width = self.term.width
if not self.no_resize and RESIZE_SUPPORTED:
self.sigwinch_orig = signal.getsignal(signal.SIGWINCH)
self.defaults = kwargs # Counter defaults
def __repr__(self):
return '%s(stream=%r)' % (self.__class__.__name__, self.stream)
def __enter__(self):
return self
def __exit__(self, *args):
self.stop()
def counter(self, position=None, **kwargs):
"""
Args:
position(int): Line number counting from the bottom of the screen
autorefresh(bool): Refresh this counter when other bars are drawn
replace(:py:class:`PrintableCounter`): Replace given counter with new. Position ignored.
kwargs(Dict[str, Any]): Any additional :py:term:`keyword arguments<keyword argument>`
are passed to :py:class:`Counter`
Returns:
:py:class:`Counter`: Instance of counter class
Get a new progress bar instance
If ``position`` is specified, the counter's position will be pinned.
A :py:exc:`ValueError` will be raised if ``position`` exceeds the screen height or
has already been pinned by another counter.
If ``autorefresh`` is :py:data:`True`, this bar will be redrawn whenever another bar is
drawn assuming it had been ``min_delta`` seconds since the last update. This is usually
unnecessary.
.. note:: Counters are not automatically drawn when created because fields may be missing
if subcounters are used. To force the counter to draw before updating,
call :py:meth:`~Counter.refresh`.
"""
return self._add_counter(self.counter_class,
position=position,
**kwargs)
def status_bar(self, *args, **kwargs):
"""
Args:
position(int): Line number counting from the bottom of the screen
autorefresh(bool): Refresh this counter when other bars are drawn
replace(:py:class:`PrintableCounter`): Replace given counter with new. Position ignored.
kwargs(Dict[str, Any]): Any additional :py:term:`keyword arguments<keyword argument>`
are passed to :py:class:`StatusBar`
Returns:
:py:class:`StatusBar`: Instance of status bar class
Get a new status bar instance
If ``position`` is specified, the counter's position can change dynamically if
additional counters are called without a ``position`` argument.
If ``autorefresh`` is :py:data:`True`, this bar will be redrawn whenever another bar is
drawn assuming it had been ``min_delta`` seconds since the last update. Generally,
only need when ``elapsed`` is used in :ref:`status_format <status_format>`.
"""
position = kwargs.pop('position', None)
return self._add_counter(self.status_bar_class,
*args,
position=position,
**kwargs)
def _add_counter(self, counter_class, *args, **kwargs): # pylint: disable=too-many-branches
"""
Args:
counter_class(:py:class:`PrintableCounter`): Class to instantiate
position(int): Line number counting from the bottom of the screen
autorefresh(bool): Refresh this counter when other bars are drawn
replace(:py:class:`PrintableCounter`): Replace given counter with new. Position ignored.
kwargs(Dict[str, Any]): Any additional :py:term:`keyword arguments<keyword argument>`
are passed to :py:class:`Counter`
Returns:
:py:class:`Counter`: Instance of counter class
Get a new instance of the given class and add it to the manager
If ``position`` is specified, the counter's position can change dynamically if
additional counters are called without a ``position`` argument.
"""
position = kwargs.pop('position', None)
autorefresh = kwargs.pop('autorefresh', False)
replace = kwargs.pop('replace', None)
# List of counters to refresh due to new position
toRefresh = []
# Add default values to kwargs
for key, val in self.defaults.items():
if key not in kwargs:
kwargs[key] = val
kwargs['manager'] = self
# Create counter
new = counter_class(*args, **kwargs)
if autorefresh:
self.autorefresh.append(new)
# Get pinned counters
# pylint: disable=protected-access
pinned = {
pos: ctr
for ctr, pos in self.counters.items() if ctr._pinned
}
# Manage replacement
if replace is not None:
if replace not in self.counters:
raise ValueError(
'Counter to replace is not currently managed: %r' %
replace)
# Remove old counter
position = self.counters[replace]
replace.leave = False
replace.close()
# Replace old counter with new counter
self.counters[new] = position
if replace._pinned:
new._pinned = True
pinned[position] = new
# Position specified
elif position is not None:
if position < 1:
raise ValueError('Counter position %d is less than 1.' %
position)
if position in pinned:
raise ValueError('Counter position %d is already occupied.' %
position)
if position > self.height:
raise ValueError(
'Counter position %d is greater than terminal height.' %
position)
new._pinned = True # pylint: disable=protected-access
self.counters[new] = position
pinned[position] = new
# Dynamic placement
else:
# Set for now, but will change
self.counters[new] = 0
# Refresh status bars only, counters may have subcounters
if counter_class is self.status_bar_class:
toRefresh.append(new)
# Iterate through all counters in reverse order
pos = 1
for ctr in reversed(self.counters):
if ctr in pinned.values():
continue
old_pos = self.counters[ctr]
while pos in pinned:
pos += 1
if pos != old_pos:
# Don't refresh new counter, already accounted for
if ctr is not new:
ctr.clear(flush=False)
toRefresh.append(ctr)
self.counters[ctr] = pos
pos += 1
self._set_scroll_area()
for ctr in reversed(toRefresh):
ctr.refresh(flush=False)
self._flush_streams()
return new
def _stage_resize(self, *args, **kwarg): # pylint: disable=unused-argument
"""
Called when a window resize signal is detected
"""
# Set semaphore to trigger resize on next write
self._resize = True
if self.threaded:
# Reset update time to avoid any delay in resize
for counter in self.counters:
counter.last_update = 0
else:
# If not threaded, handle resize now
self._resize_handler()
def _resize_handler(self):
"""
Called when a window resize has been detected
Resets the scroll window
"""
# Make sure only one resize handler is running
if self.resize_lock:
return
self.resize_lock = True
buffer = self._buffer
term = self.term
oldHeight = self.height
newHeight = self.height = term.height
newWidth = term.width
if newHeight < oldHeight:
buffer.append(term.move(max(0, newHeight - self.scroll_offset), 0))
buffer.append(u'\n' * (2 * max(self.counters.values())))
elif newHeight > oldHeight and self.threaded:
buffer.append(term.move(newHeight, 0))
buffer.append(u'\n' * (self.scroll_offset - 1))
buffer.append(term.move(max(0, newHeight - self.scroll_offset), 0))
buffer.append(term.clear_eos)
self.width = newWidth
self._set_scroll_area(force=True)
for counter in self.counters:
counter.refresh(flush=False)
self._flush_streams()
self.resize_lock = False
def _set_scroll_area(self, force=False):
"""
Args:
force(bool): Set the scroll area even if no change in height and position is detected
Sets the scroll window based on the counter positions
"""
# Save scroll offset for resizing
oldOffset = self.scroll_offset
newOffset = max(self.counters.values()) + 1
if newOffset > oldOffset:
self.scroll_offset = newOffset
use_new = True
else:
use_new = False
if not self.enabled:
return
# Set exit handling only once
if not self.process_exit:
atexit.register(self._at_exit)
if not self.no_resize and RESIZE_SUPPORTED:
if self.threaded is None:
self.threaded = (
threading.active_count() > 1 # Multiple threads
or multiprocessing.active_children(
) # Main process with children
or multiprocessing.current_process().name !=
'MainProcess' # Child process
)
signal.signal(signal.SIGWINCH, self._stage_resize)
self.process_exit = True
if self.set_scroll:
buffer = self._buffer
term = self.term
scrollPosition = max(0, self.height - self.scroll_offset)
if force or use_new:
# Add line feeds so we don't overwrite existing output
if use_new:
buffer.append(term.move(max(0, self.height - oldOffset),
0))
buffer.append(u'\n' * (newOffset - oldOffset))
# Reset scroll area
buffer.append(term.hide_cursor)
buffer.append(term.csr(0, scrollPosition))
# Always reset position
buffer.append(term.move(scrollPosition, 0))
if self.companion_term is not None:
self._companion_buffer.append(term.move(scrollPosition, 0))
def _flush_streams(self):
"""
Convenience method for flushing streams
"""
buffer = self._buffer
companion_buffer = self._companion_buffer
if buffer:
self.stream.write(u''.join(buffer))
self.stream.flush()
if self.companion_stream is not None:
if companion_buffer:
self.companion_stream.write(u''.join(companion_buffer))
self.companion_stream.flush()
del buffer[:] # Python 2.7 does not support list.clear()
del companion_buffer[:]
def _at_exit(self):
"""
Resets terminal to normal configuration
"""
if not self.process_exit:
return
try:
term = self.term
buffer = self._buffer
if self.set_scroll:
buffer.append(self.term.normal_cursor)
buffer.append(self.term.csr(0, self.height - 1))
buffer.append(term.move(term.height, 0))
buffer.append(term.cud1 or u'\n')
self._flush_streams()
except ValueError: # Possibly closed file handles
pass
def remove(self, counter):
"""
Args:
counter(:py:class:`Counter`): Progress bar or status bar instance
Remove bar instance from manager
Does not error if instance is not managed by this manager
Generally this method should not be called directly,
instead used :py:meth:`Counter.close`.
"""
if not counter.leave:
try:
del self.counters[counter]
self.autorefresh.remove(counter)
except (KeyError, ValueError):
pass
def stop(self):
"""
Clean up and reset terminal
This method should be called when the manager and counters will no longer be needed.
Any progress bars that have ``leave`` set to :py:data:`True` or have not been closed
will remain on the console. All others will be cleared.
Manager and all counters will be disabled.
"""
if not self.enabled:
return
buffer = self._buffer
term = self.term
height = term.height
positions = self.counters.values()
if not self.no_resize and RESIZE_SUPPORTED:
signal.signal(signal.SIGWINCH, self.sigwinch_orig)
try:
for num in range(self.scroll_offset - 1, 0, -1):
if num not in positions:
buffer.append(term.move(height - num, 0))
buffer.append(term.clear_eol)
finally:
# Reset terminal
if self.set_scroll:
buffer.append(term.normal_cursor)
buffer.append(term.csr(0, self.height - 1))
if self.companion_term:
self._companion_buffer.extend(
(term.normal_cursor, term.csr(0, self.height - 1),
term.move(height, 0)))
# Re-home cursor
buffer.append(term.move(height, 0))
self.process_exit = False
self.enabled = False
for counter in self.counters:
counter.enabled = False
# Feed terminal if lowest position isn't cleared
if 1 in positions:
buffer.append(term.cud1 or '\n')
self._flush_streams()
def write(self, output='', flush=True, counter=None, **kwargs):
"""
Args:
output(str): Output string or callable
flush(bool): Flush the output stream after writing
counter(:py:class:`Counter`): Bar being written (for position and auto-refresh)
kwargs(dict): Additional arguments passed when output is callable
Write to the stream.
The position is determined by the counter or defaults to the bottom of the terminal
If ``output`` is callable, it will be called with any additional keyword arguments
to produce the output string
"""
if not self.enabled:
return
# If resize signal was caught, handle resize
if self._resize and not self.resize_lock:
try:
self._resize_handler()
finally:
self._resize = False
return
position = self.counters[counter] if counter else 0
term = self.term
# If output is callable, call it with supplied arguments
if callable(output):
output = output(**kwargs)
try:
self._buffer.extend((term.move(self.height - position,
0), u'\r', term.clear_eol, output))
finally:
# Reset position and scrolling
if not self.refresh_lock:
if self.autorefresh:
self._autorefresh(exclude=(counter, ))
self._set_scroll_area()
if flush:
self._flush_streams()
def _autorefresh(self, exclude):
"""
Args:
exclude(list): Iterable of bars to ignore when auto-refreshing
Refresh any bars specified for auto-refresh
"""
self.refresh_lock = True
current_time = time.time()
for counter in self.autorefresh:
if counter in exclude or counter.min_delta > current_time - counter.last_update:
continue
counter.refresh()
self.refresh_lock = False
def print_to(
self,
fp,
with_colors=True, # deprecated arg
show_cmd=False,
show_full_cmd=False,
show_user=False,
show_pid=False,
show_fan_speed=None,
show_codec="",
show_power=None,
gpuname_width=16,
term=None,
show_pmemory=False,
):
if term is None:
term = Terminal(stream=sys.stdout)
# color settings
colors = {}
def _conditional(cond_fn,
true_value,
false_value,
error_value=term.bold_black):
try:
return cond_fn() and true_value or false_value
except Exception:
return error_value
_ENC_THRESHOLD = 50
colors['C0'] = term.normal
colors['C1'] = term.cyan
colors['CBold'] = term.bold
colors['CName'] = term.blue
colors['CTemp'] = _conditional(lambda: self.temperature < 50, term.red,
term.bold_red)
colors['FSpeed'] = _conditional(lambda: self.fan_speed < 30, term.cyan,
term.bold_cyan)
colors['CMemU'] = term.bold_yellow
colors['CMemT'] = term.yellow
colors['CMemP'] = term.yellow
colors['CCPUMemU'] = term.yellow
colors['CUser'] = term.bold_black # gray
colors['CUtil'] = _conditional(lambda: self.utilization < 30,
term.green, term.bold_green)
colors['CUtilEnc'] = _conditional(
lambda: self.utilization_enc < _ENC_THRESHOLD, term.green,
term.bold_green)
colors['CUtilDec'] = _conditional(
lambda: self.utilization_dec < _ENC_THRESHOLD, term.green,
term.bold_green)
colors['CCPUUtil'] = term.green
colors['CPowU'] = _conditional(
lambda: (self.power_limit is not None and float(self.power_draw) /
self.power_limit < 0.4), term.magenta, term.bold_magenta)
colors['CPowL'] = term.magenta
colors['CCmd'] = term.color(24) # a bit dark
colors['PUser'] = term.turquoise
colors['PTime'] = term.aquamarine4
if not with_colors:
for k in list(colors.keys()):
colors[k] = ''
def _repr(v, none_value='??'):
return none_value if v is None else v
# build one-line display information
# we want power use optional, but if deserves being grouped with
# temperature and utilization
reps = u"%(C1)s[{entry[index]}]%(C0)s " \
"%(CName)s{entry[name]:{gpuname_width}}%(C0)s |" \
"%(CTemp)s{entry[temperature.gpu]:>3}°C%(C0)s, "
if show_fan_speed:
reps += "%(FSpeed)s{entry[fan.speed]:>3} %%%(C0)s, "
reps += "%(CUtil)s{entry[utilization.gpu]:>3} %%%(C0)s"
if show_codec:
codec_info = []
if "enc" in show_codec:
codec_info.append(
"%(CBold)sE: %(C0)s"
"%(CUtilEnc)s{entry[utilization.enc]:>3} %%%(C0)s")
if "dec" in show_codec:
codec_info.append(
"%(CBold)sD: %(C0)s"
"%(CUtilDec)s{entry[utilization.dec]:>3} %%%(C0)s")
reps += " ({})".format(" ".join(codec_info))
if show_power:
reps += ", %(CPowU)s{entry[power.draw]:>3}%(C0)s "
if show_power is True or 'limit' in show_power:
reps += "/ %(CPowL)s{entry[enforced.power.limit]:>3}%(C0)s "
reps += "%(CPowL)sW%(C0)s"
else:
reps += "%(CPowU)sW%(C0)s"
reps += " | %(C1)s%(CMemU)s{entry[memory.used]:>5}%(C0)s " \
"/ %(CMemT)s{entry[memory.total]:>5}%(C0)s MB"
reps = (reps) % colors
reps = reps.format(entry={k: _repr(v)
for k, v in self.entry.items()},
gpuname_width=gpuname_width)
reps += " |"
def process_repr(p):
r = ''
if not show_cmd or show_user:
r += "{CUser}{}{C0}".format(_repr(p['username'], '--'),
**colors)
if show_cmd:
if r:
r += ':'
com = _repr(p.get('command', p['pid']), '--')
if "@" in com:
letters = com[1:3]
rest, tleft = com[3:].split("#")
r += "{PUser}{}{C1}{}{PTime}({}){C0}".format(
letters, rest, tleft, **colors)
else:
r += "{C1}{}{C0}".format(com, **colors)
if show_pid:
r += ("/%s" % _repr(p['pid'], '--'))
if show_pmemory:
r += '({CMemP}{}M{C0})'.format(
_repr(p['gpu_memory_usage'], '?'), **colors)
else:
r += ' :'
return r
def full_process_info(p):
r = "{C0} ├─ {:>6} ".format(_repr(p['pid'], '--'), **colors)
r += "{C0}({CCPUUtil}{:4.0f}%{C0}, {CCPUMemU}{:>6}{C0})".format(
_repr(p['cpu_percent'], '--'),
util.bytes2human(_repr(p['cpu_memory_usage'], 0)), **colors)
full_command_pretty = util.prettify_commandline(
p['full_command'], colors['C1'], colors['CCmd'])
r += "{C0}: {CCmd}{}{C0}".format(_repr(full_command_pretty, '?'),
**colors)
return r
processes = self.entry['processes']
full_processes = []
if processes is None:
# None (not available)
reps += ' ({})'.format(NOT_SUPPORTED)
else:
for p in processes:
reps += ' ' + process_repr(p)
if show_full_cmd:
full_processes.append(os.linesep + full_process_info(p))
if show_full_cmd and full_processes:
full_processes[-1] = full_processes[-1].replace('├', '└', 1)
reps += ''.join(full_processes)
fp.write(reps)
return fp
def draw_exit(terminal: blessed.Terminal) -> None:
terminal.exit_fullscreen()
def move_layer_down(self):
if self.dim == 3:
if self.activeLayer > 0:
self.activeLayer -= 1
self.updateDrawData()
self.damaged = True
# There's no real limit on how big a box can be, internally.
# We just have a window into it, and that's the 'size'.
# We should be able to shift the viewport...
# ... so we should be able to store and sort through lines of data.
msgbus = MsgBus()
terminal = Terminal()
inputsys = Input(msgbus, terminal)
import sys
appstate = AppState(msgbus, terminal, sys.argv[1])
termprint = TerminalPrinter(msgbus, terminal, appstate)
dataloader = H5DataLoader(msgbus, appstate, termprint, terminal)
msgbus.RegisterSystem(appstate)
msgbus.RegisterSystem(termprint)
msgbus.RegisterSystem(inputsys)
msgbus.RegisterSystem(dataloader)
msgbus.LaunchSystems()
# Let's create a message and load up the file!
msg = Msg('new_box', mtype='H5_LOAD', code=None)
appstate.SendMessage(msg)
msgbus.MainLoop()
def mainRender(needsRender, menu, selection):
term = Terminal()
if needsRender == 1:
print(term.clear())
print(term.move_y(term.height // 16))
print(
term.black_on_cornsilk4(term.center('IOTstack Gitea Options')))
print("")
print(term.center(commonTopBorder(renderMode)))
print(term.center(commonEmptyLine(renderMode)))
print(
term.center(
"{bv} Select Option to configure {bv}"
.format(bv=specialChars[renderMode]["borderVertical"])))
print(term.center(commonEmptyLine(renderMode)))
if needsRender >= 1:
renderHotZone(term, menu, selection, hotzoneLocation)
if needsRender == 1:
print(term.center(commonEmptyLine(renderMode)))
print(term.center(commonEmptyLine(renderMode)))
if not hideHelpText:
print(term.center(commonEmptyLine(renderMode)))
print(
term.center(
"{bv} Controls: {bv}"
.format(
bv=specialChars[renderMode]["borderVertical"])))
print(
term.center(
"{bv} [Up] and [Down] to move selection cursor {bv}"
.format(
bv=specialChars[renderMode]["borderVertical"])))
print(
term.center(
"{bv} [H] Show/hide this text {bv}"
.format(
bv=specialChars[renderMode]["borderVertical"])))
print(
term.center(
"{bv} [Enter] to run command or save input {bv}"
.format(
bv=specialChars[renderMode]["borderVertical"])))
print(
term.center(
"{bv} [Escape] to go back to build stack menu {bv}"
.format(
bv=specialChars[renderMode]["borderVertical"])))
print(term.center(commonEmptyLine(renderMode)))
print(term.center(commonEmptyLine(renderMode)))
print(term.center(commonBottomBorder(renderMode)))
class RokuCLI():
""" Command-line interpreter for processing user input and relaying
commands to Roku """
def __init__(self):
self.term = Terminal()
self.roku = None
def parseargs(self):
parser = argparse.ArgumentParser(
description='Interactive command-line control of Roku devices')
parser.add_argument(
'ipaddr',
nargs='?',
help=('IP address of Roku to connect to. By default, will ' +
'automatically detect Roku within LAN.'))
return parser.parse_args()
def text_entry(self):
""" Relay literal text entry from user to Roku until
<Enter> or <Esc> pressed. """
allowed_sequences = set(['KEY_ENTER', 'KEY_ESCAPE', 'KEY_DELETE'])
sys.stdout.write('Enter text (<Esc> to abort) : ')
sys.stdout.flush()
# Track start column to ensure user doesn't backspace too far
start_column = self.term.get_location()[1]
cur_column = start_column
with self.term.cbreak():
val = ''
while val != 'KEY_ENTER' and val != 'KEY_ESCAPE':
val = self.term.inkey()
if not val:
continue
elif val.is_sequence:
val = val.name
if val not in allowed_sequences:
continue
if val == 'KEY_ENTER':
self.roku.enter()
elif val == 'KEY_ESCAPE':
pass
elif val == 'KEY_DELETE':
self.roku.backspace()
if cur_column > start_column:
sys.stdout.write(u'\b \b')
cur_column -= 1
else:
self.roku.literal(val)
sys.stdout.write(val)
cur_column += 1
sys.stdout.flush()
# Clear to beginning of line
sys.stdout.write(self.term.clear_bol)
sys.stdout.write(self.term.move(self.term.height, 0))
sys.stdout.flush()
def run(self):
ipaddr = self.parseargs().ipaddr
# If IP not specified, use Roku discovery and let user choose
if ipaddr:
self.roku = Roku(ipaddr)
else:
self.roku = discover_roku()
if not self.roku:
return
print(usage_menu)
cmd_func_map = {
'B': self.roku.back,
'KEY_DELETE': self.roku.back,
'H': self.roku.home,
'h': self.roku.left,
'KEY_LEFT': self.roku.left,
'j': self.roku.down,
'KEY_DOWN': self.roku.down,
'k': self.roku.up,
'KEY_UP': self.roku.up,
'l': self.roku.right,
'KEY_RIGHT': self.roku.right,
'KEY_ENTER': self.roku.select,
'R': self.roku.replay,
'i': self.roku.info,
'r': self.roku.reverse,
'f': self.roku.forward,
' ': self.roku.play,
'/': self.text_entry
}
# Main interactive loop
with self.term.cbreak():
val = ''
while val.lower() != 'q':
val = self.term.inkey()
if not val:
continue
if val.is_sequence:
val = val.name
if val in cmd_func_map:
try:
cmd_func_map[val]()
except:
print('Unable to communicate with roku at ' +
str(self.roku.host) + ':' + str(self.roku.port))
sys.exit(1)
def mainRender(needsRender, menu, selection):
term = Terminal()
if needsRender == 1:
print(term.clear())
print(term.move_y(6 - hotzoneLocation[0]))
print(term.black_on_cornsilk4(term.center('Native Installs')))
print("")
print(term.center(commonTopBorder(renderMode)))
print(term.center(commonEmptyLine(renderMode)))
print(
term.center(
"{bv} Select service to install {bv}"
.format(bv=specialChars[renderMode]["borderVertical"])))
print(term.center(commonEmptyLine(renderMode)))
print(term.center(commonEmptyLine(renderMode)))
print(term.center(commonEmptyLine(renderMode)))
if needsRender >= 1:
renderHotZone(term, menu, selection, hotzoneLocation)
if needsRender == 1:
print(term.center(commonEmptyLine(renderMode)))
if not hideHelpText:
if term.height < 30:
print(term.center(commonEmptyLine(renderMode)))
print(
term.center(
"{bv} Not enough vertical room to render controls help text {bv}"
.format(bv=specialChars[renderMode]
["borderVertical"])))
print(term.center(commonEmptyLine(renderMode)))
else:
print(term.center(commonEmptyLine(renderMode)))
print(
term.center(
"{bv} Controls: {bv}"
.format(bv=specialChars[renderMode]
["borderVertical"])))
print(
term.center(
"{bv} [Up] and [Down] to move selection cursor {bv}"
.format(bv=specialChars[renderMode]
["borderVertical"])))
print(
term.center(
"{bv} [H] Show/hide this text {bv}"
.format(bv=specialChars[renderMode]
["borderVertical"])))
print(
term.center(
"{bv} [Enter] to run command {bv}"
.format(bv=specialChars[renderMode]
["borderVertical"])))
print(
term.center(
"{bv} [Escape] to go back to main menu {bv}"
.format(bv=specialChars[renderMode]
["borderVertical"])))
print(term.center(commonEmptyLine(renderMode)))
print(term.center(commonEmptyLine(renderMode)))
print(term.center(commonBottomBorder(renderMode)))
#!/usr/bin/python3 from blessed import Terminal import sys import subprocess import os import time import types import signal from deps.chars import specialChars from deps.version_check import checkVersion term = Terminal() # Settings/Consts requiredDockerVersion = "18.2.0" # Vars selectionInProgress = True currentMenuItemIndex = 0 menuNavigateDirection = 0 projectStatusPollRateRefresh = 1 promptFiles = False buildComplete = None hotzoneLocation = [((term.height // 16) + 6), 0] screenActive = True # Render Modes: # 0 = No render needed # 1 = Full render # 2 = Hotzone only needsRender = 1
def main():
"""Program entry point."""
above = lambda csr, n: (Cursor(y=max(0, csr.y - n), x=csr.x, term=csr.term)
)
below = lambda csr, n: (Cursor(
y=min(csr.term.height - 1, csr.y + n), x=csr.x, term=csr.term))
right_of = lambda csr, n: (Cursor(
y=csr.y, x=min(csr.term.width - 1, csr.x + n), term=csr.term))
left_of = lambda csr, n: (Cursor(
y=csr.y, x=max(0, csr.x - n), term=csr.term))
home = lambda csr: (Cursor(y=csr.y, x=0, term=csr.term))
end = lambda csr: (Cursor(y=csr.y, x=csr.term.width - 1, term=csr.term))
bottom = lambda csr: (Cursor(y=csr.term.height - 1, x=csr.x, term=csr.term)
)
center = lambda csr: Cursor(csr.term.height // 2, csr.term.width // 2, csr.
term)
lookup_move = lambda inp_code, csr, term: {
# arrows, including angled directionals
csr.term.KEY_END:
below(left_of(csr, 1), 1),
csr.term.KEY_KP_1:
below(left_of(csr, 1), 1),
csr.term.KEY_DOWN:
below(csr, 1),
csr.term.KEY_KP_2:
below(csr, 1),
csr.term.KEY_PGDOWN:
below(right_of(csr, 1), 1),
csr.term.KEY_LR:
below(right_of(csr, 1), 1),
csr.term.KEY_KP_3:
below(right_of(csr, 1), 1),
csr.term.KEY_LEFT:
left_of(csr, 1),
csr.term.KEY_KP_4:
left_of(csr, 1),
csr.term.KEY_CENTER:
center(csr),
csr.term.KEY_KP_5:
center(csr),
csr.term.KEY_RIGHT:
right_of(csr, 1),
csr.term.KEY_KP_6:
right_of(csr, 1),
csr.term.KEY_HOME:
above(left_of(csr, 1), 1),
csr.term.KEY_KP_7:
above(left_of(csr, 1), 1),
csr.term.KEY_UP:
above(csr, 1),
csr.term.KEY_KP_8:
above(csr, 1),
csr.term.KEY_PGUP:
above(right_of(csr, 1), 1),
csr.term.KEY_KP_9:
above(right_of(csr, 1), 1),
# shift + arrows
csr.term.KEY_SLEFT:
left_of(csr, 10),
csr.term.KEY_SRIGHT:
right_of(csr, 10),
csr.term.KEY_SDOWN:
below(csr, 10),
csr.term.KEY_SUP:
above(csr, 10),
# carriage return
csr.term.KEY_ENTER:
home(below(csr, 1)),
}.get(inp_code, csr)
term = Terminal()
csr = Cursor(0, 0, term)
screen = {}
with term.hidden_cursor(), \
term.raw(), \
term.location(), \
term.fullscreen(), \
term.keypad():
inp = None
while True:
echo_yx(csr, term.reverse(screen.get((csr.y, csr.x), u' ')))
inp = term.inkey()
if inp == chr(3):
# ^c exits
break
elif inp == chr(19):
# ^s saves
echo_yx(home(bottom(csr)),
term.ljust(term.bold_white(u'Filename: ')))
echo_yx(right_of(home(bottom(csr)), len(u'Filename: ')), u'')
save(screen, readline(term))
echo_yx(home(bottom(csr)), term.clear_eol)
redraw(term=term,
screen=screen,
start=home(bottom(csr)),
end=end(bottom(csr)))
continue
elif inp == chr(12):
# ^l refreshes
redraw(term=term, screen=screen)
else:
n_csr = lookup_move(inp.code, csr, term)
if n_csr != csr:
# erase old cursor,
echo_yx(csr, screen.get((csr.y, csr.x), u' '))
csr = n_csr
elif input_filter(inp):
echo_yx(csr, inp)
screen[(csr.y, csr.x)] = inp.__str__()
n_csr = right_of(csr, 1)
if n_csr == csr:
# wrap around margin
n_csr = home(below(csr, 1))
csr = n_csr
def __init__(self, args):
self.term = Terminal()
self.prev = {}
self.poll_delay = args.poll_delay
self.blink_delay = args.blink_delay
self.commands = [{
'command': 'getNeighbors'
}, {
'command': 'getNodeInfo'
}]
self.txkeys = [{
'keyshort': 'ad',
'sortkey': '1',
'header': 'Neighbor Address',
'key': 'neighborAddress',
'col': 0,
'sortcolumn': 'address'
}, {
'keyshort': 'at',
'sortkey': '2',
'header': 'All tx',
'key': 'numberOfAllTransactions',
'col': 3,
'sortcolumn': 'numberOfAllTransactions'
}, {
'keyshort': 'nt',
'sortkey': '3',
'header': 'New tx',
'key': 'numberOfNewTransactions',
'col': 4,
'sortcolumn': 'numberOfNewTransactions'
}, {
'keyshort': 'st',
'sortkey': '4',
'header': 'Sent tx',
'key': 'numberOfSentTransactions',
'col': 5,
'sortcolumn': 'numberOfSentTransactions'
}, {
'keyshort': 'rt',
'sortkey': '5',
'header': 'Random tx',
'key': 'numberOfRandomTransactionRequests',
'col': 6,
'sortcolumn': 'numberOfRandomTransactionRequests'
}, {
'keyshort': 'it',
'sortkey': '6',
'header': 'Invalid tx',
'key': 'numberOfInvalidTransactions',
'col': 7,
'sortcolumn': 'numberOfInvalidTransactions'
}, {
'keyshort': 'xt',
'sortkey': '7',
'header': 'Stale tx',
'key': 'numberOfStaleTransactions',
'col': 8,
'sortcolumn': 'numberOfStaleTransactions'
}]
self.randSeed = random.randint(0, 100000)
self.baseline = dict()
self.baselineStr = ['Off', 'On']
self.baselineToggle = 0
self.obscureAddrToggle = args.obscure_address
self.width = 0
self.height = 0
self.oldheight = 0
self.oldwidth = 0
self.incommunicados = 0
self.localhost = self.set_local_node()
self.duration_hist = list()
self.duration = 0
self.duration_avg = 0
self.sortmode = False
self.sortcolumn = None
self.sortorderlist = ["", " " + u"\u25BC", " " + u"\u25B2"]
self.sortorder = None
self.mss_0 = ""
self.prev_ms_start = 0
# Initiate column sort
if args.sort:
try:
if args.sort < 0:
self.sortorder = self.sortorderlist[1]
else:
self.sortorder = self.sortorderlist[2]
args.sort = abs(args.sort)
self.sortcolumn = self.txkeys[args.sort - 1]['sortcolumn']
except IndexError:
self.sortcolumn = self.txkeys[0]['sortcolumn']
# Set authentication header if required
if args.username is not None:
auth_str = '%s:%s' % (args.username, args.password)
auth_token = base64.b64encode(auth_str.encode("utf-8"))
HEADERS['Authorization'] = 'Basic %s' % auth_token.decode()
class IriTop:
global HEADERES
def __init__(self, args):
self.term = Terminal()
self.prev = {}
self.poll_delay = args.poll_delay
self.blink_delay = args.blink_delay
self.commands = [{
'command': 'getNeighbors'
}, {
'command': 'getNodeInfo'
}]
self.txkeys = [{
'keyshort': 'ad',
'sortkey': '1',
'header': 'Neighbor Address',
'key': 'neighborAddress',
'col': 0,
'sortcolumn': 'address'
}, {
'keyshort': 'at',
'sortkey': '2',
'header': 'All tx',
'key': 'numberOfAllTransactions',
'col': 3,
'sortcolumn': 'numberOfAllTransactions'
}, {
'keyshort': 'nt',
'sortkey': '3',
'header': 'New tx',
'key': 'numberOfNewTransactions',
'col': 4,
'sortcolumn': 'numberOfNewTransactions'
}, {
'keyshort': 'st',
'sortkey': '4',
'header': 'Sent tx',
'key': 'numberOfSentTransactions',
'col': 5,
'sortcolumn': 'numberOfSentTransactions'
}, {
'keyshort': 'rt',
'sortkey': '5',
'header': 'Random tx',
'key': 'numberOfRandomTransactionRequests',
'col': 6,
'sortcolumn': 'numberOfRandomTransactionRequests'
}, {
'keyshort': 'it',
'sortkey': '6',
'header': 'Invalid tx',
'key': 'numberOfInvalidTransactions',
'col': 7,
'sortcolumn': 'numberOfInvalidTransactions'
}, {
'keyshort': 'xt',
'sortkey': '7',
'header': 'Stale tx',
'key': 'numberOfStaleTransactions',
'col': 8,
'sortcolumn': 'numberOfStaleTransactions'
}]
self.randSeed = random.randint(0, 100000)
self.baseline = dict()
self.baselineStr = ['Off', 'On']
self.baselineToggle = 0
self.obscureAddrToggle = args.obscure_address
self.width = 0
self.height = 0
self.oldheight = 0
self.oldwidth = 0
self.incommunicados = 0
self.localhost = self.set_local_node()
self.duration_hist = list()
self.duration = 0
self.duration_avg = 0
self.sortmode = False
self.sortcolumn = None
self.sortorderlist = ["", " " + u"\u25BC", " " + u"\u25B2"]
self.sortorder = None
self.mss_0 = ""
self.prev_ms_start = 0
# Initiate column sort
if args.sort:
try:
if args.sort < 0:
self.sortorder = self.sortorderlist[1]
else:
self.sortorder = self.sortorderlist[2]
args.sort = abs(args.sort)
self.sortcolumn = self.txkeys[args.sort - 1]['sortcolumn']
except IndexError:
self.sortcolumn = self.txkeys[0]['sortcolumn']
# Set authentication header if required
if args.username is not None:
auth_str = '%s:%s' % (args.username, args.password)
auth_token = base64.b64encode(auth_str.encode("utf-8"))
HEADERS['Authorization'] = 'Basic %s' % auth_token.decode()
@property
def get_local_ips(self):
return check_output(['/bin/hostname',
'--all-ip-addresses']).rstrip().split()
def set_local_node(self):
local_ips = ['localhost', '127.0.0.1', '::1']
local_ips.extend(self.get_local_ips)
if urlparse(NODE.lower()).hostname in local_ips:
return True
return False
def run(self, stdscr):
stdscr.clear()
node = None
print("IRITop connecting to node %s..." % self.showAddress(NODE))
with self.term.hidden_cursor():
val = ""
tlast = 0
self.hist = {}
while val.lower() != 'q':
random.seed(self.randSeed)
val = self.term.inkey(timeout=self.blink_delay)
# Sort mode detection
if val.lower() == 's':
if self.sortmode is False:
self.sortmode = True
else:
self.sortmode = False
if self.sortmode:
if self.sortorder is None:
self.sortorder = self.sortorderlist[2]
keylist = []
for k in self.txkeys:
keylist.append(k['sortkey'])
key = val.lower()
if key in keylist:
for k in self.txkeys:
if key == k['sortkey']:
# Toggle sort direction
if self.sortcolumn == k['sortcolumn']:
if self.sortorder == self.sortorderlist[2]:
self.sortorder = self.sortorderlist[1]
else:
self.sortorder = self.sortorderlist[2]
else:
self.sortorder = self.sortorderlist[2]
# Set sort column
self.sortcolumn = k['sortcolumn']
self.sortmode = False
self.oldheight, self.oldwidth = self.height, self.width
self.height, self.width = self.term.height, self.term.width
if int(time.time()) - tlast > self.poll_delay:
if node:
self.prev_ms_start = node["milestoneStartIndex"]
startTime = int(round(time.time() * 1000))
results = [
fetch_data(self.commands[i])
for i in range(len(self.commands))
]
endTime = int(round(time.time() * 1000))
self.logDuration(endTime - startTime)
neighbors = None
node = None
for data, e in results:
if e is not None:
raise Exception("Error fetching data from node:"
" %s\n" % e)
if 'appName' in data.keys():
node = data
elif 'neighbors' in data.keys():
neighbors = data['neighbors']
tlast = int(time.time())
for neighbor in neighbors:
for txkey in self.txkeys[1:]:
if txkey['key'] not in neighbor:
neighbor[txkey['key']] = 0
neighbor[txkey['keyshort']] = 0
neighbor['%sDelta' % txkey['key']] = 0
# Keep history of tx
tx_history = {}
for neighbor in neighbors:
for txkey in self.txkeys[1:]:
self.historizer(txkey['keyshort'], txkey['key'],
tx_history, neighbor)
self.hist = tx_history
if val.lower() == 'o':
self.obscureAddrToggle = self.obscureAddrToggle ^ 1
if val.lower() == 'b':
for neighbor in neighbors:
for txkey in self.txkeys[1:]:
self.baseline[self.getBaselineKey(neighbor,
txkey['keyshort'])] = \
neighbor[txkey['key']]
self.baselineToggle = self.baselineToggle ^ 1
if ((self.oldheight != self.height)
or (self.oldwidth != self.width)):
print(self.term.clear)
print(
self.term.move(0, 0) + self.term.black_on_cyan(
"IRITop - Simple IOTA IRI Node Monitor (%s)".ljust(
self.width) % __VERSION__))
for neighbor in neighbors:
for txkey in self.txkeys[1:]:
key = self.getBaselineKey(neighbor, txkey['keyshort'])
if key not in self.baseline:
self.baseline[key] = 0
self.show(1, 0, "App Name", node, "appName")
self.show(2, 0, "App Version", node, "appVersion")
s = self.term.cyan("Free: ") + \
str(node["jreFreeMemory"]//MB) + \
" Mb " + \
self.term.cyan("Max: ") + \
str(node["jreMaxMemory"]//MB) + \
" Mb " + \
self.term.cyan("Total: ") + \
str(node["jreTotalMemory"]//MB) + " Mb "
self.show_string(1, 1, "JRE Memory", s)
self.show_histogram(2,
1,
"JRE Memory",
node["jreTotalMemory"] -
node["jreFreeMemory"],
node["jreMaxMemory"],
0.8,
span=2)
ms_start = node["milestoneStartIndex"]
delta_ms_start = self.prev_ms_start - ms_start
self.mss_1 = self.mss_0
self.mss_0 = ("%s" % ms_start) + (
"" if delta_ms_start == 0 else " (%d)" % delta_ms_start)
self.show_string(3, 2, "", " " * 16)
self.show_string(3,
2,
"Milestone Start",
self.mss_0,
prev=self.mss_1)
self.show(4, 2, "Milestone Index", node,
"latestMilestoneIndex")
self.show(5, 2, "Milestone Solid", node,
"latestSolidSubtangleMilestoneIndex")
self.show(3, 0, "JRE Version", node, "jreVersion")
self.show(4, 1, "Tips", node, "tips")
self.show(3, 1, "Tx To Request", node, "transactionsToRequest")
self.show_string(6, 0, "Node Address", self.showAddress(NODE))
self.show_string(4, 0, "Baseline",
self.baselineStr[self.baselineToggle])
self.show_string(
5, 0, "Response Time",
str(self.duration) + " ms " + self.term.cyan("Avg: ") +
str(self.duration_avg) + " ms ")
neighborCount = "%s" % node['neighbors']
if self.incommunicados > 0:
neighborCount += self.term.red(" / %d " %
self.incommunicados)
else:
neighborCount += " "
self.show_string(6, 2, "Neighbors", neighborCount)
if self.localhost:
self.show_string(5, 1, "Load Average", getloadavg())
else:
self.show_string(5, 1, "Load Average", 'N/A')
self.show_neighbors(7, neighbors)
def logDuration(self, duration):
self.duration = duration
self.duration_hist.append(duration)
self.duration_avg = int(
sum(self.duration_hist) / len(self.duration_hist))
# Limit history to the last 5 minutes of calls
if len(self.duration_hist) > (60 * 5 / self.poll_delay):
del self.duration_hist[0]
def showAddress(self, address):
if self.obscureAddrToggle == 1:
return scrambleAddress(address)
return address
def getBaselineKey(self, neighbor, subkey):
return "%s:%s" % (neighbor['address'], subkey)
def historizer(self, txtype, wsid, hd, n):
nid = "%s-%s" % (n['address'], txtype)
nidd = "%s-%sd" % (n['address'], txtype)
c = n[wsid]
try:
p = self.hist[nid]
hd[nid] = c
if p > 0:
hd[nidd] = c - p
else:
hd[nidd] = 0
except KeyError:
hd[nid] = 0
hd[nidd] = 0
n["%sDelta" % wsid] = hd[nidd]
def show(self, row, col, label, dictionary, value):
x1 = (self.width // 3) * col
x2 = x1 + 18
vs = self.term.bright_cyan(str(dictionary[value]))
# Highlight if no neighbors
if value == "neighbors" and dictionary[value] == 0:
vs = self.term.red(str(dictionary[value]))
# Highlight if latest milestone is out of sync with
# the solid milestone
if value == "latestSolidSubtangleMilestoneIndex":
diff = dictionary["latestSolidSubtangleMilestoneIndex"] - \
dictionary["latestMilestoneIndex"]
if diff < 0 and diff >= -2:
vs = self.term.yellow(str(dictionary[value]) + "*")
elif diff < -2:
vs = self.term.red(str(dictionary[value]) + " (!)")
if value in self.prev and dictionary[value] != self.prev[value]:
vs = self.term.on_blue(vs)
print(self.term.move(row, x1) + self.term.cyan(label + ":"))
print(self.term.move(row, x2) + vs + " ")
self.prev[value] = dictionary[value]
def show_string(self, row, col, label, value, prev=""):
x1 = (self.width // 3) * col
x2 = x1 + 18
value = str(value)
if prev != "" and value != prev:
value = self.term.on_blue(value)
print(self.term.move(row, x1) + self.term.cyan(label + ":"))
print(
self.term.move(row, x2) + self.term.bright_cyan(str(value) + " "))
def show_histogram(self,
row,
col,
label,
value,
value_max,
warning_limit=0.8,
span=1):
label_width = 18
col_width = ((self.width // 3) - label_width) + \
((span - 1) * (self.width // 3))
x1 = (self.width // 3) * col
x2 = x1 + label_width
bw = col_width - 2
vm = bw
v = int(value / value_max * bw)
vl = int(warning_limit * vm)
mG = v
mY = 0
mR = 0
if v > vl:
mR = v - vl
mG = mG - mR
mB = bw - (mR + mG)
if value > (value_max * warning_limit):
mY = mG
mG = 0
print(self.term.move(row, x1) + self.term.cyan(label + ":"))
print(
self.term.move(row, x2) + self.term.white("[") +
self.term.green("|" * mG) + self.term.yellow("|" * mY) +
self.term.red("#" * mR) + self.term.bright_black("-" * mB) +
self.term.white("]"))
def show_neighbors(self, row, neighbors):
global ITER
cols = 9
height, width = self.term.height, self.term.width
cw = width // cols
cw1 = width - ((cols - 1) * cw)
cwl = [
0,
]
for c in range(cols - 1):
cwl.append(cw1 + (c * cw))
self.incommunicados = 0
revso = True if self.sortorder == self.sortorderlist[2] else False
for k in self.txkeys:
ch = k['header'] + (' [%s]' % k['sortkey'] if self.sortmode else (
self.sortorderlist[1] if revso else self.sortorderlist[2])
if self.sortcolumn == k['sortcolumn'] else '')
ch += "" if k['keyshort'] != 'ad' else " " * (cw * 4 - len(ch))
print(
self.term.move(row, cwl[k['col']]) +
self.term.black_on_green(ch.rjust(cw)))
row += 1
# Sort neighbors
ordered_neighbors = []
if self.sortcolumn is None:
self.sortorder = None
ordered_neighbors = neighbors
else:
if self.sortorder is None:
self.sortorder = self.sortorderlist[0]
ordered_neighbors = sorted(neighbors,
key=lambda k: k[self.sortcolumn],
reverse=revso)
# Show Neighbors
for neighbor in ordered_neighbors:
self.show_neighbor(row, neighbor, cwl, cw, height)
row += 1
# Blank spare neighbor rows
for blankrow in range(row, height - 2):
print(self.term.move(blankrow, 0) + " " * width)
print(
self.term.move(height - 2, 0 * cw) +
self.term.black_on_cyan("Q to exit - "
"B to reset tx to a zero baseline - "
"O to obscure addresses - "
"S# to sort column".ljust(width)))
ITER += 1
def txString(self, neighbor, key, keydelta, keyshort, column_width):
txcnt = neighbor[key] - (self.baseline[self.getBaselineKey(
neighbor, keyshort)] * self.baselineToggle)
return ("%d (%d)" % (txcnt, neighbor[keydelta])).rjust(column_width)
def show_neighbor(self, row, neighbor, column_start_list, column_width,
height):
global ITER
neighbor['addr'] = self.showAddress(neighbor['connectionType'] +
"://" + neighbor['address'])
# Create display string
for txkey in self.txkeys[1:]:
neighbor[txkey['keyshort']] = \
self.txString(neighbor,
txkey['key'],
'%sDelta' % txkey['key'],
txkey['keyshort'],
column_width)
# Highlight neighbors that are incommunicado
incommunicado = False
if (neighbor['numberOfAllTransactionsDelta'] == 0 and ITER >
(6 * self.poll_delay)):
neighbor['addr'] = "(!) " + neighbor['addr']
incommunicado = True
self.incommunicados += 1
# Pad/Trim neighbor address
ncolw = 3 * (column_width + 1)
if len(neighbor['addr']) < ncolw:
# pad
neighbor['addr'] = neighbor['addr'].ljust(ncolw, ' ')
elif len(neighbor['addr']) > ncolw:
# trim
neighbor['addr'] = neighbor['addr'][0:ncolw]
value_at = "neighbor-%s-at" % neighbor['address']
if (value_at in self.prev and
neighbor['numberOfAllTransactions'] != self.prev[value_at]):
neighbor['at'] = self.term.cyan(neighbor['at'])
if neighbor['numberOfInvalidTransactions'] > 0:
neighbor['it'] = \
self.term.red(str(neighbor['numberOfInvalidTransactions'])
.rjust(column_width))
# Blink changed value
for txkey in self.txkeys[1:]:
neighborkey = "neighbor-%s-%s" % (neighbor['address'],
txkey['keyshort'])
if (neighborkey in self.prev
and neighbor[txkey['key']] != self.prev[neighborkey]):
neighbor[txkey['keyshort']] = \
self.term.cyan(neighbor[txkey['keyshort']])
# do not display any neighbors crossing the height of the terminal
if row < height - 2:
print(
self.term.move(row, column_start_list[0]) +
(self.term.white(neighbor['addr'])
if not incommunicado else self.term.red(neighbor['addr'])))
for txkey in self.txkeys[1:]:
print(
self.term.move(row, column_start_list[txkey['col']]) +
self.term.green(neighbor[txkey['keyshort']]))
# Store previous value
for txkey in self.txkeys[1:]:
neighborkey = "neighbor-%s-%s" % (neighbor['address'],
txkey['keyshort'])
self.prev[neighborkey] = neighbor[txkey['key']]
def related_tags(self, tags):
term = Terminal()
print(term.bold + f"Related tags: {tags}" + term.normal)
def menu_choice(self, show):
term = Terminal()
print(term.clear())
print(show)
sleep(1)
print(term.clear())
def test_colors(self, mock_user_conf):
mock_user_conf.return_value = {}
stream = StringIO()
_out('Hello world', None, Terminal().red, stream)
# RHEL 6 doesn't have self.assertRegexpMatches unfortunately
self.assertTrue(re.match('.+Hello world.+\n', stream.getvalue()))
import os
import sys
import time
import signal
from blessed import Terminal
from multiprocessing import Process, Queue
import listener
import pusher
term = Terminal()
queue = Queue()
def _clear():
''' clear screen wrapper '''
if os.name == 'nt':
os.system('cls')
else:
os.system('clear')
def input_section():
''' return section of user input '''
return 0
def sent_section():
''' return section of sent messages '''
def main():
from blessed import Terminal
from deps.chars import specialChars, commonTopBorder, commonBottomBorder, commonEmptyLine
global renderMode
import time
import subprocess
global signal
global dockerCommandsSelectionInProgress
global mainMenuList
global currentMenuItemIndex
global screenActive
global hideHelpText
global needsRender
try: # If not already set, then set it.
hideHelpText = hideHelpText
except:
hideHelpText = False
term = Terminal()
hotzoneLocation = [7, 0] # Top text
def onResize(sig, action):
global mainMenuList
global currentMenuItemIndex
if (screenActive):
mainRender(1, mainMenuList, currentMenuItemIndex)
def installHassIo():
print(term.clear())
print("Install Home Assistant Supervisor")
print("./.native/hassio_supervisor.sh")
res = subprocess.call("./.native/hassio_supervisor.sh", shell=True)
print("")
if res == 0:
print(
"Preinstallation complete. Your system may run slow for a few hours as Hass.io installs its services."
)
print(
"Press [Up] or [Down] arrow key to show the menu if it has scrolled too far."
)
else:
print("Preinstallation not completed.")
input("Process terminated. Press [Enter] to show menu and continue.")
time.sleep(0.5)
return True
def installRtl433():
print(term.clear())
print("Install RTL_433")
print("bash ./.native/rtl_433.sh")
subprocess.call("bash ./.native/rtl_433.sh", shell=True)
print("")
input("Process terminated. Press [Enter] to show menu and continue.")
return True
def installRpiEasy():
print(term.clear())
print("Install RPIEasy")
print("bash ./.native/rpieasy.sh")
subprocess.call("bash ./.native/rpieasy.sh", shell=True)
print("")
input("Process terminated. Press [Enter] to show menu and continue.")
return True
def installDockerAndCompose():
print(term.clear())
print("Install docker")
print("Install docker-compose")
print("bash ./scripts/install_docker.sh install")
subprocess.call("bash ./scripts/install_docker.sh install", shell=True)
print("")
input("Process terminated. Press [Enter] to show menu and continue.")
return True
def upgradeDockerAndCompose():
print(term.clear())
print("Install docker")
print("Install docker-compose")
print("bash ./scripts/install_docker.sh upgrade")
subprocess.call("bash ./scripts/install_docker.sh upgrade", shell=True)
print("")
input("Process terminated. Press [Enter] to show menu and continue.")
return True
def goBack():
global dockerCommandsSelectionInProgress
global needsRender
global screenActive
screenActive = False
dockerCommandsSelectionInProgress = False
needsRender = 1
return True
mainMenuList = [
["Hass.io (Supervisor)", installHassIo], ["RTL_433", installRtl433],
["RPIEasy", installRpiEasy],
["Upgrade Docker and Docker-Compose", upgradeDockerAndCompose],
["Install Docker and Docker-Compose", installDockerAndCompose],
["Back", goBack]
]
dockerCommandsSelectionInProgress = True
currentMenuItemIndex = 0
menuNavigateDirection = 0
# Render Modes:
# 0 = No render needed
# 1 = Full render
# 2 = Hotzone only
needsRender = 1
def renderHotZone(term, menu, selection, hotzoneLocation):
print(term.move(hotzoneLocation[0], hotzoneLocation[1]))
lineLengthAtTextStart = 71
for (index, menuItem) in enumerate(menu):
toPrint = ""
if index == selection:
toPrint += (
'{bv} -> {t.blue_on_green} {title} {t.normal} <-'.format(
t=term,
title=menuItem[0],
bv=specialChars[renderMode]["borderVertical"]))
else:
toPrint += ('{bv} {t.normal} {title} '.format(
t=term,
title=menuItem[0],
bv=specialChars[renderMode]["borderVertical"]))
for i in range(lineLengthAtTextStart - len(menuItem[0])):
toPrint += " "
toPrint += "{bv}".format(
bv=specialChars[renderMode]["borderVertical"])
toPrint = term.center(toPrint)
print(toPrint)
def mainRender(needsRender, menu, selection):
term = Terminal()
if needsRender == 1:
print(term.clear())
print(term.move_y(6 - hotzoneLocation[0]))
print(term.black_on_cornsilk4(term.center('Native Installs')))
print("")
print(term.center(commonTopBorder(renderMode)))
print(term.center(commonEmptyLine(renderMode)))
print(
term.center(
"{bv} Select service to install {bv}"
.format(bv=specialChars[renderMode]["borderVertical"])))
print(term.center(commonEmptyLine(renderMode)))
print(term.center(commonEmptyLine(renderMode)))
print(term.center(commonEmptyLine(renderMode)))
if needsRender >= 1:
renderHotZone(term, menu, selection, hotzoneLocation)
if needsRender == 1:
print(term.center(commonEmptyLine(renderMode)))
if not hideHelpText:
if term.height < 30:
print(term.center(commonEmptyLine(renderMode)))
print(
term.center(
"{bv} Not enough vertical room to render controls help text {bv}"
.format(bv=specialChars[renderMode]
["borderVertical"])))
print(term.center(commonEmptyLine(renderMode)))
else:
print(term.center(commonEmptyLine(renderMode)))
print(
term.center(
"{bv} Controls: {bv}"
.format(bv=specialChars[renderMode]
["borderVertical"])))
print(
term.center(
"{bv} [Up] and [Down] to move selection cursor {bv}"
.format(bv=specialChars[renderMode]
["borderVertical"])))
print(
term.center(
"{bv} [H] Show/hide this text {bv}"
.format(bv=specialChars[renderMode]
["borderVertical"])))
print(
term.center(
"{bv} [Enter] to run command {bv}"
.format(bv=specialChars[renderMode]
["borderVertical"])))
print(
term.center(
"{bv} [Escape] to go back to main menu {bv}"
.format(bv=specialChars[renderMode]
["borderVertical"])))
print(term.center(commonEmptyLine(renderMode)))
print(term.center(commonEmptyLine(renderMode)))
print(term.center(commonBottomBorder(renderMode)))
def runSelection(selection):
global needsRender
import types
if len(mainMenuList[selection]) > 1 and isinstance(
mainMenuList[selection][1], types.FunctionType):
mainMenuList[selection][1]()
needsRender = 1
else:
print(
term.green_reverse(
'IOTstack Error: No function assigned to menu item: "{}"'.
format(mainMenuList[selection][0])))
def isMenuItemSelectable(menu, index):
if len(menu) > index:
if len(menu[index]) > 2:
if menu[index][2]["skip"] == True:
return False
return True
if __name__ == 'builtins':
term = Terminal()
with term.fullscreen():
global screenActive
screenActive = True
signal.signal(signal.SIGWINCH, onResize)
menuNavigateDirection = 0
mainRender(needsRender, mainMenuList, currentMenuItemIndex)
dockerCommandsSelectionInProgress = True
with term.cbreak():
while dockerCommandsSelectionInProgress:
menuNavigateDirection = 0
if not needsRender == 0: # Only rerender when changed to prevent flickering
mainRender(needsRender, mainMenuList,
currentMenuItemIndex)
needsRender = 0
key = term.inkey(esc_delay=0.05)
if key.is_sequence:
if key.name == 'KEY_TAB':
menuNavigateDirection += 1
if key.name == 'KEY_DOWN':
menuNavigateDirection += 1
if key.name == 'KEY_UP':
menuNavigateDirection -= 1
if key.name == 'KEY_ENTER':
runSelection(currentMenuItemIndex)
if dockerCommandsSelectionInProgress == False:
screenActive = False
return True
mainRender(1, mainMenuList, currentMenuItemIndex)
if key.name == 'KEY_ESCAPE':
screenActive = False
dockerCommandsSelectionInProgress = False
return True
elif key:
if key == 'h': # H pressed
if hideHelpText:
hideHelpText = False
else:
hideHelpText = True
mainRender(1, mainMenuList, currentMenuItemIndex)
if menuNavigateDirection != 0: # If a direction was pressed, find next selectable item
currentMenuItemIndex += menuNavigateDirection
currentMenuItemIndex = currentMenuItemIndex % len(
mainMenuList)
needsRender = 2
while not isMenuItemSelectable(mainMenuList,
currentMenuItemIndex):
currentMenuItemIndex += menuNavigateDirection
currentMenuItemIndex = currentMenuItemIndex % len(
mainMenuList)
screenActive = False
return True
screenActive = False
return True
def __init__(self):
self.term = Terminal()
self.roku = None
def info_out(msgs):
term = Terminal()
_out(msgs, None, term.blue)
def main():
import os
import time
import ruamel.yaml
import signal
import sys
from blessed import Terminal
from deps.chars import specialChars, commonTopBorder, commonBottomBorder, commonEmptyLine
from deps.consts import servicesDirectory, templatesDirectory
from deps.common_functions import getExternalPorts, getInternalPorts, checkPortConflicts, enterPortNumberWithWhiptail
yaml = ruamel.yaml.YAML()
yaml.preserve_quotes = True
global dockerComposeServicesYaml # The loaded memory YAML of all checked services
global toRun # Switch for which function to run when executed
global buildHooks # Where to place the options menu result
global currentServiceName # Name of the current service
global issues # Returned issues dict
global haltOnErrors # Turn on to allow erroring
global hideHelpText # Showing and hiding the help controls text
global serviceService
serviceService = servicesDirectory + currentServiceName
serviceTemplate = templatesDirectory + currentServiceName
try: # If not already set, then set it.
hideHelpText = hideHelpText
except:
hideHelpText = False
# runtime vars
portConflicts = []
# This lets the menu know whether to put " >> Options " or not
# This function is REQUIRED.
def checkForOptionsHook():
try:
buildHooks["options"] = callable(runOptionsMenu)
except:
buildHooks["options"] = False
return buildHooks
return buildHooks
# This function is REQUIRED.
def checkForPreBuildHook():
try:
buildHooks["preBuildHook"] = callable(preBuild)
except:
buildHooks["preBuildHook"] = False
return buildHooks
return buildHooks
# This function is REQUIRED.
def checkForPostBuildHook():
try:
buildHooks["postBuildHook"] = callable(postBuild)
except:
buildHooks["postBuildHook"] = False
return buildHooks
return buildHooks
# This function is REQUIRED.
def checkForRunChecksHook():
try:
buildHooks["runChecksHook"] = callable(runChecks)
except:
buildHooks["runChecksHook"] = False
return buildHooks
return buildHooks
# This service will not check anything unless this is set
# This function is optional, and will run each time the menu is rendered
def runChecks():
checkForIssues()
return []
# This function is optional, and will run after the docker-compose.yml file is written to disk.
def postBuild():
return True
# This function is optional, and will run just before the build docker-compose.yml code.
def preBuild():
return True
# #####################################
# Supporting functions below
# #####################################
def checkForIssues():
for (index, serviceName) in enumerate(dockerComposeServicesYaml):
if not currentServiceName == serviceName: # Skip self
currentServicePorts = getExternalPorts(
currentServiceName, dockerComposeServicesYaml)
portConflicts = checkPortConflicts(serviceName,
currentServicePorts,
dockerComposeServicesYaml)
if (len(portConflicts) > 0):
issues["portConflicts"] = portConflicts
# #####################################
# End Supporting functions
# #####################################
############################
# Menu Logic
############################
global currentMenuItemIndex
global selectionInProgress
global menuNavigateDirection
global needsRender
selectionInProgress = True
currentMenuItemIndex = 0
menuNavigateDirection = 0
needsRender = 1
term = Terminal()
hotzoneLocation = [((term.height // 16) + 6), 0]
def goBack():
global selectionInProgress
global needsRender
selectionInProgress = False
needsRender = 1
return True
def enterPortNumberExec():
# global term
global needsRender
global dockerComposeServicesYaml
externalPort = getExternalPorts(currentServiceName,
dockerComposeServicesYaml)[0]
internalPort = getInternalPorts(currentServiceName,
dockerComposeServicesYaml)[0]
newPortNumber = enterPortNumberWithWhiptail(term,
dockerComposeServicesYaml,
currentServiceName,
hotzoneLocation,
externalPort)
if newPortNumber > 0:
dockerComposeServicesYaml[currentServiceName]["ports"][
0] = "{newExtPort}:{oldIntPort}".format(
newExtPort=newPortNumber, oldIntPort=internalPort)
createMenu()
needsRender = 1
def onResize(sig, action):
global giteaBuildOptions
global currentMenuItemIndex
mainRender(1, giteaBuildOptions, currentMenuItemIndex)
giteaBuildOptions = []
def createMenu():
global giteaBuildOptions
try:
giteaBuildOptions = []
portNumber = getExternalPorts(currentServiceName,
dockerComposeServicesYaml)[0]
giteaBuildOptions.append([
"Change external WUI Port Number from: {port}".format(
port=portNumber), enterPortNumberExec
])
except: # Error getting port
pass
giteaBuildOptions.append(["Go back", goBack])
def runOptionsMenu():
createMenu()
menuEntryPoint()
return True
def renderHotZone(term, menu, selection, hotzoneLocation):
lineLengthAtTextStart = 71
print(term.move(hotzoneLocation[0], hotzoneLocation[1]))
for (index, menuItem) in enumerate(menu):
toPrint = ""
if index == selection:
toPrint += (
'{bv} -> {t.blue_on_green} {title} {t.normal} <-'.format(
t=term,
title=menuItem[0],
bv=specialChars[renderMode]["borderVertical"]))
else:
toPrint += ('{bv} {t.normal} {title} '.format(
t=term,
title=menuItem[0],
bv=specialChars[renderMode]["borderVertical"]))
for i in range(lineLengthAtTextStart - len(menuItem[0])):
toPrint += " "
toPrint += "{bv}".format(
bv=specialChars[renderMode]["borderVertical"])
toPrint = term.center(toPrint)
print(toPrint)
def mainRender(needsRender, menu, selection):
term = Terminal()
if needsRender == 1:
print(term.clear())
print(term.move_y(term.height // 16))
print(
term.black_on_cornsilk4(term.center('IOTstack Gitea Options')))
print("")
print(term.center(commonTopBorder(renderMode)))
print(term.center(commonEmptyLine(renderMode)))
print(
term.center(
"{bv} Select Option to configure {bv}"
.format(bv=specialChars[renderMode]["borderVertical"])))
print(term.center(commonEmptyLine(renderMode)))
if needsRender >= 1:
renderHotZone(term, menu, selection, hotzoneLocation)
if needsRender == 1:
print(term.center(commonEmptyLine(renderMode)))
print(term.center(commonEmptyLine(renderMode)))
if not hideHelpText:
print(term.center(commonEmptyLine(renderMode)))
print(
term.center(
"{bv} Controls: {bv}"
.format(
bv=specialChars[renderMode]["borderVertical"])))
print(
term.center(
"{bv} [Up] and [Down] to move selection cursor {bv}"
.format(
bv=specialChars[renderMode]["borderVertical"])))
print(
term.center(
"{bv} [H] Show/hide this text {bv}"
.format(
bv=specialChars[renderMode]["borderVertical"])))
print(
term.center(
"{bv} [Enter] to run command or save input {bv}"
.format(
bv=specialChars[renderMode]["borderVertical"])))
print(
term.center(
"{bv} [Escape] to go back to build stack menu {bv}"
.format(
bv=specialChars[renderMode]["borderVertical"])))
print(term.center(commonEmptyLine(renderMode)))
print(term.center(commonEmptyLine(renderMode)))
print(term.center(commonBottomBorder(renderMode)))
def runSelection(selection):
import types
global giteaBuildOptions
if len(giteaBuildOptions[selection]) > 1 and isinstance(
giteaBuildOptions[selection][1], types.FunctionType):
giteaBuildOptions[selection][1]()
else:
print(
term.green_reverse(
'IOTstack Error: No function assigned to menu item: "{}"'.
format(nodeRedBuildOptions[selection][0])))
def isMenuItemSelectable(menu, index):
if len(menu) > index:
if len(menu[index]) > 2:
if menu[index][2]["skip"] == True:
return False
return True
def menuEntryPoint():
# These need to be reglobalised due to eval()
global currentMenuItemIndex
global selectionInProgress
global menuNavigateDirection
global needsRender
global hideHelpText
global giteaBuildOptions
term = Terminal()
with term.fullscreen():
menuNavigateDirection = 0
mainRender(needsRender, giteaBuildOptions, currentMenuItemIndex)
selectionInProgress = True
with term.cbreak():
while selectionInProgress:
menuNavigateDirection = 0
if needsRender: # Only rerender when changed to prevent flickering
mainRender(needsRender, giteaBuildOptions,
currentMenuItemIndex)
needsRender = 0
key = term.inkey(esc_delay=0.05)
if key.is_sequence:
if key.name == 'KEY_TAB':
menuNavigateDirection += 1
if key.name == 'KEY_DOWN':
menuNavigateDirection += 1
if key.name == 'KEY_UP':
menuNavigateDirection -= 1
if key.name == 'KEY_LEFT':
goBack()
if key.name == 'KEY_ENTER':
runSelection(currentMenuItemIndex)
if key.name == 'KEY_ESCAPE':
return True
elif key:
if key == 'h': # H pressed
if hideHelpText:
hideHelpText = False
else:
hideHelpText = True
mainRender(1, giteaBuildOptions,
currentMenuItemIndex)
if menuNavigateDirection != 0: # If a direction was pressed, find next selectable item
currentMenuItemIndex += menuNavigateDirection
currentMenuItemIndex = currentMenuItemIndex % len(
giteaBuildOptions)
needsRender = 2
while not isMenuItemSelectable(giteaBuildOptions,
currentMenuItemIndex):
currentMenuItemIndex += menuNavigateDirection
currentMenuItemIndex = currentMenuItemIndex % len(
giteaBuildOptions)
return True
####################
# End menu section
####################
if haltOnErrors:
eval(toRun)()
else:
try:
eval(toRun)()
except:
pass
def warn_out(msgs):
"""
Print the given error message (or list of messages) and exit.
"""
term = Terminal()
_out(msgs, "WARNING", term.yellow)
def draw_clear(terminal: blessed.Terminal) -> None:
terminal.clear()
class UIBlackTerminal:
def __init__(self, log_name, **kwargs):
"""
:param log_name: (Required) Name of log file to be written in local directory (Only Alphanumeric chars permitted)
:type log_name: str
:keyword restart_log: (bool) Whether the log should be started anew upon each execution
:keyword log_level: (int) 0 - 7 - Conforms to https://en.wikipedia.org/wiki/Syslog#Severity_level
:keyword sysloghost: (str) Hostname or IP of Syslog server (Can also be localhost)
:keyword syslogport: (int) Port of Syslog server, (514 is standard on many systems)
:keyword simple: (bool) Use the simplest textual output while preserving logging and other features
"""
self._lock = threading.Lock()
sysloghost = kwargs.get("sysloghost", None)
syslogport = kwargs.get("syslogport", None)
restart_log = kwargs.get("restart_log", True)
log_level = kwargs.get("log_level", 6)
simple = kwargs.get("simple", False)
if not simple:
try:
override_mode = str(os.environ["UIOVERRIDE"]).strip().lower()
except KeyError:
override_mode = ""
if override_mode == "simple":
self.rich_ui = False
else:
self.rich_ui = True
else:
self.rich_ui = False
if restart_log:
filemode = "w"
else:
filemode = "a"
if isinstance(log_name, str):
# Keep only alphanumerics
self._program_name = re.sub("\W", "", log_name)
# Truncate name to 50 chars
self._program_name = self._program_name[0:50]
self._program_name = self._program_name.lower()
if len(self._program_name) < 3:
# Keep only alphanumerics in case __name__ has wierdness
self._program_name = re.sub("\W", "", __name__).lower()
else:
self._program_name = re.sub("\W", "", __name__).lower()
full_path = pathlib.Path.cwd() / "logs"
full_path.mkdir(parents=True, exist_ok=True)
full_path = full_path / f"{self._program_name}.log"
self._logger = logging.getLogger(self._program_name)
format_string_local = f"{self._program_name}: %(levelname)s - %(asctime)s - %(message)s"
format_string_syslog = f"{self._program_name}: %(levelname)s - %(message)s"
logging.basicConfig(
filename=full_path,
filemode=filemode,
format=format_string_local,
datefmt="%y-%b-%d %H:%M:%S (%z)",
)
if isinstance(sysloghost, str) and isinstance(syslogport, int):
self.handler = logging.handlers.SysLogHandler(address=(sysloghost,
syslogport))
self.handler.formatter = logging.Formatter(format_string_syslog)
self._logger.addHandler(self.handler)
self.console_a_percentage = 0.75
self.console_b_percentage = 1 - self.console_a_percentage
self.set_log_level(log_level)
self._title = None
self._pattern_text = re.compile("([ -~])")
self._low_latency_index = 0
self.low_latency_max = 1000
self._term = Terminal()
self._term.enter_fullscreen()
self._term.hidden_cursor()
self._default_bg = f"{self._term.on_black}"
self._window_bg = f"{self._term.reverse}"
self._error_bg = f"{self._term.on_white}"
self._warn_bg = f"{self._term.on_black}"
self._default_style = f"{self._term.normal}{self._term.white}{self._default_bg}"
self._window_style = f"{self._term.normal}{self._term.white}{self._window_bg}"
self._error_style = f"{self._term.normal}{self._term.red}{self._error_bg}"
self._warn_style = f"{self._term.normal}{self._term.yellow}{self._warn_bg}"
self._default_style = f"{self._term.normal}{self._term.snow3}{self._default_bg}"
self.update_counter_interval = 10
self._update_counter = 0
self.console_scrollback = 500
self._contents_console_a = [""]
self._contents_console_b = [""]
self._previous_height = self._term.height
self._previous_width = self._term.width
self.last_updates_heuristic_enabled = True
self._max_last_updates = 5
self._last_updates = [datetime.now()]
self.heuristic_target_seconds = 10
def set_log_level(self, log_level):
"""
Sets logging level
:param log_level: 0 - 7 Conforms to https://en.wikipedia.org/wiki/Syslog#Severity_level
:type log_level: int
"""
if log_level == 7:
self._logger.setLevel(logging.DEBUG)
elif log_level in [6, 5]:
self._logger.setLevel(logging.INFO)
elif log_level == 4:
self._logger.setLevel(logging.WARNING)
elif log_level == 3:
self._logger.setLevel(logging.ERROR)
elif log_level in [2, 1, 0]:
self._logger.setLevel(logging.CRITICAL)
else:
self._logger.setLevel(logging.NOTSET)
def set_low_latency_refresh_interval(self, interval: int):
"""
When using the low_latency argument for various functions,
specify the number of display intervals before refreshing
:param interval: Number of intervals before refreshing the display
:type interval: int
"""
if round(interval) < 0:
interval = 100
elif round(interval) > 9223372036854775807:
# Old Python max int size, just trying to keep this somewhat sane
interval = 9223372036854775807
self.update_counter_interval = round(interval)
def _center_pad_text(self, text, **kwargs):
"""
Centers a string inside a designated length of pad characters (usually whitespace)
:param text: (str)(Required) Text to be centered
:keyword pad: (str) A single character used to pad out the whitespace
:keyword total_len: (int)(Required) Total size that text should be centered and padded into
:return: (str) The padded string
"""
pad = kwargs.get("pad", " ")
total_len = kwargs.get("total_len", None)
if len(text) >= total_len:
# Nothing to pad out, the text meets or exceeds the size allotted
return text
center = round(total_len / 2)
text_center = round(len(text) / 2)
differential = center - text_center
remainder = total_len - (differential + len(text))
final = f"{pad * differential}{text}{pad * remainder}"
return final
def _get_dimensions(self, console_letter):
if console_letter.lower() == "a":
percentage = self.console_a_percentage
elif console_letter.lower() == "b":
percentage = self.console_b_percentage
width = self._term.width
height = round(self._term.height * percentage)
if console_letter.lower() == "a":
if self._title is None:
ceiling = 0
else:
ceiling = 1
else:
ceiling = self._term.height - height
return width, height, ceiling
def _horiz_divider_dimensions(self):
width, height, ceiling = self._get_dimensions("b")
divider_height = ceiling - 1
return width, divider_height
def _draw_divider(self):
if self._term.does_styling and self.rich_ui:
width, divider_height = self._horiz_divider_dimensions()
text = "═" * width
self.print(text, 0, divider_height, True)
else:
return
return
def _skip_iteration(self, is_low_latency_enabled):
# Low latency was set, have we hit max?
if is_low_latency_enabled:
if self._low_latency_index >= self.low_latency_max:
# We hit the max, so run this iteration and reset index
self._low_latency_index = 0
return False
else:
self._low_latency_index += 1 # Have not hit max, so increment
return True # and skip this execution
return False
def _len_printable(self, text):
return len(self._term.strip(text))
def _refresh_console(self, console_letter):
fixed_width, fixed_height, ceiling = self._get_dimensions(
console_letter)
self._draw_divider()
while len(self._contents_console_a) >= self.console_scrollback:
self._contents_console_a.pop(0)
while len(self._contents_console_b) >= self.console_scrollback:
self._contents_console_b.pop(0)
if console_letter.lower() == "a":
print_height = fixed_height - 2
contents = self._contents_console_a
else:
print_height = (ceiling + fixed_height) - 1
contents = self._contents_console_b
for index in range(len(contents) - 1, 0, -1):
if print_height < ceiling:
break
actual_len = self._len_printable(contents[index])
pad = " " * (fixed_width - (actual_len + 1))
if actual_len > fixed_width:
offset = actual_len - (fixed_width - 5)
result = f"{contents[index][:-offset]}..."
else:
result = contents[index]
self.print(
f"{result}{pad}",
0,
print_height,
True,
)
print_height -= 1
def _refresh_consoles(self):
self._refresh_console("a")
self._refresh_console("b")
def _calculate_update_heuristic(self):
"""
Calculates whether the console is being refreshed at the correct interval to prevent screen flickering
The default is one refresh every 10 seconds.
This entire process is governed by the variable self.heuristic_target_seconds
:return: None
"""
if self.last_updates_heuristic_enabled:
self._last_updates.append(datetime.now())
if len(self._last_updates) < 5:
return
while True:
if len(self._last_updates) > self._max_last_updates:
self._last_updates.pop(0)
else:
break
target = self.heuristic_target_seconds
deltas = []
previous_datetime = 0
for current_datetime in self._last_updates:
if previous_datetime == 0:
# This is the first entry, so store and move on
previous_datetime = current_datetime
continue
delta = (current_datetime - previous_datetime).seconds
deltas.append(delta)
previous_datetime = current_datetime
del previous_datetime
# Super performant way to average a list, shaves tiny amounts of time from this function
average = reduce(lambda x, y: x + y, deltas) / len(deltas)
if average <= target:
# The refresh times are trending too low, so bump up the interval incrementally
ms_to_change = math.sqrt(target - average)
self.update_counter_interval += ms_to_change * 20
elif average > target:
# The refresh times are trending too high, so walk down the interval incrementally
ms_to_change = math.sqrt(average - target)
self.update_counter_interval += ms_to_change * 10
if self.update_counter_interval <= 0:
self.update_counter_interval = 1
def _check_update(self):
self._lock.acquire()
self._update_counter += 1
previous_total = self._previous_height + self._previous_width
current_total = self._term.height + self._term.width
if self._update_counter >= self.update_counter_interval:
# This is only reset when triggered by the counter
self._update_counter = 0
self.clear()
self._display_main_title()
self._refresh_consoles()
# This is only run when the counter is triggered
self._calculate_update_heuristic()
elif current_total != previous_total:
self._previous_height = self._term.height
self._previous_width = self._term.width
self.clear()
self._display_main_title()
self._refresh_consoles()
self._lock.release()
def _get_time_string(self):
now = datetime.now()
if self._term.does_styling and self.rich_ui:
return f"{self._term.olivedrab}[{self._term.turquoise}{now.strftime('%H:%M')}{self._term.olivedrab}]{self._default_style} "
else:
return f"[{now.strftime('%H:%M')}] "
def print(self, text, right=None, down=None, ignore_log=False):
"""
Prints normally, or prints to a specified X,Y coordinate on screen.
Optionally, can ignore logging of text.
:param text: Text to be written on screen
:type text: str
:param right: X coordinate on screen
:type right: int
:param down: Y coordinate on screen
:type down: int
:param ignore_log: Prevent logging of the text
:type ignore_log: bool
"""
if not ignore_log:
self._logger.info(text)
# Check if output is going into a pipe or other unformatted output
if self._term.does_styling and self.rich_ui:
actual_len = self._len_printable(text)
if (down is not None) and (right is not None):
if down > self._term.height:
# Since all the text will not be displayable, skip
return
if right > self._term.width:
return
if right + actual_len > self._term.width:
# Truncate the string to prevent wraparound
# We take off the right side of the string to deal with formatting non-printables being on the left
offset = self._term.width - right
trim = actual_len - offset
if trim < 1:
return
text = f"{text[:-trim]}"
if right < 0:
return
if down < 0:
return
with self._term.location():
print(
self._term.move(down, right) +
f"{self._default_style}{text}{self._default_style}",
end="",
)
else:
print(f"{self._default_style}{text}")
else:
print(text)
def _clear_console(self):
bar = " " * self._term.width
for row in range(1, self._term.height):
self.print(bar, 0, row, True)
def console(self, text, low_latency=False, ignore_log=False, **kwargs):
"""
Write text to the virtual console similar to standard lib print()
:param text: Text to be printed
:type text: str
:param low_latency: Save text, but only print every 100 iterations to reduce latency
:type low_latency: bool
:param ignore_log: Do not log text
:type ignore_log: bool
:return:
"""
if not ignore_log and not low_latency:
self._logger.info(text)
elif not ignore_log and low_latency:
self._logger.debug(text)
console = kwargs.get("console", "a")
if console == "a":
self._contents_console_a.append(text)
while len(self._contents_console_a) >= self.console_scrollback:
self._contents_console_a.pop(0)
elif console == "b":
self._contents_console_b.append(text)
while len(self._contents_console_b) >= self.console_scrollback:
self._contents_console_b.pop(0)
if self._skip_iteration(low_latency):
return
self._check_update()
def notice(self, text, **kwargs):
self._logger.info(text)
if not self._logger.level <= logging.INFO:
return
# Check if output is going into a pipe or other unformatted output
if self._term.does_styling and self.rich_ui:
self.console(
f"{self._get_time_string()}{self._default_style}{text}",
False,
True,
**kwargs,
)
else:
print(f"{self._get_time_string()}{text}")
def info(self, *args, **kwargs):
self.notice(*args, **kwargs)
def debug(self, text, **kwargs):
self._logger.debug(text)
if not self._logger.level <= logging.DEBUG:
return
# Check if output is going into a pipe or other unformatted output
if self._term.does_styling and self.rich_ui:
self.console(
f"{self._get_time_string()}{self._default_style}{text}",
False,
True,
**kwargs,
)
else:
print(f"{self._get_time_string()}{text}")
def error(self, text, **kwargs):
self._logger.error(text)
if not self._logger.level <= logging.ERROR:
return
# Check if output is going into a pipe or other unformatted output
if self._term.does_styling and self.rich_ui:
self.console(
f"{self._get_time_string()}{self._error_style}{text}",
False,
True,
**kwargs,
)
else:
print(f"{self._get_time_string()}{text}")
def warn(self, text, **kwargs):
self._logger.warning(text)
if not self._logger.level <= logging.WARNING:
return
# Check if output is going into a pipe or other unformatted output
if self._term.does_styling and self.rich_ui:
self.console(
f"{self._get_time_string()}{self._warn_style}{text}",
False,
True,
**kwargs,
)
else:
print(f"{self._get_time_string()}{text}")
def print_center(self,
text,
style=None,
corner=None,
ignore_logging=False):
self._check_update()
if not ignore_logging:
self._logger.info(text)
if not self._term.does_styling or not self.rich_ui:
print(text)
return
if style is None:
style = self._window_style
if corner is None:
corner = " "
center_text = len(text) // 2
left_side = (self._term.width // 2) - (center_text + 4)
right_side = (self._term.width // 2) + (center_text + 2)
top_side = (self._term.height // 2) - 1
bottom_side = (self._term.height // 2) + 1
total_len = right_side - left_side
if corner != " ":
bar = " " * (total_len - 2)
bar = f"{style}{corner}{bar}{corner}"
else:
bar = " " * total_len
bar = f"{style}{bar}"
padded_text = self._center_pad_text(text, total_len=total_len, pad=" ")
self.print(bar, left_side, top_side, True)
self.print(f"{style}{padded_text}", left_side, top_side + 1, True)
self.print(bar, left_side, bottom_side, True)
def error_center(self, text):
self._logger.error(text)
if self._logger.level >= logging.ERROR:
return
self.print_center(text, self._error_style, "!", True)
def warn_center(self, text):
self._logger.warning(text)
if self._logger.level >= logging.WARNING:
return
self.print_center(text, self._warn_style, "*", True)
def bold(self, text):
# Check if output is going into a pipe or other unformatted output
if self._term.does_styling and self.rich_ui:
return f"{self._term.bold}{text}"
else:
return f"{text}"
def window_text(self, text):
# Check if output is going into a pipe or other unformatted output
if self._term.does_styling and self.rich_ui:
return f"{self._window_style}{text}"
else:
return f"{text}"
def underline(self, text):
# Check if output is going into a pipe or other unformatted output
if self._term.does_styling and self.rich_ui:
return f"{self._term.underline}{text}{self._term.no_underline}"
else:
return f"{text}"
def clear(self):
if self._term.does_styling and self.rich_ui:
print(self._term.clear())
self._display_main_title()
def quit(self):
self._term.exit_fullscreen
def input(self, question=None, obfuscate=False, max_len=None):
self._check_update()
self._lock.acquire()
input_height = self._term.height - 1
input_offset = 2
if question is None:
question = "Press [Enter] to continue:"
else:
# Truncate questions to the length of the terminal window
question = question[0:self._term.width - input_offset]
self._logger.debug(question)
self.print(f"{question}", input_offset, input_height - 1, True)
if max_len is None:
max_len = self._term.width - 3
result = ""
with self._term.cbreak():
while True:
val = ""
val = self._term.inkey()
found = self._pattern_text.match(val)
if val.name == "KEY_ENTER":
break
elif val.is_sequence:
print("got sequence: {0}.".format(
(str(val), val.name, val.code)))
elif val.name == "KEY_BACKSPACE" or val.name == "KEY_DELETE":
self.print(" " * len(result), input_offset, input_height,
True)
result = result[:-1]
if obfuscate:
self.print("*" * len(result), input_offset,
input_height, True)
else:
self.print(result, input_offset, input_height, True)
elif found is not None:
if (len(result) + 1) <= max_len:
result = f"{result}{val}"
else:
continue
if obfuscate:
self.print("*" * len(result), input_offset,
input_height, True)
else:
self.print(result, input_offset, input_height, True)
self.print(f"{' ' * self._term.width}", 0, input_height - 1, True)
self.print(f"{' ' * self._term.width}", 0, input_height, True)
self._lock.release()
return result
def _display_main_title(self):
if not self._term.does_styling or not self.rich_ui:
return
if self._title is None:
return
center_text = len(self._title) // 2
center_screen = self._term.width // 2
final_location = center_screen - center_text
location_tuple = self._term.get_location()
if location_tuple[0] < 1:
print("")
# Moving the console cursor down by one to prevent overwriting title
self.print(self.window_text(f"{' ' * self._term.width}"), 0, 0, True)
self.print(self.window_text(self._title), final_location, 0, True)
def set_main_title(self, new_title):
if new_title is not None:
# Truncate titles to the length of the terminal window
new_title = new_title[0:self._term.width]
self._title = new_title
self._logger.info(self._title)
self._display_main_title()
def ask_list(self, question, menu_list):
self._check_update()
self._lock.acquire()
self._logger.debug(question)
menu_height = self._term.height // 2
menu_offset = self._term.width // 2
menu_top = menu_height - (len(menu_list) + 1)
# Truncate questions to the length of the terminal window
question = question[0:self._term.width - 2]
self.print(f"{question}", (menu_offset - len(question)), menu_top - 2)
index = 0
for menu_item in menu_list:
item_offset = menu_offset
self.print(f"{menu_item}", item_offset, (menu_top + index), True)
index += 2
index = 0
index_max = len(menu_list) - 1
with self._term.cbreak():
while True:
self.print(
f"{self._term.reverse}{menu_list[index]}",
menu_offset,
(menu_top + (index * 2)),
True,
)
val = self._term.inkey()
if val.name == "KEY_ENTER":
break
elif val.name == "KEY_UP":
self.print(
f"{menu_list[index]}",
menu_offset,
(menu_top + (index * 2)),
True,
)
index -= 1
if index < 0:
index = index_max
elif val.name == "KEY_DOWN":
self.print(
f"{menu_list[index]}",
menu_offset,
(menu_top + (index * 2)),
True,
)
index += 1
if index > index_max:
index = 0
self._lock.release()
return menu_list[index]
return result
def _gradient_red_green(self, percent):
if percent > 100 or percent < 0:
red = 0
green = 0
blue = 100
else:
red = 2 * (100 - percent)
green = 2 * percent
blue = 0
if self._term.does_styling and self.rich_ui:
return self._term.color_rgb(red, green, blue)
else:
return self._default_style
def load_bar(self,
title,
iteration,
total,
low_latency=False,
bar_length=50):
self._logger.debug(title)
if self._skip_iteration(low_latency):
return
self._check_update()
if (bar_length + 6) > self._term.width:
bar_length = self._term.width - 6
bar_left_extent = (self._term.width // 2) - ((bar_length + 2) // 2)
bar_upward_extent = self._term.height // 2
title_left_extent = (self._term.width // 2) - ((len(title) + 2) // 2)
try:
percent = int(round((iteration / total) * 100))
fill_len = int(round((bar_length * percent) / 100))
bar_fill = "█" * fill_len
bar_empty = " " * (bar_length - fill_len)
progress_bar = f"{self._warn_style}[{self._gradient_red_green(percent)}{bar_fill + bar_empty}{self._warn_style}]{self._default_style}"
if self._term.does_styling and self.rich_ui:
padded_title = self._center_pad_text(title,
total_len=bar_length)
self.print(f"{padded_title}", bar_left_extent,
bar_upward_extent - 1, True)
for offset in range(0, 3):
if offset == 1:
suffix = f" {percent}%"
else:
suffix = ""
self.print(
f"{progress_bar}{suffix}",
bar_left_extent,
bar_upward_extent + offset,
True,
)
else:
suffix = f" {percent}%"
self.print(
f"{progress_bar}{suffix}",
0,
0,
True,
)
except ZeroDivisionError:
pass
def ask_yn(self, question, default_response=False):
self._logger.debug(question)
self._check_update()
self._lock.acquire()
menu_height = self._term.height // 2
menu_offset = self._term.width // 2
no_offset = menu_offset + 8
yes_offset = menu_offset - 8
menu_top = menu_height - 1
# Truncate questions to the length of the terminal window
question = question[0:self._term.width - 2]
self.print(f"{question}", (menu_offset - (len(question) // 2)),
menu_top - 2, True)
self.print("YES", yes_offset, menu_height, True)
self.print("NO", no_offset, menu_height, True)
index = default_response
with self._term.cbreak():
while True:
if index:
self.print(f"{self._term.reverse}YES", yes_offset,
menu_height, True)
self.print(f"{self._term.default}NO", no_offset,
menu_height, True)
else:
self.print(f"{self._term.default}YES", yes_offset,
menu_height, True)
self.print(f"{self._term.reverse}NO", no_offset,
menu_height, True)
val = self._term.inkey()
if val.name == "KEY_ENTER":
break
elif val.name == "KEY_RIGHT" or val == "n":
index = False
elif val.name == "KEY_LEFT" or val == "y":
index = True
self._lock.release()
return index
def wrapper(self, func: object) -> object:
"""
Use the following example in your own code:
from uiblack.terminal import UIBlackTerminal
ui = UIBlackTerminal()
@ui.wrapper # Notice the function is wrapped using "pie" syntax before each function
def badfunc():
raise KeyError
:param func: function object
:type func: object
:return: wrapped function call, safe from exceptions, but all of them logged
"""
def function_wrapper(*args, **kwargs):
try:
return func(*args, **kwargs)
except Exception as e:
trace = traceback.format_exc(limit=-1).replace("\n", " >> ")
# Yes, I could have used self_logger.exception(), but this way ensures a single line output on the log
console = kwargs.get("console", "a")
self.error(f"Exception: {trace}", console=console)
self._check_update()
return function_wrapper
import time
from blessed import Terminal
t = Terminal()
import os
import re
def sleep(times):
with t.cbreak():
t.inkey(timeout=times)
def escape_ansi(line):
ansi_escape = re.compile(r'(\x9B|\x1B\[)[0-?]*[ -\/]*[@-~]')
return ansi_escape.sub('', line)
def clear():
print(t.clear, end='', flush=True)
pass #no
def ms(milliseconds):
"""convert milliseconds to seconds"""
return milliseconds / 1000
class painted:
def __init__(self, text, color_object):
self.namedcolor = color_object.namedcolor
self.color = color_object.color
def __init__(self, log_name, **kwargs):
"""
:param log_name: (Required) Name of log file to be written in local directory (Only Alphanumeric chars permitted)
:type log_name: str
:keyword restart_log: (bool) Whether the log should be started anew upon each execution
:keyword log_level: (int) 0 - 7 - Conforms to https://en.wikipedia.org/wiki/Syslog#Severity_level
:keyword sysloghost: (str) Hostname or IP of Syslog server (Can also be localhost)
:keyword syslogport: (int) Port of Syslog server, (514 is standard on many systems)
:keyword simple: (bool) Use the simplest textual output while preserving logging and other features
"""
self._lock = threading.Lock()
sysloghost = kwargs.get("sysloghost", None)
syslogport = kwargs.get("syslogport", None)
restart_log = kwargs.get("restart_log", True)
log_level = kwargs.get("log_level", 6)
simple = kwargs.get("simple", False)
if not simple:
try:
override_mode = str(os.environ["UIOVERRIDE"]).strip().lower()
except KeyError:
override_mode = ""
if override_mode == "simple":
self.rich_ui = False
else:
self.rich_ui = True
else:
self.rich_ui = False
if restart_log:
filemode = "w"
else:
filemode = "a"
if isinstance(log_name, str):
# Keep only alphanumerics
self._program_name = re.sub("\W", "", log_name)
# Truncate name to 50 chars
self._program_name = self._program_name[0:50]
self._program_name = self._program_name.lower()
if len(self._program_name) < 3:
# Keep only alphanumerics in case __name__ has wierdness
self._program_name = re.sub("\W", "", __name__).lower()
else:
self._program_name = re.sub("\W", "", __name__).lower()
full_path = pathlib.Path.cwd() / "logs"
full_path.mkdir(parents=True, exist_ok=True)
full_path = full_path / f"{self._program_name}.log"
self._logger = logging.getLogger(self._program_name)
format_string_local = f"{self._program_name}: %(levelname)s - %(asctime)s - %(message)s"
format_string_syslog = f"{self._program_name}: %(levelname)s - %(message)s"
logging.basicConfig(
filename=full_path,
filemode=filemode,
format=format_string_local,
datefmt="%y-%b-%d %H:%M:%S (%z)",
)
if isinstance(sysloghost, str) and isinstance(syslogport, int):
self.handler = logging.handlers.SysLogHandler(address=(sysloghost,
syslogport))
self.handler.formatter = logging.Formatter(format_string_syslog)
self._logger.addHandler(self.handler)
self.console_a_percentage = 0.75
self.console_b_percentage = 1 - self.console_a_percentage
self.set_log_level(log_level)
self._title = None
self._pattern_text = re.compile("([ -~])")
self._low_latency_index = 0
self.low_latency_max = 1000
self._term = Terminal()
self._term.enter_fullscreen()
self._term.hidden_cursor()
self._default_bg = f"{self._term.on_black}"
self._window_bg = f"{self._term.reverse}"
self._error_bg = f"{self._term.on_white}"
self._warn_bg = f"{self._term.on_black}"
self._default_style = f"{self._term.normal}{self._term.white}{self._default_bg}"
self._window_style = f"{self._term.normal}{self._term.white}{self._window_bg}"
self._error_style = f"{self._term.normal}{self._term.red}{self._error_bg}"
self._warn_style = f"{self._term.normal}{self._term.yellow}{self._warn_bg}"
self._default_style = f"{self._term.normal}{self._term.snow3}{self._default_bg}"
self.update_counter_interval = 10
self._update_counter = 0
self.console_scrollback = 500
self._contents_console_a = [""]
self._contents_console_b = [""]
self._previous_height = self._term.height
self._previous_width = self._term.width
self.last_updates_heuristic_enabled = True
self._max_last_updates = 5
self._last_updates = [datetime.now()]
self.heuristic_target_seconds = 10
def print_formatted(self,
fp=sys.stdout,
force_color=False,
no_color=False,
show_cmd=False,
show_full_cmd=False,
show_user=False,
show_pid=False,
show_fan_speed=None,
show_codec="",
show_power=None,
gpuname_width=16,
show_header=True,
eol_char=os.linesep,
show_pmemory=False):
# ANSI color configuration
if force_color and no_color:
raise ValueError("--color and --no_color can't"
" be used at the same time")
if force_color:
TERM = os.getenv('TERM') or 'xterm-256color'
t_color = Terminal(kind=TERM, force_styling=True)
# workaround of issue #32 (watch doesn't recognize sgr0 characters)
t_color._normal = u'\x1b[0;10m'
elif no_color:
t_color = Terminal(force_styling=None)
else:
t_color = Terminal() # auto, depending on isatty
# appearance settings
entry_name_width = [len(g.entry['name']) for g in self]
gpuname_width = max([gpuname_width or 0] + entry_name_width)
# header
if show_header:
if IS_WINDOWS:
# no localization is available; just use a reasonable default
# same as str(timestr) but without ms
timestr = self.query_time.strftime('%Y-%m-%d %H:%M:%S')
else:
time_format = locale.nl_langinfo(locale.D_T_FMT)
timestr = self.query_time.strftime(time_format)
header_template = '{t.bold_white}{hostname:{width}}{t.normal} '
header_template += '{timestr} '
header_template += '{t.bold_black}{driver_version}{t.normal}'
header_msg = header_template.format(
hostname=self.hostname,
width=gpuname_width + 3, # len("[?]")
timestr=timestr,
driver_version=self.driver_version,
t=t_color,
)
fp.write(header_msg.strip())
fp.write(eol_char)
# body
for g in self:
g.print_to(fp,
show_cmd=show_cmd,
show_full_cmd=show_full_cmd,
show_user=show_user,
show_pid=show_pid,
show_fan_speed=show_fan_speed,
show_codec=show_codec,
show_power=show_power,
gpuname_width=gpuname_width,
term=t_color,
show_pmemory=show_pmemory)
fp.write(eol_char)
fp.flush()
from blessed import Terminal
t = Terminal()
print(t.bold('Hi there!'))
print(t.bold_red_on_bright_green('It hurts my eyes!'))
with t.location(0, t.height - 1):
print(t.center(t.blink('press any key to continue.')))
with t.cbreak():
inp = t.inkey()
print('You pressed ' + repr(inp))
def do_l(self, arg):
'Lists current portfolio'
t = Terminal()
portfolio = self.trader.portfolios()
if portfolio['extended_hours_equity']:
equity = float(portfolio['extended_hours_equity'])
else:
equity = float(portfolio['equity'])
eq = '%.2f' % equity
previous_close = float(portfolio['adjusted_equity_previous_close'])
change = equity - previous_close
change_pct = '%.2f' % (change / previous_close * 100.0)
change_pct = color_data(change_pct)
change = color_data(change)
account_details = self.trader.get_account()
if 'margin_balances' in account_details:
buying_power = account_details['margin_balances'][
'unallocated_margin_cash']
account_table = SingleTable(
[['Portfolio Value', 'Change', 'Buying Power'],
[eq, change + ' (' + change_pct + '%)', buying_power]], 'Account')
print((account_table.table))
# Load Stocks
positions = self.trader.securities_owned()
instruments = [
position['instrument'] for position in positions['results']
]
symbols = [
self.get_symbol(position['instrument'])
for position in positions['results']
]
market_data = self.trader.get_stock_marketdata(instruments)
table_data = []
table_data.append([
"Symbol", "Last", "Shares", "Equity", "Avg Cost", "Return", "Day",
"EquityChange", "Day %"
])
i = 0
for position in positions['results']:
quantity = int(float(position['quantity']))
symbol = self.get_symbol(position['instrument'])
price = market_data[i]['last_trade_price']
total_equity = float(price) * quantity
buy_price = float(position['average_buy_price'])
p_l = total_equity - buy_price * quantity
day_change = float(market_data[i]['last_trade_price']) - float(
market_data[i]['previous_close'])
day_change_q_val = '{:04.2f}'.format(quantity * day_change)
day_change_pct = '{:04.2f}'.format(
float((day_change / float(market_data[i]['previous_close'])) *
100))
table_data.append([
symbol, price, quantity, total_equity, buy_price,
color_data(p_l),
color_data(day_change),
color_data(day_change_q_val),
color_data(day_change_pct)
])
i += 1
table = SingleTable(table_data, 'Portfolio')
table.inner_row_border = True
table.justify_columns = {0: 'center'}
print((table.table))
def main():
"""Program entry point."""
# pylint: disable=too-many-locals
# Too many local variables (20/15)
term = Terminal()
worm = [Location(x=term.width // 2, y=term.height // 2)]
worm_length = 2
bearing = Direction(*LEFT)
direction = left_of
nibble = Nibble(location=worm[0], value=0)
color_nibble = term.black_on_green
color_worm = term.yellow_reverse
color_head = term.red_reverse
color_bg = term.on_blue
echo(term.move(1, 1))
echo(color_bg(term.clear))
# speed is actually a measure of time; the shorter, the faster.
speed = 0.1
modifier = 0.93
inp = None
echo(term.move(term.height, 0))
with term.hidden_cursor(), term.cbreak(), term.location():
while inp not in (u'q', u'Q'):
# delete the tail of the worm at worm_length
if len(worm) > worm_length:
echo(term.move(*worm.pop(0)))
echo(color_bg(u' '))
# compute head location
head = worm.pop()
# check for hit against self; hitting a wall results in the (y, x)
# location being clipped, -- and death by hitting self (not wall).
if hit_any(head, worm):
break
# get the next nibble, which may be equal to ours unless this
# nibble has been struck by any portion of our worm body.
n_nibble = next_nibble(term, nibble, head, worm)
# get the next worm_length and speed, unless unchanged.
worm_length = next_wormlength(nibble, head, worm_length)
speed = next_speed(nibble, head, speed, modifier)
if n_nibble != nibble:
# erase the old one, careful to redraw the nibble contents
# with a worm color for those portions that overlay.
for (yloc, xloc) in nibble_locations(*nibble):
echo(u''.join((term.move(yloc, xloc),
(color_worm if
(yloc, xloc) == head else color_bg)(u' '),
term.normal)))
# and draw the new,
echo(
term.move(*n_nibble.location) +
(color_nibble('{}'.format(n_nibble.value))))
# display new worm head
echo(term.move(*head) + color_head(head_glyph(direction)))
# and its old head (now, a body piece)
if worm:
echo(term.move(*(worm[-1])))
echo(color_worm(u' '))
echo(term.move(*head))
# wait for keyboard input, which may indicate
# a new direction (up/down/left/right)
inp = term.inkey(timeout=speed)
# discover new direction, given keyboard input and/or bearing.
nxt_direction = next_bearing(term, inp.code, bearing)
# discover new bearing, given new direction compared to prev
nxt_bearing = change_bearing(nxt_direction, head, term)
# disallow new bearing/direction when flipped: running into
# oneself, for example traveling left while traveling right.
if not bearing_flipped(bearing, nxt_bearing):
direction = nxt_direction
bearing = nxt_bearing
# append the prior `head' onto the worm, then
# a new `head' for the given direction.
worm.extend([head, direction(head, term)])
# re-assign new nibble,
nibble = n_nibble
echo(term.normal)
score = (worm_length - 1) * 100
echo(u''.join((term.move(term.height - 1, 1), term.normal)))
echo(u''.join((u'\r\n', u'score: {}'.format(score), u'\r\n')))
def test_turn_off_colors(self, mock_user_conf):
mock_user_conf.return_value = {'COLOR': '0'}
stream = StringIO()
_out('Hello world', None, Terminal().red, stream)
self.assertEquals('Hello world\n', stream.getvalue())
net.update_type)
t1 = '------ ----- | Learning Rate: {0}\n'.format(
net.learning_rate)
t2 = '|_0_|------|_0_|- - | Momentum: {0}\n'.format(
net.momentum)
t4 = '----- - - ----- - ----- Expected Output ------------------------------------------------\n'
t5 = '|_1_|------|_1_|-------|_0_|-------> 0 or 1 \n'
t7 = '----- - - ----- - - ----- \n'
t8 = '|_B_|------|_2_|- - |_B_| \n'
t10 = ' - - ----- - - \n'
t11 = ' - -|_3_|- - \n'
t12 = ' - ----- - \n'
t13 = ' -|_B_|- \n'
display = t0 + t1 + t2 + t4 + t5 + t7 + t8 + t10 + t11 + t12 + t13
term = Terminal()
ui = HSplit(
VSplit(
Text(text=f"{display}",
title='Network Display',
border_color=2,
color=3),
Log(title='Training Data', border_color=2, color=3),
Log(title=
'|---EPOCH--|----------------MSE------------|--------------OUTPUT--------------|------EXPECTED-------|',
border_color=5,
color=3),
HGauge(val=50, title="Epochs", border_color=5),
),
VSplit(
Log(title='Layer 0 to Layer 1 (Delta, Batch Delta Weight)',