def update(self):
s = '\x1b[s ' + text.boldblue('[' + self.spinner[self.i] + ']') + ' ' + _message
if _status and _message:
s += ': ' + _status
elif status:
s += _status
_trace(s + '\x1b[u')
def _stop_spinner(marker = text.boldblue('[*]'), status = ''):
global _spinner, _status
if _spinner is None:
return
_spinner.running = False
_spinner.join()
_spinner.finish(marker, status)
_spinner = None
def _stop_spinner(marker=text.boldblue('[*]'), status=''):
global _spinner, _status
if _spinner is None:
return
_spinner.running = False
_spinner.join()
_spinner.finish(marker, status)
_spinner = None
def update(self, only_spin = False):
_lock.acquire()
marker = text.boldblue('[' + self.spinner[self.i] + ']')
if only_spin:
_trace('\x1b[s ' + marker + '\x1b[u')
else:
s = self.format(marker, _status)
if self.numlines <= 1:
s += '\x1b[G'
else:
s += '\x1b[%dF' % (self.numlines - 1)
_trace(s)
_lock.release()
def update(self, only_spin=False):
_lock.acquire()
marker = text.boldblue('[' + self.spinner[self.i] + ']')
if only_spin:
_trace('\x1b[s ' + marker + '\x1b[u')
else:
s = self.format(marker, _status)
if self.numlines <= 1:
s += '\x1b[G'
else:
s += '\x1b[%dF' % (self.numlines - 1)
_trace(s)
_lock.release()
def _stop_spinner(marker = text.boldblue('[*]'), status = ''):
global _spinner, _status
if _spinner is not None:
_lock.acquire()
_spinner.running = False
s = '\x1b[0K ' + marker + ' ' + _message
if status == None:
status = _status
_status = ''
if status and _message:
s += ': ' + status
elif status:
s += status
_trace(s + '\n\x1b[?25h') # show cursor
_lock.release()
_spinner = None
def info(s):
trace(''.join([' ', text.boldblue('[*]'), ' ', s, '\n']))
def waitfor(s):
global _message
_message = s
trace(''.join([' ', text.boldblue('[*]'), ' ', s, '...\n']))
def info(s):
trace(''.join([' ', text.boldblue('[*]'), ' ', s, '\n']))
def waitfor(s):
global _message
_message = s
trace(''.join([' ', text.boldblue('[*]'), ' ', s, '...\n']))
