def colorize_vital(self, value): """ Give us green, yellow, and red colored numbers for vitals depending on our percentage. """ if value >= 66: return ansi.green(str(value)) elif value >= 33: return ansi.bold_yellow(str(value)) else: return ansi.bold_red(str(value))
def segmentReceived(self): data = self.data_buffer self.data_buffer = '' # don't lead with a newline if data[0] == NL: data = data[1:] # Fix color-only leading line color_newline = self.color_newline.match(data) if color_newline: color = data[0:color_newline.end() - 1] data = color + data[color_newline.end():] data = data.split('\n') pre_prompt.send(raw_data=data) # lines received lines = data[:-1] # last line is always the prompt prompt_data = data[-1] # Send the prompt to the prompt receiver try: prompt_output = prompt.receiver(prompt_data) except Exception as err: _log.err() prompt_output = "%s - %s" % (ansi.bold_red('ERROR:'), ansi.red(str(err))) # send lines to inbound receiver lines = inbound.receiver(lines) post_prompt.send() signal.pre_outbound.send( raw_lines=sage.buffer, lines=lines, ansi_prompt=prompt_output, prompt=ansi.filter_ansi(prompt_output) ) self.receivers.input(lines, prompt_output)
def segmentReceived(self): data = self.data_buffer self.data_buffer = '' # don't lead with a newline if data[0] == NL: data = data[1:] # Fix color-only leading line color_newline = self.color_newline.match(data) if color_newline: color = data[0:color_newline.end() - 1] data = color + data[color_newline.end():] data = data.split('\n') pre_prompt.send(raw_data=data) # lines received lines = data[:-1] # last line is always the prompt prompt_data = data[-1] # Send the prompt to the prompt receiver try: prompt_output = prompt.receiver(prompt_data) except Exception as err: _log.err() prompt_output = "%s - %s" % (ansi.bold_red('ERROR:'), ansi.red(str(err))) # send lines to inbound receiver lines = inbound.receiver(lines) post_prompt.send() signal.pre_outbound.send(raw_lines=sage.buffer, lines=lines, ansi_prompt=prompt_output, prompt=ansi.filter_ansi(prompt_output)) self.receivers.input(lines, prompt_output)
def end(self, signal): if self.text != "": if self.got_dstab: self.got_dstab = False if(len(self.venoms) != 2): self.text = "" self.text = player.afflictions else: self.text = ansi.bold_red(self.text +" %s %s"%(self.venoms[0], self.venoms[1])) sage.echo(self.text) self.text = "" if self.echo_aff: sage.echo(ansi.bold_yellow(self.aff_str)) self.echo_aff = False if len(self.cures) > 0: for cure in self.cures: sage.echo(cure[1]) self.cures=[] self.venoms=[]
def end(self, signal): if self.text != "": if self.got_dstab: self.got_dstab = False if (len(self.venoms) != 2): self.text = "" self.text = player.afflictions else: self.text = ansi.bold_red(self.text + " %s %s" % (self.venoms[0], self.venoms[1])) sage.echo(self.text) self.text = "" if self.echo_aff: sage.echo(ansi.bold_yellow(self.aff_str)) self.echo_aff = False if len(self.cures) > 0: for cure in self.cures: sage.echo(cure[1]) self.cures = [] self.venoms = []
def hit_rebounding(self): self.text = ansi.bold_red("REBOUNDED: " + self.text)
def echo_aff(signal,affliction): sage.echo(ansi.bold_red("ADDED AFFLICTION: %s"%affliction))
def echo_aff(signal, affliction): sage.echo(ansi.bold_red("ADDED AFFLICTION: %s" % affliction))