def parse(self, tex): verbatim.parse(self, tex) options = self.attributes['options'] print options if options is None: options = {} # Format command formatcom = None if options.has_key('formatcom'): formatcom = options['formatcom'] # Frame width framerule = '1px' if options.has_key('framerule'): framerule = options['framerule'].strip() # Frame color rulecolor = 'black' if options.has_key('rulecolor'): rulecolor = options['rulecolor'].style['color'] # Frames if options.has_key('frame'): frame = options['frame'].strip() if frame in ['leftline','single']: self.style['border-left'] = '%s solid %s' % \ (framerule, rulecolor) if frame in ['rightline','single']: self.style['border-right'] = '%s solid %s' % \ (framerule, rulecolor) if frame in ['topline','single','lines']: self.style['border-top'] = '%s solid %s' % \ (framerule, rulecolor) if frame in ['bottomline','single','lines']: self.style['border-bottom'] = '%s solid %s' % \ (framerule, rulecolor) # Padding if options.has_key('framesep'): self.style['padding'] = options['framesep'].strip() # Font family if options.has_key('fontfamily'): self.style['font-family'] = options['fontfamily'].strip() # Font size if options.has_key('fontsize'): fontsize = options['fontsize'].strip() if fontsize == 'tiny': self.style['font-size'] = 'xx-small' elif fontsize == 'footnotesize': self.style['font-size'] = 'x-small' elif fontsize == 'small': self.style['font-size'] = 'small' elif fontsize == 'normalsize': self.style['font-size'] = 'medium' elif fontsize == 'large': self.style['font-size'] = 'large' elif fontsize == 'Large': self.style['font-size'] = 'x-large' elif fontsize == 'huge': self.style['font-size'] = 'xx-large' elif fontsize == 'huge': self.style['font-size'] = 'xx-large' # Font shape if options.has_key('fontshape'): fontshape = options['fontshape'].strip() if fontshape.startswith('i') or fontshape.startswith('o'): self.style['font-style'] = 'italic' # Font weight if options.has_key('fontseries'): fontseries = options['fontseries'].strip() if fontshape.startswith('b'): self.style['font-weight'] = 'bold' # Suppress characters at beginning if options.has_key('gobble'): gobble = int(options['gobble']) content = content.split('\n') for i in range(len(content)): try: content[i] = content[i][gobble:] except: content[i] = '' content = '\n'.join(content) # Command chars if options.has_key('commandchars'): chars = options['commandchars'] self.ownerDocument.context.catcode(chars[0], Token.CC_ESCAPE) self.ownerDocument.context.catcode(chars[1], Token.CC_BGROUP) self.ownerDocument.context.catcode(chars[2], Token.CC_EGROUP) # Comment char if options.has_key('commentchar'): char = options['commentchar'] self.ownerDocument.context.catcode(char, Token.CC_COMMENT) print self.style return self.attributes
def parse(self, tex): verbatim.parse(self, tex) options = self.attributes['options'] print(options) if options is None: options = {} # Format command formatcom = None if 'formatcom' in list(options.keys()): formatcom = options['formatcom'] # Frame width framerule = '1px' if 'framerule' in list(options.keys()): framerule = options['framerule'].strip() # Frame color rulecolor = 'black' if 'rulecolor' in list(options.keys()): rulecolor = options['rulecolor'].style['color'] # Frames if 'frame' in list(options.keys()): frame = options['frame'].strip() if frame in ['leftline','single']: self.style['border-left'] = '%s solid %s' % \ (framerule, rulecolor) if frame in ['rightline','single']: self.style['border-right'] = '%s solid %s' % \ (framerule, rulecolor) if frame in ['topline','single','lines']: self.style['border-top'] = '%s solid %s' % \ (framerule, rulecolor) if frame in ['bottomline','single','lines']: self.style['border-bottom'] = '%s solid %s' % \ (framerule, rulecolor) # Padding if 'framesep' in list(options.keys()): self.style['padding'] = options['framesep'].strip() # Font family if 'fontfamily' in list(options.keys()): self.style['font-family'] = options['fontfamily'].strip() # Font size if 'fontsize' in list(options.keys()): fontsize = options['fontsize'].strip() if fontsize == 'tiny': self.style['font-size'] = 'xx-small' elif fontsize == 'footnotesize': self.style['font-size'] = 'x-small' elif fontsize == 'small': self.style['font-size'] = 'small' elif fontsize == 'normalsize': self.style['font-size'] = 'medium' elif fontsize == 'large': self.style['font-size'] = 'large' elif fontsize == 'Large': self.style['font-size'] = 'x-large' elif fontsize == 'huge': self.style['font-size'] = 'xx-large' elif fontsize == 'huge': self.style['font-size'] = 'xx-large' # Font shape if 'fontshape' in list(options.keys()): fontshape = options['fontshape'].strip() if fontshape.startswith('i') or fontshape.startswith('o'): self.style['font-style'] = 'italic' # Font weight if 'fontseries' in list(options.keys()): fontseries = options['fontseries'].strip() if fontshape.startswith('b'): self.style['font-weight'] = 'bold' # Suppress characters at beginning if 'gobble' in list(options.keys()): gobble = int(options['gobble']) content = content.split('\n') for i in range(len(content)): try: content[i] = content[i][gobble:] except: content[i] = '' content = '\n'.join(content) # Command chars if 'commandchars' in list(options.keys()): chars = options['commandchars'] self.ownerDocument.context.catcode(chars[0], Token.CC_ESCAPE) self.ownerDocument.context.catcode(chars[1], Token.CC_BGROUP) self.ownerDocument.context.catcode(chars[2], Token.CC_EGROUP) # Comment char if 'commentchar' in list(options.keys()): char = options['commentchar'] self.ownerDocument.context.catcode(char, Token.CC_COMMENT) return self.attributes
def parse(self, tex): verbatim.parse(self, tex) return self.attributes
def parse(self, tex): verbatim.parse(self, tex) return self.attributes