def GetDefaultCommandAsMacro(cmd, charIndex, page, slot): from macro import Macro, MacroLine # Initialize the default macro to None, # in case we don't find the desired command. defaultMacro = None # Try to get the default command from the local dictionary. defaultCommand = DEFAULTCOMMANDS.get(cmd) # If it's not one of the default commands here, # check if it's a skill in the skillInfo dictionary # and create a macro from that. if not defaultCommand: skillInfo = GetSkillInfo(cmd, False) if skillInfo: defaultMacro = Macro(charIndex, page, slot) defaultMacro.name = cmd defaultMacro.icon = skillInfo.icon if not defaultMacro.icon.startswith("SPELLICON_"): defaultMacro.icon = "icons/%s" % defaultMacro.icon defaultMacro.description = skillInfo.name defaultMacro.appendMacroLine(MacroLine(command="/skill %s" % cmd)) else: defaultMacro = Macro(charIndex, page, slot) defaultMacro.name = defaultCommand.name defaultMacro.icon = defaultCommand.icon if not defaultMacro.icon.startswith("SPELLICON_"): defaultMacro.icon = "icons/%s" % defaultMacro.icon defaultMacro.description = defaultCommand.tooltip defaultMacro.appendMacroLine(MacroLine(command=defaultCommand.command)) # Return the default macro. return defaultMacro
def GetDefaultCommandAsMacro(cmd, charIndex, page, slot): from macro import Macro, MacroLine # Initialize the default macro to None, # in case we don't find the desired command. defaultMacro = None # Try to get the default command from the local dictionary. defaultCommand = DEFAULTCOMMANDS.get(cmd) # If it's not one of the default commands here, # check if it's a skill in the skillInfo dictionary # and create a macro from that. if not defaultCommand: skillInfo = GetSkillInfo(cmd, False) if skillInfo: defaultMacro = Macro(charIndex, page, slot) defaultMacro.name = cmd defaultMacro.icon = skillInfo.icon if not defaultMacro.icon.startswith('SPELLICON_'): defaultMacro.icon = 'icons/%s' % defaultMacro.icon defaultMacro.description = skillInfo.name defaultMacro.appendMacroLine(MacroLine(command='/skill %s' % cmd)) else: defaultMacro = Macro(charIndex, page, slot) defaultMacro.name = defaultCommand.name defaultMacro.icon = defaultCommand.icon if not defaultMacro.icon.startswith('SPELLICON_'): defaultMacro.icon = 'icons/%s' % defaultMacro.icon defaultMacro.description = defaultCommand.tooltip defaultMacro.appendMacroLine(MacroLine(command=defaultCommand.command)) # Return the default macro. return defaultMacro
def createMacro(self): newMacro = Macro(self.charIndex, self.page, self.slot) newMacro.name = self.guiName.getValue() newMacro.description = self.guiToolTip.getValue() hotkey = self.guiHotkey.getValue() if hotkey == 'None': newMacro.hotkey = '' else: newMacro.hotkey = hotkey newMacro.icon = self.icon newMacro.waitAll = int(self.guiWaitAll.getValue()) == 1 try: manualDelay = int(self.guiManualDelay.getValue) if manualDelay < 0: manualDelay = 0 except: manualDelay = 0 newMacro.manualDelay = manualDelay for lineIndex in xrange(10): lineCommand = self.guiLines[lineIndex].getValue().lstrip().rstrip() mandatory = int(self.guiMandatory[lineIndex].getValue()) == 1 try: lineDelay = int(self.guiDelays[lineIndex].getValue()) if lineDelay < 0: lineDelay = 0 except: lineDelay = 0 if not lineCommand and not lineDelay: continue newMacroLine = MacroLine(lineCommand, mandatory, lineDelay) newMacro.insertMacroLine(lineIndex, newMacroLine) if newMacro.macroLineNum == 0: del newMacro return None return newMacro
def createMacro(self): newMacro = Macro(self.charIndex,self.page,self.slot) newMacro.name = self.guiName.getValue() newMacro.description = self.guiToolTip.getValue() hotkey = self.guiHotkey.getValue() if hotkey == 'None': newMacro.hotkey = '' else: newMacro.hotkey = hotkey newMacro.icon = self.icon newMacro.waitAll = int(self.guiWaitAll.getValue()) == 1 try: manualDelay = int(self.guiManualDelay.getValue) if manualDelay < 0: manualDelay = 0 except: manualDelay = 0 newMacro.manualDelay = manualDelay for lineIndex in xrange(10): lineCommand = self.guiLines[lineIndex].getValue().lstrip().rstrip() mandatory = int(self.guiMandatory[lineIndex].getValue()) == 1 try: lineDelay = int(self.guiDelays[lineIndex].getValue()) if lineDelay < 0: lineDelay = 0 except: lineDelay = 0 if not lineCommand and not lineDelay: continue newMacroLine = MacroLine(lineCommand,mandatory,lineDelay) newMacro.insertMacroLine(lineIndex,newMacroLine) if newMacro.macroLineNum == 0: del newMacro return None return newMacro
for i in range(len(line)): if not line[i].isspace(): break return i if len(sys.argv) != 3: raise Exception("invalid command line syntax: %s" % ' '.join(map(repr, sys.argv))) (m4File,outFile) = sys.argv[1:] assert outFile != m4File m = Macro(m4File, computeSerialNumber=True) for i in range(len(m.description)): para = m.description[i] if para[0][0].isspace(): spaces = min(list(map(countSpaces, para))) if spaces > 1: m.description[i] = [' ' + l[spaces:] for l in para] url = "https://www.gnu.org/software/autoconf-archive/%s.html" % m.name lineLen = max(len(url) + 2, 75) m.url = "# %s\n# %s\n# %s" % ('=' * lineLen, (' ' * int((lineLen - len(url)) / 2)) + url, '=' * lineLen) if m.__dict__.get("obsolete"): m.obsolete = "# OBSOLETE MACRO\n#\n" + '\n#\n'.join(map(formatParagraph, m.obsolete)) + "\n#\n" else: m.obsolete = "" m.synopsis = "\n".join([ "# %s" % l for l in m.synopsis ]) m.description = '\n#\n'.join(map(formatParagraph, m.description)) m.authors = "\n".join(map(formatAuthor, m.authors)) m.license = '\n#\n'.join(map(formatParagraph, m.license)) m.body = '\n'.join(m.body) writeFile(outFile, tmpl % m.__dict__)
if len(sys.argv) != 3: raise Exception("invalid command line syntax: %s" % ' '.join(map(repr, sys.argv))) (m4File, outFile) = sys.argv[1:] assert outFile != m4File m = Macro(m4File, computeSerialNumber=True) for i in range(len(m.description)): para = m.description[i] if para[0][0].isspace(): spaces = min(list(map(countSpaces, para))) if spaces > 1: m.description[i] = [' ' + l[spaces:] for l in para] url = "http://www.gnu.org/software/autoconf-archive/%s.html" % m.name lineLen = max(len(url) + 2, 75) m.url = "# %s\n# %s\n# %s" % ('=' * lineLen, (' ' * int( (lineLen - len(url)) / 2)) + url, '=' * lineLen) if m.__dict__.get("obsolete"): m.obsolete = "# OBSOLETE MACRO\n#\n" + '\n#\n'.join( map(formatParagraph, m.obsolete)) + "\n#\n" else: m.obsolete = "" m.synopsis = "\n".join(["# %s" % l for l in m.synopsis]) m.description = '\n#\n'.join(map(formatParagraph, m.description)) m.authors = "\n".join(map(formatAuthor, m.authors)) m.license = '\n#\n'.join(map(formatParagraph, m.license)) m.body = '\n'.join(m.body) writeFile(outFile, tmpl % m.__dict__)
return "@smallexample\n%s\n@end smallexample" % quoteTexi( '\n'.join(para)) else: return quoteTexi('\n'.join(para)) def formatAuthor(a): assert a a["year"] = quoteTexi(a["year"]) a["name"] = quoteTexi(a["name"]) if "email" in a: a["email"] = quoteTexi(a["email"]) return "Copyright @copyright{} %(year)s %(name)s @email{%(email)s}" % a else: return "Copyright @copyright{} %(year)s %(name)s" % a if len(sys.argv) != 3: raise Exception("invalid command line syntax: %s" % ' '.join(map(repr, sys.argv))) (m4File, outFile) = sys.argv[1:] assert outFile != m4File m = Macro(m4File) m.synopsis = "@smallexample\n%s\n@end smallexample" % "\n".join( map(quoteTexi, m.synopsis)) m.description = '\n\n'.join(map(formatParagraph, m.description)) m.description = m.description.replace("@end smallexample\n@smallexample", "\n") m.authors = " @* ".join(["@w{%s}" % formatAuthor(a) for a in m.authors]) m.license = "\n\n".join(map(formatParagraph, m.license)) writeFile(outFile, tmpl % m.__dict__)