def implementArgumentProcessors(self, params, context):
def isSimple(a):
if a.condition or a.action:
return False
m = a.member
return m.valueType == "std::string" and not m.values and not m.condition and not m.action
lines = []
for a in self._args:
m = a.member
poe = ProcessOptionExpander(context, self, m, a)
if m.type == "multivalue" and (a.delimiter or not isSimple(a)):
lines.extend(codegen.makeLines(processMultivalueArgumentTemplate, poe))
elif m.type == "list" and a.delimiter:
lines.extend(codegen.makeLines(processMultivalueListArgumentTemplate, poe))
elif m.type == "list" and not isSimple(a):
lines.extend(codegen.makeLines(processListArgumentTemplate, poe))
elif not isSimple(a):
lines.extend(codegen.makeLines(processArgumentTemplate, poe))
return lines
def implementOtionProcessors(self, params, context):
lines = []
processed = set()
for o in self._options:
m = o.member
if m in processed:
continue
poe = ProcessOptionExpander(context, self, m, o)
if m.type == "help":
tmpl = processHelpOptionTemplate
lines.extend(codegen.makeLines(tmpl, poe))
processed.add(m)
elif m.type == "info":
tmpl = processInfoOptionTemplate
lines.extend(codegen.makeLines(tmpl, poe))
processed.add(m)
elif m.type == "multivalue":
tmpl = processMultivalueOptionTemplate
lines.extend(codegen.makeLines(tmpl, poe))
elif m.type == "list" and o.delimiter:
tmpl = processMultivalueListOptionTemplate
lines.extend(codegen.makeLines(tmpl, poe))
elif m.type == "list":
tmpl = processListOptionTemplate
lines.extend(codegen.makeLines(tmpl, poe))
elif m.type != "final":
tmpl = processOptionTemplate
lines.extend(codegen.makeLines(tmpl, poe))
return lines
