def _createClassCode(self,
inClass,
inUserCode
):
scope = Scope()
self._initClassScope(scope, inClass)
scope.set_user_code(inUserCode)
parser = Parser(scope)
return parser.parseFile(self._templatePath("class.tmpl"))
def _createIntfCode(self,
inIntf,
inUserCode
):
scope = Scope()
self._initIntfScope(scope, inIntf)
scope.set_user_code(inUserCode)
parser = Parser(scope)
return parser.parseFile(self._templatePath("intf.tmpl"))
def _createIntfCode(self, inIntf, inUserCode):
scope = Scope()
scope.set_user_code(inUserCode)
scope.addSymbol("interface", inIntf)
scope.addSymbol("absName", self._absName)
scope.addSymbol("argList", self._argList)
return Parser(scope).parseFile(self._templatePath("intf.tmpl"))
def _createClassCode(self, inClass, inUserCode):
scope = Scope()
scope.set_user_code(inUserCode)
scope.addSymbol("class", inClass)
scope.addSymbol("absName", self._absName)
scope.addSymbol("argList", self._argList)
scope.addSymbol("hasSuperClass", self._hasSuperClass)
scope.addSymbol("intfList", self._intfList)
scope.addSymbol("overwritten", self._overwrittenMethods(inClass))
scope.addSymbol("propertyType", self._propertyType)
return Parser(scope).parseFile(self._templatePath("class.tmpl"))
io_match
):
lv_symbol = io_match.group( 1 )
lo_match = Translator._go_func.search( lv_symbol )
if not lo_match:
rv_value = self.__mo_scope.getSymbolStr( lv_symbol )
else:
lv_funcname = lo_match.group(1)
lv_args = self.__replaceSymbols( lo_match.group(2) )
lt_args = [ lv_arg.strip()
for lv_arg in lv_args.split(",")
if lv_arg
]
rv_value = self.__mo_scope.getFuncSymbol( lv_funcname, lt_args )
return rv_value
if __name__ == "__main__":
def lower(io_scope,iv_string):
return iv_string.lower()
go_scope = Scope()
go_scope.addSymbol( "class", "Person" )
go_scope.addSymbol( "lower", lower )
Translator.set_symbol_delimiter( "@" )
gv_line = "class C@lower( @@class@@ )@: pass"
print Translator(go_scope).translate( gv_line )
