*/
#define anna_declare_enum(name) \
static const char* literal []; \
- static int calculateSize () throw () { \
+ static int calculateSize () { \
int ii = 0; \
while (literal [ii] != NULL) ii ++; \
return ii; \
} \
- static _v asEnum (const char* str) throw () { \
+ static _v asEnum (const char* str) { \
for (int ii = 0; literal [ii] != NULL; ii ++) { \
if (strcasecmp (str, literal [ii]) == 0) \
return (_v) ii; \
} \
return None; \
} \
- static _v asEnumEx (const char* str) throw (anna::RuntimeException) { \
+ static _v asEnumEx (const char* str) noexcept(false) { \
if (str == NULL) { \
std::string msg (#name); \
msg += "::asEnumEx | str can not be null"; \
} \
return result; \
} \
- static _v asEnum (const std::string& str) throw () { return asEnum (str.c_str ()); } \
- static _v asEnumEx (const std::string& str) throw (anna::RuntimeException) { return asEnumEx (str.c_str ()); } \
- static const char* asCString (const _v v) throw () { return (v != None) ? literal [v]: NULL; } \
- static const char* asNotNullCString (const _v v) throw () { return (v != None) ? literal [v]: "<none>"; } \
- static std::string asList () throw () {\
+ static _v asEnum (const std::string& str) { return asEnum (str.c_str ()); } \
+ static _v asEnumEx (const std::string& str) noexcept(false) { return asEnumEx (str.c_str ()); } \
+ static const char* asCString (const _v v) { return (v != None) ? literal [v]: NULL; } \
+ static const char* asNotNullCString (const _v v) { return (v != None) ? literal [v]: "<none>"; } \
+ static std::string asList () {\
std::string result;\
for (int ii = 0; literal [ii] != NULL; ii ++) { \
if (ii == 0 && strcmp (literal [ii], "None") == 0) continue; \