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Namespaces |
| namespace | acdk |
| namespace | acdk::lang |
| namespace | acdk::lang::dmi |
| namespace | acdk::lang::sys |
Compounds |
| class | LockedProxy |
| | A Proxy for synchronized access to acdk::lang::Object. More...
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Defines |
| #define | implements virtual public |
| | use implements to derived from interfaces or extending an interface
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| #define | extends public |
| | use extends to derived normal classes You MUST NOT use implements (virtual) in this case otherwise Memory-Management will not work
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| #define | ACDK_DECL_CLASS(ClassName) |
| | Macro to declare a ACDK class It defines following types: - ClassName - RClassName - ClassNameArray - RClassNameArray.
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| #define | ACDK_DECL_INTERFACE(InterfaceName) |
| | Macro to declare a ACDK interface It defines following types: - ClassName - RClassName - ClassNameArray - RClassNameArray.
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| #define | ACDK_DECL_THROWABLE(ClassName, SuperName) |
| | Macro to declare a ACDK exception type.
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| #define | ACDK_DECL_THROWABLE_FQ(ClassName, sns, SuperName) |
| | Macro to declare a ACDK exception type.
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| #define | ACDK_DECL_CLASS_ARRAY(ClassName) |
| | Macro to declare a ACDK class Array.
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| #define | ACDK_DECL_ARRAY(ClassName) ACDK_DECL_CLASS_ARRAY(ClassName) |
| | alias to ACDK_DECL_CLASS_ARRAY
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| #define | USING_CLASS(Namespace, ClassName) |
| | used to import the given ACDK-Class into current namespace imports following type names: - ClassName - RClassName - ClassNameArray - RClassNameArray
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| #define | ACDK_DEF_ENUM(EnumName) |
| | use to define meta info for enumerations which are declared and used inside a executable or static library
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| #define | ACDK_DEF_LIB_ENUM(export, EnumName) |
| | use to define meta info for enumerations which are declared and used inside shared library
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| #define | ACDK_WITH_METAINFO(ClassName) |
| #define | ACDK_WITH_MI_GCINFO |
| #define | DECL_ACDK_DUMMYMETACLASS |
| #define | DECL_ACDK_DEFAULT_METACLASS(Super) |
| #define | ACDK_NO_METAINFO_HEADER |
| | include this token at top in an header, which doesn't contain any meta info related declarations The acdkmc doesn't try to parse the header any more.
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| #define | ACDK_CLASS |
| | used to tag a class as a ACDK-class.
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| #define | ACDK_INTERFACE |
| | used to tag a class as a ACDK-Interface.
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| #define | ACDK_MUTABLE |
| | used to tag a field as not serializable, cloneable, etc You can also use the keyword mutable
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| #define | transient |
| | used to tag a field as not serializable
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| #define | foreign |
| | use to tag classes, methods or arguments as not compatible with ACDK.
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| #define | final |
| | use to tag classes or methods not to generate dmi proxy for this class/method
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| #define | ACDK_DECL_ENUM(EnumType) |
| | ACDK_DECL_ENUM is only used as hint for acdkmc to detect enumeration types, which are declared in another header.
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| #define | ACDK_DECL_ENUM_FQ(NameSpace, EnumType) |
| | Same as ACDK_DECL_ENUM but allows to fully qualify the enumeration type.
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| #define | overwrite virtual |
| | methods, tagged as overwrite will generate DmiProxy methods, but no metainfo, because the metainfo from a base class can be used.
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| #define | SR(Type, obj) asStackRef<R##Type, Type>(obj) |
| | SR(Type, object) is just a more brief macro for the template: template <class RT, class T> RT asStackRef(const T& obj).
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| #define | SR_FQ(ns, Type, obj) asStackRef<ns R##Type, ns Type>(obj) |
| | fully qualified version of macro SR(Type, obj)
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| #define | IN(type) const type & |
| | Tag an argument for sending the acdk::lang::Object by Reference from Client to Server.
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| #define | INP(type) const type & |
| | Same as macro IN(type).
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| #define | OUT(type) type& |
| | Tag an argument as output parameter .
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| #define | OUTP(type) type& |
| | Same as macro OUT(type).
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| #define | INOUT(type) type& |
| | Tag an argument for send/receive it.
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| #define | INOUTP(type) type& |
| | Same as INOUT(type).
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| #define | RETOUT(val) OUT(val) |
| | Used for performance improvemnts for return values.
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| #define | OUTRET(val) OUT(val) |
| | Alias to RETOUT(val).
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| #define | BYVAL(T) IN(T) |
| | Transfer parameter by value from caller to callee.
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| #define | BYVALIN(T) IN(T) |
| | Transfer parameter by value from caller to callee.
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| #define | BYVALOUT(T) OUT(T) |
| | Transfer parameter by value from calee to caller.
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| #define | BYVALINOUT(T) INOUT(T) |
| | Transfer parameter by value from caller to callee and back.
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| #define | BYREF(T) IN(T) |
| | Transfer parameter by reference from caller to callee.
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| #define | BYREFIN(T) IN(T) |
| | Transfer parameter by reference from caller to callee.
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| #define | BYREFOUT(T) OUT(T) |
| | Transfer parameter by reference from callee to caller.
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| #define | BYREFINOUT(T) INOUT(T) |
| | Transfer parameter by reference from caller to callee and back.
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Typedefs |
typedef acdk::lang::sys::core_vector<
acdk::lang::Object * > | FieldReferences |
| | container to collect references of fields
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Enumerations |
| enum | NilRef { Nil = 0
} |
| | Represents a 'null' Reference (equivalent to a null pointer). More...
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Functions |
| ACDK_CORE_PUBLIC void | badCast (const::acdk::lang::dmi::ClazzInfo *clazz,::acdk::lang::ObjectBase *iface) |
| | Helper method to throw a cast exception - Exceptions:
-
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| ACDK_CORE_PUBLIC void | badBasicArrayCast (const::acdk::lang::dmi::ClazzInfo *clazz,::acdk::lang::ObjectBase *iface) |
| | Helper method to throw a cast exception - Exceptions:
-
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| ACDK_CORE_PUBLIC void | badObjectArrayCast (const::acdk::lang::dmi::ClazzInfo *clazz,::acdk::lang::ObjectBase *iface) |
| | Helper method to throw a cast exception - Exceptions:
-
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| template<class RT, class T> RT | asStackRef (const T &obj) |
| | Convert acdk::lang::Object allocated on Stack or static into a RefHolder.
|
2005/5/9
RefHolder_h
