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Defines | |
| #define | IS(N) (N == static_name()) |
| #define | ISA(O) ((O) && (O)->is_of_type(static_name())) |
| #define | ISOF(N, PAR) (IS(N) || PAR::is_of_type(N)) |
| #define | ISOF2(N, PAR1, PAR2) (IS(N) || PAR1::is_of_type(N) || PAR2::is_of_type(N)) |
| #define | STAT_STR_RET Cstr_ptr & |
| #define | DEFINE_RTTI_METHODS_BASE(CLASS_NAME, BASECLASS_PTR) |
| #define | DEFINE_RTTI_METHODS2(CLASS_NAME, CLASS_PAR, BASECLASS_PTR) |
| #define | DEFINE_RTTI_METHODS(CLASS_NAME, CLASS_PAR, BASECLASS_PTR) DEFINE_RTTI_METHODS2(CLASS_NAME, CLASS_PAR, BASECLASS_PTR &) |
| #define | DEFINE_UPCAST(CLASS_PTR, BASECLASS_PTR) |
| #define | DEFINE_RTTI_METHODS3(CLASS_NAME, CLASS_PTR, CLASS_PAR, BASECLASS_PTR) |
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Value: static STAT_STR_RET static_name() { RET_STAT_STR(CLASS_NAME);} \ virtual STAT_STR_RET class_name () const { return static_name(); } \ virtual int is_of_type(Cstr_ptr &n)const { return ISOF(n,CLASS_PAR);} \ static int isa (BASECLASS_PTR o) { return ISA (o); } |
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Value: DEFINE_RTTI_METHODS2(CLASS_NAME, CLASS_PAR, BASECLASS_PTR) \ DEFINE_UPCAST(CLASS_PTR, BASECLASS_PTR) |
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Value: static STAT_STR_RET static_name() { RET_STAT_STR(CLASS_NAME); } \ virtual STAT_STR_RET class_name () const { return static_name(); } \ virtual int is_of_type(Cstr_ptr &n)const { return n == static_name(); } \ static int isa (BASECLASS_PTR o) { return ISA (o); } |
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Value: static CLASS_PTR upcast(BASECLASS_PTR p) { \ return isa(p) ? (CLASS_PTR)p : 0; \ } |
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Definition at line 10 of file rtti.H. Referenced by RAYhit::is_of_type(), SCHEDULER::is_of_type(), and DATA_ITEM::is_of_type(). |
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Definition at line 11 of file rtti.H. Referenced by RAYhit::isa(), SCHEDULER::isa(), and BMESHray::isa(). |
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1.4.4