| 1 | #include <fstream.hfa> |
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| 2 | #include <enum.hfa> |
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| 3 | |
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| 4 | enum(int) A !{ |
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| 5 | a = 10 |
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| 6 | }; |
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| 7 | |
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| 8 | enum(int) B { |
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| 9 | b = 20 |
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| 10 | }; |
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| 11 | |
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| 12 | enum(int) AB { |
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| 13 | inline A, |
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| 14 | inline B, |
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| 15 | ab = 30 |
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| 16 | }; |
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| 17 | |
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| 18 | enum(int) C { |
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| 19 | c = 40 |
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| 20 | }; |
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| 21 | |
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| 22 | enum(int) D { |
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| 23 | d = 50 |
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| 24 | }; |
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| 25 | |
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| 26 | enum(int) CD { |
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| 27 | inline C, |
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| 28 | inline D, |
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| 29 | cd = 60 |
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| 30 | }; |
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| 31 | |
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| 32 | enum(int) ACD { |
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| 33 | inline A, |
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| 34 | inline CD, |
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| 35 | acd = 70 |
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| 36 | }; |
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| 37 | |
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| 38 | // Note: variable name (cat in this case) cannot be overloaded with those declared in enum, |
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| 39 | // Probably for the same reason as const overloading problem |
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| 40 | // i.e. int identity_t(enum ACD a) would not work as the value(a) is ambigious currently |
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| 41 | int identity_t(enum ACD cat) { |
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| 42 | return value(cat); |
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| 43 | } |
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| 44 | |
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| 45 | int main() { |
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| 46 | // Note: We need to use qualified name syntax even if no ! hidding |
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| 47 | // Because Inline introduce ambiguity on symbols |
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| 48 | sout | "Symbols (enumerator) should have the same values:" |nl; |
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| 49 | sout | "Symbol a: (10) " | value(A.a) | "," | value(AB.a) | "," | value(ACD.a) | nl; |
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| 50 | sout | "Symbol b: (20) " | value(B.b) | "," | value(AB.b) | nl; |
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| 51 | sout | "Symbol ab: (30) " | value(AB.ab) | nl; |
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| 52 | sout | "Symbol c: (40) " | value(C.c) | "," | value(CD.c) | "," | value(ACD.c) | nl; |
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| 53 | sout | "Symbol d: (50) " | value(D.d) | "," | value(CD.d) | "," | value(ACD.d) | nl; |
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| 54 | sout | "Symbol cd: (60) " | value(CD.cd) | "," | value(ACD.cd) | nl; |
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| 55 | sout | "Symbol acd: (70) " | value(ACD.acd) | nl; |
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| 56 | |
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| 57 | sout | "Casting/Upcasting:" | nl; |
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| 58 | sout | "Symbol a: (10) " | value((A)A.a) | "," | value((AB)A.a) | "," | value((ACD)A.a) | nl; |
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| 59 | sout | "Symbol b: (20) " | value((B)B.b) | "," | value((AB)B.b) | nl; |
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| 60 | sout | "Symbol ab: (30) " | value((AB)AB.ab) | nl; |
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| 61 | sout | "Symbol c: (40) " | value((C)C.c) | "," | value((CD)C.c) | "," | value((ACD)C.c) | "," | value((CD)CD.c)| "," | value((ACD)CD.c) | nl; |
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| 62 | sout | "Symbol d: (50) " | value((D)D.d) | "," | value((CD)D.d) | "," | value((ACD)D.d) | "," | value((ACD)CD.d) | nl; |
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| 63 | sout | "Symbol cd: (60) " | value((CD)CD.cd) | "," | value((ACD)CD.cd) | nl; |
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| 64 | sout | "Symbol acd: (70) " | value((ACD)ACD.acd) | nl; |
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| 65 | |
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| 66 | sout | "Function Call:" | nl; |
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| 67 | sout | "Symbol a: (10) " | identity_t(A.a) | "," | identity_t(ACD.a) | nl; |
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| 68 | sout | "Symbol c: (40) " | identity_t(C.c) | "," | identity_t(ACD.c) | nl; |
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| 69 | sout | "Symbol d: (50) " | identity_t(D.d) | "," | identity_t(ACD.d) | nl; |
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| 70 | sout | "Symbol cd: (60) " | identity_t(CD.cd) | "," | identity_t(ACD.cd) | nl; |
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| 71 | sout | "Symbol acd: (70) " | identity_t(ACD.acd) | nl; |
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| 72 | } |
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