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/** |
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* Generic classes et cetera for all BCD-generated C++ bindings. |
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* |
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* Authors: Gregor Richards |
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* |
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* License: |
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* Copyright (C) 2006 Gregor Richards |
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* |
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* This program is free software; you can redistribute it and/or |
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* modify it under the terms of the GNU General Public License |
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* as published by the Free Software Foundation; either version 2 |
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* of the License, or (at your option) any later version. |
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* |
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* This program is distributed in the hope that it will be useful, |
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* but WITHOUT ANY WARRANTY; without even the implied warranty of |
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* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the |
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* GNU General Public License for more details. |
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* |
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* You should have received a copy of the GNU General Public License |
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* along with this program; if not, write to the Free Software |
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* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. |
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*/ |
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#include "bind.h" |
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DReflectedClass::DReflectedClass() |
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{ dptr = (void *) 0; } |
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DReflectedClass::DReflectedClass(void *sdptr) |
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{ dptr = sdptr; } |
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DReflectedClass DReflectedClass::operator-() |
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{ return DReflectedClass(CXXReflectedClass_opNeg(dptr)); } |
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DReflectedClass DReflectedClass::operator+() |
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{ return DReflectedClass(CXXReflectedClass_opPos(dptr)); } |
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DReflectedClass DReflectedClass::operator++(int x) |
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{ return DReflectedClass(CXXReflectedClass_opPostInc(dptr)); } |
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DReflectedClass DReflectedClass::operator--(int x) |
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{ return DReflectedClass(CXXReflectedClass_opPostDec(dptr)); } |
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DReflectedClass DReflectedClass::operator+(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opAdd(dptr, x.dptr)); } |
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DReflectedClass DReflectedClass::operator-(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opSub(dptr, x.dptr)); } |
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DReflectedClass DReflectedClass::operator*(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opMul(dptr, x.dptr)); } |
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DReflectedClass DReflectedClass::operator/(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opDiv(dptr, x.dptr)); } |
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DReflectedClass DReflectedClass::operator%(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opMod(dptr, x.dptr)); } |
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DReflectedClass DReflectedClass::operator&(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opAnd(dptr, x.dptr)); } |
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DReflectedClass DReflectedClass::operator|(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opOr(dptr, x.dptr)); } |
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DReflectedClass DReflectedClass::operator^(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opXor(dptr, x.dptr)); } |
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DReflectedClass DReflectedClass::operator<<(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opShl(dptr, x.dptr)); } |
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DReflectedClass DReflectedClass::operator>>(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opShr(dptr, x.dptr)); } |
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int DReflectedClass::operator==(DReflectedClass x) |
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{ return CXXReflectedClass_opEquals(dptr, x.dptr); } |
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int DReflectedClass::operator!=(DReflectedClass x) |
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{ return CXXReflectedClass_opNotEquals(dptr, x.dptr); } |
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int DReflectedClass::operator<(DReflectedClass x) |
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{ return CXXReflectedClass_opLT(dptr, x.dptr); } |
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int DReflectedClass::operator<=(DReflectedClass x) |
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{ return CXXReflectedClass_opLE(dptr, x.dptr); } |
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int DReflectedClass::operator>(DReflectedClass x) |
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{ return CXXReflectedClass_opGT(dptr, x.dptr); } |
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int DReflectedClass::operator>=(DReflectedClass x) |
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{ return CXXReflectedClass_opGE(dptr, x.dptr); } |
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DReflectedClass DReflectedClass::operator+=(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opAddAssign(dptr, x.dptr)); } |
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DReflectedClass DReflectedClass::operator-=(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opSubAssign(dptr, x.dptr)); } |
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DReflectedClass DReflectedClass::operator*=(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opMulAssign(dptr, x.dptr)); } |
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DReflectedClass DReflectedClass::operator/=(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opDivAssign(dptr, x.dptr)); } |
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DReflectedClass DReflectedClass::operator%=(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opModAssign(dptr, x.dptr)); } |
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DReflectedClass DReflectedClass::operator&=(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opAndAssign(dptr, x.dptr)); } |
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DReflectedClass DReflectedClass::operator|=(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opOrAssign(dptr, x.dptr)); } |
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DReflectedClass DReflectedClass::operator^=(DReflectedClass x) |
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{ return DReflectedClass(CXXReflectedClass_opXorAssign(dptr, x.dptr)); } |
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