#ifndef __URDE_TSEGIDMAP_HPP__ #define __URDE_TSEGIDMAP_HPP__ #include #include "CSegId.hpp" namespace urde { template class TSegIdMap { CSegId x0_boneCount = 0; CSegId x1_capacity = 0; u32 x4_maxCapacity = 100; std::pair x8_indirectionMap[100]; std::unique_ptr xd0_bones; CSegId xd4_curPrevBone = 0; public: TSegIdMap(const CSegId& capacity) : x1_capacity(capacity), xd0_bones(new T[capacity]) {} T& operator[](const CSegId& id) {return SetElement(id);} const T& operator[](const CSegId& id) const {return xd0_bones[x8_indirectionMap[id].second];} T& SetElement(const CSegId& id, T&& obj) { size_t idx; if (x8_indirectionMap[id].first == 0xff) { x8_indirectionMap[id].first = xd4_curPrevBone; x8_indirectionMap[id].second = x0_boneCount; xd4_curPrevBone = id; idx = x0_boneCount; ++x0_boneCount; } else idx = x8_indirectionMap[id].second; xd0_bones[idx] = std::move(obj); return xd0_bones[idx]; } T& SetElement(const CSegId& id) { size_t idx; if (x8_indirectionMap[id].first == 0xff) { x8_indirectionMap[id].first = xd4_curPrevBone; x8_indirectionMap[id].second = x0_boneCount; xd4_curPrevBone = id; idx = x0_boneCount; ++x0_boneCount; } else idx = x8_indirectionMap[id].second; return xd0_bones[idx]; } void DelElement(const CSegId& id) { if (x8_indirectionMap[id].first != 0xff) { if (id == xd4_curPrevBone) xd4_curPrevBone = x8_indirectionMap[id].first; x8_indirectionMap[id].first = 0xff; x8_indirectionMap[id].second = 0xff; --x0_boneCount; } } bool HasElement(const CSegId& id) const {return x8_indirectionMap[id].first != 0xff;} u32 GetCapacity() const { return x1_capacity; } }; } #endif // __URDE_TSEGIDMAP_HPP__