Question

十万火急！！急求用c语言编写的借书证管理系统（一定是c语言，而且必须用“链表”）是用wintc运行！

能实现：图书号码，图书名称，借阅人名称，借阅本数等最基本的功能就行，但是一定要使用链表！！多谢了！
邮箱：358052216@qq.com和xwgbsf1wyx@sina.com
再次感谢！采纳的另加财富值！！
（也可以是图书管理系统，只要有链表就行）

Answer 1

class dice::EntityManager
{

class dice::physics::IPhysicsRayCaster // Inherited class at offset 0x0
{

virtual bool physicsRayQuery(const char *, const struct dice::Vec3 &, const struct dice::Vec3 &, class dice::physics::RayCastHit &, unsigned int, const class dice::physics::PhysicsEntityBase *[0x2] *); // V: 0x0

}; // dice::physics::IPhysicsRayCaster

class dice::audio::IAudioRayCaster // Inherited class at offset 0x4
{

virtual bool audioRayQuery(const char *, const struct dice::Vec3 &, const struct dice::Vec3 &, class dice::audio::RayCastHit &); // V: 0x0
virtual struct dice::SafeQueryResult * audioAsyncRayQuery(const struct dice::Vec3 &, const struct dice::Vec3 &); // V: 0x4
virtual void releaseAudioQueryResult(struct dice::SafeQueryResult *); // V: 0x8

}; // dice::audio::IAudioRayCaster

class eastl::vector<dice::StaticCullTree *,eastl::allocator> m_staticCullTrees; // this+0x8
class Frame
{

class dice::SphereTree m_sphereTree; // this+0x0
class dice::SphereTree m_largeObjectSphereTree; // this+0x40
struct dice::QuatTransform * m_transforms; // this+0x80
unsigned int m_transformCount; // this+0x84
class dice::entity_hash_map<dice::Entity const *,eastl::pair<void *,int>,eastl::hash<dice::Entity const *>,eastl::equal_to<dice::Entity const *>,0,eastl::allocator> m_entityNodeHash; // this+0x88

}; // Frame

class dice::AsyncEntityQueryManager * m_asyncQueryManager; // this+0x18
class dice::SphereTree * m_sphereTree; // this+0x1C
class dice::SphereTree * m_largeObjectSphereTree; // this+0x20
unsigned short m_minRuntimeId; // this+0x24
unsigned short m_maxRuntimeId; // this+0x26
enum ModificationType
{

int AddEntity; // constant 0x0
int UpdateEntity; // constant 0x1
int RemoveEntity; // constant 0x2

}; // ModificationType

class EntityModification
{

const class dice::Entity * entity; // this+0x0
const class dice::ClassInfo * info; // this+0x4
unsigned int enumeration; // this+0x8
unsigned short physicsPartCount; // this+0xC
unsigned char isFindable; // this+0xE, len(0x1)
unsigned char isRenderable; // this+0xF, len(0x1)
unsigned char isIterable; // this+0x10, len(0x1)
unsigned char type; // this+0x11, len(0x2)

}; // EntityModification

enum <unnamed-tag>
{

int MaxModificationsPerBatch; // constant 0x300

}; // <unnamed-tag>

class eastl::fixed_vector<dice::EntityManager::EntityModification,768,1,eastl::allocator> m_entityModifications; // this+0x28
class dice::CriticalSection m_entityModificationsCs; // this+0x3040
bool m_batchModificationsEnabled; // this+0x3060
bool m_asyncQueriesActivated; // this+0x3061
bool m_allowDeletionOfEntities; // this+0x3062
bool m_forceSynchronousRayQueries; // this+0x3063
enum <unnamed-tag>
{

int MaxEntityTypeCount; // constant 0x5DC

}; // <unnamed-tag>

class eastl::fixed_vector<eastl::vector<dice::Entity *,eastl::allocator>,1500,0,eastl::allocator> m_entities; // this+0x3064
class dice::entity_hash_map<dice::Entity const *,eastl::pair<void *,int>,eastl::hash<dice::Entity const *>,eastl::equal_to<dice::Entity const *>,0,eastl::allocator> * m_entityNodeHash; // this+0x8E34
const unsigned int m_frameHistorySize; // this+0x8E38
const float m_frameHistoryTime; // this+0x8E3C
const unsigned int m_tickFrequency; // this+0x8E40
const float m_tickTime; // this+0x8E44
unsigned int m_frameHistoryIndex; // this+0x8E48
class dice::EntityManager::Frame * m_frames; // this+0x8E4C
class RayCastStats
{

int count; // this+0x0
int maxCount; // this+0x4
float length; // this+0x8
float maxLength; // this+0xC

}; // RayCastStats

class eastl::fixed_map<char const *,dice::EntityManager::RayCastStats,32,1,dice::NoCaseStringCompare,eastl::allocator> m_rayCastStats; // this+0x8E50
int m_debugPosY; // this+0x9324

}; // dice::EntityManager