/**
* \brief Change door state
* \param[in] Door Door state to change
*/
PRIVATE void Door_ChangeDoorState( doors_t *Door )
{
if( Door->action < dr_opening )
{
Door_Open( Door );
}
else if( Door->action == dr_open && CanCloseDoor( Door->tilex, Door->tiley, Door->vertical ) )
{
Door->action = dr_closing;
Door->ticcount = DOOR_FULLOPEN;
}
}
void OneFPModelProcess(WINDOW* win, char* pUserID)
{
char* pApprovalModel = "";
int iInputEventIdx;
bool bFPMatchResult;
// 首先获取配置信息 远程审批模式
DB_GetConfigInfo(CONFIG_NAME_APPROVAL_MODEL, &pApprovalModel);
// 如果开启了远程审批模式
if(strcmp(pApprovalModel,CONFIG_APPROVAL_MODEL_ON) == 0)
{
DEBUG_LOG("远程审批模式 == on");
}
// 如果没开启远程审批模式
else
{
DEBUG_LOG("远程审批模式 == off");
/*
// 等待指纹输入
iInputEventIdx = WaitForInputEvent();
switch(iInputEventIdx)
{
case INPUT_EVENT_FP:
// 输入指纹匹配
bFPMatchResult = FP_Match();
if(bFPMatchResult)
{
Door_Open(win);
}
else
{
// 匹配错误提示
FP_ErrorAlarm(win);
}
break;
default:
// 返回状态首页
DisplayLCD(win, STATUS_PAGE_ONE);
break;
}
*/
// 直接开柜
Door_Open(win, pUserID);
}
}
void TwoFPModelProcess(WINDOW* win, char* pUserID, unsigned char cUserPermission)
{
char log[80] = "";
char* pSuperviseModel = "";
char* pApprovalModel = "";
char* pUser2ID ;
unsigned char cUser2Permission ;
bool bFPMatchResult ;
// 首先获取配置信息 监管开柜模式
DB_GetConfigInfo(CONFIG_NAME_SUPERVISE_MODEL, &pSuperviseModel);
// 首先获取配置信息 远程审批模式
DB_GetConfigInfo(CONFIG_NAME_APPROVAL_MODEL, &pApprovalModel);
RE_FP_MATCH:
bFPMatchResult = false;
pUser2ID = NULL;
cUser2Permission = PERMISSION_NULL;
// 首先验证第二个人的指纹
bFPMatchResult = FP_Match_OP(NULL, &pUser2ID);
// 如果两次验证指纹的编号相同，即同一个人，要求重新验证
if(bFPMatchResult && (strcmp(pUser2ID, pUserID) == 0))
{
DEBUG_LOG("两次验证为同一用户，重新验证");
if(FP_ErrorAlarm(win)<0)
goto END;
goto RE_FP_MATCH;
}
// 指纹验证通过，第二人的编号存入 pUser2ID 中
else if(bFPMatchResult)
{
// 指纹错误清零
FP_ErrorClear();
DEBUG_LOG("第二个用户指纹匹配成功");
memset(log,0,sizeof(log));
sprintf(log,"第二个指纹用户为%s；第一个是%s",pUser2ID, pUserID);
DEBUG_LOG(log);
// 如果开启了监管开柜模式
if(strcmp(pSuperviseModel,CONFIG_SUPERVISE_MODEL_ON) == 0)
{
DEBUG_LOG("开启了监管开柜模式");
// 首先获取第二人的权限, 获取的权限存入 cUser2Permission 中
DB_GetUserPermission(pUser2ID, &cUser2Permission);
// 如果两人中包含至少一个拥有监管开柜权限
if( (cUserPermission & PERMISSION_SUPERVISE_OPEN) || (cUser2Permission & PERMISSION_SUPERVISE_OPEN) )
{
DEBUG_LOG("监管开柜模式校验成功");
}
// 如果两人都没有监管开柜权限，则开柜失败
else
{
DisplayMoreLCD(win, " "," 开柜失败 ", "无监管开柜权限"," ");
DEBUG_LOG("监管开柜模式校验失败");
return;
}
}
// 如果没有开启监管开柜模式
else
{
DEBUG_LOG("没有开启监管开柜模式");
}
// 如果开启了远程审批模式
if(strcmp(pApprovalModel,CONFIG_APPROVAL_MODEL_ON) == 0)
{
DEBUG_LOG("远程审批模式 == on");
}
// 如果没有开启远程审批模式，直接开柜
else
{
DEBUG_LOG("远程审批模式 == off");
Door_Open(win, pUserID);
}
}
// 第二人指纹验证失败， 重新进行验证
else
{
DEBUG_LOG("第二个用户指纹匹配失败");
if(FP_ErrorAlarm(win)<0)
goto END;
FREE(pUser2ID);
goto RE_FP_MATCH;
}
END:
return;
}
bool Entity_CollisionWithWalls(Entity* ent, World* world)
{
Box* temp = BoundingBox_CreateTemp(ent);
Entity* collision_sides[5] = {NULL};
int collisions_nb[5] = { 0 };
bool collision = false;
for (int i = 0; i < Vector_Count(&world->non_null_walls); i++)
{
Entity* wall = (Entity*)Vector_Get(&world->non_null_walls, i);
if(wall->solid && Entity_CheckVeryClose(ent, wall))
{
Direction collision_direction = BoundingBox_CheckCollision(&ent->box, temp, &wall->box);
if (collision_direction != None)
{
collision = true;
collision_sides[collision_direction] = wall;
collisions_nb[collision_direction]++;
ent->collision_direction = collision_direction;
if(ent->t == Cat_Zombie && ent->zombieC->aggressive &&
wall->solid &&
(wall->t == Cat_Door || wall->t == Cat_Wall) &&
ent->zombieC->attack_timer >= ent->zombieC->attack_delay)
{
Structure_GetAttacked(wall, ent);
ent->zombieC->attack_timer = 0;
}
if(ent->t == Cat_Player && wall->t == Cat_Door)
{
Door_Open(wall);
}
}
}
}
for(int i = 0 ; i < Vector_Count(&world->props_vector) ; i++)
{
Entity* prop = (struct Entity*)Vector_Get(&world->props_vector, i);
if(Entity_CheckVeryClose(ent, prop))
{
Direction collision_direction = BoundingBox_CheckCollision(&ent->box, temp, &prop->box);
if (collision_direction != None)
{
if(ent->t == Cat_Zombie && ent->zombieC->attack_timer >= ent->zombieC->attack_delay)
{
Structure_GetAttacked(prop, ent);
ent->zombieC->attack_timer = 0;
}
collision = true;
collision_sides[collision_direction] = prop;
collisions_nb[collision_direction]++;
ent->collision_direction = collision_direction;
}
}
}
if(ent->movementC->dy == 0)
{
if(collisions_nb[Right] == 1 &&
ent->movementC->dx > 0 &&
ent->box.right <= collision_sides[Right]->box.left)
{
if(ent->box.top < collision_sides[Right]->box.top)
{
ent->movementC->dy = -1;
}
else if(ent->box.bottom > collision_sides[Right]->box.bottom)
{
ent->movementC->dy = 1;
}
}
else if(collisions_nb[Left] == 1 &&
ent->movementC->dx < 0 &&
ent->box.left >= collision_sides[Left]->box.right)
{
if(ent->box.top < collision_sides[Left]->box.top)
{
ent->movementC->dy = -1;
}
else if(ent->box.bottom > collision_sides[Left]->box.bottom)
{
ent->movementC->dy = 1;
}
}
}
if(ent->movementC->dx == 0)
{
if(collisions_nb[Top] == 1&& ent->movementC->dy < 0
&& ent->box.top >= collision_sides[Top]->box.bottom)
{
if(ent->box.left < collision_sides[Top]->box.left)
{
ent->movementC->dx = -1;
}
else if(ent->box.right > collision_sides[Top]->box.right)
{
ent->movementC->dx = 1;
}
}
else if(collisions_nb[Bottom] == 1 && ent->movementC->dy > 0
&& ent->box.bottom <= collision_sides[Bottom]->box.top)
{
if(ent->box.left < collision_sides[Bottom]->box.left)
{
ent->movementC->dx = -1;
}
else if(ent->box.right > collision_sides[Bottom]->box.right)
{
ent->movementC->dx = 1;
}
}
}
if (collisions_nb[Bottom] && ent->movementC->dy >= 0)
{
ent->movementC->dy = collision_sides[Bottom]->box.top - ent->box.bottom - 1;
}
if (collisions_nb[Top] && ent->movementC->dy <= 0)
{
ent->movementC->dy = collision_sides[Top]->box.bottom - ent->box.top + 1;
}
Box* temp2 = BoundingBox_CreateTemp(ent);
if (collisions_nb[Right] &&
BoundingBox_CheckCollision(&ent->box, temp2, &collision_sides[Right]->box) == Right &&
ent->movementC->dx >= 0)
{
ent->movementC->dx = collision_sides[Right]->box.left - ent->box.right - 1;
}
if (collisions_nb[Left] &&
BoundingBox_CheckCollision(&ent->box, temp2, &collision_sides[Left]->box) == Left &&
ent->movementC->dx <= 0)
{
ent->movementC->dx = collision_sides[Left]->box.right - ent->box.left + 1;
}
free(temp2);
if(collisions_nb[Left] > 1 && collisions_nb[Bottom] > 0)
{
ent->movementC->dx = collision_sides[Left]->box.right - ent->box.left + 1;
ent->movementC->dy = collision_sides[Bottom]->box.top - ent->box.bottom - 1;
}
if(collisions_nb[Left] > 1 && collisions_nb[Top] > 0)
{
ent->movementC->dx = collision_sides[Left]->box.right - ent->box.left + 1;
ent->movementC->dy = collision_sides[Top]->box.bottom - ent->box.top + 1;
}
if(collisions_nb[Right] > 1 && collisions_nb[Bottom] > 0)
{
ent->movementC->dx = collision_sides[Right]->box.left - ent->box.right - 1;
ent->movementC->dy = collision_sides[Bottom]->box.top - ent->box.bottom - 1;
}
if(collisions_nb[Right] > 1 && collisions_nb[Top] > 0)
{
ent->movementC->dx = collision_sides[Right]->box.left - ent->box.right - 1;
ent->movementC->dy = collision_sides[Top]->box.bottom - ent->box.top + 1;
}
free(temp);
return collision;
}
