public virtual void UseItem(IResourceTypeItem rs)
{
}
public static void ResourceUseItem(IResourceTypeItem rs, ResourceTypeItemDataBlock RTIDB)
{
RaycastHit hit;
bool flag;
Facepunch.MeshBatch.MeshBatchInstance instance;
if (MeshBatchPhysics.SphereCast(rs.character.eyesRay, 0.5f, out hit, 4f, out flag, out instance))
{
IDMain idMain;
if (flag)
{
idMain = instance.idMain;
}
else
{
idMain = IDBase.GetMain(hit.collider.gameObject);
}
if (idMain != null)
{
RepairReceiver local = idMain.GetLocal<RepairReceiver>();
TakeDamage damage = idMain.GetLocal<TakeDamage>();
if ((((local != null) && (damage != null)) && (local.GetRepairAmmo() == RTIDB)) && (damage.health != damage.maxHealth))
{
if (enableRepair)
{
if (damage.TimeSinceHurt() < 5f)
{
int timeToWait = 5 - (int)Math.Round(damage.TimeSinceHurt());
Rust.Notice.Popup(rs.character.netUser.networkPlayer, "⌛", "You must wait " + timeToWait + " seconds.", 4f);
}
else
{
float amount = damage.maxHealth / ((float)local.ResForMaxHealth);
if (amount > (damage.maxHealth - damage.health))
{
amount = damage.maxHealth - damage.health;
}
damage.Heal(rs.character.idMain, amount);
rs.lastUseTime = UnityEngine.Time.time;
int count = 1;
if (rs.Consume(ref count))
{
rs.inventory.RemoveItem(rs.slot);
}
string strText = string.Format("Healed {0} ({1}/{2})", (int)amount, (int)damage.health, (int)damage.maxHealth);
Broadcast.sideNoticeTo(rs.inventory.networkViewOwner, strText);
}
}
else
Broadcast.broadcastTo(rs.inventory.networkViewOwner, "Repairing is disabled on this server.");
}
}
}
}
