[M-2] Failure in Maintaining Gauge Points
The defaultGaugePointFunction in the smart contract does not explicitly handle the scenario where the percentage of the Base Deposited Value (BDV) equals the optimal percentage (optimalPercentDepositedBdv), resulting in an unintended reduction of gauge points to 0 instead of maintaining their current value.\\nThe testnew_GaugePointAdjustment() test demonstrated this flaw by providing inputs where currentGaugePoints = 1189, optimalPercentDepositedBdv = 64, and percentOfDepositedBdv = 64, expecting newGaugePoints to equal currentGaugePoints. However, the outcome was newGaugePoints = 0, indicating an unexpected reduction to zero.\\n```\\nfunction testnew_GaugePointAdjustment() public {\\n    uint256 currentGaugePoints = 1189; \\n    uint256 optimalPercentDepositedBdv = 64; \\n    uint256 percentOfDepositedBdv = 64; \\n\\n    uint256 newGaugePoints = gaugePointFacet.defaultGaugePointFunction(\\n        currentGaugePoints,\\n        optimalPercentDepositedBdv,\\n        percentOfDepositedBdv\\n    );\\n\\n    assertTrue(newGaugePoints <= MAX_GAUGE_POINTS, "New gauge points exceed the maximum allowed");\\n    assertEq(newGaugePoints, currentGaugePoints, "Gauge points adjustment does not match expected outcome");\\n}\\n```\\n
Implement Explicit Returns: Ensure the defaultGaugePointFunction has an explicit return for the case where gauge points should not be adjusted. This can be achieved by adding a final return statement that simply returns currentGaugePoints if neither condition for incrementing nor decrementing is met, as shown below:\\n```\\nelse {\\n    return currentGaugePoints; \\n}\\n```\\n
This behavior can lead to an undesired decrease in incentives for contract participants, potentially affecting participation and reward accumulation within the contract's ecosystem. Users may lose gauge points and, consequently, rewards due to a technical flaw rather than their actions.
```\\nfunction testnew_GaugePointAdjustment() public {\\n    uint256 currentGaugePoints = 1189; \\n    uint256 optimalPercentDepositedBdv = 64; \\n    uint256 percentOfDepositedBdv = 64; \\n\\n    uint256 newGaugePoints = gaugePointFacet.defaultGaugePointFunction(\\n        currentGaugePoints,\\n        optimalPercentDepositedBdv,\\n        percentOfDepositedBdv\\n    );\\n\\n    assertTrue(newGaugePoints <= MAX_GAUGE_POINTS, "New gauge points exceed the maximum allowed");\\n    assertEq(newGaugePoints, currentGaugePoints, "Gauge points adjustment does not match expected outcome");\\n}\\n```\\n