Remove commented out code from the repository
Having commented out code increases the cognitive load on an already complex system. Also, it hides the important parts of the system that should get the proper attention, but that attention gets to be diluted.\\nThere is no code that is important enough to be left commented out in a repository. Git branching should take care of having different code versions or diffs should show what was before.\\nIf there is commented out code, this also has to be maintained; it will be out of date if other parts of the system are changed, and the tests will not pick that up.\\nThe main problem is that commented code adds confusion with no real benefit. Code should be code, and comments should be comments.\\nCommented out code should be removed or dealt with in a separate branch that is later included in the master branch.\\n```\\nfunction viewRawAmount (address \\_assim, int128 \\_amt) internal returns (uint256 amount\\_) {\\n\\n    // amount\\_ = IAssimilator(\\_assim).viewRawAmount(\\_amt); // for production\\n\\n    bytes memory data = abi.encodeWithSelector(iAsmltr.viewRawAmount.selector, \\_amt.abs()); // for development\\n\\n    amount\\_ = abi.decode(\\_assim.delegate(data), (uint256)); // for development\\n\\n}\\n```\\n\\n```\\nfunction viewNumeraireAmount (address \\_assim, uint256 \\_amt) internal returns (int128 amt\\_) {\\n\\n    // amount\\_ = IAssimilator(\\_assim).viewNumeraireAmount(\\_amt); // for production\\n\\n    bytes memory data = abi.encodeWithSelector(iAsmltr.viewNumeraireAmount.selector, \\_amt); // for development\\n\\n    amt\\_ = abi.decode(\\_assim.delegate(data), (int128)); // for development\\n\\n}\\n```\\n\\n```\\nfunction viewNumeraireAmount (address \\_assim, uint256 \\_amt) internal returns (int128 amt\\_) {\\n\\n    // amount\\_ = IAssimilator(\\_assim).viewNumeraireAmount(\\_amt); // for production\\n\\n    bytes memory data = abi.encodeWithSelector(iAsmltr.viewNumeraireAmount.selector, \\_amt); // for development\\n\\n    amt\\_ = abi.decode(\\_assim.delegate(data), (int128)); // for development\\n\\n}\\n```\\n\\n```\\nfunction includeAssimilator (Shells.Shell storage shell, address \\_numeraire, address \\_derivative, address \\_assimilator) internal {\\n\\n    Assimilators.Assimilator storage \\_numeraireAssim = shell.assimilators[\\_numeraire];\\n\\n    shell.assimilators[\\_derivative] = Assimilators.Assimilator(\\_assimilator, \\_numeraireAssim.ix);\\n    // shell.assimilators[\\_derivative] = Assimilators.Assimilator(\\_assimilator, \\_numeraireAssim.ix, 0, 0);\\n\\n}\\n```\\n\\n```\\nfunction transfer (address \\_recipient, uint256 \\_amount) public nonReentrant returns (bool) {\\n    // return shell.transfer(\\_recipient, \\_amount);\\n}\\n\\nfunction transferFrom (address \\_sender, address \\_recipient, uint256 \\_amount) public nonReentrant returns (bool) {\\n    // return shell.transferFrom(\\_sender, \\_recipient, \\_amount);\\n}\\n\\nfunction approve (address \\_spender, uint256 \\_amount) public nonReentrant returns (bool success\\_) {\\n    // return shell.approve(\\_spender, \\_amount);\\n}\\n\\nfunction increaseAllowance(address \\_spender, uint256 \\_addedValue) public returns (bool success\\_) {\\n    // return shell.increaseAllowance(\\_spender, \\_addedValue);\\n}\\n\\nfunction decreaseAllowance(address \\_spender, uint256 \\_subtractedValue) public returns (bool success\\_) {\\n    // return shell.decreaseAllowance(\\_spender, \\_subtractedValue);\\n}\\n\\nfunction balanceOf (address \\_account) public view returns (uint256) {\\n    // return shell.balances[\\_account];\\n}\\n```\\n\\n```\\n// function test\\_s1\\_selectiveDeposit\\_noSlippage\\_balanced\\_10DAI\\_10USDC\\_10USDT\\_2p5SUSD\\_NO\\_HACK () public logs\\_gas {\\n\\n// uint256 newShells = super.noSlippage\\_balanced\\_10DAI\\_10USDC\\_10USDT\\_2p5SUSD();\\n\\n// assertEq(newShells, 32499999216641686631);\\n\\n// }\\n\\n// function test\\_s1\\_selectiveDeposit\\_noSlippage\\_balanced\\_10DAI\\_10USDC\\_10USDT\\_2p5SUSD\\_HACK () public logs\\_gas {\\n\\n// uint256 newShells = super.noSlippage\\_balanced\\_10DAI\\_10USDC\\_10USDT\\_2p5SUSD\\_HACK();\\n\\n// assertEq(newShells, 32499999216641686631);\\n\\n// }\\n```\\n\\n```\\n// function noSlippage\\_balanced\\_10DAI\\_10USDC\\_10USDT\\_2p5SUSD\\_HACK () public returns (uint256 shellsMinted\\_) {\\n\\n// uint256 startingShells = l.proportionalDeposit(300e18);\\n\\n// uint256 gas = gasleft();\\n\\n// shellsMinted\\_ = l.depositHack(\\n// address(dai), 10e18,\\n// address(usdc), 10e6,\\n// address(usdt), 10e6,\\n// address(susd), 2.5e18\\n// );\\n\\n// emit log\\_uint("gas for deposit", gas - gasleft());\\n\\n\\n// }\\n```\\n
Remove all the commented out code or transform it into comments.
```\\nfunction viewRawAmount (address \\_assim, int128 \\_amt) internal returns (uint256 amount\\_) {\\n\\n    // amount\\_ = IAssimilator(\\_assim).viewRawAmount(\\_amt); // for production\\n\\n    bytes memory data = abi.encodeWithSelector(iAsmltr.viewRawAmount.selector, \\_amt.abs()); // for development\\n\\n    amount\\_ = abi.decode(\\_assim.delegate(data), (uint256)); // for development\\n\\n}\\n```\\n