UMAprotocol · bytetigers · Aug 13, 2024
@@ -187,7 +187,7 @@ task("migrate-collateral-whitelist", "Migrate collateral whitelist, extracted fr
     });
 
     console.log(
-      `Adding ${filteredCombinedSet.length} tokens the the L2 token whitelist on ${l2TokenWhitelist.options.address}...`
+      `Adding ${filteredCombinedSet.length} tokens the L2 token whitelist on ${l2TokenWhitelist.options.address}...`
     );
     console.table(filteredCombinedSet);
     const l2StoreContract = await deployments.get("Store");

@@ -44,7 +44,7 @@ contract Admin_ChildMessenger is Ownable, Lockable, ChildMessengerInterface {
 
     /**
      * @notice Process a received message from the admin.
-     * @dev The caller must be the the admin.
+     * @dev The caller must be the admin.
      * @param data data message sent from the admin. Should be an encoded function call or packed data.
      * @param target desired recipient of `data`. Target must implement the `processMessageFromParent` function. Having
      * this as a param enables the Admin to send messages to arbitrary addresses from the messenger contract. This is

@@ -70,7 +70,7 @@ contract Arbitrum_ChildMessenger is AVM_CrossDomainEnabled, ChildMessengerInterf
 
     /**
      * @notice Process a received message from the parent messenger via the canonical message bridge.
-     * @dev The caller must be the the parent messenger, sent over the canonical message bridge.
+     * @dev The caller must be the parent messenger, sent over the canonical message bridge.
      * @param data data message sent from the L1 messenger. Should be an encoded function call or packed data.
      * @param target desired recipient of `data`. Target must implement the `processMessageFromParent` function. Having
      * this as a param enables the L1 Messenger to send messages to arbitrary addresses on the L1. This is primarily

@@ -137,7 +137,7 @@ contract Arbitrum_ParentMessenger is Arbitrum_Messenger, ParentMessengerInterfac
 
     /**
      * @notice Process a received message from the child messenger via the canonical message bridge.
-     * @dev The caller must be the the child messenger, sent over the canonical message bridge.
+     * @dev The caller must be the child messenger, sent over the canonical message bridge.
      * @dev Note that only the OracleHub can receive messages from the child messenger. Therefore we can always forward
      * these messages to this contract. The OracleHub must implement processMessageFromChild to handle this message.
      * @param data data message sent from the child messenger. Should be an encoded function call or packed data.

@@ -90,7 +90,7 @@ contract Optimism_ChildMessenger is CrossDomainEnabled, ChildMessengerInterface,
 
     /**
      * @notice Process a received message from the parent messenger via the canonical message bridge.
-     * @dev The caller must be the the parent messenger, sent over the canonical message bridge.
+     * @dev The caller must be the parent messenger, sent over the canonical message bridge.
      * @param data data message sent from the L1 messenger. Should be an encoded function call or packed data.
      * @param target desired recipient of `data`. Target must implement the `processMessageFromParent` function. Having
      * this as a param enables the L1 Messenger to send messages to arbitrary addresses on the L2. This is primarily

@@ -90,7 +90,7 @@ contract Optimism_ParentMessenger is CrossDomainEnabled, ParentMessengerInterfac
 
     /**
      * @notice Process a received message from the child messenger via the canonical message bridge.
-     * @dev The caller must be the the child messenger, sent over the canonical message bridge.
+     * @dev The caller must be the child messenger, sent over the canonical message bridge.
      * @dev Note that only the OracleHub can receive messages from the child messenger. Therefore we can always forward
      * these messages to this contract. The OracleHub must implement processMessageFromChild to handle this message.
      * @param data data message sent from the child messenger. Should be an encoded function call or packed data.

@@ -10,7 +10,7 @@ import "./OptimisticOracleV3CallbackRecipientInterface.sol";
 interface EscalationManagerInterface is OptimisticOracleV3CallbackRecipientInterface {
     // Assertion policy parameters as returned by the escalation manager.
     struct AssertionPolicy {
-        bool blockAssertion; // If true, the the assertion should be blocked.
+        bool blockAssertion; // If true, the assertion should be blocked.
         bool arbitrateViaEscalationManager; // If true, the escalation manager will arbitrate the assertion.
         bool discardOracle; // If true, the Optimistic Oracle V3 should discard the oracle price.
         bool validateDisputers; // If true, the escalation manager will validate the disputers.

@@ -30,7 +30,7 @@ contract UniswapV2Broker {
      * @param swappedTokens array of addresses which are to be swapped. The order does not matter as the function will figure
      * out which tokens need to be exchanged to move the market to the desired "true" price.
      * @param truePriceTokens array of unit used to represent the true price. 0th value is the numerator of the true price
-     * and the 1st value is the the denominator of the true price.
+     * and the 1st value is the denominator of the true price.
      * @param maxSpendTokens array of unit to represent the max to spend in the two tokens.
      * @param to recipient of the trade proceeds.
      * @param deadline to limit when the trade can execute. If the tx is mined after this timestamp then revert.

@@ -94,7 +94,7 @@ contract UniswapV3Broker {
             uint256 inputAmountForStep;
 
             // If zeroForOne is true, then we are moving the price UP. In this case we need to ensure that if the next
-            // tick price is more than the target price, we set the set the the next step price to the target price. This
+            // tick price is more than the target price, we set the set the next step price to the target price. This
             // ensures that the price does not undershoot when the next tick is the last tick. Else, traverse the whole tick.
             if (zeroForOne) {
                 step.sqrtPriceNextX96 = nextTickPriceX96 > sqrtRatioTargetX96 ? sqrtRatioTargetX96 : nextTickPriceX96;

@@ -1,5 +1,5 @@
 /**
- * @notice Liquidates 1000 tokens of the the sponsor's position, where the sponsor is accounts[0] and the liquidator
+ * @notice Liquidates 1000 tokens of the sponsor's position, where the sponsor is accounts[0] and the liquidator
  * is accounts[1]. Useful when paired with the `DeployEMP.js` script which deploys an EMP with a minimum
  * sponsor position of 1000 tokens.
  *

@@ -73,7 +73,7 @@ async function runExport() {
   console.log(" 3. Validating deployed contracts are owned by new governor...");
 
   // The Financial Contracts Admin, identifierWhiteList and Voting are all
-  // ownable and should be owned by the the new governor
+  // ownable and should be owned by the new governor
   await contractOwnedByNewGovernor(FinancialContractsAdmin);
   await contractOwnedByNewGovernor(IdentifierWhitelist);
   await contractOwnedByNewGovernor(Voting);

@@ -10,7 +10,7 @@ if ! command -v forge &>/dev/null; then
 fi
 
 # Then, configure the core package to work with foundry. To do this we need to pull out the foundry standard library and
-# place it in a way that it can be accessed within the core directory. This amounts the the manual steps listed here
+# place it in a way that it can be accessed within the core directory. This amounts the manual steps listed here
 # https://book.getfoundry.sh/config/hardhat#use-foundry-in-an-existing-hardhat-project without wanting to commit the
 # foundry lib & standard lib to the repo.
 

@@ -2967,7 +2967,7 @@ describe("PricelessPositionManager", function () {
     assert.equal(sponsorsPosition.withdrawalRequestAmount.rawValue, 0);
   });
   it("Optimistic oracle dispute lifecycle", async function () {
-    // Ensure that a disputed optimistic oracle price request moves the the lifecycle using the expected flow.
+    // Ensure that a disputed optimistic oracle price request moves the lifecycle using the expected flow.
 
     await collateral.methods.approve(pricelessPositionManager.options.address, toWei("100000")).send({ from: sponsor });
     const numTokens = toWei("100");

@@ -287,7 +287,7 @@ describe("FinancialContractClient.js", function () {
             ]
           );
 
-          // Calling create from a new address will create a new position and this should be added the the client.
+          // Calling create from a new address will create a new position and this should be added the client.
           await financialContract.methods
             .create({ rawValue: convertDecimals("100") }, { rawValue: convertDecimals("45") })
             .send({ from: sponsor2 });

@@ -466,7 +466,7 @@ const verifyProposalChoices = (proposal: SnapshotProposalGraphql, params: Monito
     return { verified: true };
   }
 
-  // Verify that the the single-choice proposal has exactly one matching approval choice.
+  // Verify that the single-choice proposal has exactly one matching approval choice.
   const matchingChoices = proposal.choices.filter((choice) =>
     params.approvalChoices.map((approvalChoice) => approvalChoice.toLowerCase()).includes(choice.toLowerCase())
   );

@@ -329,7 +329,7 @@ hub.post("/", async (req, res) => {
       logger.debug({ at: "ServerlessHub", message: `Bot ${botName} succeeded`, output });
     }
 
-    await delay(waitForLoggerDelay); // Wait a few seconds to be sure the the winston logs are processed upstream.
+    await delay(waitForLoggerDelay); // Wait a few seconds to be sure the winston logs are processed upstream.
     res
       .status(200)
       .send({ message: "All calls returned correctly", output: { errorOutputs, validOutputs, retriedOutputs } });
@@ -373,7 +373,7 @@ hub.post("/", async (req, res) => {
       });
     }
 
-    await delay(waitForLoggerDelay); // Wait a few seconds to be sure the the winston logs are processed upstream.
+    await delay(waitForLoggerDelay); // Wait a few seconds to be sure the winston logs are processed upstream.
     res.status(500).send({
       message: errorOutput instanceof Error ? "A fatal error occurred in the hub" : "Some spoke calls returned errors",
       output: errorOutput instanceof Error ? errorOutput.message : errorOutput,

@@ -71,7 +71,7 @@ spoke.post("/", async (req, res) => {
       childProcessIdentifier: _getChildProcessIdentifier(req),
       execResponse,
     });
-    await delay(waitForLoggerDelay); // Wait a few seconds to be sure the the winston logs are processed upstream.
+    await delay(waitForLoggerDelay); // Wait a few seconds to be sure the winston logs are processed upstream.
 
     res.status(200).send({
       message: "Process exited with no error",
@@ -88,7 +88,7 @@ spoke.post("/", async (req, res) => {
       jsonBody: req.body,
       execResponse: execResponse instanceof Error ? execResponse.message : execResponse,
     });
-    await delay(waitForLoggerDelay); // Wait a few seconds to be sure the the winston logs are processed upstream.
+    await delay(waitForLoggerDelay); // Wait a few seconds to be sure the winston logs are processed upstream.
     res.status(500).send({
       message: "Process exited with error",
       childProcessIdentifier: _getChildProcessIdentifier(req),