Automated spellchecking with cspell [SLT-408]

.github/workflows/packages.yml

@@ -41,6 +41,9 @@ jobs:
       - name: Run tests # Run tests of all packages
         run: npx lerna exec npm run ci:lint --parallel
 
+      - name: Run spellcheck # Run spellcheck of all packages
+        run: npx lerna exec npm run ci:spellcheck --parallel -- --if-present
+
   test:
       runs-on: ubuntu-latest
       env:
@@ -109,4 +112,4 @@ jobs:
           run: npx lerna exec npm run build --parallel || true # only for codecov
           env:
             CODECOV_TOKEN: ${{ secrets.CODECOV }}
-            GH_COMMIT_SHA: ${{ github.event.pull_request.head.sha }}
+            GH_COMMIT_SHA: ${{ github.event.pull_request.head.sha }}

cspell.json

@@ -0,0 +1,150 @@
+{
+  "version": "0.2",
+  "language": "en",
+  "words": [
+    "GÖRLI",
+    "aall",
+    "anonymization",
+    "arbitrability",
+    "artifacthub",
+    "atrue",
+    "auxilliary",
+    "avweth",
+    "basescan",
+    "bcbd",
+    "blastscan",
+    "bridgable",
+    "bridgeable",
+    "bridgesyn",
+    "bscscan",
+    "bvalue",
+    "capa",
+    "cctp",
+    "chainid",
+    "chainprice",
+    "circlecctp",
+    "coinbasewallet",
+    "commify",
+    "crono",
+    "cronos",
+    "cyberattack",
+    "defillama",
+    "dencun",
+    "depeg",
+    "dogechain",
+    "ellipsize",
+    "ethergo",
+    "ethersproject",
+    "ethtx",
+    "extralight",
+    "ftmscan",
+    "getids",
+    "gitbook",
+    "gorm",
+    "headlessui",
+    "incentivized",
+    "interchain",
+    "ipfs",
+    "ipns",
+    "klaytn",
+    "libp",
+    "lifi",
+    "linea",
+    "livefill",
+    "livefill",
+    "livefiller",
+    "livefilling",
+    "loadtest",
+    "logrocket",
+    "melrose",
+    "metisusdc",
+    "monke",
+    "moonriver",
+    "multichain",
+    "nodereal",
+    "noncestatus",
+    "npdhrc",
+    "nums",
+    "ofac",
+    "omnirpc",
+    "opaciyt",
+    "permissionlessly",
+    "persistor",
+    "popperjs",
+    "pyroscope",
+    "rainbowkit",
+    "rebalance",
+    "rebalancer",
+    "rebalancing",
+    "returntomonke",
+    "scrollscan",
+    "secg",
+    "signerconfig",
+    "signoz",
+    "snowscan",
+    "solana",
+    "stablecoins",
+    "stableswap",
+    "stakable",
+    "swapable",
+    "swapabletype",
+    "synape",
+    "synapsecns",
+    "synapseprotocol",
+    "synpfpborder",
+    "traderjoe",
+    "tsdx",
+    "tvls",
+    "txdb",
+    "txns",
+    "unbonded",
+    "unincentivized",
+    "unstake",
+    "unstaked",
+    "unstaking",
+    "upserted",
+    "viem",
+    "wagmi",
+    "wethe",
+    "worldchain",
+    "xngmi",
+    "xstep"
+  ],
+  "dictionaries": [
+    "en_US",
+    "cryptocurrencies",
+    "golang",
+    "softwareTerms",
+    "typescript"
+  ],
+  "ignorePaths": [
+    ".docusaurus/**",
+    "build/**",
+    "node_modules/**",
+    "docusaurus.config.ts",
+    "CHANGELOG.md"
+  ],
+  "ignoreRegExpList": [
+    "G-[A-Z0-9]{9,}",
+    "(?:const|let|var)\\s+[a-zA-Z_][a-zA-Z0-9_]*\\s*=\\s*(?:\\(|\\{|\\[|\"|\\'|\\d|`|=>)",
+    "id=\"[\\w-]+\"",
+    "[^a-zA-Z\\s].*"
+  ],
+  "patterns": [
+    {
+      "name": "markdown_code_blocks",
+      "pattern": "/```[\\s\\S]*?```/g",
+      "description": "Ignore code blocks in markdown"
+    },
+    {
+      "name": "urls_and_domains",
+      "pattern": "(?:https?://)?(?:[\\w-]+\\.)+[\\w-]+(?:/[\\w-./?%&=]*)?",
+      "description": "Ignore URLs and domain names"
+    },
+    {
+      "name": "websocket_urls",
+      "pattern": "wss?://[^\\s]*",
+      "description": "Ignore WebSocket URLs"
+    }
+  ]
+}

docs/bridge/README.md

@@ -4,7 +4,7 @@ This website is built using [Docusaurus](https://docusaurus.io/), a modern stati
 
 ## Generating API Docs
 
-<!--TODO: needs to be done from ci to ensure regenration is done.-->
+<!--TODO: needs to be done from ci to ensure regeneration is done.-->
 
 `yarn docusaurus gen-api-docs all`.
 

docs/bridge/docs/02-Bridge/01-SDK.md

@@ -34,7 +34,7 @@ Requires either the `npm` or `yarn` package manager.
 
 The SDK package relies on the `@ethersproject` and `ethers` dependencies, installed from `npm`.
 
-To begin constructing bridge-related transactions, first set up your environment wiht your providers, and format them, along with the `chainIds` you will be using, to set up a `SynapseSDK` instance.
+To begin constructing bridge-related transactions, first set up your environment with your providers, and format them, along with the `chainIds` you will be using, to set up a `SynapseSDK` instance.
 
 #### Ethers v5
 

docs/bridge/docs/02-Bridge/02-REST-API.md

@@ -12,15 +12,14 @@ Get read-only data from on-chain Synapse contracts, and generate Bridge and Swap
 
 ## Previous versions
 
-| Date                   | Description
-|------------------------|-
-| 2024‑10‑01 | [https://synapse-rest-api-v2.herokuapp.com/](https://synapse-rest-api-v2.herokuapp.com/) is no longer maintained and has been fully deprecated as of October 2024.
+| Date                   | Description                                                                                                                                                        |
+| ---------------------- | ------------------------------------------------------------------------------------------------------------------------------------------------------------------ |
+| 2024‑10‑01 | [https://synapse-rest-api-v2.herokuapp.com/](https://synapse-rest-api-v2.herokuapp.com/) is no longer maintained and has been fully deprecated as of October 2024. |
 
 ## Support
 
 Please read the documentation and examples carefully before reaching out on [Discord](https://discord.gg/synapseprotocol) for questions.
 
-
 <!-- ## GET Endpoints
 
 ### `/swap`
@@ -39,7 +38,7 @@ Get a token swap quote.
 * `routerAddress` (string): The address of the router contract
 * `maxAmountOut {` (object): The maximum amount of tokens that can be swapped out.
     * `type:` (string): The data type
-    * `hex:` (string): The amount encoded in hexidecimal
+    * `hex:` (string): The amount encoded in hexadecimal
 * `query {` (object): Parameters for the swap query:
     * `0:` (string): Router contract address
     * `1:` (string): Address of `tokenIn`
@@ -197,7 +196,7 @@ Used to return which tokens you can bridge to, once an origin token is identifie
 * Array of token objects the `fromToken` can be bridged to, containing:
   * `symbol`: The token symbol of the destination token identified
   * `chainId`: The `chainId` of the destination token identified
-  * `addres`: The token address of the destination token identified
+  * `address`: The token address of the destination token identified
 
 
 #### Example

docs/bridge/docs/04-Routers/01-Synapse-Router/index.md

@@ -25,13 +25,10 @@ Swaps to/from an intermediate token return an empty query.
 
 Determining an optimal route with minimal slippage and maximum output is not trivial. Synapse Router condenses this complexity into a [`Query`](https://github.com/synapsecns/synapse-contracts/blob/7bc3a579c08838d7f4c3e62954135901abb16183/contracts/bridge/libraries/BridgeStructs.sol#L12-L18), or data structure of generic swap instructions that return a `token`, and an `amountReceived`.
 
-
-
-Given a bridgable token, a `Query` identifies on-chain “swaps” which allow the Bridge to identify the route(s) for an origin and intermediate token swap on the origin chain, and subsequent token swap on the destination chain.
+Given a bridgeable token, a `Query` identifies on-chain “swaps” which allow the Bridge to identify the route(s) for an origin and intermediate token swap on the origin chain, and subsequent token swap on the destination chain.
 
 Origin and destination queries are taken from the `getOriginAmountOut()` and `getDestinationAmountOut()` supporting functions, which are called for each transaction, from which your application can decide its preferred route.
 
-
 <!-- See the Example Page for further information (and arguments) that the functions above require. It is imperative that the program uses the functions here to construct Queries instead of manually doing so -- this guarantees that the transaction won't be reverted for misconfigured parameters.  -->
 
 ## Constructing a Bridge transaction
@@ -59,21 +56,21 @@ let requests = symbols.map((value, index) => {
   let request: DestRequest = {
     symbol: value,
     amountIn: originQueries[index].minAmountOut,
-  };
-  return request;
-});
+  }
+  return request
+})
 ```
 
 **4. Get `destQuery` list**
 
-Call `getDestinationAmoutOut()` with your `destRequest` list and output token to receive a `Query` list for the destination chain.
+Call `getDestinationAmountOut()` with your `destRequest` list and output token to receive a `Query` list for the destination chain.
 
 **5. select `originQuery` and `destQuery`**
 
 Determine which `originQuery` and `destQuery` to use. This simple example selects the origin and destination pair with the highest output:
 
 ```js
-let destQuery = maxBy(destQueries, (query) => query.minAmountOut);
+let destQuery = maxBy(destQueries, (query) => query.minAmountOut)
 let selectedIndex = destQueries.indexOf(destQuery)
 let originQuery = originQueries[selectedIndex]
 ```
@@ -221,22 +218,22 @@ function synapseBridge(
   // - tokenIn, tokenOut, amountIn
   // - SynapseRouter deployments
   // - User settings for maximum slippage and deadline
-  // - User address on origin and destinaion chain (might be equal or different)
+  // - User address on origin and destination chain (might be equal or different)
 
   // Beware: below is a TypeScript pseudocode.
 
-  // 0. Fetch deployments of SynapseRouter on origin and destiantion chains
+  // 0. Fetch deployments of SynapseRouter on origin and destination chains
   let routerOrigin = getSynapseRouter(originChainId);
   let routerDest = getSynapseRouter(destChainId);
 
   // 1. Determine the set of bridge tokens that could enable "receive tokenOut on destination chain"
-  // For that we pefrorm a static call to SynapseRouter on destination chain
+  // For that we perform a static call to SynapseRouter on destination chain
   let bridgeTokens = routerDest.getConnectedBridgeTokens(tokenOut);
   // Then we get the list of bridge token symbols
   let symbols = bridgeTokens.map((token) => token.symbol);
 
   // 2. Get the list of Queries with possible swap instructions for origin chain
-  // For that we pefrorm a static call to SynapseRouter on origin chain
+  // For that we perform a static call to SynapseRouter on origin chain
   // This gets us the quotes from tokenIn to every bridge token (one quote per bridge token in the list)
   let originQueries = routerOrigin.getOriginAmountOut(
     tokenIn,
@@ -245,7 +242,7 @@ function synapseBridge(
   );
 
   // 3. Get the list of Queries with possible swap instructions for destination chain
-  // First, we form a list of "destiantion requests" by merging
+  // First, we form a list of "destination requests" by merging
   // list of token symbols with list of quotes obtained in step 2.
   let requests = symbols.map((value, index) => {
     let request: DestRequest = {
@@ -259,8 +256,8 @@ function synapseBridge(
   // These quotes will take into account the fee for bridging the token to destination chain
   let destQueries = routerDest.getDestinationAmountOut(requests, tokenOut);
 
-  // 4. Pick a pair of originQueries[i], destQueries[i] to pefrom the cross-chain swap
-  // In this example we are picking the pair that yeilds the best overall quote
+  // 4. Pick a pair of originQueries[i], destQueries[i] to perform the cross-chain swap
+  // In this example we are picking the pair that yields the best overall quote
   let destQuery = maxBy(destQueries, (query) => query.minAmountOut);
   let selectedIndex = destQueries.indexOf(destQuery)
   let originQuery = originQueries[selectedIndex]
@@ -284,7 +281,7 @@ function synapseBridge(
       // tokenIn.approve(routerOrigin, amountIn)
     }
   }
-  // Perform a call to Synapse Router with all the derevied parameters
+  // Perform a call to Synapse Router with all the derived parameters
   // Use previously determined msg.value for this call
   // (WETH wrapping is done by the Synapse Router)
   routerOrigin.bridge{value: amountETH}(

docs/bridge/docs/04-Routers/RFQ/01-Relayer.md

@@ -62,7 +62,7 @@ The rebalance amount is the smaller of the maximum rebalance amount on origin, a
 
 #### Example
 
-| # | CCTP | USDC | `maintenence_pct` | `initial_pct`
+| # | CCTP | USDC | `maintenance_pct` | `initial_pct`
 |---|------|------|-------------------|-
 | 1 | Yes  | 20%  | 40%               | 100 USDC
 | 2 | Yes  | 20%  | 40%               | 900 USDC
@@ -172,7 +172,7 @@ base_chain_config: # this is hte base chain config, other chains override it
 chains:
   1:
     rfq_address: "0x5523D3c98809DdDB82C686E152F5C58B1B0fB59E" # rfq contract address on eth
-    synapse_cctp_address: "0x12715a66773BD9C54534a01aBF01d05F6B4Bd35E" # ccctp contract address on eth
+    synapse_cctp_address: "0x12715a66773BD9C54534a01aBF01d05F6B4Bd35E" # cctp contract address on eth
     token_messenger_address: "0xbd3fa81b58ba92a82136038b25adec7066af3155" # token messenger address on eth, note: only one of token_messenger_address or synapse_cctp_address actually needs to be present
     cctp_start_block: 19341000
     confirmations: 2