GitBook: [snapshot-labs#11] syntax

strategies/how-to-write-a-basic-strategy.md

@@ -34,21 +34,21 @@ Finally, all strategies will contain some similar steps, illustrated in [erc20-b
 
 * Getting the block height ('latest' or a specific one via the `snapshot` argument).
 
-```typescript
+```
   const blockTag = typeof snapshot === 'number' ? snapshot : 'latest';
 ```
 
 * Initializing Multicaller: looping over the addresses\[] array is **not allowed** as the strategy complexity would increase with the array size. Instead, Snapshot provides the Multicaller utility  to group blockchain queries for a series of addresses. The abi can be in ethers human-readable form ( `['function balanceOf(address account) external view returns (uint256)']` for instance)
 
-```typescript
+```
   const multi = new Multicaller(network, provider, abi, { blockTag });
 ```
 
 *   Feeding data into the multicaller and executing the multicall: every query is queued in the multicaller via `Multicaller.call(...)`. Once they are all stored, an unique call is executed via `Multicall.execute()`. 
 
     `option.address` is the token contract address (`strategy.params.address` in `examples.json`).
 
-```typescript
+```
   addresses.forEach((address) =>
     multi.call(address, options.address, 'balanceOf', [address])
   );
@@ -58,7 +58,7 @@ Finally, all strategies will contain some similar steps, illustrated in [erc20-b
 
 * Creating an object where every address from addresses\[] is paired with its corresponding value (returned from the multicall) and returning it
 
-```typescript
+```
   return Object.fromEntries(
     Object.entries(result).map(([address, balance]) => [
       address,