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This code synchronizes Chrome data and sends the outcome (success or error) to a client application.

Run example

npm run import -- "test syn chrome data"

test syn chrome data

var importer = require('../Core');
var syncChrome = importer.import("sync chrome data");
$.async();
syncChrome()
    .then(r => $.sendResult(r))
    .catch(e => $.sendError(e))

What the code could have been:

// Import required modules and functions
const coreImporter = require('../Core');
const { syncChromeData } = require('../Core'); // import specific function
const { async as $ } = require('./asyncHelper'); // import as alias

// Initialize asynchronous function
$.async();

// Define the function to sync Chrome data
async function syncChromeDataAsync() {
  try {
    // Call the sync Chrome data function
    const result = await syncChromeData();

    // Send the result
    $.sendResult(result);
  } catch (error) {
    // Send the error
    $.sendError(error);
  }
}

// Call the async function to sync Chrome data
syncChromeDataAsync();

This code snippet synchronizes Chrome data (likely browsing history and bookmarks) and sends the result or any errors to a client.

Here's a breakdown:

  1. Import: It imports a function called syncChrome from a module named Core. This function presumably handles the actual synchronization logic.

  2. Asynchronous Execution: It uses $.async() to indicate that the following code will be executed asynchronously. This suggests that the code is likely part of a larger system that handles requests and responses.

  3. Synchronization and Handling:

In essence, this code snippet acts as a bridge between a client and a Chrome data synchronization function, ensuring that the results or any errors are properly communicated.