Nodemailer VS typescript-eslint

Simple Express backend and then use nodemailer, https://www.npmjs.com/package/nodemailer

For email, we’re going to use the very popular nodemailer package. Throw an npm install nodemailer and import it at the top of our function, and we’ll create our transporter instance:

According to my google search (https://github.com/nodemailer/nodemailer/issues/1410) this is caused by a particular function not being implemented in Windows 7. Anyone met this particular problem before? Is there a workaround?

Nodemailer is a popular library for sending emails in Node.js. It allows you to send emails using various transport methods, such as SMTP, AWS SES, and more. In this post, we will be using Nodemailer with TypeScript to send emails from a Next.js application.

I am using nodemailer to send an email e.g. resetting the password. So far this package is working for me and it is easy to use with nuxt. Here is the setup of it https://ibb.co/SyzJ4T9

If you want to learn more about Nodemailer you can read here: https://www.npmjs.com/package/nodemailer

Setup an SMTP service. if you own the domain, you can setup whatever address you want. https://www.npmjs.com/package/nodemailer

In this article, We only learnt how to implement sending email in NOdeJS with nodemail using Gmail Service You can use askyourcode to explore the package codebase nodemailer for more ways to improve on the implementation on html templates.

Cypress 10.3^ Plugins: recurse nodemailer imapflow mailparser

Typescript-eslint can assist in this task. This tool helps identify all instances of unsafe any usage. Specifically, all usages of JSON.parse can be found and it can be ensured that the received data's format is checked. More about getting rid of the any type in a codebase can be read in the article Making TypeScript Truly "Strongly Typed".

> Only lint files that have changed? How hard that is?

Quite hard, especially since type-aware rules from e.g. https://typescript-eslint.io/ mean that changing the type of a variable in file A can break your code in file B, even if file B hasn't changed.

The article only touches this: when converting to TypeScript, `any` is useful, but in the end you don't want this type in your codebase - so don't forget to use typescript-eslint [0] and turn on those no-unsafe-* rules which guard against `any` leaking into your code.

[0] https://github.com/typescript-eslint/typescript-eslint

By convention, React components should be named in PascalCase. @typescript-eslint has the config we need, and though we can't specifically target React components, we can target variables (and set some other conventions while we're at it):