material-table VS DevExtreme React Grid

Material-Table is a library that I used to use a lot. It was awesome. Unfortunately, the maintainer does not seem to be active on GitHub anymore, and the project is no longer being actively maintained. It went a couple of years without getting any updates, and there are some glaring NPM audit security warnings that you will receive if you install this in your project.

// https://github.com/mbrn/material-table/pull/2937#issuecomment-879017952 import MaterialTable, { MaterialTableProps } from 'material-table' import { TablePagination, TablePaginationProps } from '@material-ui/core' function PatchedPagination(props: TablePaginationProps) { const { ActionsComponent, onChangePage, onChangeRowsPerPage, ...tablePaginationProps } = props return ( { const { onPageChange, ...actionsComponentProps } = subprops return ( // @ts-expect-error ActionsComponent is provided by material-table ) }} /> ) } export default PatchedPagination

I'm trying to integrate react material-table (https://github.com/mbrn/material-table) with my project.

I'm using Material Table and I need change the Action column name but this column is automatic generated because I'm using editable function from material table.

okay more so like the exxample in here, https://www.npmjs.com/package/material-table

Ik like material table a lot. It's pretty easy to get started with and has great customization options.

The free offering is very lackluster, I currently roll my own editable table inspired by https://github.com/mbrn/material-table. The main reason was the inability to add frontend validation, but now it has a lot of functions that I need, each custom for my needs.

e.g: https://material-table.com/#/

DevExtreme Reactive is a small package of business-oriented React components, including Grid, Scheduler, and Chart. These components are notable for a plugin-based architecture allowing you to apply only features that are necessary for your project or add extra capabilities using your own plugins. The use of React optimizations, Virtual DOM, and lightweight markup ensures robust performance with big data for all three components.