Tanstack Table 8 - Create Table Based on Server Side Data + React Router DOM 6.14 - [1] हिंदी में
4 هزار بار بازدید -
12 ماه پیش
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In this project, we have implemented a powerful and efficient server-side data-based table using TanStack version 8 along with React Router DOM 6.14. The main objective of this implementation is to create a dynamic and interactive table that can handle large datasets while providing seamless pagination and data filtering capabilities.
We have utilized the Material-UI library, which offers a wide range of customizable and responsive components for building modern user interfaces. The TableContainer, Table, TableHead, TableRow, TableCell, and TableBody components from Material-UI have been leveraged to construct the table structure.
For managing the data and rendering of the table, we have employed the TanStack's createColumnHelper, flexRender, getCoreRowModel, and useReactTable functions. These functions enable us to easily define the columns with their respective headers and accessors, and they facilitate the rendering of the table cells efficiently.
To fetch the data from the server, we have utilized the Axios library, setting the base URL to 'http://localhost:3000'. This allows us to make asynchronous requests and retrieve the necessary data for populating the table.
The table is designed to display three main columns: Full Name, E-mail Address, and Age. These columns are configured using the columnHelper.accessor function, which associates each column with its corresponding header.
To achieve server-side pagination, we have implemented a pagination mechanism with pageIndex and pageSize as the main parameters. This allows us to control the number of items displayed per page and navigate between different pages of the table. The pagination controls, including the "Previous Page" and "Next Page" buttons, are displayed below the table, offering a seamless user experience.
Additionally, we have included a dropdown menu that enables users to select the number of items to be displayed per page. This further enhances the user's control over the table's view and ensures that the table remains performant even with large datasets.
The table is highly responsive and provides a clean and intuitive user interface. With server-side data filtering capabilities, users can search for specific information within the table, making it easier to find relevant data entries.
In summary, this project showcases the power of TanStack version 8 in combination with React Router DOM 6.14 and Material-UI to create a fully functional and efficient server-side data-based table. With advanced pagination, data filtering, and customization options, this table is suitable for a wide range of web development projects and is optimized for handling large datasets with ease. Whether you are building a data-intensive application or a dynamic data representation tool, this implementation serves as a valuable reference for implementing a sophisticated and user-friendly table component.
In this project, we have implemented a powerful and efficient server-side data-based table using TanStack version 8 along with React Router DOM 6.14. The main objective of this implementation is to create a dynamic and interactive table that can handle large datasets while providing seamless pagination and data filtering capabilities.
We have utilized the Material-UI library, which offers a wide range of customizable and responsive components for building modern user interfaces. The TableContainer, Table, TableHead, TableRow, TableCell, and TableBody components from Material-UI have been leveraged to construct the table structure.
For managing the data and rendering of the table, we have employed the TanStack's createColumnHelper, flexRender, getCoreRowModel, and useReactTable functions. These functions enable us to easily define the columns with their respective headers and accessors, and they facilitate the rendering of the table cells efficiently.
To fetch the data from the server, we have utilized the Axios library, setting the base URL to 'http://localhost:3000'. This allows us to make asynchronous requests and retrieve the necessary data for populating the table.
The table is designed to display three main columns: Full Name, E-mail Address, and Age. These columns are configured using the columnHelper.accessor function, which associates each column with its corresponding header.
To achieve server-side pagination, we have implemented a pagination mechanism with pageIndex and pageSize as the main parameters. This allows us to control the number of items displayed per page and navigate between different pages of the table. The pagination controls, including the "Previous Page" and "Next Page" buttons, are displayed below the table, offering a seamless user experience.
Additionally, we have included a dropdown menu that enables users to select the number of items to be displayed per page. This further enhances the user's control over the table's view and ensures that the table remains performant even with large datasets.
The table is highly responsive and provides a clean and intuitive user interface. With server-side data filtering capabilities, users can search for specific information within the table, making it easier to find relevant data entries.
In summary, this project showcases the power of TanStack version 8 in combination with React Router DOM 6.14 and Material-UI to create a fully functional and efficient server-side data-based table. With advanced pagination, data filtering, and customization options, this table is suitable for a wide range of web development projects and is optimized for handling large datasets with ease. Whether you are building a data-intensive application or a dynamic data representation tool, this implementation serves as a valuable reference for implementing a sophisticated and user-friendly table component.
12 ماه پیش
در تاریخ 1402/05/10 منتشر شده
است.
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