Any individual or business organization need a Bootstrap CRUD Admin Dashboard for website operation. A website builds the confidence and ability to reach out to more people. However, the design of your web page introduction is a crucial part of creating a website or web application development. Today, one of the leading languages in programming is the PHP or Hypertext Preprocessor, which is mostly preferred by most website developers and programmers.
To programmers who want to increase their coding confidence, a PHP is ideal for developing a full-fledged web application. All you require is the (CRUD) Create, Read, Update, and Delete, which is fundamental in any software building blocks.
It is not easy for a programmer to develop even the most straightforward web app without involving the CRUD implementations. You will also need to apply MVC architecture for it offers comfortable and better maintenance. You may have a project to create a worker’s everyday attendance application.
In the application, you will require a CRUD implementation for every entity you design. Examples of the customer, sales, daily worker attendance, purchases, in-stock, and payments are your business entity. The input of data into the above entities will require several CRUD functionalities. But how do we incorporate the OOPS in PHP CRUD? This article will address the OOPS concepts towards creating a PHP CRUD.
Some programmers will create PHP CRUD using an AJAX, which is also helpful when in line with CRUD. However, the easiest in all is the implementation of PHP CRUD by use of OOPS.
Overview of Bootstrap CRUD Admin Dashboard
An example of creating a PHP CRUD using OOPS that will help manage a business operation. Fright from worker attendances where we will use the MySQLi to prepare a statement for executing database queries.
In the business CRUD, the daily transaction records are added to the database using MySQLi, where data collecting is done via an HTML format. It will then be sent to the PHP side with the CRUD action parameter (action performed by the user so that a transaction will be identified at the controller level ready for dispatch.
In each record, the model class takes action to perform PHP CRUD using OOPS. Your daily business operations statistics are created and stored in the database where one can reference via transaction date.
The recorded business transactions and statistics will then be read and rendered in a grid view. In the business platform, the landing page index. PHP will be the CRUD action controller. In the controller, the orders and the transaction CRUD action cases pair PHP using a switch control structure.
How to create and update data
There are two types of queries for the selected date. But let have a look at how you can insert and create data. To ease things, you need to identify the type of data required to be feed in a business transaction. It would be best if you made a script where you initialize the variables that insert query. Then you will assign the query to the variable.
The MySQL real escape string is a function to escape string value data using the insert query. This acts as security from other persons who may inject malicious codes into the database query. You will then be required to run a MySQL query function against the active database.
Updating the records
After inserting the data, you need to keep it up-to-date by making updates? How do you do it? Since you have an existing business stock table, the update is so similar. In the update, you use UPDATE instead of INSERT. The MySQL table will be updated. You can also retrieve the record quickly. However, you are required to execute a select query by using the MySQL query function.
When it is successful, the MySQL QUERY function will direct you to the MySQL results object. Next, you will iterate over the result set using the MySQL fetch array function in a while loop. MySQL fetch array function collects data row after another from the MySQL result set.
Therefore, the MySQL fetch array function will take two arguments: the result object and result type. A result type indicates what type of array will be returned from the MySQL fetch array function. It could be numeric, associative, or both. It’s an optional argument, and you can pass one of these three values: MySQLi ASSOC, MySQLi NUM, or MySQLi BOTH.