Human:
Project:
Create a simple php application using the laravel framework, a mysql database and the React JS framework on the frontend.
If you are familiar with that, create it as a Single Page Applications. So the backend will be pure REST API and frontend
will be compiled static javascript, which communicates with backend API only via ajax requsts.
The application will work with two DB tables, one containing users, the other containing countries.
Users will have a first name, last name, date of birth and relation to the country. Country contains only id and name.
On the home page, display a "pie chart" from the library https://echarts.apache.org/, whose parts will mean
country and the value will be the number of users in that country.
To the right of the graph, display two inputs that will serve as a date filter for the range
of dates from - to, which will be applied to the date of birth. Choose a suitable plugin for
datepicker and apply it to the inputs. After selecting the dates, this filter will be automatically
apply to the graph and will only display users whose birth dates fall within the specified range
range. This filter should be sent as a parameter to the backend where it is applied.
Below the graph, display the list of filtered users, choose the appropriate react component on
data grid in which users will be displayed. After clicking on the grid line, display a popup window,
which will display the user details in the form. Confirm the form to edit the user
on the backend and apply the change to both the table and the chart. Allow adding and deleting users.
When you are done, please test the application and check the edge cases if you are
didn't miss any usecase. Feel free to display any notifications or warnings, if you think it's needed.
Deploy the finished result to a publicly available repository.
Task:
Create the database and tables (complexity: 10) - "create the MySQL database and the two tables for storing user and country data."
List tables and fields
AI:
Table 1: Users
-
id (int, primary key, auto increment)
-
first_name (varchar)
-
last_name (varchar)
-
date_of_birth (date)
-
country_id (int, foreign key referencing id of the country table)
Table 2: Countries
-
id (int, primary key, auto increment)
-
name (varchar)
Human:
Create them with Laravel only
AI:
To create the database and tables for the application using Laravel, you can use migrations. Here are the steps to create the tables:
- Create a new migration file for the users table by running the command
php artisan make:migration create_users_table
- Open the migration file in the
database/migrations
directory and add the fields and constraints for the users table. You can use the
Schema
facade to define the fields and constraints. For example:
use Illuminate\Support\Facades\Schema;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Database\Migrations\Migration;
class CreateUsersTable extends Migration
{
public function up()
{
Schema::create('users', function (Blueprint $table) {
$table->increments('id');
$table->string('first_name');
$table->string('last_name');
$table->date('date_of_birth');
$table->integer('country_id')->unsigned();
$table->foreign('country_id')->references('id')->on('countries');
$table->timestamps();
});
}
public function down()
{
Schema::dropIfExists('users');
}
}
- Create a new migration file for the countries table by running the command
php artisan make:migration create_countries_table
- Open the migration file in the
database/migrations
directory and add the fields and constraints for the countries table. For example:
use Illuminate\Support\Facades\Schema;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Database\Migrations\Migration;
class CreateCountriesTable extends Migration
{
public function up()
{
Schema::create('countries', function (Blueprint $table) {
$table->increments('id');
$table->string('name');
$table->timestamps();
});
}
public function down()
{
Schema::dropIfExists('countries');
}
}
- Run the migration command
php artisan migrate
to create the tables in the database
Note: You should have the correct database settings in your .env file and you should also have created the database.
Once you have done this, you can use the eloquent ORM to interact with the tables, create, read, update and delete records.
Human:
list unused by app fields
AI:
The tables created for the application should only contain the fields necessary for the functionality of the application. However, if there are any fields that are not used by the application, they can be considered as unused fields.
For example, if the application does not use the "updated_at" field in the users and countries table, it can be considered as an unused field. Additionally, if the application doesn't need the "country_id" field in the users table, it can be considered as an unused field.
It's important to note that some fields such as "created_at" and "updated_at" are automatically added by laravel and are not necessary for the application but they are useful for tracking when the record is created or updated.
In summary, the unused fields by the app:
-
updated_at in users and countries table
-
country_id in the users table if not used
-
created_at in users and countries table if not used.
Human:
country_id used. rmv unused f cde
AI:
To remove the unused fields from the code, you can take the following steps:
- Open the migration file for the users table and remove the "updated_at" field and "created_at" field if not used.
use Illuminate\Support\Facades\Schema;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Database\Migrations\Migration;
class CreateUsersTable extends Migration
{
public function up()
{
Schema::create('users', function (Blueprint $table) {
$table->increments('id');
$table->string('first_name');
$table->string('last_name');
$table->date('date_of_birth');
$table->integer('country_id')->unsigned();
$table->foreign('country_id')->references('id')->on('countries');
});
}
public function down()
{
Schema::dropIfExists('users');
}
}
- Open the migration file for the countries table and remove the "updated_at" field and "created_at" field if not used.
use Illuminate\Support\Facades\Schema;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Database\Migrations\Migration;
class CreateCountriesTable extends Migration
{
public function up()
{
Schema::create('countries', function (Blueprint $table) {
$table->increments('id');
$table->string('name');
});
}
public function down()
{
Schema::dropIfExists('countries');
}
}
- Run the command
php artisan migrate:reset
to reset the migration and then
php artisan migrate
to create the tables again.
It's important to note that if you are removing the "created_at" and "updated_at" fields from the tables, you should also remove the timestamps property from the model class.
By removing the unused fields, you will improve the performance and readability of your code and database.
It's always good to keep your codebase and database clean and organized. This will make it easier to understand, maintain and optimize your application.
Human:
we use laravel 8
write a test for country
AI:
In Laravel 8, testing can be done using the built-in testing tools such as PHPUnit. Here is an example of how you can write a test for the country model:
Create a new test file for the country model by running the command php artisan make:test CountryTest
Open the test file in the tests directory and import the necessary classes and dependencies. For example:
use App\Models\Country;
use Illuminate\Foundation\Testing\RefreshDatabase;
use Illuminate\Foundation\Testing\WithFaker;
use Tests\TestCase;
class CountryTest extends TestCase
{
use RefreshDatabase;
use WithFaker;
- Write a test to check if a country can be created and saved to the database. For example:
public function testCountryCanBeCreated()
{
$name = $this->faker->word;
$country = new Country(['name' => $name]);
$this->assertTrue($country->save());
$this->assertDatabaseHas('countries', ['name' => $name]);
}
- Write a test to check if a country can be updated and saved to the database. For example:
public function testCountryCanBeUpdated()
{
$country = factory(Country::class)->create();
$newName = $this->faker->word;
$country->name = $newName;
$this->assertTrue($country->save());
$this->assertDatabaseHas('countries', ['name' => $newName]);
}
- Write a test to check if a country can be deleted from the database. For example:
public function testCountryCanBeDeleted()
{
$country = factory(Country::class)->create();
$this->assertTrue($country->delete());
$this->assertDatabaseMissing('countries', ['id' => $country->id]);
}
- Run the tests with the command
phpunit
In this example, We are using the RefreshDatabase trait to reset the database after each test, and the WithFaker trait to generate fake data for the tests. Additionally, we are using the factory method to create a new instance of the country model.
It's important to note that you should test all the functionality of the country model and any other model you have in your application. This will help ensure that the application is working as expected and will help you catch any bugs or issues early on.
By writing tests, you will be able to make sure that the application is working correctly and that any changes you make to the code don't break the functionality.
It's also important to keep your test updated, and add new tests as you add new functionality to the application.
Human:
new format:
public function testCountryCanBeCreated()
{
$name = $this->faker->word;
$country = Country::factory()->make(['name' => $name]);
$this->assertTrue($country->save());
$this->assertDatabaseHas('countries', ['name' => $name]);
}
upd code of tsts
AI:
To update the code of the tests to use the new format, you can make the following changes:
- In the
testCountryCanBeCreated
method, instead of creating a new instance of the country model and setting the name, you can use the
factory
method to create a new instance of the model with the specified attributes. For example:
public function testCountryCanBeCreated()
{
$name = $this->faker->word;
$country = Country::factory()->make(['name' => $name]);
$this->assertTrue($country->save());
$this->assertDatabaseHas('countries', ['name' => $name]);
}
- In the
testCountryCanBeUpdated
method, instead of creating a new instance of the country model using the
factory
method, you can use the
create
method to create a new instance and save it to the database. Then you can update the name and save the model again. For example:
public function testCountryCanBeUpdated()
{
$country = Country::factory()->create();
$newName = $this->faker->word;
$country->name = $newName;
$this->assertTrue($country->save());
$this->assertDatabaseHas('countries', ['name' => $newName]);
}
- In the
testCountryCanBeDeleted
method, instead of creating a new instance of the country model using the
factory
method, you can use the
create
method to create a new instance and save it to the database. Then you can delete the model and assert that it is no longer in the database. For example:
public function testCountryCanBeDeleted()
{
$country = Country::factory()->create();
$this->assertTrue($country->delete());
$this->assertDatabaseMissing('countries', ['id' => $country->id]);
}
By updating the code of the tests to use the new format, you will be able to create and update instances of the country model more easily and in a more readable way.
It's important to note that when you run the tests, the RefreshDatabase trait will automatically reset the database after each test, so you don't have to worry about cleaning up the data.
It's always good to keep your tests updated and to follow the best practices of your framework. This will make it easier to understand, maintain and optimize your application.
Human:
Full code:
faker->word; $country = Country::factory()->make(['name' => $name]); $this->assertTrue($country->save()); $this->assertDatabaseHas('countries', ['name' => $name]); } public function testCountryCanBeUpdated() { $country = Country::factory()->create(); $newName = $this->faker->word; $country->name = $newName; $this->assertTrue($country->save()); $this->assertDatabaseHas('countries', ['name' => $newName]); } public function testCountryCanBeDeleted() { $country = Country::factory()->create(); $this->assertTrue($country->delete()); $this->assertDatabaseMissing('countries', ['id' => $country->id]); } } mk tst fr users --- AI: To create a test for the users model, you --- Human: List oof tests fr users WITHOUT code --- AI: Here is a list of tests that can be written for the users model: 1. Test that a user can be created and saved to the database. 1. Test that a user can be updated and saved to the database. 1. Test that a user can be deleted from the database. 1. Test that a user's date of birth can be filtered by a specified date range. 1. Test that a user's country can be filtered by a specified country. 1. Test that a user's details can be displayed in a form when clicked on in a data grid. 1. Test that a user's details can be edited and saved to the database. 1. Test that a user can be added and saved to the database. 1. Test that a user can be deleted from the database. 1. Test that the appropriate notifications or warnings are displayed when adding, editing or deleting a user. It's important to note that this list is not exhaustive, and you should test any other functionality that is specific to your application. Additionally, it's always good to keep your tests updated and to follow the best practices of your framework. This will make it easier to understand, maintain and optimize your application. --- Human: Split them to use only users table and intgrtn with other --- AI: Here is a list of tests that can be written for the users model that only use the users table: 1. Test that a user can be created and saved to the database. 1. Test that a user can be updated and saved to the database. 1. Test that a user can be deleted from the database. 1. Test that a user's date of birth can be filtered by a specified date range. 1. Test that a user's details can be displayed in a form when clicked on in a data grid. 1. Test that a user's details can be edited and saved to the database. 1. Test that a user can be added and saved to the database. 1. Test that a user can be deleted from the database. 1. Test that the appropriate notifications or warnings are displayed when adding, editing or deleting a user. Here is a list of tests that can be written for the integration of the users model with other tables: 1. Test that a user's country can be filtered by a specified country. 1. Test that when a user is deleted, the country relation is also deleted. 1. Test that when a country is deleted, all the users relation is also deleted. 1. Test that the pie chart displays the correct number of users for each country. 1. Test that the data grid displays the correct filtered users. 1. Test that the date filter is applied correctly to the graph and the data grid. It's important to note that this list is not exhaustive, and you should test any other functionality that is specific to your application. Additionally, it's always good to keep your tests updated and to follow the best practices of your framework. This will make it easier to understand, maintain and optimize your application. --- Human: rmv frontend tasks --- AI: Here is a list of tests that can be written for the users model that only use the users table and exclude front-end tasks: 1. Test that a user can be created and saved to the database. 1. Test that a user can be updated and saved to the database. 1. Test that a user can be deleted from the database. 1. Test that a user's date of birth can be filtered by a specified date range. 1. Test that a user's details can be edited and saved to the database. 1. Test that a user can be added and saved to the database. 1. Test that a user can be deleted from the database. 1. Test that the appropriate notifications or warnings are displayed when adding, editing or deleting a user. 1. Test that a user's country can be filtered by a specified country. 1. Test that when a user is deleted, the country relation is also deleted. 1. Test that when a country is deleted, all the users relation is also deleted. It's important to note that this list is not exhaustive, and you should test any other functionality that is specific to your application. Additionally, it's always good to keep your tests updated and to follow the best practices of your framework. This will make it easier to understand, maintain and optimize your application. The front-end tests are important but they are different from back-end tests and require different test strategies. --- Human: rmv rrdndt tests, such as 7 --- AI: Here is a list of tests that can be written for the users model that only use the users table, exclude front-end tasks and redundant tests: 1. Test that a user can be created and saved to the database. 1. Test that a user can be updated and saved to the database. 1. Test that a user can be deleted from the database. 1. Test that a user's date of birth can be filtered by a specified date range. 1. Test that a user's details can be edited and saved to the database. 1. Test that the appropriate notifications or warnings are displayed when adding, editing or deleting a user. 1. Test that a user's country can be filtered by a specified country. 1. Test that when a user is deleted, the country relation is also deleted. 1. Test that when a country is deleted, all the users relation is also deleted. It's important to note that this list is not exhaustive, and you should test any other functionality that is specific to your application. Additionally, it's always good to keep your tests updated and to follow the best practices of your framework. This will make it easier to understand, maintain and optimize your application. Redundant tests are unnecessary and can slow down the testing process. By removing them, the tests will be more focused and easier to understand. --- Human: 2 5 same 8 not needed 9 are involve other tbl --- AI: Here is a list of tests that can be written for the users model that only use the users table, exclude front-end tasks, redundant tests and are specific to the users table: 1. Test that a user can be created and saved to the database. 1. Test that a user can be updated and saved to the database. 1. Test that a user can be deleted from the database. 1. Test that a user's date of birth can be filtered by a specified date range. 1. Test that the appropriate notifications or warnings are displayed when adding, editing or deleting a user. It's important to note that this list is not exhaustive, and you should test any other functionality that is specific to your application. Additionally, it's always good to keep your tests updated and to follow the best practices of your framework. This will make it easier to understand, maintain and optimize your application. Removing the redundant and non-specific tests will make the tests more focused and easier to understand. It's better to create separate tests for the integration with other tables, such as testing the deletion of users when a country is deleted, or testing the filtering by country. It will make it more readable, maintainable and easy to understand. --- Human: done this. A: Create the database and tables (complexity: 10) - "create the MySQL database and the two tables for storing user and country data." B: Create the necessary routes and controllers for handling CRUD operations for the user and country data (complexity: 10) (Backend) - "create the necessary routes, controllers, and models for handling CRUD operations for the user and country data." are we done task A and ready to B? --- AI: Yes, you are done with task A and ready to move on to task B. Task A was to create the database and tables for storing user and country data, and you have successfully created the necessary tables and columns for storing this data. Task B is to create the necessary routes, controllers, and models for handling CRUD operations for the user and country data. With the tables and columns in place, you can now proceed with creating the routing, controllers, and models that will handle the CRUD operations for the data stored in those tables. It is important to note that task B is dependent on task A, as the controllers and models will be interacting with the tables and columns created in task A. ---