In this article, we will see how to delete files from the public folder in laravel 9. Here, we will learn how to delete or remove files and images from the public and storage folder in laravel 8 and laravel 9. In laravel, you can store files as per your requirement in a public folder and storage folder.
So, let's see how to delete files from the storage folder in laravel 9, laravel 9 delete files, laravel 8/9 delete files from storage, unlink files in laravel 9, how to delete image from the public folder in laravel 9, and how to delete file in laravel 9.
Add the File Facades at the top of the controller.
use Illuminate\Support\Facades\File;Laravel Syntax:
File::delete(file_path);Delete Multiple Files:
File::delete([
'$file1',
'$file2',
'$file3'
]);The delete method accepts a single filename or an array of files to delete.
use Illuminate\Support\Facades\Storage;
Storage::delete('file.jpg');
Storage::delete(['file.jpg', 'file2.jpg']);If necessary, you may specify the disk that the file should be deleted.
use Illuminate\Support\Facades\Storage;
Storage::disk('s3')->delete('path/file.jpg');
In this example, we delete images using the laravel Storage function in the storage folder.
public function removeImage()
{
if(\Storage::exists('upload/img1.png')){
\Storage::delete('upload/img1.png');
}else{
dd('File not found.');
}
}
Now, we are deleting images using the laravel File function from the public folder.
public function removeImage()
{
if(\File::exists(public_path('upload/img1.png'))){
\File::delete(public_path('upload/img1.png'));
}else{
dd('File not found');
}
}
In PHP, we check file is exist or not then unlink the file path using the unlink() PHP function.
public function removeImage()
{
if(file_exists(public_path('upload/img1.png'))){
unlink(public_path('upload/img1.png'));
}else{
dd('File not found');
}
}In this article, we will see how to delete files from the public folder in laravel 9. Here, we will learn how to delete or remove files and images from the public and storage folder in laravel 8 and laravel 9. In laravel, you can store files as per your requirement in a public folder and storage folder.
So, let's see how to delete files from the storage folder in laravel 9, laravel 9 delete files, laravel 8/9 delete files from storage, unlink files in laravel 9, how to delete image from the public folder in laravel 9, and how to delete file in laravel 9.
Add the File Facades at the top of the controller.
use Illuminate\Support\Facades\File;Laravel Syntax:
File::delete(file_path);Delete Multiple Files:
File::delete([
'$file1',
'$file2',
'$file3'
]);The delete method accepts a single filename or an array of files to delete.
use Illuminate\Support\Facades\Storage;
Storage::delete('file.jpg');
Storage::delete(['file.jpg', 'file2.jpg']);If necessary, you may specify the disk that the file should be deleted.
use Illuminate\Support\Facades\Storage;
Storage::disk('s3')->delete('path/file.jpg');
In this example, we delete images using the laravel Storage function in the storage folder.
public function removeImage()
{
if(\Storage::exists('upload/img1.png')){
\Storage::delete('upload/img1.png');
}else{
dd('File not found.');
}
}
Now, we are deleting images using the laravel File function from the public folder.
public function removeImage()
{
if(\File::exists(public_path('upload/img1.png'))){
\File::delete(public_path('upload/img1.png'));
}else{
dd('File not found');
}
}
In PHP, we check file is exist or not then unlink the file path using the unlink() PHP function.
public function removeImage()
{
if(file_exists(public_path('upload/img1.png'))){
unlink(public_path('upload/img1.png'));
}else{
dd('File not found');
}
}Routing is one of the essential concepts in Laravel. Routing in Laravel allows you to route all your application requests to their appropriate controller. The main and primary routes in Laravel acknowledge and accept a URI (Uniform Resource Identifier) along with a closure, given that it should have to be a simple and expressive way of routing. In this tutorial, you will learn about the routing concept of Laravel.
All the routes in Laravel are defined within the route files you can find in the routes sub-directory. These route files get loaded and generated automatically by the Laravel framework. The application's route file gets defined in the app/Http/routes.php file. The general routing in Laravel for each of the possible requests looks something like this:
http://localhost/
Route:: get ('/', function () {
return 'Welcome to index';
});http://localhost/user/dashboard
Route:: post('user/dashboard', function () {
return 'Welcome to dashboard';
});http://localhost/user/add
Route:: put('user/add', function () {
//
});http://localhost/post/example
Route:: delete('post/example', function () {
//
});The routing mechanism takes place in three different steps:
Example:
app/Http/routes.php
<?php
Route:: get ('/', function () {
return view('laravel');
});
resources/view/laravel.blade.php
<!DOCTYPE html>
<html>
<head>
<title>Laravel5 Tutorial</title>
</head>
<body>
<h2>Laravel5 Tutorial</h2>
<p>Welcome to Laravel5 tutorial.</p>
</body>
</html>In many cases, a situation arises in your application when you have to capture the parameters sent through the URL. To use these passed parameters effectively in Laravel, you must change the routes.php code.
You sometimes had to work with a segment(s) of your project's URL (Uniform Resource Locator). Route parameters are encapsulated within {} (curly-braces) with alphabets inside. Let us take an example where you have to capture the customer's ID or employee from the generated URL.
Example:
Route :: get ('emp/{id}', function ($id) {
echo 'Emp '.$id;
});Many parameters do not remain present within the URL, but the developers had to use them. So such parameters get indicated by a "?" (question mark sign) following the parameter's name.
Example:
Route :: get ('emp/{desig?}', function ($desig = null) {
echo $desig;
});
Route :: get ('emp/{name?}', function ($name = 'Guest') {
echo $name;
});
Routing is one of the essential concepts in Laravel. Routing in Laravel allows you to route all your application requests to their appropriate controller. The main and primary routes in Laravel acknowledge and accept a URI (Uniform Resource Identifier) along with a closure, given that it should have to be a simple and expressive way of routing. In this tutorial, you will learn about the routing concept of Laravel.
All the routes in Laravel are defined within the route files you can find in the routes sub-directory. These route files get loaded and generated automatically by the Laravel framework. The application's route file gets defined in the app/Http/routes.php file. The general routing in Laravel for each of the possible requests looks something like this:
http://localhost/
Route:: get ('/', function () {
return 'Welcome to index';
});http://localhost/user/dashboard
Route:: post('user/dashboard', function () {
return 'Welcome to dashboard';
});http://localhost/user/add
Route:: put('user/add', function () {
//
});http://localhost/post/example
Route:: delete('post/example', function () {
//
});The routing mechanism takes place in three different steps:
Example:
app/Http/routes.php
<?php
Route:: get ('/', function () {
return view('laravel');
});
resources/view/laravel.blade.php
<!DOCTYPE html>
<html>
<head>
<title>Laravel5 Tutorial</title>
</head>
<body>
<h2>Laravel5 Tutorial</h2>
<p>Welcome to Laravel5 tutorial.</p>
</body>
</html>In many cases, a situation arises in your application when you have to capture the parameters sent through the URL. To use these passed parameters effectively in Laravel, you must change the routes.php code.
You sometimes had to work with a segment(s) of your project's URL (Uniform Resource Locator). Route parameters are encapsulated within {} (curly-braces) with alphabets inside. Let us take an example where you have to capture the customer's ID or employee from the generated URL.
Example:
Route :: get ('emp/{id}', function ($id) {
echo 'Emp '.$id;
});Many parameters do not remain present within the URL, but the developers had to use them. So such parameters get indicated by a "?" (question mark sign) following the parameter's name.
Example:
Route :: get ('emp/{desig?}', function ($desig = null) {
echo $desig;
});
Route :: get ('emp/{name?}', function ($name = 'Guest') {
echo $name;
});
Remove public from url in Laravel: In this tutorial, we will learn how to remove the public path from URL in laravel 10, 9, 8, and 7 apps using .htaccess and server.php file.
There are two ways to remove the public\index.php path from URL in laravel 7, 8, 9, 10 apps; is as follows:
To create and update the .htaccess file in the Laravel. You can find .htaccess file in root directory.
You must have mod_rewrite enable on your Apache server. The rewrite module is required to apply these settings. You also have enabled .htaccess in Apache virtual host for Laravel.
Update the code into your .htaccess file:
1 2 3 4 | <IfModule mod_rewrite.c> RewriteEngine On RewriteRule ^(.*)$ public/$1 [L]</IfModule> |
Follow the below steps for remove public from url in laravel
Remove public from url in Laravel: In this tutorial, we will learn how to remove the public path from URL in laravel 10, 9, 8, and 7 apps using .htaccess and server.php file.
There are two ways to remove the public\index.php path from URL in laravel 7, 8, 9, 10 apps; is as follows:
To create and update the .htaccess file in the Laravel. You can find .htaccess file in root directory.
You must have mod_rewrite enable on your Apache server. The rewrite module is required to apply these settings. You also have enabled .htaccess in Apache virtual host for Laravel.
Update the code into your .htaccess file:
1 2 3 4 | <IfModule mod_rewrite.c> RewriteEngine On RewriteRule ^(.*)$ public/$1 [L]</IfModule> |
Follow the below steps for remove public from url in laravel
Angular (formerly called Angular JS) is a typescript-based web application framework that supports full-stack development for building all types of web applications. It helps in creating reactive single page application (SPA) and is completely based on the concept of components. Google owns Angular, and its stable version was released on September 14, 2016. Angular's official website is https://angular.io/. Google makes sure that they release a major version of Angular every six months.
Angular has nowadays become the most popular framework for developing mobile and desktop-based web applications. It comes with a variety of features. The version over 2.0 is called Angular. Angular 1.0 was named Angular JS. The latest version of Angular comes with all the possible features you may need to build a complex and sophisticated web application for desktop and mobile. Some of the key features of Angular are components, forms, directives, dependency injection, HTTP services, pipes, etc.
Single-page applications are web applications or a particular type of website that provide users with a very intuitive, responsive, and fast user experience. It is enriched with menus, multiple blocks, tiles, and interactive buttons on one page, helping users easily navigate the application. It helps to load a portion of the current page dynamically instead of reloading the entire page from the server. This is why Angular-based applications are called reactive fast-speed loading pages.
Angular CLI is a command-line interface tool that automates the application development process by initializing new Angular applications and maintaining them directly from a command shell. As you plan to set up your project using Angular CLI, it will show all its built-in features. You can learn about the various features that Angular provides for web application development.
Overall, it can be said that Angular is a powerful tool to work with and an efficient one from the developer's perspective.
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and desktop application development has become more accessible and safer as different approaches and new frameworks have come on the market, making application development much more sophisticated. In this tutorial series, you will learn about the Angular framework that brings revolutionary changes in developing software applications.Angular (formerly called Angular JS) is a typescript-based web application framework that supports full-stack development for building all types of web applications. It helps in creating reactive single page application (SPA) and is completely based on the concept of components. Google owns Angular, and its stable version was released on September 14, 2016. Angular's official website is https://angular.io/. Google makes sure that they release a major version of Angular every six months.
Angular has nowadays become the most popular framework for developing mobile and desktop-based web applications. It comes with a variety of features. The version over 2.0 is called Angular. Angular 1.0 was named Angular JS. The latest version of Angular comes with all the possible features you may need to build a complex and sophisticated web application for desktop and mobile. Some of the key features of Angular are components, forms, directives, dependency injection, HTTP services, pipes, etc.
Single-page applications are web applications or a particular type of website that provide users with a very intuitive, responsive, and fast user experience. It is enriched with menus, multiple blocks, tiles, and interactive buttons on one page, helping users easily navigate the application. It helps to load a portion of the current page dynamically instead of reloading the entire page from the server. This is why Angular-based applications are called reactive fast-speed loading pages.
Angular CLI is a command-line interface tool that automates the application development process by initializing new Angular applications and maintaining them directly from a command shell. As you plan to set up your project using Angular CLI, it will show all its built-in features. You can learn about the various features that Angular provides for web application development.
Overall, it can be said that Angular is a powerful tool to work with and an efficient one from the developer's perspective.
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creating a brand new Laravel (I'm using v9) project you'll find multiple files in the routes directory.
laravel-project $ tree routes/
routes/
├── api.php
├── channels.php
├── console.php
└── web.php
The channels.php file is for broadcasting and console.php for command closures. The other two, api.php and web.php, are pretty similar and both for web routes. But how are they different? For this we need to reach for the RouteServiceProvider (see below).
In the boot() method of the RouteServiceProvider we see that both the api and web routes are registered. They are registered with a couple differences though.
As you can see below there are three notable differences:
api middleware group where web routes use the web middleware group.api prefix, thus routes from the api.php are prefixed with api/.The different middleware groups can be found in app/Http/Kernel.php.
<?php
// ...
class RouteServiceProvider extends ServiceProvider
{
// ..
/**
* Define your route model bindings, pattern filters, and other route configuration.
*
* @return void
*/
public function boot()
{
$this->configureRateLimiting();
$this->routes(function () {
Route::middleware('api')
->prefix('api')
->group(base_path('routes/api.php'));
Route::middleware('web')
->group(base_path('routes/web.php'));
});
}
/**
* Configure the rate limiters for the application.
*
* @return void
*/
protected function configureRateLimiting()
{
RateLimiter::for('api', function (Request $request) {
return Limit::perMinute(60)->by($request->user()?->id ?: $request->ip());
});
}
}After creating a brand new Laravel (I'm using v9) project you'll find multiple files in the routes directory.
laravel-project $ tree routes/
routes/
├── api.php
├── channels.php
├── console.php
└── web.php
The channels.php file is for broadcasting and console.php for command closures. The other two, api.php and web.php, are pretty similar and both for web routes. But how are they different? For this we need to reach for the RouteServiceProvider (see below).
In the boot() method of the RouteServiceProvider we see that both the api and web routes are registered. They are registered with a couple differences though.
As you can see below there are three notable differences:
api middleware group where web routes use the web middleware group.api prefix, thus routes from the api.php are prefixed with api/.The different middleware groups can be found in app/Http/Kernel.php.
<?php
// ...
class RouteServiceProvider extends ServiceProvider
{
// ..
/**
* Define your route model bindings, pattern filters, and other route configuration.
*
* @return void
*/
public function boot()
{
$this->configureRateLimiting();
$this->routes(function () {
Route::middleware('api')
->prefix('api')
->group(base_path('routes/api.php'));
Route::middleware('web')
->group(base_path('routes/web.php'));
});
}
/**
* Configure the rate limiters for the application.
*
* @return void
*/
protected function configureRateLimiting()
{
RateLimiter::for('api', function (Request $request) {
return Limit::perMinute(60)->by($request->user()?->id ?: $request->ip());
});
}
}In this section, we are going to understand the various types of software testing, which can be used at the time of the Software Development Life Cycle.
As we know, software testing is a process of analyzing an application's functionality as per the customer prerequisite.
If we want to ensure that our software is bug-free or stable, we must perform the various types of software testing because testing is the only method that makes our application bug-free.
The categorization of software testing is a part of diverse testing activities, such as test strategy, test deliverables, a defined test objective, etc. And software testing is the execution of the software to find defects.
The purpose of having a testing type is to confirm the AUT (Application Under Test).
To start testing, we should have a requirement, application-ready, necessary resources available. To maintain accountability, we should assign a respective module to different test engineers.
The software testing mainly divided into two parts, which are as follows:
Testing any software or an application according to the client's needs without using any automation tool is known as manual testing.
In other words, we can say that it is a procedure of verification and validation. Manual testing is used to verify the behavior of an application or software in contradiction of requirements specification.
We do not require any precise knowledge of any testing tool to execute the manual test cases. We can easily prepare the test document while performing manual testing on any application.
To get in-detail information about manual testing, click on the following link: https://www.javatpoint.com/manual-testing.
In software testing, manual testing can be further classified into three different types of testing, which are as follows:
For our better understanding let's see them one by one:
In white-box testing, the developer will inspect every line of code before handing it over to the testing team or the concerned test engineers.
Subsequently, the code is noticeable for developers throughout testing; that's why this process is known as WBT (White Box Testing).
In other words, we can say that the developer will execute the complete white-box testing for the particular software and send the specific application to the testing team.
The purpose of implementing the white box testing is to emphasize the flow of inputs and outputs over the software and enhance the security of an application.
White box testing is also known as open box testing, glass box testing, structural testing, clear box testing, and transparent box testing.
Another type of manual testing is black-box testing. In this testing, the test engineer will analyze the software against requirements, identify the defects or bug, and sends it back to the development team.
Then, the developers will fix those defects, do one round of White box testing, and send it to the testing team.
Here, fixing the bugs means the defect is resolved, and the particular feature is working according to the given requirement.
The main objective of implementing the black box testing is to specify the business needs or the customer's requirements.
In other words, we can say that black box testing is a process of checking the functionality of an application as per the customer requirement. The source code is not visible in this testing; that's why it is known as black-box testing.
Black box testing further categorizes into two parts, which are as discussed below:
The test engineer will check all the components systematically against requirement specifications is known as functional testing. Functional testing is also known as Component testing.
In functional testing, all the components are tested by giving the value, defining the output, and validating the actual output with the expected value.
Functional testing is a part of black-box testing as its emphases on application requirement rather than actual code. The test engineer has to test only the program instead of the system.
Just like another type of testing is divided into several parts, functional testing is also classified into various categories.
The diverse types of Functional Testing contain the following:
Now, Let's understand them one by one:
Unit testing is the first level of functional testing in order to test any software. In this, the test engineer will test the module of an application independently or test all the module functionality is called unit testing.
The primary objective of executing the unit testing is to confirm the unit components with their performance. Here, a unit is defined as a single testable function of a software or an application. And it is verified throughout the specified application development phase.
Once we are successfully implementing the unit testing, we will go integration testing. It is the second level of functional testing, where we test the data flow between dependent modules or interface between two features is called integration testing.
The purpose of executing the integration testing is to test the statement's accuracy between each module.
Integration testing is also further divided into the following parts:
Whenever there is a clear relationship between modules, we go for incremental integration testing. Suppose, we take two modules and analysis the data flow between them if they are working fine or not.
If these modules are working fine, then we can add one more module and test again. And we can continue with the same process to get better results.
In other words, we can say that incrementally adding up the modules and test the data flow between the modules is known as Incremental integration testing.
Types of Incremental Integration Testing
Incremental integration testing can further classify into two parts, which are as follows:
Let's see a brief introduction of these types of integration testing:
1. Top-down Incremental Integration Testing
In this approach, we will add the modules step by step or incrementally and test the data flow between them. We have to ensure that the modules we are adding are the child of the earlier ones.
2. Bottom-up Incremental Integration Testing
In the bottom-up approach, we will add the modules incrementally and check the data flow between modules. And also, ensure that the module we are adding is the parent of the earlier ones.
Whenever the data flow is complex and very difficult to classify a parent and a child, we will go for the non-incremental integration approach. The non-incremental method is also known as the Big Bang method.
Whenever we are done with the unit and integration testing, we can proceed with the system testing.
In system testing, the test environment is parallel to the production environment. It is also known as end-to-end testing.
In this type of testing, we will undergo each attribute of the software and test if the end feature works according to the business requirement. And analysis the software product as a complete system.
The next part of black-box testing is non-functional testing. It provides detailed information on software product performance and used technologies.
Non-functional testing will help us minimize the risk of production and related costs of the software.
Non-functional testing is a combination of performance, load, stress, usability and, compatibility testing.
Non-functional testing categorized into different parts of testing, which we are going to discuss further:
In performance testing, the test engineer will test the working of an application by applying some load.
In this type of non-functional testing, the test engineer will only focus on several aspects, such as Response time, Load, scalability, and Stability of the software or an application.
Classification of Performance Testing
Performance testing includes the various types of testing, which are as follows:
While executing the performance testing, we will apply some load on the particular application to check the application's performance, known as load testing. Here, the load could be less than or equal to the desired load.
It will help us to detect the highest operating volume of the software and bottlenecks.
It is used to analyze the user-friendliness and robustness of the software beyond the common functional limits.
Primarily, stress testing is used for critical software, but it can also be used for all types of software applications.
To analysis, the application's performance by enhancing or reducing the load in particular balances is known as scalability testing.
In scalability testing, we can also check the system, processes, or database's ability to meet an upward need. And in this, the Test Cases are designed and implemented efficiently.
Stability testing is a procedure where we evaluate the application's performance by applying the load for a precise time.
It mainly checks the constancy problems of the application and the efficiency of a developed product. In this type of testing, we can rapidly find the system's defect even in a stressful situation.
Another type of non-functional testing is usability testing. In usability testing, we will analyze the user-friendliness of an application and detect the bugs in the software's end-user interface.
Here, the term user-friendliness defines the following aspects of an application:
In compatibility testing, we will check the functionality of an application in specific hardware and software environments. Once the application is functionally stable then only, we go for compatibility testing.
Here, software means we can test the application on the different operating systems and other browsers, and hardware means we can test the application on different sizes.
Another part of manual testing is Grey box testing. It is a collaboration of black box and white box testing.
Since, the grey box testing includes access to internal coding for designing test cases. Grey box testing is performed by a person who knows coding as well as testing.
In other words, we can say that if a single-person team done both white box and black-box testing, it is considered grey box testing.
The most significant part of Software testing is Automation testing. It uses specific tools to automate manual design test cases without any human interference.
Automation testing is the best way to enhance the efficiency, productivity, and coverage of Software testing.
It is used to re-run the test scenarios, which were executed manually, quickly, and repeatedly.
In other words, we can say that whenever we are testing an application by using some tools is known as automation testing.
We will go for automation testing when various releases or several regression cycles goes on the application or software. We cannot write the test script or perform the automation testing without understanding the programming language.
In software testing, we also have some other types of testing that are not part of any above discussed testing, but those testing are required while testing any software or an application.
Let's understand those types of testing one by one:
In smoke testing, we will test an application's basic and critical features before doing one round of deep and rigorous testing.
Or before checking all possible positive and negative values is known as smoke testing. Analyzing the workflow of the application's core and main functions is the main objective of performing the smoke testing.
It is used to ensure that all the bugs have been fixed and no added issues come into existence due to these changes. Sanity testing is unscripted, which means we cannot documented it. It checks the correctness of the newly added features and components.
Regression testing is the most commonly used type of software testing. Here, the term regression implies that we have to re-test those parts of an unaffected application.
Regression testing is the most suitable testing for automation tools. As per the project type and accessibility of resources, regression testing can be similar to Retesting.
Whenever a bug is fixed by the developers and then testing the other features of the applications that might be simulated because of the bug fixing is known as regression testing.
In other words, we can say that whenever there is a new release for some project, then we can perform Regression Testing, and due to a new feature may affect the old features in the earlier releases.
The User acceptance testing (UAT) is done by the individual team known as domain expert/customer or the client. And knowing the application before accepting the final product is called as user acceptance testing.
In user acceptance testing, we analyze the business scenarios, and real-time scenarios on the distinct environment called the UAT environment. In this testing, we will test the application before UAI for customer approval.
Whenever the requirement is missing, early iteration is required, and the testing team has experienced testers when we have a critical application. New test engineer entered into the team then we go for the exploratory testing.
To execute the exploratory testing, we will first go through the application in all possible ways, make a test document, understand the flow of the application, and then test the application.
Testing the application randomly as soon as the build is in the checked sequence is known as Adhoc testing.
It is also called Monkey testing and Gorilla testing. In Adhoc testing, we will check the application in contradiction of the client's requirements; that's why it is also known as negative testing.
When the end-user using the application casually, and he/she may detect a bug. Still, the specialized test engineer uses the software thoroughly, so he/she may not identify a similar detection.
Security Testing
It is an essential part of software testing, used to determine the weakness, risks, or threats in the software application.
The execution of security testing will help us to avoid the nasty attack from outsiders and ensure our software applications' security.
In other words, we can say that security testing is mainly used to define that the data will be safe and endure the software's working process.
Another type of software testing is Globalization testing. Globalization testing is used to check the developed software for multiple languages or not. Here, the words globalization means enlightening the application or software for various languages.
Globalization testing is used to make sure that the application will support multiple languages and multiple features.
In present scenarios, we can see the enhancement in several technologies as the applications are prepared to be used globally.
";s:10:"short_desc";s:152:"In this section, we are going to understand the various types of software testing, which can be used at the time of the Software Development Life Cycle.";s:10:"updated_at";s:19:"2023-10-05 10:16:36";s:10:"created_at";s:19:"2023-06-12 09:17:58";s:7:"user_id";N;s:4:"name";s:24:"Morris Muriuki Muthigani";s:8:"postlike";i:0;s:10:"postunlike";i:0;s:9:"user_name";s:10:"mmuthigani";s:11:"cover_image";s:44:"types-of-software-testingJ62653797394362.png";s:4:"tags";s:6:"others";s:11:"likes_count";i:126;}s:11:" * original";a:16:{s:2:"id";i:38;s:4:"slug";s:25:"types-of-software-testing";s:5:"title";s:25:"Types of Software 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";s:11:"description";s:81081:"In this section, we are going to understand the various types of software testing, which can be used at the time of the Software Development Life Cycle.
As we know, software testing is a process of analyzing an application's functionality as per the customer prerequisite.
If we want to ensure that our software is bug-free or stable, we must perform the various types of software testing because testing is the only method that makes our application bug-free.
The categorization of software testing is a part of diverse testing activities, such as test strategy, test deliverables, a defined test objective, etc. And software testing is the execution of the software to find defects.
The purpose of having a testing type is to confirm the AUT (Application Under Test).
To start testing, we should have a requirement, application-ready, necessary resources available. To maintain accountability, we should assign a respective module to different test engineers.
The software testing mainly divided into two parts, which are as follows:
Testing any software or an application according to the client's needs without using any automation tool is known as manual testing.
In other words, we can say that it is a procedure of verification and validation. Manual testing is used to verify the behavior of an application or software in contradiction of requirements specification.
We do not require any precise knowledge of any testing tool to execute the manual test cases. We can easily prepare the test document while performing manual testing on any application.
To get in-detail information about manual testing, click on the following link: https://www.javatpoint.com/manual-testing.
In software testing, manual testing can be further classified into three different types of testing, which are as follows:
For our better understanding let's see them one by one:
In white-box testing, the developer will inspect every line of code before handing it over to the testing team or the concerned test engineers.
Subsequently, the code is noticeable for developers throughout testing; that's why this process is known as WBT (White Box Testing).
In other words, we can say that the developer will execute the complete white-box testing for the particular software and send the specific application to the testing team.
The purpose of implementing the white box testing is to emphasize the flow of inputs and outputs over the software and enhance the security of an application.
White box testing is also known as open box testing, glass box testing, structural testing, clear box testing, and transparent box testing.
Another type of manual testing is black-box testing. In this testing, the test engineer will analyze the software against requirements, identify the defects or bug, and sends it back to the development team.
Then, the developers will fix those defects, do one round of White box testing, and send it to the testing team.
Here, fixing the bugs means the defect is resolved, and the particular feature is working according to the given requirement.
The main objective of implementing the black box testing is to specify the business needs or the customer's requirements.
In other words, we can say that black box testing is a process of checking the functionality of an application as per the customer requirement. The source code is not visible in this testing; that's why it is known as black-box testing.
Black box testing further categorizes into two parts, which are as discussed below:
The test engineer will check all the components systematically against requirement specifications is known as functional testing. Functional testing is also known as Component testing.
In functional testing, all the components are tested by giving the value, defining the output, and validating the actual output with the expected value.
Functional testing is a part of black-box testing as its emphases on application requirement rather than actual code. The test engineer has to test only the program instead of the system.
Just like another type of testing is divided into several parts, functional testing is also classified into various categories.
The diverse types of Functional Testing contain the following:
Now, Let's understand them one by one:
Unit testing is the first level of functional testing in order to test any software. In this, the test engineer will test the module of an application independently or test all the module functionality is called unit testing.
The primary objective of executing the unit testing is to confirm the unit components with their performance. Here, a unit is defined as a single testable function of a software or an application. And it is verified throughout the specified application development phase.
Once we are successfully implementing the unit testing, we will go integration testing. It is the second level of functional testing, where we test the data flow between dependent modules or interface between two features is called integration testing.
The purpose of executing the integration testing is to test the statement's accuracy between each module.
Integration testing is also further divided into the following parts:
Whenever there is a clear relationship between modules, we go for incremental integration testing. Suppose, we take two modules and analysis the data flow between them if they are working fine or not.
If these modules are working fine, then we can add one more module and test again. And we can continue with the same process to get better results.
In other words, we can say that incrementally adding up the modules and test the data flow between the modules is known as Incremental integration testing.
Types of Incremental Integration Testing
Incremental integration testing can further classify into two parts, which are as follows:
Let's see a brief introduction of these types of integration testing:
1. Top-down Incremental Integration Testing
In this approach, we will add the modules step by step or incrementally and test the data flow between them. We have to ensure that the modules we are adding are the child of the earlier ones.
2. Bottom-up Incremental Integration Testing
In the bottom-up approach, we will add the modules incrementally and check the data flow between modules. And also, ensure that the module we are adding is the parent of the earlier ones.
Whenever the data flow is complex and very difficult to classify a parent and a child, we will go for the non-incremental integration approach. The non-incremental method is also known as the Big Bang method.
Whenever we are done with the unit and integration testing, we can proceed with the system testing.
In system testing, the test environment is parallel to the production environment. It is also known as end-to-end testing.
In this type of testing, we will undergo each attribute of the software and test if the end feature works according to the business requirement. And analysis the software product as a complete system.
The next part of black-box testing is non-functional testing. It provides detailed information on software product performance and used technologies.
Non-functional testing will help us minimize the risk of production and related costs of the software.
Non-functional testing is a combination of performance, load, stress, usability and, compatibility testing.
Non-functional testing categorized into different parts of testing, which we are going to discuss further:
In performance testing, the test engineer will test the working of an application by applying some load.
In this type of non-functional testing, the test engineer will only focus on several aspects, such as Response time, Load, scalability, and Stability of the software or an application.
Classification of Performance Testing
Performance testing includes the various types of testing, which are as follows:
While executing the performance testing, we will apply some load on the particular application to check the application's performance, known as load testing. Here, the load could be less than or equal to the desired load.
It will help us to detect the highest operating volume of the software and bottlenecks.
It is used to analyze the user-friendliness and robustness of the software beyond the common functional limits.
Primarily, stress testing is used for critical software, but it can also be used for all types of software applications.
To analysis, the application's performance by enhancing or reducing the load in particular balances is known as scalability testing.
In scalability testing, we can also check the system, processes, or database's ability to meet an upward need. And in this, the Test Cases are designed and implemented efficiently.
Stability testing is a procedure where we evaluate the application's performance by applying the load for a precise time.
It mainly checks the constancy problems of the application and the efficiency of a developed product. In this type of testing, we can rapidly find the system's defect even in a stressful situation.
Another type of non-functional testing is usability testing. In usability testing, we will analyze the user-friendliness of an application and detect the bugs in the software's end-user interface.
Here, the term user-friendliness defines the following aspects of an application:
In compatibility testing, we will check the functionality of an application in specific hardware and software environments. Once the application is functionally stable then only, we go for compatibility testing.
Here, software means we can test the application on the different operating systems and other browsers, and hardware means we can test the application on different sizes.
Another part of manual testing is Grey box testing. It is a collaboration of black box and white box testing.
Since, the grey box testing includes access to internal coding for designing test cases. Grey box testing is performed by a person who knows coding as well as testing.
In other words, we can say that if a single-person team done both white box and black-box testing, it is considered grey box testing.
The most significant part of Software testing is Automation testing. It uses specific tools to automate manual design test cases without any human interference.
Automation testing is the best way to enhance the efficiency, productivity, and coverage of Software testing.
It is used to re-run the test scenarios, which were executed manually, quickly, and repeatedly.
In other words, we can say that whenever we are testing an application by using some tools is known as automation testing.
We will go for automation testing when various releases or several regression cycles goes on the application or software. We cannot write the test script or perform the automation testing without understanding the programming language.
In software testing, we also have some other types of testing that are not part of any above discussed testing, but those testing are required while testing any software or an application.
Let's understand those types of testing one by one:
In smoke testing, we will test an application's basic and critical features before doing one round of deep and rigorous testing.
Or before checking all possible positive and negative values is known as smoke testing. Analyzing the workflow of the application's core and main functions is the main objective of performing the smoke testing.
It is used to ensure that all the bugs have been fixed and no added issues come into existence due to these changes. Sanity testing is unscripted, which means we cannot documented it. It checks the correctness of the newly added features and components.
Regression testing is the most commonly used type of software testing. Here, the term regression implies that we have to re-test those parts of an unaffected application.
Regression testing is the most suitable testing for automation tools. As per the project type and accessibility of resources, regression testing can be similar to Retesting.
Whenever a bug is fixed by the developers and then testing the other features of the applications that might be simulated because of the bug fixing is known as regression testing.
In other words, we can say that whenever there is a new release for some project, then we can perform Regression Testing, and due to a new feature may affect the old features in the earlier releases.
The User acceptance testing (UAT) is done by the individual team known as domain expert/customer or the client. And knowing the application before accepting the final product is called as user acceptance testing.
In user acceptance testing, we analyze the business scenarios, and real-time scenarios on the distinct environment called the UAT environment. In this testing, we will test the application before UAI for customer approval.
Whenever the requirement is missing, early iteration is required, and the testing team has experienced testers when we have a critical application. New test engineer entered into the team then we go for the exploratory testing.
To execute the exploratory testing, we will first go through the application in all possible ways, make a test document, understand the flow of the application, and then test the application.
Testing the application randomly as soon as the build is in the checked sequence is known as Adhoc testing.
It is also called Monkey testing and Gorilla testing. In Adhoc testing, we will check the application in contradiction of the client's requirements; that's why it is also known as negative testing.
When the end-user using the application casually, and he/she may detect a bug. Still, the specialized test engineer uses the software thoroughly, so he/she may not identify a similar detection.
Security Testing
It is an essential part of software testing, used to determine the weakness, risks, or threats in the software application.
The execution of security testing will help us to avoid the nasty attack from outsiders and ensure our software applications' security.
In other words, we can say that security testing is mainly used to define that the data will be safe and endure the software's working process.
Another type of software testing is Globalization testing. Globalization testing is used to check the developed software for multiple languages or not. Here, the words globalization means enlightening the application or software for various languages.
Globalization testing is used to make sure that the application will support multiple languages and multiple features.
In present scenarios, we can see the enhancement in several technologies as the applications are prepared to be used globally.
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";s:11:"description";s:49571:"Docker is a platform for packaging, deploying, and running applications. Docker applications run in containers that can be used on any system: a developer’s laptop, systems on premises, or in the cloud.
Containerization is a technology that’s been around for a long time, but it’s seen new life with Docker. It packages applications as images that contain everything needed to run them: code, runtime environment, libraries, and configuration. Images run in containers, which are discrete processes that take up only as many resources as any other executable.
It’s important to note that Docker containers don’t run in their own virtual machines, but share a Linux kernel. Compared to virtual machines, containers use less memory and less CPU.
However, a Linux runtime is required for Docker. Implementations on non-Linux platforms such as macOS and Windows 10 use a single Linux virtual machine. The containers share this system. Containerization has enjoyed widespread adoption because of its Consistent test environment for development and QA. Cross-platform packages called images. Isolation and encapsulation of application dependencies. Ability to scale efficiently, easily, and in real time. Enhances efficiency via easy reuse of images. We’ll look at these basic concepts as we install the Docker tools, and create images and containers. Get Started with Docker We’ll start by installing the Docker desktop tools found here. Download the correct installer for your operating system and run the installation. Try Stackify’s free code profiler, Prefix, to write better code on your workstation. Prefix works with .NET, Java, PHP, Node.js, Ruby, and Python. Running a container Once we install the tools, we can run a Docker image:
Containerization has enjoyed widespread adoption because of its
We’ll look at these basic concepts as we install the Docker tools, and create images and containers.
We’ll start by installing the Docker desktop tools found here. Download the correct installer for your operating system and run the installation.
Try Stackify’s free code profiler, Prefix, to write better code on your workstation. Prefix works with .NET, Java, PHP, Node.js, Ruby, and Python.
Once we install the tools, we can run a Docker image:
docker run hello-world does exactly what it sounds like. It runs an image named “hello-world.”
Docker looks for this image on our local system. When it can’t find the image, Docker downloads it from Docker Hub for us.
Hello-world displays a message telling us everything’s working. Then it spells out the process for us before recommending some additional steps.
Let’s take a look at a few more Docker commands that tell us more about the environment.
docker ps -a lists the containers on our system:
From this, we can see that the hello-world container is still in memory. The status column tells us that it’s exited. The names column has a name, kind_bose, that Docker assigned to the container for us. We’ll cover container names below.
Let’s run this image again with docker run hello-world. The output is almost the same…
…except this time we don’t see information about downloading the image. It was already available on our system.
But what does docker ps -a show us now?
We see two stopped instances of hello-world, with two different names. Docker created an additional container. It didn’t reuse the first. When we told Docker to run an image named hello-world, it did exactly that; it ran a new instance of the image. If we want to reuse a container, we refer to it by name.
Let’s try starting one of the stopped containers:
This time, we used docker start –attach <container name> instead of docker run. We use the start command, and rather than naming the image, we specify the name of a container that’s already loaded. The –attach tells Docker to connect to the container output so we can see the results.
We stop containers with docker stop <container name> and remove them with docker rm <container name>. We’ll take a look at that below when we work with applications designed to keep running in the background.
If we check docker ps again, we still see two containers.
Let’s run a container that doesn’t exit immediately. Hello-world’s instructions gave us an interesting example:
With a single Docker command, docker run -it ubuntu bash, we downloaded an Ubuntu Linux image and started a login shell as root inside it. The -it flags allow us to interact with the shell.
When we open another window and list containers, we see a different picture:
The Ubuntu container’s status is Up. Let’s see what’s going on inside:
docker top looks inside the container and shows us the running processes. The Ubuntu container is running a single process—the root shell.
Let’s look at one last Docker command before we create a container of our own:
Docker image ls produces a listing of images on our system. We see Ubuntu and the single hello-world image since we only needed that single image to run two containers.
So far, we’ve run a couple of self-contained images. What happens when we want to share local resources from our host system with a container? Docker has the ability to share both the file system and the networking stack with containers.
Let’s create a web server that serves a web page from the local filesystem. We’ll use a public Nginx image.
First, we need an HTML file to display when we connect to the web server. Start in an empty directory that we’ll call my-nginx and create a single subdirectory named html. Inside html, create index.html:
We’re ready to go. Here’s our command line:
$ docker run -v /full/path/to/html/directory:/usr/share/nginx/html:ro -p 8080:80 -d nginx
When we execute this command line, we see Docker download the Nginx image and then start the container.
We used four command line options to run this container:
After executing this command, we should be able to reach the web server on port 8080:
We see our test page! You can also access the page from our devices on your network using your host system’s IP address.
When we ran the Nginx image, we needed to tell it where to get the web files. We did this by mounting a directory on our host system to a directory inside the container, overriding the files that are already inside the image. Docker also supports volumes, which can contain filesystems and be shared between containers.
We also needed to map port 80 in our container to a port on our host system so the web server can communicate with the outside world. Containers don’t automatically have access to the host network. With our port mapping directive, the container can be accessed via the host network. Since we only mapped this port, no other network resources are available to the container.
This exercise illustrates one of Docker’s key advantages: easy reuse of existing resources. We were able to create a web server in minutes with virtually no configuration.
Our web server is still running:
We can stop it with docker stop…
$ docker stop compassionate_ritchie
…and remove the container with docker rm.
$ docker rm compassionate_ritchie
After running these two commands, the container is gone:
Now let’s build on this example to create an image of our own. We’ll package the Nginx image with our html file.
Images are created with a Dockerfile, which lists the components and commands that make up an image.
In my-nginx, create a Dockerfile:
FROM nginx COPY html /usr/share/nginx/html
This Dockerfile contains two instructions:
Next, build the image:
$ docker build -t mynginx . Sending build context to Docker daemon 3.584kB Step 1/2 : FROM nginx ---> b175e7467d66 Step 2/2 : COPY html /usr/share/nginx/html ---> Using cache ---> a8b02c2e09a4 Successfully built a8b02c2e09a4 Successfully tagged mynginx:latest
We passed two arguments to build:
The build output shows Docker using the nginx image and copying the contents of html into the new image.
When we list images, we can see mynginx:
Next, we run our new image:
$ docker run --name foo -d -p 8080:80 mynginx
Let’s break that command down.
Now point your browser at http://127.0.0.1:8080 and you can see the test web page again.
While the web server is still running, let’s take a look at docker ps:
We can see that the ports column has the mapping we used to start the container, and names displays the container name we used.
We’ve created a self-contained web server that could easily contain a complete set of web documents instead of only one. It can be deployed on any platform that supports Docker.
Each Docker image executes a command when it’s run. In our Nginx Dockerfile, we didn’t define one, so Docker used the command specified in the base image.
Let’s try a slightly more complicated image that requires more setup and a specific command instruction.
Start in another empty directory. This time, we’ll create two new text files.
First, we’ll create a small Python script named app.py:
from flask import Flask
import os
import socket
app = Flask(__name__)
@app.route("/")
def hello():
html = "<h3>Hello {name}!</h3> <b>Hostname:</b> {hostname}<br/>"
return html.format(name=os.getenv("NAME", "world"), hostname=socket.gethostname())
if __name__ == "__main__":
app.run(host='0.0.0.0', port=4000)
This script creates a web server listening on port 4000 and serves a small HTML document with a greeting and the container’s hostname.
Next, we’ll create a Dockerfile:
# Use an official Python runtime as a parent image FROM python:2.7-slim WORKDIR /app ADD . /app RUN pip install --trusted-host pypi.python.org Flask ENV NAME World CMD ["python", "app.py"]
This Dockerfile starts with an image that contains a Python runtime. We can see from the name that it provides version 2.7 in a slim configuration that contains a minimal number of Python packages.
Next, it establishes a WORKDIR (working directory) named /app and ADDs the current working directory to it.
After adding the script to the image, we need to install the Flask Python package, the library we use for the web server. The RUN instruction executes pip install for this. Dockerfiles can run commands as part of the image build process.
Next, it sets the environment variable NAME, which is used in the HTML page returned by app.py
And finally, the Dockerfile specifies the command to run when the image is run. CMD accepts a command and a list of arguments to pass to the command. This image executes the Python interpreter, passing it app.py.
Let’s build this image:
$ docker build -t mypyweb . Sending build context to Docker daemon 4.096kB Step 1/6 : FROM python:2.7-slim ---> b16fde09c92c Step 2/6 : WORKDIR /app ---> Using cache ---> e8cfc6466e29 Step 3/6 : ADD . /app ---> Using cache ---> b0ed613be2d4 Step 4/6 : RUN pip install --trusted-host pypi.python.org Flask ---> Using cache ---> 255f51709816 Step 5/6 : ENV NAME World ---> Using cache ---> d79d78336885 Step 6/6 : CMD ["python", "app.py"] ---> Using cache ---> 687bc506dd46 Successfully built 687bc506dd46 Successfully tagged mypyweb:latest
$ docker run --name webapp -p 8080:4000 mypyweb
Let’s navigate to 8080 again with a browser:
We see our new web page. We’ve created another portable web server with just a few lines of Python!
Our Dockerfile set an environment variable…
ENV NAME World
…which the Python script uses in this greeting:
html = "
Hostname: {hostname}
”
We can override this variable from the command line:
$ docker run --name webapp -p 8080:4000 -e NAME="Dude" mypyweb
Then look at the web page again:
As we’ve been running images and using them as the basis for our own, we’ve seen Docker download them from Docker Hub:
Step 1/6 : FROM python:2.7-slim 2.7-slim: Pulling from library/python b0568b191983: Pull complete
We can upload our own images to Docker Hub for distribution, too.
The first step is to create an account on Docker Cloud. If you don’t already have an account, go and create one.
Next, we’ll log in to the Docker registry:
$ docker login Username: ericgoebelbecker Password: Login Succeeded
Before uploading mypyweb to Docker Hub, you should tag it. The format for Docker tags is username/repository:tag. Tags and repository names are effectively freeform.
$ docker tag mypyweb ericgoebelbecker/stackify-tutorial:1.00
If we list our images now, we see this tag:
REPOSITORY TAG IMAGE ID CREATED SIZE ericgoebelbecker/stackify-tutorial 1.00 0057736e26ce Less than a second ago 150MB mypyweb latest 0057736e26ce Less than a second ago 150MB mynginx latest a8b02c2e09a4 41 hours ago 109MB nginx . latest b175e7467d66 4 days ago 109MB python 2.7-slim b16fde09c92c 3 weeks ago 139MB
Note that our image tag and mypyweb have the same image ID and size. Tags don’t create new copies of images. They’re pointers.
Now we can push the image to Docker Hub:
$ docker push ericgoebelbecker/stackify-tutorial:1.00 The push refers to repository [docker.io/ericgoebelbecker/stackify-tutorial] 7d7bb0289fd8: Pushed acfa7c4abdbb: Pushed 8d2f81f035b3: Pushed d99e7ab4a34b: Mounted from library/python 332873801f89: Mounted from library/python 2ec65408eff0: Mounted from library/python 43efe85a991c: Mounted from library/python 1.00: digest: sha256:e61b45be29f72fb119ec9f10ca660c3c54c6748cb0e02a412119fae3c8364ecd size: 1787
docker push accepts a tag name and pushes it to the default repository, which is Docker Hub.
Now, if we visit our account area on hub.docker.com, we can see the new repository, the image, and the tag:
If you look closely, you’ll notice a size discrepancy. This is because the image on Docker Hub only contains the changes from the Python:2.7-slim image it’s based on.
We can pull the Docker image down and run it from any system:
$ docker run -p 8080:4000 --name webapp -e NAME="Docker Hub" ericgoebelbecker/stackify-tutorial:1.00 Unable to find image 'ericgoebelbecker/stackify-tutorial:1.00' locally 1.00: Pulling from ericgoebelbecker/stackify-tutorial b0568b191983: Pull complete 55a7da9473ae: Pull complete 422d2e7f1272: Pull complete 8fb86f1cff1c: Pull complete 9b622183190d: Pull complete cf5af0f3fb51: Pull complete 3292695f8261: Pull complete Digest: sha256:e61b45be29f72fb119ec9f10ca660c3c54c6748cb0e02a412119fae3c8364ecd Status: Downloaded newer image for ericgoebelbecker/stackify-tutorial:1.00 * Running on http://0.0.0.0:4000/ (Press CTRL+C to quit)
This is the output of run on a different system from the one originally built. Similar to the way we ran hello-world, we passed the image tag to docker run. And since the image was not available locally, Docker pulled it from Docker Hub and Python:2.7-slim, assembled the image and ran it.
We published the image, and it’s now publicly available from Docker Hub.
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";s:11:"description";s:49571:"Docker is a platform for packaging, deploying, and running applications. Docker applications run in containers that can be used on any system: a developer’s laptop, systems on premises, or in the cloud.
Containerization is a technology that’s been around for a long time, but it’s seen new life with Docker. It packages applications as images that contain everything needed to run them: code, runtime environment, libraries, and configuration. Images run in containers, which are discrete processes that take up only as many resources as any other executable.
It’s important to note that Docker containers don’t run in their own virtual machines, but share a Linux kernel. Compared to virtual machines, containers use less memory and less CPU.
However, a Linux runtime is required for Docker. Implementations on non-Linux platforms such as macOS and Windows 10 use a single Linux virtual machine. The containers share this system. Containerization has enjoyed widespread adoption because of its Consistent test environment for development and QA. Cross-platform packages called images. Isolation and encapsulation of application dependencies. Ability to scale efficiently, easily, and in real time. Enhances efficiency via easy reuse of images. We’ll look at these basic concepts as we install the Docker tools, and create images and containers. Get Started with Docker We’ll start by installing the Docker desktop tools found here. Download the correct installer for your operating system and run the installation. Try Stackify’s free code profiler, Prefix, to write better code on your workstation. Prefix works with .NET, Java, PHP, Node.js, Ruby, and Python. Running a container Once we install the tools, we can run a Docker image:
Containerization has enjoyed widespread adoption because of its
We’ll look at these basic concepts as we install the Docker tools, and create images and containers.
We’ll start by installing the Docker desktop tools found here. Download the correct installer for your operating system and run the installation.
Try Stackify’s free code profiler, Prefix, to write better code on your workstation. Prefix works with .NET, Java, PHP, Node.js, Ruby, and Python.
Once we install the tools, we can run a Docker image:
docker run hello-world does exactly what it sounds like. It runs an image named “hello-world.”
Docker looks for this image on our local system. When it can’t find the image, Docker downloads it from Docker Hub for us.
Hello-world displays a message telling us everything’s working. Then it spells out the process for us before recommending some additional steps.
Let’s take a look at a few more Docker commands that tell us more about the environment.
docker ps -a lists the containers on our system:
From this, we can see that the hello-world container is still in memory. The status column tells us that it’s exited. The names column has a name, kind_bose, that Docker assigned to the container for us. We’ll cover container names below.
Let’s run this image again with docker run hello-world. The output is almost the same…
…except this time we don’t see information about downloading the image. It was already available on our system.
But what does docker ps -a show us now?
We see two stopped instances of hello-world, with two different names. Docker created an additional container. It didn’t reuse the first. When we told Docker to run an image named hello-world, it did exactly that; it ran a new instance of the image. If we want to reuse a container, we refer to it by name.
Let’s try starting one of the stopped containers:
This time, we used docker start –attach <container name> instead of docker run. We use the start command, and rather than naming the image, we specify the name of a container that’s already loaded. The –attach tells Docker to connect to the container output so we can see the results.
We stop containers with docker stop <container name> and remove them with docker rm <container name>. We’ll take a look at that below when we work with applications designed to keep running in the background.
If we check docker ps again, we still see two containers.
Let’s run a container that doesn’t exit immediately. Hello-world’s instructions gave us an interesting example:
With a single Docker command, docker run -it ubuntu bash, we downloaded an Ubuntu Linux image and started a login shell as root inside it. The -it flags allow us to interact with the shell.
When we open another window and list containers, we see a different picture:
The Ubuntu container’s status is Up. Let’s see what’s going on inside:
docker top looks inside the container and shows us the running processes. The Ubuntu container is running a single process—the root shell.
Let’s look at one last Docker command before we create a container of our own:
Docker image ls produces a listing of images on our system. We see Ubuntu and the single hello-world image since we only needed that single image to run two containers.
So far, we’ve run a couple of self-contained images. What happens when we want to share local resources from our host system with a container? Docker has the ability to share both the file system and the networking stack with containers.
Let’s create a web server that serves a web page from the local filesystem. We’ll use a public Nginx image.
First, we need an HTML file to display when we connect to the web server. Start in an empty directory that we’ll call my-nginx and create a single subdirectory named html. Inside html, create index.html:
We’re ready to go. Here’s our command line:
$ docker run -v /full/path/to/html/directory:/usr/share/nginx/html:ro -p 8080:80 -d nginx
When we execute this command line, we see Docker download the Nginx image and then start the container.
We used four command line options to run this container:
After executing this command, we should be able to reach the web server on port 8080:
We see our test page! You can also access the page from our devices on your network using your host system’s IP address.
When we ran the Nginx image, we needed to tell it where to get the web files. We did this by mounting a directory on our host system to a directory inside the container, overriding the files that are already inside the image. Docker also supports volumes, which can contain filesystems and be shared between containers.
We also needed to map port 80 in our container to a port on our host system so the web server can communicate with the outside world. Containers don’t automatically have access to the host network. With our port mapping directive, the container can be accessed via the host network. Since we only mapped this port, no other network resources are available to the container.
This exercise illustrates one of Docker’s key advantages: easy reuse of existing resources. We were able to create a web server in minutes with virtually no configuration.
Our web server is still running:
We can stop it with docker stop…
$ docker stop compassionate_ritchie
…and remove the container with docker rm.
$ docker rm compassionate_ritchie
After running these two commands, the container is gone:
Now let’s build on this example to create an image of our own. We’ll package the Nginx image with our html file.
Images are created with a Dockerfile, which lists the components and commands that make up an image.
In my-nginx, create a Dockerfile:
FROM nginx COPY html /usr/share/nginx/html
This Dockerfile contains two instructions:
Next, build the image:
$ docker build -t mynginx . Sending build context to Docker daemon 3.584kB Step 1/2 : FROM nginx ---> b175e7467d66 Step 2/2 : COPY html /usr/share/nginx/html ---> Using cache ---> a8b02c2e09a4 Successfully built a8b02c2e09a4 Successfully tagged mynginx:latest
We passed two arguments to build:
The build output shows Docker using the nginx image and copying the contents of html into the new image.
When we list images, we can see mynginx:
Next, we run our new image:
$ docker run --name foo -d -p 8080:80 mynginx
Let’s break that command down.
Now point your browser at http://127.0.0.1:8080 and you can see the test web page again.
While the web server is still running, let’s take a look at docker ps:
We can see that the ports column has the mapping we used to start the container, and names displays the container name we used.
We’ve created a self-contained web server that could easily contain a complete set of web documents instead of only one. It can be deployed on any platform that supports Docker.
Each Docker image executes a command when it’s run. In our Nginx Dockerfile, we didn’t define one, so Docker used the command specified in the base image.
Let’s try a slightly more complicated image that requires more setup and a specific command instruction.
Start in another empty directory. This time, we’ll create two new text files.
First, we’ll create a small Python script named app.py:
from flask import Flask
import os
import socket
app = Flask(__name__)
@app.route("/")
def hello():
html = "<h3>Hello {name}!</h3> <b>Hostname:</b> {hostname}<br/>"
return html.format(name=os.getenv("NAME", "world"), hostname=socket.gethostname())
if __name__ == "__main__":
app.run(host='0.0.0.0', port=4000)
This script creates a web server listening on port 4000 and serves a small HTML document with a greeting and the container’s hostname.
Next, we’ll create a Dockerfile:
# Use an official Python runtime as a parent image FROM python:2.7-slim WORKDIR /app ADD . /app RUN pip install --trusted-host pypi.python.org Flask ENV NAME World CMD ["python", "app.py"]
This Dockerfile starts with an image that contains a Python runtime. We can see from the name that it provides version 2.7 in a slim configuration that contains a minimal number of Python packages.
Next, it establishes a WORKDIR (working directory) named /app and ADDs the current working directory to it.
After adding the script to the image, we need to install the Flask Python package, the library we use for the web server. The RUN instruction executes pip install for this. Dockerfiles can run commands as part of the image build process.
Next, it sets the environment variable NAME, which is used in the HTML page returned by app.py
And finally, the Dockerfile specifies the command to run when the image is run. CMD accepts a command and a list of arguments to pass to the command. This image executes the Python interpreter, passing it app.py.
Let’s build this image:
$ docker build -t mypyweb . Sending build context to Docker daemon 4.096kB Step 1/6 : FROM python:2.7-slim ---> b16fde09c92c Step 2/6 : WORKDIR /app ---> Using cache ---> e8cfc6466e29 Step 3/6 : ADD . /app ---> Using cache ---> b0ed613be2d4 Step 4/6 : RUN pip install --trusted-host pypi.python.org Flask ---> Using cache ---> 255f51709816 Step 5/6 : ENV NAME World ---> Using cache ---> d79d78336885 Step 6/6 : CMD ["python", "app.py"] ---> Using cache ---> 687bc506dd46 Successfully built 687bc506dd46 Successfully tagged mypyweb:latest
$ docker run --name webapp -p 8080:4000 mypyweb
Let’s navigate to 8080 again with a browser:
We see our new web page. We’ve created another portable web server with just a few lines of Python!
Our Dockerfile set an environment variable…
ENV NAME World
…which the Python script uses in this greeting:
html = "
Hostname: {hostname}
”
We can override this variable from the command line:
$ docker run --name webapp -p 8080:4000 -e NAME="Dude" mypyweb
Then look at the web page again:
As we’ve been running images and using them as the basis for our own, we’ve seen Docker download them from Docker Hub:
Step 1/6 : FROM python:2.7-slim 2.7-slim: Pulling from library/python b0568b191983: Pull complete
We can upload our own images to Docker Hub for distribution, too.
The first step is to create an account on Docker Cloud. If you don’t already have an account, go and create one.
Next, we’ll log in to the Docker registry:
$ docker login Username: ericgoebelbecker Password: Login Succeeded
Before uploading mypyweb to Docker Hub, you should tag it. The format for Docker tags is username/repository:tag. Tags and repository names are effectively freeform.
$ docker tag mypyweb ericgoebelbecker/stackify-tutorial:1.00
If we list our images now, we see this tag:
REPOSITORY TAG IMAGE ID CREATED SIZE ericgoebelbecker/stackify-tutorial 1.00 0057736e26ce Less than a second ago 150MB mypyweb latest 0057736e26ce Less than a second ago 150MB mynginx latest a8b02c2e09a4 41 hours ago 109MB nginx . latest b175e7467d66 4 days ago 109MB python 2.7-slim b16fde09c92c 3 weeks ago 139MB
Note that our image tag and mypyweb have the same image ID and size. Tags don’t create new copies of images. They’re pointers.
Now we can push the image to Docker Hub:
$ docker push ericgoebelbecker/stackify-tutorial:1.00 The push refers to repository [docker.io/ericgoebelbecker/stackify-tutorial] 7d7bb0289fd8: Pushed acfa7c4abdbb: Pushed 8d2f81f035b3: Pushed d99e7ab4a34b: Mounted from library/python 332873801f89: Mounted from library/python 2ec65408eff0: Mounted from library/python 43efe85a991c: Mounted from library/python 1.00: digest: sha256:e61b45be29f72fb119ec9f10ca660c3c54c6748cb0e02a412119fae3c8364ecd size: 1787
docker push accepts a tag name and pushes it to the default repository, which is Docker Hub.
Now, if we visit our account area on hub.docker.com, we can see the new repository, the image, and the tag:
If you look closely, you’ll notice a size discrepancy. This is because the image on Docker Hub only contains the changes from the Python:2.7-slim image it’s based on.
We can pull the Docker image down and run it from any system:
$ docker run -p 8080:4000 --name webapp -e NAME="Docker Hub" ericgoebelbecker/stackify-tutorial:1.00 Unable to find image 'ericgoebelbecker/stackify-tutorial:1.00' locally 1.00: Pulling from ericgoebelbecker/stackify-tutorial b0568b191983: Pull complete 55a7da9473ae: Pull complete 422d2e7f1272: Pull complete 8fb86f1cff1c: Pull complete 9b622183190d: Pull complete cf5af0f3fb51: Pull complete 3292695f8261: Pull complete Digest: sha256:e61b45be29f72fb119ec9f10ca660c3c54c6748cb0e02a412119fae3c8364ecd Status: Downloaded newer image for ericgoebelbecker/stackify-tutorial:1.00 * Running on http://0.0.0.0:4000/ (Press CTRL+C to quit)
This is the output of run on a different system from the one originally built. Similar to the way we ran hello-world, we passed the image tag to docker run. And since the image was not available locally, Docker pulled it from Docker Hub and Python:2.7-slim, assembled the image and ran it.
We published the image, and it’s now publicly available from Docker Hub.
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";s:11:"description";s:933396:"Today, our main focus will be on a tutorial about Laravel 8 roles and permissions. This article will guide you through the process of implementing Laravel 8 Spatie user roles and permissions. I will explain the steps in a simple and easy-to-follow manner, covering the usage of Laravel 8 Spatie/Laravel-Permission package. This tutorial will provide a step-by-step explanation of Laravel 8 ACL (Access Control List).
In our Laravel 8 application, we will utilize the Spatie GitHub package for handling roles and permissions. By following the steps outlined below, you will be able to create an ACL (Access Control List) in Laravel 8.
The Spatie role permission composer package offers a convenient way to establish ACL in a Laravel 8 application. It provides instructions on how to assign roles to users, assign permissions to users, and assign permissions to roles. I will guide you through the process of creating roles and permissions in Laravel 8 application, explaining each step along the way.
Through the implementation of roles and permissions, you can establish various types of users with different access levels and capabilities. This means that certain users may only have the ability to view a listing of items, while others may also have the authority to edit those items or even delete them.
To illustrate this, let's consider the following three modules:
1. User Management
2. Role Management
3. Product Management
Once a user is registered, they will not have any predefined roles. However, they can edit their personal details and assign themselves the admin role through the User Management module. By doing so, they gain the ability to create custom roles with specific permissions, such as role-list, role-create, role-edit, role-delete, product-list, product-create, product-edit, and product-delete. You can validate this by assigning the newly registered user to a role and observing the corresponding access privileges.
To grasp the complete example of Access Control List (ACL), you just need to follow a few simple steps. By doing so, you will gain a comprehensive understanding of how roles and permissions can be effectively implemented.
Step 1: Laravel 8 Installation
We are going from scratch so, If you haven't installed laravel in your system then you can run bellow command and get fresh Laravel project.
composer create-project --prefer-dist laravel/laravel blog
Step 2: Install Composer Packages
Now we require to install Spatie package for ACL, that way we can use it's method. Also we will install form collection package. So Open your terminal and run bellow command.
composer require spatie/laravel-permission
composer require laravelcollective/html
Now open config/app.php file and add service provider and aliase.
config/app.php
'providers' => [
....
Spatie\Permission\PermissionServiceProvider::class,
],
We can also custom changes on Spatie package, so if you also want to changes then you can fire bellow command and get config file in config/permission.php and migration files.
php artisan vendor:publish --provider="Spatie\Permission\PermissionServiceProvider"
Now you can see permission.php file and one migrations. so you can run migration using following command:
php artisan migrate
Step 3: Create Product Migration
In this step we have to create three migration for products table as using bellow command:
php artisan make:migration create_products_table
products table:
<?php
use Illuminate\Support\Facades\Schema;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Database\Migrations\Migration;
class CreateProductsTable extends Migration
{
/**
* Run the migrations.
*
* @return void
*/
public function up()
{
Schema::create('products', function (Blueprint $table) {
$table->id();
$table->string('name');
$table->text('detail');
$table->timestamps();
});
}
/**
* Reverse the migrations.
*
* @return void
*/
public function down()
{
Schema::dropIfExists('products');
}
}
Now run migration:
php artisan migrate
Step 4: Create Models
In this step we have to create model for User and Product table, so if you get fresh project then you have User Model have so just replace code and other you should create.
app/Models/User.php
<?php
namespace App\Models;
use Illuminate\Contracts\Auth\MustVerifyEmail;
use Illuminate\Database\Eloquent\Factories\HasFactory;
use Illuminate\Foundation\Auth\User as Authenticatable;
use Illuminate\Notifications\Notifiable;
use Spatie\Permission\Traits\HasRoles;
class User extends Authenticatable
{
use HasFactory, Notifiable, HasRoles;
/**
* The attributes that are mass assignable.
*
* @var array
*/
protected $fillable = [
'name',
'email',
'password',
];
/**
* The attributes that should be hidden for arrays.
*
* @var array
*/
protected $hidden = [
'password',
'remember_token',
];
/**
* The attributes that should be cast to native types.
*
* @var array
*/
protected $casts = [
'email_verified_at' => 'datetime',
];
}
app/Models/Product.php
<?php
namespace App\Models;
use Illuminate\Database\Eloquent\Factories\HasFactory;
use Illuminate\Database\Eloquent\Model;
class Product extends Model
{
use HasFactory;
/**
* The attributes that are mass assignable.
*
* @var array
*/
protected $fillable = [
'name', 'detail'
];
}
Step 5: Add Middleware
Spatie package provide it's in-built middleware that way we can use it simply and that is display as bellow:
role
permission
So, we have to add middleware in Kernel.php file this way :
app/Http/Kernel.php
....
protected $routeMiddleware = [
....
'role' => \Spatie\Permission\Middlewares\RoleMiddleware::class,
'permission' => \Spatie\Permission\Middlewares\PermissionMiddleware::class,
'role_or_permission' => \Spatie\Permission\Middlewares\RoleOrPermissionMiddleware::class,
]
....
Step 6: Create Authentication
You have to follow few step to make auth in your laravel 8 application.
First you need to install laravel/ui package as like bellow:
composer require laravel/ui
Here, we need to generate auth scaffolding in laravel 8 using laravel ui command. so, let's generate it by bellow command:
php artisan ui bootstrap --auth
Now you need to run npm command, otherwise you can not see better layout of login and register page.
Install NPM:
npm install
Run NPM:
npm run dev
Step 7: Create Routes
We require to add number of route for users module, products module and roles module. In this this route i also use middleware with permission for roles and products route, so add route this way:
routes/web.php
<?php
use Illuminate\Support\Facades\Route;
use App\Http\Controllers\HomeController;
use App\Http\Controllers\RoleController;
use App\Http\Controllers\UserController;
use App\Http\Controllers\ProductController;
/*
|--------------------------------------------------------------------------
| Web Routes
|--------------------------------------------------------------------------
|
| Here is where you can register web routes for your application. These
| routes are loaded by the RouteServiceProvider within a group which
| contains the "web" middleware group. Now create something great!
|
*/
Route::get('/', function () {
return view('welcome');
});
Auth::routes();
Route::get('/home', [HomeController::class, 'index'])->name('home');
Route::group(['middleware' => ['auth']], function() {
Route::resource('roles', RoleController::class);
Route::resource('users', UserController::class);
Route::resource('products', ProductController::class);
});
Step 8: Add Controllers
In this step we have add three controller for users module, products module and roles module so you can create three controller like as bellow:
app/Http/Controllers/UserController.php
<?php
namespace App\Http\Controllers;
use Illuminate\Http\Request;
use App\Http\Controllers\Controller;
use App\Models\User;
use Spatie\Permission\Models\Role;
use DB;
use Hash;
use Illuminate\Support\Arr;
class UserController extends Controller
{
/**
* Display a listing of the resource.
*
* @return \Illuminate\Http\Response
*/
public function index(Request $request)
{
$data = User::orderBy('id','DESC')->paginate(5);
return view('users.index',compact('data'))
->with('i', ($request->input('page', 1) - 1) * 5);
}
/**
* Show the form for creating a new resource.
*
* @return \Illuminate\Http\Response
*/
public function create()
{
$roles = Role::pluck('name','name')->all();
return view('users.create',compact('roles'));
}
/**
* Store a newly created resource in storage.
*
* @param \Illuminate\Http\Request $request
* @return \Illuminate\Http\Response
*/
public function store(Request $request)
{
$this->validate($request, [
'name' => 'required',
'email' => 'required|email|unique:users,email',
'password' => 'required|same:confirm-password',
'roles' => 'required'
]);
$input = $request->all();
$input['password'] = Hash::make($input['password']);
$user = User::create($input);
$user->assignRole($request->input('roles'));
return redirect()->route('users.index')
->with('success','User created successfully');
}
/**
* Display the specified resource.
*
* @param int $id
* @return \Illuminate\Http\Response
*/
public function show($id)
{
$user = User::find($id);
return view('users.show',compact('user'));
}
/**
* Show the form for editing the specified resource.
*
* @param int $id
* @return \Illuminate\Http\Response
*/
public function edit($id)
{
$user = User::find($id);
$roles = Role::pluck('name','name')->all();
$userRole = $user->roles->pluck('name','name')->all();
return view('users.edit',compact('user','roles','userRole'));
}
/**
* Update the specified resource in storage.
*
* @param \Illuminate\Http\Request $request
* @param int $id
* @return \Illuminate\Http\Response
*/
public function update(Request $request, $id)
{
$this->validate($request, [
'name' => 'required',
'email' => 'required|email|unique:users,email,'.$id,
'password' => 'same:confirm-password',
'roles' => 'required'
]);
$input = $request->all();
if(!empty($input['password'])){
$input['password'] = Hash::make($input['password']);
}else{
$input = Arr::except($input,array('password'));
}
$user = User::find($id);
$user->update($input);
DB::table('model_has_roles')->where('model_id',$id)->delete();
$user->assignRole($request->input('roles'));
return redirect()->route('users.index')
->with('success','User updated successfully');
}
/**
* Remove the specified resource from storage.
*
* @param int $id
* @return \Illuminate\Http\Response
*/
public function destroy($id)
{
User::find($id)->delete();
return redirect()->route('users.index')
->with('success','User deleted successfully');
}
}
app/Http/Controllers/ProductController.php
<?php
namespace App\Http\Controllers;
use App\Models\Product;
use Illuminate\Http\Request;
class ProductController extends Controller
{
/**
* Display a listing of the resource.
*
* @return \Illuminate\Http\Response
*/
function __construct()
{
$this->middleware('permission:product-list|product-create|product-edit|product-delete', ['only' => ['index','show']]);
$this->middleware('permission:product-create', ['only' => ['create','store']]);
$this->middleware('permission:product-edit', ['only' => ['edit','update']]);
$this->middleware('permission:product-delete', ['only' => ['destroy']]);
}
/**
* Display a listing of the resource.
*
* @return \Illuminate\Http\Response
*/
public function index()
{
$products = Product::latest()->paginate(5);
return view('products.index',compact('products'))
->with('i', (request()->input('page', 1) - 1) * 5);
}
/**
* Show the form for creating a new resource.
*
* @return \Illuminate\Http\Response
*/
public function create()
{
return view('products.create');
}
/**
* Store a newly created resource in storage.
*
* @param \Illuminate\Http\Request $request
* @return \Illuminate\Http\Response
*/
public function store(Request $request)
{
request()->validate([
'name' => 'required',
'detail' => 'required',
]);
Product::create($request->all());
return redirect()->route('products.index')
->with('success','Product created successfully.');
}
/**
* Display the specified resource.
*
* @param \App\Product $product
* @return \Illuminate\Http\Response
*/
public function show(Product $product)
{
return view('products.show',compact('product'));
}
/**
* Show the form for editing the specified resource.
*
* @param \App\Product $product
* @return \Illuminate\Http\Response
*/
public function edit(Product $product)
{
return view('products.edit',compact('product'));
}
/**
* Update the specified resource in storage.
*
* @param \Illuminate\Http\Request $request
* @param \App\Product $product
* @return \Illuminate\Http\Response
*/
public function update(Request $request, Product $product)
{
request()->validate([
'name' => 'required',
'detail' => 'required',
]);
$product->update($request->all());
return redirect()->route('products.index')
->with('success','Product updated successfully');
}
/**
* Remove the specified resource from storage.
*
* @param \App\Product $product
* @return \Illuminate\Http\Response
*/
public function destroy(Product $product)
{
$product->delete();
return redirect()->route('products.index')
->with('success','Product deleted successfully');
}
}
app/Http/Controllers/RoleController.php
<?php
namespace App\Http\Controllers;
use Illuminate\Http\Request;
use App\Http\Controllers\Controller;
use Spatie\Permission\Models\Role;
use Spatie\Permission\Models\Permission;
use DB;
class RoleController extends Controller
{
/**
* Display a listing of the resource.
*
* @return \Illuminate\Http\Response
*/
function __construct()
{
$this->middleware('permission:role-list|role-create|role-edit|role-delete', ['only' => ['index','store']]);
$this->middleware('permission:role-create', ['only' => ['create','store']]);
$this->middleware('permission:role-edit', ['only' => ['edit','update']]);
$this->middleware('permission:role-delete', ['only' => ['destroy']]);
}
/**
* Display a listing of the resource.
*
* @return \Illuminate\Http\Response
*/
public function index(Request $request)
{
$roles = Role::orderBy('id','DESC')->paginate(5);
return view('roles.index',compact('roles'))
->with('i', ($request->input('page', 1) - 1) * 5);
}
/**
* Show the form for creating a new resource.
*
* @return \Illuminate\Http\Response
*/
public function create()
{
$permission = Permission::get();
return view('roles.create',compact('permission'));
}
/**
* Store a newly created resource in storage.
*
* @param \Illuminate\Http\Request $request
* @return \Illuminate\Http\Response
*/
public function store(Request $request)
{
$this->validate($request, [
'name' => 'required|unique:roles,name',
'permission' => 'required',
]);
$role = Role::create(['name' => $request->input('name')]);
$role->syncPermissions($request->input('permission'));
return redirect()->route('roles.index')
->with('success','Role created successfully');
}
/**
* Display the specified resource.
*
* @param int $id
* @return \Illuminate\Http\Response
*/
public function show($id)
{
$role = Role::find($id);
$rolePermissions = Permission::join("role_has_permissions","role_has_permissions.permission_id","=","permissions.id")
->where("role_has_permissions.role_id",$id)
->get();
return view('roles.show',compact('role','rolePermissions'));
}
/**
* Show the form for editing the specified resource.
*
* @param int $id
* @return \Illuminate\Http\Response
*/
public function edit($id)
{
$role = Role::find($id);
$permission = Permission::get();
$rolePermissions = DB::table("role_has_permissions")->where("role_has_permissions.role_id",$id)
->pluck('role_has_permissions.permission_id','role_has_permissions.permission_id')
->all();
return view('roles.edit',compact('role','permission','rolePermissions'));
}
/**
* Update the specified resource in storage.
*
* @param \Illuminate\Http\Request $request
* @param int $id
* @return \Illuminate\Http\Response
*/
public function update(Request $request, $id)
{
$this->validate($request, [
'name' => 'required',
'permission' => 'required',
]);
$role = Role::find($id);
$role->name = $request->input('name');
$role->save();
$role->syncPermissions($request->input('permission'));
return redirect()->route('roles.index')
->with('success','Role updated successfully');
}
/**
* Remove the specified resource from storage.
*
* @param int $id
* @return \Illuminate\Http\Response
*/
public function destroy($id)
{
DB::table("roles")->where('id',$id)->delete();
return redirect()->route('roles.index')
->with('success','Role deleted successfully');
}
}
Step 9: Add Blade Files
In this step, we need to create following files as like listed bellow:
Theme Layout
app.blade.php
Users Module
index.blade.php create.blade.php edit.blade.php show.blade.php
Roles Module
index.blade.php create.blade.php edit.blade.php show.blade.php
Product Module
index.blade.php create.blade.php edit.blade.php show.blade.php
So, let's create following files:
resources/views/layouts/app.blade.php
<html lang="{{ app()->getLocale() }}">
<head>
<meta charset="utf-8">
<meta http-equiv="X-UA-Compatible" content="IE=edge">
<meta name="viewport" content="width=device-width, initial-scale=1">
<!-- CSRF Token -->
<meta name="csrf-token" content="{{ csrf_token() }}">
<title>{{ config('app.name', 'Laravel 8 User Roles and Permissions Tutorial') }}</title>
<!-- Scripts -->
<script src="{{ asset('js/app.js') }}" defer></script>
<!-- Fonts -->
<link rel="dns-prefetch" href="https://fonts.gstatic.com">
<link href="https://fonts.googleapis.com/css?family=Raleway:300,400,600" rel="stylesheet" type="text/css">
<!-- Styles -->
<link href="{{ asset('css/app.css') }}" rel="stylesheet">
</head>
<body>
<div id="app">
<nav class="navbar navbar-expand-md navbar-light navbar-laravel">
<div class="container">
<a class="navbar-brand" href="{{ url('/') }}">
Laravel 8 User Roles and Permissions - ItSolutionStuff.com
</a>
<button class="navbar-toggler" type="button" data-toggle="collapse" data-target="#navbarSupportedContent" aria-controls="navbarSupportedContent" aria-expanded="false" aria-label="Toggle navigation">
<span class="navbar-toggler-icon"></span>
</button>
<div class="collapse navbar-collapse" id="navbarSupportedContent">
<!-- Left Side Of Navbar -->
<ul class="navbar-nav mr-auto"></ul>
<!-- Right Side Of Navbar -->
<ul class="navbar-nav ml-auto">
<!-- Authentication Links -->
@guest
<li><a class="nav-link" href="{{ route('login') }}">{{ __('Login') }}</a></li>
<li><a class="nav-link" href="{{ route('register') }}">{{ __('Register') }}</a></li>
@else
<li><a class="nav-link" href="{{ route('users.index') }}">Manage Users</a></li>
<li><a class="nav-link" href="{{ route('roles.index') }}">Manage Role</a></li>
<li><a class="nav-link" href="{{ route('products.index') }}">Manage Product</a></li>
<li class="nav-item dropdown">
<a id="navbarDropdown" class="nav-link dropdown-toggle" href="#" role="button" data-toggle="dropdown" aria-haspopup="true" aria-expanded="false" v-pre>
{{ Auth::user()->name }} <span class="caret"></span>
</a>
<div class="dropdown-menu" aria-labelledby="navbarDropdown">
<a class="dropdown-item" href="{{ route('logout') }}"
onclick="event.preventDefault();
document.getElementById('logout-form').submit();">
{{ __('Logout') }}
</a>
<form id="logout-form" action="{{ route('logout') }}" method="POST" style="display: none;">
@csrf
</form>
</div>
</li>
@endguest
</ul>
</div>
</div>
</nav>
<main class="py-4">
<div class="container">
@yield('content')
</div>
</main>
</div>
</body>
</html>
resources/views/users/index.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Users Management</h2>
</div>
<div class="pull-right">
<a class="btn btn-success" href="{{ route('users.create') }}"> Create New User</a>
</div>
</div>
</div>
@if ($message = Session::get('success'))
<div class="alert alert-success">
<p>{{ $message }}</p>
</div>
@endif
<table class="table table-bordered">
<tr>
<th>No</th>
<th>Name</th>
<th>Email</th>
<th>Roles</th>
<th width="280px">Action</th>
</tr>
@foreach ($data as $key => $user)
<tr>
<td>{{ ++$i }}</td>
<td>{{ $user->name }}</td>
<td>{{ $user->email }}</td>
<td>
@if(!empty($user->getRoleNames()))
@foreach($user->getRoleNames() as $v)
<label class="badge badge-success">{{ $v }}</label>
@endforeach
@endif
</td>
<td>
<a class="btn btn-info" href="{{ route('users.show',$user->id) }}">Show</a>
<a class="btn btn-primary" href="{{ route('users.edit',$user->id) }}">Edit</a>
{!! Form::open(['method' => 'DELETE','route' => ['users.destroy', $user->id],'style'=>'display:inline']) !!}
{!! Form::submit('Delete', ['class' => 'btn btn-danger']) !!}
{!! Form::close() !!}
</td>
</tr>
@endforeach
</table>
{!! $data->render() !!}
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
@endsection
resources/views/users/create.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Create New User</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('users.index') }}"> Back</a>
</div>
</div>
</div>
@if (count($errors) > 0)
<div class="alert alert-danger">
<strong>Whoops!</strong> There were some problems with your input.<br><br>
<ul>
@foreach ($errors->all() as $error)
<li>{{ $error }}</li>
@endforeach
</ul>
</div>
@endif
{!! Form::open(array('route' => 'users.store','method'=>'POST')) !!}
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
{!! Form::text('name', null, array('placeholder' => 'Name','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Email:</strong>
{!! Form::text('email', null, array('placeholder' => 'Email','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Password:</strong>
{!! Form::password('password', array('placeholder' => 'Password','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Confirm Password:</strong>
{!! Form::password('confirm-password', array('placeholder' => 'Confirm Password','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Role:</strong>
{!! Form::select('roles[]', $roles,[], array('class' => 'form-control','multiple')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12 text-center">
<button type="submit" class="btn btn-primary">Submit</button>
</div>
</div>
{!! Form::close() !!}
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
@endsection
resources/views/users/edit.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Edit New User</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('users.index') }}"> Back</a>
</div>
</div>
</div>
@if (count($errors) > 0)
<div class="alert alert-danger">
<strong>Whoops!</strong> There were some problems with your input.<br><br>
<ul>
@foreach ($errors->all() as $error)
<li>{{ $error }}</li>
@endforeach
</ul>
</div>
@endif
{!! Form::model($user, ['method' => 'PATCH','route' => ['users.update', $user->id]]) !!}
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
{!! Form::text('name', null, array('placeholder' => 'Name','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Email:</strong>
{!! Form::text('email', null, array('placeholder' => 'Email','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Password:</strong>
{!! Form::password('password', array('placeholder' => 'Password','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Confirm Password:</strong>
{!! Form::password('confirm-password', array('placeholder' => 'Confirm Password','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Role:</strong>
{!! Form::select('roles[]', $roles,$userRole, array('class' => 'form-control','multiple')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12 text-center">
<button type="submit" class="btn btn-primary">Submit</button>
</div>
</div>
{!! Form::close() !!}
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
@endsection
resources/views/users/show.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2> Show User</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('users.index') }}"> Back</a>
</div>
</div>
</div>
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
{{ $user->name }}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Email:</strong>
{{ $user->email }}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Roles:</strong>
@if(!empty($user->getRoleNames()))
@foreach($user->getRoleNames() as $v)
<label class="badge badge-success">{{ $v }}</label>
@endforeach
@endif
</div>
</div>
</div>
@endsection
resources/views/roles/index.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Role Management</h2>
</div>
<div class="pull-right">
@can('role-create')
<a class="btn btn-success" href="{{ route('roles.create') }}"> Create New Role</a>
@endcan
</div>
</div>
</div>
@if ($message = Session::get('success'))
<div class="alert alert-success">
<p>{{ $message }}</p>
</div>
@endif
<table class="table table-bordered">
<tr>
<th>No</th>
<th>Name</th>
<th width="280px">Action</th>
</tr>
@foreach ($roles as $key => $role)
<tr>
<td>{{ ++$i }}</td>
<td>{{ $role->name }}</td>
<td>
<a class="btn btn-info" href="{{ route('roles.show',$role->id) }}">Show</a>
@can('role-edit')
<a class="btn btn-primary" href="{{ route('roles.edit',$role->id) }}">Edit</a>
@endcan
@can('role-delete')
{!! Form::open(['method' => 'DELETE','route' => ['roles.destroy', $role->id],'style'=>'display:inline']) !!}
{!! Form::submit('Delete', ['class' => 'btn btn-danger']) !!}
{!! Form::close() !!}
@endcan
</td>
</tr>
@endforeach
</table>
{!! $roles->render() !!}
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
@endsection
resources/views/roles/create.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Create New Role</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('roles.index') }}"> Back</a>
</div>
</div>
</div>
@if (count($errors) > 0)
<div class="alert alert-danger">
<strong>Whoops!</strong> There were some problems with your input.<br><br>
<ul>
@foreach ($errors->all() as $error)
<li>{{ $error }}</li>
@endforeach
</ul>
</div>
@endif
{!! Form::open(array('route' => 'roles.store','method'=>'POST')) !!}
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
{!! Form::text('name', null, array('placeholder' => 'Name','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Permission:</strong>
<br/>
@foreach($permission as $value)
<label>{{ Form::checkbox('permission[]', $value->id, false, array('class' => 'name')) }}
{{ $value->name }}</label>
<br/>
@endforeach
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12 text-center">
<button type="submit" class="btn btn-primary">Submit</button>
</div>
</div>
{!! Form::close() !!}
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
@endsection
resources/views/roles/edit.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Edit Role</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('roles.index') }}"> Back</a>
</div>
</div>
</div>
@if (count($errors) > 0)
<div class="alert alert-danger">
<strong>Whoops!</strong> There were some problems with your input.<br><br>
<ul>
@foreach ($errors->all() as $error)
<li>{{ $error }}</li>
@endforeach
</ul>
</div>
@endif
{!! Form::model($role, ['method' => 'PATCH','route' => ['roles.update', $role->id]]) !!}
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
{!! Form::text('name', null, array('placeholder' => 'Name','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Permission:</strong>
<br/>
@foreach($permission as $value)
<label>{{ Form::checkbox('permission[]', $value->id, in_array($value->id, $rolePermissions) ? true : false, array('class' => 'name')) }}
{{ $value->name }}</label>
<br/>
@endforeach
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12 text-center">
<button type="submit" class="btn btn-primary">Submit</button>
</div>
</div>
{!! Form::close() !!}
@endsection
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
resources/views/roles/show.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2> Show Role</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('roles.index') }}"> Back</a>
</div>
</div>
</div>
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
{{ $role->name }}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Permissions:</strong>
@if(!empty($rolePermissions))
@foreach($rolePermissions as $v)
<label class="label label-success">{{ $v->name }},</label>
@endforeach
@endif
</div>
</div>
</div>
@endsection
resources/views/products/index.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Products</h2>
</div>
<div class="pull-right">
@can('product-create')
<a class="btn btn-success" href="{{ route('products.create') }}"> Create New Product</a>
@endcan
</div>
</div>
</div>
@if ($message = Session::get('success'))
<div class="alert alert-success">
<p>{{ $message }}</p>
</div>
@endif
<table class="table table-bordered">
<tr>
<th>No</th>
<th>Name</th>
<th>Details</th>
<th width="280px">Action</th>
</tr>
@foreach ($products as $product)
<tr>
<td>{{ ++$i }}</td>
<td>{{ $product->name }}</td>
<td>{{ $product->detail }}</td>
<td>
<form action="{{ route('products.destroy',$product->id) }}" method="POST">
<a class="btn btn-info" href="{{ route('products.show',$product->id) }}">Show</a>
@can('product-edit')
<a class="btn btn-primary" href="{{ route('products.edit',$product->id) }}">Edit</a>
@endcan
@csrf
@method('DELETE')
@can('product-delete')
<button type="submit" class="btn btn-danger">Delete</button>
@endcan
</form>
</td>
</tr>
@endforeach
</table>
{!! $products->links() !!}
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
@endsection
resources/views/products/create.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Add New Product</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('products.index') }}"> Back</a>
</div>
</div>
</div>
@if ($errors->any())
<div class="alert alert-danger">
<strong>Whoops!</strong> There were some problems with your input.<br><br>
<ul>
@foreach ($errors->all() as $error)
<li>{{ $error }}</li>
@endforeach
</ul>
</div>
@endif
<form action="{{ route('products.store') }}" method="POST">
@csrf
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
<input type="text" name="name" class="form-control" placeholder="Name">
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Detail:</strong>
<textarea class="form-control" style="height:150px" name="detail" placeholder="Detail"></textarea>
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12 text-center">
<button type="submit" class="btn btn-primary">Submit</button>
</div>
</div>
</form>
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
@endsection
resources/views/products/edit.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Edit Product</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('products.index') }}"> Back</a>
</div>
</div>
</div>
@if ($errors->any())
<div class="alert alert-danger">
<strong>Whoops!</strong> There were some problems with your input.<br><br>
<ul>
@foreach ($errors->all() as $error)
<li>{{ $error }}</li>
@endforeach
</ul>
</div>
@endif
<form action="{{ route('products.update',$product->id) }}" method="POST">
@csrf
@method('PUT')
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
<input type="text" name="name" value="{{ $product->name }}" class="form-control" placeholder="Name">
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Detail:</strong>
<textarea class="form-control" style="height:150px" name="detail" placeholder="Detail">{{ $product->detail }}</textarea>
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12 text-center">
<button type="submit" class="btn btn-primary">Submit</button>
</div>
</div>
</form>
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
@endsection
resources/views/products/show.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2> Show Product</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('products.index') }}"> Back</a>
</div>
</div>
</div>
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
{{ $product->name }}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Details:</strong>
{{ $product->detail }}
</div>
</div>
</div>
@endsection
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
Step 10: Create Seeder For Permissions and AdminUser
In this step we will create seeder for permissions, Right now we have fixed permission so we create using seeder as listed bellow, but if you can add more permission as you want:
1.role-list
2.role-create
3.role-edit
4.role-delete
5.product-list
6.product-create
7.product-edit
8.product-delete
So, first create seeder using bellow command:
php artisan make:seeder PermissionTableSeeder
And put bellow code in PermissionTableSeeder seeder this way:
database/seeds/PermissionTableSeeder.php
<?php
namespace Database\Seeders;
use Illuminate\Database\Seeder;
use Spatie\Permission\Models\Permission;
class PermissionTableSeeder extends Seeder
{
/**
* Run the database seeds.
*
* @return void
*/
public function run()
{
$permissions = [
'role-list',
'role-create',
'role-edit',
'role-delete',
'product-list',
'product-create',
'product-edit',
'product-delete'
];
foreach ($permissions as $permission) {
Permission::create(['name' => $permission]);
}
}
}
After this we have to run bellow command for run PermissionTableSeeder seeder:
php artisan db:seed --class=PermissionTableSeeder
Now let's create new seeder for creating admin user.
php artisan make:seeder CreateAdminUserSeeder
database/seeds/CreateAdminUserSeeder.php
<?php
namespace Database\Seeders;
use Illuminate\Database\Seeder;
use App\Models\User;
use Spatie\Permission\Models\Role;
use Spatie\Permission\Models\Permission;
class CreateAdminUserSeeder extends Seeder
{
/**
* Run the database seeds.
*
* @return void
*/
public function run()
{
$user = User::create([
'name' => 'Morris Muthigani',
'email' => 'admin@gmail.com',
'password' => bcrypt('123456')
]);
$role = Role::create(['name' => 'Admin']);
$permissions = Permission::pluck('id','id')->all();
$role->syncPermissions($permissions);
$user->assignRole([$role->id]);
}
}
php artisan db:seed --class=CreateAdminUserSeeder
Now we are ready to to run full example of ACL. so let's run our example so run bellow command for quick run:
php artisan serve
Access By
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";s:11:"description";s:933396:"http://localhost:8000/
Today, our main focus will be on a tutorial about Laravel 8 roles and permissions. This article will guide you through the process of implementing Laravel 8 Spatie user roles and permissions. I will explain the steps in a simple and easy-to-follow manner, covering the usage of Laravel 8 Spatie/Laravel-Permission package. This tutorial will provide a step-by-step explanation of Laravel 8 ACL (Access Control List).
In our Laravel 8 application, we will utilize the Spatie GitHub package for handling roles and permissions. By following the steps outlined below, you will be able to create an ACL (Access Control List) in Laravel 8.
The Spatie role permission composer package offers a convenient way to establish ACL in a Laravel 8 application. It provides instructions on how to assign roles to users, assign permissions to users, and assign permissions to roles. I will guide you through the process of creating roles and permissions in Laravel 8 application, explaining each step along the way.
Through the implementation of roles and permissions, you can establish various types of users with different access levels and capabilities. This means that certain users may only have the ability to view a listing of items, while others may also have the authority to edit those items or even delete them.
To illustrate this, let's consider the following three modules:
1. User Management
2. Role Management
3. Product Management
Once a user is registered, they will not have any predefined roles. However, they can edit their personal details and assign themselves the admin role through the User Management module. By doing so, they gain the ability to create custom roles with specific permissions, such as role-list, role-create, role-edit, role-delete, product-list, product-create, product-edit, and product-delete. You can validate this by assigning the newly registered user to a role and observing the corresponding access privileges.
To grasp the complete example of Access Control List (ACL), you just need to follow a few simple steps. By doing so, you will gain a comprehensive understanding of how roles and permissions can be effectively implemented.
Step 1: Laravel 8 Installation
We are going from scratch so, If you haven't installed laravel in your system then you can run bellow command and get fresh Laravel project.
composer create-project --prefer-dist laravel/laravel blog
Step 2: Install Composer Packages
Now we require to install Spatie package for ACL, that way we can use it's method. Also we will install form collection package. So Open your terminal and run bellow command.
composer require spatie/laravel-permission
composer require laravelcollective/html
Now open config/app.php file and add service provider and aliase.
config/app.php
'providers' => [
....
Spatie\Permission\PermissionServiceProvider::class,
],
We can also custom changes on Spatie package, so if you also want to changes then you can fire bellow command and get config file in config/permission.php and migration files.
php artisan vendor:publish --provider="Spatie\Permission\PermissionServiceProvider"
Now you can see permission.php file and one migrations. so you can run migration using following command:
php artisan migrate
Step 3: Create Product Migration
In this step we have to create three migration for products table as using bellow command:
php artisan make:migration create_products_table
products table:
<?php
use Illuminate\Support\Facades\Schema;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Database\Migrations\Migration;
class CreateProductsTable extends Migration
{
/**
* Run the migrations.
*
* @return void
*/
public function up()
{
Schema::create('products', function (Blueprint $table) {
$table->id();
$table->string('name');
$table->text('detail');
$table->timestamps();
});
}
/**
* Reverse the migrations.
*
* @return void
*/
public function down()
{
Schema::dropIfExists('products');
}
}
Now run migration:
php artisan migrate
Step 4: Create Models
In this step we have to create model for User and Product table, so if you get fresh project then you have User Model have so just replace code and other you should create.
app/Models/User.php
<?php
namespace App\Models;
use Illuminate\Contracts\Auth\MustVerifyEmail;
use Illuminate\Database\Eloquent\Factories\HasFactory;
use Illuminate\Foundation\Auth\User as Authenticatable;
use Illuminate\Notifications\Notifiable;
use Spatie\Permission\Traits\HasRoles;
class User extends Authenticatable
{
use HasFactory, Notifiable, HasRoles;
/**
* The attributes that are mass assignable.
*
* @var array
*/
protected $fillable = [
'name',
'email',
'password',
];
/**
* The attributes that should be hidden for arrays.
*
* @var array
*/
protected $hidden = [
'password',
'remember_token',
];
/**
* The attributes that should be cast to native types.
*
* @var array
*/
protected $casts = [
'email_verified_at' => 'datetime',
];
}
app/Models/Product.php
<?php
namespace App\Models;
use Illuminate\Database\Eloquent\Factories\HasFactory;
use Illuminate\Database\Eloquent\Model;
class Product extends Model
{
use HasFactory;
/**
* The attributes that are mass assignable.
*
* @var array
*/
protected $fillable = [
'name', 'detail'
];
}
Step 5: Add Middleware
Spatie package provide it's in-built middleware that way we can use it simply and that is display as bellow:
role
permission
So, we have to add middleware in Kernel.php file this way :
app/Http/Kernel.php
....
protected $routeMiddleware = [
....
'role' => \Spatie\Permission\Middlewares\RoleMiddleware::class,
'permission' => \Spatie\Permission\Middlewares\PermissionMiddleware::class,
'role_or_permission' => \Spatie\Permission\Middlewares\RoleOrPermissionMiddleware::class,
]
....
Step 6: Create Authentication
You have to follow few step to make auth in your laravel 8 application.
First you need to install laravel/ui package as like bellow:
composer require laravel/ui
Here, we need to generate auth scaffolding in laravel 8 using laravel ui command. so, let's generate it by bellow command:
php artisan ui bootstrap --auth
Now you need to run npm command, otherwise you can not see better layout of login and register page.
Install NPM:
npm install
Run NPM:
npm run dev
Step 7: Create Routes
We require to add number of route for users module, products module and roles module. In this this route i also use middleware with permission for roles and products route, so add route this way:
routes/web.php
<?php
use Illuminate\Support\Facades\Route;
use App\Http\Controllers\HomeController;
use App\Http\Controllers\RoleController;
use App\Http\Controllers\UserController;
use App\Http\Controllers\ProductController;
/*
|--------------------------------------------------------------------------
| Web Routes
|--------------------------------------------------------------------------
|
| Here is where you can register web routes for your application. These
| routes are loaded by the RouteServiceProvider within a group which
| contains the "web" middleware group. Now create something great!
|
*/
Route::get('/', function () {
return view('welcome');
});
Auth::routes();
Route::get('/home', [HomeController::class, 'index'])->name('home');
Route::group(['middleware' => ['auth']], function() {
Route::resource('roles', RoleController::class);
Route::resource('users', UserController::class);
Route::resource('products', ProductController::class);
});
Step 8: Add Controllers
In this step we have add three controller for users module, products module and roles module so you can create three controller like as bellow:
app/Http/Controllers/UserController.php
<?php
namespace App\Http\Controllers;
use Illuminate\Http\Request;
use App\Http\Controllers\Controller;
use App\Models\User;
use Spatie\Permission\Models\Role;
use DB;
use Hash;
use Illuminate\Support\Arr;
class UserController extends Controller
{
/**
* Display a listing of the resource.
*
* @return \Illuminate\Http\Response
*/
public function index(Request $request)
{
$data = User::orderBy('id','DESC')->paginate(5);
return view('users.index',compact('data'))
->with('i', ($request->input('page', 1) - 1) * 5);
}
/**
* Show the form for creating a new resource.
*
* @return \Illuminate\Http\Response
*/
public function create()
{
$roles = Role::pluck('name','name')->all();
return view('users.create',compact('roles'));
}
/**
* Store a newly created resource in storage.
*
* @param \Illuminate\Http\Request $request
* @return \Illuminate\Http\Response
*/
public function store(Request $request)
{
$this->validate($request, [
'name' => 'required',
'email' => 'required|email|unique:users,email',
'password' => 'required|same:confirm-password',
'roles' => 'required'
]);
$input = $request->all();
$input['password'] = Hash::make($input['password']);
$user = User::create($input);
$user->assignRole($request->input('roles'));
return redirect()->route('users.index')
->with('success','User created successfully');
}
/**
* Display the specified resource.
*
* @param int $id
* @return \Illuminate\Http\Response
*/
public function show($id)
{
$user = User::find($id);
return view('users.show',compact('user'));
}
/**
* Show the form for editing the specified resource.
*
* @param int $id
* @return \Illuminate\Http\Response
*/
public function edit($id)
{
$user = User::find($id);
$roles = Role::pluck('name','name')->all();
$userRole = $user->roles->pluck('name','name')->all();
return view('users.edit',compact('user','roles','userRole'));
}
/**
* Update the specified resource in storage.
*
* @param \Illuminate\Http\Request $request
* @param int $id
* @return \Illuminate\Http\Response
*/
public function update(Request $request, $id)
{
$this->validate($request, [
'name' => 'required',
'email' => 'required|email|unique:users,email,'.$id,
'password' => 'same:confirm-password',
'roles' => 'required'
]);
$input = $request->all();
if(!empty($input['password'])){
$input['password'] = Hash::make($input['password']);
}else{
$input = Arr::except($input,array('password'));
}
$user = User::find($id);
$user->update($input);
DB::table('model_has_roles')->where('model_id',$id)->delete();
$user->assignRole($request->input('roles'));
return redirect()->route('users.index')
->with('success','User updated successfully');
}
/**
* Remove the specified resource from storage.
*
* @param int $id
* @return \Illuminate\Http\Response
*/
public function destroy($id)
{
User::find($id)->delete();
return redirect()->route('users.index')
->with('success','User deleted successfully');
}
}
app/Http/Controllers/ProductController.php
<?php
namespace App\Http\Controllers;
use App\Models\Product;
use Illuminate\Http\Request;
class ProductController extends Controller
{
/**
* Display a listing of the resource.
*
* @return \Illuminate\Http\Response
*/
function __construct()
{
$this->middleware('permission:product-list|product-create|product-edit|product-delete', ['only' => ['index','show']]);
$this->middleware('permission:product-create', ['only' => ['create','store']]);
$this->middleware('permission:product-edit', ['only' => ['edit','update']]);
$this->middleware('permission:product-delete', ['only' => ['destroy']]);
}
/**
* Display a listing of the resource.
*
* @return \Illuminate\Http\Response
*/
public function index()
{
$products = Product::latest()->paginate(5);
return view('products.index',compact('products'))
->with('i', (request()->input('page', 1) - 1) * 5);
}
/**
* Show the form for creating a new resource.
*
* @return \Illuminate\Http\Response
*/
public function create()
{
return view('products.create');
}
/**
* Store a newly created resource in storage.
*
* @param \Illuminate\Http\Request $request
* @return \Illuminate\Http\Response
*/
public function store(Request $request)
{
request()->validate([
'name' => 'required',
'detail' => 'required',
]);
Product::create($request->all());
return redirect()->route('products.index')
->with('success','Product created successfully.');
}
/**
* Display the specified resource.
*
* @param \App\Product $product
* @return \Illuminate\Http\Response
*/
public function show(Product $product)
{
return view('products.show',compact('product'));
}
/**
* Show the form for editing the specified resource.
*
* @param \App\Product $product
* @return \Illuminate\Http\Response
*/
public function edit(Product $product)
{
return view('products.edit',compact('product'));
}
/**
* Update the specified resource in storage.
*
* @param \Illuminate\Http\Request $request
* @param \App\Product $product
* @return \Illuminate\Http\Response
*/
public function update(Request $request, Product $product)
{
request()->validate([
'name' => 'required',
'detail' => 'required',
]);
$product->update($request->all());
return redirect()->route('products.index')
->with('success','Product updated successfully');
}
/**
* Remove the specified resource from storage.
*
* @param \App\Product $product
* @return \Illuminate\Http\Response
*/
public function destroy(Product $product)
{
$product->delete();
return redirect()->route('products.index')
->with('success','Product deleted successfully');
}
}
app/Http/Controllers/RoleController.php
<?php
namespace App\Http\Controllers;
use Illuminate\Http\Request;
use App\Http\Controllers\Controller;
use Spatie\Permission\Models\Role;
use Spatie\Permission\Models\Permission;
use DB;
class RoleController extends Controller
{
/**
* Display a listing of the resource.
*
* @return \Illuminate\Http\Response
*/
function __construct()
{
$this->middleware('permission:role-list|role-create|role-edit|role-delete', ['only' => ['index','store']]);
$this->middleware('permission:role-create', ['only' => ['create','store']]);
$this->middleware('permission:role-edit', ['only' => ['edit','update']]);
$this->middleware('permission:role-delete', ['only' => ['destroy']]);
}
/**
* Display a listing of the resource.
*
* @return \Illuminate\Http\Response
*/
public function index(Request $request)
{
$roles = Role::orderBy('id','DESC')->paginate(5);
return view('roles.index',compact('roles'))
->with('i', ($request->input('page', 1) - 1) * 5);
}
/**
* Show the form for creating a new resource.
*
* @return \Illuminate\Http\Response
*/
public function create()
{
$permission = Permission::get();
return view('roles.create',compact('permission'));
}
/**
* Store a newly created resource in storage.
*
* @param \Illuminate\Http\Request $request
* @return \Illuminate\Http\Response
*/
public function store(Request $request)
{
$this->validate($request, [
'name' => 'required|unique:roles,name',
'permission' => 'required',
]);
$role = Role::create(['name' => $request->input('name')]);
$role->syncPermissions($request->input('permission'));
return redirect()->route('roles.index')
->with('success','Role created successfully');
}
/**
* Display the specified resource.
*
* @param int $id
* @return \Illuminate\Http\Response
*/
public function show($id)
{
$role = Role::find($id);
$rolePermissions = Permission::join("role_has_permissions","role_has_permissions.permission_id","=","permissions.id")
->where("role_has_permissions.role_id",$id)
->get();
return view('roles.show',compact('role','rolePermissions'));
}
/**
* Show the form for editing the specified resource.
*
* @param int $id
* @return \Illuminate\Http\Response
*/
public function edit($id)
{
$role = Role::find($id);
$permission = Permission::get();
$rolePermissions = DB::table("role_has_permissions")->where("role_has_permissions.role_id",$id)
->pluck('role_has_permissions.permission_id','role_has_permissions.permission_id')
->all();
return view('roles.edit',compact('role','permission','rolePermissions'));
}
/**
* Update the specified resource in storage.
*
* @param \Illuminate\Http\Request $request
* @param int $id
* @return \Illuminate\Http\Response
*/
public function update(Request $request, $id)
{
$this->validate($request, [
'name' => 'required',
'permission' => 'required',
]);
$role = Role::find($id);
$role->name = $request->input('name');
$role->save();
$role->syncPermissions($request->input('permission'));
return redirect()->route('roles.index')
->with('success','Role updated successfully');
}
/**
* Remove the specified resource from storage.
*
* @param int $id
* @return \Illuminate\Http\Response
*/
public function destroy($id)
{
DB::table("roles")->where('id',$id)->delete();
return redirect()->route('roles.index')
->with('success','Role deleted successfully');
}
}
Step 9: Add Blade Files
In this step, we need to create following files as like listed bellow:
Theme Layout
app.blade.php
Users Module
index.blade.php create.blade.php edit.blade.php show.blade.php
Roles Module
index.blade.php create.blade.php edit.blade.php show.blade.php
Product Module
index.blade.php create.blade.php edit.blade.php show.blade.php
So, let's create following files:
resources/views/layouts/app.blade.php
<html lang="{{ app()->getLocale() }}">
<head>
<meta charset="utf-8">
<meta http-equiv="X-UA-Compatible" content="IE=edge">
<meta name="viewport" content="width=device-width, initial-scale=1">
<!-- CSRF Token -->
<meta name="csrf-token" content="{{ csrf_token() }}">
<title>{{ config('app.name', 'Laravel 8 User Roles and Permissions Tutorial') }}</title>
<!-- Scripts -->
<script src="{{ asset('js/app.js') }}" defer></script>
<!-- Fonts -->
<link rel="dns-prefetch" href="https://fonts.gstatic.com">
<link href="https://fonts.googleapis.com/css?family=Raleway:300,400,600" rel="stylesheet" type="text/css">
<!-- Styles -->
<link href="{{ asset('css/app.css') }}" rel="stylesheet">
</head>
<body>
<div id="app">
<nav class="navbar navbar-expand-md navbar-light navbar-laravel">
<div class="container">
<a class="navbar-brand" href="{{ url('/') }}">
Laravel 8 User Roles and Permissions - ItSolutionStuff.com
</a>
<button class="navbar-toggler" type="button" data-toggle="collapse" data-target="#navbarSupportedContent" aria-controls="navbarSupportedContent" aria-expanded="false" aria-label="Toggle navigation">
<span class="navbar-toggler-icon"></span>
</button>
<div class="collapse navbar-collapse" id="navbarSupportedContent">
<!-- Left Side Of Navbar -->
<ul class="navbar-nav mr-auto"></ul>
<!-- Right Side Of Navbar -->
<ul class="navbar-nav ml-auto">
<!-- Authentication Links -->
@guest
<li><a class="nav-link" href="{{ route('login') }}">{{ __('Login') }}</a></li>
<li><a class="nav-link" href="{{ route('register') }}">{{ __('Register') }}</a></li>
@else
<li><a class="nav-link" href="{{ route('users.index') }}">Manage Users</a></li>
<li><a class="nav-link" href="{{ route('roles.index') }}">Manage Role</a></li>
<li><a class="nav-link" href="{{ route('products.index') }}">Manage Product</a></li>
<li class="nav-item dropdown">
<a id="navbarDropdown" class="nav-link dropdown-toggle" href="#" role="button" data-toggle="dropdown" aria-haspopup="true" aria-expanded="false" v-pre>
{{ Auth::user()->name }} <span class="caret"></span>
</a>
<div class="dropdown-menu" aria-labelledby="navbarDropdown">
<a class="dropdown-item" href="{{ route('logout') }}"
onclick="event.preventDefault();
document.getElementById('logout-form').submit();">
{{ __('Logout') }}
</a>
<form id="logout-form" action="{{ route('logout') }}" method="POST" style="display: none;">
@csrf
</form>
</div>
</li>
@endguest
</ul>
</div>
</div>
</nav>
<main class="py-4">
<div class="container">
@yield('content')
</div>
</main>
</div>
</body>
</html>
resources/views/users/index.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Users Management</h2>
</div>
<div class="pull-right">
<a class="btn btn-success" href="{{ route('users.create') }}"> Create New User</a>
</div>
</div>
</div>
@if ($message = Session::get('success'))
<div class="alert alert-success">
<p>{{ $message }}</p>
</div>
@endif
<table class="table table-bordered">
<tr>
<th>No</th>
<th>Name</th>
<th>Email</th>
<th>Roles</th>
<th width="280px">Action</th>
</tr>
@foreach ($data as $key => $user)
<tr>
<td>{{ ++$i }}</td>
<td>{{ $user->name }}</td>
<td>{{ $user->email }}</td>
<td>
@if(!empty($user->getRoleNames()))
@foreach($user->getRoleNames() as $v)
<label class="badge badge-success">{{ $v }}</label>
@endforeach
@endif
</td>
<td>
<a class="btn btn-info" href="{{ route('users.show',$user->id) }}">Show</a>
<a class="btn btn-primary" href="{{ route('users.edit',$user->id) }}">Edit</a>
{!! Form::open(['method' => 'DELETE','route' => ['users.destroy', $user->id],'style'=>'display:inline']) !!}
{!! Form::submit('Delete', ['class' => 'btn btn-danger']) !!}
{!! Form::close() !!}
</td>
</tr>
@endforeach
</table>
{!! $data->render() !!}
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
@endsection
resources/views/users/create.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Create New User</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('users.index') }}"> Back</a>
</div>
</div>
</div>
@if (count($errors) > 0)
<div class="alert alert-danger">
<strong>Whoops!</strong> There were some problems with your input.<br><br>
<ul>
@foreach ($errors->all() as $error)
<li>{{ $error }}</li>
@endforeach
</ul>
</div>
@endif
{!! Form::open(array('route' => 'users.store','method'=>'POST')) !!}
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
{!! Form::text('name', null, array('placeholder' => 'Name','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Email:</strong>
{!! Form::text('email', null, array('placeholder' => 'Email','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Password:</strong>
{!! Form::password('password', array('placeholder' => 'Password','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Confirm Password:</strong>
{!! Form::password('confirm-password', array('placeholder' => 'Confirm Password','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Role:</strong>
{!! Form::select('roles[]', $roles,[], array('class' => 'form-control','multiple')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12 text-center">
<button type="submit" class="btn btn-primary">Submit</button>
</div>
</div>
{!! Form::close() !!}
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
@endsection
resources/views/users/edit.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Edit New User</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('users.index') }}"> Back</a>
</div>
</div>
</div>
@if (count($errors) > 0)
<div class="alert alert-danger">
<strong>Whoops!</strong> There were some problems with your input.<br><br>
<ul>
@foreach ($errors->all() as $error)
<li>{{ $error }}</li>
@endforeach
</ul>
</div>
@endif
{!! Form::model($user, ['method' => 'PATCH','route' => ['users.update', $user->id]]) !!}
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
{!! Form::text('name', null, array('placeholder' => 'Name','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Email:</strong>
{!! Form::text('email', null, array('placeholder' => 'Email','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Password:</strong>
{!! Form::password('password', array('placeholder' => 'Password','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Confirm Password:</strong>
{!! Form::password('confirm-password', array('placeholder' => 'Confirm Password','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Role:</strong>
{!! Form::select('roles[]', $roles,$userRole, array('class' => 'form-control','multiple')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12 text-center">
<button type="submit" class="btn btn-primary">Submit</button>
</div>
</div>
{!! Form::close() !!}
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
@endsection
resources/views/users/show.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2> Show User</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('users.index') }}"> Back</a>
</div>
</div>
</div>
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
{{ $user->name }}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Email:</strong>
{{ $user->email }}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Roles:</strong>
@if(!empty($user->getRoleNames()))
@foreach($user->getRoleNames() as $v)
<label class="badge badge-success">{{ $v }}</label>
@endforeach
@endif
</div>
</div>
</div>
@endsection
resources/views/roles/index.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Role Management</h2>
</div>
<div class="pull-right">
@can('role-create')
<a class="btn btn-success" href="{{ route('roles.create') }}"> Create New Role</a>
@endcan
</div>
</div>
</div>
@if ($message = Session::get('success'))
<div class="alert alert-success">
<p>{{ $message }}</p>
</div>
@endif
<table class="table table-bordered">
<tr>
<th>No</th>
<th>Name</th>
<th width="280px">Action</th>
</tr>
@foreach ($roles as $key => $role)
<tr>
<td>{{ ++$i }}</td>
<td>{{ $role->name }}</td>
<td>
<a class="btn btn-info" href="{{ route('roles.show',$role->id) }}">Show</a>
@can('role-edit')
<a class="btn btn-primary" href="{{ route('roles.edit',$role->id) }}">Edit</a>
@endcan
@can('role-delete')
{!! Form::open(['method' => 'DELETE','route' => ['roles.destroy', $role->id],'style'=>'display:inline']) !!}
{!! Form::submit('Delete', ['class' => 'btn btn-danger']) !!}
{!! Form::close() !!}
@endcan
</td>
</tr>
@endforeach
</table>
{!! $roles->render() !!}
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
@endsection
resources/views/roles/create.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Create New Role</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('roles.index') }}"> Back</a>
</div>
</div>
</div>
@if (count($errors) > 0)
<div class="alert alert-danger">
<strong>Whoops!</strong> There were some problems with your input.<br><br>
<ul>
@foreach ($errors->all() as $error)
<li>{{ $error }}</li>
@endforeach
</ul>
</div>
@endif
{!! Form::open(array('route' => 'roles.store','method'=>'POST')) !!}
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
{!! Form::text('name', null, array('placeholder' => 'Name','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Permission:</strong>
<br/>
@foreach($permission as $value)
<label>{{ Form::checkbox('permission[]', $value->id, false, array('class' => 'name')) }}
{{ $value->name }}</label>
<br/>
@endforeach
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12 text-center">
<button type="submit" class="btn btn-primary">Submit</button>
</div>
</div>
{!! Form::close() !!}
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
@endsection
resources/views/roles/edit.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Edit Role</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('roles.index') }}"> Back</a>
</div>
</div>
</div>
@if (count($errors) > 0)
<div class="alert alert-danger">
<strong>Whoops!</strong> There were some problems with your input.<br><br>
<ul>
@foreach ($errors->all() as $error)
<li>{{ $error }}</li>
@endforeach
</ul>
</div>
@endif
{!! Form::model($role, ['method' => 'PATCH','route' => ['roles.update', $role->id]]) !!}
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
{!! Form::text('name', null, array('placeholder' => 'Name','class' => 'form-control')) !!}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Permission:</strong>
<br/>
@foreach($permission as $value)
<label>{{ Form::checkbox('permission[]', $value->id, in_array($value->id, $rolePermissions) ? true : false, array('class' => 'name')) }}
{{ $value->name }}</label>
<br/>
@endforeach
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12 text-center">
<button type="submit" class="btn btn-primary">Submit</button>
</div>
</div>
{!! Form::close() !!}
@endsection
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
resources/views/roles/show.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2> Show Role</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('roles.index') }}"> Back</a>
</div>
</div>
</div>
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
{{ $role->name }}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Permissions:</strong>
@if(!empty($rolePermissions))
@foreach($rolePermissions as $v)
<label class="label label-success">{{ $v->name }},</label>
@endforeach
@endif
</div>
</div>
</div>
@endsection
resources/views/products/index.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Products</h2>
</div>
<div class="pull-right">
@can('product-create')
<a class="btn btn-success" href="{{ route('products.create') }}"> Create New Product</a>
@endcan
</div>
</div>
</div>
@if ($message = Session::get('success'))
<div class="alert alert-success">
<p>{{ $message }}</p>
</div>
@endif
<table class="table table-bordered">
<tr>
<th>No</th>
<th>Name</th>
<th>Details</th>
<th width="280px">Action</th>
</tr>
@foreach ($products as $product)
<tr>
<td>{{ ++$i }}</td>
<td>{{ $product->name }}</td>
<td>{{ $product->detail }}</td>
<td>
<form action="{{ route('products.destroy',$product->id) }}" method="POST">
<a class="btn btn-info" href="{{ route('products.show',$product->id) }}">Show</a>
@can('product-edit')
<a class="btn btn-primary" href="{{ route('products.edit',$product->id) }}">Edit</a>
@endcan
@csrf
@method('DELETE')
@can('product-delete')
<button type="submit" class="btn btn-danger">Delete</button>
@endcan
</form>
</td>
</tr>
@endforeach
</table>
{!! $products->links() !!}
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
@endsection
resources/views/products/create.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Add New Product</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('products.index') }}"> Back</a>
</div>
</div>
</div>
@if ($errors->any())
<div class="alert alert-danger">
<strong>Whoops!</strong> There were some problems with your input.<br><br>
<ul>
@foreach ($errors->all() as $error)
<li>{{ $error }}</li>
@endforeach
</ul>
</div>
@endif
<form action="{{ route('products.store') }}" method="POST">
@csrf
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
<input type="text" name="name" class="form-control" placeholder="Name">
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Detail:</strong>
<textarea class="form-control" style="height:150px" name="detail" placeholder="Detail"></textarea>
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12 text-center">
<button type="submit" class="btn btn-primary">Submit</button>
</div>
</div>
</form>
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
@endsection
resources/views/products/edit.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2>Edit Product</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('products.index') }}"> Back</a>
</div>
</div>
</div>
@if ($errors->any())
<div class="alert alert-danger">
<strong>Whoops!</strong> There were some problems with your input.<br><br>
<ul>
@foreach ($errors->all() as $error)
<li>{{ $error }}</li>
@endforeach
</ul>
</div>
@endif
<form action="{{ route('products.update',$product->id) }}" method="POST">
@csrf
@method('PUT')
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
<input type="text" name="name" value="{{ $product->name }}" class="form-control" placeholder="Name">
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Detail:</strong>
<textarea class="form-control" style="height:150px" name="detail" placeholder="Detail">{{ $product->detail }}</textarea>
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12 text-center">
<button type="submit" class="btn btn-primary">Submit</button>
</div>
</div>
</form>
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
@endsection
resources/views/products/show.blade.php
@extends('layouts.app')
@section('content')
<div class="row">
<div class="col-lg-12 margin-tb">
<div class="pull-left">
<h2> Show Product</h2>
</div>
<div class="pull-right">
<a class="btn btn-primary" href="{{ route('products.index') }}"> Back</a>
</div>
</div>
</div>
<div class="row">
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Name:</strong>
{{ $product->name }}
</div>
</div>
<div class="col-xs-12 col-sm-12 col-md-12">
<div class="form-group">
<strong>Details:</strong>
{{ $product->detail }}
</div>
</div>
</div>
@endsection
<p class="text-center text-primary"><small>Tutorial by ItSolutionStuff.com</small></p>
Step 10: Create Seeder For Permissions and AdminUser
In this step we will create seeder for permissions, Right now we have fixed permission so we create using seeder as listed bellow, but if you can add more permission as you want:
1.role-list
2.role-create
3.role-edit
4.role-delete
5.product-list
6.product-create
7.product-edit
8.product-delete
So, first create seeder using bellow command:
php artisan make:seeder PermissionTableSeeder
And put bellow code in PermissionTableSeeder seeder this way:
database/seeds/PermissionTableSeeder.php
<?php
namespace Database\Seeders;
use Illuminate\Database\Seeder;
use Spatie\Permission\Models\Permission;
class PermissionTableSeeder extends Seeder
{
/**
* Run the database seeds.
*
* @return void
*/
public function run()
{
$permissions = [
'role-list',
'role-create',
'role-edit',
'role-delete',
'product-list',
'product-create',
'product-edit',
'product-delete'
];
foreach ($permissions as $permission) {
Permission::create(['name' => $permission]);
}
}
}
After this we have to run bellow command for run PermissionTableSeeder seeder:
php artisan db:seed --class=PermissionTableSeeder
Now let's create new seeder for creating admin user.
php artisan make:seeder CreateAdminUserSeeder
database/seeds/CreateAdminUserSeeder.php
<?php
namespace Database\Seeders;
use Illuminate\Database\Seeder;
use App\Models\User;
use Spatie\Permission\Models\Role;
use Spatie\Permission\Models\Permission;
class CreateAdminUserSeeder extends Seeder
{
/**
* Run the database seeds.
*
* @return void
*/
public function run()
{
$user = User::create([
'name' => 'Morris Muthigani',
'email' => 'admin@gmail.com',
'password' => bcrypt('123456')
]);
$role = Role::create(['name' => 'Admin']);
$permissions = Permission::pluck('id','id')->all();
$role->syncPermissions($permissions);
$user->assignRole([$role->id]);
}
}
php artisan db:seed --class=CreateAdminUserSeeder
Now we are ready to to run full example of ACL. so let's run our example so run bellow command for quick run:
php artisan serve
Access By
";s:10:"short_desc";N;s:10:"updated_at";s:19:"2023-10-05 10:16:36";s:10:"created_at";s:19:"2023-06-20 10:51:27";s:7:"user_id";N;s:4:"name";s:24:"Morris Muriuki Muthigani";s:8:"postlike";i:0;s:10:"postunlike";i:0;s:9:"user_name";s:10:"mmuthigani";s:11:"cover_image";s:64:"laravel-8-user-roles-and-permissions-tutorial6F3605403552478.png";s:4:"tags";s:7:"laravel";s:11:"likes_count";i:117;}s:10:" * changes";a:0:{}s:8:" * casts";a:0:{}s:17:" * classCastCache";a:0:{}s:21:" * attributeCastCache";a:0:{}s:13:" * dateFormat";N;s:10:" * appends";a:0:{}s:19:" * dispatchesEvents";a:0:{}s:14:" * observables";a:0:{}s:12:" * relations";a:0:{}s:10:" * touches";a:0:{}s:10:"timestamps";b:1;s:13:"usesUniqueIds";b:0;s:9:" * hidden";a:0:{}s:10:" * visible";a:0:{}s:11:" * fillable";a:0:{}s:10:" * guarded";a:1:{i:0;s:1:"*";}}i:8;O:15:"App\Models\Blog":30:{s:13:" * connection";s:5:"mysql";s:8:" * table";s:5:"posts";s:13:" * primaryKey";s:2:"id";s:10:" * keyType";s:3:"int";s:12:"incrementing";b:1;s:7:" * with";a:0:{}s:12:" * withCount";a:0:{}s:19:"preventsLazyLoading";b:0;s:10:" * perPage";i:15;s:6:"exists";b:1;s:18:"wasRecentlyCreated";b:0;s:28:" * escapeWhenCastingToString";b:0;s:13:" * attributes";a:16:{s:2:"id";i:41;s:4:"slug";s:54:"why-laravel-is-the-secured-framework-for-sql-injection";s:5:"title";s:55:"Why Laravel is the Secured Framework For SQL 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SQL Injection is a type of cyber attack that makes it possible to execute criminal SQL statements. These statements control the database server behind any web application. Hackers can use SQL Injection vulnerabilities to destroy application security measures. They can go around authentication of a web page and retrieve the content of the whole SQL database. They can also use SQL Injection to add, delete and modify records in the database. The best cyber security company that you approach will always provide the best to protect your database from SQL injection and attacks.
An SQL Injection vulnerability may affect any website that uses an SQL database such as MySQL, Oracle, or others. Criminals may use it to gain unauthorized access to your personal and highly important data like:
SQL Injection attacks are one of the oldest and very dangerous web application vulnerabilities. Cyber security service providers will help you with this serious problem.
Laravel is a web app development framework with expressive and royal syntax that makes the entire web development process faster, simple, and more enjoyable for developers by eliminating all the pain points associated with handling the most complex PHP code.
It simplifies some of the mostly executed tasks like routing, authentication, sessions, caching, and others so that developers can focus on building most business-related features of the web application. Laravel protects the web apps from SQL injection as long as you're using the fluent query builder.
Laravel does this by making secured and prepared statements that are going to escape any user input that may come in through the apps. If attackers add a new input to a form, they may try to insert a query and then run their own SQL query to damage your application database. However, this won't work while you are using Eloquent. Eloquent is going to protect from this SQL query and the invalid query will just be saved as text into your database.
Developers usually make mistakes by thinking Laravel protects from all SQL injections and attacks, while there are some attack points that Laravel cannot protect, here are the most common causes of SQL injections that we saw in the latest Laravel applications during our security Checks.
The first common mistake that we see is that a lot of people think that Laravel would escape any dimension that is passed to Query Builder or Eloquent. But in reality, it’s not that safe to pass user-controlled column names to the query builder.
It’s important to mention that the demonstrated attack point is fixed on the Laravel versions, but still, Laravel warns developers even in the new documentation to not pass user-controlled column names to Query Builder without whitelisting.
Commonly, even if there is no chance to turn a custom column into an injected SQL string, we still do not recommend allowing to sort the data by any user-provided column name, since it can introduce a dangerous security issue.
Let’s take a look at the following simplified validation code:
$id = $request->route('id');
$rules = [ 'username' => 'required|unique:users,name,' . $id,];
$validator = Validator::make($request->post(), $rules);Whether Laravel uses $id here to command that database and $id is not escaped, it will allow a hacker to perform an SQL injection.
Laravel’s Eloquent ORM uses PDO binding that protects web apps from SQL injections. This relevant feature ensures that no client could modify the intent of the SQL queries.
Consider the example of the form used to collect users’ email addresses from a database. the form will search for an email address, for instance, “abc@example.com”. Now imagine that the SQL query is modified to:
SELECT * FROM users WHERE email = 'abc@example.com' or 1=1In the above example, 1=1 is a simple expression that always evaluates to be true. If it is attached to the above query with the OR condition, the query will fetch all records from the table because the SELECT condition will evolve to be always true.
Now consider another direction of the attack in which the query is modified directly to the command “drop table users” and instead of the email address, “abc@example.com” is written. The query will look like this:
SELECT * FROM users WHERE email = 'abc@example.com'; drop table users;When this query is executed, the table “users” will be deleted from the database.
When the PDO parameter binding is in place, the input is in quotes and the query will look like this:
SELECT * FROM users WHERE email = 'ancy@example.com or 1=1'Since no records will match with either the email or the “1=1”, the query will not be returning anything.
This framework provides other ways of talking to databases, such as raw SQL queries. Yet, Eloquent remains one of the most popular options.
Laravel framework uses PDO binding to prevent SQL injection attacks because no variable gets to the database without validation.
If this is the case, one should always use prepared SQL queries to prevent misplacement. Consider the following statement that looks ripe for SQL injection:
Route::get('this-is-prone-to-sql-injection', function() {
$name = "'ancy' OR 1=1";
return DB::select(
DB::raw("SELECT * FROM users WHERE name = $name"));});Here the statement 1=1 used in the OR condition will result in returning all the rows in the user’s table. This can be prevented by using the following code instead:
Route::get('safe-from-sql-injection', function() {
$name = "'ancy' OR 1=1";
return DB::select(
DB::raw("SELECT * FROM users WHERE name = ?", [$name]));});Laravel replaces the question marks with the query, automatically escaping the input variables. This protects the query from SQL injection attacks.
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rirq4q6uKurirq4q6uKurirq4q6uKurirq4q6uKrXoUIIqD1+WEIIsPlXRI5fJ/56pb0ZI01JoOIZXZob4/DVj7ycmzeGsuAnydDGRx6in1WCc0Tv28VdirsVad1RSzbKBUnwAxV4T53/wCclLaF2tfKlubho5Pj1CdaRsI3+NY4zRm5U4cz8Pxc82eHs8yFl1WbtHhNAPbNLvob/Tra+hYPDcxJLG6mqlXAIIPhmvnHhkR3OxxT4og96LrkGx1cUW7FL//U9U4q7FXYq7FXHE8lfN35x/8AKf3f/GGH/jbOe1394+rey3+Jj3l6D+Qf/KM3n/MW/wDxBMz+zfoPveV9r/8AGB/VenjpmxeTcR92GlDCPOP5UeX/ADAr3EK/UNRO4nhACsf8tO/zzDzaOM/Iu+7N9oc+m2J44f0v968R81eSPMHl2dk1G35Wo2S9j+KIg+Jp8B9mzTZ9PPGfJ9B0HbWDUj0mpfzXeV/PHmPy3MGsLhmtu9nKS0LV8FP2fmuHDqpw9yO0exMGpFkcMv6L1uw/PHyvJpD3N4s0F7EBys1XmXb/AIrYbU/1uObKPaWOt7eJz+y2ohkERUoS/i/4p515v/NXzDr7vBDIbDTjUCCIkOy/5bihP0ZhZteZ8vSHq+y/ZvDpwJS9c/6TF9F0LVtauVtNKtXuJK0IQUVB4s2yoPnmPj08p8nb6zX4dNG5EReyeTfyTsLDhda+6390OlqpIgX57Bn+n4c22DQRj9TwXantRky+nF6I/wA7+N6fFbwwxJFCixxIAqIoAUAdgBtmeAByeUlMyNk7qi7bYWLHPzD/AOUL1n/mGf8AVlWf6C7Hsr/GYf1nzNof/HT03/mIg/5OLnNR+oPrWv8A7o/1X15H9hfkP1Z1Q5Pip5t4UOxV2KuxVRvLy2s7aS5upVht4hyklchVUe5OAkAWWePHKchGIsl5N5x/PCKNXtPLSiaTcNqEo/dj/jGmxb/WbNZqddW0HsOy/ZWcyJZto/zf4nkOo6lqOq3v1q+uJLq7b4VZyWb4j9lQP+IqM1GSRmd3ucelw6eIEQIRZv5O/J7XdXMd1qQOn6e25DAidxsdkI+Dbu3/AAOZWDs4z+rYOg7T9p8WG44v3k/9i9r8ueUdC8vW4h0y2WEkAPMfikendnPxZusOAY+QfP8AW9oZtQbmb/3Kc03zIcNvAh2Kt4q7FWqHFWOeavIHl3zJE31y3CXVKJdxfDIPDcfa/wBllOXTwnzDtOz+18+llcT6f5svpeIebvyq8w+XmaeNDf2AJIuIhyZQO7oNx/seWabU6OUOT6B2Z7S4c4Al6Jsc0TzDrGiXn1nSrpreUGrhT8D07Op+FvpzEx6mUDsXaavs/BqoVIA/0nsvk/8AO7Sr7haa+osLxjxFwP7hj7k7p9ObnT9oQnsdi8J2n7K5cXqxfvIf7N6fFJHJGskbB0YVVgagg9wRmwBt5MxINEU2cKHYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXHpir5r/5yR025sfOlhrcLtGbu1VIZVbiUltXLArQ8v8AdnLlm57ONx4XSdojhkJB775U1X9LeW9M1L1PVN3bRSPJQqCxUcjQgU+LNVmHDMh22EmUAU4GVtrsVdiriAQQRUHqMVfF/wCZ2hfobz/rllHGYrf6wZ7dCF+xOBLtxAAUOzhV/lzpdLISxgvM6nGRMvon8hdbTUvy6sIubPLp5ezl5kEqI2PAADooTjx5ZpdXjMZnzd1o8oMAO56NmI5bsVb7Yq//1fVOKuxV2KuxVxxPJXzd+cf/ACn93/xhi/42zntd/eF9W9lv8THvL0L8hP8AlGbz/mLb/iCZn9m/Qfe8r7X/AOMD+q9OXNk8m3irjiqjdWtvcwvBcRLNDIOLxuAykHsQchIAiiNmcMkoEGJ4SHlXnD8jbS4El35dkFpMSWayf+6Psh6p/wARzW5+zwfp2eu7L9qp4yI5fXH+d/E8WkR4ZJIpNmiYo/cVU0Oaaca2L6HjmMkRIcpPTfIf5NyavaQaprE/pWMwEkNvC37x17c2/Zr/AJObLS9n8QEpPH9se0/gk4sQ9cfTxSez6PoelaRaLaadax2sC9FjAFfc+ObmMBHkKeD1GqyZpcUzxFHgUybQ3XAh1RirG/zDH/Ol6x/zDP8AqyrP9Bdj2V/jMP6z5m0T/jqab/zEQf8AJxc5qP1B9a1/90f6r68j+wvyH6s6ocnxU828KHYq7FXYq8u/P26uY/LljbxuViuLoCda/aCRuwH/AAQGa7tGREKer9kscTqCSN4h4VTYfcM0MTQfTLNs5/LHzV5T0O+/3MafyuXb9zqZ/eemCOhU/ZH+UuZ+hywBsvL+0PZ2qzxvFL0dcb6C0/ULG/tUubGdLi3cVSSMgg5vYSBFh81y4p45VMcJRWWNbsVdgQ7FW8VdirsCurhVLta13RtHsjdancx28HYud29lXqcqy5RAWXI02lyZZcOMWXzh5+13y5rOrm40XT/qign1Zz8Jl9+A+Fc5/Uzxz+kU+qdi6HPgh+9lxf0f5rGGWo3zD4XdiT6T/KGaWXyHpxkYt6YaNKmtFViAPozqNJ/dB8h9oICOrmAzPMl0zsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdtgJV2FVC71Cxs4zJd3EdvGAWLysqCiipPxEdMIBPJiZAcywvzB+dv5caMrrLqi3dwtB9XtFMrnkKjcfDT/ZZk49HklyDjz1uOHV4j+bv5saR53sdPtbLTZLdrOYztczMpahUqYgAPstXkf9XNnpNJLGbLq9bqxkoB6r/zjpr8mo+Rjp88oebSrh4EXfkIG+OOte3xFEp+ymYPaEAMm3Vzuz5kweq5gOwdirq4q7FXzf8A85M6L6HmHTNZjSiXsDwTFVoA8DAqWbuzrJ8P/GPNv2dkNUXR9pxo2EX/AM4wa56d7rOhyNRZwl7bpTqwHpyb/wCqsfw4O0cZ+roy7MyCq6voTNS7gOxS32xV/9b1TirsVdirsVccTyV83fnH/wAp/d/8YYv+Ns5/Xf3hfVvZb/Ex7y9C/IT/AJRm8/5i2/4gmZ3Zv0H3vK+1/wDjA/qvTl75snk28CuxV2KrZf7tvlimPN8gar/x0b//AIzy/wDEjnLZ/qPvfbdB/cR/qvqH8vyT5L0ev/LMv8c6LS/3Ufc+R9s/43k/rJ/mQ612KuxV2Ksd/MP/AJQrWP8AmGf9WU6j6C7Hsr/GYf1nzLon/HV07/mJg/5OLnNR+oPrWv8A7k/1X15H9hfkP1Z1Q5Pip5t4UOxV2KuxV5V/zkB/xxdL/wCYo/8AJp81vaf0B672Q/vz7nl3kby5b+YvMMWlXErQpLHIwlTchkAI65qdNg8Q09n212hLS4eOI4kZ5s/LTzJ5c5TSxfWrCppeQiqgf5a/aT/iOS1Ojlj3HJx+zfaHBqfTfBP+alGg+add0CdZ9JuzAWNXiPxROB2Kf805HDqJwOzma3szBqR6xf8ASe0eTvzm0XVQlrrFNO1A0UMT+5c/5Lfs/Js3GDXxlsdi8H2n7M5sFyx/vMf+yejLIjKrKwZW3DDcEZniQLzBiRsuwhi7FW8VdXAUBSuLq2tommuJFiiQFmdyAAB3NcBNNkMcpGgLLyvzh+eNjbCW18uL9duB8JvGBECnxWv95T2+HNfqO0Ix+l6zsr2Vnl9WY8Ef5rx3W9b1bWb03epXT3MzdOX2V9lXouaWeSUzcjb3ul0WDTwqIEAy3yb+UXmDXuNzeFtO04kH1JR+9df8iP3/AJn45nYOzpS3l6Q6LtH2nxae4w/eT/2LF/MOnR6ZreoafCWaG0naKNnNWKr0Jp45hZoCMiB0d72fmOXFGZ5ziJPf/wAm6/4Bsa/zS/8AEznQaL+6D5f7R/45Nm2Zbo3Yq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FW6Yq1g4laJAw0i1sk8MaGSR1RAKlmNBQd98IBXiDEvMH5ufl9oVBeaxC8p6QW1biTcEiqxBiK075fj005cg489XjjzLz3Wv8AnJ7T4mZdH0aW5O3F7pxCvuCF5v8AL4cyodl3zLhT7To7B59rv58/mPqwKx3cWmQliQlolHAJqoMjcq8afy5lw0MI9OJxMmvnLkeFg+r61q+r3BuNUvZ76Y9XnkL9guy7INlHRczIQERsHDnMyNkoKhpQbDwG36ssBKDThscKHsX/ADjTrk1v5tvtHLgW99amcKzAfvYGAHFf2iyO1f8AUzW9qQHCCObsuy5njIPJ9HXepWFnEZbu5jt4gQC8jBVBPQVJ75pREl3fEGJ6x+c35baTMIbnWYpJuTK0dsr3DKUFTyEQfj9OXx0mQ8g489ZjjzLC9X/5yd8tQScdM026vVq4MjcIRQfYIDHlRvlmTDs2fVw59px6Bheqf85K+d7mRhp9pZ2ERUruHnbkf2gx9Ony45lR7NiOe7Qe0pdGAeY/O/mzzKYxrepSXkUZ5JCyqiK9OPJVXuR13zKx4Iw5Bws+cz5pp+UOtjRvzI0a6kYJFPIbOZ2qQEmWg6d+SoMq12MnHs39nzEZ7vsfpnPPROxVvtir/9f1TirsVdirsVccTyV83fnH/wAp/d/8YYv+Ns5/Xf3hfVvZb/Ex7y9C/IT/AJRm8/5i2/4gmZ3Zv0H3vK+1/wDjA/qvTl75snk28VdirsCrZP7tvlimPN8g6qCNRv8A/jPL/wASOctn+o+99r0H9xH+q+n/AMv/APlC9H/5h1/jnRaT+6j7nyXtn/G8n9ZkFMyHWupirsVdirHfzD/5QrWP+YZ/1ZTqPoLseyv8Zh/WfMuif8dTTf8AmJg/5OLnNR+oPrWv/uT/AFX15H9hfkP1Z1Q5Pip5t4UOxV2KuxV5V/zkB/xxdL/5ij/yafNb2n9Aeu9kP78+5gv5N/8AKeWv/GGb9QzC7M+t6T2r/wAVPvfRbIjoUdQysKFTuDm9D5dxEGw8684fkxouqepd6Px06+IJ9NR+4dv8pf2PmmYWfQQny2L0vZvtLlw1HJ+8h/sni3mDyvrmgXP1XV7VoST+7m6xSU/lfp/sTmmzaWWM7jZ9A0XaWDVC4S/zU48p/mV5j8uskSSfW7AGjWkxqAP8h92T/P4csw62WM89nB7T7Aw6ncejJ/Oe4eUfzG8ueZVCW83oX1Pjs5vhev8Ak9n/ANjm7waqOT3vnnaHY2fSm5C4/wA5lNVzJdXTdRihg/nP81dA8vq8EDDUNSG31aFhRT/xY/Rfl9rMPU6wY9ubvuzewc2pNkeHj/nSeIeaPPPmLzNNXUJuMHVLKL4YVHao/bP+U+abPq8kvc+g9ndjYdINhxS/nLPLPknzF5kbjplvxt0+F7uUFIl+mnx/7HHBgll6M+0O2MGlFSPq/mPb/J/5TaDoHC6nUX+orQieVQVRvGNDUL8/tZt8OihDzL572n7QZtT6R6Mf81nCLQUAoPDM10BfK3ng/wDO361/zFv+vOY1P95L3vsnYv8Ai0P6kXuv5OH/AJ0Gx/1pf+JnN7ov7sPm/tH/AI5Nm2ZbonYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FW6Yq0cVdUYrTRZVBZiAo3JPQDEIJDHdc/MbyNoZVdT1m3gdqUjVjK+/QlYg7Bf8AKpxy+OmyS5BpnqcceZYBr3/OS3lS0BTR7O41OYE0ZgLeLZgPtHm+4qy/u8ycXZ85fVs4mXXxH0+p5zr3/OQ3n7UXdbJodJt3BVUgQSyKAxIb1JK/FSi/Y4/5OZ2PQQjz3cQ9oz6ME1zzX5k12YS6vqVxeOpqqySMEUkUPFF4otR14rmVDBAchThz1Eid0qAoKKOI8BsPwyQFNPNvfJKW+2LGmsKtimBLtq4UgorS9Vv9Kvkv9Pna2vI1ZY50pyUOvFqE9NjkcmMSG7KGQx5KV9f319K8t9czXcklDI88jyliOhbmTXIiI5UjxJKK0AC9FGwHhkzEDkiUyebjTJBDhhVvAhfFO9tNHcx15wOkqlSVaqMG2I6HbKpgyFMoS4S+4/L+pxapoVhqETBkuoI5AQ3MVZRUcv2qHOZyR4ZEPVYZcUQUwyDY32xV/9D1TirsVdirsVccTyV83fnH/wAp/d/8YYv+Ns5/Xf3hfVvZb/Ex7y9C/IT/AJRm8/5i2/4gmZvZv92fe8r7X/4wP6r05e+bN5NvFXYq7FVsn2DiUjm+QtX/AOOlf/8AGeX/AIkc5XP9R977XoP7iP8AVfT3kD/lC9H/AOYdc6PSf3Ufc+S9s/43k/rMhy91rsVaxV2Ksc/MP/lC9Y/5hn/VlOo+gux7K/xmH9Z8zaH/AMdPTf8AmIg/5OLnNR+oPrWv/uj/AFX15H9hfkP1Z1Q5Pip5t4UOxV2KuxV5V/zkB/xxdL/5ij/yafNb2n9Aeu9kP78+5gv5N/8AKeWv/GGb9QzC7M+t6T2r/wAVPvfRq9s3gfLS2emTKobUNM0/UrV7S/gS4t5AQ0cigih+eRnASFFsw5p4pcUCYl5D5w/I1oy135aesY66fIf+IP8A8anNXm7NHOL23ZvtZtw5x/nvJ7qz1DTb5obmOW1vIWrwYFGUjoRmsnxYzT2eLNh1EdiJxeheTvzp1jSkW11tW1GzUUSYf36/M/tjMzF2mYipbvM9p+ymPIeLCfDl/N/hQXnH83PMWvCW1sWOm6cxpxjP75l8GcePtlWbXyny9Lk9mezGHBUsn7zJ/sWIaRpGqatdfU9NtZLm5c1og5AeJc/sj55jjHOZ23d1qtXh08bmRGL2Hyf+R9lbiO78xuLufZlsl2iT/WP7ebTT9niP1+p4ftP2qnO4YfRD+d/E9UgtreCJYYY1jiUUVFAAAHsM2cQByDyEpykbJsquSYOxV8peef8AlMNb/wCYuT9ecxqP7yXvfZexP8Wx/wBSL3X8m/8AlAbH/Wl/4mc3ui/uw+b+0f8Ajk2bjMt0TsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdiVdirgRXFUk1jzx5Q0ZS2qaxa2gDBCJJFryYcgKCp6ZbHBOQsAtMs8ImiXn+sf85I+SrQEafFc6nJx5LwQRITWnEs/2fHMrHoJkb7OJk7RjE0PU8/8AMX/OSnmy+5R6RaQ6VDuEdx681DSh3+AMvtmVj7PA+rdxMvaUj9OzAtf8++cfMD8tU1e4mQ9IEYxRD4eJoiUG465l49NCPIOBPVTmd0iHT5dD1P3nMkMStqTihs4FLWBDsVdirsKuwodirsKuxVrAh2Kt4UuxVvFWnrQUNN8VfU3/ADjzrK6h+XsNt6jPPpk0ls6ua8VryQD/ACf5c5ztCFTvvej7PneOu56gpqK5hg2HNIXdsKH/0fVOKuxV2KuxVxxPJXzd+cf/ACn93/xhi/42zn9d/eF9W9lv8THvL0L8hP8AlGbz/mLb/iCZm9m/3Z97yvtf/jA/qvTl75s3k28VdirsVWyfYOJSOb5C1f8A46V//wAZ5f8AiRzlc/1H3vteg/uI/wBV9PeQP+UL0f8A5h1zo9J/dR9z5L2z/jeT+syHL3WuxVrFXYqxz8w/+UL1j/mGf9WU6j6C7Hsr/GYf1nzNof8Ax09N/wCYiD/k4uc1H6g+ta/+6P8AVfXkf2F+Q/VnVDk+Knm3hQ7FXYq7FXlX/OQH/HF0v/mKP/Jp81vaf0B672Q/vz7mC/k3/wAp5a/8YZv1DMLsz63pPav/ABU+8Po1egzeB8tLeWJdgQ44qRaTeYvKWg+YLcw6narKf2Jh8MiH/Jcb5TkxRmKIc3R9oZtPISgf+JfO/wCYHk5PKuu/UY52nglj9aJiKEAmnFs57WacY5bPqPYXaZ1eHiIqQKZ/ll5BtvNNxcS3k7RWdmUEkcf23L16N+yBTL9HphPcuF7Qdty0lRgPVJ75ovl7RtFtVtdMtUtolArwG7U7s3Vj883kMcYcg+b6nV5c8uKZ4imeTpxnY0rsVdir5S88/wDKYa3/AMxcn685jUf3kve+y9if4tD+pF7r+Tf/ACgNj/rS/wDEzm90X92Hzf2j/wAcmzcZluidirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVd74q6oxVLtT8x6Bpac9R1K2s05Bazyog5EVA+Ijc5YMUjyDWc0BzLAda/5yI/L2wBFnLPqctCVW3jIUkNSnOTgo6csyYaGcnGlr4B59r3/OTXmSadl0TTLe0tiGCyXLGWWhPwsVTiqmn7PJszIdmxrcuHPtKV7cnn2sfmd5/1hj9d1y59MtzEMB+rxgkUoBHR+NP2WdszIaWEegcLJqpyN2xltyzklpGoC7fExA6Dkd8vEaaJSJ5tqaDFi0wrirSjFV4whXUxW2iDhpLX8Mgh1RirsVdhV2KHYVdhV2KtYEOxVvG027CqN0zSNV1S4W302znvZyaelbxtI3QsdlB/ZBOQnkjHmaZwxylyFpp5g8g+bPL+mwajrWnvZW10/pQ+oy8+XEMOSqSUr4PxbIQzwkaBtlLBOPMPRv8AnGPWltvMWqaOzkLfW63EaU6yQmleX+oTtmv7ShYBdl2bOjwvo8Upt0zT1TuLtd2xV//S9U4q7FXYq7FXHE8lfN35x/8AKf3f/GGL/jbOf1394X1b2W/xMe8vQvyE/wCUZvP+Ytv+IJmb2b/dn3vK+1/+MD+q9OXvmzeTbxV2KuxVbJ9g4pjzfIOrf8dK/wD+M8v/ABI5yuf6j732vQf3Ef6r6g8g/wDKF6P/AMw6/wAc6LS/3Ufc+S9s/wCN5P6zIMyHWuxVrFXYqx38w/8AlCtY/wCYZ/1ZTqPoLseyv8Zh/WfMuif8dXTv+YmD/k4uc1H6g+ta/wDuT/VfXkf2F+Q/VnVDk+Knm3hQ7FXYq7FXlX/OQH/HF0v/AJij/wAmnzW9p/QHrvZD+/PuYJ+Tv/KeWn/GGb9QzC7M+t6T2r/xUvo4dBm9fLS3klbpgV2KtHphCQ8E/Pn/AJSu1/5hR/xLND2n9b6N7Hf3J/rJ1/zj9/vPq/8Arw/8bZk9l8i6z20/vI+56+OubQvGDkuwodirsVdir5T88/8AKYa3/wAxcn685fUf3kve+y9if4tD+pF7r+Tf/KA2P+tL/wATOb3Rf3YfN/aP/HJs3GZbonYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FULe6pptivO+uobWIEAyTSJGKt0FWI65IQJ5BjKcRzLBtb/Pj8uNMLKmoG/lANIrSNnqymnHk3Fa/TmVj0OSXSnFy62EetvO9d/5yf1KVGTQtIjt/tATXTmU9fhPBeAG32h8WZePs0D6i4eTtIn6QwLX/AM3/AMw9acGbV5bSLf8AcWR9BKMNweFGcf67NmXj0MBycLJrZnqw6eSSeUyzO0krfakclmPzZqnMmqcbxDJokHtkwrWFDsVaOBXYq2MiVdhAVf067YhDsKupkgjiovUvyW/LTyz50tdTl1S4uFuLORIxbQyCMcGHIOaDkelOvHNXrdRLHVdXaaXTRyBBfnl5E0nynrtj+h7c22n31uSELmQGWF6OQWJYfC8XfJaLMZx3atbh4JADuebjpmc4TsCuxV2EK1kldirZIAqTQeJxQmOjeXde1udYNJ064vpCOX7lPh40J+23FO23xZXLLGPMsxikej0by1/zjl5y1IJLq80GkQHcxms81KA04qVVTuR9puP+VmBm7QiOW7nYezTLm9N8vf8AOPHkLTXWS9WfVZBuBcvxj61/u4wi/wDBZhZddOXL0uwxaGEee70bS9F0rS7dbbTbSGzt1+zFBGsajr2UDxzEnklLmXMhjjHkGE/n1ov6S/LbUHQVl08peJRS7H0zRgKHurdcyNFPhyBxtdG8ZfOH5Z67Ho3nzRNTchIVuBHKSCwEc49NzQd+LbZudTi48ZdHp83BkD7SAFNumc29OA3il//T9U4q7FXYq7FXHE8lfN35x/8AKf3f/GGL/jbOf1394X1b2W/xMe8vQvyE/wCUZvP+Ytv+IJmb2b/dn3vK+1/+MD+q9OXvmzeTbxV2KuxVbJ9g4pjzfIOrf8dK/wD+M8v/ABI5yuf6j732vQf3Ef6r6g8g/wDKF6P/AMw6/wAc6LS/3Ufc+S9s/wCN5P6zIMyHWuxVrFXYqx38w/8AlCtY/wCYZ/1ZTqPoLseyv8Zh/WfMuif8dXTv+YmD/k4uc1H6g+ta/wDuT/VfXkf2F+Q/VnVDk+Knm3hQ7FXYq7FXlX/OQH/HF0v/AJij/wAmnzW9p/QHr/ZD+/l7mCfk7/ynlp/xhm/UMwezfrej9q/8VPvfR46DN8+Wl2SVvArsVcemEJDwP8+f+Urtf+YUf8SzQ9p/W+i+x/8Acn+snX/OP3+8+r/68P8AxtmV2VyLrfbT+8j7nsAG+bMvGDk3hQ7FXYq7FXyn54/5TDWv+YuT9ecvqf7yXvfZuxf8Wx/1Ivdfyb/5QGx/1pf+JnN7ov7oPmvtF/jkmbjMt0bsVdirsVdirsVdirsVdirsVdiriaDFBYLrv51/l1o0rwTaot1cx1Dw2gMzAqxVlPHbkpHxDMnHpMk+QcXJrMcOZec+YP8AnKBmJTQNHoKMFuL2QAVr8J9NKmhHZszcXZv84uHk7RF+kMI1f88vzM1AFRqa2ERbmi2caowFKceZqWGZQ0GMdLcTLrshOxpg95fX167SXtzLdSN9ppnZ606VBNNsyceOMeTizySlzQq1G3bLKYLsirjhCuySadhV2KHYq0duu3zwK7FWxkSqceTtM03VPNWmabqZkWyvpvq8jwsEkQup4sCdqcqZVmnIRJDkYIRkd3vPn78lvJelfl9qsmiaeRqluguIbouXmJioSvJv2CPtDNXp9XM5BxHZ2eo0kI49hu+cAQdx0Obs97ojY5t4q9S/5x01n6n58ewdysep2zxqoAoZIvjWpPsM1vaULhfc7Ls6dT970r/nIzQvr/kePUUX99pVwkrEkD91L+6cGvuy5h9nZKnTmdpQuNvmDfv175vKdHbsCuxV2EK1kldiqYeX7qC117Tbi4iWe3iuoXkt3pR1DgFd9qb98hk+kssf1B9wWdrZW0QS1ijjiIBURKqrx3Ipx+ecrORJ3eriI9ERimmqYq2MCoXVLKO/066sZByjuonhcVps6leo+eSgaNsMgsEPhq/sZdOv7yydHEllM8WytQem1BvT5b50/iCUKea8EiV0+2PKGo/pLyvpN+U9N7i0heSOpPB+A5rv/K1VzmsgqRekxSuIKcdsrbH/1PVOKuxV2KuxVxxPJXzd+cf/ACn93/xhi/42zn9d/eF9W9lv8THvL0L8hP8AlGbz/mLb/iCZm9m/3Z97yvtf/jA/qvTl75s3k28VdirsVak+wcUjm+QtX/46V/8A8Z5f+JHOVz/Ufe+16D+4j/VfTvkD/lC9H/5h1zo9J/dR9z5L2z/jeT+syHL3WuxVrFXYqxz8w/8AlC9Y/wCYZ/1ZTqPoLseyv8Zh/WfM2h/8dPTf+YiD/k4uc1H6g+ta/wDuj/VfXkf2F+Q/VnVDk+Knm3hQ7FXYq0SMKL3eRfn3f2j6fp1qJkNyk5keEMC4T02HIr1AJNM1naZHCHtfZHFIZZSramCflRqFnZ+eLOW8mSCJkkQSSMFHJgKCp2zA7OPrD0ntNgnPSHhF0+l0IKKQaggUIzoHycii3hVuuBXYq5umEJDwP8+f+Uqtf+YUf8SzQdp/W+i+x/8Acn+snX/OPv8AvPq/+vD+psyuy+Rdb7af3kfc9h75tC8W3TG1dTG1awqpzzRQRtLK4jjQEs7GgAHck4VhCUjQfKnm65gu/NOrXVs4kt5rqRo5F3DKTsQR2OcrqPrl732jsmBjpoA8xCL3n8mx/wA6DY/60v8AxM5vtF/dB8y9ov8AHJM2zLdI7FXYq7FXYq7FXYq7FXYq7FXYqo3xpZXBBp+7bcbdslD6gwyfSXwaGd/jdi7v8bu25Zm3JJ8Sc6qPJ5Qnct5NDsVdirqYFaxV2KuwK7CreFDYZVYM1eII5UNDTvQ0P6sFVuoNmn1hoP5O/lsuiQyx6SJpbu1I+s3EjSyUuFrUcv3YdeXwusfw5z2TV5OOr2egx6SHBdbvlTULOaxv7mynUpNbSvFIpNaFWI65voSsW6OcaNKGTYLknkt3S5ibhLAwljfrxaM8lO/gRkJ8mcJUX29pk9t5g8q207DnBqNopPqKN/VjoeS9M5iR4J/F6UDxMfvD4r1bTZtK1a+02Yt6llPJAeS8TSNiFNKn7ScWzpsc+IW8xkhwmkMMsYBM/LOqHSPMuk6qCo+o3cUx5LyFAwB2qO3vlOeHFAhuwT4ZgvsrzPpS635W1LT4yCdQs5YomIDDlJGQjAEgdTtnN4/TO3pp+rGR5PiSWKSGR4ZFKSRsUdT1BU0IPXOpE7iHljGityKHYq1hCtZJW8VWuKigO56YCofZX5Uaw2rfl/ot2xZnFuIXZgoJMJMZIC7U+HbOZ1MamXpdLK4Bl+UOU7FXUxQ6mK0hH0vT3keR7WF3l/vHaNCzfM036d8kJliYhFAUyNsgG8Uv/9X1TirsVdirsVccTyV83fnH/wAp/d/8YYv+Ns5/Xf3hfVvZb/Ex7y9C/IT/AJRm8/5i2/4gmZvZv92fe8r7X/4wP6r05e+bN5NvFXYq7FWpPsHFI5vkLV/+Olf/APGeX/iRzlc/1H3vteg/uI/1X075A/5QvR/+Ydc6PSf3Ufc+S9s/43k/rMhy91rsVaxV2Ksc/MP/AJQvWP8AmGf9WU6j6C7Hsr/GYf1nzNof/HT03/mIg/5OLnNR+oPrWv8A7o/1X15H9hfkP1Z1QfFTzbwodiqXa3r2j6LZtd6ndR20CjYudyfBR1Y/LK55Yw3kXI0+kyZ5cMAZF455v/O7Ubzna+XUNlbsKG8f++YeKjomavUdoXtB7jsz2SjAcWb1H+Y8zCX1/fBFMt3e3BrTeSSRu5Oa0TnI13vXRnhwQ6QiERrHl/WtFmWLVbR7R5AGjLj4WB8GG1fbJSxTxtem7QwZx+7kJMh8o/mh5j8u8Lcv9e00H4rWZiWX/jG53T5fZy3D2hOJour7T9ncOp9QHh5P5z2zyn+YvlvzIirazeje0+Kylosg+X8w+WbvDqY5OXN8/wC0Oxs+mPqHp/nsqFMyHUN4EubphCQ8C/Pn/lK7X/mFH/Es0Haf1vovsf8A3J/rJ5/zj7/vPq/+vD+psyuy+Rdb7af3kfc9g75tC8W3irsVYV5v/NPy35erAJBfaiK8baE/ZP8AluNlGY2bUwx893edndg59Sbrgh/Ok8Q81fmB5k8zSMt9Pwst+NlFURAdq/zH3bNNn1c5+QfQ+z+wcGlAMRc/50kP5Y8m+YPMcwj062YwVo94/wAMKkf5R+1T/JyrHpsk+XJlru18GmBMj6v5j6S8n+XI/Lvl600lJPV+rr8cp/acmrH6TnSYYcEBHufKu0NZ+YzSyVXEnOWOG7FXYq7FXYq7FXYq7FXYq7FXUxVLfM2oLpvlzU9QdDKtpazTNGp4lgiFqAmtK0yeP6g15fpL4ZQfAnsoH4Z1MOTyXVvJsnYq7FXVU9GB8aEH9WKtYFdir3X8hfI3kDzJoNzdapp632q2Vw0U6zMzRCNxyiIjJ9OtK9uWabW5skJbHZ3GgxQnHcbsV/PzyxY6D5ziawt1t7K+tUkjijTjGrxkxsB+zUqE6ZlaHOZwo83F1uDgns82BrmwcBpwSpp17Yq+uPyP1kap+WulEuGmsg9nKKU4+ixEa+9ITHvnOa2NZS9JoZXiAeDfnvo36M/Mq/YchDfpHdxs5rUyCj8afshxTNpoJXidX2hGspYBTM5wHbDqKjuPHBSl9Vf84+a+dU/L23tZXDXOkyPaP1+wDyjJr4qc5/XYuDJf856HQZuLHX8141+fmirpn5j3UsYCxalDFdgKpHxmsb1J2J+Dltm00GXixgfzXVdoQrI88GZjhBsiophq1un2H+UmtLrP5e6Nc1X1IoBayBQRQ2xMQ69+KqTnM6rHwZCHptLk48YL5j/NHRf0L5+1qxCCOI3DT26KCFEU3xoBX+UHjm70uTigHQ6rHw5CGL5kNDv1da4VVLW2urxxHaQyXMzfZjhRnYitK/CDtjxAblPCTsGbaN+SP5kaoy8dM+pRMCfUvHEdCBWhUczvXbMXLrYDrbk4+z5y6M+0f/nF6ojk1jXG5cgZYLSMKvGm683LHly/bGYWTtL+aHNxdl19RRvn78kPK2ifl5qc+jW7yaraIk7Xkz85XSE1dRX4Ywy/a4BcGn1spTqX0tmo0UYwuPNf/wA4xa20+iarozS8xYzJPbxnqIrhSdj048l6ZDtCO4K9nHYvbs1ztHYq7FXYq7FXYq7FX//W9U4q7FXYq7FXHE8lfN35x/8AKf3f/GGL/jbOf1394X1b2W/xMe8vQvyE/wCUZvP+Ytv+IJmb2b/dn3vK+1/+MD+q9OXvmzeTbxV2KuxVbJ9g4pjzfIOrf8dK/wD+M8v/ABI5yuf6j732vQf3Ef6r6g8g/wDKF6P/AMw6/wAc6LSf3Ufc+S9s/wCN5P6zIMyHWuxVrFXYqx38wv8AlCtY/wCYZ/1ZTqPoLseyv8Zh/WfMuh/8dPTf+YiD/k4uc1H6g+ta/wDuj/VfXifYX5DOpD4qeandXMFrA89xIsUMY5PI5CqAO5JxNAWWUISnIRiOIl5Z5y/PGztFe18vRC7uK8TduD6K+6/z0zXajXiO0XruzfZTJkqWU8Ef5v8AE8e1jXdV1q6+tancvcy1+EufhHsq9B9GabLllOW73Wl0eHSx4YgRDLPKP5S+YfMAjuLxG03TW+ITSD944P8AInX6WzM02gnPeXpDpu0/afDp7jD97k/2L2vyv5H8v+Wrf0tOtx6jUMlzJ8crH/WPQf6ubnHp4Yxs+fa/tTNqpcUz/m/wphqmmadqNo9rfW6XELinCRQQK+Hh9GWnHGQouJh1M8UuKJILyDzb+SjRGS78uSco9z+j5T8XjSNzt9DZq9V2d1i9t2Z7W8oZh/nPMLm3vrC79OZJLS8hO4YFJEPz65qjGcDvsXssWXFnh0nEvQ/J/wCdWq6WsNprlb6xSii4G86j3/np/wAFmfp9eRtL6Xle0/ZaGS54vRL+a9o0HzJouu2oudLukuIz9oA/Ep8GU7g5tseSMxYLwuq0WXTy4ZjhTU9MuDivAfz6/wCUstf+YUf8SzQ9p/W+j+x/9wf6yef84+/7zav/AK8P6mzJ7L5F1ntp/eR9z2Hvm0LxaReZvOmgeXIDLqNwFkP93br8Urn/ACUG/wBOU5dTCA3LsND2Zm1JqA/zv4Xifm783fMGuFoNPJ0vTz2Q1mYHqHYbD/Y5p83aEpbDaL33Znsxiwb5P3k/9iw/TNI1TV70Wmm273d25qyoOR36sx7f7LMaEJzO27vM2rw6aNzIhF6/5O/I2ztyl75idbmeoYWUZPpD/XP7WbfBoBHeW7w3antVOdww+iP87+J6rbWltawpBbxLFDGKIiAKAPkM2EQANnkZ5JSNyNkqwwsGjirsVdirsVdirsVdirhireKEDqWtaVpls1zqF3DaQLsXmdUFenVjk4wJ5MJTA5l5f5C/N7UfMP5nanoZntp9AIlbSZ40KSMI22+Kp9Tkp/yczs2kEMQl/E4WHVGeUx/hZn+aeowWX5fa/LLUq1nLFRevKVSi/i2YmnFzDk6o/uy+MaFRTuNs6ccnlgN3YWTsQg8noH5JeXPLvmLzm+ma5afXLf6pJNFGzFU5IyqeYH26h9t/hzB10zGPp73L0MBKXqegf85BeR9G07ypY6lpGnRWf1O4WK4aABF9KQcRz7t8VAuYuhzkyonm5utwDhsCqfP+bh1DsVeu/wDONOuiy823mjySEJqkHOFCdjLB8VaePCuaztKNxBdp2blqRHezn/nJbRfrflGy1VUDPp1yFL7kiK4HFtht9pY98xuzcojMjvb+0cRlAHufNWb10bsVe5f84w66FvdZ0FyT6qpewHc04/u5Qf2V6xEfzZqO0o8i7ns3J0Rn/OUOkP8AVdE1iMVEbyWkxCbUccl5P8/srlfZstyGXaYsAvAc3LpGjuDih7P/AM4za79X8x6nozsFjvbcTwipqZIdmAHT7G+avtKFgF2nZk6lTIP+cntKL6Vo2rpEGa3uHtpZa7hZk5AU/wBaMb5X2bkqRi5HaeL0gvnzN3KNF0kZWGiaCpxEq3RKNs48kfm35s8raFLomjQRTNPOZ4nnDytGXCghIxQFTxr9r9rNfm00cp4i5+DUyxDhCNv/ACL+cXnrVRqmp6XKLiZSFmuAltGiLvwCMeSr/JXIwz4sIoM/Ay5jZZVo/wDzi/qMkSNrGsxwNyBaK1QuQncc340ft0Zcon2kOgbY9mm9yz/RP+cf/wAt9NKvNYtqNwODepeSM45pvyCjio5H7S5h5NdOWznY9FCO7PLHSNKsERLKzhthGvBPSjVKL4VA6ZjGZPMuQIAcgi8izdiqhfWqXVlcWzgFZ43jao5CjAjcHrkomjbGQsF8yfkld3flz81ZNCuJRHHcm4sLhZP3dXg5NCQp/bfhsv8ALJm710RPFxB0uhPBl4X1GM0TvXYq7FXYq7FXYq7FX//X9U4q7FXYq7FXHE8lfN35x/8AKf3f/GGL/jbOf1394X1b2W/xMe8vQvyE/wCUZvP+Ytv+IJmb2b/dn3vK+1/+MD+q9OXvmzeTbxV2KuxVbJ9g4pjzfIOrf8dK/wD+M8v/ABI5yuf6j732vQf3Ef6r6g8g/wDKF6P/AMw6/wAc6LS/3Ufc+S9s/wCN5P6zIMyHWuxVrFXYqx38wv8AlCtY/wCYZ/1ZTqPoLseyv8Zh/WfM2h0/Sum70/0iDr/xkXObxS9e765rReGX9V9CebfzU0DQEeCKQX+oKu1tCRRD/lvuF/4lm+zayEHy/s7sHPqTdcEP50niHmnz35i8yzn6/ccbQGsVlFVYh/rCvxn/AFs1GXVnIX0Hs7sTDpd4jil/Oa8s+S/MHmWXjp8B+rcuMl3JVYl+n9r/AGORxaWczs2a/tnBpR6j6v5sfqe1+Tfyj8v6C8V1cqNR1JBUXEyrxRv+K03C/P7WbjT6SOMcrL572n7QZtTt9EP6LPQKZmPPrXYDFUv+NXmLMW9R+SgkniKAUFemSCFM5NUo1/ypoWvwenqVqsjD7E6/DKv+q43+g/DmPn00Mgouw0faebTyuBePebvyn1vSOd1pxOo2IJI9MUmRe3JB9r5rml1GgnDeO4fQOyvafDnqOT0T/wBiw/TNW1TSLwXVhPJaXSGhZDxPuGUgg/I5hjJOB25u+1WkxaiNECYL2Hyb+eNrOUtfMSiCQ0UXiAmMnxdf2K+3w5tNN2gDtJ4TtT2VnjuWL1D+axn877u2vPM1pNayrNC9oGSSMhlI5eIyjtKjIEO59k4ShhkCKlxJv+SGqWGm6brd1fXEdtbxmJmllbiOjdMt7OnGINl13tbp5ZMsBEGRX+c/zumkMll5aT00IodQlHxHt+7Q/Z+b/wDA5PUdoiP0r2V7KWBPN/pP+KeUTzahqN80s0sl5eXBpViZJHb+UdWPsuaiROQvbQhi08NgIRei+TPyV1bUeF3rpawszRhbD+/evidxGP8Agm/1c2WDs4kerk8l2n7Uwx+nF65fzv4Hs+heXtH0O1+q6ZbJbw9WKj4mPizdWPzzawgI7AU8LqtZkzninLiTMDLHFbOFLhirRxV2KuxVumKtYq4mmKpPrvnHyzoMEk2ralBa+mAWiZwZdxUUjFXNf9XJxxTlyDVPLGPMvNfMv/OSflezSSLQ7WfU7paem8imCBq0P2mrJt0/u1zNh2fM83Bn2jEcnmfmL/nID8wNWkdLOaLSLRgQIrdQ0lD4yycjyH8yKmZ+LQQjuRbg5ddKew2eeahqOo6jL6uo3U17KK0e4dpSKksacyafEScyo44jkHFnlkeZV9E1vVNF1SDVNNuDb31uS0U1A9OQoaqwINRkpwEhR5MITMTY5q2seZvMOsvI2q6lc3nOhKSSsY6q3Jf3YIj+Henw5GOGA5Bmc0iNyleWNbsKuxVkP5eay2jeeNE1ALyWO6SNxSp4zfujQVXf48ozwEoENuCVTBfVv5l6FHrnkXWdPZOZe3aSCi8mEkY5oyj+YEbZz+mlwzD0WpjxQL4wSpQMRSvbOmDzJbwoZH+XWvDQPO+kaq7+nbQTqt24AYiGT4H6+xzF1eLigabtLkEJgnvfW3nnSE1zyZq+nLxc3Vq5gJYqvqKOcTchXYSKpzQYdph6PNUoH3PiZdhTw2+7OojyeWkKLeSQzP8AJ3W/0T+Yujys3CG5ka0nJYqCs60UGnX94E4j+Zsw9dG8ZcvRZKyAPov86NE/TH5c6vAkSyTwRi5hDBmIeE8qrxqeVOmabSGsgdzqwDjL5B6gHsRUfI50Zeaapiqc+UvM2q+WfMFrqulcHvoqqkDLzDiQcSrKpVzX+VWVsqyYozFS5N2HJKBuPNm1+fz089W6W95aXk1pIzFITDHZwVQ8qNzCt8JUcPUzHxjBhs25kzmzDknOjf8AOMnmSeQnWNUt7KMHb6qGndgQT1cRqpB/yXynJ2nHpbPD2bI86Z7o3/OO35f2Lc7tLjUnoo/0iUhAympYLF6f2v5XL5h5u0ZSHc5ePs6IL0DS/LXl/S+H6O022syilEaGJEYK1CRyADbnrmJLLIjm5ccEI8gmXBdtht09shbYBS4YGTsKuxVrFDsVdir5X/NW3m8pfnD+mYE9NWlg1SHhyIYKeMoq448m4Gqr9nlm90x8TDwui1H7vLfe+pbeaKeCOaJw8cqh0dSCCCKggjY5oyN3exOypgS7FXYq7FXYq7FX/9D1TirsVdirsVccTyV83fnH/wAp/d/8YYv+Ns5/Xf3hfVvZb/Ex7y9C/IT/AJRm8/5i2/4gmZvZv92fe8r7X/4wP6r05e+bN5NvFXYq7FVsn2DimPN8hav/AMdK/wD+M8v/ABI5yuf6j732vQf3Ef6r6e8gf8oXo/8AzDrnR6T+6j7nyXtn/G8n9ZkOXutdirWKuxVhn5o+YdGsPK1/ZXVyqXl5C0dvbg1diR/KOgzF1WaMYkE7u77D0eXLqIyiPTE/U+bYgwCAfaAAFPHOcL62e5F6Xo2q6xeLa6Zavd3LHcKKgHoS7dsnDFLIaAcXUavFp4GUyIxeweTvyNs7Yx3nmOQXU43FjH/cj/WPV/8AiObXTdmiO8ubwnantXOfow+iP8/+N6raWtvbQrDBEsUSbIiigAGbQRAFB5LJklI2TZVgAMLW44FQ8hOFUGxJOFCzfJItsVxpFrabnAUWAxTzZ+WOgeYFadVFlqJ3F1EKBz/xYvRsws2lhMct3f8AZntBn0xAJ44f0njnmjyJ5g8ty8ruH1bQmiXkW8f+y/k+nNNm0c8W55PovZvbWHVgAH1/zWP+ArsOmYpJPN3AiByaatAKmla8a9+22ABrlGN2WW+Ufyv8yeY3SX02sdOPW6mBBI/yEO7ZmYdFLJ5B0naPtHg0woevJ/Ni9x8pfl35d8sxg2kPr3lPjvpqNKT3p/Kv+SubjDpIY3zztHtrPq5eo1D+ZH6WUAd+565k26im6DCmnYq1hV2KuxV2KuxV2KC89/Nr814fI9nBFaQx3us3RrFauxCpGOskgX4uNfhXMvS6U5T5OHqtV4XvfPutfnF+Ymsy8rjVpLWOtUgs/wBwq06br8Tde+bjFo8cejqMmsyS6sPmkkmmaaZ2kmduTyOSzFq1qSffMsRA5OIZE81tTjS21hJQA1kUlsYVccVcSB033oSMVdtirsVaYEqQv2qbfPBLkkHd9reRNah1/wAlaVqA4stzaosirUqGC8WXfftnMZY8MyHp8UuLGPc+RvPGjJovm/WNKjFIbW6cQilAI5P3igA9lD8f9jnRafJxxDzufHwSKRZc0rhSvKgJXcVxpD7U8ha4uu+TdJ1IsryT2qCegoPWQcJaL2HNWzl88eGZeowHixj3Pkv8wdFk0bzrrOnMrKkNy7QlqVMUh5xtt/MpzotPPigC87qI1Mhj2XtK6C9ezu4LqGT07i3kSaFx1V42DqfnUDKstSFFljBErD1R/O355edDLHpcNxFZuGT07aH0k4EUKtJJRi1MwBjw49y55yZsvpVtF/5xr86XZjbU7m102EUqqkzSUIqdhRdunE5LJ2lDouPsvJ1Z9o3/ADjV5LtXWTUbm61IhVrG7+lHzBqxpHQlW/lb9nMLJ2jOXLZzI9lwHV6DonkfyloYX9F6VbWrqvESJGvOla/a69cxJZpy5lzIaeEeQTvivhlbcNmwBgUB3EZEgJtviMIRTqYpd2xVrCrsVbxV2KuOKsT85/ln5U84SW0mtQSPJaKyQyRSPE3FyCykqRyG2XY9XLHycbNpY5ObINF0yLStIstMidpIrKCO3jkf7TLGoUFqd9spu93IApGYpdirsVdirsVdir//0fVOKuxV2KuxVxxPJXzd+cf/ACn93/xhi/42zn9d/eF9W9lv8THvL0L8hP8AlGbz/mLb/iCZm9m/3Z97yvtf/jA/qvTl75s3k28VdirsVak+wcUjm+QtX/46V/8A8Z5f+JHOVz/Ufe+16D+4j/VfTvkD/lC9H/5h1zo9J/dR9z5L2z/jeT+syHL3WuxVBaprGm6TaNd6hcJbW6dXkIH3V65CcxHclvwaeeWXDAcRePecfzxu5Wks/Lcfox1KnUJR8dNxWND0/wBn8X+Tmp1HaB/he27L9kxtLP8A8q3lkkt/f33OZpby9nIAY1klcnsOp+gZrKlklfV7EQw6eFCoQi9K8ofknqOoKl1r7mytGFRaJvM4/wAph/d/8SzZ4Ozyd5PJ9qe1UY3DD6j/AD3smh+XdH0SyFrptqlvGNm4j4m92bqc22PGICg8Nqtbkzy4pkyTECgybjLhirsVccVQ0nbFUG2FiWskhwxVxpgkVAti3mv8x9A8vo0Rf61fjpawkMQf8tvspmDn1kIDzd92Z7PZtSdxww/nPG/NXnvzD5kZluJhb2RO1lHslO3I/tsM0+XWzybX6X0HszsXBpKNcUx/ExtdxUb02qPbMXwyN3dcYPJ6l+R/lvRNUur691C1S5msjH9W9QVVS3Ik06dhm17OxRluRuHivazXZcVQhLhjP6nuYRFACgADYAdBm5fPjubLeRQ2MVdhS7FWsKuxV2KuxVCanqum6ZZyXmoXUdpaxirzysEUfSdsMYmRoMMmQRFl4/5u/wCclNItJJbTy3ZtqUgUhb6b91bh9ugP7yQd68eLfzftZsMPZ8j9Wzrs3aMR9LwHXtc1XXdZudX1OX1by6blI4qAABQKoJPFR2XNxiwxgKDqMuczNlAjLQGq2zhVrFXHAVaoaV7Dril3IDc/qwEgc2UYk8ntv/OPXlHybr9nqcmr2KXup2M68RMG4rDKh4bV4tWjZq9bqJxrhLstBp4yviDJPz1/KqHUNJGvaFapFeaZGfrNtCqoslsKszBVA/eR/a/ylyjRawxNSLdrNECLiKfNwIzdg7W6Wt6bwq2DQg+GApfS3/ONfmBLzyfdaTI7GbTLg8VYg/upviXiBvxXpmi1+OpAjq7zQZLjXcwT/nJPQ0svOVpqcYUJqdtR9yWMluQrEg7AcHj45l9nZDwFxO0IDj97yLNm61d0IqDuKgdyMTXUrIHoznyb5n/NJdJOheVPrDWqtLIfqtv6jqXA5j1TVV/mX9r48wcmPCTcnNxZMoFRZDZfkR+ZvmXUpNQ8xXCWcsqgyXd3KlxM5C0X4YdhToeXHK5a/HjFR3bIaGeQ3La2ceX/APnGfyvZhJNZvrjU5lKMY0pBFUfaUgcmZG+aNmHPtKcuWzmQ7NgOZtnuj/ll5D0kJ9S0W2DoCokkQStRjU1L8sxZ6icuZcrHpsceQZQFAAAFAOgGUt4DqDFLsVccUNYVbGBXYEuxV2KuOKtYVdireKuxV2KupirsVdirsVdirsVdirsVf//S9U4q7FXYq7FXHE8lfN35x/8AKf3f/GGL/jbOf1394X1b2W/xMe8vQvyE/wCUZvP+Ytv+IJmb2b/dn3vK+1/+MD+q9OXvmzeTbxV2KuxVqT7BxSOb5C1f/jpX/wDxnl/4kc5XP9R977XoP7iP9V9O+QP+UL0f/mHXOi0n93H3PkvbP+N5P6yevNHHGZJHVEUVZ2IAAHck9MyC64C+TzXzj+del6cJLTRFF/egUM5qIEPz2Mh+X/BZrs3aEY/T6nquzPZfLmqWT93D/ZPGNf8AMWsa7d/W9UunuJR9kMaIgPZUHwrmmyZpzO73uj7Nw6aNYxSfeUfyu8xeYWSVkNjYMam5nX4mX/itNj9LZlYNFOf9F1/aXtFh0wofvJ/zYvcPKf5feW/LcYNnbh7wgCS7l+KQ/I/sj2XNzh08cY83z3tDtjPqj6z6f5rJiMudS7CrsVdirq4q31xVDyDFUK60JwsSp7VySKSrzB5n0PQIfU1K5ETkVjgX4pHNK0Cjx8TlGbURgLt2Wj7My6iVQFvIPNv5t61qnq2+mj9G6e3wghqzuP8AKfbjXwTNLqO0DPaOwe97L9mMWECWT1zYZYWF/qV2ttZwvc3T1IRBU79ye3uTmGISmaA3ehz58WCHFIiIi9T8p/kwkdLnzI4lY0ZbGI/APaRxQt8l/wCGza6fs3rN4ftP2qlK44dh/PY/+cdja2nmGzgtoVhhjswEjQBVHxeAyjXxEZUOTtvZXLLJhMpGzxMo/wCcex+71j/Wh/U2X9m8i6r2y+uD2KmbV4l1MCuxV2KuxVazACuKoa81TTrCMy311FbRgFi0zrGKL1PxEdMkISPJE5xiN2E+Yvzy/LzRap+kRqFxSqw2Q9XqKir/AAx9v5/9jmTj0eSXRxp63HHq8+13/nJjULyNrbyxo7LcMlTNN/pDx+J9GIe6UZm4/wCRmXHs4DeRcOfaJJqIeY69ffmB5su/r2qQ39+yOscamGQIjybKqRhVRS3+Sv8ArZnYTixig4GWGTIbKFPkTzvWn+H9R38YieuTlqcZ6tf5bJ3Kt9+XXnuxtfrd3od1Fb8BKZOIaiEVqwQsV+kYI6nH0KnTZBzDG/Vi48ua8fGopl4k1GKJs7C+v2VbG2muy7BFMEbSAsei1UFa5GWYR5qIElmGi/kt+ZGrqZItKNpFxJWS8dYQxBpQD435f60eY89djj1cuOgyHozHSv8AnGLX54w+qavBZsVBEUEbTENXdSzMgIp4DKJdpx6Bvh2ZI8yzbTP+ccPIVvCUu2u7+QsG9SSX0yAAKqBCEHGv82Yku0Mh5OVDQYxzZxoX5feS9BdZdJ0e2tp0JKziMGQFutHarivzzGyanJPYlyoaXHE2As8ueQPLvl7WNS1bTo5FvNVYtdF5Hddzyoik8V3yM8spAA9GWPDGBJHVkbCoI2PjXKm0vk/87fy6HlTzGbyxiK6LqjF7elSIpvtSRE04qvePN9otTxxo83Q63TcBsci85ArmeXAczBftGnzwWtMp8h+ZPPGlyXsPlFJZZLxONy1vCJ2XhuKMQyowzE1EMcj6nK00skfpZPH+VP5yebrmO6131FAIKS6lccuKSbt6cSF+PReSfusgNVhxiot09LlyGyGY+Xf+cYrJSk3mDVZJWBDNbWaiOM06qXf1HKn/ACeDZjZu0j/CG/D2cP4i9C8u/lB+X2hSGW00iKWcmomuiblxQ1HH1eXGn+TmFk1c58y50NJCPIMyEUYrxUDlu1BSp98ost/AF1BgKQKdQYAEl1MKgOxV2KuxV2KupirsVdirsVdirjirWKuxV1cVdXFXVxV1cVdXFXVxV1cVdXFXVxV1cVdXFX//0/VOKuxV2KuxVxxPJXzd+cf/ACn93/xhi/42zn9d/eF9W9lv8THvL0L8hP8AlGbz/mLb/iCZm9m/3Z97yvtf/jA/qvTl75s3k28VdirsVak+wcUjm+QtX/46V/8A8Z5f+JHOVz/Ufe+2aD+4j/Ve2WX5n+X/AC15I0iFm+uaj9VWllCasDvTmf2Bm4x62GPGAfqp8/zdh5tXrMlDghx/XJ5f5s/MPzL5kdhe3H1ex/YsoSVT/Zkbt9Oa3UayeR6/s3sHBphdcU/5yD8teTtf8y3PpaVb8owaTXT1WJB/lN/DIYdPkycm7X9sYNJH1H1fzHtfk38n9B0Vo7vUKajqSdHcfulPiiH/AIkc3Wn0cMe/V4HtT2jz6j0x/d4/9k9BWNV2UUHYDYD5Zmh5sm26b4lW8CtHCrsVdirsVbGKrGXFBS3VL/TtPtnub+dLe3QEtI5AAp+vITkI7kt+HTyynhgOKTyPzZ+c7y8rXy3GYxuDqEw33HWNP4nNbn14Owe17L9lAKlm/wBI8ynur6/uhLdSPc3k23JiXdvbNTPikXso48WCHpqADO/Kn5P6pqSLda25sLNqFbcf37D/AI0zP02hMjc+TzHaftVjxXHH6pfzv4Xruh+XtE0WzFrptokEf7TUq7f6zHc5ucWMQ5PA6ntDLnkTM2mVBlzigvEfzu/5Se3/AOYQf8SzQ9o/W+k+yH+Ln3sg/wCce/7vWP8AWh/U2Xdm8i632y/vIe57Ec2rxRaJ260yMgUAqVxd21tGZLmZIkALFnYKKDqd/DJQiSicwOrENf8Azj/L3ROaXOrxTXC/8e1t++krSoqErSvjmTHR5JdHHlrMY5l59rH/ADk/DRk0PQ5ZpBxIe7bgKftVSPlJ8syo9m95cOXaf80JCvm3/nITzUzDTrSezglb0g0cIt0SoD19WT4l+Ej48s4MEObX4mee9bIi3/5x78+a4TfeZddEV5IwMisz3LkHdqtXhy/1fhwHXQjtEbMxopzFyLONH/5xz/L6zgVb1J9Sl40d534qTWvIIlFWo+HMbJr8h8nIx9n4xz3L0HS/LegaTAINM0+3s41rRYo1XqSx3pXqcxZZJHmXLjhgOQTARoBsoHfYDI22UF2BWmUMpVt1OxB7j3xCkApG/kTyZJqQ1N9Fs2vwwb6wYU5cgKA9PDLPFlytr8GHcm8FjZQLxt4I4VrypGioK+OwGQMierIQA6K1PngZN0GKtU3xQ3il2KuIrigi0j85+UtN81eXrrRr4UjnFYpgKtFKv2JFr+0py3DlMJAhqz4hkjReOaF/zi9IQG13WiKMP3VmgFVDGoLv9nkv8v2c2M+0z0Dr4dmi9y9C0n8jvy100HjpKXTMoVnuiZiad/i75iS1uQ9XKjoMQ6M1tdPsbNOFpbx267DjEioNth9kDMYyJ5uTHHEcgrlRWvfIlm7BSW8KHYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq44q1irsVdirsVdirsVdirsVdirsVdirsVdir//U9U4q7FXYq7FXHE8lfN35x/8AKf3f/GGL/jbOf1394X1b2W/xMe8vQvyE/wCUZvP+Ytv+IJmb2b/dn3vK+1/+MD+q9OXvmzeTbxV2KuxVqSnA16YlI5vkPVP+OteinS4lr/wZzldR9R977ZoBWCP9VTs7C6vbyKzs4mluZ24xxruST8yMhHHfvbcuaOGBnL6Q9g8n/kckZivPMcgmYUYWMR+Ae0jj7XyX4c2+m0AH1PBdp+1cp3HD6R/OetWtjaWcCQWsKQQoOKRRgKoHyGbQRA5PHZMspm5HiKtxwyFsLbAwhDq4q6uKtYq7FXYq7euKN7WySxxI0kjhI13Z2NAAPEnASBzZRiSaAeZ+cPzr0rTi9roarqN4P93/APHuvvy/b/2Ga7U68R2ju9T2Z7MZc1SyeiH+zeNa/wCZNZ127N5ql207g/AlaRp7Io2GabJnlM7l77Rdm4NNGoR/zk58qflx5i1+RZjGbLTSfiu5lPxD/itPtP8A8R/ysu02hyZD5Ot7U9ocOm2Hrn/R/wB89k8r+Q/Lvl0B7SAS3lPivJgGkr341HwDN9h0cYb9Xz7X9tZtUSSeGP8ANZEd8yAHUuGLHhbqMkF9zxH87t/M9vx6/VAf+GzR9oRJyUH0X2SzQhpiZnh3a/KTz/5T8r2uqvrN+kLTGP0IkDSyNwDFvhQMR/sszuzdFl7nRe1/aeGU4mMhLh/mptrX/OT+gQKy6Tp01244lZbhlt49/tV/vJBx/wBTi2b+HZkv4i8PPtKP8IYzL+Z352+b2Efl/TZbOFn4CS0gPwknknOe4HpAU/aoq8ctGnwQ5m3HObPPkFS3/In8zPMMiT+Zta9JGYOyTzSXEgWU1lARSIlYUX4f7tsEtZjh9IZ/lJy5lmGif840eS7ONRqN1dai4B5DkIIiSa7IlWG3w/bzGl2hkcmOgg9C0PyN5Q0IH9FaTbWrHrIqBpNxQjm3Jqe1cxJZpnmXJhggOiecB92VNtO44pd0wq7FXYq7FXYq7FXYq3XFXA4q6mKuxV2KuxV2KuxV1cVdXFXVxVrFW64q6uKurirq4q6uKurirq4q6uKurirq4q6uKurirq4q6uKtVxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2Kv/9X1TirsVdirsVccTyV83fnH/wAp/d/8YYv+Ns5/Xf3hfVvZb/Ex7y9C/IT/AJRm8/5i2/4gmZvZv92fe8r7X/4wP6r05e+bN5NvFXYq7FXHpiryDz3+S0lzc3OqeXpAJpmaWWwk2Usd29Nv2f8AVOanUdnkkmL2nY3tR4URjzD0x/jeQX1jqGmXn1e8hktbuPf03BVgR3U9/wDY5qskJ4+Ye7w6nFnhcSJRkzvyh+c2uaOUttWB1Kw6c2P79F9m/b/2eZmm1so/U812p7LYso4sXon/ALF7V5c836F5htRPplyshpVoSQJF/wBZOubnHnjMWC8Hrezs2mlw5BXn/CnANcttwW8Vawq7FXYq7FXE0FcBKsP83/mh5c8thoWk+u6gBVbOBgSP9duiZjZ9XDHz5u47P7Dz6k2Bww/nSeH+bPzG8w+ZZXS4lNvY1qtlCSI6duR6uf8AW+HNLqNbLIfJ9E7M7Bw6aN1xz/nSQPl3ypr/AJiuPQ0q2MgB+O4eqxL83/plOPTzyHZydd2rg00bkd/5r2nyb+Tmh6KVutSI1HUOoDj9zGf8hD1P+U2brBoox3lu+fdp+0mbPtA+HD/ZM2IC/CNlHQdhTwzYx25POcR67qZpk2LWRVwpUV6V3xpjI0Hh3mD80/zZm12+0nRtDMIt55LOKWK3aZ+SuaP6jkxqzJwan2M2UNNjAsl1eTVZTYAefecdL/MK61OKbzZLIL6eL1IkuHHJIyaceMZ4R7/sLmLqtfpcJ+m5PQdkdh67WQ2nw4/eyz8pvyj8u+aBqDazJOWtvSEIhf01HLkSTTr075DB2yco9IApPa3syNIRxS4jJ7lof5X+Q9EEf6P0a2SSMsVneMSTVbr+8er/AI4y1M5dXXR00I9GTLEiCiKFHgoplNt3CuAwLTqYq2MCuxS7FWjhV2KuxV2KuxV2KuxV2KtjFXYq7FXYq7FXYq7FWsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdir//W9U4q7FXYq7FXHE8lfN35x/8AKf3f/GGL/jbOf1394X1b2W/xMe8vQfyEP/Os3n/MW3/EEzN7N+g+95X2v/xgf1Xp6982bybeKuxV2KuxVqm+KpT5h8q6Fr9qbfVLVZgAQknSRK91YbjKsmGM/qFuXpNdl08uLGeF4x5t/JXWdLDXOiyNqVkKkxH+/X6B9v8A2PxZqNToJD6XvOzPazHk9Ob0S/nfwvPbe71DTL5Z7aSS0vITs6Eo4I8f7c18TKB7pPT5cWLPGiBOJer+TvzzePha+ZYqr0/SEQ6f66fxXNrg7RvaQeK7U9kzfFg/0j1zTNZ03VLVLvT7hLm3kFVkjPIb/LNrGQkLBeNzaeeKXDMcMkZ2yTQ7FXYotJPMvnHQPLtqZtSuVRyP3cC/FI58FQb5Tlzwh9Rc/Q9nZtTKoD/O/heL+b/zi17WVe204HTLE7NxP75x7sPs18Bmo1HaMiaGwe+7M9lsWKpZP3kv9iwXT9N1HVb4W9lBJdXUxqVQFmJ8WP8AXMKETkOwt6LPqMWnh6iIxD13yf8AkVAnC78zSCWTqNPjPwAeEjj7R/1fhza4OzwN5PCdo+1U5XHDtH+e9Ys7Czsrdbe0hSCFBRY41CgAfLNlGIjyDyOTLKZuR4irN8Kkntk2ooGU1OSCFM9MkrVcaVsUOxFfY4DFW1HEFU+EE1anc9+mS6ohCniH53f8pTbf8wgP/DZoO1T66fSvY/8Axc+9kX/OPp/cav8A68X6my3svYF1vtmP3kPc9hzavEurirq4q7BSuxpXY0rsaVo4VdirsVdirsVdirsVdirsVbrirq4q6uKurirq4q6uKtYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FX//1/VOKuxV2KuxVxxPJXzd+cf/ACn93/xhi/42zn9d/eF9W9lv8THvL0H8hP8AlGbz/mLb/iCZndm/Qfe8r7X/AOMD+q9QHTNk8m7FXYq7FXYq7FXYq6mKsU83/lr5c8zIz3EX1e+Iot7DRX/2Q6P/ALLMbNpYT583b9ndtZ9KfSeKH8x4h5v/ACz8xeXXeRo/renrut3CCQB/lr1T/hlzS59FKHm+hdl+0GDUiieCf81JPL3mbXNBuBc6RdNbsd2T7Ub1/nTo3/Ev8rKMWaWM7GnP13Z2HUxrILezeTfzr0nUeFprarp14SFWWtYJGPg3+6/9n/wWbrT66MxvzeA7T9mcuD1Q9cHoN9rOmWFkb68uY4bQCvrMw4kHpQ/tV9szZZIxFk7PO4tNkyS4IgmTyTzl+eUkge08tRFUrxbUZhv/AM84/wDjZ/8Agc1eo19/Q9n2Z7JmxLP/AKR5TPc3uoXhmnkkurydqc2JeRyeg26/6ozVccpn1bvaQhjwQoAQjF6D5P8AyW1fUTHc64x0+yb4hAKGZwenXaOv/BZsNP2eZby2/ovL9qe1WOAMcPrl/Oe0aD5Y0XQLYW+l2qQJQcmAq7HxZj8RObbHiEBUXhdXrsuolxZJcSagZZwuI7FVs32DkghASfayQQsbpklawq4dcVXYhkHiH53f8pVbf8wf/G2c92r/AHj6P7If4uf6zIP+cff7nVv9eL9TZf2ZyLrvbL+8h7nsfbNq8Q1irsVbxV2KuxV2KtHFXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FX/9D1TirsVdirsVaOKXzh+caMPP12SKVhhp+Oc9rzWQ2+p+y0h+TH9ZM/yp/MbSfLdtLpepROsFxN6ou1+IKWAWjL/Lt1GT0OsjAcJcL2j7Cy6mQy4zdDh4Huen6lZX9slzZTJcW7iqyRsGH4Zu4TEhYfPM2GeORjIcMkVXJtbsVdirsVdirsVdirsVWyRpIpV1DKeoIqMjSRIjk8983fk1oWsc7nTSNNvyS1UH7pyf509z/LmFn0EZ+Rel7N9ps2Coy/eQ/2TxTzL5M17y3cmDUrZliqRFdKC0T+/Lt9OabNpp4jVf5z3+g7Ww6uPpO/8xK5bq6kto4ZJpJIoSTFEzkovLrRTlIkTsS5mPT44yMqEWV+Uvyx8yeYysiobLTz1vJlIr/qL1bMvBo5z35B03aXtFp9OCAfEyfzYvbfKf5b+WvLkayW8Pr337d5N8T1/wAmv2R8s3OHSxxjzfPe0O2c+pNSNR/msqp4Zk06l2FXYq3TAm1km6nCEIGUb5JBWEVwhDXHDaXUxtRul2ueYtG0S2NxqdysCEHilf3jf6q9TlWXPHGLLnaPQZc5qA4ngf5gebYfNGtJfW0D29vDH6EayULuoNeTeBOc3rdQMkr5Pp3YPZctJi4ZG5H1PQP+cftoNWNDTnCK023DZsOy9wXm/bI/vIe57F2zavENYq7FW64q6uKurirq4q1irsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdir/9H1TirsVdirsVdirFPOX5e6F5oj53amC+jUrBeR/bUeDDoy5i59LHJzdr2b2zm0Z9O8P5rw/wA2flr5i8tlpZU+tacKkXsILADwcdVzS5dJKBsbh9D7O9oNPqQB9E/5skp8u+aNd8vXK3GlXTQj9uA/FEwPih2yvHqZYzYc3XdmYdUKkP8AOe0eTPzl0bVuFrqw/R19ULyY/uHY/wAr9vk3HN3g10Z7HYvBdqezGbCeKH7yH+yejJKjqGQhlPQjcZmh5kxI5rq4sQ3irsVdirsVdirsVapUYoO4Yx+ZMSN5I1fmA1IGI5CtCOh3ynU0cZdp2NIjUwr+c+bNGVDqtgpFVNzCGB3BBkXOYx7zD6xryfBPufXEKKsSKoAUABQNgM6uPLZ8VkSSbXgZJDjirWKuxV2KtP8AZOKoOVd8KCo4VAULq+tLSB7i7lW3t46l5ZDxUAe+CchEWW7DglkNRHEXl3m385yoNv5bj9SpIN/KPgA6VjTq305qtR2kAKjzez7L9lTtLN/pXl1/falqd0bq7mku7qQ8eTEs1T2A7f7HNTPJKZ529tiwYtPGogQiGd+Tvya1zVil1qxOnWDUoDvO49l/Y+bZnYNAZD1PO9q+1WLF6cX7yf8AsHt/l7y5pWgaethpsIigU8ierOxG7Me5zcY8UYCovnus1uXUZOPIbKZ5NxWsKuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2Kv/9L1TirsVdirsVdirRBwFWnjV0KOoZW2KncEY0FBINh5v5z/ACZ0rVBJd6NxsL/c+lQ+g591H2T/AJS/8DmFn0MZ7jYvU9l+0+XBUcnrh/s3iuu+Wtb0K6a21W1aBq0SU7xP/qP0Py+1mmz4Z4zu9/o+08GpjcD/AJqceUvzN8x+W2WJHN5p4oDaSsSFA/3232k/4jluHWSh5xcDtT2ewagWPRP+i9y8o/mL5c8yxKLaf0b0D47Ob4ZAf8ns/wDsc3ODURyci+d9odjZ9KfVG4fzwymvbMl1Nt4pdirsVdirsVdirGvzH/5QnV/+Ydso1P8Adl2XZP8AjMP6z5q0X/jr6eP+XmD/AJOLnM4frD61rv7iX9V9cR/YX5DOsjyfFDzXYUOOKtYq7FXYq032TiqGnFFLdFX7ROwA8d8J2Twkmg8+82fmromj+rb2JGoagu3BCPRQ9PikFa/JcwdRrxj5bl6Ls72dzZqlL0Q/2TxrzF5r1zX5jLqlxyjUkx2y1WFB7KT192zS588snMvoOg7Kw6Yekb/zkw8pfl95i8ysGtIDb2NaNezqVj/2A6uf+F/ysng0U5nycftLt7BpuZ45/wA2L2/yl+V/lzy6qTLH9c1BRvdzgFgf8gAUQfLNxh0UMfLm+e9o9vZ9SSCeGH82LMFFO2ZQsOkK7Cl2KtYVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVf/0/VOKuxV2KuxV2KuxV2KtGvbCqF1DS7HUbZ7a+gS4hcUZHAI/HK8kBIURs3Yc88chKB4SHkXnD8ipE53flmTl1ZrCU0/5Fv/AMatmp1HZ3WD2fZntYRUM42/nvKLi2v9OvmguIpbO8gavFwUdSO4zWyhOB7i9rDLj1ELiROEnoPlD86da0zhba2DqFlUD1/93ov/ABv/AMSzY6fXyG0t3mO0vZSGS5YfRL+b/C9p0DzRomv2oudLulnQipUbOvsy9Rm2x5Yz5F4PV6HLp5cOQcKa5Y4luxV2KuxV2Ksa/Mb/AJQnV/8AmHbKdT/dl2XZP+Mw/rPmrRf+Oxp//MTD/wAnFzmMX1h9b139xL+q+uY/sD5DOsHJ8TPNvChxxVrFXYq7BasZ82/mF5d8tREXc4luyKpZxUaQntX+UfPKM2pjAO07P7Iz6o+gen+c8P8ANv5n+Y/MTvD6hsdOPS0hJFR/xY3Vv+I5pdRrpTNdH0Ls32cwacXL95P+kkeh+XdZ1y5FppNo9w/RmHwxp7s/QZTiwSyGo7ux1naGHTQuZH9V7H5O/JPTNO9O81x11C+FGEAH+jofYH7R9zm20/Z8YbncvBdpe1GXLccfoh/snpscSRoEjUIiiiqooAB7ZsAKeWJJ3K6mSYuGFW8CXYq1irsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdir/9T1TirsVdirsVdirsVdirsVdirsVSXzH5R0HzDbmHU7VZGApHOvwyJ/qtlWTDGYouZo+0c2nlcDwvE/N/5OeYdIaS40yuo6cPi+Efv4wN90H2v9hmm1HZ8huOT3/ZftTiy1HL6J/wCxYPYahqmk3wurC4ktLuM7uhIO3ZlP2vk2YMJzgdnos+mxaiNTAnF695N/POCQJZeZU9GXYLqEY/dt/roKlD/wS5t8PacTtJ4XtX2UlAmWHeP8x6zaX1neW63FrMk0LiqSIwYEexGbQEHk8hkxSgakKKtUYWtvFXYqxr8xv+UJ1f8A5h2ynU/3Zdl2T/jMP6z5q0X/AI7Gn/8AMTD/AMnFzmMf1h9b139xL+q+uY/sL8hnWDk+Jnm3hQ0euK27FUs1vzHouiWhutTu0touiljux8FA3Y/LKsuaMBu5Wm0WXPLhxjiLxnzh+deq6gz2uhK1haboblqeuw8VG6p/xLNNqO0pSNR2e87L9lIY6lm9cv5n8LzmKC/1G9EcSSXd7O2wHKR3b36k5hASkdnqpTxYIbkQhF6p5O/I+4lMd35kf0lrUafCRUjwkfcf8Bmzwdn3vJ4vtX2ru44P+Vj1/TdI03S7JLPT7ZLa2QUEcYp26k9Sf8o5tMeIRGzxGfPPJLikeKSM3qB2yxpvdvFLqjFXbYodil2KtYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq//V9U4q7FXYq7FXYq7FXYq7FXYq7FXYq0R7Yqwzzj+V3l7zGHn9P6lqTDa8h2qf8tfsv9PxZiZtFCbu+ze3c+mNA8WP+a8O81/l/wCZfLUrG9gM1jX93ewgtHT/AC+6H55pdTpJYulvoXZ/bWn1I2PDk/mSUfLXnPXvLdyJdOuWETf3lo3xQuPde3+suV4tVPFybdd2Rh1cfWPV/Oe1+Tfzg8va6qW97TS9RbYRSn925/yH/g2brB2hCfP0l4DtX2czaU3H97j74s/BHEEGoPfM63nW64UMa/Mb/lCdX/5h2ynU/wB2XZdk/wCMw/rPmrRf+Oxp/wDzEw/8nFzmMf1h9b139xL+q+uU+wvyGdYOT4mebeFCjdXdrbQPPcSrDDGKvI5CqPmTgJrcs4Y5SIAFkvLPOP532luHtPLii5nFVN84pGp6fAp+2R/lfDmu1HaAG0N3ruzPZWc/Vm9Ef5n8Tx3VNY1HVr03WpXD3d1Idmep69kA2X/VXNPkzSnLd7vT6TDp4VECEQzHyh+UPmLXClzfA6Zp7GvKQAzMP8hCPh+b/wDA5mYOzjPc+l0HaftPiw+nH+8m9q8r+SfL/lq29LTbekjf3tw/xSv82O9PbNth00cfIPBa3tLNqZXM/BPwBmQ69s4q1ih2KuxVwxVvFLsVaxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV//W9U4q7FXYq7FXYq7FXYq7FXYq7FXYq7FXYqpzwQzxNDMiyRuKMjCoI+RyJgDzZQmYmxzeZecPyQ0vUGe70OT6jeNUtA28LH/jT6Mws+ghPls9V2Z7U5cVRy+uH+yeNa15e1zQ7x7LVbV7dxurHdGA7qw2zS5cMsZ5PeaXXYNTDigeK/4WReUPzS8x+XPTtnkOoacNjbzkl1Hfg56fI5fg1sojf6XV9pezeHUDij6JvbvKfn/y75kipZzhLoCr2kh4yD5A/aHuM3WHPCY2L592h2Rm0x9Q9P8AP/hd+YpB8k6xQ9Ldq5LUf3ZR2T/jMP6z5r0Y/wC5nT/+YmH/AJOLnM4x6w+t63+4l/VfW6uojBr0Fc6vkHxMjdgnnL83vL+hiS1s2/SOojb0oj+7Q/8AFj9vlmHm1sMfL1F6Hs32dz6ijL93D+k8T80edvMHmWflqNzWAGqWkdVhX/Y/tfNs1GfUTyHc/wCa+g9n9i4NLH0j1fzpKnlXyF5i8zT/AOgQenan7d7KCsQpsafzH5Y4dJLIWrtHt3Bpo0TxS/mh7f5O/Kjy75e43Ei/X9RFD9ZmAopp/utei5uMGjjDzfPe0u38+pNXwQ/ms3oMzHRupirsVccVapih1MVdTFW8Vdil2KtYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq//9f1TirsVdirsVdirsVdirsVdirsVdirsVaxQ7FW8UoHV9F0zV7R7TULZLiB+quK09weoOQnjjLm34NRPFLigTEvHvOP5IXdt6l35dc3EIqxs5SPUHsjbBv9lmoz9mkG4Pc9l+1YNQz7f03l0i32nXvFhLZ3kBrxNY5UP4MM11Sgf5r2EDizQ6ZIlmUX5ra3P5bvtF1UC+NxCYobrZJVr0D9n/4XMuOskYkF5/J7M4xmGXGeHhlxcLDrKb6tfWtww5CCWOVwvUhGDED7swscvUC7/PjOTGYDuZf5t/NXzDrgNtBIdP0/cCCI/vGX/iyQePguZmfWynydH2b7N4cJ4pfvJ/7FjGjaDqutXf1TSbZrmY/a4U4J7yMdk+nMbFhnkOztdZr8Onhczw09h8n/AJI6bZGO78wOL67G/wBWQEQKTTY1+KT/AIj/AJObjBoYwFy9Unhu0/anJluOL0Q/2T1G3gigiWKFFjiQAJGgCqANqADYZsA8nORkbJsquEMGsKGxil2KuxV2KuxV2KuxV2KuxVrFXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FX/0PVOKuxV2KuxV2KuxV2KuxV2KuxV2KuxVrFDsVbxS7FXYqx/zR5H8veY4eGoW49cA+ndJ8MiV8GGY+XBGfMOw0PambTSuB2/m/wvEfN35ReYdAD3FkjalpyVpJGP3qj/AC0H/ElzTajQSjuN4voHZvtNhz1Gf7uf+xYRClxPMsEMTzXDHiIUUs5NafZzCET3PRS1GOIJJHC9R8n/AJH6jelbvzE5s7U0KWcR/fMPB2/Y/wBjmy0/Z/EOKWzxvaftXGNxwDiP8/8Ahex6RoOlaNaLaabbJbQqKBUAFfme5zc4sYhGhyeG1Wqy5jxTPEUeRkmkFsYq3iENYUNjFXYpdirsVdirsVdirsVdirWKuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2Kv/0fVOKuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxVaQGBHbocKgoG30TSLa5a5t7OGK4b7UqooY/TTKzjjd1u3S1c5DhMiQmANckGl2FXYq6mKuxV1MUOxS6mKupirsVdirsVdirsVdirWKuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2Kv//S9U4q7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYqxvzn5/8ALflGx+s6vPSRt4LOKjXEtDQ8EJXYd2YquW4sMpnZpy54wG7xzUv+cob5rk/ovRIo7UVobqVmdt9m/d8VXb9n4/8AWzZR7MNbl10u0xewQ0P/ADlBrizI1xo1o8AIMixyyB+PfiTyAP8Ascl/Jnmx/lLyel/l3+dGi+c9S/RUNjc2WorA1w6ScHiARgrBZFO/2l+0icswdRpTjc3T6nxHotcxHMY/5v8APflrylarca1diFpa/V7dRymlI6hEHz6/Zy3HglPkGjLnjDmXjWsf85P3zXhGjaJELRahXu5D6jb7NRKBdv2at/rZsYdmbbl1uTtPf0hCwf8AOUHmJJ0a60W0eAH40ikkVyO4DHkB/wAC2SPZsa2LGPacr3D0/wAh/nR5U82zLaR89P1RgONjclayECrekw2fj/sH/wAjMLNpJw36Ofh1sJ7dWfg5iOYkPnvzQPK/lW/136t9c+poG+r8/T5ciF+1RvH+XLcOPjkItWbJwRt4la/85P6+LiFrrRbRrYuBII5JFchtvhJ5AHfwzZz7M4RzdbDtGzVPomCX1YY5KU9RQ1PCormoIp2wNhfgS7FXHFWHfml57m8leWhq0Not5NLOltHG7lFVpFYhjRWJA4/Zy/T4fElTj6jN4cbeZ+WP+cjNa1DzDp+n3uj24hvplt+UMsgdWcgB/iBqB/L/AMNmdk0AESbcGHaFkCnvmap2zsVdirsVdiqH1K4a2066uUALwQySqD0JRSwr92MBZpjI0CXy8v8Azkf+ZDAP/oKq24X0G2B7VMmb4dmx6uhl2jkvZ77+VnmjUPM/kjT9Y1FUW9nMqzekCqExStHUKSaVC+OanVYhCZAdxpchnjBLLMx3IdirsVdirsVdirsVdirsVd2xVZBcQTqXgkSVAzIWRgwDISrKSK/ErDiww0gFedgTgUl8/wD5m/nZ500DzpqOj6X9VSzsvTVPViMjsXQOSTyH82bbSaOE43J1Oq1k4SoJ7+Sf5o+avN+talaaybcxWtvHLF6MZjPJ3ZTWrN/LkNbpY4wDFt0eqlkNSexA1zWuzbwIdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVdir//T9U4q7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FWmNBXsOuKvjD8yPMl75i86anfXMhKRTSW9rG1P3cMMjIiCn+yZv5mbOl0uMQgHm9XMykQyH8r/yYu/OlhcapcXrabpqOYoHVBI8si7MVDfCEU/DlGq14geTLS6E5Bds1m/5xatvSf0fME3q0PAPBFx5U25U3plH8qX0cr+TT3sl/Jz8pNR8k3+p3eo3UVzLcKkFsYQwUxLVi5DfZJZqcf8AJzF1Wq8UAOVpdL4ZJei63q9no2kXmqXjcLWyiaaVvZRXMWMeI13uXKXDG3xd5o8z6p5m1u51jUnZ553JjiJJWKOvwRID9lVH/DZ0enxcEQHmcuXjkSnPkP8ALDzJ50lkNiotLGEgS39wrenU1IEYFDIf9X7ODUasY9inFpDkNhkPmr/nHvzboekyajbXUOr+j8UtrbRukgQCrOORPLj/AC5i4tfGRquFysugMRd28yt55YZY7iCQxzRkPFKhoysNwysNwQd82HMOByL6x/JTz7P5t8rn9ISB9Z09/RvWFAZBSqS8R/Mv/DZz+swCE9vpeh0efjhv9St+ef8A5K3W/wDjGn/JxcGj/vAy1n92XyKoFU/1k/4kM6EnYvOQ+oPu+wP+h2//ABiT/iIzlpc3q8f0hEZFk7FXHpigvI/+cmf+UAtv+2jB/wARfM3s7+8PucDtL+7HvfP3kj/lNtA/5j4P+JHNxl+g+502H6g+3M5p6l2KuxVpWUkgEVHUV3GKrqYqoX1oLuyuLUtxE8bxFhuQHUrX8cMTRtEhYIfPUv8Azizrauy2+vWzQLtEZYJOdB0LcWAr8s247V8nUHssk83tHkDyn/hPypZaCLg3bWvqM9wV48mlkaVqAdgX4jNdny+JMy73ZafF4cBFkeUNzsVcNxXFW6Yq6mKupirR2FT07nFWlIYVH9cVbxV5T+eH5pHyxp36D0mYx+YL5A3qqAfq8BNGevaRvsx/5Xx/s5maTT8Rs8nC1mo4RXVb/wA42+q3kS5eR2cnUZyWYkk1SM7k9998lr6GRjobMLesHpTvmC5zxT8wfyA1jzN5tvtcs9Xgt4b3gTBNE7MrIoQ0KEAr8ObDT60QjRDrdRoTklYNJ3+Un5PX/kfUdQvr7UYr1ruJIY0hjZAoRixLFiT3yGp1XiCgGel0RxSsm3qAzDdi7AhaZFDce/zAxpVwwpdgQ7FXYq0SAKnYeOKt4q7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq//U9U4q7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FVsgJWg74q+HfM1jNYeZNUtJ0aOaG7uFKtuQPVYjfp0OdRgNwHueV1H94fe9I/Jr84rHyrZyaJrqSNpjSmW0uYlDmEvu6sg+NlLfFyXm3+TmDq9J4huPNzNFq/D2PJ9B+X/NvlrzBCJ9H1GC8BUMyxuC6g7fEn2l/wBkM1M8U48w7iOWEjsU5BHbK255L/zkrqtxaeQ47SLaPULuKGdgSDxX4+O3UNSjVzP7PgDPfo4HaEiMez5kggluZY4YhWaeRIowTSrOQq1PzOb2X0vP4hZp9xeWdJi0jy/p+mRnklnbxwBqAV4KFqaeNK5y+WVyJeqxRAiAmTAEUIqPDINlAvj785PLMPl3z5e21rEYrG7C3dsvHio9X7ar2KrIG+z9n7OdFpM3HAd4eb1uHgmnv/OOWstZ+fnsfi4alasjBaUrCeSlq77cj9nMftHHcL7m7s2dTrve0fnkP+QXa3/xjT/k4ua7R/3gdpqx+7L5FTqn+sn/ABIZ0B5F52H1B93WH+8dv/xjT/iIzl5c3q8f0hEjIsnYq49MUF5H/wA5M/8AKAW3/bRg/wCIvmb2d/eH3OB2l/dj3vn7yT/ymugf8x8H/Ejm5y/Qfc6bD9QfbFySLeUg0IRiD9Gc0Ob08uRfFVx5686pNN6WvX6t6knE+s1AQ547GvQ50fgxrkHmPGkDzLMfOP5/eatZsYLHSmbSoVjQXVwrAzyuFAcVAIROe6lfi/1cpxaCINlyMmvmRQYJa+bfM9rdPdW2r3sVzLQzSid2LEGoqGJXr7ZleDDuDjePPvL3f8jvzg1LX7p/LnmOUT6mqNLZ34AX1kBHKN1FB6i1qvH9j/VzU6zSCHqjydxo9bxemSK/5yO8w6zo+haOumXs1k11dSCZoG4MwROQBNK0rkezoiUzYZ9oSMYii8EPnvzqf+l9f/8AI9s3JwQ7g6Q5595fR3/OPWs6tq3kiaXU7yW8mhvZYo5ZjyYJwRuPLqRyY9c0euiI5NneaCZMN2UfmF580vyZoT6jeAyTyH0rO2X7UspFQtewHVmynBgOSVBu1GcY42+Y/Mf5vefdevRPLqL6fAgPp2tixjRa+J3Zz7n/AIHN3j0sIiqdFPUzkbtJbLzv5zs3iNrr14jQnmgMzMoNSfiVq9z3y7wMZHINQz5Aeb2n8ovz1uNSuk0LzZKn1yVglhqIARZD/vuUDZXJ+y4+Fs1Wq0XDvF22l197Se6DNY7R5Z+bn5zW/lMnSdIVLrX2Wsgevp26MNmenWQ9Vj/4LM7S6M5NzycDV6zw9hzfPOrefvOeqGV9R1u8mDqBIqyekhC/5EfGmbeOmhEcnTy1U5HmhdN84+adOZRp+sXluFIdQJ2deQNQSHL7e2JxRO1BHjS730bbfmXqPl38ntK8x+Y5Uv8AW7+IfVI0pGZmkqY+YNKFEp6zKuaY4RLKYx5O68Yxw8R5vmfVNS1HVNSudR1Gdri9uXLzSuampNQo/wAlPsqM3sMYjQdFLIZklE6f5k8x6bB6Gnapc2cBYuYoZSi8j1NB3xnCJ5hlGcojYvcfyv8ANPmKf8ovM97c6jNPe2Jm+q3MrB3jrHy2YjxPfNVqMcfHArZ2ennLwCb3eLxeevOZjQ/p7UNwDX1z3+jNl4UO4Os8Wfe9K/IHzX5lv/P7WV9ql1eWsthO7Q3EnqLzjePiQCNiObZh6/HEY7A6ud2flkclEvo6aeKCF5pnCRRqWd2NAqqKkk5pgLd2TQfNv5i/n/r1/qEtl5UuPqOkxnit8EBmnI2LLyrwi/l+Hk/2s3ODQRAuX1Ojz6+RNDk8suvMmuy3K3Mur3ZuUK8ZGuJOW3SlCAafLMzwo9zh+LPvLMPKf51eefLtwS14dWsnNZLW9JY1PVklHxKf+CX/AFcpy6GMuWzdh10o83095Q826V5p0KDV9NZjDL8LxuKPHIv2kYeK5pM2I45UXe4MwyRt5l/zknrms6VYaC+mX09k8s84lMDlOQEa0DU60zM7PgDI2HC7QmQBTzXyJ+dXmHy5NfyajLc6ylzBxt4J5vhSdTVWJILBabNx/wCBzYajRRnVel12n1soXe7HvMf5ieddfnmmvtWn9OZqm2hkMMSAMWVUVDWif5R/1suxaaERVBhPUzkbtE+WfzV89aDqUF1Bqk95ChCzWV03OKSMdU3HJT4OMrz6WMxypli1coS5vrXyr5gsvMXl+y1qyr9XvYxIqtQsp+yymndWBGc/kxmEqL0GLKJxsJrkGx2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV/9X1TirsVdirsVdirsVdirsVdirsVdirsVdirsVdirsVcQMVeW/ml+SVn5uum1fTrgWOs8AsnMFoZ+AATmBRlYU4c1/Z+1yzO0+sOPY/S4GfRRnuOb588yfl55z8tyOuq6VMIErW7gUzQEAVrySpUU/nVc2+HVY5cnUZtLOPNJLDUb2zuo7/AE+5e3uo94rmF2V1PsykH55fKMZc92iMpA9z6D/JT849R129HlzzCwk1BlZ7G9HFfUCAVikAArIB8SuPt/tfF9rS6zS8J4ojZ3Oj1JkOEndA/wDOUpUw+Xh1Pqz02/yMl2YNyx7TOweI6H/x2dOH/L5bf8nkzbZ9oH3OpwfUPe+5oR+7X5ZyxeqjyXkYCl80f85O7eb9L2/48f8Ama+brsz6S6TtTmGPfkH/AOTS03/jDcf8QGZGuH7ouPoP7wPevzwNfyu1v/jEn/E1zTaL+8Du9b/dl8jRn40H+Uv/ABIZ0J5F5uH1h932H+8dv/xiT/iIzl5c3q4fSERkWTsVcemKC8j/AOcmf+UAtv8Atowf8RfM7s3+8Pudf2l/dj3vn7yT/wAproH/ADHwf8SObrMPQfc6fD9QfbF1/vNN/qN+o5zEeb08uRfCFwP383/GWT/iZzqQHkzze7fkb+U/lzVdA/xFrlp9ce5kdLKCU1iWJCV5FBszMR/uzlxzU63UyjLhBdvo9JGUeIpX/wA5B/l75b8vQ6Zq2i2y2Ru5mtri3iqIjRC6uF6IRxp8P2sv7OzmRIkw7Q04iLDBvylbh+ZHl6ikj60QQvXeGQZlar6C4WmHrD641vy9omuW6W2r2UN9BG4kSOdA4DDuKjOdhMxNgvSTgJR3fGHnC2trXzXrdtbRrFbwXsqRRIOKqoOwAHQZ02EkwBLzGcVM0+hv+cZv+UEu/wDtoS/8mo80vaP947rs76HmH/OQXmBtT/MCS0UkW+kxC1VSCP3j/G56kH/JPw5sOzoVjt1/aMryUhvyYtPIr65d33m2e3SC1iAtIbth6TvIaMxQj4ii/Z5ftNy+1h1vHXpXRCF+p6X+YE35Lap5Pu7OzutOS7tYTLp5tOMciyRrRQpVd+Q+Hi2YOKOYSF25uY4TE1T5vhkeJ4512liZZEPQhlNRm7lEcO7owfVs+2dA8yQX3kqz8wSOGjksVuZ3BKrzRKyCrdAHVlqc5ecKmR5vU48noEnxtrmr3Wsazfarduz3F5M8sjE/zGooBsKDbbOmwxEYgB5vPk45Evf/AMi/yu8v/wCGrfzFq9lHe6hffvbcTqJI4ogfgKKwpzNKlj8WafXamXHQLttDphw2Q9Kv/IXkzUIRDeaLZTRcufEwINwCOw98wvHn3lzjp4dwRGqeU/LmrWUFhqem293Z2pU28E0auqFRQcQRtttkY5CDYO6ZYwRRGz4z812sFp5n1m2t41iggvpo4okFFVQ2ygdgM6XEbhEl5zLECRAe2/kN5I8p655Omu9X0q2vrhbyWNZJow7cQqbVPgc1evyyEqBdnoMUZRsh7Fpnljy/pemSaZp+nwW2ny8jLaxxgRsX+1yXvXNcckibJ3djHHEbAbPnP/nITy5oOha7pMOkWMNhHPbStLHAgQMyOgVjQCpptm30UzKG7pO0ICM9gof845Cv5lqf+1fdf8TiyXaH90js0/vXq/8AzkN5in0ryG1nbOY59XlW0LqwDCI/FJt9qjKOPJfs5rtBi4p79HZa7Lww26vmny3pP6Y1/TdIDCMX9xHbmT+RWNCR8h0ze59oW6LF650+xdM8h+UdP0yHTrfSbX6tFGI/jiV2YAUJZmBZmPctnOnPO+ZeiGCFcnzZ+efk2z8secV/R8At9O1KH14IV+wroeMqqP2VqVNM2+izmcd+bpdbg4JeTIf+caPMMtt5nvtDYloNQt/XjG54y25APegDJJ/L+yuU9ow9ILf2dM8VJ/8A85SiuneXv+Yi4/5NrlXZ31Ft7S5B4n5R0CTzB5n03RUJUX0wjkdaVSMbuw5bVVanNrnnwR4nV4IccqfUq/kr+W66T+jhosNChj+tGpuQW/bExq/Lfx/yfs5ojq53du+GljXJ8naxpw03Wb7TkcutlcSW6yHqwRqVOb7HLiiHQZY8Mi+kP+cZ7+CXyNc2ScvVtL6QyVG37xVK0P8Asc0vaI/efB3fZp/d/F67mA7FrFXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq7FXYq//1vVOKuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2KuxV2Ku264opTkjjkUq6hlYUZTuCD4jCNkSAPN82f85FeTdE0XUtN1XS4VtDqRkjureMcYy8YDLIAPsmhYPT/ACc3XZ+WUgQTydLr8UYkUGAfl/X/AB15dNSCL+IAg02PKuZmsH7ouJoz+8D3b/nJaxnn8jW93GgZLO8je4f9pUf4AR36nfNR2fkEZ0ertO0IGULHR82WtzJa3MNzEAZYJEljDfZLIwZa+1Rm8mOIU6TEeE2+4vLmrRaxoOn6pEpSO9t451Q0qvqKG4mncVzl8sOGRD1OGfFEFMT0yohtfHn5y+Yjrn5g6nKspkt7J/qVsKUAWCoeg95jJv8AtZ0Wjhw4x3vN67JxT8k8/wCcc9HkvPzAa+o4TTLZ3crTjym+FQ3z4nIa/JUK/nM+zoEzvue0/nht+Vut1/32lf8Ag1zVaL+8DuNb/dl8ixH94v8ArL/xIZ0J5F5uH1h94WH+8dv/AMYk/wCIjOXlzerh9IRGRZOxVx6YoLyP/nJn/lALb/towf8AEXzO7N/vD7nX9pf3Y975+8k/8ptoH/MfB/xI5u8v0H3Onw/UH2xdf7zTf6jfqOcvHm9PLkXwjcf38v8Axlk/4mc6p5M831h+Qu/5X6P/AKsv/J1s57Xj98XodB/dBi3/ADlGf+dc0P8A5j2/5MPmT2aPUXH7SPpDxj8sjX8wfL9Dv9cT9TZstT9B9zrdN/eB9o775zPV6Y8nxF54r/jPzB/20Jv151Gn+gPL6j6y+gv+caCB5Du/+Y+X/k3Hmn7R/vHcdnH928O/NOGeH8w9fjuZvXlN0z8/8kj4V3/lG2bXQ/3YdVrL8Q2g9C8hebfMVo93o2ltf20b+nIyMo4vQGhU798ll1UIGpIw6acxcUzH5OfmcDt5fkH0pkPz+PvZnQZO5x/Jz8z6H/cBL/wS/wBcH57F3shoMnc+hLHy3qtp+Sb6DdIItRXSLiJ4iQwWRkdgu3+tmnlMSzWOVu1MCMPCeb5LIIBB6jbOijyedNXs+xPyiIP5a+XiDU/VACf9kds5vUj94XqNL/dhmIyhyG8CC+I/Ow/52/X/APtoTf8AEs6bT/RF5nP9ZfQn/ONY/wCdDn/5j5/+Ipmp7Q+v4O27P+l6yRtmvdg+b/8AnKH/AJSPRP8AmEm/5OJm40H0fF0Xaf1pR/zjj/5Mlf8Atn3X/E4ct7Q/uvi19m/3rMv+co7SZtP0G7AHoxTyxM1dw0kfw7fRmN2bLchze0Y+kF4/+XJA8/8Al09vr8I+85sdQf3ZdRptpvtIZzj1IGz53/5yiKnWfL4BBItp6jv/AHiZtuyxzdR2pzDHP+ceT/yE23rUf6Hdf8y8t7RHoauzvrZ1/wA5Rj/cd5e/5iJ/+Ta5i9nf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Injection is a type of cyber attack that makes it possible to execute criminal SQL statements. These statements control the database server behind any web application. Hackers can use SQL Injection vulnerabilities to destroy application security measures. They can go around authentication of a web page and retrieve the content of the whole SQL database. They can also use SQL Injection to add, delete and modify records in the database. The best cyber security company that you approach will always provide the best to protect your database from SQL injection and attacks.
An SQL Injection vulnerability may affect any website that uses an SQL database such as MySQL, Oracle, or others. Criminals may use it to gain unauthorized access to your personal and highly important data like:
SQL Injection attacks are one of the oldest and very dangerous web application vulnerabilities. Cyber security service providers will help you with this serious problem.
Laravel is a web app development framework with expressive and royal syntax that makes the entire web development process faster, simple, and more enjoyable for developers by eliminating all the pain points associated with handling the most complex PHP code.
It simplifies some of the mostly executed tasks like routing, authentication, sessions, caching, and others so that developers can focus on building most business-related features of the web application. Laravel protects the web apps from SQL injection as long as you're using the fluent query builder.
Laravel does this by making secured and prepared statements that are going to escape any user input that may come in through the apps. If attackers add a new input to a form, they may try to insert a query and then run their own SQL query to damage your application database. However, this won't work while you are using Eloquent. Eloquent is going to protect from this SQL query and the invalid query will just be saved as text into your database.
Developers usually make mistakes by thinking Laravel protects from all SQL injections and attacks, while there are some attack points that Laravel cannot protect, here are the most common causes of SQL injections that we saw in the latest Laravel applications during our security Checks.
The first common mistake that we see is that a lot of people think that Laravel would escape any dimension that is passed to Query Builder or Eloquent. But in reality, it’s not that safe to pass user-controlled column names to the query builder.
It’s important to mention that the demonstrated attack point is fixed on the Laravel versions, but still, Laravel warns developers even in the new documentation to not pass user-controlled column names to Query Builder without whitelisting.
Commonly, even if there is no chance to turn a custom column into an injected SQL string, we still do not recommend allowing to sort the data by any user-provided column name, since it can introduce a dangerous security issue.
Let’s take a look at the following simplified validation code:
$id = $request->route('id');
$rules = [ 'username' => 'required|unique:users,name,' . $id,];
$validator = Validator::make($request->post(), $rules);Whether Laravel uses $id here to command that database and $id is not escaped, it will allow a hacker to perform an SQL injection.
Laravel’s Eloquent ORM uses PDO binding that protects web apps from SQL injections. This relevant feature ensures that no client could modify the intent of the SQL queries.
Consider the example of the form used to collect users’ email addresses from a database. the form will search for an email address, for instance, “abc@example.com”. Now imagine that the SQL query is modified to:
SELECT * FROM users WHERE email = 'abc@example.com' or 1=1In the above example, 1=1 is a simple expression that always evaluates to be true. If it is attached to the above query with the OR condition, the query will fetch all records from the table because the SELECT condition will evolve to be always true.
Now consider another direction of the attack in which the query is modified directly to the command “drop table users” and instead of the email address, “abc@example.com” is written. The query will look like this:
SELECT * FROM users WHERE email = 'abc@example.com'; drop table users;When this query is executed, the table “users” will be deleted from the database.
When the PDO parameter binding is in place, the input is in quotes and the query will look like this:
SELECT * FROM users WHERE email = 'ancy@example.com or 1=1'Since no records will match with either the email or the “1=1”, the query will not be returning anything.
This framework provides other ways of talking to databases, such as raw SQL queries. Yet, Eloquent remains one of the most popular options.
Laravel framework uses PDO binding to prevent SQL injection attacks because no variable gets to the database without validation.
If this is the case, one should always use prepared SQL queries to prevent misplacement. Consider the following statement that looks ripe for SQL injection:
Route::get('this-is-prone-to-sql-injection', function() {
$name = "'ancy' OR 1=1";
return DB::select(
DB::raw("SELECT * FROM users WHERE name = $name"));});Here the statement 1=1 used in the OR condition will result in returning all the rows in the user’s table. This can be prevented by using the following code instead:
Route::get('safe-from-sql-injection', function() {
$name = "'ancy' OR 1=1";
return DB::select(
DB::raw("SELECT * FROM users WHERE name = ?", [$name]));});Laravel replaces the question marks with the query, automatically escaping the input variables. This protects the query from SQL injection attacks.
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