The Http::assertSent(), Event::assertDispatched(), and Queue::assertPushed()) test methods are perhaps a bit unintuitive.
They seem like they would run just once and check the assertions provided in your callback.
In fact, that callback runs once for each HTTP request (or dispatched event or queued job) and it evaluates the logic inside the callback for each. So if you have 10 requests (or events or jobs) and 3 of them return true it passes. If you have 10 requests and 9 of them return true it passes. It only fails if none of the callbacks return true.
So using dd($request) in one of those assertions is only dumping out the first one and then killing the test. You might not see the one you actually need.
If you’re trying to see what data is in the request, you’re better off either doing something like Log::debug($request->body()) or ray($request->url())1 or putting an xdebug breakpoint on the first line of the callback, running the test, and pressing the “continue” button until you get to the request you’re trying to inspect (possibly the second or fourth or tenth, depending on what happens before the one you want to inspect).
Here is a few code samples that may clarify this a bit more:
I’m in the process of adding Sentry to a Laravel app that uses Laravel Jetstream with Inertia.js and Vue 3, and the Sentry Vue 3 documentation wasn’t working for me because the app setup was wrapped inside a createInertiaApp function.
The key is to add Sentry in the setup method of that function:
Colin DeCarlo presented a talk at Laracon Online where among other useful tips, he demonstrated how to shim MySQL functions in an SQLite database (e.g., add functions that MySQL has but SQLite does not).
Here are two examples that I just needed in a project (FLOOR and DATEDIFF):
I’ve recently been building an ecommerce app based on Laravel. Partway through development, we added geometry fields to a couple of tables in order to determine distances. I’ve been using this spatial package, so SQLite was not an option for my test suite.
As soon as I switched the testing database driver from SQLite to MariaDB, my tests immediately took an extra 12–13 seconds to run, regardless of whether I ran the entire test suite, a single file, or just one test.
This significantly lengthened the feedback loop when making changes to code and re-running tests.
So when I saw Jack Ellis mention that he uses MySQL for his test suite, it made me curious if he had the same issue.
He said that one of his test files runs 39 tests in < 2 seconds, so apparently it’s not been a problem for him.
I’m using the LazilyRefreshDatabase trait added in Laravel 8.62.0 on my entire test suite
Many of my tables have constrained foreign keys referencing other tables
I decided to do some digging; here are comparisons using four different platforms for the same test in my application.
I’ve been using MariaDB as the main database platform on my development machine for years. Currently I’m on version 10.6.4.
In-Memory SQLite Database
I temporarily disabled the geometry features and tried the in-memory SQLite database (DB_CONNECTION=:memory:); it performed much better for the same tests:
A single test too <1s to run
An entire file with 16 tests took ~7s to run
SQLite File Database
I then tried with an SQLite file (DB_CONNECTION=sqlite), and it performed about the same:
A single test took ~1s to run
An entire file with 16 tests took ~7s to run
I have an installation of MySQL 8 set up for one app that uses some specific MySQL 8 and I figured why not give that a try too.
Here are the results:
A single test took ~1.5s to run
An entire file with 16 tests took ~6.5s to run
For some reason, MariaDB takes approximately 12–13 seconds to tear down and recreate the database before starting to run tests, but MySQL is much faster.
While testing MariaDB, I opened the raw data directory for the database, and noticed chunks of files being removed and recreated at a time, so perhaps the foreign key constraints are (part of) the culprit here.
I do have 77 databases with ~3800 tables in my MariaDB installation built up from various projects over the years. It seems unlikely, but theoretically possible, that the server size could be part of the problem too.
I think I’ll experiment with switching back to MySQL as my development platform of choice.
Have you run into this same issue? Have any tips or tricks? Let me know in the comments.
I often use Xdebug for troubleshooting and interactively debugging local code as I write it.
Laravel’s artisan command is extremely useful for running code interactively during development. (It’s based on another utility named psysh.)
It can be very useful to set some debug breakpoints and then run code interactively using artisan, but occasionally when I run php artisan tinker, the PHP shell just sits there and doesn’t accept any input until I kill my xdebug listener.