Request->except give me an array instead of a Request object in laravel 5
Stefan Bogdanescu
Founder & Senior Architect · 2026-06-29
# Mastering Request Data: Why `except()` Returns an Array and How to Get a Request Object in Laravel
As a senior developer, I frequently encounter situations where the difference between a raw data array and a structured object (like a Laravel `Request` object) causes confusion. The specific issue you are facing—where methods like `except()` return an array instead of a `Request` object—stems from how Laravel structures its helper functions versus its core request handling objects.
This post will dive into why this happens and provide robust, practical solutions for manipulating incoming request data in your Laravel applications.
## The Core Distinction: Request Object vs. Data Array
The fundamental misunderstanding lies in what these tools are designed to return.
When you access the request object directly (e.g., `$request`), you have a fully functional instance of the `Illuminate\Http\Request` class, which provides methods for accessing input, sessions, files, etc.
However, methods like `Input::except()`, `Input::only()`, or even the array-returning versions of these helpers are designed primarily for **data extraction and manipulation**. They focus on pulling specific key-value pairs out of the request payload and returning them as a simple PHP associative array. This is efficient for passing data to Eloquent models, but it strips away the contextual features of the full Request object.
In short:
* **`$request`**: The container object with all methods and context.
* **`Input::except([...])`**: A utility function that extracts data into a standard PHP array.
## Solving Your Data Persistence Problem
Your goal seems to be updating an `$employee` model using only the fields provided in the request while avoiding sensitive or unwanted fields (like `bankid` and `bankaccount`). The issue arises when you try to feed this resulting array directly into a method expecting a full Request object, or when you try to mix the two data types carelessly.
Here is how we correct this flow using best practices:
### Method 1: Using the Request Object for Full Context
If you need to pass the *entire* request context, perhaps for validation checks or logging, stick with the `$request` object itself:
```php
// Sticking with the full Request object when context is needed
$employee = EmployeeSnap::firstOrNew(['nss' => $request->nss, 'rfc' => $request->rfc]);
if ($employee->name !== null && $employee->name !== "") {
// Use the full request object if you need all related data later
$employee->setData($request);
} else {
// If no update needed, use the original request object
$employee->setData($request);
}
$employee->save();
```
### Method 2: Filtering Input for Model Updates (The Correct Way)
When you are preparing data strictly for mass assignment into a model, filtering is necessary. Since Eloquent models expect arrays of attributes, using `Input::except()` or array access is actually the *correct* approach for saving data. The confusion arises when you try to treat that array as if it were still a Request object.
The key is to ensure your model update method (`setData` in this case) explicitly accepts an array, which is what Eloquent expects during mass assignment:
```php
// Filtering the input specifically for database persistence
$dataToUpdate = Input::except(['bankid', 'bankaccount']);
$employee = EmployeeSnap::firstOrNew(['nss' => $request->nss, 'rfc' => $request->rfc]);
if ($employee->name !== null && $employee->name !== "") {
// Pass the filtered array directly to setData/update method
$employee->setData($dataToUpdate);
} else {
// If no data is updated, pass the original request payload or an empty set
$employee->setData([]);
}
$employee->save();
```
Notice that in this corrected flow, we are consistently using `$request` to access individual fields