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Statement PDFs in Laravel

Post your statement HTML to a render API from a controller returning streamDownload, then return response()->streamDownload, which never holds the file. No browser binary in your Laravel deployment.

Why statements become PDFs

A statement summarises a period that is now closed. Regenerating it later from live data would produce a different document, which defeats the point. That is the difference between a document and a view of a database, and it is why finance and account management keep asking for this.

What a statement has to carry

Before any of the code below matters, the template has to produce a document that is actually a statement. These are the fields that make it one, and the ones a reader or an auditor will look for first.

  • the opening balance and the closing balance
  • every transaction in the period with date, description and signed amount
  • a running balance column, so a reader can find where a discrepancy starts
  • the account identifier, usually masked
  • the statement period, which must not overlap the previous one

Turning your Blade template into a document

You already have the markup. View("invoices.pdf", $data)->render() gives you it as a string, which is the only input the render needs. asset() and mix()/vite() emit URLs built from APP_URL. If APP_URL is still http://localhost in the environment that renders, every stylesheet and image in the document silently fails to load and you get a plain-text-looking PDF with no error.

The Laravel implementation

the Http facade is the client most projects here already have. The render happens in a controller returning streamDownload, and you return response()->streamDownload, which never holds the file.

php

<?php
// app/Http/Controllers/StatementController.php

namespace App\Http\Controllers;

use App\Models\Statement;
use Illuminate\Support\Facades\Http;

class StatementController extends Controller
{
    public function pdf(Statement $statement)
    {
        // A Blade view built for print. Do not reuse the on-screen view: it pulls
        // in the app layout and the asset tags, which cannot resolve here.
        $html = view('statements.pdf', ['statement' => $statement])->render();

        $upstream = Http::withToken(config('services.pdfpipe.key'))
            ->timeout(60)
            ->withOptions(['stream' => true])
            ->post('https://api.pdfpipe.xyz/v1/pdf', [
                'html' => $html,
                'options' => ['format' => 'A4', 'printBackground' => true],
            ])
            ->throw();

        return response()->streamDownload(
            fn () => fpassthru($upstream->getBody()->detach()),
            "statement-{$statement->reference}.pdf",
            ['Content-Type' => 'application/pdf'],
        );
    }
}

The CSS that makes a statement page correctly

The layout problem specific to this document is that a long transaction table spanning many pages, needing repeated headers and a running balance that stays legible after a break. These rules handle it.

css

/* Line items run past one page. Repeat the header, keep the
   totals block whole, and never strand a single row. */
thead { display: table-header-group; }
tfoot { display: table-footer-group; }
tr    { break-inside: avoid; }

.totals {
  break-inside: avoid;
  break-before: auto;
}

@page {
  size: A4;
  margin: 18mm 16mm 22mm;
}

What goes wrong in Laravel

Blade views for PDFs get built by copying the on-screen view, which brings @vite, the app layout and the Livewire scripts with it. Those either fail to resolve or render as visible artefacts. Start the PDF view from an empty file.

What people try first

Most Laravel projects reach for barryvdh/laravel-dompdf, which is convenient because it installs with Composer and needs nothing else, and limiting because dompdf implements its own layout engine with no support for flexbox or grid. That works until it is running on more than one machine, at which point the browser becomes the thing you operate rather than the thing you use.

Where the statement lives afterwards

Rendering is the short part. Statements are the document most often requested again years later, usually for a loan application or an audit. Regenerating one from current data would produce different figures, so the rendered file is the record and has to be stored as issued.

Getting the document right

  • Check the closing balance, which has to reconcile with the transactions listed above it.
  • Generation is triggered by the end of a billing or accounting period, so size the timeout for that path rather than for a health check.
  • This is a batch shape: render the run through the batch endpoint rather than firing thousands of individual requests.
  • Backgrounds are painted by default here, so a design that uses colour needs nothing set. Only an explicit print_background of false turns them off.

Frequently asked

Do I need Chromium installed to generate statements from Laravel?

No. The render happens over HTTP, so your Laravel deployment stays the size it is now. That is the main reason to use an API rather than barryvdh/laravel-dompdf, which is convenient because it installs with Composer and needs nothing else, and limiting because dompdf implements its own layout engine with no support for flexbox or grid.

How do I stop a long statement using all the memory?

Return response()->streamDownload, which never holds the file. Blade views for PDFs get built by copying the on-screen view, which brings @vite, the app layout and the Livewire scripts with it. Those either fail to resolve or render as visible artefacts. Start the PDF view from an empty file.

What has to be on a statement?

At minimum: the opening balance and the closing balance; every transaction in the period with date, description and signed amount; a running balance column, so a reader can find where a discrepancy starts. The one to get right before anything else is the closing balance, which has to reconcile with the transactions listed above it.

Do I need to store the generated statements?

Depends on the document, and this one has a clear answer: statements are the document most often requested again years later, usually for a loan application or an audit. Regenerating one from current data would produce different figures, so the rendered file is the record and has to be stored as issued.

Can I keep my existing statement template?

Yes, if it produces HTML. Whatever renders your statement view today can render the same markup for the PDF, which is why the CSS above is the only new thing you write.

Related

Other Laravel documents, and the same statement in other stacks.

Quote PDFs in Laravela quote is an offer with an expiryPurchase order PDFs in Laravela purchase order is the document a supplier's accounts team matches an invoice againstPayslip PDFs in Laravela payslip is a personal financial record an employee keepsContract PDFs in Laravela contract has to be fixed at signature. Both parties need to be certain they are looking at identical wordsPacking slip PDFs in Laravela packing slip is printed and physically placed in a box. It exists to be paper.Statement PDFs in SymfonyUsing HttpClientInterface, in a controller returning StreamedResponse.Statement PDFs in Ruby on RailsUsing Net::HTTP, in a controller action using send_data.Statement PDFs in ExpressUsing fetch, in a route handler that pipes the response.Statement PDFs in Next.jsUsing fetch, in a Route Handler returning a Response.Statement PDFs in Spring BootUsing java.net.http.HttpClient, in a controller returning StreamingResponseBody.The same thing in plain PHPWithout the framework, using cURL directly.When the output is wrongBlank pages, missing backgrounds, breaks in the wrong place, by symptom.All stacks and documentsThe full grid of what this covers.the full Laravel guideSetup, error handling and the deployment shape, not just the request.statement generation in productionVolume, storage and the delivery step, for teams already shipping these.how this compares to dompdfThe tradeoff written out, including where the incumbent is the better call.deployment shapesServerless, containers and long-running processes, and what each costs you.

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