How to Use IronQR with Google Antigravity

/plan This repo is a .NET 9 Blazor Web App with Interactive Server render
mode. Add a visitor check-in page at /scanner. Staff pick a photo of a visitor
pass with InputFile, the server decodes it with IronQR (NuGet package IronQR,
namespace IronQr) by loading the upload into an AnyBitmap and calling
QrReader.Read, and the page lists every value found. Set
IronQr.License.LicenseKey once in Program.cs, read from IRONQR_LICENSE_KEY in
the environment, and never write the key to a file. Add a NavMenu link.
In the Implementation Plan, state the render mode the page will use and the
largest upload it will accept. Then build until dotnet build is clean.

/plan This repo is a .NET 9 Blazor Web App with Interactive Server render
mode. Add a visitor check-in page at /scanner. Staff pick a photo of a visitor
pass with InputFile, the server decodes it with IronQR (NuGet package IronQR,
namespace IronQr) by loading the upload into an AnyBitmap and calling
QrReader.Read, and the page lists every value found. Set
IronQr.License.LicenseKey once in Program.cs, read from IRONQR_LICENSE_KEY in
the environment, and never write the key to a file. Add a NavMenu link.
In the Implementation Plan, state the render mode the page will use and the
largest upload it will accept. Then build until dotnet build is clean.

/browser Run the app with dotnet run (the http profile listens on
http://localhost:5181) and open /scanner. Upload each image in TestData/scans
through the page's file input, one at a time, wait until the page shows a
result or a message, and screenshot it. TestData/scans/expected.csv lists the
values each image carries, separated by | when there are several, and an empty
cell means no code. Return a Walkthrough table of file, bytes, expected values,
values the page displayed, and pass or fail. When a row fails, quote the server
log or browser console line that explains it, or say that neither recorded
anything, before you edit anything. Then fix the page, restart the app, and
upload all seven images again. Stop the app at the end.

/browser Run the app with dotnet run (the http profile listens on
http://localhost:5181) and open /scanner. Upload each image in TestData/scans
through the page's file input, one at a time, wait until the page shows a
result or a message, and screenshot it. TestData/scans/expected.csv lists the
values each image carries, separated by | when there are several, and an empty
cell means no code. Return a Walkthrough table of file, bytes, expected values,
values the page displayed, and pass or fail. When a row fails, quote the server
log or browser console line that explains it, or say that neither recorded
anything, before you edit anything. Then fix the page, restart the app, and
upload all seven images again. Stop the app at the end.

Tell me which IronQR version the project references and paste its
PackageReference line. Then show me where the license key is applied. It has
to be set once at startup from IRONQR_LICENSE_KEY, appsettings.json and
appsettings.Development.json must carry no IronQr.LicenseKey entry, and when
the variable is missing the app should log one startup warning that names the
variable but prints no value. Change no other file, and touch Program.cs
only if that warning is missing.

Tell me which IronQR version the project references and paste its
PackageReference line. Then show me where the license key is applied. It has
to be set once at startup from IRONQR_LICENSE_KEY, appsettings.json and
appsettings.Development.json must carry no IronQr.LicenseKey entry, and when
the variable is missing the app should log one startup warning that names the
variable but prints no value. Change no other file, and touch Program.cs
only if that warning is missing.

/learn Write the rules this session established into a new AGENTS.md at the
repository root (the always-on rules file, not .antigravity/rules.md) under a
"QR check-in page" heading. Cover the render mode the scanner page needs, the
upload cap and the reason for its value, showing every decoded value instead
of the first, keeping IRONQR_LICENSE_KEY out of files, and that no scanner
change is done until the /browser upload table passes for every image in
TestData/scans.

/learn Write the rules this session established into a new AGENTS.md at the
repository root (the always-on rules file, not .antigravity/rules.md) under a
"QR check-in page" heading. Cover the render mode the scanner page needs, the
upload cap and the reason for its value, showing every decoded value instead
of the first, keeping IRONQR_LICENSE_KEY out of files, and that no scanner
change is done until the /browser upload table passes for every image in
TestData/scans.

Open an Implementation Plan Artifact for this refactor before editing. Move
the decoding out of the Razor page into Services/PassScanService.cs,
registered as a singleton. The service takes the IBrowserFile, rejects files
over 25 MB with a message the page shows, copies the upload into a
MemoryStream with CopyToAsync, builds the AnyBitmap from that buffer, reads it
with QrReader.ReadAsync and QrScanMode.Auto, and returns value, QrType and Url
for every result. No temporary files and no client file names on disk. Show
the scan time in milliseconds under the results. Then repeat the /browser
upload table for all seven images.

Open an Implementation Plan Artifact for this refactor before editing. Move
the decoding out of the Razor page into Services/PassScanService.cs,
registered as a singleton. The service takes the IBrowserFile, rejects files
over 25 MB with a message the page shows, copies the upload into a
MemoryStream with CopyToAsync, builds the AnyBitmap from that buffer, reads it
with QrReader.ReadAsync and QrScanMode.Auto, and returns value, QrType and Url
for every result. No temporary files and no client file names on disk. Show
the scan time in milliseconds under the results. Then repeat the /browser
upload table for all seven images.

using IronQr;
using IronQr.Enum;
using IronSoftware.Drawing;
using Microsoft.AspNetCore.Components.Forms;

public sealed class PassScanService
{
    public const long MaxUploadBytes = 25 * 1024 * 1024;

    public async Task<List<QrResult>> ScanAsync(IBrowserFile file)
    {
        using var buffer = new MemoryStream();
        await using (var upload = file.OpenReadStream(MaxUploadBytes))
        {
            await upload.CopyToAsync(buffer);
        }
        buffer.Position = 0;

        using var image = AnyBitmap.FromStream(buffer);
        var results = await new QrReader().ReadAsync(new QrImageInput(image, QrScanMode.Auto));
        return results.ToList();
    }
}

using IronQr;
using IronQr.Enum;
using IronSoftware.Drawing;
using Microsoft.AspNetCore.Components.Forms;

public sealed class PassScanService
{
    public const long MaxUploadBytes = 25 * 1024 * 1024;

    public async Task<List<QrResult>> ScanAsync(IBrowserFile file)
    {
        using var buffer = new MemoryStream();
        await using (var upload = file.OpenReadStream(MaxUploadBytes))
        {
            await upload.CopyToAsync(buffer);
        }
        buffer.Position = 0;

        using var image = AnyBitmap.FromStream(buffer);
        var results = await new QrReader().ReadAsync(new QrImageInput(image, QrScanMode.Auto));
        return results.ToList();
    }
}

/browser Measure the cold-start cost of the detection model. Restart the app,
upload TestData/scans/pass-clean.png three times on /scanner, and note the
scan time the page shows each time. Then add an IHostedService that reads one
small blank AnyBitmap with QrReader at startup, off the request path, restart,
repeat the three uploads, and put both sets of timings side by side in the
Walkthrough with a screenshot of each first upload.

/browser Measure the cold-start cost of the detection model. Restart the app,
upload TestData/scans/pass-clean.png three times on /scanner, and note the
scan time the page shows each time. Then add an IHostedService that reads one
small blank AnyBitmap with QrReader at startup, off the request path, restart,
repeat the three uploads, and put both sets of timings side by side in the
Walkthrough with a screenshot of each first upload.

Agent A: create an xUnit project QrScanner.Tests that calls PassScanService
for every row of TestData/scans/expected.csv through a test double of
IBrowserFile, and asserts the exact set of values in any order. Add one test
that a file over the cap is rejected before IronQR reads it. Never compare
QR images byte for byte.

Agent B: start only after Agent A's tests pass against the current code. Use
/browser to upload the same seven images on /scanner, attach a screenshot of
each result to the Walkthrough, and state there that the tests passed first.

Agent A: create an xUnit project QrScanner.Tests that calls PassScanService
for every row of TestData/scans/expected.csv through a test double of
IBrowserFile, and asserts the exact set of values in any order. Add one test
that a file over the cap is rejected before IronQR reads it. Never compare
QR images byte for byte.

Agent B: start only after Agent A's tests pass against the current code. Use
/browser to upload the same seven images on /scanner, attach a screenshot of
each result to the Walkthrough, and state there that the tests passed first.

This app will ship in a linux-x64 container built from
mcr.microsoft.com/dotnet/aspnet:9.0. Do not change any C#. Make the project
reference IronQR for Windows builds and IronQR.Linux when RuntimeIdentifier is
linux-x64, add a Dockerfile that publishes for linux-x64 and passes
IRONQR_LICENSE_KEY in at run time, then run dotnet publish -r linux-x64
--self-contained false -o publish-linux and list every .so file in that
folder with the NuGet package it came from. Docker is not installed on this
machine, so stop before docker build.

This app will ship in a linux-x64 container built from
mcr.microsoft.com/dotnet/aspnet:9.0. Do not change any C#. Make the project
reference IronQR for Windows builds and IronQR.Linux when RuntimeIdentifier is
linux-x64, add a Dockerfile that publishes for linux-x64 and passes
IRONQR_LICENSE_KEY in at run time, then run dotnet publish -r linux-x64
--self-contained false -o publish-linux and list every .so file in that
folder with the NuGet package it came from. Docker is not installed on this
machine, so stop before docker build.