A production-ready Playwright framework in C#. .NET 8. NUnit. Azure DevOps CI/CD. Page object model. Auth state reuse. FluentAssertions. Bogus factories. 69 product tests plus 30 live-database validation checks passing. $995.
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Ten production-grade pieces of a C# Playwright test automation framework — wired together, documented, and ready to ship.
Drop in a Postgres, MySQL, or MongoDB connection string and pull random rows straight from your real DB — no mocks, no fixtures to maintain. Unicode + apostrophe + locale safety, seeded reproducibility, and an identifier-injection guard on every query. CI-verified against live databases every release.
BasePage + LoginPage, InventoryPage, and CartPage fully implemented. Add a new page in minutes — the pattern is there, the ceremony is done.
PlaywrightFixture and BaseTest handle browser lifecycle, context creation, and teardown. Tests inherit and go — no boilerplate repeated per file.
SetUpFixture saves browser storage state per user role once. Subsequent tests skip login entirely. Real parallel safety, not shared-state hacks.
Readable assertions throughout: result.Should().Be(...), collection.Should().HaveCount(2). Failure messages that actually explain what went wrong.
Deterministic seeded fakes for users, products, and orders via Bogus. No brittle hard-coded strings, no shared test accounts stepping on each other.
Allure.NUnit decorators wired from day one. Run allure serve after a test run and get a full visual report. Ready for CI artifact publishing.
.runsettings pre-tuned for parallel workers. Opt-in per fixture — run fast by default, isolate flaky suites with a single attribute.
Main pipeline + nightly cross-browser run + sharded templates. UseDotNet@2, dotnet restore, Playwright install, test, and PublishTestResults all wired.
Equivalent ci.yml matrix build. Same logic as the Azure pipeline — browser matrix, dotnet version matrix, artifact upload on failure.
Mockoon + Nginx containers for offline end-to-end dev. Run a full test suite against deterministic mock APIs without a live environment.
Real snippets from the kit. C#-idiomatic, page-object-driven, fixture-first.
src/PlaywrightPro/Pages/LoginPage.csusing Microsoft.Playwright;
namespace PlaywrightPro.Pages;
public class LoginPage : BasePage
{
public LoginPage(IPage page) : base(page) { }
public ILocator Username => Page.Locator("[data-test='username']");
public ILocator Password => Page.Locator("[data-test='password']");
public ILocator LoginButton => Page.Locator("[data-test='login-button']");
public async Task LoginAsync(string user, string pass)
{
await Username.FillAsync(user);
await Password.FillAsync(pass);
await LoginButton.ClickAsync();
}
}tests/PlaywrightPro.Tests/UI/InventoryAndCartTests.cs[TestFixture]
[Category("UI")]
public class InventoryAndCartTests : AuthenticatedBaseTest
{
public InventoryAndCartTests() : base(AuthUser.StandardUser) { }
[Test]
public async Task AddingTwoItems_UpdatesCartBadge()
{
var inventory = new InventoryPage(Page);
await inventory.GoToAsync();
await inventory.AddFirstTwoToCartAsync();
var badge = await inventory.CartBadgeTextAsync();
badge.Should().Be("2");
}
}ci/azure-pipelines/azure-pipelines.ymltrigger:
- main
pool:
vmImage: ubuntu-latest
steps:
- task: UseDotNet@2
inputs:
version: 8.x
- script: dotnet restore
- script: pwsh src/PlaywrightPro/bin/Debug/net8.0/playwright.ps1 install --with-deps
- script: dotnet test --logger 'trx' --collect 'XPlat Code Coverage'
- task: PublishTestResults@2
condition: always()
inputs:
testResultsFormat: VSTest
testResultsFiles: '**/*.trx'Raw .NET setup, BDD stacks, and the TypeScript edition — how they compare.
Rolling your own setup means weeks of plumbing: page object conventions, fixture lifecycle, auth state strategy, CI pipeline templates, reporter config. This kit ships all of it wired and tested. You start at week 4, not day 1.
Gherkin is a layer that helps stakeholders read tests — and slows engineers down writing them. This kit is straight NUnit, no Gherkin, no step definition ceremony. Code is readable without a DSL in the way.
Same architecture, same patterns — C# instead of TypeScript. If your team lives in .NET, this is the natural choice. Bundle both in the Complete Stack bundle — or see the TypeScript edition.
Buy the kit when the reusable engineering foundation is the work you need to avoid. Keep building internally when the framework itself is your team’s product or learning goal.
If the kit avoids about 20 engineering hours at a $50/hour loaded cost, it has paid for itself. That threshold excludes future maintenance, design review, CI debugging, documentation, and onboarding time.
Use your own loaded labor cost and expected setup time; this is a decision aid, not a promised saving.Compatibility is stated against the current published package. Connect the kit to your own application, credentials, environments, and data after download.
Release metadata unavailableYour dashboard retains access to the version delivered with your purchase. Reasonable bug-fix and compatibility updates may be released, but no perpetual update cadence or operation of every future third-party dependency is promised.
Compare the profile above with your organization’s pinned runtime, browser, CI, proxy, and security requirements. For an unlisted constraint, ask before checkout rather than discovering it during setup.
Ask a compatibility question →Drop in a connection string and pull random rows straight from your Postgres, MySQL, or MongoDB. Unicode names, apostrophes, NULLs, weird locales — all the production data that breaks mock-based tests gets exercised every run.
Tests/CheckoutTests.csusing Framework.Services.RealData;
var db = RealData.Create(new PostgresConfig {
Url = Env.Get("DB_URL")
});
await db.ConnectAsync();
// Pull a real customer with a real order from your DB
var customer = (await db.GetRandomRowsAsync("customers", new RandomQueryOptions {
Count = 1,
Where = Where.Eq("tier", "enterprise"),
Seed = "checkout-fixture-1", // reproducible across runs
})).First();
await Page.GotoAsync($"/account/{customer["id"]}");
await Expect.FieldsMatchRow(Page, customer, new FieldMap {
["name"] = Page.Locator("[data-test=name]"),
["email"] = Page.Locator("[data-test=email]"),
["country"] = Page.Locator("[data-test=country]"),
});Every release runs the kit's full test suite against ephemeral Postgres, MySQL, and MongoDB containers in GitHub Actions. The proof image just below this section is the actual terminal output of that run — no edits, no rebuilds.
Real CI runs. Every push to main runs the full test matrix on GitHub Actions — and we don’t hide the failures. Latest green run below.
.NET 8 is the current LTS release and ships with meaningful performance improvements in async throughput. The kit targets net8.0 — if your org is locked to .NET 6, the code is compatible with a single TFM change in the csproj.
Yes. The solution is standard .sln + .csproj — open it in any of the three. VS Code users get full IntelliSense via the C# Dev Kit extension. Rider users get it out of the box.
NUnit's TestFixture lifecycle maps cleanly onto the browser-per-fixture pattern Playwright recommends, and SetUpFixture gives you one-time global setup without static hacks. xUnit and MSTest are fine — this kit is opinionated about NUnit because the plumbing works better.
That's the default case. The kit ships with a production-grade azure-pipelines.yml that installs .NET 8, restores packages, runs the Playwright install script, executes tests, and publishes .trx results to the Azure test dashboard.
Yes. Microsoft.Playwright exposes IAPIRequestContext — the kit includes examples of API setup/teardown alongside UI tests and standalone API contract tests using the same fixture infrastructure.
SetUpFixture runs once before the test session. It logs in as each user role and saves browser storage state (cookies + localStorage) to disk. AuthenticatedBaseTest loads the saved state into a fresh BrowserContext — tests start already logged in, no UI login flow per test.
Yes — the Complete Stack bundle ($2,995) includes every kit, including both TypeScript and C# editions. Message after purchase for an upgrade coupon if you already own the TypeScript edition.
Yes. Email support for setup questions and reproducible product defects is included with purchase. Response times vary with request volume; the contact form is also available for pre-sales questions.
An 11-page PDF walking through every directory, every pattern, and the exact flow from npx playwright test down to the system under test.