🌬️ Breeze

A ridiculously fast, event‑driven Go web framework — built for maximum throughput, minimal allocations, native WebSockets, and a batteries‑included path to production.

Built on gnet · One event loop per core · Zero‑copy where it counts

---

Breeze is a modern, high‑performance Go web framework for people who want speed and a real toolbox: a router, WebSockets, request binding, an OpenAPI generator, a live developer dashboard, an event bus, durable workflows, distributed tracing across services, a JSON‑RPC server, an AI‑agent control plane — all first‑party, all documented, none of it bolted on as an afterthought.

📖 Looking for the full reference instead of the tour? docs/README.md is the index — one row per subsystem, pointing at the document that covers it in full.

📑 Table of Contents

Get started Installation Quick Start Graceful Shutdown Docker CLI Packages at a Glance Core HTTP Performance Core Errors as Values WebSocket Request Validation Middleware OAuth2 Login

Data & workflow Events Workflows Migrations HTTP Client See inside your app Dashboard Observability Diagnostics Fleet Tracing

More protocols JSON‑RPC 2.0 OpenAPI / Scalar Video Streaming Templates, SPA & i18n MCP for AI Agents Wrap‑up Examples Contributing Security License

---

📦 Installation

Requires Go 1.25.13 or later.

go get  github.com/nelthaarion/breeze/v2

Pulls in gnet v2 for the event loop, go‑json for fast marshaling, brotli for compression, and golang‑jwt for authentication. Nothing else — every other subsystem below is an opt‑in subpackage.

🚀 Quick Start

A complete server in under 20 lines:

package main

import (
	"runtime"

	"github.com/nelthaarion/breeze/v2"
	middleware "github.com/nelthaarion/breeze/v2/middlewares"
)

func main() {
	router := breeze.NewRouter()
	router.Use(middleware.RecoveryMiddleware())
	router.Use(middleware.LoggingMiddleware())

	router.Handle(breeze.GET, "/", func(ctx *breeze.Context) error {
		return ctx.JSON(map[string]string{"status": "ok"})
	})
	router.Handle(breeze.GET, "/users/:id", func(ctx *breeze.Context) error {
		return ctx.JSON(map[string]string{"id": ctx.Param("id")})
	})

	pool := breeze.NewEventLoopWorkerPool(runtime.NumCPU())
	app := breeze.New(router, pool)
	app.Run(3000, true) // port, multiCore
}

go run main.go
# curl http://localhost:3000/        → {"status":"ok"}
# curl http://localhost:3000/users/42 → {"id":"42"}

🛑 Graceful Shutdown

Run blocks until the server is stopped; Stop stops it. The contract is net/http.Server.Shutdown's — a context bounds how long in-flight work is given to finish, and whatever is left is closed:

app := breeze.New(router, pool)

go func() {
	if err := app.Run(3000, true); err != nil {
		log.Printf("breeze: %v", err)
	}
}()

// SIGINT / SIGTERM
sig := make(chan os.Signal, 1)
signal.Notify(sig, os.Interrupt, syscall.SIGTERM)
<-sig

ctx, cancel := context.WithTimeout(context.Background(), 15*time.Second)
defer cancel()
if err := app.Stop(ctx); err != nil {
	log.Printf("breeze: unclean shutdown: %v", err)
}
pool.Shutdown(ctx) // Stop does not touch a pool it did not create

What Stop does, in order:

Step	Behaviour
1	New connections are refused immediately
2	Every WebSocket connection gets a Close frame with 1001 going away, and its handler's OnClose runs through the connection's ordered queue
3	Work already dispatched to the pool — blocking routes, WebSocket callbacks — is given until ctx is done
4	The listener closes, anything still connected is force-closed, and Run returns

Stop returns nil on a clean stop, ctx.Err() when step 3 ran out of time (the teardown still happens), and breeze.ErrNotRunning when there was nothing to stop. It is idempotent, and when it returns, Run's goroutine has exited. Each *Breeze holds its own engine, so two servers in one process stop independently; a stopped one is not reusable (Run then returns breeze.ErrServerStopped).

🐳 Docker

docker build -t breeze-example .
docker run --rm -p 3000:3000 breeze-example
# or
docker compose up --build

Breeze itself is a library — point BREEZE_TARGET at any main package in your module to containerize your app:

docker build --build-arg BREEZE_TARGET=./cmd/dashboard-example -t my-app .

🧰 CLI

A rails‑style CLI: new scaffolds a project, generate writes code you edit, add wires in a framework feature that already exists.

go install  github.com/nelthaarion/breeze/v2/cmd/breeze@latest

breeze new myapp                       # minimal REST API
breeze new myapp --template=views      # + templates, layouts, components

breeze generate resource User \
  name:string:required,min=2,max=40 \
  role:string:required,oneof=admin editor viewer

breeze add dashboard --allow-writes
breeze add events --async
breeze add --list                      # all 23 features, in wiring order

breeze routes                          # list routes without booting the app
breeze migrate up | down [n] | status
breeze makemigration <name>

🧪 Every generate subcommand

Command	Writes
generate resource <n> field:type…	struct, handlers, in‑memory store, OpenAPI docs, validation — fully wired
generate handler <n>	route group with CRUD stubs
generate model <n> field:type…	models/ struct + a paired SQL migration
generate event <n> [field:type…]	event type with emit/subscribe helpers
generate listener <Event>	subscriber for an existing event
generate workflow <n> --steps=a,b,c	workflow definition with retries + compensation
generate middleware <n>	breeze.HandlerFunc stub
generate ws <n>	WebSocket handler with connect/message/close hooks
generate view <n>	HTML view + the route that renders it
generate job <n> [--every=1h]	background job registered with the dashboard
generate grpc <n>	gRPC server/client scaffolding from a *_grpc.go interface

Supported field types: string, int, int64, uint, uint64, float32, float64, bool, []string, time.Time, time.Duration.

🧩 All 23 breeze add features

events observability dashboard workflow tuning migrator fleet recovery logging security cors compression ratelimit i18n jwt oauth2 etag docs static video websocket templates jsonrpc

Each is idempotent and written as a replaceable block in features_generated.go; middlewares are emitted in an order that matters — recovery outermost, cors before ratelimit, etag innermost.

🗂 Packages at a Glance

Breeze is one module. Each row is a package you can import directly:

Package	Import path	Doc
Request binding	breeze/binding	docs/binding.md
Middleware	breeze/middlewares	docs/middlewares.md
OAuth2	breeze/middlewares/oauth2	middlewares/oauth2/README.md
Diagnostics	breeze/diag	docs/diag.md
Events	breeze/events	events/README.md
Workflows	breeze/workflow	workflow/README.md
Dashboard	breeze/dashboard	dashboard/README.md
Observability	breeze/observability	observability/README.md
Fleet tracing	breeze/fleet	docs/fleet-tracing.md
Video streaming	breeze/video	video/README.md
JSON‑RPC 2.0	breeze/rpc	docs/rpc.md
OpenAPI / Scalar	breeze/scalar	docs/scalar.md
Migrations	breeze/migrate	docs/migrate.md
HTTP client	breeze/client	docs/client.md
MCP (in‑process)	breeze/mcp	docs/mcp-walkthrough.md

events, workflow and observability never import the root package — they work in a program that serves no HTTP at all.

---

🧬 Core HTTP Framework

⚡ Performance Core

• 🏎 Inline execution — a non‑blocking handler runs directly on the gnet event‑loop goroutine that read the request: no worker‑pool hop, no channel handoff, no AsyncWrite poller wakeup. This is the single largest throughput win in the framework.
• 🧠 Zero‑copy headers (opt‑in) — parse a request, route it, handle it, and answer it with zero heap allocations.
• 🗂 O(1) exact‑path routing via per‑method buckets, dynamic :params and wildcard segments.
• 📦 Everything hot is pooled: Context, HTTPRequest, HTTPResponse, wire buffers, route‑param maps.
• 🧵 A configurable worker pool for anything that blocks, with three backpressure policies (Block / Reject / Spawn).

// In-memory, returns immediately → inline (fastest path).
router.Handle(breeze.GET, "/users/:id", getUser)

// Touches a database, disk, or network → the worker pool.
router.HandleBlocking(breeze.POST, "/orders", createOrder)

// Remove the last allocation on the fast path (careful — see the docs on lifetime):
app.SetZeroCopyHeaders(true)

🧯 Errors as Values

A handler — and a middleware — returns an error. One function decides what that becomes on the wire, and it can never leave a connection with no response at all.

router.Handle(breeze.GET, "/orders/:id", func(ctx *breeze.Context) error {
	order, err := store.Find(ctx.Param("id"))
	if errors.Is(err, sql.ErrNoRows) {
		return breeze.NewHTTPError(404, "no such order")
	}
	if err != nil {
		// client sees "unavailable"; the driver's message goes to the log only
		return breeze.WrapHTTPError(502, "the order service is unavailable", err)
	}
	return ctx.JSON(order)
})

Returned	Response
*binding.ValidationError	422 with field‑level RFC 9457 detail
*breeze.HTTPError	its status, with Message as the detail
anything else	logged to stderr, generic 500

🔌 WebSocket

A dedicated fast path — an upgraded connection carries zero HTTP overhead, and an HTTP‑only server never even probes for one.

hub := app.WebSocket("/ws", &breeze.WSHandlerFunc{
	Connect: func(c *breeze.WSConn) { c.SendText("welcome!") },
	Message: func(c *breeze.WSConn, op byte, payload []byte) {
		hub.BroadcastExcept(op, payload, c) // fan out to everyone else
	},
})

Binary & text frames, ping/pong, fragmentation, graceful close — all RFC 6455.

A connection's messages reach its handler in the order the peer sent them, one at a time. Delivery is per-connection FIFO, so a handler parsing a stream can rely on it; two different connections are still handled concurrently. OnClose runs after every message already delivered, so per-connection state torn down there cannot be used afterwards.

Dialling out

DialWS is the symmetric other half: a Breeze process connecting to a WebSocket server rather than accepting one. It returns the same *WSConn, so a peer table holds one type for connections it accepted and connections it dialled.

conn, err := breeze.DialWS("ws://peer:9000/p2p", breeze.WSClientConfig{
	HandshakeTimeout: 5 * time.Second,
	Header:           map[string]string{"Authorization": "Bearer " + token},
})
if err != nil {
	return err
}
conn.OnMessage(func(op byte, payload []byte) { peer.handle(op, payload) })
conn.OnClose(func(code uint16, reason string) { peers.drop(conn) })
conn.SendBinary(hello)

Full client handshake with Sec-WebSocket-Accept verification, mandatory frame masking, wss:// via crypto/tls, and Ping for liveness. One goroutine per dialled connection — sized for tens to low hundreds of peers, not tens of thousands. Reconnection is deliberately yours: OnClose is where a redial goes.

✅ Request Validation

One call: decode JSON body + query + path params, validate, and — on failure — write an RFC 9457 422 for you.

type CreateUser struct {
	Name  string `json:"name"  validate:"required,min=2,max=50"`
	Email string `json:"email" validate:"required,email"`
	Role  string `json:"role"  validate:"oneof=admin user viewer"`
	ID    string `param:"id"`
}

router.Handle(breeze.POST, "/users/:id", func(ctx *breeze.Context) error {
	var in CreateUser
	if err := ctx.Bind(&in); err != nil {
		return nil // the 422 problem+json response is already written
	}
	return ctx.JSON(in)
})

🛡 Middleware

Twelve built‑ins, composed once at registration — a route with no :params costs zero allocations to dispatch.

import middleware "github.com/nelthaarion/breeze/v2/middlewares"

router.Use(middleware.RecoveryMiddleware())   // outermost
router.Use(middleware.LoggingMiddleware())
router.Use(middleware.NewRateLimiter(middleware.RateLimiterOptions{
	Requests: 100, Per: time.Minute,
}))
router.Use(middleware.CORSMiddleware(middleware.CORSOptions{AllowOrigins: "*"}))
router.Use(middleware.DefaultSecurityMiddleware())
router.Use(middleware.CompressionMiddleware()) // innermost

🚦 Rate Limiter · 🗜 Compression · 💾 ETag Cache · 🔑 JWT Auth · 🌍 CORS · 🪖 Security Headers · 📝 Logger · 💥 Panic Recovery · 🌐 Locale · 📚 Scalar (OpenAPI route) — see docs/middlewares.md for the install order and why it matters.

🔐 OAuth2 Login

Zero‑config social login under middlewares/oauth2 — only ClientID and ClientSecret are required.

import "github.com/nelthaarion/breeze/v2/middlewares/oauth2"

cfg := oauth2.Config{
	Provider:     oauth2.Google,
	ClientID:     "your-client-id",
	ClientSecret: "your-client-secret",
	BaseURL:      "https://app.example.com",
	CookieSecret: "a-long-random-secret",
}

router.Handle(breeze.GET, "/auth/google", oauth2.Login(cfg))
router.Handle(breeze.GET, "/auth/google/callback", oauth2.Callback(cfg))
router.Handle(breeze.GET, "/dashboard", dashboard, oauth2.Auth(cfg))

func dashboard(ctx *breeze.Context) error {
	return ctx.JSON(oauth2.CurrentUser(ctx)) // *oauth2.User
}

🌐 Google · GitHub · Microsoft · Discord out of the box · 🔑 PKCE (S256) by default · 🛡 CSRF‑protected, single‑use state · 🍪 signed HttpOnly cookies or HS256 JWT sessions · 🔄 transparent token refresh · 🚫 open‑redirect guard. Full reference: middlewares/oauth2/README.md.

---

🗃 Data, Events & Workflow

🔔 Events

The framework's internal nervous system — a typed, reflection‑free publish/subscribe bus every subsystem uses to talk to your code.

import "github.com/nelthaarion/breeze/v2/events"

type UserCreated struct{ UserID uint64 }

events.On(UserCreated{}, func(ctx *events.Context, e UserCreated) error {
	return sendWelcomeEmail(e.UserID)
}).Priority(events.PriorityHigh)

events.Emit(UserCreated{UserID: 42})

🧩 plain structs, no interfaces · ⚡ zero reflection on the dispatch path · 🔒 lock‑free reads via atomic.Pointer snapshots · 🎯 before/normal/after phases + priority · 🛑 events.Stop, filters, once‑listeners · 🔁 async (goroutine or bounded worker pool) · 🛡 panic recovery · 📈 per‑event metrics

• a ring‑buffer recorder. Full reference: events/README.md.

🧬 Workflows

Durable, in‑process orchestration — retries, timeouts, parallelism, Saga rollback and crash recovery, with no broker and no required database.

import "github.com/nelthaarion/breeze/v2/workflow"

def := workflow.New("order-processing").
	Step("validate", ValidateOrder).
	Step("charge", ChargeCard, workflow.WithCompensation(RefundCard)).
	Step("ship", CreateShipment)

engine := workflow.NewEngine()
engine.Register(def)

res, err := engine.Run(ctx, "order-processing", order)

If ship fails, RefundCard runs automatically — the failure path lives next to the work, not scattered through error handling. WithDependsOn opts a step into a validated, parallel DAG; WithRetry adds exponential backoff with jitter; Resume replays what a crash interrupted without re‑running completed steps. Full reference: workflow/README.md.

🗄 Migrations

Numbered .up.sql / .down.sql pairs, applied one transaction at a time, with a checksummed ledger.

//go:embed migrations/*.sql
var migrationsFS embed.FS

sub, _ := fs.Sub(migrationsFS, "migrations")
runner := migrate.New(db, sub)
runner.Up(context.Background())

breeze makemigration create_users   # writes the .up.sql / .down.sql pair
breeze migrate up                   # apply everything pending
breeze migrate status               # what's applied, and what drifted

🌐 HTTP Client

An outbound HTTP client built on the same gnet engine as the server — one non‑blocking I/O model in both directions.

c := client.New()
defer c.Close()

resp, err := c.Get("http://auth-service/verify")
if err == nil && resp.OK() {
	fmt.Println(resp.String())
}

Sized for service‑to‑service JSON traffic: HTTP/1.1, TLS via crypto/tls, a per‑host connection pool (64 idle conns by default, vs. net/http's 2). Full reference: docs/client.md.

---

👁 See Inside Your Running App

📊 Dashboard

A native developer dashboard — 14 pages, live over one WebSocket, zero overhead when disabled.

coll := dashboard.Install(app, router, dashboard.DefaultConfig())
router.Use(coll.Middleware())
// → http://localhost:3000/dashboard  (default: admin / admin)

📈 Overview (RPS, latency, memory, goroutines) · 📡 Live Requests · 🕒 Developer Timeline (per‑request profiler) · 🛣 Routes Explorer · 🧪 API Explorer with curl/Go/JS/Python/C#/PHP snippets · 🗄 Database Browser (optional inline CRUD) · 🔍 ORM Query Monitor · 💾 Cache / 🧾 Queue / ⏰ Scheduler monitors · 📝 Logs (5 tabs) · ❤️ Health checks · 🎬 Video monitor · 🕸 Fleet page (once an aggregator is attached). Full reference: dashboard/README.md.

👁 Observability

Records what actually happened — which events fired, which listeners ran, what failed — and it costs nothing until you attach it.

col := observability.NewCollector(observability.Config{Capacity: 1000, Metrics: true})
defer col.Close()

detach := observability.AttachEvents(events.Default, col)
defer detach() // switch it back off at runtime, with zero residual cost

for _, sig := range col.Recent(10) {
	fmt.Printf("%s took %v (%d listeners)\n", sig.Name, sig.Duration, sig.Executed)
}

🔍 filterable queries · 🌊 live streaming subscribers (never block the app) · 📊 per‑name metrics · 🕸 an observed execution graph · 🎭 automatic secret masking on captured payloads. Full reference: observability/README.md.

🩺 Diagnostics

One endpoint that answers "what is every subsystem of this process doing right now?" — zero cost until read.

import "github.com/nelthaarion/breeze/v2/diag"

diag.Register("billing", func() diag.Report {
	if !gateway.Configured() {
		return diag.Off("no payment gateway configured; call billing.Configure(key)")
	}
	return diag.OK(fmt.Sprintf("%d charge(s) settled", settled.Load()), nil)
})

curl -u admin:pass http://127.0.0.1:8080/dashboard/api/diagnostics

Four honest states — ok / degraded / off / unknown — so "never wired up" is never confused with "wired up and unhappy". Full reference: docs/diag.md.

🕸 Fleet Tracing

Distributed tracing across your services — no Jaeger, Zipkin, or OTel Collector required.

tracer := fleet.New(fleet.TracerConfig{
	ServiceName:   "orders",
	AggregatorURL: "http://fleet-aggregator:9000/fleet",
})
router.Use(fleet.Middleware(tracer)) // before the dashboard middleware
defer tracer.Close(context.Background())

go run ./cmd/fleet-aggregator   # run once, shared by every service

🔗 W3C traceparent propagation · 🌪 async span export, never blocks a handler · 🗺 topology graph with live p50/p95 per hop · 🎯 deterministic root‑cause & blast‑radius highlighting (graph math, not a black box) · 📐 live OpenAPI contract validation · 📜 trace‑correlated log stitching. Full reference: docs/fleet-tracing.md.

---

🔗 More Protocols

🔗 JSON‑RPC 2.0

A complete JSON‑RPC 2.0 server, on its own port, running directly on gnet's event loop — a peer of the HTTP layer, not a route on it.

reg := rpc.NewRegistry()
reg.Use(logging)                        // mirrors Router.Use
reg.Register("sum", func(ctx *rpc.Context) {
	var in struct{ A, B int }
	if err := ctx.Bind(&in); err != nil {
		ctx.Errorf(rpc.CodeInvalidParams, "a and b must be numbers")
		return
	}
	ctx.Result(in.A + in.B)
})

srv := rpc.NewServer(reg)
srv.SetPool(breeze.NewEventLoopWorkerPool(runtime.NumCPU()))
log.Fatal(srv.Run(9000, true))

curl -s --data '{"jsonrpc":"2.0","id":1,"method":"sum","params":{"a":2,"b":3}}' \
  --output - localhost:9000
# {"jsonrpc":"2.0","id":1,"result":5}

Single requests, notifications, batches, all five standard error codes, and a stdio transport for peers that talk over pipes (this is what powers MCP below). Full reference: docs/rpc.md.

📚 OpenAPI / Scalar

A spec generated from declared route docs (checked by the compiler, not sniffed from traffic or parsed from a comment) — plus a Scalar UI and an llms.txt for models.

router.Use(middleware.ScalarMiddleware(router, middleware.ScalarOptions{
	Title: "My API", Version: "2.0.0",
}))

router.Handle(breeze.POST, "/users", createUser,
	middleware.DocPOST("/users", scalar.RouteDoc{
		Title: "Create user",
		Tags:  []string{"users"},
		Input: []scalar.InputGroup{
			{Type: scalar.InputBody, Fields: CreateUserRequest{}, Required: true},
		},
		Output:       UserResponse{},
		OutputStatus: 201,
	}),
)

• GET /openapi.json — the spec
• GET /scalar — the interactive UI
• GET /llms.txt, GET /llms-full.txt — the model‑readable index

Full reference: docs/scalar.md.

🎬 Video Streaming

Byte‑range streaming so browsers can actually seek — the one thing a plain static file handler silently gets wrong.

video.Mount(router, video.Config{Root: "./media"})
// registers GET + HEAD on /videos/*filepath

// optional: signed, expiring URLs — verified before any disk access
video.Mount(router, video.Config{Root: "./media", Secret: []byte(secret)})
url := "/videos/movie.mp4?" + video.Sign(secret, "movie.mp4", 10*time.Minute)

🎯 correct 206 Partial Content / 416 handling · 🧠 one pooled 256 KiB chunk per response (10,000 viewers ≠ 10,000 copies) · 🛡 layered traversal defense · 🕵️ 404‑never‑403 so the filesystem can't be mapped · ⚡ conditional requests answered before the file is even opened. Full reference: video/README.md.

🖼 Templates, SPA & i18n

Server‑rendered views with a built‑in SPA runtime — link clicks are intercepted, partials are swapped in, and the URL updates — with zero client‑side framework.

te := breeze.NewTemplateEngine(breeze.TemplateConfig{ViewsDir: "views"})

router.Handle(breeze.GET, "/", func(ctx *breeze.Context) error {
	return te.RenderView(ctx, "home", map[string]any{"Name": "World"})
})

// locales/en.json: {"home": {"greeting": "Hello, %{name}!"}}
i18n, _ := breeze.NewI18n(breeze.I18nConfig{Dir: "locales", DefaultLocale: "en"})
router.Use(middleware.LocaleMiddleware(i18n))
// in a template: {{t "home.greeting" "name" .User.Name}}

📄 layouts + reusable components · 🔁 partial re‑renders with no full reload · 🌍 per‑locale translation with pluralization · 🔥 hot‑reload in dev mode.

🤖 MCP for AI Agents

Breeze exposes itself to AI agents over the Model Context Protocol, in three different shapes depending on what the agent needs to do.

1️⃣ breeze-mcp — the generator (build & change a project)

go build -o breeze-mcp ./cmd/breeze-mcp

{
  "mcpServers": {
    "breeze": { "command": "/path/to/breeze-mcp", "args": ["--mode=generator"] }
  }
}

Or served over the network, for a container an agent reaches remotely:

breeze-mcp --mode generator --port 2000 --scope fleet,runtime
# loopback by default; a bearer token is mandatory on every request

~40 tools: scaffold a project, generate a resource, wire in a feature, plan change sets, run the Go toolchain, and inspect a live service — routes, errors, logs, performance, traces, contract violations, breeze_diagnose_service. Docker‑aware fleet provisioning is included.

2️⃣ --mode app-runtime — read‑only introspection of a deployed instance

breeze-mcp --mode app-runtime --port 2000 --scope fleet

Structurally different, not just filtered: the mutating tools are never registered — no token scope or misconfiguration can reach what was never built. Exactly what a deployed container should expose.

3️⃣ In‑process — the app serves its own control plane

No separate binary; the application answers MCP itself, beside its own traffic:

scope, _ := mcp.NewScope(mcp.CapFleet) // narrow what this token reaches
server, token, err := mcp.StartInProcess(app, mcp.InProcessConfig{
	Mode:  mcp.ModeAppRuntime, // required, no default
	Port:  2000,
	Token: os.Getenv("BREEZE_MCP_TOKEN"),
	Scope: scope,
})
if err != nil {
	log.Fatal(err)
}
go server.Serve()
app.Run(3000, true)

🏷 Bonus: make your own routes agent‑callable (Auto‑MCP)

Tag a route once — the tag is stripped at registration, so it costs nothing per request, and calls run through the exact same middleware chain as HTTP:

router.Handle(breeze.POST, "/orders", createOrder,
	auth.Require(),
	breeze.MCPTool("create_order", "Places an order for a customer."))

An untagged route is never exposed — that's the whole opt‑in surface. app.EnableMCP(addr) serves every tagged route as a callable tool, separate from (and complementary to) the read‑only in‑process endpoint above. Full reference: docs/mcp-walkthrough.md.

---

🧪 Examples

Every subsystem has a runnable example under cmd/, each with its own README:

Example	Demonstrates
cmd/api-example	REST API, OpenAPI docs, WebSocket chat, static files
cmd/dashboard-example	The dashboard against real traffic
cmd/templates-example	Server‑rendered views, components, i18n, SPA re‑render
cmd/workflow-example	Retries, compensation, live workflow visualisation
cmd/video-example	Range‑request video streaming
cmd/events-example	The event bus: listeners, priorities, async
cmd/fleet-example	Three services, distributed tracing, Docker Compose
cmd/automcp-example	Auto‑MCP: a tagged route, one behind auth, and one that's never a tool

🤝 Contributing

We welcome contributions of all sizes — bug fixes, docs, performance work, new features.

1. Fork the repository
2. Create a feature branch (git checkout -b feat/my-thing)
3. Commit your changes with a clear message
4. Open a pull request describing what and why

Please open an issue first for non‑trivial changes so we can align on the approach before you spend time on code.

🔐 Security Scanning

• CodeQL static analysis (.github/workflows/codeql.yml)
• govulncheck vulnerability scanning (.github/workflows/govulncheck.yml)
• Gitleaks secret scanning (.github/workflows/secret-scan.yml)
• Dependabot weekly updates for Go modules and GitHub Actions

Repository admins: enable GitHub Advanced Security secret scanning + push protection, require the security workflows on branch protection, and triage alerts via .github/SECURITY_TRIAGE.md.

📄 License

Breeze is released under the MIT License.

© Nelthaarion — made with 🌬️ and a healthy dislike of unnecessary allocations