certificates.go

// Copyright 2009 The Go Authors. All rights reserved.
// Use of this source code is governed by a BSD-style
// license that can be found in the LICENSE file.

// Generate a self-signed X.509 certificate for a TLS server. Outputs to
// 'cert.pem' and 'key.pem' and will overwrite existing files.

package main

import (
	"crypto/ecdsa"
	"crypto/elliptic"
	"crypto/rand"
	"crypto/rsa"
	"crypto/x509"
	"crypto/x509/pkix"
	"encoding/pem"
	"fmt"
	"io/ioutil"
	"math/big"
	"net"
	"os"
	"strings"
	"text/template"
	"time"

	log "github.com/Sirupsen/logrus"
	"github.com/gin-gonic/gin"
)

var (
	host      = "localhost"
	validFrom = ""
	validFor  = 365 * 24 * time.Hour * 2 // 2 years
	rsaBits   = 2048
)

func publicKey(priv interface{}) interface{} {
	switch k := priv.(type) {
	case *rsa.PrivateKey:
		return &k.PublicKey
	case *ecdsa.PrivateKey:
		return &k.PublicKey
	default:
		return nil
	}
}

func pemBlockForKey(priv interface{}) *pem.Block {
	switch k := priv.(type) {
	case *rsa.PrivateKey:
		return &pem.Block{Type: "RSA PRIVATE KEY", Bytes: x509.MarshalPKCS1PrivateKey(k)}
	case *ecdsa.PrivateKey:
		b, err := x509.MarshalECPrivateKey(k)
		if err != nil {
			fmt.Fprintf(os.Stderr, "Unable to marshal ECDSA private key: %v", err)
			os.Exit(2)
		}
		return &pem.Block{Type: "EC PRIVATE KEY", Bytes: b}
	default:
		return nil
	}
}

func generateKey(ecdsaCurve string) (interface{}, error) {
	switch ecdsaCurve {
	case "":
		return rsa.GenerateKey(rand.Reader, rsaBits)
	case "P224":
		return ecdsa.GenerateKey(elliptic.P224(), rand.Reader)
	case "P256":
		return ecdsa.GenerateKey(elliptic.P256(), rand.Reader)
	case "P384":
		return ecdsa.GenerateKey(elliptic.P384(), rand.Reader)
	case "P521":
		return ecdsa.GenerateKey(elliptic.P521(), rand.Reader)
	default:
		return nil, fmt.Errorf("Unrecognized elliptic curve: %q", ecdsaCurve)
	}
}

func generateSingleCertificate(isCa bool) (*x509.Certificate, error) {
	var notBefore time.Time
	var err error
	if len(validFrom) == 0 {
		notBefore = time.Now()
	} else {
		notBefore, err = time.Parse("Jan 2 15:04:05 2006", validFrom)
		if err != nil {
			return nil, fmt.Errorf("Failed to parse creation date: %s\n", err.Error())
		}
	}

	notAfter := notBefore.Add(validFor)

	serialNumberLimit := new(big.Int).Lsh(big.NewInt(1), 128)
	serialNumber, err := rand.Int(rand.Reader, serialNumberLimit)
	if err != nil {
		return nil, fmt.Errorf("failed to generate serial number: %s\n", err.Error())
	}

	template := x509.Certificate{
		SerialNumber: serialNumber,
		Subject: pkix.Name{
			Organization:       []string{"Arduino LLC US"},
			Country:            []string{"US"},
			CommonName:         "localhost",
			OrganizationalUnit: []string{"IT"},
		},
		NotBefore: notBefore,
		NotAfter:  notAfter,

		KeyUsage:              x509.KeyUsageKeyEncipherment | x509.KeyUsageDigitalSignature,
		ExtKeyUsage:           []x509.ExtKeyUsage{x509.ExtKeyUsageClientAuth, x509.ExtKeyUsageServerAuth},
		BasicConstraintsValid: true,
	}

	hosts := strings.Split(host, ",")
	for _, h := range hosts {
		if ip := net.ParseIP(h); ip != nil {
			template.IPAddresses = append(template.IPAddresses, ip)
		} else {
			template.DNSNames = append(template.DNSNames, h)
		}
	}

	if isCa {
		template.IsCA = true
		template.KeyUsage |= x509.KeyUsageCertSign
		template.Subject.CommonName = "Arduino"
	}

	return &template, nil
}

func generateCertificates() {

	os.Remove("ca.cert.pem")
	os.Remove("ca.key.pem")
	os.Remove("cert.pem")
	os.Remove("key.pem")

	// Create the key for the certification authority
	caKey, err := generateKey("P256")
	if err != nil {
		log.Error(err.Error())
		os.Exit(1)
	}

	keyOut, err := os.OpenFile("ca.key.pem", os.O_WRONLY|os.O_CREATE|os.O_TRUNC, 0600)
	if err != nil {
		log.Error(err.Error())
		os.Exit(1)
	}
	pem.Encode(keyOut, pemBlockForKey(caKey))
	keyOut.Close()
	log.Println("written ca.key.pem")

	// Create the certification authority
	caTemplate, err := generateSingleCertificate(true)

	if err != nil {
		log.Error(err.Error())
		os.Exit(1)
	}

	derBytes, err := x509.CreateCertificate(rand.Reader, caTemplate, caTemplate, publicKey(caKey), caKey)

	certOut, err := os.Create("ca.cert.pem")
	if err != nil {
		log.Error(err.Error())
		os.Exit(1)
	}
	pem.Encode(certOut, &pem.Block{Type: "CERTIFICATE", Bytes: derBytes})
	certOut.Close()
	log.Print("written ca.cert.pem")

	ioutil.WriteFile("ca.cert.cer", derBytes, 0644)
	log.Print("written ca.cert.cer")

	// Create the key for the final certificate
	key, err := generateKey("P256")
	if err != nil {
		log.Error(err.Error())
		os.Exit(1)
	}

	keyOut, err = os.OpenFile("key.pem", os.O_WRONLY|os.O_CREATE|os.O_TRUNC, 0600)
	if err != nil {
		log.Error(err.Error())
		os.Exit(1)
	}
	pem.Encode(keyOut, pemBlockForKey(key))
	keyOut.Close()
	log.Println("written key.pem")

	// Create the final certificate
	template, err := generateSingleCertificate(false)

	if err != nil {
		log.Error(err.Error())
		os.Exit(1)
	}

	derBytes, err = x509.CreateCertificate(rand.Reader, template, caTemplate, publicKey(key), caKey)

	certOut, err = os.Create("cert.pem")
	if err != nil {
		log.Error(err.Error())
		os.Exit(1)
	}
	pem.Encode(certOut, &pem.Block{Type: "CERTIFICATE", Bytes: derBytes})
	certOut.Close()
	log.Print("written cert.pem")

	ioutil.WriteFile("cert.cer", derBytes, 0644)
	log.Print("written cert.cer")

}

func certHandler(c *gin.Context) {
	if strings.Contains(c.Request.UserAgent(), "Firefox") {
		c.Header("content-type", "application/x-x509-ca-cert")
		c.File("ca.cert.cer")
		return
	}
	noFirefoxTemplate.Execute(c.Writer, gin.H{
		"url": "http://" + c.Request.Host + c.Request.URL.String(),
	})
}

const noFirefoxTemplateHTML = `<!DOCTYPE html>
<html>
  <head>
  <style>
html {
    background-color: #0ca1a6;
    background-repeat: no-repeat;
    background-position: 2% 11%;
    background-size: 10%;
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    margin: 0;
    padding: 0;
    height: 100%;
}

body {
    margin: 0;
    height: 100%;
}

.container {
    font-family: TypoNine;
    font-weight: 400;
    border: 0;
    color: #4D4D4D;
    background-color: #ecf1f1;
    display: block;
    min-height: 100%;
    height: auto;
    margin: 0 auto;
    min-width: 600px;
    padding: 2% 4%;
    position: relative;
    width: 65%;
    box-shadow: 0 0 10px 0 rgba(21,110,114,.8);
}

h1 {
    text-align: left;
    font-weight: 400;
    color: #4D4D4D;
    margin: 0;
    font-family: "TyponineSans Regular 18";
    font-size: 2.5em;
    -webkit-font-smoothing: antialiased;
    text-transform: none;
    letter-spacing: .05em;
    line-height: 1.65em;
}

.image {
    text-align: center;
    margin: 2em 0;
}

p {
    line-height: 1.5em;
    font-size: 1.35em;
    letter-spacing: .05em;
    font-family: "TyponineSans Light 17";
}

    </style>
    <script type="text/javascript">
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        <h1>Oops, this is not Firefox</h1>
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