func TestSessionStateSerialization(t *testing.T) {
c, err := cookie.NewCipher(secret)
assert.Equal(t, nil, err)
c2, err := cookie.NewCipher(altSecret)
assert.Equal(t, nil, err)
s := &SessionState{
Email: "*****@*****.**",
AccessToken: "token1234",
ExpiresOn: time.Now().Add(time.Duration(1) * time.Hour),
RefreshToken: "refresh4321",
}
encoded, err := s.EncodeSessionState(c)
assert.Equal(t, nil, err)
assert.Equal(t, 3, strings.Count(encoded, "|"))
ss, err := DecodeSessionState(encoded, c)
t.Logf("%#v", ss)
assert.Equal(t, nil, err)
assert.Equal(t, s.Email, ss.Email)
assert.Equal(t, s.AccessToken, ss.AccessToken)
assert.Equal(t, s.ExpiresOn.Unix(), ss.ExpiresOn.Unix())
assert.Equal(t, s.RefreshToken, ss.RefreshToken)
// ensure a different cipher can't decode properly (ie: it gets gibberish)
ss, err = DecodeSessionState(encoded, c2)
t.Logf("%#v", ss)
assert.Equal(t, nil, err)
assert.Equal(t, s.Email, ss.Email)
assert.Equal(t, s.ExpiresOn.Unix(), ss.ExpiresOn.Unix())
assert.NotEqual(t, s.AccessToken, ss.AccessToken)
assert.NotEqual(t, s.RefreshToken, ss.RefreshToken)
}
func NewOAuthProxy(opts *Options, validator func(string) bool) *OAuthProxy {
serveMux := http.NewServeMux()
var auth hmacauth.HmacAuth
if sigData := opts.signatureData; sigData != nil {
auth = hmacauth.NewHmacAuth(sigData.hash, []byte(sigData.key),
SignatureHeader, SignatureHeaders)
}
for _, u := range opts.proxyURLs {
path := u.Path
switch u.Scheme {
case "http", "https":
u.Path = ""
log.Printf("mapping path %q => upstream %q", path, u)
proxy := NewReverseProxy(u)
if !opts.PassHostHeader {
setProxyUpstreamHostHeader(proxy, u)
} else {
setProxyDirector(proxy)
}
serveMux.Handle(path,
&UpstreamProxy{u.Host, proxy, auth})
case "file":
if u.Fragment != "" {
path = u.Fragment
}
log.Printf("mapping path %q => file system %q", path, u.Path)
proxy := NewFileServer(path, u.Path)
serveMux.Handle(path, &UpstreamProxy{path, proxy, nil})
default:
panic(fmt.Sprintf("unknown upstream protocol %s", u.Scheme))
}
}
for _, u := range opts.CompiledRegex {
log.Printf("compiled skip-auth-regex => %q", u)
}
redirectURL := opts.redirectURL
redirectURL.Path = fmt.Sprintf("%s/callback", opts.ProxyPrefix)
log.Printf("OAuthProxy configured for %s Client ID: %s", opts.provider.Data().ProviderName, opts.ClientID)
domain := opts.CookieDomain
if domain == "" {
domain = "<default>"
}
refresh := "disabled"
if opts.CookieRefresh != time.Duration(0) {
refresh = fmt.Sprintf("after %s", opts.CookieRefresh)
}
log.Printf("Cookie settings: name:%s secure(https):%v httponly:%v expiry:%s domain:%s refresh:%s", opts.CookieName, opts.CookieSecure, opts.CookieHttpOnly, opts.CookieExpire, domain, refresh)
var cipher *cookie.Cipher
if opts.PassAccessToken || (opts.CookieRefresh != time.Duration(0)) {
var err error
cipher, err = cookie.NewCipher(opts.CookieSecret)
if err != nil {
log.Fatal("error creating AES cipher with "+
"cookie-secret ", opts.CookieSecret, ": ", err)
}
}
return &OAuthProxy{
CookieName: opts.CookieName,
CookieSeed: opts.CookieSecret,
CookieDomain: opts.CookieDomain,
CookieSecure: opts.CookieSecure,
CookieHttpOnly: opts.CookieHttpOnly,
CookieExpire: opts.CookieExpire,
CookieRefresh: opts.CookieRefresh,
Validator: validator,
RobotsPath: "/robots.txt",
PingPath: "/ping",
SignInPath: fmt.Sprintf("%s/sign_in", opts.ProxyPrefix),
OAuthStartPath: fmt.Sprintf("%s/start", opts.ProxyPrefix),
OAuthCallbackPath: fmt.Sprintf("%s/callback", opts.ProxyPrefix),
AuthOnlyPath: fmt.Sprintf("%s/auth", opts.ProxyPrefix),
ProxyPrefix: opts.ProxyPrefix,
provider: opts.provider,
serveMux: serveMux,
redirectURL: redirectURL,
skipAuthRegex: opts.SkipAuthRegex,
compiledRegex: opts.CompiledRegex,
PassBasicAuth: opts.PassBasicAuth,
BasicAuthPassword: opts.BasicAuthPassword,
PassAccessToken: opts.PassAccessToken,
CookieCipher: cipher,
templates: loadTemplates(opts.CustomTemplatesDir),
}
}