func main() {
options.Help = "Usage: %s [options] (get|post ...)"
options.Parse()
srv := netlog.DefaultServer
if *options.String["addr"] != "" {
srv = &netlog.Server{Addr: *options.String["addr"]}
}
fmt.Printf("# connecting to netlog server %s using tao authentication.\n", srv.Addr)
err := srv.Connect()
options.FailIf(err, "couldn't connect to netlog server")
args := options.Args()
if len(args) == 1 && args[0] == "get" {
log, err := srv.Entries()
options.FailIf(err, "couldn't get netlog entries")
fmt.Printf("# %d entries\n", len(log))
for i, e := range log {
fmt.Printf("%d %q %s\n", i, e.Prin, e.Msg)
}
} else if len(args) > 1 && args[0] == "post" {
msg := strings.Join(args[1:], " ")
err := srv.Log(msg)
options.FailIf(err, "couldn't post netlog entry")
} else {
options.Usage("Unrecognized command: %s\n", args[0])
}
}
func main() {
options.Parse()
if *options.String["config"] != "" && !*options.Bool["init"] {
err := options.Load(*options.String["config"])
options.FailIf(err, "Can't load configuration")
}
fmt.Println("Cloudproxy HTTPS Server")
if tao.Parent() == nil {
options.Fail(nil, "can't continue: no host Tao available")
}
self, err := tao.Parent().GetTaoName()
options.FailIf(err, "Can't get Tao name")
// TODO(kwalsh) extend tao name with operating mode and policy
addr := net.JoinHostPort(*options.String["host"], *options.String["port"])
cpath := *options.String["config"]
kdir := *options.String["keys"]
if kdir == "" && cpath != "" {
kdir = path.Dir(cpath)
} else if kdir == "" {
options.Fail(nil, "Option -keys or -config is required")
}
docs := *options.String["docs"]
if docs == "" && cpath != "" {
docs = path.Join(path.Dir(cpath), "docs")
} else if docs == "" {
options.Fail(nil, "Option -keys or -config is required")
}
var keys *tao.Keys
if *options.Bool["init"] {
keys = taoca.GenerateKeys(name, addr, kdir)
} else {
keys = taoca.LoadKeys(kdir)
}
fmt.Printf("Configuration file: %s\n", cpath)
if *options.Bool["init"] && cpath != "" {
err := options.Save(cpath, "HTTPS server configuration", "persistent")
options.FailIf(err, "Can't save configuration")
}
http.Handle("/cert/", https.CertificateHandler{keys.CertificatePool})
http.Handle("/prin/", https.ManifestHandler{"/prin/", self.String()})
http.Handle("/", http.FileServer(https.LoggingFilesystem{http.Dir(docs)}))
fmt.Printf("Listening at %s using HTTPS\n", addr)
err = tao.ListenAndServeTLS(addr, keys)
options.FailIf(err, "can't listen and serve")
fmt.Println("Server Done")
}
func main() {
options.Parse()
if *options.String["config"] != "" && !*options.Bool["init"] {
err := options.Load(*options.String["config"])
options.FailIf(err, "Can't load configuration")
}
fmt.Println("Cloudproxy HTTPS Netlog Viewer")
if tao.Parent() == nil {
options.Fail(nil, "can't continue: no host Tao available")
}
// TODO(kwalsh) extend tao name with operating mode and policy
addr := net.JoinHostPort(*options.String["host"], *options.String["port"])
cpath := *options.String["config"]
kdir := *options.String["keys"]
if kdir == "" && cpath != "" {
kdir = path.Dir(cpath)
} else if kdir == "" {
options.Fail(nil, "Option -keys or -config is required")
}
var keys *tao.Keys
if *options.Bool["init"] {
keys = taoca.GenerateKeys(name, addr, kdir)
} else {
keys = taoca.LoadKeys(kdir)
}
fmt.Printf("Configuration file: %s\n", cpath)
if *options.Bool["init"] && cpath != "" {
err := options.Save(cpath, "Cloudproxy HTTPS netlog viewer configuration", "persistent")
options.FailIf(err, "Can't save configuration")
}
http.Handle("/cert/", https.CertificateHandler{keys.CertificatePool})
http.Handle("/index.html", http.RedirectHandler("/", 301))
http.HandleFunc("/", netlog_show)
fmt.Printf("Listening at %s using HTTPS\n", addr)
err := tao.ListenAndServeTLS(addr, keys)
options.FailIf(err, "can't listen and serve")
fmt.Println("Server Done")
}
func main() {
options.Parse()
fmt.Println("Cloudproxy Networked Logging Service")
if tao.Parent() == nil {
options.Fail(nil, "can't continue: No host Tao available")
}
addr := *options.String["addr"]
// TODO(kwalsh) perhaps extend our tao name with current config options
err := tao.NewOpenServer(tao.ConnHandlerFunc(doResponse)).ListenAndServe(addr)
options.FailIf(err, "netlog: server died")
}
func main() {
verbose.Set(true)
options.Parse()
if *options.String["config"] != "" && !*options.Bool["init"] {
err := options.Load(*options.String["config"])
options.FailIf(err, "Can't load configuration")
}
if *options.Bool["init"] {
cpath := *options.String["config"]
if cpath == "" {
options.Fail(nil, "Option -init requires option -config")
}
fmt.Println("Initializing configuration file: " + cpath)
err := options.Save(cpath, "Tao rendezvous configuration", "persistent")
options.FailIf(err, "Can't save configuration")
}
fmt.Println("Cloudproxy Rendezvous Service")
if tao.Parent() == nil {
options.Fail(nil, "can't continue: no host Tao available")
}
allowAnon = *options.Bool["anon"]
manualMode = *options.Bool["manual"]
fcfsMode = *options.Bool["fcfs"]
addr := *options.String["addr"]
netlog.Log("rendezvous: init")
netlog.Log("rendezvous: allow anon? %v", allowAnon)
netlog.Log("rendezvous: manual? %v", manualMode)
netlog.Log("rendezvous: fcfs? %v", fcfsMode)
netlog.Log("rendezvous: addr = %v", addr)
// TODO(kwalsh) extend tao name with operating mode and policy
err := tao.NewOpenServer(tao.ConnHandlerFunc(doResponses)).ListenAndServe(addr)
options.FailIf(err, "server died")
netlog.Log("rendezvous: done")
}
func main() {
verbose.Set(true)
options.Parse()
profiling.ProfilePath = *options.String["profile"]
if !verbose.Enabled {
taoca.ConfirmNames = false
}
if *options.String["config"] != "" && !*options.Bool["init"] {
err := options.Load(*options.String["config"])
options.FailIf(err, "Can't load configuration")
}
fmt.Println("https/tls Certificate Authority")
manualMode = *options.Bool["manual"]
learnMode = *options.Bool["learn"]
if !manualMode && tao.Parent() == nil {
options.Fail(nil, "can't continue: automatic mode, but no host Tao available")
}
if *options.Bool["root"] == (*options.String["subsidiary"] != "") {
options.Usage("must supply exactly one of -root or -subsidiary options")
}
host := *options.String["host"]
port := *options.String["port"]
addr := net.JoinHostPort(host, port)
// TODO(kwalsh) extend tao name with operating mode and policy
cpath := *options.String["config"]
kdir := *options.String["keys"]
if kdir == "" && cpath != "" {
kdir = path.Dir(cpath)
} else if kdir == "" {
options.Fail(nil, "Option -keys or -config is required")
}
ppath := path.Join(kdir, "policy")
var err error
if *options.Bool["init"] {
if cpath != "" {
err := options.Save(cpath, "HTTPS/TLS certificate authority configuration", "persistent")
options.FailIf(err, "Can't save configuration")
}
fmt.Println("" +
"Initializing fresh HTTP/TLS CA signing key. Provide the following information,\n" +
"to be include in the CA's own x509 certificate. Leave the response blank to\n" +
"accept the default value.\n" +
"\n" +
"Configuration file: " + cpath + "\n" +
"Keys directory: " + kdir + "\n")
var caName *pkix.Name
if taoca.ConfirmNames {
if *options.Bool["root"] {
caName = taoca.ConfirmName(caRootName)
} else {
caName = taoca.ConfirmName(caSubsidiaryName)
}
} else {
if *options.Bool["root"] {
caName = caRootName
} else {
caName = caSubsidiaryName
}
}
if manualMode {
pwd := options.Password("Choose an HTTPS/TLS CA signing key password", "pass")
caKeys, err = tao.InitOnDiskPBEKeys(tao.Signing, pwd, kdir, caName)
tao.ZeroBytes(pwd)
} else {
caKeys, err = tao.InitOnDiskTaoSealedKeys(tao.Signing, caName, tao.Parent(), kdir, tao.SealPolicyDefault)
}
options.FailIf(err, "Can't initialize fresh HTTPS/TLS CA signing key")
if *options.Bool["root"] {
fmt.Printf(""+
"Note: To install this CA's key in the Chrome browser, go to\n"+
" 'Settings', 'Show advanced settings...', 'Manage Certificates...', 'Authorities'\n"+
" then import the following file:\n"+
" %s\n"+
" Select 'Trust this certificate for identifying websites' and/or other\n"+
" options, then click 'OK'\n", caKeys.X509Path("default"))
} else {
csr := taoca.NewCertificateSigningRequest(caKeys.VerifyingKey, caName)
*csr.IsCa = true
srv := *options.String["subsidiary"]
taoca.DefaultServerName = srv
taoca.SubmitAndInstall(caKeys, csr)
}
if !manualMode {
f, err := os.Open(ppath)
if err == nil {
f.Close()
fmt.Printf("Using existing certificate-granting policy: %s\n", ppath)
} else {
fmt.Printf("Creating default certificate-granting policy: %s\n", ppath)
fmt.Printf("Edit that file to define the certificate-granting policy.\n")
err := util.WritePath(ppath, []byte(policy.Default), 0755, 0755)
options.FailIf(err, "Can't save policy rules")
}
}
} else {
if manualMode {
pwd := options.Password("HTTPS/TLS CA signing key password", "pass")
caKeys, err = tao.LoadOnDiskPBEKeys(tao.Signing, pwd, kdir)
tao.ZeroBytes(pwd)
} else {
caKeys, err = tao.LoadOnDiskTaoSealedKeys(tao.Signing, tao.Parent(), kdir, tao.SealPolicyDefault)
}
options.FailIf(err, "Can't load HTTP/TLS CA signing key")
}
netlog.Log("https_ca: start")
netlog.Log("https_ca: manual? %v", manualMode)
if !manualMode {
guard, err = policy.Load(ppath)
options.FailIf(err, "Can't load certificate-granting policy")
}
var prin auth.Prin
if tao.Parent() != nil {
prin, err = tao.Parent().GetTaoName()
options.FailIf(err, "Can't get tao name")
} else {
rendezvous.DefaultServer.Connect(caKeys)
prin = caKeys.SigningKey.ToPrincipal()
}
name := *options.String["name"]
if name != "" {
err = rendezvous.Register(rendezvous.Binding{
Name: proto.String(name),
Host: proto.String(host),
Port: proto.String(port),
Protocol: proto.String("protoc/rpc/https_ca"),
Principal: proto.String(prin.String()),
})
options.FailIf(err, "Can't register with rendezvous service")
}
statsdelay := *options.String["stats"]
var srv *tao.Server
if statsdelay != "" {
go profiling.ShowStats(&stats, statsdelay, "sign certificates")
srv = tao.NewOpenServer(tao.ConnHandlerFunc(doResponseWithStats))
} else {
srv = tao.NewOpenServer(tao.ConnHandlerFunc(doResponseWithoutStats))
}
srv.Keys = caKeys
fmt.Printf("Listening at %s using Tao-authenticated channels\n", addr)
err = srv.ListenAndServe(addr)
options.FailIf(err, "server died")
fmt.Println("Server Done")
netlog.Log("https_ca: done")
}