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boring_test.go
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boring_test.go
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// Copyright 2017 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.
//go:build boringcrypto
package tls
import (
"crypto/ecdsa"
"crypto/elliptic"
"crypto/internal/boring/fipstls"
"crypto/rand"
"crypto/rsa"
"crypto/x509"
"crypto/x509/pkix"
"encoding/pem"
"fmt"
"internal/obscuretestdata"
"math/big"
"net"
"runtime"
"strings"
"testing"
"time"
)
func allCipherSuitesIncludingTLS13() []uint16 {
s := allCipherSuites()
for _, suite := range cipherSuitesTLS13 {
s = append(s, suite.id)
}
return s
}
func isTLS13CipherSuite(id uint16) bool {
for _, suite := range cipherSuitesTLS13 {
if id == suite.id {
return true
}
}
return false
}
func generateKeyShare(group CurveID) keyShare {
key, err := generateECDHEKey(rand.Reader, group)
if err != nil {
panic(err)
}
return keyShare{group: group, data: key.PublicKey().Bytes()}
}
func TestBoringServerProtocolVersion(t *testing.T) {
test := func(t *testing.T, name string, v uint16, msg string) {
t.Run(name, func(t *testing.T) {
serverConfig := testConfig.Clone()
serverConfig.MinVersion = VersionSSL30
clientConfig := testConfig.Clone()
clientConfig.MinVersion = v
clientConfig.MaxVersion = v
_, _, err := testHandshake(t, clientConfig, serverConfig)
if msg == "" {
if err != nil {
t.Fatalf("got error: %v, expected success", err)
}
} else {
if err == nil {
t.Fatalf("got success, expected error")
}
if !strings.Contains(err.Error(), msg) {
t.Fatalf("got error %v, expected %q", err, msg)
}
}
})
}
test(t, "VersionTLS10", VersionTLS10, "")
test(t, "VersionTLS11", VersionTLS11, "")
test(t, "VersionTLS12", VersionTLS12, "")
test(t, "VersionTLS13", VersionTLS13, "")
t.Run("fipstls", func(t *testing.T) {
fipstls.Force()
defer fipstls.Abandon()
test(t, "VersionTLS10", VersionTLS10, "supported versions")
test(t, "VersionTLS11", VersionTLS11, "supported versions")
test(t, "VersionTLS12", VersionTLS12, "")
test(t, "VersionTLS13", VersionTLS13, "")
})
}
func isBoringVersion(v uint16) bool {
return v == VersionTLS12 || v == VersionTLS13
}
func isBoringCipherSuite(id uint16) bool {
switch id {
case TLS_AES_128_GCM_SHA256,
TLS_AES_256_GCM_SHA384,
TLS_ECDHE_RSA_WITH_AES_128_GCM_SHA256,
TLS_ECDHE_RSA_WITH_AES_256_GCM_SHA384,
TLS_ECDHE_ECDSA_WITH_AES_128_GCM_SHA256,
TLS_ECDHE_ECDSA_WITH_AES_256_GCM_SHA384:
return true
}
return false
}
func isBoringCurve(id CurveID) bool {
switch id {
case CurveP256, CurveP384:
return true
}
return false
}
func isECDSA(id uint16) bool {
for _, suite := range cipherSuites {
if suite.id == id {
return suite.flags&suiteECSign == suiteECSign
}
}
return false // TLS 1.3 cipher suites are not tied to the signature algorithm.
}
func isBoringSignatureScheme(alg SignatureScheme) bool {
switch alg {
default:
return false
case PKCS1WithSHA256,
ECDSAWithP256AndSHA256,
PKCS1WithSHA384,
ECDSAWithP384AndSHA384,
PKCS1WithSHA512,
PSSWithSHA256,
PSSWithSHA384,
PSSWithSHA512:
// ok
}
return true
}
func TestBoringServerCipherSuites(t *testing.T) {
serverConfig := testConfig.Clone()
serverConfig.Certificates = make([]Certificate, 1)
for _, id := range allCipherSuitesIncludingTLS13() {
if isECDSA(id) {
serverConfig.Certificates[0].Certificate = [][]byte{testECDSACertificate}
serverConfig.Certificates[0].PrivateKey = testECDSAPrivateKey
} else {
serverConfig.Certificates[0].Certificate = [][]byte{testRSACertificate}
serverConfig.Certificates[0].PrivateKey = testRSAPrivateKey
}
serverConfig.BuildNameToCertificate()
t.Run(fmt.Sprintf("suite=%s", CipherSuiteName(id)), func(t *testing.T) {
clientHello := &clientHelloMsg{
vers: VersionTLS12,
random: make([]byte, 32),
cipherSuites: []uint16{id},
compressionMethods: []uint8{compressionNone},
supportedCurves: defaultCurvePreferences(),
keyShares: []keyShare{generateKeyShare(CurveP256)},
supportedPoints: []uint8{pointFormatUncompressed},
supportedVersions: []uint16{VersionTLS12},
supportedSignatureAlgorithms: defaultSupportedSignatureAlgorithmsFIPS,
}
if isTLS13CipherSuite(id) {
clientHello.supportedVersions = []uint16{VersionTLS13}
}
testClientHello(t, serverConfig, clientHello)
t.Run("fipstls", func(t *testing.T) {
fipstls.Force()
defer fipstls.Abandon()
msg := ""
if !isBoringCipherSuite(id) {
msg = "no cipher suite supported by both client and server"
}
testClientHelloFailure(t, serverConfig, clientHello, msg)
})
})
}
}
func TestBoringServerCurves(t *testing.T) {
serverConfig := testConfig.Clone()
serverConfig.BuildNameToCertificate()
for _, curveid := range defaultCurvePreferences() {
t.Run(fmt.Sprintf("curve=%d", curveid), func(t *testing.T) {
clientConfig := testConfig.Clone()
clientConfig.CurvePreferences = []CurveID{curveid}
if curveid == x25519Kyber768Draft00 {
// x25519Kyber768Draft00 is not supported standalone.
clientConfig.CurvePreferences = append(clientConfig.CurvePreferences, X25519)
}
if _, _, err := testHandshake(t, clientConfig, serverConfig); err != nil {
t.Fatalf("got error: %v, expected success", err)
}
// With fipstls forced, bad curves should be rejected.
t.Run("fipstls", func(t *testing.T) {
fipstls.Force()
defer fipstls.Abandon()
_, _, err := testHandshake(t, clientConfig, serverConfig)
if err != nil && isBoringCurve(curveid) {
t.Fatalf("got error: %v, expected success", err)
} else if err == nil && !isBoringCurve(curveid) {
t.Fatalf("got success, expected error")
}
})
})
}
}
func boringHandshake(t *testing.T, clientConfig, serverConfig *Config) (clientErr, serverErr error) {
c, s := localPipe(t)
client := Client(c, clientConfig)
server := Server(s, serverConfig)
done := make(chan error, 1)
go func() {
done <- client.Handshake()
c.Close()
}()
serverErr = server.Handshake()
s.Close()
clientErr = <-done
return
}
func TestBoringServerSignatureAndHash(t *testing.T) {
defer func() {
testingOnlyForceClientHelloSignatureAlgorithms = nil
}()
for _, sigHash := range defaultSupportedSignatureAlgorithms {
t.Run(fmt.Sprintf("%v", sigHash), func(t *testing.T) {
serverConfig := testConfig.Clone()
serverConfig.Certificates = make([]Certificate, 1)
testingOnlyForceClientHelloSignatureAlgorithms = []SignatureScheme{sigHash}
sigType, _, _ := typeAndHashFromSignatureScheme(sigHash)
switch sigType {
case signaturePKCS1v15, signatureRSAPSS:
serverConfig.CipherSuites = []uint16{TLS_ECDHE_RSA_WITH_AES_128_GCM_SHA256}
serverConfig.Certificates[0].Certificate = [][]byte{testRSA2048Certificate}
serverConfig.Certificates[0].PrivateKey = testRSA2048PrivateKey
case signatureEd25519:
serverConfig.CipherSuites = []uint16{TLS_ECDHE_ECDSA_WITH_AES_128_GCM_SHA256}
serverConfig.Certificates[0].Certificate = [][]byte{testEd25519Certificate}
serverConfig.Certificates[0].PrivateKey = testEd25519PrivateKey
case signatureECDSA:
serverConfig.CipherSuites = []uint16{TLS_ECDHE_ECDSA_WITH_AES_128_GCM_SHA256}
serverConfig.Certificates[0].Certificate = [][]byte{testECDSACertificate}
serverConfig.Certificates[0].PrivateKey = testECDSAPrivateKey
}
serverConfig.BuildNameToCertificate()
// PKCS#1 v1.5 signature algorithms can't be used standalone in TLS
// 1.3, and the ECDSA ones bind to the curve used.
serverConfig.MaxVersion = VersionTLS12
clientErr, serverErr := boringHandshake(t, testConfig, serverConfig)
if clientErr != nil {
t.Fatalf("expected handshake with %#x to succeed; client error: %v; server error: %v", sigHash, clientErr, serverErr)
}
// With fipstls forced, bad curves should be rejected.
t.Run("fipstls", func(t *testing.T) {
fipstls.Force()
defer fipstls.Abandon()
clientErr, _ := boringHandshake(t, testConfig, serverConfig)
if isBoringSignatureScheme(sigHash) {
if clientErr != nil {
t.Fatalf("expected handshake with %#x to succeed; err=%v", sigHash, clientErr)
}
} else {
if clientErr == nil {
t.Fatalf("expected handshake with %#x to fail, but it succeeded", sigHash)
}
}
})
})
}
}
func TestBoringClientHello(t *testing.T) {
// Test that no matter what we put in the client config,
// the client does not offer non-FIPS configurations.
fipstls.Force()
defer fipstls.Abandon()
c, s := net.Pipe()
defer c.Close()
defer s.Close()
clientConfig := testConfig.Clone()
// All sorts of traps for the client to avoid.
clientConfig.MinVersion = VersionSSL30
clientConfig.MaxVersion = VersionTLS13
clientConfig.CipherSuites = allCipherSuites()
clientConfig.CurvePreferences = defaultCurvePreferences()
go Client(c, clientConfig).Handshake()
srv := Server(s, testConfig)
msg, err := srv.readHandshake(nil)
if err != nil {
t.Fatal(err)
}
hello, ok := msg.(*clientHelloMsg)
if !ok {
t.Fatalf("unexpected message type %T", msg)
}
if !isBoringVersion(hello.vers) {
t.Errorf("client vers=%#x", hello.vers)
}
for _, v := range hello.supportedVersions {
if !isBoringVersion(v) {
t.Errorf("client offered disallowed version %#x", v)
}
}
for _, id := range hello.cipherSuites {
if !isBoringCipherSuite(id) {
t.Errorf("client offered disallowed suite %#x", id)
}
}
for _, id := range hello.supportedCurves {
if !isBoringCurve(id) {
t.Errorf("client offered disallowed curve %d", id)
}
}
for _, sigHash := range hello.supportedSignatureAlgorithms {
if !isBoringSignatureScheme(sigHash) {
t.Errorf("client offered disallowed signature-and-hash %v", sigHash)
}
}
}
func TestBoringCertAlgs(t *testing.T) {
// NaCl, arm and wasm time out generating keys. Nothing in this test is architecture-specific, so just don't bother on those.
if runtime.GOOS == "nacl" || runtime.GOARCH == "arm" || runtime.GOOS == "js" {
t.Skipf("skipping on %s/%s because key generation takes too long", runtime.GOOS, runtime.GOARCH)
}
// Set up some roots, intermediate CAs, and leaf certs with various algorithms.
// X_Y is X signed by Y.
R1 := boringCert(t, "R1", boringRSAKey(t, 2048), nil, boringCertCA|boringCertFIPSOK)
R2 := boringCert(t, "R2", boringRSAKey(t, 512), nil, boringCertCA)
M1_R1 := boringCert(t, "M1_R1", boringECDSAKey(t, elliptic.P256()), R1, boringCertCA|boringCertFIPSOK)
M2_R1 := boringCert(t, "M2_R1", boringECDSAKey(t, elliptic.P224()), R1, boringCertCA)
I_R1 := boringCert(t, "I_R1", boringRSAKey(t, 3072), R1, boringCertCA|boringCertFIPSOK)
I_R2 := boringCert(t, "I_R2", I_R1.key, R2, boringCertCA|boringCertFIPSOK)
I_M1 := boringCert(t, "I_M1", I_R1.key, M1_R1, boringCertCA|boringCertFIPSOK)
I_M2 := boringCert(t, "I_M2", I_R1.key, M2_R1, boringCertCA|boringCertFIPSOK)
L1_I := boringCert(t, "L1_I", boringECDSAKey(t, elliptic.P384()), I_R1, boringCertLeaf|boringCertFIPSOK)
L2_I := boringCert(t, "L2_I", boringRSAKey(t, 1024), I_R1, boringCertLeaf)
// client verifying server cert
testServerCert := func(t *testing.T, desc string, pool *x509.CertPool, key interface{}, list [][]byte, ok bool) {
clientConfig := testConfig.Clone()
clientConfig.RootCAs = pool
clientConfig.InsecureSkipVerify = false
clientConfig.ServerName = "example.com"
serverConfig := testConfig.Clone()
serverConfig.Certificates = []Certificate{{Certificate: list, PrivateKey: key}}
serverConfig.BuildNameToCertificate()
clientErr, _ := boringHandshake(t, clientConfig, serverConfig)
if (clientErr == nil) == ok {
if ok {
t.Logf("%s: accept", desc)
} else {
t.Logf("%s: reject", desc)
}
} else {
if ok {
t.Errorf("%s: BAD reject (%v)", desc, clientErr)
} else {
t.Errorf("%s: BAD accept", desc)
}
}
}
// server verifying client cert
testClientCert := func(t *testing.T, desc string, pool *x509.CertPool, key interface{}, list [][]byte, ok bool) {
clientConfig := testConfig.Clone()
clientConfig.ServerName = "example.com"
clientConfig.Certificates = []Certificate{{Certificate: list, PrivateKey: key}}
serverConfig := testConfig.Clone()
serverConfig.ClientCAs = pool
serverConfig.ClientAuth = RequireAndVerifyClientCert
_, serverErr := boringHandshake(t, clientConfig, serverConfig)
if (serverErr == nil) == ok {
if ok {
t.Logf("%s: accept", desc)
} else {
t.Logf("%s: reject", desc)
}
} else {
if ok {
t.Errorf("%s: BAD reject (%v)", desc, serverErr)
} else {
t.Errorf("%s: BAD accept", desc)
}
}
}
// Run simple basic test with known answers before proceeding to
// exhaustive test with computed answers.
r1pool := x509.NewCertPool()
r1pool.AddCert(R1.cert)
testServerCert(t, "basic", r1pool, L2_I.key, [][]byte{L2_I.der, I_R1.der}, true)
testClientCert(t, "basic (client cert)", r1pool, L2_I.key, [][]byte{L2_I.der, I_R1.der}, true)
fipstls.Force()
testServerCert(t, "basic (fips)", r1pool, L2_I.key, [][]byte{L2_I.der, I_R1.der}, false)
testClientCert(t, "basic (fips, client cert)", r1pool, L2_I.key, [][]byte{L2_I.der, I_R1.der}, false)
fipstls.Abandon()
if t.Failed() {
t.Fatal("basic test failed, skipping exhaustive test")
}
if testing.Short() {
t.Logf("basic test passed; skipping exhaustive test in -short mode")
return
}
for l := 1; l <= 2; l++ {
leaf := L1_I
if l == 2 {
leaf = L2_I
}
for i := 0; i < 64; i++ {
reachable := map[string]bool{leaf.parentOrg: true}
reachableFIPS := map[string]bool{leaf.parentOrg: leaf.fipsOK}
list := [][]byte{leaf.der}
listName := leaf.name
addList := func(cond int, c *boringCertificate) {
if cond != 0 {
list = append(list, c.der)
listName += "," + c.name
if reachable[c.org] {
reachable[c.parentOrg] = true
}
if reachableFIPS[c.org] && c.fipsOK {
reachableFIPS[c.parentOrg] = true
}
}
}
addList(i&1, I_R1)
addList(i&2, I_R2)
addList(i&4, I_M1)
addList(i&8, I_M2)
addList(i&16, M1_R1)
addList(i&32, M2_R1)
for r := 1; r <= 3; r++ {
pool := x509.NewCertPool()
rootName := ","
shouldVerify := false
shouldVerifyFIPS := false
addRoot := func(cond int, c *boringCertificate) {
if cond != 0 {
rootName += "," + c.name
pool.AddCert(c.cert)
if reachable[c.org] {
shouldVerify = true
}
if reachableFIPS[c.org] && c.fipsOK {
shouldVerifyFIPS = true
}
}
}
addRoot(r&1, R1)
addRoot(r&2, R2)
rootName = rootName[1:] // strip leading comma
testServerCert(t, listName+"->"+rootName[1:], pool, leaf.key, list, shouldVerify)
testClientCert(t, listName+"->"+rootName[1:]+"(client cert)", pool, leaf.key, list, shouldVerify)
fipstls.Force()
testServerCert(t, listName+"->"+rootName[1:]+" (fips)", pool, leaf.key, list, shouldVerifyFIPS)
testClientCert(t, listName+"->"+rootName[1:]+" (fips, client cert)", pool, leaf.key, list, shouldVerifyFIPS)
fipstls.Abandon()
}
}
}
}
const (
boringCertCA = iota
boringCertLeaf
boringCertFIPSOK = 0x80
)
func boringRSAKey(t *testing.T, size int) *rsa.PrivateKey {
k, err := rsa.GenerateKey(rand.Reader, size)
if err != nil {
t.Fatal(err)
}
return k
}
func boringECDSAKey(t *testing.T, curve elliptic.Curve) *ecdsa.PrivateKey {
k, err := ecdsa.GenerateKey(curve, rand.Reader)
if err != nil {
t.Fatal(err)
}
return k
}
type boringCertificate struct {
name string
org string
parentOrg string
der []byte
cert *x509.Certificate
key interface{}
fipsOK bool
}
func boringCert(t *testing.T, name string, key interface{}, parent *boringCertificate, mode int) *boringCertificate {
org := name
parentOrg := ""
if i := strings.Index(org, "_"); i >= 0 {
org = org[:i]
parentOrg = name[i+1:]
}
tmpl := &x509.Certificate{
SerialNumber: big.NewInt(1),
Subject: pkix.Name{
Organization: []string{org},
},
NotBefore: time.Unix(0, 0),
NotAfter: time.Unix(0, 0),
KeyUsage: x509.KeyUsageKeyEncipherment | x509.KeyUsageDigitalSignature,
ExtKeyUsage: []x509.ExtKeyUsage{x509.ExtKeyUsageServerAuth, x509.ExtKeyUsageClientAuth},
BasicConstraintsValid: true,
}
if mode&^boringCertFIPSOK == boringCertLeaf {
tmpl.DNSNames = []string{"example.com"}
} else {
tmpl.IsCA = true
tmpl.KeyUsage |= x509.KeyUsageCertSign
}
var pcert *x509.Certificate
var pkey interface{}
if parent != nil {
pcert = parent.cert
pkey = parent.key
} else {
pcert = tmpl
pkey = key
}
var pub interface{}
switch k := key.(type) {
case *rsa.PrivateKey:
pub = &k.PublicKey
case *ecdsa.PrivateKey:
pub = &k.PublicKey
default:
t.Fatalf("invalid key %T", key)
}
der, err := x509.CreateCertificate(rand.Reader, tmpl, pcert, pub, pkey)
if err != nil {
t.Fatal(err)
}
cert, err := x509.ParseCertificate(der)
if err != nil {
t.Fatal(err)
}
fipsOK := mode&boringCertFIPSOK != 0
return &boringCertificate{name, org, parentOrg, der, cert, key, fipsOK}
}
// A self-signed test certificate with an RSA key of size 2048, for testing
// RSA-PSS with SHA512. SAN of example.golang.
var (
testRSA2048Certificate []byte
testRSA2048PrivateKey *rsa.PrivateKey
)
func init() {
block, _ := pem.Decode(obscuretestdata.Rot13([]byte(`
-----ORTVA PREGVSVPNGR-----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-----RAQ PREGVSVPNGR-----`)))
testRSA2048Certificate = block.Bytes
block, _ = pem.Decode(obscuretestdata.Rot13([]byte(`
-----ORTVA EFN CEVINGR XRL-----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-----RAQ EFN CEVINGR XRL-----`)))
var err error
testRSA2048PrivateKey, err = x509.ParsePKCS1PrivateKey(block.Bytes)
if err != nil {
panic(err)
}
}