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13512.patch
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13512.patch
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From 4864cf15edc30d6d85c38ddfeaef0e2546db44ff Mon Sep 17 00:00:00 2001
From: Frederick Akalin <akalin@keyba.se>
Date: Wed, 29 Aug 2018 17:16:25 -0700
Subject: [PATCH 01/39] Use DecodeBody
---
go/libkb/kbpackets.go | 41 ++++++++++++++++++++++++++++++++++++++
go/libkb/kbpackets_test.go | 21 ++++++++++---------
2 files changed, 53 insertions(+), 9 deletions(-)
diff --git a/go/libkb/kbpackets.go b/go/libkb/kbpackets.go
index b71693c7773..2ca057121e2 100644
--- a/go/libkb/kbpackets.go
+++ b/go/libkb/kbpackets.go
@@ -269,6 +269,33 @@ func (p *KeybasePacket) unmarshalBinary(data []byte) error {
return p.checkHash()
}
+func (p *KeybasePacket) unmarshalBinaryWithTagAndBody(data []byte, tag PacketTag, body interface{}) error {
+ ch := codecHandle()
+ p.Body = body
+ if err := MsgpackDecodeAll(data, ch, p); err != nil {
+ return err
+ }
+
+ if p.Tag != tag {
+ return fmt.Errorf("Expected tag %d, got %d", tag, p.Tag)
+ }
+
+ // Test for nonstandard msgpack data (which could be maliciously crafted)
+ // by re-encoding and making sure we get the same thing.
+ // https://github.com/keybase/client/issues/423
+ //
+ // Ideally this should be done at a lower level, like MsgpackDecodeAll, but
+ // our msgpack library doesn't sort maps the way we expect. See
+ // https://github.com/ugorji/go/issues/103
+ if reencoded, err := p.Encode(); err != nil {
+ return err
+ } else if !bytes.Equal(reencoded, data) {
+ return FishyMsgpackError{data, reencoded}
+ }
+
+ return p.checkHash()
+}
+
func DecodeArmoredPacket(s string) (*KeybasePacket, error) {
b, err := base64.StdEncoding.DecodeString(s)
if err != nil {
@@ -286,6 +313,20 @@ func DecodePacket(data []byte) (ret *KeybasePacket, err error) {
return
}
+func DecodePacketBody(data []byte, tag PacketTag, body interface{}) error {
+ var p KeybasePacket
+ p.Body = body
+ return p.unmarshalBinaryWithTagAndBody(data, tag, body)
+}
+
+func DecodeArmoredPacketBody(s string, tag PacketTag, body interface{}) error {
+ b, err := base64.StdEncoding.DecodeString(s)
+ if err != nil {
+ return err
+ }
+ return DecodePacketBody(b, tag, body)
+}
+
type Packetable interface {
ToPacket() (*KeybasePacket, error)
}
diff --git a/go/libkb/kbpackets_test.go b/go/libkb/kbpackets_test.go
index f6769d370fb..468c7a1ae07 100644
--- a/go/libkb/kbpackets_test.go
+++ b/go/libkb/kbpackets_test.go
@@ -10,7 +10,8 @@ import (
)
func TestBadMsgpack(t *testing.T) {
- p, err := DecodeArmoredPacket(`
+ var info NaclEncryptionInfo
+ err := DecodeArmoredPacketBody(`
g6Rib2R5hqhkZXRhY2hlw6loYXNoX3R5cGUKo2tlecQjASBz6XLVJ/u0KKVpvp9QlcNvIopFsusm
wjFFHVUYo3ykIwqncGF5bG9hZMUD7XsiYm9keSI6eyJkZXZpY2UiOnsiaWQiOiIwNTc4NDNjMjAy
NTE5MjZhY2MwZDVkYjMxMjY5NzkxOCIsImtpZCI6IjAxMjEzNzlkNTM3MGFlYjRlOWY3YWE0YjUy
@@ -32,13 +33,14 @@ InNlcW5vIjo1NjN9LCJwcmV2IjoiZWUwMDc4NTgyNDZhZGY4ODU1OTc2NmYxNjRkMGIxOTUzMDMy
MDljYmQ4MmFmYTdmYzZkZWQxOGI0OWI3YjZiMiIsInNlcW5vIjo0LCJ0YWciOiJzaWduYXR1cmUi
faNzaWfEQG3uIt5g6X6NRAjnHdF1NSRO5UYJD1B0Ku1ixBIeS2zuSAGR0pts2Lbl+Cz3BGvu9isq
7MHrgCa2r1PEo4C/4ACoc2lnX3R5cGUgo3RhZ80CAqd2ZXJzaW9uAQ==
-`)
- require.Error(t, err, "Malformed msgpack should fail to decode, but decoded to: %#v", p)
+`, TagEncryption, &info)
+ require.Error(t, err, "Malformed msgpack should fail to decode, but decoded to: %#v", info)
}
func TestFishyMsgpack(t *testing.T) {
+ var info NaclSigInfo
// This message has a duplicate key ("detached") in the top-level map
- p, err := DecodeArmoredPacket(`
+ err := DecodeArmoredPacketBody(`
hKRib2R5hqhkZXRhY2hlZMOoZGV0YWNoZWTCqWhhc2hfdHlwZQqja2V5xCMBIHPpctUn+7QopWm+
n1CVw28iikWy6ybCMUUdVRijfKQjCqdwYXlsb2FkxQPteyJib2R5Ijp7ImRldmljZSI6eyJpZCI6
IjA1Nzg0M2MyMDI1MTkyNmFjYzBkNWRiMzEyNjk3OTE4Iiwia2lkIjoiMDEyMTM3OWQ1MzcwYWVi
@@ -60,8 +62,8 @@ ZDVlOThiNWZlIiwic2Vxbm8iOjU2M30sInByZXYiOiJlZTAwNzg1ODI0NmFkZjg4NTU5NzY2ZjE2
NGQwYjE5NTMwMzIwOWNiZDgyYWZhN2ZjNmRlZDE4YjQ5YjdiNmIyIiwic2Vxbm8iOjQsInRhZyI6
InNpZ25hdHVyZSJ9o3NpZ8RAbe4i3mDpfo1ECOcd0XU1JE7lRgkPUHQq7WLEEh5LbO5IAZHSm2zY
tuX4LPcEa+72KyrsweuAJravU8SjgL/gAKhzaWdfdHlwZSCjdGFnzQICp3ZlcnNpb24B
-`)
- require.IsType(t, err, FishyMsgpackError{}, "p=%+v", p)
+`, TagSignature, &info)
+ require.IsType(t, err, FishyMsgpackError{}, "info=%+v, err+%+v", info, err)
}
// Guard against unexpected codec encoding changes, in particular for
@@ -83,12 +85,13 @@ func TestHardcodedPacketEncode(t *testing.T) {
// This is a regression test for
// https://github.com/ugorji/go/issues/237 .
func TestMsgpackReencodeNilHash(t *testing.T) {
+ var info NaclEncryptionInfo
// This message has a nil hash.
- p, err := DecodeArmoredPacket(`
+ err := DecodeArmoredPacketBody(`
hKRib2R5hapjaXBoZXJ0ZXh0wKhlbmNfdHlwZQClbm9uY2XArHJlY2VpdmVyX2tlecCqc2VuZGVy
X2tlecCkaGFzaIKkdHlwZQildmFsdWXEIJZSZH19AzYud7qy9x3yx1hN2MooqnhjsytUSqTK+VMZ
o3RhZ80CA6d2ZXJzaW9uAQ==
-`)
+`, TagEncryption, &info)
// In particular, shouldn't return a FishyMsgpackError.
- require.NoError(t, err, "p=%+v", p)
+ require.NoError(t, err, "info=%+v", info)
}
From 97decbdb9846fbcc72d7a703750d6624418d8034 Mon Sep 17 00:00:00 2001
From: Frederick Akalin <akalin@keyba.se>
Date: Wed, 29 Aug 2018 17:21:10 -0700
Subject: [PATCH 02/39] Fix tag
---
go/libkb/constants.go | 14 ++++++++++++++
go/libkb/errors.go | 4 ++--
go/libkb/naclwrap.go | 8 ++++----
go/libkb/skb.go | 2 +-
4 files changed, 21 insertions(+), 7 deletions(-)
diff --git a/go/libkb/constants.go b/go/libkb/constants.go
index cc91d55d07d..678314b402d 100644
--- a/go/libkb/constants.go
+++ b/go/libkb/constants.go
@@ -4,6 +4,7 @@
package libkb
import (
+ "fmt"
"os"
"runtime"
"time"
@@ -459,6 +460,19 @@ const (
TagEncryption PacketTag = 515
)
+func (t PacketTag) String() string {
+ switch t {
+ case TagP3skb:
+ return "PacketTag(P3skb)"
+ case TagSignature:
+ return "PacketTag(Signature)"
+ case TagEncryption:
+ return "PacketTag(Encryption)"
+ default:
+ return fmt.Sprintf("PacketTag(%d)", uint(t))
+ }
+}
+
const (
KIDPGPBase AlgoType = 0x00
KIDPGPRsa AlgoType = 0x1
diff --git a/go/libkb/errors.go b/go/libkb/errors.go
index fb203c2c472..59c79e818e3 100644
--- a/go/libkb/errors.go
+++ b/go/libkb/errors.go
@@ -734,11 +734,11 @@ func NewNoUsernameError() NoUsernameError { return NoUsernameError{} }
//=============================================================================
type UnmarshalError struct {
- T string
+ Tag PacketTag
}
func (u UnmarshalError) Error() string {
- return "Bad " + u.T + " packet"
+ return "Bad " + u.Tag.String() + " packet"
}
type VerificationError struct {
diff --git a/go/libkb/naclwrap.go b/go/libkb/naclwrap.go
index f4d92ff422c..32be804c6bf 100644
--- a/go/libkb/naclwrap.go
+++ b/go/libkb/naclwrap.go
@@ -449,7 +449,7 @@ func NaclVerifyAndExtract(s string) (key GenericKey, payload []byte, fullBody []
naclSig, ok := packet.Body.(*NaclSigInfo)
if !ok {
- err = UnmarshalError{"NACL signature"}
+ err = UnmarshalError{TagSignature}
return nil, nil, nil, err
}
@@ -499,7 +499,7 @@ func (s *NaclSigInfo) ToPacket() (ret *KeybasePacket, err error) {
func (p KeybasePacket) ToNaclSigInfo() (*NaclSigInfo, error) {
ret, ok := p.Body.(*NaclSigInfo)
if !ok {
- return nil, UnmarshalError{"Signature"}
+ return nil, UnmarshalError{TagSignature}
}
return ret, nil
}
@@ -669,7 +669,7 @@ func SigExtractKbPayloadAndKID(armored string) (payload []byte, kid keybase1.KID
return nil, kid, sigID, err
}
if sig, ok = packet.Body.(*NaclSigInfo); !ok {
- err = UnmarshalError{"NaCl Signature"}
+ err = UnmarshalError{TagSignature}
return nil, kid, sigID, err
}
sigID = ComputeSigIDFromSigBody(byt)
@@ -874,7 +874,7 @@ func (k NaclDHKeyPair) DecryptFromString(ciphertext string) (msg []byte, sender
}
if nei, ok = kbp.Body.(*NaclEncryptionInfo); !ok {
- err = UnmarshalError{"NaCl Encryption"}
+ err = UnmarshalError{TagEncryption}
return
}
return k.Decrypt(nei)
diff --git a/go/libkb/skb.go b/go/libkb/skb.go
index 452f80827bb..ebe16bbb675 100644
--- a/go/libkb/skb.go
+++ b/go/libkb/skb.go
@@ -377,7 +377,7 @@ func (s *SKB) SetUID(uid keybase1.UID) {
func (p KeybasePacket) ToSKB() (*SKB, error) {
ret, ok := p.Body.(*SKB)
if !ok {
- return nil, UnmarshalError{"SKB"}
+ return nil, UnmarshalError{TagP3skb}
}
return ret, nil
}
From b068adbc7a9c5c7fc214cbd560d55cc00c82c7f5 Mon Sep 17 00:00:00 2001
From: Frederick Akalin <akalin@keyba.se>
Date: Wed, 29 Aug 2018 17:21:47 -0700
Subject: [PATCH 03/39] return unmarshal error
---
go/libkb/kbpackets.go | 3 ++-
1 file changed, 2 insertions(+), 1 deletion(-)
diff --git a/go/libkb/kbpackets.go b/go/libkb/kbpackets.go
index 2ca057121e2..1c0e7fc83b6 100644
--- a/go/libkb/kbpackets.go
+++ b/go/libkb/kbpackets.go
@@ -277,7 +277,8 @@ func (p *KeybasePacket) unmarshalBinaryWithTagAndBody(data []byte, tag PacketTag
}
if p.Tag != tag {
- return fmt.Errorf("Expected tag %d, got %d", tag, p.Tag)
+ return UnmarshalError{tag}
+ //return fmt.Errorf("Expected tag %d, got %d", tag, p.Tag)
}
// Test for nonstandard msgpack data (which could be maliciously crafted)
From 4412c63d69660c751e99d6b74ec61f8f6e59b80b Mon Sep 17 00:00:00 2001
From: Frederick Akalin <akalin@keyba.se>
Date: Wed, 29 Aug 2018 17:26:46 -0700
Subject: [PATCH 04/39] Use Decode
---
go/engine/kex2_provisionee.go | 6 +-----
go/libkb/kbpackets.go | 9 +++++++++
go/libkb/naclwrap.go | 18 +++---------------
go/libkb/skb_test.go | 7 ++-----
4 files changed, 15 insertions(+), 25 deletions(-)
diff --git a/go/engine/kex2_provisionee.go b/go/engine/kex2_provisionee.go
index c70f1c981eb..863682958fe 100644
--- a/go/engine/kex2_provisionee.go
+++ b/go/engine/kex2_provisionee.go
@@ -362,14 +362,10 @@ func (e *Kex2Provisionee) decodeSig(sig []byte) (*decodedSig, error) {
if err != nil {
return nil, err
}
- packet, err := libkb.DecodePacket(body)
+ naclSig, err := libkb.DecodeNaclSigInfoPacket(body)
if err != nil {
return nil, err
}
- naclSig, ok := packet.Body.(*libkb.NaclSigInfo)
- if !ok {
- return nil, libkb.UnmarshalError{T: "Nacl signature"}
- }
jw, err := jsonw.Unmarshal(naclSig.Payload)
if err != nil {
return nil, err
diff --git a/go/libkb/kbpackets.go b/go/libkb/kbpackets.go
index 1c0e7fc83b6..9ae772c0710 100644
--- a/go/libkb/kbpackets.go
+++ b/go/libkb/kbpackets.go
@@ -328,6 +328,15 @@ func DecodeArmoredPacketBody(s string, tag PacketTag, body interface{}) error {
return DecodePacketBody(b, tag, body)
}
+func DecodeNaclSigInfoPacket(data []byte) (NaclSigInfo, error) {
+ var info NaclSigInfo
+ err := DecodePacketBody(data, TagSignature, &info)
+ if err != nil {
+ return NaclSigInfo{}, err
+ }
+ return info, nil
+}
+
type Packetable interface {
ToPacket() (*KeybasePacket, error)
}
diff --git a/go/libkb/naclwrap.go b/go/libkb/naclwrap.go
index 32be804c6bf..b8f94ba2932 100644
--- a/go/libkb/naclwrap.go
+++ b/go/libkb/naclwrap.go
@@ -442,17 +442,11 @@ func NaclVerifyAndExtract(s string) (key GenericKey, payload []byte, fullBody []
return nil, nil, nil, err
}
- packet, err := DecodePacket(fullBody)
+ naclSig, err := DecodeNaclSigInfoPacket(fullBody)
if err != nil {
return nil, nil, nil, err
}
- naclSig, ok := packet.Body.(*NaclSigInfo)
- if !ok {
- err = UnmarshalError{TagSignature}
- return nil, nil, nil, err
- }
-
var nk *NaclSigningKeyPublic
nk, err = naclSig.Verify()
if err != nil {
@@ -657,19 +651,13 @@ func KbOpenSig(armored string) ([]byte, error) {
func SigExtractKbPayloadAndKID(armored string) (payload []byte, kid keybase1.KID, sigID keybase1.SigID, err error) {
var byt []byte
- var packet *KeybasePacket
- var sig *NaclSigInfo
- var ok bool
+ var sig NaclSigInfo
if byt, err = KbOpenSig(armored); err != nil {
return nil, kid, sigID, err
}
- if packet, err = DecodePacket(byt); err != nil {
- return nil, kid, sigID, err
- }
- if sig, ok = packet.Body.(*NaclSigInfo); !ok {
- err = UnmarshalError{TagSignature}
+ if sig, err = DecodeNaclSigInfoPacket(byt); err != nil {
return nil, kid, sigID, err
}
sigID = ComputeSigIDFromSigBody(byt)
diff --git a/go/libkb/skb_test.go b/go/libkb/skb_test.go
index 20152cffce7..83d89bcc4df 100644
--- a/go/libkb/skb_test.go
+++ b/go/libkb/skb_test.go
@@ -42,11 +42,8 @@ func TestDecode0(t *testing.T) {
func TestDecode1(t *testing.T) {
key := "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"
- bytes, err := base64.StdEncoding.DecodeString(key)
- if err != nil {
- t.Errorf("error decoding: %s", err)
- }
- _, err = DecodePacket(bytes)
+ var skb SKB
+ err := DecodeArmoredPacketBody(key, TagP3skb, &skb)
if err != nil {
t.Errorf("Failed to decode packet: %s", err)
}
From af75b7cb45af91dad34c12f4db9da8b6d6011e66 Mon Sep 17 00:00:00 2001
From: Frederick Akalin <akalin@keyba.se>
Date: Wed, 29 Aug 2018 17:29:00 -0700
Subject: [PATCH 05/39] More
---
go/libkb/kbpackets.go | 8 ++++++++
go/libkb/kbpackets_test.go | 5 ++---
2 files changed, 10 insertions(+), 3 deletions(-)
diff --git a/go/libkb/kbpackets.go b/go/libkb/kbpackets.go
index 9ae772c0710..612be4b99e3 100644
--- a/go/libkb/kbpackets.go
+++ b/go/libkb/kbpackets.go
@@ -337,6 +337,14 @@ func DecodeNaclSigInfoPacket(data []byte) (NaclSigInfo, error) {
return info, nil
}
+func DecodeArmoredNaclSigInfoPacket(s string) (NaclSigInfo, error) {
+ b, err := base64.StdEncoding.DecodeString(s)
+ if err != nil {
+ return NaclSigInfo{}, err
+ }
+ return DecodeNaclSigInfoPacket(b)
+}
+
type Packetable interface {
ToPacket() (*KeybasePacket, error)
}
diff --git a/go/libkb/kbpackets_test.go b/go/libkb/kbpackets_test.go
index 468c7a1ae07..9d45d36bdc4 100644
--- a/go/libkb/kbpackets_test.go
+++ b/go/libkb/kbpackets_test.go
@@ -38,9 +38,8 @@ faNzaWfEQG3uIt5g6X6NRAjnHdF1NSRO5UYJD1B0Ku1ixBIeS2zuSAGR0pts2Lbl+Cz3BGvu9isq
}
func TestFishyMsgpack(t *testing.T) {
- var info NaclSigInfo
// This message has a duplicate key ("detached") in the top-level map
- err := DecodeArmoredPacketBody(`
+ info, err := DecodeArmoredNaclSigInfoPacket(`
hKRib2R5hqhkZXRhY2hlZMOoZGV0YWNoZWTCqWhhc2hfdHlwZQqja2V5xCMBIHPpctUn+7QopWm+
n1CVw28iikWy6ybCMUUdVRijfKQjCqdwYXlsb2FkxQPteyJib2R5Ijp7ImRldmljZSI6eyJpZCI6
IjA1Nzg0M2MyMDI1MTkyNmFjYzBkNWRiMzEyNjk3OTE4Iiwia2lkIjoiMDEyMTM3OWQ1MzcwYWVi
@@ -62,7 +61,7 @@ ZDVlOThiNWZlIiwic2Vxbm8iOjU2M30sInByZXYiOiJlZTAwNzg1ODI0NmFkZjg4NTU5NzY2ZjE2
NGQwYjE5NTMwMzIwOWNiZDgyYWZhN2ZjNmRlZDE4YjQ5YjdiNmIyIiwic2Vxbm8iOjQsInRhZyI6
InNpZ25hdHVyZSJ9o3NpZ8RAbe4i3mDpfo1ECOcd0XU1JE7lRgkPUHQq7WLEEh5LbO5IAZHSm2zY
tuX4LPcEa+72KyrsweuAJravU8SjgL/gAKhzaWdfdHlwZSCjdGFnzQICp3ZlcnNpb24B
-`, TagSignature, &info)
+`)
require.IsType(t, err, FishyMsgpackError{}, "info=%+v, err+%+v", info, err)
}
From 0c9c5c3055a10fb0140bc21750b7fd448cabdab6 Mon Sep 17 00:00:00 2001
From: Frederick Akalin <akalin@keyba.se>
Date: Wed, 29 Aug 2018 17:31:04 -0700
Subject: [PATCH 06/39] Add more helpers
---
go/libkb/kbpackets.go | 17 +++++++++++++++++
go/libkb/kbpackets_test.go | 10 ++++------
2 files changed, 21 insertions(+), 6 deletions(-)
diff --git a/go/libkb/kbpackets.go b/go/libkb/kbpackets.go
index 612be4b99e3..4a34ea8d824 100644
--- a/go/libkb/kbpackets.go
+++ b/go/libkb/kbpackets.go
@@ -345,6 +345,23 @@ func DecodeArmoredNaclSigInfoPacket(s string) (NaclSigInfo, error) {
return DecodeNaclSigInfoPacket(b)
}
+func DecodeNaclEncryptionInfoPacket(data []byte) (NaclEncryptionInfo, error) {
+ var info NaclEncryptionInfo
+ err := DecodePacketBody(data, TagEncryption, &info)
+ if err != nil {
+ return NaclEncryptionInfo{}, err
+ }
+ return info, nil
+}
+
+func DecodeArmoredNaclEncryptionInfoPacket(s string) (NaclEncryptionInfo, error) {
+ b, err := base64.StdEncoding.DecodeString(s)
+ if err != nil {
+ return NaclEncryptionInfo{}, err
+ }
+ return DecodeNaclEncryptionInfoPacket(b)
+}
+
type Packetable interface {
ToPacket() (*KeybasePacket, error)
}
diff --git a/go/libkb/kbpackets_test.go b/go/libkb/kbpackets_test.go
index 9d45d36bdc4..abda510d331 100644
--- a/go/libkb/kbpackets_test.go
+++ b/go/libkb/kbpackets_test.go
@@ -10,8 +10,7 @@ import (
)
func TestBadMsgpack(t *testing.T) {
- var info NaclEncryptionInfo
- err := DecodeArmoredPacketBody(`
+ info, err := DecodeArmoredNaclEncryptionInfoPacket(`
g6Rib2R5hqhkZXRhY2hlw6loYXNoX3R5cGUKo2tlecQjASBz6XLVJ/u0KKVpvp9QlcNvIopFsusm
wjFFHVUYo3ykIwqncGF5bG9hZMUD7XsiYm9keSI6eyJkZXZpY2UiOnsiaWQiOiIwNTc4NDNjMjAy
NTE5MjZhY2MwZDVkYjMxMjY5NzkxOCIsImtpZCI6IjAxMjEzNzlkNTM3MGFlYjRlOWY3YWE0YjUy
@@ -33,7 +32,7 @@ InNlcW5vIjo1NjN9LCJwcmV2IjoiZWUwMDc4NTgyNDZhZGY4ODU1OTc2NmYxNjRkMGIxOTUzMDMy
MDljYmQ4MmFmYTdmYzZkZWQxOGI0OWI3YjZiMiIsInNlcW5vIjo0LCJ0YWciOiJzaWduYXR1cmUi
faNzaWfEQG3uIt5g6X6NRAjnHdF1NSRO5UYJD1B0Ku1ixBIeS2zuSAGR0pts2Lbl+Cz3BGvu9isq
7MHrgCa2r1PEo4C/4ACoc2lnX3R5cGUgo3RhZ80CAqd2ZXJzaW9uAQ==
-`, TagEncryption, &info)
+`)
require.Error(t, err, "Malformed msgpack should fail to decode, but decoded to: %#v", info)
}
@@ -84,13 +83,12 @@ func TestHardcodedPacketEncode(t *testing.T) {
// This is a regression test for
// https://github.com/ugorji/go/issues/237 .
func TestMsgpackReencodeNilHash(t *testing.T) {
- var info NaclEncryptionInfo
// This message has a nil hash.
- err := DecodeArmoredPacketBody(`
+ info, err := DecodeArmoredNaclEncryptionInfoPacket(`
hKRib2R5hapjaXBoZXJ0ZXh0wKhlbmNfdHlwZQClbm9uY2XArHJlY2VpdmVyX2tlecCqc2VuZGVy
X2tlecCkaGFzaIKkdHlwZQildmFsdWXEIJZSZH19AzYud7qy9x3yx1hN2MooqnhjsytUSqTK+VMZ
o3RhZ80CA6d2ZXJzaW9uAQ==
-`, TagEncryption, &info)
+`)
// In particular, shouldn't return a FishyMsgpackError.
require.NoError(t, err, "info=%+v", info)
}
From 4637474a742ecf927e486d11a23ecfde2c243074 Mon Sep 17 00:00:00 2001
From: Frederick Akalin <akalin@keyba.se>
Date: Wed, 29 Aug 2018 17:32:04 -0700
Subject: [PATCH 07/39] Remove one more
---
go/libkb/naclwrap.go | 12 +++---------
1 file changed, 3 insertions(+), 9 deletions(-)
diff --git a/go/libkb/naclwrap.go b/go/libkb/naclwrap.go
index b8f94ba2932..91fee97872d 100644
--- a/go/libkb/naclwrap.go
+++ b/go/libkb/naclwrap.go
@@ -853,19 +853,13 @@ func (k *NaclEncryptionInfo) ToPacket() (ret *KeybasePacket, err error) {
// DecryptFromString decrypts the output of EncryptToString above,
// and returns the KID of the other end.
func (k NaclDHKeyPair) DecryptFromString(ciphertext string) (msg []byte, sender keybase1.KID, err error) {
- var kbp *KeybasePacket
- var nei *NaclEncryptionInfo
- var ok bool
+ var nei NaclEncryptionInfo
- if kbp, err = DecodeArmoredPacket(ciphertext); err != nil {
+ if nei, err = DecodeArmoredNaclEncryptionInfoPacket(ciphertext); err != nil {
return
}
- if nei, ok = kbp.Body.(*NaclEncryptionInfo); !ok {
- err = UnmarshalError{TagEncryption}
- return
- }
- return k.Decrypt(nei)
+ return k.Decrypt(&nei)
}
// Decrypt a NaclEncryptionInfo packet, and on success return the plaintext
From 1adea7286f3bd98306ec250e046bb9148c839a33 Mon Sep 17 00:00:00 2001
From: Frederick Akalin <akalin@keyba.se>
Date: Wed, 29 Aug 2018 17:34:58 -0700
Subject: [PATCH 08/39] Pull out SKB
---
go/libkb/kbpackets.go | 17 +++++++++++++++++
go/libkb/skb.go | 8 --------
go/libkb/sync_secret.go | 13 ++-----------
3 files changed, 19 insertions(+), 19 deletions(-)
diff --git a/go/libkb/kbpackets.go b/go/libkb/kbpackets.go
index 4a34ea8d824..124b70295b0 100644
--- a/go/libkb/kbpackets.go
+++ b/go/libkb/kbpackets.go
@@ -328,6 +328,23 @@ func DecodeArmoredPacketBody(s string, tag PacketTag, body interface{}) error {
return DecodePacketBody(b, tag, body)
}
+func DecodeSKBPacket(data []byte) (*SKB, error) {
+ var info SKB
+ err := DecodePacketBody(data, TagP3skb, &info)
+ if err != nil {
+ return nil, err
+ }
+ return &info, nil
+}
+
+func DecodeArmoredSKBPacket(s string) (*SKB, error) {
+ b, err := base64.StdEncoding.DecodeString(s)
+ if err != nil {
+ return nil, err
+ }
+ return DecodeSKBPacket(b)
+}
+
func DecodeNaclSigInfoPacket(data []byte) (NaclSigInfo, error) {
var info NaclSigInfo
err := DecodePacketBody(data, TagSignature, &info)
diff --git a/go/libkb/skb.go b/go/libkb/skb.go
index ebe16bbb675..fb8cdcf7c0d 100644
--- a/go/libkb/skb.go
+++ b/go/libkb/skb.go
@@ -374,14 +374,6 @@ func (s *SKB) SetUID(uid keybase1.UID) {
s.Unlock()
}
-func (p KeybasePacket) ToSKB() (*SKB, error) {
- ret, ok := p.Body.(*SKB)
- if !ok {
- return nil, UnmarshalError{TagP3skb}
- }
- return ret, nil
-}
-
func (s *SKB) ArmoredEncode() (ret string, err error) {
return PacketArmoredEncode(s)
}
diff --git a/go/libkb/sync_secret.go b/go/libkb/sync_secret.go
index 0d85ba0e056..f81525c46a0 100644
--- a/go/libkb/sync_secret.go
+++ b/go/libkb/sync_secret.go
@@ -213,14 +213,9 @@ func (k *ServerPrivateKey) FindActiveKey(g *GlobalContext, ckf *ComputedKeyFamil
if ckf.GetKeyRole(kid) != DLGSibkey {
return
}
- var packet *KeybasePacket
- if packet, err = DecodeArmoredPacket(k.Bundle); err != nil && packet == nil {
+ if ret, err = DecodeArmoredSKBPacket(k.Bundle); err != nil {
return
}
- ret, err = packet.ToSKB()
- if err != nil {
- return nil, err
- }
ret.SetGlobalContext(g)
return ret, nil
}
@@ -352,14 +347,10 @@ func (k ServerPrivateKey) ToSKB(gc *GlobalContext) (*SKB, error) {
if k.KeyType != KeyTypeP3skbPrivate {
return nil, fmt.Errorf("invalid key type for skb conversion: %d", k.KeyType)
}
- p, err := DecodeArmoredPacket(k.Bundle)
+ skb, err := DecodeArmoredSKBPacket(k.Bundle)
if err != nil {
return nil, err
}
- skb, ok := p.Body.(*SKB)
- if !ok {
- return nil, fmt.Errorf("invalid packet type: %T", p.Body)
- }
return skb, nil
}
From a3c07045820e9ba779a68e285fca59488370625d Mon Sep 17 00:00:00 2001
From: Frederick Akalin <akalin@keyba.se>
Date: Wed, 29 Aug 2018 17:35:36 -0700
Subject: [PATCH 09/39] Remove unneeded
---
go/libkb/kbpackets.go | 17 -----------------
1 file changed, 17 deletions(-)
diff --git a/go/libkb/kbpackets.go b/go/libkb/kbpackets.go
index 124b70295b0..8eff3b4c3d2 100644
--- a/go/libkb/kbpackets.go
+++ b/go/libkb/kbpackets.go
@@ -297,23 +297,6 @@ func (p *KeybasePacket) unmarshalBinaryWithTagAndBody(data []byte, tag PacketTag
return p.checkHash()
}
-func DecodeArmoredPacket(s string) (*KeybasePacket, error) {
- b, err := base64.StdEncoding.DecodeString(s)
- if err != nil {
- return nil, err
- }
- return DecodePacket(b)
-}
-
-func DecodePacket(data []byte) (ret *KeybasePacket, err error) {
- ret = &KeybasePacket{}
- err = ret.unmarshalBinary(data)
- if err != nil {
- ret = nil
- }
- return
-}
-
func DecodePacketBody(data []byte, tag PacketTag, body interface{}) error {
var p KeybasePacket
p.Body = body
From 321d4562cba9e08d22389a099177035b3a9cf594 Mon Sep 17 00:00:00 2001
From: Frederick Akalin <akalin@keyba.se>
Date: Wed, 29 Aug 2018 17:36:32 -0700
Subject: [PATCH 10/39] Remove
---
go/libkb/kbpackets.go | 26 --------------------------
1 file changed, 26 deletions(-)
diff --git a/go/libkb/kbpackets.go b/go/libkb/kbpackets.go
index 8eff3b4c3d2..90a4cd9f7ba 100644
--- a/go/libkb/kbpackets.go
+++ b/go/libkb/kbpackets.go
@@ -243,32 +243,6 @@ func (p *KeybasePacket) unpackBody(ch *codec.MsgpackHandle) error {
return nil
}
-func (p *KeybasePacket) unmarshalBinary(data []byte) error {
- ch := codecHandle()
- if err := MsgpackDecodeAll(data, ch, p); err != nil {
- return err
- }
-
- if err := p.unpackBody(ch); err != nil {
- return err
- }
-
- // Test for nonstandard msgpack data (which could be maliciously crafted)
- // by re-encoding and making sure we get the same thing.
- // https://github.com/keybase/client/issues/423
- //
- // Ideally this should be done at a lower level, like MsgpackDecodeAll, but
- // our msgpack library doesn't sort maps the way we expect. See
- // https://github.com/ugorji/go/issues/103
- if reencoded, err := p.Encode(); err != nil {
- return err
- } else if !bytes.Equal(reencoded, data) {
- return FishyMsgpackError{data, reencoded}
- }
-
- return p.checkHash()
-}
-
func (p *KeybasePacket) unmarshalBinaryWithTagAndBody(data []byte, tag PacketTag, body interface{}) error {
ch := codecHandle()
p.Body = body
From 2c4d40badde468c0a7ae316a97a430fdb8e7c031 Mon Sep 17 00:00:00 2001
From: Frederick Akalin <akalin@keyba.se>
Date: Wed, 29 Aug 2018 17:57:33 -0700
Subject: [PATCH 11/39] Decode into bytes
---
go/libkb/kbpackets.go | 9 ++++++++-
1 file changed, 8 insertions(+), 1 deletion(-)
diff --git a/go/libkb/kbpackets.go b/go/libkb/kbpackets.go
index 90a4cd9f7ba..1128e9768df 100644
--- a/go/libkb/kbpackets.go
+++ b/go/libkb/kbpackets.go
@@ -245,11 +245,18 @@ func (p *KeybasePacket) unpackBody(ch *codec.MsgpackHandle) error {
func (p *KeybasePacket) unmarshalBinaryWithTagAndBody(data []byte, tag PacketTag, body interface{}) error {
ch := codecHandle()
+ decoder := codec.NewDecoderBytes(data, ch)
+
p.Body = body
- if err := MsgpackDecodeAll(data, ch, p); err != nil {
+ err := decoder.Decode(p)
+ if err != nil {
return err
}
+ if decoder.NumBytesRead() != len(data) {
+ return fmt.Errorf("Did not consume entire buffer: %d byte(s) left", len(data)-decoder.NumBytesRead())
+ }
+
if p.Tag != tag {
return UnmarshalError{tag}
//return fmt.Errorf("Expected tag %d, got %d", tag, p.Tag)
From 7df7176c9b31771920c8f7228472c5921c27e964 Mon Sep 17 00:00:00 2001
From: Frederick Akalin <akalin@keyba.se>
Date: Wed, 29 Aug 2018 17:58:45 -0700
Subject: [PATCH 12/39] Rem
---
go/libkb/naclwrap.go | 8 --------
1 file changed, 8 deletions(-)
diff --git a/go/libkb/naclwrap.go b/go/libkb/naclwrap.go
index 91fee97872d..68d08ca86f9 100644
--- a/go/libkb/naclwrap.go
+++ b/go/libkb/naclwrap.go
@@ -490,14 +490,6 @@ func (s *NaclSigInfo) ToPacket() (ret *KeybasePacket, err error) {
return NewKeybasePacket(s, TagSignature, KeybasePacketV1)
}
-func (p KeybasePacket) ToNaclSigInfo() (*NaclSigInfo, error) {
- ret, ok := p.Body.(*NaclSigInfo)
- if !ok {
- return nil, UnmarshalError{TagSignature}
- }
- return ret, nil
-}
-
func KIDToNaclSigningKeyPublic(bk []byte) *NaclSigningKeyPublic {
if len(bk) != 3+ed25519.PublicKeySize {
return nil
From 49cf4aeb91dc0879dfe549339c6a0718eef48dcf Mon Sep 17 00:00:00 2001
From: Frederick Akalin <akalin@keyba.se>
Date: Wed, 29 Aug 2018 17:59:54 -0700
Subject: [PATCH 13/39] Fix unmarshalerror
---
go/libkb/errors.go | 5 +++--
go/libkb/kbpackets.go | 3 +--
2 files changed, 4 insertions(+), 4 deletions(-)
diff --git a/go/libkb/errors.go b/go/libkb/errors.go
index 59c79e818e3..efc5d3f1991 100644
--- a/go/libkb/errors.go
+++ b/go/libkb/errors.go
@@ -734,11 +734,12 @@ func NewNoUsernameError() NoUsernameError { return NoUsernameError{} }
//=============================================================================
type UnmarshalError struct {
- Tag PacketTag
+ ExpectedTag PacketTag
+ Tag PacketTag
}
func (u UnmarshalError) Error() string {
- return "Bad " + u.Tag.String() + " packet"
+ return fmt.Sprintf("Expected %s packet, got %s packet", u.ExpectedTag, u.Tag)
}
type VerificationError struct {
diff --git a/go/libkb/kbpackets.go b/go/libkb/kbpackets.go
index 1128e9768df..371838d60e0 100644
--- a/go/libkb/kbpackets.go
+++ b/go/libkb/kbpackets.go
@@ -258,8 +258,7 @@ func (p *KeybasePacket) unmarshalBinaryWithTagAndBody(data []byte, tag PacketTag
}
if p.Tag != tag {
- return UnmarshalError{tag}
- //return fmt.Errorf("Expected tag %d, got %d", tag, p.Tag)
+ return UnmarshalError{ExpectedTag: p.Tag, Tag: tag}
}
// Test for nonstandard msgpack data (which could be maliciously crafted)
From e563c707cf06c60b82cfccf763936231bd50e0d3 Mon Sep 17 00:00:00 2001
From: Frederick Akalin <akalin@keyba.se>
Date: Wed, 29 Aug 2018 18:18:47 -0700
Subject: [PATCH 14/39] Use better unmarshal
---
go/libkb/kbpackets.go | 14 ++++++++++
go/libkb/skb_keyring.go | 62 ++++++++++++++++++++++++++++++++---------
go/libkb/skb_test.go | 10 ++-----
3 files changed, 66 insertions(+), 20 deletions(-)
diff --git a/go/libkb/kbpackets.go b/go/libkb/kbpackets.go
index 371838d60e0..699a7fdb534 100644
--- a/go/libkb/kbpackets.go
+++ b/go/libkb/kbpackets.go
@@ -243,6 +243,20 @@ func (p *KeybasePacket) unpackBody(ch *codec.MsgpackHandle) error {
return nil
}
+func (p *KeybasePacket) unmarshalBinaryStreamWithTagAndBody(decoder *codec.Decoder, tag PacketTag, body interface{}) error {
+ p.Body = body
+ err := decoder.Decode(p)
+ if err != nil {
+ return err
+ }
+
+ if p.Tag != tag {
+ return UnmarshalError{ExpectedTag: p.Tag, Tag: tag}
+ }
+
+ return p.checkHash()
+}
+
func (p *KeybasePacket) unmarshalBinaryWithTagAndBody(data []byte, tag PacketTag, body interface{}) error {
ch := codecHandle()
decoder := codec.NewDecoderBytes(data, ch)
diff --git a/go/libkb/skb_keyring.go b/go/libkb/skb_keyring.go
index 819c950c8e1..843c3d31206 100644
--- a/go/libkb/skb_keyring.go
+++ b/go/libkb/skb_keyring.go
@@ -9,6 +9,7 @@ import (
"time"
keybase1 "github.com/keybase/client/go/protocol/keybase1"
+ "github.com/keybase/go-codec/codec"
)
type SKBKeyringFile struct {
@@ -64,19 +65,41 @@ func (k *SKBKeyringFile) MarkDirty() {
k.dirty = true
}
+type skbPacket struct {
+ skb SKB
+}
+
+func (s *skbPacket) CodecEncodeSelf(e *codec.Encoder) {
+ panic("skbPacket.CodecEncodeSelf unexpectedly called")
+}
+
+func (s *skbPacket) CodecDecodeSelf(d *codec.Decoder) {
+ var p KeybasePacket
+ p.unmarshalBinaryStreamWithTagAndBody(d, TagP3skb, &s.skb)
+}
+
+func decodeSKBPacketList(r io.Reader, g *GlobalContext) ([]*SKB, error) {
+ ch := codecHandle()
+ decoder := codec.NewDecoder(r, ch)
+
+ var packets []skbPacket
+ err := decoder.Decode(&packets)
+ if err != nil {
+ return nil, err
+ }
+
+ skbs := make([]*SKB, len(packets))
+ for i, s := range packets {
+ s.skb.SetGlobalContext(g)
+ skbs[i] = &s.skb
+ }
+ return skbs, nil
+}
+
func (k *SKBKeyringFile) loadLocked() (err error) {
k.G().Log.Debug("+ Loading SKB keyring: %s", k.filename)
- var packets KeybasePackets
- var file *os.File
- if file, err = os.OpenFile(k.filename, os.O_RDONLY, 0); err == nil {
- stream := base64.NewDecoder(base64.StdEncoding, file)
- packets, err = DecodePacketsUnchecked(stream)
- tmp := file.Close()
- if err == nil && tmp != nil {
- err = tmp
- }
- }
+ file, err := os.OpenFile(k.filename, os.O_RDONLY, 0)
if err != nil {
if os.IsNotExist(err) {
k.G().Log.Debug("| Keybase secret keyring doesn't exist: %s", k.filename)
@@ -85,12 +108,25 @@ func (k *SKBKeyringFile) loadLocked() (err error) {
MobilePermissionDeniedCheck(k.G(), err, fmt.Sprintf("skb keyring: %s", k.filename))
}
- } else if err == nil {
- k.Blocks, err = packets.ToListOfSKBs(k.G())
+ return err
}
+ defer func() {
+ closeErr := file.Close()
+ if err == nil {
+ err = closeErr
+ }
+ }()
+
+ stream := base64.NewDecoder(base64.StdEncoding, file)
+ skbs, err := decodeSKBPacketList(stream, k.G())
+ if err != nil {
+ return err
+ }
+
+ k.Blocks = skbs
k.G().Log.Debug("- Loaded SKB keyring: %s -> %s", k.filename, ErrToOk(err))
- return
+ return nil
}
func (k *SKBKeyringFile) addToIndexLocked(g GenericKey, b *SKB) {
diff --git a/go/libkb/skb_test.go b/go/libkb/skb_test.go
index 83d89bcc4df..fcc7a670f24 100644
--- a/go/libkb/skb_test.go
+++ b/go/libkb/skb_test.go
@@ -53,16 +53,12 @@ func TestDecodeSKBSequence(t *testing.T) {
seq := "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"
buf := bytes.NewBufferString(seq)
decoder := base64.NewDecoder(base64.StdEncoding, buf)
- packets, err := DecodePacketsUnchecked(decoder)
+ p3skbs, err := decodeSKBPacketList(decoder, nil)
if err != nil {
- t.Errorf("Failed to decode packets: %s", err)
- }
- p3skbs, err := packets.ToListOfSKBs(nil)
- if err != nil {
- t.Errorf("Failed to make a list of SKBs: %s", err)
+ t.Fatalf("Failed to decode packets: %s", err)
}
if !FastByteArrayEq(p3skbs[1].Pub, p3skbs[0].Pub) {
- t.Errorf("Expected a repeat of the same key")
+ t.Fatalf("Expected a repeat of the same key")
}
}
From 50d74193f1fe24d06cddfc9200cd29242658f2ea Mon Sep 17 00:00:00 2001
From: Frederick Akalin <akalin@keyba.se>
Date: Wed, 29 Aug 2018 18:21:11 -0700
Subject: [PATCH 15/39] Fix test