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[chore] Refactor AP authentication, other small bits of tidying up (#1874)

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tobi 2023-06-13 16:47:56 +02:00 committed by GitHub
parent 433b56d2f9
commit 24fbdf2b0a
No known key found for this signature in database
GPG key ID: 4AEE18F83AFDEB23
38 changed files with 1280 additions and 996 deletions
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36
internal/ap/contextkey.go
View file

@ -1,36 +0,0 @@
// GoToSocial
// Copyright (C) GoToSocial Authors admin@gotosocial.org
// SPDX-License-Identifier: AGPL-3.0-or-later
//
// This program is free software: you can redistribute it and/or modify
// it under the terms of the GNU Affero General Public License as published by
// the Free Software Foundation, either version 3 of the License, or
// (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU Affero General Public License for more details.
//
// You should have received a copy of the GNU Affero General Public License
// along with this program. If not, see <http://www.gnu.org/licenses/>.
package ap
// ContextKey is a type used specifically for settings values on contexts within go-fed AP request chains
type ContextKey string
const (
// ContextReceivingAccount can be used the set and retrieve the account being interacted with / receiving an activity in their inbox.
ContextReceivingAccount ContextKey = "receivingAccount"
// ContextRequestingAccount can be used to set and retrieve the account of an incoming federation request.
// This will often be the actor of the instance that's posting the request.
ContextRequestingAccount ContextKey = "requestingAccount"
// ContextOtherInvolvedIRIs can be used to set and retrieve a slice of all IRIs that are 'involved' in an Activity without being
// the receivingAccount or the requestingAccount. In other words, people or notes who are CC'ed or Replied To by an Activity.
ContextOtherInvolvedIRIs ContextKey = "otherInvolvedIRIs"
// ContextRequestingPublicKeyVerifier can be used to set and retrieve the public key verifier of an incoming federation request.
ContextRequestingPublicKeyVerifier ContextKey = "requestingPublicKeyVerifier"
// ContextRequestingPublicKeySignature can be used to set and retrieve the value of the signature header of an incoming federation request.
ContextRequestingPublicKeySignature ContextKey = "requestingPublicKeySignature"
)

63
internal/ap/extract.go
View file

@ -32,6 +32,7 @@ import (
"time"
"github.com/superseriousbusiness/activity/pub"
"github.com/superseriousbusiness/gotosocial/internal/gtserror"
"github.com/superseriousbusiness/gotosocial/internal/gtsmodel"
"github.com/superseriousbusiness/gotosocial/internal/util"
)
@ -343,42 +344,59 @@ func ExtractURL(i WithURL) (*url.URL, error) {
return nil, errors.New("could not extract url")
}
// ExtractPublicKeyForOwner extracts the public key from an interface, as long as it belongs to the specified owner.
// It will return the public key itself, the id/URL of the public key, or an error if something goes wrong.
func ExtractPublicKeyForOwner(i WithPublicKey, forOwner *url.URL) (*rsa.PublicKey, *url.URL, error) {
publicKeyProp := i.GetW3IDSecurityV1PublicKey()
if publicKeyProp == nil {
return nil, nil, errors.New("public key property was nil")
// ExtractPublicKey extracts the public key, public key ID, and public
// key owner ID from an interface, or an error if something goes wrong.
func ExtractPublicKey(i WithPublicKey) (
*rsa.PublicKey, // pubkey
*url.URL, // pubkey ID
*url.URL, // pubkey owner
error,
) {
pubKeyProp := i.GetW3IDSecurityV1PublicKey()
if pubKeyProp == nil {
return nil, nil, nil, gtserror.New("public key property was nil")
}
for iter := publicKeyProp.Begin(); iter != publicKeyProp.End(); iter = iter.Next() {
for iter := pubKeyProp.Begin(); iter != pubKeyProp.End(); iter = iter.Next() {
if !iter.IsW3IDSecurityV1PublicKey() {
continue
}
pkey := iter.Get()
if pkey == nil {
continue
}
pkeyID, err := pub.GetId(pkey)
if err != nil || pkeyID == nil {
pubKeyID, err := pub.GetId(pkey)
if err != nil {
continue
}
if pkey.GetW3IDSecurityV1Owner() == nil || pkey.GetW3IDSecurityV1Owner().Get() == nil || pkey.GetW3IDSecurityV1Owner().Get().String() != forOwner.String() {
pubKeyOwnerProp := pkey.GetW3IDSecurityV1Owner()
if pubKeyOwnerProp == nil {
continue
}
if pkey.GetW3IDSecurityV1PublicKeyPem() == nil {
pubKeyOwner := pubKeyOwnerProp.GetIRI()
if pubKeyOwner == nil {
continue
}
pkeyPem := pkey.GetW3IDSecurityV1PublicKeyPem().Get()
pubKeyPemProp := pkey.GetW3IDSecurityV1PublicKeyPem()
if pubKeyPemProp == nil {
continue
}
pkeyPem := pubKeyPemProp.Get()
if pkeyPem == "" {
continue
}
block, _ := pem.Decode([]byte(pkeyPem))
if block == nil {
return nil, nil, errors.New("could not decode publicKeyPem: no PEM data")
continue
}
var p crypto.PublicKey
switch block.Type {
case "PUBLIC KEY":
@ -386,19 +404,26 @@ func ExtractPublicKeyForOwner(i WithPublicKey, forOwner *url.URL) (*rsa.PublicKe
case "RSA PUBLIC KEY":
p, err = x509.ParsePKCS1PublicKey(block.Bytes)
default:
return nil, nil, fmt.Errorf("could not parse public key: unknown block type: %q", block.Type)
err = fmt.Errorf("unknown block type: %q", block.Type)
}
if err != nil {
return nil, nil, fmt.Errorf("could not parse public key from block bytes: %s", err)
err = gtserror.Newf("could not parse public key from block bytes: %w", err)
return nil, nil, nil, err
}
if p == nil {
return nil, nil, errors.New("returned public key was empty")
return nil, nil, nil, gtserror.New("returned public key was empty")
}
if publicKey, ok := p.(*rsa.PublicKey); ok {
return publicKey, pkeyID, nil
pubKey, ok := p.(*rsa.PublicKey)
if !ok {
continue
}
return pubKey, pubKeyID, pubKeyOwner, nil
}
return nil, nil, errors.New("couldn't find public key")
return nil, nil, nil, gtserror.New("couldn't find public key")
}
// ExtractContent returns a string representation of the interface's Content property,

2
internal/api/activitypub/emoji/emojiget.go
View file

@ -42,7 +42,7 @@ func (m *Module) EmojiGetHandler(c *gin.Context) {
return
}
resp, errWithCode := m.processor.Fedi().EmojiGet(apiutil.TransferSignatureContext(c), requestedEmojiID)
resp, errWithCode := m.processor.Fedi().EmojiGet(c.Request.Context(), requestedEmojiID)
if errWithCode != nil {
apiutil.ErrorHandler(c, errWithCode, m.processor.InstanceGetV1)
return

2
internal/api/activitypub/publickey/publickeyget.go
View file

@ -54,7 +54,7 @@ func (m *Module) PublicKeyGETHandler(c *gin.Context) {
return
}
resp, errWithCode := m.processor.Fedi().UserGet(apiutil.TransferSignatureContext(c), requestedUsername, c.Request.URL)
resp, errWithCode := m.processor.Fedi().UserGet(c.Request.Context(), requestedUsername, c.Request.URL)
if errWithCode != nil {
apiutil.ErrorHandler(c, errWithCode, m.processor.InstanceGetV1)
return

2
internal/api/activitypub/users/featured.go
View file

@ -80,7 +80,7 @@ func (m *Module) FeaturedCollectionGETHandler(c *gin.Context) {
return
}
resp, errWithCode := m.processor.Fedi().FeaturedCollectionGet(apiutil.TransferSignatureContext(c), requestedUsername)
resp, errWithCode := m.processor.Fedi().FeaturedCollectionGet(c.Request.Context(), requestedUsername)
if errWithCode != nil {
apiutil.ErrorHandler(c, errWithCode, m.processor.InstanceGetV1)
return

2
internal/api/activitypub/users/followers.go
View file

@ -51,7 +51,7 @@ func (m *Module) FollowersGETHandler(c *gin.Context) {
return
}
resp, errWithCode := m.processor.Fedi().FollowersGet(apiutil.TransferSignatureContext(c), requestedUsername)
resp, errWithCode := m.processor.Fedi().FollowersGet(c.Request.Context(), requestedUsername)
if errWithCode != nil {
apiutil.ErrorHandler(c, errWithCode, m.processor.InstanceGetV1)
return

2
internal/api/activitypub/users/following.go
View file

@ -51,7 +51,7 @@ func (m *Module) FollowingGETHandler(c *gin.Context) {
return
}
resp, errWithCode := m.processor.Fedi().FollowingGet(apiutil.TransferSignatureContext(c), requestedUsername)
resp, errWithCode := m.processor.Fedi().FollowingGet(c.Request.Context(), requestedUsername)
if errWithCode != nil {
apiutil.ErrorHandler(c, errWithCode, m.processor.InstanceGetV1)
return

2
internal/api/activitypub/users/inboxpost.go
View file

@ -30,7 +30,7 @@ import (
// InboxPOSTHandler deals with incoming POST requests to an actor's inbox.
// Eg., POST to https://example.org/users/whatever/inbox.
func (m *Module) InboxPOSTHandler(c *gin.Context) {
_, err := m.processor.Fedi().InboxPost(apiutil.TransferSignatureContext(c), c.Writer, c.Request)
_, err := m.processor.Fedi().InboxPost(c.Request.Context(), c.Writer, c.Request)
if err != nil {
errWithCode := new(gtserror.WithCode)

25
internal/api/activitypub/users/inboxpost_test.go
View file

@ -517,6 +517,31 @@ func (suite *InboxPostTestSuite) TestPostFromBlockedAccount() {
)
}
func (suite *InboxPostTestSuite) TestPostFromBlockedAccountToOtherAccount() {
var (
requestingAccount = suite.testAccounts["remote_account_1"]
targetAccount = suite.testAccounts["local_account_1"]
activity = suite.testActivities["reply_to_turtle_for_turtle"]
statusURI = "http://fossbros-anonymous.io/users/foss_satan/statuses/2f1195a6-5cb0-4475-adf5-92ab9a0147fe"
)
// Post an reply to turtle to ZORK from remote account.
// Turtle blocks the remote account but is only tangentially
// related to this POST request. The response will indicate
// accepted but the post won't actually be processed.
suite.inboxPost(
activity.Activity,
requestingAccount,
targetAccount,
http.StatusAccepted,
`{"status":"Accepted"}`,
suite.signatureCheck,
)
_, err := suite.state.DB.GetStatusByURI(context.Background(), statusURI)
suite.ErrorIs(err, db.ErrNoEntries)
}
func (suite *InboxPostTestSuite) TestPostUnauthorized() {
var (
requestingAccount = suite.testAccounts["remote_account_1"]

2
internal/api/activitypub/users/outboxget.go
View file

@ -129,7 +129,7 @@ func (m *Module) OutboxGETHandler(c *gin.Context) {
maxID = maxIDString
}
resp, errWithCode := m.processor.Fedi().OutboxGet(apiutil.TransferSignatureContext(c), requestedUsername, page, maxID, minID)
resp, errWithCode := m.processor.Fedi().OutboxGet(c.Request.Context(), requestedUsername, page, maxID, minID)
if errWithCode != nil {
apiutil.ErrorHandler(c, errWithCode, m.processor.InstanceGetV1)
return

2
internal/api/activitypub/users/repliesget.go
View file

@ -149,7 +149,7 @@ func (m *Module) StatusRepliesGETHandler(c *gin.Context) {
minID = minIDString
}
resp, errWithCode := m.processor.Fedi().StatusRepliesGet(apiutil.TransferSignatureContext(c), requestedUsername, requestedStatusID, page, onlyOtherAccounts, c.Query("only_other_accounts") != "", minID)
resp, errWithCode := m.processor.Fedi().StatusRepliesGet(c.Request.Context(), requestedUsername, requestedStatusID, page, onlyOtherAccounts, c.Query("only_other_accounts") != "", minID)
if errWithCode != nil {
apiutil.ErrorHandler(c, errWithCode, m.processor.InstanceGetV1)
return

2
internal/api/activitypub/users/statusget.go
View file

@ -58,7 +58,7 @@ func (m *Module) StatusGETHandler(c *gin.Context) {
return
}
resp, errWithCode := m.processor.Fedi().StatusGet(apiutil.TransferSignatureContext(c), requestedUsername, requestedStatusID)
resp, errWithCode := m.processor.Fedi().StatusGet(c.Request.Context(), requestedUsername, requestedStatusID)
if errWithCode != nil {
apiutil.ErrorHandler(c, errWithCode, m.processor.InstanceGetV1)
return

2
internal/api/activitypub/users/user_test.go
View file

@ -56,6 +56,7 @@ type UserStandardTestSuite struct {
testAttachments map[string]*gtsmodel.MediaAttachment
testStatuses map[string]*gtsmodel.Status
testBlocks map[string]*gtsmodel.Block
testActivities map[string]testrig.ActivityWithSignature
// module being tested
userModule *users.Module
@ -72,6 +73,7 @@ func (suite *UserStandardTestSuite) SetupSuite() {
suite.testAttachments = testrig.NewTestAttachments()
suite.testStatuses = testrig.NewTestStatuses()
suite.testBlocks = testrig.NewTestBlocks()
suite.testActivities = testrig.NewTestActivities(suite.testAccounts)
}
func (suite *UserStandardTestSuite) SetupTest() {

2
internal/api/activitypub/users/userget.go
View file

@ -58,7 +58,7 @@ func (m *Module) UsersGETHandler(c *gin.Context) {
return
}
resp, errWithCode := m.processor.Fedi().UserGet(apiutil.TransferSignatureContext(c), requestedUsername, c.Request.URL)
resp, errWithCode := m.processor.Fedi().UserGet(c.Request.Context(), requestedUsername, c.Request.URL)
if errWithCode != nil {
apiutil.ErrorHandler(c, errWithCode, m.processor.InstanceGetV1)
return

40
internal/api/util/signaturectx.go
View file

@ -1,40 +0,0 @@
// GoToSocial
// Copyright (C) GoToSocial Authors admin@gotosocial.org
// SPDX-License-Identifier: AGPL-3.0-or-later
//
// This program is free software: you can redistribute it and/or modify
// it under the terms of the GNU Affero General Public License as published by
// the Free Software Foundation, either version 3 of the License, or
// (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU Affero General Public License for more details.
//
// You should have received a copy of the GNU Affero General Public License
// along with this program. If not, see <http://www.gnu.org/licenses/>.
package util
import (
"context"
"github.com/gin-gonic/gin"
"github.com/superseriousbusiness/gotosocial/internal/ap"
)
// TransferSignatureContext transfers a signature verifier and signature from a gin context to a go context.
func TransferSignatureContext(c *gin.Context) context.Context {
ctx := c.Request.Context()
if verifier, signed := c.Get(string(ap.ContextRequestingPublicKeyVerifier)); signed {
ctx = context.WithValue(ctx, ap.ContextRequestingPublicKeyVerifier, verifier)
}
if signature, signed := c.Get(string(ap.ContextRequestingPublicKeySignature)); signed {
ctx = context.WithValue(ctx, ap.ContextRequestingPublicKeySignature, signature)
}
return ctx
}

491
internal/federation/authenticate.go
View file

@ -19,298 +19,297 @@ package federation
import (
"context"
"crypto/x509"
"crypto/rsa"
"encoding/json"
"encoding/pem"
"errors"
"fmt"
"net/http"
"net/url"
"strings"
"codeberg.org/gruf/go-kv"
"github.com/go-fed/httpsig"
"github.com/superseriousbusiness/activity/pub"
"github.com/superseriousbusiness/activity/streams"
"github.com/superseriousbusiness/activity/streams/vocab"
"github.com/superseriousbusiness/gotosocial/internal/ap"
"github.com/superseriousbusiness/gotosocial/internal/config"
"github.com/superseriousbusiness/gotosocial/internal/gtscontext"
"github.com/superseriousbusiness/gotosocial/internal/gtserror"
"github.com/superseriousbusiness/gotosocial/internal/gtsmodel"
"github.com/superseriousbusiness/gotosocial/internal/log"
)
/*
publicKeyer is BORROWED DIRECTLY FROM https://github.com/go-fed/apcore/blob/master/ap/util.go
Thank you @cj@mastodon.technology ! <3
*/
type publicKeyer interface {
GetW3IDSecurityV1PublicKey() vocab.W3IDSecurityV1PublicKeyProperty
}
/*
getPublicKeyFromResponse is adapted from https://github.com/go-fed/apcore/blob/master/ap/util.go
Thank you @cj@mastodon.technology ! <3
*/
func getPublicKeyFromResponse(c context.Context, b []byte, keyID *url.URL) (vocab.W3IDSecurityV1PublicKey, error) {
m := make(map[string]interface{})
if err := json.Unmarshal(b, &m); err != nil {
return nil, err
var (
errUnsigned = errors.New("http request wasn't signed or http signature was invalid")
signingAlgorithms = []httpsig.Algorithm{
httpsig.RSA_SHA256, // Prefer common RSA_SHA256.
httpsig.RSA_SHA512, // Fall back to less common RSA_SHA512.
httpsig.ED25519, // Try ED25519 as a long shot.
}
)
t, err := streams.ToType(c, m)
if err != nil {
return nil, err
}
pker, ok := t.(publicKeyer)
if !ok {
return nil, fmt.Errorf("ActivityStreams type cannot be converted to one known to have publicKey property: %T", t)
}
pkp := pker.GetW3IDSecurityV1PublicKey()
if pkp == nil {
return nil, errors.New("publicKey property is not provided")
}
var pkpFound vocab.W3IDSecurityV1PublicKey
for pkpIter := pkp.Begin(); pkpIter != pkp.End(); pkpIter = pkpIter.Next() {
if !pkpIter.IsW3IDSecurityV1PublicKey() {
continue
}
pkValue := pkpIter.Get()
var pkID *url.URL
pkID, err = pub.GetId(pkValue)
if err != nil {
return nil, err
}
if pkID.String() != keyID.String() {
continue
}
pkpFound = pkValue
break
}
if pkpFound == nil {
return nil, fmt.Errorf("cannot find publicKey with id: %s", keyID)
}
return pkpFound, nil
}
// AuthenticateFederatedRequest authenticates any kind of incoming federated request from a remote server. This includes things like
// GET requests for dereferencing our users or statuses etc, and POST requests for delivering new Activities. The function returns
// the URL of the owner of the public key used in the requesting http signature.
// AuthenticateFederatedRequest authenticates any kind of incoming federated
// request from a remote server. This includes things like GET requests for
// dereferencing our users or statuses etc, and POST requests for delivering
// new Activities. The function returns the URL of the owner of the public key
// used in the requesting http signature.
//
// Authenticate in this case is defined as making sure that the http request is actually signed by whoever claims
// to have signed it, by fetching the public key from the signature and checking it against the remote public key.
// 'Authenticate' in this case is defined as making sure that the http request
// is actually signed by whoever claims to have signed it, by fetching the public
// key from the signature and checking it against the remote public key.
//
// The provided username will be used to generate a transport for making remote requests/derefencing the public key ID of the request signature.
// Ideally you should pass in the username of the user *being requested*, so that the remote server can decide how to handle the request based on who's making it.
// Ie., if the request on this server is for https://example.org/users/some_username then you should pass in the username 'some_username'.
// The remote server will then know that this is the user making the dereferencing request, and they can decide to allow or deny the request depending on their settings.
// The provided username will be used to generate a transport for making remote
// requests/derefencing the public key ID of the request signature. Ideally you
// should pass in the username of the user *being requested*, so that the remote
// server can decide how to handle the request based on who's making it. Ie., if
// the request on this server is for https://example.org/users/some_username then
// you should pass in the username 'some_username'. The remote server will then
// know that this is the user making the dereferencing request, and they can decide
// to allow or deny the request depending on their settings.
//
// Note that it is also valid to pass in an empty string here, in which case the keys of the instance account will be used.
// Note that it is also valid to pass in an empty string here, in which case the
// keys of the instance account will be used.
//
// Also note that this function *does not* dereference the remote account that the signature key is associated with.
// Other functions should use the returned URL to dereference the remote account, if required.
// Also note that this function *does not* dereference the remote account that
// the signature key is associated with. Other functions should use the returned
// URL to dereference the remote account, if required.
func (f *federator) AuthenticateFederatedRequest(ctx context.Context, requestedUsername string) (*url.URL, gtserror.WithCode) {
var publicKey interface{}
var pkOwnerURI *url.URL
var err error
// thanks to signaturecheck.go in the security package, we should already have a signature verifier set on the context
vi := ctx.Value(ap.ContextRequestingPublicKeyVerifier)
if vi == nil {
err := errors.New("http request wasn't signed or http signature was invalid")
errWithCode := gtserror.NewErrorUnauthorized(err, err.Error())
log.Debug(ctx, errWithCode)
// Thanks to the signature check middleware,
// we should already have an http signature
// verifier set on the context. If we don't,
// this is an unsigned request.
verifier := gtscontext.HTTPSignatureVerifier(ctx)
if verifier == nil {
err := gtserror.Newf("%w", errUnsigned)
errWithCode := gtserror.NewErrorUnauthorized(err, errUnsigned.Error(), "(verifier)")
return nil, errWithCode
}
verifier, ok := vi.(httpsig.Verifier)
if !ok {
err := errors.New("http request wasn't signed or http signature was invalid")
errWithCode := gtserror.NewErrorUnauthorized(err, err.Error())
log.Debug(ctx, errWithCode)
// We should have the signature itself set too.
signature := gtscontext.HTTPSignature(ctx)
if signature == "" {
err := gtserror.Newf("%w", errUnsigned)
errWithCode := gtserror.NewErrorUnauthorized(err, errUnsigned.Error(), "(signature)")
return nil, errWithCode
}
// we should have the signature itself set too
si := ctx.Value(ap.ContextRequestingPublicKeySignature)
if si == nil {
err := errors.New("http request wasn't signed or http signature was invalid")
errWithCode := gtserror.NewErrorUnauthorized(err, err.Error())
log.Debug(ctx, errWithCode)
// And finally the public key ID URI.
pubKeyID := gtscontext.HTTPSignaturePubKeyID(ctx)
if pubKeyID == nil {
err := gtserror.Newf("%w", errUnsigned)
errWithCode := gtserror.NewErrorUnauthorized(err, errUnsigned.Error(), "(pubKeyID)")
return nil, errWithCode
}
signature, ok := si.(string)
if !ok {
err := errors.New("http request wasn't signed or http signature was invalid")
errWithCode := gtserror.NewErrorUnauthorized(err, err.Error())
log.Debug(ctx, errWithCode)
return nil, errWithCode
}
// now figure out who actually signed it
requestingPublicKeyID, err := url.Parse(verifier.KeyId())
if err != nil {
errWithCode := gtserror.NewErrorBadRequest(err, fmt.Sprintf("couldn't parse public key URL %s", verifier.KeyId()))
log.Debug(ctx, errWithCode)
return nil, errWithCode
}
// At this point we know the request was signed,
// so now we need to validate the signature.
var (
requestingLocalAccount *gtsmodel.Account
requestingRemoteAccount *gtsmodel.Account
requestingHost = requestingPublicKeyID.Host
pubKeyIDStr = pubKeyID.String()
requestingAccountURI *url.URL
pubKey interface{}
errWithCode gtserror.WithCode
)
if host := config.GetHost(); strings.EqualFold(requestingHost, host) {
// LOCAL ACCOUNT REQUEST
// the request is coming from INSIDE THE HOUSE so skip the remote dereferencing
log.Tracef(ctx, "proceeding without dereference for local public key %s", requestingPublicKeyID)
l := log.
WithContext(ctx).
WithFields(kv.Fields{
{"requestedUsername", requestedUsername},
{"pubKeyID", pubKeyIDStr},
}...)
requestingLocalAccount, err = f.db.GetAccountByPubkeyID(ctx, requestingPublicKeyID.String())
if err != nil {
errWithCode := gtserror.NewErrorInternalError(fmt.Errorf("couldn't get account with public key uri %s from the database: %s", requestingPublicKeyID.String(), err))
log.Debug(ctx, errWithCode)
return nil, errWithCode
}
publicKey = requestingLocalAccount.PublicKey
pkOwnerURI, err = url.Parse(requestingLocalAccount.URI)
if err != nil {
errWithCode := gtserror.NewErrorBadRequest(err, fmt.Sprintf("couldn't parse public key owner URL %s", requestingLocalAccount.URI))
log.Debug(ctx, errWithCode)
return nil, errWithCode
}
} else if requestingRemoteAccount, err = f.db.GetAccountByPubkeyID(ctx, requestingPublicKeyID.String()); err == nil {
// REMOTE ACCOUNT REQUEST WITH KEY CACHED LOCALLY
// this is a remote account and we already have the public key for it so use that
log.Tracef(ctx, "proceeding without dereference for cached public key %s", requestingPublicKeyID)
publicKey = requestingRemoteAccount.PublicKey
pkOwnerURI, err = url.Parse(requestingRemoteAccount.URI)
if err != nil {
errWithCode := gtserror.NewErrorBadRequest(err, fmt.Sprintf("couldn't parse public key owner URL %s", requestingRemoteAccount.URI))
log.Debug(ctx, errWithCode)
return nil, errWithCode
}
if pubKeyID.Host == config.GetHost() {
l.Trace("public key is ours, no dereference needed")
requestingAccountURI, pubKey, errWithCode = f.derefDBOnly(ctx, pubKeyIDStr)
} else {
// REMOTE ACCOUNT REQUEST WITHOUT KEY CACHED LOCALLY
// the request is remote and we don't have the public key yet,
// so we need to authenticate the request properly by dereferencing the remote key
gone, err := f.CheckGone(ctx, requestingPublicKeyID)
if err != nil {
errWithCode := gtserror.NewErrorInternalError(fmt.Errorf("error checking for tombstone for %s: %s", requestingPublicKeyID, err))
log.Debug(ctx, errWithCode)
return nil, errWithCode
}
if gone {
errWithCode := gtserror.NewErrorGone(fmt.Errorf("account with public key %s is gone", requestingPublicKeyID))
log.Debug(ctx, errWithCode)
return nil, errWithCode
}
log.Tracef(ctx, "proceeding with dereference for uncached public key %s", requestingPublicKeyID)
trans, err := f.transportController.NewTransportForUsername(gtscontext.SetFastFail(ctx), requestedUsername)
if err != nil {
errWithCode := gtserror.NewErrorInternalError(fmt.Errorf("error creating transport for %s: %s", requestedUsername, err))
log.Debug(ctx, errWithCode)
return nil, errWithCode
}
// The actual http call to the remote server is made right here in the Dereference function.
b, err := trans.Dereference(ctx, requestingPublicKeyID)
if err != nil {
if gtserror.StatusCode(err) == http.StatusGone {
// if we get a 410 error it means the account that owns this public key has been deleted;
// we should add a tombstone to our database so that we can avoid trying to deref it in future
if err := f.HandleGone(ctx, requestingPublicKeyID); err != nil {
errWithCode := gtserror.NewErrorInternalError(fmt.Errorf("error marking account with public key %s as gone: %s", requestingPublicKeyID, err))
log.Debug(ctx, errWithCode)
return nil, errWithCode
}
errWithCode := gtserror.NewErrorGone(fmt.Errorf("account with public key %s is gone", requestingPublicKeyID))
log.Debug(ctx, errWithCode)
return nil, errWithCode
}
errWithCode := gtserror.NewErrorUnauthorized(fmt.Errorf("error dereferencing public key %s: %s", requestingPublicKeyID, err))
log.Debug(ctx, errWithCode)
return nil, errWithCode
}
// if the key isn't in the response, we can't authenticate the request
requestingPublicKey, err := getPublicKeyFromResponse(ctx, b, requestingPublicKeyID)
if err != nil {
errWithCode := gtserror.NewErrorUnauthorized(fmt.Errorf("error parsing public key %s: %s", requestingPublicKeyID, err))
log.Debug(ctx, errWithCode)
return nil, errWithCode
}
// we should be able to get the actual key embedded in the vocab.W3IDSecurityV1PublicKey
pkPemProp := requestingPublicKey.GetW3IDSecurityV1PublicKeyPem()
if pkPemProp == nil || !pkPemProp.IsXMLSchemaString() {
errWithCode := gtserror.NewErrorUnauthorized(errors.New("publicKeyPem property is not provided or it is not embedded as a value"))
log.Debug(ctx, errWithCode)
return nil, errWithCode
}
// and decode the PEM so that we can parse it as a golang public key
pubKeyPem := pkPemProp.Get()
block, _ := pem.Decode([]byte(pubKeyPem))
if block == nil || block.Type != "PUBLIC KEY" {
errWithCode := gtserror.NewErrorUnauthorized(errors.New("could not decode publicKeyPem to PUBLIC KEY pem block type"))
log.Debug(ctx, errWithCode)
return nil, errWithCode
}
publicKey, err = x509.ParsePKIXPublicKey(block.Bytes)
if err != nil {
errWithCode := gtserror.NewErrorUnauthorized(fmt.Errorf("could not parse public key %s from block bytes: %s", requestingPublicKeyID, err))
log.Debug(ctx, errWithCode)
return nil, errWithCode
}
// all good! we just need the URI of the key owner to return
pkOwnerProp := requestingPublicKey.GetW3IDSecurityV1Owner()
if pkOwnerProp == nil || !pkOwnerProp.IsIRI() {
errWithCode := gtserror.NewErrorUnauthorized(errors.New("publicKeyOwner property is not provided or it is not embedded as a value"))
log.Debug(ctx, errWithCode)
return nil, errWithCode
}
pkOwnerURI = pkOwnerProp.GetIRI()
l.Trace("public key is not ours, checking if we need to dereference")
requestingAccountURI, pubKey, errWithCode = f.deref(ctx, requestedUsername, pubKeyIDStr, pubKeyID)
}
// after all that, public key should be defined
if publicKey == nil {
errWithCode := gtserror.NewErrorInternalError(errors.New("returned public key was empty"))
log.Debug(ctx, errWithCode)
if errWithCode != nil {
return nil, errWithCode
}
// do the actual authentication here!
algos := []httpsig.Algorithm{
httpsig.RSA_SHA256,
httpsig.RSA_SHA512,
httpsig.ED25519,
// Ensure public key now defined.
if pubKey == nil {
err := gtserror.New("public key was nil")
return nil, gtserror.NewErrorInternalError(err)
}
for _, algo := range algos {
log.Tracef(ctx, "trying algo: %s", algo)
err := verifier.Verify(publicKey, algo)
// Try to authenticate using permitted algorithms in
// order of most -> least common. Return OK as soon
// as one passes.
for _, algo := range signingAlgorithms {
l.Tracef("trying %s", algo)
err := verifier.Verify(pubKey, algo)
if err == nil {
log.Tracef(ctx, "authentication for %s PASSED with algorithm %s", pkOwnerURI, algo)
return pkOwnerURI, nil
l.Tracef("authentication PASSED with %s", algo)
return requestingAccountURI, nil
}
log.Tracef(ctx, "authentication for %s NOT PASSED with algorithm %s: %s", pkOwnerURI, algo, err)
l.Tracef("authentication NOT PASSED with %s: %q", algo, err)
}
errWithCode := gtserror.NewErrorUnauthorized(fmt.Errorf("authentication not passed for public key owner %s; signature value was '%s'", pkOwnerURI, signature))
log.Debug(ctx, errWithCode)
return nil, errWithCode
// At this point no algorithms passed.
err := gtserror.Newf(
"authentication NOT PASSED for public key %s; tried algorithms %+v; signature value was '%s'",
pubKeyIDStr, signature, signingAlgorithms,
)
return nil, gtserror.NewErrorUnauthorized(err, err.Error())
}
// derefDBOnly tries to dereference the given public
// key using only entries already in the database.
func (f *federator) derefDBOnly(
ctx context.Context,
pubKeyIDStr string,
) (*url.URL, interface{}, gtserror.WithCode) {
reqAcct, err := f.db.GetAccountByPubkeyID(ctx, pubKeyIDStr)
if err != nil {
err = gtserror.Newf("db error getting account with pubKeyID %s: %w", pubKeyIDStr, err)
return nil, nil, gtserror.NewErrorInternalError(err)
}
reqAcctURI, err := url.Parse(reqAcct.URI)
if err != nil {
err = gtserror.Newf("error parsing account uri with pubKeyID %s: %w", pubKeyIDStr, err)
return nil, nil, gtserror.NewErrorInternalError(err)
}
return reqAcctURI, reqAcct.PublicKey, nil
}
// deref tries to dereference the given public key by first
// checking in the database, and then (if no entries found)
// calling the remote pub key URI and extracting the key.
func (f *federator) deref(
ctx context.Context,
requestedUsername string,
pubKeyIDStr string,
pubKeyID *url.URL,
) (*url.URL, interface{}, gtserror.WithCode) {
l := log.
WithContext(ctx).
WithFields(kv.Fields{
{"requestedUsername", requestedUsername},
{"pubKeyID", pubKeyIDStr},
}...)
// Try a database only deref first. We may already
// have the requesting account cached locally.
reqAcctURI, pubKey, errWithCode := f.derefDBOnly(ctx, pubKeyIDStr)
if errWithCode == nil {
l.Trace("public key cached, no dereference needed")
return reqAcctURI, pubKey, nil
}
l.Trace("public key not cached, trying dereference")
// If we've tried to get this account before and we
// now have a tombstone for it (ie., it's been deleted
// from remote), don't try to dereference it again.
gone, err := f.CheckGone(ctx, pubKeyID)
if err != nil {
err := gtserror.Newf("error checking for tombstone for %s: %w", pubKeyIDStr, err)
return nil, nil, gtserror.NewErrorInternalError(err)
}
if gone {
err := gtserror.Newf("account with public key %s is gone", pubKeyIDStr)
return nil, nil, gtserror.NewErrorGone(err)
}
// Make an http call to get the pubkey.
pubKeyBytes, errWithCode := f.callForPubKey(ctx, requestedUsername, pubKeyID)
if errWithCode != nil {
return nil, nil, errWithCode
}
// Extract the key and the owner from the response.
pubKey, pubKeyOwner, err := parsePubKeyBytes(ctx, pubKeyBytes, pubKeyID)
if err != nil {
err := fmt.Errorf("error parsing public key %s: %w", pubKeyID, err)
return nil, nil, gtserror.NewErrorUnauthorized(err)
}
return pubKeyOwner, pubKey, nil
}
// callForPubKey handles the nitty gritty of actually
// making a request for the given pubKeyID with a
// transport created on behalf of requestedUsername.
func (f *federator) callForPubKey(
ctx context.Context,
requestedUsername string,
pubKeyID *url.URL,
) ([]byte, gtserror.WithCode) {
// Use a transport to dereference the remote.
trans, err := f.transportController.NewTransportForUsername(
// We're on a hot path: don't retry if req fails.
gtscontext.SetFastFail(ctx),
requestedUsername,
)
if err != nil {
err = gtserror.Newf("error creating transport for %s: %w", requestedUsername, err)
return nil, gtserror.NewErrorInternalError(err)
}
// The actual http call to the remote server is
// made right here by the Dereference function.
pubKeyBytes, err := trans.Dereference(ctx, pubKeyID)
if err == nil {
// No problem.
return pubKeyBytes, nil
}
if gtserror.StatusCode(err) == http.StatusGone {
// 410 indicates remote public key no longer exists
// (account deleted, moved, etc). Add a tombstone
// to our database so that we can avoid trying to
// dereference it in future.
if err := f.HandleGone(ctx, pubKeyID); err != nil {
err := gtserror.Newf("error marking public key %s as gone: %w", pubKeyID, err)
return nil, gtserror.NewErrorInternalError(err)
}
err := gtserror.Newf("account with public key %s is gone", pubKeyID)
return nil, gtserror.NewErrorGone(err)
}
// Fall back to generic error.
err = gtserror.Newf("error dereferencing public key %s: %w", pubKeyID, err)
return nil, gtserror.NewErrorInternalError(err)
}
// parsePubKeyBytes extracts an rsa public key from the
// given pubKeyBytes by trying to parse the pubKeyBytes
// as an ActivityPub type. It will return the public key
// itself, and the URI of the public key owner.
func parsePubKeyBytes(
ctx context.Context,
pubKeyBytes []byte,
pubKeyID *url.URL,
) (*rsa.PublicKey, *url.URL, error) {
m := make(map[string]interface{})
if err := json.Unmarshal(pubKeyBytes, &m); err != nil {
return nil, nil, err
}
t, err := streams.ToType(ctx, m)
if err != nil {
return nil, nil, err
}
withPublicKey, ok := t.(ap.WithPublicKey)
if !ok {
err = gtserror.Newf("resource at %s with type %T could not be converted to ap.WithPublicKey", pubKeyID, t)
return nil, nil, err
}
pubKey, _, pubKeyOwnerID, err := ap.ExtractPublicKey(withPublicKey)
if err != nil {
err = gtserror.Newf("resource at %s with type %T did not contain recognizable public key", pubKeyID, t)
return nil, nil, err
}
return pubKey, pubKeyOwnerID, nil
}

36
internal/federation/federatingactor.go
View file

@ -84,15 +84,14 @@ func IsASMediaType(ct string) bool {
}
}
// federatingActor wraps the pub.FederatingActor interface
// federatingActor wraps the pub.FederatingActor
// with some custom GoToSocial-specific logic.
type federatingActor struct {
sideEffectActor pub.DelegateActor
wrapped pub.FederatingActor
}
// newFederatingProtocol returns a new federatingActor, which
// implements the pub.FederatingActor interface.
// newFederatingActor returns a federatingActor.
func newFederatingActor(c pub.CommonBehavior, s2s pub.FederatingProtocol, db pub.Database, clock pub.Clock) pub.FederatingActor {
sideEffectActor := pub.NewSideEffectActor(c, s2s, nil, db, clock)
sideEffectActor.Serialize = ap.Serialize // hook in our own custom Serialize function
@ -133,8 +132,11 @@ func (f *federatingActor) PostInboxScheme(ctx context.Context, w http.ResponseWr
ctx, authenticated, err := f.sideEffectActor.AuthenticatePostInbox(ctx, w, r)
if err != nil {
return false, gtserror.NewErrorInternalError(err)
} else if !authenticated {
return false, gtserror.NewErrorUnauthorized(errors.New("unauthorized"))
}
if !authenticated {
err = errors.New("not authenticated")
return false, gtserror.NewErrorUnauthorized(err)
}
/*
@ -148,20 +150,38 @@ func (f *federatingActor) PostInboxScheme(ctx context.Context, w http.ResponseWr
return false, errWithCode
}
// Set additional context data.
// Set additional context data. Primarily this means
// looking at the Activity and seeing which IRIs are
// involved in it tangentially.
ctx, err = f.sideEffectActor.PostInboxRequestBodyHook(ctx, r, activity)
if err != nil {
return false, gtserror.NewErrorInternalError(err)
}
// Check authorization of the activity.
// Check authorization of the activity; this will include blocks.
authorized, err := f.sideEffectActor.AuthorizePostInbox(ctx, w, activity)
if err != nil {
if errors.As(err, new(errOtherIRIBlocked)) {
// There's no direct block between requester(s) and
// receiver. However, one or more of the other IRIs
// involved in the request (account replied to, note
// boosted, etc) is blocked either at domain level or
// by the receiver. We don't need to return 403 here,
// instead, just return 202 accepted but don't do any
// further processing of the activity.
return true, nil
}
// Real error has occurred.
return false, gtserror.NewErrorInternalError(err)
}
if !authorized {
return false, gtserror.NewErrorForbidden(errors.New("blocked"))
// Block exists either from this instance against
// one or more directly involved actors, or between
// receiving account and one of those actors.
err = errors.New("blocked")
return false, gtserror.NewErrorForbidden(err)
}
// Copy existing URL + add request host and scheme.

6
internal/federation/federatingactor_test.go
View file

@ -58,7 +58,7 @@ func (suite *FederatingActorTestSuite) TestSendNoRemoteFollowers() {
tc := testrig.NewTestTransportController(&suite.state, httpClient)
// setup module being tested
federator := federation.NewFederator(&suite.state, testrig.NewTestFederatingDB(&suite.state), tc, suite.tc, testrig.NewTestMediaManager(&suite.state))
federator := federation.NewFederator(&suite.state, testrig.NewTestFederatingDB(&suite.state), tc, suite.typeconverter, testrig.NewTestMediaManager(&suite.state))
activity, err := federator.FederatingActor().Send(ctx, testrig.URLMustParse(testAccount.OutboxURI), testActivity)
suite.NoError(err)
@ -73,7 +73,7 @@ func (suite *FederatingActorTestSuite) TestSendRemoteFollower() {
testAccount := suite.testAccounts["local_account_1"]
testRemoteAccount := suite.testAccounts["remote_account_1"]
err := suite.db.Put(ctx, &gtsmodel.Follow{
err := suite.state.DB.Put(ctx, &gtsmodel.Follow{
ID: "01G1TRWV4AYCDBX5HRWT2EVBCV",
CreatedAt: testrig.TimeMustParse("2022-06-02T12:22:21+02:00"),
UpdatedAt: testrig.TimeMustParse("2022-06-02T12:22:21+02:00"),
@ -103,7 +103,7 @@ func (suite *FederatingActorTestSuite) TestSendRemoteFollower() {
httpClient := testrig.NewMockHTTPClient(nil, "../../testrig/media")
tc := testrig.NewTestTransportController(&suite.state, httpClient)
// setup module being tested
federator := federation.NewFederator(&suite.state, testrig.NewTestFederatingDB(&suite.state), tc, suite.tc, testrig.NewTestMediaManager(&suite.state))
federator := federation.NewFederator(&suite.state, testrig.NewTestFederatingDB(&suite.state), tc, suite.typeconverter, testrig.NewTestMediaManager(&suite.state))
activity, err := federator.FederatingActor().Send(ctx, testrig.URLMustParse(testAccount.OutboxURI), testActivity)
suite.NoError(err)

9
internal/federation/federatingdb/accept.go
View file

@ -41,12 +41,9 @@ func (f *federatingDB) Accept(ctx context.Context, accept vocab.ActivityStreamsA
l.Debug("entering Accept")
}
receivingAccount, _ := extractFromCtx(ctx)
if receivingAccount == nil {
// If the receiving account wasn't set on the context, that means this request didn't pass
// through the API, but came from inside GtS as the result of another activity on this instance. That being so,
// we can safely just ignore this activity, since we know we've already processed it elsewhere.
return nil
receivingAccount, _, internal := extractFromCtx(ctx)
if internal {
return nil // Already processed.
}
acceptObject := accept.GetActivityStreamsObject()

9
internal/federation/federatingdb/announce.go
View file

@ -39,12 +39,9 @@ func (f *federatingDB) Announce(ctx context.Context, announce vocab.ActivityStre
l.Debug("entering Announce")
}
receivingAccount, _ := extractFromCtx(ctx)
if receivingAccount == nil {
// If the receiving account wasn't set on the context, that means this request didn't pass
// through the API, but came from inside GtS as the result of another activity on this instance. That being so,
// we can safely just ignore this activity, since we know we've already processed it elsewhere.
return nil
receivingAccount, _, internal := extractFromCtx(ctx)
if internal {
return nil // Already processed.
}
boost, isNew, err := f.typeConverter.ASAnnounceToStatus(ctx, announce)

9
internal/federation/federatingdb/create.go
View file

@ -57,12 +57,9 @@ func (f *federatingDB) Create(ctx context.Context, asType vocab.Type) error {
l.Trace("entering Create")
}
receivingAccount, requestingAccount := extractFromCtx(ctx)
if receivingAccount == nil {
// If the receiving account wasn't set on the context, that means this request didn't pass
// through the API, but came from inside GtS as the result of another activity on this instance. That being so,
// we can safely just ignore this activity, since we know we've already processed it elsewhere.
return nil
receivingAccount, requestingAccount, internal := extractFromCtx(ctx)
if internal {
return nil // Already processed.
}
switch asType.GetTypeName() {

9
internal/federation/federatingdb/delete.go
View file

@ -40,12 +40,9 @@ func (f *federatingDB) Delete(ctx context.Context, id *url.URL) error {
}...)
l.Debug("entering Delete")
receivingAccount, requestingAccount := extractFromCtx(ctx)
if receivingAccount == nil {
// If the receiving account wasn't set on the context, that means this request didn't pass
// through the API, but came from inside GtS as the result of another activity on this instance. That being so,
// we can safely just ignore this activity, since we know we've already processed it elsewhere.
return nil
receivingAccount, requestingAccount, internal := extractFromCtx(ctx)
if internal {
return nil // Already processed.
}
// in a delete we only get the URI, we can't know if we have a status or a profile or something else,

6
internal/federation/federatingdb/federatingdb_test.go
View file

@ -21,9 +21,9 @@ import (
"context"
"github.com/stretchr/testify/suite"
"github.com/superseriousbusiness/gotosocial/internal/ap"
"github.com/superseriousbusiness/gotosocial/internal/db"
"github.com/superseriousbusiness/gotosocial/internal/federation/federatingdb"
"github.com/superseriousbusiness/gotosocial/internal/gtscontext"
"github.com/superseriousbusiness/gotosocial/internal/gtsmodel"
"github.com/superseriousbusiness/gotosocial/internal/messages"
"github.com/superseriousbusiness/gotosocial/internal/state"
@ -107,7 +107,7 @@ func (suite *FederatingDBTestSuite) TearDownTest() {
func createTestContext(receivingAccount *gtsmodel.Account, requestingAccount *gtsmodel.Account) context.Context {
ctx := context.Background()
ctx = context.WithValue(ctx, ap.ContextReceivingAccount, receivingAccount)
ctx = context.WithValue(ctx, ap.ContextRequestingAccount, requestingAccount)
ctx = gtscontext.SetReceivingAccount(ctx, receivingAccount)
ctx = gtscontext.SetRequestingAccount(ctx, requestingAccount)
return ctx
}

9
internal/federation/federatingdb/reject.go
View file

@ -40,12 +40,9 @@ func (f *federatingDB) Reject(ctx context.Context, reject vocab.ActivityStreamsR
l.Debug("entering Reject")
}
receivingAccount, _ := extractFromCtx(ctx)
if receivingAccount == nil {
// If the receiving account or federator channel wasn't set on the context, that means this request didn't pass
// through the API, but came from inside GtS as the result of another activity on this instance. That being so,
// we can safely just ignore this activity, since we know we've already processed it elsewhere.
return nil
receivingAccount, _, internal := extractFromCtx(ctx)
if internal {
return nil // Already processed.
}
rejectObject := reject.GetActivityStreamsObject()

9
internal/federation/federatingdb/undo.go
View file

@ -43,12 +43,9 @@ func (f *federatingDB) Undo(ctx context.Context, undo vocab.ActivityStreamsUndo)
l.Debug("entering Undo")
}
receivingAccount, _ := extractFromCtx(ctx)
if receivingAccount == nil {
// If the receiving account wasn't set on the context, that means this request didn't pass
// through the API, but came from inside GtS as the result of another activity on this instance. That being so,
// we can safely just ignore this activity, since we know we've already processed it elsewhere.
return nil
receivingAccount, _, internal := extractFromCtx(ctx)
if internal {
return nil // Already processed.
}
undoObject := undo.GetActivityStreamsObject()

22
internal/federation/federatingdb/update.go
View file

@ -52,28 +52,14 @@ func (f *federatingDB) Update(ctx context.Context, asType vocab.Type) error {
l.Debug("entering Update")
}
receivingAccount, _ := extractFromCtx(ctx)
if receivingAccount == nil {
// If the receiving account wasn't set on the context, that means
// this request didn't pass through the API, but came from inside
// GtS as the result of another activity on this instance. As such,
// we must have already processed it in order to reach this stage.
return nil
}
requestingAcctI := ctx.Value(ap.ContextRequestingAccount)
if requestingAcctI == nil {
return errors.New("Update: requesting account wasn't set on context")
}
requestingAcct, ok := requestingAcctI.(*gtsmodel.Account)
if !ok {
return errors.New("Update: requesting account was set on context but couldn't be parsed")
receivingAccount, requestingAccount, internal := extractFromCtx(ctx)
if internal {
return nil // Already processed.
}
switch asType.GetTypeName() {
case ap.ActorApplication, ap.ActorGroup, ap.ActorOrganization, ap.ActorPerson, ap.ActorService:
return f.updateAccountable(ctx, receivingAccount, requestingAcct, asType)
return f.updateAccountable(ctx, receivingAccount, requestingAccount, asType)
}
return nil

40
internal/federation/federatingdb/util.go
View file

@ -30,6 +30,7 @@ import (
"github.com/superseriousbusiness/gotosocial/internal/ap"
"github.com/superseriousbusiness/gotosocial/internal/config"
"github.com/superseriousbusiness/gotosocial/internal/db"
"github.com/superseriousbusiness/gotosocial/internal/gtscontext"
"github.com/superseriousbusiness/gotosocial/internal/gtsmodel"
"github.com/superseriousbusiness/gotosocial/internal/id"
"github.com/superseriousbusiness/gotosocial/internal/log"
@ -296,30 +297,23 @@ func (f *federatingDB) collectIRIs(ctx context.Context, iris []*url.URL) (vocab.
return collection, nil
}
// extractFromCtx extracts some useful values from a context passed into the federatingDB via the API:
// - The target account that owns the inbox or URI being interacted with.
// - The requesting account that posted to the inbox.
// - A channel that messages for the processor can be placed into.
// extractFromCtx extracts some useful values from a context passed into the federatingDB:
//
// If a value is not present, nil will be returned for it. It's up to the caller to check this and respond appropriately.
func extractFromCtx(ctx context.Context) (receivingAccount, requestingAccount *gtsmodel.Account) {
receivingAccountI := ctx.Value(ap.ContextReceivingAccount)
if receivingAccountI != nil {
var ok bool
receivingAccount, ok = receivingAccountI.(*gtsmodel.Account)
if !ok {
log.Panicf(ctx, "context entry with key %s could not be asserted to *gtsmodel.Account", ap.ContextReceivingAccount)
}
}
// - The account that owns the inbox or URI being interacted with.
// - The account that POSTed a request to the inbox.
// - Whether this is an internal request (one originating not from
// the API but from inside the instance).
//
// If the request is internal, the caller can assume that the activity has
// already been processed elsewhere, and should return with no further action.
func extractFromCtx(ctx context.Context) (receivingAccount *gtsmodel.Account, requestingAccount *gtsmodel.Account, internal bool) {
receivingAccount = gtscontext.ReceivingAccount(ctx)
requestingAccount = gtscontext.RequestingAccount(ctx)
requestingAcctI := ctx.Value(ap.ContextRequestingAccount)
if requestingAcctI != nil {
var ok bool
requestingAccount, ok = requestingAcctI.(*gtsmodel.Account)
if !ok {
log.Panicf(ctx, "context entry with key %s could not be asserted to *gtsmodel.Account", ap.ContextRequestingAccount)
}
}
// If the receiving account wasn't set on the context, that
// means this request didn't pass through the API, but
// came from inside GtS as the result of a local activity.
internal = receivingAccount == nil
return
}
@ -329,9 +323,11 @@ func marshalItem(item vocab.Type) (string, error) {
if err != nil {
return "", err
}
b, err := json.Marshal(m)
if err != nil {
return "", err
}
return string(b), nil
}

420
internal/federation/federatingprotocol.go
View file

@ -20,23 +20,56 @@ package federation
import (
"context"
"errors"
"fmt"
"net/http"
"net/url"
"strings"
"codeberg.org/gruf/go-kv"
"github.com/superseriousbusiness/activity/pub"
"github.com/superseriousbusiness/activity/streams"
"github.com/superseriousbusiness/activity/streams/vocab"
"github.com/superseriousbusiness/gotosocial/internal/ap"
"github.com/superseriousbusiness/gotosocial/internal/config"
"github.com/superseriousbusiness/gotosocial/internal/db"
"github.com/superseriousbusiness/gotosocial/internal/gtscontext"
"github.com/superseriousbusiness/gotosocial/internal/gtserror"
"github.com/superseriousbusiness/gotosocial/internal/gtsmodel"
"github.com/superseriousbusiness/gotosocial/internal/log"
"github.com/superseriousbusiness/gotosocial/internal/uris"
"github.com/superseriousbusiness/gotosocial/internal/util"
)
type errOtherIRIBlocked struct {
account string
domainBlock bool
iriStrs []string
}
func (e errOtherIRIBlocked) Error() string {
iriStrsNice := "[" + strings.Join(e.iriStrs, ", ") + "]"
if e.domainBlock {
return "domain block exists for one or more of " + iriStrsNice
}
return "block exists between " + e.account + " and one or more of " + iriStrsNice
}
func newErrOtherIRIBlocked(
account string,
domainBlock bool,
otherIRIs []*url.URL,
) error {
e := errOtherIRIBlocked{
account: account,
domainBlock: domainBlock,
iriStrs: make([]string, 0, len(otherIRIs)),
}
for _, iri := range otherIRIs {
e.iriStrs = append(e.iriStrs, iri.String())
}
return e
}
/*
GO FED FEDERATING PROTOCOL INTERFACE
FederatingProtocol contains behaviors an application needs to satisfy for the
@ -47,77 +80,104 @@ import (
application.
*/
// PostInboxRequestBodyHook callback after parsing the request body for a federated request
// to the Actor's inbox.
// PostInboxRequestBodyHook callback after parsing the request body for a
// federated request to the Actor's inbox.
//
// Can be used to set contextual information based on the Activity
// received.
//
// Only called if the Federated Protocol is enabled.
// Can be used to set contextual information based on the Activity received.
//
// Warning: Neither authentication nor authorization has taken place at
// this time. Doing anything beyond setting contextual information is
// strongly discouraged.
//
// If an error is returned, it is passed back to the caller of
// PostInbox. In this case, the DelegateActor implementation must not
// write a response to the ResponseWriter as is expected that the caller
// to PostInbox will do so when handling the error.
// If an error is returned, it is passed back to the caller of PostInbox.
// In this case, the DelegateActor implementation must not write a response
// to the ResponseWriter as is expected that the caller to PostInbox will
// do so when handling the error.
func (f *federator) PostInboxRequestBodyHook(ctx context.Context, r *http.Request, activity pub.Activity) (context.Context, error) {
// extract any other IRIs involved in this activity
otherInvolvedIRIs := []*url.URL{}
// Extract any other IRIs involved in this activity.
otherIRIs := []*url.URL{}
// check if the Activity itself has an 'inReplyTo'
// Get the ID of the Activity itslf.
activityID, err := pub.GetId(activity)
if err == nil {
otherIRIs = append(otherIRIs, activityID)
}
// Check if the Activity has an 'inReplyTo'.
if replyToable, ok := activity.(ap.ReplyToable); ok {
if inReplyToURI := ap.ExtractInReplyToURI(replyToable); inReplyToURI != nil {
otherInvolvedIRIs = append(otherInvolvedIRIs, inReplyToURI)
otherIRIs = append(otherIRIs, inReplyToURI)
}
}
// now check if the Object of the Activity (usually a Note or something) has an 'inReplyTo'
if object := activity.GetActivityStreamsObject(); object != nil {
if replyToable, ok := object.(ap.ReplyToable); ok {
if inReplyToURI := ap.ExtractInReplyToURI(replyToable); inReplyToURI != nil {
otherInvolvedIRIs = append(otherInvolvedIRIs, inReplyToURI)
}
}
}
// check for Tos and CCs on Activity itself
// Check for TOs and CCs on the Activity.
if addressable, ok := activity.(ap.Addressable); ok {
if ccURIs, err := ap.ExtractCCs(addressable); err == nil {
otherInvolvedIRIs = append(otherInvolvedIRIs, ccURIs...)
}
if toURIs, err := ap.ExtractTos(addressable); err == nil {
otherInvolvedIRIs = append(otherInvolvedIRIs, toURIs...)
otherIRIs = append(otherIRIs, toURIs...)
}
if ccURIs, err := ap.ExtractCCs(addressable); err == nil {
otherIRIs = append(otherIRIs, ccURIs...)
}
}
// and on the Object itself
if object := activity.GetActivityStreamsObject(); object != nil {
if addressable, ok := object.(ap.Addressable); ok {
if ccURIs, err := ap.ExtractCCs(addressable); err == nil {
otherInvolvedIRIs = append(otherInvolvedIRIs, ccURIs...)
// Now perform the same checks, but for the Object(s) of the Activity.
objectProp := activity.GetActivityStreamsObject()
for iter := objectProp.Begin(); iter != objectProp.End(); iter = iter.Next() {
if iter.IsIRI() {
otherIRIs = append(otherIRIs, iter.GetIRI())
continue
}
t := iter.GetType()
if t == nil {
continue
}
objectID, err := pub.GetId(t)
if err == nil {
otherIRIs = append(otherIRIs, objectID)
}
if replyToable, ok := t.(ap.ReplyToable); ok {
if inReplyToURI := ap.ExtractInReplyToURI(replyToable); inReplyToURI != nil {
otherIRIs = append(otherIRIs, inReplyToURI)
}
}
if addressable, ok := t.(ap.Addressable); ok {
if toURIs, err := ap.ExtractTos(addressable); err == nil {
otherInvolvedIRIs = append(otherInvolvedIRIs, toURIs...)
otherIRIs = append(otherIRIs, toURIs...)
}
if ccURIs, err := ap.ExtractCCs(addressable); err == nil {
otherIRIs = append(otherIRIs, ccURIs...)
}
}
}
// remove any duplicate entries in the slice we put together
deduped := util.UniqueURIs(otherInvolvedIRIs)
// Clean any instances of the public URI, since
// we don't care about that in this context.
otherIRIs = func(iris []*url.URL) []*url.URL {
np := make([]*url.URL, 0, len(iris))
// clean any instances of the public URI since we don't care about that in this context
cleaned := []*url.URL{}
for _, u := range deduped {
if !pub.IsPublic(u.String()) {
cleaned = append(cleaned, u)
for _, i := range iris {
if !pub.IsPublic(i.String()) {
np = append(np, i)
}
}
}
withOtherInvolvedIRIs := context.WithValue(ctx, ap.ContextOtherInvolvedIRIs, cleaned)
return withOtherInvolvedIRIs, nil
return np
}(otherIRIs)
// OtherIRIs will likely contain some
// duplicate entries now, so remove them.
otherIRIs = util.UniqueURIs(otherIRIs)
// Finished, set other IRIs on the context
// so they can be checked for blocks later.
ctx = gtscontext.SetOtherIRIs(ctx, otherIRIs)
return ctx, nil
}
// AuthenticatePostInbox delegates the authentication of a POST to an
@ -143,23 +203,23 @@ func (f *federator) AuthenticatePostInbox(ctx context.Context, w http.ResponseWr
// account by parsing username from `/users/{username}/inbox`.
username, err := uris.ParseInboxPath(r.URL)
if err != nil {
err = fmt.Errorf("AuthenticatePostInbox: could not parse %s as inbox path: %w", r.URL.String(), err)
err = gtserror.Newf("could not parse %s as inbox path: %w", r.URL.String(), err)
return nil, false, err
}
if username == "" {
err = errors.New("AuthenticatePostInbox: inbox username was empty")
err = gtserror.New("inbox username was empty")
return nil, false, err
}
receivingAccount, err := f.db.GetAccountByUsernameDomain(ctx, username, "")
if err != nil {
err = fmt.Errorf("AuthenticatePostInbox: could not fetch receiving account %s: %w", username, err)
err = gtserror.Newf("could not fetch receiving account %s: %w", username, err)
return nil, false, err
}
// Check who's delivering by inspecting the http signature.
publicKeyOwnerURI, errWithCode := f.AuthenticateFederatedRequest(ctx, receivingAccount.Username)
// Check who's trying to deliver to us by inspecting the http signature.
pubKeyOwner, errWithCode := f.AuthenticateFederatedRequest(ctx, receivingAccount.Username)
if errWithCode != nil {
switch errWithCode.Code() {
case http.StatusUnauthorized, http.StatusForbidden, http.StatusBadRequest:
@ -184,25 +244,30 @@ func (f *federator) AuthenticatePostInbox(ctx context.Context, w http.ResponseWr
// Authentication has passed, check if we need to create a
// new instance entry for the Host of the requesting account.
if _, err := f.db.GetInstance(ctx, publicKeyOwnerURI.Host); err != nil {
if _, err := f.db.GetInstance(ctx, pubKeyOwner.Host); err != nil {
if !errors.Is(err, db.ErrNoEntries) {
// There's been an actual error.
err = fmt.Errorf("AuthenticatePostInbox: error getting instance %s: %w", publicKeyOwnerURI.Host, err)
err = gtserror.Newf("error getting instance %s: %w", pubKeyOwner.Host, err)
return ctx, false, err
}
// we don't have an entry for this instance yet so dereference it
instance, err := f.GetRemoteInstance(gtscontext.SetFastFail(ctx), username, &url.URL{
Scheme: publicKeyOwnerURI.Scheme,
Host: publicKeyOwnerURI.Host,
})
// We don't have an entry for this
// instance yet; go dereference it.
instance, err := f.GetRemoteInstance(
gtscontext.SetFastFail(ctx),
username,
&url.URL{
Scheme: pubKeyOwner.Scheme,
Host: pubKeyOwner.Host,
},
)
if err != nil {
err = fmt.Errorf("AuthenticatePostInbox: error dereferencing instance %s: %w", publicKeyOwnerURI.Host, err)
err = gtserror.Newf("error dereferencing instance %s: %w", pubKeyOwner.Host, err)
return nil, false, err
}
if err := f.db.Put(ctx, instance); err != nil {
err = fmt.Errorf("AuthenticatePostInbox: error inserting instance entry for %s: %w", publicKeyOwnerURI.Host, err)
if err := f.db.Put(ctx, instance); err != nil && !errors.Is(err, db.ErrAlreadyExists) {
err = gtserror.Newf("error inserting instance entry for %s: %w", pubKeyOwner.Host, err)
return nil, false, err
}
}
@ -210,7 +275,11 @@ func (f *federator) AuthenticatePostInbox(ctx context.Context, w http.ResponseWr
// We know the public key owner URI now, so we can
// dereference the remote account (or just get it
// from the db if we already have it).
requestingAccount, _, err := f.GetAccountByURI(gtscontext.SetFastFail(ctx), username, publicKeyOwnerURI)
requestingAccount, _, err := f.GetAccountByURI(
gtscontext.SetFastFail(ctx),
username,
pubKeyOwner,
)
if err != nil {
if gtserror.StatusCode(err) == http.StatusGone {
// This is the same case as the http.StatusGone check above.
@ -222,113 +291,196 @@ func (f *federator) AuthenticatePostInbox(ctx context.Context, w http.ResponseWr
w.WriteHeader(http.StatusAccepted)
return ctx, false, nil
}
err = fmt.Errorf("AuthenticatePostInbox: couldn't get requesting account %s: %w", publicKeyOwnerURI, err)
err = gtserror.Newf("couldn't get requesting account %s: %w", pubKeyOwner, err)
return nil, false, err
}
// We have everything we need now, set the requesting
// and receiving accounts on the context for later use.
withRequesting := context.WithValue(ctx, ap.ContextRequestingAccount, requestingAccount)
withReceiving := context.WithValue(withRequesting, ap.ContextReceivingAccount, receivingAccount)
return withReceiving, true, nil
ctx = gtscontext.SetRequestingAccount(ctx, requestingAccount)
ctx = gtscontext.SetReceivingAccount(ctx, receivingAccount)
return ctx, true, nil
}
// Blocked should determine whether to permit a set of actors given by
// their ids are able to interact with this particular end user due to
// being blocked or other application-specific logic.
//
// If an error is returned, it is passed back to the caller of
// PostInbox.
//
// If no error is returned, but authentication or authorization fails,
// then blocked must be true and error nil. An http.StatusForbidden
// will be written in the wresponse.
//
// Finally, if the authentication and authorization succeeds, then
// blocked must be false and error nil. The request will continue
// to be processed.
func (f *federator) Blocked(ctx context.Context, actorIRIs []*url.URL) (bool, error) {
log.Tracef(ctx, "entering BLOCKED function with IRI list: %+v", actorIRIs)
// Fetch relevant items from request context.
// These should have been set further up the flow.
receivingAccount := gtscontext.ReceivingAccount(ctx)
if receivingAccount == nil {
err := gtserror.New("couldn't determine blocks (receiving account not set on request context)")
return false, err
}
// check domain blocks first for the given actor IRIs
requestingAccount := gtscontext.RequestingAccount(ctx)
if requestingAccount == nil {
err := gtserror.New("couldn't determine blocks (requesting account not set on request context)")
return false, err
}
otherIRIs := gtscontext.OtherIRIs(ctx)
if otherIRIs == nil {
err := gtserror.New("couldn't determine blocks (otherIRIs not set on request context)")
return false, err
}
l := log.
WithContext(ctx).
WithFields(kv.Fields{
{"actorIRIs", actorIRIs},
{"receivingAccount", receivingAccount.URI},
{"requestingAccount", requestingAccount.URI},
{"otherIRIs", otherIRIs},
}...)
l.Trace("checking blocks")
// Start broad by checking domain-level blocks first for
// the given actor IRIs; if any of them are domain blocked
// then we can save some work.
blocked, err := f.db.AreURIsBlocked(ctx, actorIRIs)
if err != nil {
return false, fmt.Errorf("error checking domain blocks of actorIRIs: %s", err)
err = gtserror.Newf("error checking domain blocks of actorIRIs: %w", err)
return false, err
}
if blocked {
l.Trace("one or more actorIRIs are domain blocked")
return blocked, nil
}
// check domain blocks for any other involved IRIs
otherInvolvedIRIsI := ctx.Value(ap.ContextOtherInvolvedIRIs)
otherInvolvedIRIs, ok := otherInvolvedIRIsI.([]*url.URL)
if !ok {
log.Error(ctx, "other involved IRIs not set on request context")
return false, errors.New("other involved IRIs not set on request context, so couldn't determine blocks")
}
blocked, err = f.db.AreURIsBlocked(ctx, otherInvolvedIRIs)
if err != nil {
return false, fmt.Errorf("error checking domain blocks of otherInvolvedIRIs: %s", err)
}
if blocked {
return blocked, nil
}
// now check for user-level block from receiving against requesting account
receivingAccountI := ctx.Value(ap.ContextReceivingAccount)
receivingAccount, ok := receivingAccountI.(*gtsmodel.Account)
if !ok {
log.Error(ctx, "receiving account not set on request context")
return false, errors.New("receiving account not set on request context, so couldn't determine blocks")
}
requestingAccountI := ctx.Value(ap.ContextRequestingAccount)
requestingAccount, ok := requestingAccountI.(*gtsmodel.Account)
if !ok {
log.Error(ctx, "requesting account not set on request context")
return false, errors.New("requesting account not set on request context, so couldn't determine blocks")
}
// the receiver shouldn't block the sender
// Now user level blocks. Receiver should not block requester.
blocked, err = f.db.IsBlocked(ctx, receivingAccount.ID, requestingAccount.ID)
if err != nil {
return false, fmt.Errorf("error checking user-level blocks: %s", err)
err = gtserror.Newf("db error checking block between receiver and requester: %w", err)
return false, err
}
if blocked {
l.Trace("receiving account blocks requesting account")
return blocked, nil
}
// get account IDs for other involved accounts
var involvedAccountIDs []string
for _, iri := range otherInvolvedIRIs {
var involvedAccountID string
if involvedStatus, err := f.db.GetStatusByURI(ctx, iri.String()); err == nil {
involvedAccountID = involvedStatus.AccountID
} else if involvedAccount, err := f.db.GetAccountByURI(ctx, iri.String()); err == nil {
involvedAccountID = involvedAccount.ID
// We've established that no blocks exist between directly
// involved actors, but what about IRIs of other actors and
// objects which are tangentially involved in the activity
// (ie., replied to, boosted)?
//
// If one or more of these other IRIs is domain blocked, or
// blocked by the receiving account, this shouldn't return
// blocked=true to send a 403, since that would be rather
// silly behavior. Instead, we should indicate to the caller
// that we should stop processing the activity and just write
// 202 Accepted instead.
//
// For this, we can use the errOtherIRIBlocked type, which
// will be checked for
// Check high-level domain blocks first.
blocked, err = f.db.AreURIsBlocked(ctx, otherIRIs)
if err != nil {
err := gtserror.Newf("error checking domain block of otherIRIs: %w", err)
return false, err
}
if blocked {
err := newErrOtherIRIBlocked(receivingAccount.URI, true, otherIRIs)
l.Trace(err.Error())
return false, err
}
// For each other IRI, check whether the IRI points to an
// account or a status, and try to get (an) accountID(s)
// from it to do further checks on.
//
// We use a map for this instead of a slice in order to
// deduplicate entries and avoid doing the same check twice.
// The map value is the host of the otherIRI.
accountIDs := make(map[string]string, len(otherIRIs))
for _, iri := range otherIRIs {
// Assemble iri string just once.
iriStr := iri.String()
account, err := f.db.GetAccountByURI(
// We're on a hot path, fetch bare minimum.
gtscontext.SetBarebones(ctx),
iriStr,
)
if err != nil && !errors.Is(err, db.ErrNoEntries) {
// Real db error.
err = gtserror.Newf("db error trying to get %s as account: %w", iriStr, err)
return false, err
} else if err == nil {
// IRI is for an account.
accountIDs[account.ID] = iri.Host
continue
}
if involvedAccountID != "" {
involvedAccountIDs = append(involvedAccountIDs, involvedAccountID)
status, err := f.db.GetStatusByURI(
// We're on a hot path, fetch bare minimum.
gtscontext.SetBarebones(ctx),
iriStr,
)
if err != nil && !errors.Is(err, db.ErrNoEntries) {
// Real db error.
err = gtserror.Newf("db error trying to get %s as status: %w", iriStr, err)
return false, err
} else if err == nil {
// IRI is for a status.
accountIDs[status.AccountID] = iri.Host
continue
}
}
deduped := util.UniqueStrings(involvedAccountIDs)
for _, involvedAccountID := range deduped {
// the involved account shouldn't block whoever is making this request
blocked, err = f.db.IsBlocked(ctx, involvedAccountID, requestingAccount.ID)
// Get our own host value just once outside the loop.
ourHost := config.GetHost()
for accountID, iriHost := range accountIDs {
// Receiver shouldn't block other IRI owner.
//
// This check protects against cases where someone on our
// instance is receiving a boost from someone they don't
// block, but the boost target is the status of an account
// they DO have blocked, or the boosted status mentions an
// account they have blocked. In this case, it's v. unlikely
// they care to see the boost in their timeline, so there's
// no point in us processing it.
blocked, err = f.db.IsBlocked(ctx, receivingAccount.ID, accountID)
if err != nil {
return false, fmt.Errorf("error checking user-level otherInvolvedIRI blocks: %s", err)
}
if blocked {
return blocked, nil
err = gtserror.Newf("db error checking block between receiver and other account: %w", err)
return false, err
}
// whoever is receiving this request shouldn't block the involved account
blocked, err = f.db.IsBlocked(ctx, receivingAccount.ID, involvedAccountID)
if err != nil {
return false, fmt.Errorf("error checking user-level otherInvolvedIRI blocks: %s", err)
}
if blocked {
return blocked, nil
l.Trace("receiving account blocks one or more otherIRIs")
err := newErrOtherIRIBlocked(receivingAccount.URI, false, otherIRIs)
return false, err
}
// If other account is from our instance (indicated by the
// host of the URI stored in the map), ensure they don't block
// the requester.
//
// This check protects against cases where one of our users
// might be mentioned by the requesting account, and therefore
// appear in otherIRIs, but the activity itself has been sent
// to a different account on our instance. In other words, two
// accounts are gossiping about + trying to tag a third account
// who has one or the other of them blocked.
if iriHost == ourHost {
blocked, err = f.db.IsBlocked(ctx, accountID, requestingAccount.ID)
if err != nil {
err = gtserror.Newf("db error checking block between other account and requester: %w", err)
return false, err
}
if blocked {
l.Trace("one or more otherIRIs belonging to us blocks requesting account")
err := newErrOtherIRIBlocked(requestingAccount.URI, false, otherIRIs)
return false, err
}
}
}

635
internal/federation/federatingprotocol_test.go
View file

@ -18,7 +18,10 @@
package federation_test
import (
"bytes"
"context"
"encoding/json"
"io"
"net/http"
"net/http/httptest"
"net/url"
@ -27,7 +30,7 @@ import (
"github.com/go-fed/httpsig"
"github.com/stretchr/testify/suite"
"github.com/superseriousbusiness/gotosocial/internal/ap"
"github.com/superseriousbusiness/gotosocial/internal/federation"
"github.com/superseriousbusiness/gotosocial/internal/gtscontext"
"github.com/superseriousbusiness/gotosocial/internal/gtsmodel"
"github.com/superseriousbusiness/gotosocial/testrig"
)
@ -36,342 +39,402 @@ type FederatingProtocolTestSuite struct {
FederatorStandardTestSuite
}
func (suite *FederatingProtocolTestSuite) TestPostInboxRequestBodyHook1() {
// the activity we're gonna use
activity := suite.testActivities["dm_for_zork"]
httpClient := testrig.NewMockHTTPClient(nil, "../../testrig/media")
tc := testrig.NewTestTransportController(&suite.state, httpClient)
// setup module being tested
federator := federation.NewFederator(&suite.state, testrig.NewTestFederatingDB(&suite.state), tc, suite.tc, testrig.NewTestMediaManager(&suite.state))
// setup request
ctx := context.Background()
request := httptest.NewRequest(http.MethodPost, "http://localhost:8080/users/the_mighty_zork/inbox", nil) // the endpoint we're hitting
request.Header.Set("Signature", activity.SignatureHeader)
// trigger the function being tested, and return the new context it creates
newContext, err := federator.PostInboxRequestBodyHook(ctx, request, activity.Activity)
suite.NoError(err)
suite.NotNil(newContext)
involvedIRIsI := newContext.Value(ap.ContextOtherInvolvedIRIs)
involvedIRIs, ok := involvedIRIsI.([]*url.URL)
if !ok {
suite.FailNow("couldn't get involved IRIs from context")
}
suite.Len(involvedIRIs, 1)
suite.Contains(involvedIRIs, testrig.URLMustParse("http://localhost:8080/users/the_mighty_zork"))
}
func (suite *FederatingProtocolTestSuite) TestPostInboxRequestBodyHook2() {
// the activity we're gonna use
activity := suite.testActivities["reply_to_turtle_for_zork"]
httpClient := testrig.NewMockHTTPClient(nil, "../../testrig/media")
tc := testrig.NewTestTransportController(&suite.state, httpClient)
// setup module being tested
federator := federation.NewFederator(&suite.state, testrig.NewTestFederatingDB(&suite.state), tc, suite.tc, testrig.NewTestMediaManager(&suite.state))
// setup request
ctx := context.Background()
request := httptest.NewRequest(http.MethodPost, "http://localhost:8080/users/the_mighty_zork/inbox", nil) // the endpoint we're hitting
request.Header.Set("Signature", activity.SignatureHeader)
// trigger the function being tested, and return the new context it creates
newContext, err := federator.PostInboxRequestBodyHook(ctx, request, activity.Activity)
suite.NoError(err)
suite.NotNil(newContext)
involvedIRIsI := newContext.Value(ap.ContextOtherInvolvedIRIs)
involvedIRIs, ok := involvedIRIsI.([]*url.URL)
if !ok {
suite.FailNow("couldn't get involved IRIs from context")
}
suite.Len(involvedIRIs, 2)
suite.Contains(involvedIRIs, testrig.URLMustParse("http://localhost:8080/users/1happyturtle"))
suite.Contains(involvedIRIs, testrig.URLMustParse("http://fossbros-anonymous.io/users/foss_satan/followers"))
}
func (suite *FederatingProtocolTestSuite) TestPostInboxRequestBodyHook3() {
// the activity we're gonna use
activity := suite.testActivities["reply_to_turtle_for_turtle"]
httpClient := testrig.NewMockHTTPClient(nil, "../../testrig/media")
tc := testrig.NewTestTransportController(&suite.state, httpClient)
// setup module being tested
federator := federation.NewFederator(&suite.state, testrig.NewTestFederatingDB(&suite.state), tc, suite.tc, testrig.NewTestMediaManager(&suite.state))
// setup request
ctx := context.Background()
request := httptest.NewRequest(http.MethodPost, "http://localhost:8080/users/1happyturtle/inbox", nil) // the endpoint we're hitting
request.Header.Set("Signature", activity.SignatureHeader)
// trigger the function being tested, and return the new context it creates
newContext, err := federator.PostInboxRequestBodyHook(ctx, request, activity.Activity)
suite.NoError(err)
suite.NotNil(newContext)
involvedIRIsI := newContext.Value(ap.ContextOtherInvolvedIRIs)
involvedIRIs, ok := involvedIRIsI.([]*url.URL)
if !ok {
suite.FailNow("couldn't get involved IRIs from context")
}
suite.Len(involvedIRIs, 2)
suite.Contains(involvedIRIs, testrig.URLMustParse("http://localhost:8080/users/1happyturtle"))
suite.Contains(involvedIRIs, testrig.URLMustParse("http://fossbros-anonymous.io/users/foss_satan/followers"))
}
func (suite *FederatingProtocolTestSuite) TestAuthenticatePostInbox() {
// the activity we're gonna use
activity := suite.testActivities["dm_for_zork"]
sendingAccount := suite.testAccounts["remote_account_1"]
inboxAccount := suite.testAccounts["local_account_1"]
httpClient := testrig.NewMockHTTPClient(nil, "../../testrig/media")
tc := testrig.NewTestTransportController(&suite.state, httpClient)
// now setup module being tested, with the mock transport controller
federator := federation.NewFederator(&suite.state, testrig.NewTestFederatingDB(&suite.state), tc, suite.tc, testrig.NewTestMediaManager(&suite.state))
request := httptest.NewRequest(http.MethodPost, "http://localhost:8080/users/the_mighty_zork/inbox", nil)
// we need these headers for the request to be validated
request.Header.Set("Signature", activity.SignatureHeader)
request.Header.Set("Date", activity.DateHeader)
request.Header.Set("Digest", activity.DigestHeader)
verifier, err := httpsig.NewVerifier(request)
suite.NoError(err)
ctx := context.Background()
// by the time AuthenticatePostInbox is called, PostInboxRequestBodyHook should have already been called,
// which should have set the account and username onto the request. We can replicate that behavior here:
ctxWithAccount := context.WithValue(ctx, ap.ContextReceivingAccount, inboxAccount)
ctxWithVerifier := context.WithValue(ctxWithAccount, ap.ContextRequestingPublicKeyVerifier, verifier)
ctxWithSignature := context.WithValue(ctxWithVerifier, ap.ContextRequestingPublicKeySignature, activity.SignatureHeader)
// we can pass this recorder as a writer and read it back after
recorder := httptest.NewRecorder()
// trigger the function being tested, and return the new context it creates
newContext, authed, err := federator.AuthenticatePostInbox(ctxWithSignature, recorder, request)
suite.NoError(err)
suite.True(authed)
// since we know this account already it should be set on the context
requestingAccountI := newContext.Value(ap.ContextRequestingAccount)
suite.NotNil(requestingAccountI)
requestingAccount, ok := requestingAccountI.(*gtsmodel.Account)
suite.True(ok)
suite.Equal(sendingAccount.Username, requestingAccount.Username)
}
func (suite *FederatingProtocolTestSuite) TestAuthenticatePostGone() {
// the activity we're gonna use
activity := suite.testActivities["delete_https://somewhere.mysterious/users/rest_in_piss#main-key"]
inboxAccount := suite.testAccounts["local_account_1"]
httpClient := testrig.NewMockHTTPClient(nil, "../../testrig/media")
tc := testrig.NewTestTransportController(&suite.state, httpClient)
// now setup module being tested, with the mock transport controller
federator := federation.NewFederator(&suite.state, testrig.NewTestFederatingDB(&suite.state), tc, suite.tc, testrig.NewTestMediaManager(&suite.state))
request := httptest.NewRequest(http.MethodPost, "http://localhost:8080/users/the_mighty_zork/inbox", nil)
// we need these headers for the request to be validated
request.Header.Set("Signature", activity.SignatureHeader)
request.Header.Set("Date", activity.DateHeader)
request.Header.Set("Digest", activity.DigestHeader)
verifier, err := httpsig.NewVerifier(request)
suite.NoError(err)
ctx := context.Background()
// by the time AuthenticatePostInbox is called, PostInboxRequestBodyHook should have already been called,
// which should have set the account and username onto the request. We can replicate that behavior here:
ctxWithAccount := context.WithValue(ctx, ap.ContextReceivingAccount, inboxAccount)
ctxWithVerifier := context.WithValue(ctxWithAccount, ap.ContextRequestingPublicKeyVerifier, verifier)
ctxWithSignature := context.WithValue(ctxWithVerifier, ap.ContextRequestingPublicKeySignature, activity.SignatureHeader)
// we can pass this recorder as a writer and read it back after
recorder := httptest.NewRecorder()
// trigger the function being tested, and return the new context it creates
_, authed, err := federator.AuthenticatePostInbox(ctxWithSignature, recorder, request)
suite.NoError(err)
suite.False(authed)
suite.Equal(http.StatusAccepted, recorder.Code)
}
func (suite *FederatingProtocolTestSuite) TestAuthenticatePostGoneNoTombstoneYet() {
// delete the relevant tombstone
if err := suite.db.DeleteTombstone(context.Background(), suite.testTombstones["https://somewhere.mysterious/users/rest_in_piss#main-key"].ID); err != nil {
func (suite *FederatingProtocolTestSuite) postInboxRequestBodyHook(
ctx context.Context,
receivingAccount *gtsmodel.Account,
activity testrig.ActivityWithSignature,
) context.Context {
raw, err := ap.Serialize(activity.Activity)
if err != nil {
suite.FailNow(err.Error())
}
// the activity we're gonna use
activity := suite.testActivities["delete_https://somewhere.mysterious/users/rest_in_piss#main-key"]
inboxAccount := suite.testAccounts["local_account_1"]
b, err := json.Marshal(raw)
if err != nil {
suite.FailNow(err.Error())
}
suite.NoError(err)
request := httptest.NewRequest(http.MethodPost, receivingAccount.InboxURI, bytes.NewBuffer(b))
request.Header.Set("Signature", activity.SignatureHeader)
request.Header.Set("Date", activity.DateHeader)
request.Header.Set("Digest", activity.DigestHeader)
httpClient := testrig.NewMockHTTPClient(nil, "../../testrig/media")
tc := testrig.NewTestTransportController(&suite.state, httpClient)
newContext, err := suite.federator.PostInboxRequestBodyHook(ctx, request, activity.Activity)
if err != nil {
suite.FailNow(err.Error())
}
// now setup module being tested, with the mock transport controller
federator := federation.NewFederator(&suite.state, testrig.NewTestFederatingDB(&suite.state), tc, suite.tc, testrig.NewTestMediaManager(&suite.state))
return newContext
}
request := httptest.NewRequest(http.MethodPost, "http://localhost:8080/users/the_mighty_zork/inbox", nil)
// we need these headers for the request to be validated
func (suite *FederatingProtocolTestSuite) authenticatePostInbox(
ctx context.Context,
receivingAccount *gtsmodel.Account,
activity testrig.ActivityWithSignature,
) (context.Context, bool, []byte, int) {
raw, err := ap.Serialize(activity.Activity)
if err != nil {
suite.FailNow(err.Error())
}
b, err := json.Marshal(raw)
if err != nil {
suite.FailNow(err.Error())
}
request := httptest.NewRequest(http.MethodPost, receivingAccount.InboxURI, bytes.NewBuffer(b))
request.Header.Set("Signature", activity.SignatureHeader)
request.Header.Set("Date", activity.DateHeader)
request.Header.Set("Digest", activity.DigestHeader)
verifier, err := httpsig.NewVerifier(request)
suite.NoError(err)
if err != nil {
suite.FailNow(err.Error())
}
ctx := context.Background()
// by the time AuthenticatePostInbox is called, PostInboxRequestBodyHook should have already been called,
// which should have set the account and username onto the request. We can replicate that behavior here:
ctxWithAccount := context.WithValue(ctx, ap.ContextReceivingAccount, inboxAccount)
ctxWithVerifier := context.WithValue(ctxWithAccount, ap.ContextRequestingPublicKeyVerifier, verifier)
ctxWithSignature := context.WithValue(ctxWithVerifier, ap.ContextRequestingPublicKeySignature, activity.SignatureHeader)
ctx = gtscontext.SetReceivingAccount(ctx, receivingAccount)
ctx = gtscontext.SetHTTPSignatureVerifier(ctx, verifier)
ctx = gtscontext.SetHTTPSignature(ctx, activity.SignatureHeader)
ctx = gtscontext.SetHTTPSignaturePubKeyID(ctx, testrig.URLMustParse(verifier.KeyId()))
// we can pass this recorder as a writer and read it back after
recorder := httptest.NewRecorder()
newContext, authed, err := suite.federator.AuthenticatePostInbox(ctx, recorder, request)
if err != nil {
suite.FailNow(err.Error())
}
// trigger the function being tested, and return the new context it creates
_, authed, err := federator.AuthenticatePostInbox(ctxWithSignature, recorder, request)
suite.NoError(err)
res := recorder.Result()
defer res.Body.Close()
b, err = io.ReadAll(res.Body)
if err != nil {
suite.FailNow(err.Error())
}
return newContext, authed, b, res.StatusCode
}
func (suite *FederatingProtocolTestSuite) TestPostInboxRequestBodyHookDM() {
var (
receivingAccount = suite.testAccounts["local_account_1"]
activity = suite.testActivities["dm_for_zork"]
)
ctx := suite.postInboxRequestBodyHook(
context.Background(),
receivingAccount,
activity,
)
otherIRIs := gtscontext.OtherIRIs(ctx)
otherIRIStrs := make([]string, 0, len(otherIRIs))
for _, i := range otherIRIs {
otherIRIStrs = append(otherIRIStrs, i.String())
}
suite.Equal([]string{
"http://fossbros-anonymous.io/users/foss_satan/statuses/5424b153-4553-4f30-9358-7b92f7cd42f6/activity",
"http://localhost:8080/users/the_mighty_zork",
"http://fossbros-anonymous.io/users/foss_satan/statuses/5424b153-4553-4f30-9358-7b92f7cd42f6",
}, otherIRIStrs)
}
func (suite *FederatingProtocolTestSuite) TestPostInboxRequestBodyHookReply() {
var (
receivingAccount = suite.testAccounts["local_account_1"]
activity = suite.testActivities["reply_to_turtle_for_zork"]
)
ctx := suite.postInboxRequestBodyHook(
context.Background(),
receivingAccount,
activity,
)
otherIRIs := gtscontext.OtherIRIs(ctx)
otherIRIStrs := make([]string, 0, len(otherIRIs))
for _, i := range otherIRIs {
otherIRIStrs = append(otherIRIStrs, i.String())
}
suite.Equal([]string{
"http://fossbros-anonymous.io/users/foss_satan/statuses/2f1195a6-5cb0-4475-adf5-92ab9a0147fe",
"http://fossbros-anonymous.io/users/foss_satan/followers",
"http://localhost:8080/users/1happyturtle",
}, otherIRIStrs)
}
func (suite *FederatingProtocolTestSuite) TestPostInboxRequestBodyHookReplyToReply() {
var (
receivingAccount = suite.testAccounts["local_account_2"]
activity = suite.testActivities["reply_to_turtle_for_turtle"]
)
ctx := suite.postInboxRequestBodyHook(
context.Background(),
receivingAccount,
activity,
)
otherIRIs := gtscontext.OtherIRIs(ctx)
otherIRIStrs := make([]string, 0, len(otherIRIs))
for _, i := range otherIRIs {
otherIRIStrs = append(otherIRIStrs, i.String())
}
suite.Equal([]string{
"http://fossbros-anonymous.io/users/foss_satan/statuses/2f1195a6-5cb0-4475-adf5-92ab9a0147fe",
"http://fossbros-anonymous.io/users/foss_satan/followers",
"http://localhost:8080/users/1happyturtle",
}, otherIRIStrs)
}
func (suite *FederatingProtocolTestSuite) TestPostInboxRequestBodyHookAnnounceForwardedToTurtle() {
var (
receivingAccount = suite.testAccounts["local_account_2"]
activity = suite.testActivities["announce_forwarded_1_turtle"]
)
ctx := suite.postInboxRequestBodyHook(
context.Background(),
receivingAccount,
activity,
)
otherIRIs := gtscontext.OtherIRIs(ctx)
otherIRIStrs := make([]string, 0, len(otherIRIs))
for _, i := range otherIRIs {
otherIRIStrs = append(otherIRIStrs, i.String())
}
suite.Equal([]string{
"http://fossbros-anonymous.io/users/foss_satan/first_announce",
"http://example.org/users/Some_User",
"http://example.org/users/Some_User/statuses/afaba698-5740-4e32-a702-af61aa543bc1",
}, otherIRIStrs)
}
func (suite *FederatingProtocolTestSuite) TestPostInboxRequestBodyHookAnnounceForwardedToZork() {
var (
receivingAccount = suite.testAccounts["local_account_1"]
activity = suite.testActivities["announce_forwarded_2_zork"]
)
ctx := suite.postInboxRequestBodyHook(
context.Background(),
receivingAccount,
activity,
)
otherIRIs := gtscontext.OtherIRIs(ctx)
otherIRIStrs := make([]string, 0, len(otherIRIs))
for _, i := range otherIRIs {
otherIRIStrs = append(otherIRIStrs, i.String())
}
suite.Equal([]string{
"http://fossbros-anonymous.io/users/foss_satan/second_announce",
"http://example.org/users/Some_User",
"http://example.org/users/Some_User/statuses/afaba698-5740-4e32-a702-af61aa543bc1",
}, otherIRIStrs)
}
func (suite *FederatingProtocolTestSuite) TestAuthenticatePostInbox() {
var (
activity = suite.testActivities["dm_for_zork"]
receivingAccount = suite.testAccounts["local_account_1"]
)
ctx, authed, resp, code := suite.authenticatePostInbox(
context.Background(),
receivingAccount,
activity,
)
suite.NotNil(gtscontext.RequestingAccount(ctx))
suite.True(authed)
suite.Equal([]byte{}, resp)
suite.Equal(http.StatusOK, code)
}
func (suite *FederatingProtocolTestSuite) TestAuthenticatePostGoneWithTombstone() {
var (
activity = suite.testActivities["delete_https://somewhere.mysterious/users/rest_in_piss#main-key"]
receivingAccount = suite.testAccounts["local_account_1"]
)
ctx, authed, resp, code := suite.authenticatePostInbox(
context.Background(),
receivingAccount,
activity,
)
// Tombstone exists for this account, should simply return accepted.
suite.Nil(gtscontext.RequestingAccount(ctx))
suite.False(authed)
suite.Equal(http.StatusAccepted, recorder.Code)
suite.Equal([]byte{}, resp)
suite.Equal(http.StatusAccepted, code)
}
// there should be a tombstone in the db now for this account
exists, err := suite.db.TombstoneExistsWithURI(ctx, "https://somewhere.mysterious/users/rest_in_piss#main-key")
func (suite *FederatingProtocolTestSuite) TestAuthenticatePostGoneNoTombstone() {
var (
activity = suite.testActivities["delete_https://somewhere.mysterious/users/rest_in_piss#main-key"]
receivingAccount = suite.testAccounts["local_account_1"]
testTombstone = suite.testTombstones["https://somewhere.mysterious/users/rest_in_piss#main-key"]
)
// Delete the tombstone; it'll have to be created again.
if err := suite.state.DB.DeleteTombstone(context.Background(), testTombstone.ID); err != nil {
suite.FailNow(err.Error())
}
ctx, authed, resp, code := suite.authenticatePostInbox(
context.Background(),
receivingAccount,
activity,
)
suite.Nil(gtscontext.RequestingAccount(ctx))
suite.False(authed)
suite.Equal([]byte{}, resp)
suite.Equal(http.StatusAccepted, code)
// Tombstone should be back, baby!
exists, err := suite.state.DB.TombstoneExistsWithURI(
context.Background(),
"https://somewhere.mysterious/users/rest_in_piss#main-key",
)
suite.NoError(err)
suite.True(exists)
}
func (suite *FederatingProtocolTestSuite) TestBlocked1() {
httpClient := testrig.NewMockHTTPClient(nil, "../../testrig/media")
tc := testrig.NewTestTransportController(&suite.state, httpClient)
federator := federation.NewFederator(&suite.state, testrig.NewTestFederatingDB(&suite.state), tc, suite.tc, testrig.NewTestMediaManager(&suite.state))
func (suite *FederatingProtocolTestSuite) blocked(
ctx context.Context,
receivingAccount *gtsmodel.Account,
requestingAccount *gtsmodel.Account,
otherIRIs []*url.URL,
actorIRIs []*url.URL,
) (bool, error) {
ctx = gtscontext.SetReceivingAccount(ctx, receivingAccount)
ctx = gtscontext.SetRequestingAccount(ctx, requestingAccount)
ctx = gtscontext.SetOtherIRIs(ctx, otherIRIs)
return suite.federator.Blocked(ctx, actorIRIs)
}
sendingAccount := suite.testAccounts["remote_account_1"]
inboxAccount := suite.testAccounts["local_account_1"]
otherInvolvedIRIs := []*url.URL{}
actorIRIs := []*url.URL{
testrig.URLMustParse(sendingAccount.URI),
}
func (suite *FederatingProtocolTestSuite) TestBlockedNoProblem() {
var (
receivingAccount = suite.testAccounts["local_account_1"]
requestingAccount = suite.testAccounts["remote_account_1"]
otherIRIs = []*url.URL{}
actorIRIs = []*url.URL{
testrig.URLMustParse(requestingAccount.URI),
}
)
ctx := context.Background()
ctxWithReceivingAccount := context.WithValue(ctx, ap.ContextReceivingAccount, inboxAccount)
ctxWithRequestingAccount := context.WithValue(ctxWithReceivingAccount, ap.ContextRequestingAccount, sendingAccount)
ctxWithOtherInvolvedIRIs := context.WithValue(ctxWithRequestingAccount, ap.ContextOtherInvolvedIRIs, otherInvolvedIRIs)
blocked, err := suite.blocked(
context.Background(),
receivingAccount,
requestingAccount,
otherIRIs,
actorIRIs,
)
blocked, err := federator.Blocked(ctxWithOtherInvolvedIRIs, actorIRIs)
suite.NoError(err)
suite.False(blocked)
}
func (suite *FederatingProtocolTestSuite) TestBlocked2() {
httpClient := testrig.NewMockHTTPClient(nil, "../../testrig/media")
tc := testrig.NewTestTransportController(&suite.state, httpClient)
federator := federation.NewFederator(&suite.state, testrig.NewTestFederatingDB(&suite.state), tc, suite.tc, testrig.NewTestMediaManager(&suite.state))
func (suite *FederatingProtocolTestSuite) TestBlockedReceiverBlocksRequester() {
var (
receivingAccount = suite.testAccounts["local_account_1"]
requestingAccount = suite.testAccounts["remote_account_1"]
otherIRIs = []*url.URL{}
actorIRIs = []*url.URL{
testrig.URLMustParse(requestingAccount.URI),
}
)
sendingAccount := suite.testAccounts["remote_account_1"]
inboxAccount := suite.testAccounts["local_account_1"]
otherInvolvedIRIs := []*url.URL{}
actorIRIs := []*url.URL{
testrig.URLMustParse(sendingAccount.URI),
}
ctx := context.Background()
ctxWithReceivingAccount := context.WithValue(ctx, ap.ContextReceivingAccount, inboxAccount)
ctxWithRequestingAccount := context.WithValue(ctxWithReceivingAccount, ap.ContextRequestingAccount, sendingAccount)
ctxWithOtherInvolvedIRIs := context.WithValue(ctxWithRequestingAccount, ap.ContextOtherInvolvedIRIs, otherInvolvedIRIs)
// insert a block from inboxAccount targeting sendingAccount
if err := suite.db.PutBlock(context.Background(), &gtsmodel.Block{
// Insert a block from receivingAccount targeting requestingAccount.
if err := suite.state.DB.PutBlock(context.Background(), &gtsmodel.Block{
ID: "01G3KBEMJD4VQ2D615MPV7KTRD",
URI: "whatever",
AccountID: inboxAccount.ID,
TargetAccountID: sendingAccount.ID,
AccountID: receivingAccount.ID,
TargetAccountID: requestingAccount.ID,
}); err != nil {
suite.Fail(err.Error())
}
// request should be blocked now
blocked, err := federator.Blocked(ctxWithOtherInvolvedIRIs, actorIRIs)
blocked, err := suite.blocked(
context.Background(),
receivingAccount,
requestingAccount,
otherIRIs,
actorIRIs,
)
suite.NoError(err)
suite.True(blocked)
}
func (suite *FederatingProtocolTestSuite) TestBlocked3() {
httpClient := testrig.NewMockHTTPClient(nil, "../../testrig/media")
tc := testrig.NewTestTransportController(&suite.state, httpClient)
federator := federation.NewFederator(&suite.state, testrig.NewTestFederatingDB(&suite.state), tc, suite.tc, testrig.NewTestMediaManager(&suite.state))
func (suite *FederatingProtocolTestSuite) TestBlockedCCd() {
var (
receivingAccount = suite.testAccounts["local_account_1"]
requestingAccount = suite.testAccounts["remote_account_1"]
ccedAccount = suite.testAccounts["remote_account_2"]
otherIRIs = []*url.URL{
testrig.URLMustParse(ccedAccount.URI),
}
actorIRIs = []*url.URL{
testrig.URLMustParse(requestingAccount.URI),
}
)
sendingAccount := suite.testAccounts["remote_account_1"]
inboxAccount := suite.testAccounts["local_account_1"]
ccedAccount := suite.testAccounts["remote_account_2"]
otherInvolvedIRIs := []*url.URL{
testrig.URLMustParse(ccedAccount.URI),
}
actorIRIs := []*url.URL{
testrig.URLMustParse(sendingAccount.URI),
}
ctx := context.Background()
ctxWithReceivingAccount := context.WithValue(ctx, ap.ContextReceivingAccount, inboxAccount)
ctxWithRequestingAccount := context.WithValue(ctxWithReceivingAccount, ap.ContextRequestingAccount, sendingAccount)
ctxWithOtherInvolvedIRIs := context.WithValue(ctxWithRequestingAccount, ap.ContextOtherInvolvedIRIs, otherInvolvedIRIs)
// insert a block from inboxAccount targeting CCed account
if err := suite.db.PutBlock(context.Background(), &gtsmodel.Block{
// Insert a block from receivingAccount targeting ccedAccount.
if err := suite.state.DB.PutBlock(context.Background(), &gtsmodel.Block{
ID: "01G3KBEMJD4VQ2D615MPV7KTRD",
URI: "whatever",
AccountID: inboxAccount.ID,
AccountID: receivingAccount.ID,
TargetAccountID: ccedAccount.ID,
}); err != nil {
suite.Fail(err.Error())
}
blocked, err := federator.Blocked(ctxWithOtherInvolvedIRIs, actorIRIs)
suite.NoError(err)
suite.True(blocked)
blocked, err := suite.blocked(
context.Background(),
receivingAccount,
requestingAccount,
otherIRIs,
actorIRIs,
)
suite.EqualError(err, "block exists between http://localhost:8080/users/the_mighty_zork and one or more of [http://example.org/users/Some_User]")
suite.False(blocked)
}
func (suite *FederatingProtocolTestSuite) TestBlocked4() {
httpClient := testrig.NewMockHTTPClient(nil, "../../testrig/media")
tc := testrig.NewTestTransportController(&suite.state, httpClient)
federator := federation.NewFederator(&suite.state, testrig.NewTestFederatingDB(&suite.state), tc, suite.tc, testrig.NewTestMediaManager(&suite.state))
func (suite *FederatingProtocolTestSuite) TestBlockedRepliedStatus() {
var (
receivingAccount = suite.testAccounts["local_account_1"]
requestingAccount = suite.testAccounts["remote_account_1"]
repliedStatus = suite.testStatuses["local_account_2_status_1"]
otherIRIs = []*url.URL{
// This status is involved because the
// hypothetical activity replies to it.
testrig.URLMustParse(repliedStatus.URI),
}
actorIRIs = []*url.URL{
testrig.URLMustParse(requestingAccount.URI),
}
)
sendingAccount := suite.testAccounts["remote_account_1"]
inboxAccount := suite.testAccounts["local_account_1"]
repliedStatus := suite.testStatuses["local_account_2_status_1"]
blocked, err := suite.blocked(
context.Background(),
receivingAccount,
requestingAccount,
otherIRIs,
actorIRIs,
)
otherInvolvedIRIs := []*url.URL{
testrig.URLMustParse(repliedStatus.URI), // this status is involved because the hypothetical activity is a reply to this status
}
actorIRIs := []*url.URL{
testrig.URLMustParse(sendingAccount.URI),
}
ctx := context.Background()
ctxWithReceivingAccount := context.WithValue(ctx, ap.ContextReceivingAccount, inboxAccount)
ctxWithRequestingAccount := context.WithValue(ctxWithReceivingAccount, ap.ContextRequestingAccount, sendingAccount)
ctxWithOtherInvolvedIRIs := context.WithValue(ctxWithRequestingAccount, ap.ContextOtherInvolvedIRIs, otherInvolvedIRIs)
// local account 2 (replied status account) blocks sending account already so we don't need to add a block here
blocked, err := federator.Blocked(ctxWithOtherInvolvedIRIs, actorIRIs)
suite.NoError(err)
suite.True(blocked)
suite.EqualError(err, "block exists between http://fossbros-anonymous.io/users/foss_satan and one or more of [http://localhost:8080/users/1happyturtle/statuses/01F8MHBQCBTDKN6X5VHGMMN4MA]")
suite.False(blocked)
}
func TestFederatingProtocolTestSuite(t *testing.T) {

51
internal/federation/federator_test.go
View file

@ -20,10 +20,11 @@ package federation_test
import (
"github.com/stretchr/testify/suite"
"github.com/superseriousbusiness/gotosocial/internal/db"
"github.com/superseriousbusiness/gotosocial/internal/federation"
"github.com/superseriousbusiness/gotosocial/internal/gtsmodel"
"github.com/superseriousbusiness/gotosocial/internal/state"
"github.com/superseriousbusiness/gotosocial/internal/storage"
"github.com/superseriousbusiness/gotosocial/internal/transport"
"github.com/superseriousbusiness/gotosocial/internal/typeutils"
"github.com/superseriousbusiness/gotosocial/internal/visibility"
"github.com/superseriousbusiness/gotosocial/testrig"
@ -31,46 +32,58 @@ import (
type FederatorStandardTestSuite struct {
suite.Suite
db db.DB
storage *storage.Driver
state state.State
tc typeutils.TypeConverter
storage *storage.Driver
state state.State
typeconverter typeutils.TypeConverter
transportController transport.Controller
httpClient *testrig.MockHTTPClient
federator federation.Federator
testAccounts map[string]*gtsmodel.Account
testStatuses map[string]*gtsmodel.Status
testActivities map[string]testrig.ActivityWithSignature
testTombstones map[string]*gtsmodel.Tombstone
}
// SetupSuite sets some variables on the suite that we can use as consts (more or less) throughout
func (suite *FederatorStandardTestSuite) SetupSuite() {
// setup standard items
testrig.StartWorkers(&suite.state)
suite.storage = testrig.NewInMemoryStorage()
suite.state.Storage = suite.storage
suite.testAccounts = testrig.NewTestAccounts()
suite.testStatuses = testrig.NewTestStatuses()
suite.testActivities = testrig.NewTestActivities(suite.testAccounts)
suite.testTombstones = testrig.NewTestTombstones()
}
func (suite *FederatorStandardTestSuite) SetupTest() {
suite.state.Caches.Init()
testrig.StartWorkers(&suite.state)
testrig.InitTestConfig()
testrig.InitTestLog()
suite.state.Caches.Init()
suite.db = testrig.NewTestDB(&suite.state)
suite.tc = testrig.NewTestTypeConverter(suite.db)
suite.state.DB = suite.db
suite.state.DB = testrig.NewTestDB(&suite.state)
suite.testActivities = testrig.NewTestActivities(suite.testAccounts)
suite.storage = testrig.NewInMemoryStorage()
suite.state.Storage = suite.storage
suite.typeconverter = testrig.NewTestTypeConverter(suite.state.DB)
testrig.StartTimelines(
&suite.state,
visibility.NewFilter(&suite.state),
suite.tc,
suite.typeconverter,
)
suite.testActivities = testrig.NewTestActivities(suite.testAccounts)
testrig.StandardDBSetup(suite.db, suite.testAccounts)
suite.httpClient = testrig.NewMockHTTPClient(nil, "../../testrig/media")
suite.httpClient.TestRemotePeople = testrig.NewTestFediPeople()
suite.httpClient.TestRemoteStatuses = testrig.NewTestFediStatuses()
suite.transportController = testrig.NewTestTransportController(&suite.state, suite.httpClient)
suite.federator = testrig.NewTestFederator(&suite.state, suite.transportController, testrig.NewTestMediaManager(&suite.state))
testrig.StandardDBSetup(suite.state.DB, nil)
testrig.StandardStorageSetup(suite.storage, "../../testrig/media")
}
// TearDownTest drops tables to make sure there's no data in the db
func (suite *FederatorStandardTestSuite) TearDownTest() {
testrig.StandardDBTeardown(suite.db)
testrig.StandardDBTeardown(suite.state.DB)
testrig.StandardStorageTeardown(suite.storage)
testrig.StopWorkers(&suite.state)
}

103
internal/gtscontext/context.go
View file

@ -19,6 +19,10 @@ package gtscontext
import (
"context"
"net/url"
"github.com/go-fed/httpsig"
"github.com/superseriousbusiness/gotosocial/internal/gtsmodel"
)
// package private context key type.
@ -29,8 +33,14 @@ const (
_ ctxkey = iota
barebonesKey
fastFailKey
pubKeyIDKey
outgoingPubKeyIDKey
requestIDKey
receivingAccountKey
requestingAccountKey
otherIRIsKey
httpSigVerifierKey
httpSigKey
httpSigPubKeyIDKey
)
// RequestID returns the request ID associated with context. This value will usually
@ -48,18 +58,97 @@ func SetRequestID(ctx context.Context, id string) context.Context {
return context.WithValue(ctx, requestIDKey, id)
}
// PublicKeyID returns the public key ID (URI) associated with context. This
// OutgoingPublicKeyID returns the public key ID (URI) associated with context. This
// value is useful for logging situations in which a given public key URI is
// relevant, e.g. for outgoing requests being signed by the given key.
func PublicKeyID(ctx context.Context) string {
id, _ := ctx.Value(pubKeyIDKey).(string)
func OutgoingPublicKeyID(ctx context.Context) string {
id, _ := ctx.Value(outgoingPubKeyIDKey).(string)
return id
}
// SetPublicKeyID stores the given public key ID value and returns the wrapped
// SetOutgoingPublicKeyID stores the given public key ID value and returns the wrapped
// context. See PublicKeyID() for further information on the public key ID value.
func SetPublicKeyID(ctx context.Context, id string) context.Context {
return context.WithValue(ctx, pubKeyIDKey, id)
func SetOutgoingPublicKeyID(ctx context.Context, id string) context.Context {
return context.WithValue(ctx, outgoingPubKeyIDKey, id)
}
// ReceivingAccount returns the local account who owns the resource being
// interacted with (inbox, uri, etc) in the current ActivityPub request chain.
func ReceivingAccount(ctx context.Context) *gtsmodel.Account {
acct, _ := ctx.Value(receivingAccountKey).(*gtsmodel.Account)
return acct
}
// SetReceivingAccount stores the given receiving account value and returns the wrapped
// context. See ReceivingAccount() for further information on the receiving account value.
func SetReceivingAccount(ctx context.Context, acct *gtsmodel.Account) context.Context {
return context.WithValue(ctx, receivingAccountKey, acct)
}
// RequestingAccount returns the remote account interacting with a local
// resource (inbox, uri, etc) in the current ActivityPub request chain.
func RequestingAccount(ctx context.Context) *gtsmodel.Account {
acct, _ := ctx.Value(requestingAccountKey).(*gtsmodel.Account)
return acct
}
// SetRequestingAccount stores the given requesting account value and returns the wrapped
// context. See RequestingAccount() for further information on the requesting account value.
func SetRequestingAccount(ctx context.Context, acct *gtsmodel.Account) context.Context {
return context.WithValue(ctx, requestingAccountKey, acct)
}
// OtherIRIs returns other IRIs which are involved in the current ActivityPub request
// chain. This usually means: other accounts who are mentioned, CC'd, TO'd, or boosted
// by the current inbox POST request.
func OtherIRIs(ctx context.Context) []*url.URL {
iris, _ := ctx.Value(otherIRIsKey).([]*url.URL)
return iris
}
// SetOtherIRIs stores the given IRIs slice and returns the wrapped context.
// See OtherIRIs() for further information on the IRIs slice value.
func SetOtherIRIs(ctx context.Context, iris []*url.URL) context.Context {
return context.WithValue(ctx, otherIRIsKey, iris)
}
// HTTPSignatureVerifier returns an http signature verifier for the current ActivityPub
// request chain. This verifier can be called to authenticate the current request.
func HTTPSignatureVerifier(ctx context.Context) httpsig.Verifier {
verifier, _ := ctx.Value(httpSigVerifierKey).(httpsig.Verifier)
return verifier
}
// SetHTTPSignatureVerifier stores the given http signature verifier and returns the
// wrapped context. See HTTPSignatureVerifier() for further information on the verifier value.
func SetHTTPSignatureVerifier(ctx context.Context, verifier httpsig.Verifier) context.Context {
return context.WithValue(ctx, httpSigVerifierKey, verifier)
}
// HTTPSignature returns the http signature string
// value for the current ActivityPub request chain.
func HTTPSignature(ctx context.Context) string {
signature, _ := ctx.Value(httpSigKey).(string)
return signature
}
// SetHTTPSignature stores the given http signature string and returns the wrapped
// context. See HTTPSignature() for further information on the verifier value.
func SetHTTPSignature(ctx context.Context, signature string) context.Context {
return context.WithValue(ctx, httpSigKey, signature)
}
// HTTPSignaturePubKeyID returns the public key id of the http signature
// for the current ActivityPub request chain.
func HTTPSignaturePubKeyID(ctx context.Context) *url.URL {
pubKeyID, _ := ctx.Value(httpSigPubKeyIDKey).(*url.URL)
return pubKeyID
}
// SetHTTPSignaturePubKeyID stores the given http signature public key id and returns
// the wrapped context. See HTTPSignaturePubKeyID() for further information on the value.
func SetHTTPSignaturePubKeyID(ctx context.Context, pubKeyID *url.URL) context.Context {
return context.WithValue(ctx, httpSigPubKeyIDKey, pubKeyID)
}
// IsFastFail returns whether the "fastfail" context key has been set. This

2
internal/gtscontext/log_hooks.go
View file

@ -36,7 +36,7 @@ func init() {
})
// Public Key ID middleware hook.
log.Hook(func(ctx context.Context, kvs []kv.Field) []kv.Field {
if id := PublicKeyID(ctx); id != "" {
if id := OutgoingPublicKeyID(ctx); id != "" {
return append(kvs, kv.Field{K: "pubKeyID", V: id})
}
return kvs

117
internal/middleware/signaturecheck.go
View file

@ -19,95 +19,102 @@ package middleware
import (
"context"
"fmt"
"net/http"
"net/url"
"github.com/superseriousbusiness/gotosocial/internal/ap"
"github.com/superseriousbusiness/gotosocial/internal/db"
"github.com/superseriousbusiness/gotosocial/internal/gtscontext"
"github.com/superseriousbusiness/gotosocial/internal/log"
"github.com/gin-gonic/gin"
"github.com/go-fed/httpsig"
)
var (
// this mimics an untyped error returned by httpsig when no signature is present;
// define it here so that we can use it to decide what to log without hitting
// performance too hard
noSignatureError = fmt.Sprintf("neither %q nor %q have signature parameters", httpsig.Signature, httpsig.Authorization)
signatureHeader = string(httpsig.Signature)
authorizationHeader = string(httpsig.Authorization)
const (
sigHeader = string(httpsig.Signature)
authHeader = string(httpsig.Authorization)
// untyped error returned by httpsig when no signature is present
noSigError = "neither \"" + sigHeader + "\" nor \"" + authHeader + "\" have signature parameters"
)
// SignatureCheck returns a gin middleware for checking http signatures.
//
// The middleware first checks whether an incoming http request has been http-signed with a well-formed signature.
// The middleware first checks whether an incoming http request has been
// http-signed with a well-formed signature. If so, it will check if the
// domain that signed the request is permitted to access the server, using
// the provided uriBlocked function. If the domain is blocked, the middleware
// will abort the request chain with http code 403 forbidden. If it is not
// blocked, the handler will set the key verifier and the signature in the
// context for use down the line.
//
// If so, it will check if the domain that signed the request is permitted to access the server, using the provided isURIBlocked function.
//
// If it is permitted, the handler will set the key verifier and the signature in the gin context for use down the line.
//
// If the domain is blocked, the middleware will abort the request chain instead with http code 403 forbidden.
//
// In case of an error, the request will be aborted with http code 500 internal server error.
func SignatureCheck(isURIBlocked func(context.Context, *url.URL) (bool, db.Error)) func(*gin.Context) {
// In case of an error, the request will be aborted with http code 500.
func SignatureCheck(uriBlocked func(context.Context, *url.URL) (bool, db.Error)) func(*gin.Context) {
return func(c *gin.Context) {
// Acquire ctx from gin request.
ctx := c.Request.Context()
// create the verifier from the request, this will error if the request wasn't signed
// Create the signature verifier from the request;
// this will error if the request wasn't signed.
verifier, err := httpsig.NewVerifier(c.Request)
if err != nil {
// Something went wrong, so we need to return regardless, but only actually
// *abort* the request with 401 if a signature was present but malformed
if err.Error() != noSignatureError {
// Only actually *abort* the request with 401
// if a signature was present but malformed.
// Otherwise proceed with an unsigned request;
// it's up to other functions to reject this.
if err.Error() != noSigError {
log.Debugf(ctx, "http signature was present but invalid: %s", err)
c.AbortWithStatus(http.StatusUnauthorized)
}
return
}
// The request was signed!
// The key ID should be given in the signature so that we know where to fetch it from the remote server.
// This will be something like https://example.org/users/whatever_requesting_user#main-key
requestingPublicKeyIDString := verifier.KeyId()
requestingPublicKeyID, err := url.Parse(requestingPublicKeyIDString)
// The request was signed! The key ID should be given
// in the signature so that we know where to fetch it
// from the remote server. This will be something like:
// https://example.org/users/some_remote_user#main-key
pubKeyIDStr := verifier.KeyId()
// Key can sometimes be nil, according to url parse
// func: 'Trying to parse a hostname and path without
// a scheme is invalid but may not necessarily return
// an error, due to parsing ambiguities'. Catch this.
pubKeyID, err := url.Parse(pubKeyIDStr)
if err != nil || pubKeyID == nil {
log.Warnf(ctx, "pubkey id %s could not be parsed as a url", pubKeyIDStr)
c.AbortWithStatus(http.StatusUnauthorized)
return
}
// If the domain is blocked we want to bail as fast as
// possible without the request proceeding further.
blocked, err := uriBlocked(ctx, pubKeyID)
if err != nil {
log.Debugf(ctx, "http signature requesting public key id %s could not be parsed as a url: %s", requestingPublicKeyIDString, err)
c.AbortWithStatus(http.StatusUnauthorized)
return
} else if requestingPublicKeyID == nil {
// Key can sometimes be nil, according to url parse function:
// 'Trying to parse a hostname and path without a scheme is invalid but may not necessarily return an error, due to parsing ambiguities'
log.Debugf(ctx, "http signature requesting public key id %s was nil after parsing as a url", requestingPublicKeyIDString)
c.AbortWithStatus(http.StatusUnauthorized)
return
}
// we managed to parse the url!
// if the domain is blocked we want to bail as early as possible
if blocked, err := isURIBlocked(c.Request.Context(), requestingPublicKeyID); err != nil {
log.Errorf(ctx, "could not tell if domain %s was blocked or not: %s", requestingPublicKeyID.Host, err)
log.Errorf(ctx, "error checking block for domain %s: %s", pubKeyID.Host, err)
c.AbortWithStatus(http.StatusInternalServerError)
return
} else if blocked {
log.Infof(ctx, "domain %s is blocked", requestingPublicKeyID.Host)
}
if blocked {
log.Infof(ctx, "domain %s is blocked", pubKeyID.Host)
c.AbortWithStatus(http.StatusForbidden)
return
}
// assume signature was set on Signature header (most common behavior),
// but fall back to Authorization header if necessary
var signature string
if s := c.GetHeader(signatureHeader); s != "" {
signature = s
} else {
signature = c.GetHeader(authorizationHeader)
// Assume signature was set on Signature header,
// but fall back to Authorization header if necessary.
signature := c.GetHeader(sigHeader)
if signature == "" {
signature = c.GetHeader(authHeader)
}
// set the verifier and signature on the context here to save some work further down the line
c.Set(string(ap.ContextRequestingPublicKeyVerifier), verifier)
c.Set(string(ap.ContextRequestingPublicKeySignature), signature)
// Set relevant values on the request context
// to save some work further down the line.
ctx = gtscontext.SetHTTPSignatureVerifier(ctx, verifier)
ctx = gtscontext.SetHTTPSignature(ctx, signature)
ctx = gtscontext.SetHTTPSignaturePubKeyID(ctx, pubKeyID)
// Replace request with a shallow
// copy with the new context.
c.Request = c.Request.WithContext(ctx)
}
}

4
internal/transport/transport.go
View file

@ -87,7 +87,7 @@ func (t *transport) GET(r *http.Request) (*http.Response, error) {
return nil, errors.New("must be GET request")
}
ctx := r.Context() // extract, set pubkey ID.
ctx = gtscontext.SetPublicKeyID(ctx, t.pubKeyID)
ctx = gtscontext.SetOutgoingPublicKeyID(ctx, t.pubKeyID)
r = r.WithContext(ctx) // replace request ctx.
r.Header.Set("User-Agent", t.controller.userAgent)
return t.controller.client.DoSigned(r, t.signGET())
@ -99,7 +99,7 @@ func (t *transport) POST(r *http.Request, body []byte) (*http.Response, error) {
return nil, errors.New("must be POST request")
}
ctx := r.Context() // extract, set pubkey ID.
ctx = gtscontext.SetPublicKeyID(ctx, t.pubKeyID)
ctx = gtscontext.SetOutgoingPublicKeyID(ctx, t.pubKeyID)
r = r.WithContext(ctx) // replace request ctx.
r.Header.Set("User-Agent", t.controller.userAgent)
return t.controller.client.DoSigned(r, t.signPOST(body))

7
internal/typeutils/astointernal.go
View file

@ -196,10 +196,15 @@ func (c *converter) ASRepresentationToAccount(ctx context.Context, accountable a
// TODO: alsoKnownAs
// publicKey
pkey, pkeyURL, err := ap.ExtractPublicKeyForOwner(accountable, uri)
pkey, pkeyURL, pkeyOwnerID, err := ap.ExtractPublicKey(accountable)
if err != nil {
return nil, fmt.Errorf("couldn't get public key for person %s: %s", uri.String(), err)
}
if pkeyOwnerID.String() != acct.URI {
return nil, fmt.Errorf("public key %s was owned by %s and not by %s", pkeyURL, pkeyOwnerID, acct.URI)
}
acct.PublicKey = pkey
acct.PublicKeyURI = pkeyURL.String()

54
internal/util/unique.go
View file

@ -19,28 +19,46 @@ package util
import "net/url"
// UniqueStrings returns a deduplicated version of a given string slice.
func UniqueStrings(s []string) []string {
keys := make(map[string]bool, len(s))
list := []string{}
for _, entry := range s {
if _, value := keys[entry]; !value {
keys[entry] = true
list = append(list, entry)
// UniqueStrings returns a deduplicated version of the given
// slice of strings, without changing the order of the entries.
func UniqueStrings(strings []string) []string {
var (
l = len(strings)
keys = make(map[string]any, l) // Use map to dedupe items.
unique = make([]string, 0, l) // Return slice.
)
for _, str := range strings {
// Check if already set as a key in the map;
// if not, add to return slice + mark key as set.
if _, set := keys[str]; !set {
keys[str] = nil // Value doesn't matter.
unique = append(unique, str)
}
}
return list
return unique
}
// UniqueURIs returns a deduplicated version of a given *url.URL slice.
func UniqueURIs(s []*url.URL) []*url.URL {
keys := make(map[string]bool, len(s))
list := []*url.URL{}
for _, entry := range s {
if _, value := keys[entry.String()]; !value {
keys[entry.String()] = true
list = append(list, entry)
// UniqueURIs returns a deduplicated version of the given
// slice of URIs, without changing the order of the entries.
func UniqueURIs(uris []*url.URL) []*url.URL {
var (
l = len(uris)
keys = make(map[string]any, l) // Use map to dedupe items.
unique = make([]*url.URL, 0, l) // Return slice.
)
for _, uri := range uris {
uriStr := uri.String()
// Check if already set as a key in the map;
// if not, add to return slice + mark key as set.
if _, set := keys[uriStr]; !set {
keys[uriStr] = nil // Value doesn't matter.
unique = append(unique, uri)
}
}
return list
return unique
}

21
internal/web/profile.go
View file

@ -26,7 +26,6 @@ import (
"strings"
"github.com/gin-gonic/gin"
"github.com/superseriousbusiness/gotosocial/internal/ap"
apimodel "github.com/superseriousbusiness/gotosocial/internal/api/model"
apiutil "github.com/superseriousbusiness/gotosocial/internal/api/util"
"github.com/superseriousbusiness/gotosocial/internal/config"
@ -75,7 +74,7 @@ func (m *Module) profileGETHandler(c *gin.Context) {
// should render the account's AP representation instead
accept := apiutil.NegotiateFormat(c, string(apiutil.TextHTML), string(apiutil.AppActivityJSON), string(apiutil.AppActivityLDJSON))
if accept == string(apiutil.AppActivityJSON) || accept == string(apiutil.AppActivityLDJSON) {
m.returnAPProfile(ctx, c, username, accept)
m.returnAPProfile(c, username, accept)
return
}
@ -145,27 +144,17 @@ func (m *Module) profileGETHandler(c *gin.Context) {
})
}
func (m *Module) returnAPProfile(ctx context.Context, c *gin.Context, username string, accept string) {
verifier, signed := c.Get(string(ap.ContextRequestingPublicKeyVerifier))
if signed {
ctx = context.WithValue(ctx, ap.ContextRequestingPublicKeyVerifier, verifier)
}
signature, signed := c.Get(string(ap.ContextRequestingPublicKeySignature))
if signed {
ctx = context.WithValue(ctx, ap.ContextRequestingPublicKeySignature, signature)
}
user, errWithCode := m.processor.Fedi().UserGet(ctx, username, c.Request.URL)
func (m *Module) returnAPProfile(c *gin.Context, username string, accept string) {
user, errWithCode := m.processor.Fedi().UserGet(c.Request.Context(), username, c.Request.URL)
if errWithCode != nil {
apiutil.WebErrorHandler(c, errWithCode, m.processor.InstanceGetV1) //nolint:contextcheck
apiutil.WebErrorHandler(c, errWithCode, m.processor.InstanceGetV1)
return
}
b, mErr := json.Marshal(user)
if mErr != nil {
err := fmt.Errorf("could not marshal json: %s", mErr)
apiutil.WebErrorHandler(c, gtserror.NewErrorInternalError(err), m.processor.InstanceGetV1) //nolint:contextcheck
apiutil.WebErrorHandler(c, gtserror.NewErrorInternalError(err), m.processor.InstanceGetV1)
return
}

21
internal/web/thread.go
View file

@ -26,7 +26,6 @@ import (
"strings"
"github.com/gin-gonic/gin"
"github.com/superseriousbusiness/gotosocial/internal/ap"
apimodel "github.com/superseriousbusiness/gotosocial/internal/api/model"
apiutil "github.com/superseriousbusiness/gotosocial/internal/api/util"
"github.com/superseriousbusiness/gotosocial/internal/config"
@ -92,7 +91,7 @@ func (m *Module) threadGETHandler(c *gin.Context) {
// should render the status's AP representation instead
accept := apiutil.NegotiateFormat(c, string(apiutil.TextHTML), string(apiutil.AppActivityJSON), string(apiutil.AppActivityLDJSON))
if accept == string(apiutil.AppActivityJSON) || accept == string(apiutil.AppActivityLDJSON) {
m.returnAPStatus(ctx, c, username, statusID, accept)
m.returnAPStatus(c, username, statusID, accept)
return
}
@ -120,27 +119,17 @@ func (m *Module) threadGETHandler(c *gin.Context) {
})
}
func (m *Module) returnAPStatus(ctx context.Context, c *gin.Context, username string, statusID string, accept string) {
verifier, signed := c.Get(string(ap.ContextRequestingPublicKeyVerifier))
if signed {
ctx = context.WithValue(ctx, ap.ContextRequestingPublicKeyVerifier, verifier)
}
signature, signed := c.Get(string(ap.ContextRequestingPublicKeySignature))
if signed {
ctx = context.WithValue(ctx, ap.ContextRequestingPublicKeySignature, signature)
}
status, errWithCode := m.processor.Fedi().StatusGet(ctx, username, statusID)
func (m *Module) returnAPStatus(c *gin.Context, username string, statusID string, accept string) {
status, errWithCode := m.processor.Fedi().StatusGet(c.Request.Context(), username, statusID)
if errWithCode != nil {
apiutil.WebErrorHandler(c, errWithCode, m.processor.InstanceGetV1) //nolint:contextcheck
apiutil.WebErrorHandler(c, errWithCode, m.processor.InstanceGetV1)
return
}
b, mErr := json.Marshal(status)
if mErr != nil {
err := fmt.Errorf("could not marshal json: %s", mErr)
apiutil.WebErrorHandler(c, gtserror.NewErrorInternalError(err), m.processor.InstanceGetV1) //nolint:contextcheck
apiutil.WebErrorHandler(c, gtserror.NewErrorInternalError(err), m.processor.InstanceGetV1)
return
}