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Monorepo for Tangled forked from tangled.org/core
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import ( "context" "encoding/json" "slices" "testing" "time"
"github.com/bluesky-social/indigo/atproto/syntax" jmodels "github.com/bluesky-social/jetstream/pkg/models" "tangled.org/core/api/tangled" "tangled.org/core/appview/db" "tangled.org/core/appview/models" "tangled.org/core/orm")
const ( labelOwner = "did:plc:boltless" labelRepoDid = "did:plc:anemone" labelPerform = "2026-06-01T00:00:00Z")
func newLabelIngester(t *testing.T) *Ingester { t.Helper() ing := newStateIngester(t) ing.Acl = stubAcl{allow: true} return ing}
func seedLabelDef(t *testing.T, d *db.DB, repoDid, defDid, defRkey, name string, scope []string, multiple, subscribe bool) syntax.ATURI { t.Helper() def := &models.LabelDefinition{ Did: defDid, Rkey: defRkey, Name: name, ValueType: models.ValueType{Type: models.ConcreteTypeString}, Scope: scope, Multiple: multiple, Created: time.Now(), } if _, err := db.AddLabelDefinition(d, def); err != nil { t.Fatalf("AddLabelDefinition: %v", err) } if subscribe { if err := db.SubscribeLabel(d, &models.RepoLabel{RepoDid: syntax.DID(repoDid), LabelAt: def.AtUri()}); err != nil { t.Fatalf("SubscribeLabel: %v", err) } } return def.AtUri()}
func labelOpEvent(t *testing.T, op, did, rkey, subject, performedAt string, add, del [][2]string) *jmodels.Event { t.Helper() mk := func(pairs [][2]string) []*tangled.LabelOp_Operand { out := make([]*tangled.LabelOp_Operand, 0, len(pairs)) for _, p := range pairs { out = append(out, &tangled.LabelOp_Operand{Key: p[0], Value: p[1]}) } return out } raw, err := json.Marshal(tangled.LabelOp{Subject: subject, PerformedAt: performedAt, Add: mk(add), Delete: mk(del)}) if err != nil { t.Fatalf("marshal: %v", err) } return &jmodels.Event{Did: did, Kind: jmodels.EventKindCommit, Commit: &jmodels.Commit{ Operation: op, Collection: tangled.LabelOpNSID, RKey: rkey, Record: raw}}}
func labelDefEvent(t *testing.T, did, rkey, name string, scope []string, multiple bool) *jmodels.Event { t.Helper() vt := tangled.LabelDefinition_ValueType{Type: string(models.ConcreteTypeString), Format: string(models.ValueTypeFormatAny)} raw, err := json.Marshal(tangled.LabelDefinition{Name: name, Scope: scope, Multiple: &multiple, CreatedAt: labelPerform, ValueType: &vt}) if err != nil { t.Fatalf("marshal: %v", err) } return &jmodels.Event{Did: did, Kind: jmodels.EventKindCommit, Commit: &jmodels.Commit{ Operation: jmodels.CommitOperationCreate, Collection: tangled.LabelDefinitionNSID, RKey: rkey, Record: raw}}}
func mustIngestOp(t *testing.T, ing *Ingester, e *jmodels.Event) { t.Helper() if err := ing.ingestLabelOp(context.Background(), e, ing.Logger); err != nil { t.Fatalf("ingestLabelOp: %v", err) }}
func issueAt(owner, rkey string) syntax.ATURI { return syntax.ATURI("at://" + owner + "/" + tangled.RepoIssueNSID + "/" + rkey)}
func subjectLabels(t *testing.T, d *db.DB, subject syntax.ATURI) []string { t.Helper() states, err := db.GetLabels(d, orm.FilterEq("subject", subject)) if err != nil { t.Fatalf("GetLabels: %v", err) } vals := states[subject].LabelNameValues() slices.Sort(vals) return vals}
func labelOpValues(t *testing.T, d *db.DB, did, rkey string) []string { t.Helper() ops, err := db.GetLabelOps(d, orm.FilterEq("did", did), orm.FilterEq("rkey", rkey)) if err != nil { t.Fatalf("GetLabelOps: %v", err) } out := make([]string, 0, len(ops)) for _, op := range ops { out = append(out, op.OperandValue) } slices.Sort(out) return out}
func pendingCount(t *testing.T, d *db.DB, subject syntax.ATURI) int { t.Helper() p, err := db.PendingStateRecordsForSubject(d, subject) if err != nil { t.Fatalf("PendingStateRecordsForSubject: %v", err) } return len(p)}
type labelStep struct { op, rkey, subj, perform string add, del []string}
type foldCase struct { name string defRkey string defName string scope []string multiple bool unsub bool steps []labelStep want map[string][]string reversible bool}
func runFold(t *testing.T, tc foldCase, steps []labelStep) map[string][]string { t.Helper() ing := newLabelIngester(t) defUri := "at://" + labelOwner + "/" + tangled.LabelDefinitionNSID + "/" + tc.defRkey
seedRepo(t, ing.Db, labelOwner, labelRepoDid) seeded := map[string]bool{} for _, s := range steps { if !seeded[s.subj] { seedIssue(t, ing.Db, labelOwner, labelRepoDid, s.subj) seeded[s.subj] = true } } seedLabelDef(t, ing.Db, labelRepoDid, labelOwner, tc.defRkey, tc.defName, tc.scope, tc.multiple, !tc.unsub)
pairs := func(vals []string) [][2]string { out := make([][2]string, 0, len(vals)) for _, v := range vals { out = append(out, [2]string{defUri, v}) } return out } kind := map[string]string{"create": jmodels.CommitOperationCreate, "update": jmodels.CommitOperationUpdate, "delete": jmodels.CommitOperationDelete} for _, s := range steps { perform := s.perform if perform == "" { perform = labelPerform } mustIngestOp(t, ing, labelOpEvent(t, kind[s.op], labelOwner, s.rkey, string(issueAt(labelOwner, s.subj)), perform, pairs(s.add), pairs(s.del))) }
got := map[string][]string{} for subj := range tc.want { at := issueAt(labelOwner, subj) got[subj] = subjectLabels(t, ing.Db, at) if n := pendingCount(t, ing.Db, at); n != 0 { t.Fatalf("fold case %q must not park %s, pending=%d", tc.name, subj, n) } } return got}
func TestIngestLabelOp_Fold(t *testing.T) { issue := []string{tangled.RepoIssueNSID} pull := []string{tangled.RepoPullNSID}
tests := []foldCase{{ name: "delete removes the label", defRkey: "prio", defName: "priority", scope: issue, multiple: true, steps: []labelStep{{op: "create", rkey: "op1", subj: "issue1", add: []string{"high"}}, {op: "delete", rkey: "op1", subj: "issue1"}}, want: map[string][]string{"issue1": nil}, }, { name: "update drops operands the new record no longer carries", defRkey: "prio", defName: "priority", scope: issue, multiple: true, steps: []labelStep{{op: "create", rkey: "op1", subj: "issue1", add: []string{"high", "low"}}, {op: "update", rkey: "op1", subj: "issue1", add: []string{"high"}}}, want: map[string][]string{"issue1": {"priority:high"}}, }, { name: "update moving subject leaves no stale label", defRkey: "prio", defName: "priority", scope: issue, multiple: true, steps: []labelStep{{op: "create", rkey: "op1", subj: "issue1", add: []string{"high"}}, {op: "update", rkey: "op1", subj: "issue2", add: []string{"high"}}}, want: map[string][]string{"issue1": nil, "issue2": {"priority:high"}}, }, { name: "a pull-scoped label on an issue is dropped by the fold", defRkey: "prio", defName: "priority", scope: pull, multiple: true, steps: []labelStep{{op: "create", rkey: "op1", subj: "issue1", add: []string{"high"}}}, want: map[string][]string{"issue1": nil}, reversible: true, }, { name: "a globally-defined but unsubscribed def still applies", defRkey: "prio", defName: "priority", scope: issue, multiple: true, unsub: true, steps: []labelStep{{op: "create", rkey: "op1", subj: "issue1", add: []string{"high"}}}, want: map[string][]string{"issue1": {"priority:high"}}, reversible: true, }, { name: "a same-instant tie resolves by source rkey", defRkey: "st", defName: "status", scope: issue, multiple: false, steps: []labelStep{{op: "create", rkey: "aaa", subj: "issue1", add: []string{"open"}}, {op: "create", rkey: "bbb", subj: "issue1", add: []string{"closed"}}}, want: map[string][]string{"issue1": {"status:closed"}}, reversible: true, }}
for _, tc := range tests { t.Run(tc.name, func(t *testing.T) { orders := [][]labelStep{tc.steps} if tc.reversible { rev := slices.Clone(tc.steps) slices.Reverse(rev) orders = append(orders, rev) } for _, steps := range orders { got := runFold(t, tc, steps) for subj, want := range tc.want { if !slices.Equal(got[subj], want) { t.Fatalf("subject %s: got %v want %v", subj, got[subj], want) } } } }) }}
func TestIngestLabelOp_ReingestIsIdempotent(t *testing.T) { ing := newLabelIngester(t) subject := seedRepoAndIssue(t, ing.Db, labelOwner, labelRepoDid, "issue1") def := seedLabelDef(t, ing.Db, labelRepoDid, labelOwner, "prio", "priority", []string{tangled.RepoIssueNSID}, true, true) e := labelOpEvent(t, jmodels.CommitOperationCreate, labelOwner, "op1", string(subject), labelPerform, [][2]string{{def.String(), "high"}, {def.String(), "low"}}, nil)
mustIngestOp(t, ing, e) first := labelOpValues(t, ing.Db, labelOwner, "op1") mustIngestOp(t, ing, e) if second := labelOpValues(t, ing.Db, labelOwner, "op1"); !slices.Equal(first, second) { t.Fatalf("re-ingesting an unchanged record changed its stored ops: %v -> %v", first, second) } if got := subjectLabels(t, ing.Db, subject); !slices.Equal(got, []string{"priority:high", "priority:low"}) { t.Fatalf("re-ingest changed the derived set: %v", got) }}
func TestIngestLabelOp_Parking(t *testing.T) { defUri := "at://" + labelOwner + "/" + tangled.LabelDefinitionNSID + "/prio" issue := []string{tangled.RepoIssueNSID} seedDef := func(ing *Ingester) syntax.ATURI { return seedLabelDef(t, ing.Db, labelRepoDid, labelOwner, "prio", "priority", issue, true, true) }
tests := []struct { name string missing string acl bool author string trigger string wantLabels []string }{ {"missing subject parks, drains on reconcile", "subject", true, labelOwner, "seed-subject", []string{"priority:high"}}, {"missing def parks, drains on reconcile", "def", true, labelOwner, "seed-def", []string{"priority:high"}}, {"def create drains a parked op without the sweep", "def", true, labelOwner, "def-event", []string{"priority:high"}}, {"deleting a parked op unparks it and a later def does not resurrect it", "def", true, labelOwner, "delete-then-def", nil}, {"a parked op that fails auth on drain is dropped", "subject", false, "did:plc:squid", "seed-subject", nil}, {"a missing-def park is evicted by TTL though its subject exists", "def", true, labelOwner, "evict", nil}, }
for _, tt := range tests { t.Run(tt.name, func(t *testing.T) { ing := newLabelIngester(t) if !tt.acl { ing.Acl = stubAcl{} } subject := issueAt(labelOwner, "issue1") seedRepo(t, ing.Db, labelOwner, labelRepoDid) if tt.missing != "subject" { seedIssue(t, ing.Db, labelOwner, labelRepoDid, "issue1") } if tt.missing != "def" { seedDef(ing) }
mustIngestOp(t, ing, labelOpEvent(t, jmodels.CommitOperationCreate, tt.author, "op1", string(subject), labelPerform, [][2]string{{defUri, "high"}}, nil)) if n := pendingCount(t, ing.Db, subject); n != 1 { t.Fatalf("op must park while its %s is missing, pending=%d", tt.missing, n) }
switch tt.trigger { case "seed-subject": seedIssue(t, ing.Db, labelOwner, labelRepoDid, "issue1") ing.ReconcilePendingState() case "seed-def": seedDef(ing) ing.ReconcilePendingState() case "def-event": if err := ing.ingestLabelDefinition(labelDefEvent(t, labelOwner, "prio", "priority", issue, true), ing.Logger); err != nil { t.Fatalf("ingest def: %v", err) } case "delete-then-def": mustIngestOp(t, ing, labelOpEvent(t, jmodels.CommitOperationDelete, tt.author, "op1", string(subject), "", nil, nil)) if n := pendingCount(t, ing.Db, subject); n != 0 { t.Fatalf("deleting a parked op must unpark it, pending=%d", n) } seedDef(ing) ing.ReconcilePendingState() case "evict": if n, err := db.EvictStalePendingStateRecords(ing.Db, "2999-01-01T00:00:00Z"); err != nil { t.Fatalf("evict: %v", err) } else if n != 1 { t.Fatalf("a stale missing-def park must be evicted, got %d", n) } }
if got := subjectLabels(t, ing.Db, subject); !slices.Equal(got, tt.wantLabels) { t.Fatalf("after %q: got %v want %v", tt.trigger, got, tt.wantLabels) } if n := pendingCount(t, ing.Db, subject); n != 0 { t.Fatalf("no record must remain parked, pending=%d", n) } }) }}
func TestIngestLabelOp_DeauthorizedUpdatePreservesPriorOps(t *testing.T) { ing := newLabelIngester(t) author := "did:plc:squid" subject := seedRepoAndIssue(t, ing.Db, labelOwner, labelRepoDid, "issue1") def := seedLabelDef(t, ing.Db, labelRepoDid, labelOwner, "prio", "priority", []string{tangled.RepoIssueNSID}, true, true)
mustIngestOp(t, ing, labelOpEvent(t, jmodels.CommitOperationCreate, author, "op1", string(subject), labelPerform, [][2]string{{def.String(), "high"}}, nil)) if got := subjectLabels(t, ing.Db, subject); !slices.Equal(got, []string{"priority:high"}) { t.Fatalf("authorized create: got %v", got) }
ing.Acl = stubAcl{} mustIngestOp(t, ing, labelOpEvent(t, jmodels.CommitOperationUpdate, author, "op1", string(subject), labelPerform, [][2]string{{def.String(), "low"}}, nil)) if got := subjectLabels(t, ing.Db, subject); !slices.Equal(got, []string{"priority:high"}) { t.Fatalf("a now-unauthorized update must neither apply nor erase the prior authorized op, got %v", got) }}
func TestIngestLabelOp_DeauthorizedRedeliveryPreservesPriorOps(t *testing.T) { ing := newLabelIngester(t) author := "did:plc:squid" subject := seedRepoAndIssue(t, ing.Db, labelOwner, labelRepoDid, "issue1") def := seedLabelDef(t, ing.Db, labelRepoDid, labelOwner, "prio", "priority", []string{tangled.RepoIssueNSID}, true, true)
create := labelOpEvent(t, jmodels.CommitOperationCreate, author, "op1", string(subject), labelPerform, [][2]string{{def.String(), "high"}}, nil) mustIngestOp(t, ing, create) if got := subjectLabels(t, ing.Db, subject); !slices.Equal(got, []string{"priority:high"}) { t.Fatalf("authorized create: got %v", got) }
ing.Acl = stubAcl{} mustIngestOp(t, ing, create) if got := subjectLabels(t, ing.Db, subject); !slices.Equal(got, []string{"priority:high"}) { t.Fatalf("a redelivered create must not erase a label applied while authorized, got %v", got) }}
func TestIngestLabelOp_DefDeleteDropsOps(t *testing.T) { ing := newLabelIngester(t) subject := seedRepoAndIssue(t, ing.Db, labelOwner, labelRepoDid, "issue1") def := seedLabelDef(t, ing.Db, labelRepoDid, labelOwner, "prio", "priority", []string{tangled.RepoIssueNSID}, true, true)
mustIngestOp(t, ing, labelOpEvent(t, jmodels.CommitOperationCreate, labelOwner, "op1", string(subject), labelPerform, [][2]string{{def.String(), "high"}}, nil)) if got := subjectLabels(t, ing.Db, subject); !slices.Equal(got, []string{"priority:high"}) { t.Fatalf("after create: got %v", got) }
del := &jmodels.Event{Did: labelOwner, Kind: jmodels.EventKindCommit, Commit: &jmodels.Commit{ Operation: jmodels.CommitOperationDelete, Collection: tangled.LabelDefinitionNSID, RKey: "prio"}} if err := ing.ingestLabelDefinition(del, ing.Logger); err != nil { t.Fatalf("ingest def delete: %v", err) } if rows := labelOpValues(t, ing.Db, labelOwner, "op1"); len(rows) != 0 { t.Fatalf("deleting a def must cascade-delete its label_ops rows, survived: %v", rows) } if got := subjectLabels(t, ing.Db, subject); len(got) != 0 { t.Fatalf("deleting a def must drop its labels, got %v", got) }}