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webapp: eight agents in the demo seed, and far less staleness

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Two changes to the demo data, both driven by how the screenshots read.

Warning triangles were on roughly half the files, which stops meaning
"look here" and starts meaning nothing. Staleness is now ~15% overall, and
correlated with reads rather than uniform: a heavily-read file is far
likelier to be stale, because it's the one everybody trusts and nobody
owns. That puts the red on big cells in the treemap and in the top-right
of the scatter — where the story is — instead of scattering it across a
hundred files nobody opens. Fewer warnings, and the ones left are the ones
worth reading.

The agent fleet goes from four to eight: one per teammate plus shared CI,
which is what a team's coverage matrix actually looks like once everyone
runs their own. Each has a bias (agentBias) toward particular areas, so
the matrix shows agents specialising instead of eight identical rows.

Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01RA5pQH92cxk5SfiYJeTUjK
This commit is contained in:
Snow Lee
2026-07-19 16:29:41 -07:00
co-authored by Claude Opus 4.8
parent 52f595efc0
commit 1b5a422af2
1 changed files with 64 additions and 13 deletions
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internal/webapp/manual_serve_test.go
+64 -13
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@@ -68,10 +68,11 @@ func TestManualServe(t *testing.T) {
t.Fatal(err)
}
srv.Devices, _ = OpenDeviceRegistry(filepath.Join(state, "devices.json"))
srv.Devices.Observe(DeviceInfo{ID: "dev-ci", Name: "claude-ci", OS: "linux/amd64"})
srv.Devices.Observe(DeviceInfo{ID: "dev-snow", Name: "claude-snow", OS: "darwin/arm64"})
srv.Devices.Observe(DeviceInfo{ID: "codex-mia", Name: "codex-mia", OS: "darwin/arm64"})
srv.Devices.Observe(DeviceInfo{ID: "gemini-doc", Name: "gemini-doc", OS: "linux/amd64"})
// One agent per teammate, plus shared CI — which is what a real team's
// coverage matrix looks like once everyone is running their own.
for _, d := range demoDevices {
srv.Devices.Observe(d)
}
srv.Shares, _ = OpenShareDB(filepath.Join(state, "shares.json"))
@@ -88,6 +89,33 @@ func TestManualServe(t *testing.T) {
time.Sleep(8 * time.Hour)
}
// demoDevices is the agent fleet: one per teammate plus shared CI. Each has a
// bias in seedDemo so the coverage matrix shows agents specialising rather than
// eight identical rows.
var demoDevices = []DeviceInfo{
{ID: "claude-snow", Name: "claude-snow", OS: "darwin/arm64"},
{ID: "claude-priya", Name: "claude-priya", OS: "darwin/arm64"},
{ID: "claude-marco", Name: "claude-marco", OS: "darwin/arm64"},
{ID: "claude-ana", Name: "claude-ana", OS: "linux/amd64"},
{ID: "codex-mia", Name: "codex-mia", OS: "darwin/arm64"},
{ID: "codex-sam", Name: "codex-sam", OS: "linux/amd64"},
{ID: "gemini-doc", Name: "gemini-doc", OS: "linux/amd64"},
{ID: "claude-ci", Name: "claude-ci", OS: "linux/amd64"},
}
// agentBias is how much each agent over- or under-reads a given top-level
// area. Anything unlisted reads it at 1.0.
var agentBias = map[string]map[string]float64{
"claude-snow": {"wiki": 2.4, "docs": 1.6, "notes": 0.4},
"claude-priya": {"wiki": 1.8, "shared": 2.2, "notes": 0.5},
"claude-marco": {"docs": 2.6, "shared": 1.4, "wiki": 0.6},
"claude-ana": {"notes": 2.8, "wiki": 0.7, "docs": 0.5},
"codex-mia": {"wiki": 3.0, "notes": 0.3, "shared": 0.4},
"codex-sam": {"wiki": 1.5, "docs": 0.4, "shared": 1.9},
"gemini-doc": {"docs": 3.2, "notes": 1.2, "wiki": 0.5},
"claude-ci": {"wiki": 2.0, "shared": 0.3, "docs": 0.8},
}
// doc is one seeded file: a path and the markdown body behind it.
type doc struct {
path string
@@ -109,7 +137,10 @@ func seedDemo(t *testing.T, state, prefix, projectID string) {
docs := demoDocs()
humans := []string{"alice@x.io", "bob@x.io", "carol@x.io"}
agents := []string{"dev-ci", "dev-snow", "codex-mia", "gemini-doc"}
agents := make([]string, 0, len(demoDevices))
for _, d := range demoDevices {
agents = append(agents, d.ID)
}
now := time.Now().UTC()
var ops []journal.Op
@@ -120,7 +151,23 @@ func seedDemo(t *testing.T, state, prefix, projectID string) {
sum := sha256.Sum256([]byte(d.body))
blob := hex.EncodeToString(sum[:])
os.WriteFile(filepath.Join(prefix, "blobs", blob), []byte(d.body), 0o644)
stale := int(400 * rnd() * rnd())
// Most of a live wiki is current — roughly a sixth is genuinely stale.
// A warning triangle on every second file just reads as noise.
//
// Staleness is correlated with reads on purpose: a heavily-read file is
// far likelier to have rotted, because it's the one everybody trusts
// and nobody owns. That puts the red where the story is — big cells in
// the treemap, top-right in the scatter — instead of scattering it
// across a hundred files nobody opens.
hot := rnd() < 0.15
staleChance := 0.09
if hot {
staleChance = 0.5
}
stale := int(24 * rnd())
if rnd() < staleChance {
stale = 34 + int(260*rnd()*rnd())
}
lam++
seq++
ops = append(ops, journal.Op{
@@ -132,7 +179,6 @@ func seedDemo(t *testing.T, state, prefix, projectID string) {
})
dir := filepath.Dir(d.path)
hot := rnd() < 0.15
day := now.AddDate(0, 0, -int(rnd()*20)).Format("2006-01-02")
for _, a := range humans {
n := int64(math.Floor((map[bool]float64{true: 30, false: 3}[hot]) * rnd() * rnd()))
@@ -141,15 +187,20 @@ func seedDemo(t *testing.T, state, prefix, projectID string) {
Kind: ReadKindHuman, Actor: a, Count: n, Last: now})
}
}
for ai, a := range agents {
// Runbooks are what the on-call agents live in; research notes are
// written for humans and barely read by anything.
top, _, _ := strings.Cut(d.path, "/")
for _, a := range agents {
// Each agent has its own areas (agentBias); on top of that,
// runbooks are what everyone's agent lives in and research notes
// are written for humans and barely read by anything.
boost := 1.0
if dir == "wiki/runbooks" && ai < 2 {
boost = 4
if b, ok := agentBias[a][top]; ok {
boost = b
}
if dir == "wiki/runbooks" {
boost *= 2.2
}
if dir == "notes/research" {
boost = 0.05
boost *= 0.05
}
n := int64(math.Floor((map[bool]float64{true: 60, false: 5}[hot]) * rnd() * rnd() * boost))
if n > 0 {