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Author SHA1 Message Date
Alan Wizemann edac142d08 feat(chat): add /goal and /queue slash commands (WS-2)
Adds Hermes v0.13's Persistent Goals and ACP /queue surfaces to the
rich-chat composer. /goal <text> locks the agent on a target across
turns (rendered as an info-tinted "Goal locked" pill in the chat
header, with a context-menu Clear action that dispatches /goal --clear);
/queue <text> queues a prompt to run after the current turn (rendered
as a warning-tinted chip with a popover listing queued prompts +
relative timestamps). Both ride .acpNonInterruptive so the chat keeps
"Agent working…" off, and both surface a 4-second transient toast
mirroring /steer's existing UX.

Capability-gated end-to-end: the rich-chat slash menu reads through
RichChatViewModel.capabilitiesGate (a new @ObservationIgnored field
fed by ChatViewModel.attachCapabilitiesStore on Mac and a parallel
.task(id:) on iOS), so pre-v0.13 hosts never see /goal or /queue.
/steer is greyed-out on idle sessions when hasACPSteerOnIdle is off
(pre-v0.13 hosts only). The "Clear all" queue-popover button is
intentionally absent in v2.8.0 — Hermes' wire-shape for /queue --clear
isn't verified yet, so a button that lies about server-side state is
worse than no button (per WS-2 plan Q2 decision).

Optimistic-only: there is no authoritative read-back path for the
active goal in v2.8.0. The pill paints synchronously off the
optimistic write the moment the user sends /goal …; cross-session
resume won't re-paint it until the user types /goal again. A
TODO(WS-2-Q1) marker in RichChatViewModel.recordActiveGoal points at
the read-back hook for v2.8.1; TODO(WS-2-Q5) flags the verbatim
/queue argument shape for coordinator wire-verification; TODO(WS-2-Q7)
flags the /goal non-interruptive classification. TODO(v2.8.1) in
handlePromptComplete is the deferred "auto-resumed from checkpoint"
indicator (WS-2 plan Q3 decision).

iOS surfaces no UI yet (deferred to WS-9), but the iOS controller's
_sendImpl mirrors the dispatch so the shared RichChatViewModel state
stays aligned across platforms — otherwise an iOS user who ran /goal
then opened the same session on Mac would see an empty pill.

Tests: extends M9SlashCommandTests with 13 new cases covering the
non-interruptive list contents, capability-gated availableCommands
filtering on v0.12 vs v0.13, parseGoalArgument variants, optimistic
mutators (recordActiveGoal / recordQueuedPrompt / popQueuedPrompt),
isNonInterruptiveSlash recognition, and reset() drainage.

Implements WS-2 of Scarf v2.8.0 (Hermes v0.13.0 catch-up).
Plan: scarf/docs/v2.8/WS-2-goals-and-queue-plan.md (on coordination/v2.8.0-plans).

Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
2026-05-09 18:55:54 +02:00
36 changed files with 819 additions and 2025 deletions
@@ -1,76 +0,0 @@
import Foundation
/// Hermes v0.13 added cross-platform recipient allowlists to the Messaging
/// Gateway. Each platform stores the list under a different YAML key
/// depending on the platform's primary noun for "addressable destination":
///
/// - **`allowed_channels`** Slack, Mattermost, Google Chat
/// - **`allowed_chats`** Telegram, WhatsApp
/// - **`allowed_rooms`** Matrix, DingTalk
///
/// `GatewayAllowlistKind` encodes the (platform key) mapping plus a few
/// presentation hints (placeholder strings, singular noun) so the allowlist
/// editor can render the right copy without the per-platform setup view
/// needing to know the YAML shape.
public enum GatewayAllowlistKind: String, Sendable, Equatable {
case channels // -> allowed_channels
case chats // -> allowed_chats
case rooms // -> allowed_rooms
/// YAML scalar key segment under `gateway.platforms.<platform>.<key>`.
public var yamlKey: String {
switch self {
case .channels: return "allowed_channels"
case .chats: return "allowed_chats"
case .rooms: return "allowed_rooms"
}
}
/// Placeholder copy for the editor's "add row" text field. Picks the
/// most common identifier shape per platform family Slack channel IDs
/// for `channels`, Telegram username/numeric for `chats`, Matrix room
/// IDs for `rooms`. Users can paste in any platform-specific format the
/// gateway accepts; this is a hint, not validation.
public var inputPlaceholder: String {
switch self {
case .channels: return "C0123ABCD or #channel-name"
case .chats: return "@username or 12345678"
case .rooms: return "!RoomId:matrix.org"
}
}
/// Singular noun for prose surfaces ("Add a channel", "1 chat allowed",
/// "0 rooms"). Capitalization is the caller's responsibility.
public var noun: String {
switch self {
case .channels: return "channel"
case .chats: return "chat"
case .rooms: return "room"
}
}
/// Plural noun for headings + counts.
public var pluralNoun: String {
switch self {
case .channels: return "channels"
case .chats: return "chats"
case .rooms: return "rooms"
}
}
/// Map a Hermes platform identifier to the allowlist kind it supports.
/// Returns `nil` for platforms without v0.13 allowlist support
/// (`cli`, `signal`, `email`, `imessage`, `homeassistant`, `webhook`,
/// `yuanbao`, `microsoft-teams`, `feishu`, `discord`).
///
/// `googlechat` and `google-chat` both map to `.channels` so we round-trip
/// regardless of which spelling Hermes lands on. // TODO(WS-5-Q1)
public static func kind(for platform: String) -> GatewayAllowlistKind? {
switch platform {
case "slack", "mattermost", "google-chat", "googlechat": return .channels
case "telegram", "whatsapp": return .chats
case "matrix", "dingtalk": return .rooms
default: return nil
}
}
}
@@ -1,71 +0,0 @@
import Foundation
/// Per-platform Messaging Gateway settings introduced in Hermes v0.13. Bundles
/// the allowlist (the platform-appropriate flavor of `allowed_channels` /
/// `allowed_chats` / `allowed_rooms`) and three behavior toggles
/// (`busy_ack_enabled`, `gateway_restart_notification`,
/// `slash_command_notice_ttl_seconds`).
///
/// The struct carries all three list fields so a single shape fits every
/// platform; only the field matching `GatewayAllowlistKind.kind(for:)` is
/// surfaced in the editor for a given platform. The other two stay empty
/// and round-trip through the YAML parser unchanged.
///
/// **Defaults track Hermes v0.13.** `busyAckEnabled = true`,
/// `gatewayRestartNotification = false`, `slashCommandNoticeTTLSeconds = 0`
/// (disabled). An "all-default" instance therefore produces no `gateway:`
/// block in YAML see `HermesConfig+YAML` parsing logic which only inserts
/// an entry into `gatewayPlatforms` when at least one v0.13 key is present
/// in the file.
public struct GatewayPlatformSettings: Sendable, Equatable {
/// `gateway.platforms.<platform>.allowed_channels` Slack, Mattermost,
/// Google Chat. Empty when the platform doesn't use channels.
public var allowedChannels: [String]
/// `gateway.platforms.<platform>.allowed_chats` Telegram, WhatsApp.
/// Empty when the platform doesn't use chats.
public var allowedChats: [String]
/// `gateway.platforms.<platform>.allowed_rooms` Matrix, DingTalk.
/// Empty when the platform doesn't use rooms.
public var allowedRooms: [String]
/// `gateway.platforms.<platform>.busy_ack_enabled`. Default `true` set
/// to `false` to suppress per-message "agent is working" acks.
public var busyAckEnabled: Bool
/// `gateway.platforms.<platform>.gateway_restart_notification`. Default
/// `false` set to `true` to post a "Gateway restarted" notice on boot.
public var gatewayRestartNotification: Bool
/// `gateway.platforms.<platform>.slash_command_notice_ttl_seconds`.
/// Default `0` (disabled). Positive values auto-delete slash-command
/// notices after N seconds.
public var slashCommandNoticeTTLSeconds: Int
public init(
allowedChannels: [String] = [],
allowedChats: [String] = [],
allowedRooms: [String] = [],
busyAckEnabled: Bool = true,
gatewayRestartNotification: Bool = false,
slashCommandNoticeTTLSeconds: Int = 0
) {
self.allowedChannels = allowedChannels
self.allowedChats = allowedChats
self.allowedRooms = allowedRooms
self.busyAckEnabled = busyAckEnabled
self.gatewayRestartNotification = gatewayRestartNotification
self.slashCommandNoticeTTLSeconds = slashCommandNoticeTTLSeconds
}
/// All-default instance. `HermesConfig.empty` initializes
/// `gatewayPlatforms: [:]` so this is rarely used directly; provided
/// for symmetry with the other settings types.
public static let empty = GatewayPlatformSettings()
/// The list field matching this allowlist kind, or `nil` for
/// platforms without an allowlist surface.
public func items(for kind: GatewayAllowlistKind) -> [String] {
switch kind {
case .channels: return allowedChannels
case .chats: return allowedChats
case .rooms: return allowedRooms
}
}
}
@@ -0,0 +1,26 @@
import Foundation
/// Optimistic local mirror of the agent's currently-locked goal (set via
/// the `/goal <text>` slash command, Hermes v0.13+). Scarf records this
/// the moment the user sends `/goal ` so the chat header pill appears
/// synchronously, without waiting for a server round-trip. There is no
/// authoritative read-back path in v2.8.0 see WS-2 plan Q1.
///
/// Plain value type, no mutation API. Drives the goal pill in
/// `SessionInfoBar` and the inspector contextual menu.
public struct HermesActiveGoal: Sendable, Equatable, Identifiable {
/// The user's verbatim goal text (post-trim).
public let text: String
/// When Scarf observed the `/goal` send. Local clock not the
/// server's authoritative timestamp.
public let setAt: Date
public var id: String {
text + "@" + ISO8601DateFormatter().string(from: setAt)
}
public init(text: String, setAt: Date) {
self.text = text
self.setAt = setAt
}
}
@@ -667,17 +667,6 @@ public struct HermesConfig: Sendable {
/// useful for cost auditing and screen-recording demos.
public var runtimeMetadataFooter: Bool
// -- Hermes v0.13 additions ----------------------------------------
// Per-platform Messaging Gateway settings dictionary keyed by Hermes
// platform identifier (`slack`, `telegram`, `matrix`, `mattermost`,
// `whatsapp`, `dingtalk`, `google-chat`). Populated only for platforms
// whose `gateway.platforms.<platform>.*` block exists in config.yaml
// platforms without an explicit block don't appear in the dictionary.
// Editing surfaces (per-platform setup forms) read with a `?? .empty`
// fallback so a missing entry behaves identically to an all-default
// entry.
public var gatewayPlatforms: [String: GatewayPlatformSettings]
// Grouped blocks
public var display: DisplaySettings
public var terminal: TerminalSettings
@@ -758,13 +747,11 @@ public struct HermesConfig: Sendable {
homeAssistant: HomeAssistantSettings,
cacheTTL: String = "5m",
redactionEnabled: Bool = false,
runtimeMetadataFooter: Bool = false,
gatewayPlatforms: [String: GatewayPlatformSettings] = [:]
runtimeMetadataFooter: Bool = false
) {
self.cacheTTL = cacheTTL
self.redactionEnabled = redactionEnabled
self.runtimeMetadataFooter = runtimeMetadataFooter
self.gatewayPlatforms = gatewayPlatforms
self.model = model
self.provider = provider
self.maxTurns = maxTurns
@@ -0,0 +1,23 @@
import Foundation
/// One queued prompt the user has staged via `/queue <text>` (Hermes
/// v0.13+ ACP `/queue` slash command). Hermes is the authoritative owner
/// of the actual queue server-side Scarf maintains this mirror so the
/// chat header chip + popover can show "what's pending" without an
/// extra round-trip. The mirror drains best-effort when a turn
/// completes (`RichChatViewModel.popQueuedPrompt`).
///
/// `id` is a Scarf-side UUID minted at queue-time Hermes' wire
/// protocol does not expose a per-queue-entry id, so we never round-trip
/// an entry-level identifier. See WS-2 plan Q5.
public struct HermesQueuedPrompt: Sendable, Equatable, Identifiable {
public let id: UUID
public let text: String
public let queuedAt: Date
public init(id: UUID = UUID(), text: String, queuedAt: Date = Date()) {
self.id = id
self.text = text
self.queuedAt = queuedAt
}
}
@@ -60,17 +60,6 @@ public enum KnownPlatforms {
// platform identifiers.
HermesToolPlatform(name: "yuanbao", displayName: "Yuanbao 元宝", icon: "bubble.left.and.bubble.right.fill"),
HermesToolPlatform(name: "microsoft-teams", displayName: "Microsoft Teams", icon: "person.2.fill"),
// -- v0.13 additions ---------------------------------------------
// Google Chat is the 20th gateway platform. It's a generic
// `env_enablement_fn` / `cron_deliver_env_var`-driven adapter; setup
// runs through `hermes setup` rather than per-field forms because
// the auth dance is OAuth-style and lives outside Scarf. Identifier
// is `google-chat` (kebab-case, mirroring `microsoft-teams`).
// TODO(WS-5-Q1): verify identifier against Hermes v0.13 GA if it
// ships as `googlechat` instead, update both this entry and
// `KnownPlatforms.icon(for:)` below. `GatewayAllowlistKind.kind(for:)`
// already accepts both spellings defensively.
HermesToolPlatform(name: "google-chat", displayName: "Google Chat", icon: "bubble.left.fill"),
]
public static func icon(for platform: String) -> String {
@@ -90,7 +79,6 @@ public enum KnownPlatforms {
case "imessage": return "message.fill"
case "yuanbao": return "bubble.left.and.bubble.right.fill"
case "microsoft-teams": return "person.2.fill"
case "google-chat", "googlechat": return "bubble.left.fill"
default: return "bubble.left"
}
}
@@ -225,58 +225,6 @@ public extension HermesConfig {
cooldownSeconds: int("platforms.homeassistant.extra.cooldown_seconds", default: 30)
)
// -- v0.13: per-platform Messaging Gateway settings --------------
// Read `gateway.platforms.<platform>.{allowed_channels|allowed_chats|
// allowed_rooms|busy_ack_enabled|gateway_restart_notification|
// slash_command_notice_ttl_seconds}` and bundle each platform that
// has at least one v0.13 key present in the file. Platforms without
// an explicit block don't appear in the dictionary, so the
// editor's `?? .empty` fallback hands the user the v0.13 defaults
// without leaving stale keys littered across the YAML.
//
// TODO(WS-5-Q2): the `gateway.platforms.*` path is unverified
// Hermes v0.13 may emit allowlists under `platforms.<platform>.*`
// (sibling to existing `platforms.slack.reply_to_mode`) instead.
// If so, swap the `prefix` line below to `"platforms.\(platform)."`
// and update `GatewayConfigWriter` in lockstep.
let gatewayAllowlistPlatforms = [
"slack", "mattermost", "google-chat",
"telegram", "whatsapp",
"matrix", "dingtalk",
]
var gatewayPlatforms: [String: GatewayPlatformSettings] = [:]
for platform in gatewayAllowlistPlatforms {
let prefix = "gateway.platforms.\(platform)."
let allowedChannels = lists[prefix + "allowed_channels"] ?? []
let allowedChats = lists[prefix + "allowed_chats"] ?? []
let allowedRooms = lists[prefix + "allowed_rooms"] ?? []
let busy = bool(prefix + "busy_ack_enabled", default: true)
let restartNotice = bool(prefix + "gateway_restart_notification",
default: false)
let ttl = int(prefix + "slash_command_notice_ttl_seconds",
default: 0)
// Skip platforms with no v0.13 fields present anywhere in the
// file. Without this guard, every supported platform would
// round-trip an all-default block back through writes even
// when the user never touched the new surface.
let isEmpty = allowedChannels.isEmpty
&& allowedChats.isEmpty
&& allowedRooms.isEmpty
&& values[prefix + "busy_ack_enabled"] == nil
&& values[prefix + "gateway_restart_notification"] == nil
&& values[prefix + "slash_command_notice_ttl_seconds"] == nil
if !isEmpty {
gatewayPlatforms[platform] = GatewayPlatformSettings(
allowedChannels: allowedChannels,
allowedChats: allowedChats,
allowedRooms: allowedRooms,
busyAckEnabled: busy,
gatewayRestartNotification: restartNotice,
slashCommandNoticeTTLSeconds: ttl
)
}
}
self.init(
model: str("model.default", default: "unknown"),
provider: str("model.provider", default: "unknown"),
@@ -336,8 +284,7 @@ public extension HermesConfig {
homeAssistant: homeAssistant,
cacheTTL: str("prompt_caching.cache_ttl", default: "5m"),
redactionEnabled: bool("redaction.enabled", default: false),
runtimeMetadataFooter: bool("agent.runtime_metadata_footer", default: false),
gatewayPlatforms: gatewayPlatforms
runtimeMetadataFooter: bool("agent.runtime_metadata_footer", default: false)
)
}
}
@@ -1,396 +0,0 @@
import Foundation
/// Direct YAML editor for `gateway.platforms.<platform>.allowed_<kind>:` list
/// blocks. Hermes v0.13 added these list-valued keys, but `hermes config set`
/// stringifies arrays (the same gotcha that forced Home Assistant's watch
/// lists to stay read-only). The Messaging Gateway editor sidesteps the CLI
/// for these keys by editing `~/.hermes/config.yaml` directly.
///
/// **Pure-function `setList`** is the heart of the editor it splits the
/// YAML into lines, finds (or creates) the targeted block, and splices the
/// new items in while preserving every byte outside the block. The async
/// `saveList` wrapper wires it through `ServerContext.readText` /
/// `writeText`, so the same code path works on `.local` and `.ssh` servers
/// local goes through `LocalTransport`, remote round-trips via SCP.
///
/// **Scalar fields don't go through here.** `busy_ack_enabled`,
/// `gateway_restart_notification`, and `slash_command_notice_ttl_seconds`
/// are scalars that `hermes config set` handles cleanly `GatewayBehaviorViewModel`
/// routes those through `PlatformSetupHelpers.saveForm` like every other
/// platform toggle.
///
/// **Why not use a real YAML library?** Same answer as everywhere else in
/// Scarf: zero external dependencies. The Hermes config flavor is a tightly
/// scoped subset (indent-based blocks, scalar-or-list values, no anchors /
/// aliases / flow style), and the targeted edit doesn't need to understand
/// the full grammar only "find this block, replace it, preserve the rest".
public enum GatewayConfigWriter {
/// Insert or replace `gateway.platforms.<platform>.<key>:` block in the
/// YAML, preserving everything else byte-for-byte.
///
/// - When `items` is empty, the block (and only the block siblings
/// stay) is removed from the YAML if present, and the function is a
/// no-op if the block was already absent.
/// - When the block is absent and `items` is non-empty, the function
/// appends a `gateway:` / `platforms:` / `<platform>:` scaffold at
/// the end of the file, creating any missing ancestors. This keeps
/// the function idempotent on round-trip but means the new block is
/// appended rather than spliced into an existing top-level
/// `gateway:` section. (See WS-5 plan §Notes for the trade-off; the
/// alternative would mean reflowing existing siblings, which is the
/// exact opposite of "preserve the surrounding YAML byte-for-byte".)
/// - When the block is present, its bullet rows are replaced with the
/// new items at the same indent. Items containing YAML-special
/// characters (`:` `#` `@` or leading whitespace) are single-quoted
/// defensively.
public static func setList(
in yaml: String,
platform: String,
key: String,
items: [String]
) -> String {
let blockIndent = 6 // `gateway:\n platforms:\n <platform>:\n <key>:`
let itemIndent = 8
let lines = yaml.components(separatedBy: "\n")
let blockHeaderText = " \(key):" // indented match for find()
let trimmedItems = items.filter { !$0.trimmingCharacters(in: .whitespaces).isEmpty }
// Locate ` <key>:` whose lineage is gateway platforms <platform>.
// We find the start of the gateway block, walk down the indent tree, and
// bail out if any ancestor is missing.
let location = locateBlock(
in: lines,
platform: platform,
key: key
)
switch location {
case .found(let blockRange):
return replaceBlock(
in: lines,
blockRange: blockRange,
key: key,
items: trimmedItems,
blockIndent: blockIndent,
itemIndent: itemIndent
)
case .platformPresentKeyMissing(let insertAfter):
if trimmedItems.isEmpty {
// No-op: empty target, no existing block.
return yaml
}
return spliceNewKey(
lines: lines,
insertAfterLineIndex: insertAfter,
key: key,
items: trimmedItems,
itemIndent: itemIndent
)
case .ancestorMissing:
if trimmedItems.isEmpty {
// Nothing to write, no existing block.
return yaml
}
return appendScaffold(
yaml: yaml,
platform: platform,
key: key,
items: trimmedItems
)
}
// (unreachable switch is exhaustive)
_ = blockHeaderText
}
/// Async wrapper that reads, mutates, writes via the given context.
/// Returns `false` on read or write failure.
///
/// The actual I/O happens via `ServerContext.readText` / `writeText`,
/// which are `nonisolated` safe to call from `MainActor` for the
/// short config.yaml writes the platform setup forms run. For remote
/// hosts the call rounds through SCP under `Task.detached` upstream
/// (per Swift 6 concurrency rules in `~/.claude/CLAUDE.md`).
public static func saveList(
context: ServerContext,
platform: String,
key: String,
items: [String]
) -> Bool {
let path = context.paths.configYAML
let existing = context.readText(path) ?? ""
let updated = setList(in: existing, platform: platform, key: key, items: items)
if updated == existing { return true } // no-op: already correct
return context.writeText(path, content: updated)
}
// MARK: - Internals
/// Result of locating the targeted block in the YAML line array.
private enum BlockLocation {
/// Block found; the closed range covers the header line + all bullet
/// rows attributed to it. Replacing this slice with the new block
/// completes the edit.
case found(ClosedRange<Int>)
/// `gateway platforms <platform>` exists, but the leaf `<key>:`
/// is absent under it. The associated value is the line index after
/// which the new key should be inserted (last line in the platform's
/// block, or the platform header itself if the platform's body is
/// empty).
case platformPresentKeyMissing(insertAfter: Int)
/// One of the ancestor section headers is missing. The whole
/// scaffold needs to be appended.
case ancestorMissing
}
private static func locateBlock(
in lines: [String],
platform: String,
key: String
) -> BlockLocation {
// Walk top-to-bottom looking for `gateway:` at indent 0.
guard let gatewayIdx = firstIndex(of: lines, headerLineEqualTo: "gateway:", indent: 0) else {
return .ancestorMissing
}
// Inside `gateway:`, find ` platforms:` at indent 2.
guard let platformsIdx = firstIndex(
of: lines,
after: gatewayIdx,
headerLineEqualTo: "platforms:",
indent: 2,
stopWhenIndentLessThan: 2
) else {
return .ancestorMissing
}
// Inside `platforms:`, find ` <platform>:` at indent 4.
guard let platformIdx = firstIndex(
of: lines,
after: platformsIdx,
headerLineEqualTo: "\(platform):",
indent: 4,
stopWhenIndentLessThan: 4
) else {
return .ancestorMissing
}
// Inside the platform block, find `<key>:` at indent 6, OR the end
// of the platform's body if the key is missing.
var keyIdx: Int?
var lastBodyIdx = platformIdx
var i = platformIdx + 1
while i < lines.count {
let line = lines[i]
let indent = leadingSpaces(line)
let trimmed = line.trimmingCharacters(in: .whitespaces)
if trimmed.isEmpty || trimmed.hasPrefix("#") {
i += 1
continue
}
if indent < 6 {
// Out of the platform's block.
break
}
if indent == 6 && trimmed == "\(key):" {
keyIdx = i
break
}
lastBodyIdx = i
i += 1
}
guard let keyIdx else {
return .platformPresentKeyMissing(insertAfter: lastBodyIdx)
}
// Walk down the bullet rows until we leave the block (indent shrinks
// below the bullet indent OR we hit a sibling key at indent 6).
var endIdx = keyIdx
var j = keyIdx + 1
while j < lines.count {
let line = lines[j]
let trimmed = line.trimmingCharacters(in: .whitespaces)
if trimmed.isEmpty || trimmed.hasPrefix("#") {
j += 1
continue
}
let indent = leadingSpaces(line)
// Block-style YAML allows bullets at the same indent as their
// parent key; tolerate 6-space `- item` rows alongside the
// canonical 8-space ones.
let isBullet = trimmed.hasPrefix("- ")
if isBullet && (indent == 8 || indent == 6) {
endIdx = j
j += 1
continue
}
// Anything not a bullet at indent 8 ends the block.
if indent <= 6 {
break
}
// Indent > 8 with no bullet unusual but tolerate (e.g. inline
// continuation). Treat as still in the block and advance.
endIdx = j
j += 1
}
return .found(keyIdx...endIdx)
}
private static func replaceBlock(
in lines: [String],
blockRange: ClosedRange<Int>,
key: String,
items: [String],
blockIndent: Int,
itemIndent: Int
) -> String {
var newLines = Array(lines.prefix(blockRange.lowerBound))
if !items.isEmpty {
newLines.append("\(spaces(blockIndent))\(key):")
for item in items {
newLines.append("\(spaces(itemIndent))- \(yamlQuoteIfNeeded(item))")
}
}
// Drop the old block but keep everything after it.
let tailStart = blockRange.upperBound + 1
if tailStart < lines.count {
newLines.append(contentsOf: lines.suffix(from: tailStart))
}
return newLines.joined(separator: "\n")
}
private static func spliceNewKey(
lines: [String],
insertAfterLineIndex: Int,
key: String,
items: [String],
itemIndent: Int
) -> String {
var newLines = Array(lines.prefix(insertAfterLineIndex + 1))
newLines.append(" \(key):")
for item in items {
newLines.append("\(spaces(itemIndent))- \(yamlQuoteIfNeeded(item))")
}
if insertAfterLineIndex + 1 < lines.count {
newLines.append(contentsOf: lines.suffix(from: insertAfterLineIndex + 1))
}
return newLines.joined(separator: "\n")
}
private static func appendScaffold(
yaml: String,
platform: String,
key: String,
items: [String]
) -> String {
var trimmed = yaml
// Ensure exactly one trailing newline before the appended block,
// so the scaffold sits on its own line cleanly.
while trimmed.hasSuffix("\n\n") {
trimmed.removeLast()
}
if !trimmed.isEmpty && !trimmed.hasSuffix("\n") {
trimmed.append("\n")
}
var lines: [String] = []
if !trimmed.isEmpty {
lines.append("") // blank separator
}
lines.append("gateway:")
lines.append(" platforms:")
lines.append(" \(platform):")
lines.append(" \(key):")
for item in items {
lines.append(" - \(yamlQuoteIfNeeded(item))")
}
lines.append("") // trailing newline so subsequent edits append cleanly
return trimmed + lines.joined(separator: "\n")
}
// MARK: - YAML scanning helpers
private static func leadingSpaces(_ line: String) -> Int {
var n = 0
for c in line {
if c == " " { n += 1 } else { break }
}
return n
}
/// Find the first line whose trimmed content equals `header` AND whose
/// leading-space count equals `indent`. Comment-only and blank lines
/// are skipped. Returns the line's index or `nil`.
private static func firstIndex(
of lines: [String],
headerLineEqualTo header: String,
indent: Int
) -> Int? {
for (i, line) in lines.enumerated() {
let trimmed = line.trimmingCharacters(in: .whitespaces)
if trimmed.isEmpty || trimmed.hasPrefix("#") { continue }
if leadingSpaces(line) == indent && trimmed == header {
return i
}
}
return nil
}
/// Scoped variant: search starts at `after + 1`, stops if a line at indent
/// `< stopWhenIndentLessThan` is encountered (we've left the parent block).
private static func firstIndex(
of lines: [String],
after: Int,
headerLineEqualTo header: String,
indent: Int,
stopWhenIndentLessThan: Int
) -> Int? {
var i = after + 1
while i < lines.count {
let line = lines[i]
let trimmed = line.trimmingCharacters(in: .whitespaces)
if trimmed.isEmpty || trimmed.hasPrefix("#") {
i += 1
continue
}
let lineIndent = leadingSpaces(line)
if lineIndent < stopWhenIndentLessThan {
return nil
}
if lineIndent == indent && trimmed == header {
return i
}
i += 1
}
return nil
}
private static func spaces(_ n: Int) -> String {
String(repeating: " ", count: n)
}
/// Quote a YAML scalar if it contains characters that the parser would
/// otherwise interpret as structure (colon, hash, leading at-sign, etc.).
/// Plain alphanumeric IDs (the common case for Slack channel IDs and
/// Telegram numeric chat IDs) are emitted unquoted.
private static func yamlQuoteIfNeeded(_ raw: String) -> String {
if raw.isEmpty { return "''" }
let needsQuoting = raw.contains(":")
|| raw.contains("#")
|| raw.contains("&")
|| raw.contains("*")
|| raw.contains(">")
|| raw.contains("|")
|| raw.first == "@"
|| raw.first == "-"
|| raw.first == " "
|| raw.last == " "
|| raw.first == "\""
|| raw.first == "'"
if !needsQuoting { return raw }
// Single-quote, escaping any embedded single quotes by doubling.
let escaped = raw.replacingOccurrences(of: "'", with: "''")
return "'\(escaped)'"
}
}
@@ -1,151 +0,0 @@
import Foundation
/// Cross-profile snapshot returned by `hermes gateway list --json` (Hermes
/// v0.13+). Each profile is one configured Messaging Gateway instance most
/// users have a single `default` profile, but power users keep separate
/// profiles for work / personal / project-specific accounts.
public struct GatewayListSnapshot: Sendable, Equatable {
public struct ProfileEntry: Sendable, Equatable {
public let profile: String
public let isRunning: Bool
public let pid: Int?
public let platforms: [String] // platform names connected/configured
public init(
profile: String,
isRunning: Bool,
pid: Int?,
platforms: [String]
) {
self.profile = profile
self.isRunning = isRunning
self.pid = pid
self.platforms = platforms
}
}
public let profiles: [ProfileEntry]
public let detectedAt: Date
public init(profiles: [ProfileEntry], detectedAt: Date = Date()) {
self.profiles = profiles
self.detectedAt = detectedAt
}
/// One-line digest for the Messaging Gateway page header. Format depends
/// on shape:
/// - 0 profiles: `"no profiles configured"`
/// - 1 profile, running: `"default profile · running · slack, telegram"`
/// - 1 profile, stopped: `"default profile · stopped"`
/// - >1 profile: `"3 profiles (2 running) · default: slack, telegram"`
public var headerDigest: String {
if profiles.isEmpty { return "no profiles configured" }
if profiles.count == 1 {
let p = profiles[0]
let state = p.isRunning ? "running" : "stopped"
if p.isRunning && !p.platforms.isEmpty {
let plats = p.platforms.joined(separator: ", ")
return "\(p.profile) profile · \(state) · \(plats)"
}
return "\(p.profile) profile · \(state)"
}
let runningCount = profiles.filter(\.isRunning).count
// Surface the platforms of the first running profile (or first profile
// if none are running) so the digest carries one specimen of context
// beyond just counts.
let highlight = profiles.first(where: \.isRunning) ?? profiles[0]
let platsClause: String
if highlight.platforms.isEmpty {
platsClause = ""
} else {
platsClause = " · \(highlight.profile): \(highlight.platforms.joined(separator: ", "))"
}
return "\(profiles.count) profiles (\(runningCount) running)\(platsClause)"
}
}
/// Pure parser + sync fetcher for `hermes gateway list --json`. Pre-v0.13
/// hosts exit non-zero on the unknown subcommand; the fetcher returns `nil`
/// in that case so the digest row hides itself.
///
/// The detection is **synchronous** run from a `Task.detached` to avoid
/// blocking MainActor on remote SSH round-trips. The pure `parse(_:)`
/// helper has no I/O and can be used in tests against canned JSON.
public enum HermesGatewayListService {
/// Parse a JSON blob from `hermes gateway list --json` into a snapshot.
/// Tolerant of unknown keys; returns `nil` for unparseable / empty input.
///
/// // TODO(WS-5-Q3): the JSON shape below is the plan's best-guess.
/// Confirm against actual Hermes v0.13 output once available. Possible
/// alternative shapes:
/// - root array of profile objects (no `profiles` wrapper)
/// - `state` enum string instead of `running` bool
/// - `connected_platforms` instead of `platforms`
/// The parser is intentionally tolerant so a small shape change can be
/// absorbed by tweaking field names without breaking older fixtures.
public static func parse(_ json: Data) -> GatewayListSnapshot? {
guard !json.isEmpty,
let raw = try? JSONSerialization.jsonObject(with: json) else {
return nil
}
// Accept both `{"profiles": [...]}` and a bare `[...]` of profiles.
let profilesArray: [Any]
if let dict = raw as? [String: Any], let arr = dict["profiles"] as? [Any] {
profilesArray = arr
} else if let arr = raw as? [Any] {
profilesArray = arr
} else {
return nil
}
var entries: [GatewayListSnapshot.ProfileEntry] = []
for raw in profilesArray {
guard let obj = raw as? [String: Any] else { continue }
let profile = (obj["name"] as? String)
?? (obj["profile"] as? String)
?? "default"
let isRunning: Bool
if let v = obj["running"] as? Bool {
isRunning = v
} else if let s = obj["state"] as? String {
isRunning = s.lowercased() == "running"
} else {
isRunning = false
}
let pid = obj["pid"] as? Int
let platforms = (obj["platforms"] as? [String])
?? (obj["connected_platforms"] as? [String])
?? []
entries.append(GatewayListSnapshot.ProfileEntry(
profile: profile,
isRunning: isRunning,
pid: pid,
platforms: platforms
))
}
return GatewayListSnapshot(profiles: entries)
}
/// Synchronous fetch helper call from a `Task.detached`. Returns
/// `nil` when the subcommand fails (pre-v0.13 host) or when the
/// output isn't parseable.
public static func fetch(context: ServerContext) -> GatewayListSnapshot? {
let transport = context.makeTransport()
let executable = context.paths.hermesBinary
do {
let result = try transport.runProcess(
executable: executable,
args: ["gateway", "list", "--json"],
stdin: nil,
timeout: 10
)
guard result.exitCode == 0 else { return nil }
return parse(result.stdout)
} catch {
return nil
}
}
}
@@ -248,15 +248,73 @@ public final class RichChatViewModel {
/// Hermes v2026.4.23+ but listed here unconditionally so older
/// hosts that don't advertise it still surface the trigger; the
/// agent will respond appropriately or no-op gracefully.
///
/// v2.8 / Hermes v0.13 adds `/goal` (lock the agent on a target
/// across turns) and `/queue` (queue a prompt for after the current
/// turn). Both ride the same `.acpNonInterruptive` source Hermes
/// parses them server-side, the wire shape is plain
/// `session/prompt`, and the chat UI keeps the "Agent working"
/// indicator off when they're sent. They're listed unconditionally
/// here; capability filtering happens in `availableCommands` so
/// pre-v0.13 hosts don't see `/goal` or `/queue` in the slash menu.
// TODO(WS-2-Q7): verify against a real v0.13 ACP host that `/goal`
// is in fact non-interruptive on the wire. If Hermes treats it as a
// regular prompt that flips "Agent working", drop it from this
// list and route it through the standard send path (the pill
// bookkeeping in `recordActiveGoal` is independent of the
// interruptive classification).
public static let nonInterruptiveCommands: [HermesSlashCommand] = [
HermesSlashCommand(
name: "steer",
description: "Nudge the agent mid-run (applies after the next tool call)",
argumentHint: "<guidance>",
source: .acpNonInterruptive
),
HermesSlashCommand(
name: "goal",
description: "Lock the agent on a goal that persists across turns",
argumentHint: "<text>",
source: .acpNonInterruptive
),
HermesSlashCommand(
name: "queue",
description: "Queue a prompt to run after the current turn",
argumentHint: "<text>",
source: .acpNonInterruptive
)
]
/// Capability snapshot the chat surface uses to filter
/// `availableCommands`. Set by the chat controller (Mac
/// `ChatViewModel`, iOS `ChatController`) at session-start time and
/// kept fresh via the `HermesCapabilitiesStore` env binding. Default
/// `.empty` means "no v0.13 surfaces" pre-v0.13 hosts and harness
/// scenarios (Previews, smoke tests) never expose `/goal` or
/// `/queue` until the controller publishes a real capabilities
/// value. `@ObservationIgnored` so capability refreshes don't trash
/// the streaming-message render budget; controllers call
/// `publishCapabilities(_:)` once per refresh tick.
@ObservationIgnored
public var capabilitiesGate: HermesCapabilities = .empty
/// Optimistic local mirror of the agent's currently-locked goal.
/// Set by `recordActiveGoal(text:)` the moment the user sends
/// `/goal `; cleared on `/goal --clear` or `reset()`. Pre-v0.13
/// hosts can't reach this code path (the slash menu hides `/goal`),
/// but a typed-out `/goal foo` against an older host would still
/// land here briefly until Hermes' "unknown command" reply lands
/// see WS-2 plan "Inconsistency caveat".
public private(set) var activeGoal: HermesActiveGoal?
/// Optimistic mirror of prompts the user has queued via `/queue `
/// while a turn is in flight. Hermes is the authoritative owner
/// server-side; this list drives the chat-header chip + popover and
/// drains FIFO via `popQueuedPrompt()` when a turn completes.
/// Best-effort: if Hermes' server-side queue gets out of sync
/// (deferred prompt aborted, dropped on disconnect) the user sees a
/// stale chip until their next interaction.
public private(set) var queuedPrompts: [HermesQueuedPrompt] = []
/// Transient hint shown above the composer, e.g. "Guidance queued
/// applies after the next tool call." for `/steer`. The chat view
/// auto-clears it after a short delay (handled in the view); the
@@ -318,12 +376,94 @@ public final class RichChatViewModel {
!acpNames.contains($0.name) && !projectNames.contains($0.name)
}
let occupied = acpNames.union(projectNames).union(Set(quicks.map(\.name)))
let nonInterruptive = Self.nonInterruptiveCommands.filter {
!occupied.contains($0.name)
// Capability gate: `/goal` and `/queue` are v0.13+ surfaces;
// hide them when the connected host is older. `/steer` is
// surfaced unconditionally it works on v0.11+ during an
// active turn; idle-session greying for pre-v0.13 hosts is
// the input bar's concern (it reads `hasACPSteerOnIdle`).
let supported: [HermesSlashCommand] = Self.nonInterruptiveCommands.filter { cmd in
switch cmd.name {
case "goal": return capabilitiesGate.hasGoals
case "queue": return capabilitiesGate.hasACPQueue
case "steer": return true
default: return true
}
}
let nonInterruptive = supported.filter { !occupied.contains($0.name) }
return acpCommands + projectAsHermes + quicks + nonInterruptive
}
/// Publish a fresh capabilities snapshot from the controller.
/// Called whenever `HermesCapabilitiesStore.capabilities` changes
/// (initial detection, post-refresh, server switch). The chat input
/// bar's slash menu re-reads `availableCommands` lazily, so this is
/// just a stored-value swap no observable churn.
public func publishCapabilities(_ caps: HermesCapabilities) {
capabilitiesGate = caps
}
/// Optimistic write triggered when the user sends `/goal <text>`.
/// Pass `nil` (or empty) to clear (the `/goal --clear` path). The
/// pill renders synchronously off this state; there is no
/// authoritative server read-back in v2.8.0 see WS-2 plan Q1.
// TODO(WS-2-Q1): hook a Hermes-supplied goal-state read-back path
// here once we know whether v0.13 exposes goal state via an ACP
// session-startup notification, a session-sidecar JSON field, or a
// `/goal --status` reply. Until then `activeGoal` is purely
// user-set and does not survive a session resume.
public func recordActiveGoal(text: String?) {
if let text, !text.trimmingCharacters(in: .whitespacesAndNewlines).isEmpty {
activeGoal = HermesActiveGoal(
text: text.trimmingCharacters(in: .whitespacesAndNewlines),
setAt: Date()
)
} else {
activeGoal = nil
}
}
/// Append an optimistically-queued prompt to the local mirror
/// (driven by `/queue <text>`). No-op for empty / whitespace input.
public func recordQueuedPrompt(text: String) {
let trimmed = text.trimmingCharacters(in: .whitespacesAndNewlines)
guard !trimmed.isEmpty else { return }
queuedPrompts.append(HermesQueuedPrompt(text: trimmed))
}
/// Drain the next queued prompt off the local mirror, FIFO. Called
/// from `handlePromptComplete` once a turn settles Hermes runs
/// the actual queued prompt server-side; popping here keeps the
/// header chip count honest. Returns the popped prompt for any
/// caller that wants to log it; the chat UI ignores the return.
@discardableResult
public func popQueuedPrompt() -> HermesQueuedPrompt? {
queuedPrompts.isEmpty ? nil : queuedPrompts.removeFirst()
}
/// Parse the argument slug from a `/goal ` invocation. Pure
/// function exposed for unit tests. The chat dispatch reads this
/// to decide whether to set, clear, or no-op the optimistic pill.
public enum GoalCommandArgument: Equatable {
case set(String)
case clear
/// User typed `/goal` with no argument Hermes will reply
/// with usage; Scarf shows a neutral hint and doesn't touch
/// the pill state.
case empty
}
public static func parseGoalArgument(_ raw: String) -> GoalCommandArgument {
let trimmed = raw.trimmingCharacters(in: .whitespacesAndNewlines)
if trimmed.isEmpty { return .empty }
// Accept `--clear`, `clear`, and case-insensitive variants so
// typos don't accidentally lock the goal text to literal
// "Clear". `--clear` is the canonical form (matches Hermes
// CLI flag style).
let lowered = trimmed.lowercased()
if lowered == "--clear" || lowered == "clear" { return .clear }
return .set(trimmed)
}
/// True when `text` is a non-interruptive command that should NOT
/// flip `isAgentWorking` to true on send. Used by the Mac/iOS chat
/// view models to skip the "agent working" overlay change for
@@ -474,6 +614,14 @@ public final class RichChatViewModel {
turnDurations = [:]
transientHint = nil
pendingPermission = nil
// v2.8 / Hermes v0.13 drop optimistic v0.13 surfaces on
// session reset so a fresh chat (or a resume into a different
// session) doesn't paint stale goal / queue state from the
// previous one. The capabilities gate stays on whatever the
// controller most recently published; it's a host-level value
// that doesn't change with session boundaries.
activeGoal = nil
queuedPrompts = []
loadQuickCommands()
}
@@ -812,6 +960,22 @@ public final class RichChatViewModel {
acpThoughtTokens += response.thoughtTokens
acpCachedReadTokens += response.cachedReadTokens
isAgentWorking = false
// v2.8 / Hermes v0.13 Hermes runs the next `/queue`-deferred
// prompt server-side now that this turn has settled. Drain the
// local mirror FIFO so the header chip count matches what the
// user staged. Best-effort: if Hermes' authoritative queue
// diverged (deferred prompt aborted, dropped on disconnect),
// the chip is one tick stale until the user's next interaction.
if !queuedPrompts.isEmpty {
popQueuedPrompt()
}
// TODO(v2.8.1): when this completes after an auto-resumed
// checkpoint (Hermes v0.13's "Auto-resume interrupted sessions
// after gateway restart"), surface a one-shot "Auto-resumed
// from checkpoint" indicator. Wire-shape unknown until a v0.13
// dogfooding pass confirms whether the resume lands as a
// visible ACP event or is purely server-side. Deferred from
// v2.8.0 per WS-2 plan Q3.
buildMessageGroups()
// Final position after the prompt settles. Catches fast responses
// (slash commands, short replies) where `.defaultScrollAnchor(.bottom)`
@@ -1,70 +0,0 @@
import Testing
import Foundation
@testable import ScarfCore
/// Pure mapping tests for `GatewayAllowlistKind`. Locks down the (platform
/// kind) table so a refactor doesn't accidentally drop a platform.
@Suite struct GatewayAllowlistKindTests {
@Test func mapsKnownPlatformsToCorrectKind() {
#expect(GatewayAllowlistKind.kind(for: "slack") == .channels)
#expect(GatewayAllowlistKind.kind(for: "mattermost") == .channels)
#expect(GatewayAllowlistKind.kind(for: "google-chat") == .channels)
#expect(GatewayAllowlistKind.kind(for: "telegram") == .chats)
#expect(GatewayAllowlistKind.kind(for: "whatsapp") == .chats)
#expect(GatewayAllowlistKind.kind(for: "matrix") == .rooms)
#expect(GatewayAllowlistKind.kind(for: "dingtalk") == .rooms)
}
@Test func acceptsBothGoogleChatSpellings() {
// // TODO(WS-5-Q1) both spellings round-trip until Hermes confirms
// the wire identifier.
#expect(GatewayAllowlistKind.kind(for: "google-chat") == .channels)
#expect(GatewayAllowlistKind.kind(for: "googlechat") == .channels)
}
@Test func returnsNilForPlatformsWithoutAllowlist() {
#expect(GatewayAllowlistKind.kind(for: "cli") == nil)
#expect(GatewayAllowlistKind.kind(for: "yuanbao") == nil)
#expect(GatewayAllowlistKind.kind(for: "microsoft-teams") == nil)
#expect(GatewayAllowlistKind.kind(for: "discord") == nil)
#expect(GatewayAllowlistKind.kind(for: "signal") == nil)
#expect(GatewayAllowlistKind.kind(for: "homeassistant") == nil)
#expect(GatewayAllowlistKind.kind(for: "") == nil)
#expect(GatewayAllowlistKind.kind(for: "unknown") == nil)
}
@Test func yamlKeyMatchesHermesContract() {
#expect(GatewayAllowlistKind.channels.yamlKey == "allowed_channels")
#expect(GatewayAllowlistKind.chats.yamlKey == "allowed_chats")
#expect(GatewayAllowlistKind.rooms.yamlKey == "allowed_rooms")
}
@Test func nounsAreUserFacingSafe() {
#expect(GatewayAllowlistKind.channels.noun == "channel")
#expect(GatewayAllowlistKind.chats.noun == "chat")
#expect(GatewayAllowlistKind.rooms.noun == "room")
#expect(GatewayAllowlistKind.channels.pluralNoun == "channels")
#expect(GatewayAllowlistKind.chats.pluralNoun == "chats")
#expect(GatewayAllowlistKind.rooms.pluralNoun == "rooms")
}
@Test func placeholdersAreNonEmpty() {
// Smoke test placeholder strings are advisory; we just don't want
// them silently emptied during a refactor.
#expect(!GatewayAllowlistKind.channels.inputPlaceholder.isEmpty)
#expect(!GatewayAllowlistKind.chats.inputPlaceholder.isEmpty)
#expect(!GatewayAllowlistKind.rooms.inputPlaceholder.isEmpty)
}
@Test func gatewayPlatformSettingsItemsForKind() {
let s = GatewayPlatformSettings(
allowedChannels: ["C01"],
allowedChats: ["@user"],
allowedRooms: ["!room:matrix.org"]
)
#expect(s.items(for: .channels) == ["C01"])
#expect(s.items(for: .chats) == ["@user"])
#expect(s.items(for: .rooms) == ["!room:matrix.org"])
}
}
@@ -1,276 +0,0 @@
import Testing
import Foundation
@testable import ScarfCore
/// Round-trip + idempotence tests for `GatewayConfigWriter.setList`. Pure
/// `String` operations only runs cleanly on Linux SwiftPM.
@Suite struct GatewayConfigWriterTests {
// MARK: - Insert
@Test func setListInsertsBlockOnEmpty() {
let yaml = ""
let updated = GatewayConfigWriter.setList(
in: yaml,
platform: "slack",
key: "allowed_channels",
items: ["C0123ABCD", "C0456EFGH"]
)
#expect(updated.contains("gateway:"))
#expect(updated.contains(" platforms:"))
#expect(updated.contains(" slack:"))
#expect(updated.contains(" allowed_channels:"))
#expect(updated.contains("- C0123ABCD"))
#expect(updated.contains("- C0456EFGH"))
}
@Test func setListAppendsScaffoldPreservingPriorContent() {
let yaml = """
model:
default: gpt-4o
provider: openai
"""
let updated = GatewayConfigWriter.setList(
in: yaml,
platform: "slack",
key: "allowed_channels",
items: ["C01"]
)
// Original content preserved verbatim at the top.
#expect(updated.contains("model:"))
#expect(updated.contains(" default: gpt-4o"))
#expect(updated.contains(" provider: openai"))
// New scaffold appended.
#expect(updated.contains("gateway:"))
#expect(updated.contains(" slack:"))
#expect(updated.contains("- C01"))
}
// MARK: - Replace
@Test func setListReplacesExistingBlock() {
let yaml = """
gateway:
platforms:
slack:
allowed_channels:
- C_OLD_1
- C_OLD_2
"""
let updated = GatewayConfigWriter.setList(
in: yaml,
platform: "slack",
key: "allowed_channels",
items: ["C_NEW_1"]
)
#expect(updated.contains("- C_NEW_1"))
#expect(!updated.contains("- C_OLD_1"))
#expect(!updated.contains("- C_OLD_2"))
}
@Test func setListPreservesScalarSiblings() {
// The `busy_ack_enabled` scalar sibling of `allowed_channels` must
// stay byte-for-byte after a list-write to the same platform.
let yaml = """
gateway:
platforms:
slack:
allowed_channels:
- C_OLD
busy_ack_enabled: false
gateway_restart_notification: true
"""
let updated = GatewayConfigWriter.setList(
in: yaml,
platform: "slack",
key: "allowed_channels",
items: ["C_NEW"]
)
#expect(updated.contains("- C_NEW"))
#expect(!updated.contains("- C_OLD"))
// Scalars at the same indent must survive.
#expect(updated.contains("busy_ack_enabled: false"))
#expect(updated.contains("gateway_restart_notification: true"))
}
@Test func setListPreservesOtherPlatformsBlocks() {
// Editing slack must not touch matrix.
let yaml = """
gateway:
platforms:
slack:
allowed_channels:
- C_SLACK
matrix:
allowed_rooms:
- '!room1:matrix.org'
- '!room2:matrix.org'
"""
let updated = GatewayConfigWriter.setList(
in: yaml,
platform: "slack",
key: "allowed_channels",
items: ["C_SLACK_NEW"]
)
#expect(updated.contains("- C_SLACK_NEW"))
// Matrix block intact.
#expect(updated.contains(" matrix:"))
#expect(updated.contains("'!room1:matrix.org'"))
#expect(updated.contains("'!room2:matrix.org'"))
}
// MARK: - Remove
@Test func setListWithEmptyItemsRemovesBlock() {
let yaml = """
gateway:
platforms:
slack:
allowed_channels:
- C01
- C02
busy_ack_enabled: true
"""
let updated = GatewayConfigWriter.setList(
in: yaml,
platform: "slack",
key: "allowed_channels",
items: []
)
// Block removed; sibling scalar preserved.
#expect(!updated.contains("allowed_channels:"))
#expect(!updated.contains("- C01"))
#expect(!updated.contains("- C02"))
#expect(updated.contains("busy_ack_enabled: true"))
}
@Test func setListWithEmptyItemsOnAbsentBlockIsNoOp() {
let yaml = """
model:
default: gpt-4o
"""
let updated = GatewayConfigWriter.setList(
in: yaml,
platform: "slack",
key: "allowed_channels",
items: []
)
#expect(updated == yaml)
}
// MARK: - Idempotence
@Test func setListIsIdempotent() {
let yaml = """
model:
default: gpt-4o
"""
let once = GatewayConfigWriter.setList(
in: yaml,
platform: "telegram",
key: "allowed_chats",
items: ["@alice", "@bob"]
)
let twice = GatewayConfigWriter.setList(
in: once,
platform: "telegram",
key: "allowed_chats",
items: ["@alice", "@bob"]
)
#expect(once == twice)
}
@Test func setListReplaceThenReplaceIsStable() {
let yaml = ""
let a = GatewayConfigWriter.setList(
in: yaml, platform: "matrix", key: "allowed_rooms",
items: ["!a:m", "!b:m"]
)
let b = GatewayConfigWriter.setList(
in: a, platform: "matrix", key: "allowed_rooms",
items: ["!c:m"]
)
#expect(b.contains("- '!c:m'"))
#expect(!b.contains("'!a:m'"))
#expect(!b.contains("'!b:m'"))
}
// MARK: - Quoting
@Test func setListQuotesItemsContainingColons() {
// Matrix room IDs contain `:` must be single-quoted.
let yaml = ""
let updated = GatewayConfigWriter.setList(
in: yaml, platform: "matrix", key: "allowed_rooms",
items: ["!RoomId:matrix.org"]
)
#expect(updated.contains("'!RoomId:matrix.org'"))
}
@Test func setListQuotesItemsStartingWithAt() {
// Telegram usernames `@alice`.
let yaml = ""
let updated = GatewayConfigWriter.setList(
in: yaml, platform: "telegram", key: "allowed_chats",
items: ["@alice"]
)
#expect(updated.contains("'@alice'"))
}
@Test func setListLeavesPlainAlphanumericUnquoted() {
// Slack channel IDs are A-Z0-9 emit unquoted for readability.
let yaml = ""
let updated = GatewayConfigWriter.setList(
in: yaml, platform: "slack", key: "allowed_channels",
items: ["C0123ABCD"]
)
#expect(updated.contains("- C0123ABCD"))
#expect(!updated.contains("'C0123ABCD'"))
}
@Test func setListEscapesEmbeddedSingleQuotes() {
let yaml = ""
let updated = GatewayConfigWriter.setList(
in: yaml, platform: "slack", key: "allowed_channels",
items: ["weird:'name"]
)
// Embedded single quote doubled per YAML spec.
#expect(updated.contains("'weird:''name'"))
}
// MARK: - Insertion when ancestors exist but key is absent
@Test func setListInsertsKeyUnderExistingPlatformBlock() {
// `gateway platforms slack` exists with a busy_ack_enabled
// scalar; `allowed_channels` is missing. Add it without disturbing
// the scalar sibling.
let yaml = """
gateway:
platforms:
slack:
busy_ack_enabled: false
"""
let updated = GatewayConfigWriter.setList(
in: yaml, platform: "slack", key: "allowed_channels",
items: ["C42"]
)
#expect(updated.contains("busy_ack_enabled: false"))
#expect(updated.contains("allowed_channels:"))
#expect(updated.contains("- C42"))
}
// MARK: - Round-trip with the YAML loader
@Test func roundTripsThroughHermesConfigYAMLLoader() {
// Write a list, then parse the result through HermesConfig+YAML and
// confirm we read back what we wrote.
var yaml = ""
yaml = GatewayConfigWriter.setList(
in: yaml, platform: "slack", key: "allowed_channels",
items: ["C01", "C02"]
)
let cfg = HermesConfig(yaml: yaml)
let block = cfg.gatewayPlatforms["slack"]
#expect(block?.allowedChannels == ["C01", "C02"])
}
}
@@ -1,131 +0,0 @@
import Testing
import Foundation
@testable import ScarfCore
/// Parser tests for `hermes gateway list --json`. Pure no transport, no
/// process calls.
@Suite struct HermesGatewayListServiceTests {
private func data(_ s: String) -> Data { s.data(using: .utf8)! }
@Test func parsesSingleProfileSinglePlatform() {
let json = data(#"""
{"profiles":[{"name":"default","running":true,"pid":1234,
"platforms":["slack","telegram"]}]}
"""#)
let snap = HermesGatewayListService.parse(json)
#expect(snap?.profiles.count == 1)
#expect(snap?.profiles[0].profile == "default")
#expect(snap?.profiles[0].pid == 1234)
#expect(snap?.profiles[0].isRunning == true)
#expect(snap?.profiles[0].platforms == ["slack", "telegram"])
}
@Test func parsesMultipleProfiles() {
let json = data(#"""
{"profiles":[
{"name":"work","running":true,"pid":2001,"platforms":["slack"]},
{"name":"personal","running":false,"platforms":["telegram"]}
]}
"""#)
let snap = HermesGatewayListService.parse(json)
#expect(snap?.profiles.count == 2)
#expect(snap?.profiles[0].profile == "work")
#expect(snap?.profiles[0].isRunning == true)
#expect(snap?.profiles[1].profile == "personal")
#expect(snap?.profiles[1].isRunning == false)
#expect(snap?.profiles[1].pid == nil)
}
@Test func parsesBareArrayShape() {
// Tolerance for a top-level array (no `profiles` wrapper).
let json = data(#"""
[{"name":"default","running":true,"pid":42,"platforms":["discord"]}]
"""#)
let snap = HermesGatewayListService.parse(json)
#expect(snap?.profiles.count == 1)
#expect(snap?.profiles[0].profile == "default")
}
@Test func toleratesAlternateFieldNames() {
// `profile` instead of `name`, `state` instead of `running`,
// `connected_platforms` instead of `platforms` defensive defaults
// keep the parser happy if Hermes ships any of these.
let json = data(#"""
{"profiles":[{"profile":"alt","state":"running","pid":7,
"connected_platforms":["matrix"]}]}
"""#)
let snap = HermesGatewayListService.parse(json)
#expect(snap?.profiles[0].profile == "alt")
#expect(snap?.profiles[0].isRunning == true)
#expect(snap?.profiles[0].platforms == ["matrix"])
}
@Test func returnsNilOnEmptyData() {
#expect(HermesGatewayListService.parse(Data()) == nil)
}
@Test func returnsNilOnUnparseableJSON() {
let json = data("not-json")
#expect(HermesGatewayListService.parse(json) == nil)
}
@Test func returnsEmptySnapshotOnEmptyProfilesArray() {
let json = data(#"{"profiles":[]}"#)
let snap = HermesGatewayListService.parse(json)
#expect(snap?.profiles.isEmpty == true)
}
@Test func toleratesUnknownKeys() {
// Forward-compat: a future v0.13.x Hermes adds extra fields, parser
// still works.
let json = data(#"""
{"profiles":[{"name":"default","running":true,"platforms":["slack"],
"future_field":"value","another":42}]}
"""#)
let snap = HermesGatewayListService.parse(json)
#expect(snap?.profiles[0].profile == "default")
}
// MARK: - headerDigest
@Test func headerDigestEmptyProfiles() {
let snap = GatewayListSnapshot(profiles: [])
#expect(snap.headerDigest == "no profiles configured")
}
@Test func headerDigestSingleProfileRunning() {
let snap = GatewayListSnapshot(profiles: [
.init(profile: "default", isRunning: true, pid: 100,
platforms: ["slack", "telegram"])
])
#expect(snap.headerDigest == "default profile · running · slack, telegram")
}
@Test func headerDigestSingleProfileStopped() {
let snap = GatewayListSnapshot(profiles: [
.init(profile: "default", isRunning: false, pid: nil, platforms: [])
])
#expect(snap.headerDigest == "default profile · stopped")
}
@Test func headerDigestMultipleProfilesSomeRunning() {
let snap = GatewayListSnapshot(profiles: [
.init(profile: "work", isRunning: true, pid: 1, platforms: ["slack"]),
.init(profile: "home", isRunning: false, pid: nil, platforms: ["matrix"]),
.init(profile: "extra", isRunning: true, pid: 2, platforms: [])
])
// 3 profiles total, 2 running, surface first running profile's
// platform list as the highlight.
#expect(snap.headerDigest == "3 profiles (2 running) · work: slack")
}
@Test func headerDigestMultipleProfilesNoneRunning() {
let snap = GatewayListSnapshot(profiles: [
.init(profile: "a", isRunning: false, pid: nil, platforms: ["slack"]),
.init(profile: "b", isRunning: false, pid: nil, platforms: ["matrix"])
])
// No running profile fall back to the first profile's platforms.
#expect(snap.headerDigest == "2 profiles (0 running) · a: slack")
}
}
@@ -228,87 +228,6 @@ import Foundation
#expect(c.timezone == "America/New_York")
}
// MARK: - v0.13 gateway.platforms.<platform> block
@Test func gatewayPlatformsEmptyByDefault() {
let c = HermesConfig(yaml: "")
#expect(c.gatewayPlatforms.isEmpty)
}
@Test func parsesGatewayAllowlistsForSlack() {
let yaml = """
gateway:
platforms:
slack:
allowed_channels:
- C01
- C02
busy_ack_enabled: false
gateway_restart_notification: true
slash_command_notice_ttl_seconds: 120
"""
let cfg = HermesConfig(yaml: yaml)
let block = cfg.gatewayPlatforms["slack"]
#expect(block?.allowedChannels == ["C01", "C02"])
#expect(block?.busyAckEnabled == false)
#expect(block?.gatewayRestartNotification == true)
#expect(block?.slashCommandNoticeTTLSeconds == 120)
}
@Test func parsesGatewayAllowlistsForTelegramAndMatrix() {
let yaml = """
gateway:
platforms:
telegram:
allowed_chats:
- '@alice'
- '12345'
matrix:
allowed_rooms:
- '!room:matrix.org'
"""
let cfg = HermesConfig(yaml: yaml)
#expect(cfg.gatewayPlatforms["telegram"]?.allowedChats == ["@alice", "12345"])
#expect(cfg.gatewayPlatforms["matrix"]?.allowedRooms == ["!room:matrix.org"])
}
@Test func gatewayBlockCoexistsWithLegacyPlatformBlocks() {
// Regression: legacy `platforms.slack.reply_to_mode` and
// `matrix.require_mention` must keep parsing when the new
// `gateway:` block is also present no key collisions.
let yaml = """
platforms:
slack:
reply_to_mode: all
matrix:
require_mention: false
gateway:
platforms:
slack:
allowed_channels:
- C01
"""
let cfg = HermesConfig(yaml: yaml)
#expect(cfg.slack.replyToMode == "all")
#expect(cfg.matrix.requireMention == false)
#expect(cfg.gatewayPlatforms["slack"]?.allowedChannels == ["C01"])
}
@Test func gatewayPlatformsSkipsPlatformsWithoutV013Keys() {
// The `gateway:` block exists but only Slack has a v0.13 key
// platforms without keys must NOT appear in `gatewayPlatforms`.
let yaml = """
gateway:
platforms:
slack:
busy_ack_enabled: true
"""
let cfg = HermesConfig(yaml: yaml)
#expect(cfg.gatewayPlatforms["slack"] != nil)
#expect(cfg.gatewayPlatforms["mattermost"] == nil)
#expect(cfg.gatewayPlatforms["telegram"] == nil)
}
@Test func cronScheduleMemberwise() {
let s = CronSchedule(
kind: "cron",
@@ -241,6 +241,150 @@ import Foundation
#expect(a == b)
}
// MARK: - v0.13 non-interruptive commands (WS-2 / Persistent Goals + /queue)
@Test func nonInterruptiveListIncludesGoalAndQueue() {
let names = RichChatViewModel.nonInterruptiveCommands.map(\.name)
#expect(names.contains("steer"))
#expect(names.contains("goal"))
#expect(names.contains("queue"))
}
@MainActor
@Test func availableCommandsHidesGoalWhenCapabilityOff() {
let vm = RichChatViewModel(context: .local)
vm.publishCapabilities(.empty)
let names = vm.availableCommands.map(\.name)
#expect(!names.contains("goal"))
}
@MainActor
@Test func availableCommandsHidesQueueWhenCapabilityOff() {
let vm = RichChatViewModel(context: .local)
vm.publishCapabilities(.empty)
let names = vm.availableCommands.map(\.name)
#expect(!names.contains("queue"))
}
@MainActor
@Test func availableCommandsExposesAllThreeOnV013() {
let vm = RichChatViewModel(context: .local)
let caps = HermesCapabilities.parseLine("Hermes Agent v0.13.0 (2026.5.7)")
vm.publishCapabilities(caps)
let names = vm.availableCommands.map(\.name)
#expect(names.contains("steer"))
#expect(names.contains("goal"))
#expect(names.contains("queue"))
}
@MainActor
@Test func availableCommandsExposesSteerButHidesV013OnV012() {
let vm = RichChatViewModel(context: .local)
let caps = HermesCapabilities.parseLine("Hermes Agent v0.12.0 (2026.4.30)")
vm.publishCapabilities(caps)
let names = vm.availableCommands.map(\.name)
#expect(names.contains("steer"))
#expect(!names.contains("goal"))
#expect(!names.contains("queue"))
}
@Test func parseGoalArgumentRecognizesClearVariants() {
#expect(RichChatViewModel.parseGoalArgument("--clear") == .clear)
#expect(RichChatViewModel.parseGoalArgument("clear") == .clear)
#expect(RichChatViewModel.parseGoalArgument("Clear") == .clear)
#expect(RichChatViewModel.parseGoalArgument(" --clear ") == .clear)
}
@Test func parseGoalArgumentReturnsSetForArbitraryText() {
#expect(
RichChatViewModel.parseGoalArgument("finish v2.8 on time")
== .set("finish v2.8 on time")
)
// Whitespace around set text is trimmed.
#expect(
RichChatViewModel.parseGoalArgument(" ship it ")
== .set("ship it")
)
}
@Test func parseGoalArgumentReturnsEmptyForBlank() {
#expect(RichChatViewModel.parseGoalArgument("") == .empty)
#expect(RichChatViewModel.parseGoalArgument(" ") == .empty)
#expect(RichChatViewModel.parseGoalArgument("\n\t") == .empty)
}
@MainActor
@Test func recordActiveGoalSetsAndClears() {
let vm = RichChatViewModel(context: .local)
#expect(vm.activeGoal == nil)
vm.recordActiveGoal(text: "ship v2.8")
let goal = vm.activeGoal
#expect(goal?.text == "ship v2.8")
vm.recordActiveGoal(text: nil)
#expect(vm.activeGoal == nil)
// Empty / whitespace also clears.
vm.recordActiveGoal(text: "x")
vm.recordActiveGoal(text: " ")
#expect(vm.activeGoal == nil)
}
@MainActor
@Test func recordQueuedPromptAppendsAndPopsFIFO() {
let vm = RichChatViewModel(context: .local)
vm.recordQueuedPrompt(text: "first")
vm.recordQueuedPrompt(text: "second")
vm.recordQueuedPrompt(text: "third")
#expect(vm.queuedPrompts.count == 3)
let popped = vm.popQueuedPrompt()
#expect(popped?.text == "first")
#expect(vm.queuedPrompts.count == 2)
let next = vm.popQueuedPrompt()
#expect(next?.text == "second")
#expect(vm.queuedPrompts.first?.text == "third")
}
@MainActor
@Test func recordQueuedPromptIgnoresBlank() {
let vm = RichChatViewModel(context: .local)
vm.recordQueuedPrompt(text: "")
vm.recordQueuedPrompt(text: " ")
#expect(vm.queuedPrompts.isEmpty)
}
@MainActor
@Test func popQueuedPromptOnEmptyReturnsNil() {
let vm = RichChatViewModel(context: .local)
#expect(vm.popQueuedPrompt() == nil)
}
@Test func isNonInterruptiveSlashRecognizesGoalAndQueue() {
// Non-MainActor: the helper itself isn't MainActor-isolated;
// construct a VM on MainActor and read through it on the test
// actor to keep the assertion focused on classification.
Task { @MainActor in
let vm = RichChatViewModel(context: .local)
#expect(vm.isNonInterruptiveSlash("/goal finish v2.8"))
#expect(vm.isNonInterruptiveSlash("/queue summarize"))
#expect(vm.isNonInterruptiveSlash("/queue"))
#expect(vm.isNonInterruptiveSlash("/steer be careful"))
#expect(!vm.isNonInterruptiveSlash("hello"))
#expect(!vm.isNonInterruptiveSlash("/compress"))
}
}
@MainActor
@Test func resetClearsGoalAndQueue() {
let vm = RichChatViewModel(context: .local)
vm.recordActiveGoal(text: "x")
vm.recordQueuedPrompt(text: "a")
vm.recordQueuedPrompt(text: "b")
#expect(vm.activeGoal != nil)
#expect(vm.queuedPrompts.count == 2)
vm.reset()
#expect(vm.activeGoal == nil)
#expect(vm.queuedPrompts.isEmpty)
}
// MARK: - Helpers
static func makeTempProject() throws -> String {
+89 -11
View File
@@ -109,6 +109,17 @@ struct ChatView: View {
}
)
}
// Forward the env-injected capabilities snapshot into the
// shared `RichChatViewModel` whenever it changes. Drives the
// capability gate `RichChatViewModel.availableCommands` reads.
// Mirrors the Mac `ChatView` plumbing the iOS chat surface
// doesn't render `/goal` / `/queue` UI yet (deferred to WS-9),
// but the VM-side state has to stay aligned across platforms
// so the Mac surface is correct after a cross-device session
// resume.
.task(id: capabilitiesStore?.capabilities.versionLine ?? "") {
controller.vm.publishCapabilities(capabilitiesStore?.capabilities ?? .empty)
}
.task {
// Dashboard row taps set `pendingResumeSessionID`, Project
// Detail's "New Chat" sets `pendingProjectChat`. Both fire
@@ -1307,18 +1318,48 @@ final class ChatController {
// even when they didn't type any caption.
vm.addUserMessage(text: "[image attached]")
}
// /steer is non-interruptive the agent is still on its
// current turn; the guidance applies after the next tool call.
// Surface a transient toast confirming the guidance was
// received. v2.5 / Hermes v2026.4.23+.
if vm.isNonInterruptiveSlash(text) {
// Non-interruptive slash commands: keep the chat working
// indicator off and surface a transient toast confirming the
// command was accepted. v2.5 added `/steer`; v2.8 / Hermes
// v0.13 adds `/goal` (lock the agent on a target across
// turns) and `/queue` (queue a prompt for after the current
// turn). Each gets its own optimistic side-effect on the VM
// so the (Mac-rendered) chat header pill / queue chip update
// synchronously. iOS doesn't surface those affordances yet
// (WS-9), but mirroring the dispatch keeps the shared VM
// state aligned across platforms otherwise an iOS user who
// ran `/goal` then opened the same session on Mac would see
// an empty pill until they typed `/goal` again.
let parsedSlash = Self.parseSlashName(text)
switch parsedSlash.name {
case "goal":
// TODO(WS-2-Q7): verify on a real v0.13 host.
let arg = RichChatViewModel.parseGoalArgument(parsedSlash.args)
switch arg {
case .set(let goalText):
vm.recordActiveGoal(text: goalText)
vm.transientHint = "Goal locked: \(Self.truncatedToastGoal(goalText))"
case .clear:
vm.recordActiveGoal(text: nil)
vm.transientHint = "Goal cleared."
case .empty:
vm.transientHint = "Sent /goal — see the agent reply for current goal."
}
scheduleTransientHintClear(snapshot: vm.transientHint)
case "queue":
// TODO(WS-2-Q5): verify the verbatim wire shape on a
// real v0.13 ACP host.
let queuedText = parsedSlash.args.trimmingCharacters(in: .whitespacesAndNewlines)
if !queuedText.isEmpty {
vm.recordQueuedPrompt(text: queuedText)
}
vm.transientHint = "Queued — runs after current turn."
scheduleTransientHintClear(snapshot: vm.transientHint)
case "steer" where vm.isNonInterruptiveSlash(text):
vm.transientHint = "Guidance queued — applies after the next tool call."
Task { @MainActor [weak vm] in
try? await Task.sleep(nanoseconds: 4_000_000_000)
if vm?.transientHint == "Guidance queued — applies after the next tool call." {
vm?.transientHint = nil
}
}
scheduleTransientHintClear(snapshot: vm.transientHint)
default:
break
}
// Project-scoped slash commands expand client-side: the user
// bubble shows the literal `/<name> args` they typed (above);
@@ -1341,6 +1382,43 @@ final class ChatController {
}
}
/// Pull `(name, argTail)` out of a `/<name> [args]` invocation.
/// Mirror of `ChatViewModel.parseSlashName` on Mac. Returns
/// `(nil, "")` for non-slash input.
static func parseSlashName(_ text: String) -> (name: String?, args: String) {
let trimmed = text.trimmingCharacters(in: .whitespacesAndNewlines)
guard trimmed.hasPrefix("/") else { return (nil, "") }
let withoutSlash = trimmed.dropFirst()
if let space = withoutSlash.firstIndex(of: " ") {
return (
name: String(withoutSlash[..<space]),
args: String(withoutSlash[withoutSlash.index(after: space)...])
)
}
return (name: String(withoutSlash), args: "")
}
/// Cap goal text in transient toasts so a 1 KB user-typed goal
/// doesn't blow out the hint pill. Mirror of
/// `ChatViewModel.truncatedToastGoal`.
static func truncatedToastGoal(_ text: String) -> String {
text.count <= 60 ? text : String(text.prefix(57)) + ""
}
/// Auto-clear the chat composer's transient hint after 4s. Mirror
/// of `ChatViewModel.scheduleHintClear` uses a value snapshot
/// rather than identity so a later toast that reuses the same
/// string still triggers the clear once the latest value matches.
@MainActor
private func scheduleTransientHintClear(snapshot: String?) {
Task { @MainActor [weak vm] in
try? await Task.sleep(nanoseconds: 4_000_000_000)
if vm?.transientHint == snapshot {
vm?.transientHint = nil
}
}
}
/// Mirror of `ChatViewModel.expandIfProjectScoped(_:)` on Mac.
/// `/<name> args` matching a loaded project-scoped command is
/// expanded; everything else is sent literally.
@@ -254,47 +254,6 @@ struct HermesFileService: Sendable {
cooldownSeconds: int("platforms.homeassistant.extra.cooldown_seconds", default: 30)
)
// -- v0.13: per-platform Messaging Gateway settings --------------
// Mirrors the canonical extractor in
// `ScarfCore/Parsing/HermesConfig+YAML.swift`. Behaviour parity
// matters: both parsers must populate `gatewayPlatforms` the same
// way so iOS and Mac surfaces stay in lockstep.
// TODO(WS-5-Q2): YAML key path unverified see the comment in the
// ScarfCore extractor for the resolution path.
let gatewayAllowlistPlatforms = [
"slack", "mattermost", "google-chat",
"telegram", "whatsapp",
"matrix", "dingtalk",
]
var gatewayPlatforms: [String: GatewayPlatformSettings] = [:]
for platform in gatewayAllowlistPlatforms {
let prefix = "gateway.platforms.\(platform)."
let allowedChannels = lists[prefix + "allowed_channels"] ?? []
let allowedChats = lists[prefix + "allowed_chats"] ?? []
let allowedRooms = lists[prefix + "allowed_rooms"] ?? []
let busy = bool(prefix + "busy_ack_enabled", default: true)
let restartNotice = bool(prefix + "gateway_restart_notification",
default: false)
let ttl = int(prefix + "slash_command_notice_ttl_seconds",
default: 0)
let isEmpty = allowedChannels.isEmpty
&& allowedChats.isEmpty
&& allowedRooms.isEmpty
&& values[prefix + "busy_ack_enabled"] == nil
&& values[prefix + "gateway_restart_notification"] == nil
&& values[prefix + "slash_command_notice_ttl_seconds"] == nil
if !isEmpty {
gatewayPlatforms[platform] = GatewayPlatformSettings(
allowedChannels: allowedChannels,
allowedChats: allowedChats,
allowedRooms: allowedRooms,
busyAckEnabled: busy,
gatewayRestartNotification: restartNotice,
slashCommandNoticeTTLSeconds: ttl
)
}
}
return HermesConfig(
model: str("model.default", default: "unknown"),
provider: str("model.provider", default: "unknown"),
@@ -354,8 +313,7 @@ struct HermesFileService: Sendable {
homeAssistant: homeAssistant,
cacheTTL: str("prompt_caching.cache_ttl", default: "5m"),
redactionEnabled: bool("redaction.enabled", default: false),
runtimeMetadataFooter: bool("agent.runtime_metadata_footer", default: false),
gatewayPlatforms: gatewayPlatforms
runtimeMetadataFooter: bool("agent.runtime_metadata_footer", default: false)
)
}
@@ -77,6 +77,27 @@ final class ChatViewModel {
let richChatViewModel: RichChatViewModel
private var coordinator: Coordinator?
/// Capability store the chat surface reads from. Set by `ChatView`
/// at body-evaluation time via `attachCapabilitiesStore(_:)`
/// `@ObservationIgnored` so capability refreshes don't force a
/// full chat re-render. Forwards into
/// `RichChatViewModel.capabilitiesGate` whenever the published
/// snapshot changes; the slash menu reads through that. v2.8 /
/// Hermes v0.13 gates `/goal` + `/queue` slash menu rows.
@ObservationIgnored
var capabilitiesStore: HermesCapabilitiesStore?
/// Wire the Mac chat view's environment-injected capabilities store
/// into both this VM and its child rich-chat VM. Idempotent on the
/// pointer (re-attaching the same store is a no-op); always
/// re-publishes the latest snapshot so a refresh that fired before
/// the chat view became visible still lands.
@MainActor
func attachCapabilitiesStore(_ store: HermesCapabilitiesStore?) {
capabilitiesStore = store
richChatViewModel.publishCapabilities(store?.capabilities ?? .empty)
}
/// `callId` of the tool call currently surfaced in the chat
/// inspector pane, or nil when nothing is focused. Set by
/// `ToolCallCard` taps in the transcript; cleared by the inspector's
@@ -321,6 +342,47 @@ final class ChatViewModel {
richChatViewModel.clearACPErrorState()
}
/// Auto-clear the chat composer's transient hint after 4 s. Shared
/// helper for `/steer`, `/goal`, and `/queue` so the toast lifetime
/// stays consistent across non-interruptive commands.
@MainActor
private func scheduleHintClear() {
let snapshot = richChatViewModel.transientHint
Task { @MainActor [weak self] in
try? await Task.sleep(nanoseconds: 4_000_000_000)
if self?.richChatViewModel.transientHint == snapshot {
self?.richChatViewModel.transientHint = nil
}
}
}
/// Pull the slash command name + raw argument tail out of the
/// composer text. Returns `(name: nil, args: "")` for non-slash
/// input. Mirrors the parser shape `RichChatViewModel.parseGoalArgument`
/// expects; kept on `ChatViewModel` (not promoted to ScarfCore)
/// because the Mac and iOS chat surfaces compose this with their
/// own per-platform send paths.
static func parseSlashName(_ text: String) -> (name: String?, args: String) {
let trimmed = text.trimmingCharacters(in: .whitespacesAndNewlines)
guard trimmed.hasPrefix("/") else { return (nil, "") }
let withoutSlash = trimmed.dropFirst()
if let space = withoutSlash.firstIndex(of: " ") {
return (
name: String(withoutSlash[..<space]),
args: String(withoutSlash[withoutSlash.index(after: space)...])
)
}
return (name: String(withoutSlash), args: "")
}
/// Cap goal text in transient toasts so a 1 KB user-typed goal
/// doesn't blow out the hint pill. The header pill applies its
/// own 33-char cap; the toast is shorter so the hint stays
/// glanceable.
static func truncatedToastGoal(_ text: String) -> String {
text.count <= 60 ? text : String(text.prefix(57)) + ""
}
@MainActor
private func recordACPFailure(_ error: Error, client: ACPClient?, context: String) async {
logger.error("\(context): \(error.localizedDescription)")
@@ -575,22 +637,59 @@ final class ChatViewModel {
// and Hermes-version-independent. v2.5.
let wireText = expandIfProjectScoped(text)
// /steer is non-interruptive the agent is still on its
// current turn; the guidance applies after the next tool
// call. Don't change the "Agent working..." status (it's
// already on); show a transient toast so the user knows the
// guidance was accepted. v2.5 / Hermes v2026.4.23+.
let isSteer = richChatViewModel.isNonInterruptiveSlash(text)
if isSteer {
// Non-interruptive slash commands keep the "Agent working"
// indicator off and surface a transient toast confirming the
// command was accepted. v2.5 added `/steer`; v2.8 / Hermes
// v0.13 adds `/goal` (lock the agent on a target across turns)
// and `/queue` (queue a prompt for after the current turn).
// Each gets its own optimistic side-effect on RichChatViewModel
// so the chat header pill / queue chip update synchronously
// without waiting for a server round-trip.
let isNonInterruptive = richChatViewModel.isNonInterruptiveSlash(text)
let parsed = Self.parseSlashName(text)
switch parsed.name {
case "goal":
// TODO(WS-2-Q7): once a v0.13 host confirms the
// wire-shape, this branch fires only when the host
// advertises `hasGoals`; pre-v0.13 hosts hide the menu
// row, but a power-user typing `/goal` directly still
// lands here. We keep the optimistic write so the pill
// appears synchronously the agent's "unknown command"
// reply on a pre-v0.13 host paints the inconsistency in
// user-visible chat content (acceptable v1 behavior;
// see WS-2 plan "Inconsistency caveat").
let arg = RichChatViewModel.parseGoalArgument(parsed.args)
switch arg {
case .set(let goalText):
richChatViewModel.recordActiveGoal(text: goalText)
richChatViewModel.transientHint = "Goal locked: \(Self.truncatedToastGoal(goalText))"
case .clear:
richChatViewModel.recordActiveGoal(text: nil)
richChatViewModel.transientHint = "Goal cleared."
case .empty:
richChatViewModel.transientHint = "Sent /goal — see the agent reply for current goal."
}
scheduleHintClear()
case "queue":
// TODO(WS-2-Q5): verify against a real v0.13 ACP host
// that the verbatim "/queue <text>" wire shape is what
// Hermes accepts (versus a structured arg shape). The
// optimistic mirror logic below assumes verbatim text.
let queuedText = parsed.args.trimmingCharacters(in: .whitespacesAndNewlines)
if !queuedText.isEmpty {
richChatViewModel.recordQueuedPrompt(text: queuedText)
}
richChatViewModel.transientHint = "Queued — runs after current turn."
scheduleHintClear()
case "steer" where isNonInterruptive:
richChatViewModel.transientHint = "Guidance queued — applies after the next tool call."
Task { @MainActor [weak self] in
try? await Task.sleep(nanoseconds: 4_000_000_000)
if self?.richChatViewModel.transientHint == "Guidance queued — applies after the next tool call." {
self?.richChatViewModel.transientHint = nil
}
}
} else {
acpStatus = ACPPhase.agentWorking
scheduleHintClear()
default:
// Regular interruptive prompt (or an unrecognized slash).
// Don't flip "Agent working" for any other
// non-interruptive command (defensive; matches the
// legacy contract).
if !isNonInterruptive { acpStatus = ACPPhase.agentWorking }
}
acpPromptTask = Task { @MainActor in
do {
@@ -608,7 +707,7 @@ final class ChatViewModel {
// notifier handles the foreground/disabled gating;
// we just hand it the latest assistant text and
// session title for the body line.
if !isSteer {
if !isNonInterruptive {
let preview = richChatViewModel.messages
.last(where: { $0.isAssistant })?
.content ?? ""
@@ -0,0 +1,95 @@
import SwiftUI
import ScarfCore
import ScarfDesign
/// Header chip that surfaces prompts the user has queued via
/// `/queue ` (Hermes v0.13). Tap popover listing the queued
/// prompt previews + their relative timestamps.
///
/// The chip is OPTIMISTIC it's a Scarf-side mirror of what the user
/// typed. Hermes owns the authoritative queue server-side. The popover
/// header makes that explicit so the user understands per-entry
/// removal isn't supported (Hermes has no remove-by-id verb), and the
/// v2.8.0 plan removed the "Clear all" button rather than ship one
/// that would lie about its effect on server-side state. See WS-2 plan
/// Q2 for the wire-shape question that drove that decision.
struct ChatQueueIndicator: View {
let queuedPrompts: [HermesQueuedPrompt]
@State private var isPopoverShown = false
var body: some View {
if queuedPrompts.isEmpty {
EmptyView()
} else {
chipButton
.popover(isPresented: $isPopoverShown, arrowEdge: .bottom) {
queuePopover
}
}
}
private var chipButton: some View {
Button {
isPopoverShown = true
} label: {
HStack(spacing: 4) {
Image(systemName: "tray.full")
Text("\(queuedPrompts.count) queued")
}
.scarfStyle(.caption)
.padding(.horizontal, ScarfSpace.s2)
.padding(.vertical, 2)
.background(Capsule().fill(ScarfColor.warning.opacity(0.16)))
.foregroundStyle(ScarfColor.warning)
}
.buttonStyle(.plain)
.help("Prompts waiting to run after the current turn finishes")
}
@ViewBuilder
private var queuePopover: some View {
VStack(alignment: .leading, spacing: ScarfSpace.s2) {
Text("Queued prompts")
.scarfStyle(.headline)
.foregroundStyle(ScarfColor.foregroundPrimary)
Text("Local view — Hermes manages the actual queue server-side. The next prompt runs automatically when the current turn finishes.")
.scarfStyle(.caption)
.foregroundStyle(ScarfColor.foregroundMuted)
.fixedSize(horizontal: false, vertical: true)
ScarfDivider()
ScrollView {
VStack(alignment: .leading, spacing: ScarfSpace.s2) {
ForEach(Array(queuedPrompts.enumerated()), id: \.element.id) { index, prompt in
queueRow(prompt, position: index + 1)
}
}
.padding(.vertical, 2)
}
.frame(maxHeight: 220)
}
.padding(ScarfSpace.s4)
.frame(width: 360)
}
@ViewBuilder
private func queueRow(_ prompt: HermesQueuedPrompt, position: Int) -> some View {
VStack(alignment: .leading, spacing: 2) {
HStack(alignment: .firstTextBaseline, spacing: ScarfSpace.s2) {
Text("#\(position)")
.scarfStyle(.captionUppercase)
.foregroundStyle(ScarfColor.foregroundFaint)
Text(prompt.queuedAt, style: .relative)
.scarfStyle(.caption)
.foregroundStyle(ScarfColor.foregroundFaint)
.monospacedDigit()
}
Text(prompt.text)
.scarfStyle(.body)
.foregroundStyle(ScarfColor.foregroundPrimary)
.lineLimit(3)
.truncationMode(.tail)
.fixedSize(horizontal: false, vertical: true)
}
.padding(.vertical, 2)
}
}
@@ -21,7 +21,10 @@ struct ChatTranscriptPane: View {
acpOutputTokens: richChat.acpOutputTokens,
acpThoughtTokens: richChat.acpThoughtTokens,
projectName: chatViewModel.currentProjectName,
gitBranch: chatViewModel.currentGitBranch
gitBranch: chatViewModel.currentGitBranch,
activeGoal: richChat.activeGoal,
onClearGoal: { chatViewModel.sendText("/goal --clear") },
queuedPrompts: richChat.queuedPrompts
)
Divider()
@@ -58,7 +61,8 @@ struct ChatTranscriptPane: View {
onSend: onSend,
isEnabled: isEnabled,
commands: richChat.availableCommands,
showCompressButton: richChat.supportsCompress && !richChat.hasBroaderCommandMenu
showCompressButton: richChat.supportsCompress && !richChat.hasBroaderCommandMenu,
isAgentWorking: richChat.isAgentWorking
)
.id(richChat.sessionId ?? "scarf.chat.no-session")
}
@@ -5,6 +5,12 @@ struct ChatView: View {
@Environment(ChatViewModel.self) private var viewModel
@Environment(HermesFileWatcher.self) private var fileWatcher
@Environment(AppCoordinator.self) private var coordinator
/// Capabilities store for the active server (injected on
/// `ContextBoundRoot`). Forwarded into `ChatViewModel` so the
/// rich-chat slash menu can gate v0.13 surfaces (`/goal`, `/queue`,
/// `/steer` on idle). Nil during harness scenarios; treated the
/// same as `.empty` capabilities.
@Environment(\.hermesCapabilities) private var capabilitiesStore
@State private var showErrorDetails = false
/// Side-pane visibility toggles (issue #58). Drive the new
@@ -45,6 +51,15 @@ struct ChatView: View {
.navigationTitle(
viewModel.currentProjectName.map { "Chat · \($0)" } ?? "Chat"
)
// Forward the env-injected capabilities store into the chat VM
// on every refresh tick so the rich-chat slash menu picks up
// v0.13 surfaces the moment the host advertises them. The id
// value is the capabilities-line string a stable identity
// that flips exactly when the detector fires. Nil store
// `.empty` capabilities, which is what the VM defaults to.
.task(id: capabilitiesStore?.capabilities.versionLine ?? "") {
viewModel.attachCapabilitiesStore(capabilitiesStore)
}
.task {
await viewModel.loadRecentSessions()
viewModel.refreshCredentialPreflight()
@@ -16,6 +16,11 @@ struct RichChatInputBar: View {
let isEnabled: Bool
var commands: [HermesSlashCommand] = []
var showCompressButton: Bool = false
/// Whether the agent is currently mid-turn. Used to grey-out
/// `/steer` in the slash menu on idle pre-v0.13 hosts (where the
/// command silently no-ops). v0.13+ hosts allow `/steer` on idle
/// and the row stays interactive regardless of `isAgentWorking`.
var isAgentWorking: Bool = false
@Environment(\.hermesCapabilities) private var capabilitiesStore
@@ -52,6 +57,8 @@ struct RichChatInputBar: View {
SlashCommandMenu(
commands: filteredCommands,
agentHasCommands: !commands.isEmpty,
disabledCommandNames: disabledMenuCommandNames,
disabledReason: disabledMenuReason,
selectedIndex: $selectedIndex,
onSelect: insertCommand
)
@@ -392,6 +399,27 @@ struct RichChatInputBar: View {
SlashCommandMenu.filter(commands: commands, query: menuQuery)
}
/// Names of menu rows that should render greyed-out + ignore taps.
/// v2.8 / Hermes v0.13: `/steer` is greyed only when the connected
/// host is pre-v0.13 AND the session is idle. Pre-v0.13 hosts
/// silently no-op `/steer` outside an active turn surfacing the
/// row as "use during a turn" is friendlier than letting the user
/// click and see nothing happen. v0.13+ hosts allow steer-on-idle
/// (the command just sends as a regular prompt) so the row stays
/// interactive there.
private var disabledMenuCommandNames: Set<String> {
let hasSteerOnIdle = capabilitiesStore?.capabilities.hasACPSteerOnIdle ?? false
if !isAgentWorking && !hasSteerOnIdle {
return ["steer"]
}
return []
}
private var disabledMenuReason: String? {
guard !disabledMenuCommandNames.isEmpty else { return nil }
return "Use `/steer` while the agent is working — your Hermes version doesn't support steering on idle sessions."
}
private func updateMenuState() {
let shouldShow = shouldShowMenu
@@ -20,6 +20,17 @@ struct SessionInfoBar: View {
/// name. Nil for non-project chats and for projects that aren't
/// git repos.
var gitBranch: String? = nil
/// Active locked goal (Hermes v0.13 `/goal`). Nil hides the pill.
/// Optimistic set by `RichChatViewModel.recordActiveGoal(text:)`
/// when the user sends `/goal `.
var activeGoal: HermesActiveGoal? = nil
/// Invoked when the user picks "Clear goal" from the goal pill's
/// context menu. Caller dispatches `/goal --clear` so the optimistic
/// pill clear and the server-side authoritative state stay in sync.
var onClearGoal: (() -> Void)? = nil
/// Local mirror of prompts queued via `/queue ` (Hermes v0.13).
/// Empty list hides the chip.
var queuedPrompts: [HermesQueuedPrompt] = []
/// Active Hermes profile name (issue #50). Resolved on each body
/// re-evaluation; the resolver caches for 5s so this is cheap.
@@ -62,6 +73,42 @@ struct SessionInfoBar: View {
}
}
// Goal pill (v2.8 / Hermes v0.13). `.info` keeps it
// visually decodable from the rust accent (project /
// branch) and the warning amber (queue chip). The
// pill renders only when `activeGoal` is non-nil
// pre-v0.13 hosts can't reach the `/goal` send path
// through the slash menu (it's filtered out in
// `availableCommands`), so the pill stays absent there
// by transitive impossibility.
if let activeGoal {
HStack(spacing: 4) {
Image(systemName: "scope")
Text(Self.truncatedGoal(activeGoal.text))
}
.scarfStyle(.caption)
.padding(.horizontal, ScarfSpace.s2)
.padding(.vertical, 2)
.background(Capsule().fill(ScarfColor.info.opacity(0.16)))
.foregroundStyle(ScarfColor.info)
.help("Goal locked: \(activeGoal.text)")
.contextMenu {
if let onClearGoal {
Button("Clear goal", role: .destructive, action: onClearGoal)
}
}
}
// Queue chip (v2.8 / Hermes v0.13). Local mirror only
// Hermes is the authoritative owner of the actual
// queue. Per-entry deletion isn't exposed (Hermes has
// no remove-by-id verb), and the v2.8.0 plan drops the
// global "Clear all" button to avoid lying about
// server-side state. The popover is read-only.
if !queuedPrompts.isEmpty {
ChatQueueIndicator(queuedPrompts: queuedPrompts)
}
HStack(spacing: 4) {
Circle()
.fill(isWorking ? ScarfColor.success : ScarfColor.foregroundFaint)
@@ -134,4 +181,11 @@ struct SessionInfoBar: View {
private func formatTokens(_ count: Int) -> String {
count.formatted(.number.notation(.compactName).precision(.fractionLength(0...1)))
}
/// Cap goal text in the chip to keep the SessionInfoBar from
/// wrapping when the user locks a long goal. Full goal text is
/// available in the tooltip via `.help(...)`.
static func truncatedGoal(_ text: String) -> String {
text.count <= 36 ? text : String(text.prefix(33)) + ""
}
}
@@ -11,6 +11,13 @@ struct SlashCommandMenu: View {
/// Whether the agent advertised any commands at all. Lets us distinguish
/// "agent hasn't sent commands yet" from "filter matched nothing".
let agentHasCommands: Bool
/// Names that render greyed-out + ignore taps. v2.8 uses this only
/// for `/steer` on pre-v0.13 idle sessions; v0.13 hosts allow steer
/// on idle and the set is empty.
var disabledCommandNames: Set<String> = []
/// Tooltip shown on disabled rows. Reused per-row in v2.8 only
/// one disabled case ships, so a single shared string is enough.
var disabledReason: String? = nil
@Binding var selectedIndex: Int
var onSelect: (HermesSlashCommand) -> Void
@@ -50,13 +57,17 @@ struct SlashCommandMenu: View {
ScrollView {
LazyVStack(spacing: 0) {
ForEach(Array(commands.enumerated()), id: \.element.id) { index, command in
let isDisabled = disabledCommandNames.contains(command.name)
SlashCommandRow(
command: command,
isSelected: index == selectedIndex
isSelected: index == selectedIndex,
isDisabled: isDisabled,
disabledReason: isDisabled ? disabledReason : nil
)
.id(index)
.contentShape(Rectangle())
.onTapGesture {
guard !isDisabled else { return }
selectedIndex = index
onSelect(command)
}
@@ -77,6 +88,8 @@ struct SlashCommandMenu: View {
private struct SlashCommandRow: View {
let command: HermesSlashCommand
let isSelected: Bool
var isDisabled: Bool = false
var disabledReason: String? = nil
var body: some View {
HStack(alignment: .firstTextBaseline, spacing: 8) {
@@ -107,11 +120,19 @@ private struct SlashCommandRow: View {
.foregroundStyle(ScarfColor.foregroundMuted)
.lineLimit(2)
}
if isDisabled, let reason = disabledReason {
Text(reason)
.scarfStyle(.caption)
.foregroundStyle(ScarfColor.foregroundFaint)
.lineLimit(2)
}
}
Spacer(minLength: 0)
}
.padding(.horizontal, ScarfSpace.s3)
.padding(.vertical, ScarfSpace.s2)
.background(isSelected ? ScarfColor.accentTint : Color.clear)
.opacity(isDisabled ? 0.55 : 1.0)
.help(isDisabled ? (disabledReason ?? "") : "")
}
}
@@ -1,13 +1,7 @@
import Foundation
import ScarfCore
// **Local rename for v0.13 / WS-5.** The user-facing label is "Messaging
// Gateway"; the type names mirror that. The `SidebarSection.gateway` enum
// case + `gateway_state.json` / `gateway.log` paths intentionally stay
// unchanged those aren't user-facing strings, and renaming them would
// churn unrelated callers without changing what users see.
struct MessagingGatewayInfo {
struct GatewayInfo {
let pid: Int?
let state: String
let exitReason: String?
@@ -43,48 +37,32 @@ struct PendingPairing: Identifiable {
}
@Observable
@MainActor
final class MessagingGatewayViewModel {
final class GatewayViewModel {
let context: ServerContext
/// Capability snapshot at view-init time. Read for the v0.13 cross-
/// profile digest (`hasGatewayList`); other v0.13 surfaces live on
/// per-platform setup views. `.empty` is fine outside the per-server
/// `ContextBoundRoot` (Previews, smoke tests).
let capabilities: HermesCapabilities
init(context: ServerContext = .local, capabilities: HermesCapabilities = .empty) {
init(context: ServerContext = .local) {
self.context = context
self.capabilities = capabilities
}
var gateway = MessagingGatewayInfo(pid: nil, state: "unknown", exitReason: nil, startTime: nil, updatedAt: nil, platforms: [], isLoaded: false, isStale: false)
var gateway = GatewayInfo(pid: nil, state: "unknown", exitReason: nil, startTime: nil, updatedAt: nil, platforms: [], isLoaded: false, isStale: false)
var approvedUsers: [PairedUser] = []
var pendingPairings: [PendingPairing] = []
var isLoading = false
var actionMessage: String?
/// `hermes gateway list --json` snapshot. `nil` when the verb fails
/// (pre-v0.13 host or no profiles registered yet) the digest row
/// hides itself in that case.
var gatewayList: GatewayListSnapshot?
func load() {
isLoading = true
let ctx = context
let caps = capabilities
Task.detached { [weak self] in
// Two sync transport calls + two CLI invocations substantial
// remote latency. Detach the whole load and commit at the end.
let status = Self.fetchGatewayStatus(context: ctx)
let pairing = Self.fetchPairing(context: ctx)
let listSnap = caps.hasGatewayList
? HermesGatewayListService.fetch(context: ctx)
: nil
await MainActor.run { [weak self] in
guard let self else { return }
self.gateway = status
self.approvedUsers = pairing.approved
self.pendingPairings = pairing.pending
self.gatewayList = listSnap
self.isLoading = false
}
}
@@ -92,7 +70,7 @@ final class MessagingGatewayViewModel {
/// Static form of the gateway-status walk so the detached load can call
/// it without bouncing back to MainActor.
nonisolated private static func fetchGatewayStatus(context: ServerContext) -> MessagingGatewayInfo {
nonisolated private static func fetchGatewayStatus(context: ServerContext) -> GatewayInfo {
let stateJSON = context.readData(context.paths.gatewayStateJSON)
var pid: Int?
var state = "unknown"
@@ -124,7 +102,7 @@ final class MessagingGatewayViewModel {
let isLoaded = statusOutput.contains("service is loaded")
let isStale = statusOutput.contains("stale")
return MessagingGatewayInfo(
return GatewayInfo(
pid: pid, state: state, exitReason: exitReason,
startTime: startTime, updatedAt: updatedAt,
platforms: platforms, isLoaded: isLoaded, isStale: isStale
@@ -2,24 +2,12 @@ import SwiftUI
import ScarfCore
import ScarfDesign
/// Messaging Gateway page. Routes outbound chat to Discord / Telegram /
/// Slack / etc. distinct from the v0.10 **Tool Gateway** (Nous Portal
/// subscription routing for web search / image / TTS / browser), which
/// lives under `Features/Health/`. The user-facing label here is always
/// "Messaging Gateway"; the SwiftUI struct stays `GatewayView` because
/// `ContentView` references it by name (rename-on-touch invariant
/// avoid churning unrelated callers).
struct GatewayView: View {
@State private var viewModel: MessagingGatewayViewModel
@State private var viewModel: GatewayViewModel
@Environment(HermesFileWatcher.self) private var fileWatcher
@Environment(\.hermesCapabilities) private var capabilitiesStore
init(context: ServerContext) {
// Capabilities arrive via environment after init runs, so the VM
// is constructed with `.empty` and refreshed on first appear via
// `attach(capabilities:)`. Same pattern as the per-platform setup
// views see `MessagingGatewayViewModel.capabilities` doc comment.
_viewModel = State(initialValue: MessagingGatewayViewModel(context: context))
_viewModel = State(initialValue: GatewayViewModel(context: context))
}
@@ -27,15 +15,10 @@ struct GatewayView: View {
VStack(spacing: 0) {
ScarfPageHeader(
"Messaging Gateway",
subtitle: "Outbound channel bridge — Discord, Telegram, Slack, Google Chat, etc."
subtitle: "Outbound channel bridge — Discord, Telegram, Slack, etc."
)
ScrollView {
VStack(alignment: .leading, spacing: ScarfSpace.s4) {
if let snap = viewModel.gatewayList,
viewModel.capabilities.hasGatewayList,
!snap.profiles.isEmpty {
crossProfileDigest(snap)
}
VStack(alignment: .leading, spacing: 24) {
serviceSection
platformsSection
pairingSection
@@ -46,58 +29,14 @@ struct GatewayView: View {
}
.background(ScarfColor.backgroundPrimary)
.navigationTitle("Messaging Gateway")
.onAppear {
attachCapabilitiesIfNeeded()
viewModel.load()
}
.onAppear { viewModel.load() }
.onChange(of: fileWatcher.lastChangeDate) { viewModel.load() }
}
/// Re-create the VM with the resolved capabilities the first time the
/// store hands us non-empty data. Same shape as `KanbanBoardView`'s
/// `attach` helper.
private func attachCapabilitiesIfNeeded() {
guard let store = capabilitiesStore,
store.capabilities.detected,
!viewModel.capabilities.detected else { return }
viewModel = MessagingGatewayViewModel(
context: viewModel.context,
capabilities: store.capabilities
)
}
// MARK: - v0.13 cross-profile digest
/// One-line summary above the gateway controls when the host is on
/// v0.13+ and `hermes gateway list --json` returned at least one
/// profile. Doubly-guarded `hasGatewayList` AND `profiles != []`
/// so a v0.13 host with no registered profiles doesn't render
/// an empty pill.
private func crossProfileDigest(_ snap: GatewayListSnapshot) -> some View {
HStack(spacing: ScarfSpace.s2) {
Image(systemName: "dot.radiowaves.left.and.right")
.foregroundStyle(ScarfColor.accent)
Text(snap.headerDigest)
.scarfStyle(.captionStrong)
.foregroundStyle(ScarfColor.foregroundPrimary)
Spacer()
}
.padding(.horizontal, ScarfSpace.s3)
.padding(.vertical, ScarfSpace.s2)
.background(
RoundedRectangle(cornerRadius: ScarfRadius.md, style: .continuous)
.fill(ScarfColor.backgroundSecondary)
)
.overlay(
RoundedRectangle(cornerRadius: ScarfRadius.md, style: .continuous)
.strokeBorder(ScarfColor.border, lineWidth: 1)
)
}
// MARK: - Service
private var serviceSection: some View {
VStack(alignment: .leading, spacing: ScarfSpace.s3) {
VStack(alignment: .leading, spacing: 12) {
HStack {
Text("Service")
.font(.headline)
@@ -107,20 +46,15 @@ struct GatewayView: View {
.font(.caption)
.foregroundStyle(.secondary)
}
HStack(spacing: ScarfSpace.s2) {
HStack(spacing: 8) {
Button("Start") { viewModel.startGateway() }
.buttonStyle(ScarfPrimaryButton())
.controlSize(.small)
Button("Stop") { viewModel.stopGateway() }
.buttonStyle(ScarfSecondaryButton())
.controlSize(.small)
Button("Restart") { viewModel.restartGateway() }
.buttonStyle(ScarfSecondaryButton())
.controlSize(.small)
}
.controlSize(.small)
}
HStack(spacing: ScarfSpace.s3) {
HStack(spacing: 16) {
StatusBadge(
label: viewModel.gateway.state,
isActive: viewModel.gateway.state == "running"
@@ -163,7 +97,7 @@ struct GatewayView: View {
// MARK: - Platforms
private var platformsSection: some View {
VStack(alignment: .leading, spacing: ScarfSpace.s2) {
VStack(alignment: .leading, spacing: 8) {
Text("Platforms")
.font(.headline)
if viewModel.gateway.platforms.isEmpty {
@@ -171,7 +105,7 @@ struct GatewayView: View {
.font(.caption)
.foregroundStyle(.secondary)
} else {
HStack(spacing: ScarfSpace.s3) {
HStack(spacing: 12) {
ForEach(viewModel.gateway.platforms) { platform in
VStack(spacing: 6) {
Image(systemName: platform.icon)
@@ -185,9 +119,9 @@ struct GatewayView: View {
)
}
.frame(maxWidth: .infinity)
.padding(ScarfSpace.s3)
.padding(12)
.background(.quaternary.opacity(0.5))
.clipShape(RoundedRectangle(cornerRadius: ScarfRadius.md))
.clipShape(RoundedRectangle(cornerRadius: 8))
}
}
}
@@ -197,12 +131,12 @@ struct GatewayView: View {
// MARK: - Pairing
private var pairingSection: some View {
VStack(alignment: .leading, spacing: ScarfSpace.s3) {
VStack(alignment: .leading, spacing: 12) {
Text("Paired Users")
.font(.headline)
if !viewModel.pendingPairings.isEmpty {
VStack(alignment: .leading, spacing: ScarfSpace.s2) {
VStack(alignment: .leading, spacing: 8) {
Label("Pending Approvals", systemImage: "clock.badge.questionmark")
.font(.caption.bold())
.foregroundStyle(.orange)
@@ -216,12 +150,12 @@ struct GatewayView: View {
viewModel.approvePairing(platform: pending.platform, code: pending.code)
}
.controlSize(.small)
.buttonStyle(ScarfPrimaryButton())
.buttonStyle(.borderedProminent)
}
.font(.caption)
.padding(ScarfSpace.s2)
.padding(8)
.background(.orange.opacity(0.1))
.clipShape(RoundedRectangle(cornerRadius: ScarfRadius.sm))
.clipShape(RoundedRectangle(cornerRadius: 6))
}
}
}
@@ -248,9 +182,9 @@ struct GatewayView: View {
}
.controlSize(.small)
}
.padding(ScarfSpace.s2)
.padding(8)
.background(.quaternary.opacity(0.3))
.clipShape(RoundedRectangle(cornerRadius: ScarfRadius.sm))
.clipShape(RoundedRectangle(cornerRadius: 6))
}
}
}
@@ -1,140 +0,0 @@
import Foundation
import ScarfCore
import os
/// View-model for the v0.13 Messaging Gateway behavior subsection composed
/// into each per-platform setup view. Owns the four v0.13 controls
/// (allowlist + three behavior toggles) so the existing per-platform VMs
/// don't grow another set of fields.
///
/// Capability-gated. Pre-v0.13 hosts skip the entire subsection (the
/// owning view returns `EmptyView` when none of the v0.13 flags is on),
/// so this VM never has its `save()` called against a host that can't
/// honor it.
@Observable
@MainActor
final class GatewayBehaviorViewModel {
private static let logger = Logger(subsystem: "com.scarf", category: "GatewayBehavior")
let platform: String
let context: ServerContext
let capabilities: HermesCapabilities
/// Allowlist kind for this platform, or `nil` for platforms without
/// an allowlist surface (Discord, Signal, etc. `GatewayBehaviorSection`
/// short-circuits before instantiating this VM in that case, but the
/// field is `nil` for safety).
let kind: GatewayAllowlistKind?
// Allowlist
var items: [String] = []
// Behavior toggles
var busyAckEnabled: Bool = true
var gatewayRestartNotification: Bool = false
var slashCommandNoticeTTLSeconds: Int = 0
var message: String?
var isSaving: Bool = false
init(
platform: String,
capabilities: HermesCapabilities,
context: ServerContext = .local
) {
self.platform = platform
self.capabilities = capabilities
self.context = context
self.kind = GatewayAllowlistKind.kind(for: platform)
}
/// Hydrate from `~/.hermes/config.yaml`. Called from the section's
/// `.onAppear`. Empty when the platform has no `gateway:` block in
/// the file defaults match v0.13 server-side defaults so the form
/// looks identical to a fresh-install host.
func load() {
let cfg = HermesFileService(context: context).loadConfig()
let block = cfg.gatewayPlatforms[platform] ?? .empty
if let kind {
switch kind {
case .channels: items = block.allowedChannels
case .chats: items = block.allowedChats
case .rooms: items = block.allowedRooms
}
} else {
items = []
}
busyAckEnabled = block.busyAckEnabled
gatewayRestartNotification = block.gatewayRestartNotification
slashCommandNoticeTTLSeconds = block.slashCommandNoticeTTLSeconds
}
/// Persist edits in two phases:
///
/// 1. **Allowlist write** via `GatewayConfigWriter.saveList` direct
/// YAML edit, since `hermes config set` can't write list values.
/// Skipped when the platform has no `kind` (no allowlist surface)
/// or the host doesn't advertise `hasGatewayAllowlists`.
/// 2. **Scalar saves** via `PlatformSetupHelpers.saveForm` for the
/// three v0.13 behavior toggles. Each gated on its own capability
/// flag; the TTL field rides on the `hasGatewayBusyAckToggle
/// hasGatewayRestartNotification` proxy (see WS-5 plan §Open Questions
/// Q5 + WS-1 Decision F).
func save() {
isSaving = true
defer {
isSaving = false
DispatchQueue.main.asyncAfter(deadline: .now() + 3) { [weak self] in
self?.message = nil
}
}
// Step 1: list write via direct YAML edit. Detached so the SCP
// round-trip on remote hosts doesn't block MainActor local
// writes are still cheap, but the same posture works for both.
if let kind, capabilities.hasGatewayAllowlists {
let trimmed = items
.map { $0.trimmingCharacters(in: .whitespaces) }
.filter { !$0.isEmpty }
let ok = GatewayConfigWriter.saveList(
context: context,
platform: platform,
key: kind.yamlKey,
items: trimmed
)
if !ok {
Self.logger.warning("GatewayConfigWriter.saveList failed for \(self.platform, privacy: .public)")
message = "Failed to write allowlist to config.yaml"
return
}
}
// Step 2: scalar saves via `hermes config set`.
var configKV: [String: String] = [:]
let prefix = "gateway.platforms.\(platform)."
if capabilities.hasGatewayBusyAckToggle {
configKV[prefix + "busy_ack_enabled"] =
PlatformSetupHelpers.envBool(busyAckEnabled)
}
if capabilities.hasGatewayRestartNotification {
configKV[prefix + "gateway_restart_notification"] =
PlatformSetupHelpers.envBool(gatewayRestartNotification)
}
// TTL field rides on either of the v0.13 toggles being available
// proxy gating per WS-1 Decision F + WS-5 Q5. // TODO(WS-5-Q5)
if capabilities.hasGatewayBusyAckToggle
|| capabilities.hasGatewayRestartNotification {
configKV[prefix + "slash_command_notice_ttl_seconds"] =
String(slashCommandNoticeTTLSeconds)
}
if configKV.isEmpty {
message = "Allowlist saved — restart gateway to apply"
return
}
let result = PlatformSetupHelpers.saveForm(
context: context, envPairs: [:], configKV: configKV
)
message = result
}
}
@@ -1,103 +0,0 @@
import SwiftUI
import ScarfCore
import ScarfDesign
/// Reusable list-of-strings editor for v0.13 cross-platform allowlists.
/// Shape: a vertical stack of rows, each with a delete glyph; an "Add row"
/// button at the bottom appends an empty entry.
///
/// Stateless binds to the parent VM's `items` array. The VM owns
/// persistence and change tracking; this view is pure presentation.
struct AllowlistEditor: View {
@Binding var items: [String]
let kind: GatewayAllowlistKind
var body: some View {
VStack(alignment: .leading, spacing: ScarfSpace.s2) {
HStack {
Text("Allowed \(kind.pluralNoun)")
.scarfStyle(.caption)
.foregroundStyle(ScarfColor.foregroundMuted)
Spacer()
Text(itemsCountLabel)
.scarfStyle(.caption)
.foregroundStyle(ScarfColor.foregroundFaint)
}
if items.isEmpty {
Text("No restrictions — agent responds in any \(kind.noun).")
.scarfStyle(.caption)
.foregroundStyle(ScarfColor.foregroundFaint)
.padding(.vertical, ScarfSpace.s2)
} else {
VStack(spacing: 4) {
ForEach(Array(items.enumerated()), id: \.offset) { idx, _ in
AllowlistRow(
value: Binding(
get: { items[safe: idx] ?? "" },
set: { newValue in
guard idx < items.count else { return }
items[idx] = newValue
}
),
placeholder: kind.inputPlaceholder,
onDelete: {
guard idx < items.count else { return }
items.remove(at: idx)
}
)
}
}
}
HStack {
Button {
items.append("")
} label: {
Label("Add \(kind.noun)", systemImage: "plus.circle")
.font(.caption)
}
.buttonStyle(.borderless)
Spacer()
}
}
.padding(.horizontal, ScarfSpace.s3)
.padding(.vertical, ScarfSpace.s2)
}
private var itemsCountLabel: String {
let nonEmpty = items.filter { !$0.trimmingCharacters(in: .whitespaces).isEmpty }.count
if nonEmpty == 0 { return "0 \(kind.pluralNoun)" }
if nonEmpty == 1 { return "1 \(kind.noun)" }
return "\(nonEmpty) \(kind.pluralNoun)"
}
}
private struct AllowlistRow: View {
@Binding var value: String
let placeholder: String
let onDelete: () -> Void
var body: some View {
HStack(spacing: ScarfSpace.s2) {
TextField(placeholder, text: $value)
.textFieldStyle(.roundedBorder)
.font(ScarfFont.monoSmall)
Button {
onDelete()
} label: {
Image(systemName: "minus.circle.fill")
.foregroundStyle(ScarfColor.danger)
}
.buttonStyle(.plain)
.help("Remove")
}
}
}
private extension Array {
subscript(safe index: Int) -> Element? {
guard index >= 0, index < count else { return nil }
return self[index]
}
}
@@ -1,96 +0,0 @@
import SwiftUI
import ScarfCore
import ScarfDesign
/// v0.13 Messaging Gateway behavior subsection composed into each per-
/// platform setup view (Slack, Mattermost, Telegram, WhatsApp, Matrix,
/// Google Chat). Owns its own `@State` view-model so the existing per-
/// platform VMs don't grow another set of fields.
///
/// **Capability gating.** Hides itself entirely on pre-v0.13 hosts
/// (returns `EmptyView` when none of the three v0.13 flags is on). Each
/// internal control gates on its own flag, so a host that gains, say,
/// `hasGatewayAllowlists` but not `hasGatewayBusyAckToggle` still gets
/// the allowlist editor with the toggles hidden.
struct GatewayBehaviorSection: View {
let platform: String
let capabilities: HermesCapabilities
let context: ServerContext
@State private var viewModel: GatewayBehaviorViewModel
init(platform: String, capabilities: HermesCapabilities, context: ServerContext) {
self.platform = platform
self.capabilities = capabilities
self.context = context
_viewModel = State(initialValue: GatewayBehaviorViewModel(
platform: platform,
capabilities: capabilities,
context: context
))
}
var body: some View {
// Pre-v0.13 host hide the entire subsection so the existing
// platform forms look unchanged. Critical regression invariant
// per WS-5 plan §"How to test" #1.
if !capabilities.hasGatewayAllowlists
&& !capabilities.hasGatewayBusyAckToggle
&& !capabilities.hasGatewayRestartNotification {
EmptyView()
} else {
content
}
}
private var content: some View {
VStack(alignment: .leading, spacing: ScarfSpace.s3) {
SettingsSection(title: "Gateway behavior (v0.13+)", icon: "dot.radiowaves.left.and.right") {
if capabilities.hasGatewayAllowlists,
let kind = viewModel.kind {
AllowlistEditor(
items: $viewModel.items,
kind: kind
)
}
if capabilities.hasGatewayBusyAckToggle {
ToggleRow(
label: "Send 'Agent is working…' ack",
isOn: viewModel.busyAckEnabled
) { viewModel.busyAckEnabled = $0 }
}
if capabilities.hasGatewayRestartNotification {
ToggleRow(
label: "Post 'Gateway restarted' notice on boot",
isOn: viewModel.gatewayRestartNotification
) { viewModel.gatewayRestartNotification = $0 }
}
// TTL field rides on either v0.13 toggle being available
// proxy gating per WS-1 Decision F. // TODO(WS-5-Q5)
if capabilities.hasGatewayBusyAckToggle
|| capabilities.hasGatewayRestartNotification {
StepperRow(
label: "Auto-delete slash-command notices (s)",
value: viewModel.slashCommandNoticeTTLSeconds,
range: 0...3600,
step: 5
) { viewModel.slashCommandNoticeTTLSeconds = $0 }
}
}
HStack {
if let msg = viewModel.message {
Label(msg, systemImage: "checkmark.circle.fill")
.font(.caption)
.foregroundStyle(.green)
}
Spacer()
Button("Save behavior") { viewModel.save() }
.buttonStyle(ScarfPrimaryButton())
.controlSize(.small)
.disabled(viewModel.isSaving)
}
}
.onAppear { viewModel.load() }
}
}
@@ -4,13 +4,7 @@ import ScarfDesign
struct MatrixSetupView: View {
@State private var viewModel: MatrixSetupViewModel
@Environment(\.hermesCapabilities) private var capabilitiesStore
let context: ServerContext
init(context: ServerContext) {
self.context = context
_viewModel = State(initialValue: MatrixSetupViewModel(context: context))
}
init(context: ServerContext) { _viewModel = State(initialValue: MatrixSetupViewModel(context: context)) }
var body: some View {
@@ -51,13 +45,6 @@ struct MatrixSetupView: View {
}
saveBar
// v0.13 Messaging Gateway behavior self-hides on pre-v0.13.
GatewayBehaviorSection(
platform: "matrix",
capabilities: capabilitiesStore?.capabilities ?? .empty,
context: context
)
}
.onAppear { viewModel.load() }
}
@@ -4,13 +4,7 @@ import ScarfDesign
struct MattermostSetupView: View {
@State private var viewModel: MattermostSetupViewModel
@Environment(\.hermesCapabilities) private var capabilitiesStore
let context: ServerContext
init(context: ServerContext) {
self.context = context
_viewModel = State(initialValue: MattermostSetupViewModel(context: context))
}
init(context: ServerContext) { _viewModel = State(initialValue: MattermostSetupViewModel(context: context)) }
var body: some View {
@@ -34,13 +28,6 @@ struct MattermostSetupView: View {
}
saveBar
// v0.13 Messaging Gateway behavior self-hides on pre-v0.13.
GatewayBehaviorSection(
platform: "mattermost",
capabilities: capabilitiesStore?.capabilities ?? .empty,
context: context
)
}
.onAppear { viewModel.load() }
}
@@ -4,13 +4,7 @@ import ScarfDesign
struct SlackSetupView: View {
@State private var viewModel: SlackSetupViewModel
@Environment(\.hermesCapabilities) private var capabilitiesStore
let context: ServerContext
init(context: ServerContext) {
self.context = context
_viewModel = State(initialValue: SlackSetupViewModel(context: context))
}
init(context: ServerContext) { _viewModel = State(initialValue: SlackSetupViewModel(context: context)) }
var body: some View {
@@ -36,13 +30,6 @@ struct SlackSetupView: View {
}
saveBar
// v0.13 Messaging Gateway behavior self-hides on pre-v0.13.
GatewayBehaviorSection(
platform: "slack",
capabilities: capabilitiesStore?.capabilities ?? .empty,
context: context
)
}
.onAppear { viewModel.load() }
}
@@ -4,13 +4,7 @@ import ScarfDesign
struct TelegramSetupView: View {
@State private var viewModel: TelegramSetupViewModel
@Environment(\.hermesCapabilities) private var capabilitiesStore
let context: ServerContext
init(context: ServerContext) {
self.context = context
_viewModel = State(initialValue: TelegramSetupViewModel(context: context))
}
init(context: ServerContext) { _viewModel = State(initialValue: TelegramSetupViewModel(context: context)) }
var body: some View {
@@ -35,13 +29,6 @@ struct TelegramSetupView: View {
}
saveBar
// v0.13 Messaging Gateway behavior self-hides on pre-v0.13.
GatewayBehaviorSection(
platform: "telegram",
capabilities: capabilitiesStore?.capabilities ?? .empty,
context: context
)
}
.onAppear { viewModel.load() }
}
@@ -4,13 +4,7 @@ import ScarfDesign
struct WhatsAppSetupView: View {
@State private var viewModel: WhatsAppSetupViewModel
@Environment(\.hermesCapabilities) private var capabilitiesStore
let context: ServerContext
init(context: ServerContext) {
self.context = context
_viewModel = State(initialValue: WhatsAppSetupViewModel(context: context))
}
init(context: ServerContext) { _viewModel = State(initialValue: WhatsAppSetupViewModel(context: context)) }
var body: some View {
@@ -35,14 +29,6 @@ struct WhatsAppSetupView: View {
}
saveBar
// v0.13 Messaging Gateway behavior self-hides on pre-v0.13.
GatewayBehaviorSection(
platform: "whatsapp",
capabilities: capabilitiesStore?.capabilities ?? .empty,
context: context
)
Divider()
pairingSection
}
@@ -5,33 +5,6 @@ import ScarfDesign
struct PlatformsView: View {
@State private var viewModel: PlatformsViewModel
@Environment(HermesFileWatcher.self) private var fileWatcher
@Environment(\.hermesCapabilities) private var capabilitiesStore
/// Capabilities resolved at view-eval time. Defaults to `.empty` outside
/// the per-server `ContextBoundRoot`. Used to filter `KnownPlatforms.all`
/// for v0.13-only entries (Google Chat) see `visiblePlatforms` for
/// the deliberate asymmetry: pre-v0.12 hosts still see Yuanbao + Teams
/// unfiltered, by design.
private var capabilities: HermesCapabilities {
capabilitiesStore?.capabilities ?? .empty
}
/// Capability-filtered platform list. Today only **Google Chat** is
/// gated Yuanbao and Microsoft Teams stay unfiltered to avoid
/// changing v0.12 host UX in a v0.13 work-stream (WS-5 plan §Q4).
/// If we later decide to gate the v0.12 platforms too, add their
/// flags here; the `default: true` arm keeps every other platform
/// visible.
private var visiblePlatforms: [HermesToolPlatform] {
KnownPlatforms.all.filter { p in
switch p.name {
case "google-chat", "googlechat":
return capabilities.hasGoogleChatPlatform
default:
return true
}
}
}
init(context: ServerContext) {
_viewModel = State(initialValue: PlatformsViewModel(context: context))
@@ -67,12 +40,12 @@ struct PlatformsView: View {
List(selection: Binding(
get: { viewModel.selected.name },
set: { name in
if let p = visiblePlatforms.first(where: { $0.name == name }) {
if let p = viewModel.platforms.first(where: { $0.name == name }) {
viewModel.selected = p
}
}
)) {
ForEach(visiblePlatforms) { platform in
ForEach(viewModel.platforms) { platform in
HStack(spacing: 8) {
Image(systemName: KnownPlatforms.icon(for: platform.name))
.frame(width: 20)
@@ -176,7 +149,6 @@ struct PlatformsView: View {
case "webhook": WebhookSetupView(context: ctx)
case "yuanbao": yuanbaoPanel
case "microsoft-teams": microsoftTeamsPanel
case "google-chat", "googlechat": googleChatPanel
default:
SettingsSection(title: LocalizedStringKey(viewModel.selected.displayName), icon: KnownPlatforms.icon(for: viewModel.selected.name)) {
ReadOnlyRow(label: "Setup", value: "No setup form for this platform yet.")
@@ -208,27 +180,6 @@ struct PlatformsView: View {
}
}
/// Hermes v0.13 Google Chat is the 20th gateway platform. Like
/// Yuanbao + Microsoft Teams, the auth dance is OAuth-style and
/// lives outside Scarf, so the panel surfaces the setup verb rather
/// than a per-field form. The `GatewayBehaviorSection` below it picks
/// up the v0.13 allowlist + behavior toggles, capability-gated.
@ViewBuilder
private var googleChatPanel: some View {
VStack(alignment: .leading, spacing: ScarfSpace.s3) {
SettingsSection(title: "Google Chat", icon: KnownPlatforms.icon(for: "google-chat")) {
ReadOnlyRow(label: "Type", value: "Generic env-driven gateway adapter (v0.13+)")
ReadOnlyRow(label: "Setup", value: "Run `hermes setup` and select Google Chat to walk the OAuth flow.")
ReadOnlyRow(label: "Configured", value: viewModel.hasConfigBlock(for: viewModel.selected) ? "Yes" : "No")
}
GatewayBehaviorSection(
platform: "google-chat",
capabilities: capabilities,
context: viewModel.context
)
}
}
private var cliPanel: some View {
SettingsSection(title: "CLI", icon: "terminal") {
ReadOnlyRow(label: "Scope", value: "Local terminal sessions")
@@ -307,16 +307,6 @@ struct SkillsView: View {
case .missing(let hint) = designMdNpxStatus {
designMdNpxBanner(hint: hint)
}
// v0.13 `[[as_document]]` directive informational
// only. Rendered when the skill body contains the
// marker AND the host advertises Google Chat support
// (cheap proxy: the directive shipped in v0.13
// alongside Google Chat see WS-5 plan §Q5/Q6).
if (capabilitiesStore?.capabilities.hasGoogleChatPlatform ?? false),
skillContentMentionsAsDocument {
asDocumentInfoRow
}
// v2.5 SKILL.md frontmatter chips. Render only the
// sections that are populated old skills without
// this metadata show no extra rows.
@@ -412,39 +402,6 @@ struct SkillsView: View {
}
}
/// Returns true when the loaded skill body contains the v0.13
/// `[[as_document]]` directive. Substring scan over `skillContent`
/// `[[as_document]]` is a literal token Hermes pattern-matches at
/// runtime, not a frontmatter key, so the body is the right place
/// to look. // TODO(WS-5-Q6): if Hermes ever moves the directive
/// into frontmatter, switch to `SkillFrontmatterParser` instead.
private var skillContentMentionsAsDocument: Bool {
viewModel.skillContent.contains("[[as_document]]")
}
/// Compact informational row about the `[[as_document]]` directive.
/// Does not block any action it's a label so users understand why
/// images in the skill might land as document attachments on certain
/// platforms (Google Chat, Microsoft Teams) rather than inline.
private var asDocumentInfoRow: some View {
HStack(alignment: .top, spacing: 8) {
Image(systemName: "doc.badge.gearshape")
.foregroundStyle(.blue)
VStack(alignment: .leading, spacing: 2) {
Text("Document-attachment directive present (v0.13+)")
.font(.caption.bold())
Text("Media in this skill marked with `[[as_document]]` is sent as document attachments instead of inline images on platforms that distinguish (Google Chat, Microsoft Teams).")
.font(.caption)
.foregroundStyle(.secondary)
.fixedSize(horizontal: false, vertical: true)
}
}
.padding(10)
.frame(maxWidth: .infinity, alignment: .leading)
.background(.blue.opacity(0.08))
.clipShape(RoundedRectangle(cornerRadius: 8))
}
/// Yellow banner surfaced on the design-md skill detail when the
/// host's `npx` probe came back missing. Reuses the same color
/// language as the missing-config banner.