projects.ts

import type { ChatMessage, ChatRunStatus, ChatSessionMode } from './chat.js';
import type { OrchestratorWorkspace } from './workspaces.js';
import type {
  ProjectContextConnectorRef,
  ProjectContextMcpServerRef,
  ProjectContextPluginRef,
} from './context.js';
import type { ProjectSyncIntent, ProjectSyncIntentEvent, ProjectSyncState } from './project-sync.js';
import type { TeamResourceState } from './team-resources.js';
import type { WorkspaceCollabContext } from './collab.js';

export type ProjectKind =
  | 'prototype'
  | 'deck'
  | 'template'
  | 'other'
  | 'brand'
  | 'image'
  | 'video'
  | 'audio';

/**
 * `metadata.videoModel` value that marks a project as HyperFrames.
 *
 * HyperFrames is a local HTML-to-video renderer, so a HyperFrames project is
 * stored as `kind: 'video'` (the Home surface that offers it) even though the
 * artifact the user authors, edits and previews is an HTML composition. Every
 * surface that has to tell HyperFrames apart from a generative video provider
 * — analytics `project_kind`, the system prompt's media contract, the Home
 * starters, delivery validation — keys off this exact value, so it lives here
 * next to `ProjectMetadata` rather than being re-declared per consumer.
 */
export const HYPERFRAMES_VIDEO_MODEL = 'hyperframes-html';

export type MediaAspect = '1:1' | '16:9' | '9:16' | '4:3' | '3:4';

export type ProjectPlatform =
  | 'auto'
  | 'responsive'
  | 'web-desktop'
  | 'mobile-ios'
  | 'mobile-android'
  | 'tablet'
  | 'desktop-app';

export type AudioKind = 'music' | 'speech' | 'sfx';

export type ProjectScenarioBindingProvenance =
  | 'automatic_default'
  | 'explicit_user'
  | 'legacy_unknown';

export type ProjectScenarioTaskProfile =
  | 'prototype'
  | 'ppt'
  | 'marketing'
  | 'hyperframes';

/**
 * Daemon-owned identity for the scenario currently pinned to a project.
 *
 * The snapshot and plugin ids are deliberately stored together: provenance
 * is authoritative only while both still match the live project pin. Old
 * rows that pre-date this contract are migrated to `legacy_unknown` and never
 * acquire automatic-routing authority by inference.
 */
export interface ProjectScenarioBinding {
  schemaVersion: 1;
  provenance: ProjectScenarioBindingProvenance;
  pluginId: string;
  snapshotId: string;
  taskProfile?: ProjectScenarioTaskProfile;
  boundAt: number;
}

/**
 * Daemon-owned automatic OD Next route selected at project creation.
 *
 * Unlike `ProjectScenarioBinding`, this identity is independent of an
 * ordinary plugin snapshot. That lets the daemon admit OD Next for a run while
 * retaining the ordinary default plugin solely as an invisible fallback.
 */
export interface ProjectStrategyBinding {
  schemaVersion: 1;
  provenance: 'automatic_default';
  taskProfile: ProjectScenarioTaskProfile;
  boundAt: number;
}

/**
 * Daemon-owned identity of the official example card that seeded this project.
 *
 * An example card is a task-type entry point, not a plugin the user chose to
 * run: it keeps the automatic OD Next route and contributes its material as a
 * user-selected Skill. So this binding deliberately carries no `snapshotId`
 * and is never fed into the explicit-plugin tests — naming it must not move
 * the task onto the ordinary route.
 *
 * `pluginSource` is the exact local catalogue identity the daemon re-resolved
 * the record through, and `manifestSourceDigest` pins the bytes it read. A
 * later read that cannot reproduce both is stale and carries no authority.
 */
export interface ProjectExampleBinding {
  schemaVersion: 1;
  provenance: 'example_card';
  pluginId: string;
  pluginSource: string;
  manifestSourceDigest: string;
  boundAt: number;
}

export type ProjectDisplayStatus =
  | 'not_started'
  | 'queued'
  | 'running'
  | 'awaiting_input'
  | 'succeeded'
  // Terminal-but-not-really-done: the latest run stamped `succeeded` yet ended
  // with unfinished declared work (a non-`completed` TodoWrite task, or a
  // max_tokens truncation). Kept distinct from `succeeded` so the project pill
  // never reads "Completed" for a run whose work is not actually finished
  // (#1247 / #1060).
  | 'incomplete'
  | 'failed'
  | 'canceled';

export interface ProjectStatusInfo {
  value: ProjectDisplayStatus;
  updatedAt?: number;
  runId?: string;
}

export interface PromptTemplateMetadataSource {
  repo: string;
  license: string;
  author?: string;
  url?: string;
}

// Subset of a curated PromptTemplate kept on the project so the agent can
// reference it on every turn without re-reading the gallery file. The
// `prompt` field is the (possibly user-edited) body — when the user tunes
// it in the New Project panel before clicking Create, those edits land
// here and become authoritative for the system prompt.
export interface PromptTemplateMetadata {
  id: string;
  surface: 'image' | 'video';
  title: string;
  prompt: string;
  summary?: string;
  category?: string;
  tags?: string[];
  model?: string;
  aspect?: MediaAspect;
  source?: PromptTemplateMetadataSource;
}

/**
 * The local Workspace/member partition from which a catalogue item was picked.
 *
 * This is lookup provenance only. It does not bind the project to a Workspace,
 * prove current membership, or authorize a remote operation.
 */
export interface LocalCatalogScope {
  workspaceId: string;
  workspaceMemberId: string;
}

export interface ProjectResourceCatalogScopes {
  skill?: LocalCatalogScope;
  designSystem?: LocalCatalogScope;
}

export type DesignSystemReviewDecision = 'looks-good' | 'needs-work';

export type DesignSystemReviewTaskStatus = 'queued' | 'sent' | 'failed';

export interface DesignSystemReviewAgentTask {
  status: DesignSystemReviewTaskStatus;
  prompt: string;
  queuedAt: string;
  sentAt?: string;
  error?: string;
}

export interface DesignSystemReviewEntry {
  decision: DesignSystemReviewDecision;
  updatedAt: string;
  feedback?: string;
  files?: string[];
  agentTask?: DesignSystemReviewAgentTask;
}

export interface ProjectMetadata {
  kind: ProjectKind;
  // `live-artifact`: the data-backed live dashboard flow (drives the
  // live-artifact skill/system-prompt path). `web-clone`: website reproduction
  // projects from the Home `Website clone` card — stored as prototypes so they
  // keep prototype preview behavior, but the intent routes the `example-web-clone`
  // scenario plugin and splits them into their own `web_clone` analytics kind.
  // `document`: resume/report/PDF projects from the Home `document` card — an
  // analytics-only discriminator (no product behavior keys off it) so a created
  // `other`-kind project reports `project_kind: 'document'` instead of generic
  // `other`. `webgl-experience` and `worker-visualizer`: the powered-preview
  // GPU / off-main-thread scenario cards — analytics-only discriminators for the
  // powered-artifact chips.
  intent?:
    | 'live-artifact'
    | 'web-clone'
    | 'document'
    | 'webgl-experience'
    | 'worker-visualizer'
    | 'marketing'
    | 'hyperframes';
  fidelity?: 'wireframe' | 'high-fidelity';
  speakerNotes?: boolean;
  slideCount?: string;
  animations?: boolean;
  includeLandingPage?: boolean;
  includeOsWidgets?: boolean;
  templateId?: string;
  templateLabel?: string;
  // Template/gallery duplication provenance. Unlike examplePrompt, this path
  // creates a project by copying existing files and does not launch an agent.
  duplicatedFromPluginId?: string;
  duplicatedFromPluginEntry?: string;
  /** Primary target surface selected at project creation. */
  platform?: ProjectPlatform;
  // Tracks whether the visible name was typed by the user or generated by
  // the create flow. First-prompt auto-naming may only replace generated
  // names so named imports/templates stay stable across conversations.
  nameSource?: 'generated' | 'prompt' | 'agent' | 'user';
  /** Concrete delivery surfaces the artifact must account for. `responsive` is a web breakpoint target, not a native app expansion. */
  platformTargets?: ProjectPlatform[];
  inspirationDesignSystemIds?: string[];
  importedFrom?: 'claude-design' | 'folder' | string;
  entryFile?: string;
  sourceFileName?: string;
  // Folder-import (#597): when set, the project's files live under this
  // absolute path instead of .od/projects/<id>/. OD reads and writes
  // directly inside the user's folder. Stored as the realpath() result so
  // symlinks can't redirect writes after import time.
  baseDir?: string;
  // Project library location that owns baseDir when the project was created
  // under a configured project location root.
  projectLocationId?: string;
  // PR #974: marker stamped by the daemon's HMAC-gated import handler
  // when a folder import passed the desktop-main-process trust gate.
  // Only set on folder-imported projects (`baseDir` set) and only when
  // the import request carried a valid `X-OD-Desktop-Import-Token`
  // signed with the secret the desktop main process registered with the
  // daemon at startup. The desktop `shell.openPath` IPC refuses to
  // forward folder-imported projects whose metadata lacks this marker,
  // so a renderer cannot launder an attacker-chosen baseDir into a
  // file-manager reveal even if a future codepath inadvertently lets
  // it set `baseDir` outside the trusted flow. Privileged: rejected
  // by `POST /api/projects` and `PATCH /api/projects/:id`.
  fromTrustedPicker?: true;
  // Externally prepared scratch workspace provenance. OD may read/write
  // metadata.baseDir, but source authority and writeback stay outside OD.
  orchestratorWorkspace?: OrchestratorWorkspace;
  // Hint stamped by the Home composer working-directory chip. It records
  // where the user wanted the project to live without granting write access
  // to that path; actual filesystem roots still use baseDir/import flows.
  userWorkingDir?: string;
  imageModel?: string;
  imageAspect?: MediaAspect;
  imageStyle?: string;
  videoModel?: string;
  videoLength?: number;
  videoAspect?: MediaAspect;
  audioKind?: AudioKind;
  audioModel?: string;
  audioDuration?: number;
  voice?: string;
  // Curated prompt template the user picked in the image/video tab of the
  // New Project panel. Treated by the system-prompt composer as a stylistic
  // and structural reference for the generation request.
  promptTemplate?: PromptTemplateMetadata;
  // Absolute paths to local code folders the agent can read via --add-dir.
  linkedDirs?: string[];
  // Batch/API-created projects can opt out of the initial discovery form so
  // the first agent turn builds immediately from the submitted brief.
  skipDiscoveryBrief?: boolean;
  // Set when the user submits an unmodified curated example prompt from the
  // gallery. Skips discovery AND requests full-quality direct generation,
  // treating the curated title/brief as the complete creative brief. Honored
  // by both the daemon and contracts (API/BYOK) system-prompt composers so the
  // feature is not mode-dependent.
  examplePrompt?: boolean;
  examplePromptTitle?: string;
  examplePromptBrief?: Record<string, string>;
  // Plugins selected through @ mentions on Home. These are additive
  // context references; the explicit "Use plugin" snapshot, when present,
  // remains the primary executable plugin for the run.
  contextPlugins?: ProjectContextPluginRef[];
  contextMcpServers?: ProjectContextMcpServerRef[];
  contextConnectors?: ProjectContextConnectorRef[];
  /**
   * Daemon-stamped provenance for locally selected project resources. This
   * keeps the first run on the same local catalogue partition when Workspace
   * identity is still loading; it is never Workspace ownership or authority.
   */
  localCatalogScopes?: ProjectResourceCatalogScopes;
  /** Daemon-owned, exact provenance for the scenario currently pinned here. */
  scenarioBinding?: ProjectScenarioBinding;
  /** Daemon-owned automatic OD Next route, independent of plugin selection. */
  strategyBinding?: ProjectStrategyBinding;
  /** Daemon-owned identity of the official example card that seeded this project. */
  exampleBinding?: ProjectExampleBinding;
  // Stored on design-system projects so the review overview can remember
  // which generated sections were accepted or sent back for another pass.
  designSystemReview?: Record<string, DesignSystemReviewEntry>;
  // Stored on brand extraction projects so the Brands library, project list,
  // and design-system picker can all point back to the same source kit.
  brandId?: string;
  brandSourceUrl?: string;
  brandDesignSystemId?: string;
  // Stored on design-system projects created from an existing project so the
  // generated workspace can point back to the source evidence it duplicated.
  sourceProjectId?: string;
  sourceProjectName?: string;
  // AI-optimize (deep enrichment) state for a programmatically-extracted DS.
  // `programmatic` (or unset) = fast pass only; `ai_refined` = a user-triggered
  // enrichment run completed successfully. Lets analytics compare the two
  // cohorts' retention/usage (tracking spec C15 / §6).
  enrichmentStatus?: 'programmatic' | 'ai_refined';
  enrichmentCompletedAt?: number;
  // Stamped by the daemon when it registers a local placeholder record for a
  // hub-shared project whose content has NOT been materialized locally yet
  // (fresh data root / opened-before-pulled). While set, the daemon refuses
  // to publish the project's local directory to the resource hub — the
  // recvqzaDvUU6B3 fresh-install wipe guard. Cleared by the pull flow once
  // real hub content lands on disk. See the daemon's
  // collab/shared-project-placeholder.ts for the invariant.
  sharedProjectPlaceholderAt?: number;
}

export interface Project {
  id: string;
  name: string;
  skillId: string | null;
  designSystemId: string | null;
  createdAt: number;
  updatedAt: number;
  status?: ProjectStatusInfo;
  pendingPrompt?: string;
  metadata?: ProjectMetadata;
  // Plan §3.A1 / spec §11.5 — set when the project was created with a
  // plugin pinned (e.g. via PluginLoopHome on the web entry). Lets the
  // UI hide the in-composer plugin rail and render the active plugin
  // as context on user messages instead of re-prompting the user to
  // pick a plugin they already selected.
  appliedPluginSnapshotId?: string;
  customInstructions?: string;
  /**
   * The daemon-authoritative visibility from this project's
   * `workspace_projects` row.
   *
   * This is a read projection, not project storage. It lets clients classify a
   * local project even when that resource is synchronized through a non-project
   * hub (for example, a Design System backing project). Absent means the reader
   * did not carry workspace visibility and must be treated as "no opinion".
   */
  workspaceVisibility?: ProjectVisibility;
  /**
   * The workspace this project belongs to — exactly one, per the 2026-07-21
   * ruling that 草稿 and shared projects are both bound to a workspace.
   *
   * A read model, not storage: the daemon resolves it from the project's single
   * `workspace_projects` row. Absent means the daemon has not bound the project
   * to a workspace yet (a pre-workspace project awaiting adoption on the next
   * personal-workspace read), NOT "belongs to no workspace" — so a client must
   * treat absence as "no opinion" and never hide a project on the strength of a
   * missing value.
   */
  workspaceId?: string | null;
}

export interface ProjectTemplate {
  id: string;
  name: string;
  sourceProjectId?: string;
  files: Array<{ name: string; content: string }>;
  description?: string;
  createdAt: number;
}

export interface ProjectBrowserWorkspaceTab {
  id: string;
  insertAfter?: string | null;
  label: string;
  title?: string;
  url?: string;
  iconUrl?: string;
}

export interface ProjectTabsState {
  tabs: string[];
  active: string | null;
  browserTabs?: ProjectBrowserWorkspaceTab[];
  hasSavedState?: boolean;
  updatedAt?: number;
}

export interface Conversation {
  id: string;
  projectId: string;
  title: string | null;
  sessionMode?: ChatSessionMode;
  messageCount?: number;
  createdAt: number;
  updatedAt: number;
  totalDurationMs?: number;
  latestRun?: {
    status: ChatRunStatus;
    startedAt?: number;
    endedAt?: number;
    durationMs?: number;
  };
}

/**
 * Exact local catalogue identity of an official example card, as claimed by
 * the client. Both fields are required: the daemon looks the record up by
 * `source` — the same lookup `/api/plugins/:id/apply-local` performs — and
 * rejects the request when the resolved record's id disagrees with `pluginId`.
 */
export interface CreateProjectExampleReference {
  pluginId: string;
  source: string;
}

export interface CreateProjectRequest {
  name: string;
  /** Optional project library location id. Omit or use `default` for .od/projects. */
  projectLocationId?: string;
  skillId?: string | null;
  /** Local lookup provenance captured when the Skill was selected. */
  skillCatalogScope?: LocalCatalogScope;
  designSystemId?: string | null;
  /** Local lookup provenance captured when the Design System was selected. */
  designSystemCatalogScope?: LocalCatalogScope;
  pendingPrompt?: string;
  metadata?: ProjectMetadata;
  pluginId?: string;
  /** Exact identity of the local catalogue record selected by the caller. */
  pluginSource?: string;
  appliedPluginSnapshotId?: string;
  pluginInputs?: Record<string, unknown>;
  /** Product-owned automatic OD Next route. The daemon validates and stamps it. */
  automaticStrategyTaskProfile?: ProjectScenarioTaskProfile;
  /**
   * The official example card the user picked under a task type.
   *
   * A claim about an identity, never content: the daemon re-resolves the
   * record through the local catalogue and reads the example's material from
   * disk. Unlike `pluginId`/`appliedPluginSnapshotId` this does not make the
   * project an explicit plugin pin, so the automatic OD Next route stays in
   * force and the example travels as a user-selected Skill instead of
   * replacing the strategy.
   */
  exampleReference?: CreateProjectExampleReference;
  /** Session mode for the default conversation seeded with the project. */
  conversationMode?: ChatSessionMode;
  customInstructions?: string;
  /** Persisted to metadata.skipDiscoveryBrief for automated project runs. */
  skipDiscoveryBrief?: boolean;
}

export interface UpdateProjectRequest {
  name?: string;
  skillId?: string | null;
  designSystemId?: string | null;
  pendingPrompt?: string | null;
  metadata?: ProjectMetadata | null;
  customInstructions?: string | null;
}

export interface ProjectsResponse {
  projects: Project[];
}

export interface ProjectResponse {
  project: Project;
}

export interface RestoreProjectAutomaticScenarioRequest {
  /** Compare-and-swap guard for the project pin the caller inspected. */
  expectedCurrentSnapshotId: string | null;
}

export interface RestoreProjectAutomaticScenarioResponse extends ProjectResponse {
  scenarioBinding?: ProjectScenarioBinding;
  strategyBinding?: ProjectStrategyBinding;
  changed: boolean;
}

export type ProjectDesignTokenSuggestionProp =
  | 'color'
  | 'backgroundColor'
  | 'borderColor'
  | 'fontFamily'
  | 'fontSize'
  | 'fontWeight'
  | 'lineHeight'
  | 'letterSpacing'
  | 'width'
  | 'height'
  | 'gap'
  | 'padding'
  | 'margin'
  | 'borderRadius'
  | 'borderWidth';

export interface ProjectDesignTokenSuggestionQuery {
  file?: string;
  targetId?: string;
  props?: ProjectDesignTokenSuggestionProp[];
  values?: Partial<Record<ProjectDesignTokenSuggestionProp, string>>;
}

export interface ProjectDesignTokenSuggestion {
  prop: ProjectDesignTokenSuggestionProp;
  token: string;
  value: string;
  sourceFile: string;
  line: number;
  matchReason: string;
  score: number;
}

export interface ProjectDesignTokenSuggestionsResponse {
  projectId: string;
  query: ProjectDesignTokenSuggestionQuery;
  suggestions: ProjectDesignTokenSuggestion[];
}

// Response body for `GET /api/projects/:id`. Carries the same `project`
// payload as `ProjectResponse` plus a derived `resolvedDir` so the web
// client can address the on-disk working directory directly (e.g. for
// `shell.openPath` from the desktop bridge). For folder-imported projects
// `resolvedDir === metadata.baseDir`; for native projects it is
// `path.join(<daemon projects root>, project.id)`. Computed server-side via
// `resolveProjectDir(...)` so the web client never reconstructs the path.
export interface ProjectDetailResponse extends ProjectResponse {
  resolvedDir: string;
}

export type ProjectVisibility = 'personal' | 'team';

/**
 * Daemon-authoritative workspace and billing scope for one persisted project.
 *
 * `visibility` answers whether the project itself is a private draft or shared
 * with the team. It is deliberately independent from `kind`: a private draft
 * may still belong to a team workspace and therefore use that workspace's
 * wallet. The tagged union prevents clients from treating every non-null
 * workspace id as a team-billing scope.
 */
export type ProjectWorkspaceScope =
  | {
      kind: 'unbound';
      projectId: string;
      workspaceId: null;
      context: null;
    }
  | {
      kind: 'unavailable';
      projectId: string;
      workspaceId: string;
      visibility: ProjectVisibility;
      context: null;
    }
  | {
      kind: 'personal';
      projectId: string;
      workspaceId: string;
      visibility: ProjectVisibility;
      context: WorkspaceCollabContext & { workspaceType: 'personal' };
    }
  | {
      kind: 'team';
      projectId: string;
      workspaceId: string;
      visibility: ProjectVisibility;
      context: WorkspaceCollabContext & { workspaceType: 'team' };
    };

/** GET /api/projects/:id/workspace-scope. */
export interface ProjectWorkspaceScopeResponse {
  scope: ProjectWorkspaceScope;
}

// Local D-lane placeholder until the B-owned CurrentWorkspaceContext is
// imported into open-design. The route adapter keeps this replaceable.
export type WorkspaceProjectRole = 'owner' | 'admin' | 'member';

// C owns project sync orchestration. D exposes this on its read model and emits
// intent metadata when visibility changes, but it does not upload or mirror
// project content directly.
export type WorkspaceProjectSyncIntentEvent = ProjectSyncIntentEvent;

export type WorkspaceProjectSyncIntent = ProjectSyncIntent;

export type ProjectDisabledReason =
  | 'workspace_locked'
  | 'workspace_deleted'
  | 'permission_denied'
  | 'sync_pending'
  | 'resource_frozen';

export interface ProjectAccessFlags {
  canOpen: boolean;
  canRename: boolean;
  canDelete: boolean;
  canDuplicate: boolean;
  canMoveToTeam: boolean;
  canMoveToPersonal: boolean;
  canExport: boolean;
  canSendTo: boolean;
  canRestoreVersion: boolean;
  disabledReason?: ProjectDisabledReason;
}

export interface WorkspaceProjectSummary {
  id: string;
  name: string;
  workspaceId: string;
  visibility: ProjectVisibility;
  resourceState: TeamResourceState;
  createdByWorkspaceMemberId: string | null;
  updatedByWorkspaceMemberId?: string | null;
  /**
   * E resource-hub mapping seam. When present, this is Spec E's
   * ResourceRecord.id for a `kind: 'project'` cloud resource. Personal projects
   * are local-only and normally keep this null; team-visible projects receive
   * the cloud resource through C's orchestration of E's upload/version/mirror
   * mechanism.
   */
  resourceHubResourceId?: string | null;
  /** Set when a previously shared cloud resource should be tombstoned. */
  cloudTombstonedAt?: number | null;
  currentUserAccess: ProjectAccessFlags;
  syncState?: ProjectSyncState;
  pendingSyncIntent?: WorkspaceProjectSyncIntent;
  createdAt: number;
  updatedAt: number;
  metadata?: ProjectMetadata;
  project: Project;
}

export interface WorkspaceProjectsResponse {
  projects: WorkspaceProjectSummary[];
}

export interface MoveWorkspaceProjectRequest {
  visibility: ProjectVisibility;
}

export interface BatchDeleteWorkspaceProjectsRequest {
  projectIds: string[];
}

export interface BatchMoveWorkspaceProjectsRequest {
  projectIds: string[];
  visibility: ProjectVisibility;
}

export interface CreateProjectResponse extends ProjectResponse {
  conversationId?: string;
  appliedPluginSnapshotId?: string;
}

export interface CreateDesignSystemProjectFromProjectRequest {
  name?: string;
  pendingPrompt?: string;
}

export interface CreateDesignSystemProjectFromProjectResponse extends ProjectResponse {
  conversationId: string;
  designSystemId: string;
  copiedFiles: string[];
}

export interface DuplicateProjectRequest {
  name?: string;
}

export interface DuplicateProjectResponse extends ProjectResponse {
  conversationId: string;
  copiedFiles: string[];
}

export interface ProjectLocation {
  id: string;
  name: string;
  path: string;
  builtIn?: boolean;
}

export interface ProjectLocationsResponse {
  locations: ProjectLocation[];
  removedProjectIds?: string[];
}

export interface UpdateProjectLocationsRequest {
  locations: Array<{ id?: string; name?: string; path: string }>;
}

export interface ProjectManifest {
  schemaVersion: 1;
  id: string;
  name: string;
  createdAt: number;
  updatedAt: number;
  skillId?: string | null;
  designSystemId?: string | null;
}

export interface ScanProjectLocationsResponse {
  scanned: number;
  imported: Project[];
  existing: string[];
  skipped: Array<{ path: string; reason: string }>;
}

// POST /api/import/folder — create a project rooted at an existing local
// folder. The submitted baseDir is stored as the project's metadata.baseDir
// (after realpath canonicalization) and OD reads/writes directly inside it.
// The user owns version control; OD does not snapshot or copy.
export interface ImportFolderRequest {
  baseDir: string;
  name?: string;
  skillId?: string | null;
  designSystemId?: string | null;
  orchestratorWorkspace?: OrchestratorWorkspace;
}

export interface ImportFolderResponse {
  project: Project;
  conversationId: string;
  entryFile: string | null;
}

export interface ReplaceProjectWorkingDirRequest {
  baseDir: string;
  orchestratorWorkspace?: OrchestratorWorkspace;
}

export interface ReplaceProjectWorkingDirResponse {
  project: Project;
  baseDir: string;
  entryFile: string | null;
}

export interface ConversationsResponse {
  conversations: Conversation[];
}

export interface ConversationResponse {
  conversation: Conversation;
}

export interface CreateConversationRequest {
  title?: string | null;
  sessionMode?: ChatSessionMode;
  /**
   * Seed the new conversation with another conversation's context by copying
   * its messages. The source must belong to the same project; a missing or
   * foreign id is ignored and an empty conversation is created. Powers the
   * "Side Chat" launcher, which forks the current chat's context into a new
   * conversation.
   */
  seedFromConversationId?: string | null;
  /**
   * When paired with `seedFromConversationId`, copy only source messages up to
   * and including this message. Used by the chat "Fork" action so the new
   * conversation resumes from a specific assistant turn instead of inheriting
   * future follow-ups from the source conversation.
   */
  forkAfterMessageId?: string | null;
  /**
   * One compact client-side message used only when `forkAfterMessageId` is not
   * present in the source conversation's persisted history. The daemon appends
   * it to the persisted prefix, which preserves an errored/unpersisted final
   * assistant turn without making normal forks upload the entire transcript.
   */
  forkFallbackMessage?: ChatMessage;
  /**
   * The persisted message immediately before `forkFallbackMessage`, or null
   * when the fallback is the first message. The daemon cuts persisted history
   * at this boundary before appending the fallback, so later turns cannot leak
   * into a fork from an older unpersisted assistant message.
   */
  forkFallbackPredecessorMessageId?: string | null;
  /**
   * Client-supplied snapshot of the messages to seed the fork with, in order,
   * up to and including the fork point. When present, the daemon copies these
   * instead of reading the source conversation from the database by id. This
   * makes "Fork" resilient to a fork point that was never persisted — e.g. an
   * assistant turn whose run errored or had its connection reset before the
   * message reached the database. Without it, such a fork would 404 on
   * `forkAfterMessageId` and silently fail. When absent, the daemon falls back
   * to copying from `seedFromConversationId` (the original Side Chat path).
   *
   * @deprecated Retained for older clients. New clients should first fork from
   * persisted history and use `forkFallbackMessage` only after a missing fork
   * point response.
   */
  seedMessages?: ChatMessage[];
}

export interface UpdateConversationRequest {
  title?: string | null;
  sessionMode?: ChatSessionMode;
}

export interface MessagesResponse {
  messages: ChatMessage[];
}

export type DeployProviderId = 'vercel-self' | 'cloudflare-pages';
export type DeploymentStatus =
  | 'deploying'
  | 'preparing-link'
  | 'ready'
  | 'link-delayed'
  | 'protected'
  | 'failed';

export interface CloudflarePagesConfigHints {
  lastZoneId?: string;
  lastZoneName?: string;
  lastDomainPrefix?: string;
}

export interface CloudflarePagesZoneInfo {
  id: string;
  name: string;
  status?: string;
  type?: string;
}

export interface CloudflarePagesZonesResponse {
  zones: CloudflarePagesZoneInfo[];
  cloudflarePages?: CloudflarePagesConfigHints;
}

export interface CloudflarePagesDeploySelection {
  zoneId: string;
  zoneName: string;
  domainPrefix: string;
}

export type DeploymentLinkStatus =
  | 'ready'
  | 'link-delayed'
  | 'protected'
  | 'failed';

export interface DeploymentLinkInfo {
  url: string;
  status: DeploymentLinkStatus;
  statusMessage?: string;
  reachableAt?: number;
}

export type CloudflarePagesDnsStatus =
  | 'skipped'
  | 'created'
  | 'reused'
  | 'unmarked'
  | 'patched'
  | 'conflict'
  | 'failed';

export type CloudflarePagesDomainStatus =
  | 'skipped'
  | 'pending'
  | 'active'
  | 'conflict'
  | 'failed';

export type CloudflarePagesCustomDomainStatus =
  | 'pending'
  | 'ready'
  | 'conflict'
  | 'failed';

export type CloudflarePagesDnsOwnership = 'marked' | 'unmarked' | 'external';

export interface CloudflarePagesCustomDomainInfo {
  hostname: string;
  url: string;
  zoneId: string;
  zoneName: string;
  domainPrefix: string;
  status: CloudflarePagesCustomDomainStatus;
  statusMessage?: string;
  errorCode?: string;
  errorMessage?: string;
  dnsStatus?: CloudflarePagesDnsStatus;
  dnsRecordId?: string;
  dnsOwnership?: CloudflarePagesDnsOwnership;
  domainStatus?: CloudflarePagesDomainStatus;
  pagesDomainStatus?: string;
  validationData?: unknown;
  verificationData?: unknown;
}

export interface CloudflarePagesDeploymentInfo {
  projectName: string;
  pagesDev: DeploymentLinkInfo;
  customDomain?: CloudflarePagesCustomDomainInfo;
}

export interface DeployConfigResponse {
  providerId: DeployProviderId;
  configured: boolean;
  tokenMask: string;
  teamId: string;
  teamSlug: string;
  accountId?: string;
  projectName?: string;
  cloudflarePages?: CloudflarePagesConfigHints;
  target: 'preview' | 'production';
}

export interface UpdateDeployConfigRequest {
  providerId?: DeployProviderId;
  token?: string;
  teamId?: string;
  teamSlug?: string;
  accountId?: string;
  projectName?: string;
  cloudflarePages?: CloudflarePagesConfigHints;
}

export interface DeploymentInfo {
  id: string;
  projectId: string;
  fileName: string;
  providerId: DeployProviderId;
  url: string;
  deploymentId?: string;
  deploymentCount: number;
  target: 'preview' | 'production';
  status: DeploymentStatus;
  statusMessage?: string;
  reachableAt?: number;
  cloudflarePages?: CloudflarePagesDeploymentInfo;
  createdAt: number;
  updatedAt: number;
}

export interface ProjectDeploymentsResponse {
  deployments: DeploymentInfo[];
}

export interface DeployProjectFileRequest {
  fileName: string;
  providerId?: DeployProviderId;
  cloudflarePages?: CloudflarePagesDeploySelection;
  target?: 'preview' | 'production';
}

export interface DeployProjectFileResponse extends DeploymentInfo {}

export interface CheckDeploymentLinkResponse extends DeploymentInfo {}

// Preflight inspects the file set that would be uploaded for a deploy
// without sending anything to the provider. Lets the UI show file count,
// total size, and warnings before the user pays the network round-trip.

export type DeployPreflightWarningCode =
  | 'broken-reference'
  | 'invalid-reference'
  | 'large-asset'
  | 'large-bundle'
  | 'large-html'
  | 'external-script'
  | 'external-stylesheet'
  | 'no-doctype'
  | 'no-viewport';

export interface DeployPreflightWarning {
  code: DeployPreflightWarningCode;
  message: string;
  path?: string;
  url?: string;
  size?: number;
}

export interface DeployPreflightFile {
  path: string;
  size: number;
  mime: string;
  sourcePath: string;
}

export interface DeployPreflightRequest {
  fileName: string;
  providerId?: DeployProviderId;
}

export interface DeployPreflightResponse {
  providerId: DeployProviderId;
  entry: string;
  files: DeployPreflightFile[];
  totalFiles: number;
  totalBytes: number;
  warnings: DeployPreflightWarning[];
}