import { simulatedBusinessAdmission } from "../../../test/helpers/business-admission.js"
// Simulated adapter dispatch; these fixtures do not prove gateway or partition isolation.
// The module on its own, wired the way apps/web wires a request -- tenancy on the in-memory data
// source, the archive module, and the Archive port bound to the real generated client over the
// business-services fake of @conusai-kit/testing -- so its procedures are tested whether or not this
// app turned the module on.

import { businessClient, type Client } from "@conusai-kit/business"
import { type Actor, buildRegistry, Container, createCaller, type TransportCaller } from "@conusai-kit/core"
import { createMemoryDataSource, DATA_SOURCE, entitiesOf, OBJECT_STORE, SYSTEM_DATA } from "@conusai-kit/data"
import { files, filesModule } from "@conusai-kit/files"
import { createTenancyHooks, TENANCY, tenancyModule, users } from "@conusai-kit/tenancy"
import { type FakeBusinessServices, fakeBusinessServices, fakeObjectStore } from "@conusai-kit/testing"
import { createClient } from "@conusai-sdk/archive/client"
import { sdkArchiveService } from "../adapters/service.js"
import { ARCHIVE_SERVICE } from "../core/ports.js"
import { archiveModule } from "../module.js"

export interface Tenant {
  readonly owner: Actor
  readonly call: TransportCaller
  readonly orgSlug: string
  readonly orgId: string
  readonly workspaceSlug: string
  readonly workspaceId: string
  readonly projectSlug: string
  readonly projectId: string
  readonly slugs: { org: string; workspace: string; project: string }
}

export function archiveApp(options: Parameters<typeof fakeBusinessServices>[0] = {}) {
  const fake: FakeBusinessServices = fakeBusinessServices(options)
  const client: Client = businessClient({ apiUrl: fake.apiUrl, token: fake.token, orgSlug: fake.orgSlug }, createClient)
  client.setConfig({ fetch: fake.fetch as typeof fetch })
  // The files module for its table alone: its procedures have their fixtures in test/isolation.test.ts.
  const registry = buildRegistry([tenancyModule, { ...filesModule, procedures: [] }, archiveModule])
  const entities = entitiesOf(registry, "postgres")
  const data = createMemoryDataSource({ entities })
  const root = new Container()
  root.value(DATA_SOURCE, data)
  root.value(SYSTEM_DATA, data)
  root.value(OBJECT_STORE, fakeObjectStore())
  root.value(ARCHIVE_SERVICE, sdkArchiveService({ client, orgSlug: fake.orgSlug }))

  const caller = (actor: Actor): TransportCaller => {
    const tenancy = createTenancyHooks({ data, registry })
    const container = root.child()
    container.value(TENANCY, tenancy)
    return createCaller({ registry, container, tenancy, serviceReadiness: simulatedBusinessAdmission }, { actor })
  }

  const signUp = async (email: string): Promise<Actor> => {
    const user = await data.global(users).insert({
      issuer: "https://id.example.test",
      subject: email,
      email,
      displayName: email.split("@")[0] ?? email,
      locale: "en",
    })
    return { userId: user.id }
  }

  /** An organization with one workspace and one project, owned by a new user. */
  const tenant = async (slug: string): Promise<Tenant> => {
    const owner = await signUp(`owner@${slug}.test`)
    const call = caller(owner)
    const org = (await call.callByName("tenancy.org.create", { slug, name: slug })) as { orgId: string; slug: string }
    const workspace = (await call.callByName("tenancy.workspace.create", {
      org: slug,
      slug: `ws-${slug}`,
      name: `Workspace ${slug}`,
      visibility: "org",
    })) as { workspaceId: string; slug: string }
    const project = (await call.callByName("tenancy.project.create", {
      org: slug,
      workspace: workspace.slug,
      slug: `p-${slug}`,
      name: `Project ${slug}`,
      moduleKey: "archive",
    })) as { projectId: string; slug: string }
    return {
      owner,
      call,
      orgSlug: org.slug,
      orgId: org.orgId,
      workspaceSlug: workspace.slug,
      workspaceId: workspace.workspaceId,
      projectSlug: project.slug,
      projectId: project.projectId,
      slugs: { org: org.slug, workspace: workspace.slug, project: project.slug },
    }
  }

  /** A second user who joins `t`'s organization with the org role `role`. */
  const member = async (t: Tenant, email: string, role: "viewer" | "member"): Promise<TransportCaller> => {
    const invite = (await t.call.callByName("tenancy.member.invite", { org: t.orgSlug, email, role })) as {
      token: string
    }
    const actor = await signUp(email)
    const call = caller(actor)
    await call.callByName("tenancy.invitation.accept", { org: t.orgSlug, token: invite.token })
    return call
  }

  /** A file stored in `t`'s project, as the files module leaves an upload it has finished. */
  const storedFile = async (t: Tenant, sha256 = "a".repeat(64), size = 1234): Promise<string> => {
    const scope = {
      level: "project" as const,
      actor: t.owner,
      orgId: t.orgId,
      workspaceId: t.workspaceId,
      projectId: t.projectId,
    }
    const row = await data
      .forScope(scope)
      .of(files)
      .insert({
        status: "stored",
        storageKey: `files/${t.workspaceId}/${t.projectId}/${crypto.randomUUID()}`,
        filename: "record.pdf",
        contentType: "application/pdf",
        size,
        sha256,
        uploadedBy: t.owner.userId,
        storedAt: "2026-11-02T10:00:00.000Z",
        uploadId: null,
        declaredSize: null,
        partSize: null,
        deletingAt: null,
      })
    return row.id
  }

  return { fake, client, registry, data, caller, signUp, tenant, member, storedFile }
}