Files
govoplan-scheduling/webui/tests/scheduling-view-model.test.ts

279 lines
9.1 KiB
TypeScript

import assert from "node:assert/strict";
import test from "node:test";
import type { SchedulingRequest } from "../src/api/scheduling.ts";
import {
applySchedulingAvailabilityChoice,
groupSchedulingRequests,
participantDraftFromResponse,
participantDraftsFromPicker,
participantPayload,
schedulingSortPhase,
type SchedulingActor
} from "../src/features/scheduling/schedulingViewModel.ts";
test("maps visible account and contact selections into bounded scheduling participant payloads", () => {
let sequence = 0;
const selected = participantDraftsFromPicker([
{
selection_key: "account:account-2",
kind: "account",
reference_id: "account-2",
display_name: "Ada Account",
email: "ADA@EXAMPLE.TEST",
source_module: "access",
source_label: "Accounts",
provenance: { tenant_id: "must-not-be-persisted" },
metadata: { group_ids: ["must-not-be-persisted"] }
},
{
selection_key: "contact:contact-3:contact@example.test",
kind: "contact",
reference_id: "contact-3",
display_name: "Contact Person",
email: "contact@example.test",
source_module: "addresses",
source_label: "Contacts",
source_revision: "revision-3",
provenance: { address_book_id: "must-not-be-persisted" }
}
], [], () => `participant-${++sequence}`);
assert.equal(selected[0].respondent_id, "account-2");
assert.equal(selected[0].participant_type, "internal");
assert.equal(selected[0].email, "ada@example.test");
assert.deepEqual(selected[0].metadata, {
directory_selection: {
selection_key: "account:account-2",
kind: "account",
reference_id: "account-2",
source_module: "access",
source_label: "Accounts",
source_revision: null
}
});
assert.equal(selected[1].respondent_id, null);
assert.equal(selected[1].participant_type, "external");
assert.equal(
(selected[1].metadata?.directory_selection as { source_revision: string }).source_revision,
"revision-3"
);
assert.deepEqual(participantPayload(selected[1]), {
respondent_id: null,
display_name: "Contact Person",
email: "contact@example.test",
participant_type: "external",
required: true,
metadata: selected[1].metadata
});
});
test("reconstructs saved directory selections and preserves existing reconciliation identity", () => {
const responseParticipant = {
id: "stored-participant",
revision: "a".repeat(64),
is_current_participant: false,
respondent_id: "account-2",
display_name: "Ada Account",
email: "ada@example.test",
participant_type: "internal",
required: true,
status: "invited",
poll_invitation_id: "invitation-1",
metadata: {
directory_selection: {
selection_key: "account:account-2",
kind: "account",
reference_id: "account-2",
source_module: "access",
source_label: "Accounts"
}
}
};
const draft = participantDraftFromResponse(responseParticipant, "draft-1");
const remapped = participantDraftsFromPicker([draft], [draft], () => "unexpected");
assert.equal(remapped[0], draft);
assert.equal(draft.sourceId, "stored-participant");
assert.equal(draft.identityLocked, true);
assert.equal(participantPayload(draft).id, "stored-participant");
assert.equal(participantPayload(draft).revision, "a".repeat(64));
});
const now = new Date("2026-07-20T10:00:00Z");
const actor: SchedulingActor = {
accountId: "account-1",
membershipId: "membership-1",
email: "person@example.test"
};
function request(
id: string,
options: {
organizer?: string;
participantStatus?: string;
status?: SchedulingRequest["status"];
start?: string;
end?: string;
} = {}
): SchedulingRequest {
return {
id,
tenant_id: "tenant-1",
title: id,
timezone: "UTC",
status: options.status ?? "collecting",
organizer_user_id: options.organizer ?? "organizer-elsewhere",
allow_external_participants: true,
allow_participant_updates: true,
result_visibility: "after_close",
participant_visibility: "aggregates_only",
effective_participant_visibility: "aggregates_only",
participant_aggregate: {
total: options.participantStatus ? 1 : 0,
status_counts: options.participantStatus ? { [options.participantStatus]: 1 } : {}
},
participant_visibility_decision: {
requested_visibility: "aggregates_only",
effective_visibility: "aggregates_only",
policy_applied: false,
source_path: [],
details: {}
},
notify_on_answers: true,
single_choice: false,
max_participants_per_option: null,
allow_maybe: true,
allow_comments: false,
participant_email_required: false,
anonymous_password_protection_enabled: false,
public_participation_policy_enforcement_available: false,
public_participation_policy_enforcement_reason: "Public participation gateway not installed",
calendar_integration_enabled: false,
calendar_freebusy_enabled: false,
calendar_hold_enabled: false,
create_calendar_event_on_decision: false,
created_at: "2026-07-01T00:00:00Z",
updated_at: "2026-07-01T00:00:00Z",
metadata: {},
slots: [{
id: `slot-${id}`,
label: id,
start_at: options.start ?? "2026-07-21T09:00:00Z",
end_at: options.end ?? "2026-07-21T10:00:00Z",
timezone: "UTC",
position: 0,
revision: "0".repeat(64),
freebusy_conflicts: [],
metadata: {}
}],
participants: options.participantStatus ? [{
id: `participant-${id}`,
is_current_participant: true,
respondent_id: "membership-1",
email: "person@example.test",
participant_type: "internal",
required: true,
status: options.participantStatus,
metadata: {}
}] : []
};
}
test("groups owned, invited, and administrator-only requests without hiding any", () => {
const groups = groupSchedulingRequests([
request("managed"),
request("mine", { organizer: "account-1" }),
request("invited", { participantStatus: "invited" })
], actor, now);
assert.deepEqual(groups.owned.map((item) => item.id), ["mine"]);
assert.deepEqual(groups.invited.map((item) => item.id), ["invited"]);
assert.deepEqual(groups.other.map((item) => item.id), ["managed"]);
});
test("matches email-only invitations without case sensitivity", () => {
const invited = request("email-case", { participantStatus: "invited" });
invited.participants[0].is_current_participant = false;
invited.participants[0].respondent_id = null;
invited.participants[0].email = "Person@Example.Test";
const groups = groupSchedulingRequests([invited], actor, now);
assert.deepEqual(groups.invited.map((item) => item.id), ["email-case"]);
assert.deepEqual(groups.other, []);
});
test("recognizes the current participant after identity bindings are redacted", () => {
const invited = request("safe-projection", { participantStatus: "invited" });
invited.participants[0].respondent_id = null;
invited.participants[0].email = null;
const groups = groupSchedulingRequests([invited], actor, now);
assert.deepEqual(groups.invited.map((item) => item.id), ["safe-projection"]);
assert.deepEqual(groups.other, []);
});
test("keeps an organizer's active request in the open phase even if they also responded", () => {
const owned = request("mine-and-invited", {
organizer: "account-1",
participantStatus: "responded"
});
assert.equal(schedulingSortPhase(owned, actor, now), "unanswered");
});
test("orders unanswered by nearest slot before answered, closed, determined, and past", () => {
const groups = groupSchedulingRequests([
request("past", {
participantStatus: "invited",
start: "2026-07-18T09:00:00Z",
end: "2026-07-18T10:00:00Z"
}),
request("determined", { participantStatus: "invited", status: "decided" }),
request("closed", { participantStatus: "invited", status: "closed" }),
request("answered", { participantStatus: "responded" }),
request("later", { participantStatus: "invited", start: "2026-07-23T09:00:00Z" }),
request("nearer", { participantStatus: "invited", start: "2026-07-21T09:00:00Z" })
], actor, now);
assert.deepEqual(groups.invited.map((item) => item.id), [
"nearer",
"later",
"answered",
"closed",
"determined",
"past"
]);
assert.equal(schedulingSortPhase(groups.invited[0], actor, now), "unanswered");
assert.equal(schedulingSortPhase(groups.invited.at(-1)!, actor, now), "past");
});
test("single-choice availability keeps one positive choice while preserving explicit no answers", () => {
const next = applySchedulingAvailabilityChoice(
["slot-a", "slot-b", "slot-c"],
{ "slot-a": "available", "slot-b": "maybe", "slot-c": "unavailable" },
"slot-b",
"available",
true
);
assert.deepEqual(next, {
"slot-a": "unavailable",
"slot-b": "available",
"slot-c": "unavailable"
});
});
test("multi-choice availability changes only the selected slot", () => {
const next = applySchedulingAvailabilityChoice(
["slot-a", "slot-b"],
{ "slot-a": "available" },
"slot-b",
"maybe",
false
);
assert.deepEqual(next, { "slot-a": "available", "slot-b": "maybe" });
});