supabase/apps/studio/tests/components/AuditLogs/AuditLogs.utils.test.ts

import dayjs from 'dayjs'
import { describe, expect, test } from 'vitest'

import { filterByProjects } from '@/components/interfaces/AuditLogs/AuditLogs.utils'
import { filterByUsers } from '@/components/interfaces/Organization/AuditLogs/AuditLogs.utils'
import {
  TIMESTAMP_MICROS_PER_MS,
  type AuditLog,
} from '@/data/organizations/organization-audit-logs-query'

// Timestamps are in microseconds (e.g. 1777471903844000 = April 2026)
const TS_A = 1777471903844000
const TS_B = 1777471903845000
const TS_C = 1777471903846000

function makeLog(overrides: Partial<AuditLog> = {}): AuditLog {
  return {
    timestamp: TS_A,
    request_id: 'req-1',
    action: { name: 'test', method: 'GET', route: '/api/test', status: 200 },
    actor: { token_type: 'bearer' },
    ...overrides,
  }
}

const logA = makeLog({ timestamp: TS_A, request_id: 'req-a', project_ref: 'proj-1' })
const logB = makeLog({
  timestamp: TS_B,
  request_id: 'req-b',
  project_ref: 'proj-2',
  actor: { token_type: 'bearer', user_id: 'user-1' },
})
const logC = makeLog({
  timestamp: TS_C,
  request_id: 'req-c',
  actor: { token_type: 'bearer', user_id: 'user-2' },
})

describe('timestamp conversion (microseconds → milliseconds)', () => {
  test('dividing by 1000 produces a valid date', () => {
    expect(dayjs(TS_A / TIMESTAMP_MICROS_PER_MS).isValid()).toBe(true)
  })

  test('produces the correct year', () => {
    expect(dayjs(TS_A / TIMESTAMP_MICROS_PER_MS).year()).toBe(2026)
  })

  test('dayjs.unix on a microsecond value produces an invalid date', () => {
    // Guard: confirms the bug we fixed — dayjs.unix() treats the value as seconds,
    // overflowing JS Date's max and producing "Invalid Date"
    expect(dayjs.unix(TS_A).isValid()).toBe(false)
  })
})

describe('filterByUsers', () => {
  test('returns all logs when filter list is empty', () => {
    expect(filterByUsers([logA, logB, logC], [])).toEqual([logA, logB, logC])
  })

  test('filters to matching user_id', () => {
    const result = filterByUsers([logA, logB, logC], ['user-1'])
    expect(result.map((l) => l.request_id)).toEqual(['req-b'])
  })

  test('filters to multiple user_ids', () => {
    const result = filterByUsers([logA, logB, logC], ['user-1', 'user-2'])
    expect(result.map((l) => l.request_id)).toEqual(['req-b', 'req-c'])
  })

  test('excludes logs with no user_id when filtering', () => {
    const result = filterByUsers([logA, logB], ['user-1'])
    expect(result.map((l) => l.request_id)).toEqual(['req-b'])
  })

  test('returns empty array when no logs match', () => {
    expect(filterByUsers([logA, logB, logC], ['user-unknown'])).toEqual([])
  })
})

describe('filterByProjects', () => {
  test('returns all logs when filter list is empty', () => {
    expect(filterByProjects([logA, logB, logC], [])).toEqual([logA, logB, logC])
  })

  test('filters to matching project_ref', () => {
    const result = filterByProjects([logA, logB, logC], ['proj-1'])
    expect(result.map((l) => l.request_id)).toEqual(['req-a'])
  })

  test('filters to multiple project_refs', () => {
    const result = filterByProjects([logA, logB, logC], ['proj-1', 'proj-2'])
    expect(result.map((l) => l.request_id)).toEqual(['req-a', 'req-b'])
  })

  test('excludes logs with no project_ref when filtering', () => {
    const result = filterByProjects([logA, logC], ['proj-1'])
    expect(result.map((l) => l.request_id)).toEqual(['req-a'])
  })

  test('returns empty array when no logs match', () => {
    expect(filterByProjects([logA, logB, logC], ['proj-unknown'])).toEqual([])
  })
})