OneNote — Search, Query, and Pagination

Overview

OneNote's dedicated search endpoint was deprecated in April 2024. The replacement — OData

$filter

@odata.nextLink

Key pain points addressed:

• The

  $search

  parameter on

  /me/onenote/pages

  is deprecated — use

  $filter

  on metadata fields only
• No single endpoint searches across all notebooks — you must iterate notebooks and their sections
• Deleted pages continue appearing in

  GET /sections/{id}/pages

  results for up to 30 minutes

• @odata.nextLink

  may be absent even when

  $top

  items were returned (Graph bug with OneNote)

Prerequisites

• Azure app registration with delegated permissions:

  Notes.Read

  or

  Notes.ReadWrite

• App-only auth deprecated March 31, 2025 — use delegated auth only
• Python:

  pip install msgraph-sdk azure-identity

• Node/TypeScript:

  npm install @microsoft/microsoft-graph-client @azure/identity @azure/msal-node

• Optional for client-side search:

  npm install fuse.js

  or

  pip install thefuzz

Instructions

Step 1 — Query Pages with OData Filters

OData

$filter

title

createdDateTime

lastModifiedDateTime

import { Client } from "@microsoft/microsoft-graph-client";

// Filter by title substring
const results = await client.api("/me/onenote/pages")
  .filter("contains(title, 'sprint planning')")
  .select("id,title,lastModifiedDateTime,parentSection")
  .top(20)
  .orderby("lastModifiedDateTime desc")
  .get();

// Filter by date range
const recentPages = await client.api("/me/onenote/pages")
  .filter("lastModifiedDateTime ge 2026-03-01T00:00:00Z")
  .select("id,title,lastModifiedDateTime")
  .top(50)
  .orderby("lastModifiedDateTime desc")
  .get();

Warning:

$search

was deprecated April 2024. Using it returns

400 Bad Request

on most tenants. Use

$filter

with

contains()

on title, or implement client-side search on fetched content.

Step 2 — Cross-Notebook Search Pattern

There is no single Graph endpoint that searches page content across all notebooks. You must iterate:

interface SearchResult {
  pageId: string;
  title: string;
  sectionName: string;
  notebookName: string;
  lastModified: string;
  snippet?: string;
}

async function searchAcrossNotebooks(
  client: Client,
  query: string
): Promise<SearchResult[]> {
  const results: SearchResult[] = [];
  const notebooks = await client.api("/me/onenote/notebooks")
    .select("id,displayName")
    .get();

  for (const notebook of notebooks.value) {
    const sections = await client.api(
      `/me/onenote/notebooks/${notebook.id}/sections`
    ).select("id,displayName").get();

    for (const section of sections.value) {
      const pages = await client.api(
        `/me/onenote/sections/${section.id}/pages`
      )
        .filter(`contains(title, '${query.replace(/'/g, "''")}')`)
        .select("id,title,lastModifiedDateTime")
        .top(50)
        .get();

      for (const page of pages.value ?? []) {
        results.push({
          pageId: page.id,
          title: page.title,
          sectionName: section.displayName,
          notebookName: notebook.displayName,
          lastModified: page.lastModifiedDateTime,
        });
      }
    }
  }
  return results;
}

Performance: This approach makes N+M API calls (N notebooks + M total sections). For users with many notebooks, cache the notebook/section structure and only fetch pages from recently modified sections.

Step 3 — Client-Side Full-Text Search

Since

$filter

import Fuse from "fuse.js";

interface IndexedPage {
  id: string;
  title: string;
  plainText: string;
  sectionId: string;
}

// Build the index (do this once, cache it)
async function buildSearchIndex(client: Client, sectionId: string): Promise<Fuse<IndexedPage>> {
  const pages = await client.api(`/me/onenote/sections/${sectionId}/pages`)
    .select("id,title")
    .top(100)
    .get();

  const indexed: IndexedPage[] = [];
  for (const page of pages.value) {
    const contentStream = await client.api(
      `/me/onenote/pages/${page.id}/content`
    ).get();
    // Strip HTML tags for plain text search
    const html = await streamToString(contentStream);
    const plainText = html.replace(/<[^>]*>/g, " ").replace(/\s+/g, " ").trim();
    indexed.push({ id: page.id, title: page.title, plainText, sectionId });
  }

  return new Fuse(indexed, {
    keys: [
      { name: "title", weight: 2 },
      { name: "plainText", weight: 1 },
    ],
    threshold: 0.3,
    includeScore: true,
  });
}

// Search
const fuse = await buildSearchIndex(client, sectionId);
const results = fuse.search("deployment checklist");

Step 4 — Safe Pagination with Guard Rails

The

@odata.nextLink

interface PaginatedResult<T> {
  items: T[];
  totalFetched: number;
  hitSafetyLimit: boolean;
}

async function paginateAll<T>(
  client: Client,
  initialUrl: string,
  maxPages: number = 20,  // Safety limit: prevent runaway pagination
  pageSize: number = 100
): Promise<PaginatedResult<T>> {
  const items: T[] = [];
  let url: string | null = `${initialUrl}${initialUrl.includes("?") ? "&" : "?"}$top=${pageSize}`;
  let pagesConsumed = 0;

  while (url && pagesConsumed < maxPages) {
    const response = await client.api(url).get();
    const batch = response.value ?? [];
    items.push(...batch);
    pagesConsumed++;

    // Guard: if we got fewer items than $top, we're at the end
    // even if @odata.nextLink is present (Graph bug)
    if (batch.length < pageSize) break;

    url = response["@odata.nextLink"] ?? null;

    // Guard: if no nextLink but we got exactly $top items,
    // the API may have dropped the link — try manual offset
    if (!url && batch.length === pageSize) {
      console.warn("Missing @odata.nextLink — attempting manual $skip");
      const skip = items.length;
      url = `${initialUrl}${initialUrl.includes("?") ? "&" : "?"}$top=${pageSize}&$skip=${skip}`;
    }
  }

  return {
    items,
    totalFetched: items.length,
    hitSafetyLimit: pagesConsumed >= maxPages,
  };
}

Step 5 — Filter Deleted Pages from Results

Deleted pages can appear in list results for up to 30 minutes. Filter them before displaying:

async function getActivePages(client: Client, sectionId: string) {
  const result = await paginateAll(
    client,
    `/me/onenote/sections/${sectionId}/pages?$select=id,title,lastModifiedDateTime,createdDateTime&$orderby=lastModifiedDateTime desc`
  );

  // Deleted pages have null title and a lastModifiedDateTime
  // very close to their deletion time
  const activePages = result.items.filter((page: any) => {
    if (!page.title) return false;  // Deleted pages often have null titles
    return true;
  });

  // Additional verification: try to GET content for suspicious pages
  // A 404 on content means the page is deleted
  return activePages;
}

Step 6 — Python Async Pagination

from msgraph import GraphServiceClient

async def paginate_pages(client: GraphServiceClient, section_id: str, max_pages: int = 20):
    """Paginate through all pages in a section with safety limits."""
    all_pages = []
    pages_fetched = 0

    result = await client.me.onenote.sections.by_onenote_section_id(
        section_id
    ).pages.get()

    while result and pages_fetched < max_pages:
        all_pages.extend(result.value or [])
        pages_fetched += 1

        if not result.odata_next_link:
            break

        # Follow @odata.nextLink
        result = await client.me.onenote.sections.by_onenote_section_id(
            section_id
        ).pages.with_url(result.odata_next_link).get()

    return all_pages

Output

Search and query operations return:

• Page listing: JSON array with

  id

  ,

  title

  ,

  createdDateTime

  ,

  lastModifiedDateTime

  ,

  parentSection

• Page content: XHTML stream (must be buffered and parsed)
• Pagination:

  @odata.nextLink

  URL (when present) or

  @odata.count

  (when

  $count=true

  is specified)

Error Handling

$search

$filter

$filter

contains()

$search

eq

contains()

startswith()

GET /pages/{id}

onenote-rate-limits

@odata.nextLink

Examples

TypeScript — Search recent pages modified this week:

const oneWeekAgo = new Date(Date.now() - 7 * 24 * 60 * 60 * 1000).toISOString();
const recent = await client.api("/me/onenote/pages")
  .filter(`lastModifiedDateTime ge ${oneWeekAgo}`)
  .select("id,title,lastModifiedDateTime")
  .orderby("lastModifiedDateTime desc")
  .top(50)
  .get();

console.log(`Found ${recent.value.length} pages modified in the last 7 days`);

Python — Count pages per section:

notebooks = await client.me.onenote.notebooks.get()
for nb in notebooks.value:
    sections = await client.me.onenote.notebooks.by_notebook_id(
        nb.id
    ).sections.get()
    for sec in sections.value:
        pages = await client.me.onenote.sections.by_onenote_section_id(
            sec.id
        ).pages.get()
        count = len(pages.value) if pages.value else 0
        print(f"{nb.display_name}/{sec.display_name}: {count} pages")

Resources

• OneNote API Overview
• Get Content
• Best Practices
• Known Issues
• Graph Explorer
• Error Codes

Next Steps

• See

  onenote-core-workflow-a

  for CRUD operations on notebooks, sections, and pages
• See

  onenote-rate-limits

  for throttling cross-notebook search patterns
• See

  onenote-performance-tuning

  for

  $select

  optimization and caching strategies