This is a fork of the android app of omnivore to work better on eInk devices and everyone who likes even less distraction (scrolling) while reading.
These features are currently added:
in article view (Webreader):
- pagination / splitting of text into pages
- tap and swipe gestures to jump to next page
- current / total pages index
- update of reading progress to database
- retrieval of reading status and jump to acording page
- physical volume buttons to scroll
in library view:
- volume buttons to "scroll" by number of displayed items
- toast message: index "showing X - XX out of XXX" items
Bonus:
- fullscreen / hide status bar
todo:
- provide toggle to turn pagination on and off in reading prefs
- figure where such a toggle would be for the library scrolling
- gestures for library view as an alternative to the volume buttons.
- merge with official code base
- toggle for fullscreen
Omnivore is a complete, open source read-it-later solution for people who like text.
We built Omnivore because we love reading and we want it to be more social. Join us!
- Highlighting, notes, search, and sharing
- Full keyboard navigation
- Automatically saves your place in long articles
- Add newsletter articles via email (with substack support!)
- PDF support
- Web app written in Node.js and TypeScript
- Native iOS app (source)
- Android app (source)
- Progressive web app for Android users
- Browser extensions for Chrome, Safari, Firefox, and Edge
- Labels (aka tagging)
- Offline support
- Text to speech (iOS only)
- Logseq support via our Logseq Plugin
- Obsidian support via our Obsidian Plugin
Every single part is fully open source! Fork it, extend it, or deploy it to your own server.
We also have a free hosted version of Omnivore at omnivore.app -- try it now!
We're building our community on Discord. Join us!
Read more about Omnivore on our blog. https://blog.omnivore.app/p/getting-started-with-omnivore
Omnivore takes advantage of some great open source software:
- TypeScript - Most of our backend and frontend are written in TypeScript.
- Next.js - Our frontend is a Next.JS app and is hosted on Vercel.
- SWR - We do all our data fetching on the web using SWR.
- Stitches - We use Stitches on the frontend to style our components.
- Mozilla Readability - We use Mozilla's Readability library to make pages easier to read.
- Swift GraphQL - We generate our GraphQL queries on iOS using Swift GraphQL.
- Apollo GraphQL - We generate our GraphQL queries on Android using Apollo GraphQL.
- Radix - We use Radix UI's components on our frontend.
- And many more awesome libraries, just checkout our package files to see what we are using.
Check out our docs for information on importing your data from other apps.
The easiest way to get started with local development is to use docker compose up. This will start a postgres container, our web frontend, an API server, and our content fetching microservice.
Omnivore is written in TypeScript and JavaScript.
git clone https://github.com/omnivore-app/omnivore
cd omnivore
docker compose upThis will start postgres, initialize the database, and start the web and api services.
Open http://localhost:3000 and confirm Omnivore is running
During database setup docker compose creates an account [email protected], password: demo_password.
Go to http://localhost:3000/ in your browser and choose Continue with Email to login.
If you want to work on just the frontend of Omnivore you can run the backend services with docker compose and the frontend locally:
docker compose up api content-fetch
cd packages/web
cp .env.template .env.local
yarn devYou will need to configure some values in the new .env.local file. These are
the values for running the web service directly on your host machine and
running api and content-fetch within docker:
NEXT_PUBLIC_BASE_URL=http://localhost:3000
NEXT_PUBLIC_HIGHLIGHTS_BASE_URL=http://localhost:3000
NEXT_PUBLIC_LOCAL_BASE_URL=http://localhost:3000
NEXT_PUBLIC_SERVER_BASE_URL=http://localhost:4000
NEXT_PUBLIC_LOCAL_SERVER_BASE_URL=http://localhost:4000To save pages you need to run the puppeteer-parse service.
brew install chromium --no-quarantine
export PUPPETEER_SKIP_CHROMIUM_DOWNLOAD=true
export CHROMIUM_PATH=`which chromium`
cd packages/puppeteer-parse
cp .env.example .env
yarn
yarn start
This will start the puppeteer-parse service on port 9090.
In your browser go to http://localhost:3000/home, click the Add Link button,
and enter a URL such as https://blog.omnivore.app/p/getting-started-with-omnivore.
You should see a Chromium window open and navigate to your link. When the service is done fetching your content you will see it in your library.
Omnivore was originally designed to be deployed on GCP and takes advantage of some of GCP's PaaS features. We are working to make Omnivore more portable so you can easily run the service on your own infrastructure. You can track progress here: omnivore-app#25
To deploy Omnivore on your own hardware you will need to deploy three dockerized services and configure access to a postgres service. To handle PDF documents you will need to configure access to a Google Cloud Storage bucket.
packages/api- the backend API servicepackages/web- the web frontend (can easily be deployed to vercel)packages/puppeteer-parse- the content fetching service (can easily be deployed as an AWS lambda or GCP Cloud Function)
Additionally, you will need to run our database migrations to initialize
your database. These are dockerized and can be run with the
packages/db service.
Omnivore and our extensions to Readability.js are under the AGPL-3.0 license.