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# nopaque # nopaque
_nopaque_ bundles various tools and services that provide humanities scholars with DH methods and thus can support their various individual research processes. Using _nopaque_, researchers can subject digitized sources to Optical Character Recognition (OCR). The resulting text files can then be used as a data basis for Natural Language Processing (NLP). The texts are automatically subjected to various linguistic annotations. The data processed via NLP can then be summarized in the web application as corpora and analyzed by means of an information retrieval system through complex search queries. The range of functions of the web application will be successively extended according to the needs of the researchers. nopaque bundles various tools and services that provide humanities scholars with DH methods and thus can support their various individual research processes. Using nopaque, researchers can subject digitized sources to Optical Character Recognition (OCR). The resulting text files can then be used as a data basis for Natural Language Processing (NLP). The texts are automatically subjected to various linguistic annotations. The data processed via NLP can then be summarized in the web application as corpora and analyzed by means of an information retrieval system through complex search queries. The range of functions of the web application will be successively extended according to the needs of the researchers.
## Prerequisites and requirements ## Prerequisites and requirements
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2. Install docker-compose. Following the official instructions. (LINK) 2. Install docker-compose. Following the official instructions. (LINK)
## Configuration and startup: Run a docker swarm and setup a Samba share ## Configuration and startup
1. **Create Docker swarm:** ### **Create Docker swarm**
The generated computational workload is handled by a [Docker](https://docs.docker.com/) swarm. A swarm is a group of machines that are running Docker and joined into a cluster. It consists out of two different kinds of members, manager and worker nodes. The swarm setup process is described best in the [Docker documentation](https://docs.docker.com/engine/swarm/swarm-tutorial/). The generated computational workload is handled by a [Docker](https://docs.docker.com/) swarm. A swarm is a group of machines that are running Docker and joined into a cluster. It consists out of two different kinds of members, manager and worker nodes. The swarm setup process is described best in the [Docker documentation](https://docs.docker.com/engine/swarm/swarm-tutorial/).
2. **Create a network storage:** ### **Create network storage**
A shared network space is necessary so that all swarm members have access to all the data. To achieve this a [samba](https://www.samba.org/) share is used. A shared network space is necessary so that all swarm members have access to all the data. To achieve this a [samba](https://www.samba.org/) share is used.
``` bash ``` bash
# Example: Create a Samba share via Docker # Example: Create a Samba share via Docker
# More details can be found under https://hub.docker.com/r/dperson/samba/ # More details can be found under https://hub.docker.com/r/dperson/samba/
sudo mkdir -p /srv/nopaque/storage username@hostname:~$ sudo mkdir -p /srv/nopaque/storage
docker run \ username@hostname:~$ docker run \
--name opaque_storage \ --name opaque_storage \
-v /srv/nopaque/storage:/srv/nopaque/storage \ -v /srv/nopaque/storage:/srv/nopaque/storage \
-p 445:445 \ -p 445:445 \
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-u nopaque;nopaque -u nopaque;nopaque
# Mount the Samba share on all swarm nodes (managers and workers) # Mount the Samba share on all swarm nodes (managers and workers)
sudo mkdir /mnt/nopaque username@hostname:~$ sudo mkdir /mnt/nopaque
sudo mount --types cifs --options gid=${USER},password=nopaque,uid=${USER},user=nopaque,vers=3.0 //<SAMBA-SERVER-IP>/storage.nopaque /mnt/nopaque username@hostname:~$ sudo mount --types cifs --options gid=${USER},password=nopaque,uid=${USER},user=nopaque,vers=3.0 //<SAMBA-SERVER-IP>/storage.nopaque /mnt/nopaque
``` ```
## Download, configure and build _nopaque_**
3. **Download, configure and build _nopaque_** ### **Download, configure and build nopaque**
``` bash ``` bash
git clone https://gitlab.ub.uni-bielefeld.de/sfb1288inf/nopaque.git username@hostname:~$ git clone https://gitlab.ub.uni-bielefeld.de/sfb1288inf/nopaque.git
mkdir logs username@hostname:~$ mkdir logs
cp nopaque.env.tpl nopaque.env username@hostname:~$ cp .env.tpl .env
<YOUR EDITOR> nopaque.env # Fill out the variables within this file. For the GitLab variables either use your credentials (not recommended) or create an access token with the read_registry scope. If this repository is public no credentials are needed. # Fill out the variables within this file.
username@hostname:~$ <YOUR EDITOR> .env
username@hostname:~$ cp docker-compose.development-override.yml.tpl docker-compose.override.yml
# Tweak the docker-compose.override.yml to satisfy your needs.
username@hostname:~$ <YOUR EDITOR> docker-compose.override.yml
``` ```
### Variables and their values are explained here:
The first three DOCKER variables should only be used if you want to use the Docker HTTP API. Check the daemon readme to see how to create certificates and activate the API.
FLASK_CONFIG=development|testing|production \ #### Configuration variables in detail
SECRET_KEY=92b461ba136e4ca48e430003acd56977 \
Uses this for example to create a secret key: `python -c "import uuid; print(uuid.uuid4().hex)"`
The **GitLab Registry** Variables are not needed if this repository is public. If needed use your GitLab username and a token as a password The variables prefixed with **DOCKER** should only be filled out if you want to use the Docker HTTP API. Check the [Docker Documentation](https://docs.docker.com/engine/security/https/) to see how to create certificates, configure and activate the Docker HTTP API.
**Flask Mail** variables are needed for sending password reset mails etc. Use your own mail server configs here.\ The variables prefixed with **GITLAB** hold your login information of this GitLab instance. Either use your credentials (not recommended) or create an access token with the read_registry scope.
MAIL_SERVER=smtp.example.com \
MAIL_PORT=587 \
MAIL_USE_TLS=true \
MAIL_USERNAME=user@example.com \
MAIL_PASSWORD=password \
NOPAQUE_MAIL_SENDER=Nopaque Admin <user@example.com> _Name shown as sender._
**Nopaque** variables are needed for the web app.\ The value of the **NOPAQUE_MAIL_SENDER** variable is shown as a sender of emails generated by nopaque.
NOPAQUE_ADMIN=yourmail@example.com _If a user is registered using this mail the user will automatically be granted admin rights._ \
NOPAQUE_CONTACT=contactmailadress@example.com _Contact mail address shown in the footer of the web application._\
NOPAQUE_DOMAIN=yourdomain.com _The domain your nopaque installation is hosted on. use https://nopaque.localhost for a local running instance._ \
NOPAQUE_LOG_LEVEL=WARNING|INFO|ERROR|DEBUG \
NOPAQUE_STORAGE=path/to/your/samba/share
**PostgreSQL Database** credentials: \ On registration the email address stored in the **NOPAQUE_ADMIN** variable will automatically be granted the administrator role.
POSTGRES_DB_NAME=dbanme \
POSTGRES_USER=username \
POSTGRES_PASSWORD=password
The email address stored in **NOPAQUE_CONTACT** will be used within the contact button of the footer within the websites.
### Start your instance
``` bash ``` bash
cp .env.tpl .env # For background execution add the -d flag and to scale the app, add --scale web=<NUM-INSTANCES>
<YOUR EDITOR> .env # Fill out the variables within this file. username@hostname:~$ docker-compose up
docker-compose build
```
**Start your instance**
```bash
# for background execution add the -d flag and to scale the app, add --scale web=<NUM-INSTANCES>
docker-compose up
``` ```