arno/privatebin
1
0
Fork 0
Code Issues Pull Requests Releases Wiki Activity

updating formatting for docker hub

Browse Source
This commit is contained in:
El RIDO 2018-05-29 21:36:32 +02:00
parent f9687a65df
commit d2aa0d89eb
1 changed files with 14 additions and 37 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

51
README.md
View File

@ -1,19 +1,12 @@
# [<img alt="PrivateBin" src="https://cdn.rawgit.com/PrivateBin/assets/master/images/minified/logo.svg" width="500" />](https://privatebin.info/)
# PrivateBin on nginx, php-fpm & alpine
**PrivateBin** is a minimalist, open source online [pastebin](https://en.wikipedia.org/wiki/Pastebin)
where the server has zero knowledge of pasted data. Data is encrypted and decrypted in the browser
using 256bit AES in [Galois Counter mode](https://en.wikipedia.org/wiki/Galois/Counter_Mode).
**PrivateBin** is a minimalist, open source online [pastebin](https://en.wikipedia.org/wiki/Pastebin) where the server has zero knowledge of pasted data. Data is encrypted and decrypted in the browser using 256bit AES in [Galois Counter mode](https://en.wikipedia.org/wiki/Galois/Counter_Mode).
This repository contains the Dockerfile and resources needed to create a docker image with a pre-installed
PrivateBin instance in a secure default configuration. The images are based on the docker hub php:fpm-alpine
image, extended with the GD module required to generate discussion avatars and the Nginx webserver to serve
static JavaScript libraries, CSS & the logos. All logs of php-fpm and Nginx (access & errors) are forwarded
to docker logs.
This repository contains the Dockerfile and resources needed to create a docker image with a pre-installed PrivateBin instance in a secure default configuration. The images are based on the docker hub php:fpm-alpine image, extended with the GD module required to generate discussion avatars and the Nginx webserver to serve static JavaScript libraries, CSS & the logos. All logs of php-fpm and Nginx (access & errors) are forwarded to docker logs.
## Running the image
Assuming you have docker successfully installed and internet access, you can fetch and run the image from
the docker hub like this:
Assuming you have docker successfully installed and internet access, you can fetch and run the image from the docker hub like this:
```bash
docker run -d --restart="always" --read-only -p 8080:80 -v privatebin-data:/srv/data privatebin/nginx-fpm-alpine:1.1.1
@ -21,30 +14,21 @@ docker run -d --restart="always" --read-only -p 8080:80 -v privatebin-data:/srv/
The parameters in detail:
- `-v privatebin-data:/srv/data` - replace `privatebin-data` with the path to the folder on your system, where the
pastes and other service data should be persisted. This guarantees that your pastes aren't lost after you stop
and restart the image or when you replace it. May be skipped if you just want to test the image.
- `-p 8080:80` - The Nginx webserver inside the container listens on port 80, this parameter exposes it on your system
on port 8080. Be sure to use a reverse proxy for HTTPS termination in front of it for production environments.
- `--read-only` - This image supports running in read-only mode. Using this reduces the attack surface slightly,
since an exploit in one of the images services can't overwrite arbitrary files in the container. Only /tmp, /var/tmp,
/var/run & /srv/data may be written into.
- `-d` - launches the container in the background. You can use `docker ps` and `docker logs` to check if the container is
alive and well.
- `-v privatebin-data:/srv/data` - replace `privatebin-data` with the path to the folder on your system, where the pastes and other service data should be persisted. This guarantees that your pastes aren't lost after you stop and restart the image or when you replace it. May be skipped if you just want to test the image.
- `-p 8080:80` - The Nginx webserver inside the container listens on port 80, this parameter exposes it on your system on port 8080. Be sure to use a reverse proxy for HTTPS termination in front of it for production environments.
- `--read-only` - This image supports running in read-only mode. Using this reduces the attack surface slightly, since an exploit in one of the images services can't overwrite arbitrary files in the container. Only /tmp, /var/tmp, /var/run & /srv/data may be written into.
- `-d` - launches the container in the background. You can use `docker ps` and `docker logs` to check if the container is alive and well.
- `--restart="always"` - restart the container if it crashes, mainly useful for production setups
### Custom configuration
In case you want to use a customized [conf.php](https://github.com/PrivateBin/PrivateBin/blob/master/cfg/conf.sample.php)
file, for example one that has file uploads enabled or that uses a different template, add the file as a second volume:
In case you want to use a customized [conf.php](https://github.com/PrivateBin/PrivateBin/blob/master/cfg/conf.sample.php) file, for example one that has file uploads enabled or that uses a different template, add the file as a second volume:
```bash
docker run -d --restart="always" --read-only -p 8080:80 -v conf.php:/srv/cfg/conf.php:ro -v privatebin-data:/srv/data privatebin/nginx-fpm-alpine:1.1.1
```
Note: The `Filesystem` data storage is supported out of the box. The image includes PDO modules for MySQL and SQLite,
required for the `Database` one, but you still need to keep the /srv/data persisted for the server salt and the traffic
limiter.
Note: The `Filesystem` data storage is supported out of the box. The image includes PDO modules for MySQL and SQLite, required for the `Database` one, but you still need to keep the /srv/data persisted for the server salt and the traffic limiter.
## Rolling your own image
@ -56,17 +40,10 @@ docker build -t privatebin/nginx-fpm-alpine .
### Behind the scenes
The two processes, Nginx and php-fpm, are started by supervisord, which will also try to restart the services in case
they crash.
The two processes, Nginx and php-fpm, are started by supervisord, which will also try to restart the services in case they crash.
Nginx is required to serve static files and caches them, too. Requests to the index.php (which is the only PHP file
exposed in the document root at /var/www) are passed on to php-fpm via fastCGI to port 9000. All other PHP files and
the data are stored in /srv.
Nginx is required to serve static files and caches them, too. Requests to the index.php (which is the only PHP file exposed in the document root at /var/www) are passed on to php-fpm via fastCGI to port 9000. All other PHP files and the data are stored in /srv.
The Nginx setup supports only HTTP, so make sure that you run another webserver as reverse proxy in front of this for
HTTPS offloading and reducing the attack surface on your TLS stack. The Nginx in this image is set up to deflate/gzip
text content.
The Nginx setup supports only HTTP, so make sure that you run another webserver as reverse proxy in front of this for HTTPS offloading and reducing the attack surface on your TLS stack. The Nginx in this image is set up to deflate/gzip text content.
During the build of the image, the opcache & GD PHP modules are compiled from source and the PrivateBin release archive
is downloaded from Github. All the downloaded Alpine packages and the PrivateBin archive are validated using cryptographic
signatures to ensure the have not been tempered with, before deploying them in the image.
During the build of the image, the opcache & GD PHP modules are compiled from source and the PrivateBin release archive is downloaded from Github. All the downloaded Alpine packages and the PrivateBin archive are validated using cryptographic signatures to ensure the have not been tempered with, before deploying them in the image.