Navigate to setup page ( and configure using the correct password for SQL: connection, add the user and remember credentials. env file has been created under /var/www/html/ninja/ then need to add the main user. Of course you'll need to resave the image if you want to be redeployable ( docker commit) Other notes (reference) Inside the running container install using:Īdd this key to /var/www/html/ninja/.env file: Sign up for a Free Account and get 500 Pages/Day.Ĭheck pricing here: Using PhantomJS locally (untested).If you exceed this creditBalance, you will get a HTTP Response Status 402 (Payment Required).If you are using the a-demo-key-with-low-quota-per-ip-address ApiKey, you are limited to 100 Pages/Day.No need to do anything out-of-the-box, this is here just for reference: Gunzip -c image-file-name.tgz | docker load Using PhantomJSCloud Use these commands to save/load the image so you don't need to rebuild in the future:ĭocker save -o image-file-name.tar ninja:latestĭocker load -i "c:\path\to\image-file-name.tar" How to backup/restore the image on Lunix (untested)ĭocker save ninja:latest | gzip -c > image-file-name.tgz How to backup/restore the image on Windows Use this if you need to check logs, mysql data, etc. ? Connect interactively to the running container: This will create a folder underneath the host machine's D:\ninja1\mysql with the corresponding data so it can be persisted.įrom now on re-run container sharing the volume to persist data:ĭocker run -dit -name ninja -p 8081:80 -v D:\ninja1\mysql:/var/lib/mysql/ ninjaĪll changes will be saved locally in your host in the shared volume. Of course use your own existing local folder here. Get more information about this amazing app here: Invoice Ninja Installation Steps Build the image Download all the files from this repository. When the container is running, copy contents of initialized DB into host:ĭocker cp ninja:/var/lib/mysql/ D:\ninja1 Invoice Ninja Docker Image This set of files builds a docker image with everything needed to run a self-hosted invoice ninja instance locally. This will have an initialized mysql ninja DB Once you're ready to go, issue the following command:Īnd that's really it! You can start/stop a container with this image in the usual way such as:ĭocker run -dit -name ninja -p 8081:80 ninjaĪnd navigate to in your browser to start using it, but beware the changes you make will be lost after shutdown. If you want, modify some settings in the. Get more information about this amazing app here: Invoice Ninja Installation Steps Build the imageĭownload all the files from this repository. This set of files builds a docker image with everything needed to run a self-hosted invoice ninja instance locally. Image: mariadb:10.4 For auto DB backups comment out image and use the build block below build: context. docker/app/storage:/var/www/app/storage:rw,delegated docker/app/public:/var/www/app/public:rw,delegated I will reach my self hosted invoice ninja app via: I thought when i add a port at the end of the url or add a port in the docker-compose.yml like: (then i copied my docker-compose.yml file into the dockerfiles folder) Though i used the given in the git repo example and cloned the repository. I have set up nginx manually before and left that part out in my docker-compose.yml file. The only issue i have is how to access it. I set up invoice ninja on docker and there were no issues in the logs. Since we have our locally built ininja-aarch64:5.1.31 docker image, we only have to substitute the images used for the app and db containers: Substitute images used in the docker-compose.yml file Mysql:5 is indeed v5.7.33, and as stated in the MariaDB compatibility page, MariaDB 10.4 function as limited drop-in replacements for MySQL 5.7, as far as InnoDB is concerned. Nevertheless, as MariaDB is the official mysql compatible open-source alternative, and its image is reported as ARM 64 compatible on, we can substitute it to the mysql:5 image used by default. The included docker-compose.yml file uses the mysql:5 docker image for the db container, although it is not reported as AMD 64 compatible on and thus it won't run on a RasPi (I tried that ? ). you can go to and fill in the necessary blanks and click Submit. On my Raspberry Pi 4 (8G), the build process took about 32 minutes (YMMV). It will take a few minutes and you can track it by going into the InvoiceNinja logs in Portainer when it says service.d done. The last line 2>
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