Software for organizing and presenting educational and training content for delivery on most platforms.
SparkEd was deployed on a server and it loaded more than 1,500 resources. It worked very well in an office setting and was tested with 20 hosts. We plan to deploy the system in a school with more than 600 students.
To get started check out our wiki
Check here for the online documentation how to use this project and a small demo here https://sparkedv2.herokuapp.com/ accessible on big screens.
Note: We only support Node^10
Read the Code of Conduct here
The project uses the following stack
- Meteor as the overall framework
- React as the User Interface library
- eslint to lint files
- Jest for testing
- MongoDB as a noSql Database
if you don't have meteor run the script below
curl https://install.meteor.com/ | sh
Download and install git
Use PowerSell in administrator mode
Go through the requirements found here before installing meteorjs
After doing the above now you can install meteor
choco install meteor
After installing meteor use git to clone the repo WINDOWS USERS
Clone the repo
git clone https://github.com/SparkEdUAB/SparkEd.git
cd SparkEd
Install dependencies
meteor npm install or meteor yarn
Run the application
meteor
If you have challenges with language translations, you need to set the environment variables
export UNIVERSE_I18N_LOCALES = all
Fork this repo
Clone your forked repo
git clone https://github.com/your-github-username/SparkEd.git
Add this repo to your remotes as upstream.
git remote add upstream https://github.com/SparkEdUAB/SparkEd
Before pushing anything to your fork, always
git pull upstream master
Make sure your commit messages should be clear not vague e.g "Changes and Updates made"
Work from a branch other than master whenever possible and branch name should be clear
Write clean and transparent code which is easy to maintain
When making PRs, give clear descriptions of the changes you made.
npm run test or yarn run test
npm run lint or yarn run lint
Before you make commit, make sure that the linting are passing, check with the eslintrc.yml to check the rules.
-
References
-
Resources
The above are all stored in MongoDB GridFS that means there is no need to access the filesystem to get images or videos, mongodb chunks them down.
⇒ The move was to facilitate the easy of moving files across servers.
⇒ Having One database for files and Data.
⇒ Easy Syncing
We have 2 scripts,
one exports the specified database collection from the main server, it will be checking every 24 hours.
The other scripts downloads the exported database collection from the main server, and merges the local server with new data.
Example of the script (exports chunks)
colls=( fs.chunks fs.files Resources References)
if [ -d "dump" ] ; then
echo "Directory exist and will be removed"
sleep 1
echo "Removing the directory"
sleep 2
rm -rf dump dump.tar.gz
fi
for coll in ${colls[@]}
do
echo $coll
# for the remote main server
mongodump -h localhost:27017 -d sparked -c $coll
done
echo "compressing the dumped directory "
tar cvzf /var/www/sparked/bundle/public/dump.tar.gz dump/
# bundle and send to the public to be downloadable (main server)
Meteor's standard is to use the DDP between the server and client and this gives realtime that no other framework offers, but there are times when you don't need this magic and you just want to have your own client using different technologies. We have REST endpoint implemented for critical routes and in case you want to login here is an example
// Here you can use either username or email for authentication
const data = { email: 'a@abc.com', password: '34rnf322{#998!!' };
fetch('https://localhost:3000/api/login', {
method: 'POST',
headers: {
'Content-Type': 'application/json',
},
body: JSON.stringify(data),
})
.then(response => response.json())
.then(data => {
// you will get the userId and authToken that you can use for other server calls
console.log('Success:', data);
})
.catch((error) => {
console.error('Error:', error);
});
SparkEd was meant to run in an offline environment but you are initially required to have internet to have it deployed, you can check our wiki for more info on setting up a proper server.
The wiki mentioned above includes deployment as well, the guide I am going to show is to allow you to simply put up a stable server that in a shorter time.
Just like in Development mentioned here I will assume that you have a working version of SparkEd on your local machine, you can follow the instructions mentioned above in the development to get it running.
- Nodejs ˆ10
- Latest version of
npmoryarn - Access to a terminal
To get started, install mup (meteor-up)
mup allows you to deploy your meteor apps to any server and anywhere, it runs on a docker container
npm install --global mup or yarn add global mup
The above command will install mup globally, and it will allow you to access it anywhere in your terminal.
next run the following command
mup init
The above will initialize the meteor up for your project, make sure you are inside SparkEd
it creates a directory called .deploy which contains 2 files mup.js and settings.json
├── .deploy
│ └── mup.js
└── settings.jsonThe mup.js file is the one you will want to pay attention to, it contains the server information you will need to update as required
servers: {
one: {
host: '', // change this to the server address
username: '', // username of the server
password: '', // password for the username above
// pem: './path/to/pem', // in case you are using an ssh key
},
},
app: {
name: 'SparkEd', // name of the app is SparkEd
path: '../', // Specify the location of the app, used ../ because we are in .deploy directory
env: {
ROOT_URL: '', // this is server address of where you are deploying to, it can be a local IP of the server you are deploying to
MONGO_URL: 'mongodb://mongodb/meteor',
MONGO_OPLOG_URL: 'mongodb://mongodb/local',
},Double check to make sure that your details are correct, if something doesn't work, kindly create an issue to let us know
run the following command to get the setup meteor up
mup setup
The above command might take a while, make sure you have a good internet and just wait for it, when it is done run the following command
mup deploy
The above command will deploy SparkEd on the specified server address
Make sure you read more info here on meteor-up
To run the current image built
docker pull olivierjm/spark
and run it as specified here
You can build a docker image in 2 ways
-
You can use the provided
launchpad.conffile`docker build -t yourname/sparked:tag .` -
You can use build args to pass args when building the image
docker build \ --build-arg APT_GET_INSTALL="curl git wget" \ --build-arg INSTALL_MONGO=true \ --build-arg NODE_VERSION=8.11.4 \ -t yourname/sparked:tag .
The above will install mongodb and meteor will use that instance to run but If you are building for production it is best to use an external mongodb, you provide a url when run the built image.
In the normal way you would run the image as follows
docker run imagename:tag
but we need to provide environment vairables that meteor can pick up and use like ROOT_URL, PORT, MONGO_URL and any other envs that you might want to pass along.
If you are using an external mongodb then you can provide the link to connect to when running the image.
docker run -d \
-e ROOT_URL=http://your_url \
-e MONGO_URL=mongodb://url:dbname \
-e MONGO_OPLOG_URL=mongodb://oplog_url \
-p 80:3000 \
yourname/sparked:tagIf you set INSTALL_MONGO to true when building the image or in the launchpad.conf then you don't need to set the MONGO_URL
docker run -d \
-e ROOT_URL=http://your_url \
-p 80:3000 \
yourname/sparked:tagcheck http://your_url in your browser if the image run successfully then you should be able to have everything workin.
Check here for issues, urgent issues that need attention are pinned on top of other issues. feel free to file an issue if you are experiencing a problem or dive in the existing ones to contribute.
We acknowledge contributors who added value to this project in any way.
