Helping Kiva vet its microloan applications

Here's our project plan

Temple University's Hack4Impact Chapter

• Jake Lawrence
• Nasir K
• Jared Massa
• Brendan Manning

1. Install server dependencies cd server && npm install && cd ..
2. Install client dependencies cd client && npm install && cd ..

1. Tap and Install MongoDB Server brew tap mongodb/brew && brew install [email protected]
2. Start the server mongod --config /usr/local/etc/mongod.conf
3. You can access the local mongob concole by running mongo

1. Modify server/public/config.js, filling in the appropriate values
2. Modify client/src/config.js with appropriate additional values in order to customize FAQs, practice videos, and practice loans. To add a practice loan, you must first add the ID of the loan to the loanIDs array at the top of the file, and then add the ID of the loan to the correct column and corresponding row of the loan you wish to add, in the CSV file that contains the loan (server/data/...)
3. Modify client/src/index.js, replacing the urls in the loadJS(<url>) calls with the URL Crowdvet server will be running on.
4. Edit the two url constants at the top of server/src/public/classes/APIRequest.js
5. See the Sensitive Data Google Doc and follow all steps there.

1. In the root folder yuidoc . -o doc

(Use three different terminal windows for this)

1. Open the server folder and run yarn start
2. Open the client folder and run yarn start
3. As described above, start the server mongod --config /usr/local/etc/mongod.conf

In order to share Loan.js, APIRequest.js, and config.js classes between client and server, I had to make a few tweaks, which you should keep in mind:

1. Because code intended for the server only will require dependencies unavailable on the client, in these three files use const module = require(....) inside the requiring function. Do not create any top-level import/require statements
2. Likewise, when requiring one of these "shared" files on the server, you may need to use the form var Config = require('./public/config.js').default;
3. On the clientside, prefix each class name with widow *(var loan = new window.Loan())

On the client side, the user object can be easily accessed and manipulated through window.user. Whatever changes you make through the await window.user.update function will be reflected in the browser and on the server. Overall this should make for a fluid experience, however, there are a few things you should know.

• window.user is nullable. A null window.user can mean that we are logged out or have not finished loading data yet. Therefore, this is a poor way to check authentication/loaded state.
• To check if the user is logged in, check window.loggedIn. If this is true the user is logged in (though perhaps not fully loaded yet). If this is either false or null the user is logged out or not loaded yet.
• To redirect away from pages that do not work for logged out users, implement the allowRedirectIfDesired() method in your page's builder object, like so allowRedirectIfDesired() { if(window.loggedIn == false || window.loggedIn == null) { window.location.href = '/login'; } }
• For pages that require all user data to be loaded. You can render null content for your page when window.user.inited != true. To ensure that your page reloads when the user object becomes fully available, implement rerenderOnUserLoaded in your builder, like so rerenderOnUserLoaded() { return true; }

• https://fontawesome.com/license
• Using progress loader code from https://www.w3schools.com/howto/howto_css_loader.asp
• A lot more we have to add