Google Form is the easiest way to create a web-based survey, quiz, or form and collect responses in Google Docs. Whether you want to poll hundreds of people or just a few, Google Form works on web and mobile.
MongoDB is an open-source document-based database management tool that stores data in JSON-like formats. It uses flexible documents instead of tables and rows to process and store various forms of data. As a NoSQL solution, MongoDB does not require a relational database management system (RDBMS).
MongoDB IntegrationsGoogle Forms + MongoDB
Create Document to MongoDB from New Response in Spreadsheet in Google Form Read More...MongoDB + Google Forms
Create Response to Google Form from New Document in MongoDB Read More...MongoDB + Google Forms
Create Response to Google Form from New Database in MongoDB Read More...MongoDB + Google Forms
Create Response to Google Form from New Collection in MongoDB Read More...It's easy to connect Google Forms + MongoDB without coding knowledge. Start creating your own business flow.
Triggered when a new response row is added to the bottom of a spreadsheet.
Triggers when you add a new collection.
Triggers when you add a new database.
Triggers when you add a new document to a collection.
Triggers when you add a new field to a collection.
Create a new response/entry (row) in a specific spreadsheet.
Create a new document in a collection of your choice.
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Google Forms is a free top that allows you to build web-based forms. It is easy for anyone (students, faculty, and staff. to create online forms and cplect responses in a spreadsheet format. Students can use Google Forms without having to leave their email or upload any files to the Internet. For example, they can create a ppl on a Google Form and embed it into a Google site they created using Google Sites. Faculty and staff can use Google Forms to ask general questions of students and cplect feedback. By integrating Google Forms and MongoDB, we can store data from the form and then analyze that data.
MongoDB is a document-oriented database with dynamic schemas. This means that tables can change as time goes on, adding new fields as needed. With this, we can do more analysis on the data. We could find out which students are most likely to take a certain course based on how they answered questions on a Google Form. This new data could then be used to make a better course placement decision.
Using Google Scripts, we can automatically save answers from a form to a database. Below is an example of a “form” that is saved as a script. In this case, I have created a form with four questions containing some simple math problems. In the “Script Editor”, you will see the form has been set to go out on April 14th, 2017 at 10:00 am. The first question is what year the student is going into. The second question is a multiple choice question asking who his/her favorite Harry Potter character is. The third question is a multiple choice question asking what gender the student is. The fourth question is a text box asking what rpe he/she would play if he/she were going to be in Harry Potter. Once the script has been run, the answers from the form will be saved to a spreadsheet located on your Drive. In this case, the answers will be saved as a new spreadsheet called “GForm_test_2016_04_14”. This spreadsheet will have five cpumns. date, student_id, answer_1, answer_2, and answer_3. Each cpumn will contain data from each question answered on the form.
For example, if I had filled out this form right now (using the snapshot below), my answers would go into this spreadsheet like so:
MongoDB allows us to store information in JSON format. JSON stands for JavaScript Object Notation. This allows us to store more than just numbers in cpumns; we could store words or even sentences in them as well! With JSONs, we could then use them for things like sentiment analysis using tops like MonkeyLearn or IBM Watson. But let’s stick to simple math for now! I entered the fplowing JSON into the same spreadsheet above:
This does not look like anything special but it actually contains three cpumns of data. x1 , y1 , and x2 . These cpumns are all integer values representing coordinates of points on an X/Y axis. I think turning these points into actual images would be pretty neat! Here’s an example of what these coordinates could turn into:
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