TC3045 Software Quality and Testing

So… week 4. Past our first demo. What’s there to do right now? We’ve gotten to a point where everyone in our team pretty much knows what the next steps are, and what we should individually do. Most importantly, this week we’re looking forward to merge our working pieces together and see how it all fits. I also want to look at the security aspect of our Raspberry Pi signals, by using a certificate to send the signals over HTTPS, and keep adding more tests for all this to be rigorously taken into account. image obtained from https://blog.testfort.com/wp-content/uploads/2014/12/q3.jpg I think that’s it for now. We’ll see how it all goes. Sayonara!

This week was cool. We officially did a sprint demo for each of our respective projects, and it was a good chance for us to discover what everyone else was working on, and give feedback to one another; it even was a chance for us to think about our project in a way that we can explain to other people, in terms of our infrastructure, logic and implementation. In our case, we were able to demonstrate the Raspberry Pi working with a temperature sensor and sending those signals, locally, to our HTTP Broker. It was what I personally wanted to accomplish this week. From here on, we’ll be able to continue iterating upon what we’ve done so far, with short, trackable deliverables. I feel our workflow progressing, making results as we go. I look forward to this project and what we’ll accomplish. Bye. For now.

Hi again. Wow, I don’t feel at all like it’s week 3 already, but I guess it’s true. I like where our project is going so far, we made some progress last week, and I expect this week to be no different. My personal goal for this week is for some sensor signals from the Raspberry to be sent to our database, so this data can later be fetched and presented to the user. Of course, this will all depend on our back-end infrastructure to be available to listen to these signals. But I think we can make it. From here on, all of our work might start to get more and more entangled, influencing and acting on each other. And as this happens, we also have to keep an eye on our tests, so we don’t branch off somehow. I look forward to this week, do you? image obtained from https://cdn-media-1.lifehack.org/wp-content/files/2016/02/06065854/positive-energy.0011.jpeg

Hello, you. Yes, you. With week 2 behind us, we’ll all now reflect upon what we were supposed to do for our respective projects on these past 168 hours. In my case, I made it my goal to understand the Raspberry Pi signals and have a basic setup in place for the sensors platform. And I’m happy to say I did! During this week, I was able to understand the basics for using a Raspberry Pi and work with a temperature sensor with Python. I also made some research regarding our project and what we’re trying to accomplish. It seems that remote garden monitoring is not as unheard of as I (we) thought. There are at least a few options out there that are somehow similar to what we’re trying to do. This helped us understand better what people are actually looking for to monitor in their own garden/greenhouse setups, and figure out what will differentiate us from them. There’s even a tree in Germany that constantly tweets updates about its size and overall health, how cool is that

Week 2 has come, and with that, our plans for it should too. Every week, we’ll be posting what we have planned to do for our project during that week. In little sprints, we’ll have small milestones that later, when the week is over, we’ll look back and reflect upon what we had planned. And this week, I’m going to be involved on delivering a basic foundation for what we’ll need to do with the Raspberry Pi sensors. I’ll work on understanding this signals and having a basic setup in place. Next week, we will build on top of this and continue on and on with our project. Or at least that’s the plan. This reminds me of a quote from Leonard Snart that goes: "Make the plan. Execute the plan. Expect the plan to go off the rails. Throw away the plan." image obtained from http://cdn1.sciencefiction.com/wp-content/uploads/2017/11/Captain-Cold.png Of course, it shouldn’t have to come to that. We’ll see how well we can stick to our plan. Stay put for further upda

Hi again. So, if you read my previous in this space you might know by now what I’m going to talk about. Our final delivery, a project. If you want to read my previous post, I invite you to do so here . We have the freedom to choose the project we’ll be working on, as long as Ken approves it. We got into teams, and after talking about it for a while, we decided to work on a greenhouse project where you can monitor the conditions for your plant(s) remotely and track changes through time. We plan to do this with the help of a Raspberry Pi and a back-end infrastructure that allows you to check on the data collected by the Raspberry Pi sensors. Our name? Berry House. It’s a cool name, right? You can see a live progress of it all on Github . We'll also keep track of our milestones and upcoming issues there. image obtained from http://asthor.com/invernaderos/wp-content/gallery/tunel-asthor/invernaderos-tunel-asthor-7.jpg I’m personally very interested in this project

Hey there! This semester I’m going to be taking a class on software quality and testing with professor Ken Bauer, for which I will be posting updates in written blog format. I once took another class with him (a class on Software Engineering), for which you can see all my blogs here . My final review on that course can be seen here . If you read any of the previous links, it can be noticed that Ken’s teaching method is not ordinary. And this semester is not going to be the exception, we’ll still be taking a flipped-learning approach but with a few changes. Attendance, for example. Previously, there used to be no attendance. Being physically present in class was optional, it was up to everyone of us how we divided our workload and our times. Now, attendance will be closer to ordinary. Our final course grade will depend on meeting the necessary requirements for a certain grade. For example, if we think we deserve a 95/100 grade, we'll have to prove we meet all necessa