Code 301: Intermediate Software Development

Welcome to Code 301! This is a class that builds on your fundamental knowledge of HTML, CSS, JavaScript, git, and general web development, to prepare you for the deep dive of any Code 401 class.

Introduction

We are going to learn about many different topics of web development. The overall structure of the course is based on Model-View-Controller (MVC), which is a common design pattern for web applications.

The general course schedule is:

Full Time	Part Time	Topic
Week 1	Week 1 and 2	The View
Week 2	Week 3 and 4	The Model
Week 3	Week 5 and 6	The Controller
Week 4	Week 7 and 8	Your Project

Slides from class

Slides will be placed in each class' lecture subdirectory after they are presented.

Lecture Videos

A YouTube Playlist link will be Slacked out during the first week.

Assignments

Lab-time code assignments follow each class time. You can find these assignments in the subdirectories of each class folder. Generally, you'll have a "pair" assignment that you'll work on with a classmate, and an individual "sandbox" assignment in which you'll build up your own online portfolio. Useful for your coming career change!

Instructions for completing and submitting the assignments can be found in the README files of the appropriate subdirectories.

Assignments are submitted using a professional-grade git-flow. If you haven't done so already, it's time to get comfortable with the core git commands. Don't worry, we'll give you step by step help as needed.

Required Computer Setup

Install Atom

If you haven't already, install Atom. If you have used an advanced text editor like Sublime Text, then Atom will feel familiar to you. Atom is free, open-source, cross-platform, and has a wide array of useful plug-ins available. Please use Atom during Code 301. (If you are proficient with another text editor that you love, you may use that instead)

Atom's documentation is top-notch. Review it now to familiarize yourself with the basics. Make sure you're looking at the docs for the latest version. If you find that you are unable to call atom in the terminal, you may need to enable shell commands through Atom by first opening it through your graphical desktop interface, and selecting Install Shell Commands in the drop-down menu.

Install Node

Note If you get an error while installing these packages such as "try again as root/administrator", you may need to use the sudo command to get administrator access. For example sudo apt-get install nodejs.

Linux instructions

To install Node, open your Terminal, and copy and paste the following line, then hit Enter:

apt-get install nodejs

If this did not work, try the following:

curl -sL https://deb.nodesource.com/setup_5.x | sudo -E bash -

It will churn away for a while, and then once it's done you can run the following command:

sudo apt-get install nodejs

If, once again, you did not achieve success, try these instructions to build from source.

Mac instructions

If you took Code 201, you should already have Homebrew installed. If you have not, follow the guide on this page.

To install Node, open your Terminal, and enter:

brew install node

Windows instructions

To install Node, go here, and then download and run the Windows Installer. Make sure you do not deselect any of the Node components such as NPM during the installation.

Verify the Node installation

Now let's verify that it is installed. Enter the following into your terminal:

node -e 'console.log("works")'

You should get a response that says "works". If not, try reinstalling Node again

Install eslint and live-server Node packages

Now that you have Node installed, you can install Node packages using its package manager, NPM. Open your Terminal (Git Bash on Windows) and enter:

npm -g i eslint live-server git-open

You should see a lot of feedback as it installs.

Verify the Node packages installation

Now let's verify that it is installed. Enter the following into your terminal:

npm list -g --depth=0

You should get a list back that includes live-server and eslint.

What is this linter thing?

Linting is the process of running a program that will analyze code for potential errors. It is an important part of the quality assurance process.

lint was the name originally given to a particular program that flagged some suspicious and non-portable constructs (likely to be bugs) in C language source code. The term is now applied generically to tools that flag suspicious usage in software written in any computer language.

That means the linter is your friend! It will help you write syntactically correct code, so you can catch errors in your text editor, rather than having to hop over the browser, refresh your page, and search for errors. Faster feedback makes for happier developers (that's you!).

Install linter and linter-eslint Atom packages

For this next part, you will have Atom's package manager apm install some packages. Go here to verify it's enabled. Once you have verified that apm commands will work, enter this on your Terminal:

apm install linter linter-eslint

You should get two success messages while it installs the linter and linter-eslint packages.

Verify the Atom packages installation

Enter the following into your Terminal:

apm ls
You should get back a long list, and at the end you should receive a list of packages you installed for Atom.
Linter and linter-eslint should be on that list, like in this screen shot:

##Create and setup your 301 directory structure

Navigate within your terminal to your Projects folder (or an equivalent, familiar, and easy to access folder).

mkdir 301 - this will be your parent folder to house your fork of the class repo, as well as lab assignments, which will live separately from our lecture repository.
cd 301
mkdir lecture-repo
mkdir lab-assignments
cd lecture-repo
While you are here on GitHub, let's fork this repository. Yes, this repo you are currently on! Click on the Fork button, and on the resulting page copy the URL link of your brand new fork.
Back in the terminal, make sure you are in the lecture-repo folder and git clone THE-URL-YOU-JUST-COPIED lecture-301 (where THE-URL-YOU-JUST-COPIED is the URL of your forked repo you just copied. The last argument ('lecture-301') changes the display name of the repository folder.
After the cloning completes, cd into this repo.
Type git remote add upstream https://github.com/codefellows/seattle-301d14.git to enable quick access to future updates.
Type git remote -v to verify that your origin remote points to your GitHub account's forked 301 repo, and that your upstream remote points to the codefellows account.
cd ../../lab-assignments
mkdir my-forked-labs
mkdir partners-forked-labs
We highly value pair programming! On days where you begin as the navigator, you will clone your partner's lab assignment into the partners-forked-labs directory when it is your turn to be the driver.
cd my-forked-labs
Back here on GitHub, head to the separate GitHub site where all lab assignments can be found: https://github.com/codefellows-seattle-301d14
You may fork and clone the available repos into your my-forked-labs folder. These repositories will periodically be added/updated throughout the course. Therefore:
Be sure to add the upstream remote for each one with git:
https://help.github.com/articles/configuring-a-remote-for-a-fork/

Congrats! You're all done.

lexm/seattle-301d16