notset: notset (Fall 2023)

1. Before class

• Syllabus - Please skim through the syllabus. We will also take a look at the important points during class.

2. In class

• Buffer time - Gartic phone
• Welcome! Course intro / syllabus overview / questions
• Tools setup
  • Replit Account - Sign up for a Replit account if you don't already have one
  • Replit Teams: (INVITE LINK, ACCESS LINK)
  • Open the project "TEST PROGRAM" and run it to make sure everything works! :)
  • Hate light-mode webpages? Install the Dark Reader plugin (optional)

3. After class

• 👋 Introductions! (Discussion board) - Introduce yourself to your instructor (me!) and your classmates! :)
• Pre-test - This assignment is not for points but the same test will be given at the end of the semester. Both of us can use your results at the beginning and end of the course to see your growth!
• Join the course Discord! (optional but recommended) - Another way you can reach me and your classmates to ask questions about the course, homework, etc.

1. Before class

• Look at all the computers you use in yoru daily life, even more hidden ones like in your car.
• Think about how you might use NUMBERS to represent different things in the world: Text, images?
• Moose Invader (on Replit)

2. In class

PRESENTATION:
Week 2 in-class presentation (CS134)

Unit 01 Exercise - Exploring Software
Canvas assignment

3. After class

Concept introduction:

• What's the point of computer programs?
• How do computers store data? - Variables

Tech literacy:
How computers and software work - Tech Literacy

Weekly check-in:
Week 2 Check-in

1. Before class

Nothing this week :)

2. In class

PRESENTATION:
Week 3 in-class presentation (CS134)

Unit 02 Exercise - Designing Software
Canvas assignment / Documentation

3. After class

Weekly check-in:
Week 3 Check-in

1. Before class

Reading:

• Variables
• Input and output

Concept introduction:

• Unit 03 Intro - Input and output
• Unit 03 Intro - Variables

2. In class

PRESENTATION:
In-class presentation

Unit 03 Exercise - Input/Output and Variables
Canvas assignment / Documentation

3. After class

Notes:
Canvas assignment / Questions

Weekly check-in:
Unit 03 Checkin - Week 4

1. Before class

Reading:
Writing programs

Concept introduction:

2. In class

PRESENTATION:

• Example code: Outputs
• Example code: Arithmetic
• Example code: Conversions
• Example code: House price

Unit 04 Exercise - Building programs 1
Canvas assignment / Documentation

3. After class

Tech literacy:
Unit 04 Tech Literacy - Careers - UI/UX Designer

Weekly check-in:
Unit 04 Checkin - Week 5

1. Before class

• Syllabus - Please skim through the syllabus. We will also take a look at the important points during class.
• Quick reference page - Please skim through to see what is available here!
• Resources page - This is where you will find the textbook(s) and video lectures!

2. In class

Check the CANVAS page for the ZOOM link (class can be attended remotely)

• Welcome! Course intro / syllabus overview / questions
• Tools setup
  • Buffer time - Gartic phone
  • Replit Account - Sign up for a Replit account if you don't already have one
  • Replit Teams: (INVITE LINK, ACCESS LINK)
  • Open the project "TEST PROGRAM" and run it to make sure everything works! :)
  • Hate light-mode webpages? Install the Dark Reader plugin (optional)

3. After class

• 👋 Introductions! (Discussion board) - Introduce yourself to your instructor (me!) and your classmates! :)
• Pre-test - This assignment is not for points but the same test will be given at the end of the semester. Both of us can use your results at the beginning and end of the course to see your growth!
• Join the course Discord! (optional but recommended) - Another way you can reach me and your classmates to ask questions about the course, homework, etc.

1. Before class

• Reading: Chapter 1: Introduction - from the CS 200/235 textbook (PDF)
• Concept introductions:
  • Unit 01 Intro - What's the point of computer programs? [CS200.U01CI1]
  • Unit 01 Intro - How do computers store data? [CS200.U01CI2]
  • Unit 01 Intro - Command line navigation basics [CS200.U01CI3]
• Moose Invader (on Replit)

2. In class

• In-class presentation
• LAB TIME!
  • Unit 01 Exercise - Exploring Software [CS200.U01EX]

3. After class

• Unit 01 Tech Literacy - How computers and software work [CS200.U01TL]

1. Before class

• Reading: Chapter 2: Writing programs - from the CS 200/235 textbook (PDF)
• Video lectures:
  • Lecture - Introduction (9:47)
  • Lecture - C++ Basics (11:24) - This is for Unit 2, 3, and 4
• Concept introductions:
  • Unit 02 Intro - Structure of a C++ program [CS200.U02CI1]

2. In class

• C++ PROGRAMS
  • Basic parts of a C++ program: #includes, using, main(), return.
• Example code
• LAB TIME!
  • Unit 02 Exercise - main() - Intro to the structure of a C++ program [CS200.U02EX] (GROUP WORK)

3. After class

• Unit 02 Tech Literacy - Navigating the command line [CS200.U02TL]

1. Before class

• Reading:
  • Chapter 3: Variables and data types - from the CS 200/235 textbook (PDF)
• Video lectures:
  • Lecture - C++ Basics (11:24) (this video will apply for Unit 02, 03, and 04.)
• Concept introduction:
  • Unit 03 Intro - C++ basics - Variables [CS200.U03CI1]
  • Unit 03 Intro - C++ basics - Testing [CS200.U03CI2]
• Optional:

2. In class

• In-class presentation
• Lab time:
  • Unit 03 Exercise - Variables - Storing data [CS200.U03EX]

3. After class

• 📝 Unit 03 Notes - Variables
  • Canvas assignment
  • Questions

1. Before class

• Reading:
  • Chapter 4: Input and output - from the CS 200/235 textbook (PDF)
• Video lectures:
  • Lecture - C++ Basics (11:24) (this video will apply for Unit 02, 03, and 04.)
• Concept introduction:
  • Unit 04 Intro - C++ basics - Console input and output with cin and cout [CS200.U04CI1]
  • Unit 04 Intro - C++ basics - Debugging [CS200.U04CI2]
• Optional:
  • Archive - C++ Basics (Class archive - Summer 2021)
  • Archive - Variables (Class archive - Spring 2021)

2. In class

• Class presentation:
  • TBD
• Lab time:
  • Unit 04 Exercise - cin/cout - Getting input and output from the console [CS200.U04EX]

3. After class

• 📝 Unit 04 Notes - cin/cout
  • Canvas assignment
  • Questions
• Unit 04 Tech Literacy - Data representation [CS200.U04TL]
• Week 3 Check-in

1. Before class

• Reading:
  • Chapter 5.1: Boolean expressions, 5.2: Branching - from the CS 200/235 textbook (PDF)
• Video lectures:
  • Lecture - Branching (14:53)
• Concept introduction:
  • Unit 05 Intro - Boolean logic [CS200.U05CI1]
  • Unit 05 Intro - If/else if/else statements [CS200.U05CI2]
• Optional:
  • Branching (Class archive - Summer 2021)
  • Truth tables (Class archive - Spring 2021)
  • If statements (Class archive - Spring 2021)

2. In class

• Class presentation:
  • Example code: if/else statement - can vote?
  • Example code: if/else if statement - Pizza hat v1
  • Example code: switch statement - Pizza hat v2
• Lab time:
  • Unit 05 Exercise - Branching with if statements [CS200.U05EX]

3. After class

• Unit 05 Notes - if statements
  • Canvas assignment
  • Questions

1. Before class

• Reading:
  • Chapter 5.1: Boolean expressions, 5.2: Branching - from the CS 200/235 textbook (PDF)
• Video lectures:
  • Lecture - Branching (14:53)
• Concept introduction:
  • Unit 06 Intro - switch statements [CS200.U06CI1]
• Optional:
  • Switch statements (Class archive - Spring 2021)

2. In class

• Class presentation:
  • TBD
• Lab time:
  • Unit 06 Exercise - Branching with switch statements [CS200.U06EX]

3. After class

• 📝 Unit 06 Notes - switch statements
  • Canvas assignment
  • Questions
• Unit 06 Tech Literacy - Jobs in tech [CS200.U06TL]
• Week 4 Check-in

1. Before class

• Reading:
  • Chapter 5.3: Loops - from the CS 200/235 textbook (PDF)
• Video lectures:
  • Lecture - Loops (16:22)
• Concept introduction:
  • Unit 07 Intro - While loops [CS200.U07CI1]
• Optional:
  • While loops (Class archive - Summer 2021)
  • While loops (Class archive - Spring 2021)

2. In class

• Class presentation:
  • Input validation
  • Todo List
  • Program loop
• Lab time:
  • Unit 07 Exercise - Looping while true [CS200.U07EX]

3. After class

• 📝 Unit 07 Notes - while loops
  • Canvas assignment
  • Questions
• Week 5 Check-in

1. Before class

• Reading:
  • Chapter 14: Pointers, memory management, and dynamic variables and arrays - from the CS 200/235 textbook (PDF)
• Video lectures:
  • Lecture - Pointers (22:47)
• Concept introduction:
  • Unit 08 Intro - Pointers and memory [CS200.U08CI1]
• Optional:

2. In class

• Class presentation:
  • Example code: Pointer super basics
  • Example code: Best Student (Pointers)
  • Example code: Virtual Pet
• Lab time:
  • Unit 08 Exercise - Pointers and memory [CS200.U08EX]

3. After class

• Unit 08 Notes - Pointers and memory
  • Canvas assignment
  • Questions

1. Before class

• Reading:
  • Chapter 9: Functions - from the CS 200/235 textbook (PDF)
• Video lectures:
  • Lecture - Functions (43:48)
• Concept introduction:
  • Unit 09 Intro - Functions [CS200.U09CI1]
• Optional:
  • Functions (Class archive - Summer 2021)
  • Functions (Class archive - Spring 2021)

2. In class

• Class presentation:
  • See Zoom archive on Canvas
• Lab time:
  • Unit 09 Exercise - Delegating tasks elseware with functions [CS200.U09EX]

3. After class

• Unit 09 Notes - Functions
  • Canvas assignment
  • Questions
• Unit 09 Tech Literacy - Bias and ethics in tech [CS200.U09TL]
• Week 7 Check-in

1. Introduction

Introduction video:

• Syllabus - Please skim through the syllabus. We will also take a look at the important points in the class video.
• Quick reference page - Please skim through to see what is available here!
• Resources page - This is where you will find the textbook(s) and video lectures!

2. Homework

• Account setup (required):
  • GitLab account - RECOMMEND creating account with your JCCC email, not signing in with an existing Google/GitHub account (if you do this, you'll have to do a password reset.)
    After setting up your account, tell me what it is in SETUP - GitLab account [235.SETUP1].
• Tools setup (if you're using your own computer):
  • Git source code management tool
  • Visual Studio Community OR
    Code::Blocks (Download the "codeblocks-20.03mingw-setup.exe" version)
  • Hate light-mode webpages? Install the Dark Reader plugin (optional)
  • Additional guides:
    • Installing Visual Studio
    • Using Visual Studio
    • Installing Code::Blocks
    • Using Code::Blocks
• 👋 Introductions! (Discussion board) - Introduce yourself to your instructor (me!) and your classmates! :)
• Pre-test - This assignment is not for points but the same test will be given at the end of the semester. Both of us can use your results at the beginning and end of the course to see your growth!
• Join the course Discord! (optional but recommended) - Another way you can reach me and your classmates to ask questions about the course, homework, etc.

1. Learning

• Unit 01 Intro - Integrated Development Environments [CS235.U01CI1]
• Unit 01 Intro - Computer skills review [CS235.U01CI2]

2. Practice

• Unit 01 Exercise - Exploring software [CS235.U01EX]

3. Additional

• Tech Literacy - The compiler and linker [CS235.U01TL]
• Moose Invader (on Replit)

1. Learning

• Lecture - IDEs (8:49)
• Installing and using Visual Studio (optional)
• Installing and using Code::Blocks (optional)

Lecture archive (from CS 250):

2. Practice

• Unit 02 Exercise - CS 200 Review [235.U02EX]

3. Additional

• Week 2 Check-in

1. Learning

• Lecture videos:
  • Lecture part 1: U02EX Walkthrough
  • Lecture part 2: Debugging and IDE
  • Lecture part 3: Testing
• Reading:
  • Chapter 19: Testing - from the CS 200/235 textbook (PDF)
• Concept introduction:
  • Unit 03 - General Debugging [CS235.U03CI1]
  • Unit 03 - Debugging tools [CS235.U03CI2]
  • Unit 03 - Testing [CS235.U03CI3]
• Optional:
  • Testing and debugging (Class archive - Spring 2021)

2. Practice

• Unit 03 Exercise - Debugging and testing [235.U03EX]:
  • Canvas assignment
    
  • Documentation

3. Additional

• Unit 03 Notes - Testing
  • Canvas assignment
  • Questions

1. Learning

• Lecture videos:
  • Intro to Source Control: A Must-Have Tool for Programmers
  • Lecture part 4: Using Git

2. Practice

• Unit 04 Exercise - Source control and git [235.U04EX]:
  • Canvas assignment
  • Documentation

3. Additional

1. Learning

• Reading:
  • Textbook - Chapter 15: Exception handling with try/catch - from the CS 200/235 textbook (PDF)
• Video lecture:
  • Lecture video - Exceptions
  • Exceptions example code (Fall 2023)
  • Templates, Exceptions, and STL Structures (Fall 2022)
  • Walkthrough:
    1. Part 1 - Issues, cloning repo
    2. Part 2 - Class declaration
    3. Part 3 - Class function definitions; menu function declarations
    4. Part 4 - Menu - Create
    5. Part 5 - Menu - View, Update
    6. Part 6 - Exceptions - Adding throw and try/catch
    7. Part 7 - Merge requests

2. Practice

• Example code
• Unit 05 - Exception handling
  • Canvas assignment
  • Documentation

3. Additional

• Unit 05 Notes - Exceptions with try/catch/throw
  • Canvas assignment
  • Questions
• Unit 05 Tech Literacy - Problem Solving [CS235.U05TL]
• Unit 05 Checkin - Week 4

1. Learning

• Reading:
  • Textbook - Chapter 12.2: Templates - from the CS 200/235 textbook (PDF)
• Video lectures:
  • Templates example code (Fall 2023)
  • Templates, Exceptions, and STL Structures (Fall 2022)
• Concept introduction:
  • Unit 06 Intro - Templates

2. Practice

• Unit 06 Exercise - Templates
  • Canvas assignment
  • Documentation

3. Additional

• Unit 06 Notes - Templates
  • Canvas assignment
  • Questions

1. Learning

• Reading:
  • Textbook - Chapter 18: The Standard Template Library - from the CS 200/235 textbook (PDF)
• Video lectures:
  • STL Structures examples (Fall 2023)
  • Templates, Exceptions, and STL Structures (Fall 2022)

2. Practice

• Unit 07 Exercise - The Standard Template Library
  • Canvas assignment
  • Documentation

3. Additional

• Unit 07 Notes - The Standard Template Library
  • Canvas assignment
  • Documentation
• Unit 07 Tech Literacy - Programming Paradigms
• Unit 07 Checkin - Week 5

1. Learning

• Reading:
  • Overloaded functions and constructors
• Video lectures:
  • WIP
• Concept introduction:
  • Unit 08 Intro - Overloading functions, constructors

2. Practice

• Unit 08 Exercise - Overloading functions and constructors
  • Canvas assignment
  • Documentation

3. Additional

• Unit 08 Notes - Overloading functions and constructors

1. Learning

• Reading:
  • Default parameters
• Video lectures:
  • WIP
• Concept introduction:
  • Unit 09 Intro - Default parameters

2. Practice

• Unit 09 Exercise - Default parameters
  • Canvas assignment
  • Documentation

3. Additional

• Unit 09 Notes - Default parameters
• Unit 09 Tech Literacy - C++ Core Guidelines
• Unit 09 Checkin - Week 7

1. Before class

• Syllabus - Please skim through the syllabus. We will also take a look at the important points during class.
• Quick reference page - Please skim through to see what is available here!
• Resources page - This is where you will find the textbook(s) and video lectures!

2. In class

Check the CANVAS page for the ZOOM link (class can be attended remotely)

• Buffer time - Gartic phone
• Welcome! Course intro / syllabus overview / questions
• Account setup (required):
  • GitLab account - RECOMMEND creating account with your JCCC email, not signing in with an existing Google/GitHub account (if you do this, you'll have to do a password reset.)
    After setting up your account, tell me what it is in SETUP - GitLab account [250.SETUP1].
• Tools setup (if you're using your own computer):
  • Git source code management tool
  • Visual Studio Community OR
    Code::Blocks (Download the "codeblocks-20.03mingw-setup.exe" version)
  • Hate light-mode webpages? Install the Dark Reader plugin (optional)
  • Additional guides:
    • Installing Visual Studio
    • Using Visual Studio
    • Installing Code::Blocks
    • Using Code::Blocks

3. After class

• 👋 Introductions! (Discussion board) - Introduce yourself to your instructor (me!) and your classmates! :)
• Pre-test - This assignment is not for points but the same test will be given at the end of the semester. Both of us can use your results at the beginning and end of the course to see your growth!
• Join the course Discord! (optional but recommended) - Another way you can reach me and your classmates to ask questions about the course, homework, etc.

1. Before class

• Unit 01 Intro - Integrated Development Environments [CS235.U01CI1]
• 🆕 Unit 01 Intro - Computer skills review [CS250.U01CI2]
• Moose Invader (on Replit)

2. In class

• PRESENTATION
  • Week 2 Presentation (CS235/CS250)
• LAB TIME!
  • Unit 01 Exercise - Exploring software [CS250.U01EX]

3. After class

• Tech Literacy - The compiler and linker [CS250.U01TL]

1. Before class

• Lecture - IDEs (8:49)
• Installing and using Visual Studio (optional)
• Installing and using Code::Blocks (optional)

2. In class

• PRESENTATION
  • Week 2 Presentation (CS235/CS250)
• LAB TIME!
  • Unit 02 Exercise - CS 200 Review [250.U02EX]

3. After class

• Week 2 Check-in

1. Before class

• Lecture videos:
  • Lecture part 1: U02EX Walkthrough
  • Lecture part 2: Debugging and IDE
  • Lecture part 3: Testing
• Reading:
  • Chapter 19: Testing - from the CS 200/235 textbook (PDF)
• Concept introduction:
  • Unit 03 - General Debugging [CS250.U03CI1]
  • Unit 03 - Debugging tools [CS250.U03CI2]
  • Unit 03 - Testing [CS250.U03CI3]
• Optional:
  • 🎥 Testing and debugging (Class archive - Spring 2021)

2. In class

• 🏋️ Unit 03 Exercise - Debugging and testing [250.U03EX]:
  Canvas assignment
  Documentation

3. After class

• 📝 Unit 03 Notes - Testing
  • Canvas assignment
  • Questions

1. Before class

• Lecture videos:
  • Intro to Source Control: A Must-Have Tool for Programmers
  • Lecture part 4: Using Git

2. In class

• 🏋️ Unit 04 Exercise - Source control and git [250.U04EX]:
  Canvas assignment
  Documentation

3. After class

1. Before class

• Reading:
  • Textbook - Chapter 15: Exception handling with try/catch - from the CS 200/235 textbook (PDF)
• Video lecture:
  • 📺 Lecture videos
  • Exceptions example code (Fall 2023)
  • Templates, Exceptions, and STL Structures (Fall 2022)
• Concept introduction:
  • Unit 05 - Exceptions [CS250.U05CI1]

2. In class

• Lecture, example code
• Example code
• Unit 05 Exercise - Exceptions [250.U03EX]:
  • Canvas assignment
  • Documentation

3. After class

• Unit 05 Notes - Exceptions with try/catch/throw
  • Canvas assignment
  • Questions
• Week 4 Check-in

1. Before class

• Reading:
  • Textbook - Chapter 12.2: Templates - from the CS 200/235 textbook (PDF)
• Video lectures:
  • Templates, Exceptions, and STL Structures (Fall 2022)
• Concept introduction:
  • Unit 06 Intro - Templates

2. In class

• WIP
• Unit 06 Exercise - Templates
  • Canvas assignment
  • Documentation

3. After class

• Unit 06 Notes - Templates
  • Canvas assignment
  • Questions

1. Before class

• Reading:
  • Textbook - Chapter 18: The Standard Template Library - from the CS 200/235 textbook (PDF)
• Video lectures:
  • Templates, Exceptions, and STL Structures (Fall 2022)

2. In class

• WIP
• Unit 07 Exercise - The Standard Template Library
  • Canvas assignment
  • Documentation

3. After class

• Unit 07 Notes - The Standard Template Library
  • Canvas assignment
  • Documentation
• Unit 07 Checkin - Week 5

1. Before class

• Reading:
  • Introduction to Data Structures
  • Smart Fixed-Length Array structure
• Video lectures:
  • Intro to Data Structures
  • Archive - Smart Fixed-Length Array stepthrough (Fall 2021)
• Concept introduction:
  • Unit 08 Intro - Smart Fixed-Length Array

2. In class

• PRESENTATION
  • WIP
• LAB TIME!
  • Unit 08 Project - Smart Fixed-Length Array
    • Canvas assignment
    • Documentation

3. After class

• • Unit 08 Notes - Intro to Data Structures:
    • Canvas assignment
    • Documentation
  • Unit 08 Notes - Fixed-length Array:
    • Canvas assignment
    • Documentation
  • Unit 08 Tech Literacy - Big Data
  • Unit 08 Checkin - Week 7

1. Before class

2. In class

Unit 09 Project - Smart Dynamic Array
Canvas assignment / Documentation

3. After class

Unit 09 Tech Literacy - Will Artificial Intelligence take your job?

Unit 09 Checkin - Week 8