Welcome to the website for intro programming in Java.
- Sign-up (purchase) a subscription to the custom, interactive text we will be using:
- Sign up at learn.zybooks.com using your JHED login-based email (such as email@example.com, not an alias)
- Enter zyBook code: JHUEN601107SelinskiFall2017
- Sign-up for our (free) on-line Q&A discussion forum on Piazza as soon as possible! Please use your actual full name and JHED login-based email when signing up so we know who you are. Most resources (lecture notes, exercises, assignments), announcements and course updates will be posted there only.
- Download and install the (free) Java SDK and jGRASP as soon as possible. See the Software Downloads section below for links and instructions. You will likely want to use them on your laptops frequently during class sessions.
Resources for Practice & Review
- REQUIRED Java SDK downloads: choose the most recent version of the Java JDK. You don't need NetBeans or JSEE for this course. Install this before you install jGRASP.
- REQUIRED jGRASP website -- install the Java compiler first (see above).
- REQUIRED Checkstyle downloads: tool, configuration file, and documentation: website, JHU notes
- OPTIONAL JUnit download (JGrasp configuration is similar to that for checkstyle), and notes if you're interested in learning more.
Welcome to the Winter 2018 offering of CS107e!
CS107 is the third course in Stanford’s introductory programming sequence. CS106 provides students with a solid foundation in programming methodology and abstractions, and CS107 follows on to give you the skills needed to build computer systems.
There are two major learning goals for the course.
First, to understand how computers represent information, execute programs, and control peripherals.
Second, to master command-line programming tools and the C programming language.
The course builds understanding from the ground up using bare metal programming on the Raspberry Pi. Bare metal programming uses no operating system and few external libraries.
Students will receive a Raspberry Pi and a kit of parts, and all assignments will run on the Raspberry Pi. Assignments build upon each other by adding more and more functionality to a core library. They culminate in a simple personal computer shell using a keyboard and display.
Finally, students do a project of their choosing where they build a complete hardware-software system.
For information about the differences between CS107 and CS107e, check out this FAQ.
All class announcements will be posted on Piazza.
- Lectures: Mon & Fri 11:30 AM-12:50 PM, Room 124, Building 160
- Labs: Tue & Wed 6:30 PM-8:30 PM, Gates B21
- Lecturers: Julie Zelenski, Pat Hanrahan
- CAs: Lenny Truong, Mark Miller, Anna Zeng, Michelle Park
In the readings, K&R is The C Programming Language (Kernighan and Ritchie), and EssentialC is a PDF available via Stanford’s CS Library. A digital copy of K&R is available to Stanford students via Safari Books Online.
Please read the assigned readings before attending lecture and lab. You should also read the guides for each week.
Winter 2018 schedule.
|Week 1 Jan 8|
|Lecture 1 (Mon): Introduction (slides)||Review electricity, binary and hexadecimal numbers and bitwise operations, and the unix command line.|
|No Lab (Review this library of unix reference documents and videos from CS107)|
|Assignment 0: Choose Lab Section, Learn Git|
|Lecture 2 (Fri): Introduction to ARM processor and memory architecture (slides, code)||Start with Baking Pi ( intro, ok01, ok02 ) and then read about ARM ASM. I also recommend you read Steven Wolfram's blog post Untangling the Tale of Ada Lovelace for a nice descption of Charles Babbage's and Lady Ada Lovelace's roles in developing the concept of a general-purpose computer.|
|Week 2 Jan 15|
|Lecture 3: ARM Assembly Language and Machine Code (screencast, slides, code)||Read/Skim sections 4.1-4.5 from the ARM Instruction Set Architecture manual. Read Danny Cohen's article Holy Wars and a Plea for Peace on the history of littie-endian vs. big-endian.|
|Lab 1: Setup the Raspberry Pi|
|Assignment 1: Implement a Larson Scanner|
|Lecture 4 (Fri): From ASM to C (slides, code)||Brush up on C syntax, data types, operators, control structure, and function calls. EssentialC chapters 1 and 2; or K&R 1, 2, and 3. Skip sections involving characters, strings, io, and standard libraries. Read about the history of C|
|Week 3 Jan 22|
|Lecture 5 (Mon): C: Pointers and Arrays (slides, code)||EssentialC chapters 3 (skip material on structures) and 6 (skip material on the heap and memory management).; or K&R and 5.1-5.4. Make sure to read the sections involving characters and strings.|
|Lab 2: Below C Level|
|Assignment 2: Implement a Clock|
|Lecture 6 (Fri): Functions (slides, code)||Read (or read again) about functions in C (Chapter 4 in K&R, Section 4 in Essential C), Read this nice explanation of local data and frame pointers|
|Week 4 Jan 29|
|Lecture 7 (Mon): Communication and the Serial Protocol (slides, code)||Read about characters and strings, basic IO (getc, putc, puts, printf), and structures (Section 1.5, 1.6, 1.9, 5.5, 6, 7 in K&R; Section 3 in EssentialC). Read about Serial Communication.|
|Lab 3: Debugging and Testing|
|Assignment 3: Implement a String Formatting Library|
|Lecture 8 (Fri): Modules and Libraries: Linking (slides, code),||Read David Welch's articles on baremetal programming and bss data.|
|Week 5 Feb 5|
|Lecture 9 (Mon): Memory Management (slides, code)|
|Lab 4: Linked and Loaded|
|Assignment 4: Backtrace and Malloc|
|Lecture 10 (Fri): C mastery (slides, code)|
|Week 6 Feb 12|
|Lecture 11 (Mon): Keyboards and the PS/2 Protocol (slides, code)||Read about the PS/2 protocol for keyboards and mice|
|Lab 5: Keyboard Surfin|
|Assignment 5: Keyboard and Simple Shell|
|Lecture 12 (Fri): Graphics and the framebuffer (slides, code)||Read more about the Framebuffer in the Baking Pi lectures (Screen01, Screen02, Screen03, Screen04).|
|Week 7 Feb 19|
|President's Day (no class)|
|Lab 6: Drawing into the Framebuffer|
|Assignment 6: Graphics Library and Console|
|Lecture 13 (Fri): Interrupts ( slides, code, minimal timer interrupt example code )|
|Week 8 Feb 26|
|Lecture 14 (Mon): Interrupts and Concurrency (slides, code)|
|Lab 7: Raspberry Pi, Interrupted|
|Assignment 7: System Monitor with Interrupts||Read Project Suggestions and Guides for inspiration|
|Lecture 15 (Fri): Sensors (slides, code), and Sound (slides, code)|
|Week 9 Mar 5|
|Lecture 16 (Mon): Performance (Anna, slides, code), Git Workflow (Lenny, slides)||Read Atlassian's guide to the Git Feature Branch Workflow|
|Project Lab 1|
|Lecture 17 (Fri): Computer Arithmetic (slides, code)|
|Week 10 Mar 12|
|Lecture 18 (Mon): To Linux and Beyond|
|Project Lab 2|
|Week 11 Mar 19|
|Fri Mar 23 9:00-11:30 am: Final project demonstrations|