SIGCSE Scala
1.0
Index
Site
1. About Scala
1.1. Why Scala?
2. Downloading
2.1. Code Examples
2.2. Viewing Offline
2.3. Comments?
3. Scala in CS1
3.1. Motivating Scala in CS1
3.2. Hello, World
3.3. Types - “Lack” of Primitives
3.4. Statements
3.5. Expressions
3.6. Semicolon Inferencing
3.7. Simple Input (and Output)
3.8. val vs. var
3.9. Scripts and Worksheets
3.10. Conditional and Functions
3.11. Function literals
3.12. GCD
3.13. Factorial
3.14. Monte Carlo
\(\pi\)
Calculation
3.15. While Loop
3.16. for loop
3.17. for comprehension
3.18. options amd failure sans exceptions
3.19. yield
3.20. Ranges
3.21. Multiple generators
3.22. If guards
3.23. Variables
3.24. Patterns
3.25. Classes
3.26. A Look at Singleton Objects
3.27. paste
3.28. load
3.29. history
4. CS2
4.1. Collections
4.2. Case Classes
4.3. GUIs
4.4. CS2
5. Build Tools for Scala
5.1. Why Use a Build Tool?
5.2. Brief History of Build Tools
5.3. Sbt
5.4. Plugin Ecosystem
5.5. Starting from Scratch
6. Web Application and Services
6.1. Professional Context
6.2. Curricular Context
6.3. Why Scala?
6.4. Web Applications
6.5. Web Services
7. Mobile Application Development with Android
7.1. Examples
7.2. Lab Assignment
8. Basic Parallelism using Par
8.1. Example: Trapezoidal Numeric Integration
8.2. Download the Code
8.3. Going Scala!
8.4. Going Parallel
8.5. Testing
8.6. Running
8.7. Initial Experiments with Performance
8.8. Previous Work
9. Parallelism using Actors
9.1. Guiding Example: Longest Common Subsequence
9.2. Java Threads Implementation
9.3. Scala Actors Implementation
10. Programming Language Topics
10.1. Abstraction
10.2. Representation
Page
Index
A
|
C
|
D
|
E
|
H
|
I
|
L
|
P
|
S
|
T
A
actors
parallelism
Actors
algorithm
Longest Common Subsequence
C
concurrency
explicit
contact the authors
D
dataflow
download
HTML
PDF
ePub
source code
E
ePub
download
explicit
concurrency
parallelism
H
HTML
download
I
implicit
parallelism
L
logging
technique
Longest Common Subsequence
algorithm
P
parallelism
actors
explicit
implicit
PDF
download
S
source code
download
systolic arrays
T
technique
logging