1. Programming II IAX0584
Lecture + lab: Risto Heinsar & Co Vladimir Viies
Declare subject to: Vladimir Viies

2. bit.ly/iax0584_intro_quiz
2018
Risto Heinsar

3. Contact Risto Heinsar Room: ICT-517 Consultations:
risto.heinsar [ät] ttu.ee
Room: ICT-517
Consultations:
Dedicated time: TBD
Possible to use my other lab times
Moodle: TBD
2018
Risto Heinsar

4. blue.pri.ee/ttu Moodle Lab material Announcements Tutorials
Coding style
Examples
Homework tasks
Multilingual
Homework submissions and feedback
Results
Available soon
2018
Risto Heinsar

5. Prerequisites C program structure Variable declarations
Arrays, up to 2 dimensions
Loops
Conditionals
Strings
Functions
Ability to create a decent title page and write documentation
2018
Risto Heinsar

6. What to expect Pointers Binary operations File access
Programming microcontrollers
Structures
Etc.
Dynamic memory management
Recursions
Advanced data structures (stack, linked list)
2018
Risto Heinsar

7. Coding style
Using our coding style guide is highly recommended, but not mandatory.
If you already have a commonly acceptable style, we’ll allow it.
However the following is mandatory
Meaningful comments (functions, files, complex operations, conditions etc.)
Different naming schemes for variables, functions, macros
Whitespace (empty lines, spaces)
Line length
Uniformity – sticking with the style throughout the code
2018
Risto Heinsar

8. Borrowing ideas and code
When using code written by someone else, you must understand exactly what it does and how it does it.
When working together in the lab, everybody involved must have full understanding of the code.
We may ask you to defend your lab tasks, homework, test or exam code. In this case, the score will be 0 until a successful defense.
Obvious and intentional plagiarism will be dealt with according to the procedure for processing contemptible behavior.
2018
Risto Heinsar

9. studies/organization-of-studies-2/procedure-for-processing- contemptible-behavior/
2018
Risto Heinsar

10. Your grade 15p homework I 15p homework II 10p homework III 65p exam
2p for advanced solutions
15p homework II
10p homework III
65p exam
“5” p+
“4” – 89p
“3” – 79p
“2” – 69p
“1” – 59p
“0” – 49p
2018
Risto Heinsar

11. The exam Prerequisite = tests (40p) + lab (36p) + bonus (10p)
Pre-exam
Exam
Prerequisite 60p
During a lab time
Some topics removed
Prerequisite 50p
During the examination session
All of the topics
Prerequisite = tests (40p) + lab (36p) + bonus (10p)
You can only use the lab computer
Exam will consist of code and a written part
2018
Risto Heinsar

12. Homework I and II Homework I (15p base + 2p bonus)
Using structures
Files
Homework II (15p base + 2p bonus)
Dynamic memory management
Error-proofing
… and everything learnt so far (style, functions etc.)
Each week past deadline reduces the score by 1p (up to -5p)*
2018
Risto Heinsar

13. Homework III Database Programming a microcontroller Your own project
Communicating with a database
Creating a simple UI
Programming a microcontroller
TBD
Your own project
If you have something in mind that’s related to this subject and you really want to do it
Only with specific per-project agreements
Can involve multiple students (well-defined areas of responsibility)
Documentation, code and presentation required
2018
Risto Heinsar

14. Labs A total of 36p (participation, solving tasks, pop quizzes, etc.)
Lab tasks are usually personal, however sharing ideas and seeking answers to problems amongst each other is encouraged
Only accepted face to face task submissions
When completed, let us know
Most tasks have advanced subtasks/extras for additional points
If you didn’t finish in time, do it at home and show at a later date.
For basic tasks, a coefficient will be applied
For tasks published as samples, points become unavailable
2018
Risto Heinsar

15. Bonus points
Creating additional useful/relevant functionality to the given lab tasks that is not in the specification *
Creative solutions to problems *
Overachieving (performance oriented code, good use of pointers, data structures etc.) *
* Subject to our opinions
2018
Risto Heinsar

16. Tests
Test 1 (20p)
Pointers
Files
Structures
Test 2 (20p)
Dynamic memory allocation
Stack
Relations
Recursion
Tests will consist of code and a written task (questions about material)
Only using lab computers
Retesting during predefined consultation times
2018
Risto Heinsar

17. Deadlines and dates Item Date Notes Homework I 07.10.2018 Homework II
Homework II
TBD
Homework III
Date is provided by task supervisor!
Homework III custom project
(week 12)
Agreement only
Test I
Week 6 or 7
During the lab
Test II
Tests lock
Week 15 or 16
Labs, bonus lock
Hard deadline, no longer accepted
HWI, HWII lock
:00
Pre-exam
2018
Risto Heinsar

18. Questions?
2018
Risto Heinsar