TDDD05:Component-
basedso3ware
Coursestructureand
outline
LenaBuffoni
lena.buffoni@liu.se
TeachingTeam
Courseleader:
LenaBuffoni–firstyearrunningthiscourseJ
Courseassistants:
AdrianHorga&AlachewShitahunMengist
CourseobjecJves
•  Describe technical platforms, conditions for and challenges with
the development of larger, component-based software systems
•  Describe component models and application platforms such as,
for example, Enterprise Java Beans, OSGi, CORBA and Web
Services
•  Relate industrial and theoretical issues in the development of
larger, component-based software systems to contemporary
software development methods and techniques such as aspectoriented programming and model-based development
•  Analyze and critically evaluate a technical platform for
component-based software development and relate its
properties to Software Engineering research.
FromtheorytopracJce
TheoreJcalfoundaJons/Generalconcepts
Courselectures,
recommendedliterature
+
Deeperlookinaspecifictopic
Experimentwithatechnology
Recommendedliterature,
Individualresearch,
seminardiscussions
+
Labs
+
Analyzeandreview
Seminardiscussions,
peerfeedback
Coursestructure
AZendanceatlabsandseminarsis
mandatory!
4Teachingsessions
10Labsessions
5Seminars
Teachingsessions
•  OO programming and components systems
•  Meta-programming
•  Component Models
•  SOA
! For labs you will read
up on aspect-oriented
programming
The teaching sessions are there to provide you with the basic
concepts, you will need to complete them with further reading!
5seminars
Seminar 1: Discussion in groups, choose one of the 4
main domains and review one of the suggested papers +
1 related paper of your choice
Seminar 2: Review of results form labs 1&2
Seminar 3: Discussion in groups, review and discuss the
first draft of the final paper
Seminar 4: Presentation + discussion of selected lab
tutorials
Seminar 5: Presentation + discussion of selected final
papers
Workflow
week
Chooseapapertoreview
fromthesuggestedlist
Lectures
Submitpaper
reviews
Seminar1
Labs
Seminar2
Seminar3
Seminar4
Seminar5
Submitlabreportsfor
labs1&2
Submitpaper
dra3
Submitpaper
reviews
Completelab3
Submitfinal
paper
Howtoachievethebestresults?
•  Read the recommended literature
•  Read the instructions carefully
•  Come prepared to the seminars
•  Do the labs and assignments on time
•  Participate in discussions
•  Don’t hesitate to ask for help
EvaluaJoncriteriaforarJcles
Graded from 1 to 3:
•  Independence
•  Context
•  Language and form
•  Source management
Amajorityof
1 2 3 =
Grade
Grade3
Grade4
Grade5
•  Analysis
+ Bonus : paper or tutorial presentation during seminars 5&6
Detailed grid:
https://www.ida.liu.se/~TDDD05/seminars/grading.en.shtml
EvaluaJoncriteriaforlabs–pass/fail
Each lab will require a report to be handed in to the group's lab assistant via e-mail. For
each lab, a more detailed description is found on the lab page for each assignment.
•
Lab 1: Java Reflection
–  Part 1: a report containing the answers to the questions
–  Part 2: the source code file(s) with the implementation and tests.
•
Lab 2: The Spring Framework or The Equinox Framework, part 1
–  a report containing the answers to the questions on the chosen topic
–  the source code file(s) or code snippets used to test and find answers to the
questions in lab 2
•
Lab 3: The Spring Framework or The Equinox Framework, part 2
–  a tutorial like document including code snippets in which you describe your
topic
–  if you have a plug-in, you should also provide the files that the opponents will
need in order to install it. You should also provide the source code for the plugin.
RegistraJon&Submissionprocedures:
Register for the following assignments:
•  https://www.ida.liu.se/webreg3/TDDD05-2016-1/UPG2
•  https://www.ida.liu.se/webreg3/TDDD05-2016-1/UPG3
•  The deadlines for each submission con be found on the
course web page.
•  Labs will be submitted by mail.
•  Seminar assignments will be submitted via Moodle
(instructions will be up on the website by the end of the
week).
Resources
•  Course slides will be uploaded after each course
•  Course slides and videos from previous years are available
on the course web page
•  The reference: Component Software, Beyond ObjectOriented Programming, second edition, by Clemens
Szyperski. Addison-Wesley, 2002. ISBN 0-201-74572-0.
•  Lists of suggested literature are available on the course
site
•  Independent research (library, electronic paper databases)