Programming Project (PPJ)

(1)

Otto-von-Guericke Universität Magdeburg

http://ivs.cs.uni-magdeburg.de/sw-eng/agruppe/

http://www.smlab.de

Programming Project (PPJ)

(2)

Reiner R. Dumke, University of Magdeburg

1. Programming

2. Software Development

Agenda

3. Project Management

Programming Project

0. Our Team

4. Programming Project

(3)

Our

Team

–

Members

& Partners

Team

external PhD‘s

(4)

Our

Team

-

Teaching

Software Engineering

Software Quality Management

Formal

Specifi-cation (LOTOS, Z)

Compiler Constrcution

Web Engineering

Component-based

Software Engineering (EJB)

Distribted System

Development (CORBA)

Service Engineering

Programming Concepts

(AspectJ, Prolog, Haskell)

Programming (C++/Java)

Agent-oriented Software

Engineering (JADE)

Software Infrastructures

(Server Farms, P2P, Grids)

V&V

Performance Engineering

http://ivs.cs.uni-magdeburg.de/

sw-eng/agruppe/lehre/

(5)

Our

Team

-

Education

Teaching in Cuba

PhD Seminars

in Idaho

Presentation Skills in Seminars

Industrial courses

(6)

Our

Team

-

Research

6 GI-Fachgruppe 2.1.10 Software-Messung und -Bewertung

Industrial Partners

Uni Partners

Communities

http://ivs.cs.uni-magdeburg.de/

sw-eng/agruppe/forschung/

(7)

Our

Team

-

Communities

Project areas:

•

Measurement

models

and paradigms

•

Measurement

infrastructures

and cockpits

•

Risk

analysis

•

Quality

assurance

in automotiv

software

•

Efficiency

in e-Business systems

•

etc.

Conference discussions

(8)

Our

Team

-

Publications

(9)

1. Programming - Principles

Tasks, activity

description

Task,

Activity

in the context of:

Ubiquitous Computing

Pervasive Computing

Wearable Computing

(10)

(11)

1. Programming - Description

Pseudocode

Modul

read the number of values

while (values existing?)

do read value;

sum of the positive values

od write result Endmodul

Structogram

Flowgraph

Program chart

Syntactical diagram

(12)

(13)

1. Programming - Experience

FAQ Java:

Java Tutorial:

(14)

(15)

(16)

(17)

(18)

(19)

(20)

1. Programming - Overview

Source code-Example

using Eclipse

Usual executing

Java Tutorials (Grammar, Class Overview)

Course Script

(Examples)

Static Testing

(FindBugs)

Debuggen

(eclipse)

Course Script

(Test methods)

Testdata from

the

specifi-cation

Javadoc

Course Script

(Doc. principles)

Program

efficiency

Course Script

(Analysis)

OO Testing

(JUnit)

(21)

2. Software Development

Process (Project)

Requirements

Software Product

Resources:

Personnel

Software

Hardware

Standards

Measures

Experience

(22)

2. Software Development - Product

•

User manual

•

Reference manual (Demo)

•

Setup routines

•

Tutorials

•

Development documentation

- Programs

- Quality reports

- Test reports

- Charts & diagrams

- Change documentation

- Support programs

(23)

2. Software Development - Process

•

Problem definition

•

Requirement Analysis

•

Specification

•

Design

•

Implementation

•

Field test

•

Operation

(24)

2. Software Development - Ressources

Personal:

•

Analyser

•

Developer

•

Programmer

•

Tester

•

Technical writer

Software:

CASE: Computer-Aided Software Engineering

vs.

Components (COTS, Libraries etc.)

(25)

2. Software Development - UML

(26)

2. Software Development – UML: Behavior description

Sequence diagram

Activity diagram

(27)

2. Software Development – UML: Architecture description

Deployment diagram

Component diagram

Class diagram

(28)

(29)

3. Project Management - Overview

•

Development Management

•

Project management

•

Quality management

•

Configuration management

•

Maintenance Management

•

Configuration management

•

Compatibility management

•

Triage management

•

Operation Management

•

Application management

•

Migration management

•

Damage management

Staff

CASE-Tools

M

E

A

S

U

R

E

M

E

N

T

(30)

3. Project Management – Development Teams

Staff / Personnel:

•

Customer

•

User

•

Analyst

•

Developer

•

Programmer

•

Administrator (DB & Net)

•

Technical staff

Egoless programming

team (ET)

Virtual team (ST)

Extreme programming

team (EP)

Teleworker

Chief Programmer (CPT)

(31)

3. Project Management – Planning methods

PERT diagram

especially: Critical Path

Method (CPM)

Milestones

Gannt diagram

Produkt-Erstellungsart Vermittlung Beschaffung Anpassung Realisierung Entwicklung Neukonzept P10 A10 T10 T30 T50 B70 B90 Zeit

(32)

3. Project Management - Evaluations

(33)

(34)

(35)

4. Programming Project - Overview

Team forming

Task definition

Project initiation

Milestone

_i

Result presentation/defense

Project work

(36)

4. Programming Project – Team forming

Team member

roles

(

≈

4 students)

Communication

Scheduling

(37)

4. Programming Project – Task definition, project initiation

Task

could

be

chosen

Task

could

be

mid-size

complex

problem

Task

could

be

committed

(38)

4. Programming Project – Project work, milestones

Meeting: every

Friday

(except

Nov. 20) in G22A-208

Tools: Doc Tool, Programming

Environment

Very

important: Team discipline

(39)

4. Programming Project – Result presentation

Every

team

has a defense

date

Evaluation: mark

(40)