Component technology in an embedded system

Component technology in an embedded system David Polberger

Thesis for a diploma in computer science, 30 ECTS credits, at the Department of Computer Science, Faculty of Science, Lund University. This XHTML version is adapted from the paper edition.¹

Preface
1 Confronting the software crisis
2 Realizing software components
3 Demystifying dynamic dispatch
- 3.1 A binary tree node in C
- 3.2 A syntax tree representing an arithmetic expression in C
  - 3.2.1 Introducing late binding
4 Refining the object model
5 Ways of the industry
6 The (Sony) Ericsson way
- 6.1 The Ericsson Component Model
- 6.2 Enter Sony Ericsson
  - 6.2.1 Inter-process communication
  - 6.2.2 Java binding
7 Implementing interception
- 7.1 Interception practices
- 7.2 Implementing execution tracing at Sony Ericsson
8 Bibliography

Footnotes

This XHTML version has been automatically generated from the LaTeX sources using plasTeX. Figures have been drawn in Inkscape. This is revision 232.