Static and Dynamic Reverse Engineering Techniques for Java Software Systems
Systä, Tarja (2000)
Systä, Tarja
Tampere University Press Tampereen yliopisto
2000
Tietojenkäsittelyoppi - Computer Science
Taloudellis-hallinnollinen tiedekunta - Faculty of Economics and Administration
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Väitöspäivä
2000-05-08
Julkaisun pysyvä osoite on
https://urn.fi/urn:isbn:951-44-4811-1
https://urn.fi/urn:isbn:951-44-4811-1
Tiivistelmä
The main contributions of this dissertation are as follows:
methods for using the dependencies between static and dynamic models for goal driven reverse engineering tasks, including
merging dynamic information to a static Rigiview;
using static information to guide the generation of dynamici nformation;
slicing a Rigi view using SCED scenarios; and
raising the level of abstraction of SCED scenarios using a high-level Rigigraph;
algorithms for optimizing synthesized state diagrams using UMLnotation;
application of the synthesis algorithm presented by Koskimies and Mäkinen [54] to SCED;
string matching algorithms for raising the level of abstraction of SCED scenario iagrams;
the prototype reverse ngineering environment Shimba, which integrates two existing tools:
Rigi for reverse engineering the static structure of Javasoftware; and
SCED and its state diagram synthesis facility for reverse engineering the dynamic behavior of Java software;
methods and tools for gathering information, including
extraction of static information from Java byte code;and
extraction of run-time information by running the target system under a customized jdk debugger;
a case study to evaluate the facilities of Shimba.
methods for using the dependencies between static and dynamic models for goal driven reverse engineering tasks, including
merging dynamic information to a static Rigiview;
using static information to guide the generation of dynamici nformation;
slicing a Rigi view using SCED scenarios; and
raising the level of abstraction of SCED scenarios using a high-level Rigigraph;
algorithms for optimizing synthesized state diagrams using UMLnotation;
application of the synthesis algorithm presented by Koskimies and Mäkinen [54] to SCED;
string matching algorithms for raising the level of abstraction of SCED scenario iagrams;
the prototype reverse ngineering environment Shimba, which integrates two existing tools:
Rigi for reverse engineering the static structure of Javasoftware; and
SCED and its state diagram synthesis facility for reverse engineering the dynamic behavior of Java software;
methods and tools for gathering information, including
extraction of static information from Java byte code;and
extraction of run-time information by running the target system under a customized jdk debugger;
a case study to evaluate the facilities of Shimba.
Kokoelmat
- Väitöskirjat [5027]