TTCN-3 Bibliography

WIKINDX Resources

M. Teodorescu, "TTCN-3 MOST Challenges," ETSI TTCN-3 User Conference 2007: Stockholm (Sweden), May 29-June 1, 2007. 
Added by: Deleted user (01 Aug 2008 14:35:46 Europe/Berlin)   Last edited by: Deleted user (20 Aug 2008 12:11:56 Europe/Berlin)
Resource type: Conference Paper
BibTeX citation key: Teodorescua
View all bibliographic details
Categories: General
Creators: Teodorescu
Publisher: Ericsson, ETSI (Stockholm (Sweden))
Collection: ETSI TTCN-3 User Conference 2007
Views: 9/1003
Views index: %
Popularity index: 9.25%
   URLs   http://www.ttcn-3.org/TTCN3UC2007/home.htm
Abstract
Media Oriented System Transport (MOST) is a networking standard intended for interconnecting multimedia components in automotive industry. In the development of automotive integrated information and entertainment systems, using TTCN-3 for MOST based automated testing presents an advantage in terms of testing productivity, flexibility and time efficiency.
Automotive entertainment and information systems are complex. For TTCN-3 development this means the biggest challenges shift towards concept creation, smart design and test strategy definition. Requirements management becomes critical.
With its well structured specifications, MOST offers good possibilities of type and codec generation. TTCN-3 offers the foreign type systems interface for this purpose. The integrated tool solution provides us with the possibility to focus on test suite creation rather than on type definition and codec development.
The resulting architecture took into account two important factors: code reusability and clear design patterns.
Following testing directions were pursued:
• Test basic functionality using Smoke Test
• Function Block integration tests by implementing message sequence charts
• System integration tests by defining tests covering multiple Function Blocks
System Under Test design for testability can offer additional layers of verifications. MOST results can be compared against messages in other system layers to verify correct behaviour.
Future testing directions:
• Human Machine Interface stimulation via MOST for system tests.
• Function Blocks simulation in TTCN-3 for development tests.
• Mixing MOST testing with different protocols and application layers. Utilizing the strength of TTCN-3 in abstraction from physical layers.
The presentation discusses architectural considerations, strategic approaches and challenges we faced. We also include the proposed solutions as well as our motivation for different directions and strategies.
Added by: Deleted user  
wikindx 5.2.1 ©2017 | Total resources: 340 | Username: -- | Bibliography: WIKINDX Master Bibliography | Style: Institute of Electrical and Electronics Engineers (IEEE) | Database queries: 45 | DB execution: 0.01932 secs | Script execution: 0.02822 secs