Component Assembly Description Compiler Sue (Shufeng) Li MSE Project Presentation 3

 Project overview  Assessment evaluation  Project Evaluation  Demo  References Outline

Assembling Component Scenarios …moving up to components

system ModalSP { locations l1,l2,l3; rates 1,5,20,60; instance AirFrame of BMLazyActive on l2 { connect dataAvailable to GPS.dataCurrent atRate 20 connect dataIn to GPS.dataOut instance GPS of BMDevice on l2 { connect timeout to EventChannel.timeout20 } … Cadena Component Assembly GPS : BM__DeviceComponent 20Hz High Priority 1. Push() 4. GetData() airframe : BM__LazyActiveComponent create instance of LazyActive component called AirFrame

system ModalSP { locations l1,l2,l3; rates 1,5,20,60; instance AirFrame of BMLazyActive on l2 { connect dataAvailable to GPS.dataCurrent atRate 20 connect dataIn to GPS.dataOut instance GPS of BMDevice on l2 { connect timeout to EventChannel.timeout20 } … Cadena Component Assembly GPS : BM__DeviceComponent 20Hz High Priority 1. Push() 4. GetData() airframe : BM__LazyActiveComponent connect event INPUT port of current component to event OUTPUT port of GPS component

system ModalSP { locations l1,l2,l3; rates 1,5,20,60; instance AirFrame of BMLazyActive on l2 { connect dataAvailable to GPS.dataCurrent atRate 20 connect dataIn to GPS.dataOut instance GPS of BMDevice on l2 { connect timeout to EventChannel.timeout20 } … Cadena Component Assembly GPS : BM__DeviceComponent 20Hz High Priority 1. Push() 4. GetData() airframe : BM__LazyActiveComponent connect data INPUT port of current component to data OUTPUT port of GPS component

Assembly Description Compiler Component Assembly Description Compiler Java Assembly code Java Assembly code Boeing OEP XML file Event Service Connection XML file Component Assembly Description

Assessment evaluation - Coverage testing  Fifteen test cases  Java assembly code generation –53 blocks Scenario name Coverage BasicSP.scenario51/53 ModalSP.scenario52/53 MediumSP.scenario36/53 basicCoverage.scenario52/53

Assessment evaluation - Coverage testing (cont’d)  KSU Event Service configuration connection XML file generation –27 blocks Scenario name Coverage BasicSP.scenario14/27 ModalSP_modified.scenario26/27 ModalSP.scenario(modified.idl3s) 27/27

 Boeing OEP XML file generation –109 blocks –Eight error message blocks are not covered Assessment evaluation - Coverage testing (cont’d) Scenario name coverage BasicSP.scenario64/109 ModalSP.scenario73/109 MediumSP_modified.scenario77/109 BasicMP.scenario76/109 MulriRateMP.scenario76/109 MultirateMP_switch.scenario78/109

Assessment evaluation – Error handling  Not enough information in property file –reports “ not found in ” and exits  Empty scenario file –reports “scenario is empty” and exits  Unreachable output file –reports “ can’t be found” and exits.

Assessment evaluation - Integration testing  Purpose: to generate the output files and use them in their corresponding environment.  Java assembly code generation –Input and output –Basicsp, modalsp, mediumsp are successful Scenario Output (lines) basicsp.scenario BasicSP.java (127) modalsp.scenario ModalSP.java (279) mediumsp.scenario MediumSP.java (432) basicmp.scenario BasicMP.java (99) multirate.scenario MultirateMP.java (135)

Assessment evaluation - Integration testing (cont’d)  KSU Event Service configuration connection XML file generation –Input and output –Basicsp, modalsp scenario are successful Scenario Output (lines) basicsp.scenario connection_basicsp.xml (69) modalsp.scenario connection_modalsp.xml (179) mediumsp.scenario connection_mediumsp.xml (1369) basicmp.scenario connection_basicmp.xml (47) multirate.scenario connection_multiratemp.xml (135)

Assessment evaluation - Integration testing (cont’d)  Boeing OEP XML file generation –Input and output –Basicsp, modalsp scenario are successful Scenario Output (lines) basicsp.scenario boeing_basicsp.xml (117) modalsp.scenario boeing_modalsp.xml (382) mediumsp.scenario boeing_mediumsp.xml (2406) basicmp.scenario boeing_basicmp.xml (137) multirate.scenario boeing_multiratemp.xml (272)

Assessment evaluation (cont’d)  Failure rate –0/15 = 0  Reliability estimates –Test on each node of AST –Test on complex test cases

Project evaluation  Idea accomplishment  Quality of the product –Correctness  Coverage test, integration test, and abnormal condition handing test  Low failure rate during test –Maintainability  Uses tree-walking structure  Follows Java programming styles guidelines and Cadena developer guidelines –Integrity  Simple integration interface –Usability  Simple and friendly user interface

Project evaluation (cont’d)  Methodologies - tree walking structure –Easy to use –Easy to maintain –Possible less errors

Project evaluation – Accuracy of the estimations Planed time Actual time Phase110/15/200210/30/2002 Phase23/20/20037/29/2003 Phase35/10/20039/30/2003 Time estimation: LOC estimation:PlanedActualLOC

Project evaluation (cont’d)  Future work –The property file –Correlation event connection –Different output from Boeing OEP XML file

Demo User interface:

Demo (cont’d)  Output examples –BasicSP.java BasicSP.java –Connection.xml Connection.xml –BasicSP.xml BasicSP.xml

References  CORBA & CCM, OMG, CORBA 3.0 new Components Chapters, OpenORB CORBA & CCM OMGCORBA 3.0 new Components ChaptersOpenORB CORBA & CCM OMGCORBA 3.0 new Components ChaptersOpenORB  CORBA Component Model Tutorial CORBA Component Model Tutorial CORBA Component Model Tutorial  CORBA Component Model: Discussion and Use with OpenCCM (Rapha ë l Marvie, Philippe Merle )  Cadena: An Integrated Development, Analysis, and Verification Environment for Component-based Systems, John Hatcliff, William Deng, Matthew Dwyer, Georg Jung, Venkatesh Prasad (submitted for publication -- SAnToS Laboratory Technical Report ): Cadena: An Integrated Development, Analysis, and Verification Environment for Component-based Systems Cadena: An Integrated Development, Analysis, and Verification Environment for Component-based Systems  Gerald Brose, Andreas Vogel, Keith Duddy, Java Programming with CORBA, Third Edition, ISBN: , 2001  CIS771 homework,  The Alloy Analyzer reference manual reference manualreference manual  Cadena Scenario, Cadena tutorial Cadena ScenarioCadena tutorial Cadena ScenarioCadena tutorial  The developer guidelines of Cadena The developer guidelines of Cadena The developer guidelines of Cadena    Software Engineering: A Practitioner ’ s Approach, Roger S. Pressman, 5th edition

Acknowledgement  Team members –Qiang Zeng, Prashant Shanti Kumar, Adam Childs, Jesse Greenwald, and Venkatesh Prasad Ranganath  Committee: –Dr. Hatcliff –Dr. Hankley –Dr. Dwyer  William Deng

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