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The T-VEC suite of tools provide [http://en.wikipedia.org/wiki/Model-based_testing model-based test support]. The tools include:
 
The T-VEC suite of tools provide [http://en.wikipedia.org/wiki/Model-based_testing model-based test support]. The tools include:
 
*[[T-VEC_Tablular_Modeler|T-VEC Tablular Modeler (TTM)]]
 
*[[T-VEC_Tablular_Modeler|T-VEC Tablular Modeler (TTM)]]
**TTM provide requirement management and support requirement and functional modeling
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**TTM provides requirement management, support requirement, and functional modeling
 
*[[T-VEC_Vector_Generation_System|T-VEC Vector Generation System (VGS)]]
 
*[[T-VEC_Vector_Generation_System|T-VEC Vector Generation System (VGS)]]
**VGS is the engine that provides model analysis, test vector generation, test driver generation, test results analysis, project status and measurement reporting
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**VGS is the engine that provides model analysis, test vector generation, test driver generation, test results analysis, project status, and measurement reporting
 
*[[Simulink Tester for T-VEC|Simulink Tester for T-VEC (SL2TVEC)]]
 
*[[Simulink Tester for T-VEC|Simulink Tester for T-VEC (SL2TVEC)]]
 
**SL2TVEC translates Simulink and Stateflow models into the VGS system
 
**SL2TVEC translates Simulink and Stateflow models into the VGS system
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If you're new to modeling, TTM is easy to use, and you can create your first model in a matter of minutes. TTM integrates seamlessly with VGS, and with one mouse click tests for your first model can be produced quickly.
 
If you're new to modeling, TTM is easy to use, and you can create your first model in a matter of minutes. TTM integrates seamlessly with VGS, and with one mouse click tests for your first model can be produced quickly.
  
Simulink users can use SL2TVEC and VGS to support model analysis, test generation and execution for auto-generated code, manually produced code, and the Matlab simulator.
+
Simulink users can use SL2TVEC and VGS to support model analysis, test generation, and execution for auto-generated code, manually produced code, and the Matlab simulator.
  
 
[[Pilot Projects or Workshops]] are often the best way to get started with T-VEC tools.
 
[[Pilot Projects or Workshops]] are often the best way to get started with T-VEC tools.

Revision as of 21:27, 5 February 2007

Welcome to the T-VEC Wiki

Contents

Introduction

The T-VEC wiki provides information about T-VEC's suite of tools, how to use them, and any other related information. It has no specific topic, but is for all things T-VEC. Everyone has access to the wiki, but only registered users can edit content. We encourage users to donate meaningful documentation and information to the T-VEC wiki. If you are new here, you must register for a www.t-vec.com username/password. All documentation contributed is covered by the documentation license.

Getting Started

The T-VEC suite of tools provide model-based test support. The tools include:

If you're new to modeling, TTM is easy to use, and you can create your first model in a matter of minutes. TTM integrates seamlessly with VGS, and with one mouse click tests for your first model can be produced quickly.

Simulink users can use SL2TVEC and VGS to support model analysis, test generation, and execution for auto-generated code, manually produced code, and the Matlab simulator.

Pilot Projects or Workshops are often the best way to get started with T-VEC tools.

Content

Tvecwiki provides guidance on using the tools, from installation, tutorials, usage, and FAQs.

Other Common Questions

Register

Register here.