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| <span style="#color:#0067A5"> <font size="5"> Welcome to the STRIDE™ Test System Overview </font> </span> | | <span style="#color:#0067A5"> <font size="5"> STRIDE™ Test System Overview </font> </span> |
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| STRIDE has been uniquely designed for '' '''On-Target Expectation Testing™''' ''. The focus of expectation testing is to enable project teams, both testers and developers, to '' '''optimize testing''' '' of their embedded software. Expectation testing leverages simple source code instrumentation to automate verifying complicated behavior such as: | | The STRIDE system consists of the '''STRIDE Framework''' for testing and '''STRIDE Test Space''' for test result tracking and collaboration. The STRIDE '''[[Media:STRIDE_Datasheet.pdf | datasheet]]''' provides a high level summary of the STRIDE Test System. |
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| :* System flow
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| :* Threads and processes
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| :* States, Drivers
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| :* ... and much more
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| The STRIDE system consists of the '' '''STRIDE Framework''' '' for testing and '' '''STRIDE Test Space™''' '' for result tracking and collaboration. The STRIDE Framework can be used to implement and execute expectation tests to validate difficult software scenarios. Expectation tests are written in script and executed on the host while connected to your actual device running the software under test. Expectation tests leverage strategic developer source instrumentation, called '' '''Test Points''' '', which enables testers and integrators to gain broader coverage. The STRIDE Framework can also be used to implement tests written in native C/C++ that execute on-target. STRIDE Test Space is a cloud-hosted web application that provides a means to automatically publish and share test results based on ad-hoc or automated regression runs. | | The following screencasts provide an overview and demo of the '''STRIDE Test System''': |
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| [[image:STRIDE Test System.jpg | 550px | center | thumb]] | | :* Overview of STRIDE (22 minutes). Click [[Media:STRIDE Overview | here]] for a copy of the slides used in this presentation. |
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| STRIDE enables teams to create portfolios of reusable test assets and exploit these assets to automatically and continuously verify the health of engineering builds, thereby '' '''identify defects earlier by pre-validating code before system test''' ''. Tests can also be executed on-demand as part of the normal workflow to easily validate bug fixes and new features. | | :* Demonstration of STRIDE (24 minutes). Click [[Media:STRIDE Demo | here]] for a copy of the slides used in this presentation. |
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| The following screencasts provide a high level overview of the '''STRIDE Test System''':
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| :* '''Key Features''' of STRIDE (10 minutes)
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| :* '''Demonstration''' of STRIDE (15 minutes)
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| The STRIDE '''[[Media:STRIDE_Datasheet_v4.pdf | datasheet]]''' provides a high level summary of the STRIDE Test System.
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| * [[Key Features of STRIDE]] (10 minutes) | | * [[Overview of STRIDE]] (22 minutes) |
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| * [[Demonstration of STRIDE]] (15 minutes) | | * [[Demonstration of STRIDE]] (24 minutes) |
Revision as of 21:46, 12 March 2010
STRIDE™ Test System Overview
The STRIDE system consists of the STRIDE Framework for testing and STRIDE Test Space for test result tracking and collaboration. The STRIDE datasheet provides a high level summary of the STRIDE Test System.
The following screencasts provide an overview and demo of the STRIDE Test System:
- Overview of STRIDE (22 minutes). Click here for a copy of the slides used in this presentation.
- Demonstration of STRIDE (24 minutes). Click here for a copy of the slides used in this presentation.
Please select a following STRIDE screencast below: