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Industry leading verification tools & services

Rapita Verification Suite (RVS)

  RapiTest - Unit/system testing   RapiCover - Structural coverage analysis   RapiTime - Timing analysis (inc. WCET)   RapiTask - Scheduling visualization   RapiCoverZero - Zero footprint coverage analysis   RapiTimeZero - Zero footprint timing analysis   RapiTaskZero - Zero footprint scheduling analysis

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Latest from Rapita HQ

Latest news

RVS 3.19 Launched
Rapita is proud to be an ISOLDE Partner
Rapita and SYSGO underline partnership
RVS 3.18 Launched
View News

Latest from the Rapita blog

Measuring response times and more with RapiTime
Why mitigating interference alone isn’t enough to verify timing performance for multicore DO-178C projects
There are how many sources of interference in a multicore system?
Supporting modern development methodologies for verification of safety-critical software
View Blog

Latest discovery pages

do178c DO-178C Guidance: Introduction to RTCA DO-178 certification
matlab_simulink MATLAB® Simulink® MCDC coverage and WCET analysis
code_coverage_ada Code coverage for Ada, C and C++
amc-20-193 AMC 20-193
View Discovery pages

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2023-10-01
DO-178C Multicore In-person Training (Huntsville)
2023-10-03
HISC 2023
2023-10-17
NXP's MCFA 2023
2023-10-24
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Sysgo WP
Developing DO-178C and ED-12C-certifiable multicore software
DO178C Handbook
Efficient Verification Through the DO-178C Life Cycle
A Commercial Solution for Safety-Critical Multicore Timing Analysis
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Viewing software behavior at a glance with RVS treemaps
Using support functions with RapiTest
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Streamlined software verification with RVS 3.19
Challenges of certifying multicore avionics in line with A(M)C 20-193 objectives - ATW Europe 2023
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Supporting ISO 26262 ASIL D software verification for EasyMile
RapiCover’s advanced features accelerate the certification of military UAV Engine Control
Front cover of whitepaper collins
Delivering world-class tool support to Collins Aerospace
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  3. 3.19

Streamlined verification with RVS 3.19

What's new

  •   Reusable test logic with RapiTest
  •   Improved incremental coverage support
  •   Test what you compile with RapiTest
  •   Merge timing results with RapiTime Zero
Discover RVS Request a demo Request trial
  • New features
  • User FAQs
  • RVS Resources

Create reusable test logic with RapiTest

You can now add C or C++ "support" functions to your RapiTest tests. These functions let you create test logic that is reusable across multiple tests so you can perform functions such as initialization or teardown, defining complex sets of checks, implementing complex stubs, and instantiating templates.

You can generate and verify your support functions in the RVS Project Manager and use them in any of RapiTest’s test formats.

Discover feature

Collect coverage incrementally

Improved incremental coverage support

RapiCover now helps you to collect your coverage incrementally if you need multiple builds to collect coverage due to the timing overheads of instrumentation.

By enabling incremental coverage, you can now instruct RapiCover to automatically remove instrumentation for code elements that have already been collected. Combined with RapiCover’s already low overheads, incremental coverage helps you work around execution time limitations on embedded targets and build your way to 100% coverage more efficiently than ever.

Discover feature

Test what you compile with RapiTest

You can now test your object code without modifying it with RapiTest. By separating test harness code from original object code and linking the two together to create the final executable, RapiTest lets you test your original compiled object code.

This capability can be set up during a RapiTest integration.

Discover feature

Test what you compile with RapiTest
Merge timing results with RapiTime Zero

Merge timing results with RapiTime Zero

RapiTimeZero now supports merging timing results from multiple test runs, allowing you to collate timing results collected from them into a final report. This feature even lets you merge results from different testing strategies, e.g. system testing and low-level testing, so long as the functions under test are identical.

Discover feature

  • Is RVS 3.19 backwards-compatible with previous versions?
  • Which host operating systems can RVS 3.19 be used on?
  • I'm running a wavefront version – can I upgrade to RVS 3.19?
  • Which new features and enhancements are planned for the next version of RVS?
  • Is RVS 3.19 backwards-compatible with previous versions?

    Yes. RVS 3.19 is backwards compatible with previous versions. If you're upgrading from RVS 3.6 or earlier, however, we recommend that you set up a new integration to benefit from the improved project management features introduced in RVS 3.8.

  • Which host operating systems can RVS 3.19 be used on?

    RVS 3.19 supports Windows versions 10+, Windows Server versions 2016+, and a variety of Linux distributions including Ubuntu and Red Hat.

    RVS tools can be used on projects with unsupported operating systems by using a clone integration to split the process and delegate parts of it to the unsupported machine.

  • I'm running a wavefront version – can I upgrade to RVS 3.19?

    If you're running a wavefront version, please contact us to determine whether you can upgrade.

  • Which new features and enhancements are planned for the next version of RVS?

    You can follow the RVS development roadmap, which we regularly update, on our website.

Downloads

  Flyer
Rapita Customer Testimonials
  Flyer
Using RVS to support multicore timing analysis
  Flyer
Why choose Rapita?
  Flyer
Reduce your automotive V&V effort with Rapita Systems
  Webinar
Verifying your Multicore RTOS
  Webinar
Efficient testing with RVS and ANSYS® SCADE® Test™

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News & Blog

News
RVS 3.19 Launched
News
RVS 3.18 Launched
News
RVS 3.17 Launched
Blog
Supporting modern development methodologies for verification of safety-critical software
Blog
Flexible licensing software fit for modern working
News
RVS 3.16 Launched

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RVS: Setting the standard for safety-critical software verification

"We use the tool on some of the world’s most complicated flight control systems. Compared to previous tools we’ve used in the past, RapiCover’s performance has been much more reliable and robust" - Collins Aerospace Flight Controls

How RapiCover efficiently produced coverage evidence for DO-178C certification of Cobham’s antenna control unit.

How our tools were used for DO-178C DAL A code coverage analysis for a complex flight control system.

How Rapita’s V&V services produced evidence for DO-178C certification of Triumph’s actuation system software.

How RapiTime automated timing analysis and helped to identify timing hotspots in a military DO-178B project.

 

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