Port ThreadX Application to a New OS

Mapusoft, a global leader in embedded software re-use & interoperability solutions offers OS Changer ThreadX® Porting kit to automatically migrate and re-use your ThreadX® applications across a wide variety of OS distributions. Porting legacy ThreadX® applications to New OS involves series of steps including porting, development on a host environment while re-compiling and deployment on target hardware. Mapusoft’s OSChanger® ThreadX® Porting kit helps your ThreadX® OS migration seamlessly with many distinct advantages

Click here to view supported ThreadX® / API’s

OS Changer ThreadX Porting Kit – Advantages

Allows you to easily migrate ThreadX® applications to a new OS, while saving you time and money.
Makes legacy ThreadX® applications productive to the enterprise by allowing them to be developed and tested on many host platforms without a need for the target hardware.
Improves the new OS by allowing additional features that are part of the ThreadX® application to continue to be supported by the new OS.
Can also be used as a virtualized test-bench platform for performing system integration testing of your applications on a Host PC providing development flexibility and huge cost savings.

OS Changer ThreadX Porting Kit – Highlights

Porting and development on Windows/Linux Host
Enables Host based simulation, testing embedded and/or time critical applications
Application is connected effectively at the source code level
Supports multi Process, 32/64 Bit architecture, UMP/SMP muti-processor
Offers permanent portability solutions that actually get your ThreadX® code to move to a new OS
Flexible, easy to maintain and better migration to a unified OS architecture allowing for easy future migration
Reduced time, provides 80-90% portability requiring little code re-write on Hardware & Device Driver specific code

OS Changer® takes advantage of OS Abstractor® Interface which provides OS Agnostic API’s and optimization benefits:

Statically create and reuse control objects from pool
Statically create and reuse threads from pool
Enhance performance without breaking OS API compliance
Configure target environment and resource requirements for various OS version and variants
Use OS Abstractor’s tiered memory pools to eliminate memory fragmentation
Use OS Abstractor’s ability to recover from software fatal errors through a soft reset
Use same Interface APIs within and across individual application processes
API Optimization and Profiling