Third Party Product Guide for C166/ST10 - Tasking
Third Party Product Guide for C166/ST10 - Tasking
Third Party Product Guide for C166/ST10 - Tasking
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Software Design and Test Tools<br />
Back to Table of Contents<br />
LDRA<br />
Portside, Monks Ferry<br />
Wirral, CH45 5DD<br />
United Kingdom<br />
www.ldra.com<br />
<strong>Product</strong>: LDRA tool suite<br />
TASKING VX-toolset: <strong>C166</strong>/<strong>ST10</strong><br />
TASKING Toolset: classic <strong>C166</strong>/<strong>ST10</strong><br />
The MathWorks, Inc.<br />
3 Apple Hill Drive<br />
01760 Natick, MA<br />
USA<br />
www.mathworks.com<br />
<strong>Product</strong>: Link <strong>for</strong> TASKING<br />
TASKING VX-toolset: TriCore, ARM,<br />
M16C<br />
TASKING Toolset: classic <strong>C166</strong>/<strong>ST10</strong>,<br />
DSP56xxx, 8051<br />
LDRA provides a unique environment that<br />
helps teams accelerate testing of embedded<br />
and real-time systems and deliver a safety<br />
critical and business critical software on<br />
time. LDRA completely removes the timepressure<br />
of testing embedded systems,<br />
testing documen-tation and test coverage,<br />
it does it all <strong>for</strong> you. You are liberated to<br />
concentrate on the quality of your designs<br />
and coding.<br />
The key features of the LDRA tool suite<br />
are automation of the unit testing<br />
process, code coverage, automatic<br />
regression testing, host/target execution,<br />
programming standards checking, data<br />
The MathWorks is a world leading developer<br />
of Model-Based Design software. With an<br />
extensive product set based on MATLAB®,<br />
Simulink and Real-Time Workshop,<br />
The MathWorks provides software and<br />
services to solve challenging problems<br />
and accelerate innovation in automotive,<br />
aerospace, communications, financial<br />
services, biotechnology, electronics,<br />
instrumentation, process, and other<br />
industries. Their customers include some<br />
of the world’s most innovative technology<br />
companies, government research labs,<br />
financial institutions, and universities.<br />
Model-Based Design with automatic C code<br />
generation is a mature technology used in<br />
some of the world’s most demanding realtime<br />
embedded environments such as those<br />
in production aircraft, automobiles and<br />
mass produced consumer handheld devices.<br />
Mathworks products enable it’s customers<br />
to dramatically reduce time to market by<br />
developing a fully functional model which<br />
can be simulated, tested and then deployed<br />
automatically on an embedded target.<br />
This process not only speeds development<br />
<strong>C166</strong>/<strong>ST10</strong> <strong>Third</strong> <strong>Party</strong> <strong>Product</strong> <strong>Guide</strong> – Updates available from www.tasking.com/<strong>C166</strong><br />
flow anomaly detection and complexity<br />
metrics analysis. These are the key solutions<br />
that help embedded developers overcome<br />
the challenges of testing embedded and<br />
real-time software in circumstances where<br />
computer software is required to be reliable,<br />
rugged and as error free as possible.<br />
The LDRA tool suite is used at unit,<br />
integration and system testing level and <strong>for</strong><br />
any host and embedded system, including<br />
the TASKING VX-toolset <strong>for</strong> the <strong>C166</strong>/<br />
<strong>ST10</strong> development toolset. This assists<br />
users developing and testing embedded<br />
applications with the TASKING compilers.<br />
time but reduces the number of defects<br />
and improves collaboration across the<br />
development organisation. Further<br />
in<strong>for</strong>mation on Model Based Design <strong>for</strong><br />
embedded software development can be<br />
found on the MathWorks website.<br />
Using Link <strong>for</strong> TASKING, engineers and<br />
designers can deploy automatically<br />
generated C code on a broad range of<br />
supported processors. Model development<br />
can be verified through Processor-In-the-<br />
Loop cosimulation, with software execution<br />
on the embedded processor target or<br />
instruction set simulator.<br />
Link <strong>for</strong> TASKING is compatible with the<br />
TASKING VX-toolset <strong>for</strong> TriCore, M16C<br />
and ARM as well as the classic <strong>C166</strong>/<strong>ST10</strong>,<br />
DSP56xxx and 8051 tools.<br />
To learn more about Link <strong>for</strong> TASKING, to<br />
arrange a demonstration or to contact a<br />
sales representative please look at www.<br />
mathworks.com/products/tasking/ or<br />
contact The MathWorks at the address<br />
given.<br />
Software Design and Test Tools <strong>C166</strong>/<strong>ST10</strong><br />
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