Manufacturers that develop a family of embedded devices covering a range of capabilities and price points can standardize on Green Hills Software operating systems and be assured that code written for one device can easily be ported to another, delivering optimal code re-use. The MULTI development environment supports more target processors, operating systems, and third-party tools than any other IDE—making it ideal for enterprise- wide deployment. Supporting a wide voltage and clock range, the Green Hills Probe can fully exploit debug interfaces of all speeds and capabilities. This eliminates the need to access off-chip memory, increases execution speed, and reduces the footprint. The Green Hills Probe offers maximum flexibility by supporting three host interfaces, multicore debugging, ultra-high download speeds, and an on-board bit CPU that can be reconfigured for different targets.
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Supporting a wide voltage and clock range, the Green Hills Probe can fully exploit debug interfaces of all speeds and capabilities. CodeFactor Linker Optimization —A link-time optimization which reduces overall program size by identifying and removing redundant segments of code from object files. grenhills
Green Hills offers further optimization through CodeFactor, a link-time optimization which reduces overall program size by identifying and removing redundant segments of code from object files. Depending on the endianness selected, the most significant byte appears at the lowest or highest address.
Hardware debug devicesincluding the Green Hills ProbeSlingshot, and SuperTrace Probe let you download code to your target for kernel-aware debugging and run-control right out of the box. Results may vary based on configuration. MULTI supports all major and bit processor architectures—as well as the leading embedded and general purpose operating systems and development hosts.
CodeBalance achieves greater code-size reduction with minimal increase in execution time by performing function-specific bit mode compilation. These compilers generate the smallest footprint and fastest executing code in the industry.
As a result, developers have ultimate flexibility. Users can link with Green Hills run-time libraries built specifically for Thumb mode. You can optimize your own development environment— invoking your favorite tools, editor, or configuration management system all from within the MULTI environment. Green Hills Compilers take advantage of advanced optimization strategies developed for the latest embedded processors. Some ARM-specific features included are:.
In addition, the Green Hills Compiler for ARM generates architecture-specific and even processor-specific optimizations to utilize the pipeline and instruction set characteristics of each supported ARM processor model. The performance and feature set of the Green Hills Probe are designed to enhance developer productivity and minimize schedule risk during all phases of a project.
By using a common set of development tools across projects, software engineers can more easily share code or move between projects without compromising productivity. The Green Hills Probe supports more than one thousand devices from over thirty manufacturers with a flexible electrical interface and out-of-the-box support for the largest multicore systems providing fast, reliable debugging, programming and system visibility to projects present and future.
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This is also important for embedded devices that require an extremely rapid boot time. With the Green Hills family of operating systems, you can develop a software base that can be shared by low- to high-end products with little modification: Processor —One option for each supported ARM model.
These boards can be accessed through a variety of interfaces:. Some ARM-specific features included yreenhills The MULTI development environment supports more target processors, operating systems, and third-party tools than any other IDE—making it ideal for enterprise- wide deployment. With its reflashable firmware, the Green Hills Probe is easily and constantly upgraded for new CPUs and new debugging requirements arriving on the market. Manufacturers that develop a family of embedded devices covering a range of capabilities and price points can standardize on Green Hills Software operating systems and be assured that code written for one device can easily be ported to another, delivering optimal code re-use.
The optional TimeMachine debugger helps you find bugs faster and optimize system performance. Any number of cores. Instruction Set Simulator —The SimARM instruction set simulator interpretively executes ARM programs on the host PC or workstation without the need for target hardware by simulating the execution of the target processor at the instruction level. Run-Mode Debugging —Run-Mode enables source debugging of one or more threads of execution within their own colored debug window, allowing grrenhills rest of the system to continue to run, handling real-time events.
Reuse the Green Hills Probe for your next project and save on startup and setup costs.
Green Hills Software Introduces Low-Cost, High-Performance USB Hardware Debug Probe
With its efficient design and minimal 1. Benchmark tests have proven the effectiveness of the Green Hills Compilers in producing the smallest executable file for a given source program. The TimeMachine debugger and the SuperTrace Probe support Nexus Class 2 trace run control and analysis of real-time trace data operations. This eliminates the need to access off-chip memory, increases execution speed, and reduces the footprint.
In addition, the Green Hills compiler can automatically slungshot stack overflow checking so that developers can uncover and fix these tough-to-find bugs faster and before product deployment. For over 20 years, Green Hills Software has been providing tools for developing and debugging embedded systems.