Why choose IAR Embedded Workbench? Why do we give up using a variety of free development tools and choose to pay for the IAR Systems development tools? Mainly include the following reasons: 1. IAR Embedded Workbench can generate space-efficient and reliable executable code After repeated experiments, IAR Systems' C/C++ compiler can generate efficient and reliable executable code, and the larger the application size, the obvious effect. Compared to other tool developers, the system uses both global and chip-specific optimization techniques. The global type detection and range detection provided by the connector is critical to the quality of the code that generates the target. IAR Systems has consistently used streamlined optimization techniques - based on our latest technology architecture, IAR Embedded Workbench 4.10B for AVR, the generated code size is 10% smaller than the 3.20A version, far less than other compilers. Code size (more specific evaluation results will be announced soon). The executable code generated by IAR Embedded Workbench can be run on a smaller size and lower cost processor, thus reducing the development cost of the product. Due to our extensive experience in microprocessor C/C++ compiler design, no company currently has access to more than 30 different C/C++ compilers for our 8-bit, 16-bit, 32-bit processors. s level. 2. Code size determines product cost Why does small mean perfect? Because of the tight code, it means that it works well on smaller, cheaper chips! Suppose the company is going to produce 10,000 devices, and each device can save $2 because of the use of smaller processors, which is a very objective income for the company. The cost of the product is not the first consideration for the design department nor the task of the development tool, but it is the content that the product or sales manager is most interested in. 3. There is room for product expansion Small size means more than just cheap, it also leaves plenty of room for expansion for a variety of additional features. Suppose your customers need to add some new features to their product design, and it is not feasible to choose another chip at this stage. At this time, IAR Systems' efficient compiler plus code detection service made it possible for the company to complete its tasks before the deadline. We should be aware that this situation is often encountered in our previous work. 4, developers can rely entirely on the tools provided by IAR Systems Ignoring the deadlines of projects, developers need to rely on some reliable development tools to complete the task. Failure to complete the progress on time will cause inconvenience to the project, and a vicious circle will cause delays in all schedules and the consequences will become very serious. IAR Embedded Workbench is considered a stable and reliable development tool: it closely combines Atmel ICE 2000 and Atmel JTAG ICE with time-consuming communication issues; it provides a continuous workflow that allows developers to focus on project development Nothing more trouble than the problems that the tool brings. 5, the integrated development environment provides a continuous workflow IAR Embedded Workbench is a complete collection of integrated development tools: from development tools to code editors, engineering builds to C/C++ compilers, connectors and debuggers. It is tightly integrated with Atmel ICE 2000 and Atmel JTAG ICE, allowing users to use only one development environment during development and debugging. 6. Use only 10 steps – from vision to reality? In addition to the above, in IAR Embedded Workbench, IAR Systems also provides visualSTATE? and IAR MakeApp? Two sets of graphical development tools to help developers complete application development, it can automatically generate application code and automatically generate according to the design. Drivers enable developers to get rid of these time-consuming tasks while maintaining the quality of the code. For more information, please refer to the relevant content on the http:// website. 7. IAR Systems is a global company Regardless of where your customers are, IAR Systems can provide them with comprehensive technical support and design services. And for large companies, they can benefit from our global plans and participate in the VIP programs we offer. 8. IAR Systems is confident in AVR The IAR Embedded Workbench products for AVR are diverse. It includes many exciting new features: debugging support for AVR JTAGICE mkII; extended support for C++ and C++ templates; IAR C-SPY? debugging its identification of STL containers; support for MISRA C; OSEK runtime interface (ORTI); predefined project templates and more. Subsequent releases will include more branches, improved optimization techniques, and more new features. 9. AVR and IAR Embedded Workbench cooperate with each other to develop The AVR microprocessor family is the result of a collaborative design project between Atmel and IAR Systems. There has never been such a close cooperation between a chip manufacturer and a software developer, so that each design of the chip fully utilizes the capabilities of the C language. AVR has long used the C compiler provided in the IAR embedded development platform, and IAR Systems has also adapted its products to suit all the features of AVR. Outstanding features of EWAVR 4.10B * Viewable window management for dockable mode * Integrated source control system MISRA C is a set of C language programming schemes for improving the safety and reliability of the Automotive Industry Software Reliability Association (MISRA). IAR Embedded Workbench now automatically detects most of the rules in this standard. See the IAR Embedded Workbench MISRA C Reference Guide for more information. * IAR extended EC++ support * Support for standard template library (STL) * Support all memory attributes of C++ * Support class memory, multiple heaps, etc. * Support for C++ cast variables, including static_cast<>, const_cast<>, and reinterpret_cast<> * Support for variability * AVR JTAGICE mkII debugger The new version of EWAVR supports AVR's JTAGICE mkII, but only the serial port can communicate with the host. However, users can obtain an upgraded version that can communicate with the host through the USB port by signing a contract with the IAR System. By creating functions, variables, macro definitions, and directory indexes of member functions, the browser makes it easy for users to find and locate any statement or definition. * Easy to configure C / EC + + function library In the new version, the DLIB C/EC++ library is divided into two different configuration schemes: standard configuration and full configuration. And, each version can be further configured to achieve an optimal balance of functionality and size. Users can modify the configuration of the library and separate source code files to complete the detailed adjustment of the function library. At the same time, the system provides complete source code and templates for users to recompile CLIB and DLIB libraries. * Support OSEK runtime interface (ORTI) The ORTI interface describes a standard way to provide the debugger with all of the internal register information for the OSEK system. Through this interface, the new version of C-SPY can provide more complete debugging work on any ORTI-compatible operating system. * Flexible display of STL container during debugging All objects in the STL container can be displayed and manipulated. * Automatic display window * Real-time monitoring window * Tracking window * Startup screen The IAR Embedded Workbench can optionally display a splash screen when opening or creating a new project. The new project will be built on a template based on a quick launch. When building a project, the user can choose to use an existing project template. A project template can be a C, C++, assembly or function library project. At the same time, template engineering can also be used to pre-engineer a project configuration during development. * Compiler optimization The improved optimization method allows the user's code to achieve higher execution efficiency and smaller usage size. * Direct connection to a binary image The connector can be directly connected to a binary image file, making it easy to connect to larger binary files such as multimedia files. * Checksum of the range of XLINK XLINK can now generate any number of checksums, and each checksum can be generated by any range of memory contents. See Checksums and Fillers (-H -J -h) for information on this new feature. Specify specific checksum options by using the connector command line options page. * Improved debugger plugin management Added a global view of all available plugins, available to activate/deactivate any single plugin feature. A reorganized user manual and compiler reference, with a detailed description of the new features. At the same time, the improved document structure and indexing method make it easier for users to read related content. * Support for new types of equipment Added support for the following new devices: ATtiny25, ATtiny45, ATtiny85, ATmega406, ATmega640, ATmega1280, ATmega1281. Evaluation result IAR Embedded Workbench for Atmel AVR 4 technology breakthrough! This review compares the total size of two compiled code and CONST: * GNU avr-gcc 3.4.1 The test results show that the average total size of the generated code for GNU avr-gcc 3.4.1 is 68% higher than the average total size of the code generated by EWAVR 4.10B. Sample evaluation code - The sample code below basically covers all application areas related to embedded . They will be used for this review: Bfix A program that inserts or extracts bit information into an array of strings pointed to by an unsigned character pointer
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The dockable window makes the layout management of the window very simple. The window can be placed in a series of tab pages.
IAR Embedded Workbench can use the SCC (Source Control Code) standard interface released by Microsoft to detect and access the source control system provided by third parties.
* Support MISRA C
* Support for C++ templates
* Namespace support
* Source code browser
* Enhanced context-sensitive help
The improved online help system provides an HTML-based, user-friendly interface. The help system provides helpful information retrieval for standard functions as well as efficient help for extended key and library functions in the editor.
* A variety of new debugging information windows
* Available breakpoint window
* Template Engineering
* Rearranged user manual
* IAR Systems EWAVR v4.10B
Bittest bit operation
Blowfish Blowfish algorithm
Bt_stack embedded protocol stack
Decrypt program for decoding encrypted multimedia information
Fibo Fibonacci Review
Gsm_efr GSM Enhanced Full Rate (EFR) encoding and decoding program
Modeit Internet application based on TCP/IP
Insertion and deletion of patricia Patricia trie algorithm and IP address and subnet mask search function
Red-sol Reed Solomon coding algorithm
Regexp regular expression searcher. Used to search for a specified character pattern in a string
Spiro user-defined application, spirometry detector. Detect lung absorption, emissions,
And the use of air to monitor the occurrence of lung disease
Struct access to other structures
Susan image processing software to detect the contour position of uncertified vehicles
Temp_disp user-defined application
Whets Whetstone Reviewer
Evaluation results:
IAR China Agent: Beijing Maxtech Software Technology Co., Ltd. ()
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