“server” is running with the background mode. The “server” command starts a simple SSL/TLS server for single transaction. Use the “quit” command to terminate both the server and client. The destination of “echoclient” is localhost (127.0.0.1), port 11111, while “echoserver” listens to port 11111 by default. “echoserver” is running with the background mode.Īfter starting the echoserver, start “echoclient” and type in a string of characters. You can invoke the echoserver in background mode with a tailing “&”. The “echoserver” command simply echoes messages received from the client. You can also benchmark the library with the “benchmark” command.Ĭamellia 25 kB took 0.031 seconds, 0.80 MB/sĮCC 256 key generation 252.11 milliseconds, avg over 5 iterationsĮC-DHE key agreement 255.91 milliseconds, avg over 5 iterationsĮC-DSA sign time 272.75 milliseconds, avg over 5 iterations If the time displayed is not correct, set the RTC timer using the “time” command. Now you are able to type in any of the available shell commands. Place the mouse curser on the window and click to get focus on it. You should see the shell start up message on the window. Click the Start button to execute the downloaded program. Make a copy of the certificate files under the “cert” folder to the SD card and insert it to the board’s SD card slot. Drag the top of the viewer to pop up and expand the window as desired. Select “Debug (printf) Viewer” from the UART tool button. The compiled target file contains CyaSSL, MDK-RL (RTX, TCPnet and FlashFS), test apps and a tiny shell for invoking the apps through the PC keyboard.ĭownload and start the debug session by selecting “Debug -> Start/Stop Debug Session”. – Select “MDK-RL-FULL” target from the pull down menu: Rebuild the target using “Project -> Rebuild all target files”. Please refer to “note a)” at the end of this section. – If MDK-ARM is not installed in the default location, you need to change all of the referencing path definitions in the project file to the install location on your development machine. – If your MDK-ARM files are installed under the default directory (c:\Keil), simply go to “KEIL-Project -> Projects” and double click on “MDK-ARM.uvproj ” to start up the uVision IDE. Download “stsw-stm32062.zip”, unzip, and copy “Libraries\STM32F2xx_StdPeriph_Driver/” to the “IDE\MDK-ARM\STM32” folder, and “Project\STM32F2xx_StdPeriph_Template\stm32f2xx_conf.h” to “IDE\MDK-ARM\STM32F2xx_StdPeriph_Lib\inc”. – Go to “ my.st.com ” and search for “STSW-STM32062”. MDK-ARM specific files are located under the IDE¥MDK-ARM folder. It includes the standard CyaSSL release files as well as MDK-ARM specific files. Download and unzip the CyaSSL package under the appropriate folder. This includes Keil MDK-ARM specific files. – Get the CyaSSL zip file (cyassl-x.x.x.zip). Users who wish to use only the CTaoCrypt cryptography library do not need the Ethernet connection. – Connect USB Power, ULINKpro to the board, and Ethernet to the router if you plan to use SSL/TLS. Set up the MPU board and KEIL-µVision IDE.Target Hardware, Board : MCBSTM32F200 with STM32F207IG, on chip memory of 128kB RAM, 1MB Flash. Target OS, Middleware : KEIL-RL (RTX, RL-TCPnet, RL-FlashFS) Now MDK-ARM PRO also offers a TÜV certification for the ARM compiler for safety critical applications.The Keil MDK-ARM package has been tested with the following environment: In the MDK-Professional version, middleware for a FLASH file system, TCP/IP, USB (Host + Device), CAN, GUI and mbed TLS, mbed client IoT connector (with MDK PRO) are included. To make it easy to get started with your application design, MDK-ARM™ comes with a large number of examples. When combined with the powerful analysis tools offered by MDK-ARM™, you can take advantage of a graphical logic analyser, code coverage, execution times and non intrusive printf style debugging. With the ULINKpro debug adaptor, you can record every executed Cortex-M instruction, allowing you to profile the efficiency of your applications in great detail. The ARM C/C++ compiler produces assembly code of a smaller size and greater efficiency than other compilers. MDK-ARM™ is designed for microcontroller applications allowing you to program, debug and optimise your code, whilst taking advantage of the Keil RTX operating system.
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