msp430 jtag

cost-saving space for mass production.Single chip microcomputer structure diagramPin diagramMulti-Function Pin Example-p0.0 Pin 12TCK_0 JTAG Clock Inputt12hr_1 CCU6 Timer 12 hardware Run inputCc61_1 Capture/Compare Channel 1 input/outputClkout Clock OutputRxdo_1 UART Transmit Data output-p0.1 Pin 14TDI_0 JTAG Serial Data inputt13hr_1 CCU6 Timer 13 hardware Run inputRxd_1 UART receiving data inputCout61_1 C

environment1. Connect the experimental box power, use serial line, line, network cable, connect the experiment box and the host2. Install adsInstall file in 00-ads1.2 directory, crack method 00-ads1.2\crack Directory3. Installing the Giveio Driveinstallation files in the 01-giveio directory(1) Copy the entire Giveio directory to the C:\WINDOWS, and copy the Giveio.sys file under the directory to c:/windows/system32/drivers.(2) In the Control Panel, select Add Hardware > Next > select-yes i have

Today's program, according to the normal IO port configuration, found that PB3, PB4 and can not be set in accordance with the predetermined settings 1 or 0.After the Internet query, the reasons are as follows:STM32 by default, the PB4, PB3, PA15 three pins are not normal IO, but are the reusable functions of JTAG, Jntrst, Jtdi, and Jtdo, respectively.When we try the SWD interface to debug the simulation, these three pins can be used as normal IO.This

:// bkp->dr2=dat;// Break// Case 3:// bkp->dr3=dat;// Break// Case 4:// bkp->dr4=dat;// Break// Case 5:// bkp->dr5=dat;// Break// Case 6:// bkp->dr6=dat;// Break// Case 7:// bkp->dr7=dat;// Break// Case 8:// bkp->dr8=dat;// Break// Case 9:// bkp->dr9=dat;// Break// Case 10:// bkp->dr10=dat;// Break// }//} System Soft ResetCHECK OK091209void Sys_soft_reset (void){SCB-GT;AIRCR =0x05fa0000| (U32) 0x04;}Jtag mode settings for setting the

supply voltage of each power supply module is normal. If the arm board is normal, you can start. The following describes the debugging steps and possible problems based on my personal experience: 1. Connect the simulator to read and write registers. Plug the hardware simulator into the JTAG port of the arm board and connect to the PC. Now the ARM Simulator seems to be connected to the PC through USB. After the connection, power on the board and o

Some time ago because the project needs to draw a stm32f103 minimum system board, the project requires a lot of hardware resources so I will be PB mouth as a separate key input port, the board proofing back to test everything else is also good but in the independent key test, there is a problem, the test is to use the scanning method, The key supports continuous drinking in two different ways, the following problems occur:1, a single button without any reaction2, continuous mode PB3 under the co

1. wired Refer to Wiki SD card pin JTAG pin SD card signal 8 Gnd Gnd 1 TCK D2 8 TMS D1 7 TDI D0 3 TDO CMD 4 Vt VCC 2. Upgrade jlink firmware to 4.90a in windows. Earlier versions cannot support cortex-a7, at least this version is supported. In Windows, jlink cannot identify the cortex-a7. This step is to avoid Upgrade again. Method omitted.3.

_ CPUTAPID $ CPUTAPID} Else {# Force an error till we get a good numberSet _ cputapid 0x07b76f0f} # JTAG scan chain JTAG newtap $ _ chipname etb-irlen 4-expected-Id $ _ etbtapidJTAG newtap $ _ chipname CPU-irlen 5-ircapture 0x1-irmask 0x1f-expected-Id $ _ cputapid Set _ targetname $ _ chipname. CPUTarget create $ _ targetname arm11-Endian $ _ endian-chain-position $ _ targetname-variant arm1176

; semihostingWith the above method, a small program can be run once or several times in the SDRAM. Option-> config procossor-> vector catch-> clear allThere will be no too worker breakpoint. Almost the same as JTAG. The selected simulation DLL is different. First, write the memory initialization file, which is the table that initializes the memory controller. -Install the jlink disc drive. Open ads and click Debug. select target configuration. Set the

When I got started, I thought it was the correct solution: Problem description: The giveio driver is required for flash recording or debugging of the tq2440 JTAG Small board. I installed the Driver Based on the tq2440 video. After the problem occurs, the giveio driver cannot be installed properly due to an error, the following figure is displayed (I analyzed it and the video shows giveio. copy sys to the/Windows/system32 directory. The problem is th

Sof, POF, and elf Sof = FPGA internal SRAM configuration data, which can be downloaded through JTAG. After downloading, the hardware functions of FPGA are implemented. After power loss, the hardware becomes volatile.POF = configure the flash data of the device and download it to the configuration device in as mode. When the device powers down and is powered on again, FPGA will automatically read the configuration data from the configuration device, a

power supply is in the level value defined in the Code. After these are OK, Backlight Yes (backlight control is relatively simple, just a gpio ); C. If the LCD and mddi bridge are properly initialized at this time, the screen will See. If the screen is not displayed, use JTAG to check whether the initialization function in mddi_toshiba.c has been called during startup. In the current version, the driver module to be loaded is determined based on the

Full text link: http://blog.ednchina.com/coyoo/247555/message.aspx I have previously written about how to use the in-system memory Content Editor in qii. Today I used in-system Sources probes to summarize my experience. As the name suggests, the system source and detector mainly contain two parts: one is the driving source and the other is the detector. Through the JTAG port, the tool can observe the status of up to 256 signals through probes,

, after removing Gesture.key, Mobile phone picture still have graphics lock, someone said, see, kill Gesture.key also useless, graphics lock still in??? In fact, this time, the graphics lock has failed, how to slip into the mobile phone desktop.4. If the exhibit is an iphone 4s model, then the photo deletion will not be saved.Ans: (X)After study, if once JB's machine species, even if later iOS has been upgraded to iOS 9 above, with Dr Wondershare and other tools for data recovery, still may get

driver, touch screen), Ethernet, USB, serial port, debugging interface (JTAG), AD and extension. 2,arm architecture and programming. It is not enough to understand the hardware structure of ARM Development Board, but also need Youbiaojili to understand ARM architecture and programming. This part of the content has a corresponding document, the Chinese version has Duchunrei written "ARM architecture and programming." Note: SDRAM = synchronous DRAM,

, click Next when you are done,　　Choose Hello World as the project template, Finish. At this point the project browser on the left has just created the project folder, drop-down menu src found HELLOWORLD.C, double-click to edit the　　Edit the code, click Save, and then compile.　　View the compilation report in the console and compile successfully if no error occurs. The next step is to connect the Zedboard for board-level debugging.Four, the board level debugging　　Once the application has been wri

sending, both parties in advance to specify a good public key, it can be encrypted and decrypted. As for the tea algorithm speed, it seems to me very quickly, I was using a 16-bit msp430 microcontroller, Crystal oscillator only 6 m, about two hundred or three hundred times per second encryption and decryption operations (one time encryption and decryption of 32 bytes).When it comes to encryption, the simplest way is to make the data to be sent and th

I don't think I'm a master on Linux because my shell doesn't reach the level of C language, and my kernel development focuses on device-driven development. But I am convinced that I am now an entry-level person who can quickly locate and then give the right guidance and answers when confronted with a problem. Is the Linux kernel difficult? At the beginning of the contact, and now is completely two kinds of answers. Before learning Linux, I did a few years of SCM development, the basic 51 series

Msp430ware is a set of open source MSP430 layered software architecture based on C + + language to support multiple peripherals. This article will introduce the method of calling the digital tube lg3641bh driver. 1, the hardware schematic diagram Using the digital tube lg3641bh circuit shown in the following figure, the Nixietubea driver can be directly invoked for program development. 2, the use of methods A, adding drivers Select the Nixietubea fol

0x00 Project Introduction OBFUSCATOR-LLVM is a project initiated in June, by the information security group of the University of applied S and Arts Western Switzerland of Yverdon-les-bains (HEIG-VD). The aim of this project was to provide a open-source fork of the LLVM compilation suite able to provide increased software Security through code obfuscation and tamper-proofing. As we currently mostly work at the intermediate representation (IR) level, our tool is compatible with all programming LA