xilinx jtag

[93.2 KB] fetched 27.9 MB in 22min 56s (20.2 kb/s) Re Ading Package Lists ... Done　　Installing 32-bit libraries[#8 #01:47:00 [email protected] ~] $sudo apt-get Install ia32-libs IA32-LIBS-GTKWhen the installation is complete, the following log appearsInstalling the GCC compiler (SDK 2015.4)echo "Export path=~/sdk2015/lin/bin: $PATH" >> ~/.bashrc echo "Export cross_compile=arm-xilinx-linux-gnueabi-" >> ~/.BASHRC　　Updating the compi

Tags: info tools load Ali lib related. GZ http FPGAThis compilation kernelExtract:[#17 #17:26:56 [email protected] ~/zybo_demo] $tar zxvf *.tar.gz　　Go to the File kernel folder, clean　　Configuration[#21 #18:49:01 [email protected] ~/zybo_demo/linux-xlnx-xilinx-v2014.2] $make arch=arm xilinx_zynq_defconfig　　Make Arch=arm MenuconfigAn error occurred, you need to install the ncurses Library, command sudo apt-get install Libncurses5-devMake[#22 #18:49:14

directory, must be another directory, Or a subdirectory under the working directory, such as "/home/s3-arm/part1/lesson1/led/" or "/opt/led/"Click Finish.Compiling project: "Project", "Build All"Note: Cancel the auto-compile "build automatically" inside "Project"Configuration debugger: "Beetle icon", "Debug Configurations"Double-click "Zylin Embedded Debug" and the following interface appears:Check tab "Main"Select the project you want to debug in the C + + application, and note that the "xxx.e

slow. Eclipse's GNU ARM Environment is complex and difficult to debug. Here, I still recommend the use of em::blocks. Em::blocks small, not as big as Keil uvision, nor as bloated as eclipse. Em::blocks installation, configuration relative Keil uvision is simpler and easier, and Eclipse's environment configuration is more complex and error-prone. Em::blocks's code-editing environment is quite intelligent and relatively keil uvision much better than eclipse. Em::blocks embedded the GNU compiler,

This section describes how to burn bare-metal programs using Oflash and Openjtag. Oflash also supports parallel-burning writing, similar to Openjtag. If you want to use Jlink burn write, need to install Segger J-flash tools, here we do not introduce more.First, you need to install Oflash,oflash from the development board manufacturer or download from the Internet. Copy the Oflash to the "/usr/bin" directory by adding the executable permission . The command is as follows:　　　　sudo cp oflash/usr/bi

Home computer installed WIN10, out of enough and installation files small, want to install QuartusII9.1, according to m$ style, drive is definitely not on. It's a dual-system ubuntu14.04 64-bit. The installation process is not going well and is recorded as a backup of the brain that is already out of mind.According to the normal steps to install, and play a good patch SP1 and SP2, basically smooth, here is to note that some of the installation script is declared in the shell is Cshell, run-time

image. Personal opinion, it is easier to use image at the beginning of a transplant, although TFTP is a little more time-consuming to download, but reducing the intermediate decompression steps can reduce the chance of error and speed up development progress.After jumping to Linux, it is necessary to debug with JTAG, such as setting a hardware breakpoint at 0x80008000, because it is a compilation code at the beginning. The main task of the assembly c

SOF, POF and elf sof = FPGA internal SRAM configuration data, download through the JTAG, after the implementation of FPGA hardware function, after the electricity is evaporated. POF = Configure the device flash data, download the as mode to configure the device, after power off, the FPGA will automatically read the configuration data from the configuration device, then configure the SRAM inside the FPGA to realize the hardware function of FPGA. If t

For beginners, why not control the output when using PB3 and PB4. The following is an analysis of this issue. First, after the STM32F10X series MCU is reset, the PA13/14/15 PB3/4 is configured as a JTAG feature by default. Sometimes in order to make full use of the resources of the MCU I/O port, theseThe port is set to a normal I/O port. Here's how:In Gpio_configuration (); Configure the GPIO ports used: Gpio_pinremapconfig (gpio_remap_swj_disable,

is likely to be controlled independently. 9530 it is easier to rewrite the configuration data. 9630 currently, no public software tools are available to switch out or write configuration data. However, there is no way at all. There are at least two ways to import the configuration data of the goods to the goods. One is to remove the licensed flash chip and copy a flash chip that replaces the commodities. The other is to use the JTAG to read the flash

program memory integrated in P89LPC932 are: System Programming (ISP), program running (IAP), and program in parallel. Generally, ISP programming relies on an external tool (except the conventional parallel programmer) to Program program memory directly integrated into the processor. There are many common external tools mentioned here, and different processor vendors may provide different solutions. For example, based on different programming interfaces, there are multiple methods such as

01.FPGA Jtag interface Download not inProblem reason: The JTAG interface and other interfaces are connected together, the manual shows that the power is added well, a few pins on the weak pull up can work. But the unused pin floats, the voltage is greater than 2.375, so the JTAG pin is hijacked.02. Connector Drawing Anti-Docking connector is a pair of opposite, i

Use BDI2000 to debug Linux kernel and modules Hansel@163.com2007-12-22 BDI2000 is a JTAG debugger with high cost performance. It supports multiple embedded processors such as ARM, MIPS, and XSCALE by loading different firmware. What I use isThe mips version of bdiGDB, that is, it can be simulated as a gdbserver and used with gdb for source code-level debugging. The Linux kernel version 2.6.18.8 is used. 1. BDI2000 configuration fileIf the target board

. Although TFTP is a little more time-consuming during download, it reduces the middle decompression steps and reduces the chance of errors, accelerate development. After redirecting to Linux, JTAG debugging is required because it is a piece of assembly code at the beginning. For example, you can set a hardware breakpoint at 0x80008000. The main task of assembly code is to add the ing of the serial port I/O address in the memory ing table, so that th

, The method for adding a non-portal is the same as adding an input pin. Double-click the blank space and enter not in the red circle. Click OK. Then, assign pins, compile, and wait ...... After compilation, let's look at how many resources are used, as shown in, or 66%, Let's make a comparison. In the previous section, we used resources, as shown in. After comparison, it is found that the PIO module occupies a considerable amount of resources. After compilation, you can d

sdram of the zimage to de2. Step 1:Put hello_world_uclinux under/usr/local/src/uClinux-Dist/romfs/usr // bin. [ Root @ localhost SRC ] # Cp hello_world_uclinux/usr/local/src/uClinux-Dist/romfs/usr/bin Step 2:Package as image [ Root @ localhost SRC ] # Cd uClinux-Dist; make Linux Image Zimage will be found at/usr/local/src/uClinux-Dist/linux-2.6.x/ARCH/nios2nommu/boot/ Step 3:Upload zimage to Windows c: \ Altera \ 72 \ nios2eds \ examples \ Import the hardware into de2St

debugging. For example, GDB provided by VxWorks tornadoii belongs to this type. . Simple and Practical printing and display tool [printf] Printf or other similar printing and display tools are estimated to be the most flexible and simple debugging tools. Printing various variables during code execution allows you to know the code execution status. However, printf imposes a lot of interference on normal code execution (generally, printf occupies CPU for a long time) and needs to be used with c

synchronous serial s Tandards,such as JTAG, SPI, I²c and UART as well as synchronous and asynchronous parallel FIFO interfaces.In addition, this device features the new synchronous, Half-duplex FT1248 bus,Which allows an engineer to trade off bandwidth for pin count using 1, 2, 4, or 8 data lines at the up to 30mbytes/s.The I/O structure is 3.3V with built-in tolerance for 5V, allowing the designer maximum flexibility when interfacing with FPGAs.On-b

(general-purpose registers and I/O registers) are also zeroed by the reset operation.There are 5 reset sources for the ATMEGA16 microcontroller, which are:1, power-on reset. When the system supply voltage is lower than the power-on reset threshold Vpot, the MCU resets.2, external reset. When the external pin reset is low and the low duration is longer than 1.5us, the MCU resets.3, the power-down detection (BOD) reset. When the BOD is enabled and the supply voltage is lower than the reset thresh

. C file. if the compilation succeeds, the Console The following information appears. Compiling BlinkyCompilation succeeded: Insert the board and set the board If your board is official, please set the board to the following state,The yellow jumping caps are all plugged in, the green does not plug in:Connect the board to the computer and view the Device ManagerIf the above information appears, it means that your driver installation is complete, and your emulator i