我不确切地知道您的头痛是什么意思,但是您需要做出以下步骤:
将本地机器连接到FPGA并运行比特流。
在命令窗口(cmd)中运行:本地计算机上的xmd -ipcport。
XMD打开,连接到microblaze:连接mb mdm.get gdb服务器端口号(可能是1234)
在远程计算机上,在SDK上,将调试会话的远程调试选项卡配置为本地计算机的IP地址和gdb服务器的端口号。
点击调试
你的常规第一个断点应该出现等等。
以上来自于谷歌翻译
以下为原文
I don't know exactly what you mean by headache, but there are are the steps you need to make:
- have the local machine connected to the FPGA with the bitstream running.
- in a command window (cmd) run : xmd -ipcport on your local machine.
- XMD opens, connect to microblaze: connect mb mdm. get the gdb server port number (probably 1234)
- in your remote machine, on SDK, configure your debug session's remote debug tab to the local machine's IP address and the gdb server's port number. Hit debug
your regular first breakpoint should come up etc.
我不确切地知道您的头痛是什么意思,但是您需要做出以下步骤:
将本地机器连接到FPGA并运行比特流。
在命令窗口(cmd)中运行:本地计算机上的xmd -ipcport。
XMD打开,连接到microblaze:连接mb mdm.get gdb服务器端口号(可能是1234)
在远程计算机上,在SDK上,将调试会话的远程调试选项卡配置为本地计算机的IP地址和gdb服务器的端口号。
点击调试
你的常规第一个断点应该出现等等。
以上来自于谷歌翻译
以下为原文
I don't know exactly what you mean by headache, but there are are the steps you need to make:
- have the local machine connected to the FPGA with the bitstream running.
- in a command window (cmd) run : xmd -ipcport on your local machine.
- XMD opens, connect to microblaze: connect mb mdm. get the gdb server port number (probably 1234)
- in your remote machine, on SDK, configure your debug session's remote debug tab to the local machine's IP address and the gdb server's port number. Hit debug
your regular first breakpoint should come up etc.
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