axf: Error: L6218E: Undefined symbol SysTick_ CLKSourceConfig (referred from systick.o). c(13): error: ＃165: too few arguments in function call axf: Error: L6200E: Symbol LED_ Init multiply defined (by led_1.o and led.o). c(2): error: ＃5: cannot open source input file “fmq.h“: No such file or directory h(6): warning: ＃1295-D: Deprecated declaration LED_ Init - give arg types Why is my keil5 writing in Chinese a question mark?.The article may not be updated in time, Please use Personal blog The article shall prevail If the personal article link in the article cannot be opened, Please find the article with the same name on the website It's no different from local developmentĭue to limited personal level, If there is anything unreasonable or incorrect in the article, you are welcome to point out and correct it.
#Clion ssh remote code#
This mode does not require a local compiler, The whole set of tools are remote machines, And the code will be uploaded to the remote machineįile -> Settings -> Build, Execution, Deployment -> ToolchainsĬlick on + Number, choice Remote Host fill Credentials Information, Other things will be automatically brought in
Source location ： Local machine, Automatic synchronization to remote machines Tools needed ： Remote system compilation chain ,SSH,rsync You can see Debug The output is the console information of the remote machine, And you can see the file upload Then you can hit the breakpoint smoothly Select the configuration just and start debugging
Use scenarios ： Binary files are all composed of CLion Build locally and automatically upload to remote systemĬlick on + choice Remote GDB Server Select the to be debugged from the drop-down box Target and Executable,Credentials You can choose the existing SSH Connect or new SSH Connect, After selection, other information will be brought in automatically Tools needed ： remote system SSH and gdbserverīinary file synchronization ： Automatically You can see that you have connected and hit the breakpoint.Select the above configuration and start debugging.gdbserver Will hang and wait for a new connection.Use gdbserver Start the program gdbserver :1234 $executable Upload the binary file generated by the compiler with debugging information to the remote computer On a remote computer via gdbserver Start the program to be debuggedĬlick on + choice GDB Remote Debug stay 'target remote' args fill IP Address and gdbserver Start port.stay CLion Middle configuration GDB Remote Debug To configure Refer to the following configuration method.Put the binary file with debugging information on the remote computer.Prepare a binary file with debugging information.Use scenarios ： There are already binary files, That is, the binary file is not composed of CLion Managed and generated Remote operating system ： Support gdbserver Any system ofĬross compilation ： If the systems at both ends are inconsistent, cross compilation is required
#Clion ssh remote windows#
Local operating system ：macOS / Linux / Windows ĬLion by GDB/gdbserver Remote debugging provides two methods ： namely GDB Remote Debug and Remote GDB Server. Put the generated binary file on the target machine through gdbserver start-up, You can use CLion Connect it for debugging. If the development environment is not supported on the target machine ,GDB/gdbserver Remote debugging is a good solution.
#Clion ssh remote series#
But remote debugging gdbserver and GDB There are too many orders, Unable to remember and inefficient, So we need some tools, fortunately CLion It provides a series of solutions for remote debugging. Not all target machines will have a development environment, Or some machines do not support the installation of development environment directly, At this time, remote debugging is needed.
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