Debugger Initialization Error Cannot read System Setup data from XLM file C:\proj\dsp\NPF\DSP_0\user\targets\MotherBoard.ccxml Error parsing file "C:\DOCUME~1\user\LOCALS~1\APPLIC~1\.TI\46491157\0\0\4237748574.cache": Could not fetch next record for SQL statement...
The jtagdata.dll file does exist in the directory being referenced but CCS is reporting that it cannot create a ccBoard0.dat file. See the attached screenshot. Regards, Renan Hi Renan, Kindly reinstall the CCS that you were using and update the behaviour. Additionally, C6678 ...
Debugger initialization error unable to load D:\ti\ccsv6\ccs_base\emulation\drives\tixds560c64x_plus.dvr
ccs6 之前好好的,都可以用,然后今天下载程序的时候,突然就出现debugger initialization error, helloword工程也是这样,错误弹窗还是unable to load ..\..\emulation\tpi\ypi55xx.dll:乱码 请问这该怎么解决?谢谢!
请问ccs出现debugger initialization error是什么原因?怎么修复 因为你说的错误信息不完整,所以大致意思是初始化错误的意思。举例:ERROR 2100:HDD0(Hard disk drive) initialization error (2)意思是:错误代码 2100,硬盘HDD0(第一个硬盘)初始化错误1、请自己尝试排查是
By default on Ubuntu Linux debugger cannot attach to an already running processes. In order to enable the attach feature of CUDA debugger, either cuda-gdb should be laucnhed as root, or /proc/sys/kernel/yama/ptrace_scope should be set to zero, using the following command: $ sudo sh -c...
Cannot insert hardware breakpoint 2. Could not insert hardware breakpoints: You may have requested too many hardware breakpoints/watchpoints. In the current setup I have but one breakpoint. What's really going on is that the debugger can't see the microprocessor. I have read all the posts ...
CUDBG_ERROR_UNKNOWN_FUNCTION = 0x0003 Function cannot be found in the CUDA kernel. CUDBG_ERROR_INVALID_ARGS = 0x0004 Wrong use of arguments (NULL pointer, illegal value,...). CUDA Debugger API TRM-06710-001 _vRelease Version | 8 Modules CUDBG_ERROR_UNINITIALIZED = 0x0005 Debugger API ...
Cannot insert hardware breakpoint 2. Could not insert hardware breakpoints: You may have requested too many hardware breakpoints/watchpoints. In the current setup I have but one breakpoint. What's really going on is that the debugger can't see the microprocessor. I have read all the posts ...
On-chip instruction breakpoints are particularly useful in scenarios where the program code lies in read-only memory regions such as ROM or flash, as software breakpoints cannot be used in such scenarios. Furthermore breakpoints for instruction address ranges can only be realized with on-chip ...