这个警告通常意味着GDB无法找到与调试程序线程库相匹配的libthread_db库,因此线程调试功能将不可用。 当在使用GDB调试多线程程序时,如果遇到“warning: unable to find libthread_db matching inferior's thread library”的警告,这通常表明GDB无法加载与调试程序线程库相匹配的libthread_db库。libthread_db是一个帮助...
The shared object libthread_db.so.1 provides the public interfaces defined below. See intro(3) for additional information on shared object interfaces. td_init td_log td_sync_get_info td_sync_get_stats td_sync_setstate td_sync_waiters td_ta_clear_event td_ta_delete td_ta_enable_stats ...
在 Linux 下面，共享库的寻找和加载是由 /lib/ld.so 实现的。 ld.so 在标准路经(/lib, /usr/li...
libthread_db is dependent on the internal implementation details of libthread. It is a "friend" of libthread in the C++ sense, which is precisely the "value added" by libthread_db. It encapsulates the knowledge of libthread internals that a debugger needs in order to manipulate the threads...
Scylla version (or git commit hash): 3.1.0.rc5-0.20190902.623ea5e3d Trying host libthread_db library: libthread_db.so.1. Host libthread_db.so.1 resolved to: /lib64/libthread_db.so.1. td_ta_new failed: versions of libpthread and libthread...
libthread_db http://timetobleed.com/notes-about-an-odd-esoteric-yet-incredibly-useful-library-libthread_db/ 好文要顶关注我收藏该文微信分享 jvava 粉丝-4关注 -0 +加关注 0 0 升级成为会员 «gdb »纳秒和随机数 posted @2014-11-24 17:22jvava阅读(587) 评论(0)...
When I try to debug a program in native mode directly on the card using gdb, I get the following message: warning: Unable to find libthread_db
Using host libthread_db library "/lib64/libthread_db.so.1". [Current thread is 1 (Thread 0x7f81ba941840 (LWP 5017))] Thread 32 (Thread 0x7f80539f5700 (LWP 7042)): #0 0x00007f81ad4a6a12 in pthread_cond_timedwait@@GLIBC_2.3.2 () from /lib64/libpthread.so.0 #1 0x00007...
The shared objectlibthread_db.so.1provides the public interfaces defined below. For additional information on shared object interfaces, seeintro(3). INTERFACES SUNW_1.1(generic): td_inittd_logtd_ta_delete td_ta_get_nthreadstd_ta_get_phtd_ta_map_id2thr ...
libthread_db is dependent on the internal implementation details of libthread. It is a "friend" of libthread in the C++ sense, which is precisely the "value added" by libthread_db. It encapsulates the knowledge of libthread internals that a debugger needs in order to manipulate the threads...