Our users are reporting segmentation faults since we upgraded to 1.2.0 yesterday in regards to VNC:
Aug 18 14:20:31 access guacd[15386]: VNC server supports protocol version 3.8 (viewer 3.8) Aug 18 14:20:31 access guacd[15386]: We have 1 security types to read Aug 18 14:20:31 access guacd[15386]: 0) Received security type 1 Aug 18 14:20:31 access guacd[15386]: Selecting security type 1 (0/1 in the list) Aug 18 14:20:31 access guacd[15386]: Selected Security Scheme 1 Aug 18 14:20:31 access guacd[15386]: No authentication needed Aug 18 14:20:31 access guacd[15386]: VNC authentication succeeded Aug 18 14:20:31 access guacd[15386]: Desktop name "Display_25" Aug 18 14:20:31 access guacd[15386]: Connected to VNC server, using protocol version 3.8 Aug 18 14:20:31 access guacd[15386]: VNC server default format: Aug 18 14:20:31 access guacd[15386]: 32 bits per pixel. Aug 18 14:20:31 access guacd[15386]: Least significant byte first in each pixel. Aug 18 14:20:31 access guacd[15386]: TRUE colour: max red 255 green 255 blue 255, shift red 16 green 8 blue 0 Aug 18 14:20:33 access dbus[1231]: [system] Activating via systemd: service name='org.freedesktop.hostname1' unit='dbus-org.freedesktop.hostname1.service' Aug 18 14:20:33 access systemd: Starting Hostname Service... Aug 18 14:20:33 access dbus[1231]: [system] Successfully activated service 'org.freedesktop.hostname1' Aug 18 14:20:33 access systemd: Started Hostname Service. Aug 18 14:20:50 access kernel: guacd[15400]: segfault at 1 ip 00007ff42a0f0faf sp 00007ff425605c18 error 4 in libc-2.17.so[7ff42a056000+1c3000] Aug 18 14:20:50 access abrt-hook-ccpp: Process 15386 (guacd) of user 0 killed by SIGSEGV - dumping core Aug 18 14:20:51 access guacd[31477]: Connection "$d368bfac-36a2-421d-91f1-9c640da8ed34" removed. They want us to fall back but is there a way we can find out what's going on? Thanks, Harry Harry Devine DOT/FAA/AJM-2431 Secure-OSE Administrator Red Hat Certified System Administrator (RHCSA) harry.dev...@faa.gov (609)485-4218 Building 300, 3rd floor, Column L20 (3L20)
