ProblemType: Crash
ApportVersion: 2.19.3-0ubuntu2
Architecture: armhf
Date: Mon Jan 11 14:48:00 2016
Dependencies:
 adduser 3.113+nmu3ubuntu4
 apt 1.1.10
 apt-utils 1.1.10
 debconf 1.5.58ubuntu1
 debconf-i18n 1.5.58ubuntu1
 debianutils 4.5.1
 dpkg 1.18.3ubuntu1
 gcc-5-base 5.3.1-5ubuntu2
 gnupg 1.4.19-6ubuntu1
 gpgv 1.4.19-6ubuntu1
 init-system-helpers 1.24ubuntu2
 iproute2 4.1.1-1ubuntu2
 isc-dhcp-client 4.3.1-5ubuntu4
 isc-dhcp-common 4.3.1-5ubuntu4
 libacl1 2.2.52-2
 libapt-inst2.0 1.1.10
 libapt-pkg5.0 1.1.10
 libatm1 1:2.5.1-1.5
 libattr1 1:2.4.47-2
 libaudit-common 1:2.4.4-4ubuntu1
 libaudit1 1:2.4.4-4ubuntu1
 libbz2-1.0 1.0.6-8
 libc6 2.21-0ubuntu5
 libdb5.3 5.3.28-11
 libdns-export100 1:9.9.5.dfsg-12.1
 libgcc1 1:5.3.1-5ubuntu2
 libirs-export91 1:9.9.5.dfsg-12.1
 libisc-export95 1:9.9.5.dfsg-12.1
 libisccfg-export90 1:9.9.5.dfsg-12.1
 liblocale-gettext-perl 1.07-1build1
 liblzma5 5.1.1alpha+20120614-2ubuntu2
 libpam-modules 1.1.8-3.1ubuntu3
 libpam-modules-bin 1.1.8-3.1ubuntu3
 libpam0g 1.1.8-3.1ubuntu3
 libpcre3 2:8.35-7.1ubuntu1
 libreadline6 6.3-8ubuntu1
 libselinux1 2.4-3
 libsemanage-common 2.3-1build2
 libsemanage1 2.3-1build2
 libsepol1 2.4-2
 libstdc++6 5.3.1-5ubuntu2
 libtext-charwidth-perl 0.04-7build5
 libtext-iconv-perl 1.7-5build4
 libtext-wrapi18n-perl 0.06-7.1
 libtinfo5 6.0+20151024-2ubuntu1
 libusb-0.1-4 2:0.1.12-28
 libustr-1.0-1 1.0.4-5
 libxtables10 1.4.21-2ubuntu2
 lsb-base 9.20150917ubuntu1
 multiarch-support 2.21-0ubuntu5
 passwd 1:4.1.5.1-1.1ubuntu7
 perl-base 5.22.1-3
 readline-common 6.3-8ubuntu1
 sensible-utils 0.0.9
 tar 1.28-2.1
 ubuntu-keyring 2012.05.19
 zlib1g 1:1.2.8.dfsg-2ubuntu4
Disassembly:
 => 0xb6e9a124 <__GI_strncpy+56>:	ldrb.w	r4, [r3, #-4]
    0xb6e9a128 <__GI_strncpy+60>:	mov	r1, r3
    0xb6e9a12a <__GI_strncpy+62>:	strb	r4, [r0, #1]
    0xb6e9a12c <__GI_strncpy+64>:	cmp	r4, #0
    0xb6e9a12e <__GI_strncpy+66>:	bne.n	0xb6e9a104 <__GI_strncpy+24>
    0xb6e9a130 <__GI_strncpy+68>:	adds	r0, #1
    0xb6e9a132 <__GI_strncpy+70>:	adds	r0, #1
    0xb6e9a134 <__GI_strncpy+72>:	movs	r1, #0
    0xb6e9a136 <__GI_strncpy+74>:	subs	r3, r5, r0
    0xb6e9a138 <__GI_strncpy+76>:	add	r2, r3
    0xb6e9a13a <__GI_strncpy+78>:	blx	0xb6e9b260 <memset>
    0xb6e9a13e <__GI_strncpy+82>:	mov	r0, r5
    0xb6e9a140 <__GI_strncpy+84>:	pop	{r4, r5, r6, pc}
    0xb6e9a142 <__GI_strncpy+86>:	ands.w	r2, r2, #3
    0xb6e9a146 <__GI_strncpy+90>:	beq.n	0xb6e9a13e <__GI_strncpy+82>
    0xb6e9a148 <__GI_strncpy+92>:	ldrb.w	r3, [r1], #1
DistroRelease: Ubuntu 16.04
ExecutablePath: /sbin/ifup
ExecutableTimestamp: 1452164952
InstallationDate: Installed on 2016-01-11 (0 days ago)
InstallationMedia: Ubuntu Xenial Xerus (development branch) - armhf (20160111-020404)
Package: ifupdown 0.8.6ubuntu1
PackageArchitecture: armhf
ProcCmdline: ifquery lo
ProcCwd: /
ProcEnviron: 
ProcMaps:
 00010000-0001a000 r-xp 00000000 07:00 40065      /sbin/ifup
 00029000-0002a000 r--p 00009000 07:00 40065      /sbin/ifup
 0002a000-0002b000 rw-p 0000a000 07:00 40065      /sbin/ifup
 00c9a000-00cbb000 rw-p 00000000 00:00 0          [heap]
 b6e43000-b6f1c000 r-xp 00000000 07:00 24789      /lib/arm-linux-gnueabihf/libc-2.21.so
 b6f1c000-b6f2b000 ---p 000d9000 07:00 24789      /lib/arm-linux-gnueabihf/libc-2.21.so
 b6f2b000-b6f2d000 r--p 000d8000 07:00 24789      /lib/arm-linux-gnueabihf/libc-2.21.so
 b6f2d000-b6f2e000 rw-p 000da000 07:00 24789      /lib/arm-linux-gnueabihf/libc-2.21.so
 b6f2e000-b6f31000 rw-p 00000000 00:00 0 
 b6f41000-b6f59000 r-xp 00000000 07:00 24937      /lib/arm-linux-gnueabihf/ld-2.21.so
 b6f64000-b6f68000 rw-p 00000000 00:00 0 
 b6f68000-b6f69000 r--p 00017000 07:00 24937      /lib/arm-linux-gnueabihf/ld-2.21.so
 b6f69000-b6f6a000 rw-p 00018000 07:00 24937      /lib/arm-linux-gnueabihf/ld-2.21.so
 be84a000-be86b000 rw-p 00000000 00:00 0          [stack]
 ffff0000-ffff1000 r-xp 00000000 00:00 0          [vectors]
ProcStatus:
 Name:?ifquery
 State:?S (sleeping)
 Tgid:?1185
 Pid:?1185
 PPid:?1178
 TracerPid:?0
 Uid:?0?0?0?0
 Gid:?0?0?0?0
 FDSize:?32
 Groups:?0 
 VmPeak:?    1392 kB
 VmSize:?    1388 kB
 VmLck:?       0 kB
 VmPin:?       0 kB
 VmHWM:?     428 kB
 VmRSS:?     428 kB
 VmData:?     160 kB
 VmStk:?     136 kB
 VmExe:?      40 kB
 VmLib:?     964 kB
 VmPTE:?       8 kB
 VmSwap:?       0 kB
 Threads:?1
 SigQ:?0/14637
 SigPnd:?0000000000000000
 ShdPnd:?0000000000000000
 SigBlk:?0000000000000000
 SigIgn:?0000000000000000
 SigCgt:?0000000000000000
 CapInh:?0000000000000000
 CapPrm:?ffffffffffffffff
 CapEff:?ffffffffffffffff
 CapBnd:?ffffffffffffffff
 Cpus_allowed:?f
 Cpus_allowed_list:?0-3
 voluntary_ctxt_switches:?2
 nonvoluntary_ctxt_switches:?3
Registers:
 r0             0xbe86aa6f	3196496495
 r1             0x1	1
 r2             0x50	80
 r3             0x5	5
 r4             0x0	0
 r5             0xbe86aa70	3196496496
 r6             0xbe86aabf	3196496575
 r7             0x1	1
 r8             0x2	2
 r9             0xbe86ade4	3196497380
 r10            0xb6f69000	3069612032
 r11            0x2a72c	173868
 r12            0x2a0ec	172268
 sp             0xbe86a9a0	0xbe86a9a0
 lr             0x13033	77875
 pc             0xb6e9a124	0xb6e9a124 <__GI_strncpy+56>
 cpsr           0x20070030	537329712
SegvAnalysis: Skipped: missing required field "Disassembly"
Signal: 11
SourcePackage: ifupdown
Stacktrace:
 #0  __GI_strncpy (s1=0xbe86aa6f "", s1@entry=0xbe86aa70 "lo", s2=0x5 <error: Cannot access memory at address 0x5>, n=n@entry=80) at strncpy.c:41
         n4 = <optimized out>
         c = <optimized out>
         s = 0xbe86aa70 "lo"
 #1  0x00013032 in strncpy (__len=80, __src=<optimized out>, __dest=0xbe86aa70 "lo") at /usr/include/arm-linux-gnueabihf/bits/string3.h:126
 No locals.
 #2  do_interface (target_iface=<optimized out>) at main.c:846
         iface = "lo", '\000' <repeats 77 times>
         liface = "lo", '\000' <repeats 77 times>
         pch = <optimized out>
         envname = "IFUPDOWN_lo\000\000\000\000\000\070\000\000\000[\000\000\000n\000\000\000\005\000\000\000\000\320\362\266\003\000\000\000\000\000\000\000\344\240\002\000\000\000\000\000\204\t\001\000\220S\366\266PX\366\266\001\000\000\000\000\000\000\000\267\277\364\266\000\320\362\266\001\000\000\000\001\000\000\000\000\000\000\000\003\000\000\000\f\240\344\266 \242\002\000\220~\001\000\t\000\000\000\000\000\000\000\220\240\311\000`\240\311\000h\247\002\000\t\000\000\000\b\240\311\000\220\240\311\000\330\241\002\000\210\242\311\000\004\000\000\000\337S\001\000\000\000\000"
         siface = <optimized out>
         envval = <optimized out>
         piface = "lo", '\000' <repeats 77 times>
         plock = 0x0
         success = false
         lock = 0x0
         current_state = 0x1 <error: Cannot access memory at address 0x1>
         __PRETTY_FUNCTION__ = "do_interface"
         have_mapping = <optimized out>
         okay = <optimized out>
         failed = <optimized out>
 #3  0x00011994 in main (argc=<optimized out>, argv=0xbe86ade8) at main.c:1146
         i = 0
         success = true
StacktraceTop:
 __GI_strncpy (s1=0xbe86aa6f "", s1@entry=0xbe86aa70 "lo", s2=0x5 <error: Cannot access memory at address 0x5>, n=n@entry=80) at strncpy.c:41
 strncpy (__len=80, __src=<optimized out>, __dest=0xbe86aa70 "lo") at /usr/include/arm-linux-gnueabihf/bits/string3.h:126
 do_interface (target_iface=<optimized out>) at main.c:846
 main (argc=<optimized out>, argv=0xbe86ade8) at main.c:1146
SystemIdentifier: 95792498b13694926ae68cddd4ee1dadb5ebac2cbe9908ee6323fbc20b0d39a24ab23e04c7236ec182e19af51e4b83398dd0677673b3c3acb8d0e17c0456a518
SystemImageInfo:
 current build number: 402
 device name: mako
 channel: ubuntu-touch/devel-proposed/ubuntu
 last update: 2016-01-11 14:47:11
 version version: 402
 version ubuntu: 20160111
 version device: 20150910
 version custom: 20160111
Tags: xenial
ThreadStacktrace:
 .
 Thread 1 (LWP 1185):
 #0  __GI_strncpy (s1=0xbe86aa6f "", s1@entry=0xbe86aa70 "lo", s2=0x5 <error: Cannot access memory at address 0x5>, n=n@entry=80) at strncpy.c:41
         n4 = <optimized out>
         c = <optimized out>
         s = 0xbe86aa70 "lo"
 #1  0x00013032 in strncpy (__len=80, __src=<optimized out>, __dest=0xbe86aa70 "lo") at /usr/include/arm-linux-gnueabihf/bits/string3.h:126
 No locals.
 #2  do_interface (target_iface=<optimized out>) at main.c:846
         iface = "lo", '\000' <repeats 77 times>
         liface = "lo", '\000' <repeats 77 times>
         pch = <optimized out>
         envname = "IFUPDOWN_lo\000\000\000\000\000\070\000\000\000[\000\000\000n\000\000\000\005\000\000\000\000\320\362\266\003\000\000\000\000\000\000\000\344\240\002\000\000\000\000\000\204\t\001\000\220S\366\266PX\366\266\001\000\000\000\000\000\000\000\267\277\364\266\000\320\362\266\001\000\000\000\001\000\000\000\000\000\000\000\003\000\000\000\f\240\344\266 \242\002\000\220~\001\000\t\000\000\000\000\000\000\000\220\240\311\000`\240\311\000h\247\002\000\t\000\000\000\b\240\311\000\220\240\311\000\330\241\002\000\210\242\311\000\004\000\000\000\337S\001\000\000\000\000"
         siface = <optimized out>
         envval = <optimized out>
         piface = "lo", '\000' <repeats 77 times>
         plock = 0x0
         success = false
         lock = 0x0
         current_state = 0x1 <error: Cannot access memory at address 0x1>
         __PRETTY_FUNCTION__ = "do_interface"
         have_mapping = <optimized out>
         okay = <optimized out>
         failed = <optimized out>
 #3  0x00011994 in main (argc=<optimized out>, argv=0xbe86ade8) at main.c:1146
         i = 0
         success = true
Uname: Linux 3.4.0-7-mako armv7l
UpgradeStatus: No upgrade log present (probably fresh install)
UserGroups: 
CoreDump: base64
 H4sICAAAAAAC/0NvcmVEdW1wAA==
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