Generated classes for MI commands.
List of command as well as documentation was taken directly from GDB sources.
"{ Package: 'jv:libgdbs' }"
GDBMICommand subclass:#GDBMI_stack_list_frames
instanceVariableNames:''
classVariableNames:''
poolDictionaries:''
category:'GDB-Core-Commands-MI'
!
!GDBMI_stack_list_frames class methodsFor:'documentation'!
documentation
"
The `-stack-list-frames' Command
--------------------------------
Synopsis
........
-stack-list-frames [ --no-frame-filters LOW-FRAME HIGH-FRAME ]
List the frames currently on the stack. For each frame it displays
the following info:
`LEVEL'
The frame number, 0 being the topmost frame, i.e., the innermost
function.
`ADDR'
The `$pc' value for that frame.
`FUNC'
Function name.
`FILE'
File name of the source file where the function lives.
`FULLNAME'
The full file name of the source file where the function lives.
`LINE'
Line number corresponding to the `$pc'.
`FROM'
The shared library where this function is defined. This is only
given if the frame's function is not known.
If invoked without arguments, this command prints a backtrace for the
whole stack. If given two integer arguments, it shows the frames whose
levels are between the two arguments (inclusive). If the two arguments
are equal, it shows the single frame at the corresponding level. It is
an error if LOW-FRAME is larger than the actual number of frames. On
the other hand, HIGH-FRAME may be larger than the actual number of
frames, in which case only existing frames will be returned. If the
option `--no-frame-filters' is supplied, then Python frame filters will
not be executed.
{No value for `GDBN'} Command
.............................
The corresponding {No value for `GDBN'} commands are `backtrace' and
`where'.
Example
.......
Full stack backtrace:
(gdb)
-stack-list-frames
^done,stack=
[frame={level='0',addr='0x0001076c',func='foo',
file='recursive2.c',fullname='/home/foo/bar/recursive2.c',line='11'},
frame={level='1',addr='0x000107a4',func='foo',
file='recursive2.c',fullname='/home/foo/bar/recursive2.c',line='14'},
frame={level='2',addr='0x000107a4',func='foo',
file='recursive2.c',fullname='/home/foo/bar/recursive2.c',line='14'},
frame={level='3',addr='0x000107a4',func='foo',
file='recursive2.c',fullname='/home/foo/bar/recursive2.c',line='14'},
frame={level='4',addr='0x000107a4',func='foo',
file='recursive2.c',fullname='/home/foo/bar/recursive2.c',line='14'},
frame={level='5',addr='0x000107a4',func='foo',
file='recursive2.c',fullname='/home/foo/bar/recursive2.c',line='14'},
frame={level='6',addr='0x000107a4',func='foo',
file='recursive2.c',fullname='/home/foo/bar/recursive2.c',line='14'},
frame={level='7',addr='0x000107a4',func='foo',
file='recursive2.c',fullname='/home/foo/bar/recursive2.c',line='14'},
frame={level='8',addr='0x000107a4',func='foo',
file='recursive2.c',fullname='/home/foo/bar/recursive2.c',line='14'},
frame={level='9',addr='0x000107a4',func='foo',
file='recursive2.c',fullname='/home/foo/bar/recursive2.c',line='14'},
frame={level='10',addr='0x000107a4',func='foo',
file='recursive2.c',fullname='/home/foo/bar/recursive2.c',line='14'},
frame={level='11',addr='0x00010738',func='main',
file='recursive2.c',fullname='/home/foo/bar/recursive2.c',line='4'}]
(gdb)
Show frames between LOW_FRAME and HIGH_FRAME:
(gdb)
-stack-list-frames 3 5
^done,stack=
[frame={level='3',addr='0x000107a4',func='foo',
file='recursive2.c',fullname='/home/foo/bar/recursive2.c',line='14'},
frame={level='4',addr='0x000107a4',func='foo',
file='recursive2.c',fullname='/home/foo/bar/recursive2.c',line='14'},
frame={level='5',addr='0x000107a4',func='foo',
file='recursive2.c',fullname='/home/foo/bar/recursive2.c',line='14'}]
(gdb)
Show a single frame:
(gdb)
-stack-list-frames 3 3
^done,stack=
[frame={level='3',addr='0x000107a4',func='foo',
file='recursive2.c',fullname='/home/foo/bar/recursive2.c',line='14'}]
(gdb)
"
! !
!GDBMI_stack_list_frames methodsFor:'accessing'!
operation
^ 'stack-list-frames'
! !