* parse.c (initialize_expout): New function.
(reallocate_expout): Likewise.
(parse_exp_in_context): Use `initialize_expout' and
`reallocate_expout' when appropriate.
* record.c (struct record_breakpoint, record_breakpoint_p)
(record_breakpoints): New.
(record_insert_breakpoint, record_remove_breakpoint): Manage
record breakpoints list. Only remove breakpoints from the
inferior if they had been inserted there in the first place.
* NEWS: Add item.
* symtab.h (compare_filenames_for_search): Declare.
* symtab.c (compare_filenames_for_search): New function.
(iterate_over_some_symtabs): Use it.
* symfile.h (struct quick_symbol_functions)
<map_symtabs_matching_filename>: Change spec.
* psymtab.c (partial_map_symtabs_matching_filename): Use
compare_filenames_for_search. Update for new spec.
* dwarf2read.c (dw2_map_symtabs_matching_filename): Use
compare_filenames_for_search. Update for new spec.
* breakpoint.c (clear_command): Use compare_filenames_for_search.
gdb/doc
* gdb.texinfo (Specify Location): Document relative file name
handling.
gdb/testsuite
* gdb.linespec/linespec.exp: Change some tests to use $decimal.
Add tests for relative directory.
* breakpoint.c (create_sals_from_address_default): New function.
(create_breakpoints_sal_default): Likewise.
(decode_linespec_default): Likewise.
(is_marker_spec): Removed.
(strace_marker_p): New function.
(init_breakpoint_sal): Using `strace_marker_p' instead of
`is_marker_spec'.
(create_breakpoint): Call method `create_sals_from_address' from
breakpoint_ops, replacing code that created SALs conditionally
on the type of the breakpoint. Call method `create_breakpoints_sal',
replacing code that created breakpoints conditionally on the type
wanted.
(base_breakpoint_create_sals_from_address): New function.
(base_breakpoint_create_breakpoints_sal): Likewise.
(base_breakpoint_decode_linespec): Likewise.
(base_breakpoint_ops): Add methods
`base_breakpoint_create_sals_from_address',
`base_breakpoint_create_breakpoints_sal' and
`base_breakpoint_decode_linespec'.
(bkpt_create_sals_from_address): New function.
(bkpt_create_breakpoints_sal): Likewise.
(bkpt_decode_linespec): Likewise.
(tracepoint_create_sals_from_address): Likewise.
(tracepoint_create_breakpoints_sal): Likewise.
(tracepoint_decode_linespec): Likewise.
(strace_marker_create_sals_from_address): Likewise.
(strace_marker_create_breakpoints_sal): Likewise.
(strace_marker_decode_linespec): Likewise.
(strace_marker_breakpoint_ops): New variable.
(addr_string_to_sals): Remove `marker_spec'. Call method
`decode_linespec' from breakpoint_ops, replacing code that decoded
an address string into a SAL. Use `strace_marker_p' instead of
`marker_spec'.
(strace_command): Decide whether we are dealing with a static
tracepoint with marker or not. Use the appropriate breakpoint_ops.
(initialize_breakpoint_ops): Initialize new fields of breakpoint_ops.
* breakpoint.h (linespec_result, linespec_sals): New forward
declarations.
(breakpoint_ops) <create_sals_from_address>,
<create_breakpoints_sal>, <decode_linespec>: New methods.
* varobj.c (ANONYMOUS_STRUCT_NAME): Define.
(ANONYMOUS_UNION_NAME): Define.
(is_path_expr_parent): New function.
(get_path_expr_parent): New function.
(is_anonymous_child): New function.
(create_child_with_value): If the child is anonymous and without
a name, assign an object name to it.
(c_describe_child): Use get_path_expr_parent to determine
the parent expression.
If there field represents an anonymous struct or union and
has no name, set an appropriate display name and expression.
(cplus_describe_child): Likewise.
(varobj_tree::get_path_expr): Assume that all varobjs are
compound unless they are known simple types.
Adjust path expressions based on parent type, path parent type,
and tree language.
(varobj_tree::walk_tree): Add LANGUAGE parameter and save it into
the root varobj.
(mi_walk_varobj_tree): Add LANGUAGE parameter.
* common/gdb_assert.h (gdb_static_assert): Rename static_assert to
an internal gdb_static_assert.
* mi/mi-common.c: Rename static_assert to gdb_static_assert.
First, fix a technical problem with the function recurser. The test sets a
watch on local_x at a point where its value is technically undefined. The
test is written assuming that the value is not initially 2, but nothing in the
C standard guarantees that.
Second, augment the existing test for variables in recursive calls to check an
equivalent expression that explicitly sets the scope of the local variable
being tracked.
2012-01-11 Paul Hilfinger <hilfingr@adacore.com>
* gdb.base/watchpoint.c (recurser): Initialize local_x.
(main): Repeat recurser call.
* gdb.base/watchpoint.exp: Check that 'watch recurser::local_x' is
equivalent to 'local_x'.
This test stops inside a recursive function after a few levels of recursion,
goes up some frames, and then accesses a local variable with 'print foo::val'
rather than the usual 'print val' to see if the former pays attention to the
selected frame.
2012-01-11 Paul Hilfinger <hilfingr@adacore.com>
Joel Brobecker <brobecker@adacore.com>
* gdb.base/recpar.c, gdb.base/recpar.exp: New files.
GDB used to search for the frame containing variables in a particular
lexical block starting from the current (top) frame, ignoring any
currently selected frame. It is not clear why this is desirable for
variables that require a frame; why would a user deliberately select
one frame and then expect to see the value of a variable in a more
recent frame? This change causes block_innermost_frame to start
looking from the selected frame, if there is one. It may be
unnecessarily conservative: we use get_selected_frame_if_set rather
than get_selected_frame in order to avoid the side effect of calling
select_frame, which would probably be harmless.
Expression-parsing routines previously made the unwarranted assumption
that all block-qualified variables (written with the GDB extension
<block>::<variable>) are static. As a result, they failed to update
innermost_block, which confused the watch commands about when
variables in watched expressions went out of scope, and also caused
the wrong variables to be watched. This patch also modifies these
routines to treat all local variables the same whether or not they are
block-qualified.
Finally, we add a paragraph to the "Program Variables" section of the texinfo
documentation concerning the use of "::" for accessing non-static variables.
2012-01-11 Paul Hilfinger <hilfingr@adacore.com>
* gdb/blockframe.c (block_innermost_frame): Start search from selected
frame, if present, or otherwise the current frame.
* gdb/c-exp.y (variable): Update innermost_block for
'block COLONCOLON NAME' clause.
* gdb/m2-exp.y (variable): Ditto.
* gdb/objc-exp.y (variable): Ditto.
* gdb/doc/gdb.texinfo (Variables): Document use of :: for non-static
variables.
"want_line_info". All callers updated.
(dwarf_decode_lines_1): New function.
(handle_DW_AT_stmt_list): Add function comment.
New arg "want_line_info". All callers updated.
(read_file_scope,read_type_unit_scope): Move comment from
handle_DW_AT_stmt_list to here.
partial_read_comp_unit_head. Replace "buffer", "buffer_size" and
"abfd" args with "section". All callers updated.
Error checking code moved ...
(error_check_comp_unit_head): ... here. New function.
(read_and_check_type_unit_head): Renamed from read_type_unit_head.
Delete arg "abfd". New arg "type_offset". All callers updated.
(create_debug_types_hash_table): Simplify by using
read_and_check_type_unit_head.
Doug Evans
Pedro Alves
Sergio Durigan Junior
gdbadmin
Jan Kratochvil
Tom Tromey
Paul Pluzhnikov
Eli Zaretskii
Keith Seitz
Andreas Tobler
Paul N. Hilfinger