+2017-12-13  Simon Marchi  <simon.marchi@ericsson.com>
+
+       * location.h (string_to_event_location): Add match_type
+       parameter.
+       * location.c (string_to_event_location): Likewise.
+       * python/py-breakpoint.c (bppy_init): Handle qualified
+       parameter.
+
 2017-12-13  Pedro Alves  <palves@redhat.com>
 
        * completer.c (completion_tracker::maybe_add_completion): New
 
   GDB interpret the specified function name as a complete
   fully-qualified name instead.  For example, using the same C++
   program, the "break -q B::func" command sets a breakpoint on
-  "B::func", only.
+  "B::func", only.  A parameter has been added to the Python
+  gdb.Breakpoint constructor to achieve the same result when creating
+  a breakpoint from Python.
 
 * Breakpoints on functions marked with C++ ABI tags
 
 
+2017-12-13  Simon Marchi  <simon.marchi@ericsson.com>
+
+       * python.texi (Manipulating breakpoints using Python): Document
+       qualified parameter to gdb.Breakpoint.
+
 2017-12-13  Simon Marchi  <simon.marchi@ericsson.com>
 
        * python.texi (Manipulating breakpoints using Python): Split doc
 
 arguments similar to @ref{Explicit Locations}, and can only be used to create
 breakpoints.
 
-@defun Breakpoint.__init__ (spec @r{[}, type @r{][}, wp_class @r{][}, internal @r{][}, temporary @r{]})
+@defun Breakpoint.__init__ (spec @r{[}, type @r{][}, wp_class @r{][}, internal @r{][}, temporary @r{][}, qualified @r{]})
 Create a new breakpoint according to @var{spec}, which is a string naming the
 location of a breakpoint, or an expression that defines a watchpoint.  The
 string should describe a location in a format recognized by the @code{break}
 breakpoint.  Temporary breakpoints are deleted after they have been hit.  Any
 further access to the Python breakpoint after it has been hit will result in a
 runtime error (as that breakpoint has now been automatically deleted).
+
+The optional @var{qualified} argument is a boolean that allows interpreting
+the function passed in @code{spec} as a fully-qualified name.  It is equivalent
+to @code{break}'s @code{-qualified} flag (@pxref{Linespec Locations} and
+@ref{Explicit Locations}).
+
 @end defun
 
-@defun Breakpoint.__init__ (@r{[} source @r{][}, function @r{][}, label @r{][}, line @r{]}, @r{][} internal @r{][}, temporary @r{]})
+@defun Breakpoint.__init__ (@r{[} source @r{][}, function @r{][}, label @r{][}, line @r{]}, @r{][} internal @r{][}, temporary @r{][}, qualified @r{]})
 This second form of creating a new breakpoint specifies the explicit
 location (@pxref{Explicit Locations}) using keywords.  The new breakpoint will
 be created in the specified source file @var{source}, at the specified
 @var{function}, @var{label} and @var{line}.
 
-@var{internal} and @var{temporary} have the same usage as explained previously.
+@var{internal}, @var{temporary} and @var{qualified} have the same usage as
+explained previously.
 @end defun
 
 The available types are represented by constants defined in the @code{gdb}
 
 
 event_location_up
 string_to_event_location (const char **stringp,
-                         const struct language_defn *language)
+                         const struct language_defn *language,
+                         symbol_name_match_type match_type)
 {
   const char *arg, *orig;
-  symbol_name_match_type match_type = symbol_name_match_type::WILD;
 
   /* Try an explicit location.  */
   orig = arg = *stringp;
 
    This function is intended to be used by CLI commands and will parse
    explicit locations in a CLI-centric way.  Other interfaces should use
    string_to_event_location_basic if they want to maintain support for
-   legacy specifications of probe, address, and linespec locations.  */
+   legacy specifications of probe, address, and linespec locations.
 
-extern event_location_up
-  string_to_event_location (const char **argp,
-                           const struct language_defn *langauge);
+   MATCH_TYPE should be either WILD or FULL.  If -q/--qualified is specified
+   in the input string, it will take precedence over this parameter.  */
+
+extern event_location_up string_to_event_location
+  (const char **argp, const struct language_defn *langauge,
+   symbol_name_match_type match_type = symbol_name_match_type::WILD);
 
 /* Like string_to_event_location, but does not attempt to parse
    explicit locations.  MATCH_TYPE indicates how function names should
 
 {
   static const char *keywords[] = { "spec", "type", "wp_class", "internal",
                                    "temporary","source", "function",
-                                   "label", "line", NULL };
+                                   "label", "line", "qualified", NULL };
   const char *spec = NULL;
   enum bptype type = bp_breakpoint;
   int access_type = hw_write;
   char *label = NULL;
   char *source = NULL;
   char *function = NULL;
+  int qualified = 0;
 
-  if (!gdb_PyArg_ParseTupleAndKeywords (args, kwargs, "|siiOOsssO", keywords,
+  if (!gdb_PyArg_ParseTupleAndKeywords (args, kwargs, "|siiOOsssOp", keywords,
                                        &spec, &type, &access_type,
                                        &internal,
                                        &temporary, &source,
-                                       &function, &label, &lineobj))
+                                       &function, &label, &lineobj,
+                                       &qualified))
     return -1;
 
 
        case bp_breakpoint:
          {
            event_location_up location;
+           symbol_name_match_type func_name_match_type
+             = (qualified
+                 ? symbol_name_match_type::FULL
+                 : symbol_name_match_type::WILD);
 
            if (spec != NULL)
              {
                const char *copy = copy_holder.get ();
 
                location  = string_to_event_location (©,
-                                                     current_language);
+                                                     current_language,
+                                                     func_name_match_type);
              }
            else
              {
                  explicit_loc.line_offset =
                    linespec_parse_line_offset (line.get ());
 
+               explicit_loc.func_name_match_type = func_name_match_type;
+
                location = new_explicit_location (&explicit_loc);
              }
 
 
+2017-12-13  Simon Marchi  <simon.marchi@ericsson.com>
+
+       * gdb.python/py-breakpoint.c (foo_ns::multiply): New function.
+       * gdb.python/py-breakpoint.exp: Compile the test case as c++,
+       call test_bkpt_qualified.
+       (test_bkpt_qualified): New proc.
+
 2017-12-13  Pedro Alves  <palves@redhat.com>
 
        * lib/completion-support.exp (test_gdb_complete_tab_multiple):
 
 
 int result = 0;
 
+namespace foo_ns
+{
+  int multiply (int i)
+  {
+    return i * i;
+  }
+}
+
 int multiply (int i)
 {
   return i * i;
 
 
 standard_testfile
 
-if { [prepare_for_testing "failed to prepare" ${testfile} ${srcfile}] } {
+set options {debug c++}
+
+if { [prepare_for_testing "failed to prepare" ${testfile} ${srcfile} ${options}] } {
     return -1
 }
 
        "set invalid explicit breakpoint by missing function"
 }
 
+proc_with_prefix test_bkpt_qualified {} {
+    global decimal hex testfile
+
+    # Start with a fresh gdb.
+    clean_restart ${testfile}
+
+    set one_location_re "Breakpoint $decimal at $hex:.*line $decimal."
+    set two_location_re "Breakpoint $decimal at $hex:.*2 locations."
+
+    if ![runto_main] then {
+       fail "cannot run to main."
+       return 0
+    }
+
+    # Test the default value of "qualified".
+    delete_breakpoints
+    gdb_test \
+       "python gdb.Breakpoint(\"multiply\")" \
+       $two_location_re \
+       "qualified implicitly false"
+
+    # Test qualified=False.
+    delete_breakpoints
+    gdb_test \
+       "python gdb.Breakpoint(\"multiply\", qualified=False)" \
+       $two_location_re \
+       "qualified false"
+
+    # Test qualified=True.
+    delete_breakpoints
+    gdb_test \
+       "python gdb.Breakpoint(\"multiply\", qualified=True)" \
+       $one_location_re \
+       "qualified true"
+
+    # Test qualified=True with an explicit function.
+    delete_breakpoints
+    gdb_test \
+       "python gdb.Breakpoint(function=\"multiply\", qualified=True)" \
+       $one_location_re \
+       "qualified true and explicit"
+
+    # Test qualified=False with an explicit function.
+    delete_breakpoints
+    gdb_test \
+       "python gdb.Breakpoint(function=\"multiply\", qualified=False)" \
+       $two_location_re \
+       "qualified false and explicit"
+
+    # Test -q in the spec string.
+    delete_breakpoints
+    gdb_test \
+       "python gdb.Breakpoint(\"-q multiply\")" \
+       $one_location_re \
+       "-q in spec string"
+
+    # Test -q in the spec string with explicit location.
+    delete_breakpoints
+    gdb_test \
+       "python gdb.Breakpoint(\"-q -function multiply\")" \
+       $one_location_re \
+       "-q in spec string with explicit location"
+
+    # Test -q in the spec string and qualified=False (-q should win).
+    delete_breakpoints
+    gdb_test \
+       "python gdb.Breakpoint(\"-q multiply\", qualified=False)" \
+       $one_location_re \
+       "-q in spec string and qualified false"
+}
+
 test_bkpt_basic
 test_bkpt_deletion
 test_bkpt_cond_and_cmds
 test_bkpt_pending
 test_bkpt_events
 test_bkpt_explicit_loc
+test_bkpt_qualified