static void update_recent_menu(const MMDesc *items)
{
StringArray recent_files;
{
StringArray r;
get_recent(r);
for (int i = 0; i < r.size() && items[i].widget != 0; i++)
recent_files += r[i];
}
// Uniquify labels
char sep = '/';
if (gdb->type() == JDB)
sep = '.';
StringArray labels;
uniquify(recent_files, labels, sep);
// Set labels
int i;
for (i = 0; i < labels.size(); i++)
{
MString label(itostring(i + 1) + " ");
label += tt(labels[i]);
Widget w = items[i].widget;
set_label(w, label);
const string& file = recent_files[i];
bool sens = true;
if (!remote_gdb())
{
if (gdb->has_exec_files() && !is_debuggee_file(file))
sens = false; // File not accessible
else if (!gdb->has_classes() && !is_regular_file(file))
sens = false; // File not accessible
}
set_sensitive(w, sens);
XtManageChild(w);
}
// Unmanage remaining items
for (; items[i].widget != 0; i++)
XtUnmanageChild(items[i].widget);
}
// Get information on current debuggee
ProgramInfo::ProgramInfo()
: file(NO_GDB_ANSWER),
core(NO_GDB_ANSWER),
pid(0),
attached(false),
running(false),
state()
{
if (source_view->have_exec_pos())
{
state = "has stopped";
running = true;
}
else
{
state = "is not being run";
running = false;
}
switch(gdb->type())
{
case GDB:
case PYDB:
case DBG:
{
string ans;
if (gdb->is_windriver_gdb())
{
// Windriver GDB (VxWorks).
// VxWorks allows multiple dynamically relocatable
// programs to be loaded simultaneously. Before a program
// is run, the 'info source' command can report
// information from a source file not related to the
// program just downloaded for debugging. (The WindRiver
// version of gdb does not support the 'info files'
// command.)
// In order to tell DDD that there is indeed a source file
// available, we need to first see if a program has
// already been started. If so, then the 'info source'
// command can be used.
// Otherwise, the 'info sources' command is used, and the
// first file in the list is used, assuming it is related
// to the current program that was downloaded.
// See if the program has been run first
ans = gdb_question("info frame");
if (ans == NO_GDB_ANSWER)
break;
file = "";
if (ans.contains("No stack"))
{
// Then try using info sources and use first file listed
ans = gdb_question("info sources");
if (ans == NO_GDB_ANSWER)
break;
if (ans.contains("Source files for which "
"symbols have been read in:"))
{
file = ans.after("\n");
file = file.before(" ");
file = unquote(file);
}
}
else
{
// Try using `info source'.
ans = gdb_question("info source");
if (ans == NO_GDB_ANSWER)
break;
if (ans.contains("Current source file is "))
{
file = ans.after("Current source file is ");
file = file.before(".\n");
file = unquote(file);
}
}
}
else
{
// Ordinary GDB.
ans = gdb_question("info files");
if (ans == NO_GDB_ANSWER)
break;
file = "";
if (ans.contains("Symbols from "))
{
file = ans.after("Symbols from ");
file = file.before(".\n");
file = unquote(file);
}
}
core = "";
if (ans.contains("core dump"))
{
core = ans.after("core dump");
core = core.after('`');
core = core.before("',");
}
if (ans.contains("process "))
{
string p = ans.after("process ");
pid = atoi(p.chars());
}
attached = ans.contains("attached process ");
ans = gdb_question("info program");
if (ans == NO_GDB_ANSWER)
break;
if (ans.contains("not being run"))
running = false;
else if (ans.contains("\nIt stopped "))
{
state = ans.from("\nIt stopped ");
state = "has " + state.after("\nIt ");
state = state.before('.');
running = true;
}
break;
}
case DBX:
{
if (gdb->is_ladebug())
{
string ans = gdb_question("show process");
// typical answers:
// 1:no process
// There are no processes being debugged.
// 2: process has been paused.
// Current Process: localhost:26177 (a.out) paused.
// 3: process terminated
// Current Process: localhost:13614 (ddd) terminated.
// TODO: treat the terminated case
if (ans != NO_GDB_ANSWER &&
!ans.contains("no processes being debugged"))
{
if (ans.contains("Current Process: "))
{
ans = ans.after(": ");
{
string p = ans.after(":");
p = p.before(" ");
pid = atoi(p.chars());
}
ans = ans.after(" (");
file = ans.before(")");
ans = ans.after(") ");
running = ans.contains("paused");
// ladebug always creates a process.
// It may be "loaded" or attached.
attached = true;
}
}
}
// AD TODO: shouldn't it be an "else" ?
string ans = gdb_question(gdb->debug_command());
if (ans != NO_GDB_ANSWER)
{
if (ans.contains("Current givenfile is ", 0))
ans = ans.after("Current givenfile is ");
else if (ans.contains("Debugging: ", 0))
ans = ans.after(": ");
strip_space(ans);
if (!ans.contains(' ')) // Sanity check
file = ans;
}
break;
}
case XDB:
break; // FIXME
case PERL:
// Use the program we were invoked with
file = gdb->program();
if (file.matches(rxint))
file = ""; // Invoked with a constant expression
if (file.empty())
{
// Not invoked with a program? Use the current file, then.
file = source_view->file_of_cursor();
file = file.before(":");
}
core = "";
break;
case BASH:
// Use the program we were invoked with
file = gdb->program();
if (file.matches(rxint))
file = ""; // Invoked with a constant expression
if (file.empty())
{
// Not invoked with a program? Use the current file, then.
file = source_view->file_of_cursor();
file = file.before(":");
}
core = "";
break;
case JDB:
// Just use the current class.
file = source_view->line_of_cursor();
file = file.before(":");
core = "";
// Save whether JDB's VM is running
static int last_jdb_pid = -1;
static bool jvm_running = false;
if (gdb->pid() != last_jdb_pid)
{
// New JDB: reset info
jvm_running = false;
last_jdb_pid = gdb->pid();
}
// The VM is running iff the prompt contains a backtrace
// level ("[n]").
if (!jvm_running && gdb->prompt().contains("["))
jvm_running = true;
running = jvm_running;
break;
}
if (file == NO_GDB_ANSWER)
{
// As a fallback, get core file and executable from argument list.
// Works only on local file system and is more a guess.
char **argv = saved_argv();
int argc = 0;
while (argv[argc] != 0)
argc++;
for (int i = argc - 1; i > 0 && file == NO_GDB_ANSWER; i--)
{
// All debuggers supported by DDD have [EXEC [CORE]] as
// their last arguments.
string arg = argv[i];
if (is_core_file(arg))
core = arg;
else if (is_debuggee_file(arg))
file = arg;
}
}
if (file != NO_GDB_ANSWER)
add_to_recent(file);
}
// Return an appropriate debugger type from ARGC/ARGV.
// Set ARG if debugger type could be deduced from an argument.
DebuggerInfo::DebuggerInfo(int argc, const char * const argv[])
: type(DebuggerType(-1)),
arg("")
{
DebuggerType fallback = DebuggerType(-1);
get_debugger_type(app_data.debugger, fallback);
static bool have_bash = (fallback == BASH || have_cmd("bash"));
static bool have_dbg = (fallback == DBG || have_cmd("dbg"));
static bool have_perl = (fallback == PERL || have_cmd("perl"));
static bool have_python = (fallback == PYDB || have_cmd("python"));
// 1. Check for Perl and Python scripts as given.
int i;
for (i = 1; i < argc; i++)
{
arg = argv[i];
if (arg.contains('-', 0))
continue; // Option
if (have_perl && is_perl_file(arg))
{
type = PERL;
return;
}
if (have_bash && is_bash_file(arg))
{
type = BASH;
return;
}
if (have_python && is_python_file(arg))
{
type = PYDB;
return;
}
if (have_dbg && is_php_file(arg))
{
type = DBG;
return;
}
}
// 2. Check for executable binary as given.
static bool have_gdb = (fallback == GDB || have_cmd("gdb"));
static bool have_dbx =
(fallback == DBX || have_cmd("dbx") || have_cmd("ladebug"));
static bool have_xdb = (fallback == XDB || have_cmd("xdb"));
for (i = 1; i < argc; i++)
{
arg = argv[i];
if (arg.contains('-', 0))
continue; // Option
if (is_debuggee_file(arg))
{
if (fallback == GDB || fallback == DBX || fallback == XDB)
{
type = fallback;
return;
}
if (have_gdb)
{
type = GDB;
return;
}
if (have_dbx)
{
type = DBX;
return;
}
if (have_xdb)
{
type = XDB;
return;
}
}
}
// 3. Check for Java class in current directory.
static bool have_jdb = (fallback == JDB || have_cmd("jdb"));
if (have_jdb)
{
for (i = 1; i < argc; i++)
{
arg = argv[i];
if (arg.contains('-', 0))
continue; // Option
if (arg.contains('/', 0))
continue; // File
arg.gsub('.', '/');
if (is_regular_file(arg + ".java"))
{
type = JDB;
return;
}
if (is_regular_file(arg + ".class"))
{
type = JDB;
return;
}
}
}
// 4. Check for executable binary in PATH.
for (i = 1; i < argc; i++)
{
arg = argv[i];
if (arg.contains('-', 0))
continue; // Option
const char *path_s = getenv("PATH");
if (path_s == 0)
path_s = ".";
string path = path_s;
while (!path.empty())
{
string dir;
if (path.contains(':'))
dir = path.before(':');
else
dir = path;
path = path.after(':');
if (dir.empty())
dir = ".";
if (!dir.contains('/', -1))
dir += '/';
if (is_debuggee_file(dir + arg))
{
if (fallback == GDB || fallback == DBX || fallback == XDB)
{
type = fallback;
return;
}
if (have_gdb)
{
type = GDB;
return;
}
if (have_dbx)
{
type = DBX;
return;
}
if (have_xdb)
{
type = XDB;
return;
}
}
}
}
// 5. Check for Java class in CLASSPATH.
if (have_jdb)
{
for (i = 1; i < argc; i++)
{
arg = argv[i];
if (arg.contains('-', 0))
continue; // Option
if (arg.contains('/', 0))
continue; // File
const char *classpath_s = getenv("CLASSPATH");
if (classpath_s == 0)
classpath_s = ".";
string classpath = classpath_s;
while (!classpath.empty())
{
string dir;
if (classpath.contains(':'))
dir = classpath.before(':');
else
dir = classpath;
classpath = classpath.after(':');
if (dir.empty())
dir = ".";
if (!dir.contains('/', -1))
dir += '/';
string path = arg;
path.gsub('.', '/');
if (is_regular_file(dir + path + ".java"))
{
type = JDB;
return;
}
if (is_regular_file(dir + path + ".class"))
{
type = JDB;
return;
}
}
}
}
// 6. Use fallback.
arg = "";
if (fallback != DebuggerType(-1))
{
type = fallback;
return;
}
// 7. All fails. Use GDB.
type = GDB;
}