struct sr_core_stacktrace *
sr_core_stacktrace_from_gdb(const char *gdb_output, const char *core_file,
const char *exe_file, char **error_msg)
{
/* I'm not going to rewrite it now since the function is not being used. */
assert(error_msg);
/* Initialize error_msg to 'no error'. */
*error_msg = NULL;
struct core_handle *ch = open_coredump(core_file, exe_file, error_msg);
if (*error_msg)
return NULL;
struct sr_gdb_stacktrace *gdb_stacktrace;
struct sr_location location;
sr_location_init(&location);
gdb_stacktrace = sr_gdb_stacktrace_parse(&gdb_output, &location);
if (!gdb_stacktrace)
{
*error_msg = sr_location_to_string(&location);
core_handle_free(ch);
return NULL;
}
struct sr_core_stacktrace *core_stacktrace = sr_core_stacktrace_new();
for (struct sr_gdb_thread *gdb_thread = gdb_stacktrace->threads;
gdb_thread;
gdb_thread = gdb_thread->next)
{
struct sr_core_thread *core_thread = sr_core_thread_new();
for (struct sr_gdb_frame *gdb_frame = gdb_thread->frames;
gdb_frame;
gdb_frame = gdb_frame->next)
{
if (gdb_frame->signal_handler_called)
continue;
struct sr_core_frame *core_frame = resolve_frame(ch->dwfl,
gdb_frame->address, false);
core_thread->frames = sr_core_frame_append(core_thread->frames,
core_frame);
}
if (sr_gdb_stacktrace_find_crash_thread(gdb_stacktrace) == gdb_thread)
{
core_stacktrace->crash_thread = core_thread;
}
core_stacktrace->threads = sr_core_thread_append(
core_stacktrace->threads, core_thread);
}
core_stacktrace->signal = get_signal_number(ch->eh, core_file);
core_stacktrace->executable = realpath(exe_file, NULL);
core_handle_free(ch);
sr_gdb_stacktrace_free(gdb_stacktrace);
return core_stacktrace;
}
struct sr_report *
sr_abrt_report_from_dir(const char *directory,
char **error_message)
{
struct sr_report *report = sr_report_new();
/* Report type. */
char *type_contents = file_contents(directory, "type", error_message);
if (!type_contents)
{
sr_report_free(report);
return NULL;
}
report->report_type = sr_abrt_type_from_type(type_contents);
free(type_contents);
/* Operating system. */
report->operating_system = sr_abrt_operating_system_from_dir(
directory, error_message);
if (!report->operating_system)
{
sr_report_free(report);
return NULL;
}
/* Component name. */
report->component_name = file_contents(directory, "component", error_message);
/* RPM packages. */
report->rpm_packages = sr_abrt_rpm_packages_from_dir(
directory, error_message);
if (!report->rpm_packages)
{
sr_report_free(report);
return NULL;
}
/* Core stacktrace. */
if (report->report_type == SR_REPORT_CORE)
{
char *core_backtrace_contents = file_contents(directory, "core_backtrace",
error_message);
if (!core_backtrace_contents)
{
sr_report_free(report);
return NULL;
}
report->stacktrace = (struct sr_stacktrace *)sr_core_stacktrace_from_json_text(
core_backtrace_contents, error_message);
free(core_backtrace_contents);
if (!report->stacktrace)
{
sr_report_free(report);
return NULL;
}
}
/* Python stacktrace. */
if (report->report_type == SR_REPORT_PYTHON)
{
char *backtrace_contents = file_contents(directory, "backtrace",
error_message);
if (!backtrace_contents)
{
sr_report_free(report);
return NULL;
}
/* Parse the Python stacktrace. */
struct sr_location location;
sr_location_init(&location);
const char *contents_pointer = backtrace_contents;
report->stacktrace = (struct sr_stacktrace *)sr_python_stacktrace_parse(
&contents_pointer,
&location);
free(backtrace_contents);
if (!report->stacktrace)
{
*error_message = sr_location_to_string(&location);
sr_report_free(report);
return NULL;
}
}
/* Kerneloops stacktrace. */
if (report->report_type == SR_REPORT_KERNELOOPS)
{
/* Determine kernel version */
char *kernel_contents = file_contents(directory, "kernel",
error_message);
if (!kernel_contents)
{
sr_report_free(report);
return NULL;
}
/* Load the Kerneloops stacktrace */
char *backtrace_contents = file_contents(directory, "backtrace", error_message);
if (!backtrace_contents)
{
sr_report_free(report);
return NULL;
}
/* Parse the Kerneloops stacktrace. */
struct sr_location location;
sr_location_init(&location);
const char *contents_pointer = backtrace_contents;
struct sr_koops_stacktrace *stacktrace = sr_koops_stacktrace_parse(
&contents_pointer,
&location);
stacktrace->version = kernel_contents;
report->stacktrace = (struct sr_stacktrace *)stacktrace;
free(backtrace_contents);
if (!report->stacktrace)
{
*error_message = sr_location_to_string(&location);
sr_report_free(report);
return NULL;
}
}
/* Java stacktrace. */
if (report->report_type == SR_REPORT_JAVA)
{
char *backtrace_contents = file_contents(directory, "backtrace", error_message);
if (!backtrace_contents)
{
sr_report_free(report);
return NULL;
}
/* Parse the Java stacktrace. */
struct sr_location location;
sr_location_init(&location);
const char *contents_pointer = backtrace_contents;
report->stacktrace = (struct sr_stacktrace *)sr_java_stacktrace_parse(
&contents_pointer,
&location);
free(backtrace_contents);
if (!report->stacktrace)
{
*error_message = sr_location_to_string(&location);
sr_report_free(report);
return NULL;
}
}
/* Ruby stacktrace. */
if (report->report_type == SR_REPORT_RUBY)
{
char *backtrace_contents = file_contents(directory, "backtrace",
error_message);
if (!backtrace_contents)
{
sr_report_free(report);
return NULL;
}
/* Parse the Ruby stacktrace. */
struct sr_location location;
sr_location_init(&location);
const char *contents_pointer = backtrace_contents;
report->stacktrace = (struct sr_stacktrace *)sr_ruby_stacktrace_parse(
&contents_pointer,
&location);
free(backtrace_contents);
if (!report->stacktrace)
{
*error_message = sr_location_to_string(&location);
sr_report_free(report);
return NULL;
}
}
return report;
}