#include "options.h"
#include "debug.h"
-#include "target-select.h"
#include "workqueue.h"
#include "dirsearch.h"
#include "readsyms.h"
#include "layout.h"
#include "reloc.h"
#include "defstd.h"
+#include "plugin.h"
namespace gold
{
void
gold_exit(bool status)
{
+ if (parameters != NULL
+ && parameters->options_valid()
+ && parameters->options().has_plugins())
+ parameters->options().plugins()->cleanup();
if (!status && parameters != NULL && parameters->options_valid())
- unlink_if_ordinary(parameters->output_file_name());
+ unlink_if_ordinary(parameters->options().output_file_name());
exit(status ? EXIT_SUCCESS : EXIT_FAILURE);
}
// We are out of memory, so try hard to print a reasonable message.
// Note that we don't try to translate this message, since the
// translation process itself will require memory.
- write(2, program_name, strlen(program_name));
- const char* const s = ": out of memory\n";
- write(2, s, strlen(s));
+
+ // LEN only exists to avoid a pointless warning when write is
+ // declared with warn_use_result, as when compiling with
+ // -D_USE_FORTIFY on GNU/Linux. Casting to void does not appear to
+ // work, at least not with gcc 4.3.0.
+
+ ssize_t len = write(2, program_name, strlen(program_name));
+ if (len >= 0)
+ {
+ const char* const s = ": out of memory\n";
+ len = write(2, s, strlen(s));
+ }
gold_exit(false);
}
Middle_runner(const General_options& options,
const Input_objects* input_objects,
Symbol_table* symtab,
- Layout* layout)
+ Layout* layout, Mapfile* mapfile)
: options_(options), input_objects_(input_objects), symtab_(symtab),
- layout_(layout)
+ layout_(layout), mapfile_(mapfile)
{ }
void
const Input_objects* input_objects_;
Symbol_table* symtab_;
Layout* layout_;
+ Mapfile* mapfile_;
};
void
Middle_runner::run(Workqueue* workqueue, const Task* task)
{
queue_middle_tasks(this->options_, task, this->input_objects_, this->symtab_,
- this->layout_, workqueue);
+ this->layout_, workqueue, this->mapfile_);
}
// Queue up the initial set of tasks for this link job.
Dirsearch& search_path,
const Command_line& cmdline,
Workqueue* workqueue, Input_objects* input_objects,
- Symbol_table* symtab, Layout* layout)
+ Symbol_table* symtab, Layout* layout, Mapfile* mapfile)
{
if (cmdline.begin() == cmdline.end())
gold_fatal(_("no input files"));
Task_token* next_blocker = new Task_token(true);
next_blocker->add_blocker();
workqueue->queue(new Read_symbols(options, input_objects, symtab, layout,
- &search_path, &*p, NULL, this_blocker,
- next_blocker));
+ &search_path, mapfile, &*p, NULL,
+ this_blocker, next_blocker));
+ this_blocker = next_blocker;
+ }
+
+ if (options.has_plugins())
+ {
+ Task_token* next_blocker = new Task_token(true);
+ next_blocker->add_blocker();
+ workqueue->queue(new Plugin_hook(options, input_objects, symtab, layout,
+ &search_path, mapfile, this_blocker,
+ next_blocker));
this_blocker = next_blocker;
}
workqueue->queue(new Task_function(new Middle_runner(options,
input_objects,
symtab,
- layout),
+ layout,
+ mapfile),
this_blocker,
"Task_function Middle_runner"));
}
const Input_objects* input_objects,
Symbol_table* symtab,
Layout* layout,
- Workqueue* workqueue)
+ Workqueue* workqueue,
+ Mapfile* mapfile)
{
// We have to support the case of not seeing any input objects, and
// generate an empty file. Existing builds depend on being able to
// pass an empty archive to the linker and get an empty object file
// out. In order to do this we need to use a default target.
if (input_objects->number_of_input_objects() == 0)
- {
- // The GOLD_xx macros are defined by the configure script.
- Target* target = select_target(elfcpp::GOLD_DEFAULT_MACHINE,
- GOLD_DEFAULT_SIZE,
- GOLD_DEFAULT_BIG_ENDIAN,
- 0, 0);
- gold_assert(target != NULL);
- set_parameters_target(target);
- }
+ set_parameters_target(¶meters->default_target());
int thread_count = options.thread_count_middle();
if (thread_count == 0)
// Now we have seen all the input files.
const bool doing_static_link = (!input_objects->any_dynamic()
- && !parameters->output_is_shared());
+ && !parameters->options().shared());
set_parameters_doing_static_link(doing_static_link);
if (!doing_static_link && options.is_static())
{
// We print out just the first .so we see; there may be others.
+ gold_assert(input_objects->dynobj_begin() != input_objects->dynobj_end());
gold_error(_("cannot mix -static with dynamic object %s"),
(*input_objects->dynobj_begin())->name().c_str());
}
- if (!doing_static_link && parameters->output_is_object())
+ if (!doing_static_link && parameters->options().relocatable())
gold_error(_("cannot mix -r with dynamic object %s"),
(*input_objects->dynobj_begin())->name().c_str());
+ if (!doing_static_link
+ && options.oformat_enum() != General_options::OBJECT_FORMAT_ELF)
+ gold_fatal(_("cannot use non-ELF output format with dynamic object %s"),
+ (*input_objects->dynobj_begin())->name().c_str());
if (is_debugging_enabled(DEBUG_SCRIPT))
layout->script_options()->print(stderr);
// TODO: if this is too slow, do this as a task, rather than inline.
symtab->detect_odr_violations(task, options.output_file_name());
+ // Create any output sections required by any linker script.
+ layout->create_script_sections();
+
// Define some sections and symbols needed for a dynamic link. This
// handles some cases we want to see before we read the relocs.
layout->create_initial_dynamic_sections(symtab);
// Define symbols from any linker scripts.
layout->define_script_symbols(symtab);
- if (!parameters->output_is_object())
+ // Add any symbols named with -u options to the symbol table.
+ symtab->add_undefined_symbols_from_command_line();
+
+ // Attach sections to segments.
+ layout->attach_sections_to_segments();
+
+ if (!parameters->options().relocatable())
{
// Predefine standard symbols.
define_standard_symbols(symtab, layout);
// Allocate common symbols. This requires write access to the
// symbol table, but is independent of the relocation processing.
- // FIXME: We should have an option to do this even for a relocatable
- // link.
- if (!parameters->output_is_object())
+ if (parameters->options().define_common())
{
blocker->add_blocker();
- workqueue->queue(new Allocate_commons_task(options, symtab, layout,
+ workqueue->queue(new Allocate_commons_task(symtab, layout, mapfile,
symtab_lock, blocker));
}
// When all those tasks are complete, we can start laying out the
// output file.
+ // TODO(csilvers): figure out a more principled way to get the target
+ Target* target = const_cast<Target*>(¶meters->target());
workqueue->queue(new Task_function(new Layout_task_runner(options,
input_objects,
symtab,
- layout),
+ target,
+ layout,
+ mapfile),
blocker,
"Task_function Layout_task_runner"));
}
Task_token* final_blocker = new Task_token(true);
// Queue a task to write out the symbol table.
- if (!options.strip_all())
- {
- final_blocker->add_blocker();
- workqueue->queue(new Write_symbols_task(symtab,
- input_objects,
- layout->sympool(),
- layout->dynpool(),
- of,
- final_blocker));
- }
+ final_blocker->add_blocker();
+ workqueue->queue(new Write_symbols_task(layout,
+ symtab,
+ input_objects,
+ layout->sympool(),
+ layout->dynpool(),
+ of,
+ final_blocker));
// Queue a task to write out the output sections.
output_sections_blocker->add_blocker();
// Queue a task to close the output file. This will be blocked by
// FINAL_BLOCKER.
- workqueue->queue(new Task_function(new Close_task_runner(of),
+ workqueue->queue(new Task_function(new Close_task_runner(&options, layout,
+ of),
final_blocker,
"Task_function Close_task_runner"));
}
projects / binutils-gdb.git / blobdiff