this->symsize_ = sym.get_st_size();
}
+// The resolve functions build a little code for each symbol.
+// Bit 0: 0 for global, 1 for weak.
+// Bit 1: 0 for regular object, 1 for shared object
+// Bits 2-3: 0 for normal, 1 for undefined, 2 for common
+// This gives us values from 0 to 11.
+
+static const int global_or_weak_shift = 0;
+static const unsigned int global_flag = 0 << global_or_weak_shift;
+static const unsigned int weak_flag = 1 << global_or_weak_shift;
+
+static const int regular_or_dynamic_shift = 1;
+static const unsigned int regular_flag = 0 << regular_or_dynamic_shift;
+static const unsigned int dynamic_flag = 1 << regular_or_dynamic_shift;
+
+static const int def_undef_or_common_shift = 2;
+static const unsigned int def_flag = 0 << def_undef_or_common_shift;
+static const unsigned int undef_flag = 1 << def_undef_or_common_shift;
+static const unsigned int common_flag = 2 << def_undef_or_common_shift;
+
// Resolve a symbol. This is called the second and subsequent times
// we see a symbol. TO is the pre-existing symbol. SYM is the new
// symbol, seen in OBJECT. VERSION of the version of SYM.
return;
}
- // Build a little code for each symbol.
- // Bit 0: 0 for global, 1 for weak.
- // Bit 1: 0 for regular object, 1 for shared object
- // Bits 2-3: 0 for normal, 1 for undefined, 2 for common
- // This gives us values from 0 to 11:
-
- enum
- {
- DEF = 0,
- WEAK_DEF = 1,
- DYN_DEF = 2,
- DYN_WEAK_DEF = 3,
- UNDEF = 4,
- WEAK_UNDEF = 5,
- DYN_UNDEF = 6,
- DYN_WEAK_UNDEF = 7,
- COMMON = 8,
- WEAK_COMMON = 9,
- DYN_COMMON = 10,
- DYN_WEAK_COMMON = 11
- };
+ if (!object->is_dynamic())
+ {
+ // Record that we've seen this symbol in a regular object.
+ to->set_in_reg();
+ }
+ else
+ {
+ // Record that we've seen this symbol in a dynamic object.
+ to->set_in_dyn();
+ }
- int tobits;
- switch (to->binding())
+ unsigned int frombits;
+ switch (sym.get_st_bind())
{
case elfcpp::STB_GLOBAL:
- tobits = 0;
+ frombits = global_flag;
break;
case elfcpp::STB_WEAK:
- tobits = 1;
+ frombits = weak_flag;
break;
case elfcpp::STB_LOCAL:
- // We should only see externally visible symbols in the symbol
- // table.
- gold_unreachable();
+ fprintf(stderr,
+ _("%s: %s: invalid STB_LOCAL symbol %s in external symbols\n"),
+ program_name, object->name().c_str(), to->name());
+ gold_exit(false);
default:
- // Any target which wants to handle STB_LOOS, etc., needs to
- // define a resolve method.
- gold_unreachable();
+ fprintf(stderr,
+ _("%s: %s: unsupported symbol binding %d for symbol %s\n"),
+ program_name, object->name().c_str(),
+ static_cast<int>(sym.get_st_bind()), to->name());
+ gold_exit(false);
}
- if (to->source() == Symbol::FROM_OBJECT
- && to->object()->is_dynamic())
- tobits |= (1 << 1);
+ if (!object->is_dynamic())
+ frombits |= regular_flag;
+ else
+ frombits |= dynamic_flag;
- switch (to->shndx())
+ switch (sym.get_st_shndx())
{
case elfcpp::SHN_UNDEF:
- tobits |= (1 << 2);
+ frombits |= undef_flag;
break;
case elfcpp::SHN_COMMON:
- tobits |= (2 << 2);
+ frombits |= common_flag;
break;
default:
- if (to->type() == elfcpp::STT_COMMON)
- tobits |= (2 << 2);
+ if (sym.get_st_type() == elfcpp::STT_COMMON)
+ frombits |= common_flag;
+ else
+ frombits |= def_flag;
break;
}
- int frombits;
- switch (sym.get_st_bind())
+ bool adjust_common_sizes;
+ if (Symbol_table::should_override(to, frombits, &adjust_common_sizes))
+ {
+ typename Sized_symbol<size>::Size_type tosize = to->symsize();
+
+ to->override(sym, object, version);
+
+ if (adjust_common_sizes && tosize > to->symsize())
+ to->set_symsize(tosize);
+ }
+ else
+ {
+ if (adjust_common_sizes && sym.get_st_size() > to->symsize())
+ to->set_symsize(sym.get_st_size());
+ }
+}
+
+// Handle the core of symbol resolution. This is called with the
+// existing symbol, TO, and a bitflag describing the new symbol. This
+// returns true if we should override the existing symbol with the new
+// one, and returns false otherwise. It sets *ADJUST_COMMON_SIZES to
+// true if we should set the symbol size to the maximum of the TO and
+// FROM sizes. It handles error conditions.
+
+bool
+Symbol_table::should_override(const Symbol* to, unsigned int frombits,
+ bool* adjust_common_sizes)
+{
+ *adjust_common_sizes = false;
+
+ unsigned int tobits;
+ switch (to->binding())
{
case elfcpp::STB_GLOBAL:
- frombits = 0;
+ tobits = global_flag;
break;
case elfcpp::STB_WEAK:
- frombits = 1;
+ tobits = weak_flag;
break;
case elfcpp::STB_LOCAL:
- fprintf(stderr,
- _("%s: %s: invalid STB_LOCAL symbol %s in external symbols\n"),
- program_name, object->name().c_str(), to->name());
- gold_exit(false);
+ // We should only see externally visible symbols in the symbol
+ // table.
+ gold_unreachable();
default:
- fprintf(stderr,
- _("%s: %s: unsupported symbol binding %d for symbol %s\n"),
- program_name, object->name().c_str(),
- static_cast<int>(sym.get_st_bind()), to->name());
- gold_exit(false);
+ // Any target which wants to handle STB_LOOS, etc., needs to
+ // define a resolve method.
+ gold_unreachable();
}
- if (!object->is_dynamic())
- {
- // Record that we've seen this symbol in a regular object.
- to->set_in_reg();
- }
+ if (to->source() == Symbol::FROM_OBJECT
+ && to->object()->is_dynamic())
+ tobits |= dynamic_flag;
else
- {
- frombits |= (1 << 1);
+ tobits |= regular_flag;
- // Record that we've seen this symbol in a dynamic object.
- to->set_in_dyn();
- }
-
- switch (sym.get_st_shndx())
+ switch (to->shndx())
{
case elfcpp::SHN_UNDEF:
- frombits |= (1 << 2);
+ tobits |= undef_flag;
break;
case elfcpp::SHN_COMMON:
- frombits |= (2 << 2);
+ tobits |= common_flag;
break;
default:
- if (sym.get_st_type() == elfcpp::STT_COMMON)
- frombits |= (2 << 2);
+ if (to->type() == elfcpp::STT_COMMON)
+ tobits |= common_flag;
+ else
+ tobits |= def_flag;
break;
}
// but that is no easier to understand than this large switch
// statement.
+ // These are the values generated by the bit codes.
+ enum
+ {
+ DEF = global_flag | regular_flag | def_flag,
+ WEAK_DEF = weak_flag | regular_flag | def_flag,
+ DYN_DEF = global_flag | dynamic_flag | def_flag,
+ DYN_WEAK_DEF = weak_flag | dynamic_flag | def_flag,
+ UNDEF = global_flag | regular_flag | undef_flag,
+ WEAK_UNDEF = weak_flag | regular_flag | undef_flag,
+ DYN_UNDEF = global_flag | dynamic_flag | undef_flag,
+ DYN_WEAK_UNDEF = weak_flag | dynamic_flag | undef_flag,
+ COMMON = global_flag | regular_flag | common_flag,
+ WEAK_COMMON = weak_flag | regular_flag | common_flag,
+ DYN_COMMON = global_flag | dynamic_flag | common_flag,
+ DYN_WEAK_COMMON = weak_flag | dynamic_flag | common_flag
+ };
+
switch (tobits * 16 + frombits)
{
case DEF * 16 + DEF:
// Two definitions of the same symbol.
- fprintf(stderr, "%s: %s: multiple definition of %s\n",
- program_name, object->name().c_str(), to->name());
+ fprintf(stderr, "%s: multiple definition of %s\n",
+ program_name, to->name());
// FIXME: Report locations. Record that we have seen an error.
- return;
+ return false;
case WEAK_DEF * 16 + DEF:
// We've seen a weak definition, and now we see a strong
// are currently compatible with the GNU linker. In the future
// we should add a target specific option to change this.
// FIXME.
- to->override(sym, object, version);
- return;
+ return true;
case DYN_DEF * 16 + DEF:
case DYN_WEAK_DEF * 16 + DEF:
// definition in a regular object. The definition in the
// regular object overrides the definition in the dynamic
// object.
- to->override(sym, object, version);
- return;
+ return true;
case UNDEF * 16 + DEF:
case WEAK_UNDEF * 16 + DEF:
case DYN_WEAK_UNDEF * 16 + DEF:
// We've seen an undefined reference, and now we see a
// definition. We use the definition.
- to->override(sym, object, version);
- return;
+ return true;
case COMMON * 16 + DEF:
case WEAK_COMMON * 16 + DEF:
// We've seen a common symbol and now we see a definition. The
// definition overrides. FIXME: We should optionally issue, version a
// warning.
- to->override(sym, object, version);
- return;
+ return true;
case DEF * 16 + WEAK_DEF:
case WEAK_DEF * 16 + WEAK_DEF:
// We've seen a definition and now we see a weak definition. We
// ignore the new weak definition.
- return;
+ return false;
case DYN_DEF * 16 + WEAK_DEF:
case DYN_WEAK_DEF * 16 + WEAK_DEF:
// We've seen a dynamic definition and now we see a regular weak
// definition. The regular weak definition overrides.
- to->override(sym, object, version);
- return;
+ return true;
case UNDEF * 16 + WEAK_DEF:
case WEAK_UNDEF * 16 + WEAK_DEF:
case DYN_UNDEF * 16 + WEAK_DEF:
case DYN_WEAK_UNDEF * 16 + WEAK_DEF:
// A weak definition of a currently undefined symbol.
- to->override(sym, object, version);
- return;
+ return true;
case COMMON * 16 + WEAK_DEF:
case WEAK_COMMON * 16 + WEAK_DEF:
// A weak definition does not override a common definition.
- return;
+ return false;
case DYN_COMMON * 16 + WEAK_DEF:
case DYN_WEAK_COMMON * 16 + WEAK_DEF:
// A weak definition does override a definition in a dynamic
// object. FIXME: We should optionally issue a warning.
- to->override(sym, object, version);
- return;
+ return true;
case DEF * 16 + DYN_DEF:
case WEAK_DEF * 16 + DYN_DEF:
case DYN_DEF * 16 + DYN_DEF:
case DYN_WEAK_DEF * 16 + DYN_DEF:
// Ignore a dynamic definition if we already have a definition.
- return;
+ return false;
case UNDEF * 16 + DYN_DEF:
case WEAK_UNDEF * 16 + DYN_DEF:
case DYN_UNDEF * 16 + DYN_DEF:
case DYN_WEAK_UNDEF * 16 + DYN_DEF:
// Use a dynamic definition if we have a reference.
- to->override(sym, object, version);
- return;
+ return true;
case COMMON * 16 + DYN_DEF:
case WEAK_COMMON * 16 + DYN_DEF:
case DYN_WEAK_COMMON * 16 + DYN_DEF:
// Ignore a dynamic definition if we already have a common
// definition.
- return;
+ return false;
case DEF * 16 + DYN_WEAK_DEF:
case WEAK_DEF * 16 + DYN_WEAK_DEF:
case DYN_WEAK_DEF * 16 + DYN_WEAK_DEF:
// Ignore a weak dynamic definition if we already have a
// definition.
- return;
+ return false;
case UNDEF * 16 + DYN_WEAK_DEF:
case WEAK_UNDEF * 16 + DYN_WEAK_DEF:
case DYN_UNDEF * 16 + DYN_WEAK_DEF:
case DYN_WEAK_UNDEF * 16 + DYN_WEAK_DEF:
// Use a weak dynamic definition if we have a reference.
- to->override(sym, object, version);
- return;
+ return true;
case COMMON * 16 + DYN_WEAK_DEF:
case WEAK_COMMON * 16 + DYN_WEAK_DEF:
case DYN_WEAK_COMMON * 16 + DYN_WEAK_DEF:
// Ignore a weak dynamic definition if we already have a common
// definition.
- return;
+ return false;
case DEF * 16 + UNDEF:
case WEAK_DEF * 16 + UNDEF:
case DYN_WEAK_DEF * 16 + UNDEF:
case UNDEF * 16 + UNDEF:
// A new undefined reference tells us nothing.
- return;
+ return false;
case WEAK_UNDEF * 16 + UNDEF:
case DYN_UNDEF * 16 + UNDEF:
case DYN_WEAK_UNDEF * 16 + UNDEF:
// A strong undef overrides a dynamic or weak undef.
- to->override(sym, object, version);
- return;
+ return true;
case COMMON * 16 + UNDEF:
case WEAK_COMMON * 16 + UNDEF:
case DYN_COMMON * 16 + UNDEF:
case DYN_WEAK_COMMON * 16 + UNDEF:
// A new undefined reference tells us nothing.
- return;
+ return false;
case DEF * 16 + WEAK_UNDEF:
case WEAK_DEF * 16 + WEAK_UNDEF:
case DYN_COMMON * 16 + WEAK_UNDEF:
case DYN_WEAK_COMMON * 16 + WEAK_UNDEF:
// A new weak undefined reference tells us nothing.
- return;
+ return false;
case DEF * 16 + DYN_UNDEF:
case WEAK_DEF * 16 + DYN_UNDEF:
case DYN_COMMON * 16 + DYN_UNDEF:
case DYN_WEAK_COMMON * 16 + DYN_UNDEF:
// A new dynamic undefined reference tells us nothing.
- return;
+ return false;
case DEF * 16 + DYN_WEAK_UNDEF:
case WEAK_DEF * 16 + DYN_WEAK_UNDEF:
case DYN_COMMON * 16 + DYN_WEAK_UNDEF:
case DYN_WEAK_COMMON * 16 + DYN_WEAK_UNDEF:
// A new weak dynamic undefined reference tells us nothing.
- return;
+ return false;
case DEF * 16 + COMMON:
// A common symbol does not override a definition.
- return;
+ return false;
case WEAK_DEF * 16 + COMMON:
case DYN_DEF * 16 + COMMON:
case DYN_WEAK_DEF * 16 + COMMON:
// A common symbol does override a weak definition or a dynamic
// definition.
- to->override(sym, object, version);
- return;
+ return true;
case UNDEF * 16 + COMMON:
case WEAK_UNDEF * 16 + COMMON:
case DYN_UNDEF * 16 + COMMON:
case DYN_WEAK_UNDEF * 16 + COMMON:
// A common symbol is a definition for a reference.
- to->override(sym, object, version);
- return;
+ return true;
case COMMON * 16 + COMMON:
// Set the size to the maximum.
- if (sym.get_st_size() > to->symsize())
- to->set_symsize(sym.get_st_size());
- return;
+ *adjust_common_sizes = true;
+ return false;
case WEAK_COMMON * 16 + COMMON:
// I'm not sure just what a weak common symbol means, but
// presumably it can be overridden by a regular common symbol.
- to->override(sym, object, version);
- return;
+ return true;
case DYN_COMMON * 16 + COMMON:
case DYN_WEAK_COMMON * 16 + COMMON:
- {
- // Use the real common symbol, but adjust the size if necessary.
- typename Sized_symbol<size>::Size_type symsize = to->symsize();
- to->override(sym, object, version);
- if (to->symsize() < symsize)
- to->set_symsize(symsize);
- }
- return;
+ // Use the real common symbol, but adjust the size if necessary.
+ *adjust_common_sizes = true;
+ return true;
case DEF * 16 + WEAK_COMMON:
case WEAK_DEF * 16 + WEAK_COMMON:
case DYN_WEAK_DEF * 16 + WEAK_COMMON:
// Whatever a weak common symbol is, it won't override a
// definition.
- return;
+ return false;
case UNDEF * 16 + WEAK_COMMON:
case WEAK_UNDEF * 16 + WEAK_COMMON:
case DYN_UNDEF * 16 + WEAK_COMMON:
case DYN_WEAK_UNDEF * 16 + WEAK_COMMON:
// A weak common symbol is better than an undefined symbol.
- to->override(sym, object, version);
- return;
+ return true;
case COMMON * 16 + WEAK_COMMON:
case WEAK_COMMON * 16 + WEAK_COMMON:
case DYN_WEAK_COMMON * 16 + WEAK_COMMON:
// Ignore a weak common symbol in the presence of a real common
// symbol.
- return;
+ return false;
case DEF * 16 + DYN_COMMON:
case WEAK_DEF * 16 + DYN_COMMON:
case DYN_WEAK_DEF * 16 + DYN_COMMON:
// Ignore a dynamic common symbol in the presence of a
// definition.
- return;
+ return false;
case UNDEF * 16 + DYN_COMMON:
case WEAK_UNDEF * 16 + DYN_COMMON:
case DYN_UNDEF * 16 + DYN_COMMON:
case DYN_WEAK_UNDEF * 16 + DYN_COMMON:
// A dynamic common symbol is a definition of sorts.
- to->override(sym, object, version);
- return;
+ return true;
case COMMON * 16 + DYN_COMMON:
case WEAK_COMMON * 16 + DYN_COMMON:
case DYN_COMMON * 16 + DYN_COMMON:
case DYN_WEAK_COMMON * 16 + DYN_COMMON:
// Set the size to the maximum.
- if (sym.get_st_size() > to->symsize())
- to->set_symsize(sym.get_st_size());
- return;
+ *adjust_common_sizes = true;
+ return false;
case DEF * 16 + DYN_WEAK_COMMON:
case WEAK_DEF * 16 + DYN_WEAK_COMMON:
case DYN_DEF * 16 + DYN_WEAK_COMMON:
case DYN_WEAK_DEF * 16 + DYN_WEAK_COMMON:
// A common symbol is ignored in the face of a definition.
- return;
+ return false;
case UNDEF * 16 + DYN_WEAK_COMMON:
case WEAK_UNDEF * 16 + DYN_WEAK_COMMON:
case DYN_UNDEF * 16 + DYN_WEAK_COMMON:
case DYN_WEAK_UNDEF * 16 + DYN_WEAK_COMMON:
// I guess a weak common symbol is better than a definition.
- to->override(sym, object, version);
- return;
+ return true;
case COMMON * 16 + DYN_WEAK_COMMON:
case WEAK_COMMON * 16 + DYN_WEAK_COMMON:
case DYN_COMMON * 16 + DYN_WEAK_COMMON:
case DYN_WEAK_COMMON * 16 + DYN_WEAK_COMMON:
// Set the size to the maximum.
- if (sym.get_st_size() > to->symsize())
- to->set_symsize(sym.get_st_size());
- return;
+ *adjust_common_sizes = true;
+ return false;
default:
gold_unreachable();
}
}
+// A special case of should_override which is only called for a strong
+// defined symbol from a regular object file. This is used when
+// defining special symbols.
+
+bool
+Symbol_table::should_override_with_special(const Symbol* to)
+{
+ bool adjust_common_sizes;
+ unsigned int frombits = global_flag | regular_flag | def_flag;
+ bool ret = Symbol_table::should_override(to, frombits, &adjust_common_sizes);
+ gold_assert(!adjust_common_sizes);
+ return ret;
+}
+
+// Override symbol base with a special symbol.
+
+void
+Symbol::override_base_with_special(const Symbol* from)
+{
+ this->source_ = from->source_;
+ switch (from->source_)
+ {
+ case FROM_OBJECT:
+ this->u_.from_object = from->u_.from_object;
+ break;
+ case IN_OUTPUT_DATA:
+ this->u_.in_output_data = from->u_.in_output_data;
+ break;
+ case IN_OUTPUT_SEGMENT:
+ this->u_.in_output_segment = from->u_.in_output_segment;
+ break;
+ case CONSTANT:
+ break;
+ default:
+ gold_unreachable();
+ break;
+ }
+
+ if (from->version_ != NULL && this->version_ != from->version_)
+ {
+ gold_assert(this->version_ == NULL);
+ this->version_ = from->version_;
+ }
+
+ this->type_ = from->type_;
+ this->binding_ = from->binding_;
+ this->visibility_ = from->visibility_;
+ this->nonvis_ = from->nonvis_;
+
+ // Special symbols are always considered to be regular symbols.
+ this->in_reg_ = true;
+}
+
+// Override a symbol with a special symbol.
+
+template<int size>
+void
+Sized_symbol<size>::override_with_special(const Sized_symbol<size>* from)
+{
+ this->override_base_with_special(from);
+ this->value_ = from->value_;
+ this->symsize_ = from->symsize_;
+}
+
// Instantiate the templates we need. We could use the configure
// script to restrict this to only the ones needed for implemented
// targets.
const char* version);
#endif
+#if defined(HAVE_TARGET_32_LITTLE) || defined(HAVE_TARGET_32_BIG)
+template
+void
+Sized_symbol<32>::override_with_special(const Sized_symbol<32>*);
+#endif
+
+#if defined(HAVE_TARGET_64_LITTLE) || defined(HAVE_TARGET_64_BIG)
+template
+void
+Sized_symbol<64>::override_with_special(const Sized_symbol<64>*);
+#endif
+
} // End namespace gold.
// Create and return a specially defined symbol. If ONLY_IF_REF is
// true, then only create the symbol if there is a reference to it.
+// If this does not return NULL, it sets *POLDSYM to the existing
+// symbol if there is one.
template<int size, bool big_endian>
Sized_symbol<size>*
Symbol_table::define_special_symbol(const Target* target, const char* name,
- const char* version, bool only_if_ref
+ const char* version, bool only_if_ref,
+ Sized_symbol<size>** poldsym
ACCEPT_SIZE_ENDIAN)
{
gold_assert(this->size_ == size);
Symbol* oldsym;
Sized_symbol<size>* sym;
+ bool add_to_table = false;
+ typename Symbol_table_type::iterator add_loc = this->table_.end();
if (only_if_ref)
{
oldsym = this->lookup(name, version);
if (oldsym == NULL || !oldsym->is_undefined())
return NULL;
- sym = NULL;
-
- // Canonicalize NAME and VERSION.
- name = oldsym->name();
- version = oldsym->version();
}
else
{
// We already have a symbol table entry for NAME/VERSION.
oldsym = ins.first->second;
gold_assert(oldsym != NULL);
- sym = NULL;
}
else
{
// We haven't seen this symbol before.
gold_assert(ins.first->second == NULL);
-
- if (!target->has_make_symbol())
- sym = new Sized_symbol<size>();
- else
- {
- gold_assert(target->get_size() == size);
- gold_assert(target->is_big_endian() ? big_endian : !big_endian);
- typedef Sized_target<size, big_endian> My_target;
- const My_target* sized_target =
- static_cast<const My_target*>(target);
- sym = sized_target->make_symbol();
- if (sym == NULL)
- return NULL;
- }
-
- ins.first->second = sym;
+ add_to_table = true;
+ add_loc = ins.first;
oldsym = NULL;
}
}
- if (oldsym != NULL)
+ if (!target->has_make_symbol())
+ sym = new Sized_symbol<size>();
+ else
{
- gold_assert(sym == NULL);
+ gold_assert(target->get_size() == size);
+ gold_assert(target->is_big_endian() ? big_endian : !big_endian);
+ typedef Sized_target<size, big_endian> My_target;
+ const My_target* sized_target =
+ static_cast<const My_target*>(target);
+ sym = sized_target->make_symbol();
+ if (sym == NULL)
+ return NULL;
+ }
- sym = this->get_sized_symbol SELECT_SIZE_NAME(size) (oldsym
- SELECT_SIZE(size));
- gold_assert(sym->source() == Symbol::FROM_OBJECT);
- const int old_shndx = sym->shndx();
- if (old_shndx != elfcpp::SHN_UNDEF
- && old_shndx != elfcpp::SHN_COMMON
- && !sym->object()->is_dynamic())
- {
- fprintf(stderr, "%s: linker defined: multiple definition of %s\n",
- program_name, name);
- // FIXME: Report old location. Record that we have seen an
- // error.
- return NULL;
- }
+ if (add_to_table)
+ add_loc->second = sym;
+ else
+ gold_assert(oldsym != NULL);
- // Our new definition is going to override the old reference.
- }
+ *poldsym = this->get_sized_symbol SELECT_SIZE_NAME(size) (oldsym
+ SELECT_SIZE(size));
return sym;
}
{
gold_assert(target->get_size() == this->size_);
if (this->size_ == 32)
- return this->do_define_in_output_data<32>(target, name, version, od, value,
- symsize, type, binding,
- visibility, nonvis,
- offset_is_from_end, only_if_ref);
+ {
+#if defined(HAVE_TARGET_32_LITTLE) || defined(HAVE_TARGET_32_BIG)
+ return this->do_define_in_output_data<32>(target, name, version, od,
+ value, symsize, type, binding,
+ visibility, nonvis,
+ offset_is_from_end,
+ only_if_ref);
+#else
+ gold_unreachable();
+#endif
+ }
else if (this->size_ == 64)
- return this->do_define_in_output_data<64>(target, name, version, od, value,
- symsize, type, binding,
- visibility, nonvis,
- offset_is_from_end, only_if_ref);
+ {
+#if defined(HAVE_TARGET_64_LITTLE) || defined(HAVE_TARGET_64_BIG)
+ return this->do_define_in_output_data<64>(target, name, version, od,
+ value, symsize, type, binding,
+ visibility, nonvis,
+ offset_is_from_end,
+ only_if_ref);
+#else
+ gold_unreachable();
+#endif
+ }
else
gold_unreachable();
}
bool only_if_ref)
{
Sized_symbol<size>* sym;
+ Sized_symbol<size>* oldsym;
if (target->is_big_endian())
{
#if defined(HAVE_TARGET_32_BIG) || defined(HAVE_TARGET_64_BIG)
sym = this->define_special_symbol SELECT_SIZE_ENDIAN_NAME(size, true) (
- target, name, version, only_if_ref
+ target, name, version, only_if_ref, &oldsym
SELECT_SIZE_ENDIAN(size, true));
#else
gold_unreachable();
{
#if defined(HAVE_TARGET_32_LITTLE) || defined(HAVE_TARGET_64_LITTLE)
sym = this->define_special_symbol SELECT_SIZE_ENDIAN_NAME(size, false) (
- target, name, version, only_if_ref
+ target, name, version, only_if_ref, &oldsym
SELECT_SIZE_ENDIAN(size, false));
#else
gold_unreachable();
sym->init(name, od, value, symsize, type, binding, visibility, nonvis,
offset_is_from_end);
+ if (oldsym != NULL
+ && Symbol_table::should_override_with_special(oldsym))
+ oldsym->override_with_special(sym);
+
return sym;
}
{
gold_assert(target->get_size() == this->size_);
if (this->size_ == 32)
- return this->do_define_in_output_segment<32>(target, name, version, os,
- value, symsize, type, binding,
- visibility, nonvis,
- offset_base, only_if_ref);
+ {
+#if defined(HAVE_TARGET_32_LITTLE) || defined(HAVE_TARGET_32_BIG)
+ return this->do_define_in_output_segment<32>(target, name, version, os,
+ value, symsize, type,
+ binding, visibility, nonvis,
+ offset_base, only_if_ref);
+#else
+ gold_unreachable();
+#endif
+ }
else if (this->size_ == 64)
- return this->do_define_in_output_segment<64>(target, name, version, os,
- value, symsize, type, binding,
- visibility, nonvis,
- offset_base, only_if_ref);
+ {
+#if defined(HAVE_TARGET_64_LITTLE) || defined(HAVE_TARGET_64_BIG)
+ return this->do_define_in_output_segment<64>(target, name, version, os,
+ value, symsize, type,
+ binding, visibility, nonvis,
+ offset_base, only_if_ref);
+#else
+ gold_unreachable();
+#endif
+ }
else
gold_unreachable();
}
bool only_if_ref)
{
Sized_symbol<size>* sym;
+ Sized_symbol<size>* oldsym;
if (target->is_big_endian())
sym = this->define_special_symbol SELECT_SIZE_ENDIAN_NAME(size, true) (
- target, name, version, only_if_ref
+ target, name, version, only_if_ref, &oldsym
SELECT_SIZE_ENDIAN(size, true));
else
sym = this->define_special_symbol SELECT_SIZE_ENDIAN_NAME(size, false) (
- target, name, version, only_if_ref
+ target, name, version, only_if_ref, &oldsym
SELECT_SIZE_ENDIAN(size, false));
if (sym == NULL)
sym->init(name, os, value, symsize, type, binding, visibility, nonvis,
offset_base);
+ if (oldsym != NULL
+ && Symbol_table::should_override_with_special(oldsym))
+ oldsym->override_with_special(sym);
+
return sym;
}
{
gold_assert(target->get_size() == this->size_);
if (this->size_ == 32)
- return this->do_define_as_constant<32>(target, name, version, value,
- symsize, type, binding, visibility,
- nonvis, only_if_ref);
+ {
+#if defined(HAVE_TARGET_32_LITTLE) || defined(HAVE_TARGET_32_BIG)
+ return this->do_define_as_constant<32>(target, name, version, value,
+ symsize, type, binding,
+ visibility, nonvis, only_if_ref);
+#else
+ gold_unreachable();
+#endif
+ }
else if (this->size_ == 64)
- return this->do_define_as_constant<64>(target, name, version, value,
- symsize, type, binding, visibility,
- nonvis, only_if_ref);
+ {
+#if defined(HAVE_TARGET_64_LITTLE) || defined(HAVE_TARGET_64_BIG)
+ return this->do_define_as_constant<64>(target, name, version, value,
+ symsize, type, binding,
+ visibility, nonvis, only_if_ref);
+#else
+ gold_unreachable();
+#endif
+ }
else
gold_unreachable();
}
bool only_if_ref)
{
Sized_symbol<size>* sym;
+ Sized_symbol<size>* oldsym;
if (target->is_big_endian())
sym = this->define_special_symbol SELECT_SIZE_ENDIAN_NAME(size, true) (
- target, name, version, only_if_ref
+ target, name, version, only_if_ref, &oldsym
SELECT_SIZE_ENDIAN(size, true));
else
sym = this->define_special_symbol SELECT_SIZE_ENDIAN_NAME(size, false) (
- target, name, version, only_if_ref
+ target, name, version, only_if_ref, &oldsym
SELECT_SIZE_ENDIAN(size, false));
if (sym == NULL)
sym->init(name, value, symsize, type, binding, visibility, nonvis);
+ if (oldsym != NULL
+ && Symbol_table::should_override_with_special(oldsym))
+ oldsym->override_with_special(sym);
+
return sym;
}
projects / binutils-gdb.git / commitdiff