orl_return PrintSymbolInfo( orl_symbol_handle symbol )
/****************************************************/
{
orl_symbol_type type;
char *name;
orl_sec_handle sec;
name = ORLSymbolGetName( symbol );
//printf( "handle = %x", symbol );
printf( "%-25s:", name ? name : "" );
printf( " %8.8llx ", ORLSymbolGetValue( symbol ) );
switch( ORLSymbolGetBinding( symbol ) ) {
case ORL_SYM_BINDING_NONE:
printf( "n/a " );
break;
case ORL_SYM_BINDING_LOCAL:
printf( "locl" );
break;
case ORL_SYM_BINDING_WEAK:
printf( "weak" );
break;
case ORL_SYM_BINDING_GLOBAL:
printf( "glbl" );
break;
case ORL_SYM_BINDING_LAZY:
printf( "lazy" );
break;
case ORL_SYM_BINDING_ALIAS:
printf( "alis" );
break;
}
printf( " " );
type = ORLSymbolGetType( symbol );
if( type & ORL_SYM_TYPE_DEBUG ) {
printf( "debug" );
} else if( type & ORL_SYM_TYPE_UNDEFINED ) {
printf( "undef" );
} else if( type & ORL_SYM_TYPE_COMMON ) {
printf( "comm " );
} else if( type & ORL_SYM_TYPE_ABSOLUTE ) {
printf( "abs " );
} else {
printf( " " );
}
printf( " " );
if( type & ORL_SYM_TYPE_OBJECT ) {
printf( "obj " );
} else if( type & ORL_SYM_TYPE_FUNCTION ) {
printf( "func" );
} else if( type & ORL_SYM_TYPE_SECTION ) {
printf( "sect" );
} else if( type & ORL_SYM_TYPE_FILE ) {
printf( "file" );
} else {
printf( "none" );
}
sec = ORLSymbolGetSecHandle( symbol );
if( sec ) {
printf( " (in '%s')", ORLSecGetName( sec ) );
}
printf( "\n" );
return( ORL_OKAY );
}
static orl_return ProcSymbol( orl_symbol_handle symhdl )
/******************************************************/
{
orl_symbol_type type;
char *name;
orl_symbol_value value;
orl_sec_handle sechdl;
symbol *sym;
size_t namelen;
sym_flags symop;
extnode *newnode;
segnode *snode;
bool isweak;
orl_symbol_handle assocsymhdl;
symbol *assocsym;
orl_symbol_binding binding;
sechdl = ORLSymbolGetSecHandle( symhdl );
snode = FindSegNode( sechdl );
type = ORLSymbolGetType( symhdl );
name = ORLSymbolGetName( symhdl );
if( type & ORL_SYM_TYPE_FILE ) {
if( (CurrMod->modinfo & MOD_GOT_NAME) == 0 ) {
CurrMod->modinfo |= MOD_GOT_NAME;
_LnkFree( CurrMod->name );
CurrMod->name = AddStringStringTable( &PermStrings, name );
}
return( ORL_OKAY );
}
if( type & ORL_SYM_TYPE_DEBUG )
return( ORL_OKAY );
if( type & (ORL_SYM_TYPE_OBJECT|ORL_SYM_TYPE_FUNCTION) ||
(type & (ORL_SYM_TYPE_NOTYPE|ORL_SYM_TYPE_UNDEFINED) &&
name != NULL)) {
namelen = strlen( name );
if( namelen == 0 ) {
BadObject();
}
if( CurrMod->modinfo & MOD_IMPORT_LIB ) {
ImpProcSymbol( snode, type, name, namelen );
return( ORL_OKAY );
}
newnode = AllocNode( ExtNodes );
newnode->handle = symhdl;
binding = ORLSymbolGetBinding( symhdl );
symop = ST_CREATE;
if( binding == ORL_SYM_BINDING_LOCAL ) {
symop |= ST_STATIC | ST_NONUNIQUE;
}
if( (type & ORL_SYM_TYPE_UNDEFINED) && binding != ORL_SYM_BINDING_ALIAS ){
symop |= ST_REFERENCE;
} else {
symop |= ST_NOALIAS;
}
sym = SymOp( symop, name, namelen );
CheckIfTocSym( sym );
if( type & ORL_SYM_TYPE_COMMON ) {
value = ORLSymbolGetValue( symhdl );
sym = MakeCommunalSym( sym, value.u._32[I64LO32], false, true );
} else if( type & ORL_SYM_TYPE_UNDEFINED ) {
DefineReference( sym );
isweak = false;
switch( binding ) {
case ORL_SYM_BINDING_WEAK:
isweak = true;
case ORL_SYM_BINDING_ALIAS:
case ORL_SYM_BINDING_LAZY:
assocsymhdl = ORLSymbolGetAssociated( symhdl );
name = ORLSymbolGetName( assocsymhdl );
namelen = strlen(name);
if( binding == ORL_SYM_BINDING_ALIAS ) {
MakeSymAlias( sym->name, strlen(sym->name), name, namelen );
} else {
assocsym = SymOp( ST_CREATE | ST_REFERENCE, name, namelen );
DefineLazyExtdef( sym, assocsym, isweak );
newnode->isweak = true;
}
}
} else {
newnode->isdefd = true;
value = ORLSymbolGetValue( symhdl );
if( (type & ORL_SYM_TYPE_COMMON) && (type & ORL_SYM_TYPE_OBJECT) && sechdl == NULL) {
sym = MakeCommunalSym( sym, value.u._32[I64LO32], false, true );
} else if( snode != NULL && snode->entry != NULL && snode->entry->iscdat ) {
DefineComdatSym( snode, sym, value );
} else {
sym->info |= SYM_DEFINED;
DefineSymbol( sym, snode, value.u._32[I64LO32], 0 );
}
}
newnode->entry = sym;
} else if( (type & ORL_SYM_TYPE_SECTION) && (type & ORL_SYM_CDAT_MASK)
&& snode != NULL && !(snode->info & SEG_DEAD) ) {
snode->entry->select = (type & ORL_SYM_CDAT_MASK) >> ORL_SYM_CDAT_SHIFT;
}
orl_return CreateNamedLabel( orl_symbol_handle sym_hnd )
{
hash_data * data_ptr;
label_list sec_label_list;
label_entry entry;
orl_symbol_type type;
orl_symbol_type primary_type;
orl_sec_handle sec;
char * SourceName;
char * LabName;
unsigned_64 val64;
type = ORLSymbolGetType( sym_hnd );
primary_type = type & 0xFF;
switch( primary_type ) {
// No harm in including these since elf generates relocs to these.
// case ORL_SYM_TYPE_NONE:
// case ORL_SYM_TYPE_FUNC_INFO:
// return( ORL_OKAY );
case ORL_SYM_TYPE_FILE:
SourceName = ORLSymbolGetName( sym_hnd );
if( (SourceName != NULL) && (SourceFileInObject == NULL) ) {
SourceFileInObject = SourceName;
}
return( ORL_OKAY );
}
entry = MemAlloc( sizeof( label_entry_struct ) );
if( !entry ) return( ORL_OUT_OF_MEMORY );
val64 = ORLSymbolGetValue( sym_hnd );
entry->offset = val64.u._32[I64LO32];
// all symbols from the object file will have names
entry->shnd = ORLSymbolGetSecHandle( sym_hnd );
if( primary_type == ORL_SYM_TYPE_SECTION ) {
entry->type = LTYP_SECTION;
} else if( primary_type == ORL_SYM_TYPE_GROUP ) {
entry->type = LTYP_GROUP;
} else if( entry->shnd == 0 ) {
entry->type = LTYP_EXTERNAL_NAMED;
} else if( primary_type == ORL_SYM_TYPE_FUNC_INFO ){
entry->type = LTYP_FUNC_INFO;
} else {
entry->type = LTYP_NAMED;
}
entry->binding = ORLSymbolGetBinding( sym_hnd );
LabName = ORLSymbolGetName( sym_hnd );
if( LabName == NULL ) {
sec = ORLSymbolGetSecHandle( sym_hnd );
if( sec ) {
LabName = ORLSecGetName( sec );
} else {
MemFree( entry );
return( ORL_OKAY );
}
}
// Demangle the name, if necessary
if( !((Options & NODEMANGLE_NAMES) || (DFormat & DFF_ASM)) ) {
entry->label.name = MemAlloc( MAX_LINE_LEN + 3 );
__demangle_l( LabName, 0, &(entry->label.name[2]), MAX_LINE_LEN );
} else {
entry->label.name = MemAlloc( strlen( LabName )+8 );
strcpy( &(entry->label.name[2]), LabName );
}
entry->label.name[0]=0;
entry->label.name[1]=0;
LabName = &(entry->label.name[2]);
if( NeedsQuoting( LabName ) ) {
// entry->label.name[-1] will be 1 if we have added a quote,
// 0 otherwise. This is helpful when freeing the memory.
entry->label.name[0] = 1;
entry->label.name[1] = '`';
entry->label.name += 1;
LabName += strlen( LabName );
LabName[0] = '`';
LabName[1] = '\0';
} else {
entry->label.name += 2;
}
data_ptr = HashTableQuery( HandleToLabelListTable, (hash_value) entry->shnd );
if( data_ptr ) {
sec_label_list = (label_list) *data_ptr;
entry = addLabel( sec_label_list, entry, sym_hnd );
if( Options & PRINT_PUBLICS && entry->shnd != 0 &&
primary_type != ORL_SYM_TYPE_SECTION &&
entry->binding != ORL_SYM_BINDING_LOCAL ) {
Publics.number++;
}
} else {
// error!!!! the label list should have been created
MemFree( entry );
return( ORL_ERROR );
}
return( ORL_OKAY );
}
