bool AssociationTagDescriptor::verify() const {
if (getDescriptorTag() != TAG)
return false;
unsigned use = getUse();
if (use == 0x00) {
if (getSelectorLength() != 8) {
return false;
}
}
else if (use == 0x01) {
if (getSelectorLength() != 0) {
return false;
}
}
return Descriptor::verify();
}
static void printMasmHeader( section_ptr sec )
{
orl_sec_alignment alignment;
orl_sec_flags flags;
orl_sec_type type;
orl_sec_frame frame;
orl_sec_combine combine;
orl_sec_size size;
char *name;
char *class;
char *gname;
char *astr;
orl_sec_handle sh;
orl_group_handle grp = NULL;
char comname[ MAX_LINE_LEN ];
size = ORLSecGetSize( sec->shnd );
// Load all necessary information
name = sec->name;
if( !name ) {
name = "";
}
type = ORLSecGetType( sec->shnd );
flags = ORLSecGetFlags( sec->shnd );
frame = ORLSecGetAbsFrame( sec->shnd );
if( DFormat & DFF_ASM ) {
class = ORLSecGetClassName( sec->shnd );
if( !class ) {
class = "";
}
if( flags & ORL_SEC_FLAG_COMDAT ) {
BufferConcat( "; ERROR: Comdat symbols cannot be assembled." );
} else if( frame == ORL_SEC_NO_ABS_FRAME ) {
alignment = ORLSecGetAlignment( sec->shnd );
combine = ORLSecGetCombine( sec->shnd );
BufferQuoteName( name );
BufferStore( "\t\tSEGMENT\t%s %s %s '%s'",
getAlignment( alignment ), getCombine( combine ),
getUse( flags ), class );
} else {
size_t TemplateBuilder::addUse(const TemplateInst& templateInst) {
assert(!templateInst.arguments().empty());
const auto existingId = getUse(templateInst);
if (existingId) {
return existingId.value();
}
const size_t nextId = templateUseMap_.size();
templateUseMap_.insert(std::make_pair(templateInst.copy(), nextId));
const auto arguments = templateInst.arguments();
const auto objectTemplateVars = object_.templateVariables();
if (arguments.size() == objectTemplateVars.size() &&
templateInst.allArgumentsAreTemplateVars(objectTemplateVars)) {
// If we're passing our own template arguments to
// something else unchanged, then we could apply
// the 'pass-through optimisation', which effectively
// means we don't need to allocate any space on
// the path and just call directly down to the
// next template generator.
//
// Note that this only works if there's exaclty
// one template call, hence it's just considered
// a 'candidate' at this point.
isPassThroughOptimisationCandidate_ = true;
}
for (const auto& arg: arguments) {
if (arg.isTypeRef()) {
const auto typeArg = arg.typeRefType();
if (typeArg->isObject() && !typeArg->templateArguments().empty()) {
(void) addUse(TemplateInst::Type(typeArg));
}
}
}
return nextId;
}
if( !class ) {
class = "";
}
if( flags & ORL_SEC_FLAG_COMDAT ) {
BufferConcat( "; ERROR: Comdat symbols cannot be assembled." );
} else if( frame == ORL_SEC_NO_ABS_FRAME ) {
alignment = ORLSecGetAlignment( sec->shnd );
combine = ORLSecGetCombine( sec->shnd );
BufferQuoteName( name );
BufferStore( "\t\tSEGMENT\t%s %s %s '%s'",
getAlignment( alignment ), getCombine( combine ),
getUse( flags ), class );
} else {
BufferQuoteName( name );
BufferStore( "\t\tSEGMENT\t at %08X %s '%s'", (unsigned)frame << 4,
getUse( flags ), class );
}
} else {
if( flags & ORL_SEC_FLAG_COMDAT ) {
if( Options & NODEMANGLE_NAMES ) {
strncpy( comname, name, MAX_LINE_LEN );
} else {
__demangle_l( name, 0, comname, MAX_LINE_LEN );
}
combine = ORLSecGetCombine( sec->shnd );
if( ( combine & ORL_SEC_COMBINE_COMDAT_ALLOC_MASK ) ==
ORL_SEC_COMBINE_COMDAT_ALLOC_EXPLIC ) {
sh = ORLSecGetAssociated( sec->shnd );
grp = ORLSecGetGroup( sec->shnd );
astr = "SEGMENT";
} else {
bool AssociationTagDescriptor::hasTransactionId() const {
return getUse() == 0x00;
}