ContentSize
off_t ContentSize() const;
int32 ContentSize() const;
off_t ContentSize() const;
off_t ContentSize() const; // 0 if uninitialized
off_t size = Partition()->ContentSize();
off_t size = Partition()->ContentSize();
event->ContentSize(), 1);
printf("\tContentSize(): %s\n", string_for_size(partition->ContentSize(),
if (partition->ContentSize() < 20 * 1024 * 1024) {
|| partition->ContentSize() < 1024 * 1024
off_t ContentSize() const
unit->ContentSize(), unit->AddressSize(), unit->IsBigEndian());
unit->ContentSize(), unit->AddressSize(), unit->IsBigEndian());
partition->Size(), partition->ContentSize()));
if (capacity == partition->ContentSize())
info.AddInt64("capacity", partition->ContentSize());
void* buffer = kernel_args_malloc(gBootParams.ContentSize() + 7);
memcpy(buffer, gBootParams.Buffer(), gBootParams.ContentSize());
gKernelArgs.boot_volume_size = gBootParams.ContentSize();
if (ContentSize() > 0) {
data->content_size = ContentSize();
OUT("%s content size: %" B_PRIdOFF "\n", prefix, ContentSize());
|| size > partition->ContentSize()) {
if (child->DiskSystem() && contentSize < child->ContentSize())
&& contentSize > child->ContentSize()) {
double size = partition->ContentSize();
send_message(fMessage->Buffer(), fMessage->ContentSize(),
return write_port(targetPort, 'KMSG', fBuffer, ContentSize());
return write_port_etc(targetPort, 'KMSG', fBuffer, ContentSize(),
int32 offset = ContentSize();
return send_message(message->Buffer(), message->ContentSize(), targets,
send_message(message.Buffer(), message.ContentSize(), targets,
size_t sizeNeeded = info.ContentSize();
gErrorMessage.Buffer(), gErrorMessage.ContentSize(), 0, 0);