fVersion
BPackageVersion fVersion;
BPackageVersion fVersion;
BPackageVersion fVersion;
float fVersion;
fVersion(0),
if (fVersion > VMBUS_VERSION_WS2008) {
fVersion = vmbus_versions[i];
TRACE("Connected to VMBus version %u.%u conn id %u\n", GET_VMBUS_VERSION_MAJOR(fVersion),
GET_VMBUS_VERSION_MINOR(fVersion), fConnectionId);
if (fVersion == VMBUS_VERSION_WS2008 || fVersion == VMBUS_VERSION_WS2008R2)
if (fVersion == VMBUS_VERSION_WS2008 || fVersion == VMBUS_VERSION_WS2008R2)
uint32 GetVersion() const { return fVersion; }
uint32 fVersion;
fVersion(0),
snprintf(inquiry_data->hba_version, SCSI_VERS, "%u.%u", GET_SCSI_VERSION_MAJOR(fVersion),
GET_SCSI_VERSION_MINOR(fVersion));
fVersion = hv_scsi_versions[i];
GET_SCSI_VERSION_MAJOR(fVersion), GET_SCSI_VERSION_MINOR(fVersion),
bool _IsLegacy() const { return fVersion < HV_SCSI_VERSION_WIN8; }
uint16 fVersion;
fVersion(0),
fVersion = 1;
fVersion = 2;
if (fVersion >= 2) {
fVersion(0),
uint32 fVersion;
fVersion(NULL),
delete fVersion;
if (fVersion != NULL)
delete fVersion;
fVersion = version;
if (fVersion != NULL) {
size += 1 + fVersion->ToString(NULL, 0);
if (fVersion != NULL) {
fVersion->ToString(name + nameLength + 1, size - nameLength - 1);
::Version* fVersion;
{ return fVersion; }
uint8 Version() const { return fVersion; }
static const uint8 fVersion = 2;
fVersion(2)
fVersion(NULL),
delete fVersion;
fVersion = version;
if (fVersion == NULL)
&& resolvableVersion->Compare(fVersionOperator, *fVersion);
if (fVersion == NULL)
&& fVersion->Compare(*resolvableVersion) >= 0;
Version* fVersion;
fVersion(NULL),
delete fVersion;
fVersion = version;
::Version* Version() const { return fVersion; }
::Version* fVersion;
void _Unset() { if (fVersion & ALLOCATED) delete fKey; fKey = NULL; }
VKey() : fKey(NULL), fVersion(KEY_FORMAT_3_5) {}
: fKey(const_cast<Key*>(k)), fVersion(version) {}
VKey(const Key *k) : fKey(NULL), fVersion(KEY_FORMAT_3_5) { SetTo(k); }
: fKey(NULL), fVersion(KEY_FORMAT_3_5)
: fKey(new(nothrow) Key(*k.fKey)), fVersion(k.fVersion | ALLOCATED) {}
fVersion = version;
fVersion = fKey->GuessVersion();
fVersion = KEY_FORMAT_3_5 | ALLOCATED;
fVersion = KEY_FORMAT_3_6 | ALLOCATED;
fKey->SetTo(dirID, objectID, offset, type, fVersion);
uint16 GetVersion() const { return fVersion & VERSION_MASK; }
if (!(fVersion & ALLOCATED))
fVersion |= ALLOCATED;
uint16 fVersion;
uint32 GetVersion() const { return (fVersion & VERSION_MASK); }
uint16 fVersion;
StatData() : fCurrentData(NULL), fVersion(STAT_DATA_V2) {}
: fCurrentData(NULL), fVersion(STAT_DATA_V2) { *this = data; }
: fCurrentData(NULL), fVersion(STAT_DATA_V2) { SetTo(data, clone); }
: fCurrentData(NULL), fVersion(STAT_DATA_V2) { SetTo(data, clone); }
fVersion = STAT_DATA_V1;
fVersion |= ALLOCATED;
fVersion = STAT_DATA_V2;
fVersion |= ALLOCATED;
if (fVersion & ALLOCATED) {
.Add(fVersion)
delete fVersion;
fVersion = new BStringView("Version", version_string);
BStringView* fVersion;
if (fVersion == PSD_FILE)
else if (fVersion == PSB_FILE)
fVersion = _GetInt16FromStream(fStream);
if (fVersion == PSD_FILE)
else if (fVersion == PSB_FILE)
if (fVersion != PSD_FILE && fVersion != PSB_FILE)
int16 fVersion;
psdHeader << (uint16)fVersion; // Version
if (fVersion == PSD_FILE) {
if (fVersion == PSD_FILE) {
if (fVersion == PSD_FILE) {
if (fVersion == PSD_FILE)
fVersion = PSD_FILE;
fVersion = ver;
int16 fVersion;
BStringView *fVersion = new BStringView("version", version);
.Add(fVersion)
fVersion(0)
fVersion = parse_integer(first, stream, last);
command->SetOption(fVersion);
return fVersion;
int32 fVersion;
return fVersion;
fVersion = version;
static_cast<int>(B_TRANSLATION_MAJOR_VERSION(fVersion)),
static_cast<int>(B_TRANSLATION_MINOR_VERSION(fVersion)),
static_cast<int>(B_TRANSLATION_REVISION_VERSION(fVersion)),
int32 fVersion;
fVersion(),
fVersion(),
fVersion(),
fVersion = other->Version();
coreInfo->SetVersion(fVersion);
fVersion = value;
fVersion(other.fVersion),
return fVersion == other.fVersion
return fVersion;
fVersion = value;
fVersion;
fVersion;
fVersion = version;
fStatus |= info.FindString("package_version", &fVersion);
ret |= info.AddString("package_version", fVersion);
{ return fVersion.String(); }
BString fVersion;
fVersion = version;
const char *GetVersion() { return fVersion.String(); }
BString fVersion;
fVersion(version),
const char* GetVersion() { return fVersion.String(); };
BString fVersion;
fVersion = 0;
return fVersion;
fVersion = 0.5;
fVersion(0),
infoMessage.FindFloat ("version", &fVersion);
fVersion(0),
fVersion(0),
fVersion.Clear();
|| (error = _AddVersion(archive, "version", fVersion)) != B_OK
.Write("version", fVersion)
&& (error = _ExtractVersion(archive, "version", 0, fVersion)) == B_OK
|| fVersion.InitCheck() != B_OK
return fVersion;
fVersion.ToString().String(), kArchitectureNames[fArchitecture]);
&& expression.Matches(fVersion, fVersion);
fVersion = version;
_ParseVersionValue(&packageInfo->fVersion, false);
fVersion = version;
fVersion.Clear();
fVersion(data.version),
fVersion(version),
return fVersion;
if (fVersion.InitCheck() == B_OK)
string << '=' << fVersion.ToString();
fVersion.Clear();
return fVersion;
if (fVersion.InitCheck() == B_OK)
string << kOperatorNames[fOperator] << fVersion.ToString();
fVersion.Clear();
fVersion = version;
fVersion.Clear();
if (fVersion.InitCheck() != B_OK)
int compare = version.Compare(fVersion);
return compare <= 0 || compatibleVersion.Compare(fVersion) <= 0;
!= (fVersion.InitCheck() == B_OK))
string fVersion;
fVersion = version;
DrawString(fVersion.c_str());