AttrValue
AttrValue attr;
AttrValue* values;
AttrValue* values;
AttrValue* values;
AttrValue attr[6];
AttrValue* values;
AttrValue* values;
AttrValue* values;
AttrValue* before = NULL;
ArrayDeleter<AttrValue> beforeDeleter(before);
AttrValue* after;
ArrayDeleter<AttrValue> afterDeleter(after);
AttrValue* values;
NFS4Inode::GetStat(AttrValue** values, uint32* count, OpenAttrCookie* cookie)
NFS4Inode::WriteStat(OpenState* state, Delegation* delegation, AttrValue* attrs, uint32 attrCount)
AttrValue* values;
AttrValue* values;
AttrValue cattr[2];
AttrValue* values;
AttrValue attr;
AttrValue attr;
AttrValue cattr[1];
AttrValue* values;
AttrValue attr;
status_t GetStat(AttrValue** values, uint32* count,
AttrValue* attrs, uint32 attrCount);
AttrValue* values;
ArrayDeleter<AttrValue> valuesDeleter(values);
ReplyInterpreter::GetAttr(AttrValue** attrs, uint32* count)
AttrValue* values;
AttrValue::AttrValue()
ReplyInterpreter::_DecodeAttrs(XDR::ReadStream& str, AttrValue** attrs,
AttrValue* values = new(std::nothrow) AttrValue[attr_count];
AttrValue::~AttrValue()
status_t _DecodeAttrs(XDR::ReadStream& stream, AttrValue** attrs,
AttrValue();
~AttrValue();
AttrValue* fAttrs;
status_t GetAttr(AttrValue** attrs, uint32* count);
RequestBuilder::Create(FileType type, const char* name, AttrValue* attr,
RequestBuilder::Nverify(AttrValue* attr, uint32 count)
OpenCreate oc, uint64 ownerId, const char* name, AttrValue* attr,
RequestBuilder::SetAttr(const uint32* id, uint32 stateSeq, AttrValue* attr,
RequestBuilder::Verify(AttrValue* attr, uint32 count)
RequestBuilder::_EncodeAttrs(XDR::WriteStream& stream, AttrValue* attr,
AttrValue* attr, uint32 count,
status_t Nverify(AttrValue* attr, uint32 count);
AttrValue* attr = NULL,
AttrValue* attr, uint32 count);
status_t Verify(AttrValue* attr, uint32 count);
AttrValue* attr, uint32 count);
RootInode::GetLocations(AttrValue** attrv)
AttrValue* values;
status_t GetLocations(AttrValue** attr);
static AttrValue gEnableEnum[] = {
static AttrValue gBooleanEnum[] = {
static AttrValue gWriteEnum[] = {
static AttrValue gBitmapCharScalingEnum[] = {
static AttrValue gUnitOfMeasureEnum[] = {
static AttrValue gErrorReportingEnum[] = {
static AttrValue gDataOrganizationEnum[] = {
static AttrValue gDuplexPageModeEnum[] = {
static AttrValue gDuplexPageSideEnum[] = {
static AttrValue gSimplexPageModeEnum[] = {
static AttrValue gOrientationEnum[] = {
static AttrValue gMediaSizeEnum[] = {
static AttrValue gMediaSourceEnum[] = {
static AttrValue gMediaDestinationEnum[] = {
static AttrValue gCompressionEnum[] = {
static AttrValue gArcDirectionEnum[] = {
static AttrValue gFillModeEnum[] = {
static AttrValue gLineEndEnum[] = {
static AttrValue gCharSubModeEnum[] = {
static AttrValue gLineJoinEnum[] = {
static AttrValue gDitherMatrixEnum[] = {
static AttrValue gDataSourceEnum[] = {
static AttrValue gColorSpaceEnum[] = {
static AttrValue gColorDepthEnum[] = {
static AttrValue gColorMappingEnum[] = {
static AttrValue gDiagnosticEnum[] = {
static AttrValue gClipModeEnum[] = {
static AttrValue gDataTypeEnum[] = {
static AttrValue gPatternPersistenceEnum[] = {
static AttrValue gTransparancyEnum[] = {
static AttrValue gFormTypeEnum[] = {
static AttrValue gColorEnum[] = {
void Disasm::PrintAttributeValue(uint8 id, const AttrValue* table, int size) {
#define ATTR_ENUM(name) name, NUM_OF_ELEMS(name, AttrValue)
void PrintAttributeValue(uint8 id, const AttrValue* table, int tableSize);