Current
static BNetworkProfile* Current();
Element *Current()
TraceEntry* Current() const
return fTreeIterator.Current();
inline Value* Current()
if (AVLTreeNode* node = fTreeIterator.Current())
inline AVLTreeNode* Current() const
return fTreeIterator.Current();
if (AVLTreeNode* node = fTreeIterator.Current())
inline Value Current()
if (AVLTreeNode* node = fTreeIterator.Current())
if (AVLTreeNode* node = fTreeIterator.Current())
if (AVLTreeNode* node = fTreeIterator.Current())
Element* Current()
Node* Current()
ACPI_PARSE_OBJECT *Current = Start;
while (Current)
Next = Current->Common.Next;
Arg = AcpiPsGetArg (Current, 0);
AcpiPsFreeOp(Current);
Current = Next;
return it.Current();
if (fileInfo.fHandle == iterator.Current().fHandle) {
*fileInfo = iterator.Current();
if (!it.Current().fForceValid && it.Current().fExpire < time(NULL)) {
*allowed = it.Current().fAllowed;
call->fXIDPosition = call->fStream.Current();
fStatusPosition = fReply->Stream().Current();
fOpCountPosition = fReply->Stream().Current();
XDR::Stream::Position dataStart = fReply->Stream().Current();
fOpCountPosition = fRequest->Stream().Current();
Stream::Current() const
inline Position Current() const;
while (Node* child = cookie->Current(name)) {
inline Value* Current()
return Current();
return Current();
SIMILITUDE* Current;
for (Current = F->Components, i = F->SimilitudeCount; i; --i, Current++) {
Current->Cx = FLOAT_TO_INT(Current->c_x);
Current->Cy = FLOAT_TO_INT(Current->c_y);
Current->Ct = FLOAT_TO_INT(cos(Current->A));
Current->St = FLOAT_TO_INT(sin(Current->A));
Current->Ct2 = FLOAT_TO_INT(cos(Current->A2));
Current->St2 = FLOAT_TO_INT(sin(Current->A2));
Current->R = FLOAT_TO_INT(Current->r);
Current->R2 = FLOAT_TO_INT(Current->r2);
for (Current = F->Components, i = F->SimilitudeCount; i; --i, Current++) {
xo = Current->Cx;
yo = Current->Cy;
if (Similitude == Current)
SIMILITUDE* Current;
Current = fCurrentFractal->Components;
for (int32 i = fCurrentFractal->SimilitudeCount; i; --i, Current++) {
transform(Current, xo, yo, &x, &y);
if (it.Current() == job) {
return Current();
return Current();
return Current();
return Current();
monitor_listener *listener = iterator.Current();
monitor_listener *listener = list->iterator.Current();
TraceEntry* entry = iterator.Current();
TraceEntry* entry = iterator.Current();
TestContext::Current()->AssertFailed(__FILE__, __LINE__, \
TestContext::Current()->AssertFailed(__FILE__, __LINE__, \
return GlobalTestContext::Current()->CurrentContext();
static GlobalTestContext* Current();
static TestContext* Current();
return GlobalTestContext::Current()->SpawnThread(_Entry, name, priority,
*GlobalTestContext::Current()->CurrentContext(), thread->fArgument);