ToUInt64
uint64 ToUInt64() const
{ return fValue.ToUInt64(); }
uint64 ToUInt64() const
uint64 ToUInt64() const;
address = variantValue.ToUInt64();
_SetToAddress(variantValue.ToUInt64());
uint64 valueA = a.ToUInt64();
uint64 valueB = b.ToUInt64();
message->AddUInt64("address", value.ToUInt64());
snprintf(buffer, sizeof(buffer), "%#" B_PRIx64, value.ToUInt64());
uint64 valueA = a.ToUInt64();
uint64 valueB = b.ToUInt64();
fRequestedAddress = resultVariant.ToUInt64();
fIntRegisters[index] = value.ToUInt64();
value.ToUInt64());
upperBound.SetTo(lowerBound.ToUInt64() + count.ToUInt64() - 1);
_size = size.ToUInt64();
byteSize = value.ToUInt64();
bitOffset = value.ToUInt64();
bitSize = value.ToUInt64();
_Push(value.ToUInt64());
_Push(value.ToUInt64());
_Push(value.ToUInt64() + offset);
frameAddress = value.ToUInt64() + cfaCfaRule->Offset();
: upper.ToUInt64() - lower.ToUInt64() + 1;
value.fPrimitive.SetTo(~fPrimitive.ToUInt64());
result = lhs.fPrimitive.ToUInt64()
< temp.fPrimitive.ToUInt64();
result = lhs.fPrimitive.ToUInt64()
> temp.fPrimitive.ToUInt64();
result = lhs.fPrimitive.ToUInt64()
== temp.fPrimitive.ToUInt64();
fPrimitive.SetTo(fPrimitive.ToUInt64());
fPrimitive.SetTo(fPrimitive.ToUInt64()
+ temp.fPrimitive.ToUInt64());
fPrimitive.SetTo(fPrimitive.ToUInt64()
- temp.fPrimitive.ToUInt64());
fPrimitive.SetTo(fPrimitive.ToUInt64()
/ temp.fPrimitive.ToUInt64());
fPrimitive.SetTo(fPrimitive.ToUInt64()
* temp.fPrimitive.ToUInt64());
fPrimitive.SetTo(fPrimitive.ToUInt64()
% temp.fPrimitive.ToUInt64());
fPrimitive.SetTo(fPrimitive.ToUInt64()
& temp.fPrimitive.ToUInt64());
fPrimitive.SetTo(fPrimitive.ToUInt64()
| temp.fPrimitive.ToUInt64());
fPrimitive.SetTo(fPrimitive.ToUInt64()
^ temp.fPrimitive.ToUInt64());
value.fPrimitive.SetTo(-fPrimitive.ToUInt64());
value.ToUInt64());
value.ToUInt64());
snprintf(buffer, bufferSize, "%#x", (uint8)value.ToUInt64());
snprintf(buffer, bufferSize, "%#x", (uint16)value.ToUInt64());
(uint32)value.ToUInt64());
snprintf(buffer, bufferSize, "%#" B_PRIx64, value.ToUInt64());
ssize_t bytesRead = fTeamMemory->ReadMemory(location.ToUInt64(),
return fTeamMemory->ReadMemoryString(location.ToUInt64(),
status_t error = fType->ResolveObjectDataLocation(parentValue->ToUInt64(),
piece.SetToMemory(fLocation.ToUInt64());
uint64 listAddress = fParent->fDataLocation.ToUInt64();
fieldAddress.SetTo(headerAddress.ToUInt64()
headerAddress.ToUInt64(), strerror(error));
fDataLocation.SetTo(fieldAddress.ToUInt64() + fieldsSize);
", result: %s\n", headerAddress.ToUInt64(), strerror(error));
", result: %s\n", fDataLocation.ToUInt64(), strerror(error));
piece.SetToMemory(fDataLocation.ToUInt64() + offset);
piece.SetToMemory(addressData.ToUInt64());
addressData.ToUInt64());
snprintf(buffer, sizeof(buffer), "%#" B_PRIx64, fValue.ToUInt64());
string << fValue.ToUInt64();
return ToUInt64() == other.ToUInt64();
mac.ToUInt64()));
mac.ToUInt64()));
mac.ToUInt64()));
destination.ToUInt64(), protocol, (buffer ? buffer->TotalSize() : 0)));
header->destination.ToUInt64(), ntohs(header->type),
ethernetInterface->MACAddress().ToUInt64()) != B_OK
sTFTP.MACAddress().ToUInt64()) != B_OK