private void AddBits0To8(CIRegisterVisualization aVisualization, bool aIsIABitReserved)
{
uint value = aVisualization.Register.Value;
// Processor mode
CIRegisterVisBitRange rangeProcMode = new CIRegisterVisBitRange(Container, 0, 4, "Processor Mode");
rangeProcMode.Interpretation = ArmRegisterBankUtils.BankAsStringLong(ProcessorMode);
rangeProcMode.ExtractBits(value, "########", "########", "########", "###11111");
aVisualization.AddChild(rangeProcMode);
// Thumb bit
CIRegisterVisBit thumbBit = CreateYesNoBit(aVisualization, 5, "########", "########", "########", "##1#####", false, "Thumb Mode", "T");
aVisualization.AddChild(thumbBit);
// FIQ, IRQ bits
CIRegisterVisBitGroup gpIRQs = new CIRegisterVisBitGroup(Container, "Interrupt Disabled Bits");
CIRegisterVisBit fiqBit = CreateYesNoBit(aVisualization, 6, "########", "########", "########", "#1######", false, "FIQ Disabled", "F");
gpIRQs.Add(fiqBit);
CIRegisterVisBit irqBit = CreateYesNoBit(aVisualization, 7, "########", "########", "########", "1#######", false, "IRQ Disabled", "I");
gpIRQs.Add(irqBit);
// Imprecise Abort bit - reserved in non-ARMv5
CIRegisterVisBit iaBit = CreateYesNoBit(aVisualization, 8, "########", "########", "#######1", "########", aIsIABitReserved, "Imprecise Aborts", "A");
gpIRQs.Add(iaBit);
aVisualization.AddChild(gpIRQs);
}
private void PrepareMessage()
{
CIMessage message = CIMessage.NewMessage(Container);
message.Title = "Processor Mode";
message.Description = string.Format("CPSR (Current Processor Status Register) indicates that the processor was in [{0}] mode.",
ArmRegisterBankUtils.BankAsStringLong(ProcessorMode));
base.AddChild(message);
}
protected string CreateIdentifierText(CISummarisableEntity aEntry)
{
StringBuilder ret = new StringBuilder();
//
if (aEntry.IsAvailable(CISummarisableEntity.TElement.EElementThread))
{
ret.AppendFormat(LibResources.CIProblemDetector_Msg_Thread, aEntry.Thread.FullName);
}
else if (aEntry.IsAvailable(CISummarisableEntity.TElement.EElementStack))
{
ret.AppendFormat(LibResources.CIProblemDetector_Msg_Stack, ArmRegisterBankUtils.BankAsStringLong(aEntry.Stack.Type));
}
//
return(ret.ToString());
}
protected override void XmlSerializeContent(CrashXmlPlugin.FileFormat.Document.CXmlDocumentSerializationParameters aParameters)
{
CXmlNode.WriteId(iList, aParameters.Writer);
// Abbreviated type
string typeAbbreviated = ArmRegisterBankUtils.BankAsString(iList.Bank);
aParameters.Writer.WriteElementString(SegConstants.CmnType, typeAbbreviated);
// Long type
string typeLong = ArmRegisterBankUtils.BankAsStringLong(iList.Bank);
aParameters.Writer.WriteElementString(SegConstants.CmnName, typeLong);
// Link to thread
if (iList.OwningThread != null)
{
CXmlNode.WriteLink(iList.OwningThread.Id, SegConstants.Threads, aParameters.Writer);
}
}
public override void AddChild(CIElement aChild)
{
// We support 4 types of children at the moment.
// Registers, stacks and exit info, messages.
if (aChild.GetType() == typeof(CIExitInfo))
{
if (base.ChildrenByType <CIExitInfo>().Count != 0)
{
throw new ArgumentException("Exit Info already associated with the thread");
}
}
else if (aChild.GetType() == typeof(CIThreadRegisterListCollection))
{
if (base.ChildrenByType <CIThreadRegisterListCollection>().Count != 0)
{
throw new ArgumentException("Registers already associated with the thread");
}
}
else if (aChild.GetType() == typeof(CIStack))
{
CIStack stack = (CIStack)aChild;
// We must ensure we don't already have a stack of the specified mode
// associated with the thread.
bool exists = iStacks.ContainsKey(stack.Type);
if (exists)
{
throw new ArgumentException(ArmRegisterBankUtils.BankAsStringLong(stack.Type) + " mode stack already registered with thread");
}
else
{
iStacks.Add(stack.Type, stack);
}
}
//
base.AddChild(aChild);
}
public override string ToString()
{
return(ArmRegisterBankUtils.BankAsString(Bank));
}
