protected override void InitDetails(ulong programCounter)
{
Logger.Info("Init hart");
// Set the initial program counter
initialPc = programCounter;
// Set the CPU, register, memory and Return Address Stack (ras) and hint
cpu = new Cpu64();
register = new Register64();
csrRegister = Factory.CreateCsrRegister();
memory = Factory.CreateDynamicMemory(Architecture.Rv64I);
environment = HartEnvironmentFactory.Build(Architecture.Rv64I, register, memory, csrRegister);
composer = new RvcComposer64();
ras = new Stack <ulong>();
if (configuration.RvMode)
{
register.WriteUnsignedInt(2, 0x10000);
}
register.WriteUnsignedLong(3, programCounter);
}
protected override void InitDetails(ulong programCounter)
{
// Set the initial program counter
var programCounter32 = Convert.ToUInt32(programCounter);
initialPc = programCounter32;
// Set the CPU, register, memory and Return Address Stack (ras) and hint
cpu = new Cpu32();
register = new Register32(architecture);
memory = Factory.CreateDynamicMemory(architecture);
csrRegister = Factory.CreateCsrRegister();
environment = HartEnvironmentFactory.Build(architecture, register, memory, csrRegister);
composer = new RvcComposer32();
ras = new Stack <uint>();
if (configuration.RvMode)
{
register.WriteUnsignedInt(2, 0x10000);
}
register.WriteUnsignedInt(3, programCounter32);
}
public BootstrapCore64(Architecture architecture)
{
Memory = Factory.CreateDynamicMemory(architecture);
Register = new Register64();
CsrRegister = Factory.CreateCsrRegister();
RasStack = new Stack <ulong>();
Environment = HartEnvironmentFactory.Build(architecture, Register, Memory, CsrRegister);
BaseAddres = 0x100;
EndianCoding = EndianType.Little;
InstructionsProcessed = new List <Instruction>();
InstructionPayloads = new List <InstructionPayload>();
}
