public static void SetHookAfterRead(this SystemBus sysbus, IBusPeripheral peripheral, string pythonScript, Range? subrange = null)
{
var runner = new BusHooksPythonEngine(sysbus, peripheral, pythonScript);
sysbus.SetHookAfterRead<uint>(peripheral, runner.ReadHook, subrange);
sysbus.SetHookAfterRead<ushort>(peripheral, (readValue, offset) => (ushort)runner.ReadHook(readValue, offset), subrange);
sysbus.SetHookAfterRead<byte>(peripheral, (readValue, offset) => (byte)runner.ReadHook(readValue, offset), subrange);
}
public static void SetHookBeforeWrite(this SystemBus sysbus, IBusPeripheral peripheral, string pythonScript, Range? subrange = null)
{
var runner = new BusHooksPythonEngine(sysbus, peripheral, null, pythonScript);
sysbus.SetHookBeforeWrite<uint>(peripheral, runner.WriteHook, subrange);
sysbus.SetHookBeforeWrite<ushort>(peripheral, (valueToWrite, offset) => (ushort)runner.WriteHook(valueToWrite, offset), subrange);
sysbus.SetHookBeforeWrite<byte>(peripheral, (valueToWrite, offset) => (byte)runner.WriteHook(valueToWrite, offset), subrange);
}
public void ShouldShiftRange()
{
var range = new Range(0x2200, 0x200);
var expectedResult = new Range(0x2500, 0x200);
var result = range.ShiftBy(0x300);
Assert.AreEqual(expectedResult, result);
}
public void ShouldIntersectRangesWithOneCommonAddress()
{
var range1 = new Range(0x1000, 0x200);
var range2 = new Range(0x11ff, 0x300);
var expectedResult = new Range(0x11ff, 0x1);
var intersection = range1.Intersect(range2);
Assert.AreEqual(expectedResult, intersection);
}
public RelativeRangeToken(string value) : base(value)
{
var trimmed = value.TrimStart('<').TrimEnd('>');
var split = trimmed.Split(new []{ ' ' }, StringSplitOptions.RemoveEmptyEntries).Select(x => x.Trim()).ToArray();
var resultValues = ParseNumbers(split);
Value = new Range(resultValues[0], resultValues[1]);
}
public Range Intersect(Range range)
{
var startAddress = Math.Max(StartAddress, range.StartAddress);
var endAddress = Math.Min(EndAddress, range.EndAddress);
if(startAddress >= endAddress)
{
return Range.Empty;
}
return new Range(startAddress, endAddress - startAddress);
}
public void ShouldIntersectRange()
{
var range1 = new Range(0x1000, 0x200);
var range2 = new Range(0x1100, 0x300);
var expectedResult = new Range(0x1100, 0x100);
var intersection1 = range1.Intersect(range2);
var intersection2 = range2.Intersect(range1);
Assert.AreEqual(expectedResult, intersection1);
Assert.AreEqual(expectedResult, intersection2);
}
public static bool TryCreate(long startAddress, long size, out Range range)
{
range = default(Range);
if(size < 0)
{
return false;
}
range.StartAddress = startAddress;
range.EndAddress = startAddress + size;
return true;
}
public void UnmapMemory(Range range)
{
using(machine.ObtainPausedState())
{
var startAddress = checked((uint)range.StartAddress);
var endAddress = checked((uint)(range.EndAddress - 1));
ValidateMemoryRangeAndThrow(startAddress, (uint)range.Size);
// when unmapping memory, two things has to be done
// first is to flag address range as no-memory (that is, I/O)
TlibUnmapRange(startAddress, endAddress);
// and second is to remove mappings that are not used anymore
currentMappings = currentMappings.
Where(x => TlibIsRangeMapped((uint)x.Segment.StartingOffset, (uint)(x.Segment.StartingOffset + x.Segment.Size)) == 1).ToList();
}
}
public static void Register(this SystemBus sysbus, IBusPeripheral peripheral, Range range)
{
sysbus.Register(peripheral, new BusRangeRegistration(range));
}
public virtual void UnmapMemory(Range range)
{
}
protected HookWrapper(IBusPeripheral peripheral, Type type, Range? subrange)
{
Peripheral = peripheral;
Name = type.Name;
Subrange = subrange;
}
public void ShouldContainItself()
{
var range = new Range(0x1000, 0x1200);
Assert.IsTrue(range.Contains(range));
}
public void ShouldNotContainNearbyAddresses()
{
var range = new Range(0x600, 0x100);
Assert.IsFalse(range.Contains(0x5FF));
Assert.IsFalse(range.Contains(0x700));
}
public static void Register(this SystemBus sysbus, IBusPeripheral peripheral, Range range)
{
sysbus.Register(peripheral, new BusRangeRegistration(range));
}
public void RelativeRangeTest()
{
var result = tokenizer.Tokenize("<-5,+5>");
var expectedValue = new Range(-5, 11);
AssertTokenizationTypes(result, typeof(AbsoluteRangeToken));
AssertTokenizationValues(result, expectedValue);
result = tokenizer.Tokenize("<0x6 0x2>");
expectedValue = new Range(0x6, 0x2);
AssertTokenizationTypes(result, typeof(RelativeRangeToken));
AssertTokenizationValues(result, expectedValue);
}
public void RangeTest()
{
var result = tokenizer.Tokenize("<-5,+5>");
var expectedValue = new Range(-5, 11);
AssertTokenizationTypes(result, typeof(AbsoluteRangeToken));
AssertTokenizationValues(result, expectedValue);
result = tokenizer.Tokenize("< \t0x123abDE \t, \t\t 0xabcdef0 \t\t >");
expectedValue = new Range(0x123abde, 0xabcdef0 - 0x123abde + 1);
AssertTokenizationTypes(result, typeof(AbsoluteRangeToken));
AssertTokenizationValues(result, expectedValue);
result = tokenizer.Tokenize("<0xdefg, 0xefgh>");
AssertTokenizationResult(result, 16);
result = tokenizer.Tokenize("<5,-6>");
AssertTokenizationResult(result, 6, typeof(RecoverableException));
}
public bool Contains(Range range)
{
return range.StartAddress >= StartAddress && range.EndAddress <= EndAddress;
}
public void ShouldContainLastAddress()
{
var range = new Range(0x1600, 0xA00);
Assert.IsTrue(range.Contains(0x1fff));
}
public bool Intersects(Range range)
{
return Intersect(range) != Range.Empty;
}
public BusRangeRegistration(Range range, long offset = 0)
{
Range = range;
Offset = offset;
}