public void Transfer(Dma.Direction Direction, int Size, DmaEnum Address, ref uint Value)
{
switch (Address)
{
case DmaEnum.KIRK_PATTERN:
Value = 1;
break;
case DmaEnum.KIRK_COMMAND:
TransferUtils.Transfer(Direction, ref KirkCommand, ref Value);
break;
case DmaEnum.KIRK_RESULT:
TransferUtils.Transfer(Direction, ref KirkResult, ref Value);
break;
case DmaEnum.KIRK_SOURCE_ADDRESS:
TransferUtils.Transfer(Direction, ref KirkSource, ref Value);
break;
case DmaEnum.KIRK_DESTINATION_ADDRESS:
TransferUtils.Transfer(Direction, ref KirkDestination, ref Value);
break;
case DmaEnum.KIRK_START:
if (KirkCommand != 1) throw(new NotImplementedException());
var SourcePtr = (byte *)Memory.PspAddressToPointerSafe(KirkSource);
var DestinationPtr = (byte*)Memory.PspAddressToPointerSafe(KirkDestination);
//var Out = new byte[10000];
//fixed (byte* OutPtr = Out)
{
//DestinationPtr = OutPtr;
Console.WriteLine("Input:");
ArrayUtils.HexDump(PointerUtils.PointerToByteArray(SourcePtr, 0x200));
/*
try
{
Kirk.kirk_CMD1(DestinationPtr, SourcePtr, -1, true);
this.KirkResult = (uint)Kirk.ResultEnum.OK;
}
catch (Kirk.KirkException KirkException)
{
this.KirkResult = (uint)KirkException.Result;
Console.Error.WriteLine("Kirk.KirkException : {0}", KirkException);
}
*/
this.KirkResult = (uint)Kirk.sceUtilsBufferCopyWithRange(DestinationPtr, -1, SourcePtr, -1, 1);
Console.WriteLine("Output:");
ArrayUtils.HexDump(PointerUtils.PointerToByteArray(DestinationPtr, 0x200));
Console.WriteLine("LOADADDR:{0:X8}", ((uint*)DestinationPtr)[0]);
Console.WriteLine("BLOCKSIZE:{0:X8}", ((uint*)DestinationPtr)[1]);
Console.WriteLine("ENTRY:{0:X8}", ((uint*)DestinationPtr)[2]);
Console.WriteLine("CHECKSUM:{0:X8}", ((uint*)DestinationPtr)[3]);
}
//Thread.Sleep(4);
break;
}
}
public void TransferDMA(Dma.Direction Direction, int Size, DmaEnum Address, ref uint Value)
{
if (false) { }
/*
else if ((uint)Address >= 0x1FD00000 && (uint)Address <= 0x1FD00000 + 0x1000)
{
TransferUtils.TransferToArray(Direction, Test, (int)(Address - 0x1FD00000), Size, ref Value);
}
*/
else if (Address >= DmaEnum.GPIO && Address <= DmaEnum.GPIO__PORT_CLEAR) { LLEState.GPIO.Transfer(Direction, Size, (DmaEnum)Address, ref Value); return; }
else if (Address >= DmaEnum.NAND__CONTROL && Address <= DmaEnum.NAND__READDATA) { LLEState.NAND.Transfer(Direction, Size, (DmaEnum)Address, ref Value); return; }
else if (Address >= DmaEnum.NAND__DATA_PAGE_START && Address <= DmaEnum.NAND__DATA_EXTRA_END) { LLEState.NAND.Transfer(Direction, Size, (DmaEnum)Address, ref Value); return; }
else if (Address >= DmaEnum.KIRK_SIGNATURE && Address <= DmaEnum.KIRK_UNK_50) { LLEState.LleKirk.Transfer(Direction, Size, (DmaEnum)Address, ref Value); return; }
else
{
Console.WriteLine("Unprocessed LLEState.Memory:{0}", LLEState.Memory.MountedPreIpl);
//Thread.Sleep(100);
}
}
public void TransferDma(Dma.Direction direction, int size, DmaEnum address, ref uint value)
{
if (false)
{
}
/*
* else if ((uint)Address >= 0x1FD00000 && (uint)Address <= 0x1FD00000 + 0x1000)
* {
* TransferUtils.TransferToArray(Direction, Test, (int)(Address - 0x1FD00000), Size, ref Value);
* }
*/
else if (address >= DmaEnum.GPIO && address <= DmaEnum.GPIO__PORT_CLEAR)
{
LleState.Gpio.Transfer(direction, size, (DmaEnum)address, ref value);
return;
}
else if (address >= DmaEnum.NAND__CONTROL && address <= DmaEnum.NAND__READDATA)
{
LleState.Nand.Transfer(direction, size, (DmaEnum)address, ref value);
return;
}
else if (address >= DmaEnum.NAND__DATA_PAGE_START && address <= DmaEnum.NAND__DATA_EXTRA_END)
{
LleState.Nand.Transfer(direction, size, (DmaEnum)address, ref value);
return;
}
else if (address >= DmaEnum.KIRK_SIGNATURE && address <= DmaEnum.KIRK_UNK_50)
{
LleState.LleKirk.Transfer(direction, size, (DmaEnum)address, ref value);
return;
}
else
{
Console.WriteLine("Unprocessed LLEState.Memory:{0}", LleState.Memory.MountedPreIpl);
//Thread.Sleep(100);
}
}
public void Transfer(Dma.Direction Direction, int Size, DmaEnum Address, ref uint Value)
{
}
public void Transfer(Dma.Direction direction, int size, DmaEnum address, ref uint value)
{
}
public void Transfer(Dma.Direction direction, int size, DmaEnum address, ref uint value)
{
switch (address)
{
case DmaEnum.KIRK_PATTERN:
value = 1;
break;
case DmaEnum.KIRK_COMMAND:
TransferUtils.Transfer(direction, ref _kirkCommand, ref value);
break;
case DmaEnum.KIRK_RESULT:
TransferUtils.Transfer(direction, ref _kirkResult, ref value);
break;
case DmaEnum.KIRK_SOURCE_ADDRESS:
TransferUtils.Transfer(direction, ref _kirkSource, ref value);
break;
case DmaEnum.KIRK_DESTINATION_ADDRESS:
TransferUtils.Transfer(direction, ref _kirkDestination, ref value);
break;
case DmaEnum.KIRK_START:
if (_kirkCommand != 1)
{
throw new NotImplementedException();
}
var sourcePtr = (byte *)Memory.PspAddressToPointerSafe(_kirkSource);
var destinationPtr = (byte *)Memory.PspAddressToPointerSafe(_kirkDestination);
//var Out = new byte[10000];
//fixed (byte* OutPtr = Out)
{
//DestinationPtr = OutPtr;
Console.WriteLine("Input:");
ArrayUtils.HexDump(PointerUtils.PointerToByteArray(sourcePtr, 0x200));
/*
* try
* {
* Kirk.kirk_CMD1(DestinationPtr, SourcePtr, -1, true);
* this.KirkResult = (uint)Kirk.ResultEnum.OK;
* }
* catch (Kirk.KirkException KirkException)
* {
* this.KirkResult = (uint)KirkException.Result;
* Console.Error.WriteLine("Kirk.KirkException : {0}", KirkException);
* }
*/
this._kirkResult = (uint)Kirk.SceUtilsBufferCopyWithRange(destinationPtr, -1, sourcePtr, -1, 1);
Console.WriteLine("Output:");
ArrayUtils.HexDump(PointerUtils.PointerToByteArray(destinationPtr, 0x200));
Console.WriteLine("LOADADDR:{0:X8}", ((uint *)destinationPtr)[0]);
Console.WriteLine("BLOCKSIZE:{0:X8}", ((uint *)destinationPtr)[1]);
Console.WriteLine("ENTRY:{0:X8}", ((uint *)destinationPtr)[2]);
Console.WriteLine("CHECKSUM:{0:X8}", ((uint *)destinationPtr)[3]);
}
//Thread.Sleep(4);
break;
}
}
public void Transfer(Dma.Direction direction, int size, DmaEnum address, ref uint value)
{
// Reading sector
if (address >= DmaEnum.NAND__DATA_PAGE_START && address < DmaEnum.NAND__DATA_PAGE_END)
{
var offset = (int)(address - DmaEnum.NAND__DATA_PAGE_START);
//Console.WriteLine("{0:X8}", (uint)Address);
//Console.WriteLine("Transfer {0} / {1} [{2}]", Offset, Size, NandBlock.Length);
TransferUtils.TransferToArray(direction, NandBlock, offset, size, ref value);
return;
}
if (address >= DmaEnum.NAND__DATA_SPARE_BUF0_REG && address < DmaEnum.NAND__DATA_EXTRA_END)
{
var offset = (int)(address - DmaEnum.NAND__DATA_SPARE_BUF0_REG);
TransferUtils.TransferToArray(direction, NandBlock, 512 + offset + 4, size, ref value);
return;
}
switch (address)
{
case DmaEnum.NAND__CONTROL:
TransferUtils.Transfer(direction, ref _controlRegister, ref value);
break;
case DmaEnum.NAND__STATUS:
TransferUtils.Transfer(direction, ref _status, ref value);
//Thread.Sleep(200);
break;
case DmaEnum.NAND__COMMAND:
TransferUtils.Transfer(direction, ref _command, ref value);
// Reset
if (direction == Dma.Direction.Write)
{
switch ((EnumCommands)value)
{
case EnumCommands.Reset:
_status = EnumStatus.Ready;
break;
}
}
break;
case DmaEnum.NAND__ADDRESS:
TransferUtils.Transfer(direction, ref address, ref value);
break;
case DmaEnum.NAND__RESET:
if (direction == Dma.Direction.Write)
{
Reset();
}
break;
case DmaEnum.NAND__DMA_ADDRESS:
TransferUtils.Transfer(direction, ref _dmaAddress, ref value);
break;
case DmaEnum.NAND__DMA_CONTROL:
if (direction == Dma.Direction.Write)
{
if (value == 0x301)
{
//0x20000/2/512*(512+16)
NandStream.Position = _dmaAddress / 2 / 512 * (512 + 16);
NandBlock = NandStream.ReadBytes(512 + 16);
Console.WriteLine("Read from NAND: 0x{0:X8}", _dmaAddress);
ArrayUtils.HexDump(NandBlock);
//Thread.Sleep(TimeSpan.FromSeconds(0.5));
//Thread.Sleep(-1);
}
}
else
{
value = 0;
}
break;
case DmaEnum.NAND__DMA_ERROR:
value = 0;
break;
}
}
public void Transfer(Dma.Direction Direction, int Size, DmaEnum Address, ref uint Value)
{
// Reading sector
if ((Address >= DmaEnum.NAND__DATA_PAGE_START) && (Address < DmaEnum.NAND__DATA_PAGE_END))
{
var Offset = (int)(Address - DmaEnum.NAND__DATA_PAGE_START);
//Console.WriteLine("{0:X8}", (uint)Address);
//Console.WriteLine("Transfer {0} / {1} [{2}]", Offset, Size, NandBlock.Length);
TransferUtils.TransferToArray(Direction, NandBlock, Offset, Size, ref Value);
return;
}
if ((Address >= DmaEnum.NAND__DATA_SPARE_BUF0_REG) && (Address < DmaEnum.NAND__DATA_EXTRA_END))
{
var Offset = (int)(Address - DmaEnum.NAND__DATA_SPARE_BUF0_REG);
TransferUtils.TransferToArray(Direction, NandBlock, 512 + Offset + 4, Size, ref Value);
return;
}
switch (Address)
{
case DmaEnum.NAND__CONTROL: TransferUtils.Transfer(Direction, ref ControlRegister, ref Value); break;
case DmaEnum.NAND__STATUS:
TransferUtils.Transfer(Direction, ref Status, ref Value);
//Thread.Sleep(200);
break;
case DmaEnum.NAND__COMMAND:
TransferUtils.Transfer(Direction, ref Command, ref Value);
// Reset
if (Direction == Dma.Direction.Write)
{
switch ((EnumCommands)Value)
{
case EnumCommands.Reset:
Status = EnumStatus.Ready;
break;
}
}
break;
case DmaEnum.NAND__ADDRESS: TransferUtils.Transfer(Direction, ref Address, ref Value); break;
case DmaEnum.NAND__RESET:
if (Direction == Dma.Direction.Write)
{
Reset();
}
break;
case DmaEnum.NAND__DMA_ADDRESS: TransferUtils.Transfer(Direction, ref DmaAddress, ref Value); break;
case DmaEnum.NAND__DMA_CONTROL:
if (Direction == Dma.Direction.Write)
{
if (Value == 0x301)
{
//0x20000/2/512*(512+16)
NandStream.Position = ((DmaAddress / 2 / 512) * (512 + 16));
NandBlock = NandStream.ReadBytes(512 + 16);
Console.WriteLine("Read from NAND: 0x{0:X8}", DmaAddress);
ArrayUtils.HexDump(NandBlock);
//Thread.Sleep(TimeSpan.FromSeconds(0.5));
//Thread.Sleep(-1);
}
}
else
{
Value = 0;
}
break;
case DmaEnum.NAND__DMA_ERROR:
Value = 0;
break;
}
}
