public int sceKernelAllocPartitionMemory(MemoryPartitions PartitionId, string Name, HleMemoryManager.BlockTypeEnum Type, int Size, /* void* */ uint Address) { if ((int)PartitionId <= 0 || (int)PartitionId == 7 || (int)PartitionId >= 10) { throw (new SceKernelException(SceKernelErrors.ERROR_KERNEL_ILLEGAL_ARGUMENT)); } if (Size <= 0) { throw (new SceKernelException(SceKernelErrors.ERROR_KERNEL_FAILED_ALLOC_MEMBLOCK)); } //Console.Error.WriteLineColored(ConsoleColor.Yellow, "sceKernelAllocPartitionMemory: {0}, {1}, {2}, {3}, {4}", PartitionId, MemoryManager.GetPartition(PartitionId).MaxFreeSize, Name, Type, Size); if (Name == null) { throw (new SceKernelException(SceKernelErrors.ERROR_ERROR)); } MemoryPartition MemoryPartition; int Alignment = 1; switch (Type) { case HleMemoryManager.BlockTypeEnum.HighAligned: case HleMemoryManager.BlockTypeEnum.LowAligned: Alignment = (int)Address; break; } if ((Alignment == 0) || !MathUtils.IsPowerOfTwo((uint)Alignment)) { throw (new SceKernelException(SceKernelErrors.ERROR_KERNEL_ILLEGAL_ALIGNMENT_SIZE)); } try { switch (Type) { case HleMemoryManager.BlockTypeEnum.Low: case HleMemoryManager.BlockTypeEnum.LowAligned: MemoryPartition = MemoryManager.GetPartition(PartitionId).Allocate(Size, MemoryPartition.Anchor.Low, Alignment: Alignment, Name: Name); break; case HleMemoryManager.BlockTypeEnum.High: case HleMemoryManager.BlockTypeEnum.HighAligned: MemoryPartition = MemoryManager.GetPartition(PartitionId).Allocate(Size, MemoryPartition.Anchor.High, Alignment: Alignment, Name: Name); break; case HleMemoryManager.BlockTypeEnum.Address: if (Address == 0) { throw (new SceKernelException(SceKernelErrors.ERROR_KERNEL_FAILED_ALLOC_MEMBLOCK)); } MemoryPartition = MemoryManager.GetPartition(PartitionId).Allocate(Size, MemoryPartition.Anchor.Low, Position: Address, Alignment: Alignment, Name: Name); break; default: Console.Error.WriteLineColored(ConsoleColor.Red, "Not Implemented sceKernelAllocPartitionMemory with Type='" + Type + "'"); throw (new SceKernelException(SceKernelErrors.ERROR_KERNEL_ILLEGAL_MEMBLOCK_ALLOC_TYPE)); } } catch (MemoryPartitionNoMemoryException MemoryPartitionNoMemoryException) { //Console.Error.WriteLine(InvalidOperationException); Console.Error.WriteLine(MemoryPartitionNoMemoryException); throw (new SceKernelException(SceKernelErrors.ERROR_KERNEL_NO_MEMORY)); } //Console.Error.WriteLineColored(ConsoleColor.Cyan, " sceKernelAllocPartitionMemory: {0}", MemoryPartition); return((int)MemoryManager.MemoryPartitionsUid.Create(MemoryPartition)); //return MemoryPartition; }
public int sceKernelAllocPartitionMemory(HleMemoryManager.Partitions PartitionId, string Name, HleMemoryManager.BlockTypeEnum Type, int Size, /* void* */ uint Address) { MemoryPartition MemoryPartition; int Alignment = 1; switch (Type) { case HleMemoryManager.BlockTypeEnum.HighAligned: case HleMemoryManager.BlockTypeEnum.LowAligned: Alignment = (int)Address; break; } if (Type == HleMemoryManager.BlockTypeEnum.Low || Type == HleMemoryManager.BlockTypeEnum.LowAligned) { try { MemoryPartition = HleState.MemoryManager.GetPartition(PartitionId).Allocate(Size, MemoryPartition.Anchor.Low, Alignment: Alignment); } catch (InvalidOperationException InvalidOperationException) { //Console.Error.WriteLine(InvalidOperationException); Console.Error.WriteLine(InvalidOperationException.Message); throw(new SceKernelException(SceKernelErrors.ERROR_KERNEL_NO_MEMORY)); } } else { throw (new NotImplementedException("Not Implemented sceKernelAllocPartitionMemory with '" + Type + "'")); } return((int)HleState.MemoryManager.MemoryPartitionsUid.Create(MemoryPartition)); /* * throw(new NotImplementedException()); * const uint ERROR_KERNEL_ILLEGAL_MEMBLOCK_ALLOC_TYPE = 0x800200d8; * const uint ERROR_KERNEL_FAILED_ALLOC_MEMBLOCK = 0x800200d9; * * try { * MemorySegment memorySegment; * * Logger.log(Logger.Level.INFO, "SysMemUserForUser", "sceKernelAllocPartitionMemory(%d:'%s':%s:%d,0x%08X)", PartitionId, Name, std.conv.to!string(Type), Size, Address); * //Logger.log(Logger.Level.INFO, "SysMemUserForUser", "sceKernelAllocPartitionMemory(%d:'%s':%d:%d)", partitionid, name, (type), size); * * int alignment = 1; * if ((Type == PspSysMemBlockTypes.PSP_SMEM_Low_Aligned) || (Type == PspSysMemBlockTypes.PSP_SMEM_High_Aligned)) { * alignment = Address; * } * * switch (Type) { * default: return ERROR_KERNEL_ILLEGAL_MEMBLOCK_ALLOC_TYPE; * case PspSysMemBlockTypes.PSP_SMEM_Low_Aligned: * case PspSysMemBlockTypes.PSP_SMEM_Low : memorySegment = pspMemorySegment[PartitionId].allocByLow (Size, dupStr(Name), 0, alignment); break; * case PspSysMemBlockTypes.PSP_SMEM_High_Aligned: * case PspSysMemBlockTypes.PSP_SMEM_High: memorySegment = pspMemorySegment[PartitionId].allocByHigh(Size, dupStr(Name), alignment); break; * case PspSysMemBlockTypes.PSP_SMEM_Addr: memorySegment = pspMemorySegment[PartitionId].allocByAddr(Address, Size, dupStr(Name)); break; * } * * if (memorySegment is null) return ERROR_KERNEL_FAILED_ALLOC_MEMBLOCK; * * SceUID sceUid = uniqueIdFactory.add(memorySegment); * * Logger.log(Logger.Level.INFO, "SysMemUserForUser", "sceKernelAllocPartitionMemory(%d:'%s':%s:%d) :: (%d) -> %s", PartitionId, Name, std.conv.to!string(Type), Size, sceUid, memorySegment.block); * //Logger.log(Logger.Level.INFO, "SysMemUserForUser", "sceKernelAllocPartitionMemory(%d:'%s':%d:%d) :: (%d) -> %s", partitionid, name, (type), size, sceUid, memorySegment.block); * * return sceUid; * } * catch (Exception Exception) * { * //logError("ERROR: %s", o); * return ERROR_KERNEL_FAILED_ALLOC_MEMBLOCK; * } */ }