public void Data()
{
var counter = 0;
var file = new LogFileWriter("test3.zip", "LogFileWriterTestsData");
var source = new MemoryPool("test", MemoryAddress.StaticAbsolute, 0x123456, 0, 0x1234);
source.Add(new MemoryFieldFunc <int>("testInt", (pool) => counter++)); // these are always logged
source.Add(new MemoryFieldFunc <string>("test", (pool) => "test"));
file.Subscribe(source);
// Fill up a data file
for (int i = 0; i < 1441792; i++) // 38.5MiB
{
file.Update(i); // +28 bytes
}
// We should have logged 2 data files by now.
Assert.True(File.Exists("LogFileWriterTestsData/test/Data.bin"));
file.Save();
ZipStorer z = ZipStorer.Open("test3.zip", FileAccess.Read);
var files = z.ReadCentralDir();
Assert.AreEqual(3, files.Count);
Assert.True(files.Any(x => x.FilenameInZip == "test/Data.bin"));
Assert.True(files.Where(x => x.FilenameInZip == "test/Data.bin").FirstOrDefault().FileSize ==
1441792 * ((2 + 4 + 4 + 2) + (2 + 4 + 4 + 4 + 2)));
Assert.True(files.Any(x => x.FilenameInZip == "test/Structure.xml"));
Assert.True(files.Any(x => x.FilenameInZip == "test/Time.bin"));
Assert.True(files.Where(x => x.FilenameInZip == "test/Time.bin").FirstOrDefault().FileSize == 1441792 * 8);
}
public void DataIsWrittenIn16MBChunks()
{
int dataWrites = 0;
int timeWrites = 0;
GlobalEvents.Hook<LogFileWriteAction>((x) =>
{
Assert.AreEqual(null, x.File);
Assert.AreEqual("test", x.Group);
// Count the write actions););
if (x.FileType == LogFileType.Data)
dataWrites++;
if (x.FileType == LogFileType.Time)
timeWrites++;
}, false);
int counter = 0;
var source = new MemoryPool("test", MemoryAddress.StaticAbsolute, 0x123456, 0, 0x1234);
source.Add(new MemoryFieldFunc<int>("testInt", (pool) => counter++));
source.Add(new MemoryFieldFunc<string>("test", (pool) => "test"));
var group = new LogGroup(null, "test", source);
// Fill up a data file
for (int i = 0; i < 1441792; i++) // 28 * 1441792 = 38.5MiB
group.Update(i); // +28 bytes
Assert.AreEqual(38, dataWrites); // 38*1MiB
Assert.AreEqual(10, timeWrites);
group.Close();
Assert.AreEqual(39, dataWrites); // last 0.5MiB
Assert.AreEqual(11, timeWrites);
}
public void DataWithInfrequentFields()
{
int i = 0;
var counter = 0;
var counter2 = 0;
var checkCalls = 0;
var file = new LogFileWriter("test5.zip", "LogFileWriterTestsCreateDataWithInfrequentFields");
var source = new MemoryPool("test", MemoryAddress.StaticAbsolute, 0x123456, 0, 0x1234);
source.Add(new MemoryFieldFunc <int>("testInt", (pool) => counter++)); // these are always logged
source.Add(new MemoryFieldFunc <string>("test", (pool) => "test"));
var source2 = new MemoryPool("Henk", MemoryAddress.StaticAbsolute, 0x123456, 0, 0x1234);
source2.Add(new MemoryFieldCustomFunc <int>("testInt", (pool) => counter2++, () => (i % 20 == 0))); // log every 20 samples.
source2.Add(new MemoryFieldCustomFunc <string>("test", (pool) =>
{
byte[] data = new byte[4];
for (int j = 0; j < 4; j++)
{
data[j] = ((byte)(0x41 + counter2 % 26));
}
return(Encoding.ASCII.GetString(data));
}, () => (i % 20 == 5)));
file.Subscribe(source);
file.Subscribe(source2);
// Fill up next 1/2 of data file
for (i = 0; i < 224695; i++) // 33MiB
{
file.Update(i); // +24 bytes
}
// We should have logged 2 data files by now.
Assert.True(File.Exists("LogFileWriterTestsCreateDataWithInfrequentFields/test/Data.bin"));
Assert.False(File.Exists("LogFileWriterTestsCreateDataWithInfrequentFields/Henk/Data.bin"));
file.Save();
ZipStorer z = ZipStorer.Open("test5.zip", FileAccess.Read);
var files = z.ReadCentralDir();
Assert.AreEqual(6, files.Count);
Assert.True(files.Any(x => x.FilenameInZip == "test/Data.bin"));
Assert.True(files.Any(x => x.FilenameInZip == "test/Structure.xml"));
Assert.True(files.Any(x => x.FilenameInZip == "test/Time.bin"));
Assert.True(files.Any(x => x.FilenameInZip == "Henk/Data.bin"));
Assert.True(files.Any(x => x.FilenameInZip == "Henk/Structure.xml"));
Assert.True(files.Any(x => x.FilenameInZip == "Henk/Time.bin"));
}
public void FieldStaticAbsoluteSignature()
{
InitTest();
var plrMemoryPtr = new MemoryFieldSignature <int>("Player", MemoryAddress.StaticAbsolute,
"A0XXXXXXXX8B0D????????F6D81BC0", new[] { 0 }, 0x6000);
drvPool.Add(plrMemoryPtr);
memory.Scanner.Enable();
memory.Refresh();
memory.Scanner.Disable();
Assert.True(plrMemoryPtr.HasChanged());
int preRescanCount = actionLogbook.Count;
Assert.Greater(actionLogbook.Count, 1);
Assert.AreEqual(0x7154C0, actionLogbook[actionLogbook.Count - 3].Address); // pool itself
Assert.AreEqual(0x6000, actionLogbook[actionLogbook.Count - 3].Size);
Assert.AreEqual(0x71528C, actionLogbook[actionLogbook.Count - 2].Address); // our sig ptr scan
Assert.AreEqual(0x4, actionLogbook[actionLogbook.Count - 2].Size);
Assert.AreEqual(0x7154C0, actionLogbook[actionLogbook.Count - 1].Address); // our sig
Assert.AreEqual(0x6000, actionLogbook[actionLogbook.Count - 1].Size);
Assert.AreEqual(0x7154C0, drvPool.ReadAs <int>("Player"));
Assert.AreEqual(0x7154C0, plrMemoryPtr.Address);
Assert.AreEqual(actionLogbook.Count, preRescanCount);
// It will only refresh the contents of the pointer
memory.Refresh();
Assert.False(plrMemoryPtr.HasChanged());
int postRescanCount = actionLogbook.Count;
Assert.AreEqual(2, postRescanCount - preRescanCount);
Assert.AreEqual(0x7154C0, actionLogbook[actionLogbook.Count - 5].Address); // pool itself
Assert.AreEqual(0x6000, actionLogbook[actionLogbook.Count - 5].Size);
Assert.AreEqual(0x71528C, actionLogbook[actionLogbook.Count - 4].Address); // our sig ptr scan
Assert.AreEqual(0x4, actionLogbook[actionLogbook.Count - 4].Size);
Assert.AreEqual(0x7154C0, actionLogbook[actionLogbook.Count - 3].Address); // our sig
Assert.AreEqual(0x6000, actionLogbook[actionLogbook.Count - 3].Size);
Assert.AreEqual(0x7154C0, actionLogbook[actionLogbook.Count - 2].Address); // pool itself
Assert.AreEqual(0x6000, actionLogbook[actionLogbook.Count - 2].Size);
Assert.AreEqual(0x7154C0, actionLogbook[actionLogbook.Count - 1].Address); // our result from sig
Assert.AreEqual(0x6000, actionLogbook[actionLogbook.Count - 1].Size);
}
void AsyncSendComplete(object?sender, SocketAsyncEventArgs args)
{
_socketEventArgsPool.Add(args);
lock (_asyncCompleteLock)
{
int newCount = Interlocked.Decrement(ref _waitingSendCount);
if (newCount == 0)
{
_onBulkAsyncFinished?.Invoke();
_onBulkAsyncFinished = null;
}
}
}
void AsyncSendComplete(object?sender, SocketAsyncEventArgs args)
{
_socketEventArgsPool.Add(args);
lock (_asyncCompleteLock)
{
var token = (BulkRequestToken)args.UserToken !;
int newCount = token.DecrementWaitingCount();
if (newCount == 0)
{
token.Finish();
}
}
}
public void Groups()
{
var file = new LogFileWriter("test2.zip", "LogFileWriterTestsGroups");
var source = new MemoryPool("test", MemoryAddress.StaticAbsolute, 0x123456, 0, 0x1234);
source.Add(new MemoryFieldFunc <int>("testInt", (pool) => 123));
source.Add(new MemoryFieldFunc <string>("test", (pool) => "test"));
file.Subscribe(source);
Assert.AreEqual(1, file.Groups.Count());
Assert.AreEqual(source.Name, file.Groups.FirstOrDefault().Name);
Assert.AreEqual(true, file.Groups.FirstOrDefault().Subscribed);
Assert.AreEqual(2, file.Groups.FirstOrDefault().Fields.Count());
Assert.AreEqual(true, file.Groups.FirstOrDefault().Fields.Any(x => x.Name == "testInt"));
Assert.AreEqual(true, file.Groups.FirstOrDefault().Fields.Any(x => x.Name == "test"));
Assert.AreEqual(source, file.Groups.FirstOrDefault().DataSource);
file.Subscribe(source);
Assert.AreEqual(1, file.Groups.Count());
file.Unsubscribe(source);
Assert.AreEqual(1, file.Groups.Count()); // but it's become inactive instead;
Assert.AreEqual(false, file.Groups.FirstOrDefault().Subscribed);
source.Add(new MemoryFieldFunc <string>("test2", (pool) => "test"));
file.Subscribe(source);
Assert.AreEqual(1, file.Groups.Count());
Assert.AreEqual(true, file.Groups.FirstOrDefault().Subscribed);
Assert.AreEqual(3, file.Groups.FirstOrDefault().Fields.Count());
file.Save();
ZipStorer z = ZipStorer.Open("test2.zip", FileAccess.Read);
var files = z.ReadCentralDir();
Assert.AreEqual(3, files.Count);
Assert.True(files.Any(x => x.FilenameInZip == "test/Data.bin"));
Assert.True(files.Any(x => x.FilenameInZip == "test/Structure.xml"));
Assert.True(files.Any(x => x.FilenameInZip == "test/Time.bin"));
}
public void DataWithResubscriptions()
{
var counter = 0;
var file = new LogFileWriter("test4.zip", "LogFileWriterTestsDataWithResubscriptions");
var source = new MemoryPool("test", MemoryAddress.StaticAbsolute, 0x123456, 0, 0x1234);
source.Add(new MemoryFieldFunc <int>("testInt", (pool) => counter++)); // these are always logged
source.Add(new MemoryFieldFunc <string>("test", (pool) => "test"));
file.Subscribe(source);
// Fill up next 1/2 of data file
int i = 0;
for (i = 0; i < 1441792 / 2; i++) // 33MiB
{
file.Update(i); // +24 bytes
}
file.Unsubscribe(source);
file.Update(i++); // does nothing now, but the data thing does miss 1 time .
file.Subscribe(source);
// Fill up next 1/2 of a data file
for (; i < 1441792; i++) // 33MiB
{
file.Update(i); // +24 bytes
}
Thread.Sleep(500);
// We should have logged 2 data files by now.
Assert.True(File.Exists("LogFileWriterTestsDataWithResubscriptions/test/Data.bin"));
file.Save();
ZipStorer z = ZipStorer.Open("test4.zip", FileAccess.Read);
var files = z.ReadCentralDir();
Assert.AreEqual(3, files.Count);
Assert.True(files.Any(x => x.FilenameInZip == "test/Data.bin"));
Assert.True(files.Where(x => x.FilenameInZip == "test/Data.bin").FirstOrDefault().FileSize == (1441792 - 1) * 28);
Assert.True(files.Any(x => x.FilenameInZip == "test/Structure.xml"));
Assert.True(files.Any(x => x.FilenameInZip == "test/Time.bin"));
Assert.True(files.Where(x => x.FilenameInZip == "test/Time.bin").FirstOrDefault().FileSize == 1441792 * 8 - 8);
}
public void Create()
{
int counter = 0;
var source = new MemoryPool("test", MemoryAddress.StaticAbsolute, 0x123456, 0, 0x1234);
source.Add(new MemoryFieldFunc <int>("testInt", (pool) => counter++));
source.Add(new MemoryFieldFunc <string>("test", (pool) => "test"));
var group = new LogGroup(null, "test", source);
Assert.AreEqual("test", group.Name);
Assert.AreEqual(2, group.Fields.Count());
Assert.AreEqual("testInt", group.Fields.FirstOrDefault().Name);
Assert.AreEqual("test", group.Fields.Skip(1).FirstOrDefault().Name);
Assert.True(group.Subscribed);
}
public void Create()
{
int counter = 0;
var source = new MemoryPool("test", MemoryAddress.StaticAbsolute, 0x123456, 0, 0x1234);
source.Add(new MemoryFieldFunc<int>("testInt", (pool) => counter++));
source.Add(new MemoryFieldFunc<string>("test", (pool) => "test"));
var group = new LogGroup(null, "test", source);
Assert.AreEqual("test", group.Name);
Assert.AreEqual(2, group.Fields.Count());
Assert.AreEqual("testInt", group.Fields.FirstOrDefault().Name);
Assert.AreEqual("test", group.Fields.Skip(1).FirstOrDefault().Name);
Assert.True(group.Subscribed);
}
public void RecordTestData()
{
float[] rpmWave;
float[] speedWave;
GetWaves(out rpmWave, out speedWave);
int index = 0;
var provider = new MemoryProvider(null);
var fakePool = new MemoryPool("Driver", MemoryAddress.StaticAbsolute, 0, 0);
fakePool.Add(new MemoryFieldFunc <float>("Speed", (pool) => speedWave[index], true));
fakePool.Add(new MemoryFieldFunc <float>("RPM", (pool) => rpmWave[index++], true));
fakePool.Add(new MemoryFieldConstant <bool>("IsAI", false));
fakePool.Add(new MemoryFieldConstant <bool>("IsPlayer", true));
provider.Add(fakePool);
var fakeDriver = new TelemetryDriver(fakePool);
var fakeDrivers = new List <TelemetryDriver>(new[] { fakeDriver });
TelemetryLogger logger = new TelemetryLogger("testSim", new TelemetryLoggerConfiguration(true, true, true, true));
logger.SetTemporaryLocations("TelemetryLoggerTests_Tmp.zip", "TelemetryLoggerTests_TmpDir");
logger.SetDatasource(provider);
//logger.SetAnnotater( new TelemetryArchive());
GlobalEvents.Fire(new SessionStarted(), true);
GlobalEvents.Fire(new DriversAdded(null, fakeDrivers), true);
for (int i = 0; i < 1024; i++)
{
logger.Update(i * 25);
}
GlobalEvents.Fire(new SessionStopped(), true);
Thread.Sleep(2500);
ZipStorer checkFile = ZipStorer.Open("TelemetryLoggerTests_Tmp.zip", FileAccess.Read);
var files = checkFile.ReadCentralDir();
Assert.AreEqual(3, files.Count);
Assert.AreEqual(1024 * 2 * 12 + 2 * 8, files.Where(x => x.FilenameInZip.Contains("Data.bin")).FirstOrDefault().FileSize);
Assert.AreEqual(1024 * 8, files.Where(x => x.FilenameInZip.Contains("Time.bin")).FirstOrDefault().FileSize);
}
public void DataIsWrittenIn16MBChunks()
{
int dataWrites = 0;
int timeWrites = 0;
GlobalEvents.Hook <LogFileWriteAction>((x) =>
{
Assert.AreEqual(null, x.File);
Assert.AreEqual("test", x.Group);
// Count the write actions););
if (x.FileType == LogFileType.Data)
{
dataWrites++;
}
if (x.FileType == LogFileType.Time)
{
timeWrites++;
}
}, false);
int counter = 0;
var source = new MemoryPool("test", MemoryAddress.StaticAbsolute, 0x123456, 0, 0x1234);
source.Add(new MemoryFieldFunc <int>("testInt", (pool) => counter++));
source.Add(new MemoryFieldFunc <string>("test", (pool) => "test"));
var group = new LogGroup(null, "test", source);
// Fill up a data file
for (int i = 0; i < 1441792; i++) // 28 * 1441792 = 38.5MiB
{
group.Update(i); // +28 bytes
}
Assert.AreEqual(38, dataWrites); // 38*1MiB
Assert.AreEqual(10, timeWrites);
group.Close();
Assert.AreEqual(39, dataWrites); // last 0.5MiB
Assert.AreEqual(11, timeWrites);
}
private void AdvancedMiner()
{
var reader = new MemoryReader();
reader.Open(ActiveProcess, true);
miner = new MemoryProvider(reader);
var scanner = new MemorySignatureScanner(reader);
scanner.Enable();
var staticAddr = scanner.Scan <int>(MemoryRegionType.READWRITE, "75E98B0D????????5F5E");
var staticOffset = scanner.Scan <byte>(MemoryRegionType.READWRITE, "578B7E??8D04973BF8742F");
var ptr1Offset = 0;
var spdOffset = scanner.Scan <byte>(MemoryRegionType.READWRITE, "DEC9D947??DECADEC1D955FC");
var cxOffset = scanner.Scan <byte>(MemoryRegionType.READWRITE, "F30F5C4E??F30F59C0F30F59");
var cyOffset = cxOffset + 4; // scanner.Scan<byte>(MemoryRegionType.READWRITE, "5F8B0A890E8B4A??894EXX8B4AXX894EXX");
var czOffset = cxOffset + 8; // scanner.Scan<byte>(MemoryRegionType.READWRITE, "8B4A08??894EXXD9420CD95E0C");
scanner.Disable();
var carsPool = new MemoryPool("Cars", MemoryAddress.StaticAbsolute, staticAddr, new int[] { 0, staticOffset }, 64 * 4);
miner.Add(carsPool);
for (int k = 0; k < 64; k++)
{
var carPool = new MemoryPool("Car " + k, MemoryAddress.Dynamic, carsPool, k * 4, 512);
carPool.Add(new MemoryField <float>("Speed", MemoryAddress.Dynamic, carPool, spdOffset, 4));
carPool.Add(new MemoryField <float>("CoordinateX", MemoryAddress.Dynamic, carPool, cxOffset, 4));
carPool.Add(new MemoryField <float>("CoordinateY", MemoryAddress.Dynamic, carPool, cyOffset, 4));
carPool.Add(new MemoryField <float>("CoordinateZ", MemoryAddress.Dynamic, carPool, czOffset, 4));
miner.Add(carPool);
Cars.Add(new Ets2Car {
ID = k
});
}
}
public void Basic()
{
InitTest();
var testField = new MemoryFieldConstant <bool>("Test", false);
drvPool.Add(testField);
memory.Refresh();
Assert.AreEqual("Test", testField.Name);
Assert.AreEqual(0, testField.Address);
Assert.AreEqual(0, testField.Size);
Assert.AreEqual(0, testField.Offset);
Assert.True(testField.IsConstant);
Assert.False(testField.IsDynamic);
Assert.False(testField.IsStatic);
Assert.True(testField.HasChanged());
Assert.False(testField.HasChanged());
}
/// <summary>
/// Allocate a block of memory based upon a best fit policy.
/// </summary>
/// <param name="iBlockSizeRequest"></param>
/// <returns></returns>
public MemoryBlock Allocate(int iBlockSizeRequest)
{
try
{
IEnumerable <KeyValuePair <int, List <int> > > availableMemoryBlocks =
from entry in MemoryPool
where (entry.Key) >= iBlockSizeRequest
orderby entry.Key ascending
select entry;
if (0 == availableMemoryBlocks.Count())
{
return(new MemoryBlock());
}
KeyValuePair <int, List <int> > smallestBlocks = availableMemoryBlocks.First();
int iBlockSize = smallestBlocks.Key;
int iBlockAddress = smallestBlocks.Value.First();
smallestBlocks.Value.RemoveAt(0);
if (0 == smallestBlocks.Value.Count())
{
MemoryPool.Remove(iBlockSize);
}
if (iBlockSize > iBlockSizeRequest)
{
int iBlockRemainderSize = iBlockSize - iBlockSizeRequest;
int iBlockRemainderAddress = iBlockAddress + iBlockSizeRequest;
if (MemoryPool.ContainsKey(iBlockRemainderSize))
{
Debug.Assert(!MemoryPool[iBlockRemainderSize].Contains(iBlockRemainderAddress));
MemoryPool[iBlockRemainderSize].Add(iBlockRemainderAddress);
}
else
{
MemoryPool.Add(iBlockRemainderSize, new List <int>()
{
iBlockRemainderAddress
});
}
}
return(new MemoryBlock()
{
BlockAddress = iBlockAddress, BlockSize = iBlockSizeRequest
});
}
catch (Exception)
{
throw;
}
}
public void CounterField()
{
InitTest();
int iCounter = 0;
var fieldCounter = new MemoryFieldFunc <int>("Counter", (pool) =>
{
iCounter++;
return(iCounter);
});
drvPool.Add(fieldCounter);
memory.Refresh();
Assert.AreEqual(1, drvPool.ReadAs <int>("Counter"));
Assert.AreEqual(2, drvPool.ReadAs <int>("Counter"));
Assert.AreEqual(3, drvPool.ReadAs <int>("Counter"));
Assert.AreEqual(4, drvPool.ReadAs <int>("Counter"));
Assert.AreEqual(5, drvPool.ReadAs <int>("Counter"));
Assert.AreEqual(6, drvPool.ReadAs <int>("Counter"));
Assert.AreEqual(7, drvPool.ReadAs <int>("Counter"));
}
public void SendCallEnded(ushort groupId, Span <IPEndPoint> endPoints, CachedEncryptionKey keyInfo)
{
var buffer = _sendBufferPool.Get();
// Packet Type
buffer[0] = (byte)RopuPacketType.CallEnded;
// Group ID (uint16)
buffer.WriteUshort(groupId, 1);
BulkSendEncrypted(buffer.AsSpan(0, 3), groupId, endPoints, keyInfo);
_sendBufferPool.Add(buffer);
}
bool TryAddTransactionToMemoryPool(ByteString id, byte[] data)
{
// Data should not exceed the maximum size.
if (data.Length > MaximumTransactionSize)
{
throw new ArgumentException();
}
// Integrity check.
var computedId = Hash.ComputeDoubleSHA256(data);
if (!ByteString.CopyFrom(computedId).Equals(id))
{
throw new ArgumentException();
}
if (MemoryPool.ContainsKey(id))
{
return(false);
}
var tx = BlockchainUtil.DeserializeTransaction(data);
// Ignore the coinbase transactions.
if (tx.InEntries.Count == 0)
{
return(false);
}
lock (MemoryPool)
{
if (MemoryPool.ContainsKey(id))
{
return(false);
}
MemoryPool.Add(id, tx);
}
return(true);
}
public void RecordTestData()
{
float[] rpmWave;
float[] speedWave;
GetWaves(out rpmWave, out speedWave);
int index = 0;
var provider = new MemoryProvider(null);
var fakePool = new MemoryPool("Driver", MemoryAddress.StaticAbsolute, 0, 0);
fakePool.Add(new MemoryFieldFunc<float>("Speed", (pool) => speedWave[index], true));
fakePool.Add(new MemoryFieldFunc<float>("RPM", (pool) => rpmWave[index++], true));
fakePool.Add(new MemoryFieldConstant<bool>("IsAI", false));
fakePool.Add(new MemoryFieldConstant<bool>("IsPlayer", true));
provider.Add(fakePool);
var fakeDriver = new TelemetryDriver(fakePool);
var fakeDrivers = new List<TelemetryDriver>(new[] {fakeDriver});
TelemetryLogger logger = new TelemetryLogger("testSim", new TelemetryLoggerConfiguration(true, true, true, true));
logger.SetDatasource(provider);
logger.SetAnnotater( new TelemetryArchive());
GlobalEvents.Fire(new SessionStarted(), true);
GlobalEvents.Fire(new DriversAdded(null, fakeDrivers), true);
for(int i = 0 ; i <1024;i++)
logger.Update(i*25);
GlobalEvents.Fire(new SessionStopped(), true);
Thread.Sleep(500);
ZipStorer checkFile = ZipStorer.Open("tmp.zip", FileAccess.Read);
var files = checkFile.ReadCentralDir();
Assert.AreEqual(3, files.Count);
Assert.AreEqual(1024 * 2 * 12 + 2 * 8, files.Where(x => x.FilenameInZip.Contains("Data.bin")).FirstOrDefault().FileSize);
Assert.AreEqual(1024*8, files.Where(x => x.FilenameInZip.Contains("Time.bin")).FirstOrDefault().FileSize);
}
async Task HandleBody(InventoryMessage message, int peerId)
{
// Data should not exceed the maximum size.
var data = message.Data;
if (data.Length > MaximumBlockSize)
{
throw new ArgumentException();
}
// ハッシュ値正しい？
var id = message.IsBlock ?
BlockchainUtil.ComputeBlockId(data) :
Hash.ComputeDoubleSHA256(data);
if (!ByteString.CopyFrom(id).Equals(message.ObjectId))
{
return;
}
if (message.IsBlock)
{
// ミューテックス
lock (Blocks)
{
if (Blocks.ContainsKey(message.ObjectId))
{
return;
}
// ハッシュテーブルに追加
Blocks.Add(message.ObjectId, data);
}
var block = BlockchainUtil.DeserializeBlock(data);
// 前のブロックも知らなかったら前のももらう
var prevId = block.PreviousHash;
if (!Blocks.ContainsKey(prevId))
{
await ConnectionManager.SendAsync(new InventoryMessage
{
Type = Request,
IsBlock = true,
ObjectId = prevId,
}, peerId);
}
Executor.ProcessBlock(block);
}
else
{
if (MemoryPool.ContainsKey(message.ObjectId))
{
return;
}
var tx = BlockchainUtil.DeserializeTransaction(data);
// Ignore the coinbase transactions.
if (tx.InEntries.Count == 0)
{
return;
}
lock (MemoryPool)
{
if (MemoryPool.ContainsKey(message.ObjectId))
{
return;
}
MemoryPool.Add(message.ObjectId, tx);
}
}
message.Type = Advertise;
message.Data = null;
// 他の人に教えてあげる
await ConnectionManager.BroadcastAsync(message, peerId);
}
public void LapTests()
{
var lapsRecorded = new List <Lap>();
GlobalEvents.Hook <TelemetryLapComplete>(lap => lapsRecorded.Add(lap.Lap), true);
float[] rpmWave;
float[] speedWave;
GetWaves(out rpmWave, out speedWave);
int index = 0;
var provider = new MemoryProvider(null);
var fakePool = new MemoryPool("Driver", MemoryAddress.StaticAbsolute, 0, 0);
fakePool.Add(new MemoryFieldFunc <float>("Speed", (pool) => speedWave[index], true));
fakePool.Add(new MemoryFieldFunc <float>("RPM", (pool) => rpmWave[index++], true));
fakePool.Add(new MemoryFieldFunc <float>("Laps", (pool) =>
{
if (index <= 100)
{
return(0);
}
if (index > 100 && index <= 225)
{
return(1);
}
if (index > 225 && index <= 325)
{
return(2);
}
if (index > 325 && index <= 500)
{
return(3);
}
if (index > 500 && index <= 575)
{
return(4);
}
if (index > 575 && index <= 1024)
{
return(5);
}
return(-1);
}, true));
fakePool.Add(new MemoryFieldConstant <bool>("IsAI", false));
fakePool.Add(new MemoryFieldConstant <bool>("IsPlayer", true));
provider.Add(fakePool);
var fakeDriver = new TelemetryDriver(fakePool);
var fakeDrivers = new List <TelemetryDriver>(new[] { fakeDriver });
var logger = new TelemetryLogger("testSim", new TelemetryLoggerConfiguration(true, true, true, true));
logger.SetDatasource(provider);
//logger.SetAnnotater(new TelemetryArchive());
GlobalEvents.Fire(new SessionStarted(), true);
GlobalEvents.Fire(new DriversAdded(null, fakeDrivers), true);
for (int i = 0; i < 1024; i++)
{
logger.Update(i * 25);
}
GlobalEvents.Fire(new SessionStopped(), true);
Thread.Sleep(500);
Assert.AreEqual(6, lapsRecorded.Count);
Assert.AreEqual(0, lapsRecorded[0].LapNumber);
Assert.AreEqual(1, lapsRecorded[1].LapNumber);
Assert.AreEqual(2, lapsRecorded[2].LapNumber);
Assert.AreEqual(3, lapsRecorded[3].LapNumber);
Assert.AreEqual(4, lapsRecorded[4].LapNumber);
Assert.AreEqual(5, lapsRecorded[5].LapNumber);
Assert.AreEqual(100, lapsRecorded[0].Total);
Assert.AreEqual(125, lapsRecorded[1].Total);
Assert.AreEqual(100, lapsRecorded[2].Total);
Assert.AreEqual(175, lapsRecorded[3].Total);
Assert.AreEqual(75, lapsRecorded[4].Total);
Assert.AreEqual(-1, lapsRecorded[5].Total);
}
public void LapTests()
{
var lapsRecorded = new List<Lap>();
GlobalEvents.Hook<TelemetryLapComplete>(lap => lapsRecorded.Add(lap.Lap),true);
float[] rpmWave;
float[] speedWave;
GetWaves(out rpmWave, out speedWave);
int index = 0;
var provider = new MemoryProvider(null);
var fakePool = new MemoryPool("Driver", MemoryAddress.StaticAbsolute, 0, 0);
fakePool.Add(new MemoryFieldFunc<float>("Speed", (pool) => speedWave[index], true));
fakePool.Add(new MemoryFieldFunc<float>("RPM", (pool) => rpmWave[index++], true));
fakePool.Add(new MemoryFieldFunc<float>("Laps", (pool) =>
{
if(index <= 100)
return 0;
if (index > 100 && index <= 225)
return 1;
if (index > 225 && index <= 325)
return 2;
if (index > 325 && index <= 500)
return 3;
if (index > 500 && index <= 575)
return 4;
if (index > 575 && index <= 1024)
return 5;
return -1;
}, true));
fakePool.Add(new MemoryFieldConstant<bool>("IsAI", false));
fakePool.Add(new MemoryFieldConstant<bool>("IsPlayer", true));
provider.Add(fakePool);
var fakeDriver = new TelemetryDriver(fakePool);
var fakeDrivers = new List<TelemetryDriver>(new[] { fakeDriver });
var logger = new TelemetryLogger("testSim", new TelemetryLoggerConfiguration(true, true, true, true));
logger.SetDatasource(provider);
//logger.SetAnnotater(new TelemetryArchive());
GlobalEvents.Fire(new SessionStarted(), true);
GlobalEvents.Fire(new DriversAdded(null, fakeDrivers), true);
for (int i = 0; i < 1024; i++)
logger.Update(i * 25);
GlobalEvents.Fire(new SessionStopped(), true);
Thread.Sleep(500);
Assert.AreEqual(6, lapsRecorded.Count);
Assert.AreEqual(0, lapsRecorded[0].LapNumber);
Assert.AreEqual(1, lapsRecorded[1].LapNumber);
Assert.AreEqual(2, lapsRecorded[2].LapNumber);
Assert.AreEqual(3, lapsRecorded[3].LapNumber);
Assert.AreEqual(4, lapsRecorded[4].LapNumber);
Assert.AreEqual(5, lapsRecorded[5].LapNumber);
Assert.AreEqual(100, lapsRecorded[0].Total);
Assert.AreEqual(125, lapsRecorded[1].Total);
Assert.AreEqual(100, lapsRecorded[2].Total);
Assert.AreEqual(175, lapsRecorded[3].Total);
Assert.AreEqual(75, lapsRecorded[4].Total);
Assert.AreEqual(-1, lapsRecorded[5].Total);
}
async ValueTask <bool> AwaitRequest <H>(
ushort requestId, H handler, byte[] buffer, IPEndPoint endPoint,
ManualResetEvent manualResetEvent, int length) where H : class
{
var userId = UserId;
var keyInfo = _keysClient.GetMyKeyInfo();
if (userId == null)
{
Console.Error.WriteLine($"Could not send packet because userId is null");
return(false);
}
if (keyInfo == null)
{
Console.Error.WriteLine($"Could not send packet because keyInfo is null");
return(false);
}
_requests[requestId] = handler;
var packet = _sendBufferPool.Get();
try
{
int packetLength = _packetEncryption.CreateEncryptedPacket(buffer.AsSpan(0, length), packet, false, userId.Value, keyInfo);
_socket.SendTo(packet, 0, packetLength, SocketFlags.None, endPoint);
bool acknowledged = await AwaitResetEvent(manualResetEvent);
_sendBufferPool.Add(packet);
_requests[requestId] = null;
return(acknowledged);
}
catch (Exception exception)
{
Console.Error.WriteLine(exception);
throw exception;
}
}
/// <summary>
/// Free memory back into memory buffer.
/// </summary>
/// <param name="m"></param>
public void Free(MemoryBlock m)
{
if (null == m || m.IsNull())
{
return;
}
try
{
int iBlockAddressStart = m.BlockAddress;
int iBlockAddressEnd = m.BlockAddress + m.BlockSize;
int iMergeBlockSize = m.BlockSize;
int iMergeBlockAddress = m.BlockAddress;
// If Block Address is already available, then ignore
foreach (KeyValuePair <int, List <int> > kvp in MemoryPool)
{
if (kvp.Value.Contains(m.BlockAddress))
{
return;
}
}
// Merge with existing block with start of address
bool fMergeStart = false;
int iMergeStartBlockSize = 0;
int iMergeStartBlockAddress = 0;
foreach (KeyValuePair <int, List <int> > kvp in MemoryPool)
{
int iBlockSize = kvp.Key;
foreach (int iBlockAddress in kvp.Value)
{
if (iBlockAddress > iBlockAddressStart)
{
continue;
}
if (iBlockSize + iBlockAddress == iBlockAddressStart)
{
fMergeStart = true;
iMergeStartBlockSize = iBlockSize;
iMergeStartBlockAddress = iBlockAddress;
MemoryPool[iBlockSize].Remove(iBlockAddress);
if (0 == MemoryPool[iBlockSize].Count())
{
MemoryPool.Remove(iBlockSize);
}
break;
}
}
if (fMergeStart)
{
break;
}
}
// Merge existing block with the end of the block
if (fMergeStart)
{
iMergeBlockSize += iMergeStartBlockSize;
iMergeBlockAddress = iMergeStartBlockAddress;
}
bool fMergeEnd = false;
int iMergeEndBlockSize = 0;
int iMergeEndBlockAddress = 0;
IEnumerable <KeyValuePair <int, List <int> > > availableMemoryBlocksWithAddressEnd =
from entry in MemoryPool
where (entry.Value.Contains(iBlockAddressEnd))
select entry;
if (0 < availableMemoryBlocksWithAddressEnd.Count())
{
fMergeEnd = true;
KeyValuePair <int, List <int> > kvp = availableMemoryBlocksWithAddressEnd.First();
iMergeEndBlockSize = kvp.Key;
iMergeEndBlockAddress = iBlockAddressEnd;
Debug.Assert(MemoryPool[iMergeEndBlockSize].Contains(iMergeEndBlockAddress));
MemoryPool[iMergeEndBlockSize].Remove(iMergeEndBlockAddress);
if (0 == MemoryPool[iMergeEndBlockSize].Count)
{
MemoryPool.Remove(iMergeEndBlockSize);
}
}
if (fMergeEnd)
{
iMergeBlockSize += iMergeEndBlockSize;
}
if (MemoryPool.Keys.Contains(iMergeBlockSize))
{
MemoryPool[iMergeBlockSize].Add(iMergeBlockAddress);
}
else
{
MemoryPool.Add(iMergeBlockSize, new List <int>()
{
iMergeBlockAddress
});
}
}
catch (Exception)
{
throw;
}
}
public void FieldDynamic()
{
InitTest();
var FieldFuel = new MemoryField <float>("FuelCapacity", MemoryAddress.Dynamic, 0, 0x3160, 4);
var FieldIndex = new MemoryField <int>("Index", MemoryAddress.Dynamic, 0, 0x8, 4); // +0x8 = driver index
drvPool.Add(FieldIndex);
drvPool.Add(FieldFuel);
memory.Refresh();
Assert.True(FieldIndex.HasChanged());
Assert.True(FieldFuel.HasChanged());
// only 1 read from pool:
Assert.AreEqual(1, actionLogbook.Count);
Assert.AreEqual(0x7154C0, actionLogbook[0].Address);
Assert.AreEqual(0x6000, actionLogbook[0].Size);
// And read some values in different types:
Assert.AreEqual(0, drvPool.ReadAs <int>("Index"));
Assert.AreEqual(0, drvPool.ReadAs <uint>("Index"));
Assert.AreEqual(0.0f, drvPool.ReadAs <float>("Index"));
Assert.AreEqual(100.0f, drvPool.ReadAs <float>("FuelCapacity"));
Assert.AreEqual(100, drvPool.ReadAs <int>("FuelCapacity"));
Assert.AreEqual(100.0, drvPool.ReadAs <double>("FuelCapacity"));
memory.Refresh();
Assert.False(FieldIndex.HasChanged());
Assert.False(FieldFuel.HasChanged());
Assert.AreEqual(2, actionLogbook.Count);
Assert.AreEqual(0x7154C0, actionLogbook[0].Address);
Assert.AreEqual(0x6000, actionLogbook[0].Size);
Assert.AreEqual(0x7154C0, actionLogbook[1].Address);
Assert.AreEqual(0x6000, actionLogbook[1].Size);
}
public void CreateDriver(MemoryPool pool, bool isPlayer)
{
if (isPlayer)
{
//pool.Add(new MemoryFieldLazy<float>("", MemoryAddress.Static, 0, 4));
// I can now add tyre temperatures, pressure, brake info etc.
pool.Add(new MemoryFieldConstant<bool>("IsPlayer", true));
pool.Add(new MemoryFieldLazy<double>("EngineLifetime", MemoryAddress.Static, 0x006DC0AC, 8));
pool.Add(new MemoryFieldLazy<double>("EngineOil", MemoryAddress.Static, 0x006DC044, 8, Conversions.Kelvin2Celsius));
pool.Add(new MemoryFieldLazy<double>("EngineWater", MemoryAddress.Static, 0x006DC084, 8, Conversions.Kelvin2Celsius));
pool.Add(new MemoryFieldLazy<byte>("EngineMode", MemoryAddress.Static, 0x006DBF70, 1));
pool.Add(new MemoryFieldLazy<byte>("EngineTorque", MemoryAddress.Static, 0x006DC224, 1));
pool.Add(new MemoryFieldLazy<int>("FuelStop1", MemoryAddress.Static, 0x006E1EAC, 4));
pool.Add(new MemoryFieldLazy<int>("FuelStop1", MemoryAddress.Static, 0x006E1EEC, 4));
pool.Add(new MemoryFieldLazy<int>("FuelStop1", MemoryAddress.Static, 0x006E1F2C, 4));
pool.Add(new MemoryFieldLazy<double>("RideheightLF", MemoryAddress.Static, 0x006DB778, 8));
pool.Add(new MemoryFieldLazy<double>("RideheightRF", MemoryAddress.Static, 0x006DB780, 8));
pool.Add(new MemoryFieldLazy<double>("RideheightLR", MemoryAddress.Static, 0x006DB788, 8));
pool.Add(new MemoryFieldLazy<double>("RideheightRR", MemoryAddress.Static, 0x006DB790, 8));
pool.Add(new MemoryFieldLazy<string>("TyreCompoundFront", MemoryAddress.Static, 0x006E1177, 16));
pool.Add(new MemoryFieldLazy<string>("TyreCompoundRear", MemoryAddress.Static, 0x006E11B7, 16));
pool.Add(new MemoryFieldLazy<double>("TyrePressureLF", MemoryAddress.Static, 0x006D9F5C, 8));
pool.Add(new MemoryFieldLazy<double>("TyrePressureRF", MemoryAddress.Static, 0x006DA55C, 8));
pool.Add(new MemoryFieldLazy<double>("TyrePressureLR", MemoryAddress.Static, 0x006DAB5C, 8));
pool.Add(new MemoryFieldLazy<double>("TyrePressureRR", MemoryAddress.Static, 0x006DB15C, 8));
pool.Add(new MemoryFieldLazy<double>("TyreSpeedLF", MemoryAddress.Static, 0x006D9C04, 8));
pool.Add(new MemoryFieldLazy<double>("TyreSpeedRF", MemoryAddress.Static, 0x006DA204, 8));
pool.Add(new MemoryFieldLazy<double>("TyreSpeedLR", MemoryAddress.Static, 0x006DA804, 8));
pool.Add(new MemoryFieldLazy<double>("TyreSpeedRR", MemoryAddress.Static, 0x006DAE04, 8));
pool.Add(new MemoryFieldLazy<double>("TyreTemperatureInsideLF", MemoryAddress.Static, 0x006D9F44, 8));
pool.Add(new MemoryFieldLazy<double>("TyreTemperatureInsideRF", MemoryAddress.Static, 0x006DA534, 8));
pool.Add(new MemoryFieldLazy<double>("TyreTemperatureInsideLR", MemoryAddress.Static, 0x006DAB44, 8));
pool.Add(new MemoryFieldLazy<double>("TyreTemperatureInsideRR", MemoryAddress.Static, 0x006DB134, 8));
pool.Add(new MemoryFieldLazy<double>("TyreTemperatureMiddleLF", MemoryAddress.Static, 0x006D9F3C, 8));
pool.Add(new MemoryFieldLazy<double>("TyreTemperatureMiddleRF", MemoryAddress.Static, 0x006DA53C, 8));
pool.Add(new MemoryFieldLazy<double>("TyreTemperatureMiddleLR", MemoryAddress.Static, 0x006DAB3C, 8));
pool.Add(new MemoryFieldLazy<double>("TyreTemperatureMiddleRR", MemoryAddress.Static, 0x006DB13C, 8));
pool.Add(new MemoryFieldLazy<double>("TyreTemperatureOutsideLF", MemoryAddress.Static, 0x006D9F34, 8));
pool.Add(new MemoryFieldLazy<double>("TyreTemperatureOutsideRF", MemoryAddress.Static, 0x006DA544, 8));
pool.Add(new MemoryFieldLazy<double>("TyreTemperatureOutsideLR", MemoryAddress.Static, 0x006DAB34, 8));
pool.Add(new MemoryFieldLazy<double>("TyreTemperatureOutsideRR", MemoryAddress.Static, 0x006DB144, 8));
pool.Add(new MemoryFieldLazy<int>("AerodyanmicFrontwingSetting", MemoryAddress.Static, 0x006E182C, 4));
pool.Add(new MemoryFieldLazy<int>("AerodyanmicRearwingSetting", MemoryAddress.Static, 0x006E186C, 4));
pool.Add(new MemoryFieldLazy<int>("AerodyanmicRadiatorSetting", MemoryAddress.Static, 0x006E18AC, 4));
pool.Add(new MemoryFieldLazy<int>("AerodyanmicBrakeductSetting", MemoryAddress.Static, 0x006E18EC, 4));
pool.Add(new MemoryFieldLazy<double>("BrakeTemperatureLF", MemoryAddress.Static, 0x006DA0E0, 8));
pool.Add(new MemoryFieldLazy<double>("BrakeTemperatureRF", MemoryAddress.Static, 0x006DA6E0, 8));
pool.Add(new MemoryFieldLazy<double>("BrakeTemperatureLR", MemoryAddress.Static, 0x006DACE0, 8));
pool.Add(new MemoryFieldLazy<double>("BrakeTemperatureRR", MemoryAddress.Static, 0x006DB2E0, 8));
pool.Add(new MemoryFieldLazy<double>("BrakeThicknessLF", MemoryAddress.Static, 0x006DA110, 8));
pool.Add(new MemoryFieldLazy<double>("BrakeThicknessRF", MemoryAddress.Static, 0x006DA710, 8));
pool.Add(new MemoryFieldLazy<double>("BrakeThicknessLR", MemoryAddress.Static, 0x006DAD10, 8));
pool.Add(new MemoryFieldLazy<double>("BrakeThicknessRR", MemoryAddress.Static, 0x006DB310, 8));
pool.Add(new MemoryFieldLazy<double>("InputClutch", MemoryAddress.Static, 0x006D9744, 8));
pool.Add(new MemoryFieldLazy<double>("InputSteering", MemoryAddress.Static, 0x006D972C, 8));
pool.Add(new MemoryFieldLazy<byte>("HelpsABS", MemoryAddress.Static, 0x006D9786, 1));
pool.Add(new MemoryFieldLazy<byte>("HelpsTC", MemoryAddress.Static, 0x006D977E, 1));
pool.Add(new MemoryFieldLazy<byte>("HelpsSteer", MemoryAddress.Static, 0x006D9785, 1));
pool.Add(new MemoryFieldLazy<bool>("HelpsLock", MemoryAddress.Static, 0x006D9784, 1));
pool.Add(new MemoryFieldLazy<bool>("HelpsSpin", MemoryAddress.Static, 0x006D9787, 1));
pool.Add(new MemoryFieldLazy<bool>("HelpsStability", MemoryAddress.Static, 0x006D9780, 1));
pool.Add(new MemoryFieldLazy<bool>("HelpsClutch", MemoryAddress.Static, 0x006D9785, 1));
//pool.Add(new MemoryFieldLazy<byte>("HelpsShift", MemoryAddress.Static, 0x006D9782, 1));
}
else
pool.Add(new MemoryFieldConstant<bool>("IsPlayer", false));
}
public void Initialize(MemoryProvider provider)
{
MemoryPool simulator = new MemoryPool("Simulator", MemoryAddress.Static, 0, 0);
simulator.Add(new MemoryFieldLazy<int>("CarPlayer", MemoryAddress.Static, 0x31528c, 4));
simulator.Add(new MemoryFieldLazy<int[]>("Drivers", MemoryAddress.Static, 0x315298, 0x19C));
simulator.Add(new MemoryFieldLazy<string>("LocationGame", MemoryAddress.Static, 0x6EB320, 0, 256));
MemoryPool session = new MemoryPool("Session", MemoryAddress.Static, 0, 0);
session.Add(new MemoryFieldLazy<int>("Cars", MemoryAddress.Static, 0x315290, 4));
session.Add(new MemoryFieldLazy<float>("Time", MemoryAddress.Static, 0x60022C, 4));
session.Add(new MemoryFieldLazy<float>("Clock", MemoryAddress.Static, 0x6E2CD8, 4));
session.Add(new MemoryFieldLazy<string>("LocationTrack", MemoryAddress.Static, 0x309D28, 0, 256));
session.Add(new MemoryFieldLazy<bool>("IsOffline", MemoryAddress.Static, 0x315444, 1, (x) => !x));
session.Add(new MemoryFieldLazy<bool>("IsActive", MemoryAddress.Static, 0x30FEE4, 1));
session.Add(new MemoryFieldLazy<bool>("IsReplay", MemoryAddress.Static, 0x315444, 1));
session.Add(new MemoryFieldFunc<bool>("IsLoading", (pool) => !pool.ReadAs<bool>("IsActive") && pool.ReadAs<int>("Cars") > 0 && pool.ReadAs<string>("LocationTrack").Length != 0 ));
MemoryPool templateDriver = new MemoryPool("DriverTemplate", MemoryAddress.StaticAbsolute, 0, 0x5F48); // base, 0x5F48 size
templateDriver.Add(new MemoryFieldConstant<bool>("IsActive", true));
templateDriver.Add(new MemoryFieldLazy<int>("Index", MemoryAddress.Dynamic, 0, 0x8, 32));
templateDriver.Add(new MemoryFieldLazy<string>("Name", MemoryAddress.Dynamic, 0, 0x5B08, 32));
templateDriver.Add(new MemoryFieldLazy<string>("CarTeam", MemoryAddress.Dynamic, 0, 0x5C22, 64));
templateDriver.Add(new MemoryFieldLazy<string>("CarModel", MemoryAddress.Dynamic, 0, 0x5C62, 64));
templateDriver.Add(new MemoryFieldLazy<string>("CarClasses", MemoryAddress.Dynamic, 0, 0x39BC, 64));
templateDriver.Add(new MemoryFieldLazy<float>("Meter", MemoryAddress.Dynamic, 0, 0x3D04, 4));
templateDriver.Add(new MemoryFieldLazy<float>("Speed", MemoryAddress.Dynamic, 0, 0x57C0, 4));
templateDriver.Add(new MemoryFieldLazy<float>("RPM", MemoryAddress.Dynamic, 0, 0x317C, 4));
templateDriver.Add(new MemoryFieldLazy<float>("RPMMax", MemoryAddress.Dynamic, 0, 0x3180, 4));
templateDriver.Add(new MemoryFieldLazy<int>("Gear", MemoryAddress.Dynamic, 0, 0x321C, 1));
templateDriver.Add(new MemoryFieldLazy<float>("Mass", MemoryAddress.Dynamic, 0, 0x28DC, 4));
templateDriver.Add(new MemoryFieldLazy<float>("Fuel", MemoryAddress.Dynamic, 0, 0x315C, 4));
templateDriver.Add(new MemoryFieldLazy<float>("FuelCapacity", MemoryAddress.Dynamic, 0, 0x3160, 4));
templateDriver.Add(new MemoryFieldLazy<float>("TyreWearLF", MemoryAddress.Dynamic, 0, 0x2A34, 4));
templateDriver.Add(new MemoryFieldLazy<float>("TyreWearRF", MemoryAddress.Dynamic, 0, 0x2C1C, 4));
templateDriver.Add(new MemoryFieldLazy<float>("TyreWearLR", MemoryAddress.Dynamic, 0, 0x2E04, 4));
templateDriver.Add(new MemoryFieldLazy<float>("TyreWearRR", MemoryAddress.Dynamic, 0, 0x2FEC, 4));
templateDriver.Add(new MemoryFieldLazy<float>("InputThrottle", MemoryAddress.Dynamic, 0, 0x2938, 4));
templateDriver.Add(new MemoryFieldLazy<float>("InputBrake", MemoryAddress.Dynamic, 0, 0x2940, 4));
templateDriver.Add(new MemoryFieldLazy<float>("CoordinateX", MemoryAddress.Dynamic, 0, 0x289C, 4));
templateDriver.Add(new MemoryFieldLazy<float>("CoordinateY", MemoryAddress.Dynamic, 0, 0x28A4, 4));
templateDriver.Add(new MemoryFieldLazy<float>("CoordinateZ", MemoryAddress.Dynamic, 0, 0x28A0, 4));
templateDriver.Add(new MemoryFieldLazy<float>("CoordinateX-Replay", MemoryAddress.Dynamic, 0, 0x10, 4));
templateDriver.Add(new MemoryFieldLazy<float>("CoordinateY-Replay", MemoryAddress.Dynamic, 0, 0x18, 4));
templateDriver.Add(new MemoryFieldLazy<float>("CoordinateZ-Replay", MemoryAddress.Dynamic, 0, 0x14, 4));
templateDriver.Add(new MemoryFieldLazy<float>("RotationX", MemoryAddress.Dynamic, 0, 0x40, 4));
templateDriver.Add(new MemoryFieldLazy<float>("RotationY", MemoryAddress.Dynamic, 0, 0x48, 4));
templateDriver.Add(new MemoryFieldLazy<float>("RotationZ", MemoryAddress.Dynamic, 0, 0x44, 4));
templateDriver.Add(new MemoryFieldFunc<float>("Yaw", (pool) => (float)Math.Atan2(pool.ReadAs<float>("RotationX"), pool.ReadAs<float>("RotationY")), true));
templateDriver.Add(new MemoryFieldLazy<float>("AccelerationX", MemoryAddress.Dynamic, 0, 0x57C8, 4));
templateDriver.Add(new MemoryFieldLazy<int>("Pitstops", MemoryAddress.Dynamic, 0, 0x3D2C, 4));
templateDriver.Add(new MemoryFieldLazy<int>("Position", MemoryAddress.Dynamic, 0, 0x3D20, 4));
templateDriver.Add(new MemoryFieldLazy<int>("Laps", MemoryAddress.Dynamic, 0, 0x3CF8, 1));
templateDriver.Add(new MemoryFieldLazy<bool>("IsAI", MemoryAddress.Dynamic, 0, 0x59C8, 1));
templateDriver.Add(new MemoryFieldLazy<bool>("IsRetired", MemoryAddress.Dynamic, 0, 0x4160, 1));
templateDriver.Add(new MemoryFieldLazy<bool>("IsLimiter", MemoryAddress.Dynamic, 0, 0x17B1, 1));
templateDriver.Add(new MemoryFieldLazy<bool>("IsPits", MemoryAddress.Dynamic, 0, 0x27A8, 1));
templateDriver.Add(new MemoryFieldLazy<bool>("IsDriving", MemoryAddress.Dynamic, 0, 0x3CBF, 1));
templateDriver.Add(new MemoryFieldLazy<byte>("IsDisqualified", MemoryAddress.Dynamic, 0x3D24, 1,
(v) => (byte)((v == 3) ? 1 : 0)));
templateDriver.Add(new MemoryFieldLazy<bool>("FlagYellow", MemoryAddress.Dynamic, 0, 0x104, 1, (x) => !x));
templateDriver.Add(new MemoryFieldLazy<bool>("FlagBlue", MemoryAddress.Dynamic, 0, 0x3E39, 1));
templateDriver.Add(new MemoryFieldLazy<bool>("FlagBlack", MemoryAddress.Dynamic, 0, 0x3D24, 1));
templateDriver.Add(new MemoryFieldLazy<bool>("Ignition", MemoryAddress.Dynamic, 0, 0xAA, 1));
var laps = new MemoryPool("Laps", MemoryAddress.Dynamic, templateDriver, 0x3D90, 6 * 4 * 200);
// 200 laps, 6 floats each.
templateDriver.Add(laps);
provider.Add(simulator);
provider.Add(session);
provider.Add(templateDriver);
provider.Refresh();
templateDriver.SetTemplate(true);
DriverPositionOffset = templateDriver.Fields["Position"].Offset;
NamePositionOffset = templateDriver.Fields["Name"].Offset;
}
public void Initialize(MemoryProvider provider)
{
MemoryPool simulator = new MemoryPool("Simulator", MemoryAddress.Static, 0, 0);
simulator.Add(new MemoryFieldLazy <int>("CarPlayer", MemoryAddress.Static, 0x31528c, 4));
simulator.Add(new MemoryFieldLazy <int[]>("Drivers", MemoryAddress.Static, 0x315298, 0x19C));
simulator.Add(new MemoryFieldLazy <string>("LocationGame", MemoryAddress.Static, 0x6EB320, 0, 256));
MemoryPool session = new MemoryPool("Session", MemoryAddress.Static, 0, 0);
session.Add(new MemoryFieldLazy <int>("Cars", MemoryAddress.Static, 0x315290, 4));
session.Add(new MemoryFieldLazy <float>("Time", MemoryAddress.Static, 0x60022C, 4));
session.Add(new MemoryFieldLazy <float>("Clock", MemoryAddress.Static, 0x6E2CD8, 4));
session.Add(new MemoryFieldLazy <string>("LocationTrack", MemoryAddress.Static, 0x309D28, 0, 256));
session.Add(new MemoryFieldLazy <bool>("IsOffline", MemoryAddress.Static, 0x315444, 1, (x) => !x));
session.Add(new MemoryFieldLazy <bool>("IsActive", MemoryAddress.Static, 0x30FEE4, 1));
session.Add(new MemoryFieldLazy <bool>("IsReplay", MemoryAddress.Static, 0x315444, 1));
session.Add(new MemoryFieldFunc <bool>("IsLoading", (pool) => !pool.ReadAs <bool>("IsActive") && pool.ReadAs <int>("Cars") > 0 && pool.ReadAs <string>("LocationTrack").Length != 0));
MemoryPool templateDriver = new MemoryPool("DriverTemplate", MemoryAddress.StaticAbsolute, 0, 0x5F48); // base, 0x5F48 size
templateDriver.Add(new MemoryFieldConstant <bool>("IsActive", true));
templateDriver.Add(new MemoryFieldLazy <int>("Index", MemoryAddress.Dynamic, 0, 0x8, 32));
templateDriver.Add(new MemoryFieldLazy <string>("Name", MemoryAddress.Dynamic, 0, 0x5B08, 32));
templateDriver.Add(new MemoryFieldLazy <string>("CarTeam", MemoryAddress.Dynamic, 0, 0x5C22, 64));
templateDriver.Add(new MemoryFieldLazy <string>("CarModel", MemoryAddress.Dynamic, 0, 0x5C62, 64));
templateDriver.Add(new MemoryFieldLazy <string>("CarClasses", MemoryAddress.Dynamic, 0, 0x39BC, 64));
templateDriver.Add(new MemoryFieldLazy <float>("Meter", MemoryAddress.Dynamic, 0, 0x3D04, 4));
templateDriver.Add(new MemoryFieldLazy <float>("Speed", MemoryAddress.Dynamic, 0, 0x57C0, 4));
templateDriver.Add(new MemoryFieldLazy <float>("RPM", MemoryAddress.Dynamic, 0, 0x317C, 4));
templateDriver.Add(new MemoryFieldLazy <float>("RPMMax", MemoryAddress.Dynamic, 0, 0x3180, 4));
templateDriver.Add(new MemoryFieldLazy <int>("Gear", MemoryAddress.Dynamic, 0, 0x321C, 1));
templateDriver.Add(new MemoryFieldLazy <float>("Mass", MemoryAddress.Dynamic, 0, 0x28DC, 4));
templateDriver.Add(new MemoryFieldLazy <float>("Fuel", MemoryAddress.Dynamic, 0, 0x315C, 4));
templateDriver.Add(new MemoryFieldLazy <float>("FuelCapacity", MemoryAddress.Dynamic, 0, 0x3160, 4));
templateDriver.Add(new MemoryFieldLazy <float>("TyreWearLF", MemoryAddress.Dynamic, 0, 0x2A34, 4));
templateDriver.Add(new MemoryFieldLazy <float>("TyreWearRF", MemoryAddress.Dynamic, 0, 0x2C1C, 4));
templateDriver.Add(new MemoryFieldLazy <float>("TyreWearLR", MemoryAddress.Dynamic, 0, 0x2E04, 4));
templateDriver.Add(new MemoryFieldLazy <float>("TyreWearRR", MemoryAddress.Dynamic, 0, 0x2FEC, 4));
templateDriver.Add(new MemoryFieldLazy <float>("InputThrottle", MemoryAddress.Dynamic, 0, 0x2938, 4));
templateDriver.Add(new MemoryFieldLazy <float>("InputBrake", MemoryAddress.Dynamic, 0, 0x2940, 4));
templateDriver.Add(new MemoryFieldLazy <float>("CoordinateX", MemoryAddress.Dynamic, 0, 0x289C, 4));
templateDriver.Add(new MemoryFieldLazy <float>("CoordinateY", MemoryAddress.Dynamic, 0, 0x28A4, 4));
templateDriver.Add(new MemoryFieldLazy <float>("CoordinateZ", MemoryAddress.Dynamic, 0, 0x28A0, 4));
templateDriver.Add(new MemoryFieldLazy <float>("CoordinateX-Replay", MemoryAddress.Dynamic, 0, 0x10, 4));
templateDriver.Add(new MemoryFieldLazy <float>("CoordinateY-Replay", MemoryAddress.Dynamic, 0, 0x18, 4));
templateDriver.Add(new MemoryFieldLazy <float>("CoordinateZ-Replay", MemoryAddress.Dynamic, 0, 0x14, 4));
templateDriver.Add(new MemoryFieldLazy <float>("RotationX", MemoryAddress.Dynamic, 0, 0x40, 4));
templateDriver.Add(new MemoryFieldLazy <float>("RotationY", MemoryAddress.Dynamic, 0, 0x48, 4));
templateDriver.Add(new MemoryFieldLazy <float>("RotationZ", MemoryAddress.Dynamic, 0, 0x44, 4));
templateDriver.Add(new MemoryFieldFunc <float>("Yaw", (pool) => (float)Math.Atan2(pool.ReadAs <float>("RotationX"), pool.ReadAs <float>("RotationY")), true));
templateDriver.Add(new MemoryFieldLazy <float>("AccelerationX", MemoryAddress.Dynamic, 0, 0x57C8, 4));
templateDriver.Add(new MemoryFieldLazy <int>("Pitstops", MemoryAddress.Dynamic, 0, 0x3D2C, 4));
templateDriver.Add(new MemoryFieldLazy <int>("Position", MemoryAddress.Dynamic, 0, 0x3D20, 4));
templateDriver.Add(new MemoryFieldLazy <int>("Laps", MemoryAddress.Dynamic, 0, 0x3CF8, 1));
templateDriver.Add(new MemoryFieldLazy <bool>("IsAI", MemoryAddress.Dynamic, 0, 0x59C8, 1));
templateDriver.Add(new MemoryFieldLazy <bool>("IsRetired", MemoryAddress.Dynamic, 0, 0x4160, 1));
templateDriver.Add(new MemoryFieldLazy <bool>("IsLimiter", MemoryAddress.Dynamic, 0, 0x17B1, 1));
templateDriver.Add(new MemoryFieldLazy <bool>("IsPits", MemoryAddress.Dynamic, 0, 0x27A8, 1));
templateDriver.Add(new MemoryFieldLazy <bool>("IsDriving", MemoryAddress.Dynamic, 0, 0x3CBF, 1));
templateDriver.Add(new MemoryFieldLazy <byte>("IsDisqualified", MemoryAddress.Dynamic, 0x3D24, 1,
(v) => (byte)((v == 3) ? 1 : 0)));
templateDriver.Add(new MemoryFieldLazy <bool>("FlagYellow", MemoryAddress.Dynamic, 0, 0x104, 1, (x) => !x));
templateDriver.Add(new MemoryFieldLazy <bool>("FlagBlue", MemoryAddress.Dynamic, 0, 0x3E39, 1));
templateDriver.Add(new MemoryFieldLazy <bool>("FlagBlack", MemoryAddress.Dynamic, 0, 0x3D24, 1));
templateDriver.Add(new MemoryFieldLazy <bool>("Ignition", MemoryAddress.Dynamic, 0, 0xAA, 1));
var laps = new MemoryPool("Laps", MemoryAddress.Dynamic, templateDriver, 0x3D90, 6 * 4 * 200);
// 200 laps, 6 floats each.
templateDriver.Add(laps);
provider.Add(simulator);
provider.Add(session);
provider.Add(templateDriver);
provider.Refresh();
templateDriver.SetTemplate(true);
DriverPositionOffset = templateDriver.Fields["Position"].Offset;
NamePositionOffset = templateDriver.Fields["Name"].Offset;
}
public void CreateDriver(MemoryPool pool, bool isPlayer)
{
if (isPlayer)
{
//pool.Add(new MemoryFieldLazy<float>("", MemoryAddress.Static, 0, 4));
// I can now add tyre temperatures, pressure, brake info etc.
pool.Add(new MemoryFieldConstant <bool>("IsPlayer", true));
pool.Add(new MemoryFieldLazy <double>("EngineLifetime", MemoryAddress.Static, 0x006DC0AC, 8));
pool.Add(new MemoryFieldLazy <double>("EngineOil", MemoryAddress.Static, 0x006DC044, 8, Conversions.Kelvin2Celsius));
pool.Add(new MemoryFieldLazy <double>("EngineWater", MemoryAddress.Static, 0x006DC084, 8, Conversions.Kelvin2Celsius));
pool.Add(new MemoryFieldLazy <byte>("EngineMode", MemoryAddress.Static, 0x006DBF70, 1));
pool.Add(new MemoryFieldLazy <byte>("EngineTorque", MemoryAddress.Static, 0x006DC224, 1));
pool.Add(new MemoryFieldLazy <int>("FuelStop1", MemoryAddress.Static, 0x006E1EAC, 4));
pool.Add(new MemoryFieldLazy <int>("FuelStop1", MemoryAddress.Static, 0x006E1EEC, 4));
pool.Add(new MemoryFieldLazy <int>("FuelStop1", MemoryAddress.Static, 0x006E1F2C, 4));
pool.Add(new MemoryFieldLazy <double>("RideheightLF", MemoryAddress.Static, 0x006DB778, 8));
pool.Add(new MemoryFieldLazy <double>("RideheightRF", MemoryAddress.Static, 0x006DB780, 8));
pool.Add(new MemoryFieldLazy <double>("RideheightLR", MemoryAddress.Static, 0x006DB788, 8));
pool.Add(new MemoryFieldLazy <double>("RideheightRR", MemoryAddress.Static, 0x006DB790, 8));
pool.Add(new MemoryFieldLazy <string>("TyreCompoundFront", MemoryAddress.Static, 0x006E1177, 16));
pool.Add(new MemoryFieldLazy <string>("TyreCompoundRear", MemoryAddress.Static, 0x006E11B7, 16));
pool.Add(new MemoryFieldLazy <double>("TyrePressureLF", MemoryAddress.Static, 0x006D9F5C, 8));
pool.Add(new MemoryFieldLazy <double>("TyrePressureRF", MemoryAddress.Static, 0x006DA55C, 8));
pool.Add(new MemoryFieldLazy <double>("TyrePressureLR", MemoryAddress.Static, 0x006DAB5C, 8));
pool.Add(new MemoryFieldLazy <double>("TyrePressureRR", MemoryAddress.Static, 0x006DB15C, 8));
pool.Add(new MemoryFieldLazy <double>("TyreSpeedLF", MemoryAddress.Static, 0x006D9C04, 8));
pool.Add(new MemoryFieldLazy <double>("TyreSpeedRF", MemoryAddress.Static, 0x006DA204, 8));
pool.Add(new MemoryFieldLazy <double>("TyreSpeedLR", MemoryAddress.Static, 0x006DA804, 8));
pool.Add(new MemoryFieldLazy <double>("TyreSpeedRR", MemoryAddress.Static, 0x006DAE04, 8));
pool.Add(new MemoryFieldLazy <double>("TyreTemperatureInsideLF", MemoryAddress.Static, 0x006D9F44, 8));
pool.Add(new MemoryFieldLazy <double>("TyreTemperatureInsideRF", MemoryAddress.Static, 0x006DA534, 8));
pool.Add(new MemoryFieldLazy <double>("TyreTemperatureInsideLR", MemoryAddress.Static, 0x006DAB44, 8));
pool.Add(new MemoryFieldLazy <double>("TyreTemperatureInsideRR", MemoryAddress.Static, 0x006DB134, 8));
pool.Add(new MemoryFieldLazy <double>("TyreTemperatureMiddleLF", MemoryAddress.Static, 0x006D9F3C, 8));
pool.Add(new MemoryFieldLazy <double>("TyreTemperatureMiddleRF", MemoryAddress.Static, 0x006DA53C, 8));
pool.Add(new MemoryFieldLazy <double>("TyreTemperatureMiddleLR", MemoryAddress.Static, 0x006DAB3C, 8));
pool.Add(new MemoryFieldLazy <double>("TyreTemperatureMiddleRR", MemoryAddress.Static, 0x006DB13C, 8));
pool.Add(new MemoryFieldLazy <double>("TyreTemperatureOutsideLF", MemoryAddress.Static, 0x006D9F34, 8));
pool.Add(new MemoryFieldLazy <double>("TyreTemperatureOutsideRF", MemoryAddress.Static, 0x006DA544, 8));
pool.Add(new MemoryFieldLazy <double>("TyreTemperatureOutsideLR", MemoryAddress.Static, 0x006DAB34, 8));
pool.Add(new MemoryFieldLazy <double>("TyreTemperatureOutsideRR", MemoryAddress.Static, 0x006DB144, 8));
pool.Add(new MemoryFieldLazy <int>("AerodyanmicFrontwingSetting", MemoryAddress.Static, 0x006E182C, 4));
pool.Add(new MemoryFieldLazy <int>("AerodyanmicRearwingSetting", MemoryAddress.Static, 0x006E186C, 4));
pool.Add(new MemoryFieldLazy <int>("AerodyanmicRadiatorSetting", MemoryAddress.Static, 0x006E18AC, 4));
pool.Add(new MemoryFieldLazy <int>("AerodyanmicBrakeductSetting", MemoryAddress.Static, 0x006E18EC, 4));
pool.Add(new MemoryFieldLazy <double>("BrakeTemperatureLF", MemoryAddress.Static, 0x006DA0E0, 8));
pool.Add(new MemoryFieldLazy <double>("BrakeTemperatureRF", MemoryAddress.Static, 0x006DA6E0, 8));
pool.Add(new MemoryFieldLazy <double>("BrakeTemperatureLR", MemoryAddress.Static, 0x006DACE0, 8));
pool.Add(new MemoryFieldLazy <double>("BrakeTemperatureRR", MemoryAddress.Static, 0x006DB2E0, 8));
pool.Add(new MemoryFieldLazy <double>("BrakeThicknessLF", MemoryAddress.Static, 0x006DA110, 8));
pool.Add(new MemoryFieldLazy <double>("BrakeThicknessRF", MemoryAddress.Static, 0x006DA710, 8));
pool.Add(new MemoryFieldLazy <double>("BrakeThicknessLR", MemoryAddress.Static, 0x006DAD10, 8));
pool.Add(new MemoryFieldLazy <double>("BrakeThicknessRR", MemoryAddress.Static, 0x006DB310, 8));
pool.Add(new MemoryFieldLazy <double>("InputClutch", MemoryAddress.Static, 0x006D9744, 8));
pool.Add(new MemoryFieldLazy <double>("InputSteering", MemoryAddress.Static, 0x006D972C, 8));
pool.Add(new MemoryFieldLazy <byte>("HelpsABS", MemoryAddress.Static, 0x006D9786, 1));
pool.Add(new MemoryFieldLazy <byte>("HelpsTC", MemoryAddress.Static, 0x006D977E, 1));
pool.Add(new MemoryFieldLazy <byte>("HelpsSteer", MemoryAddress.Static, 0x006D9785, 1));
pool.Add(new MemoryFieldLazy <bool>("HelpsLock", MemoryAddress.Static, 0x006D9784, 1));
pool.Add(new MemoryFieldLazy <bool>("HelpsSpin", MemoryAddress.Static, 0x006D9787, 1));
pool.Add(new MemoryFieldLazy <bool>("HelpsStability", MemoryAddress.Static, 0x006D9780, 1));
pool.Add(new MemoryFieldLazy <bool>("HelpsClutch", MemoryAddress.Static, 0x006D9785, 1));
//pool.Add(new MemoryFieldLazy<byte>("HelpsShift", MemoryAddress.Static, 0x006D9782, 1));
}
else
{
pool.Add(new MemoryFieldConstant <bool>("IsPlayer", false));
}
}
async Task HandleBody(InventoryMessage message, int peerId)
{
// Data should not exceed the maximum size.
var data = message.Data;
if (data.Length > MaximumBlockSize)
{
throw new ArgumentException();
}
var id = message.IsBlock ?
BlockchainUtil.ComputeBlockId(data) :
Hash.ComputeDoubleSHA256(data);
if (!ByteString.CopyFrom(id).Equals(message.ObjectId))
{
return;
}
if (message.IsBlock)
{
lock (Blocks)//並列処理を避ける
{
if (Blocks.ContainsKey(message.ObjectId))
{
return;
}
Blocks.Add(message.ObjectId, data);
}
var prevId = Deserialize <Block>(data).PreviousHash;
if (!Blocks.ContainsKey(prevId))
{
await ConnectionManager.SendAsync(new InventoryMessage//当該ブロックの前のブロックを持っていない場合はそれもRequestする（前のblockのIDが必要なため
{
Type = Request,
IsBlock = true,
ObjectId = prevId,
}, peerId);
}
else
{
Executor.ProcessBlock(data, prevId);
}
}
else
{
if (MemoryPool.ContainsKey(message.ObjectId))
{
return;
}
var tx = BlockchainUtil.DeserializeTransaction(data);
// Ignore the coinbase transactions.
if (tx.InEntries.Count == 0)
{
return;
}
lock (MemoryPool)
{
if (MemoryPool.ContainsKey(message.ObjectId))
{
return;
}
MemoryPool.Add(message.ObjectId, tx);
}
}
message.Type = Advertise;
message.Data = null;
await ConnectionManager.BroadcastAsync(message, peerId);
}//ネットワーク全体にもらったブロックを発信する