public void name_is_set()
{
var checksum = new FileCheckpoint(HelperExtensions.GetFilePathFromAssembly("filename"), "test");
Assert.AreEqual("test", checksum.Name);
checksum.Close();
}
public void name_is_set()
{
var checksum = new FileCheckpoint("filename", "test");
Assert.AreEqual("test", checksum.Name);
checksum.Close();
}
private static TFChunkDbConfig CreateTfDbConfig(int chunkSize, string dbPath, int chunksToCache)
{
if (!Directory.Exists(dbPath)) // mono crashes without this check
{
Directory.CreateDirectory(dbPath);
}
ICheckpoint writerChk;
ICheckpoint chaserChk;
if (Runtime.IsMono)
{
writerChk = new FileCheckpoint(Path.Combine(dbPath, Checkpoint.Writer + ".chk"), Checkpoint.Writer, cached: true);
chaserChk = new FileCheckpoint(Path.Combine(dbPath, Checkpoint.Chaser + ".chk"), Checkpoint.Chaser, cached: true);
}
else
{
writerChk = new MemoryMappedFileCheckpoint(Path.Combine(dbPath, Checkpoint.Writer + ".chk"), Checkpoint.Writer, cached: true);
chaserChk = new MemoryMappedFileCheckpoint(Path.Combine(dbPath, Checkpoint.Chaser + ".chk"), Checkpoint.Chaser, cached: true);
}
var nodeConfig = new TFChunkDbConfig(dbPath,
new VersionedPatternFileNamingStrategy(dbPath, "chunk-"),
chunkSize,
chunksToCache,
writerChk,
new[] { chaserChk });
return(nodeConfig);
}
protected static TFChunkDbConfig CreateDbConfig(string dbPath, int cachedChunks, long chunksCacheSize, bool inMemDb)
{
ICheckpoint writerChk;
ICheckpoint chaserChk;
ICheckpoint epochChk;
ICheckpoint truncateChk;
if (inMemDb)
{
writerChk = new InMemoryCheckpoint(Checkpoint.Writer);
chaserChk = new InMemoryCheckpoint(Checkpoint.Chaser);
epochChk = new InMemoryCheckpoint(Checkpoint.Epoch, initValue: -1);
truncateChk = new InMemoryCheckpoint(Checkpoint.Truncate, initValue: -1);
}
else
{
if (!Directory.Exists(dbPath)) // mono crashes without this check
{
Directory.CreateDirectory(dbPath);
}
var writerCheckFilename = Path.Combine(dbPath, Checkpoint.Writer + ".chk");
var chaserCheckFilename = Path.Combine(dbPath, Checkpoint.Chaser + ".chk");
var epochCheckFilename = Path.Combine(dbPath, Checkpoint.Epoch + ".chk");
var truncateCheckFilename = Path.Combine(dbPath, Checkpoint.Truncate + ".chk");
if (Runtime.IsMono)
{
writerChk = new FileCheckpoint(writerCheckFilename, Checkpoint.Writer, cached: true);
chaserChk = new FileCheckpoint(chaserCheckFilename, Checkpoint.Chaser, cached: true);
epochChk = new FileCheckpoint(epochCheckFilename, Checkpoint.Epoch, cached: true, initValue: -1);
truncateChk = new FileCheckpoint(truncateCheckFilename, Checkpoint.Truncate, cached: true, initValue: -1);
}
else
{
writerChk = new MemoryMappedFileCheckpoint(writerCheckFilename, Checkpoint.Writer, cached: true);
chaserChk = new MemoryMappedFileCheckpoint(chaserCheckFilename, Checkpoint.Chaser, cached: true);
epochChk = new MemoryMappedFileCheckpoint(epochCheckFilename, Checkpoint.Epoch, cached: true, initValue: -1);
truncateChk = new MemoryMappedFileCheckpoint(truncateCheckFilename, Checkpoint.Truncate, cached: true, initValue: -1);
}
}
var cache = cachedChunks >= 0
? cachedChunks * (long)(TFConsts.ChunkSize + ChunkHeader.Size + ChunkFooter.Size)
: chunksCacheSize;
var nodeConfig = new TFChunkDbConfig(dbPath,
new VersionedPatternFileNamingStrategy(dbPath, "chunk-"),
TFConsts.ChunkSize,
cache,
writerChk,
chaserChk,
epochChk,
truncateChk,
inMemDb);
return(nodeConfig);
}
public void the_new_value_is_accessible_after_flush()
{
var checkSum = new FileCheckpoint(Filename);
var readChecksum = new FileCheckpoint(Filename);
checkSum.Write(1011);
checkSum.Flush();
Assert.AreEqual(1011, readChecksum.Read());
checkSum.Close();
readChecksum.Close();
}
public void reading_off_same_instance_gives_most_up_to_date_info()
{
var checkSum = new FileCheckpoint(Filename);
checkSum.Write(0xDEAD);
checkSum.Flush();
var read = checkSum.Read();
checkSum.Close();
Assert.AreEqual(0xDEAD, read);
}
public void the_new_value_is_not_accessible_if_not_flushed_even_with_delay()
{
var checkSum = new FileCheckpoint(Filename);
var readChecksum = new FileCheckpoint(Filename);
checkSum.Write(1011);
Thread.Sleep(200);
Assert.AreEqual(0, readChecksum.Read());
checkSum.Close();
readChecksum.Close();
}
public void can_read_existing_checksum()
{
var checksum = new FileCheckpoint(Filename);
checksum.Write(0xDEAD);
checksum.Close();
checksum = new FileCheckpoint(Filename);
var val = checksum.Read();
checksum.Close();
Assert.AreEqual(0xDEAD, val);
}
public void mem_mapped_file_checkpoint_can_be_read_as_file_checkpoint()
{
var memoryMapped = new MemoryMappedFileCheckpoint(Filename);
memoryMapped.Write(0xDEAD);
memoryMapped.Flush();
memoryMapped.Dispose();
var fileCheckpoint = new FileCheckpoint(Filename);
var read = fileCheckpoint.Read();
fileCheckpoint.Dispose();
Assert.AreEqual(0xDEAD, read);
}
private static TFChunkDbConfig CreateDbConfig(int chunkSize, string dbPath, long chunksCacheSize, bool inMemDb)
{
ICheckpoint writerChk;
ICheckpoint chaserChk;
ICheckpoint epochChk;
ICheckpoint truncateChk;
if (inMemDb)
{
writerChk = new InMemoryCheckpoint(Checkpoint.Writer);
chaserChk = new InMemoryCheckpoint(Checkpoint.Chaser);
epochChk = new InMemoryCheckpoint(Checkpoint.Epoch, initValue: -1);
truncateChk = new InMemoryCheckpoint(Checkpoint.Truncate, initValue: -1);
}
else
{
var writerCheckFilename = Path.Combine(dbPath, Checkpoint.Writer + ".chk");
var chaserCheckFilename = Path.Combine(dbPath, Checkpoint.Chaser + ".chk");
var epochCheckFilename = Path.Combine(dbPath, Checkpoint.Epoch + ".chk");
var truncateCheckFilename = Path.Combine(dbPath, Checkpoint.Truncate + ".chk");
if (Runtime.IsMono)
{
writerChk = new FileCheckpoint(writerCheckFilename, Checkpoint.Writer, cached: true);
chaserChk = new FileCheckpoint(chaserCheckFilename, Checkpoint.Chaser, cached: true);
epochChk = new FileCheckpoint(epochCheckFilename, Checkpoint.Epoch, cached: true, initValue: -1);
truncateChk = new FileCheckpoint(truncateCheckFilename, Checkpoint.Truncate, cached: true, initValue: -1);
}
else
{
writerChk = new MemoryMappedFileCheckpoint(writerCheckFilename, Checkpoint.Writer, cached: true);
chaserChk = new MemoryMappedFileCheckpoint(chaserCheckFilename, Checkpoint.Chaser, cached: true);
epochChk = new MemoryMappedFileCheckpoint(epochCheckFilename, Checkpoint.Epoch, cached: true, initValue: -1);
truncateChk = new MemoryMappedFileCheckpoint(truncateCheckFilename, Checkpoint.Truncate, cached: true, initValue: -1);
}
}
var nodeConfig = new TFChunkDbConfig(dbPath,
new VersionedPatternFileNamingStrategy(dbPath, "chunk-"),
chunkSize,
chunksCacheSize,
writerChk,
chaserChk,
epochChk,
truncateChk,
inMemDb);
return(nodeConfig);
}
protected static TFChunkDbConfig CreateDbConfig(string dbPath, int cachedChunks, long chunksCacheSize, bool inMemDb)
{
ICheckpoint writerChk;
ICheckpoint chaserChk;
ICheckpoint epochChk;
ICheckpoint truncateChk;
if (inMemDb)
{
writerChk = new InMemoryCheckpoint(Checkpoint.Writer);
chaserChk = new InMemoryCheckpoint(Checkpoint.Chaser);
epochChk = new InMemoryCheckpoint(Checkpoint.Epoch, initValue: -1);
truncateChk = new InMemoryCheckpoint(Checkpoint.Truncate, initValue: -1);
}
else
{
try
{
if (!Directory.Exists(dbPath)) // mono crashes without this check
{
Directory.CreateDirectory(dbPath);
}
}
catch (UnauthorizedAccessException)
{
if (dbPath == Locations.DefaultDataDirectory)
{
Log.Info("Access to path {0} denied. The Event Store database will be created in {1}", dbPath, Locations.FallbackDefaultDataDirectory);
dbPath = Locations.FallbackDefaultDataDirectory;
Log.Info("Defaulting DB Path to {0}", dbPath);
if (!Directory.Exists(dbPath)) // mono crashes without this check
{
Directory.CreateDirectory(dbPath);
}
}
else
{
throw;
}
}
var writerCheckFilename = Path.Combine(dbPath, Checkpoint.Writer + ".chk");
var chaserCheckFilename = Path.Combine(dbPath, Checkpoint.Chaser + ".chk");
var epochCheckFilename = Path.Combine(dbPath, Checkpoint.Epoch + ".chk");
var truncateCheckFilename = Path.Combine(dbPath, Checkpoint.Truncate + ".chk");
if (Runtime.IsMono)
{
writerChk = new FileCheckpoint(writerCheckFilename, Checkpoint.Writer, cached: true);
chaserChk = new FileCheckpoint(chaserCheckFilename, Checkpoint.Chaser, cached: true);
epochChk = new FileCheckpoint(epochCheckFilename, Checkpoint.Epoch, cached: true, initValue: -1);
truncateChk = new FileCheckpoint(truncateCheckFilename, Checkpoint.Truncate, cached: true, initValue: -1);
}
else
{
writerChk = new MemoryMappedFileCheckpoint(writerCheckFilename, Checkpoint.Writer, cached: true);
chaserChk = new MemoryMappedFileCheckpoint(chaserCheckFilename, Checkpoint.Chaser, cached: true);
epochChk = new MemoryMappedFileCheckpoint(epochCheckFilename, Checkpoint.Epoch, cached: true, initValue: -1);
truncateChk = new MemoryMappedFileCheckpoint(truncateCheckFilename, Checkpoint.Truncate, cached: true, initValue: -1);
}
}
var cache = cachedChunks >= 0
? cachedChunks * (long)(TFConsts.ChunkSize + ChunkHeader.Size + ChunkFooter.Size)
: chunksCacheSize;
var nodeConfig = new TFChunkDbConfig(dbPath,
new VersionedPatternFileNamingStrategy(dbPath, "chunk-"),
TFConsts.ChunkSize,
cache,
writerChk,
chaserChk,
epochChk,
truncateChk,
inMemDb);
return(nodeConfig);
}
