public void IsThreadSafe()
{
var reads = 0;
var cache = new BytesCache();
Parallel.For(0, 64, (idx) =>
{
cache.Content("test", () => new byte[1] {
0xAA
});
cache.Update("test",
() => { reads++; return(new byte[1] {
0xBB
}); },
() => { reads++; return(new byte[1] {
0xCC
}); }
);
cache.Content("test", () => { reads++; return(new byte[1] {
0xDD
}); });
});
Assert.Equal(64, reads);
}
public override void deserializeBody(InputStream stream, TLContext context)
{
this.messageId = StreamingUtils.readLong(stream);
int minSize = stream.available();
this.content = BytesCache.getInstance().allocate(minSize);
StreamingUtils.readBytes(this.content, 0, minSize, stream);
}
public void CachesOnRead()
{
var reads = 0;
var cache = new BytesCache();
cache.Content("test", () => { reads++; return(new byte[1] {
0xAB
}); });
cache.Content("test", () => { reads++; return(new byte[1] {
0xAB
}); });
Assert.Equal(1, reads);
}
public void Removes()
{
var reads = 0;
var cache = new BytesCache();
cache.Content("test", () => { reads++; return(new byte[1] {
0xDD
}); });
cache.Remove("test");
cache.Content("test", () => { reads++; return(new byte[1] {
0xDD
}); });
Assert.Equal(2, reads);
}
public void CachesOnUpdate()
{
var reads = 0;
var cache = new BytesCache();
cache.Content("test", () => new byte[1] {
0xAA
});
cache.Update("test",
() => { reads++; return(new byte[1] {
0xBB
}); },
() => { reads++; return(new byte[1] {
0xCC
}); }
);
cache.Content("test", () => { reads++; return(new byte[1] {
0xDD
}); });
Assert.Equal(1, reads);
}
internal RequestMessageConstructor()
{
_sendBufferCache = new BytesCache(NetworkSettings.WriteBufferSize);
}
