public void ParallelAccessWorks()
{
var content = new BytesOf("Works").AsBytes();
var accesses = 0;
var cell =
new FkCell(
(update) => { },
() =>
{
accesses++;
Assert.Equal(1, accesses);
accesses--;
return(content);
}
);
var valve = new LocalSyncPipe();
Parallel.For(0, Environment.ProcessorCount << 4, (i) =>
{
Assert.Equal(
"Works",
new TextOf(
new SyncCell(cell, valve).Content()
).AsString()
);
});
}
public void WorksWithRamCell()
{
var cell = new RamCell();
var gate = new LocalSyncPipe();
var synced = new SyncCell(cell, gate);
synced.Update(new InputOf("its so hot outside"));
Assert.Equal(
"its so hot outside",
new TextOf(synced.Content()).AsString()
);
}
public void AddsInParallel()
{
var valve = new LocalSyncPipe();
var hive = new RamHive("testRamHive");
Parallel.For(0, Environment.ProcessorCount << 4, (i) =>
{
hive.Catalog().Add("123");
});
Assert.Equal(1, hive.Catalog().List().Count);
}
public void WorksWithFileCell()
{
using (var file = new TempFile())
{
var path = file.Value();
var gate = new LocalSyncPipe();
Parallel.For(0, Environment.ProcessorCount << 4, (current) =>
{
var cell = new SyncCell(new FileCell(path), gate);
cell.Update(new InputOf("File cell Input"));
Assert.Equal("File cell Input", new TextOf(cell.Content()).AsString());
});
}
}
public void WorksWithFileHive()
{
using (var dir = new TempDirectory())
{
var valve = new LocalSyncPipe();
var hive = new FileHive(dir.Value().FullName, "product");
hive.Catalog().Add("2CV");
Parallel.For(0, Environment.ProcessorCount << 4, i =>
{
hive.Comb("2CV");
hive.Scope();
hive.HQ();
});
}
}
public void ModifiesExclusive()
{
var syncGate = new LocalSyncPipe();
var mem = new RamMnemonic();
Parallel.For(0, Environment.ProcessorCount << 4, (current) =>
{
var content = Guid.NewGuid().ToString();
var synced =
new SyncXocument("xoc",
new MemorizedXocument("xoc", mem),
syncGate
);
synced.Modify(new Directives().Xpath("/xoc").Set(content));
Assert.NotEmpty(synced.Value("/xoc/text()", ""));
});
}
public void DoesNotBlockItself()
{
var cell = new RamCell();
var gate = new LocalSyncPipe();
Parallel.For(0, Environment.ProcessorCount << 4, (current) =>
{
var content = "ABC";
var first = new SyncCell(cell, gate);
first.Update(new InputOf(content));
var again = new SyncCell(cell, gate);
again.Update(new InputOf(content));
var andAgain = new SyncCell(cell, gate);
andAgain.Update(new InputOf(content));
System.Threading.Thread.Sleep(1);
Assert.Equal(
"ABC ABC ABC",
$"{new TextOf(first.Content()).AsString()} {new TextOf(again.Content()).AsString()} {new TextOf(andAgain.Content()).AsString()}"
);
});
}
public void ReadsExclusive()
{
var accesses = 0;
var syncGate = new LocalSyncPipe();
Parallel.For(0, Environment.ProcessorCount << 4, (i) =>
{
var xoc =
new SyncXocument("synced",
new FkXocument(() =>
{
accesses++;
Assert.Equal(1, accesses);
accesses--;
return
(new XDocument(
new XElement("synced", new XText("here"))
));
}),
syncGate
);
xoc.Value("/synced/text()", "");
});
}
