public void WorksWithRamCell()
{
var comb =
new SyncComb(
new RamComb("myRamComb")
);
Parallel.For(0, Environment.ProcessorCount << 4, i =>
{
var cell = comb.Cell("myCell");
cell.Update(new InputOf("cell content"));
Assert.Equal("cell content", new TextOf(cell.Content()).AsString());
});
}
public void WorksInParallelWithCell()
{
var comb =
new SyncComb(
new RamComb("my-comb")
);
var content = "cell content";
Parallel.For(0, Environment.ProcessorCount << 4, (i) =>
{
var cell = comb.Cell("syncCell");
cell.Update(new InputOf(content));
Assert.Equal(content, new TextOf(cell.Content()).AsString());
});
}
public void XocumentAndCellDoNotConflict()
{
var comb =
new SyncComb(
new RamComb("my-comb")
);
Parallel.For(0, Environment.ProcessorCount << 4, (i) =>
{
var xoc = comb.Xocument("synced");
xoc.Node();
Assert.Equal("<synced />", xoc.Node().ToString());
var cell = comb.Cell("synced");
cell.Update(new InputOf($"<synced />"));
Assert.Equal($"<synced />", new TextOf(cell.Content()).AsString());
});
}
public void WorksWithFileCell()
{
using (var file = new TempDirectory())
{
var comb =
new SyncComb(
new FileComb(
"myFileComb",
file.Value().FullName
)
);
var content = "my-content";
Parallel.For(0, Environment.ProcessorCount << 4, i =>
{
var cell = comb.Cell("myCell");
cell.Update(new InputOf(content));
Assert.Equal(content, new TextOf(cell.Content()).AsString());
});
}
}