public void WritesComplexInParallel()
{
var mem = new RamMnemonic();
var hive = new MemorizedHive("X", mem);
Parallel.For(0, 256, i =>
{
var id = $"mech-{i}";
hive.Shifted("machine").Catalog().Add(id);
hive.Shifted("machine").Comb(id).Props().Refined("checksum", id);
});
Parallel.For(0, 256, i =>
{
var id = $"mech-{i}";
using (var xoc = hive.Shifted("machine").Comb(id).Xocument("stuff.xml"))
{
var name = xoc.Value($"/stuff/thing/text()", "");
xoc.Modify(new Directives().Xpath("//name").Set(Guid.NewGuid()));
using (var xoc2 = hive.Shifted("machine").Comb(id).Xocument("stuff.xml"))
{
var name2 = xoc.Value($"/stuff/thing/text()", "");
xoc2.Modify(new Directives().Xpath("/stuff").AddIf("thing").Set(Guid.NewGuid()));
using (var xoc3 = hive.Shifted("machine").Comb(id).Xocument("stuff.xml"))
{
var name3 = xoc.Value($"/stuff/thing/text()", "");
xoc3.Modify(new Directives().Xpath("/stuff").AddIf("thing").Set(Guid.NewGuid()));
}
}
}
Assert.Equal(1, hive.Shifted("machine").Comb(id).Xocument("stuff.xml").Nodes("//thing").Count);
});
}
public void ModifiesContent()
{
var mem = new RamMnemonic();
mem.Contents()
.UpdateXml(
"xml-xocks",
new XMLCursor(
new InputOf("<root><item>A</item></root>")
).AsNode()
);
var xoc = new MemorizedXocument("xml-xocks", mem);
xoc.Modify(
new Directives()
.Xpath("//item")
.Set("B")
);
Assert.Contains(
"B",
xoc.Values("//item/text()")
);
}
public void RejectsUnknownSingleItem()
{
var mem = new RamMnemonic();
var idx = new TextIndex("test", mem);
Assert.Throws <ArgumentException>(() =>
idx.Comb("123")
);
}
public void RemovesCells()
{
var mem = new RamMnemonic();
var idx = new TextIndex("test", mem);
idx.Add("123").Cell("xunit-test").Update(new InputOf("content"));
idx.Remove("123");
Assert.DoesNotContain($"test/123/xunit-test", mem.Contents().Knowledge());
}
public void RemovesXmls()
{
var mem = new RamMnemonic();
var idx = new TextIndex("test", mem);
idx.Add("123").Xocument("xunit-test").Modify(new Directives().Xpath("/xunit-test").Add("content").Set("boo"));
idx.Remove("123");
Assert.DoesNotContain($"test/123/xunit-test", mem.Contents().Knowledge());
}
/// <summary>
/// A cell which exists in memory.
/// Note: This memory cell lives only as long as this object lives.
/// If you create two cells with the same path using this ctor,
/// they will not have the same content.
/// </summary>
public RamCell(string path, IBytes content) : this(
new Live <string>(() => path),
new Solid <IMnemonic>(() =>
{
var mem = new RamMnemonic();
mem.Contents().UpdateBytes(path, content.AsBytes());
return(mem);
})
)
{ }
public void HasProps()
{
var memory = new RamMnemonic();
var comb = new RamComb("my-comb", memory);
comb.Props().Refined("name", "value");
Assert.Equal(
"value",
comb.Props().Value("name")
);
}
public void RemovesProp()
{
var memory = new RamMnemonic();
var comb = new RamComb("my-comb", memory);
comb.Props().Refined("name", "value", "value2");
comb.Props().Refined("name");
Assert.Empty(
comb.Props().Names()
);
}
public void HasArrayProps()
{
var memory = new RamMnemonic();
var comb = new RamComb("my-comb", memory);
comb.Props().Refined("name", "value", "value2");
Assert.Equal(
new ManyOf("value", "value2"),
comb.Props().Values("name")
);
}
public void WritesPropsInParallel()
{
var mem = new RamMnemonic();
var hive = new MemorizedHive("cars", mem);
Parallel.For(0, Environment.ProcessorCount << 4, i =>
{
hive.Comb("2CV").Props().Refined("looping", "louie");
});
Assert.Equal("louie", hive.Comb("2CV").Props().Value("looping"));
}
public void AddsInParallel()
{
var mem = new RamMnemonic();
var hive = new MemorizedHive("cars", mem);
Parallel.For(0, Environment.ProcessorCount << 4, (i) =>
{
hive.Catalog().Add("supercar");
});
Assert.Equal(1, hive.Catalog().List().Count);
}
public void ShiftsScope()
{
var mem = new RamMnemonic();
var hive = new MemorizedHive("in-memory", mem);
hive.Catalog()
.Add("123");
var shifted = hive.Shifted("twilight-zone");
Assert.Empty(shifted.Catalog().List());
}
public void DeliversXocument()
{
var memory = new RamMnemonic();
var comb = new RamComb("my-comb", memory);
using (var xoc = comb.Xocument("some.xml"))
{
Assert.Equal(
1,
xoc.Nodes("/some").Count
);
}
}
public void XocumentRootSkipsSubDir()
{
var memory = new RamMnemonic();
var comb = new RamComb("my-comb", memory);
using (var xoc = comb.Xocument("sub/some.xml"))
{
Assert.Equal(
1,
xoc.Nodes("/some").Count
);
}
}
public void RemovesXml()
{
var mem = new RamMnemonic();
var cache = new CachedMnemonic(mem);
var data = new BytesOf(new InputOf("splashy")).AsBytes();
cache.Contents().UpdateXml("splashy.xml", new XDocument(new XElement("splashy")));
cache.Contents().UpdateXml("splashy.xml", new XDocument());
Assert.Equal(
"<root />",
cache.Contents().Xml("splashy.xml", () => new XDocument(new XElement("root"))).ToString()
);
}
public void PrependsScopeToCombName()
{
var mem = new RamMnemonic();
var hive = new MemorizedHive("prepend-this", mem);
hive.Catalog()
.Add("123");
var shifted = hive.Shifted("prepend-this");
Assert.StartsWith("prepend-this",
hive.Comb("123", false).Name()
);
}
public void DistinguishesScope()
{
var mem = new RamMnemonic();
var hive = new MemorizedHive("in-memory", mem);
hive.Catalog()
.Add("123");
var shifted = hive.Shifted("twilight-zone");
shifted.Catalog().Add("789");
Assert.Contains("twilight-zone/hq/catalog.cat", mem.Contents().Knowledge(""));
}
public void RemembersProps()
{
var memory = new RamMnemonic();
new RamComb("my-comb", memory)
.Props()
.Refined("beer", "astra");
Assert.Equal(
"astra",
new RamComb("my-comb", memory)
.Props()
.Value("beer")
);
}
public void CachesItems()
{
var mem = new RamMnemonic();
var idx = new TextIndex("test", mem);
idx.Add("123");
new MemorizedXocument(
$"test/hq/catalog.xml",
mem
).Modify(
new Directives().Xpath("/catalog/*").Remove()
);
Assert.True(idx.Has("123"));
}
/// <summary>
/// A cell which exists in memory.
/// Note: This memory cell lives only as long as this object lives.
/// If you create two cells with the same path using this ctor,
/// they will not have the same content.
/// </summary>
public RamCell(IScalar <string> path, MemoryStream content) : this(
path,
new Solid <IMnemonic>(() =>
{
var mem = new RamMnemonic();
mem.Contents()
.UpdateBytes(
path.Value(),
new BytesOf(
new InputOf(content)
).AsBytes()
);
return(mem);
})
)
{ }
public void InitializesWithMemory()
{
var mem = new RamMnemonic();
mem.Contents().UpdateBytes("my-cell", new byte[1] {
0x02
});
using (var cell = new MemorizedCell("my-cell", mem))
{
Assert.True(
cell.Content()[0]
.Equals(0x02)
);
}
}
public void IsInsensitiveToSeparatorChars()
{
var mem = new RamMnemonic();
using (var cell = new MemorizedCell("this-is/my-cell", mem))
{
cell.Update(new InputOf("its so hot outside"));
}
using (var cell = new MemorizedCell(@"this-is\my-cell", mem))
{
Assert.Equal(
"its so hot outside",
new TextOf(cell.Content()).AsString()
);
}
}
public void IsCaseSensitive()
{
var mem = new RamMnemonic();
using (var cell = new MemorizedCell("this-is/MY-cell", mem))
{
cell.Update(new InputOf("its so cold outside"));
}
using (var cell = new MemorizedCell(@"this-is\MY-cell", mem))
{
Assert.Equal(
"its so cold outside",
new TextOf(cell.Content()).AsString()
);
}
}
public void MemorizesXml()
{
var mem = new RamMnemonic();
new MemorizedComb("beverage", mem)
.Xocument("coke.xml")
.Modify(new Directives().Xpath("/coke").Add("light").Set("yes please"));
Assert.Equal(
"yes please",
new MemorizedComb("beverage", mem)
.Xocument("coke.xml")
.Value("/coke/light/text()", "")
);
}
public void MemorizesProps()
{
var mem = new RamMnemonic();
new TextIndex(
"beverage",
mem
).Add("fritz-kola");
mem.Props("beverage", "fritz-kola").Refined("light", "yes please");
Assert.Equal(
"yes please",
mem.Props("beverage", "fritz-kola").Value("light")
);
}
public void DoesNotCacheOversized()
{
var mem = new RamMnemonic();
var cache = new CachedMnemonic(mem, 4);
var cell =
new MemorizedCell(
"a/file/which/is/oversized",
cache
);
cell.Update(new InputOf(new byte[128]));
cell.Content();
mem.Contents().UpdateBytes("a/file/which/is/oversized", new byte[0]);
Assert.True(cache.Contents().Bytes("a/file/which/is/oversized", () => new byte[0]).Length == 0);
}
public void IgnoresItems()
{
var mem = new RamMnemonic();
var cache = new CachedMnemonic(mem, "a/*/blacklisted/*");
var cell =
new MemorizedCell(
"a/file\\which/is\\blacklisted/data.dat",
cache
);
cell.Content();
mem.Contents()
.UpdateBytes("a/file\\which/is\\blacklisted/data.dat", new byte[128]);
Assert.False(cache.Contents().Knowledge().Contains("a/file\\which/is\\blacklisted/data.dat"));
}
public void DeliversHQXocument()
{
var mem = new RamMnemonic();
var hive = new MemorizedHive("in-memory", mem);
hive.HQ().Cell("A").Update(new InputOf(new byte[1] {
0xAB
}));
Assert.Equal(
new byte[1] {
0xAB
},
hive.HQ().Cell("A").Content()
);
}
public void RemembersComb()
{
var mem = new RamMnemonic();
new MemorizedHive("in-memory", mem)
.Catalog()
.Add("123");
Assert.Equal(
"in-memory/123",
new MemorizedHive("in-memory", mem)
.Catalog()
.List()[0]
.Name()
);
}
public void ReadsContent(string expected)
{
var mem = new RamMnemonic();
mem.Contents()
.UpdateXml(
"xml-xocks",
new XMLCursor(
new InputOf("<root><item>A</item><item>B</item></root>")
).AsNode()
);
Assert.Contains(
expected,
new MemorizedXocument("xml-xocks", mem).Values("//item/text()")
);
}
