public void PreservesCase()
{
var mem = new RamContents();
mem.Xml(@"BIG\subdir/file", () => new XDocument(new XElement("root", new XElement("years", new XText("1980's")))));
Assert.Equal(
"BIG/subdir/file",
new FirstOf <string>(mem.Knowledge("")).Value()
);
}
public void NormalizesSlashes()
{
var mem = new RamContents();
mem.Xml(@"childhood\subdir/file", () => new XDocument(new XElement("root", new XElement("years", new XText("1980's")))));
Assert.Equal(
@"childhood/subdir/file",
new FirstOf <string>(mem.Knowledge("")).Value()
);
}
public void KnowsAbsentXmlBytesAfterFirstRead()
{
var mem = new RamContents();
mem.Xml("a/b/c.xml", () => new XDocument(new XElement("elem", "content"))).ToString();
Assert.Equal(
"<elem>content</elem>",
new TextOf(mem.Bytes("a/b/c.xml", () => new byte[0])).AsString()
);
}
public void UpdatesKnowledge()
{
var mem =
new RamContents(
new KeyValuePair <string, byte[]>(@"a/b/c.dat", new byte[1] {
0x13
})
);
mem.UpdateBytes("a/b/c.dat", new byte[0]);
Assert.Empty(
mem.Knowledge("")
);
}
public void KnowsAbsentBytesAfterFirstRead()
{
var mem = new RamContents();
mem.Bytes("a/b/c.dat", () => new byte[1] {
0x13
}).ToString();
Assert.Equal(
new byte[1] {
0x13
},
mem.Bytes("a/b/c.dat", () => new byte[0])
);
}
public void UpdatesXNodeIfIgnored()
{
var contents = new RamContents();
new CachedContents(
contents,
new ManyOf <string>("a/*"),
Int64.MaxValue
).UpdateXml(
"a/b/c.dat",
new XDocument(new XElement("elem", "content"))
);
Assert.Equal(
"<elem>content</elem>",
contents.Xml("a/b/c.dat", () => new XDocument()).ToString()
);
}
public void UpdatesOriginIfIgnored()
{
var contents = new RamContents();
new CachedContents(
contents,
new ManyOf <string>("a/*"),
Int64.MaxValue
).UpdateBytes(
"a/b/c.dat",
new byte[1] {
0x13
}
);
Assert.Equal(
0x13,
contents.Bytes("a/b/c.dat", () => new byte[0])[0]
);
}
