public void SetUp()
{
_history = new RevisionHistory();
_changing = new List <ElementChangingEventArgs>();
_changed = new List <ElementChangedEventArgs>();
EnsureErased("vault");
EnsureErased("vault.zip");
EnsureErased("testvault");
EnsureErased("testvault2");
EnsureErased("testvault3");
EnsureErased("blueprint");
EnsureErased("blueprint.zip");
EnsureErased("blueprint.bak");
}
public void TearDown()
{
EnsureErased("vault");
EnsureErased("vault.zip");
EnsureErased("testvault");
EnsureErased("testvault2");
EnsureErased("testvault3");
EnsureErased("blueprint");
EnsureErased("blueprint.zip");
EnsureErased("blueprint.bak");
if (_trackingEvents)
{
VerifyEventSymmetry();
}
_changed = null;
_changing = null;
_history = null;
}
public static IVault BeforeInv(this IVault vault, RevisionHistory history)
{
history.BeforeInv(vault);
return vault;
}
public static IVault Verify(this IVault vault, RevisionHistory history)
{
history.Verify(vault);
return vault;
}
public static IValue BeforeMutate(this IValue value, RevisionHistory history)
{
history.BeforeMutate(value.Vault);
return value;
}
public static IBranch BeforeMutate(this IBranch branch, RevisionHistory history)
{
history.BeforeMutate(branch.Vault);
return branch;
}
public virtual void InternalPropertiesTest()
{
Guid id, id2, id3, id4, id5, bid, bid2;
UInt64 rev, rev2, rev3, rev4, rev5;
using (var write = OpenVault("testvault"))
{
write.BeforeInv(_history).Save();
id = write.BeforeInv(_history).Id;
rev = write.BeforeInv(_history).Revision;
Assert.AreNotEqual(Guid.Empty, id);
Assert.AreEqual(0, rev);
var b = write.BeforeMutate(_history).CreateBranch("test");
bid = b.Id;
write.BeforeInv(_history).Save();
id2 = write.BeforeInv(_history).Id;
rev2 = write.BeforeInv(_history).Revision;
Assert.AreEqual(id, id2);
Assert.IsTrue(rev2 > rev);
}
using (var read = OpenVault("testvault"))
{
id3 = read.BeforeInv(_history).Id;
bid2 = read.GetBranch("test").Id;
rev3 = read.BeforeInv(_history).Revision;
Assert.AreEqual(id, id3);
Assert.AreEqual(bid, bid2);
Assert.AreEqual(rev2, rev3);
_history.Verify(read);
var history2 = new RevisionHistory();
read.SaveAs("testvault2");
id4 = read.BeforeInv(history2).Id;
rev4 = read.BeforeInv(history2).Revision;
Assert.AreNotEqual(id3, id4);
Assert.AreEqual(0, rev4);
using (var read2 = OpenVault("testvault2"))
{
id5 = read2.BeforeInv(history2).Id;
rev5 = read2.BeforeInv(history2).Revision;
Assert.AreEqual(id4, id5);
Assert.AreEqual(rev4, rev5);
history2.Verify(read2);
}
history2.Verify(read);
}
if (_trackingEvents)
{
Assert.AreEqual(2, _changed.Count);
Assert.AreEqual("[ElementAdd: \\ (B: 0+2/0+2V, 1/1B)] null -> \\test (B: 0+0/0+0V, 0/0B)", _changed[0].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\test (B: 0+0/0+0V, 0/0B)] null -> \\ (B: 0+2/0+2V, 1/1B)", _changed[1].ToStringThatsFriendlyToUnitTests());
}
}
public virtual void TestAttachFromAlienVault()
{
using (var write = OpenVault("testvault"))
{
write.BeforeMutate(_history).CreateValue("val1", "val1");
write.BeforeMutate(_history).CreateValue(@"val1\val2", "val1val2");
write.BeforeMutate(_history).CreateBranch(@"val1\bra1");
write.BeforeMutate(_history).CreateValue(@"val2\val3", "val2val3");
write.BeforeInv(_history).Save();
var history2 = new RevisionHistory();
using (var write2 = OpenVault("testvault2"))
{
write2.BeforeMutate(history2).ImportFrom(write.BeforeInv(_history));
write2.BeforeInv(history2).Save();
Assert.AreEqual("val1", write2.BeforeInv(history2).GetValue("val1").ContentString);
Assert.AreEqual("val1val2", write2.BeforeInv(history2).GetValue(@"val1\val2").ContentString);
Assert.IsNotNull(write2.BeforeInv(history2).GetBranch(@"val1\bra1"));
Assert.AreEqual("val2val3", write2.BeforeInv(history2).GetValue(@"val2\val3").ContentString);
write2.Verify(history2);
}
write.Verify(_history);
}
if (_trackingEvents)
{
Assert.AreEqual(40, _changed.Count);
Assert.AreEqual("[ElementAdd: \\ (B: 1+2/3+2V, 2/3B)] null -> \\val1 (V)", _changed[0].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val1 (V)] null -> \\ (B: 1+2/3+2V, 2/3B)", _changed[1].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Content: \\val1 (V)] null -> val1", _changed[2].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[ElementAdd: \\ (B: 1+2/3+2V, 2/3B)] null -> \\val1 (B: 1+0/1+0V, 1/1B)", _changed[3].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val1 (B: 1+0/1+0V, 1/1B)] null -> \\ (B: 1+2/3+2V, 2/3B)", _changed[4].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[ElementAdd: \\val1 (B: 1+0/1+0V, 1/1B)] null -> \\val1\\val2 (V)", _changed[5].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val1\\val2 (V)] null -> \\val1 (B: 1+0/1+0V, 1/1B)", _changed[6].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Content: \\val1\\val2 (V)] null -> val1val2", _changed[7].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[ElementAdd: \\val1 (B: 1+0/1+0V, 1/1B)] null -> \\val1\\bra1 (B: 0+0/0+0V, 0/0B)", _changed[8].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val1\\bra1 (B: 0+0/0+0V, 0/0B)] null -> \\val1 (B: 1+0/1+0V, 1/1B)", _changed[9].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[ElementAdd: \\ (B: 1+2/3+2V, 2/3B)] null -> \\val2 (B: 1+0/1+0V, 0/0B)", _changed[10].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val2 (B: 1+0/1+0V, 0/0B)] null -> \\ (B: 1+2/3+2V, 2/3B)", _changed[11].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[ElementAdd: \\val2 (B: 1+0/1+0V, 0/0B)] null -> \\val2\\val3 (V)", _changed[12].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val2\\val3 (V)] null -> \\val2 (B: 1+0/1+0V, 0/0B)", _changed[13].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Content: \\val2\\val3 (V)] null -> val2val3", _changed[14].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[ElementAdd: \\val1 (B: 1+0/1+0V, 1/1B)] null -> \\val1\\bra1 (B: 0+0/0+0V, 0/0B)", _changed[15].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val1\\bra1 (B: 0+0/0+0V, 0/0B)] null -> \\val1 (B: 1+0/1+0V, 1/1B)", _changed[16].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[ElementAdd: \\val1 (B: 1+0/1+0V, 1/1B)] null -> \\val1\\val2 (V)", _changed[17].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val1\\val2 (V)] null -> \\val1 (B: 1+0/1+0V, 1/1B)", _changed[18].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[ElementAdd: \\val2 (B: 1+0/1+0V, 0/0B)] null -> \\val2\\val3 (V)", _changed[19].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val2\\val3 (V)] null -> \\val2 (B: 1+0/1+0V, 0/0B)", _changed[20].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[ElementAdd: \\ (B: 1+0/3+0V, 2/3B)] null -> \\val1 (B: 1+0/1+0V, 1/1B)", _changed[21].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val1 (B: 1+0/1+0V, 1/1B)] null -> \\ (B: 1+0/3+0V, 2/3B)", _changed[22].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[ElementAdd: \\ (B: 1+0/3+0V, 2/3B)] null -> \\val2 (B: 1+0/1+0V, 0/0B)", _changed[23].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val2 (B: 1+0/1+0V, 0/0B)] null -> \\ (B: 1+0/3+0V, 2/3B)", _changed[24].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[ElementAdd: \\ (B: 1+0/3+0V, 2/3B)] null -> \\val1 (V)", _changed[25].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val1 (V)] null -> \\ (B: 1+0/3+0V, 2/3B)", _changed[26].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Metadata: \\ (B: 1+2/3+2V, 2/3B)] null -> null", _changed[27].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[ElementAdd: \\val1 (B: 1+0/1+0V, 1/1B)] null -> \\val1\\bra1 (B: 0+0/0+0V, 0/0B)", _changed[28].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val1\\bra1 (B: 0+0/0+0V, 0/0B)] null -> \\val1 (B: 1+0/1+0V, 1/1B)", _changed[29].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[ElementAdd: \\val1 (B: 1+0/1+0V, 1/1B)] null -> \\val1\\val2 (V)", _changed[30].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val1\\val2 (V)] null -> \\val1 (B: 1+0/1+0V, 1/1B)", _changed[31].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[ElementAdd: \\ (B: 1+2/3+2V, 2/3B)] null -> \\val1 (B: 1+0/1+0V, 1/1B)", _changed[32].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val1 (B: 1+0/1+0V, 1/1B)] null -> \\ (B: 1+2/3+2V, 2/3B)", _changed[33].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[ElementAdd: \\val2 (B: 1+0/1+0V, 0/0B)] null -> \\val2\\val3 (V)", _changed[34].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val2\\val3 (V)] null -> \\val2 (B: 1+0/1+0V, 0/0B)", _changed[35].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[ElementAdd: \\ (B: 1+2/3+2V, 2/3B)] null -> \\val2 (B: 1+0/1+0V, 0/0B)", _changed[36].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val2 (B: 1+0/1+0V, 0/0B)] null -> \\ (B: 1+2/3+2V, 2/3B)", _changed[37].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[ElementAdd: \\ (B: 1+2/3+2V, 2/3B)] null -> \\val1 (V)", _changed[38].ToStringThatsFriendlyToUnitTests());
Assert.AreEqual("[Add: \\val1 (V)] null -> \\ (B: 1+2/3+2V, 2/3B)", _changed[39].ToStringThatsFriendlyToUnitTests());
}
}
public static IVault BeforeInv(this IVault vault, RevisionHistory history)
{
history.BeforeInv(vault);
return(vault);
}
public static IVault Verify(this IVault vault, RevisionHistory history)
{
history.Verify(vault);
return(vault);
}
public static IValue BeforeMutate(this IValue value, RevisionHistory history)
{
history.BeforeMutate(value.Vault);
return(value);
}
public static IBranch BeforeMutate(this IBranch branch, RevisionHistory history)
{
history.BeforeMutate(branch.Vault);
return(branch);
}
public void TearDown()
{
EnsureErased("vault");
EnsureErased("vault.zip");
EnsureErased("testvault");
EnsureErased("testvault2");
EnsureErased("testvault3");
EnsureErased("blueprint");
EnsureErased("blueprint.zip");
EnsureErased("blueprint.bak");
if (_trackingEvents) VerifyEventSymmetry();
_changed = null;
_changing = null;
_history = null;
}
public void SetUp()
{
_history = new RevisionHistory();
_changing = new List<ElementChangingEventArgs>();
_changed = new List<ElementChangedEventArgs>();
EnsureErased("vault");
EnsureErased("vault.zip");
EnsureErased("testvault");
EnsureErased("testvault2");
EnsureErased("testvault3");
EnsureErased("blueprint");
EnsureErased("blueprint.zip");
EnsureErased("blueprint.bak");
}
