public void UnitIco_Misnamed()
{
var fName1 = @"Targets\Singles\DutchIco.jpeg";
var dummy = new KaosDiags.Diags.Model(null);
FormatBase fmt;
using (Stream s1 = new FileStream(fName1, FileMode.Open))
{
FormatBase.Model fmtModel = FormatBase.Model.Create(s1, fName1, 0, 0, null, out FileFormat actual);
fmt = fmtModel.Data;
Assert.IsInstanceOfType(fmtModel, typeof(IcoFormat.Model));
Assert.AreEqual("ico", actual.PrimaryName);
Assert.IsTrue(fmt.Issues.MaxSeverity == Severity.Warning);
Assert.AreEqual(1, fmt.Issues.Items.Count);
Assert.AreEqual(1, fmt.Issues.RepairableCount);
string err = fmtModel.IssueModel.Repair(index: 0);
Assert.IsNull(err);
}
Assert.IsTrue(fmt.Issues.MaxSeverity == Severity.Warning);
Assert.AreEqual(1, fmt.Issues.Items.Count);
Assert.AreEqual(0, fmt.Issues.RepairableCount);
}
public void UnitCue_Rip1()
{
var targetDir = @"Targets\Rips\Tester - 2000 - FLAC Repairable\";
var expectedNames = new string[]
{
"01 - 4 frames of silence.flac", "02 - 8 frames of silence.flac", "03 - 12 frames of silence.flac",
"!Cue with 4 files.cue", "Cue with 3 files.cue", "Tester - 2000 - FLAC Silence.log"
};
var diagsModel = new KaosDiags.Diags.Model(targetDir);
diagsModel.Data.IsRepairEnabled = true;
diagsModel.Data.ValidationFlags = Validations.Exists;
var formatModels = new List <FormatBase.Model>();
int actualIx = 0;
foreach (FormatBase.Model fmtModel in diagsModel.CheckRoot())
{
Assert.AreEqual(expectedNames[actualIx], fmtModel.Data.Name);
formatModels.Add(fmtModel);
++actualIx;
}
Assert.AreEqual(expectedNames.Length, actualIx);
var cue3 = (CueFormat.Model)formatModels[4];
Assert.IsFalse(cue3.IssueModel.Data.HasError);
Assert.AreEqual(1, cue3.IssueModel.Data.RepairableCount);
var cue4 = (CueFormat.Model)formatModels[3];
Assert.IsTrue(cue4.IssueModel.Data.HasError);
}
public void UnitM_FormatList()
{
// Spin up a Diags model to initialize the class variables.
KaosDiags.Diags diags = new KaosDiags.Diags.Model(null).Data;
string formatListText = KaosDiags.Diags.FormatListText;
Assert.AreEqual(ExpectedTypes, formatListText);
}
public void UnitLogEac_StrictWeb()
{
var fName1 = @"Targets\Singles\Nightmare.log";
var fName2 = @"Targets\Singles\EAC1NoHashOrCT.log";
var model = new KaosDiags.Diags.Model(null);
// Uncomment next line for EAC log self-hash validation. Requires the interweb!
// model.Data.HashFlags |= Hashes._WebCheck;
//log1 has a self-hash
Stream s1 = new FileStream(fName1, FileMode.Open);
var h1 = new byte[0x2C];
s1.Read(h1, 0, h1.Length);
var log1Model = LogEacFormat.CreateModel(s1, h1, fName1);
log1Model.CalcHashes(model.Data.HashFlags, Validations.None);
model.Data.ErrEscalator = IssueTags.StrictErr;
log1Model.IssueModel.Escalate(model.Data.WarnEscalator, model.Data.ErrEscalator);
var b1 = log1Model.Data;
Assert.AreEqual(Severity.Error, b1.Issues.MaxSeverity);
if ((model.Data.HashFlags & Hashes._WebCheck) != 0)
{
Assert.IsTrue(b1.ShIssue.Success == true);
}
else
{
Assert.IsNull(b1.ShIssue);
}
// log2 has no self-hash
Stream s2 = new FileStream(fName2, FileMode.Open);
var h2 = new byte[0x2C];
s2.Read(h2, 0, h1.Length);
var log2Model = LogEacFormat.CreateModel(s2, h2, fName2);
log2Model.CalcHashes(model.Data.HashFlags, 0);
model.Data.ErrEscalator = IssueTags.StrictErr;
log2Model.IssueModel.Escalate(model.Data.WarnEscalator, model.Data.ErrEscalator);
var b2 = log2Model.Data;
Assert.IsTrue(b2.Issues.HasError);
if ((model.Data.HashFlags & Hashes._WebCheck) != 0)
{
Assert.IsTrue(b2.ShIssue.Success == false);
}
else
{
Assert.IsNull(b2.ShIssue);
}
}
