/// <summary>
/// Run the specified test script.
/// </summary>
protected Collection <PSObject> RunPowerShellTest(string script)
{
Collection <PSObject> output;
if (string.IsNullOrEmpty(script))
{
throw new ArgumentException(nameof(script));
}
using (PowerShell powershell = PowerShell.Create())
{
powershell.AddScript("$Error.clear()");
powershell.AddScript($"Write-Debug \"Current directory: {AppDomain.CurrentDomain.BaseDirectory}\"");
powershell.AddScript($"Write-Debug \"Current executing assembly: {Path.GetDirectoryName(Assembly.GetExecutingAssembly().Location)}\"");
powershell.AddScript($"cd \"{AppDomain.CurrentDomain.BaseDirectory}\"");
powershell.AddScript($"Import-Module \"{Path.Combine(AppDomain.CurrentDomain.BaseDirectory, "PartnerCenter.psm1")}\"");
powershell.AddScript($"Import-Module \"{Path.Combine(AppDomain.CurrentDomain.BaseDirectory, "ScenarioTests\\Common.ps1")}\"");
powershell.AddScript($"Import-Module \"{Path.Combine(AppDomain.CurrentDomain.BaseDirectory, $"ScenarioTests\\{GetType().Name}.ps1")}\"");
string test = GetType().Name;
powershell.AddScript("$VerbosePreference='Continue'");
powershell.AddScript("$DebugPreference='Continue'");
powershell.AddScript("$ErrorActionPreference='Stop'");
powershell.AddScript(script);
try
{
powershell.Runspace.Events.Subscribers.Clear();
output = powershell.Invoke();
if (powershell.Streams.Error.Count > 0)
{
throw new RuntimeException(
$"Test failed due to a non-empty error stream. First error: {FormatErrorRecord(powershell.Streams.Error[0])}{(powershell.Streams.Error.Count > 0 ? "Check the error stream in the test log for additional errors." : "")}");
}
return(output);
}
finally
{
powershell.Streams.Error.Clear();
}
}
}
IEnumerable <StdfRecord> InternalGetAllRecords()
{
//set this in case the last time we ended in seek mode
using (IStdfStreamScope streamScope = _StreamManager.GetScope()) {
try {
_Stream = new RewindableByteStream(streamScope.Stream);
//read the FAR to get endianness
var endian = Endian.Little;
var far = new byte[6];
if (_Stream.Read(far, 6) < 6)
{
yield return(new StartOfStreamRecord {
Endian = Endian.Unknown, ExpectedLength = _Stream.Length
});
yield return(new FormatErrorRecord {
Message = Resources.FarReadError,
Recoverable = false
});
yield return(new EndOfStreamRecord());
yield break;
}
endian = far[4] < 2 ? Endian.Big : Endian.Little;
var stdfVersion = far[5];
var length = (endian == Endian.Little ? far[0] : far[1]);
if (length != 2)
{
yield return(new StartOfStreamRecord {
Endian = endian, ExpectedLength = _Stream.Length
});
yield return(new FormatErrorRecord {
Message = Resources.FarLengthError,
Recoverable = false
});
yield return(new EndOfStreamRecord {
Offset = 2
});
yield break;
}
//validate record type
if (far[2] != 0)
{
yield return(new StartOfStreamRecord {
Endian = endian, ExpectedLength = _Stream.Length
});
yield return(new FormatErrorRecord {
Offset = 2,
Message = Resources.FarRecordTypeError,
Recoverable = false
});
yield return(new EndOfStreamRecord {
Offset = 6
});
yield break;
}
//validate record type
if (far[3] != 10)
{
yield return(new StartOfStreamRecord {
Endian = endian, ExpectedLength = _Stream.Length
});
yield return(new FormatErrorRecord {
Offset = 3,
Message = Resources.FarRecordSubTypeError,
Recoverable = false
});
yield return(new EndOfStreamRecord {
Offset = 3
});
yield break;
}
//OK we're satisfied, let's go
yield return(new StartOfStreamRecord()
{
Endian = endian, ExpectedLength = _Stream.Length
});
yield return(new StdfReader.Records.V4.Far()
{
CpuType = far[4], StdfVersion = far[5]
});
//flush the memory
_Stream.Flush();
//now we have the FAR out of the way, and we can blow through the rest.
while (true)
{
var position = _Stream.Offset;
//read a record header
RecordHeader?header = _Stream.ReadHeader(endian);
//null means we hit EOS
if (header == null)
{
if (!_Stream.PastEndOfStream)
{
//Something's wrong. We know the offset is rewound
//to the begining of the header. If there's still
//data, we're corrupt
yield return(new CorruptDataRecord()
{
Offset = position,
//TODO: leverage the data in the stream.
//we know we've hit the end, so we can just dump
//the remaining memoized data
CorruptData = _Stream.DumpRemainingData(),
Recoverable = false
});
yield return(new FormatErrorRecord()
{
Message = Resources.EOFInHeader,
Recoverable = false,
Offset = position
});
}
yield return(new EndOfStreamRecord()
{
Offset = _Stream.Offset
});
yield break;
}
var contents = new byte[header.Value.Length];
int read = _Stream.Read(contents, contents.Length);
if (read < contents.Length)
{
//rewind to the beginning of the record (read bytes + the header)
_Stream.Rewind((int)(_Stream.Offset - position));
yield return(new CorruptDataRecord()
{
Offset = position,
CorruptData = _Stream.DumpRemainingData(),
Recoverable = false
});
yield return(new FormatErrorRecord()
{
Message = Resources.EOFInRecordContent,
Recoverable = false,
Offset = position
});
}
else
{
StdfRecord r;
if (header.Value.RecordType == PTR)
{
r = PTR.Converter(contents, endian);
}
else if (header.Value.RecordType == MPR)
{
r = MPR.Converter(contents, endian);
}
else if (header.Value.RecordType == FTR)
{
r = FTR.Converter(contents, endian);
}
else if (header.Value.RecordType == ATR)
{
r = ATR.Converter(contents, endian);
}
else if (header.Value.RecordType == MIR)
{
r = MIR.Converter(contents, endian);
}
else if (header.Value.RecordType == MRR)
{
r = MRR.Converter(contents, endian);
}
else if (header.Value.RecordType == PCR)
{
r = PCR.Converter(contents, endian);
}
else if (header.Value.RecordType == HBR)
{
r = HBR.Converter(contents, endian);
}
else if (header.Value.RecordType == SBR)
{
r = SBR.Converter(contents, endian);
}
else if (header.Value.RecordType == PMR)
{
r = PMR.Converter(contents, endian);
}
else if (header.Value.RecordType == PGR)
{
r = PGR.Converter(contents, endian);
}
else if (header.Value.RecordType == PLR)
{
r = PLR.Converter(contents, endian);
}
else if (header.Value.RecordType == RDR)
{
r = RDR.Converter(contents, endian);
}
else if (header.Value.RecordType == SDR)
{
r = SDR.Converter(contents, endian);
}
else if (header.Value.RecordType == WIR)
{
r = WIR.Converter(contents, endian);
}
else if (header.Value.RecordType == WRR)
{
r = WRR.Converter(contents, endian);
}
else if (header.Value.RecordType == WCR)
{
r = WCR.Converter(contents, endian);
}
else if (header.Value.RecordType == PIR)
{
r = PIR.Converter(contents, endian);
}
else if (header.Value.RecordType == PRR)
{
r = PRR.Converter(contents, endian);
}
else if (header.Value.RecordType == TSR)
{
r = TSR.Converter(contents, endian);
}
else if (header.Value.RecordType == BPS)
{
r = BPS.Converter(contents, endian);
}
else if (header.Value.RecordType == EPS)
{
r = EPS.Converter(contents, endian);
}
else if (header.Value.RecordType == GDR)
{
r = GDR.Converter(contents, endian);
}
else if (header.Value.RecordType == DTR)
{
r = DTR.Converter(contents, endian);
}
else
{
r = new FormatErrorRecord();
}
//StdfRecord r = header.Value.RecordType.Converter(contents, endian);
if (r.GetType() != typeof(UnknownRecord))
{
//it converted, so update our last known position
//TODO: We should think about:
//* how to indicate corruption within the record boundaries
//* enabling filteres to set the last known offset (to allow valid unknown records to pass through)
// * This could possible be done by allowing filters access to Flush or the dump functionality.
_Stream.Flush();
}
r.Offset = position;
yield return(r);
}
}
}
finally {
//set stream to null so we're not holding onto it
_Stream = null;
}
}
}