private CanvasOutput GetCanvasOutput(string sampleId, IDirectoryLocation sampleSandbox)
{
var cnvVcf = new Vcf(sampleSandbox.GetFileLocation("CNV.vcf.gz"));
var tempCnvDirectory = sampleSandbox.GetDirectoryLocation($"TempCNV_{sampleId}");
var variantFrequencies = tempCnvDirectory.GetFileLocation($"VFResults{sampleId}.txt.gz");
var variantFrequenciesBaf = tempCnvDirectory.GetFileLocation($"VFResults{sampleId}.txt.gz.baf");
IFileLocation coverageAndVariantFrequencies = sampleSandbox.GetFileLocation("CNV.CoverageAndVariantFrequency.txt");
IFileLocation tempStub = tempCnvDirectory.GetFileLocation($"{sampleId}");
IFileLocation partitioned = tempStub.AppendName(".partitioned");
return(new CanvasOutput(cnvVcf, coverageAndVariantFrequencies, variantFrequencies,
variantFrequenciesBaf, partitioned));
}
/// <summary>
/// Write out the ploidy bed file if ploidy information is available from the vcf header
/// Only create the normal XX or XY ploidy bed file so that Canvas can properly classify any abnormalities as variant.
/// If ploidy Y is > 1 produce the XY ploidy bed file, otherwise produce the XX ploidy bed file
/// </summary>
public IFileLocation CreateGermlinePloidyBed(Vcf vcf, GenomeMetadata genomeMetadata, IDirectoryLocation sampleSandbox)
{
string sexKaryotype = PloidyCorrector.GetSexChromosomeKaryotypeFromVcfHeader(vcf.VcfFile.FullName);
if (sexKaryotype == null)
{
_logger.Warn($"Sex chromosome ploidy not found in {vcf.VcfFile} header. No ploidy will be provided to Canvas.");
return(null);
}
_logger.Info($"Found sex chromosome ploidy {PloidyCorrector.PrintPloidy(sexKaryotype)} in {vcf.VcfFile}");
var ploidyInfo = new SamplePloidyInfo();
IFileLocation ploidyBed = sampleSandbox.GetFileLocation("ploidy.bed.gz");
if (sexKaryotype.ToLower().Contains("y"))
{
ploidyInfo.ProvidedPloidy = SexPloidyInfo.NormalMale;
_logger.Info($"Creating male ploidy bed file at {ploidyBed}.");
}
else
{
ploidyInfo.ProvidedPloidy = SexPloidyInfo.NormalFemale;
_logger.Info($"Creating female ploidy bed file at {ploidyBed}.");
}
string headerLine = $"{PloidyCorrector.ReferenceSexChromosomeKaryotype}={PloidyCorrector.PrettyPrintPloidy(ploidyInfo.ProvidedPloidyX.Value, ploidyInfo.ProvidedPloidyY.Value)}";
_ploidyFixer.WritePloidyBedFile(ploidyInfo, genomeMetadata, _ploidyFixer.GetParRegions(genomeMetadata),
ploidyBed.FullName, headerLine, ploidy => true);
return(ploidyBed);
}
private IFileLocation WriteManifest(NexteraManifest manifest, IDirectoryLocation sandbox)
{
var path = sandbox.GetFileLocation(manifest.Name);
NexteraManifestUtils.WriteNexteraManifests(manifest, path.FullName);
return(path);
}
private IFileLocation CreateDbSnpVcfForManifest(IFileLocation fullDbSnpVcf, NexteraManifest manifest, IDirectoryLocation sandBox)
{
IFileLocation targetedDbSnpVcf = sandBox.GetFileLocation($"{manifest.Name}_{fullDbSnpVcf.Name}");
Isas.Manifests.NexteraManifest.VcfUtilities.IntersectVcfWithManifest(fullDbSnpVcf.FullName, targetedDbSnpVcf.FullName, manifest);
return(targetedDbSnpVcf);
}
public CanvasCallset(
IFileLocation bam,
string sampleName,
IDirectoryLocation wholeGenomeFastaFolder,
IDirectoryLocation outputFolder,
IFileLocation kmerFasta,
IFileLocation filterBed,
IFileLocation ploidyBed,
IFileLocation normalVcfPath,
bool isDbSnpVcf,
IEnumerable<IFileLocation> normalBamPaths,
NexteraManifest manifest,
IFileLocation somaticVcfPath,
IFileLocation outputVcfPath)
{
Bam = new Bam(bam);
SampleName = sampleName;
WholeGenomeFastaFolder = wholeGenomeFastaFolder;
OutputFolder = outputFolder;
KmerFasta = kmerFasta;
FilterBed = filterBed;
PloidyBed = ploidyBed;
NormalVcfPath = normalVcfPath;
IsDbSnpVcf = isDbSnpVcf;
Manifest = manifest;
SomaticVcfPath = somaticVcfPath;
OutputVcfPath = outputVcfPath;
NormalBamPaths = normalBamPaths.Select(file => new Bam(file));
var genomeSizeXml = WholeGenomeFastaFolder.GetFileLocation("GenomeSize.xml");
GenomeMetadata = new GenomeMetadata();
GenomeMetadata.Deserialize(genomeSizeXml.FullName);
}
/// <summary>
/// Write out the ploidy vcf file if ploidy information is available from the vcf header
/// </summary>
public Vcf CreatePloidyVcf(SampleSet <SexPloidyInfo> ploidyInfos, GenomeMetadata genomeMetadata, IDirectoryLocation sampleSandbox)
{
var ploidyVcf = new Vcf(sampleSandbox.GetFileLocation(PloidyVcfName));
_ploidyFixer.WritePloidyVcfFile(ploidyVcf, ploidyInfos, genomeMetadata);
return(ploidyVcf);
}
public CanvasCallset(
IFileLocation bam,
string sampleName,
IDirectoryLocation wholeGenomeFastaFolder,
IDirectoryLocation outputFolder,
IFileLocation kmerFasta,
IFileLocation filterBed,
IFileLocation ploidyBed,
IFileLocation normalVcfPath,
bool isDbSnpVcf,
IEnumerable <IFileLocation> normalBamPaths,
NexteraManifest manifest,
IFileLocation somaticVcfPath,
IFileLocation outputVcfPath)
{
Bam = new Bam(bam);
SampleName = sampleName;
WholeGenomeFastaFolder = wholeGenomeFastaFolder;
OutputFolder = outputFolder;
KmerFasta = kmerFasta;
FilterBed = filterBed;
PloidyBed = ploidyBed;
NormalVcfPath = normalVcfPath;
IsDbSnpVcf = isDbSnpVcf;
Manifest = manifest;
SomaticVcfPath = somaticVcfPath;
OutputVcfPath = outputVcfPath;
NormalBamPaths = normalBamPaths.Select(file => new Bam(file));
var genomeSizeXml = WholeGenomeFastaFolder.GetFileLocation("GenomeSize.xml");
GenomeMetadata = new GenomeMetadata();
GenomeMetadata.Deserialize(genomeSizeXml.FullName);
}
public int Run(string[] args, TextWriter standardOutput, TextWriter standardError)
{
if (IsMissingMode(args))
{
return(HandleMissingMode(args, standardOutput, standardError));
}
var commonOptionsResult = ParseCommonOptions(args);
if (!commonOptionsResult.Success)
{
return(Parse(args, standardOutput.WriteLine, standardError.WriteLine));
}
var commonOptions = commonOptionsResult.Result;
if (AnyBaseOptions(args, out BaseOptions baseOptions))
{
HandleBaseOptions(baseOptions, standardOutput.WriteLine, GetMode(args));
return(0);
}
IDirectoryLocation outFolder = commonOptions.OutputDirectory;
var log = outFolder.GetFileLocation("CanvasLog.txt");
var error = outFolder.GetFileLocation("CanvasError.txt");
IDirectoryLocation genomeRoot = commonOptions.WholeGenomeFasta?.Parent?.Parent?.Parent?.Parent?.Parent;
int returnValue = 0;
IsasFrameworkFactory.RunWithLogger(log, error, logger =>
{
ISettings settings = new ProgrammaticSettingsBuilder()
.WithSetting(IsasConfigurationSettings.GenomeRepositoryPath, genomeRoot)
.ToSettings();
settings = new NestedSettingsProcessor(settings, IsasConfigurationSettings.GetConfigSettings());
IsasFrameworkFactory.RunWithWorkDoer(logger, settings, outFolder, workDoer =>
{
IsasFrameworkFactory.RunWithCheckpointer(logger, outFolder, settings, commonOptions.StartCheckpoint,
commonOptions.StopCheckpoint, checkpointer =>
{
var result = Parse(logger, settings, checkpointer, workDoer, args, standardOutput, standardError);
returnValue = result.Success ? result.Result.Launch() : -1;
});
});
});
return(returnValue);
}
private CanvasEnrichmentOutput GetCanvasOutput(string sampleId, IDirectoryLocation sampleSandbox)
{
var cnvVcf = new Vcf(sampleSandbox.GetFileLocation("CNV.vcf.gz"));
var tempCnvDirectory = sampleSandbox.GetDirectoryLocation($"TempCNV_{sampleId}");
var variantFrequencies = tempCnvDirectory.GetFileLocation($"VFResults{sampleId}.txt.gz");
var variantFrequenciesBaf = tempCnvDirectory.GetFileLocation($"VFResults{sampleId}.txt.gz.baf");
IFileLocation coverageAndVariantFrequencies = sampleSandbox.GetFileLocation("CNV.CoverageAndVariantFrequency.txt");
IFileLocation tempStub = tempCnvDirectory.GetFileLocation($"{sampleId}");
IFileLocation partitioned = tempStub.AppendName(".partitioned");
var canvasOutput = new CanvasOutput(cnvVcf, coverageAndVariantFrequencies, variantFrequencies,
variantFrequenciesBaf, partitioned);
IFileLocation binSize = tempStub.AppendName(".binsize");
IFileLocation normalBinned = tempStub.AppendName(".normal.binned");
IFileLocation unsmoothedCnd = tempStub.AppendName(".ratio.binned.cnd");
if (!binSize.Exists)
{
binSize = null;
}
return(new CanvasEnrichmentOutput(canvasOutput, binSize, normalBinned, unsmoothedCnd));
}
public int Launch()
{
CommonOptions commonOptions = _modeRunner.CommonOptions;
IDirectoryLocation outFolder = commonOptions.OutputDirectory;
var log = outFolder.GetFileLocation("CanvasLog.txt");
var error = outFolder.GetFileLocation("CanvasError.txt");
using (ILogger logger = new Logger(log, error))
{
try
{
logger.Info($"Running Canvas {_mode} {_version}");
logger.Info($"Command-line arguments: {string.Join(" ", _args)}");
var checkpointRunner =
GetCheckpointRunner(
logger,
outFolder,
commonOptions.StartCheckpoint,
commonOptions.StopCheckpoint,
commonOptions.WholeGenomeFasta);
using (var manager = checkpointRunner.Manager)
{
IDirectoryLocation loggingFolder = outFolder.CreateSubdirectory("Logging");
IsasConfiguration config = IsasConfiguration.GetConfiguration();
IWorkManager workManager = new LocalWorkManager(logger, loggingFolder, 0, config.MaximumMemoryGB, config.MaximumHoursPerProcess);
_modeRunner.Run(logger, checkpointRunner, workManager);
manager.CheckFinalState();
}
}
catch (StopCheckpointFoundException) { }
catch (Exception e)
{
logger.Error($"Canvas workflow error: {e}");
return(-1);
}
}
return(0);
}
public AnalysisDetails(IDirectoryLocation outputFolder, IDirectoryLocation wholeGenomeFastaFolder,
IFileLocation kmerFasta, IFileLocation filterBed, IFileLocation ploidyVcf, IFileLocation commonCnvsBed)
{
WholeGenomeFastaFolder = wholeGenomeFastaFolder;
OutputFolder = outputFolder;
KmerFasta = kmerFasta;
FilterBed = filterBed;
PloidyVcf = ploidyVcf;
CommonCnvsBed = commonCnvsBed;
var genomeSizeXml = WholeGenomeFastaFolder.GetFileLocation("GenomeSize.xml");
GenomeMetadata = new GenomeMetadata();
GenomeMetadata.Deserialize(genomeSizeXml);
}
public int Launch()
{
CommonOptions commonOptions = _modeRunner.CommonOptions;
IDirectoryLocation outFolder = commonOptions.OutputDirectory;
var log = outFolder.GetFileLocation("CanvasLog.txt");
var error = outFolder.GetFileLocation("CanvasError.txt");
IsasConfiguration config = IsasConfiguration.GetConfiguration();
IDirectoryLocation genomeRoot = commonOptions.WholeGenomeFasta?.Parent?.Parent?.Parent?.Parent?.Parent;
int returnValue = 0;
IsasFrameworkFactory.RunWithIsasFramework(outFolder, log, error, commonOptions.StartCheckpoint, commonOptions.StopCheckpoint, 0,
config.MaximumMemoryGB, config.MaximumHoursPerProcess, false, genomeRoot,
frameworkServices =>
{
var logger = frameworkServices.Logger;
try
{
var executableProcessor = new ExecutableProcessor(new NullSampleSettings(), logger);
#if DotNetCore
var runtimeExecutable = new FileLocation(executableProcessor.GetEnvironmentExecutablePath("dotnet"));
#else
var runtimeExecutable = CrossPlatform.IsThisLinux() ? new FileLocation(executableProcessor.GetMonoPath()) : null;
#endif
frameworkServices.Logger.Info($"Running Canvas {_mode} {_version}");
logger.Info($"Command-line arguments: {string.Join(" ", _args)}");
_modeRunner.Run(logger, frameworkServices.Checkpointer, frameworkServices.WorkManager, runtimeExecutable);
returnValue = 0;
}
catch (Exception e)
{
logger.Error($"Canvas workflow error: {e}");
returnValue = -1;
}
});
return(returnValue);
}
private CanvasSmallPedigreeOutput GetCanvasOutput(SampleSet <Bam> pedigreeBams, IDirectoryLocation sampleSandbox)
{
var readGroupSamples = pedigreeBams.SelectData(GetReadGroupSample);
var intermediateResults = readGroupSamples.SelectData(readGroupSample =>
{
var variantFrequencies = SingleSampleCallset.GetVfSummaryPath(sampleSandbox, readGroupSample);
var variantFrequenciesBaf = SingleSampleCallset.GetVfSummaryBafPath(sampleSandbox, readGroupSample);
var partitioned = SingleSampleCallset.GetPartitionedPath(sampleSandbox, readGroupSample);
var coverageAndVariantFrequencies = SingleSampleCallset.GetCoverageAndVariantFrequencyOutput(sampleSandbox, readGroupSample);
return(new IntermediateOutput(coverageAndVariantFrequencies, variantFrequencies, variantFrequenciesBaf, partitioned));
});
var cnvVcf = new Vcf(sampleSandbox.GetFileLocation("CNV.vcf.gz"));
return(new CanvasSmallPedigreeOutput(cnvVcf, intermediateResults));
}
/// <summary>
/// Write out the ploidy bed file if ploidy information is available from the vcf header
/// </summary>
public IFileLocation CreatePloidyBed(Vcf vcf, GenomeMetadata genomeMetadata, IDirectoryLocation sampleSandbox)
{
IFileLocation ploidyBed = sampleSandbox.GetFileLocation("ploidy.bed.gz");
string fastaPath = genomeMetadata.Sequences.First().FastaPath;
if (_ploidyFixer.GeneratePloidyBedFileFromVcf(
genomeMetadata,
fastaPath,
vcf.VcfFile.FullName,
ploidyBed.FullName, sampleSandbox.FullName, _logger, _workManager))
{
return(ploidyBed);
}
_logger.Warn($"Sex chromosome ploidy not found in {vcf.VcfFile} header. No ploidy will be provided to Canvas.");
return(null);
}
private CanvasSmallPedigreeOutput GetCanvasOutput(SampleSet <CanvasPedigreeSample> pedigreeSamples, IDirectoryLocation sampleSandbox)
{
var intermediateResults = pedigreeSamples.SelectSamples(sampleInfo =>
{
var sampleId = sampleInfo.Id;
var variantFrequencies = SingleSampleCallset.GetVfSummaryPath(sampleSandbox, sampleId);
var variantFrequenciesBaf = SingleSampleCallset.GetVfSummaryBafPath(sampleSandbox, sampleId);
var partitioned = SingleSampleCallset.GetPartitionedPath(sampleSandbox, sampleId);
var coverageAndVariantFrequencies = SingleSampleCallset.GetCoverageAndVariantFrequencyOutput(sampleSandbox, sampleId);
var singleSampleVcf = SingleSampleCallset.GetVcfOutput(sampleSandbox, sampleId);
var coverageBigwig = SingleSampleCallset.GetCoverageBigWig(sampleSandbox, sampleId);
var bAlleleBedgraph = SingleSampleCallset.GetBAlleleBedGraph(sampleSandbox, sampleId);
var copyNumberBedgraph = SingleSampleCallset.GetCopyNumberBedGraph(sampleSandbox, sampleId);
return(new IntermediateOutput(new Vcf(singleSampleVcf), coverageAndVariantFrequencies, variantFrequencies, variantFrequenciesBaf,
partitioned, coverageBigwig, bAlleleBedgraph, copyNumberBedgraph));
});
var cnvVcf = new Vcf(sampleSandbox.GetFileLocation("CNV.vcf.gz"));
return(new CanvasSmallPedigreeOutput(cnvVcf, intermediateResults));
}
public IFileLocation Write(IReadOnlyList <CanvasSegment> segments, IDirectoryLocation output,
double normalizationFactor)
{
_logger.Info($"Begin writing bedgraph file at '{output}'");
var benchmark = new Benchmark();
var bedGraph = output.GetFileLocation("coverage.bedgraph");
_writer.Write(segments, bedGraph, normalizationFactor);
_logger.Info($"Finished writing bedgraph file at '{bedGraph}'. Elapsed time: {benchmark.GetElapsedTime()}");
_logger.Info($"Begin conversion of '{bedGraph}' to bigwig file");
benchmark = new Benchmark();
var bigWigConverterOutput = output.CreateSubdirectory("BigWigConverter");
var bigwigFile = _converter.Convert(bedGraph, _genome, bigWigConverterOutput);
if (bigwigFile != null)
{
_logger.Info(
$"Finished conversion from bedgraph file at '{bedGraph}' to bigwig file at '{bigwigFile}'. Elapsed time: {benchmark.GetElapsedTime()}");
}
return(bigwigFile);
}
private static void ComputeCallability(ILogger logger, Dictionary <string, List <CnvCall> > callsByContig,
EvaluateCnvOptions options, IDirectoryLocation output)
{
var kmerFasta = new FileLocation(options.KmerFa);
var canvasAnnotationDir = kmerFasta.Directory;
var filterBed = canvasAnnotationDir.GetFileLocation("filter13.bed");
if (!filterBed.Exists)
{
throw new ArgumentException($"Missing file at {filterBed}");
}
var annotationDir = canvasAnnotationDir.Parent;
var buildDir = annotationDir.Parent;
var genome = new ReferenceGenome(buildDir).GenomeMetadata;
var computer = CallabilityMetricsComputer.Create(logger, genome, filterBed, options.PloidyInfo.SexPloidyInfo.PloidyY == 0);
var callability = computer.CalculateMetric(callsByContig.SelectValues(calls => calls.Where(call => call.PassFilter).ToList()));
var callabilityFile = output.GetFileLocation($"{options.BaseFileName}_callability.txt");
File.WriteAllLines(callabilityFile.FullName, callability.GetMetrics().Select(metric => metric.ToCsv().Replace(",", "\t")));
logger.Info($"Callability: {callability.Callability}. Called bases: {callability.CalledBases}. Total bases: {callability.TotalBases}.");
}
/// <summary>
/// Copy a directory to a new location. Input is the directory location for the resulting copied directory and not the parent directory.
/// If newDirectoryLocation already exists it is first removed.
/// Returns newDirectoryLocation to enable chaining
/// </summary>
public IDirectoryLocation CopyTo(IDirectoryLocation newDirectoryLocation)
{
if (newDirectoryLocation.FullName == FullName) return this;
newDirectoryLocation.CreateClean();
foreach (IFileLocation file in EnumerateFiles())
{
file.CopyTo(newDirectoryLocation.GetFileLocation(file.Name));
}
foreach (IDirectoryLocation subdir in EnumerateDirectories())
{
subdir.CopyInto(newDirectoryLocation);
}
return newDirectoryLocation;
}
private CanvasEnrichmentOutput RunSingleSample(string sampleId, CanvasEnrichmentInput input, IFileLocation dbSnpVcf, IFileLocation manifest, IDirectoryLocation sampleSandbox)
{
if (!_annotationFileProvider.IsSupported(input.GenomeMetadata))
{
_logger.Info($"Skipping Canvas for sample {sampleId}: unsupported reference genome '{input.GenomeMetadata.Name}'");
return(null);
}
var moreCustomParameters = new Dictionary <string, string>();
StringBuilder commandLine = new StringBuilder("Somatic-Enrichment");
commandLine.Append(_singleSampleInputCommandLineBuilder.GetSingleSampleCommandLine(sampleId, input.Bam, input.GenomeMetadata, sampleSandbox));
string sexChromosomeKaryotype = null;
if (input.PloidyInfo.IsPloidyAvailable)
{
sexChromosomeKaryotype = input.PloidyInfo.IsXYMale.Value ? PloidyCorrector.PrettyPrintPloidy(1, 1)
: (input.PloidyInfo.IsXXFemale.Value ? PloidyCorrector.PrettyPrintPloidy(2, 0) : null);
}
string controlSexChromosomeKaryotype = null;
if (input.IsCanvasNormalizePcaMode && input.PloidyInfo.IsPloidyAvailable)
{
IFileLocation pcaModelFile = input.PloidyInfo.IsXYMale.Value ? input.PcaModels.MaleModelFile
: (input.PloidyInfo.IsXXFemale.Value ? input.PcaModels.FemaleModelFile : null);
if (pcaModelFile == null)
{
string sampleSex = input.PloidyInfo.IsXYMale.Value ? "male"
: (input.PloidyInfo.IsXXFemale.Value ? "female" : "sex unknown");
_logger.Info($"Skipping Canvas for sample {sampleId}: PCA model file not available for {sampleSex} samples.");
return(null);
}
moreCustomParameters["CanvasNormalize"] = "-m PCA";
commandLine.Append($" --control-binned \"{pcaModelFile}\"");
commandLine.Append($" --control-bin-size 100"); // use a dummy bin size for now
controlSexChromosomeKaryotype = sexChromosomeKaryotype;
}
else if (input.PrecomputedControl?.BinnedPath != null)
{
commandLine.Append($" --control-binned \"{input.PrecomputedControl.BinnedPath}\"");
commandLine.Append($" --control-bin-size {input.PrecomputedControl.BinSize}");
controlSexChromosomeKaryotype = input.PrecomputedControl.SexChromosomeKaryotype;
}
else
{
foreach (var normalBam in input.NormalBamPaths)
{
commandLine.Append($" --control-bam \"{normalBam.BamFile}\"");
}
}
if (controlSexChromosomeKaryotype != null)
{
var controlPloidyBed = sampleSandbox.GetFileLocation("control-ploidy.bed.gz");
if (_canvasPloidyBedCreator.GeneratePloidyBedFileFromSexChromosomeKaryotype(input.GenomeMetadata, input.GenomeMetadata.Sequences.First().FastaPath,
controlSexChromosomeKaryotype, controlPloidyBed.FullName, sampleSandbox.FullName))
{
commandLine.Append($" --{SomaticEnrichmentOptionsParser.ControlPloidyBedOptionName} \"{controlPloidyBed}\"");
}
}
commandLine.Append($" --{SingleSampleCommonOptionsParser.PopulationBAlleleVcfOptionName} \"{dbSnpVcf}\"");
commandLine.Append($" --manifest \"{manifest}\"");
if (sexChromosomeKaryotype != null)
{
var ploidyBed = sampleSandbox.GetFileLocation("ploidy.bed.gz");
if (_canvasPloidyBedCreator.GeneratePloidyBedFileFromSexChromosomeKaryotype(input.GenomeMetadata, input.GenomeMetadata.Sequences.First().FastaPath,
sexChromosomeKaryotype, ploidyBed.FullName, sampleSandbox.FullName))
{
commandLine.Append($" --{SingleSampleCommonOptionsParser.PloidyBedOptionName} \"{ploidyBed}\"");
}
}
if (input.PredefinedBinsFile != null)
{
moreCustomParameters["CanvasBin"] = $"-n={input.PredefinedBinsFile.WrapWithEscapedShellQuote()}";
}
commandLine.Append(_singleSampleInputCommandLineBuilder.GetCustomParameters(moreCustomParameters));
commandLine = _singleSampleInputCommandLineBuilder.MergeCustomCanvasParameters(commandLine);
UnitOfWork singleSampleJob = new UnitOfWork()
{
ExecutablePath = CrossPlatform.IsThisLinux() ? _runtimeExecutable.FullName : _canvasExe.FullName,
CommandLine = CrossPlatform.IsThisLinux() ? _canvasExe + " " + commandLine : commandLine.ToString(),
LoggingFolder = _workManager.LoggingFolder.FullName,
LoggingStub = "Canvas_" + sampleId,
};
_workManager.DoWorkSingleThread(singleSampleJob);
return(GetCanvasOutput(sampleId, sampleSandbox));
}
/// <summary>
/// Moves an existing file into a parent directory, overwriting any existing file.
/// </summary>
/// <param name="destination">The parent directory for the new location of the file.</param>
/// <returns>
/// The new location of the file
/// </returns>
public IFileLocation MoveInto(IDirectoryLocation destination)
{
if (Directory.FullName.Equals(destination.FullName)) // Doesn't handle symlinks...
return this;
var result = destination.GetFileLocation(Name);
MoveTo(result);
return result;
}
public static IFileLocation SymlinkInto(this IFileLocation sourceFile, IDirectoryLocation destFolder)
{
IFileLocation dest = destFolder.GetFileLocation(sourceFile.Name);
return sourceFile.SymlinkTo(dest);
}
public static IFileLocation MoveAndLinkInto(this IFileLocation source, IDirectoryLocation destination)
{
return source.MoveAndLink(destination.GetFileLocation(source.Name));
}
