public Solution ReadSolution(VerifiedFile slnFile)
{
var projectLines = slnFile.ReadAllLines()
.Select(line => TryParseProjectLine(line))
.Where(line => line != null)
.ToArray();
var projects = projectLines.Select(line =>
{
var file = slnFile.GetRelativeFileOrDefault(line.RelativePath);
if (file != null)
{
return(_projectReader.ReadProject(file));
}
else
{
return(null);
}
})
.Where(p => p != null)
.ToArray();
var sln = new Solution(slnFile, projects, projectLines);
return(sln);
}
public PackagesConfig(VerifiedFile file, INugetReferenceReader nugetReader)
{
_packagesConfigFile = file;
_xml = new DotNetXMLDoc(_packagesConfigFile);
Packages = nugetReader.ExtractPackages(_xml).ToArray();
}
public Solution(VerifiedFile slnFile, Project[] projects, ProjectLine[] projectLines)
{
_slnFile = slnFile;
Projects = projects;
ProjectLines = projectLines;
PackagesDirectory = slnFile.Directory.GetRelativeFolder("packages");
}
public Project(VerifiedFile csProjFile, IProjectReader projectReader)
{
_csProjFile = csProjFile;
_xml = new DotNetXMLDoc(csProjFile);
DotNetVersion = projectReader.ExtractDotNetVersion(_xml);
ProjectReferences = projectReader.ExtractProjectReferences(_xml).ToArray();
FileReferences = projectReader.ExtractFileReferences(_xml).ToArray();
AssemblyName = projectReader.ExtractAssemblyName(_xml);
}
public CommandOutput Execute(CommandLineArgs arg)
{
var output = new CommandOutput();
var slnFile = VerifiedFile.GetFileIfExisting(arg.SolutionFile);
if (slnFile == null)
{
output.Messages.Add(new SmartStringBuilder()
.AppendFatal("Unable to find solution ")
.AppendHighlighted(arg.SolutionFile));
return(output);
}
int previousProblemCount = int.MaxValue;
while (true)
{
var solution = _solutionReader.ReadSolution(slnFile);
var problems = _problemDetector.DetectAllSolutionProblems(solution);
output.DetectedProblems.Clear();
output.DetectedProblems.AddRange(problems);
if (problems.Length >= previousProblemCount)
{
output.Messages.Add(new SmartStringBuilder()
.Append("Unable to solve ")
.AppendHighlighted(problems.Length)
.Append(" problems"));
return(output);
}
previousProblemCount = problems.Length;
var result = problems
.Select(p => _correctorService.TryCorrectProblem(p))
.FirstOrDefault(p => p.Resolution != Resolution.NoActionTaken);
if (result != null && result.Resolution == Resolution.FailedToSolve)
{
output.Messages.Add(new SmartStringBuilder()
.AppendFatal("Error trying to solve problem: ")
.AppendHighlighted(result.Problem.GetType().Name));
return(output);
}
else if (result != null && result.Resolution == Resolution.Solved)
{
output.CorrectedProblems.Add(result.Problem);
}
}
}
public DotNetXMLDoc(VerifiedFile csProjFile)
{
File = csProjFile;
_document = new XmlDocument();
_document.Load(csProjFile.FullName);
var xmlns = _document.DocumentElement.GetAttribute("xmlns");
if (!string.IsNullOrEmpty(xmlns))
{
_namespaceManager = new XmlNamespaceManager(_document.NameTable);
_namespaceManager.AddNamespace("tu", xmlns);
}
}
public CommandOutput Execute(CommandLineArgs arg)
{
var output = new CommandOutput();
var slnFile = VerifiedFile.GetFileIfExisting(arg.SolutionFile);
if (slnFile == null)
{
output.Messages.Add(new SmartStringBuilder()
.AppendFatal("Unable to find solution ")
.AppendHighlighted(arg.SolutionFile));
return(output);
}
var solution = _solutionReader.ReadSolution(slnFile);
var problems = _problemDetector.DetectAllSolutionProblems(solution);
foreach (var problem in problems)
{
output.DetectedProblems.Add(problem);
}
return(output);
}
public VerifiedFile TryVerify()
{
return(VerifiedFile.GetFileIfExisting(_file.FullName));
}
public Project ReadProject(VerifiedFile file)
{
return(new Project(file, this));
}
public Project ReadProject(VerifiedFile file)
{
var project = new Project(file, this);
return(project);
}
public SolutionGraph BuildGraph(VerifiedFile csProjFile)
{
return(BuildGraph(_projectReader.ReadProject(csProjFile)));
}