protected void InitCurrentProject()
{
// get the id from the QueryString
string id = this.GetIdFromUri();
this.CurrentProject = PlovrConfiguration.GetCurrentPlovrProjectById(id);
// override the mode from the querystring if its passed
this.CurrentProject.Mode = this.GetModeFromQueryString() ?? CurrentProject.Mode;
string rootPath = Context.Request.MapPath("~");
// reformat the base paths so we have full paths
this.CurrentProject.Paths = PathHelpers.MakeAbsoluteFromUrlAndBasePath(CurrentProject.Paths,rootPath);
this.CurrentProject.Inputs = PathHelpers.MakeAbsoluteFromUrlAndBasePath(CurrentProject.Inputs, rootPath);
if (this.CurrentProject.Externs != null)
{
this.CurrentProject.Externs = CurrentProject.Externs.Select(x => PathHelpers.MakeAbsoluteFromUrlAndBasePath(x, rootPath));
}
}
public ClosureCompilerRunner(IPlovrSettings settings, IPlovrProject project) : base(settings, project) { }
/// <summary>
/// Our constructor, allows you to pass in a single base path that is comma delimited.
/// </summary>
/// <param name="projectElement">the project we want to compile</param>
/// <param name="settings">the settings we use to compile</param>
public DependencyBuilder(IPlovrProject projectElement, IPlovrSettings settings)
{
this.Project = projectElement;
this.Settings = settings;
// this.BasePaths = basePath.IndexOf(',') > 0 ? basePath.Split(',').ToList() : new List<string> { basePath };
this.Provide = new Dictionary<string, string>();
this.Require = new Dictionary<string, List<string>>();
// we need to read output asynchronously. so we use a helper class
ProcessHelper = new AsyncProcessHelper();
// build out the dependency tree.
this.BuildDepedencyTree();
}
public ClosureTemplateRunner(IPlovrSettings settings, IPlovrProject project) : base(settings, project) { }