public IDictionary <Type, GenerationOutput> Generate()
{
Link();
if (Context.WriteLog)
{
WriteLogs();
}
LogWriteLine(" generating projects and solutions...");
using (new Util.StopwatchProfiler(ms => { LogWriteLine(" generation done in {0:0.0} sec", ms / 1000.0f); }))
{
var projects = new List <Project>(_projects.Values);
var solutions = new List <Solution>(_solutions.Values);
// Append generated projects, if any
projects.AddRange(_generatedProjects);
// Pre event
if (EventPreGeneration != null)
{
using (new Util.StopwatchProfiler(ms => { LogWriteLine(" pre-generation steps took {0:0.0} sec", ms / 1000.0f); }, minThresholdMs: 100))
EventPreGeneration.Invoke(projects, solutions);
}
// start with huge solutions to balance task with small one at the end.
solutions.Sort((s0, s1) => s1.Configurations.Count.CompareTo(s0.Configurations.Count));
foreach (Solution solution in solutions)
{
Generate(solution);
}
DetermineUsedProjectConfigurations(solutions);
// start with huge projects to balance task with small one at the end.
projects.Sort((p0, p1) => p1.ProjectFilesMapping.Count.CompareTo(p0.ProjectFilesMapping.Count));
foreach (Project project in projects)
{
Generate(project);
}
if (_multithreaded)
{
_tasks.Wait();
}
// Post events
if (EventPostGeneration != null || EventPostGenerationReport != null)
{
using (new Util.StopwatchProfiler(ms => { LogWriteLine(" post-generation steps took {0:0.0} sec", ms / 1000.0f); }, minThresholdMs: 100))
{
EventPostGeneration?.Invoke(projects, solutions);
EventPostGenerationReport?.Invoke(projects, solutions, _generationReport);
}
}
return(_generationReport);
}
}
public IDictionary <Type, GenerationOutput> Generate()
{
Link();
if (Context.WriteLog)
{
WriteLogs();
}
LogWriteLine(" generating projects and solutions...");
using (new Util.StopwatchProfiler(ms => { LogWriteLine(" generation done done in {0:0.0} sec", ms / 1000.0f); }))
{
var projects = new List <Project>(_projects.Values);
var solutions = new List <Solution>(_solutions.Values);
// Pre event
EventPreGeneration?.Invoke(projects, solutions);
// start with huge solutions to balance task with small one at the end.
solutions.Sort((s0, s1) => s1.Configurations.Count.CompareTo(s0.Configurations.Count));
foreach (Solution solution in solutions)
{
Generate(solution);
}
// start with huge projects to balance task with small one at the end.
projects.Sort((p0, p1) => p1.ProjectFilesMapping.Count.CompareTo(p0.ProjectFilesMapping.Count));
foreach (Project project in projects)
{
Generate(project);
}
if (_multithreaded)
{
_tasks.Wait();
}
// Post events
EventPostGeneration?.Invoke(projects, solutions);
EventPostGenerationReport?.Invoke(projects, solutions, _generationReport);
return(_generationReport);
}
}
