public void GenerateSummary(String outputLoc)
{
Console.WriteLine("Now let's generate summary..");
HomeGenerator homePageGenerator = new HomeGenerator(this.AllTestSummary);
homePageGenerator.Generate(outputLoc);
}
// This method is used to generate the description in the swagger UI page, according to the available features
public string GetSwaggerHomepage(IFeatureManager featureManager)
{
var description = new StringBuilder();
if (featureManager.IsEnabled(Features.Metrics))
{
description.Append(HomeGenerator.BasicHtml());
}
description.Append("<p>This template provides loads of developer friendly features that makes dotnet core ready for microservices and containers scenarios.</p>");
description.Append("<ul>");
if (featureManager.IsEnabled(Features.HttpLogger))
{
description.Append("<li><a target='_blank' href='/log?level=all'>/log</a> monitor your beautiful logs from the comfort of your browser </li>");
}
if (featureManager.IsEnabled(Features.Healthz))
{
description.Append("<li><a target='_blank' href='/healthz'>/healthz</a> url to monitor your application health status </li>");
}
if (featureManager.IsEnabled(Features.HealthUI))
{
description.Append("<li><a target='_blank' href='/healthchecks-ui'>/healthchecks-ui</a> UI to monitor your application health status </li>");
}
description.Append("</ul>");
return(description.ToString());
}
public override void Apply(HomeGenerator.Pattern hp)
{
int modifiedNumber;
string mod;
if (GalaxyGeneratorPlugin.random.NextDouble() > this.probability) return;
base.Apply(hp);
mod = base.getRandomOverride();
if (Int32.TryParse(mod, out modifiedNumber))
{
hp.Star.GeneratePlanets(modifiedNumber);
}
else
{
System.Diagnostics.Trace.WriteLine("Could not read Modified Planet Number from " + mod);
}
}
public override void Apply(HomeGenerator.Pattern hp)
{
base.Apply(hp);
string modifiedPlanetType = base.getRandomOverride();
if (null == modifiedPlanetType) return;
if (this.target == Component.AppliesTo.WORLD)
{
if (GalaxyGeneratorPlugin.random.NextDouble() > this.probability) return;
hp.HomeWorld.ReCreateType(modifiedPlanetType);
}
else if (this.target == Component.AppliesTo.OTHER)
{
foreach (Planet p in hp.OtherPlanets)
{
modifiedPlanetType = base.getRandomOverride();
if ((null != modifiedPlanetType) && (GalaxyGeneratorPlugin.random.NextDouble() <= this.probability))
p.ReCreateType(modifiedPlanetType);
}
}
}
public override void Apply(HomeGenerator.Pattern hp)
{
base.Apply(hp);
string modifiedStarType = base.getRandomOverride();
if (null != modifiedStarType)
{
if (hp.Star.type != modifiedStarType)
{
hp.Star.type = modifiedStarType;
//hp.Star.GeneratePlanets();
}
}
}
public override void Apply(HomeGenerator.Pattern hp)
{
base.Apply(hp);
if (this.allInhibited)
{
this.inhibitList = Settings.Instance.strategicResourceNames.ToList();
}
foreach (Planet p in tgtPlanets)
{
p.inhibitedStrategics = this.inhibitList;
}
}
public override void Apply(HomeGenerator.Pattern hp)
{
base.Apply(hp);
if ((this.inhibitList.Count == 0) && this.allInhibited)
{
this.inhibitList.AddRange(Settings.Instance.anomalyNames);
}
foreach (Planet p in tgtPlanets)
{
p.inhibitedAnomalies.AddRange(this.inhibitList);
p.ApplyInhibitAnomalies();
}
}
public override void Apply(HomeGenerator.Pattern hp)
{
base.Apply(hp);
if (this.target == AppliesTo.STAR)
tgtPlanets = hp.Star.Planets;
else if (this.target == AppliesTo.WORLD)
tgtPlanets.Add(hp.HomeWorld);
else if (this.target == AppliesTo.OTHER)
tgtPlanets = hp.OtherPlanets;
}
public virtual void Apply(HomeGenerator.Pattern hp)
{
}