public void Combine_ShouldHasRightOrder()
{
// normal: B->A
var normalA = new MiCakeModuleDescriptor(typeof(DepencyModuleA), (MiCakeModule)Activator.CreateInstance(typeof(DepencyModuleA)));
var normalB = new MiCakeModuleDescriptor(typeof(DepencyModuleB), (MiCakeModule)Activator.CreateInstance(typeof(DepencyModuleB)));
normalB.AddDependency(normalA);
IMiCakeModuleCollection normalModules = new MiCakeModuleCollection()
{
normalA,
normalB
};
// feature: B(before) -> A（after）
var featureA = new MiCakeModuleDescriptor(typeof(FeatureModuleA), (MiCakeModule)Activator.CreateInstance(typeof(FeatureModuleA)));
var featureB = new MiCakeModuleDescriptor(typeof(FeatureModuleBDepencyModuleA), (MiCakeModule)Activator.CreateInstance(typeof(FeatureModuleBDepencyModuleA)));
featureB.AddDependency(featureA);
IMiCakeModuleCollection featureModules = new MiCakeModuleCollection()
{
featureA,
featureB
};
// expected: normalA <- normalB <- featureA <- featureB
// Although the order of B shows the flag to start at the beginning, the A it depends on starts later, so it must start after A
var modules = MiCakeModuleHelper.CombineNormalAndFeatureModules(normalModules, featureModules);
var first = modules[0];
Assert.Equal(typeof(DepencyModuleA), first.ModuleType);
var last = modules[^ 1];
public IMiCakeModuleCollection BuildCurrentModule()
{
IMiCakeModuleCollection miCakeModules = new MiCakeModuleCollection();
var moduleType = typeof(CurrentMiCakeModule);
miCakeModules.Add(new MiCakeModuleDescriptor(moduleType, (MiCakeModule)Activator.CreateInstance(moduleType)));
return(miCakeModules);
}
public MiCakeModuleContext()
{
AllModules = new MiCakeModuleCollection();
MiCakeModules = new MiCakeModuleCollection();
FeatureModules = new MiCakeModuleCollection();
}
