public void Initialize(IAuditor auditor)
{
var assemblies = AppDomain.CurrentDomain.GetAssemblies();
m_Assemblies.Add(assemblies.First(a => a.Location.Contains("UnityEngine.dll")));
m_Assemblies.Add(assemblies.First(a => a.Location.Contains("UnityEditor.dll")));
// UnityEditor
m_ProjectSettingsMapping.Add(new KeyValuePair <string, string>("UnityEditor.PlayerSettings",
"Project/Player"));
m_ProjectSettingsMapping.Add(
new KeyValuePair <string, string>("UnityEditor.Rendering.EditorGraphicsSettings", "Project/Graphics"));
// UnityEngine
m_ProjectSettingsMapping.Add(new KeyValuePair <string, string>("UnityEngine.Physics", "Project/Physics"));
m_ProjectSettingsMapping.Add(
new KeyValuePair <string, string>("UnityEngine.Physics2D", "Project/Physics 2D"));
m_ProjectSettingsMapping.Add(new KeyValuePair <string, string>("UnityEngine.Time", "Project/Time"));
m_ProjectSettingsMapping.Add(new KeyValuePair <string, string>("UnityEngine.QualitySettings",
"Project/Quality"));
m_ProblemDescriptors = ProblemDescriptorLoader.LoadFromJson(ProjectAuditor.DataPath, "ProjectSettings");
foreach (var descriptor in m_ProblemDescriptors)
{
auditor.RegisterDescriptor(descriptor);
}
}
public void Reload(string path)
{
m_ProblemDescriptors = ProblemDescriptorLoader.LoadFromJson(path, "ProjectSettings");
foreach (var type in AssemblyHelper.GetAllTypesInheritedFromInterface <ISettingsAnalyzer>())
{
AddAnalyzer(Activator.CreateInstance(type) as ISettingsAnalyzer);
}
}
public void ProblemDescriptorAnyPlatform()
{
var desc = new ProblemDescriptor
(
102001,
"test",
new[] { Area.CPU }
);
Assert.True(ProblemDescriptorLoader.IsPlatformCompatible(desc));
}
public void ProblemDescriptorUnsupportedPlatform()
{
var desc = new ProblemDescriptor
(
102001,
"test",
new[] { Area.CPU }
)
{
platforms = new[] { BuildTarget.Android.ToString() } // assuming Android is not installed by default
};
Assert.False(ProblemDescriptorLoader.IsPlatformCompatible(desc));
}
public void ProblemDescriptorVersionIsCompatible()
{
var desc = new ProblemDescriptor
(
102001,
"test",
Area.CPU,
"this is not actually a problem",
"do nothing"
);
// check default values
Assert.True(ProblemDescriptorLoader.IsVersionCompatible(desc));
desc.minimumVersion = string.Empty;
desc.maximumVersion = string.Empty;
Assert.True(ProblemDescriptorLoader.IsVersionCompatible(desc));
desc.minimumVersion = "0.0";
desc.maximumVersion = null;
Assert.True(ProblemDescriptorLoader.IsVersionCompatible(desc));
desc.minimumVersion = null;
desc.maximumVersion = "0.0";
Assert.False(ProblemDescriptorLoader.IsVersionCompatible(desc));
desc.minimumVersion = null;
desc.maximumVersion = "9999.9";
Assert.True(ProblemDescriptorLoader.IsVersionCompatible(desc));
desc.minimumVersion = "9999.9";
desc.maximumVersion = null;
Assert.False(ProblemDescriptorLoader.IsVersionCompatible(desc));
desc.minimumVersion = InternalEditorUtility.GetUnityVersion().ToString();
desc.maximumVersion = null;
Assert.True(ProblemDescriptorLoader.IsVersionCompatible(desc));
desc.minimumVersion = null;
desc.maximumVersion = InternalEditorUtility.GetUnityVersion().ToString();
Assert.True(ProblemDescriptorLoader.IsVersionCompatible(desc));
desc.minimumVersion = "1.1";
desc.maximumVersion = "1.0";
var result = ProblemDescriptorLoader.IsVersionCompatible(desc);
LogAssert.Expect(LogType.Error, "Descriptor (102001) minimumVersion (1.1) is greater than maximumVersion (1.0).");
Assert.False(result);
}
public void ProblemDescriptorSupportedPlatform()
{
var desc = new ProblemDescriptor
(
102001,
"test",
new[] { Area.CPU }
)
{
#if UNITY_EDITOR_WIN
platforms = new[] { BuildTarget.StandaloneWindows64.ToString() }
#else
platforms = new[] { BuildTarget.StandaloneOSX.ToString() }
#endif
};
Assert.True(ProblemDescriptorLoader.IsPlatformCompatible(desc));
}
Dictionary <string, ProblemDescriptor> m_WholeNamespaceDescriptors; // namespace as key
public void Initialize(IAuditor auditor)
{
var descriptors = ProblemDescriptorLoader.LoadFromJson(ProjectAuditor.DataPath, "ApiDatabase");
foreach (var descriptor in descriptors)
{
auditor.RegisterDescriptor(descriptor);
}
var methodDescriptors = descriptors.Where(descriptor => !descriptor.method.Equals("*") && !string.IsNullOrEmpty(descriptor.type));
m_Descriptors = new Dictionary <string, List <ProblemDescriptor> >();
foreach (var d in methodDescriptors)
{
if (!m_Descriptors.ContainsKey(d.method))
{
m_Descriptors.Add(d.method, new List <ProblemDescriptor>());
}
m_Descriptors[d.method].Add(d);
}
m_WholeNamespaceDescriptors = auditor.GetDescriptors().Where(descriptor => descriptor.method.Equals("*")).ToDictionary(d => d.type);
}
