static string[] GetCachedSystemLibraryReferences(ApiCompatibilityLevel apiCompatibilityLevel)
{
// We cache the references because they are computed by getting files in directories on disk,
// which is very slow.
if (cachedReferences != null && cachedReferences.ApiCompatibilityLevel == apiCompatibilityLevel)
{
return(cachedReferences.References);
}
var references = new List <string>();
var monoAssemblyDirectories = GetSystemReferenceDirectories(apiCompatibilityLevel);
if (apiCompatibilityLevel == ApiCompatibilityLevel.NET_Standard)
{
references.AddRange(GetNetStandardClassLibraries());
}
else if (apiCompatibilityLevel == ApiCompatibilityLevel.NET_Unity_4_8)
{
var systemReferences = GetSystemReferences().FindReferencesInDirectories(monoAssemblyDirectories);
var net46References = GetNet46SystemReferences().FindReferencesInDirectories(monoAssemblyDirectories);
var additionalSystemReferences = FindAllFilesInDirectories(monoAssemblyDirectories, "System.*.dll");
var facades = Directory.GetFiles(Path.Combine(GetUnityReferenceProfileDirectory(), "Facades"), "*.dll");
// Look in the mono assembly directory for a facade folder and get a list of all the DLL's to be
// used later by the language compilers.
references.AddRange(systemReferences
.Concat(net46References)
.Concat(additionalSystemReferences)
.Concat(facades)
.Distinct());
}
else
{
references.AddRange(GetSystemReferences().FindReferencesInDirectories(monoAssemblyDirectories));
}
cachedReferences = new CachedReferences
{
ApiCompatibilityLevel = apiCompatibilityLevel,
References = references.ToArray()
};
return(cachedReferences.References);
}
static string[] GetCachedSystemLibraryReferences(ApiCompatibilityLevel apiCompatibilityLevel)
{
// We cache the references because they are computed by getting files in directories on disk,
// which is very slow.
if (cachedReferences != null && cachedReferences.ApiCompatibilityLevel == apiCompatibilityLevel)
{
return(cachedReferences.References);
}
var references = new List <string>();
var monoAssemblyDirectories = GetSystemReferenceDirectories(apiCompatibilityLevel);
if (apiCompatibilityLevel == ApiCompatibilityLevel.NET_Standard_2_0)
{
references.AddRange(GetNetStandardClassLibraries());
}
else if (apiCompatibilityLevel == ApiCompatibilityLevel.NET_4_6)
{
references.AddRange(GetSystemReferences().FindReferencesInDirectories(monoAssemblyDirectories));
references.AddRange(GetNet46SystemReferences().FindReferencesInDirectories(monoAssemblyDirectories));
// Look in the mono assembly directory for a facade folder and get a list of all the DLL's to be
// used later by the language compilers.
var monoAssemblyDirectory = MonoInstallationFinder.GetProfileDirectory("4.7.1-api", MonoInstallationFinder.MonoBleedingEdgeInstallation);
references.AddRange(Directory.GetFiles(Path.Combine(monoAssemblyDirectory, "Facades"), "*.dll"));
references.AddRange(GetBooAndUsReferences().Select(dll => Path.Combine(MonoInstallationFinder.GetProfileDirectory("unityscript", MonoInstallationFinder.MonoBleedingEdgeInstallation), dll)));
}
else
{
references.AddRange(GetSystemReferences().FindReferencesInDirectories(monoAssemblyDirectories));
references.AddRange(GetBooAndUsReferences().FindReferencesInDirectories(monoAssemblyDirectories));
}
cachedReferences = new CachedReferences
{
ApiCompatibilityLevel = apiCompatibilityLevel,
References = references.ToArray()
};
return(cachedReferences.References);
}
