public AssemblyContext(string path, DotNetFramework framework)
{
LocationDirectory = Path.GetDirectoryName(path);
RootAssembly = LoadFromAssemblyPath(path);
Framework = framework;
ReferencedAssemblies = RootAssembly.GetReferencedAssemblies();
}
public void Process(ImprovementInitiated @event, EventSourceId eventSourceId)
{
var recipe = new DotNetFramework();
var improvement = new Improvement
{
Id = eventSourceId.Value,
Improvable = @event.ForImprovable,
PullRequest = @event.PullRequest,
Version = @event.Version
};
var improvable = _improvableManager.GetById(@event.ForImprovable);
var context = new ImprovementContext(
_executionContextManager.Current.Tenant,
improvement,
improvable);
var pod = _improvementPodFactory.BuildFrom(context, recipe);
using (var client = _kubernetesClientFactory())
{
client.CreateNamespacedPod(pod, pod.Metadata.NamespaceProperty);
}
}
public void NotDeclaredTFMTest()
{
Assert.Throws <NotSupportedException>(() =>
{
DotNetFramework.Parse("netcoreapp??").CompatibilityFrameworks.Select(x => x.ToString()).ToArray();
});
}
public static string ToFolderName(this DotNetFramework framework)
{
switch (framework)
{
case DotNetFramework.v2:
return("net20");
case DotNetFramework.v3_5:
return("net35");
case DotNetFramework.v4_0:
return("net40");
case DotNetFramework.v4_5:
return("net45");
case DotNetFramework.v4_5_1:
return("net451");
case DotNetFramework.v4_5_2:
return("net452");
case DotNetFramework.v4_6:
return("net46");
case DotNetFramework.v4_6_1:
return("net461");
case DotNetFramework.v4_6_2:
return("net462");
default:
throw new ArgumentOutOfRangeException("framework");
}
}
public static string GetNETFXKitsDir(DotNetFramework dotNetFramework)
{
if (s_netFxKitsDir.ContainsKey(dotNetFramework))
{
return(s_netFxKitsDir[dotNetFramework]);
}
throw new NotImplementedException("No NETFXKitsDir associated with " + dotNetFramework);
}
private void GeneratePackagesConfig(Project.Configuration conf, DotNetFramework frameworks, List <string> generatedFiles, List <string> skipFiles)
{
var packagesConfigPath = PackagesConfigPath;
// No NuGet references and no trace of a previous packages.config
if (conf.ReferencesByNuGetPackage.Count == 0)
{
if (!File.Exists(packagesConfigPath))
{
return;
}
}
lock (s_packagesConfigLock)
{
if (conf.ReferencesByNuGetPackage.Count == 0)
{
var fi = new FileInfo(packagesConfigPath);
if (!fi.IsReadOnly) // Do not delete packages.config submitted in P4
{
Util.TryDeleteFile(packagesConfigPath);
}
return;
}
if (IsGenerateNeeded(packagesConfigPath))
{
FileGenerator fileGenerator = new FileGenerator();
fileGenerator.Write(Template.Begin);
// dependencies
DotNetFramework dnfs = ((DotNetFramework[])Enum.GetValues(typeof(DotNetFramework))).First(f => frameworks.HasFlag(f));
for (int i = 0; i < conf.ReferencesByNuGetPackage.SortedValues.Count; ++i)
{
using (fileGenerator.Declare("dependency", conf.ReferencesByNuGetPackage.SortedValues[i]))
using (fileGenerator.Declare("framework", dnfs.ToFolderName()))
fileGenerator.Write(Template.DependenciesItem);
}
fileGenerator.Write(Template.End);
bool written = _builder.Context.WriteGeneratedFile(GetType(), new FileInfo(packagesConfigPath), fileGenerator.ToMemoryStream());
if (written)
{
generatedFiles.Add(packagesConfigPath);
}
else
{
skipFiles.Add(packagesConfigPath);
}
}
}
IsGenerated = true;
}
private static (DotNetFramework, string) ProcessFrameworkTag
(string aFramework, string aLookFor, DotNetFramework aDesiredFramework)
{
(DotNetFramework, string)vResult =
!String.IsNullOrWhiteSpace(aFramework)
? (aFramework.StartsWith(aLookFor, _COMPARISON)
? (aDesiredFramework, aFramework)
: (DotNetFramework.Unknown, String.Empty))
: (DotNetFramework.Unknown, String.Empty);
return(vResult);
}
public void Test1()
{
var fws = DotNetFramework.Parse("net451").CompatibilityFrameworks.Select(x => x.ToString()).ToArray();
Assert.Equal(new[]
{
"net451", "netstandard1.2",
"net45", "netstandard1.1", "netstandard1.0",
"net403", "net40", "net35", "net20", "net11"
}, fws);
}
public static string ToVersionString(this DotNetFramework framework)
{
switch (framework)
{
case DotNetFramework.v2:
return("2.0");
case DotNetFramework.v3:
return("3.0");
case DotNetFramework.v3_5:
return("3.5");
case DotNetFramework.v3_5clientprofile:
return("3.5");
case DotNetFramework.v4_0:
return("4.0");
case DotNetFramework.v4_5:
return("4.5");
case DotNetFramework.v4_5_1:
return("4.5.1");
case DotNetFramework.v4_5_2:
return("4.5.2");
case DotNetFramework.v4_5clientprofile:
return("4.5");
case DotNetFramework.v4_6:
return("4.6");
case DotNetFramework.v4_6_1:
return("4.6.1");
case DotNetFramework.v4_6_2:
return("4.6.2");
case DotNetFramework.v4_7:
return("4.7");
case DotNetFramework.v4_7_1:
return("4.7.1");
case DotNetFramework.v4_7_2:
return("4.7.2");
default:
throw new ArgumentOutOfRangeException("framework");
}
}
public CommonTarget(
Platform platform,
DevEnv devEnv,
Optimization optimization,
DotNetFramework dotNetFramework,
DotNetOS dotNetOS
)
{
Platform = platform;
DevEnv = devEnv;
Optimization = optimization;
DotNetFramework = dotNetFramework;
DotNetOS = dotNetOS;
}
public static string GetNETFXToolsDir(DotNetFramework dotNetFramework)
{
string netFxToolsDir;
if (s_netFxKitsDir.TryGetValue(dotNetFramework, out netFxToolsDir))
{
return(netFxToolsDir);
}
var microsoftSdksRegistryKeyString = string.Format(@"SOFTWARE{0}\Microsoft\Microsoft SDKs",
Environment.Is64BitProcess ? @"\Wow6432Node" : string.Empty);
if (dotNetFramework >= DotNetFramework.v4_6)
{
netFxToolsDir = Util.GetRegistryLocalMachineSubKeyValue(
$@"{microsoftSdksRegistryKeyString}\NETFXSDK\{dotNetFramework.ToVersionString()}\WinSDK-NetFx40Tools-x86",
"InstallationFolder",
$@"C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX {dotNetFramework.ToVersionString()} Tools\");
}
else if (dotNetFramework >= DotNetFramework.v4_5_1) // Note: .Net 4.5.2 lacks a NETFX tools release, so we use the previous version
{
netFxToolsDir = Util.GetRegistryLocalMachineSubKeyValue(
$@"{microsoftSdksRegistryKeyString}\Windows\v8.1A\WinSDK-NetFx40Tools-x86",
"InstallationFolder",
$@"C:\Program Files (x86)\Microsoft SDKs\Windows\v8.1A\bin\NETFX 4.5.1 Tools\");
}
else if (dotNetFramework >= DotNetFramework.v4_0)
{
netFxToolsDir = Util.GetRegistryLocalMachineSubKeyValue(
$@"{microsoftSdksRegistryKeyString}\Windows\v8.0A\WinSDK-NetFx40Tools-x86",
"InstallationFolder",
$@"C:\Program Files (x86)\Microsoft SDKs\Windows\v8.0A\bin\NETFX 4.0 Tools\");
}
else if (dotNetFramework >= DotNetFramework.v3_5)
{
netFxToolsDir = Util.GetRegistryLocalMachineSubKeyValue(
$@"{microsoftSdksRegistryKeyString}\Windows\v8.0A\WinSDK-NetFx35Tools-x86",
"InstallationFolder",
$@"C:\Program Files (x86)\Microsoft SDKs\Windows\v7.0A\bin\");
}
else
{
throw new NotImplementedException("No NETFXToolsDir associated with " + dotNetFramework);
}
s_netFxToolsDir.TryAdd(dotNetFramework, netFxToolsDir);
return(netFxToolsDir);
}
public Target(
Platform platform,
DevEnv devEnv,
Optimization optimization,
OutputType outputType = OutputType.Lib,
Blob blob = Blob.NoBlob,
BuildSystem buildSystem = BuildSystem.MSBuild,
DotNetFramework framework = DotNetFramework.v3_5
)
{
Platform = platform;
DevEnv = devEnv;
Optimization = optimization;
OutputType = outputType;
Framework = framework;
BuildSystem = buildSystem;
Blob = blob;
}
static SystemInfo()
{
var extractionRegex = new Regex("(\\w+?) ?= ?\"(.+?)\";", RegexOptions.Compiled | RegexOptions.Multiline);
var systemInfo = GetManagementInfo("SELECT * FROM Win32_OperatingSystem", extractionRegex);
var processorInfo = GetManagementInfo("SELECT * FROM Win32_Processor", extractionRegex);
Caption = systemInfo.GetValue("Caption");
CSName = systemInfo.GetValue("CSName");
InstallDate = systemInfo.GetValue("InstallDate");
OSArchitecture = systemInfo.GetValue("OSArchitecture");
SerialNumber = systemInfo.GetValue("SerialNumber");
Version = systemInfo.GetValue("Version");
TotalVisibleMemorySize = systemInfo.GetValue("TotalVisibleMemorySize").CastTo <long>();
CPUName = processorInfo.GetValue("Name");
DotNetFrameworkVersion = Get45PlusFromRegistry();
}
public static string GetNETFXKitsDir(DotNetFramework dotNetFramework)
{
string netFxKitsDir;
if (s_netFxKitsDir.TryGetValue(dotNetFramework, out netFxKitsDir))
return netFxKitsDir;
if (dotNetFramework >= DotNetFramework.v4_6)
{
var netFXSdkRegistryKeyString = string.Format(@"SOFTWARE{0}\Microsoft\Microsoft SDKs\NETFXSDK",
Environment.Is64BitProcess ? @"\Wow6432Node" : string.Empty);
netFxKitsDir = Util.GetRegistryLocalMachineSubKeyValue(netFXSdkRegistryKeyString + @"\" + dotNetFramework.ToVersionString(), "KitsInstallationFolder", $@"C:\Program Files (x86)\Windows Kits\NETFXSDK\{dotNetFramework.ToVersionString()}\");
s_netFxKitsDir.TryAdd(dotNetFramework, netFxKitsDir);
return netFxKitsDir;
}
throw new NotImplementedException("No NETFXKitsDir associated with " + dotNetFramework);
}
void init()
{
try
{
SplashScreen.CloseAll();
BringToFrontEx();
bool hasLanguage = LocalisationManager.IsInitialised;
if (!hasLanguage)
{
Invoke(delegate
{
LocalisationManager.SetLanguage(null, false, delegate { hasLanguage = true; }, osu.Properties.Resources.en);
});
int timeout = 20000;
while (!hasLanguage && (timeout -= 100) > 0)
{
setText(@"Downloading localisation...", true);
Thread.Sleep(100);
}
}
while (true)
{
try
{
instance = new SingleInstance(OsuMain.ClientGuid, 500);
}
catch (TooManyInstancesException)
{
if (OsuMain.IsWine)
{
break;
}
setText(LocalisationManager.GetString(OsuString.Maintenance_OsuIsAlreadyRunning), true);
Thread.Sleep(100);
continue;
}
break;
}
if (!DotNetFramework.CheckInstalled(FrameworkVersion.dotnet4))
{
Process installProcess = null;
string dotNetInstallFilename = Environment.OSVersion.Version.Major < 6 ? @"dotNetFx40_Full_setup.exe" : @"NDP452-KB2901954-Web.exe";
setText(LocalisationManager.GetString(OsuString.Maintenance_DotNetInstall), true);
pFileWebRequest fnr = new pFileWebRequest(dotNetInstallFilename, @"http://m1.ppy.sh/r/" + dotNetInstallFilename);
fnr.DownloadProgress += delegate(pWebRequest sender, long current, long total)
{
setProgress((float)current / total * 100, OsuString.Maintenance_DotNetInstall);
};
try
{
fnr.BlockingPerform();
installProcess = Process.Start(dotNetInstallFilename, @"/passive /promptrestart");
while (installProcess != null && !installProcess.HasExited)
{
setText(LocalisationManager.GetString(OsuString.Maintenance_WaitingForDotNetComplete), true);
setProgress();
Thread.Sleep(500);
}
}
catch
{
}
GeneralHelper.FileDelete(dotNetInstallFilename);
label.Click += manualDotNetInstall;
while (!DotNetFramework.CheckInstalled(FrameworkVersion.dotnet4, false))
{
setText(LocalisationManager.GetString(OsuString.Maintenance_DotNetFailed), true);
setProgress();
Thread.Sleep(500);
}
label.Click -= manualDotNetInstall;
}
setText();
setProgress();
}
catch
{
}
}
private void GenerateProjectJson(Project.Configuration conf, DotNetFramework frameworks, List <string> generatedFiles, List <string> skipFiles)
{
var projectJsonPath = ProjectJsonPath;
var projectJsonLockPath = ProjectJsonLockPath;
// No NuGet references and no trace of a previous project.json
if (conf.ReferencesByNuGetPackage.Count == 0)
{
if (!File.Exists(projectJsonPath))
{
return;
}
}
lock (s_projectJsonLock)
{
if (conf.ReferencesByNuGetPackage.Count == 0)
{
var fi = new FileInfo(projectJsonPath);
if (!fi.IsReadOnly) // Do not delete project.json submitted in P4
{
Util.TryDeleteFile(projectJsonPath);
Util.TryDeleteFile(projectJsonLockPath);
}
return;
}
if (IsGenerateNeeded(projectJsonPath))
{
FileGenerator fileGenerator = new FileGenerator();
fileGenerator.Write(Template.Begin);
// frameworks
fileGenerator.Write(Template.FrameworksBegin);
DotNetFramework[] dnfs = ((DotNetFramework[])Enum.GetValues(typeof(DotNetFramework))).Where(f => frameworks.HasFlag(f)).ToArray();
for (int i = 0; i < dnfs.Length; ++i)
{
if (i != 0)
{
fileGenerator.Write(",");
}
using (fileGenerator.Declare("framework", dnfs[i].ToFolderName()))
fileGenerator.Write(Template.FrameworksItem);
}
fileGenerator.Write(Template.FrameworksEnd);
fileGenerator.Write(",");
// runtimes
fileGenerator.Write(Template.RuntimesBegin);
var runtimes = new[] { "win-x64", "win-x86", "win-anycpu", "win" };
for (int i = 0; i < runtimes.Length; ++i)
{
if (i != 0)
{
fileGenerator.Write(",");
}
using (fileGenerator.Declare("runtime", runtimes[i]))
fileGenerator.Write(Template.RuntimesItem);
}
fileGenerator.Write(Template.RuntimesEnd);
fileGenerator.Write(",");
// dependencies
fileGenerator.Write(Template.DependenciesBegin);
for (int i = 0; i < conf.ReferencesByNuGetPackage.SortedValues.Count; ++i)
{
if (i != 0)
{
fileGenerator.Write(",");
}
var packageReference = conf.ReferencesByNuGetPackage.SortedValues[i];
bool hasOptions = false;
// Check for private assets
string privateAssets = null;
if (packageReference.PrivateAssets != PackageReferences.DefaultPrivateAssets)
{
privateAssets = string.Join(",", PackageReferences.PackageReference.GetFormatedAssetsDependency(packageReference.PrivateAssets));
hasOptions = true;
}
// Check for a custom type
string referenceType = null;
if (!string.IsNullOrEmpty(packageReference.ReferenceType))
{
referenceType = packageReference.ReferenceType;
hasOptions = true;
}
if (!hasOptions)
{
using (fileGenerator.Declare("dependency", packageReference))
fileGenerator.Write(Template.DependenciesItem);
}
else
{
using (fileGenerator.Declare("dependency", packageReference))
{
fileGenerator.Write($"{Template.BeginDependencyItem}");
if (!string.IsNullOrEmpty(privateAssets))
{
using (fileGenerator.Declare("privateAssets", privateAssets))
fileGenerator.Write($"{Template.DependencyPrivateAssets}");
}
if (!string.IsNullOrEmpty(referenceType))
{
using (fileGenerator.Declare("referenceType", referenceType))
fileGenerator.Write($"{Template.DependencyReferenceType}");
}
fileGenerator.Write($"{Template.EndDependencyItem}");
}
}
}
fileGenerator.Write(Template.DependenciesEnd);
fileGenerator.Write(Template.End);
fileGenerator.RemoveTaggedLines();
bool written = _builder.Context.WriteGeneratedFile(GetType(), new FileInfo(projectJsonPath), fileGenerator.ToMemoryStream());
if (written)
{
generatedFiles.Add(projectJsonPath);
}
else
{
skipFiles.Add(projectJsonPath);
}
}
}
IsGenerated = true;
}
public static string ToVersionString(this DotNetFramework framework)
{
switch (framework)
{
case DotNetFramework.v3_5:
return("3.5");
case DotNetFramework.v3_5clientprofile:
return("3.5");
case DotNetFramework.v4_0:
return("4.0");
case DotNetFramework.v4_5:
return("4.5");
case DotNetFramework.v4_5_1:
return("4.5.1");
case DotNetFramework.v4_5_2:
return("4.5.2");
case DotNetFramework.v4_5clientprofile:
return("4.5");
case DotNetFramework.v4_6:
return("4.6");
case DotNetFramework.v4_6_1:
return("4.6.1");
case DotNetFramework.v4_6_2:
return("4.6.2");
case DotNetFramework.v4_7:
return("4.7");
case DotNetFramework.v4_7_1:
return("4.7.1");
case DotNetFramework.v4_7_2:
return("4.7.2");
case DotNetFramework.v4_8:
return("4.8");
case DotNetFramework.netcore1_0:
return("netcoreapp1.0");
case DotNetFramework.netcore1_1:
return("netcoreapp1.1");
case DotNetFramework.netcore2_0:
return("netcoreapp2.0");
case DotNetFramework.netcore2_1:
return("netcoreapp2.1");
case DotNetFramework.netcore2_2:
return("netcoreapp2.2");
case DotNetFramework.netcore3_0:
return("netcoreapp3.0");
case DotNetFramework.netcore3_1:
return("netcoreapp3.1");
case DotNetFramework.netstandard1_0:
return("netstandard1.0");
case DotNetFramework.netstandard1_1:
return("netstandard1.1");
case DotNetFramework.netstandard1_2:
return("netstandard1.2");
case DotNetFramework.netstandard1_3:
return("netstandard1.3");
case DotNetFramework.netstandard1_4:
return("netstandard1.4");
case DotNetFramework.netstandard1_5:
return("netstandard1.5");
case DotNetFramework.netstandard1_6:
return("netstandard1.6");
case DotNetFramework.netstandard2_0:
return("netstandard2.0");
case DotNetFramework.netstandard2_1:
return("netstandard2.1");
case DotNetFramework.net5_0:
return("net5.0");
case DotNetFramework.all_netframework:
case DotNetFramework.all_netcore:
case DotNetFramework.all_netstandard:
default:
throw new ArgumentOutOfRangeException(nameof(framework));
}
}
public static bool IsDotNetStandard(this DotNetFramework framework)
{
return(0 != (framework & DotNetFramework.all_netstandard));
}
public static bool IsDotNetCore(this DotNetFramework framework)
{
return(0 != (framework & DotNetFramework.all_netcore));
}
public static string ToFolderName(this DotNetFramework framework)
{
//https://docs.microsoft.com/en-us/dotnet/standard/frameworks
switch (framework)
{
case DotNetFramework.v3_5:
return("net35");
case DotNetFramework.v4_0:
return("net40");
case DotNetFramework.v4_5:
return("net45");
case DotNetFramework.v4_5_1:
return("net451");
case DotNetFramework.v4_5_2:
return("net452");
case DotNetFramework.v4_6:
return("net46");
case DotNetFramework.v4_6_1:
return("net461");
case DotNetFramework.v4_6_2:
return("net462");
case DotNetFramework.v4_7:
return("net47");
case DotNetFramework.v4_7_1:
return("net471");
case DotNetFramework.v4_7_2:
return("net472");
case DotNetFramework.v4_8:
return("net48");
case DotNetFramework.netcore1_0:
return("netcoreapp1.0");
case DotNetFramework.netcore1_1:
return("netcoreapp1.1");
case DotNetFramework.netcore2_0:
return("netcoreapp2.0");
case DotNetFramework.netcore2_1:
return("netcoreapp2.1");
case DotNetFramework.netcore2_2:
return("netcoreapp2.2");
case DotNetFramework.netcore3_0:
return("netcoreapp3.0");
case DotNetFramework.netcore3_1:
return("netcoreapp3.1");
case DotNetFramework.net5_0:
return("net5.0");
case DotNetFramework.netstandard1_0:
return("netstandard1.0");
case DotNetFramework.netstandard1_1:
return("netstandard1.1");
case DotNetFramework.netstandard1_2:
return("netstandard1.2");
case DotNetFramework.netstandard1_3:
return("netstandard1.3");
case DotNetFramework.netstandard1_4:
return("netstandard1.4");
case DotNetFramework.netstandard1_5:
return("netstandard1.5");
case DotNetFramework.netstandard1_6:
return("netstandard1.6");
case DotNetFramework.netstandard2_0:
return("netstandard2.0");
case DotNetFramework.netstandard2_1:
return("netstandard2.1");
default:
throw new ArgumentOutOfRangeException(nameof(framework), framework, nameof(DotNetFramework) + " cannot be converted to a folder name.");
}
}
public override void Run()
{
if (!Directory.Exists(OutFolder))
{
Directory.CreateDirectory(OutFolder);
}
var targetAssemblyName = Program.ProjectInfo.AssemblyName;
var assemblyContext = new AssemblyContext($"{TargetBinFolder}/{targetAssemblyName}.dll", DotNetFramework.Parse(Program.ProjectInfo.TargetFramework));
var dbContextType = assemblyContext.GetType($"Microsoft.EntityFrameworkCore.DbContext,Microsoft.EntityFrameworkCore");
var types = assemblyContext.RootAssembly.GetTypesWhichExtends(dbContextType, true);
foreach (var type in types)
{
var outFile = $"{Path.GetFullPath($"{OutFolder}/{type.Name}.html")}";
var builder = new DbStructureBuilder();
builder.Cache(type);
var csvContent = builder.GetHtml();
var bytes = SetBOM
? new byte[] { 0xef, 0xbb, 0xbf }.Concat(csvContent.Bytes(Encoding.UTF8)).ToArray()
: csvContent.Bytes(Encoding.UTF8).ToArray();
File.WriteAllBytes(outFile, bytes);
Console.WriteLine($"File Saved: {outFile}");
}
}
private void GenerateProjectJson(Project.Configuration conf, DotNetFramework frameworks, List <string> generatedFiles, List <string> skipFiles)
{
var projectJsonPath = ProjectJsonPath;
var projectJsonLockPath = ProjectJsonLockPath;
// No NuGet references and no trace of a previous project.json
if (conf.ReferencesByNuGetPackage.Count == 0)
{
if (!File.Exists(projectJsonPath))
{
return;
}
}
lock (s_projectJsonLock)
{
if (conf.ReferencesByNuGetPackage.Count == 0)
{
var fi = new FileInfo(projectJsonPath);
if (!fi.IsReadOnly) // Do not delete project.json submitted in P4
{
Util.TryDeleteFile(projectJsonPath);
Util.TryDeleteFile(projectJsonLockPath);
}
return;
}
if (IsGenerateNeeded(projectJsonPath))
{
FileGenerator fileGenerator = new FileGenerator();
fileGenerator.Write(Template.Begin);
// frameworks
fileGenerator.Write(Template.FrameworksBegin);
DotNetFramework[] dnfs = ((DotNetFramework[])Enum.GetValues(typeof(DotNetFramework))).Where(f => frameworks.HasFlag(f)).ToArray();
for (int i = 0; i < dnfs.Length; ++i)
{
if (i != 0)
{
fileGenerator.Write(",");
}
using (fileGenerator.Declare("framework", dnfs[i].ToFolderName()))
fileGenerator.Write(Template.FrameworksItem);
}
fileGenerator.Write(Template.FrameworksEnd);
fileGenerator.Write(",");
// runtimes
fileGenerator.Write(Template.RuntimesBegin);
var runtimes = new[] { "win-x64", "win-x86", "win-anycpu", "win" };
for (int i = 0; i < runtimes.Length; ++i)
{
if (i != 0)
{
fileGenerator.Write(",");
}
using (fileGenerator.Declare("runtime", runtimes[i]))
fileGenerator.Write(Template.RuntimesItem);
}
fileGenerator.Write(Template.RuntimesEnd);
fileGenerator.Write(",");
// dependencies
fileGenerator.Write(Template.DependenciesBegin);
for (int i = 0; i < conf.ReferencesByNuGetPackage.SortedValues.Count; ++i)
{
if (i != 0)
{
fileGenerator.Write(",");
}
using (fileGenerator.Declare("dependency", conf.ReferencesByNuGetPackage.SortedValues[i]))
fileGenerator.Write(Template.DependenciesItem);
}
fileGenerator.Write(Template.DependenciesEnd);
fileGenerator.Write(Template.End);
bool written = _builder.Context.WriteGeneratedFile(GetType(), new FileInfo(projectJsonPath), fileGenerator.ToMemoryStream());
if (written)
{
generatedFiles.Add(projectJsonPath);
}
else
{
skipFiles.Add(projectJsonPath);
}
}
}
IsGenerated = true;
}
private static void GenerateTypeScript(string outFolder, bool setBOM)
{
if (!Directory.Exists(outFolder))
{
Directory.CreateDirectory(outFolder);
}
var targetAssemblyName = Program.ProjectInfo.AssemblyName;
var assemblyContext = new AssemblyContext($"{TargetBinFolder}/{targetAssemblyName}.dll", DotNetFramework.Parse(Program.ProjectInfo.TargetFramework));
var types = assemblyContext.RootAssembly.GetTypesWhichExtends <DbContext>(true);
foreach (var type in types)
{
var outFile = $"{Path.GetFullPath($"{outFolder}/{type.Name}.html")}";
var builder = new DbStructureBuilder();
builder.Cache(type);
var csvContent = builder.GetHtml();
var bytes = setBOM
? new byte[] { 0xef, 0xbb, 0xbf }.Concat(csvContent.Bytes(Encoding.UTF8)).ToArray()
: csvContent.Bytes(Encoding.UTF8).ToArray();
File.WriteAllBytes(outFile, bytes);
Console.WriteLine($"File Saved: {outFile}");
}
}
public override void Run()
{
var targetAssemblyName = Project.AssemblyName;
var assemblyContext = new AssemblyContext($"{TargetBinFolder}/{targetAssemblyName}.dll", DotNetFramework.Parse(Project.TargetFramework));
string outFile;
// if Directory
if (Directory.Exists(Out) || Path.GetExtension(Out) == "" || Out.Last().For(c => c == '/' || c == '\\'))
{
if (!Directory.Exists(Out))
{
Directory.CreateDirectory(Out);
}
outFile = Path.GetFullPath(Path.Combine(Out, $"{targetAssemblyName}.api.ts"));
}
// if File
else
{
var dir = Path.GetDirectoryName(Out);
if (!Directory.Exists(dir))
{
Directory.CreateDirectory(dir);
}
outFile = Path.GetFullPath(Out);
}
var builder = new TypeScriptApiBuilder(Uri);
var markAttr = assemblyContext.GetType($"{nameof(TypeSharp)}.{nameof(TypeScriptApiAttribute)},{nameof(TypeSharp)}");
var modelTypes = assemblyContext.RootAssembly.GetTypesWhichMarkedAs(markAttr);
builder.CacheTypes(modelTypes);
foreach (var include in Includes)
{
var type = assemblyContext.GetType(include);
if (type == null)
{
throw new ArgumentException($"Can not find type({type.FullName}).");
}
builder.CacheType(type);
}
foreach (var relative in Relatives)
{
if (relative.Count(";") == 1)
{
var pair = relative.Split(";");
builder.AddDeclaredType(assemblyContext.GetType(pair[0]), pair[1]);
}
else
{
throw new ArgumentException("Each parameter('Relative') must contain a semicolon(;).");
}
}
builder.WriteTo(outFile);
Console.WriteLine($"File saved: {outFile}");
}
private static UpdateStates doUpdate()
{
//ensure we have the correct version of .net available.
if (ReleaseStream.ToString().Contains(@"40") && !DotNetFramework.CheckInstalled(FrameworkVersion.dotnet4))
{
Log(@"Not updating due to missing .NET 4 installation");
LastError = new MissingFrameworkVersionException(FrameworkVersion.dotnet4);
return(UpdateStates.Error);
}
try
{
ConfigManagerCompact.LoadConfig();
//ensure we are starting clean.
//note that we don't clear a pending update just yet because there are scenarios we can use this (see variable stagedAndWaitingToUpdate below).
Cleanup(10000, false);
List <DownloadableFileInfo> streamFiles = null;
string rawString = string.Empty;
try
{
Log(@"Requesting update information...");
var sn = new pWebRequest <List <DownloadableFileInfo> >(string.Format(CENTRAL_UPDATE_URL + @"?action=check&stream={0}&time={1}", ReleaseStream.ToString().ToLower(), DateTime.Now.Ticks));
sn.BlockingPerform();
rawString = sn.ResponseString;
if (rawString == @"fallback")
{
Log(@"Server has requested an emergency fallback!");
return(UpdateStates.EmergencyFallback);
}
streamFiles = sn.ResponseObject;
}
catch (Exception e)
{
LastError = e;
LastErrorExtraInformation = rawString;
Log(LastError.ToString());
Log(rawString);
return(UpdateStates.Error);
}
if (streamFiles == null || streamFiles.Count == 0)
{
LastError = new Exception($@"update file returned no results ({rawString})");
Log(LastError.ToString());
return(UpdateStates.Error);
}
tryAgain:
bool stagedAndWaitingToUpdate = Directory.Exists(STAGING_COMPLETE_FOLDER);
List <DownloadableFileInfo> updateFiles = new List <DownloadableFileInfo>();
foreach (DownloadableFileInfo file in streamFiles)
{
if (stagedAndWaitingToUpdate)
{
Log(@"A pending update is already waiting. Checking what we're working with...");
//special case where we already have a pending update.
//if we find *any* file which doesn't match, we should remove the folder and restart the process.
string pendingFilename = STAGING_COMPLETE_FOLDER + @"/" + file.filename;
if (File.Exists(pendingFilename))
{
Log(file.filename + @": PENDING");
//pending file exists and matches this update precisely.
if (getMd5(pendingFilename) == file.file_hash)
{
continue;
}
}
else if (File.Exists(file.filename) && getMd5(file.filename, true) == file.file_hash)
{
Log(file.filename + @": LATEST");
//current version is already newest.
continue;
}
Log(file.filename + @": MISMATCH");
//something isn't up-to-date. let's run the update process again without our pending version.
Reset(false);
goto tryAgain;
}
if (!File.Exists(file.filename))
{
updateFiles.Add(file);
Log(file.filename + @": NEW");
}
else if (getMd5(file.filename, true) != file.file_hash)
{
Log(file.filename + @": CHANGED (cached)");
updateFiles.Add(file); //cached md5 check failed.
}
else if (file.filename == @"osu!.exe" && getMd5(file.filename, true) != getMd5(file.filename)) //special intensive check for main osu!.exe
{
Log(file.filename + @": CHANGED");
ConfigManagerCompact.ResetHashes();
goto tryAgain;
}
}
if (stagedAndWaitingToUpdate)
{
Log(@"Pending updating is waiting and requires no further changes.");
//return early, as we've already done the rest of the process below in a previous run.
return(MoveInPlace() ? UpdateStates.Completed : UpdateStates.NeedsRestart);
}
if (updateFiles.Count == 0)
{
Log(@"No changes to apply!");
if (!DotNetFramework.CheckInstalled(FrameworkVersion.dotnet4))
{
Log(@"Becuase we had no changes, let's let the user know they need a newer framework in the future");
//if there are no pending updates but the user doesn't have dotnet4 available, we should tell them to get it.
LastError = new MissingFrameworkVersionException(FrameworkVersion.dotnet4);
return(UpdateStates.Error);
}
return(UpdateStates.NoUpdate);
}
totalUpdatableFiles = updateFiles.Count;
if (!Directory.Exists(STAGING_FOLDER))
{
Log(@"Creating staging folder");
DirectoryInfo di = Directory.CreateDirectory(STAGING_FOLDER);
di.Attributes = FileAttributes.Directory | FileAttributes.Hidden;
}
setCallbackStatus(UpdateStates.Updating);
lock (ActiveFiles) ActiveFiles.AddRange(updateFiles);
foreach (DownloadableFileInfo f in updateFiles)
{
DownloadableFileInfo file = f;
Log(@"Processing {0}...", file.ToString());
if (File.Exists(file.filename))
{
Log(@"Exists locally; checking for patchability...");
string localHash = getMd5(file.filename);
//check for patchability...
try
{
var sn = new pWebRequest <List <DownloadableFileInfo> >(@"{0}?action=path&stream={1}&target={2}&existing={3}&time={4}",
CENTRAL_UPDATE_URL,
ReleaseStream.ToString().ToLower(),
file.file_version,
localHash,
DateTime.Now.Ticks);
sn.BlockingPerform();
List <DownloadableFileInfo> patchFiles = sn.ResponseObject;
if (patchFiles.Count > 1)
{
Log(@"Server returned {0} patch files", patchFiles.Count.ToString());
//copy the local version to the staging path.
File.Copy(file.filename, STAGING_FOLDER + @"/" + file.filename);
bool success = false;
lock (ActiveFiles)
ActiveFiles.AddRange(patchFiles.GetRange(0, patchFiles.Count - 1));
totalUpdatableFiles += patchFiles.Count - 1;
try
{
//we now know we have a patchable path, so let's try patching!
foreach (DownloadableFileInfo patch in patchFiles)
{
try
{
if (patch.file_version == file.file_version)
{
Log(@"Reached end of patch chain ({0} / {1}), checking file checksum...",
patch.file_version.ToString(), patch.file_hash);
//reached the end of patching.
if (getMd5(STAGING_FOLDER + @"/" + file.filename) != file.file_hash)
{
Log(@"Patching FAILED!");
throw new Exception(@"patching failed to end with correct checksum.");
}
Log(@"Patching success!");
success = true;
break; //patching successful!
}
string localPatchFilename = STAGING_FOLDER + @"/" + patch.filename + @"_patch";
Log(@"Applying patch {0} (to {1})...", patch.file_version.ToString(), patch.file_hash);
patch.Perform(true);
}
finally
{
lock (ActiveFiles) ActiveFiles.Remove(patch);
}
}
if (success)
{
lock (ActiveFiles) ActiveFiles.Remove(file);
continue;
}
}
finally
{
lock (ActiveFiles)
patchFiles.ForEach(pf => ActiveFiles.Remove(pf));
}
}
Log(@"No patches available; falling back to full download");
}
catch (Exception e)
{
Log(@"Error occured during patching: " + e);
//an error occurred when trying to patch; fallback to a full update.
}
}
Log(@"Beginning download of {0} ({1})...", file.filename, file.url_full);
file.PerformThreaded(delegate
{
lock (ActiveFiles) ActiveFiles.Remove(file);
Log(@"Completed download of {0} ({1} files remain)!", file.filename, ActiveFiles.Count);
},
delegate
{
Log(@"Failed download of {0}! Error: {1}", file.filename, file.Error);
//error occurred
});
}
while (ActiveFiles.Count > 0)
{
foreach (DownloadableFileInfo dfi in ActiveFiles)
{
if (dfi.Error != null)
{
LastError = dfi.Error;
return(UpdateStates.Error);
}
}
Thread.Sleep(100);
}
if (State == UpdateStates.Updating)
{
if (Directory.Exists(STAGING_COMPLETE_FOLDER))
{
Directory.Delete(STAGING_COMPLETE_FOLDER, true);
}
GeneralHelper.RecursiveMove(STAGING_FOLDER, STAGING_COMPLETE_FOLDER);
ConfigManagerCompact.Configuration[@"_ReleaseStream"] = ReleaseStream.ToString();
return(MoveInPlace() ? UpdateStates.Completed : UpdateStates.NeedsRestart);
}
return(UpdateStates.NoUpdate);
}
catch (ThreadAbortException)
{
Log(@"Thread was aborted!");
foreach (DownloadableFileInfo dfi in ActiveFiles)
{
dfi.Abort();
}
return(UpdateStates.NoUpdate);
}
catch (Exception e)
{
Log(@"Error: " + e.ToString());
LastError = e;
return(UpdateStates.Error);
}
finally
{
Log(@"Saving out global config");
ConfigManagerCompact.SaveConfig();
updateThread = null;
}
}
public static string ToFolderName(this DotNetFramework framework)
{
switch (framework)
{
case DotNetFramework.v2:
return("net20");
case DotNetFramework.v3_5:
return("net35");
case DotNetFramework.v4_0:
return("net40");
case DotNetFramework.v4_5:
return("net45");
case DotNetFramework.v4_5_1:
return("net451");
case DotNetFramework.v4_5_2:
return("net452");
case DotNetFramework.v4_6:
return("net46");
case DotNetFramework.v4_6_1:
return("net461");
case DotNetFramework.v4_6_2:
return("net462");
case DotNetFramework.v4_7:
return("net47");
case DotNetFramework.v4_7_1:
return("net471");
case DotNetFramework.v4_7_2:
return("net472");
case DotNetFramework.netcore1_0:
return("netcoreapp1.0");
case DotNetFramework.netcore1_1:
return("netcoreapp1.1");
case DotNetFramework.netcore2_0:
return("netcoreapp2.0");
case DotNetFramework.netcore2_1:
return("netcoreapp2.1");
case DotNetFramework.netcore2_2:
return("netcoreapp2.2");
case DotNetFramework.netcore3_0:
return("netcoreapp3.0");
case DotNetFramework.netcore3_1:
return("netcoreapp3.1");
default:
throw new ArgumentOutOfRangeException(nameof(framework));
}
}
