public void openSourceCodeEditor()
{
var sourceCodeEditor = O2Gui.open <Panel>("Source Code Editor", 600, 400).add_SourceCodeEditor();
var defaultSourceCode = CompileEngine.findScriptOnLocalScriptFolder("Hello_O2_World.cs").fileContents();
sourceCodeEditor.open(defaultSourceCode.saveWithExtension(".cs"));
}
public void Main_O2_Gui_h2()
{
//CompileEngine.clearLocalScriptFileMappings();
var scriptName = "Main O2 Gui.h2"; // this is the script used in ascx_Execute_Scripts.NEW_GUI_SCRIPT
var file = scriptName.local();
var h2Code = file.h2_SourceCode();
//compile using internal methods
var csharpCode = new CSharp_FastCompiler().createCSharpCodeWith_Class_Method_WithMethodText(h2Code);
assert_Not_Null(scriptName);
assert_Not_Null(file);
assert_Not_Null(h2Code);
assert_Not_Null(csharpCode);
csharpCode.assert_Contains("public class", "DynamicType", "{", "}")
.assert_Contains("using System;", "System.Linq;")
.assert_Contains("FluentSharp.REPL.Utils");
var compileEngine = new CompileEngine();
var assembly = compileEngine.compileSourceCode(csharpCode);
assert_Is_Null(compileEngine.sbErrorMessage);
assert_Not_Null(assembly);
//check that we can also compile using the main wrapper methods
assert_Not_Null(file.compile_H2Script());
}
public static List <String> compileAllFilesIndividually(List <String> filesToCompile, O2Thread.FuncVoidT1 <string> currentTask, O2Thread.FuncVoidT1 <int> numberOfStepsToPerform, O2Thread.FuncVoid onStepEvent)
{
currentTask("Compiling all rules individualy (one file at the time)");
numberOfStepsToPerform(filesToCompile.Count);
var compileEngine = new CompileEngine();
PublicDI.log.info("Compiling All XRules source code files ONE at the time");
var results = new List <String>();
foreach (var fileToCompile in filesToCompile)
{
var assembly = compileEngine.compileSourceFile(fileToCompile);
if (assembly != null)
{
results.Add(assembly.Location);
}
else
{
PublicDI.log.error("In XRules_Execution.compileAllFilesIndividually, could not compile file: {0}", fileToCompile);
}
onStepEvent();
}
return(results);
}
public static void mapUnitTestToXRules(string assemblyWithUnitTest, TreeView tvTarget_XLoadedRules)
{
if (Files.IsExtension(assemblyWithUnitTest, ".cs"))
{
var compiledAssembly = new CompileEngine().compileSourceFile(assemblyWithUnitTest);
if (compiledAssembly == null)
{
DI.log.error("aborting mapUnitTestToXRules since could not compile CSharp file: {0}",
assemblyWithUnitTest);
}
else
{
DI.log.info("Mapping dynamically compiled CSharp file: {0}", compiledAssembly.Location);
mapAssembliesIntoXRules(new List <string>()
{
compiledAssembly.Location
}, tvTarget_XLoadedRules);
}
}
else
{
mapAssembliesIntoXRules(new List <string>()
{
assemblyWithUnitTest
}, tvTarget_XLoadedRules);
}
}
public void SetupFixture_SetUp()
{
CompileEngine.clearCompilationCache(); // ensure the compilatation cache is clean
var o2PlatformScripts = new O2_Platform_Scripts();
var scriptsFolder = o2PlatformScripts.ScriptsFolder();
if ("".offline()) // we can't do the sync when offline
{
return;
}
Assert.IsTrue(o2PlatformScripts.SetUp()); // call SetUp which will trigger the git clone (if needed)
scriptsFolder.assert_Folder_Exists()
.assert_Is_True(path => path.isGitRepository());
//check that expected O2.Platform.Scripts files are in there:
var nGit = o2PlatformScripts.nGit;
var fullPath1 = nGit.file_FullPath("README.md");
var fullPath2 = nGit.file_FullPath(@"_DataFiles\_Images\O2_Logo.gif");
Assert.IsTrue(nGit.pull());
Assert.IsTrue(fullPath1.fileExists());
Assert.IsTrue(fullPath2.fileExists());
}
public static void downloadO2Scripts(Action <string> statusMessage)
{
statusMessage("Downloading zip with latest rules");
var url = "https://github.com/o2platform/O2.Platform.Scripts/zipball/master";
var zipFile = url.download();
statusMessage("Unziping files into temp folder");
var targetFolder = @"_Downloaded_O2Scripts".tempDir(false).fullPath();
if (targetFolder.size() > 120)
{
"[downloadO2Scripts] targetFolder path was more than 120 chars: {0}".error(targetFolder);
targetFolder = System.IO.Path.GetTempPath().pathCombine(targetFolder.fileName());
"[downloadO2Scripts] set targetFolder to: {0}".info(targetFolder);
}
zipFile.unzip_File(targetFolder);
statusMessage("Copying files into scripts folder");
var baseDir = targetFolder.folders().first();
var scriptsFolder = PublicDI.config.LocalScriptsFolder;
var filesCopied = 0;
foreach (var file in baseDir.files(true))
{
var targetFile = file.replace(baseDir, scriptsFolder);
targetFile.parentFolder().createDir();
file.file_Copy(targetFile);
filesCopied++;
}
"copied: {0}".info(filesCopied);
CompileEngine.clearLocalScriptFileMappings();
statusMessage("Done");
}
static void Main(string[] args)
{
if (Control.ModifierKeys == Keys.Shift)
{
showLogViewer().parentForm().width(1000).height(400);
}
var firstScript = "O2_1st_Script.cs";
Console.WriteLine("Welcome to the O2 Platform v2.0");
"Current AppDomain: {0}".info(AppDomain.CurrentDomain.BaseDirectory);
CompileEngine.lsGACExtraReferencesToAdd.Clear();
var assembly = new CompileEngine().compileSourceFile(firstScript);
if (assembly.notNull())
{
Console.WriteLine("Executing script {0} from location {1}".info(firstScript, assembly.Location));
if (assembly.methods().size() > 0)
{
assembly.methods()[0].invoke();
Console.WriteLine("Invocation complete");
}
else
{
Console.WriteLine("Error: there were no methods in compiled assembly");
}
}
else
{
Console.WriteLine("Error: could not find, compile or execute first script ({0})".format(firstScript));
}
}
public void compileTestFileAndCheckIfAllIsStillThere()
{
if (false == compiledAssemblySettings.dontCompileIfFileExists ||
false == File.Exists(compiledAssemblySettings.pathToCreatedAssemblyFile))
{
Assembly compiledExeFile = new CompileEngine().compileSourceCode(compiledAssemblySettings.sourceCode,
compiledAssemblySettings.exeMainClass,
compiledAssemblySettings.outputAssemblyName);
// copy all dependentDlls to current directly (so that we can load this exe)
Assert.That(compiledExeFile != null, "in MockObjects_CompiledExe.compileTestFileAndCheckIfAllIsStillThere Compiled Assembly was null");
CecilAssemblyDependencies.copyAssemblyDependenciesToAssemblyDirectory(compiledExeFile.Location,
new List <string>
{
DI.config.
hardCodedO2LocalBuildDir
});
Assert.That(compiledExeFile != null, "Compilation failed");
Assert.That(File.Exists(compiledExeFile.Location), "Could not find assembly on disk!");
DI.log.info("test Assembly file compiled into: {0}", compiledExeFile);
compiledAssemblySettings.pathToCreatedAssemblyFile = compiledExeFile.Location;
Assert.That(compiledAssemblySettings.checkIfAssemblyWasCreatedOK(), "Created assembly was not OK");
}
}
public void loadDefaultSetOfFilesToConvert()
{
dotNetAssembliesToConvert.clearMappings();
dotNetAssembliesToConvert.setExtensionsToShow(".dll .exe");
dotNetAssembliesToConvert.addFiles(CompileEngine.getListOfO2AssembliesInExecutionDir());
dotNetAssembliesToConvert.addFiles(AppDomainUtils.getDllsInCurrentAppDomain_FullPath());
runOnLoad = false;
}
//public ascx_ScriptsFolder scriptsFolder;
/* public void addCurrentAppDomainsDllsAsReferences()
* {
* foreach(var assembly in AppDomain.CurrentDomain.GetAssemblies())
* {
* var assemblyName = Path.GetFileName(assembly.Location);
* if (false == lsExtraReferenceAssembliesToAdd.Contains(assemblyName))
* if (assemblyName.IndexOf("JetBrains")==-1 &&
* assemblyName.IndexOf("VisualStudio") == -1 &&
* assemblyName.IndexOf("SMDiagnostics") == -1) // don't add these assemblies
* lsExtraReferenceAssembliesToAdd.Add(assemblyName);
*
* }
* }*/
public void compileSourceCode()
{
if (sourceCodeEditor.partialFileViewMode == false)
{
if (this.okThread(delegate { compileSourceCode(); }))
{
var lsExtraReferencesToAdd = new List <string>(); //lsExtraReferenceAssembliesToAdd.ToArray());
String sErrorMessages = "";
var compileEngine = new CompileEngine();
Assembly aCompiledAssembly = null;
if (tbExtraReferencesToAdd.Text != "")
{
lsExtraReferencesToAdd.AddRange(tbExtraReferencesToAdd.Text.Split(new[] { Environment.NewLine },
StringSplitOptions.
RemoveEmptyEntries));
}
lbSourceCode_CompilationResult.Items.Clear();
var exeMainClass = (rbCreateExe.Checked) ? tbMainClass.Text : "";
var outputAssemblyName = ""; // todo expose outputAssemblyName on GUI
//DI.config.addPathToCurrentExecutableEnvironmentPathVariable(DI.config.O2TempDir);
sourceCodeEditor.saveSourceCode();
var filesToCompile = new List <String> {
sourceCodeEditor.sPathToFileLoaded
};
if (compileEngine.compileSourceFiles(filesToCompile, lsExtraReferencesToAdd.ToArray(),
ref aCompiledAssembly, ref sErrorMessages, false /*verbose*/,
exeMainClass,
outputAssemblyName))
{
// if we only have 1 class in the completed code, set tbMainClass.Text to it
if (aCompiledAssembly.GetTypes().Length == 1)
{
tbMainClass.Text = aCompiledAssembly.GetTypes()[0].FullName;
}
lbSourceCode_CompilationResult.ForeColor = Color.Black;
lbSourceCode_CompilationResult.Items.Add("No errors");
O2Messages.dotNetAssemblyAvailable(aCompiledAssembly.Location);
//if (assemblyInvoke != null)
// assemblyInvoke.loadAssembly(aCompiledAssembly, cbAutoExecuteOnMethodCompile.Checked);
}
else
{
//assemblyInvoke.setControlsEnableState(false);
lbSourceCode_CompilationResult.ForeColor = Color.Red;
compileEngine.addErrorsListToListBox(sErrorMessages, lbSourceCode_CompilationResult);
}
if (cbAutoSaveOnCompile.Checked)
{
sourceCodeEditor.saveSourceCode();
}
}
}
}
public static Panel add_WinForm_Control_from_O2Script(this O2_VS_AddIn o2Addin, string title, string o2Script, string type, int width = -1, int height = -1)
{
var assembly = new CompileEngine().compileSourceFile(o2Script.local());
var editorType = assembly.type(type);
var panel = o2Addin.add_WinForm_Panel(title, width, height);
panel.add_Control(editorType);
return(panel);
}
public bool removeCachedAssemblyForCode(string codeSnippet)
{
if (codeSnippet.notValid())
{
"in removeCachedAssemblyforCode, there was no codeSnippet passed".error();
return(false);
}
var filesMd5 = codeSnippet.md5Hash();
return(CompileEngine.removeCachedAssemblyForCode_MD5(filesMd5));
}
public Assembly compileScript(string o2Script)
{
var compileEngine = new CompileEngine();
var assembly = compileEngine.compileSourceFile(o2Script.local());
if (assembly.isNull())
{
MessageBox.Show(compileEngine.sbErrorMessage.str(), @"Compilation error in Start_O2:");
}
return(assembly);
}
//O2 Script Library
[Test] public void CompileAllScripts()
{
PublicDI.log.writeToDebug(true);
CompileEngine.clearCompilationCache();
foreach (var method in typeof(O2_Script_Library).methods())
{
var code = method.invoke().str();
var assembly = code.compileCodeSnippet();
Assert.IsNotNull(assembly, "Failed for compile {0} with code: \n\n {1}".format(method.Name, code));
"Compiled OK: {0}".info(method.Name);
}
}
public string compileFileToExe()
{
var assembly = new CompileEngine().compileSourceFiles(new List <string> {
scriptToInstrument
}, "O2_Scanner_DotNet._TestScripts.TestScript_MultipleCalls");
Assert.That(assembly != null);
Assert.That(Path.GetExtension(assembly.Location) == ".exe");
log.debug("File Successfully compiled: {0}", assembly.Location);
log.info("compileFileToExe executed ok");
return(assembly.Location);
}
public static bool compileAndOpen(this API_NUnit nUnitApi, string fileToCompile, string extraStartupOptions)
{
var assembly = new CompileEngine().compileSourceFile(fileToCompile);
if (assembly.notNull())
{
var location = assembly.Location;
nUnitApi.openNUnitGui(location, extraStartupOptions);
return(true);
}
return(false);
}
public static bool compileAndOpen(this API_NUnit_Gui nUnitGui, string fileToCompile)
{
var assembly = new CompileEngine().compileSourceFile(fileToCompile);
if (assembly.notNull())
{
var location = assembly.Location;
nUnitGui.openProject(location);
return(true);
}
return(false);
}
public bool injectIntoProcess(Process process, bool x64, bool runtime40, string sourceCodeFile)
{
//fixedCourceCode.showInCodeViewer();
var compileEngine = new CompileEngine(runtime40 ? "v4.0" : "v3.5")
{
useCachedAssemblyIfAvailable = false
};
//var compiledAssembly = compileEngine.compileSourceCode(fixedCourceCode);
var compiledAssembly = compileEngine.compileSourceFile(sourceCodeFile);
return(injectIntoProcess(process, x64, runtime40, compiledAssembly));
}
// we need to use CompileEngine (which is slower but supports multiple file compilation
public void compileExtraSourceCodeReferencesAndUpdateReferencedAssemblies()
{
if (ExtraSourceCodeFilesToCompile.size() > 0)
{
var assembly = new CompileEngine().compileSourceFiles(ExtraSourceCodeFilesToCompile);
if (assembly != null)
{
ReferencedAssemblies.Add(assembly.Location);
generateDebugSymbols = true; // if there are extra assemblies we can't generate the assembly in memory
}
}
}
public static Ast_CSharp mapCodeO2References(this Ast_CSharp astCSharp, CSharp_FastCompiler_CompilerOptions compilerOptions)
{
compilerOptions.ExtraSourceCodeFilesToCompile = new List <string>();
var compilationUnit = astCSharp.CompilationUnit;
compilerOptions.ReferencedAssemblies = new List <string>(); // this should be cleared in a more global location
compilerOptions.Extra_Using_Statements = new List <string>(); // same here
var filesToDownload = new List <string>();
var currentUsingDeclarations = new List <string>();
foreach (var usingDeclaration in astCSharp.AstDetails.UsingDeclarations)
{
currentUsingDeclarations.Add(usingDeclaration.Text);
}
compilerOptions.mapOptionsDefinedInsideComments(astCSharp.AstDetails.comments())
.mapNuGetReferences()
.Extra_Using_Statements.forEach(value => astCSharp.CompilationUnit.add_Using(value));
//resolve location of ExtraSourceCodeFilesToCompile
astCSharp.resolveFileLocationsOfExtraSourceCodeFilesToCompile(compilerOptions);
CompileEngine.handleReferencedAssembliesInstallRequirements(astCSharp.AstDetails.CSharpCode);
//use the same technique to download files that are needed for this script (for example *.zip files or other unmanaged/support files)
CompileEngine.tryToResolveReferencesForCompilation(filesToDownload, compilerOptions.WorkOffline);
if (compilerOptions.onlyAddReferencedAssemblies.isFalse())
{
foreach (var defaultRefAssembly in CompileEngine.DefaultReferencedAssemblies)
{
if (compilerOptions.ReferencedAssemblies.Contains(defaultRefAssembly).isFalse())
{
compilerOptions.ReferencedAssemblies.add(defaultRefAssembly);
}
}
foreach (var usingStatement in CompileEngine.DefaultUsingStatements)
{
if (false == currentUsingDeclarations.Contains(usingStatement))
{
compilationUnit.add_Using(usingStatement);
}
}
}
//make sure the referenced assemblies are in the current execution directory
CompileEngine.tryToResolveReferencesForCompilation(compilerOptions.ReferencedAssemblies, compilerOptions.WorkOffline);
return(astCSharp);
}
public void _test_createJarStubForAllO2Assemblies()
{
var o2Timer = new O2Timer("created Jar Stubs for all O2Assemblies").start();
var o2Assemblies = CompileEngine.getListOfO2AssembliesInExecutionDir();
foreach (var o2Assembly in o2Assemblies)
{
var jarStubFile = JavaCompile.createJarStubForDotNetDll(o2Assembly, IKVMConfig.jarStubsCacheDir);
Assert.That(File.Exists(jarStubFile), "jarStubFile didn't exist: {0}", jarStubFile);
}
DI.log.info("\n...all done\n");
o2Timer.stop();
}
// we need to use CompileEngine (which is slower but supports multiple file compilation
public void compileExtraSourceCodeReferencesAndUpdateReferencedAssemblies()
{
if (ExtraSourceCodeFilesToCompile.size() > 0)
{
"[CSharp Compiler] Compiling provided {0} external source code references".info(ExtraSourceCodeFilesToCompile.size());
var assembly = new CompileEngine(UseCachedAssemblyIfAvailable).compileSourceFiles(ExtraSourceCodeFilesToCompile);
if (assembly != null)
{
ReferencedAssemblies.Add(assembly.Location);
CompileEngine.setCachedCompiledAssembly(ExtraSourceCodeFilesToCompile, assembly);
generateDebugSymbols = true; // if there are extra assemblies we can't generate the assembly in memory
}
}
}
[Test] public void resolveCompilationReferencePath()
{
//testing NuGet assembly resolution (other parts of resolveCompilationReferencePath are missing)
var assemblyName = "FluentSharp.HtmlAgilityPack";
var nuGet = new API_NuGet();
nuGet.install(assemblyName);
nuGet.path_Package(assemblyName).assert_Folder_Exists();
CompileEngine.resolveCompilationReferencePath(assemblyName).assert_File_Exists()
.assert_Contains(assemblyName)
.fileName().assert_Is(assemblyName.append(".dll"));
}
public override void create()
{
this.ButtonText = "O2 Script - with Panel";
this.ToolTip = "Opens the O2 Script Guid (with a top panel)";
this.TargetMenu = "O2 Platform";
base.create();
this.Execute = () =>
{
var script = "ascx_Quick_Development_GUI.cs.o2".local();
var assembly = new CompileEngine().compileSourceFile(script);
assembly.methods()[0].invoke(new object[] { });
//assembly.executeFirstMethod();
};
}
void createTypes(Type type1, Type type2, PersistentAssemblyBuilder persistentAssemblyBuilder, string type1Name, string type2Name)
{
var persistentClassInfo1 = persistentAssemblyBuilder.PersistentAssemblyInfo.PersistentClassInfos[0];
var persistentClassInfo2 = persistentAssemblyBuilder.PersistentAssemblyInfo.PersistentClassInfos[1];
addInterface(type1, persistentClassInfo1);
addInterface(type2, persistentClassInfo2);
_XPObjectSpace.CommitChanges();
var compileModule = new CompileEngine().CompileModule(persistentAssemblyBuilder, Path.GetDirectoryName(Application.ExecutablePath));
_t1Type = compileModule.Assembly.GetTypes().Single(type => type.Name == type1Name);
_t2Type = compileModule.Assembly.GetTypes().Where(type => type.Name == type2Name).Single();
}
public static Process console_Run(this API_NUnit nUnitApi, string target, string extraStartupOptions, Action <string> consoleOut)
{
if (target.extension(".cs"))
{
var assembly = new CompileEngine().compileSourceFile(target);
if (assembly.isNull())
{
"[API_NUnit][console_Run] failed to compile C# file: {0}".error(target);
return(null);
}
target = assembly.Location;
}
var startUpOptions = "\"{0}\" {1}".format(target ?? "", extraStartupOptions ?? "");
return(nUnitApi.executeNUnitConsole(startUpOptions, consoleOut));
}
public static API_CatNet_GUI scanCSharpFile(this API_CatNet_GUI catNetGui, string file)
{
catNetGui.SolutionLoaded = "";
catNetGui.TriggerOnSelectedEvent = false;
var catNet = new API_CatNet().loadRules();
var assembly = new CompileEngine().compileSourceFile(file);
if (assembly.notNull())
{
catNetGui.openReport(catNet.scan(assembly).savedReport());
}
else
{
catNetGui.CodeViewer.open(file);
}
return(catNetGui);
}
public static void addExtraFileReferencesToTreeNode(TreeNode treeNode, string file)
{
if (treeNode != null && File.Exists(file))
{
treeNode.Nodes.Clear();
// this will get the list of files to compile (which includes the extra files referenced in the source code that we want to add to this treeview)
var filesToCompile = new List <string>();
filesToCompile.Add(file);
CompileEngine.addSourceFileOrFolderIncludedInSourceCode(filesToCompile, new List <string>(), new List <string>());
filesToCompile.Remove(file);
foreach (var extraFile in filesToCompile)
{
O2Forms.newTreeNode(treeNode, Path.GetFileName(extraFile), 5, extraFile);
}
treeNode.ExpandAll();
}
}
private static string getMethodName(string arg0)
{
string[] splittedArg0 = arg0.Split('!');
switch (splittedArg0.Length)
{
case 2:
string file = splittedArg0[0];
string methodName = splittedArg0[1];
O2Cmd.log.write("Trying to load file {0} and execute method {1}", file, methodName);
switch (Path.GetExtension(file))
{
case ".cs":
O2Cmd.log.write("\n*.cs file provided, compiling code\n");
Assembly assembly = new CompileEngine().compileSourceFile(file);
if (assembly == null)
{
O2Cmd.log.write("Error: could not compile provided code");
}
else
{
O2Cmd.log.write("Source code successfully compiled, loading types\n");
foreach (Type typeToLoad in assembly.GetTypes())
{
O2CmdApi.typesWithCommands.Add(typeToLoad);
}
O2Cmd.log.write("\nHere is the updated list of available command line methods\n");
O2Cmd.help();
O2Cmd.log.write("\nExecuting method:{0}\n", methodName);
return(methodName);
}
break;
case ".dll":
break;
default:
O2Cmd.log.error("ERROR: unsupported file extension (it must be *.cs or *.dll");
break;
}
return("");
default:
return(arg0);
}
//return arg0;
}
[Test] public void LocalScriptFolders()
{
var localScripts = CompileEngine.LocalScriptFileMappings;
var localScriptFolder = PublicDI.config.LocalScriptsFolder.createDir();
var fileName = "testFile{0}.cs".format(4.randomLetters());
var fileContents = "some code";
var testFile = localScriptFolder.pathCombine(fileName);
Assert.IsNotNull(localScripts);
//Assert.IsEmpty (localScripts);
Assert.AreEqual(fileName.local(), "");
Assert.IsNotNull(localScriptFolder);
fileContents.saveAs(testFile);
CompileEngine.resetLocalScriptsFileMappings();
Assert.IsTrue(testFile.fileExists(), "File didn't exist: {0}".format(testFile));
Assert.AreEqual(fileContents, testFile.fileContents());
Assert.IsNotEmpty(localScripts);
Assert.IsNotNull(fileName.local());
Assert.AreEqual(fileName.local(), testFile);
Assert.IsFalse(localScripts.hasKey(fileName), "localscripts");
Assert.IsTrue(localScripts.hasKey(fileName.lower()), "localscripts (lowercase search)");
Assert.AreEqual(localScripts[fileName.lower()], testFile);
//ExtraLocalScriptFolders
var tempDir = "ExtraScripts".tempDir();
var extraFileName = "extraFile.cs";
var extraFile = tempDir.pathCombine("extraFile.cs");
var extraFileContents = "some more code";
extraFileContents.saveAs(extraFile);
Assert.IsFalse(localScripts.hasKey(fileName));
Assert.AreEqual(extraFileName.local(), "");
CompileEngine.LocalFoldersToAddToFileMappings.add(tempDir);
CompileEngine.resetLocalScriptsFileMappings();
Assert.IsFalse(localScripts.hasKey(extraFileName));
Assert.IsTrue(localScripts.hasKey(extraFileName.lower()));
Assert.AreEqual(extraFileName.local(), extraFile);
Assert.AreEqual(extraFileName.local().fileContents(), extraFileContents);
}