private static void InitializeEvaluator()
{
_Interop.VarStorage["ReplVersion"] = typeof(Program).Assembly.GetName().Version;
var settings = new CompilerSettings() {
StdLib = true
};
var reportPrinter = new ConsoleReportPrinter();
var ctx = new CompilerContext(settings, reportPrinter);
evaluator = new Evaluator(ctx);
evaluator.ReferenceAssembly(typeof(_Interop).Assembly);
evaluator.Run(
@"
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
");
evaluator.Run("var _v = _Interop.VarStorage;");
evaluator.Run("var _h = _Interop.History;");
evaluator.Run("_Interop.VoidMethod exit = _Interop.Exit;");
evaluator.Run("_Interop.ReturnStringListMethod globals = _Interop.GetGlobals");
}
public int Run()
{
// Enable unsafe code by default
var settings = new CompilerSettings () {
Unsafe = true
};
var startup_files = new string [0];
settings.SourceFiles.Clear ();
ReportPrinter printer= new ConsoleReportPrinter ();
var eval = new Evaluator (new CompilerContext (settings, printer));
eval.InteractiveBaseClass = typeof (InteractiveBaseShell);
eval.DescribeTypeExpressions = true;
eval.WaitOnTask = true;
CSharpShell shell;
#if !ON_DOTNET
if (attach.HasValue) {
shell = new ClientCSharpShell (eval, attach.Value);
} else if (agent != null) {
new CSharpAgent (eval, agent, agent_stderr).Run (startup_files);
return 0;
} else
#endif
{
shell = new CSharpShell (eval, console);
}
return shell.Run (startup_files);
}
static int Main (string [] args)
{
var cmd = new CommandLineParser (Console.Out);
cmd.UnknownOptionHandler += HandleExtraArguments;
// Enable unsafe code by default
var settings = new CompilerSettings () {
Unsafe = true
};
if (!cmd.ParseArguments (settings, args))
return 1;
var startup_files = new string [settings.SourceFiles.Count];
int i = 0;
foreach (var source in settings.SourceFiles)
startup_files [i++] = source.FullPathName;
settings.SourceFiles.Clear ();
TextWriter agent_stderr = null;
ReportPrinter printer;
if (agent != null) {
agent_stderr = new StringWriter ();
printer = new StreamReportPrinter (agent_stderr);
} else {
printer = new ConsoleReportPrinter ();
}
var eval = new Evaluator (new CompilerContext (settings, printer));
eval.InteractiveBaseClass = typeof (InteractiveBaseShell);
eval.DescribeTypeExpressions = true;
eval.WaitOnTask = true;
CSharpShell shell;
#if !ON_DOTNET
if (attach.HasValue) {
shell = new ClientCSharpShell (eval, attach.Value);
} else if (agent != null) {
new CSharpAgent (eval, agent, agent_stderr).Run (startup_files);
return 0;
} else
#endif
{
shell = new CSharpShell (eval);
}
return shell.Run (startup_files);
}
/// <summary>
/// Optional initialization for the Evaluator.
/// </summary>
/// <remarks>
/// Initializes the Evaluator with the command line
/// options that would be processed by the command
/// line compiler. Only the first call to
/// InitAndGetStartupFiles or Init will work, any future
/// invocations are ignored.
///
/// You can safely avoid calling this method if your application
/// does not need any of the features exposed by the command line
/// interface.
///
/// This method return an array of strings that contains any
/// files that were specified in `args'.
///
/// If the unknownOptionParser is not null, this function is invoked
/// with the current args array and the index of the option that is not
/// known. A value of true means that the value was processed, otherwise
/// it will be reported as an error
/// </remarks>
public static string [] InitAndGetStartupFiles(string [] args, Func <string [], int, int> unknownOptionParser)
{
lock (evaluator_lock)
{
if (inited)
{
return(new string [0]);
}
CompilerCallableEntryPoint.Reset();
var crp = new ConsoleReportPrinter();
driver = Driver.Create(args, false, unknownOptionParser, crp);
if (driver == null)
{
throw new Exception("Failed to create compiler driver with the given arguments");
}
crp.Fatal = driver.fatal_errors;
ctx = driver.ctx;
RootContext.ToplevelTypes = new ModuleContainer(ctx);
var startup_files = new List <string> ();
foreach (CompilationUnit file in Location.SourceFiles)
{
startup_files.Add(file.Path);
}
CompilerCallableEntryPoint.PartialReset();
var importer = new ReflectionImporter(ctx.BuildinTypes);
loader = new DynamicLoader(importer, ctx);
RootContext.ToplevelTypes.SetDeclaringAssembly(new AssemblyDefinitionDynamic(RootContext.ToplevelTypes, "temp"));
loader.LoadReferences(RootContext.ToplevelTypes);
ctx.BuildinTypes.CheckDefinitions(RootContext.ToplevelTypes);
RootContext.ToplevelTypes.InitializePredefinedTypes();
RootContext.EvalMode = true;
inited = true;
return(startup_files.ToArray());
}
}
// This method evaluates the given code and returns a CompilerOutput object
public static CompilerOutput evaluateCode(string code)
{
CompilerOutput compilerOutput = new CompilerOutput ();
/*
var compilerContext = new CompilerContext(new CompilerSettings(), new ConsoleReportPrinter());
var evaluator = new Evaluator(compilerContext);
*/
var reportWriter = new StringWriter();
var settings = new CompilerSettings();
var printer = new ConsoleReportPrinter(reportWriter);
var compilerContext = new CompilerContext (settings, printer);
var reports = new Report(compilerContext, printer);
var evaluator = new Evaluator(compilerContext);
var myString = "";
originalConsoleOut_global = Console.Out; // preserve the original stream
using(var writer = new StringWriter())
{
Console.SetOut(writer);
evaluator.Run (code);
evaluator.Run ("MainClass m1 = new MainClass(); m1.Main();");
//bConsole.WriteLine ("after executing code");
if (reports.Errors > 0) {
Console.WriteLine ("reportWriter.ToString: \n" + reportWriter.ToString ());
compilerOutput.errors = reportWriter.ToString ();
}
writer.Flush(); // make sure everything is written out of consule
myString = writer.GetStringBuilder().ToString();
compilerOutput.consoleOut = myString;
}
Console.SetOut(originalConsoleOut_global); // restore Console.Out
return compilerOutput;
}
///////////////////////////////////////////////////////////////////////
private void Initialize()
{
CompilerSettings sett = new CompilerSettings();
ReportPrinter prnt = new ConsoleReportPrinter();
// TODO programatically add references for all flynn assemblies
sett.AssemblyReferences.Add("Flynn.Core.dll");
sett.AssemblyReferences.Add("Flynn.X10.dll");
sett.AssemblyReferences.Add("Flynn.Cron.dll");
sett.AssemblyReferences.Add("Flynn.Utilities.dll");
CompilerContext ctx = new CompilerContext(sett, prnt);
_eval = new Evaluator(ctx);
_eval.Run(Resources.CSharpEngine_InitUsings);
_eval.Run(Resources.CSharpEngine_InitScript);
}
/// <summary>
/// Optional initialization for the Evaluator.
/// </summary>
/// <remarks>
/// Initializes the Evaluator with the command line
/// options that would be processed by the command
/// line compiler. Only the first call to
/// InitAndGetStartupFiles or Init will work, any future
/// invocations are ignored.
///
/// You can safely avoid calling this method if your application
/// does not need any of the features exposed by the command line
/// interface.
///
/// This method return an array of strings that contains any
/// files that were specified in `args'.
///
/// If the unknownOptionParser is not null, this function is invoked
/// with the current args array and the index of the option that is not
/// known. A value of true means that the value was processed, otherwise
/// it will be reported as an error
/// </remarks>
public static string [] InitAndGetStartupFiles (string [] args, Func<string [], int, int> unknownOptionParser)
{
lock (evaluator_lock){
if (inited)
return new string [0];
CompilerCallableEntryPoint.Reset ();
var crp = new ConsoleReportPrinter ();
driver = Driver.Create (args, false, unknownOptionParser, crp);
if (driver == null)
throw new Exception ("Failed to create compiler driver with the given arguments");
crp.Fatal = driver.fatal_errors;
ctx = driver.ctx;
RootContext.ToplevelTypes = new ModuleContainer (ctx);
var startup_files = new List<string> ();
foreach (CompilationUnit file in Location.SourceFiles)
startup_files.Add (file.Path);
CompilerCallableEntryPoint.PartialReset ();
var importer = new ReflectionImporter (ctx.BuildinTypes);
loader = new DynamicLoader (importer, ctx);
RootContext.ToplevelTypes.SetDeclaringAssembly (new AssemblyDefinitionDynamic (RootContext.ToplevelTypes, "temp"));
loader.LoadReferences (RootContext.ToplevelTypes);
ctx.BuildinTypes.CheckDefinitions (RootContext.ToplevelTypes);
RootContext.ToplevelTypes.InitializePredefinedTypes ();
RootContext.EvalMode = true;
inited = true;
return startup_files.ToArray ();
}
}
public static int Main (string[] args)
{
Location.InEmacs = Environment.GetEnvironmentVariable ("EMACS") == "t";
var crp = new ConsoleReportPrinter ();
Driver d = Driver.Create (args, true, crp);
if (d == null)
return 1;
crp.Fatal = d.fatal_errors;
if (d.Compile () && d.Report.Errors == 0) {
if (d.Report.Warnings > 0) {
Console.WriteLine ("Compilation succeeded - {0} warning(s)", d.Report.Warnings);
}
Environment.Exit (0);
return 0;
}
Console.WriteLine("Compilation failed: {0} error(s), {1} warnings",
d.Report.Errors, d.Report.Warnings);
Environment.Exit (1);
return 1;
}
static void Reset()
{
CompilerCallableEntryPoint.PartialReset ();
RootContext.PartialReset ();
// Workaround for API limitation where full message printer cannot be passed
ReportPrinter printer;
if (MessageOutput == Console.Out || MessageOutput == Console.Error){
var console_reporter = new ConsoleReportPrinter (MessageOutput);
console_reporter.Fatal = driver.fatal_errors;
printer = console_reporter;
} else
printer = new StreamReportPrinter (MessageOutput);
ctx = new CompilerContext (new Report (printer));
RootContext.ToplevelTypes = new ModuleCompiled (ctx, true);
//
// PartialReset should not reset the core types, this is very redundant.
//
// if (!TypeManager.InitCoreTypes (ctx, null))
// throw new Exception ("Failed to InitCoreTypes");
// TypeManager.InitOptionalCoreTypes (ctx);
Location.AddFile(null, FileName);
Location.Initialize ();
current_debug_name = FileName + (count++) + ".dll";
if (Environment.GetEnvironmentVariable ("SAVE") != null){
CodeGen.Init (current_debug_name, current_debug_name, false, ctx);
} else
CodeGen.InitDynamic (ctx, current_debug_name);
}
void Init()
{
// workaround to load DLR types before Evaluator would want them
var r = Microsoft.CSharp.RuntimeBinder.Binder.IsEvent(Microsoft.CSharp.RuntimeBinder.CSharpBinderFlags.BinaryOperationLogical, "gf", typeof(int));
var settings = new CompilerSettings();
var printer = new ConsoleReportPrinter();
eval = new Evaluator(new CompilerContext(settings, printer));
eval.ReferenceAssembly(typeof(REPL).Assembly);
eval.Run("using System;");
eval.Run("using FOnline;");
eval.Run("using System.Collections.Generic;");
eval.Run("using System.Linq;");
statement = new StringBuilder();
}
static void Main(string[] args)
{
CSharpShell.InitStdOut();
CompilerSettings settings = new CompilerSettings() { Unsafe = true };
ConsoleReportPrinter printer = new ConsoleReportPrinter();
CSharpShell shell = new CSharpShell(() => new Evaluator(new CompilerContext(settings, printer)) {
InteractiveBaseClass = typeof(InteractiveBase),
DescribeTypeExpressions = true,
WaitOnTask = true
});
try {
Syscall.unlink(args[0]);
} catch {}
UnixListener sock = new UnixListener(args[0]);
sock.Start();
Syscall.chmod(args[0], FilePermissions.ACCESSPERMS);
while (true) {
NetworkStream s = new NetworkStream(sock.AcceptSocket(), true);
Task.Run(() => {
try {
shell.ProcessConnection(s);
} finally {
s.Dispose();
}
});
}
}