First round of dead file removal

experimental/visual_studio_plugin/src/NaClVsx.Package/NaClVsx.Package_UnitTestProject/ThreadTest.cs

-// Copyright (c) 2011 The Native Client Authors. All rights reserved.
-// Use of this source code is governed by a BSD-style license that can be
-// found in the LICENSE file.
-
-#region
-
-using Google.NaClVsx.DebugSupport;
-using Microsoft.VisualStudio;
-using Microsoft.VisualStudio.Debugger.Interop;
-using Microsoft.VisualStudio.TestTools.UnitTesting;
-using NaClVsx.DebugHelpers;
-
-#endregion
-
-namespace NaClVsx.Package_UnitTestProject {
-  ///<summary>
-  ///  This is a test class for ThreadTest and is intended
-  ///  to contain all ThreadTest Unit Tests
-  ///</summary>
-  [TestClass]
-  public class ThreadTest {
-    ///<summary>
-    ///  Gets or sets the test context which provides
-    ///  information about and functionality for the current test run.
-    ///</summary>
-    public TestContext TestContext { get; set; }
-
-    /// <summary>
-    ///   A test for EnumFrameInfo.  This test is bulky because it's the only
-    ///   test in this class at the moment.  A lot of the code here can be
-    ///   reused and should be factored when more tests are added.
-    /// </summary>
-    [TestMethod]
-    public void EnumFrameInfoTest() {
-      // In order for this test to mean anything we need a real symbol
-      // provider.
-      var symbolProvider = NaClPackageTestUtils.LoadLoopNexe();
-      Assert.IsNotNull(
-          symbolProvider,
-          "NaClSymbolProviderTest could not initialize.");
-      var debuggerMock = new NaClDebuggerMock();
-      var symbolProviderPrivates = new PrivateObject(symbolProvider);
-      symbolProviderPrivates.SetField("dbg_", debuggerMock);
-      debuggerMock.Symbols = symbolProvider;
-      // We can also use a real NaClDebugProcess which can be equipped with
-      // some mocks.
-      IDebugPort2 debugPort2 = new DebugPort2Mock();
-      var process = new NaClDebugProcess(
-          debugPort2, "connectionString", 123, "imagePath");
-      var program = new ProgramNode(process);
-      var programPrivates = new PrivateObject(program);
-      programPrivates.SetField("dbg_", debuggerMock);
-
-      var name = "loop";
-      uint tid = 1;
-      var target = new Thread(program, name, tid);
-      var dwFieldSpec = new enum_FRAMEINFO_FLAGS();
-      uint nRadix = 0;
-      IEnumDebugFrameInfo2 ppDebugFrames;
-      // Now it's time to prime the mocks.
-      var loopCCPath = NaClPackageTestUtils.GetLoopCCPath();
-      var mockRegisters = new RegsX86_64();
-
-      // We need the following addresses to create a simulated callstack.
-      var printLineAddress = NaClPackageTestUtils.GetAddressForPosition(
-          loopCCPath, NaClPackageTestUtils.kPrintLineRow, symbolProvider);
-      var printLoopAddress = NaClPackageTestUtils.GetAddressForPosition(
-          loopCCPath,
-          NaClPackageTestUtils.kPrintLineCallSiteRow,
-          symbolProvider);
-      var fooAddress = NaClPackageTestUtils.GetAddressForPosition(
-          loopCCPath,
-          NaClPackageTestUtils.kPrintLoopCallSiteRow,
-          symbolProvider);
-      var mainAddress = NaClPackageTestUtils.GetAddressForPosition(
-          loopCCPath, NaClPackageTestUtils.kFooCallSiteRow, symbolProvider);
-      // A million is a nice round number which makes it easy to calculate the
-      // expected register values.  We can use it for the register values we
-      // mock.
-      var dummyValidAddress = 1000000 + symbolProvider.BaseAddress;
-
-      mockRegisters.Rip = printLineAddress;
-      mockRegisters.Rbp = dummyValidAddress;
-      // As the stack is being analyzed, the debugger will traverse up the
-      // call chain.  The mock will thus return code locations from the inside
-      // out to simulate this procedure.
-      // Note that the symbolprovider has been loaded with real call frame
-      // information, and that the non-dummy addresses have been parsed out of
-      // the loop nexe as well.
-      debuggerMock.RecordCall("GetRegisters", (uint) 1, mockRegisters);
-      debuggerMock.RecordCall("GetU64", (ulong) 1000008, printLoopAddress);
-      debuggerMock.RecordCall("GetU64", (ulong) 1000000, dummyValidAddress);
-      debuggerMock.RecordCall("GetU64", (ulong) 1000008, fooAddress);
-      debuggerMock.RecordCall("GetU64", (ulong) 1000000, dummyValidAddress);
-      debuggerMock.RecordCall("GetU64", (ulong) 1000008, mainAddress);
-      debuggerMock.RecordCall("GetU64", (ulong) 1000000, dummyValidAddress);
-      // Having the same mainAddress returned twice simulates the infinite loop
-      // that was fixed in RefreshFrameInfo()
-      // http://code.google.com/p/nativeclient/issues/detail?id=2012
-      debuggerMock.RecordCall("GetU64", (ulong) 1000008, mainAddress);
-      debuggerMock.RecordCall("GetU64", (ulong) 1000000, dummyValidAddress);
-      debuggerMock.RecordCall("GetU64", (ulong) 999984, dummyValidAddress);
-      debuggerMock.RecordCall("GetU64", (ulong) 999992, dummyValidAddress);
-      var returned = target.EnumFrameInfo(
-          dwFieldSpec, nRadix, out ppDebugFrames);
-      Assert.AreEqual(VSConstants.S_OK, returned);
-      uint frameCount;
-      ppDebugFrames.GetCount(out frameCount);
-      Assert.AreEqual((uint) 4, frameCount);
-    }
-  }
-}