/*
* Method: GenerateWrapper
*
* Generates a wrapper for this reference.
*/
internal bool GenerateWrapper(out ComReferenceWrapperInfo wrapperInfo)
{
wrapperInfo = null;
string rootNamespace = ReferenceInfo.typeLibName;
string wrapperPath = GetWrapperPath();
bool generateWrapperSucceeded = true;
if (ExecuteAsTool)
{
// delegate generation of the assembly to an instance of the TlbImp ToolTask. MUST
// HAVE SET SDKTOOLSPATH TO THE TARGET SDK TO WORK
var tlbImp = new ResolveComReference.TlbImp();
tlbImp.BuildEngine = BuildEngine;
tlbImp.EnvironmentVariables = EnvironmentVariables;
tlbImp.DelaySign = DelaySign;
tlbImp.KeyContainer = KeyContainer;
tlbImp.KeyFile = KeyFile;
tlbImp.OutputAssembly = wrapperPath;
tlbImp.ToolPath = ToolPath;
tlbImp.TypeLibName = ReferenceInfo.fullTypeLibPath;
tlbImp.AssemblyNamespace = rootNamespace;
tlbImp.AssemblyVersion = null;
tlbImp.PreventClassMembers = _noClassMembers;
tlbImp.SafeArrayAsSystemArray = true;
tlbImp.Silent = Silent;
tlbImp.Transform = ResolveComReference.TlbImpTransformFlags.TransformDispRetVals;
if (_referenceFiles != null)
{
// Issue is that there may be reference dependencies that need to be passed in. It is possible
// that the set of references will also contain the file that is meant to be written here (when reference resolution
// found the file in the output folder). We need to filter out this case.
var fullPathToOutput = Path.GetFullPath(wrapperPath); // Current directory is the directory of the project file.
tlbImp.ReferenceFiles = _referenceFiles.Where(rf => String.Compare(fullPathToOutput, rf, StringComparison.OrdinalIgnoreCase) != 0).ToArray();
}
switch (_targetProcessorArchitecture)
{
case UtilitiesProcessorArchitecture.MSIL:
tlbImp.Machine = "Agnostic";
break;
case UtilitiesProcessorArchitecture.AMD64:
tlbImp.Machine = "X64";
break;
case UtilitiesProcessorArchitecture.IA64:
tlbImp.Machine = "Itanium";
break;
case UtilitiesProcessorArchitecture.X86:
tlbImp.Machine = "X86";
break;
case UtilitiesProcessorArchitecture.ARM:
tlbImp.Machine = "ARM";
break;
case null:
break;
default:
// Transmit the flag directly from the .targets files and rely on tlbimp.exe to produce a good error message.
tlbImp.Machine = _targetProcessorArchitecture;
break;
}
generateWrapperSucceeded = tlbImp.Execute();
// store the wrapper info...
wrapperInfo = new ComReferenceWrapperInfo();
wrapperInfo.path = (HasTemporaryWrapper) ? null : wrapperPath;
// Changed to ReflectionOnlyLoadFrom, related to bug:
// RCR: Bad COM-interop assemblies being generated when using 64-bit MSBuild to build a project that is targeting 32-bit platform
// The original call to UnsafeLoadFrom loads the assembly in preparation for execution. If the assembly is x86 and this is x64 msbuild.exe then we
// have problems (UnsafeLoadFrom will fail). We only use this assembly for reference resolution so we don't need to be ready to execute the code.
//
// Its actually not clear to me that we even need to load the assembly at all. Reference resoluton is only used in the !ExecuteAsTool which is not
// where we are right now.
//
// If we really do need to load it then:
//
// wrapperInfo.assembly = Assembly.ReflectionOnlyLoadFrom(wrapperPath);
}
else
{
// use framework classes in-proc to generate the assembly
TypeLibConverter converter = new TypeLibConverter();
AssemblyBuilder assemblyBuilder = null;
StrongNameKeyPair keyPair;
byte[] publicKey;
GetAndValidateStrongNameKey(out keyPair, out publicKey);
try
{
TypeLibImporterFlags flags = TypeLibImporterFlags.SafeArrayAsSystemArray | TypeLibImporterFlags.TransformDispRetVals;
if (_noClassMembers)
{
flags |= TypeLibImporterFlags.PreventClassMembers;
}
switch (_targetProcessorArchitecture)
{
case UtilitiesProcessorArchitecture.MSIL:
flags |= TypeLibImporterFlags.ImportAsAgnostic;
break;
case UtilitiesProcessorArchitecture.AMD64:
flags |= TypeLibImporterFlags.ImportAsX64;
break;
case UtilitiesProcessorArchitecture.IA64:
flags |= TypeLibImporterFlags.ImportAsItanium;
break;
case UtilitiesProcessorArchitecture.X86:
flags |= TypeLibImporterFlags.ImportAsX86;
break;
case UtilitiesProcessorArchitecture.ARM:
flags |= TypeLibImporterFlags.ImportAsArm;
break;
default:
// Let the type importer decide.
break;
}
// Start the conversion process. We'll get callbacks on ITypeLibImporterNotifySink to resolve dependent refs.
assemblyBuilder = converter.ConvertTypeLibToAssembly(ReferenceInfo.typeLibPointer, wrapperPath,
flags, this, publicKey, keyPair, rootNamespace, null);
}
catch (COMException ex)
{
if (!Silent)
{
Log.LogWarningWithCodeFromResources("ResolveComReference.ErrorCreatingWrapperAssembly", ItemName, ex.Message);
}
throw new ComReferenceResolutionException(ex);
}
// if we're done, and this is not a temporary wrapper, write it out to disk
if (!HasTemporaryWrapper)
{
WriteWrapperToDisk(assemblyBuilder, wrapperPath);
}
// store the wrapper info...
wrapperInfo = new ComReferenceWrapperInfo();
wrapperInfo.path = (HasTemporaryWrapper) ? null : wrapperPath;
wrapperInfo.assembly = assemblyBuilder;
}
// ...and we're done!
return(generateWrapperSucceeded);
}
/*
* Method: GenerateWrapper
*
* Generates a wrapper for this reference.
*/
internal bool GenerateWrapper(out ComReferenceWrapperInfo wrapperInfo)
{
wrapperInfo = null;
string rootNamespace = ReferenceInfo.typeLibName;
string wrapperPath = GetWrapperPath();
bool generateWrapperSucceeded = true;
if (ExecuteAsTool)
{
// delegate generation of the assembly to an instance of the TlbImp ToolTask. MUST
// HAVE SET SDKTOOLSPATH TO THE TARGET SDK TO WORK
var tlbImp = new ResolveComReference.TlbImp();
tlbImp.BuildEngine = BuildEngine;
tlbImp.EnvironmentVariables = EnvironmentVariables;
tlbImp.DelaySign = DelaySign;
tlbImp.KeyContainer = KeyContainer;
tlbImp.KeyFile = KeyFile;
tlbImp.OutputAssembly = wrapperPath;
tlbImp.ToolPath = ToolPath;
tlbImp.TypeLibName = ReferenceInfo.fullTypeLibPath;
tlbImp.AssemblyNamespace = rootNamespace;
tlbImp.AssemblyVersion = null;
tlbImp.PreventClassMembers = _noClassMembers;
tlbImp.SafeArrayAsSystemArray = true;
tlbImp.Silent = Silent;
tlbImp.Transform = ResolveComReference.TlbImpTransformFlags.TransformDispRetVals;
if (_referenceFiles != null)
{
// Issue is that there may be reference dependencies that need to be passed in. It is possible
// that the set of references will also contain the file that is meant to be written here (when reference resolution
// found the file in the output folder). We need to filter out this case.
var fullPathToOutput = Path.GetFullPath(wrapperPath); // Current directory is the directory of the project file.
tlbImp.ReferenceFiles = _referenceFiles.Where(rf => String.Compare(fullPathToOutput, rf, StringComparison.OrdinalIgnoreCase) != 0).ToArray();
}
switch (_targetProcessorArchitecture)
{
case UtilitiesProcessorArchitecture.MSIL:
tlbImp.Machine = "Agnostic";
break;
case UtilitiesProcessorArchitecture.AMD64:
tlbImp.Machine = "X64";
break;
case UtilitiesProcessorArchitecture.IA64:
tlbImp.Machine = "Itanium";
break;
case UtilitiesProcessorArchitecture.X86:
tlbImp.Machine = "X86";
break;
case UtilitiesProcessorArchitecture.ARM:
tlbImp.Machine = "ARM";
break;
case null:
break;
default:
// Transmit the flag directly from the .targets files and rely on tlbimp.exe to produce a good error message.
tlbImp.Machine = _targetProcessorArchitecture;
break;
}
generateWrapperSucceeded = tlbImp.Execute();
// store the wrapper info...
wrapperInfo = new ComReferenceWrapperInfo();
wrapperInfo.path = (HasTemporaryWrapper) ? null : wrapperPath;
// Changed to ReflectionOnlyLoadFrom, related to bug:
// RCR: Bad COM-interop assemblies being generated when using 64-bit MSBuild to build a project that is targeting 32-bit platform
// The original call to UnsafeLoadFrom loads the assembly in preparation for execution. If the assembly is x86 and this is x64 msbuild.exe then we
// have problems (UnsafeLoadFrom will fail). We only use this assembly for reference resolution so we don't need to be ready to execute the code.
//
// Its actually not clear to me that we even need to load the assembly at all. Reference resoluton is only used in the !ExecuteAsTool which is not
// where we are right now.
//
// If we really do need to load it then:
//
// wrapperInfo.assembly = Assembly.ReflectionOnlyLoadFrom(wrapperPath);
}
else
{
// use framework classes in-proc to generate the assembly
TypeLibConverter converter = new TypeLibConverter();
AssemblyBuilder assemblyBuilder = null;
StrongNameKeyPair keyPair;
byte[] publicKey;
GetAndValidateStrongNameKey(out keyPair, out publicKey);
try
{
TypeLibImporterFlags flags = TypeLibImporterFlags.SafeArrayAsSystemArray | TypeLibImporterFlags.TransformDispRetVals;
if (_noClassMembers)
{
flags |= TypeLibImporterFlags.PreventClassMembers;
}
switch (_targetProcessorArchitecture)
{
case UtilitiesProcessorArchitecture.MSIL:
flags |= TypeLibImporterFlags.ImportAsAgnostic;
break;
case UtilitiesProcessorArchitecture.AMD64:
flags |= TypeLibImporterFlags.ImportAsX64;
break;
case UtilitiesProcessorArchitecture.IA64:
flags |= TypeLibImporterFlags.ImportAsItanium;
break;
case UtilitiesProcessorArchitecture.X86:
flags |= TypeLibImporterFlags.ImportAsX86;
break;
case UtilitiesProcessorArchitecture.ARM:
flags |= TypeLibImporterFlags.ImportAsArm;
break;
default:
// Let the type importer decide.
break;
}
// Start the conversion process. We'll get callbacks on ITypeLibImporterNotifySink to resolve dependent refs.
assemblyBuilder = converter.ConvertTypeLibToAssembly(ReferenceInfo.typeLibPointer, wrapperPath,
flags, this, publicKey, keyPair, rootNamespace, null);
}
catch (COMException ex)
{
if (!Silent)
{
Log.LogWarningWithCodeFromResources("ResolveComReference.ErrorCreatingWrapperAssembly", ItemName, ex.Message);
}
throw new ComReferenceResolutionException(ex);
}
// if we're done, and this is not a temporary wrapper, write it out to disk
if (!HasTemporaryWrapper)
{
WriteWrapperToDisk(assemblyBuilder, wrapperPath);
}
// store the wrapper info...
wrapperInfo = new ComReferenceWrapperInfo();
wrapperInfo.path = (HasTemporaryWrapper) ? null : wrapperPath;
wrapperInfo.assembly = assemblyBuilder;
}
// ...and we're done!
return generateWrapperSucceeded;
}
public void SdkToolsPath()
{
var t = new ResolveComReference.TlbImp();
t.TypeLibName = "FakeLibrary.tlb";
string badParameterValue = @"C:\Program Files\Microsoft Visual Studio 10.0\My Fake SDK Path";
string goodParameterValue = Path.GetTempPath();
bool taskPassed;
Assert.Null(t.SdkToolsPath); // "SdkToolsPath should be null by default"
Utilities.ExecuteTaskAndVerifyLogContainsErrorFromResource(t, "AxTlbBaseTask.SdkOrToolPathNotSpecifiedOrInvalid", t.SdkToolsPath, t.ToolPath);
t.SdkToolsPath = badParameterValue;
Assert.Equal(badParameterValue, t.SdkToolsPath); // "New SdkToolsPath value should be set"
Utilities.ExecuteTaskAndVerifyLogContainsErrorFromResource(t, "AxTlbBaseTask.SdkOrToolPathNotSpecifiedOrInvalid", t.SdkToolsPath, t.ToolPath);
MockEngine e = new MockEngine();
t.BuildEngine = e;
t.SdkToolsPath = goodParameterValue;
Assert.Equal(goodParameterValue, t.SdkToolsPath); // "New SdkToolsPath value should be set"
taskPassed = t.Execute();
Assert.False(taskPassed); // "Task should still fail -- there are other things wrong with it."
// but that particular error shouldn't be there anymore.
string sdkToolsPathMessage = t.Log.FormatResourceString("AxTlbBaseTask.SdkOrToolPathNotSpecifiedOrInvalid", t.SdkToolsPath, t.ToolPath);
string messageWithNoCode;
string sdkToolsPathCode = t.Log.ExtractMessageCode(sdkToolsPathMessage, out messageWithNoCode);
e.AssertLogDoesntContain(sdkToolsPathCode);
}
internal bool GenerateWrapper(out ComReferenceWrapperInfo wrapperInfo)
{
wrapperInfo = null;
string typeLibName = this.ReferenceInfo.typeLibName;
string wrapperPath = base.GetWrapperPath();
StrongNameKeyPair keyPair = null;
byte[] publicKey = null;
StrongNameUtils.GetStrongNameKey(base.Log, base.KeyFile, base.KeyContainer, out keyPair, out publicKey);
if (base.DelaySign)
{
keyPair = null;
if (publicKey == null)
{
base.Log.LogErrorWithCodeFromResources(null, this.ReferenceInfo.SourceItemSpec, 0, 0, 0, 0, "StrongNameUtils.NoPublicKeySpecified", new object[0]);
throw new StrongNameException();
}
}
else
{
publicKey = null;
if (keyPair == null)
{
if ((base.KeyContainer != null) && (base.KeyContainer.Length > 0))
{
base.Log.LogErrorWithCodeFromResources(null, this.ReferenceInfo.SourceItemSpec, 0, 0, 0, 0, "ResolveComReference.StrongNameUtils.NoKeyPairInContainer", new object[] { base.KeyContainer });
throw new StrongNameException();
}
if ((base.KeyFile != null) && (base.KeyFile.Length > 0))
{
base.Log.LogErrorWithCodeFromResources(null, this.ReferenceInfo.SourceItemSpec, 0, 0, 0, 0, "ResolveComReference.StrongNameUtils.NoKeyPairInFile", new object[] { base.KeyFile });
throw new StrongNameException();
}
}
}
bool flag = true;
if (!base.ExecuteAsTool)
{
TypeLibConverter converter = new TypeLibConverter();
AssemblyBuilder assemblyBuilder = null;
try
{
TypeLibImporterFlags flags = TypeLibImporterFlags.TransformDispRetVals | TypeLibImporterFlags.SafeArrayAsSystemArray;
if (this.noClassMembers)
{
flags |= TypeLibImporterFlags.PreventClassMembers;
}
string str4 = this.targetProcessorArchitecture;
if (str4 != null)
{
if (!(str4 == "MSIL"))
{
if (str4 == "AMD64")
{
goto Label_0323;
}
if (str4 == "IA64")
{
goto Label_032F;
}
if (str4 == "x86")
{
goto Label_033B;
}
}
else
{
flags |= TypeLibImporterFlags.ImportAsAgnostic;
}
}
goto Label_0345;
Label_0323:
flags |= TypeLibImporterFlags.ImportAsX64;
goto Label_0345;
Label_032F:
flags |= TypeLibImporterFlags.ImportAsItanium;
goto Label_0345;
Label_033B:
flags |= TypeLibImporterFlags.ImportAsX86;
Label_0345:
assemblyBuilder = converter.ConvertTypeLibToAssembly(this.ReferenceInfo.typeLibPointer, wrapperPath, flags, this, publicKey, keyPair, typeLibName, null);
}
catch (COMException exception)
{
base.Log.LogWarningWithCodeFromResources("ResolveComReference.ErrorCreatingWrapperAssembly", new object[] { this.ItemName, exception.Message });
throw new ComReferenceResolutionException(exception);
}
if (!this.HasTemporaryWrapper)
{
this.WriteWrapperToDisk(assemblyBuilder, wrapperPath);
}
wrapperInfo = new ComReferenceWrapperInfo();
wrapperInfo.path = this.HasTemporaryWrapper ? null : wrapperPath;
wrapperInfo.assembly = assemblyBuilder;
return(flag);
}
ResolveComReference.TlbImp imp = new ResolveComReference.TlbImp {
BuildEngine = base.BuildEngine,
EnvironmentVariables = base.EnvironmentVariables,
DelaySign = base.DelaySign,
KeyContainer = base.KeyContainer,
KeyFile = base.KeyFile,
OutputAssembly = wrapperPath,
ToolPath = base.ToolPath,
TypeLibName = this.ReferenceInfo.typeLibPath,
AssemblyNamespace = typeLibName,
AssemblyVersion = null,
PreventClassMembers = this.noClassMembers,
SafeArrayAsSystemArray = true,
Transform = ResolveComReference.TlbImpTransformFlags.TransformDispRetVals
};
if (this.referenceFiles != null)
{
string fullPathToOutput = Path.GetFullPath(wrapperPath);
imp.ReferenceFiles = (from rf in this.referenceFiles
where string.Compare(fullPathToOutput, rf, StringComparison.OrdinalIgnoreCase) != 0
select rf).ToArray <string>();
}
string targetProcessorArchitecture = this.targetProcessorArchitecture;
if (targetProcessorArchitecture != null)
{
if (!(targetProcessorArchitecture == "MSIL"))
{
if (targetProcessorArchitecture == "AMD64")
{
imp.Machine = "X64";
}
else if (targetProcessorArchitecture == "IA64")
{
imp.Machine = "Itanium";
}
else if (targetProcessorArchitecture == "x86")
{
imp.Machine = "X86";
}
else
{
imp.Machine = this.targetProcessorArchitecture;
}
}
else
{
imp.Machine = "Agnostic";
}
}
flag = imp.Execute();
wrapperInfo = new ComReferenceWrapperInfo();
wrapperInfo.path = this.HasTemporaryWrapper ? null : wrapperPath;
return(flag);
}
internal bool GenerateWrapper(out ComReferenceWrapperInfo wrapperInfo)
{
wrapperInfo = null;
string typeLibName = this.ReferenceInfo.typeLibName;
string wrapperPath = base.GetWrapperPath();
StrongNameKeyPair keyPair = null;
byte[] publicKey = null;
StrongNameUtils.GetStrongNameKey(base.Log, base.KeyFile, base.KeyContainer, out keyPair, out publicKey);
if (base.DelaySign)
{
keyPair = null;
if (publicKey == null)
{
base.Log.LogErrorWithCodeFromResources(null, this.ReferenceInfo.SourceItemSpec, 0, 0, 0, 0, "StrongNameUtils.NoPublicKeySpecified", new object[0]);
throw new StrongNameException();
}
}
else
{
publicKey = null;
if (keyPair == null)
{
if ((base.KeyContainer != null) && (base.KeyContainer.Length > 0))
{
base.Log.LogErrorWithCodeFromResources(null, this.ReferenceInfo.SourceItemSpec, 0, 0, 0, 0, "ResolveComReference.StrongNameUtils.NoKeyPairInContainer", new object[] { base.KeyContainer });
throw new StrongNameException();
}
if ((base.KeyFile != null) && (base.KeyFile.Length > 0))
{
base.Log.LogErrorWithCodeFromResources(null, this.ReferenceInfo.SourceItemSpec, 0, 0, 0, 0, "ResolveComReference.StrongNameUtils.NoKeyPairInFile", new object[] { base.KeyFile });
throw new StrongNameException();
}
}
}
bool flag = true;
if (!base.ExecuteAsTool)
{
TypeLibConverter converter = new TypeLibConverter();
AssemblyBuilder assemblyBuilder = null;
try
{
TypeLibImporterFlags flags = TypeLibImporterFlags.TransformDispRetVals | TypeLibImporterFlags.SafeArrayAsSystemArray;
if (this.noClassMembers)
{
flags |= TypeLibImporterFlags.PreventClassMembers;
}
string str4 = this.targetProcessorArchitecture;
if (str4 != null)
{
if (!(str4 == "MSIL"))
{
if (str4 == "AMD64")
{
goto Label_0323;
}
if (str4 == "IA64")
{
goto Label_032F;
}
if (str4 == "x86")
{
goto Label_033B;
}
}
else
{
flags |= TypeLibImporterFlags.ImportAsAgnostic;
}
}
goto Label_0345;
Label_0323:
flags |= TypeLibImporterFlags.ImportAsX64;
goto Label_0345;
Label_032F:
flags |= TypeLibImporterFlags.ImportAsItanium;
goto Label_0345;
Label_033B:
flags |= TypeLibImporterFlags.ImportAsX86;
Label_0345:
assemblyBuilder = converter.ConvertTypeLibToAssembly(this.ReferenceInfo.typeLibPointer, wrapperPath, flags, this, publicKey, keyPair, typeLibName, null);
}
catch (COMException exception)
{
base.Log.LogWarningWithCodeFromResources("ResolveComReference.ErrorCreatingWrapperAssembly", new object[] { this.ItemName, exception.Message });
throw new ComReferenceResolutionException(exception);
}
if (!this.HasTemporaryWrapper)
{
this.WriteWrapperToDisk(assemblyBuilder, wrapperPath);
}
wrapperInfo = new ComReferenceWrapperInfo();
wrapperInfo.path = this.HasTemporaryWrapper ? null : wrapperPath;
wrapperInfo.assembly = assemblyBuilder;
return flag;
}
ResolveComReference.TlbImp imp = new ResolveComReference.TlbImp {
BuildEngine = base.BuildEngine,
EnvironmentVariables = base.EnvironmentVariables,
DelaySign = base.DelaySign,
KeyContainer = base.KeyContainer,
KeyFile = base.KeyFile,
OutputAssembly = wrapperPath,
ToolPath = base.ToolPath,
TypeLibName = this.ReferenceInfo.typeLibPath,
AssemblyNamespace = typeLibName,
AssemblyVersion = null,
PreventClassMembers = this.noClassMembers,
SafeArrayAsSystemArray = true,
Transform = ResolveComReference.TlbImpTransformFlags.TransformDispRetVals
};
if (this.referenceFiles != null)
{
string fullPathToOutput = Path.GetFullPath(wrapperPath);
imp.ReferenceFiles = (from rf in this.referenceFiles
where string.Compare(fullPathToOutput, rf, StringComparison.OrdinalIgnoreCase) != 0
select rf).ToArray<string>();
}
string targetProcessorArchitecture = this.targetProcessorArchitecture;
if (targetProcessorArchitecture != null)
{
if (!(targetProcessorArchitecture == "MSIL"))
{
if (targetProcessorArchitecture == "AMD64")
{
imp.Machine = "X64";
}
else if (targetProcessorArchitecture == "IA64")
{
imp.Machine = "Itanium";
}
else if (targetProcessorArchitecture == "x86")
{
imp.Machine = "X86";
}
else
{
imp.Machine = this.targetProcessorArchitecture;
}
}
else
{
imp.Machine = "Agnostic";
}
}
flag = imp.Execute();
wrapperInfo = new ComReferenceWrapperInfo();
wrapperInfo.path = this.HasTemporaryWrapper ? null : wrapperPath;
return flag;
}
