internal AssemblyBuilderData(
InternalAssemblyBuilder assembly,
String strAssemblyName,
AssemblyBuilderAccess access,
String dir)
{
m_assembly = assembly;
m_strAssemblyName = strAssemblyName;
m_access = access;
m_moduleBuilderList = new List <ModuleBuilder>();
m_resWriterList = new List <ResWriterData>();
//Init to null/0 done for you by the CLR. FXCop has spoken
if (dir == null && access != AssemblyBuilderAccess.Run)
{
m_strDir = Environment.CurrentDirectory;
}
else
{
m_strDir = dir;
}
m_peFileKind = PEFileKinds.Dll;
}
internal AssemblyBuilderData(InternalAssemblyBuilder assembly, string strAssemblyName, AssemblyBuilderAccess access, string dir)
{
this.m_assembly = assembly;
this.m_strAssemblyName = strAssemblyName;
this.m_access = access;
this.m_moduleBuilderList = new List <ModuleBuilder>();
this.m_resWriterList = new List <ResWriterData>();
this.m_strDir = dir != null || access == AssemblyBuilderAccess.Run ? dir : Environment.CurrentDirectory;
this.m_peFileKind = PEFileKinds.Dll;
}
internal AssemblyBuilder(AppDomain domain,
AssemblyName name,
AssemblyBuilderAccess access,
ref StackCrawlMark stackMark,
IEnumerable <CustomAttributeBuilder> unsafeAssemblyAttributes)
{
if (name == null)
{
throw new ArgumentNullException(nameof(name));
}
if (access != AssemblyBuilderAccess.Run &&
access != AssemblyBuilderAccess.RunAndCollect
)
{
throw new ArgumentException(SR.Format(SR.Arg_EnumIllegalVal, (int)access), nameof(access));
}
// Clone the name in case the caller modifies it underneath us.
name = (AssemblyName)name.Clone();
// Scan the assembly level attributes for any attributes which modify how we create the
// assembly. Currently, we look for any attribute which modifies the security transparency
// of the assembly.
List <CustomAttributeBuilder> assemblyAttributes = null;
if (unsafeAssemblyAttributes != null)
{
// Create a copy to ensure that it cannot be modified from another thread
// as it is used further below.
assemblyAttributes = new List <CustomAttributeBuilder>(unsafeAssemblyAttributes);
}
m_internalAssemblyBuilder = (InternalAssemblyBuilder)nCreateDynamicAssembly(domain,
name,
ref stackMark,
access);
m_assemblyData = new AssemblyBuilderData(m_internalAssemblyBuilder,
name.Name,
access);
// Make sure that ManifestModule is properly initialized
// We need to do this before setting any CustomAttribute
InitManifestModule();
if (assemblyAttributes != null)
{
foreach (CustomAttributeBuilder assemblyAttribute in assemblyAttributes)
{
SetCustomAttribute(assemblyAttribute);
}
}
}
internal AssemblyBuilderData(
InternalAssemblyBuilder assembly,
String strAssemblyName,
AssemblyBuilderAccess access)
{
m_assembly = assembly;
m_strAssemblyName = strAssemblyName;
m_access = access;
m_moduleBuilderList = new List <ModuleBuilder>();
m_resWriterList = new List <ResWriterData>();
m_peFileKind = PEFileKinds.Dll;
}
internal AssemblyBuilderData(
InternalAssemblyBuilder assembly,
String strAssemblyName,
AssemblyBuilderAccess access,
String dir)
{
m_assembly = assembly;
m_strAssemblyName = strAssemblyName;
m_access = access;
m_moduleBuilderList = new List<ModuleBuilder>();
m_resWriterList = new List<ResWriterData>();
//Init to null/0 done for you by the CLR. FXCop has spoken
if (dir == null && access != AssemblyBuilderAccess.Run)
m_strDir = Environment.CurrentDirectory;
else
m_strDir = dir;
m_peFileKind = PEFileKinds.Dll;
}
internal AssemblyBuilderData(InternalAssemblyBuilder assembly, AssemblyBuilderAccess access)
{
_assembly = assembly;
_access = access;
_moduleBuilderList = new List <ModuleBuilder>();
}
[System.Security.SecurityCritical] // auto-generated
internal AssemblyBuilder(AppDomain domain,
AssemblyName name,
AssemblyBuilderAccess access,
String dir,
Evidence evidence,
PermissionSet requiredPermissions,
PermissionSet optionalPermissions,
PermissionSet refusedPermissions,
ref StackCrawlMark stackMark,
IEnumerable<CustomAttributeBuilder> unsafeAssemblyAttributes,
SecurityContextSource securityContextSource)
{
if (name == null)
throw new ArgumentNullException("name");
if (access != AssemblyBuilderAccess.Run
#if !FEATURE_CORECLR
&& access != AssemblyBuilderAccess.Save
&& access != AssemblyBuilderAccess.RunAndSave
#endif // !FEATURE_CORECLR
#if FEATURE_REFLECTION_ONLY_LOAD
&& access != AssemblyBuilderAccess.ReflectionOnly
#endif // FEATURE_REFLECTION_ONLY_LOAD
#if FEATURE_COLLECTIBLE_TYPES
&& access != AssemblyBuilderAccess.RunAndCollect
#endif // FEATURE_COLLECTIBLE_TYPES
)
{
throw new ArgumentException(Environment.GetResourceString("Arg_EnumIllegalVal", (int)access), "access");
}
if (securityContextSource < SecurityContextSource.CurrentAppDomain ||
securityContextSource > SecurityContextSource.CurrentAssembly)
{
throw new ArgumentOutOfRangeException("securityContextSource");
}
// Clone the name in case the caller modifies it underneath us.
name = (AssemblyName)name.Clone();
#if !FEATURE_CORECLR
// Set the public key from the key pair if one has been provided.
// (Overwite any public key in the Assembly name, since it's no
// longer valid to have a disparity).
if (name.KeyPair != null)
name.SetPublicKey(name.KeyPair.PublicKey);
#endif
// If the caller is trusted they can supply identity
// evidence for the new assembly. Otherwise we copy the
// current grant and deny sets from the caller's assembly,
// inject them into the new assembly and mark policy as
// resolved. If/when the assembly is persisted and
// reloaded, the normal rules for gathering evidence will
// be used.
if (evidence != null)
#pragma warning disable 618
new SecurityPermission(SecurityPermissionFlag.ControlEvidence).Demand();
#pragma warning restore 618
#if FEATURE_COLLECTIBLE_TYPES && !FEATURE_CORECLR
// Collectible assemblies require FullTrust. This demand may be removed if we deem the
// feature robust enough to be used directly by untrusted API consumers.
if (access == AssemblyBuilderAccess.RunAndCollect)
new PermissionSet(PermissionState.Unrestricted).Demand();
#endif // FEATURE_COLLECTIBLE_TYPES && !FEATURE_CORECLR
// Scan the assembly level attributes for any attributes which modify how we create the
// assembly. Currently, we look for any attribute which modifies the security transparency
// of the assembly.
List<CustomAttributeBuilder> assemblyAttributes = null;
DynamicAssemblyFlags assemblyFlags = DynamicAssemblyFlags.None;
byte[] securityRulesBlob = null;
byte[] aptcaBlob = null;
if (unsafeAssemblyAttributes != null)
{
// Create a copy to ensure that it cannot be modified from another thread
// as it is used further below.
assemblyAttributes = new List<CustomAttributeBuilder>(unsafeAssemblyAttributes);
#pragma warning disable 618 // We deal with legacy attributes here as well for compat
foreach (CustomAttributeBuilder attribute in assemblyAttributes)
{
if (attribute.m_con.DeclaringType == typeof(SecurityTransparentAttribute))
{
assemblyFlags |= DynamicAssemblyFlags.Transparent;
}
else if (attribute.m_con.DeclaringType == typeof(SecurityCriticalAttribute))
{
#if !FEATURE_CORECLR
SecurityCriticalScope scope = SecurityCriticalScope.Everything;
if (attribute.m_constructorArgs != null &&
attribute.m_constructorArgs.Length == 1 &&
attribute.m_constructorArgs[0] is SecurityCriticalScope)
{
scope = (SecurityCriticalScope)attribute.m_constructorArgs[0];
}
assemblyFlags |= DynamicAssemblyFlags.Critical;
if (scope == SecurityCriticalScope.Everything)
#endif // !FEATURE_CORECLR
{
assemblyFlags |= DynamicAssemblyFlags.AllCritical;
}
}
#if !FEATURE_CORECLR
else if (attribute.m_con.DeclaringType == typeof(SecurityRulesAttribute))
{
securityRulesBlob = new byte[attribute.m_blob.Length];
Buffer.BlockCopy(attribute.m_blob, 0, securityRulesBlob, 0, securityRulesBlob.Length);
}
else if (attribute.m_con.DeclaringType == typeof(SecurityTreatAsSafeAttribute))
{
assemblyFlags |= DynamicAssemblyFlags.TreatAsSafe;
}
#endif // !FEATURE_CORECLR
#if FEATURE_APTCA
else if (attribute.m_con.DeclaringType == typeof(AllowPartiallyTrustedCallersAttribute))
{
assemblyFlags |= DynamicAssemblyFlags.Aptca;
aptcaBlob = new byte[attribute.m_blob.Length];
Buffer.BlockCopy(attribute.m_blob, 0, aptcaBlob, 0, aptcaBlob.Length);
}
#endif // FEATURE_APTCA
}
#pragma warning restore 618
}
m_internalAssemblyBuilder = (InternalAssemblyBuilder)nCreateDynamicAssembly(domain,
name,
evidence,
ref stackMark,
requiredPermissions,
optionalPermissions,
refusedPermissions,
securityRulesBlob,
aptcaBlob,
access,
assemblyFlags,
securityContextSource);
m_assemblyData = new AssemblyBuilderData(m_internalAssemblyBuilder,
name.Name,
access,
dir);
m_assemblyData.AddPermissionRequests(requiredPermissions,
optionalPermissions,
refusedPermissions);
#if FEATURE_APPX
if (AppDomain.ProfileAPICheck)
{
RuntimeAssembly creator = RuntimeAssembly.GetExecutingAssembly(ref stackMark);
if (creator != null && !creator.IsFrameworkAssembly())
m_profileAPICheck = true;
}
#endif
// Make sure that ManifestModule is properly initialized
// We need to do this before setting any CustomAttribute
InitManifestModule();
if (assemblyAttributes != null)
{
foreach (CustomAttributeBuilder assemblyAttribute in assemblyAttributes)
SetCustomAttribute(assemblyAttribute);
}
}
internal AssemblyBuilder(AppDomain domain,
AssemblyName name,
AssemblyBuilderAccess access,
String dir,
Evidence evidence,
PermissionSet requiredPermissions,
PermissionSet optionalPermissions,
PermissionSet refusedPermissions,
ref StackCrawlMark stackMark,
IEnumerable <CustomAttributeBuilder> unsafeAssemblyAttributes,
SecurityContextSource securityContextSource)
{
if (name == null)
{
throw new ArgumentNullException(nameof(name));
}
if (access != AssemblyBuilderAccess.Run
#if FEATURE_REFLECTION_ONLY_LOAD
&& access != AssemblyBuilderAccess.ReflectionOnly
#endif // FEATURE_REFLECTION_ONLY_LOAD
&& access != AssemblyBuilderAccess.RunAndCollect
)
{
throw new ArgumentException(Environment.GetResourceString("Arg_EnumIllegalVal", (int)access), nameof(access));
}
if (securityContextSource < SecurityContextSource.CurrentAppDomain ||
securityContextSource > SecurityContextSource.CurrentAssembly)
{
throw new ArgumentOutOfRangeException(nameof(securityContextSource));
}
// Clone the name in case the caller modifies it underneath us.
name = (AssemblyName)name.Clone();
// If the caller is trusted they can supply identity
// evidence for the new assembly. Otherwise we copy the
// current grant and deny sets from the caller's assembly,
// inject them into the new assembly and mark policy as
// resolved. If/when the assembly is persisted and
// reloaded, the normal rules for gathering evidence will
// be used.
if (evidence != null)
#pragma warning disable 618
{
new SecurityPermission(SecurityPermissionFlag.ControlEvidence).Demand();
}
#pragma warning restore 618
// Scan the assembly level attributes for any attributes which modify how we create the
// assembly. Currently, we look for any attribute which modifies the security transparency
// of the assembly.
List <CustomAttributeBuilder> assemblyAttributes = null;
DynamicAssemblyFlags assemblyFlags = DynamicAssemblyFlags.None;
byte[] securityRulesBlob = null;
byte[] aptcaBlob = null;
if (unsafeAssemblyAttributes != null)
{
// Create a copy to ensure that it cannot be modified from another thread
// as it is used further below.
assemblyAttributes = new List <CustomAttributeBuilder>(unsafeAssemblyAttributes);
#pragma warning disable 618 // We deal with legacy attributes here as well for compat
foreach (CustomAttributeBuilder attribute in assemblyAttributes)
{
if (attribute.m_con.DeclaringType == typeof(SecurityTransparentAttribute))
{
assemblyFlags |= DynamicAssemblyFlags.Transparent;
}
else if (attribute.m_con.DeclaringType == typeof(SecurityCriticalAttribute))
{
{
assemblyFlags |= DynamicAssemblyFlags.AllCritical;
}
}
}
#pragma warning restore 618
}
m_internalAssemblyBuilder = (InternalAssemblyBuilder)nCreateDynamicAssembly(domain,
name,
evidence,
ref stackMark,
requiredPermissions,
optionalPermissions,
refusedPermissions,
securityRulesBlob,
aptcaBlob,
access,
assemblyFlags,
securityContextSource);
m_assemblyData = new AssemblyBuilderData(m_internalAssemblyBuilder,
name.Name,
access,
dir);
m_assemblyData.AddPermissionRequests(requiredPermissions,
optionalPermissions,
refusedPermissions);
#if FEATURE_APPX
if (AppDomain.ProfileAPICheck)
{
RuntimeAssembly creator = RuntimeAssembly.GetExecutingAssembly(ref stackMark);
if (creator != null && !creator.IsFrameworkAssembly())
{
m_profileAPICheck = true;
}
}
#endif
// Make sure that ManifestModule is properly initialized
// We need to do this before setting any CustomAttribute
InitManifestModule();
if (assemblyAttributes != null)
{
foreach (CustomAttributeBuilder assemblyAttribute in assemblyAttributes)
{
SetCustomAttribute(assemblyAttribute);
}
}
}
internal AssemblyBuilder(AppDomain domain, AssemblyName name, AssemblyBuilderAccess access, string dir, System.Security.Policy.Evidence evidence, System.Security.PermissionSet requiredPermissions, System.Security.PermissionSet optionalPermissions, System.Security.PermissionSet refusedPermissions, ref StackCrawlMark stackMark, IEnumerable<CustomAttributeBuilder> unsafeAssemblyAttributes, SecurityContextSource securityContextSource)
{
if (name == null)
{
throw new ArgumentNullException("name");
}
if ((((access != AssemblyBuilderAccess.Run) && (access != AssemblyBuilderAccess.Save)) && ((access != AssemblyBuilderAccess.RunAndSave) && (access != AssemblyBuilderAccess.ReflectionOnly))) && (access != AssemblyBuilderAccess.RunAndCollect))
{
throw new ArgumentException(Environment.GetResourceString("Arg_EnumIllegalVal", new object[] { (int) access }), "access");
}
if ((securityContextSource < SecurityContextSource.CurrentAppDomain) || (securityContextSource > SecurityContextSource.CurrentAssembly))
{
throw new ArgumentOutOfRangeException("securityContextSource");
}
if (name.KeyPair != null)
{
name.SetPublicKey(name.KeyPair.PublicKey);
}
if (evidence != null)
{
new SecurityPermission(SecurityPermissionFlag.ControlEvidence).Demand();
}
if (access == AssemblyBuilderAccess.RunAndCollect)
{
new System.Security.PermissionSet(PermissionState.Unrestricted).Demand();
}
List<CustomAttributeBuilder> list = null;
DynamicAssemblyFlags none = DynamicAssemblyFlags.None;
byte[] destinationArray = null;
byte[] buffer2 = null;
if (unsafeAssemblyAttributes != null)
{
list = new List<CustomAttributeBuilder>(unsafeAssemblyAttributes);
foreach (CustomAttributeBuilder builder in list)
{
if (builder.m_con.DeclaringType == typeof(SecurityTransparentAttribute))
{
none |= DynamicAssemblyFlags.Transparent;
}
else if (builder.m_con.DeclaringType == typeof(SecurityCriticalAttribute))
{
SecurityCriticalScope everything = SecurityCriticalScope.Everything;
if (((builder.m_constructorArgs != null) && (builder.m_constructorArgs.Length == 1)) && (builder.m_constructorArgs[0] is SecurityCriticalScope))
{
everything = (SecurityCriticalScope) builder.m_constructorArgs[0];
}
none |= DynamicAssemblyFlags.Critical;
if (everything == SecurityCriticalScope.Everything)
{
none |= DynamicAssemblyFlags.AllCritical;
}
}
else if (builder.m_con.DeclaringType == typeof(SecurityRulesAttribute))
{
destinationArray = new byte[builder.m_blob.Length];
Array.Copy(builder.m_blob, destinationArray, destinationArray.Length);
}
else if (builder.m_con.DeclaringType == typeof(SecurityTreatAsSafeAttribute))
{
none |= DynamicAssemblyFlags.TreatAsSafe;
}
else if (builder.m_con.DeclaringType == typeof(AllowPartiallyTrustedCallersAttribute))
{
none |= DynamicAssemblyFlags.Aptca;
buffer2 = new byte[builder.m_blob.Length];
Array.Copy(builder.m_blob, buffer2, buffer2.Length);
}
}
}
this.m_internalAssemblyBuilder = (InternalAssemblyBuilder) nCreateDynamicAssembly(domain, name, evidence, ref stackMark, requiredPermissions, optionalPermissions, refusedPermissions, destinationArray, buffer2, access, none, securityContextSource);
this.m_assemblyData = new AssemblyBuilderData(this.m_internalAssemblyBuilder, name.Name, access, dir);
this.m_assemblyData.AddPermissionRequests(requiredPermissions, optionalPermissions, refusedPermissions);
this.InitManifestModule();
if (list != null)
{
foreach (CustomAttributeBuilder builder2 in list)
{
this.SetCustomAttribute(builder2);
}
}
}
internal AssemblyBuilder(AppDomain domain,
AssemblyName name,
AssemblyBuilderAccess access,
String dir,
Evidence evidence,
ref StackCrawlMark stackMark,
IEnumerable <CustomAttributeBuilder> unsafeAssemblyAttributes,
SecurityContextSource securityContextSource)
{
if (name == null)
{
throw new ArgumentNullException(nameof(name));
}
if (access != AssemblyBuilderAccess.Run &&
access != AssemblyBuilderAccess.RunAndCollect
)
{
throw new ArgumentException(Environment.GetResourceString("Arg_EnumIllegalVal", (int)access), nameof(access));
}
if (securityContextSource < SecurityContextSource.CurrentAppDomain ||
securityContextSource > SecurityContextSource.CurrentAssembly)
{
throw new ArgumentOutOfRangeException(nameof(securityContextSource));
}
// Clone the name in case the caller modifies it underneath us.
name = (AssemblyName)name.Clone();
// Scan the assembly level attributes for any attributes which modify how we create the
// assembly. Currently, we look for any attribute which modifies the security transparency
// of the assembly.
List <CustomAttributeBuilder> assemblyAttributes = null;
DynamicAssemblyFlags assemblyFlags = DynamicAssemblyFlags.None;
byte[] securityRulesBlob = null;
byte[] aptcaBlob = null;
if (unsafeAssemblyAttributes != null)
{
// Create a copy to ensure that it cannot be modified from another thread
// as it is used further below.
assemblyAttributes = new List <CustomAttributeBuilder>(unsafeAssemblyAttributes);
#pragma warning disable 618 // We deal with legacy attributes here as well for compat
foreach (CustomAttributeBuilder attribute in assemblyAttributes)
{
if (attribute.m_con.DeclaringType == typeof(SecurityTransparentAttribute))
{
assemblyFlags |= DynamicAssemblyFlags.Transparent;
}
else if (attribute.m_con.DeclaringType == typeof(SecurityCriticalAttribute))
{
{
assemblyFlags |= DynamicAssemblyFlags.AllCritical;
}
}
}
#pragma warning restore 618
}
m_internalAssemblyBuilder = (InternalAssemblyBuilder)nCreateDynamicAssembly(domain,
name,
evidence,
ref stackMark,
securityRulesBlob,
aptcaBlob,
access,
assemblyFlags,
securityContextSource);
m_assemblyData = new AssemblyBuilderData(m_internalAssemblyBuilder,
name.Name,
access,
dir);
// Make sure that ManifestModule is properly initialized
// We need to do this before setting any CustomAttribute
InitManifestModule();
if (assemblyAttributes != null)
{
foreach (CustomAttributeBuilder assemblyAttribute in assemblyAttributes)
{
SetCustomAttribute(assemblyAttribute);
}
}
}
internal AssemblyBuilder(AppDomain domain,
AssemblyName name,
AssemblyBuilderAccess access,
String dir,
Evidence evidence,
PermissionSet requiredPermissions,
PermissionSet optionalPermissions,
PermissionSet refusedPermissions,
ref StackCrawlMark stackMark,
IEnumerable<CustomAttributeBuilder> unsafeAssemblyAttributes,
SecurityContextSource securityContextSource)
{
if (name == null)
throw new ArgumentNullException(nameof(name));
if (access != AssemblyBuilderAccess.Run
#if FEATURE_REFLECTION_ONLY_LOAD
&& access != AssemblyBuilderAccess.ReflectionOnly
#endif // FEATURE_REFLECTION_ONLY_LOAD
#if FEATURE_COLLECTIBLE_TYPES
&& access != AssemblyBuilderAccess.RunAndCollect
#endif // FEATURE_COLLECTIBLE_TYPES
)
{
throw new ArgumentException(Environment.GetResourceString("Arg_EnumIllegalVal", (int)access), nameof(access));
}
if (securityContextSource < SecurityContextSource.CurrentAppDomain ||
securityContextSource > SecurityContextSource.CurrentAssembly)
{
throw new ArgumentOutOfRangeException(nameof(securityContextSource));
}
// Clone the name in case the caller modifies it underneath us.
name = (AssemblyName)name.Clone();
// If the caller is trusted they can supply identity
// evidence for the new assembly. Otherwise we copy the
// current grant and deny sets from the caller's assembly,
// inject them into the new assembly and mark policy as
// resolved. If/when the assembly is persisted and
// reloaded, the normal rules for gathering evidence will
// be used.
if (evidence != null)
#pragma warning disable 618
new SecurityPermission(SecurityPermissionFlag.ControlEvidence).Demand();
#pragma warning restore 618
// Scan the assembly level attributes for any attributes which modify how we create the
// assembly. Currently, we look for any attribute which modifies the security transparency
// of the assembly.
List<CustomAttributeBuilder> assemblyAttributes = null;
DynamicAssemblyFlags assemblyFlags = DynamicAssemblyFlags.None;
byte[] securityRulesBlob = null;
byte[] aptcaBlob = null;
if (unsafeAssemblyAttributes != null)
{
// Create a copy to ensure that it cannot be modified from another thread
// as it is used further below.
assemblyAttributes = new List<CustomAttributeBuilder>(unsafeAssemblyAttributes);
#pragma warning disable 618 // We deal with legacy attributes here as well for compat
foreach (CustomAttributeBuilder attribute in assemblyAttributes)
{
if (attribute.m_con.DeclaringType == typeof(SecurityTransparentAttribute))
{
assemblyFlags |= DynamicAssemblyFlags.Transparent;
}
else if (attribute.m_con.DeclaringType == typeof(SecurityCriticalAttribute))
{
{
assemblyFlags |= DynamicAssemblyFlags.AllCritical;
}
}
}
#pragma warning restore 618
}
m_internalAssemblyBuilder = (InternalAssemblyBuilder)nCreateDynamicAssembly(domain,
name,
evidence,
ref stackMark,
requiredPermissions,
optionalPermissions,
refusedPermissions,
securityRulesBlob,
aptcaBlob,
access,
assemblyFlags,
securityContextSource);
m_assemblyData = new AssemblyBuilderData(m_internalAssemblyBuilder,
name.Name,
access,
dir);
m_assemblyData.AddPermissionRequests(requiredPermissions,
optionalPermissions,
refusedPermissions);
#if FEATURE_APPX
if (AppDomain.ProfileAPICheck)
{
RuntimeAssembly creator = RuntimeAssembly.GetExecutingAssembly(ref stackMark);
if (creator != null && !creator.IsFrameworkAssembly())
m_profileAPICheck = true;
}
#endif
// Make sure that ManifestModule is properly initialized
// We need to do this before setting any CustomAttribute
InitManifestModule();
if (assemblyAttributes != null)
{
foreach (CustomAttributeBuilder assemblyAttribute in assemblyAttributes)
SetCustomAttribute(assemblyAttribute);
}
}
