/*++
Copyright (c) 2000 Microsoft Corporation
Module Name:
actctxgen.cpp
Abstract:
APIs for generating activation contexts.
Author:
Michael J. Grier (MGrier) 23-Feb-2000
Revision History:
xiaoyuw 09/2000 replace attributes with assembly identity
--*/
#include "stdinc.h"
#include <windows.h>
#include <sxsp.h>
#include <ole2.h>
#include <xmlparser.h>
#include "nodefactory.h"
#include <wchar.h>
#include "filestream.h"
#include "fusionhandle.h"
#include "cteestream.h"
#include "cresourcestream.h"
#include "fusionfacilities.h"
#include "fusionxml.h"
#include "util.h"
#include "sxsexceptionhandling.h"
#include "csxspreservelasterror.h"
#include "smartptr.h"
#include "cstreamtap.h"
#include "pendingassembly.h"
#include "actctxgenctx.h"
static
BOOL
SxspFindAssemblyByName(
PACTCTXGENCTX pActCtxGenCtx,
PCWSTR AssemblyName,
SIZE_T AssemblyNameCch,
PASSEMBLY *AssemblyFound
);
static BOOL
SxspAddAssemblyToActivationContextGenerationContext(
PACTCTXGENCTX pActCtxGenCtx,
PASSEMBLY Asm
);
_ACTCTXGENCTX::_ACTCTXGENCTX()
:
m_Contributors(NULL),
m_ContributorCount(0),
m_ProcessorArchitecture(0),
m_LangID(0),
m_Flags(0),
m_ManifestOperation(MANIFEST_OPERATION_INVALID),
m_ManifestOperationFlags(0),
m_NextAssemblyRosterIndex(1),
m_fClsidMapInitialized(FALSE),
m_InitializedContributorCount(0),
m_NoInherit(false),
m_pNodeFactory(NULL),
m_ulFileCount(0),
m_ApplicationDirectoryHasBeenProbedForLanguageSubdirs(false),
m_ApplicationDirectoryHasSpecificLanguageSubdir(false),
m_ApplicationDirectoryHasGenericLanguageSubdir(false),
m_ApplicationDirectoryHasSpecificSystemLanguageSubdir(false),
m_ApplicationDirectoryHasGenericSystemLanguageSubdir(false)
{
}
_ACTCTXGENCTX::~_ACTCTXGENCTX()
{
while (m_InitializedContributorCount)
{
m_InitializedContributorCount -= 1;
CActivationContextGenerationContextContributor *Ctb = &m_Contributors[m_InitializedContributorCount];
Ctb->Fire_ParseEnded(this, NULL);
Ctb->Fire_ActCtxGenEnded(this);
}
FUSION_DELETE_ARRAY(m_Contributors);
m_Contributors = NULL;
m_AssemblyTable.ClearNoCallback();
m_ComponentPolicyTable.ClearNoCallback();
m_PendingAssemblyList.Clear(&CPendingAssembly::DeleteYourself);
m_AssemblyList.Clear(&ASSEMBLY::Release);
if (m_fClsidMapInitialized)
{
m_fClsidMapInitialized = false;
VERIFY_NTC(m_ClsidMap.Uninitialize());
}
FUSION_DELETE_SINGLETON(m_pNodeFactory);
m_pNodeFactory = NULL;
}
BOOL
SxspInitActCtxGenCtx(
PACTCTXGENCTX pActCtxGenCtx,
ULONG ulManifestOperation,
DWORD dwFlags,
DWORD dwManifestOperationFlags,
const CImpersonationData &ImpersonationData,
USHORT ProcessorArchitecture,
LANGID LangId,
ULONG ApplicationDirectoryPathType,
SIZE_T ApplicationDirectoryCch,
PCWSTR ApplicationDirectory
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
PACTCTXCTB Ctb = NULL;
CSxsLockCriticalSection lock(g_ActCtxCtbListCritSec);
CStringBufferAccessor acc; // used for LangID String buffer
LANGID SystemLangId = ::GetSystemDefaultUILanguage();
bool fEqual;
PARAMETER_CHECK(pActCtxGenCtx != NULL);
PARAMETER_CHECK(
(ulManifestOperation == SXSP_INIT_ACT_CTX_GEN_CTX_OPERATION_PARSE_ONLY) ||
(ulManifestOperation == SXSP_INIT_ACT_CTX_GEN_CTX_OPERATION_GENERATE_ACTIVATION_CONTEXT) ||
(ulManifestOperation == SXSP_INIT_ACT_CTX_GEN_CTX_OPERATION_INSTALL));
PARAMETER_CHECK(
(ApplicationDirectoryPathType == ACTIVATION_CONTEXT_PATH_TYPE_NONE) ||
(ApplicationDirectoryPathType == ACTIVATION_CONTEXT_PATH_TYPE_WIN32_FILE));
PARAMETER_CHECK(dwFlags == 0);
switch (ulManifestOperation)
{
case SXSP_INIT_ACT_CTX_GEN_CTX_OPERATION_PARSE_ONLY:
PARAMETER_CHECK(dwManifestOperationFlags == 0);
break;
case SXSP_INIT_ACT_CTX_GEN_CTX_OPERATION_GENERATE_ACTIVATION_CONTEXT:
PARAMETER_CHECK(dwManifestOperationFlags == 0);
break;
case SXSP_INIT_ACT_CTX_GEN_CTX_OPERATION_INSTALL:
PARAMETER_CHECK(
(dwManifestOperationFlags & ~(
MANIFEST_OPERATION_INSTALL_FLAG_NOT_TRANSACTIONAL |
MANIFEST_OPERATION_INSTALL_FLAG_NO_VERIFY |
MANIFEST_OPERATION_INSTALL_FLAG_REPLACE_EXISTING |
MANIFEST_OPERATION_INSTALL_FLAG_ABORT |
MANIFEST_OPERATION_INSTALL_FLAG_FROM_DIRECTORY |
MANIFEST_OPERATION_INSTALL_FLAG_FROM_DIRECTORY_RECURSIVE |
MANIFEST_OPERATION_INSTALL_FLAG_MOVE |
MANIFEST_OPERATION_INSTALL_FLAG_INCLUDE_CODEBASE |
MANIFEST_OPERATION_INSTALL_FLAG_FROM_RESOURCE |
MANIFEST_OPERATION_INSTALL_FLAG_INSTALLED_BY_DARWIN |
MANIFEST_OPERATION_INSTALL_FLAG_INSTALLED_BY_OSSETUP |
MANIFEST_OPERATION_INSTALL_FLAG_CREATE_LOGFILE |
MANIFEST_OPERATION_INSTALL_FLAG_REFERENCE_VALID |
MANIFEST_OPERATION_INSTALL_FLAG_REFRESH |
MANIFEST_OPERATION_INSTALL_FLAG_COMMIT)) == 0);
break;
}
pActCtxGenCtx->m_ProcessorArchitecture = ProcessorArchitecture;
pActCtxGenCtx->m_LangID = LangId;
pActCtxGenCtx->m_SystemLangID = SystemLangId;
pActCtxGenCtx->m_SpecificLanguage.Clear();
IFW32FALSE_EXIT(pActCtxGenCtx->m_ApplicationDirectoryBuffer.Win32Assign(ApplicationDirectory, ApplicationDirectoryCch));
pActCtxGenCtx->m_ApplicationDirectoryPathType = ApplicationDirectoryPathType;
IFW32FALSE_EXIT(::SxspMapLANGIDToCultures(LangId, pActCtxGenCtx->m_GenericLanguage, pActCtxGenCtx->m_SpecificLanguage));
IFW32FALSE_EXIT(::SxspMapLANGIDToCultures(SystemLangId, pActCtxGenCtx->m_GenericSystemLanguage, pActCtxGenCtx->m_SpecificSystemLanguage));
// If these match the user's language, clear them to avoid the probing later on.
IFW32FALSE_EXIT(pActCtxGenCtx->m_SpecificSystemLanguage.Win32Equals(pActCtxGenCtx->m_SpecificLanguage, fEqual, true));
if (fEqual)
pActCtxGenCtx->m_SpecificSystemLanguage.Clear();
IFW32FALSE_EXIT(pActCtxGenCtx->m_GenericSystemLanguage.Win32Equals(pActCtxGenCtx->m_GenericLanguage, fEqual, true));
if (fEqual)
pActCtxGenCtx->m_GenericSystemLanguage.Clear();
pActCtxGenCtx->m_ImpersonationData = ImpersonationData;
pActCtxGenCtx->m_ManifestOperation = ulManifestOperation;
pActCtxGenCtx->m_Flags = dwFlags;
pActCtxGenCtx->m_ManifestOperationFlags = dwManifestOperationFlags;
IFW32FALSE_EXIT(pActCtxGenCtx->m_AssemblyTable.Initialize());
IFW32FALSE_EXIT(pActCtxGenCtx->m_ComponentPolicyTable.Initialize());
IFW32FALSE_EXIT(pActCtxGenCtx->m_ApplicationPolicyTable.Initialize());
IFW32FALSE_EXIT(pActCtxGenCtx->m_ClsidMap.Initialize());
pActCtxGenCtx->m_fClsidMapInitialized = TRUE;
pActCtxGenCtx->m_ClsidMappingContext.Map = &(pActCtxGenCtx->m_ClsidMap);
IFW32FALSE_EXIT(::SxspGetAssemblyRootDirectory(pActCtxGenCtx->m_AssemblyRootDirectoryBuffer));
pActCtxGenCtx->m_AssemblyRootDirectoryPathType = ACTIVATION_CONTEXT_PATH_TYPE_WIN32_FILE;
lock.Lock();
IFALLOCFAILED_EXIT(pActCtxGenCtx->m_Contributors = FUSION_NEW_ARRAY(CActivationContextGenerationContextContributor, g_ActCtxCtbListCount));
pActCtxGenCtx->m_ContributorCount = g_ActCtxCtbListCount;
for (
(pActCtxGenCtx->m_InitializedContributorCount = 0), (Ctb=g_ActCtxCtbListHead);
(Ctb != NULL) && (pActCtxGenCtx->m_InitializedContributorCount < g_ActCtxCtbListCount);
(pActCtxGenCtx->m_InitializedContributorCount++), (Ctb = Ctb->m_Next)
)
{
ACTCTXCTB_CBACTCTXGENBEGINNING CBData;
IFW32FALSE_EXIT(::SxspPrepareContributor(Ctb));
CBData.Header.Reason = ACTCTXCTB_CBREASON_ACTCTXGENBEGINNING;
CBData.Header.ExtensionGuid = Ctb->GetExtensionGuidPtr();
CBData.Header.SectionId = Ctb->m_SectionId;
CBData.Header.ContributorContext = Ctb->m_ContributorContext;
CBData.Header.ActCtxGenContext = NULL;
CBData.Header.ManifestParseContext = NULL;
CBData.Header.ManifestOperation = ulManifestOperation;
CBData.Header.ManifestOperationFlags = dwManifestOperationFlags;
CBData.Header.Flags = dwFlags;
CBData.Header.pOriginalActCtxGenCtx = pActCtxGenCtx;
CBData.Header.InstallationContext = &(pActCtxGenCtx->m_InstallationContext);
CBData.Header.ClsidMappingContext = &(pActCtxGenCtx->m_ClsidMappingContext);
CBData.ApplicationDirectory = pActCtxGenCtx->m_ApplicationDirectoryBuffer;
CBData.ApplicationDirectoryCch = pActCtxGenCtx->m_ApplicationDirectoryBuffer.Cch();
CBData.ApplicationDirectoryPathType = pActCtxGenCtx->m_ApplicationDirectoryPathType;
CBData.Success = TRUE;
(*(Ctb->m_CallbackFunction))((PACTCTXCTB_CALLBACK_DATA) &CBData.Header);
if (!CBData.Success)
{
ASSERT(::FusionpGetLastWin32Error() != ERROR_SUCCESS);
if (::FusionpGetLastWin32Error() == ERROR_SUCCESS)
::FusionpSetLastWin32Error(ERROR_INTERNAL_ERROR);
goto Exit;
}
IFW32FALSE_EXIT(pActCtxGenCtx->m_Contributors[pActCtxGenCtx->m_InitializedContributorCount].Initialize(Ctb, CBData.Header.ActCtxGenContext));
}
// If the list count is correct, we should be both at the end of the list
// and at the max index.
ASSERT(pActCtxGenCtx->m_InitializedContributorCount == g_ActCtxCtbListCount);
ASSERT(Ctb == NULL);
qsort(pActCtxGenCtx->m_Contributors, pActCtxGenCtx->m_ContributorCount, sizeof(CActivationContextGenerationContextContributor), &CActivationContextGenerationContextContributor::Compare);
fSuccess = TRUE;
Exit:
return fSuccess;
}
BOOL
SxspFireActCtxGenEnding(
PACTCTXGENCTX pActCtxGenCtx
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
ULONG i;
PARAMETER_CHECK(pActCtxGenCtx != NULL);
for (i=0; i<pActCtxGenCtx->m_InitializedContributorCount; i++)
IFW32FALSE_EXIT(pActCtxGenCtx->m_Contributors[i].Fire_ActCtxGenEnding(pActCtxGenCtx));
fSuccess = TRUE;
Exit:
return fSuccess;
}
BOOL
SxspResolvePartialReference(
DWORD Flags,
PCASSEMBLY ParsingAssemblyContext,
PACTCTXGENCTX pActCtxGenCtx,
const CAssemblyReference &PartialReference,
CProbedAssemblyInformation &ProbedAssemblyInformation,
bool &rfFound
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
CProbedAssemblyInformation TestReference;
CSmallStringBuffer buffProcessorArchitecture;
bool fWildcardedLanguage = false;
bool fWildcardedProcessorArchitecture = false;
bool fAutoWow64Probing = false;
bool fHasPKToken = false;
bool fFound = false;
bool fSetMSPKToken = false;
USHORT wCurrentProcessorArchitecture = PROCESSOR_ARCHITECTURE_UNKNOWN;
DWORD dwProbeAssemblyFlags = 0;
fHasPKToken = false;
rfFound = false;
PARAMETER_CHECK(pActCtxGenCtx != NULL);
IFINVALID_FLAGS_EXIT_WIN32(Flags, SXSP_RESOLVE_PARTIAL_REFERENCE_FLAG_OPTIONAL |
SXSP_RESOLVE_PARTIAL_REFERENCE_FLAG_SKIP_WORLDWIDE);
//
// A partial reference needs to have processor architecture, assembly name and
// assembly version filled in. We only probe based on langid.
//
// Copy the attributes over...
IFW32FALSE_EXIT(TestReference.Initialize(PartialReference));
fWildcardedProcessorArchitecture = false;
fAutoWow64Probing = false;
// Find out if we're either processing a processorArchitecture="*" bind or
// if we're supposed to do wow64 probing
IFW32FALSE_EXIT(PartialReference.IsProcessorArchitectureWildcarded(fWildcardedProcessorArchitecture));
if (pActCtxGenCtx->m_ProcessorArchitecture == PROCESSOR_ARCHITECTURE_IA32_ON_WIN64)
{
IFW32FALSE_EXIT(PartialReference.IsProcessorArchitectureX86(fAutoWow64Probing));
}
if (fWildcardedProcessorArchitecture || fAutoWow64Probing)
{
wCurrentProcessorArchitecture = pActCtxGenCtx->m_ProcessorArchitecture;
IFW32FALSE_EXIT(::FusionpFormatProcessorArchitecture(wCurrentProcessorArchitecture, buffProcessorArchitecture));
IFW32FALSE_EXIT(TestReference.SetProcessorArchitecture(buffProcessorArchitecture, buffProcessorArchitecture.Cch()));
// We do not probe for private wow64 assemblies.
if (wCurrentProcessorArchitecture == PROCESSOR_ARCHITECTURE_IA32_ON_WIN64)
dwProbeAssemblyFlags |= CProbedAssemblyInformation::ProbeAssembly_SkipPrivateAssemblies;
}
IFW32FALSE_EXIT(TestReference.SetOriginalReference(PartialReference));
TryItAllAgain:
// Let's try the few languages we can.
IFW32FALSE_EXIT(PartialReference.IsLanguageWildcarded(fWildcardedLanguage));
if (!fWildcardedLanguage)
{
// If there's no language="*" in the dependency, let's just look for the exact match and
// call it a day.
IFW32FALSE_EXIT(TestReference.ResetProbedToOriginal());
if (fSetMSPKToken)
IFW32FALSE_EXIT(TestReference.SetPublicKeyToken(SXS_MS_PUBLIC_KEY_TOKEN_DEFAULT, NUMBER_OF( SXS_MS_PUBLIC_KEY_TOKEN_DEFAULT ) - 1));
if (fWildcardedProcessorArchitecture || fAutoWow64Probing)
IFW32FALSE_EXIT(TestReference.SetProcessorArchitecture(buffProcessorArchitecture, buffProcessorArchitecture.Cch()));
IFW32FALSE_EXIT(TestReference.ProbeAssembly(dwProbeAssemblyFlags, pActCtxGenCtx, CProbedAssemblyInformation::eExplicitBind, fFound));
}
else
{
// Let's try the user's language...
if (pActCtxGenCtx->m_SpecificLanguage[0] != L'\0')
{
// Since this is the first probe, we don't have to reset to original...
IFW32FALSE_EXIT(TestReference.ResetProbedToOriginal());
if (fSetMSPKToken)
IFW32FALSE_EXIT(TestReference.SetPublicKeyToken(SXS_MS_PUBLIC_KEY_TOKEN_DEFAULT, NUMBER_OF( SXS_MS_PUBLIC_KEY_TOKEN_DEFAULT ) - 1));
if (fWildcardedProcessorArchitecture || fAutoWow64Probing)
IFW32FALSE_EXIT(TestReference.SetProcessorArchitecture(buffProcessorArchitecture, buffProcessorArchitecture.Cch()));
IFW32FALSE_EXIT(TestReference.SetLanguage(pActCtxGenCtx->m_SpecificLanguage));
IFW32FALSE_EXIT(TestReference.ProbeAssembly(dwProbeAssemblyFlags, pActCtxGenCtx, CProbedAssemblyInformation::eSpecificLanguage, fFound));
}
if (!fFound && (pActCtxGenCtx->m_GenericLanguage[0] != L'\0'))
{
// Try the user's slightly more generic version of the language...
IFW32FALSE_EXIT(TestReference.ResetProbedToOriginal());
if (fSetMSPKToken)
IFW32FALSE_EXIT(TestReference.SetPublicKeyToken(SXS_MS_PUBLIC_KEY_TOKEN_DEFAULT, NUMBER_OF( SXS_MS_PUBLIC_KEY_TOKEN_DEFAULT ) - 1));
if (fWildcardedProcessorArchitecture || fAutoWow64Probing)
IFW32FALSE_EXIT(TestReference.SetProcessorArchitecture(buffProcessorArchitecture, buffProcessorArchitecture.Cch()));
IFW32FALSE_EXIT(TestReference.SetLanguage(pActCtxGenCtx->m_GenericLanguage));
IFW32FALSE_EXIT(TestReference.ProbeAssembly(dwProbeAssemblyFlags, pActCtxGenCtx, CProbedAssemblyInformation::eGenericLanguage, fFound));
}
// Let's try the system's installed language...
if (!fFound && (pActCtxGenCtx->m_SpecificSystemLanguage[0] != L'\0'))
{
// Since this is the first probe, we don't have to reset to original...
IFW32FALSE_EXIT(TestReference.ResetProbedToOriginal());
if (fSetMSPKToken)
IFW32FALSE_EXIT(TestReference.SetPublicKeyToken(SXS_MS_PUBLIC_KEY_TOKEN_DEFAULT, NUMBER_OF( SXS_MS_PUBLIC_KEY_TOKEN_DEFAULT ) - 1));
if (fWildcardedProcessorArchitecture || fAutoWow64Probing)
IFW32FALSE_EXIT(TestReference.SetProcessorArchitecture(buffProcessorArchitecture, buffProcessorArchitecture.Cch()));
IFW32FALSE_EXIT(TestReference.SetLanguage(pActCtxGenCtx->m_SpecificSystemLanguage));
IFW32FALSE_EXIT(TestReference.ProbeAssembly(dwProbeAssemblyFlags, pActCtxGenCtx, CProbedAssemblyInformation::eSpecificSystemLanguage, fFound));
}
if (!fFound && (pActCtxGenCtx->m_GenericSystemLanguage[0] != L'\0'))
{
// Try the user's slightly more generic version of the language...
IFW32FALSE_EXIT(TestReference.ResetProbedToOriginal());
if (fSetMSPKToken)
IFW32FALSE_EXIT(TestReference.SetPublicKeyToken(SXS_MS_PUBLIC_KEY_TOKEN_DEFAULT, NUMBER_OF( SXS_MS_PUBLIC_KEY_TOKEN_DEFAULT ) - 1));
if (fWildcardedProcessorArchitecture || fAutoWow64Probing)
IFW32FALSE_EXIT(TestReference.SetProcessorArchitecture(buffProcessorArchitecture, buffProcessorArchitecture.Cch()));
IFW32FALSE_EXIT(TestReference.SetLanguage(pActCtxGenCtx->m_GenericSystemLanguage));
IFW32FALSE_EXIT(TestReference.ProbeAssembly(dwProbeAssemblyFlags, pActCtxGenCtx, CProbedAssemblyInformation::eGenericSystemLanguage, fFound));
}
// If we haven't found a language specific one and the caller did not
// request us to skip the language-dependent ones, try for a language neutral
if (!fFound &
((Flags & SXSP_RESOLVE_PARTIAL_REFERENCE_FLAG_SKIP_WORLDWIDE) == 0))
{
// Try with no language!
IFW32FALSE_EXIT(TestReference.ResetProbedToOriginal());
if (fSetMSPKToken)
IFW32FALSE_EXIT(TestReference.SetPublicKeyToken(SXS_MS_PUBLIC_KEY_TOKEN_DEFAULT, NUMBER_OF( SXS_MS_PUBLIC_KEY_TOKEN_DEFAULT ) - 1));
if (fWildcardedProcessorArchitecture || fAutoWow64Probing)
IFW32FALSE_EXIT(TestReference.SetProcessorArchitecture(buffProcessorArchitecture, buffProcessorArchitecture.Cch()));
IFW32FALSE_EXIT(TestReference.ClearLanguage());
IFW32FALSE_EXIT(TestReference.ProbeAssembly(dwProbeAssemblyFlags, pActCtxGenCtx, CProbedAssemblyInformation::eLanguageNeutral, fFound));
}
}
if (!fFound)
{
// If we're automatically searching for wow64 assemblies and the processor architecture we just tried
// was ia32-on-win64, try again with plain PROCESSOR_ARCHITECTURE_INTEL.
if (fAutoWow64Probing && (wCurrentProcessorArchitecture == PROCESSOR_ARCHITECTURE_IA32_ON_WIN64))
{
wCurrentProcessorArchitecture = PROCESSOR_ARCHITECTURE_INTEL;
dwProbeAssemblyFlags &= ~(CProbedAssemblyInformation::ProbeAssembly_SkipPrivateAssemblies);
IFW32FALSE_EXIT(::FusionpFormatProcessorArchitecture(wCurrentProcessorArchitecture, buffProcessorArchitecture));
IFW32FALSE_EXIT(TestReference.SetProcessorArchitecture(buffProcessorArchitecture, buffProcessorArchitecture.Cch()));
IFW32FALSE_EXIT(TestReference.SetOriginalReference(PartialReference));
goto TryItAllAgain;
}
// If we're handling a processorArchitecture="*" bind and the current processor architecture hasn't fallen
// back to PROCESSOR_ARCHITECTURE_UNKNOWN ( == data-only assemblies), fall back now.
if (fWildcardedProcessorArchitecture && (wCurrentProcessorArchitecture != PROCESSOR_ARCHITECTURE_UNKNOWN))
{
wCurrentProcessorArchitecture = PROCESSOR_ARCHITECTURE_UNKNOWN;
// data-only private assemblies cannot be found with processorArchitecture="*"
dwProbeAssemblyFlags |= CProbedAssemblyInformation::ProbeAssembly_SkipPrivateAssemblies;
IFW32FALSE_EXIT(::FusionpFormatProcessorArchitecture(wCurrentProcessorArchitecture, buffProcessorArchitecture));
IFW32FALSE_EXIT(TestReference.SetProcessorArchitecture(buffProcessorArchitecture, buffProcessorArchitecture.Cch()));
IFW32FALSE_EXIT(TestReference.SetOriginalReference(PartialReference));
goto TryItAllAgain;
}
// If it wasn't optional, declare an error.
if ((Flags & SXSP_RESOLVE_PARTIAL_REFERENCE_FLAG_OPTIONAL) == 0)
{
PCWSTR AssemblyName = L"<error retrieving assembly name>";
SIZE_T AssemblyNameCch = NUMBER_OF(L"<error retrieving assembly name>") - 1;
TestReference.GetAssemblyName(&AssemblyName, &AssemblyNameCch);
::FusionpLogError(
MSG_SXS_MANIFEST_PARSE_DEPENDENCY,
CUnicodeString(AssemblyName, AssemblyNameCch),
CEventLogLastError(ERROR_SXS_ASSEMBLY_NOT_FOUND));
ORIGINATE_WIN32_FAILURE_AND_EXIT(AssemblyProbingFailed, ERROR_SXS_ASSEMBLY_NOT_FOUND);
}
}
else
IFW32FALSE_EXIT(ProbedAssemblyInformation.Assign(TestReference));
rfFound = fFound;
fSuccess = TRUE;
Exit:
if (!fSuccess)
{
CSxsPreserveLastError ple;
PCWSTR pszAssemblyName = NULL;
SIZE_T AssemblyNameCch;
PartialReference.GetAssemblyName(&pszAssemblyName, &AssemblyNameCch);
::FusionpLogError(
MSG_SXS_FUNCTION_CALL_FAIL,
CEventLogString(L"Resolve Partial Assembly"),
(pszAssemblyName != NULL) ? CEventLogString(static_cast<PCWSTR>(pszAssemblyName)) : CEventLogString(L"Assembly Name Unknown"),
CEventLogLastError(ple.LastError()));
ple.Restore();
}
return fSuccess;
}
BOOL
SxspAddManifestToActCtxGenCtx(
PACTCTXGENCTX pActCtxGenCtx,
CProbedAssemblyInformation &ProbedInformation,
PASSEMBLY *AssemblyOut
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
PASSEMBLY Asm = NULL;
PCWSTR ProbedAssemblyName;
SIZE_T ProbedAssemblyNameCch;
if (AssemblyOut != NULL)
*AssemblyOut = NULL;
PARAMETER_CHECK(pActCtxGenCtx != NULL);
IFW32FALSE_EXIT(ProbedInformation.GetAssemblyName(&ProbedAssemblyName, &ProbedAssemblyNameCch));
// First, let's see if we've already found this assembly.
IFW32FALSE_EXIT(::SxspFindAssemblyByName(pActCtxGenCtx, ProbedAssemblyName, ProbedAssemblyNameCch, &Asm));
// Same name... if the metadata is different, we're in trouble.
if (Asm != NULL)
{
BOOL fEqualIdentity;
// Both identities should be definitions, so no need to set the ref-matches-def flag...
IFW32FALSE_EXIT(
::SxsAreAssemblyIdentitiesEqual(
SXS_ARE_ASSEMBLY_IDENTITIES_EQUAL_FLAG_ALLOW_REF_TO_MATCH_DEF,
Asm->GetAssemblyIdentity(),
ProbedInformation.GetAssemblyIdentity(),
&fEqualIdentity));
if (!fEqualIdentity)
{
PCWSTR MP1 = L"<unavailable>";
PCWSTR MP2 = MP1;
ProbedInformation.GetManifestPath(&MP1, NULL);
Asm->m_Information.GetManifestPath(&MP2, NULL);
Asm = NULL;
::FusionpDbgPrintEx(FUSION_DBG_LEVEL_ERROR, "SXS.DLL: Failing to add new manifest %S to activation context because it conflicts with existing %S\n", MP1, MP2);
ORIGINATE_WIN32_FAILURE_AND_EXIT(VersionConflict, ERROR_SXS_VERSION_CONFLICT);
}
}
if (Asm == NULL)
{
IFALLOCFAILED_EXIT(Asm = FUSION_NEW_SINGLETON(ASSEMBLY));
IFW32FALSE_EXIT(::SxspInitAssembly(Asm, ProbedInformation));
IFW32FALSE_EXIT(::SxspAddAssemblyToActivationContextGenerationContext(pActCtxGenCtx, Asm));
}
if (AssemblyOut != NULL)
{
*AssemblyOut = Asm;
Asm = NULL;
}
fSuccess = TRUE;
Exit:
if (Asm != NULL)
Asm->Release();
return fSuccess;
}
BOOL
SxspAddAssemblyToActivationContextGenerationContext(
PACTCTXGENCTX pActCtxGenCtx,
PASSEMBLY Asm
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
PARAMETER_CHECK(pActCtxGenCtx != NULL);
PARAMETER_CHECK(Asm != NULL);
// If you hit either of these asserts, either the assembly structure has been trashed or
// it's already been added to the generation context.
ASSERT(Asm->m_AssemblyRosterIndex == 0);
Asm->m_AssemblyRosterIndex = pActCtxGenCtx->m_NextAssemblyRosterIndex++;
pActCtxGenCtx->m_AssemblyList.AddToTail(Asm);
Asm->AddRef();
if (pActCtxGenCtx->m_ManifestOperation != MANIFEST_OPERATION_INSTALL)
{
PCWSTR AssemblyName = NULL;
IFW32FALSE_EXIT(Asm->GetAssemblyName(&AssemblyName, NULL));
IFW32FALSE_EXIT(pActCtxGenCtx->m_AssemblyTable.Insert(AssemblyName, Asm, ERROR_SXS_DUPLICATE_ASSEMBLY_NAME));
}
fSuccess = TRUE;
Exit:
#if 0
if ( !fSuccess)
{
::FusionpLogError(
MSG_SXS_FUNCTION_CALL_FAIL,
CEventLogString(L"Generate Activation Fail while dealing with Assembly"),
(AssemblyName != NULL) ? CEventLogString(static_cast<PCWSTR>(AssemblyName)) : CEventLogString(L"Assembly Name Unknown"),
CEventLogLastError());
}
#endif // 0
return fSuccess;
}
BOOL
SxspFindAssemblyByName(
PACTCTXGENCTX pActCtxGenCtx,
PCWSTR AssemblyName,
SIZE_T AssemblyNameCch,
PASSEMBLY *AssemblyOut
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
CStringBuffer AssemblyNameBuffer;
PASSEMBLY Result = NULL;
if (AssemblyOut != NULL)
*AssemblyOut = NULL;
PARAMETER_CHECK(AssemblyOut != NULL);
PARAMETER_CHECK(pActCtxGenCtx != NULL);
// Unfortunately, we really need the string to be null terminated...
IFW32FALSE_EXIT(AssemblyNameBuffer.Win32Assign(AssemblyName, AssemblyNameCch));
AssemblyName = AssemblyNameBuffer;
IFW32FALSE_EXIT(pActCtxGenCtx->m_AssemblyTable.Find(AssemblyName, Result));
if (Result != NULL)
Result->AddRef();
*AssemblyOut = Result;
fSuccess = TRUE;
Exit:
return fSuccess;
}
BOOL
SxspAddRootManifestToActCtxGenCtx(
PACTCTXGENCTX pActCtxGenCtx,
PCSXS_GENERATE_ACTIVATION_CONTEXT_PARAMETERS Parameters
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
CProbedAssemblyInformation AssemblyInfo;
PARAMETER_CHECK(Parameters != NULL);
PARAMETER_CHECK(pActCtxGenCtx != NULL);
#define IS_NT_DOS_PATH(_x) (((_x)[0] == L'\\') && ((_x)[1] == L'?') && ((_x)[2] == L'?') && ((_x)[3] == L'\\'))
HARD_VERIFY((Parameters->AssemblyDirectory == NULL) || (IS_NT_DOS_PATH(Parameters->AssemblyDirectory) == FALSE));
HARD_VERIFY((Parameters->AssemblyDirectory == NULL) || (IS_NT_DOS_PATH(Parameters->AssemblyDirectory) == FALSE));
HARD_VERIFY((Parameters->Manifest.Path == NULL) || (IS_NT_DOS_PATH(Parameters->Manifest.Path) == FALSE));
HARD_VERIFY((Parameters->Policy.Path == NULL) || (IS_NT_DOS_PATH(Parameters->Policy.Path) == FALSE));
IFW32FALSE_EXIT(AssemblyInfo.Initialize());
IFW32FALSE_EXIT(AssemblyInfo.SetManifestPath(
ACTIVATION_CONTEXT_PATH_TYPE_WIN32_FILE,
Parameters->Manifest.Path,
(Parameters->Manifest.Path != NULL) ? ::wcslen(Parameters->Manifest.Path) : 0));
ASSERT(Parameters->Manifest.Stream != NULL);
IFW32FALSE_EXIT(AssemblyInfo.SetManifestStream(Parameters->Manifest.Stream));
IFW32FALSE_EXIT(AssemblyInfo.SetManifestFlags(ASSEMBLY_MANIFEST_FILETYPE_STREAM));
IFW32FALSE_EXIT(AssemblyInfo.SetPolicyPath(
ACTIVATION_CONTEXT_PATH_TYPE_WIN32_FILE,
Parameters->Policy.Path,
(Parameters->Policy.Path != NULL) ? ::wcslen(Parameters->Policy.Path) : 0));
IFW32FALSE_EXIT(AssemblyInfo.SetPolicyStream(Parameters->Policy.Stream));
IFW32FALSE_EXIT(AssemblyInfo.SetPolicyFlags(ASSEMBLY_POLICY_FILETYPE_STREAM));
IFW32FALSE_EXIT(::SxspAddManifestToActCtxGenCtx(pActCtxGenCtx, AssemblyInfo, NULL));
fSuccess = TRUE;
Exit:
#undef IS_NT_DOS_PATH
return fSuccess;
}
BOOL
SxspInitAssembly(
PASSEMBLY Asm,
CProbedAssemblyInformation &AssemblyInfo
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
PARAMETER_CHECK(Asm != NULL);
IFW32FALSE_EXIT(Asm->m_Information.Initialize(AssemblyInfo));
Asm->m_Incorporated = FALSE;
Asm->m_ManifestVersionMajor = 0;
Asm->m_ManifestVersionMinor = 0;
fSuccess = TRUE;
Exit:
return fSuccess;
}
BOOL
SxspIncorporateAssembly(
PACTCTXGENCTX pActCtxGenCtx,
PASSEMBLY Asm
)
{
HRESULT hr;
ULONG i;
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
ACTCTXCTB_ASSEMBLY_CONTEXT AssemblyContext;
const bool fInstalling = (pActCtxGenCtx->m_ManifestOperation == MANIFEST_OPERATION_INSTALL);
ULONG ManifestType = (Asm->m_Information.GetManifestFlags() & ASSEMBLY_MANIFEST_FILETYPE_MASK);
CImpersonate impersonate(pActCtxGenCtx->m_ImpersonationData);
SXS_POLICY_SOURCE s;
#if FUSION_XML_TREE
SXS_XML_STRING LocalStringArray[128];
PSXS_XML_STRING ActualStringArray = LocalStringArray;
#endif
STATSTG statstg;
// declaration order here is partially deliberate, to control cleanup order.
// normally, declaration order is determined by not declaring until you have
// the data to initialize with the ctor, but the use of goto messes that up
CFileStream FileStream;
SMARTPTR(CResourceStream) ResourceStream;
SMARTPTR(CTeeStreamWithHash) TeeStreamForManifestInstall;
#if FUSION_PRECOMPILED_MANIFEST
SMARTPTR(CPrecompiledManifestWriterStream) pcmWriterStream;
#endif
CNodeFactory *pNodeFactory = NULL;
CSmartRef<IXMLParser> pIXMLParser;
PASSEMBLY_IDENTITY AssemblyIdentity = NULL;
CStringBuffer TextuallyEncodedIdentityBuffer;
SIZE_T TextuallyEncodedIdentityBufferBytes = 0;
CStringBufferAccessor acc;
SIZE_T ActualSize = 0;
PCWSTR ManifestPath = NULL;
PARAMETER_CHECK(Asm != NULL);
PARAMETER_CHECK(!Asm->m_Incorporated);
PARAMETER_CHECK(pActCtxGenCtx != NULL);
// set flags
AssemblyContext.Flags = 0;
s = Asm->m_Information.GetPolicySource();
if ( s == SXS_POLICY_SYSTEM_POLICY)
AssemblyContext.Flags |= ACTCTXCTB_ASSEMBLY_CONTEXT_ASSEMBLY_POLICY_APPLIED;
else if (s == SXS_POLICY_ROOT_POLICY)
AssemblyContext.Flags |= ACTCTXCTB_ASSEMBLY_CONTEXT_ROOT_POLICY_APPLIED;
if (Asm->IsRoot())
AssemblyContext.Flags |= ACTCTXCTB_ASSEMBLY_CONTEXT_IS_ROOT_ASSEMBLY;
if (Asm->m_Information.IsPrivateAssembly())
AssemblyContext.Flags |= ACTCTXCTB_ASSEMBLY_CONTEXT_IS_PRIVATE_ASSEMBLY;
if (Asm->m_Information.GetAssemblyIdentity() != NULL)
{
// Convert the identity into a somewhat human-readable form that we can log etc.
IFW32FALSE_EXIT(::SxsComputeAssemblyIdentityEncodedSize(0, Asm->m_Information.GetAssemblyIdentity(), NULL, SXS_ASSEMBLY_IDENTITY_ENCODING_DEFAULTGROUP_TEXTUAL, &TextuallyEncodedIdentityBufferBytes));
INTERNAL_ERROR_CHECK((TextuallyEncodedIdentityBufferBytes % sizeof(WCHAR)) == 0);
IFW32FALSE_EXIT(TextuallyEncodedIdentityBuffer.Win32ResizeBuffer((TextuallyEncodedIdentityBufferBytes / sizeof(WCHAR)) + 1, eDoNotPreserveBufferContents));
acc.Attach(&TextuallyEncodedIdentityBuffer);
IFW32FALSE_EXIT(::SxsEncodeAssemblyIdentity(0, Asm->m_Information.GetAssemblyIdentity(), NULL, SXS_ASSEMBLY_IDENTITY_ENCODING_DEFAULTGROUP_TEXTUAL, acc.GetBufferCb(), acc.GetBufferPtr(), &ActualSize));
INTERNAL_ERROR_CHECK(TextuallyEncodedIdentityBufferBytes == ActualSize);
acc.GetBufferPtr()[ActualSize / sizeof(WCHAR)] = L'\0';
acc.Detach();
AssemblyContext.TextuallyEncodedIdentity = TextuallyEncodedIdentityBuffer;
AssemblyContext.TextuallyEncodedIdentityCch = ActualSize / sizeof(WCHAR);
}
else
{
AssemblyContext.TextuallyEncodedIdentity = L"<identity unavailable>";
AssemblyContext.TextuallyEncodedIdentityCch = 22;
}
// copy assembly-identity info
IFW32FALSE_EXIT(::SxsDuplicateAssemblyIdentity(SXS_DUPLICATE_ASSEMBLY_IDENTITY_FLAG_ALLOW_NULL, Asm->m_Information.GetAssemblyIdentity(), &AssemblyIdentity));
AssemblyContext.AssemblyIdentity = AssemblyIdentity; // assign to pointer-to-const in the struct; can't pass struct member pointer directly
IFW32FALSE_EXIT(Asm->m_Information.GetManifestPath(&AssemblyContext.ManifestPath, &AssemblyContext.ManifestPathCch));
AssemblyContext.ManifestPathType = Asm->GetManifestPathType();
IFW32FALSE_EXIT(Asm->m_Information.GetPolicyPath(AssemblyContext.PolicyPath, AssemblyContext.PolicyPathCch));
AssemblyContext.PolicyPathType = Asm->GetPolicyPathType();
AssemblyContext.AssemblyRosterIndex = Asm->m_AssemblyRosterIndex;
if (fInstalling)
{
IFW32FALSE_EXIT(TeeStreamForManifestInstall.Win32Allocate(__FILE__, __LINE__));
AssemblyContext.TeeStreamForManifestInstall = TeeStreamForManifestInstall;
AssemblyContext.InstallationInfo = pActCtxGenCtx->m_InstallationContext.InstallSource;
AssemblyContext.SecurityMetaData = pActCtxGenCtx->m_InstallationContext.SecurityMetaData;
AssemblyContext.InstallReferenceData = pActCtxGenCtx->m_InstallationContext.InstallReferenceData;
#if FUSION_PRECOMPILED_MANIFEST
IFW32FALSE_EXIT(pcmWriterStream.Win32Allocate(__FILE__, __LINE__);
AssemblyContext.pcmWriterStream = pcmWriterStream ;
#endif
}
else
{
AssemblyContext.SecurityMetaData = NULL;
AssemblyContext.TeeStreamForManifestInstall = NULL;
AssemblyContext.InstallationInfo = NULL;
#if FUSION_PRECOMPILED_MANIFEST
AssemblyContext.pcmWriterStream = NULL;
#endif
}
if (pActCtxGenCtx->m_pNodeFactory == NULL)
{
IFALLOCFAILED_EXIT(pActCtxGenCtx->m_pNodeFactory = new CNodeFactory);
pActCtxGenCtx->m_pNodeFactory->AddRef(); // faked function
}
else
pActCtxGenCtx->m_pNodeFactory->ResetParseState();
IFW32FALSE_EXIT(pActCtxGenCtx->m_pNodeFactory->Initialize(pActCtxGenCtx, Asm, &AssemblyContext));
pNodeFactory = pActCtxGenCtx->m_pNodeFactory;
ASSERT(pNodeFactory != NULL);
// Everyone's ready; let's get the XML parser:
IFW32FALSE_EXIT(::SxspGetXMLParser(IID_IXMLParser, (LPVOID *) &pIXMLParser));
IFCOMFAILED_EXIT(pIXMLParser->SetFactory(pNodeFactory));
//
// open the file or map the resource into memory
//
IStream* Stream; // deliberatly not "smart", we don't refcount it
Stream = NULL;
{ // scope for impersonation for file open
IFW32FALSE_EXIT(impersonate.Impersonate());
if (ManifestType == ASSEMBLY_MANIFEST_FILETYPE_AUTO_DETECT)
{
//
// decide between xml in its own text file or a resource
// in a "portable executable" by checking for the portable executable
// signature, "MZ".
//
BYTE buffer[2] = {0,0};
ULONG cbRead = 0;
CFileStream ProbeFileTypeStream;
IFW32FALSE_EXIT(Asm->m_Information.GetManifestPath(&ManifestPath, NULL));
IFW32FALSE_EXIT(
ProbeFileTypeStream.OpenForRead(
ManifestPath,
CImpersonationData(),
FILE_SHARE_READ,
OPEN_EXISTING,
FILE_FLAG_SEQUENTIAL_SCAN));
IFCOMFAILED_EXIT(ProbeFileTypeStream.Read(&buffer, 2, &cbRead));
if (cbRead != 2)
ORIGINATE_WIN32_FAILURE_AND_EXIT(ManifestLessThanTwoBytesLong, ERROR_SXS_MANIFEST_FORMAT_ERROR);
IFW32FALSE_EXIT(ProbeFileTypeStream.Close());
// MS-DOS stub, Mark Zbikowski
if (buffer[0] == 'M' && buffer[1] == 'Z')
{
// should we do further checking, like that PE\0\0 occurs
// where the MS-DOS header says it is?
ManifestType = ASSEMBLY_MANIFEST_FILETYPE_RESOURCE;
}
else
{
ManifestType = ASSEMBLY_MANIFEST_FILETYPE_FILE;
}
}
switch (ManifestType)
{
case ASSEMBLY_MANIFEST_FILETYPE_RESOURCE:
{
if (ManifestPath == NULL)
IFW32FALSE_EXIT(Asm->m_Information.GetManifestPath(&ManifestPath, NULL));
IFW32FALSE_EXIT(ResourceStream.Win32Allocate(__FILE__, __LINE__));
IFW32FALSE_EXIT(ResourceStream->Initialize(ManifestPath, MAKEINTRESOURCEW(RT_MANIFEST)));
Stream = ResourceStream;
break;
}
case ASSEMBLY_MANIFEST_FILETYPE_FILE:
{
if (ManifestPath == NULL)
IFW32FALSE_EXIT(Asm->m_Information.GetManifestPath(&ManifestPath, NULL));
IFW32FALSE_EXIT(
FileStream.OpenForRead(
ManifestPath,
CImpersonationData(),
FILE_SHARE_READ,
OPEN_EXISTING,
FILE_FLAG_SEQUENTIAL_SCAN));
Stream = &FileStream;
break;
}
case ASSEMBLY_MANIFEST_FILETYPE_STREAM:
Stream = Asm->m_Information.GetManifestStream();
break;
default:
ASSERT2(FALSE, "unknown manifest file type");
break;
}
IFW32FALSE_EXIT(impersonate.Unimpersonate());
}
//
// Optionally "tee" the manifest so it gets copied into
// the store while we read it, buffering until we know where in
// the store it goes. The manifest itself is not referenced
// in the manifest.
//
if (fInstalling)
{
IFW32FALSE_EXIT(TeeStreamForManifestInstall->InitCryptHash(CALG_SHA1));
TeeStreamForManifestInstall->SetSource(Stream);
Stream = TeeStreamForManifestInstall;
}
//
// We get E_NOTIMPL on the OutOfProcessMemoryStreams in the AppCompat case.
//
IFCOMFAILED_EXIT(((hr = Stream->Stat(&statstg, STATFLAG_NONAME)) != E_NOTIMPL) ? hr : NOERROR);
if (hr == E_NOTIMPL)
{
statstg.mtime.dwLowDateTime = 0;
statstg.mtime.dwHighDateTime = 0;
}
IFW32FALSE_EXIT(
pNodeFactory->SetParseType(
XML_FILE_TYPE_MANIFEST,
Asm->m_Information.GetManifestPathType(),
Asm->m_Information.GetManifestPath(),
statstg.mtime));
INTERNAL_ERROR_CHECK(Stream != NULL);
IFCOMFAILED_EXIT(pIXMLParser->SetInput(Stream));
IFCOMFAILED_EXIT(pIXMLParser->Run(-1));
IFW32FALSE_EXIT(FileStream.Close());
IFW32FALSE_EXIT((AssemblyContext.TeeStreamForManifestInstall == NULL) || (TeeStreamForManifestInstall->Close()));
#if FUSION_PRECOMPILED_MANIFEST
IFW32FALSE_EXIT((AssemblyContext.pcmWriterStream == NULL) || (pcmWriterStream.Close()));
#endif
// Tell the contributors we're done parsing this file
for (i=0; i<pActCtxGenCtx->m_ContributorCount; i++)
IFW32FALSE_EXIT(
pActCtxGenCtx->m_Contributors[i].Fire_ParseEnding(
pActCtxGenCtx,
&AssemblyContext));
#if FUSION_XML_TREE
// Now let's fill in the document's string table.
StringTableEntryCount = pNodeFactory->m_ParseTreeStringPool.GetEntryCount() + 1;
if (StringTableEntryCount > NUMBER_OF(LocalStringArray))
IFALLOCFAILED_EXIT(ActualStringArray = FUSION_NEW_ARRAY(SXS_XML_STRING, StringTableEntryCount));
IFW32FALSE_EXIT(pNodeFactory->m_ParseTreeStringPool.FillInStringArray(StringTableEntryCount, ActualStringArray, EntriesFilledIn));
// The size should have been an exact match.
ASSERT(EntriesFilledIn == StringTableEntryCount);
pNodeFactory->m_XmlDocument.StringCount = EntriesFilledIn;
pNodeFactory->m_XmlDocument.Strings = ActualStringArray;
::SxspDumpXmlTree(0, &(pNodeFactory->m_XmlDocument));
pNodeFactory->m_XmlDocument.StringCount = 0;
pNodeFactory->m_XmlDocument.Strings = NULL;
if (ActualStringArray != LocalStringArray)
{
FUSION_DELETE_ARRAY(ActualStringArray);
ActualStringArray = NULL;
}
#endif // FUSION_XML_TREE
Asm->m_Incorporated = TRUE;
fSuccess = TRUE;
Exit:
// And tell them we're done.
for (i=0; i<pActCtxGenCtx->m_ContributorCount; i++)
pActCtxGenCtx->m_Contributors[i].Fire_ParseEnded(pActCtxGenCtx, &AssemblyContext);
return fSuccess;
}
BOOL
SxspEnqueueAssemblyReference(
PACTCTXGENCTX pActCtxGenCtx,
PASSEMBLY SourceAssembly,
PCASSEMBLY_IDENTITY Identity,
bool Optional,
bool MetadataSatellite
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
SMARTPTR(CPendingAssembly) PendingAssembly;
PARAMETER_CHECK(Identity != NULL);
PARAMETER_CHECK(pActCtxGenCtx != NULL);
IFW32FALSE_EXIT(PendingAssembly.Win32Allocate(__FILE__, __LINE__));
IFW32FALSE_EXIT(PendingAssembly->Initialize(SourceAssembly, Identity, Optional, MetadataSatellite));
pActCtxGenCtx->m_PendingAssemblyList.AddToTail(PendingAssembly.Detach());
fSuccess = TRUE;
Exit:
return fSuccess;
}
BOOL
SxspProcessPendingAssemblies(
PACTCTXGENCTX pActCtxGenCtx
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
CPendingAssembly *EntryToDelete = NULL;
PASSEMBLY_IDENTITY MuiAssemblyIdentity = NULL;
CDequeIterator<CPendingAssembly, offsetof(CPendingAssembly, m_Linkage)> Iter(&pActCtxGenCtx->m_PendingAssemblyList);
PARAMETER_CHECK(pActCtxGenCtx != NULL);
for (Iter.Reset(); Iter.More(); Iter.Next())
{
bool fFound = false;
CAssemblyReference TargetAssemblyRef;
CProbedAssemblyInformation AssemblyFound;
PASSEMBLY Assembly = NULL;
if (EntryToDelete != NULL)
{
pActCtxGenCtx->m_PendingAssemblyList.Remove(EntryToDelete);
FUSION_DELETE_SINGLETON(EntryToDelete);
}
EntryToDelete = NULL;
IFW32FALSE_EXIT(AssemblyFound.Initialize());
IFW32FALSE_EXIT(TargetAssemblyRef.Initialize(Iter->GetIdentity()));
IFW32FALSE_EXIT(
::SxspResolvePartialReference(
Iter->IsOptional() ? SXSP_RESOLVE_PARTIAL_REFERENCE_FLAG_OPTIONAL : 0,
Iter->SourceAssembly(),
pActCtxGenCtx,
TargetAssemblyRef,
AssemblyFound,
fFound));
INTERNAL_ERROR_CHECK(fFound || Iter->IsOptional());
if (fFound)
{
PCWSTR szLanguage;
SIZE_T cchLanguage;
IFW32FALSE_EXIT(::SxspAddManifestToActCtxGenCtx(pActCtxGenCtx, AssemblyFound, &Assembly));
if (Iter->IsMetadataSatellite())
Iter->SourceAssembly()->m_MetadataSatelliteRosterIndex = Assembly->m_AssemblyRosterIndex;
// If it's a worldwide assembly, we want to auto-probe for the MUI assembly
IFW32FALSE_EXIT(
::SxspGetAssemblyIdentityAttributeValue(
SXSP_GET_ASSEMBLY_IDENTITY_ATTRIBUTE_VALUE_FLAG_NOT_FOUND_RETURNS_NULL,
AssemblyFound.GetAssemblyIdentity(),
&s_IdentityAttribute_language,
&szLanguage,
&cchLanguage));
if (cchLanguage == 0)
{
CSmallStringBuffer buffName;
PCWSTR szName;
SIZE_T cchName;
CProbedAssemblyInformation MuiAssemblyFound;
CAssemblyReference MuiAssemblyRef;
if (MuiAssemblyIdentity != NULL)
{
::SxsDestroyAssemblyIdentity(MuiAssemblyIdentity);
MuiAssemblyIdentity = NULL;
}
IFW32FALSE_EXIT(
::SxsDuplicateAssemblyIdentity(
0,
AssemblyFound.GetAssemblyIdentity(), // PCASSEMBLY_IDENTITY Source,
&MuiAssemblyIdentity));
IFW32FALSE_EXIT(
::SxspSetAssemblyIdentityAttributeValue(
SXSP_SET_ASSEMBLY_IDENTITY_ATTRIBUTE_VALUE_FLAG_OVERWRITE_EXISTING,
MuiAssemblyIdentity,
&s_IdentityAttribute_language,
L"*",
1));
IFW32FALSE_EXIT(
::SxspGetAssemblyIdentityAttributeValue(
0,
MuiAssemblyIdentity,
&s_IdentityAttribute_name,
&szName,
&cchName));
IFW32FALSE_EXIT(buffName.Win32Assign(szName, cchName));
IFW32FALSE_EXIT(buffName.Win32Append(L".mui", 4));
IFW32FALSE_EXIT(
::SxspSetAssemblyIdentityAttributeValue(
SXSP_SET_ASSEMBLY_IDENTITY_ATTRIBUTE_VALUE_FLAG_OVERWRITE_EXISTING,
MuiAssemblyIdentity,
&s_IdentityAttribute_name,
buffName,
buffName.Cch()));
IFW32FALSE_EXIT(MuiAssemblyFound.Initialize());
IFW32FALSE_EXIT(MuiAssemblyRef.Initialize(MuiAssemblyIdentity));
IFW32FALSE_EXIT(
::SxspResolvePartialReference(
SXSP_RESOLVE_PARTIAL_REFERENCE_FLAG_OPTIONAL |
SXSP_RESOLVE_PARTIAL_REFERENCE_FLAG_SKIP_WORLDWIDE,
Iter->SourceAssembly(),
pActCtxGenCtx,
MuiAssemblyRef,
MuiAssemblyFound,
fFound));
if (fFound)
IFW32FALSE_EXIT(::SxspAddManifestToActCtxGenCtx(pActCtxGenCtx, MuiAssemblyFound, NULL));
}
if (Assembly != NULL)
{
Assembly->Release();
Assembly = NULL;
}
}
EntryToDelete = Iter;
}
if (EntryToDelete != NULL)
{
pActCtxGenCtx->m_PendingAssemblyList.Remove(EntryToDelete);
FUSION_DELETE_SINGLETON(EntryToDelete);
}
fSuccess = TRUE;
Exit:
if (MuiAssemblyIdentity != NULL)
{
CSxsPreserveLastError ple;
::SxsDestroyAssemblyIdentity(MuiAssemblyIdentity);
ple.Restore();
}
return fSuccess;
}
BOOL
SxspCloseManifestGraph(
PACTCTXGENCTX pActCtxGenCtx
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
CDequeIterator<ASSEMBLY, offsetof(ASSEMBLY, m_Linkage)> Iter(&pActCtxGenCtx->m_AssemblyList);
PARAMETER_CHECK(pActCtxGenCtx != NULL);
// We need to just walk the list of assemblies, incorporating any that aren't already
// incorporated into the actctx data. New ones found during incorporation are appended
// to the end of the list, so we should complete everything with a single walk.
for (Iter.Reset(); Iter.More(); Iter.Next())
{
if (!Iter->m_Incorporated)
{
IFW32FALSE_EXIT(::SxspIncorporateAssembly(pActCtxGenCtx, Iter));
}
else
{
PCWSTR AssemblyName = L"<assembly name unavailable>";
PCWSTR ManifestPath = L"<manifest path unavailable>";
Iter->m_Information.GetAssemblyName(&AssemblyName, NULL);
Iter->m_Information.GetManifestPath(&ManifestPath, NULL);
#if DBG
::FusionpDbgPrintEx(FUSION_DBG_LEVEL_INFO, "SXS.DLL: Skipping already incorporated assembly %S (manifest: %S)\n", AssemblyName, ManifestPath);
#endif
}
IFW32FALSE_EXIT(::SxspProcessPendingAssemblies(pActCtxGenCtx));
}
fSuccess = TRUE;
Exit:
return fSuccess;
}
BOOL
SxspBuildActCtxData(
PACTCTXGENCTX pActCtxGenCtx,
PHANDLE SectionHandle
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
CActivationContextGenerationContextContributor *Ctb = NULL;
SIZE_T SectionTotalSize = 0;
SIZE_T TotalHeaderSize = 0;
SIZE_T AssemblyRosterSize = 0;
ULONG SectionCount = 0;
ULONG ExtendedSectionCount = 0;
ULONG NonExtendedSectionCount = 0;
CSxsArrayPointer<GUID> ExtendedSectionGuids;
ULONG ExtensionGuidCount = 0;
PACTIVATION_CONTEXT_DATA ActCtxData = NULL;
CMappedViewOfFile VoidActCtxData;
CFileMapping TempMappingHandle;
BYTE *Cursor = NULL;
ULONG i;
CDequeIterator<ASSEMBLY, offsetof(ASSEMBLY, m_Linkage)> AssemblyIter(&pActCtxGenCtx->m_AssemblyList);
PACTIVATION_CONTEXT_DATA_ASSEMBLY_ROSTER_HEADER AssemblyRosterHeader = NULL;
PACTIVATION_CONTEXT_DATA_ASSEMBLY_ROSTER_ENTRY AssemblyRosterEntry = NULL;
PCACTIVATION_CONTEXT_STRING_SECTION_HEADER AssemblyInformationSection = NULL; // we use this after the main part of
// processing to fill in the assembly roster
PARAMETER_CHECK(pActCtxGenCtx != NULL);
INTERNAL_ERROR_CHECK(pActCtxGenCtx->m_ManifestOperation == MANIFEST_OPERATION_GENERATE_ACTIVATION_CONTEXT);
// Let's see how big this whole thing is going to be now.
SectionTotalSize = 0;
SectionCount = 0;
ExtendedSectionCount = 0;
NonExtendedSectionCount = 0;
for (i=0; i<pActCtxGenCtx->m_ContributorCount; i++)
{
Ctb = &pActCtxGenCtx->m_Contributors[i];
IFW32FALSE_EXIT(Ctb->Fire_AllParsingDone(pActCtxGenCtx));
IFW32FALSE_EXIT(Ctb->Fire_GetSectionSize(pActCtxGenCtx));
if (Ctb->SectionSize() > ULONG_MAX)
{
::FusionpDbgPrintEx(
FUSION_DBG_LEVEL_ERROR,
"SXS.DLL: Contributor %S wants more than ULONG_MAX bytes for its section; failing activation context creation.\n",
Ctb->Name());
ORIGINATE_WIN32_FAILURE_AND_EXIT(ContributorNeedsMoreThan2ToThe32ndBytes, ERROR_INSUFFICIENT_BUFFER);
}
SectionTotalSize += Ctb->SectionSize();
if (Ctb->SectionSize() != 0)
{
SectionCount++;
if (Ctb->IsExtendedSection())
ExtendedSectionCount++;
else
NonExtendedSectionCount++;
}
}
ASSERT(SectionCount == (ExtendedSectionCount + NonExtendedSectionCount));
// If we had any extended sections, we need to figure out how many
// unique extension GUIDs were present.
ExtensionGuidCount = 0;
if (ExtendedSectionCount != 0)
{
// There may only be one GUID with 1000 instances, but for the sake of
// simplicity, we'll just allocate an array equal in size to the number
// of extended sections, and do a linear search to find dups. This
// is a clear candidate for rewriting if the extensibility story
// takes off. -mgrier 2/24/2000
IFALLOCFAILED_EXIT(ExtendedSectionGuids = FUSION_NEW_ARRAY(GUID, ExtendedSectionCount));
for (i=0; i<pActCtxGenCtx->m_ContributorCount; i++)
{
Ctb = &pActCtxGenCtx->m_Contributors[i];
if ((Ctb->SectionSize() != 0) &&
Ctb->IsExtendedSection())
{
ULONG i;
for (i=0; i<ExtensionGuidCount; i++)
{
if (ExtendedSectionGuids[i] == Ctb->ExtensionGuid())
break;
}
if (i == ExtensionGuidCount)
ExtendedSectionGuids[ExtensionGuidCount++] = Ctb->ExtensionGuid();
}
}
}
// Figure out the entire size. SectionTotalSize already includes all the
// particular data from the sections; now we need to add in space for the
// headers etc.
TotalHeaderSize = 0;
// The header for the whole thing
TotalHeaderSize += sizeof(ACTIVATION_CONTEXT_DATA);
if (NonExtendedSectionCount != 0)
{
// The header for the default section TOC
TotalHeaderSize += sizeof(ACTIVATION_CONTEXT_DATA_TOC_HEADER);
// The entry for each non-extended section entry in the TOC. For now we'll
// just put the entries in whatever order they're in in the contributor list.
// the code is in place to do the linear searches and we can optimize this
// later.
TotalHeaderSize += (sizeof(ACTIVATION_CONTEXT_DATA_TOC_ENTRY) * NonExtendedSectionCount);
}
if (ExtensionGuidCount != 0)
{
ULONG i;
// The header for the extension GUID TOC
TotalHeaderSize += sizeof(ACTIVATION_CONTEXT_DATA_EXTENDED_TOC_HEADER);
// The entry for each extension GUID
TotalHeaderSize += (sizeof(ACTIVATION_CONTEXT_DATA_EXTENDED_TOC_ENTRY) * ExtensionGuidCount);
for (i=0; i<ExtensionGuidCount; i++)
{
ULONG SectionCountForThisExtension = 0;
for (i=0; i<pActCtxGenCtx->m_ContributorCount; i++)
{
Ctb = &pActCtxGenCtx->m_Contributors[i];
if ((Ctb->SectionSize() != 0) &&
Ctb->IsExtendedSection() &&
(Ctb->ExtensionGuid() == ExtendedSectionGuids[i]))
SectionCountForThisExtension++;
}
TotalHeaderSize += sizeof(ACTIVATION_CONTEXT_DATA_TOC_HEADER);
TotalHeaderSize += (sizeof(ACTIVATION_CONTEXT_DATA_TOC_ENTRY) * SectionCountForThisExtension);
}
}
SectionTotalSize += TotalHeaderSize;
// Allocate space for the assembly roster and the one dead entry at the beginning of the array.
AssemblyRosterSize =
sizeof(ACTIVATION_CONTEXT_DATA_ASSEMBLY_ROSTER_HEADER)
+ sizeof(ACTIVATION_CONTEXT_DATA_ASSEMBLY_ROSTER_ENTRY)
+ (sizeof(ACTIVATION_CONTEXT_DATA_ASSEMBLY_ROSTER_ENTRY) * pActCtxGenCtx->m_AssemblyList.GetEntryCount());
SectionTotalSize += AssemblyRosterSize;
if (SectionTotalSize > ULONG_MAX)
{
::FusionpDbgPrintEx(
FUSION_DBG_LEVEL_ERROR,
"SXS.DLL: Total size of activation context exceeds ULONG_MAX; failing activation context creation.\n");
ORIGINATE_WIN32_FAILURE_AND_EXIT(SectionSizeTotalMoreThan2ToThe32nd, ERROR_INSUFFICIENT_BUFFER);
goto Exit;
}
::FusionpDbgPrintEx(
FUSION_DBG_LEVEL_ACTCTX,
"SXS.DLL: Creating %lu byte file mapping\n", static_cast<ULONG>(SectionTotalSize));
IFW32NULL_EXIT(
TempMappingHandle.Win32CreateFileMapping(
INVALID_HANDLE_VALUE, // Pagefile backed section
PAGE_READWRITE,
SectionTotalSize));
IFW32NULL_EXIT(VoidActCtxData.Win32MapViewOfFile(TempMappingHandle, FILE_MAP_WRITE));
ActCtxData = reinterpret_cast<PACTIVATION_CONTEXT_DATA>(static_cast<PVOID>(VoidActCtxData));
ActCtxData->Magic = ACTIVATION_CONTEXT_DATA_MAGIC;
ActCtxData->HeaderSize = sizeof(ACTIVATION_CONTEXT_DATA);
ActCtxData->FormatVersion = ACTIVATION_CONTEXT_DATA_FORMAT_WHISTLER;
ActCtxData->TotalSize = static_cast<ULONG>(SectionTotalSize);
ActCtxData->Flags = 0;
if (pActCtxGenCtx->m_NoInherit)
ActCtxData->Flags |= ACTIVATION_CONTEXT_FLAG_NO_INHERIT;
Cursor = (BYTE *) (ActCtxData + 1);
AssemblyRosterHeader = (PACTIVATION_CONTEXT_DATA_ASSEMBLY_ROSTER_HEADER) Cursor;
Cursor = (BYTE *) (AssemblyRosterHeader + 1);
AssemblyRosterHeader->HeaderSize = sizeof(ACTIVATION_CONTEXT_DATA_ASSEMBLY_ROSTER_HEADER);
AssemblyRosterHeader->HashAlgorithm = FUSION_HASH_ALGORITHM;
AssemblyRosterHeader->EntryCount = static_cast<ULONG>(pActCtxGenCtx->m_AssemblyList.GetEntryCount() + 1);
AssemblyRosterHeader->FirstEntryOffset = static_cast<LONG>(((LONG_PTR) Cursor) - ((LONG_PTR) ActCtxData));
AssemblyRosterEntry = (PACTIVATION_CONTEXT_DATA_ASSEMBLY_ROSTER_ENTRY) Cursor;
Cursor = (BYTE *) (AssemblyRosterEntry + AssemblyRosterHeader->EntryCount);
// First assembly roster entry is a blank one for index 0
AssemblyRosterEntry[0].Flags = ACTIVATION_CONTEXT_DATA_ASSEMBLY_ROSTER_ENTRY_INVALID;
AssemblyRosterEntry[0].AssemblyNameLength = 0;
AssemblyRosterEntry[0].AssemblyNameOffset = 0;
AssemblyRosterEntry[0].PseudoKey = 0;
// Fill in the roster with bogus data to start with; we'll fill it in for real after
// we've found the assembly information section.
for (AssemblyIter.Reset(), i = 1; AssemblyIter.More(); AssemblyIter.Next(), i++)
{
AssemblyRosterEntry[i].Flags = ACTIVATION_CONTEXT_DATA_ASSEMBLY_ROSTER_ENTRY_INVALID;
if (AssemblyIter->IsRoot())
AssemblyRosterEntry[i].Flags |= ACTIVATION_CONTEXT_DATA_ASSEMBLY_ROSTER_ENTRY_ROOT;
}
ActCtxData->AssemblyRosterOffset = static_cast<LONG>(((LONG_PTR) AssemblyRosterHeader) - ((LONG_PTR) ActCtxData));
if (NonExtendedSectionCount != 0)
{
PACTIVATION_CONTEXT_DATA_TOC_HEADER Toc = (PACTIVATION_CONTEXT_DATA_TOC_HEADER) Cursor;
PACTIVATION_CONTEXT_DATA_TOC_ENTRY Entry = (PACTIVATION_CONTEXT_DATA_TOC_ENTRY) (Toc + 1);
ULONG iEntry = 0;
ULONG i;
ULONG LastSectionId;
Toc->HeaderSize = sizeof(ACTIVATION_CONTEXT_DATA_TOC_HEADER);
Toc->EntryCount = NonExtendedSectionCount;
Toc->FirstEntryOffset = static_cast<LONG>(((LONG_PTR) Entry) - ((LONG_PTR) ActCtxData));
Cursor = (BYTE *) (Entry + NonExtendedSectionCount);
// Since we sorted the providers prior to building the array, we can set the
// inorder bit so that we at least do a binary search at runtime.
// We'll assume it's dense also; if we find out that it isn't while we're
// building, we'll clear the dense bit.
Toc->Flags = ACTIVATION_CONTEXT_DATA_TOC_HEADER_INORDER | ACTIVATION_CONTEXT_DATA_TOC_HEADER_DENSE;
for (i=0; i<pActCtxGenCtx->m_ContributorCount; i++)
{
Ctb = &pActCtxGenCtx->m_Contributors[i];
LastSectionId = 0;
if ((Ctb->SectionSize() != 0) &&
!Ctb->IsExtendedSection())
{
if (iEntry != 0)
{
if (Ctb->SectionId() != (LastSectionId + 1))
Toc->Flags &= ~ACTIVATION_CONTEXT_DATA_TOC_HEADER_DENSE;
}
LastSectionId = Ctb->SectionId();
Entry->Id = Ctb->SectionId();
Entry->Offset = static_cast<LONG>(((LONG_PTR) Cursor) - ((LONG_PTR) ActCtxData));
Entry->Length = static_cast<ULONG>(Ctb->SectionSize());
Entry->Format = Ctb->SectionFormat();
IFW32FALSE_EXIT(Ctb->Fire_GetSectionData(pActCtxGenCtx, Cursor));
// We have special knowledge about the assembly metadata section; we reference it
// in the assembly roster.
if (Ctb->SectionId() == ACTIVATION_CONTEXT_SECTION_ASSEMBLY_INFORMATION)
AssemblyInformationSection = (PCACTIVATION_CONTEXT_STRING_SECTION_HEADER) Cursor;
Cursor = (BYTE *) (((ULONG_PTR) Cursor) + Ctb->SectionSize());
Entry++;
iEntry++;
}
}
ActCtxData->DefaultTocOffset = static_cast<LONG>(((LONG_PTR) Toc) - ((LONG_PTR) ActCtxData));
}
else
ActCtxData->DefaultTocOffset = 0;
if (ExtensionGuidCount != 0)
{
ULONG i;
PACTIVATION_CONTEXT_DATA_EXTENDED_TOC_HEADER ExtToc = (PACTIVATION_CONTEXT_DATA_EXTENDED_TOC_HEADER) Cursor;
PACTIVATION_CONTEXT_DATA_EXTENDED_TOC_ENTRY ExtTocEntry = (PACTIVATION_CONTEXT_DATA_EXTENDED_TOC_ENTRY) (ExtToc + 1);
Cursor = (BYTE *) (ExtTocEntry + ExtensionGuidCount);
ExtToc->HeaderSize = sizeof(ACTIVATION_CONTEXT_DATA_EXTENDED_TOC_HEADER);
ExtToc->EntryCount = ExtensionGuidCount;
ExtToc->FirstEntryOffset = static_cast<LONG>(((LONG_PTR) ExtTocEntry) - ((LONG_PTR) ActCtxData));
ExtToc->Flags = 0;
for (i=0; i<ExtensionGuidCount; i++)
{
ULONG j;
ULONG SectionCountForThisExtension = 0;
PACTIVATION_CONTEXT_DATA_TOC_HEADER Toc = (PACTIVATION_CONTEXT_DATA_TOC_HEADER) Cursor;
PACTIVATION_CONTEXT_DATA_TOC_ENTRY Entry = (PACTIVATION_CONTEXT_DATA_TOC_ENTRY) (Toc + 1);
ExtTocEntry->ExtensionGuid = ExtendedSectionGuids[i];
for (j=0; i<pActCtxGenCtx->m_ContributorCount; j++)
{
Ctb = &pActCtxGenCtx->m_Contributors[j];
if ((Ctb->SectionSize() != 0) &&
Ctb->IsExtendedSection() &&
(Ctb->ExtensionGuid() == ExtendedSectionGuids[i]))
{
SectionCountForThisExtension++;
}
}
Cursor = (BYTE *) (Entry + SectionCountForThisExtension);
Toc->HeaderSize = sizeof(ACTIVATION_CONTEXT_DATA_TOC_HEADER);
Toc->EntryCount = SectionCountForThisExtension;
Toc->FirstEntryOffset = static_cast<LONG>(((LONG_PTR) Entry) - ((LONG_PTR) ActCtxData));
Toc->Flags = 0;
for (j=0; i<pActCtxGenCtx->m_ContributorCount; j++)
{
Ctb = &pActCtxGenCtx->m_Contributors[j];
if ((Ctb->SectionSize() != 0) &&
Ctb->IsExtendedSection() &&
(Ctb->ExtensionGuid() == ExtendedSectionGuids[i]) &&
(Ctb->SectionId() != 0) )
{
SIZE_T SectionSize = Ctb->SectionSize();
Entry->Id = Ctb->SectionId();
Entry->Offset = static_cast<LONG>(((LONG_PTR) Cursor) - ((LONG_PTR) ActCtxData));
Entry->Length = static_cast<ULONG>(SectionSize);
Entry->Format = Ctb->SectionFormat();
IFW32FALSE_EXIT(Ctb->Fire_GetSectionData(pActCtxGenCtx, Cursor));
Cursor = (BYTE *) (((ULONG_PTR) Cursor) + SectionSize);
Entry++;
}
}
}
ActCtxData->ExtendedTocOffset = static_cast<LONG>(((LONG_PTR) ExtToc) - ((LONG_PTR) ActCtxData));
}
else
ActCtxData->ExtendedTocOffset = 0;
ASSERT(AssemblyInformationSection != NULL);
// Go back and fill in the assembly roster...
if (AssemblyInformationSection != NULL)
{
PCACTIVATION_CONTEXT_STRING_SECTION_ENTRY Entries = (PCACTIVATION_CONTEXT_STRING_SECTION_ENTRY)
(((ULONG_PTR) AssemblyInformationSection) + AssemblyInformationSection->ElementListOffset);
LONG_PTR SectionOffset = ((LONG_PTR) AssemblyInformationSection) - ((LONG_PTR) ActCtxData);
AssemblyRosterHeader->HashAlgorithm = AssemblyInformationSection->HashAlgorithm;
AssemblyRosterHeader->AssemblyInformationSectionOffset = static_cast<ULONG>(SectionOffset);
// If there are 3 assemblies, there must be 3 entries in the section and 4 roster entries
// (counting the bogus entry 0).
ASSERT(AssemblyInformationSection->ElementCount == (AssemblyRosterHeader->EntryCount - 1));
if (AssemblyInformationSection->ElementCount != (AssemblyRosterHeader->EntryCount - 1))
{
::FusionpSetLastWin32Error(ERROR_INTERNAL_ERROR);
goto Exit;
}
for (i=0; i<AssemblyInformationSection->ElementCount; i++)
{
ULONG iRoster = Entries[i].AssemblyRosterIndex;
ASSERT(iRoster != 0);
ASSERT(iRoster < AssemblyRosterHeader->EntryCount);
if ((iRoster == 0) ||
(iRoster >= AssemblyRosterHeader->EntryCount))
{
::FusionpSetLastWin32Error(ERROR_INTERNAL_ERROR);
goto Exit;
}
// Make sure that we're not repeating an index somehow...
ASSERT(AssemblyRosterEntry[iRoster].Flags & ACTIVATION_CONTEXT_DATA_ASSEMBLY_ROSTER_ENTRY_INVALID);
if ((AssemblyRosterEntry[iRoster].Flags & ACTIVATION_CONTEXT_DATA_ASSEMBLY_ROSTER_ENTRY_INVALID) == 0)
{
::FusionpSetLastWin32Error(ERROR_INTERNAL_ERROR);
goto Exit;
}
// Turn off the invalid flag...
AssemblyRosterEntry[iRoster].Flags &= ~ACTIVATION_CONTEXT_DATA_ASSEMBLY_ROSTER_ENTRY_INVALID;
// Point to the data already in the string section header
AssemblyRosterEntry[iRoster].AssemblyNameLength = Entries[i].KeyLength;
if (Entries[i].KeyOffset != 0)
AssemblyRosterEntry[iRoster].AssemblyNameOffset = static_cast<LONG>(Entries[i].KeyOffset + SectionOffset);
else
AssemblyRosterEntry[iRoster].AssemblyNameOffset = 0;
AssemblyRosterEntry[iRoster].AssemblyInformationLength = Entries[i].Length;
AssemblyRosterEntry[iRoster].AssemblyInformationOffset = static_cast<LONG>(Entries[i].Offset + SectionOffset);
AssemblyRosterEntry[iRoster].PseudoKey = Entries[i].PseudoKey;
}
}
else
{
// the assembly metadata section provider should have contributed *something*
::FusionpSetLastWin32Error(ERROR_INTERNAL_ERROR);
goto Exit;
}
if (::FusionpDbgWouldPrintAtFilterLevel(FUSION_DBG_LEVEL_ACTCTX))
{
CSmallStringBuffer buffPrefix;
::SxspDbgPrintActivationContextData(FUSION_DBG_LEVEL_ACTCTX, ActCtxData, buffPrefix);
}
IFW32FALSE_EXIT(VoidActCtxData.Win32Close());
*SectionHandle = TempMappingHandle.Detach();
fSuccess = TRUE;
Exit:
return fSuccess;
}
CPendingAssembly::CPendingAssembly() :
m_SourceAssembly(NULL),
m_Identity(NULL),
m_Optional(false),
m_MetadataSatellite(false)
{
}
CPendingAssembly::~CPendingAssembly()
{
if (m_Identity != NULL)
{
::SxsDestroyAssemblyIdentity(m_Identity);
m_Identity = NULL;
}
}
BOOL
CPendingAssembly::Initialize(
PASSEMBLY Assembly,
PCASSEMBLY_IDENTITY Identity,
bool Optional,
bool MetadataSatellite
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
INTERNAL_ERROR_CHECK(m_Identity == NULL);
PARAMETER_CHECK(Identity != NULL);
IFW32FALSE_EXIT(::SxsDuplicateAssemblyIdentity(0, Identity, &m_Identity));
m_SourceAssembly = Assembly;
m_Optional = Optional;
m_MetadataSatellite = MetadataSatellite;
fSuccess = TRUE;
Exit:
return fSuccess;
}