#include "stdinc.h"
#include "actctxgenctx.h"
#define DEFINE_ATTRIBUTE(attributeName, attributeType, typePrefix) \
{ \
L ## #attributeName, \
offsetof(CNodeFactory, m_ ## typePrefix ## _ ## attributeName), \
offsetof(CNodeFactory, m_f ## attributeName ## _ ## Present), \
&CNodeFactory::XMLParser_Parse_ ## attributeType \
},
const static ASSEMBLY_VERSION assemblyVersion0 = {0,0,0,0};
typedef enum _in_xml_tag_when_identity_generated_{
SXS_IN_INVALID_XML_TAG_WHEN_ASSEMBLY_IDENTITY_GENERATED,
SXS_IN_ASSEMBLY_TAG,
SXS_IN_DEPENDENCY_TAG
}SXS_IN_XML_TAG_WHEN_IDENTITY_GENERATED;
static
VOID
SxspDbgPrintXmlNodeInfo(
ULONG Level,
XML_NODE_INFO *pNode
);
static
PCSTR
SxspFormatXmlNodeType(
DWORD dwType
);
struct EventIdErrorPair
{
DWORD dwEventId;
LONG nError;
};
const static EventIdErrorPair eventIdToErrorMap[] =
{
#include "Messages.hi" // generated from .x file, like .mc
};
// deliberately no extra paranetheses here
#define NODEFACTORY_STRING_AND_LENGTH(x) x, NUMBER_OF(x) - 1
const static SXS_NAME_LENGTH_PAIR IgnoredAttributesInDependencyTagForIdentity[]={
//maybe more later
{ NODEFACTORY_STRING_AND_LENGTH(L"Description") }
};
const DWORD IGNORED_ATTRIBUTE_NUM_IN_DEPENDENCY_TAG = NUMBER_OF(IgnoredAttributesInDependencyTagForIdentity);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(baseInterface);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(clsid);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(description);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(flags);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(hash);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(hashalg);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(helpdir);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(iid);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(language);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(loadFrom);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(manifestVersion);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(metadataSatellite);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(name);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(newVersion);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(numMethods);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(oldVersion);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(optional);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(processorArchitecture);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(progid);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(proxyStubClsid32);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(publicKeyToken);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(publicKey);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(resourceid);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(runtimeVersion);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(size);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(threadingModel);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(tlbid);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(type);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(version);
DECLARE_STD_ATTRIBUTE_NAME_DESCRIPTOR(versioned);
// How to interpret the parser worker rules here:
//
// First, the state of the parser must match m_xps for the rule to be considered.
// If the value eNotParsing is in the table, it matches any current parser
// state. Use this to globally ignore some particular tag type when
// combined with a NULL m_pszTag and NULL m_pfn.
// Second, the type of the tag from the XML parser must match m_dwType.
// If m_pszTag is not NULL, a case-insensitive comparison is done between the
// string m_pszTag points to and the tag from the XML parser. An m_pszTag
// value of NULL matches any tag.
// If the three criteria match, the worker function is called. The worker function
// pointer may be NULL, in which case no action is taken. (This is useful for
// callbacks from the parser about XML_WHITESPACE where we don't really have to do
// anything at all.)
//
#define DEFINE_TAG_WORKER_IGNOREALLOFTYPE(dwType) { CNodeFactory::eNotParsing, (dwType), NULL, NULL, NULL, 0, 0, 0, NULL }
//
// Notes on use of the DEFINE_TAG_WORKER_ELEMENT() macro:
//
// The first parameter, sourceState, is part of the name of a XMLParseState
// enumeration value. It is concatenated onto "eParsing" to form the name of
// the state which the rule will match.
//
// The second parameter is both the text of the tag to match and is used to
// form the name of the function to invoke if the rule matches. The tag is
// compared case-insensitively, and the name of the member function invoked
// is XMLParser_Element_ followed by the sourceState string followed by another
// underscore, followed by the tagName string. So, for example, the following
// rule:
//
// DEFINE_TAG_WORKER_ELEMENT(DepAssy, Version)
//
// says that when the parser is in the eParsingDepAssy state and a "Version"
// tag is found, call the function CNodeFactory::XMLParser_Element_DepAssy_Version().
//
#define DEFINE_TAG_WORKER_ELEMENT(sourceState, tagName) \
{ \
CNodeFactory::eParsing_ ## sourceState, \
XML_ELEMENT, \
SXS_ASSEMBLY_MANIFEST_STD_NAMESPACE, \
L ## #tagName, \
s_rg_ ## sourceState ## _ ## tagName ## _attributes, \
NUMBER_OF(SXS_ASSEMBLY_MANIFEST_STD_NAMESPACE) - 1, \
NUMBER_OF(L ## #tagName) - 1, \
NUMBER_OF(s_rg_ ## sourceState ## _ ## tagName ## _attributes), \
&CNodeFactory::XMLParser_Element_ ## sourceState ## _ ## tagName, \
CNodeFactory::eParsing_ ## sourceState ## _ ## tagName \
}
#define DEFINE_TAG_WORKER_ELEMENT_NOCB(sourceState, tagName) \
{ \
CNodeFactory::eParsing_ ## sourceState, \
XML_ELEMENT, \
SXS_ASSEMBLY_MANIFEST_STD_NAMESPACE, \
L ## #tagName, \
s_rg_ ## sourceState ## _ ## tagName ## _attributes, \
NUMBER_OF(SXS_ASSEMBLY_MANIFEST_STD_NAMESPACE) - 1, \
NUMBER_OF(L ## #tagName) - 1, \
NUMBER_OF(s_rg_ ## sourceState ## _ ## tagName ## _attributes), \
NULL, \
CNodeFactory::eParsing_ ## sourceState ## _ ## tagName \
}
#define DEFINE_TAG_WORKER_ELEMENT_NONS(sourceState, tagName) \
{ \
CNodeFactory::eParsing_ ## sourceState, \
XML_ELEMENT, \
NULL, \
L ## #tagName, \
s_rg_ ## sourceState ## _ ## tagName ## _attributes, \
0, \
NUMBER_OF(L ## #tagName) - 1, \
NUMBER_OF(s_rg_ ## sourceState ## _ ## tagName ## _attributes), \
&CNodeFactory::XMLParser_Element_ ## sourceState ## _ ## tagName, \
CNodeFactory::eParsing_ ## sourceState ## _ ## tagName \
}
#define BEGIN_ELEMENT_LEGAL_ATTRIBUTES(_element) \
const static ELEMENT_LEGAL_ATTRIBUTE s_rg_ ## _element ## _attributes[] = { \
{ ELEMENT_LEGAL_ATTRIBUTE_FLAG_IGNORE, NULL, NULL },
#define DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(attributeName, validatorFlags, validator) { ELEMENT_LEGAL_ATTRIBUTE_FLAG_REQUIRED, &s_AttributeName_ ## attributeName, validator, validatorFlags },
#define DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(attributeName, validatorFlags, validator) { 0, &s_AttributeName_ ## attributeName, validator, validatorFlags },
#define END_ELEMENT_LEGAL_ATTRIBUTES(_element) };
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(manifestVersion, 0, NULL)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_description)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_description)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_noInherit)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_noInherit)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_noInheritable)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_noInheritable)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_assemblyIdentity)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(name, 0, NULL)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(version, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(type, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(processorArchitecture, SXSP_VALIDATE_PROCESSOR_ARCHITECTURE_ATTRIBUTE_FLAG_WILDCARD_ALLOWED, &::SxspValidateProcessorArchitectureAttribute)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(publicKeyToken, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(language, 0, &::SxspValidateLanguageAttribute)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(publicKey, 0, NULL)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_assemblyIdentity)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_dependency)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(optional, 0, &::SxspValidateBoolAttribute)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_dependency)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_dependency_dependentAssembly)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_dependency_dependentAssembly)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_dependency_dependentAssembly_assemblyIdentity)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(name, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(type, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(version, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(processorArchitecture, SXSP_VALIDATE_PROCESSOR_ARCHITECTURE_ATTRIBUTE_FLAG_WILDCARD_ALLOWED, &::SxspValidateProcessorArchitectureAttribute)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(publicKeyToken, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(language, SXSP_VALIDATE_LANGUAGE_ATTRIBUTE_FLAG_WILDCARD_ALLOWED, &::SxspValidateLanguageAttribute)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_dependency_dependentAssembly_assemblyIdentity)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_dependency_dependentAssembly_bindingRedirect)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(oldVersion, 0, NULL)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(newVersion, 0, NULL)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_dependency_dependentAssembly_bindingRedirect)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_file)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(name, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(hash, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(hashalg, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(loadFrom, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(size, 0, &::SxspValidateUnsigned64Attribute)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_file)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_file_comClass)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(clsid, 0, &::SxspValidateGuidAttribute)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(threadingModel, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(progid, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(tlbid, 0, &::SxspValidateGuidAttribute)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(description, 0, NULL)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_file_comClass)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_file_comClass_progid)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_file_comClass_progid)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_clrClass)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(name, 0, NULL)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(clsid, 0, &::SxspValidateGuidAttribute)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(progid, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(tlbid, 0, &::SxspValidateGuidAttribute)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(description, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(runtimeVersion, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(threadingModel, 0, NULL)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_clrClass)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_clrSurrogate)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(clsid, 0, &::SxspValidateGuidAttribute)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(name, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(runtimeVersion, 0, NULL)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_file_clrSurrogate)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_clrClass_progid)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_clrClass_progid)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_file_comInterfaceProxyStub)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(iid, 0, &::SxspValidateGuidAttribute)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(tlbid, 0, &::SxspValidateGuidAttribute)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(name, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(numMethods, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(baseInterface, 0, &::SxspValidateGuidAttribute)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(proxyStubClsid32, 0, &::SxspValidateGuidAttribute)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(threadingModel, 0, NULL)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_file_comInterfaceProxyStub)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_file_typelib)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(tlbid, 0, &::SxspValidateGuidAttribute)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(version, 0, NULL)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(helpdir, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(resourceid, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(flags, 0, NULL)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_file_typelib)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_file_windowClass)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(versioned, 0, &::SxspValidateBoolAttribute)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_file_windowClass)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_comInterfaceExternalProxyStub)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(iid, 0, &::SxspValidateGuidAttribute)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(name, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(proxyStubClsid32, 0, &::SxspValidateGuidAttribute)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(tlbid, 0, &::SxspValidateGuidAttribute)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(numMethods, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(baseInterface, 0, &::SxspValidateGuidAttribute)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_assembly_comInterfaceExternalProxyStub)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_configuration)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_configuration)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_configuration_windows)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_configuration_windows)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_configuration_windows_assemblyBinding)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_configuration_windows_assemblyBinding)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_configuration_windows_assemblyBinding_assemblyIdentity)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(name, 0, NULL)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(version, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(type, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(processorArchitecture, 0, &::SxspValidateProcessorArchitectureAttribute)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(publicKeyToken, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(language, 0, &::SxspValidateLanguageAttribute)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_configuration_windows_assemblyBinding_assemblyIdentity)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_configuration_windows_assemblyBinding_dependentAssembly)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_configuration_windows_assemblyBinding_dependentAssembly)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_configuration_windows_assemblyBinding_dependentAssembly_assemblyIdentity)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(name, 0, NULL)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(processorArchitecture, 0, &::SxspValidateProcessorArchitectureAttribute)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(type, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(publicKeyToken, 0, NULL)
DEFINE_ELEMENT_NONS_OPTIONAL_ATTRIBUTE(language, 0, &::SxspValidateLanguageAttribute)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_configuration_windows_assemblyBinding_dependentAssembly_assemblyIdentity)
BEGIN_ELEMENT_LEGAL_ATTRIBUTES(doc_configuration_windows_assemblyBinding_dependentAssembly_bindingRedirect)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(oldVersion, 0, NULL)
DEFINE_ELEMENT_NONS_REQUIRED_ATTRIBUTE(newVersion, 0, NULL)
END_ELEMENT_LEGAL_ATTRIBUTES(doc_configuration_windows_assemblyBinding_dependentAssembly_bindingRedirect)
static const struct
{
CNodeFactory::XMLParseState m_xpsOld;
DWORD m_dwType;
PCWSTR m_pszNamespace;
PCWSTR m_pszName;
PCELEMENT_LEGAL_ATTRIBUTE m_prgLegalAttributes;
UCHAR m_cchNamespace; // We use UCHAR here just for greater data density. Changing this and rebuilding
UCHAR m_cchName; // this module should work fine if you really need namespaces or names longer than
// 255 characters.
UCHAR m_cLegalAttributes;
CNodeFactory::XMLParserWorkerFunctionPtr m_pfn;
CNodeFactory::XMLParseState m_xpsNew;
} s_rgWorkers[] =
{
DEFINE_TAG_WORKER_IGNOREALLOFTYPE(XML_WHITESPACE),
DEFINE_TAG_WORKER_IGNOREALLOFTYPE(XML_COMMENT),
DEFINE_TAG_WORKER_ELEMENT(doc, assembly),
DEFINE_TAG_WORKER_ELEMENT(doc_assembly, assemblyIdentity),
DEFINE_TAG_WORKER_ELEMENT_NOCB(doc_assembly, description),
DEFINE_TAG_WORKER_ELEMENT(doc_assembly, noInherit),
DEFINE_TAG_WORKER_ELEMENT(doc_assembly, noInheritable),
DEFINE_TAG_WORKER_ELEMENT(doc_assembly, dependency),
DEFINE_TAG_WORKER_ELEMENT(doc_assembly_dependency, dependentAssembly),
DEFINE_TAG_WORKER_ELEMENT(doc_assembly_dependency_dependentAssembly, assemblyIdentity),
DEFINE_TAG_WORKER_ELEMENT(doc_assembly_dependency_dependentAssembly, bindingRedirect),
DEFINE_TAG_WORKER_ELEMENT_NOCB(doc_assembly, file),
DEFINE_TAG_WORKER_ELEMENT_NOCB(doc_assembly_file, comClass),
DEFINE_TAG_WORKER_ELEMENT_NOCB(doc_assembly_file_comClass, progid),
DEFINE_TAG_WORKER_ELEMENT_NOCB(doc_assembly, clrClass),
DEFINE_TAG_WORKER_ELEMENT_NOCB(doc_assembly_clrClass, progid),
DEFINE_TAG_WORKER_ELEMENT_NOCB(doc_assembly_file, comInterfaceProxyStub),
DEFINE_TAG_WORKER_ELEMENT_NOCB(doc_assembly_file, typelib),
DEFINE_TAG_WORKER_ELEMENT_NOCB(doc_assembly_file, windowClass),
DEFINE_TAG_WORKER_ELEMENT_NOCB(doc_assembly, clrSurrogate),
DEFINE_TAG_WORKER_ELEMENT_NOCB(doc_assembly, comInterfaceExternalProxyStub),
// All app config productions go here, just for neatness
DEFINE_TAG_WORKER_ELEMENT_NONS(doc, configuration),
DEFINE_TAG_WORKER_ELEMENT_NONS(doc_configuration, windows),
DEFINE_TAG_WORKER_ELEMENT(doc_configuration_windows, assemblyBinding),
DEFINE_TAG_WORKER_ELEMENT(doc_configuration_windows_assemblyBinding, assemblyIdentity),
DEFINE_TAG_WORKER_ELEMENT(doc_configuration_windows_assemblyBinding, dependentAssembly),
DEFINE_TAG_WORKER_ELEMENT(doc_configuration_windows_assemblyBinding_dependentAssembly, assemblyIdentity),
DEFINE_TAG_WORKER_ELEMENT(doc_configuration_windows_assemblyBinding_dependentAssembly, bindingRedirect),
};
BOOL
SxspIsNamespaceDeclaration(XML_NODE_INFO *pNodeInfo)
{
FN_TRACE();
ASSERT(pNodeInfo->dwType == XML_ATTRIBUTE);
if (pNodeInfo->ulLen >= 5)
{ // "xmlns" : prefix for namespace declaration, default ns or non-default ns
if ((pNodeInfo->pwcText[0] == L'x') &&
(pNodeInfo->pwcText[1] == L'm') &&
(pNodeInfo->pwcText[2] == L'l') &&
(pNodeInfo->pwcText[3] == L'n') &&
(pNodeInfo->pwcText[4] == L's'))
{
if (pNodeInfo->ulLen == 5) // like xmlns="", default ns declaration
return TRUE;
else
if (pNodeInfo->pwcText[5] == L':')
return TRUE;
}
}
return FALSE;
}
//In this function, two tasks:
// 1) verify PublicKey and StrongName
// 2) create AssemblyIdentity based on xmlnode array
// 3) for (name, processorArchitecure, version. langid) they would be unique with SXS_ASSEMBLY_MANIFEST_STD_NAMESPACE
// 4) if there are dup triples {nsURL, name, value), only one is count, this is done with SxsCreateAssemblyIdentity
BOOL
SxspCreateAssemblyIdentityFromIdentityElement(
DWORD Flags,
PCACTCTXCTB_PARSE_CONTEXT ParseContext,
ULONG Type,
PASSEMBLY_IDENTITY *AssemblyIdentityOut,
DWORD cNumRecs,
PCSXS_NODE_INFO prgNodeInfo
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
DWORD i;
PASSEMBLY_IDENTITY AssemblyIdentity = NULL;
CStringBuffer buffValue;
if (AssemblyIdentityOut != NULL)
*AssemblyIdentityOut = NULL;
PARAMETER_CHECK((Flags & ~(SXSP_CREATE_ASSEMBLY_IDENTITY_FROM_IDENTITY_TAG_FLAG_VERIFY_PUBLIC_KEY_IF_PRESENT)) == 0);
PARAMETER_CHECK((Type == ASSEMBLY_IDENTITY_TYPE_DEFINITION) || (Type == ASSEMBLY_IDENTITY_TYPE_REFERENCE));
PARAMETER_CHECK(AssemblyIdentityOut != NULL);
PARAMETER_CHECK(prgNodeInfo != NULL);
PARAMETER_CHECK(prgNodeInfo[0].Type == XML_ELEMENT);
IFW32FALSE_EXIT(::SxsCreateAssemblyIdentity(0, Type, &AssemblyIdentity, 0, NULL));
i = 1;
while (i<cNumRecs)
{
ULONG j;
INTERNAL_ERROR_CHECK(prgNodeInfo[i].Type == XML_ATTRIBUTE);
buffValue.Clear();
j = i + 1;
while ((j < cNumRecs) && (prgNodeInfo[j].Type == XML_PCDATA))
{
IFW32FALSE_EXIT(buffValue.Win32Append(prgNodeInfo[j].pszText, prgNodeInfo[j].cchText));
j++;
}
// if this is a special attribute, we'll handle it ... specially.
if ((prgNodeInfo[i].NamespaceStringBuf.Cch() == 0) &&
(::FusionpCompareStrings(
SXS_ASSEMBLY_IDENTITY_STD_ATTRIBUTE_NAME_PUBLIC_KEY,
SXS_ASSEMBLY_IDENTITY_STD_ATTRIBUTE_NAME_PUBLIC_KEY_CCH,
prgNodeInfo[i].pszText,
prgNodeInfo[i].cchText,
false) == 0))
{// ignore publicKey if it appears in assembly identity
}
else
{
ASSEMBLY_IDENTITY_ATTRIBUTE Attribute;
Attribute.Flags = 0;
Attribute.NamespaceCch = prgNodeInfo[i].NamespaceStringBuf.Cch();
Attribute.Namespace = prgNodeInfo[i].NamespaceStringBuf;
Attribute.NameCch = prgNodeInfo[i].cchText;
Attribute.Name = prgNodeInfo[i].pszText;
Attribute.ValueCch = buffValue.Cch();
Attribute.Value = buffValue;
IFW32FALSE_EXIT(::SxsInsertAssemblyIdentityAttribute(0, AssemblyIdentity, &Attribute));
}
i = j;
}
*AssemblyIdentityOut = AssemblyIdentity;
AssemblyIdentity = NULL;
fSuccess = TRUE;
Exit:
if (AssemblyIdentity != NULL)
::SxsDestroyAssemblyIdentity(AssemblyIdentity);
return fSuccess;
}
CNodeFactory::CNodeFactory()
: m_ActCtxGenCtx(NULL),
m_Assembly(NULL),
m_fFirstCreateNodeCall(true),
m_cUnknownChildDepth(0),
m_xpsParseState(eParsing_doc),
m_fAssemblyFound(false),
m_fIdentityFound(false),
m_AssemblyContext(NULL),
m_CurrentPolicyDependentAssemblyIdentity(NULL),
m_CurrentPolicyStatement(NULL),
m_IntuitedParseType(eActualParseType_Undetermined),
m_pApplicationPolicyTable(NULL),
m_fNoInheritableFound(false)
{
m_ParseContext.XMLElementDepth = 0;
m_ParseContext.ElementPath = NULL;
m_ParseContext.ElementPathCch = 0;
m_ParseContext.ElementName = NULL;
m_ParseContext.ElementPathCch = 0;
m_ParseContext.ElementHash = 0;
}
CNodeFactory::~CNodeFactory()
{
CSxsPreserveLastError ple;
if ((m_CurrentPolicyStatement != NULL) &&
(m_CurrentPolicyDependentAssemblyIdentity != NULL) &&
(m_pApplicationPolicyTable != NULL))
{
if (m_pApplicationPolicyTable->Find(m_buffCurrentApplicationPolicyIdentityKey, m_CurrentPolicyStatement))
m_CurrentPolicyStatement = NULL;
}
FUSION_DELETE_SINGLETON(m_CurrentPolicyStatement);
if (m_CurrentPolicyDependentAssemblyIdentity != NULL)
::SxsDestroyAssemblyIdentity(m_CurrentPolicyDependentAssemblyIdentity);
if (m_Assembly != NULL)
{
m_Assembly->Release();
m_Assembly = NULL;
}
ple.Restore();
}
BOOL
CNodeFactory::Initialize(
PACTCTXGENCTX ActCtxGenCtx,
PASSEMBLY Assembly,
PACTCTXCTB_ASSEMBLY_CONTEXT AssemblyContext
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
PARAMETER_CHECK(Assembly != NULL);
#if FUSION_XML_TREE
IFW32FALSE_EXIT(m_ParseTreeStringPool.Initialize());
#endif // FUSION_XML_TREE
IFW32FALSE_EXIT(m_XMLNamespaceManager.Initialize());
m_ActCtxGenCtx = ActCtxGenCtx;
Assembly->AddRef();
if (m_Assembly != NULL)
m_Assembly->Release();
m_Assembly = Assembly;
m_AssemblyContext = AssemblyContext;
m_ParseContext.AssemblyContext = AssemblyContext;
m_ParseContext.ErrorCallbacks.MissingRequiredAttribute = &CNodeFactory::ParseErrorCallback_MissingRequiredAttribute;
m_ParseContext.ErrorCallbacks.AttributeNotAllowed = &CNodeFactory::ParseErrorCallback_AttributeNotAllowed;
m_ParseContext.ErrorCallbacks.InvalidAttributeValue = &CNodeFactory::ParseErrorCallback_InvalidAttributeValue;
m_ParseContext.SourceFilePathType = AssemblyContext->ManifestPathType;
m_ParseContext.SourceFile = AssemblyContext->ManifestPath;
m_ParseContext.SourceFileCch = AssemblyContext->ManifestPathCch;
m_ParseContext.LineNumber = 0;
#if FUSION_XML_TREE
m_XmlDocument.Flags = 0;
m_XmlDocument.StringCount = 0;
m_XmlDocument.Strings = NULL;
InitializeListHead(&m_XmlDocument.ElementListHead);
m_CurrentNode = NULL;
m_CurrentParent = NULL;
#endif // FUSION_XML_TREE
fSuccess = TRUE;
Exit:
return fSuccess;
}
VOID
CNodeFactory::ResetParseState()
{
m_fFirstCreateNodeCall = true;
m_fAssemblyFound = false;
m_fIdentityFound = false;
m_fNoInheritableFound = false;
FUSION_DELETE_SINGLETON(m_CurrentPolicyStatement);
m_CurrentPolicyStatement = NULL;
::SxsDestroyAssemblyIdentity(m_CurrentPolicyDependentAssemblyIdentity);
m_CurrentPolicyDependentAssemblyIdentity = NULL;
}
HRESULT
CNodeFactory::QueryInterface(
REFIID riid,
LPVOID *ppvObj
)
{
HRESULT hr = NOERROR;
FN_TRACE_HR(hr);
IUnknown *pIUnknown = NULL;
if (ppvObj != NULL)
*ppvObj = NULL;
if (ppvObj == NULL)
{
hr = E_POINTER;
goto Exit;
}
if (riid == __uuidof(this))
pIUnknown = this;
else if ((riid == IID_IUnknown) ||
(riid == IID_IXMLNodeFactory))
pIUnknown = static_cast<IXMLNodeFactory *>(this);
else
{
::FusionpDbgPrintEx(
FUSION_DBG_LEVEL_ERROR,
"SXS.DLL: Node factory asked for unknown interface\n");
hr = E_NOINTERFACE;
goto Exit;
}
pIUnknown->AddRef();
*ppvObj = pIUnknown;
hr = NOERROR;
Exit:
return hr;
}
HRESULT
CNodeFactory::NotifyEvent(
IXMLNodeSource *pSource,
XML_NODEFACTORY_EVENT iEvt
)
{
return NOERROR;
}
HRESULT
CNodeFactory::ConvertXMLNodeInfoToSXSNodeInfo(
const XML_NODE_INFO *pNodeInfo,
SXS_NODE_INFO &rSXSNodeInfo
)
{
HRESULT hr = NOERROR;
FN_TRACE_HR(hr);
INTERNAL_ERROR_CHECK(pNodeInfo != NULL);
rSXSNodeInfo.Size = pNodeInfo->dwSize;
rSXSNodeInfo.Type = pNodeInfo->dwType;
switch (pNodeInfo->dwType)
{
case XML_ELEMENT:
{
SIZE_T cchNamespacePrefix;
IFCOMFAILED_EXIT(
m_XMLNamespaceManager.Map(
0,
pNodeInfo,
&rSXSNodeInfo.NamespaceStringBuf,
&cchNamespacePrefix));
// +1 to skip colon
rSXSNodeInfo.pszText = pNodeInfo->pwcText + ((cchNamespacePrefix != 0) ? (cchNamespacePrefix + 1) : 0);
rSXSNodeInfo.cchText = pNodeInfo->ulLen - ((cchNamespacePrefix != 0) ? (cchNamespacePrefix + 1) : 0);
break;
}
case XML_ATTRIBUTE:
{
SIZE_T cchNamespacePrefix;
// if this is a namespace definition, ignore
const PCWSTR pwcText = pNodeInfo->pwcText;
if ((pwcText[0] == L'x') &&
(pwcText[1] == L'm') &&
(pwcText[2] == L'l') &&
(pwcText[3] == L'n') &&
(pwcText[4] == L's') &&
((pwcText[5] == L':') ||
(pwcText[5] == L'=')))
{
rSXSNodeInfo.pszText = pNodeInfo->pwcText;
rSXSNodeInfo.cchText = pNodeInfo->ulLen;
}
else
{
IFCOMFAILED_EXIT(
m_XMLNamespaceManager.Map(
CXMLNamespaceManager::eMapFlag_DoNotApplyDefaultNamespace,
pNodeInfo,
&rSXSNodeInfo.NamespaceStringBuf,
&cchNamespacePrefix));
// +1 to skip colon
rSXSNodeInfo.pszText = pNodeInfo->pwcText + ((cchNamespacePrefix != 0) ? (cchNamespacePrefix + 1) : 0);
rSXSNodeInfo.cchText = pNodeInfo->ulLen - ((cchNamespacePrefix != 0) ? (cchNamespacePrefix + 1) : 0);
}
break;
}
default:
// Otherwise we'll assume there's no namespace processing to do...
rSXSNodeInfo.NamespaceStringBuf.Clear();
rSXSNodeInfo.pszText = pNodeInfo->pwcText;
rSXSNodeInfo.cchText = pNodeInfo->ulLen;
break;
}
FN_EPILOG
}
HRESULT
CNodeFactory::BeginChildren(
IXMLNodeSource *pSource,
XML_NODE_INFO *pNodeInfo
)
{
HRESULT hr = NOERROR;
FN_TRACE_HR(hr);
ULONG i;
SXS_NODE_INFO SXSNodeInfo;
IFCOMFAILED_EXIT(m_XMLNamespaceManager.OnBeginChildren(pSource, pNodeInfo));
IFCOMFAILED_EXIT(this->ConvertXMLNodeInfoToSXSNodeInfo(pNodeInfo, SXSNodeInfo));
for (i=0; i<m_ActCtxGenCtx->m_ContributorCount; i++)
{
IFW32FALSE_EXIT(
m_ActCtxGenCtx->m_Contributors[i].Fire_BeginChildren(
m_ActCtxGenCtx,
m_AssemblyContext,
&m_ParseContext,
&SXSNodeInfo));
}
FN_EPILOG
}
HRESULT
CNodeFactory::EndChildren(
IXMLNodeSource *pSource,
BOOL Empty,
XML_NODE_INFO *pNodeInfo
)
{
HRESULT hr = NOERROR;
FN_TRACE_HR(hr);
ULONG i;
PWSTR Bang;
SXS_NODE_INFO SXSNodeInfo;
// Short-circuit PIs, XML-decls, whitespace and comments
if ((pNodeInfo->dwType == XML_PI) ||
(pNodeInfo->dwType == XML_XMLDECL) ||
(pNodeInfo->dwType == XML_COMMENT) ||
(pNodeInfo->dwType == XML_WHITESPACE))
{
hr = NOERROR;
goto Exit;
}
IFCOMFAILED_EXIT(m_XMLNamespaceManager.OnEndChildren(pSource, Empty, pNodeInfo));
// We hit the end of something; if we're skipping stuff, we're one level back towards
// paying attention.
if (m_cUnknownChildDepth != 0)
{
m_cUnknownChildDepth--;
}
else
{
ULONG j;
for (j=0; j<NUMBER_OF(s_rgWorkers); j++)
{
if (s_rgWorkers[j].m_xpsNew == m_xpsParseState)
{
m_xpsParseState = s_rgWorkers[j].m_xpsOld;
break;
}
}
if (j == NUMBER_OF(s_rgWorkers))
{
::FusionpDbgPrintEx(
FUSION_DBG_LEVEL_ERROR,
"SXS.DLL: %s() called when we were not expecting it. m_xpsParseState = %d\n", __FUNCTION__, m_xpsParseState);
INTERNAL_ERROR_CHECK(FALSE);
// Hey, how the heck did we get here?
}
// One time end-of-manifest checks...
if (m_xpsParseState == eParsing_doc)
{
switch (m_ParseType)
{
default:
INTERNAL_ERROR_CHECK(false);
break;
case XML_FILE_TYPE_COMPONENT_CONFIGURATION:
case XML_FILE_TYPE_APPLICATION_CONFIGURATION:
break;
case XML_FILE_TYPE_MANIFEST:
// If this is not the root assembly, this is not a noInherit actctx and the noInheritable
// element was not found, issue an error.
if (((m_AssemblyContext->Flags & ACTCTXCTB_ASSEMBLY_CONTEXT_IS_ROOT_ASSEMBLY) == 0) &&
m_ActCtxGenCtx->m_NoInherit &&
!m_fNoInheritableFound)
{
this->LogParseError(MSG_SXS_NOINHERIT_REQUIRES_NOINHERITABLE);
ORIGINATE_WIN32_FAILURE_AND_EXIT(NoInheritRequiresNoInheritable, ERROR_SXS_MANIFEST_PARSE_ERROR);
}
break;
}
}
}
#if FUSION_XML_TREE
m_CurrentParent = const_cast<PSXS_XML_NODE>(m_CurrentParent->Parent);
#endif // FUSION_XML_TREE
if (pNodeInfo->dwType != XML_XMLDECL)
{
IFCOMFAILED_EXIT(this->ConvertXMLNodeInfoToSXSNodeInfo(pNodeInfo, SXSNodeInfo));
for (i=0; i<m_ActCtxGenCtx->m_ContributorCount; i++)
{
IFW32FALSE_EXIT(
m_ActCtxGenCtx->m_Contributors[i].Fire_EndChildren(
m_ActCtxGenCtx,
m_AssemblyContext,
&m_ParseContext,
Empty,
&SXSNodeInfo));
}
INTERNAL_ERROR_CHECK(m_ParseContext.XMLElementDepth != 0);
m_ParseContext.XMLElementDepth--;
Bang = wcsrchr(m_buffElementPath, L'!');
INTERNAL_ERROR_CHECK(((Bang == NULL) == (m_ParseContext.XMLElementDepth == 0)));
if (Bang != NULL)
{
m_buffElementPath.Left(Bang - m_buffElementPath);
m_ParseContext.ElementPathCch = m_buffElementPath.Cch();
m_ParseContext.ElementPath = m_buffElementPath;
m_ParseContext.ElementName = wcsrchr(m_buffElementPath, L'!');
if (m_ParseContext.ElementName == NULL)
{
m_ParseContext.ElementName = m_buffElementPath;
m_ParseContext.ElementNameCch = m_buffElementPath.Cch();
}
else
{
m_ParseContext.ElementName++;
m_ParseContext.ElementNameCch = m_buffElementPath.Cch() - (m_ParseContext.ElementName - m_buffElementPath);
}
IFW32FALSE_ORIGINATE_AND_EXIT(
::SxspHashString(
m_buffElementPath,
m_ParseContext.ElementPathCch,
&m_ParseContext.ElementHash,
false));
}
else
{
m_buffElementPath.Clear();
m_ParseContext.ElementPath = NULL;
m_ParseContext.ElementPathCch = 0;
m_ParseContext.ElementName = NULL;
m_ParseContext.ElementNameCch = 0;
m_ParseContext.ElementHash = 0;
m_ParseContext.XMLElementDepth = 0;
}
}
hr = NOERROR;
Exit:
return hr;
}
HRESULT
CNodeFactory::Error(
IXMLNodeSource *pSource,
HRESULT hrErrorCode,
USHORT cNumRecs,
XML_NODE_INFO **apNodeInfo
)
{
CSxsPreserveLastError ple;
::FusionpConvertCOMFailure(hrErrorCode);
::FusionpSetLastErrorFromHRESULT(hrErrorCode);
this->LogParseError(MSG_SXS_WIN32_ERROR_MSG_WHEN_PARSING_MANIFEST, CEventLogLastError());
ple.Restore();
return NOERROR;
}
HRESULT
CNodeFactory::FirstCreateNodeCall(
IXMLNodeSource *pSource,
PVOID pNodeParent,
USHORT NodeCount,
const SXS_NODE_INFO *prgNodeInfo
)
{
HRESULT hr = S_OK;
FN_TRACE_HR(hr);
ULONG i;
const static WCHAR rgch1_0[] = L"1.0";
const static UNICODE_STRING ustr1_0 = CONSTANT_UNICODE_STRING(rgch1_0);
bool fGotGoodManifestVersion = false;
bool fGotAnyManifestVersion = false;
// It's our first IXMLNodeFactory::CreateNode() call. This had better
// be an <ASSEMBLY MANIFESTVERSION="1.0" ...> deal.
for (i=0; i<NodeCount; i++)
{
if (prgNodeInfo[i].Type == XML_ELEMENT)
{
INTERNAL_ERROR_CHECK(i == 0);
switch (m_ParseType)
{
default:
INTERNAL_ERROR_CHECK(false);
break;
case XML_FILE_TYPE_MANIFEST:
case XML_FILE_TYPE_COMPONENT_CONFIGURATION:
if ((prgNodeInfo[i].cchText != (NUMBER_OF(SXS_ASSEMBLY_MANIFEST_STD_ELEMENT_NAME_ASSEMBLY) - 1)) ||
(prgNodeInfo[i].NamespaceStringBuf.Cch() != (NUMBER_OF(SXS_ASSEMBLY_MANIFEST_STD_NAMESPACE) - 1)) ||
(memcmp(prgNodeInfo[i].pszText, SXS_ASSEMBLY_MANIFEST_STD_ELEMENT_NAME_ASSEMBLY, prgNodeInfo[i].cchText * sizeof(WCHAR)) != 0) ||
(memcmp(prgNodeInfo[i].NamespaceStringBuf, SXS_ASSEMBLY_MANIFEST_STD_NAMESPACE, prgNodeInfo[i].NamespaceStringBuf.Cch() * sizeof(WCHAR)) != 0))
{
IFCOMFAILED_EXIT(this->LogParseError(MSG_SXS_MANIFEST_INCORRECT_ROOT_ELEMENT));
}
break;
case XML_FILE_TYPE_APPLICATION_CONFIGURATION:
if ((prgNodeInfo[i].cchText != SXS_APPLICATION_CONFIGURATION_MANIFEST_STD_ELEMENT_NAME_CONFIGURATION_CCH) ||
(prgNodeInfo[i].NamespaceStringBuf.Cch() != 0) ||
(memcmp(prgNodeInfo[i].pszText, SXS_APPLICATION_CONFIGURATION_MANIFEST_STD_ELEMENT_NAME_CONFIGURATION,
SXS_APPLICATION_CONFIGURATION_MANIFEST_STD_ELEMENT_NAME_CONFIGURATION_CCH * sizeof(WCHAR)) != 0))
{
IFCOMFAILED_EXIT(this->LogParseError(MSG_SXS_MANIFEST_INCORRECT_ROOT_ELEMENT));
}
break;
}
}
else if (prgNodeInfo[i].Type == XML_ATTRIBUTE)
{
if ((prgNodeInfo[i].cchText == (NUMBER_OF(SXS_ASSEMBLY_MANIFEST_STD_ATTRIBUTE_NAME_MANIFEST_VERSION) - 1)) &&
(prgNodeInfo[i].NamespaceStringBuf.Cch() == 0) &&
(memcmp(prgNodeInfo[i].pszText, SXS_ASSEMBLY_MANIFEST_STD_ATTRIBUTE_NAME_MANIFEST_VERSION, prgNodeInfo[i].cchText * sizeof(WCHAR)) == 0))
{
fGotAnyManifestVersion = true;
ULONG j = i + 1;
if (j < NodeCount)
{
if (prgNodeInfo[j].Type == XML_PCDATA)
{
if (prgNodeInfo[j].cchText == 3)
{
if (memcmp(prgNodeInfo[j].pszText, L"1.0", prgNodeInfo[j].cchText * sizeof(WCHAR)) == 0)
{
fGotGoodManifestVersion = true;
}
}
}
}
}
}
}
if ((m_ParseType == XML_FILE_TYPE_MANIFEST) ||
(m_ParseType == XML_FILE_TYPE_COMPONENT_CONFIGURATION))
{
if (fGotAnyManifestVersion)
{
if (!fGotGoodManifestVersion)
IFCOMFAILED_EXIT(this->LogParseError(MSG_SXS_MANIFEST_VERSION_ERROR));
}
else
IFCOMFAILED_EXIT(this->LogParseError(MSG_SXS_MANIFEST_VERSION_MISSING));
}
m_Assembly->m_ManifestVersionMajor = 1;
m_Assembly->m_ManifestVersionMinor = 0;
hr = NOERROR;
Exit:
return hr;
}
HRESULT
CNodeFactory::CreateNode(
IXMLNodeSource *pSource,
PVOID pNodeParent,
USHORT NodeCount,
XML_NODE_INFO **apNodeInfo
)
{
HRESULT hr = NOERROR;
FN_TRACE_HR(hr);
ULONG i;
PSXS_XML_NODE pXmlNode = NULL;
PSXS_NODE_INFO pSXSNodeInfo = NULL;
SIZE_T cchTemp;
m_ParseContext.LineNumber = pSource->GetLineNumber();
INTERNAL_ERROR_CHECK(NodeCount != 0);
#if DBG
::FusionpDbgPrintEx(
FUSION_DBG_LEVEL_NODEFACTORY,
"SXS.DLL: " __FUNCTION__ "() entered\n"
" m_ParseContext.XMLElementDepth = %lu\n",
m_ParseContext.XMLElementDepth);
for (i=0; i<NodeCount; i++)
::SxspDbgPrintXmlNodeInfo(FUSION_DBG_LEVEL_NODEFACTORY, apNodeInfo[i]);
#endif
// Short-circuit PIs, XML-decls, whitespace and comments
if ((apNodeInfo[0]->dwType == XML_PI) ||
(apNodeInfo[0]->dwType == XML_XMLDECL) ||
(apNodeInfo[0]->dwType == XML_COMMENT) ||
(apNodeInfo[0]->dwType == XML_WHITESPACE))
{
hr = NOERROR;
goto Exit;
}
IFCOMFAILED_EXIT(m_XMLNamespaceManager.OnCreateNode(pSource, pNodeParent, NodeCount, apNodeInfo));
IFALLOCFAILED_EXIT(pSXSNodeInfo = new SXS_NODE_INFO[NodeCount]);
for (i=0; i<NodeCount; i++)
IFCOMFAILED_EXIT(this->ConvertXMLNodeInfoToSXSNodeInfo(apNodeInfo[i], pSXSNodeInfo[i]));
if (m_fFirstCreateNodeCall)
{
if ((apNodeInfo[0]->dwType == XML_COMMENT) ||
(apNodeInfo[0]->dwType == XML_XMLDECL) ||
(apNodeInfo[0]->dwType == XML_WHITESPACE))
{
hr = S_OK;
goto Cont;
}
m_fFirstCreateNodeCall = FALSE;
IFCOMFAILED_EXIT(this->FirstCreateNodeCall(pSource, pNodeParent, NodeCount, pSXSNodeInfo));
}
Cont:
if (m_cUnknownChildDepth == 0)
{
for (i=0; i<NUMBER_OF(s_rgWorkers); i++)
{
bool fTemp = false;
if ((s_rgWorkers[i].m_xpsOld == eNotParsing) ||
(m_xpsParseState == s_rgWorkers[i].m_xpsOld))
fTemp = true;
const bool fParseStateMatches = fTemp;
fTemp = false;
if (fParseStateMatches)
{
if (s_rgWorkers[i].m_dwType == apNodeInfo[0]->dwType)
fTemp = true;
}
const bool fTypeMatches = fTemp;
fTemp = false;
if (fTypeMatches)
{
if (s_rgWorkers[i].m_cchName == 0)
fTemp = true;
else
{
if (s_rgWorkers[i].m_cchNamespace == pSXSNodeInfo[0].NamespaceStringBuf.Cch())
{
if (s_rgWorkers[i].m_cchName == pSXSNodeInfo[0].cchText)
{
if (::FusionpCompareStrings(
s_rgWorkers[i].m_pszNamespace,
s_rgWorkers[i].m_cchNamespace,
pSXSNodeInfo[0].NamespaceStringBuf,
pSXSNodeInfo[0].NamespaceStringBuf.Cch(),
false) == 0)
{
if (::FusionpCompareStrings(
s_rgWorkers[i].m_pszName,
s_rgWorkers[i].m_cchName,
pSXSNodeInfo[0].pszText,
pSXSNodeInfo[0].cchText,
false) == 0)
{
fTemp = true;
}
}
}
}
}
}
if (fTemp)
{
m_xpsParseState = s_rgWorkers[i].m_xpsNew;
IFW32FALSE_EXIT(
this->ValidateElementAttributes(
pSXSNodeInfo,
NodeCount,
s_rgWorkers[i].m_prgLegalAttributes,
s_rgWorkers[i].m_cLegalAttributes));
if (s_rgWorkers[i].m_pfn != NULL)
IFW32FALSE_EXIT((this->*s_rgWorkers[i].m_pfn)(NodeCount, pSXSNodeInfo));
break;
}
}
if (i == NUMBER_OF(s_rgWorkers))
{
bool fEquals;
// If we hit an unrecognized element and its namespace is the one we own, error!
IFW32FALSE_EXIT(
pSXSNodeInfo[0].NamespaceStringBuf.Win32Equals(
SXS_ASSEMBLY_MANIFEST_STD_NAMESPACE,
SXS_ASSEMBLY_MANIFEST_STD_NAMESPACE_CCH,
fEquals,
false));
if (fEquals)
{
this->LogParseError(
MSG_SXS_MANIFEST_ELEMENT_USED_IN_INVALID_CONTEXT,
CUnicodeString(apNodeInfo[0]->pwcText, apNodeInfo[0]->ulLen),
CUnicodeString(m_ParseContext.ElementName, m_ParseContext.ElementNameCch));
ORIGINATE_WIN32_FAILURE_AND_EXIT(ElementInInvalidContext, ERROR_SXS_MANIFEST_PARSE_ERROR);
}
// For an unknown child element, the built-in XML parsing should start to ignore the subtree at this point.
if (apNodeInfo[0]->dwType == XML_ELEMENT)
m_cUnknownChildDepth = 1;
}
}
else
{
if ((NodeCount != 0) &&
(apNodeInfo[0]->dwType == XML_ELEMENT))
{
CUnicodeString s(apNodeInfo[0]->pwcText, apNodeInfo[0]->ulLen);
// We're handling an unknown series of elements; increment the depth.
m_cUnknownChildDepth++;
}
}
// Fire the right callbacks for XML_ELEMENT, XML_PCDATA and XML_CDATA nodes:
switch (apNodeInfo[0]->dwType)
{
case XML_ELEMENT:
#if defined(MSG_SXS_MANIFEST_PARSE_NO_INHERIT_CHILDREN_NOT_ALLOWED)
if (m_cUnknownChildDepth != 0 && m_xpsParseState == eParsing_doc_assembly_noInherit)
{
hr = this->LogParseError(MSG_SXS_MANIFEST_PARSE_NO_INHERIT_CHILDREN_NOT_ALLOWED);
goto Exit;
}
#endif
if (m_buffElementPath.Cch() != 0)
IFW32FALSE_EXIT(m_buffElementPath.Win32Append(L"!", 1));
cchTemp = m_buffElementPath.Cch();
if (pSXSNodeInfo[0].NamespaceStringBuf.Cch() != 0)
{
IFW32FALSE_EXIT(m_buffElementPath.Win32Append(pSXSNodeInfo[0].NamespaceStringBuf));
IFW32FALSE_EXIT(m_buffElementPath.Win32Append(L"^", 1));
}
IFW32FALSE_EXIT(m_buffElementPath.Win32Append(pSXSNodeInfo[0].pszText, pSXSNodeInfo[0].cchText));
m_ParseContext.ElementPathCch = m_buffElementPath.Cch();
m_ParseContext.ElementPath = m_buffElementPath;
m_ParseContext.ElementName = static_cast<PCWSTR>(m_buffElementPath) + cchTemp;
m_ParseContext.ElementNameCch = m_buffElementPath.Cch() - cchTemp;
IFW32FALSE_EXIT(::SxspHashString(m_buffElementPath, m_buffElementPath.Cch(), &m_ParseContext.ElementHash, true));
m_ParseContext.XMLElementDepth++;
for (i=0; i<m_ActCtxGenCtx->m_ContributorCount; i++)
{
IFW32FALSE_EXIT(
m_ActCtxGenCtx->m_Contributors[i].Fire_ElementParsed(
m_ActCtxGenCtx,
m_AssemblyContext,
&m_ParseContext,
NodeCount,
pSXSNodeInfo));
}
break;
case XML_PCDATA:
for (i=0; i<m_ActCtxGenCtx->m_ContributorCount; i++)
{
IFW32FALSE_EXIT(
m_ActCtxGenCtx->m_Contributors[i].Fire_PCDATAParsed(
m_ActCtxGenCtx,
m_AssemblyContext,
&m_ParseContext,
apNodeInfo[0]->pwcText,
apNodeInfo[0]->ulLen));
}
break;
case XML_CDATA:
for (i=0; i<m_ActCtxGenCtx->m_ContributorCount; i++)
{
IFW32FALSE_EXIT(
m_ActCtxGenCtx->m_Contributors[i].Fire_CDATAParsed(
m_ActCtxGenCtx,
m_AssemblyContext,
&m_ParseContext,
apNodeInfo[0]->pwcText,
apNodeInfo[0]->ulLen));
}
break;
}
#if FUSION_XML_TREE
IFCOMFAILED_EXIT(this->CreateXmlNode(m_CurrentParent, NodeCount, apNodeInfo, pXmlNode));
// If we don't get a node back, just ignore it...
if (pXmlNode != NULL)
{
if (m_CurrentParent == NULL)
{
// Only XML Decls, PIs and the root document are at depth 0 or 1...
ASSERT(m_ParseContext.XMLElementDepth <= 1);
InsertTailList(&m_XmlDocument.ElementListHead, &pXmlNode->SiblingLink);
}
else
{
ASSERT(m_ParseContext.XMLElementDepth >= 1);
InsertTailList(&m_CurrentParent->Element.ChildListHead, &pXmlNode->SiblingLink);
}
if ((pXmlNode->Type != SXS_XML_NODE_TYPE_CDATA) &&
(pXmlNode->Type != SXS_XML_NODE_TYPE_PCDATA))
m_CurrentParent = pXmlNode;
pXmlNode = NULL;
}
#endif
hr = NOERROR;
Exit:
if (pSXSNodeInfo != NULL)
FUSION_DELETE_ARRAY(pSXSNodeInfo);
if (pXmlNode != NULL)
FUSION_DELETE_SINGLETON(pXmlNode);
return hr;
}
#if FUSION_XML_TREE
HRESULT
CNodeFactory::CreateXmlNode(
PSXS_XML_NODE pParent,
ULONG cNodes,
XML_NODE_INFO **prgpNodes,
PSXS_XML_NODE &rpNewNode
)
{
HRESULT hr = NOERROR;
FN_TRACE_HR(hr);
ULONG i;
ULONG cAttributes = 0;
ULONG iAttribute = 0;
PSXS_XML_NODE pNewNode = NULL;
PSXS_XML_ATTRIBUTE pAttribute = NULL;
CStringBuffer buffAttributeValue;
// Handle XML_ELEMENT vs. XML_CDATA vs. XML_PCDATA...
switch (prgpNodes[0]->dwType)
{
case XML_XMLDECL:
// <?xml version="1.0" ?> elements come through looking like normal XML_ELEMENT
// nodes with things broken into the XML_ATTRIBUTE followed by their value...
// First, let's count up the attributes...
for (i=0; i<cNodes; i++)
{
if (prgpNodes[i]->dwType == XML_ATTRIBUTE)
cAttributes++;
}
// Now let's allocate the SXS_XML_NODE plus the right number of SXS_XML_ATTRIBUTEs
IFALLOCFAILED_EXIT(hr, pNewNode = reinterpret_cast<PSXS_XML_NODE>(FUSION_RAW_ALLOC(sizeof(SXS_XML_NODE) + (cAttributes * sizeof(SXS_XML_ATTRIBUTE)), SXS_XML_NODE)));
pAttribute = reinterpret_cast<PSXS_XML_ATTRIBUTE>(pNewNode + 1);
pNewNode->Flags = 0;
pNewNode->Type = SXS_XML_NODE_TYPE_XML_DECL;
pNewNode->Parent = pParent;
pNewNode->XMLDecl.AttributeCount = cAttributes;
pNewNode->XMLDecl.Attributes = pAttribute;
for (i=0; i<cNodes; i++)
{
ULONG j;
const WCHAR *prgwch1;
const WCHAR *prgwch2;
ULONG ulPK1, ulPK2;
ULONG ulPos1, ulPos2;
ULONG cch;
switch (prgpNodes[i]->dwType)
{
case XML_XMLDECL:
INTERNAL_ERROR_CHECK(i == 0);
break;
case XML_ATTRIBUTE:
INTERNAL_ERROR_CHECK(iAttribute < cAttributes);
ulPKl = ::FusionpHashUnicodeStringCaseSensitive(prgpNodes[i]->pwcText, prgpNodes[i]->ulLen);
IFW32FALSE_EXIT(m_ParseTreeStringPool.Canonicalize(prgpNodes[i]->pwcText, prgpNodes[i]->ulLen, ulPK1, ulPos1, prgwch1));
i++;
buffAttributeValue.Clear();
cch = 0;
while ((i < cNodes) && (prgpNodes[i]->dwType == XML_PCDATA))
{
IFCOMFAILED_EXIT(buffAttributeValue.Append(prgpNodes[i]->pwcText, prgpNodes[i]->ulLen));
cch += prgpNodes[i]->ulLen;
i++;
}
// Gets incremented on the next iteration of the outer loop, so back up one...
i--;
IFW32FALSE_EXIT(::FusionpHashUnicodeString(buffAttributeValue, cch, &ulPK2, false));
IFW32FALSE_EXIT(m_ParseTreeStringPool.Canonicalize(buffAttributeValue, cch, ulPK2, ulPos2, prgwch2));
pAttribute[iAttribute].Flags = 0;
pAttribute[iAttribute].NamespaceString = 0;
pAttribute[iAttribute].NameString = ulPos1;
pAttribute[iAttribute].ValueString = ulPos2;
iAttribute++;
break;
}
}
ASSERT(iAttribute == cAttributes);
break;
case XML_ELEMENT:
// First, let's count up the attributes...
for (i=0; i<cNodes; i++)
{
if (prgpNodes[i]->dwType == XML_ATTRIBUTE)
cAttributes++;
}
// Now let's allocate the SXS_XML_NODE plus the right number of SXS_XML_ATTRIBUTEs
IFALLOCFAILED_EXIT(hr, pNewNode = reinterpret_cast<PSXS_XML_NODE>(FUSION_RAW_ALLOC(sizeof(SXS_XML_NODE) + (cAttributes * sizeof(SXS_XML_ATTRIBUTE)), SXS_XML_NODE)));
pAttribute = reinterpret_cast<PSXS_XML_ATTRIBUTE>(pNewNode + 1);
pNewNode->Flags = 0;
pNewNode->Type = SXS_XML_NODE_TYPE_ELEMENT;
pNewNode->Element.NamespaceString = 0;
pNewNode->Element.NameString = 0;
pNewNode->Parent = pParent;
pNewNode->Element.AttributeCount = cAttributes;
pNewNode->Element.Attributes = pAttribute;
InitializeListHead(&pNewNode->Element.ChildListHead);
for (i=0; i<cNodes; i++)
{
ULONG j;
const WCHAR *prgwch1;
const WCHAR *prgwch2;
ULONG ulPK1, ulPK2;
ULONG ulPos1, ulPos2;
ULONG cch;
switch (prgpNodes[i]->dwType)
{
case XML_ELEMENT:
INTERNAL_ERROR_CHECK(i == 0);
IFW32FALSE_EXIT(::FusionpHashUnicodeString(prgpNodes[0]->pwcText, prgpNodes[0]->ulLen, &ulPK1, false));
IFW32FALSE_EXIT(m_ParseTreeStringPool.Canonicalize(prgpNodes[0]->pwcText, prgpNodes[0]->ulLen, ulPK1, ulPos1, prgwch1));
pNewNode->Element.NamespaceString = 0;
pNewNode->Element.NameString = ulPos1;
break;
case XML_ATTRIBUTE:
INTERNAL_ERROR_CHECK(iAttribute < cAttributes);
IFW32FALSE_EXIT(::FusionpHashUnicodeString(prgpNodes[i]->pwcText, prgpNodes[i]->ulLen, &ulPK1, false));
IFW32FALSE_EXIT(m_ParseTreeStringPool.Canonicalize(prgpNodes[i]->pwcText, prgpNodes[i]->ulLen, ulPK1, ulPos1, prgwch1));
i++;
buffAttributeValue.Clear();
cch = 0;
while ((i < cNodes) && (prgpNodes[i]->dwType == XML_PCDATA))
{
IFCOMFAILED_EXIT(buffAttributeValue.Append(prgpNodes[i]->pwcText, prgpNodes[i]->ulLen));
cch += prgpNodes[i]->ulLen;
i++;
}
// Gets incremented on the next iteration of the outer loop, so back up one...
i--;
IFW32FALSE_EXIT(::FusionpHashUnicodeString(buffAttributeValue, cch, &ulPK2, false));
IFW32FALSE_EXIT(m_ParseTreeStringPool.Canonicalize(buffAttributeValue, cch, ulPK2, ulPos2, prgwch2));
pAttribute[iAttribute].Flags = 0;
pAttribute[iAttribute].NamespaceString = 0;
pAttribute[iAttribute].NameString = ulPos1;
pAttribute[iAttribute].ValueString = ulPos2;
iAttribute++;
break;
}
}
ASSERT(iAttribute == cAttributes);
break;
case XML_CDATA:
{
ULONG ulPK;
ULONG ulPos;
const WCHAR *prgwch;
IFW32FALSE_EXIT(::FusionpHashUnicodeString(prgpNodes[0]->pwcText, prgpNodes[0]->ulLen, &ulPK, false));
IFW32FALSE_EXIT(m_ParseTreeStringPool.Canonicalize(prgpNodes[0]->pwcText, prgpNodes[0]->ulLen, ulPK, ulPos, prgwch));
// Now let's allocate the SXS_XML_NODE
IFALLOCFAILED_EXIT(hr, pNewNode = reinterpret_cast<PSXS_XML_NODE>(FUSION_RAW_ALLOC(sizeof(SXS_XML_NODE), SXS_XML_NODE)));
pNewNode->Flags = 0;
pNewNode->Type = SXS_XML_NODE_TYPE_CDATA;
pNewNode->Parent = pParent;
pNewNode->CDataString = ulPos;
break;
}
case XML_PCDATA:
{
ULONG ulPK;
ULONG ulPos;
const WCHAR *prgwch;
IFW32FALSE_EXIT(::FusionpHashUnicodeString(prgpNodes[0]->pwcText, prgpNodes[0]->ulLen, &ulPK, false));
IFW32FALSE_EXIT(m_ParseTreeStringPool.Canonicalize(prgpNodes[0]->pwcText, prgpNodes[0]->ulLen, ulPK, ulPos, prgwch));
// Now let's allocate the SXS_XML_NODE
IFALLOCFAILED_EXIT(hr, pNewNode = reinterpret_cast<PSXS_XML_NODE>(FUSION_RAW_ALLOC(sizeof(SXS_XML_NODE), SXS_XML_NODE)));
pNewNode->Flags = 0;
pNewNode->Type = SXS_XML_NODE_TYPE_PCDATA;
pNewNode->Parent = pParent;
pNewNode->PCDataString = ulPos;
break;
}
}
rpNewNode = pNewNode;
pNewNode = NULL;
hr = NOERROR;
Exit:
FUSION_RAW_DEALLOC(pNewNode);
return hr;
}
#endif // FUSION_XML_TREE
BOOL
CNodeFactory::SetParseType(
ULONG ParseType,
ULONG PathType,
const CBaseStringBuffer &Path,
const FILETIME &rftLastWriteTime
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
PARAMETER_CHECK(
(ParseType == XML_FILE_TYPE_MANIFEST) ||
(ParseType == XML_FILE_TYPE_APPLICATION_CONFIGURATION) ||
(ParseType == XML_FILE_TYPE_COMPONENT_CONFIGURATION));
PARAMETER_CHECK(PathType == ACTIVATION_CONTEXT_PATH_TYPE_WIN32_FILE);
IFW32FALSE_EXIT(m_buffCurrentFileName.Win32Assign(Path));
m_ParseContext.SourceFilePathType = PathType;
m_ParseContext.SourceFile = m_buffCurrentFileName;
m_ParseContext.SourceFileCch = m_buffCurrentFileName.Cch();
m_ParseContext.SourceFileLastWriteTime = rftLastWriteTime;
m_ParseType = ParseType;
fSuccess = TRUE;
Exit:
return fSuccess;
}
BOOL
CNodeFactory::XMLParser_Element_doc_assembly(
USHORT cNumRecs,
PCSXS_NODE_INFO prgNodeInfo
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
ULONG i;
ASSERT(cNumRecs != 0);
ASSERT(prgNodeInfo != NULL);
if (m_fAssemblyFound)
{
CUnicodeString s;
PCWSTR ManifestPath;
IFW32FALSE_EXIT(m_Assembly->GetManifestPath(&ManifestPath, NULL));
s = ManifestPath;
this->LogParseError(MSG_SXS_MANIFEST_MULTIPLE_TOP_ASSEMBLY, &s);
goto Exit;
}
m_fAssemblyFound = true;
m_fMetadataSatelliteAlreadyFound = false;
// Now let's tell all the contributors that we're about to begin a parsing session.
for (i=0; i<m_ActCtxGenCtx->m_ContributorCount; i++)
{
IFW32FALSE_EXIT(m_ActCtxGenCtx->m_Contributors[i].Fire_ParseBeginning(
m_ActCtxGenCtx,
m_AssemblyContext,
0, // FileFlags
m_ParseType,
m_ParseContext.SourceFilePathType,
m_ParseContext.SourceFile,
m_ParseContext.SourceFileCch,
m_ParseContext.SourceFileLastWriteTime,
m_Assembly->m_ManifestVersionMajor,
m_Assembly->m_ManifestVersionMinor,
m_Assembly->m_MetadataSatelliteRosterIndex));
}
fSuccess = TRUE;
Exit:
return fSuccess;
}
BOOL
CNodeFactory::XMLParser_Element_doc_assembly_assemblyIdentity(
USHORT cNumRecs,
PCSXS_NODE_INFO prgNodeInfo
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
PASSEMBLY_IDENTITY AssemblyIdentity = NULL;
const BOOL fGeneratingActCtx = (m_ActCtxGenCtx->m_ManifestOperation == MANIFEST_OPERATION_GENERATE_ACTIVATION_CONTEXT);
ULONG i;
DWORD dwValidateFlags = 0;
if (m_fIdentityFound)
{
this->LogParseError(MSG_SXS_MULTIPLE_IDENTITY, CEventLogString(prgNodeInfo[0].pszText, prgNodeInfo[0].cchText));
::FusionpDbgPrintEx(
FUSION_DBG_LEVEL_ERROR,
"SXS.DLL: Manifest %ls has multiple identities\n", static_cast<PCWSTR>(m_buffCurrentFileName));
ORIGINATE_WIN32_FAILURE_AND_EXIT(
MultipleIdentities,
ERROR_SXS_MANIFEST_PARSE_ERROR);
}
m_fIdentityFound = true;
IFW32FALSE_EXIT(
::SxspCreateAssemblyIdentityFromIdentityElement(
0, // DWORD Flags,
&m_ParseContext,
ASSEMBLY_IDENTITY_TYPE_DEFINITION, // ULONG Type,
&AssemblyIdentity, // PASSEMBLY_IDENTITY *AssemblyIdentityOut,
cNumRecs,
prgNodeInfo));
// If the identity that was created is a policy statement, then we
// set the internal parse type to our special 'intuited' parse type
// for later checks of missing attributes and whatnot. This does
// duplicate work in ValidateAssembly that does the same thing, but
// we need to preemptively set this parse type before we go validating.
// if (m_IntuitedParseType == eActualParseType_Undetermined)
{
BOOL fIsPolicy = FALSE;
IFW32FALSE_EXIT(::SxspDetermineAssemblyType(AssemblyIdentity, fIsPolicy));
if (fIsPolicy)
m_IntuitedParseType = eActualParseType_PolicyManifest;
else
m_IntuitedParseType = eActualParseType_Manifest;
}
if ((m_IntuitedParseType == eActualParseType_Manifest) ||
(m_IntuitedParseType == eActualParseType_PolicyManifest) ||
(m_ParseType == XML_FILE_TYPE_MANIFEST) ||
(m_ParseType == XML_FILE_TYPE_COMPONENT_CONFIGURATION))
{
dwValidateFlags = eValidateIdentity_VersionRequired;
}
IFW32FALSE_EXIT(
this->ValidateIdentity(
dwValidateFlags,
ASSEMBLY_IDENTITY_TYPE_DEFINITION,
AssemblyIdentity));
if (fGeneratingActCtx)
{
if (m_Assembly->IsRoot())
{
// If we're generating the actctx and this is the root assembly, it's possible
// that we got to it by a filesystem path (e.g. private assembly) rather than
// an actual reference, so we need to fix up the assembly's identity information
// appropriately.
IFW32FALSE_EXIT(m_Assembly->m_Information.SetProbedIdentity(AssemblyIdentity));
}
else
{
// If we're generating the actctx and this isn't the root assembly, we need to verify
// that it's the right one.
BOOL fEqual;
IFW32FALSE_EXIT(
::SxsAreAssemblyIdentitiesEqual(
SXS_ARE_ASSEMBLY_IDENTITIES_EQUAL_FLAG_ALLOW_REF_TO_MATCH_DEF,
m_Assembly->GetAssemblyIdentity(),
AssemblyIdentity,
&fEqual));
if (!fEqual)
{
this->LogParseError(MSG_SXS_COMPONENT_MANIFEST_PROBED_IDENTITY_MISMATCH);
// LogParseError sets the last error appropriate to the message logged
goto Exit;
}
}
}
if (m_IntuitedParseType == eActualParseType_PolicyManifest)
{
IFALLOCFAILED_EXIT(m_CurrentPolicyStatement = new CPolicyStatement);
IFW32FALSE_EXIT(m_CurrentPolicyStatement->Initialize());
}
// Tell everyone that we're sure who we are...
for (i=0; i<m_ActCtxGenCtx->m_ContributorCount; i++)
{
IFW32FALSE_EXIT(
m_ActCtxGenCtx->m_Contributors[i].Fire_IdentityDetermined(
m_ActCtxGenCtx,
m_AssemblyContext,
&m_ParseContext,
AssemblyIdentity));
}
// fix up assembly and assembly context so we know where to copy to
// also save the manifest
IFW32FALSE_EXIT(m_Assembly->m_Information.SetAssemblyIdentity(AssemblyIdentity));
if (m_AssemblyContext->AssemblyIdentity != NULL)
::SxsDestroyAssemblyIdentity(const_cast<PASSEMBLY_IDENTITY>(m_AssemblyContext->AssemblyIdentity));
m_AssemblyContext->AssemblyIdentity = AssemblyIdentity;
AssemblyIdentity = NULL;
fSuccess = TRUE;
Exit:
if (AssemblyIdentity != NULL)
::SxsDestroyAssemblyIdentity(AssemblyIdentity);
return fSuccess;
}
BOOL
CNodeFactory::XMLParser_Element_doc_assembly_noInherit(
USHORT cNumRecs,
PCSXS_NODE_INFO prgNodeInfo
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
INTERNAL_ERROR_CHECK(
(m_ParseType == XML_FILE_TYPE_MANIFEST) ||
(m_ParseType == XML_FILE_TYPE_APPLICATION_CONFIGURATION) ||
(m_ParseType == XML_FILE_TYPE_COMPONENT_CONFIGURATION));
switch (m_ParseType)
{
case XML_FILE_TYPE_MANIFEST:
if (cNumRecs != 1)
{
this->LogParseError(MSG_SXS_MANIFEST_PARSE_NO_INHERIT_ATTRIBUTES_NOT_ALLOWED);
goto Exit;
}
if (m_ActCtxGenCtx->m_NoInherit)
{
this->LogParseError(MSG_SXS_MANIFEST_PARSE_MULTIPLE_NO_INHERIT);
goto Exit;
}
if (m_fIdentityFound)
{
this->LogParseError(
MSG_SXS_MANIFEST_ELEMENT_MUST_OCCUR_BEFORE,
CEventLogString(L"noInherit"),
CEventLogString(L"assemblyIdentity"));
goto Exit;
}
m_ActCtxGenCtx->m_NoInherit = true;
break;
case XML_FILE_TYPE_APPLICATION_CONFIGURATION:
this->LogParseError(MSG_SXS_POLICY_PARSE_NO_INHERIT_NOT_ALLOWED);
goto Exit;
default:
::FusionpSetLastWin32Error(ERROR_INTERNAL_ERROR);
goto Exit;
}
fSuccess = TRUE;
Exit:
return fSuccess;
}
BOOL
CNodeFactory::XMLParser_Element_doc_assembly_noInheritable(
USHORT cNumRecs,
PCSXS_NODE_INFO prgNodeInfo
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
INTERNAL_ERROR_CHECK(
(m_ParseType == XML_FILE_TYPE_MANIFEST) ||
(m_ParseType == XML_FILE_TYPE_APPLICATION_CONFIGURATION) ||
(m_ParseType == XML_FILE_TYPE_COMPONENT_CONFIGURATION));
switch (m_ParseType)
{
case XML_FILE_TYPE_MANIFEST:
if (cNumRecs != 1)
{
this->LogParseError(MSG_SXS_MANIFEST_PARSE_NO_INHERIT_ATTRIBUTES_NOT_ALLOWED);
goto Exit;
}
if (m_fNoInheritableFound)
{
this->LogParseError(MSG_SXS_MANIFEST_PARSE_MULTIPLE_NOINHERITABLE);
goto Exit;
}
if (m_fIdentityFound)
{
this->LogParseError(
MSG_SXS_MANIFEST_ELEMENT_MUST_OCCUR_BEFORE,
CEventLogString(L"noInheritable"),
CEventLogString(L"assemblyIdentity"));
goto Exit;
}
m_fNoInheritableFound = true;
break;
case XML_FILE_TYPE_APPLICATION_CONFIGURATION:
case XML_FILE_TYPE_COMPONENT_CONFIGURATION:
this->LogParseError(MSG_SXS_POLICY_PARSE_NO_INHERIT_NOT_ALLOWED);
goto Exit;
default:
::FusionpSetLastWin32Error(ERROR_INTERNAL_ERROR);
goto Exit;
}
fSuccess = TRUE;
Exit:
return fSuccess;
}
BOOL
CNodeFactory::XMLParser_Element_doc_assembly_dependency(
USHORT cNumRecs,
PCSXS_NODE_INFO prgNodeInfo
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
bool fFound;
SIZE_T cb;
m_fIsDependencyOptional = false;
m_fDependencyChildHit = false;
m_fIsMetadataSatellite = false;
IFW32FALSE_EXIT(
::SxspGetAttributeValue(
0,
&s_AttributeName_optional,
prgNodeInfo,
cNumRecs,
&m_ParseContext,
fFound,
sizeof(m_fIsDependencyOptional),
&m_fIsDependencyOptional,
cb,
&::SxspValidateBoolAttribute,
0));
if (!fFound)
m_fIsDependencyOptional = false;
fSuccess = TRUE;
Exit:
return fSuccess;
}
BOOL
CNodeFactory::XMLParser_Element_doc_assembly_dependency_dependentAssembly(
USHORT cNumRecs,
PCSXS_NODE_INFO prgNodeInfo
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
bool fFound;
SIZE_T cb;
if (m_fDependencyChildHit == false)
{
m_fDependencyChildHit = true;
}
else
{
this->LogParseError(MSG_SXS_MANIFEST_MULTIPLE_DEPENDENTASSEMBLY_IN_DEPENDENCY);
goto Exit;
}
m_fAssemblyIdentityChildOfDependenctAssemblyHit = false;
IFW32FALSE_EXIT(
::SxspGetAttributeValue(
0,
&s_AttributeName_metadataSatellite,
prgNodeInfo,
cNumRecs,
&m_ParseContext,
fFound,
sizeof(m_fIsMetadataSatellite),
&m_fIsMetadataSatellite,
cb,
&::SxspValidateBoolAttribute,
0));
if (!fFound)
m_fIsMetadataSatellite = false;
fSuccess = TRUE;
Exit:
return fSuccess;
}
BOOL
CNodeFactory::XMLParser_Element_doc_assembly_dependency_dependentAssembly_bindingRedirect(
USHORT cNumRecs,
PCSXS_NODE_INFO prgNodeInfo
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
bool fFound;
bool fValid;
SIZE_T cb;
CSmallStringBuffer buffOldVersion;
CSmallStringBuffer buffNewVersion;
INTERNAL_ERROR_CHECK(m_CurrentPolicyStatement != NULL);
if (m_IntuitedParseType != eActualParseType_PolicyManifest)
{
this->LogParseError(MSG_SXS_BINDING_REDIRECTS_ONLY_IN_COMPONENT_CONFIGURATION);
goto Exit;
}
IFW32FALSE_EXIT(
::SxspGetAttributeValue(
SXSP_GET_ATTRIBUTE_VALUE_FLAG_REQUIRED_ATTRIBUTE,
&s_AttributeName_oldVersion,
prgNodeInfo,
cNumRecs,
&m_ParseContext,
fFound,
sizeof(buffOldVersion),
&buffOldVersion,
cb,
NULL,
0));
INTERNAL_ERROR_CHECK(fFound);
IFW32FALSE_EXIT(
::SxspGetAttributeValue(
SXSP_GET_ATTRIBUTE_VALUE_FLAG_REQUIRED_ATTRIBUTE,
&s_AttributeName_newVersion,
prgNodeInfo,
cNumRecs,
&m_ParseContext,
fFound,
sizeof(buffNewVersion),
&buffNewVersion,
cb,
NULL,
0));
INTERNAL_ERROR_CHECK(fFound);
IFW32FALSE_EXIT(m_CurrentPolicyStatement->AddRedirect(buffOldVersion, buffNewVersion, fValid));
if (!fValid)
{
this->LogParseError(MSG_SXS_BINDING_REDIRECT_MISSING_REQUIRED_ATTRIBUTES);
goto Exit;
}
fSuccess = TRUE;
Exit:
return fSuccess;
}
BOOL
CNodeFactory::XMLParser_Element_doc_assembly_dependency_dependentAssembly_assemblyIdentity(
USHORT cNumRecs,
PCSXS_NODE_INFO prgNodeInfo
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
PASSEMBLY_IDENTITY pAssemblyIdentity = NULL;
ULONG ParseType;
ASSERT(cNumRecs != 0);
ASSERT(prgNodeInfo != NULL);
// We're either parsing a manifest or a policy file; what else??
INTERNAL_ERROR_CHECK(
(m_ParseType == XML_FILE_TYPE_MANIFEST) ||
(m_ParseType == XML_FILE_TYPE_APPLICATION_CONFIGURATION) ||
(m_ParseType == XML_FILE_TYPE_COMPONENT_CONFIGURATION));
if (m_fAssemblyIdentityChildOfDependenctAssemblyHit == false)
m_fAssemblyIdentityChildOfDependenctAssemblyHit = true;
else
{
this->LogParseError(MSG_SXS_MANIFEST_MULTIPLE_ASSEMBLYIDENTITY_IN_DEPENDENCYASSEMBLY);
goto Exit;
}
switch (m_IntuitedParseType)
{
case eActualParseType_Undetermined:
ParseType = m_ParseType;
break;
case eActualParseType_PolicyManifest:
ParseType = XML_FILE_TYPE_COMPONENT_CONFIGURATION;
break;
case eActualParseType_Manifest:
ParseType = XML_FILE_TYPE_MANIFEST;
break;
default:
INTERNAL_ERROR_CHECK(FALSE);
ParseType = m_ParseType;
break;
}
switch (ParseType)
{
case XML_FILE_TYPE_MANIFEST:
IFW32FALSE_EXIT(
::SxspCreateAssemblyIdentityFromIdentityElement(
0,
&m_ParseContext,
ASSEMBLY_IDENTITY_TYPE_REFERENCE,
&pAssemblyIdentity,
cNumRecs,
prgNodeInfo));
IFW32FALSE_EXIT(
this->ValidateIdentity(
eValidateIdentity_VersionRequired | eValidateIdentity_PoliciesNotAllowed,
ASSEMBLY_IDENTITY_TYPE_REFERENCE,
pAssemblyIdentity));
// If we're not installing, process the identity...
if (m_ActCtxGenCtx->m_ManifestOperation == MANIFEST_OPERATION_GENERATE_ACTIVATION_CONTEXT)
IFW32FALSE_EXIT(::SxspEnqueueAssemblyReference(m_ActCtxGenCtx, m_Assembly, pAssemblyIdentity, m_fIsDependencyOptional, m_fIsMetadataSatellite));
break;
case XML_FILE_TYPE_COMPONENT_CONFIGURATION:
{
BOOL fValidDependencyAssemblyIdentity = FALSE;
PCWSTR pszName1 = NULL, pszName2 = NULL;
SIZE_T cchName1 = 0, cchName2 = 0;
if (m_CurrentPolicyDependentAssemblyIdentity != NULL)
{
this->LogParseError(MSG_SXS_COMPONENT_CONFIGURATION_MANIFESTS_MAY_ONLY_HAVE_ONE_DEPENDENCY);
goto Exit;
}
IFW32FALSE_EXIT(
::SxspCreateAssemblyIdentityFromIdentityElement(
0,
&m_ParseContext,
ASSEMBLY_IDENTITY_TYPE_REFERENCE,
&pAssemblyIdentity,
cNumRecs,
prgNodeInfo));
// check the name in dependency-assemblyidentity match with the name in assembly-assemblyidentity
IFW32FALSE_EXIT(
::SxspGetAssemblyIdentityAttributeValue(
SXSP_GET_ASSEMBLY_IDENTITY_ATTRIBUTE_VALUE_FLAG_NOT_FOUND_RETURNS_NULL,
m_Assembly->GetAssemblyIdentity(),
&s_IdentityAttribute_name,
&pszName1, // something in a format of "Policy.1212.1221.assemblyname"
&cchName1));
IFW32FALSE_EXIT(
::SxspGetAssemblyIdentityAttributeValue(
SXSP_GET_ASSEMBLY_IDENTITY_ATTRIBUTE_VALUE_FLAG_NOT_FOUND_RETURNS_NULL,
pAssemblyIdentity,
&s_IdentityAttribute_name,
&pszName2, // would be something as "assemblyname"
&cchName2));
if ((cchName1 > cchName2) && (cchName2 !=0))
{
if ( (*(pszName1 + (cchName1 - cchName2 -1)) == L'.') && (::FusionpCompareStrings(
pszName1 + (cchName1 - cchName2), cchName2,
pszName2, cchName2, FALSE // must be case-sensitive for values
) == 0 ))
{
fValidDependencyAssemblyIdentity = TRUE;
}
}
if (fValidDependencyAssemblyIdentity)
{
IFW32FALSE_EXIT(
this->ValidateIdentity(
eValidateIdentity_VersionNotAllowed | eValidateIdentity_PoliciesNotAllowed,
ASSEMBLY_IDENTITY_TYPE_REFERENCE,
pAssemblyIdentity));
// We'll keep track of this so that we can recognize multiple dependentAssembly elements on installation
// of policies.
m_CurrentPolicyDependentAssemblyIdentity = pAssemblyIdentity;
pAssemblyIdentity = NULL;
}
else // print a message and ignore this entry
{
::FusionpDbgPrintEx(
FUSION_DBG_LEVEL_POLICY | FUSION_DBG_LEVEL_INFO,
"SXS.DLL: unexpected assemblyidentity within dependency tag in component policy \"%ls\"\n",
m_buffCurrentFileName
);
}
} // end of this case
break;
#if 0
case XML_FILE_TYPE_APPLICATION_CONFIGURATION:
IFW32FALSE_EXIT(this->ParseElementAttributes(cNumRecs, prgpNodeInfo, NUMBER_OF(rgPolicyAttributes), rgPolicyAttributes));
if (!(m_fAssemblyNamePresent && m_fOldVersionPresent && m_fNewVersionPresent))
{
::FusionpDbgPrintEx(
FUSION_DBG_LEVEL_ERROR,
"SXS.DLL: Policy dependency tag found and either assemblyname, oldversion or newversion attributes are missing\n");
::FusionpSetLastWin32Error(ERROR_SXS_MANIFEST_PARSE_ERROR);
goto Exit;
}
break;
#endif // 0
default:
// Internal error!
INTERNAL_ERROR_CHECK(FALSE);
}
fSuccess = TRUE;
Exit:
if (pAssemblyIdentity != NULL)
::SxsDestroyAssemblyIdentity(pAssemblyIdentity);
return fSuccess;
}
BOOL
CNodeFactory::XMLParser_Element_doc_configuration(
USHORT cNumRecs,
PCSXS_NODE_INFO prgNodeInfo
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
ULONG i;
ASSERT(cNumRecs != 0);
ASSERT(prgNodeInfo != NULL);
if (m_fAssemblyFound)
{
CUnicodeString s;
PCWSTR ManifestPath;
IFW32FALSE_EXIT(m_Assembly->GetManifestPath(&ManifestPath, NULL));
s = ManifestPath;
this->LogParseError(MSG_SXS_MANIFEST_MULTIPLE_TOP_ASSEMBLY, &s);
goto Exit;
}
m_fAssemblyFound = true;
m_fMetadataSatelliteAlreadyFound = false;
// Now let's tell all the contributors that we're about to begin a parsing session.
for (i=0; i<m_ActCtxGenCtx->m_ContributorCount; i++)
{
IFW32FALSE_EXIT(
m_ActCtxGenCtx->m_Contributors[i].Fire_ParseBeginning(
m_ActCtxGenCtx,
m_AssemblyContext,
0, // FileFlags
m_ParseType,
m_ParseContext.SourceFilePathType,
m_ParseContext.SourceFile,
m_ParseContext.SourceFileCch,
m_ParseContext.SourceFileLastWriteTime,
m_Assembly->m_ManifestVersionMajor,
m_Assembly->m_ManifestVersionMinor,
m_Assembly->m_MetadataSatelliteRosterIndex));
}
fSuccess = TRUE;
Exit:
return fSuccess;
}
BOOL
CNodeFactory::XMLParser_Element_doc_configuration_windows(
USHORT cNumRecs,
PCSXS_NODE_INFO prgNodeInfo
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
fSuccess = TRUE;
// Exit:
return fSuccess;
}
BOOL
CNodeFactory::XMLParser_Element_doc_configuration_windows_assemblyBinding(
USHORT cNumRecs,
PCSXS_NODE_INFO prgNodeInfo
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
fSuccess = TRUE;
// Exit:
return fSuccess;
}
BOOL
CNodeFactory::XMLParser_Element_doc_configuration_windows_assemblyBinding_assemblyIdentity(
USHORT cNumRecs,
PCSXS_NODE_INFO prgNodeInfo
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
PASSEMBLY_IDENTITY pAssemblyIdentity = NULL;
IFW32FALSE_EXIT(
::SxspCreateAssemblyIdentityFromIdentityElement(
0,
&m_ParseContext,
ASSEMBLY_IDENTITY_TYPE_REFERENCE,
&pAssemblyIdentity,
cNumRecs,
prgNodeInfo));
IFW32FALSE_EXIT(
this->ValidateIdentity(
eValidateIdentity_VersionRequired | eValidateIdentity_PoliciesNotAllowed,
ASSEMBLY_IDENTITY_TYPE_REFERENCE,
pAssemblyIdentity));
fSuccess = TRUE;
Exit:
if (pAssemblyIdentity != NULL)
::SxsDestroyAssemblyIdentity(pAssemblyIdentity);
return fSuccess;
}
BOOL
CNodeFactory::XMLParser_Element_doc_configuration_windows_assemblyBinding_dependentAssembly(
USHORT cNumRecs,
PCSXS_NODE_INFO prgNodeInfo
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
fSuccess = TRUE;
// Exit:
return fSuccess;
}
BOOL
CNodeFactory::XMLParser_Element_doc_configuration_windows_assemblyBinding_dependentAssembly_assemblyIdentity(
USHORT cNumRecs,
PCSXS_NODE_INFO prgNodeInfo
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
PASSEMBLY_IDENTITY pAssemblyIdentity = NULL;
CPolicyStatement *pPolicyStatement = NULL;
IFW32FALSE_EXIT(
::SxspCreateAssemblyIdentityFromIdentityElement(
0,
&m_ParseContext,
ASSEMBLY_IDENTITY_TYPE_REFERENCE,
&pAssemblyIdentity,
cNumRecs,
prgNodeInfo));
IFW32FALSE_EXIT(
this->ValidateIdentity(
eValidateIdentity_VersionNotAllowed | eValidateIdentity_PoliciesNotAllowed,
ASSEMBLY_IDENTITY_TYPE_REFERENCE,
pAssemblyIdentity));
IFW32FALSE_EXIT(
::SxspGenerateTextuallyEncodedPolicyIdentityFromAssemblyIdentity(
SXSP_GENERATE_TEXTUALLY_ENCODED_POLICY_IDENTITY_FROM_ASSEMBLY_IDENTITY_FLAG_OMIT_ENTIRE_VERSION,
pAssemblyIdentity,
m_buffCurrentApplicationPolicyIdentityKey,
NULL));
IFW32FALSE_EXIT(m_ActCtxGenCtx->m_ApplicationPolicyTable.Find(m_buffCurrentApplicationPolicyIdentityKey, pPolicyStatement));
if (pPolicyStatement != NULL)
{
pPolicyStatement = NULL;
this->LogParseError(MSG_SXS_APPLICATION_CONFIGURATION_MANIFEST_MAY_ONLY_HAVE_ONE_DEPENDENTASSEMBLY_PER_IDENTITY);
goto Exit;
}
IFALLOCFAILED_EXIT(pPolicyStatement = new CPolicyStatement);
IFW32FALSE_EXIT(pPolicyStatement->Initialize());
IFW32FALSE_EXIT(m_ActCtxGenCtx->m_ApplicationPolicyTable.Insert(m_buffCurrentApplicationPolicyIdentityKey, pPolicyStatement));
m_CurrentPolicyStatement = pPolicyStatement;
pPolicyStatement = NULL;
if (m_CurrentPolicyDependentAssemblyIdentity != NULL)
{
::SxsDestroyAssemblyIdentity(m_CurrentPolicyDependentAssemblyIdentity);
m_CurrentPolicyDependentAssemblyIdentity = NULL;
}
m_CurrentPolicyDependentAssemblyIdentity = pAssemblyIdentity;
pAssemblyIdentity = NULL;
fSuccess = TRUE;
Exit:
if (pAssemblyIdentity != NULL)
::SxsDestroyAssemblyIdentity(pAssemblyIdentity);
if (pPolicyStatement != NULL)
FUSION_DELETE_SINGLETON(pPolicyStatement);
return fSuccess;
}
BOOL
CNodeFactory::XMLParser_Element_doc_configuration_windows_assemblyBinding_dependentAssembly_bindingRedirect(
USHORT cNumRecs,
PCSXS_NODE_INFO prgNodeInfo
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
CSmallStringBuffer buffOldVersion;
CSmallStringBuffer buffNewVersion;
bool fFound;
bool fValid;
SIZE_T cb;
if (m_CurrentPolicyStatement == NULL)
{
this->LogParseError(MSG_SXS_APPLICATION_CONFIGURATION_MANIFEST_DEPENDENTASSEMBLY_MISSING_IDENTITY);
goto Exit;
}
IFW32FALSE_EXIT(
::SxspGetAttributeValue(
SXSP_GET_ATTRIBUTE_VALUE_FLAG_REQUIRED_ATTRIBUTE,
&s_AttributeName_oldVersion,
prgNodeInfo,
cNumRecs,
&m_ParseContext,
fFound,
sizeof(buffOldVersion),
&buffOldVersion,
cb,
NULL,
0));
INTERNAL_ERROR_CHECK(fFound);
IFW32FALSE_EXIT(
::SxspGetAttributeValue(
SXSP_GET_ATTRIBUTE_VALUE_FLAG_REQUIRED_ATTRIBUTE,
&s_AttributeName_newVersion,
prgNodeInfo,
cNumRecs,
&m_ParseContext,
fFound,
sizeof(buffNewVersion),
&buffNewVersion,
cb,
NULL,
0));
INTERNAL_ERROR_CHECK(fFound);
// If either are not found, log an error
if (!fFound)
{
this->LogParseError(MSG_SXS_BINDING_REDIRECT_MISSING_REQUIRED_ATTRIBUTES);
goto Exit;
}
IFW32FALSE_EXIT(m_CurrentPolicyStatement->AddRedirect(buffOldVersion, buffNewVersion, fValid));
if (! fValid)
{
// log an error
::FusionpLogError(
MSG_SXS_POLICY_VERSION_OVERLAP,
CEventLogString(m_AssemblyContext->PolicyPath),
CEventLogString(buffOldVersion),
CEventLogString(buffNewVersion));
ORIGINATE_WIN32_FAILURE_AND_EXIT(PolicyVersionOverlap, ERROR_SXS_MANIFEST_PARSE_ERROR);
}
fSuccess = TRUE;
Exit:
return fSuccess;
}
BOOL
CNodeFactory::XMLParser_Parse_PartialAssemblyVersion(
PVOID pvDatum,
BOOL fAlreadyFound,
CBaseStringBuffer &rbuff
)
{
return reinterpret_cast<CPartialAssemblyVersion *>(pvDatum)->Parse(rbuff, rbuff.Cch());
}
BOOL
CNodeFactory::XMLParser_Parse_String(
LPVOID pvDatum,
BOOL fAlreadyFound,
CBaseStringBuffer &rbuff)
{
return ((CBaseStringBuffer *) pvDatum)->Win32Assign(rbuff);
}
BOOL
CNodeFactory::ParseElementAttributes(
USHORT cNumRecs,
XML_NODE_INFO **prgpNodeInfo,
SIZE_T cEntries,
const AttributeMapEntry *prgEntries
)
{
BOOL fSuccess = FALSE;
ULONG i, j;
for (i=1; i<cNumRecs; i++)
{
// Skip things we don't understand.
if (prgpNodeInfo[i]->dwType != XML_ATTRIBUTE)
continue;
for (j=0; j<cEntries; j++)
{
if (::FusionpCompareStrings(
prgEntries[j].m_pszAttributeName,
prgEntries[j].m_cchAttributeName,
prgpNodeInfo[i]->pwcText,
prgpNodeInfo[i]->ulLen,
false) == 0)
{
// Because attribute values may be multipart due to entity references,
// we accumulate the attibute value into buffTemp to start, and then do
// the parsing/whatever afterwards.
CStringBuffer buffTemp;
BOOL *pfIndicator = (BOOL *) (((ULONG_PTR) this) + prgEntries[j].m_offsetIndicator);
while ((++i < cNumRecs) &&
(prgpNodeInfo[i]->dwType == XML_PCDATA))
{
if (!buffTemp.Win32Append(prgpNodeInfo[i]->pwcText, prgpNodeInfo[i]->ulLen))
goto Exit;
}
// The outer for(;;) loop is going to increment i, so we need to back it up one
// place...
i--;
// Call the appropriate value type handler function...
if (prgEntries[j].m_pfn != NULL)
{
if (!((this->*(prgEntries[j].m_pfn))(((LPBYTE) this) + prgEntries[j].m_offsetData, *pfIndicator, buffTemp)))
goto Exit;
}
*pfIndicator = TRUE;
break;
}
}
}
fSuccess = TRUE;
Exit:
return fSuccess;
}
HRESULT
CNodeFactory::LogParseError(
DWORD dwLastParseError,
const UNICODE_STRING *p1,
const UNICODE_STRING *p2,
const UNICODE_STRING *p3,
const UNICODE_STRING *p4,
const UNICODE_STRING *p5,
const UNICODE_STRING *p6,
const UNICODE_STRING *p7,
const UNICODE_STRING *p8,
const UNICODE_STRING *p9,
const UNICODE_STRING *p10,
const UNICODE_STRING *p11,
const UNICODE_STRING *p12,
const UNICODE_STRING *p13,
const UNICODE_STRING *p14,
const UNICODE_STRING *p15,
const UNICODE_STRING *p16,
const UNICODE_STRING *p17,
const UNICODE_STRING *p18,
const UNICODE_STRING *p19,
const UNICODE_STRING *p20
)
{
return
::FusionpLogParseError(
m_ParseContext.SourceFile,
m_ParseContext.SourceFileCch,
m_ParseContext.LineNumber,
dwLastParseError,
p1, p2, p3, p4, p5,
p6, p7, p8, p9, p10,
p11, p12, p13, p14, p15,
p16, p17, p18, p19, p20);
}
VOID
CNodeFactory::ParseErrorCallback_MissingRequiredAttribute(
PCACTCTXCTB_PARSE_CONTEXT ParseContext,
IN PCATTRIBUTE_NAME_DESCRIPTOR AttributeName
)
{
// CNodeFactory *pThis = (CNodeFactory *) ErrorContext;
::FusionpLogRequiredAttributeMissingParseError(
ParseContext->SourceFile,
ParseContext->SourceFileCch,
ParseContext->LineNumber,
ParseContext->ElementName,
ParseContext->ElementNameCch,
AttributeName->Name,
AttributeName->NameCch);
}
VOID
CNodeFactory::ParseErrorCallback_InvalidAttributeValue(
PCACTCTXCTB_PARSE_CONTEXT ParseContext,
IN PCATTRIBUTE_NAME_DESCRIPTOR AttributeName
)
{
// CNodeFactory *pThis = (CNodeFactory *) ErrorContext;
::FusionpLogInvalidAttributeValueParseError(
ParseContext->SourceFile,
ParseContext->SourceFileCch,
ParseContext->LineNumber,
ParseContext->ElementName,
ParseContext->ElementNameCch,
AttributeName->Name,
AttributeName->NameCch);
}
VOID
CNodeFactory::ParseErrorCallback_AttributeNotAllowed(
PCACTCTXCTB_PARSE_CONTEXT ParseContext,
IN PCATTRIBUTE_NAME_DESCRIPTOR AttributeName
)
{
// CNodeFactory *pThis = (CNodeFactory *) ErrorContext;
::FusionpLogAttributeNotAllowedParseError(
ParseContext->SourceFile,
ParseContext->SourceFileCch,
ParseContext->LineNumber,
ParseContext->ElementName,
ParseContext->ElementNameCch,
AttributeName->Name,
AttributeName->NameCch);
}
static
VOID
SxspDbgPrintXmlNodeInfo(
ULONG Level,
XML_NODE_INFO *pNode
)
{
CUnicodeString s(pNode->pwcText, pNode->ulLen);
#if DBG_SXS
::FusionpDbgPrintEx(Level, "SXS.DLL: XML_NODE_INFO at %p\n", pNode);
::FusionpDbgPrintEx(Level, " dwSize = %d\n", pNode->dwSize);
::FusionpDbgPrintEx(Level, " dwType = %d (%s)\n", pNode->dwType, SxspFormatXmlNodeType(pNode->dwType));
::FusionpDbgPrintEx(Level, " dwSubType = %d\n", pNode->dwSubType);
::FusionpDbgPrintEx(Level, " fTerminal = %d\n", pNode->fTerminal);
::FusionpDbgPrintEx(Level, " pwcText = %p (\"%wZ\")\n", pNode->pwcText, &s);
::FusionpDbgPrintEx(Level, " ulLen = %d\n", pNode->ulLen);
::FusionpDbgPrintEx(Level, " ulNsPrefixLen = %d\n", pNode->ulNsPrefixLen);
::FusionpDbgPrintEx(Level, " pNode = %p\n", pNode->pNode);
::FusionpDbgPrintEx(Level, " pReserved = %p\n", pNode->pReserved);
#else
::FusionpDbgPrintEx(Level, "SXS.DLL: XML_NODE_INFO at %p: \"%wZ\"\n", pNode, &s);
#endif
}
static
PCSTR
SxspFormatXmlNodeType(
DWORD dwType
)
{
PCSTR Result = "Unknown";
#define HANDLE_NODE_TYPE(x) case static_cast<DWORD>(x): Result = #x; break;
switch (dwType)
{
HANDLE_NODE_TYPE(XML_ELEMENT)
HANDLE_NODE_TYPE(XML_ATTRIBUTE)
HANDLE_NODE_TYPE(XML_PI)
HANDLE_NODE_TYPE(XML_XMLDECL)
HANDLE_NODE_TYPE(XML_DOCTYPE)
HANDLE_NODE_TYPE(XML_DTDATTRIBUTE)
HANDLE_NODE_TYPE(XML_ENTITYDECL)
HANDLE_NODE_TYPE(XML_ELEMENTDECL)
HANDLE_NODE_TYPE(XML_ATTLISTDECL)
HANDLE_NODE_TYPE(XML_NOTATION)
HANDLE_NODE_TYPE(XML_GROUP)
HANDLE_NODE_TYPE(XML_INCLUDESECT)
HANDLE_NODE_TYPE(XML_PCDATA)
HANDLE_NODE_TYPE(XML_CDATA)
HANDLE_NODE_TYPE(XML_IGNORESECT)
HANDLE_NODE_TYPE(XML_COMMENT)
HANDLE_NODE_TYPE(XML_ENTITYREF)
HANDLE_NODE_TYPE(XML_WHITESPACE)
HANDLE_NODE_TYPE(XML_NAME)
HANDLE_NODE_TYPE(XML_NMTOKEN)
HANDLE_NODE_TYPE(XML_STRING)
HANDLE_NODE_TYPE(XML_PEREF)
HANDLE_NODE_TYPE(XML_MODEL)
HANDLE_NODE_TYPE(XML_ATTDEF)
HANDLE_NODE_TYPE(XML_ATTTYPE)
HANDLE_NODE_TYPE(XML_ATTPRESENCE)
HANDLE_NODE_TYPE(XML_DTDSUBSET)
}
return Result;
}
BOOL
CNodeFactory::ValidateIdentity(
DWORD Flags,
ULONG Type,
PCASSEMBLY_IDENTITY AssemblyIdentity
)
{
BOOL fSuccess = FALSE;
FN_TRACE_WIN32(fSuccess);
PCWSTR pszTemp = NULL;
SIZE_T cchTemp = 0;
bool fSyntaxValid = false;
bool fError = false;
BOOL fIsPolicy;
PARAMETER_CHECK((Flags & ~(
eValidateIdentity_VersionRequired |
eValidateIdentity_PoliciesNotAllowed |
eValidateIdentity_VersionNotAllowed)) == 0);
PARAMETER_CHECK((Type == ASSEMBLY_IDENTITY_TYPE_DEFINITION) || (Type == ASSEMBLY_IDENTITY_TYPE_REFERENCE));
PARAMETER_CHECK(AssemblyIdentity != NULL);
//
// only one of these flags is allowed
//
IFINVALID_FLAGS_EXIT_WIN32(Flags,
eValidateIdentity_PoliciesNotAllowed |
eValidateIdentity_VersionNotAllowed |
eValidateIdentity_VersionRequired);
//
// Get the type of this assembly
//
IFW32FALSE_EXIT(::SxspDetermineAssemblyType(AssemblyIdentity, fIsPolicy));
//
// If it's policy, then make sure that policies are allowed. Otherwise, fail out.
//
if (fIsPolicy)
{
if (Flags & eValidateIdentity_PoliciesNotAllowed)
{
FusionpDbgPrintEx(
FUSION_DBG_LEVEL_ERROR,
"SXS.DLL: Manifest \"%ls\" (line %d) contains a type=\"win32-policy\" where it shouldn't\n",
m_ParseContext.SourceFile,
m_ParseContext.LineNumber);
fError = true;
}
else
{
m_AssemblyContext->Flags |= ACTCTXCTB_ASSEMBLY_CONTEXT_IS_SYSTEM_POLICY_INSTALLATION;
}
}
IFW32FALSE_EXIT(
::SxspGetAssemblyIdentityAttributeValue(
SXSP_GET_ASSEMBLY_IDENTITY_ATTRIBUTE_VALUE_FLAG_NOT_FOUND_RETURNS_NULL,
AssemblyIdentity,
&s_IdentityAttribute_name,
&pszTemp,
&cchTemp));
if (cchTemp == 0)
{
::FusionpDbgPrintEx(
FUSION_DBG_LEVEL_ERROR,
"SXS.DLL: Manifest \"%ls\" (line %d) is missing name attribute; report to owner of \"%ls\"\n",
m_ParseContext.SourceFile,
m_ParseContext.LineNumber,
m_ParseContext.SourceFile);
fError = true;
}
IFW32FALSE_EXIT(
::SxspGetAssemblyIdentityAttributeValue(
SXSP_GET_ASSEMBLY_IDENTITY_ATTRIBUTE_VALUE_FLAG_NOT_FOUND_RETURNS_NULL,
AssemblyIdentity,
&s_IdentityAttribute_processorArchitecture,
&pszTemp,
&cchTemp));
IFW32FALSE_EXIT(
::SxspGetAssemblyIdentityAttributeValue(
SXSP_GET_ASSEMBLY_IDENTITY_ATTRIBUTE_VALUE_FLAG_NOT_FOUND_RETURNS_NULL,
AssemblyIdentity,
&s_IdentityAttribute_version,
&pszTemp,
&cchTemp));
if (cchTemp != 0)
{
ASSEMBLY_VERSION av;
IFW32FALSE_EXIT(CFusionParser::ParseVersion(av, pszTemp, cchTemp, fSyntaxValid));
if (!fSyntaxValid)
{
::FusionpLogInvalidAttributeValueParseError(
m_ParseContext.SourceFile,
m_ParseContext.SourceFileCch,
m_ParseContext.LineNumber,
m_ParseContext.ElementName,
m_ParseContext.ElementNameCch,
s_IdentityAttribute_version);
ORIGINATE_WIN32_FAILURE_AND_EXIT(InvalidVersionNumber, ERROR_SXS_MANIFEST_PARSE_ERROR);
}
}
if ((Flags & (eValidateIdentity_VersionNotAllowed | eValidateIdentity_VersionRequired)) != 0)
{
if ((Flags & eValidateIdentity_VersionNotAllowed) != 0 && cchTemp != 0)
{
fError = true;
::FusionpDbgPrintEx(
FUSION_DBG_LEVEL_ERROR,
"SXS.DLL: Manifest \"%ls\" (line %d) has a version attribute where it may not appear; report to owner of \"%ls\"\n",
m_ParseContext.SourceFile,
m_ParseContext.LineNumber,
m_ParseContext.SourceFile);
}
else if ((Flags & eValidateIdentity_VersionRequired) != 0 && cchTemp == 0)
{
fError = true;
::FusionpDbgPrintEx(
FUSION_DBG_LEVEL_ERROR,
"SXS.DLL: Manifest \"%ls\" (line %d) is missing version attribute; report to owner of \"%ls\"\n",
m_ParseContext.SourceFile,
m_ParseContext.LineNumber,
m_ParseContext.SourceFile);
}
}
if (fError)
{
::FusionpDbgPrintEx(
FUSION_DBG_LEVEL_ERROR,
"SXS.DLL: Manifest \"%ls\" is missing required attribute or contains disallowed attribute; report to owner of \"%ls\"\n",
m_ParseContext.SourceFile,
m_ParseContext.SourceFile);
ORIGINATE_WIN32_FAILURE_AND_EXIT(InvalidIdentity, ERROR_SXS_MANIFEST_PARSE_ERROR);
}
fSuccess = TRUE;
Exit:
return fSuccess;
}
BOOL
CNodeFactory::ValidateElementAttributes(
PCSXS_NODE_INFO prgNodes,
SIZE_T cNodes,
PCELEMENT_LEGAL_ATTRIBUTE prgAttributes,
UCHAR cAttributes
)
{
FN_PROLOG_WIN32
SIZE_T i;
UCHAR j;
UCHAR cRequiredAttributes, cRequiredAttributesFound;
UCHAR rgRequiredAttributeFoundBitMask[8]; // 8 * 32 = 256
BOOL fParseFailed = FALSE;
PARAMETER_CHECK((cNodes == 0) || (prgNodes != NULL));
PARAMETER_CHECK((cAttributes == 0) || (prgAttributes != NULL));
cRequiredAttributes = 0;
cRequiredAttributesFound = 0;
for (i=0; i<cAttributes; i++)
if (prgAttributes[i].m_dwFlags & ELEMENT_LEGAL_ATTRIBUTE_FLAG_REQUIRED)
cRequiredAttributes++;
rgRequiredAttributeFoundBitMask[0] = 0;
rgRequiredAttributeFoundBitMask[1] = 0;
rgRequiredAttributeFoundBitMask[2] = 0;
rgRequiredAttributeFoundBitMask[3] = 0;
rgRequiredAttributeFoundBitMask[4] = 0;
rgRequiredAttributeFoundBitMask[5] = 0;
rgRequiredAttributeFoundBitMask[6] = 0;
rgRequiredAttributeFoundBitMask[7] = 0;
for (i=0; i<cNodes; i++)
{
if (prgNodes[i].Type == SXS_ATTRIBUTE)
{
const SIZE_T cchText = prgNodes[i].cchText;
const SIZE_T cchNamespace = prgNodes[i].NamespaceStringBuf.Cch();
const PCWSTR pszText = prgNodes[i].pszText;
// Ignore any attributes that start with xml
if ((cchText >= 3) &&
((pszText[0] == L'x') || (pszText[0] == L'X')) &&
((pszText[1] == L'm') || (pszText[1] == L'M')) &&
((pszText[2] == L'l') || (pszText[2] == L'L')))
{
continue;
}
if (cchNamespace != 0 )
{
continue;
}
for (j=0; j<cAttributes; j++)
{
if ((prgAttributes[j].m_pName != NULL) &&
(cchText == prgAttributes[j].m_pName->NameCch) &&
(cchNamespace == prgAttributes[j].m_pName->NamespaceCch) &&
(::FusionpCompareStrings(prgNodes[i].NamespaceStringBuf, cchNamespace, prgAttributes[j].m_pName->Namespace, cchNamespace, false) == 0) &&
(::FusionpCompareStrings(pszText, cchText, prgAttributes[j].m_pName->Name, cchText, false) == 0))
{
if (prgAttributes[j].m_pfnValidator != NULL)
{
CSmallStringBuffer buffValue;
bool fValid = false;
SIZE_T cb;
SIZE_T i2;
for (i2=i+1; i2<cNodes; i2++)
{
if (prgNodes[i2].Type == SXS_PCDATA)
IFW32FALSE_EXIT(buffValue.Win32Append(prgNodes[i2].pszText, prgNodes[i2].cchText));
else
break;
}
IFW32FALSE_EXIT(
(*prgAttributes[j].m_pfnValidator)(
prgAttributes[j].m_dwValidatorFlags,
buffValue,
fValid,
0,
NULL,
cb));
if (!fValid)
{
::FusionpLogInvalidAttributeValueParseError(
m_ParseContext.SourceFile,
m_ParseContext.SourceFileCch,
m_ParseContext.LineNumber,
m_ParseContext.ElementName,
m_ParseContext.ElementNameCch,
prgAttributes[j].m_pName->Name,
prgAttributes[j].m_pName->NameCch);
ORIGINATE_WIN32_FAILURE_AND_EXIT(InvalidAttributeValue, ERROR_SXS_MANIFEST_PARSE_ERROR);
}
}
if (prgAttributes[j].m_dwFlags & ELEMENT_LEGAL_ATTRIBUTE_FLAG_REQUIRED)
{
rgRequiredAttributeFoundBitMask[(j / 32)] |= (1 << (j % 32));
cRequiredAttributesFound++;
}
break;
}
}
if (j == cAttributes)
{
// We found an illegal attribute!!
::FusionpLogAttributeNotAllowedParseError(
m_ParseContext.SourceFile,
m_ParseContext.SourceFileCch,
m_ParseContext.LineNumber,
prgNodes[0].pszText,
prgNodes[0].cchText,
prgNodes[i].pszText,
prgNodes[i].cchText);
// We don't just go to exit here because we want to report all the bad attributes and missing attributes...
fParseFailed = TRUE;
}
}
}
if (cRequiredAttributesFound != cRequiredAttributes)
{
for (j=0; j<cAttributes; j++)
{
if (prgAttributes[j].m_dwFlags & ELEMENT_LEGAL_ATTRIBUTE_FLAG_REQUIRED)
{
if ((rgRequiredAttributeFoundBitMask[(j / 32)] & (1 << (j % 32))) == 0)
{
::FusionpLogRequiredAttributeMissingParseError(
m_ParseContext.SourceFile,
m_ParseContext.SourceFileCch,
m_ParseContext.LineNumber,
prgNodes[0].pszText,
prgNodes[0].cchText,
prgAttributes[j].m_pName->Name,
prgAttributes[j].m_pName->NameCch);
fParseFailed = TRUE;
}
}
}
}
if (fParseFailed)
ORIGINATE_WIN32_FAILURE_AND_EXIT(ParseError, ERROR_SXS_MANIFEST_PARSE_ERROR);
FN_EPILOG
}