def ValidateMS2(Module, TopXmlTreeLevel):
#
# Check Header
#
XmlTreeLevel = TopXmlTreeLevel + ['Header']
CheckDict = Sdict()
CheckDict['Name'] = Module.GetName()
CheckDict['BaseName'] = Module.GetBaseName()
CheckDict['GUID'] = Module.GetGuid()
CheckDict['Version'] = Module.GetVersion()
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
#
# Check ModuleProperties
#
XmlTreeLevel = TopXmlTreeLevel + ['ModuleProperties']
CheckDict = {
'ModuleType': Module.GetModuleType(),
'Path': Module.GetModulePath()
}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
if not IsValidInstallPath(Module.GetModulePath()):
Logger.Error("UPT", FORMAT_INVALID,
ERR_FILE_NAME_INVALIDE % Module.GetModulePath())
#
# Check ModuleProperties->BootMode
#
XmlTreeLevel = TopXmlTreeLevel + ['ModuleProperties'] + ['BootMode']
for Item in Module.GetBootModeList():
CheckDict = {
'Usage': Item.GetUsage(),
'SupportedBootModes': Item.GetSupportedBootModes()
}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
#
# Check ModuleProperties->Event
#
XmlTreeLevel = TopXmlTreeLevel + ['ModuleProperties'] + ['Event']
for Item in Module.GetEventList():
CheckDict = {
'Usage': Item.GetUsage(),
'EventType': Item.GetEventType()
}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
#
# Check ModuleProperties->Hob
#
XmlTreeLevel = TopXmlTreeLevel + ['ModuleProperties'] + ['HOB']
for Item in Module.GetHobList():
CheckDict = {'Usage': Item.GetUsage(), 'HobType': Item.GetHobType()}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
#
# The UDP Specification supports the module type of UEFI_RUNTIME_DRIVER, which is not present in the EDK II INF
# File Specification v. 1.23, so UPT must perform the following translation that include the generation of a
# [Depex] section.
#
if Module.ModuleType == "UEFI_RUNTIME_DRIVER":
Module.ModuleType = "DXE_RUNTIME_DRIVER"
DxeObj = DepexObject()
DxeObj.SetDepex("gEfiBdsArchProtocolGuid AND \ngEfiCpuArchProtocolGuid AND\n" + \
"gEfiMetronomeArchProtocolGuid AND \ngEfiMonotonicCounterArchProtocolGuid AND\n" + \
"gEfiRealTimeClockArchProtocolGuid AND \ngEfiResetArchProtocolGuid AND\n" + \
"gEfiRuntimeArchProtocolGuid AND \ngEfiSecurityArchProtocolGuid AND\n" + \
"gEfiTimerArchProtocolGuid AND \ngEfiVariableWriteArchProtocolGuid AND\n" + \
"gEfiVariableArchProtocolGuid AND \ngEfiWatchdogTimerArchProtocolGuid")
DxeObj.SetModuleType(['DXE_RUNTIME_DRIVER'])
Module.PeiDepex = []
Module.DxeDepex = []
Module.SmmDepex = []
Module.DxeDepex.append(DxeObj)
#
# Check LibraryClassDefinitions -> LibraryClass
#
XmlTreeLevel = TopXmlTreeLevel + ['LibraryClassDefinitions']
for Item in Module.GetLibraryClassList():
if Item is None:
CheckDict = {'LibraryClass': ''}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
XmlTreeLevel = TopXmlTreeLevel + [
'LibraryClassDefinitions', 'LibraryClass'
]
IsLibraryModule = False
LibrarySupModList = []
for Item in Module.GetLibraryClassList():
CheckDict = {
'Keyword': Item.GetLibraryClass(),
'Usage': Item.GetUsage()
}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
#
# If the LibraryClass:SupModList is not "UNDEFINED" the LIBRARY_CLASS entry must have the list
# appended using the format:
# LIBRARY_CLASS = <ClassName> ["|" <Edk2ModuleTypeList>]
#
# Edk2ModuleTypeList ::= <ModuleType> [" " <ModuleType>]{0,}
# <ModuleTypes> ::= {"BASE"} {"SEC"} {"PEI_CORE"} {"PEIM"}
# {"DXE_CORE"} {"DXE_DRIVER"} {"SMM_CORE"}
# {"DXE_SMM_DRIVER"} {"DXE_RUNTIME_DRIVER"}
# {"DXE_SAL_DRIVER"} {"UEFI_DRIVER"}
# {"UEFI_APPLICATION"} {"USER_DEFINED"}
#
if len(Item.SupModuleList) > 0:
for SupModule in Item.SupModuleList:
if not IsValidInfMoudleType(SupModule):
Logger.Error('\nUPT',
PARSER_ERROR,
ERR_XML_INVALID_LIB_SUPMODLIST %
(Item.LibraryClass, str(SupModule)),
RaiseError=True)
if Item.Usage == 'PRODUCES' or Item.Usage == 'SOMETIMES_PRODUCES':
IsLibraryModule = True
LibrarySupModList = Item.SupModuleList
#
# For Library modules (indicated by a LIBRARY_CLASS statement in the [Defines] section)
# If the SupModList attribute of the CONSTRUCTOR or DESTRUCTOR element does not match the Supported Module
# Types listed after "LIBRARY_CLASS = <Keyword> |", the tool should gracefully exit with an error message
# stating that there is a conflict in the module types the CONSTRUCTOR/DESTRUCTOR is to be used with and
# the Module types this Library supports.
#
if IsLibraryModule:
for Item in Module.GetExternList():
if Item.Constructor or Item.Destructor:
if hasattr(Item, 'SupModList') and len(Item.SupModList) > 0 and \
not IsEqualList(Item.SupModList, LibrarySupModList):
Logger.Error(
'\nUPT',
PARSER_ERROR,
ERR_XML_INVALID_EXTERN_SUPMODLIST %
(str(Item.SupModList), str(LibrarySupModList)),
RaiseError=True)
#
# If the module is not a library module, the MODULE_TYPE listed in the ModuleSurfaceArea.Header must match the
# SupModList attribute. If these conditions cannot be met, the tool must exit gracefully, informing the user
# that the EDK II Build system does not currently support the features required by this Module.
#
if not IsLibraryModule:
for Item in Module.GetExternList():
if hasattr(Item, 'SupModList') and len(Item.SupModList) > 0 and \
not IsEqualList(Item.SupModList, [Module.ModuleType]):
Logger.Error('\nUPT',
PARSER_ERROR,
ERR_XML_INVALID_EXTERN_SUPMODLIST_NOT_LIB %
(str(Module.ModuleType), str(Item.SupModList)),
RaiseError=True)
#
# Check SourceFiles
#
XmlTreeLevel = TopXmlTreeLevel + ['SourceFiles']
for Item in Module.GetSourceFileList():
if Item is None:
CheckDict = {'Filename': ''}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
XmlTreeLevel = TopXmlTreeLevel + ['SourceFiles']
for Item in Module.GetSourceFileList():
CheckDict = {'Filename': Item.GetSourceFile()}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
for ItemCount in range(len(Module.GetBinaryFileList())):
Item = Module.GetBinaryFileList()[ItemCount]
if Item and len(Item.FileNamList
) > 0 and Item.FileNamList[0].FileType == 'FREEFORM':
Item.FileNamList[0].FileType = 'SUBTYPE_GUID'
Module.GetBinaryFileList()[ItemCount] = Item
def ValidateMS1(Module, TopXmlTreeLevel):
#
# Check Guids -> GuidCName
#
XmlTreeLevel = TopXmlTreeLevel + ['Guids']
for Item in Module.GetGuidList():
if Item is None:
CheckDict = {'GuidCName': ''}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
XmlTreeLevel = TopXmlTreeLevel + ['Guids', 'GuidCName']
for Item in Module.GetGuidList():
CheckDict = {
'CName': Item.GetCName(),
'GuidType': Item.GetGuidTypeList(),
'Usage': Item.GetUsage()
}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
if Item.GetVariableName():
Result = ConvertVariableName(Item.GetVariableName())
if Result is None:
Msg = "->".join(Node for Node in XmlTreeLevel)
ErrorMsg = ERR_XML_INVALID_VARIABLENAME % (
Item.GetVariableName(), Item.GetCName(), Msg)
Logger.Error('\nUPT', PARSER_ERROR, ErrorMsg, RaiseError=True)
else:
Item.SetVariableName(Result)
#
# Check Protocols -> Protocol
#
XmlTreeLevel = TopXmlTreeLevel + ['Protocols']
for Item in Module.GetProtocolList():
if Item is None:
CheckDict = {'Protocol': ''}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
XmlTreeLevel = TopXmlTreeLevel + ['Protocols', 'Protocol']
for Item in Module.GetProtocolList():
CheckDict = {'CName': Item.GetCName(), 'Usage': Item.GetUsage()}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
#
# Check PPIs -> Ppi
#
XmlTreeLevel = TopXmlTreeLevel + ['PPIs']
for Item in Module.GetPpiList():
if Item is None:
CheckDict = {'Ppi': ''}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
XmlTreeLevel = TopXmlTreeLevel + ['PPIs', 'Ppi']
for Item in Module.GetPpiList():
CheckDict = {'CName': Item.GetCName(), 'Usage': Item.GetUsage()}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
#
# Check PcdCoded -> Entry
#
XmlTreeLevel = TopXmlTreeLevel + ['PcdCoded']
for Item in Module.GetPcdList():
if Item is None:
CheckDict = {'PcdEntry': ''}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
XmlTreeLevel = TopXmlTreeLevel + ['PcdCoded', 'PcdEntry']
for Item in Module.GetPcdList():
CheckDict = {
'TokenSpaceGuidCname': Item.GetTokenSpaceGuidCName(),
'CName': Item.GetCName(),
'PcdUsage': Item.GetValidUsage(),
'PcdItemType': Item.GetItemType()
}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
#
# Check Externs -> Extern
#
XmlTreeLevel = TopXmlTreeLevel + ['Externs']
for Item in Module.GetExternList():
if Item is None:
CheckDict = {'Extern': ''}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
#
# If SupArchList is used to identify different EntryPoint, UnloadImage, Constructor/Destructor elements and
# that SupArchList does not match ModuleSurfaceArea.ModuleProperties:SupArchList, the tool must exit gracefully,
# informing the user that the EDK II Build system does not support different EntryPoint, UnloadImage,
# Constructor or Destructor elements based on Architecture type. Two SupArchList attributes are considered
# identical if it lists the same CPU architectures in any order.
#
for Item in Module.GetExternList():
if len(Item.SupArchList) > 0:
if not IsEqualList(Item.SupArchList, Module.SupArchList):
Logger.Error('\nUPT',
PARSER_ERROR,
ERR_XML_INVALID_EXTERN_SUPARCHLIST %
(str(Item.SupArchList), str(Module.SupArchList)),
RaiseError=True)
#
# Check DistributionPackage -> ModuleSurfaceArea -> UserExtensions
#
XmlTreeLevel = TopXmlTreeLevel + ['UserExtensions']
for Item in Module.GetUserExtensionList():
CheckDict = {
'UserId': Item.GetUserID(),
'Identifier': Item.GetIdentifier()
}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
#
# Check DistributionPackage -> PackageSurfaceArea -> MiscellaneousFiles -> Filename
#
XmlTreeLevel = TopXmlTreeLevel + ['MiscellaneousFiles']
for Item in Module.GetMiscFileList():
if not Item.GetFileList():
CheckDict = {
'Filename': '',
}
IsRequiredItemListNull(CheckDict, XmlTreeLevel)
for File in Item.GetFileList():
CheckDict = {
'Filename': File.GetURI(),
}