python_dirs="$bin_dirs /usr/bin /usr/local/bin /bin /sbin"

  python_dirs="$bin_dirs /usr/bin /usr/local/bin /bin /sbin"

  python_prog=NO

  python_prog=NO

  python_found=NO

  python_found=NO

        python_found=YES

        python_found=YES

          break 2

          break 2

        fi

        fi

      fi

      fi

fi

fi

if test "$f_python" = NO; then

if test "$f_python" = NO; then

  echo

  echo

  exit 2

  exit 2

fi

fi

configuration option \ref cfg_output_language "OUTPUT_LANGUAGE" in the 

configuration option \ref cfg_output_language "OUTPUT_LANGUAGE" in the 

configuration file (with default name and known as Doxyfile).

configuration file (with default name and known as Doxyfile).

are supported (sorted alphabetically):

are supported (sorted alphabetically):

Afrikaans, Arabic, Armenian, Brazilian Portuguese, Catalan, Chinese,

Afrikaans, Arabic, Armenian, Brazilian Portuguese, Catalan, Chinese,

Chinese Traditional, Croatian, Czech, Danish, Dutch, English,

Chinese Traditional, Croatian, Czech, Danish, Dutch, English,

from __future__ import generators

from __future__ import generators

import codecs

import codecs

import os

import os

import re

import re

import sys

import sys

        # Open the file for reading and extracting tokens until the eof.

        # Open the file for reading and extracting tokens until the eof.

        # Initialize the finite automaton.

        # Initialize the finite automaton.

        lineNo = 0

        lineNo = 0

        line = ''         # init -- see the pos initialization below

        line = ''         # init -- see the pos initialization below

        linelen = 0       # init

        linelen = 0       # init

                    # If it is an unknown item, it can still be recognized

                    # If it is an unknown item, it can still be recognized

                    # here. Keywords and separators are the example.

                    # here. Keywords and separators are the example.

                    if tokenId == 'unknown':

                    if tokenId == 'unknown':

                            tokenId = tokenDic[tokenStr]

                            tokenId = tokenDic[tokenStr]

                        elif tokenStr.isdigit():

                        elif tokenStr.isdigit():

                            tokenId = 'num'

                            tokenId = 'num'

                    tokenStr = c

                    tokenStr = c

                    tokenLineNo = lineNo

                    tokenLineNo = lineNo

                    status = 8

                    status = 8

                    tokenId = tokenDic[c]

                    tokenId = tokenDic[c]

                    tokenStr = c

                    tokenStr = c

                    tokenLineNo = lineNo

                    tokenLineNo = lineNo

                if c.isspace():

                if c.isspace():

                    pos += 1

                    pos += 1

                    status = 0           # tokenId may be determined later

                    status = 0           # tokenId may be determined later

                    status = 0

                    status = 0

                else:

                else:

                    tokenStr += c        # collect

                    tokenStr += c        # collect

            # Always assume that the previous tokens were processed. Get

            # Always assume that the previous tokens were processed. Get

            # the next one.

            # the next one.

            # Process the token and never return back.

            # Process the token and never return back.

            if status == 0:    # waiting for the 'class' keyword.

            if status == 0:    # waiting for the 'class' keyword.

        while status != 777:

        while status != 777:

            # Get the next token.

            # Get the next token.

            if status == 0:      # waiting for 'public:'

            if status == 0:      # waiting for 'public:'

                if tokenId == 'public':

                if tokenId == 'public':

                    prototype += ' ' + tokenStr

                    prototype += ' ' + tokenStr

                    uniPrototype = tokenStr  # start collecting the unified prototype

                    uniPrototype = tokenStr  # start collecting the unified prototype

                    status = 4

                    status = 4

                    status = 4

                    status = 4

                else:

                else:

                    self.__unexpectedToken(status, tokenId, tokenLineNo)

                    self.__unexpectedToken(status, tokenId, tokenLineNo)

            elif status == 9:    # after semicolon, produce the dic item

            elif status == 9:    # after semicolon, produce the dic item

                if tokenId == 'semic':

                if tokenId == 'semic':

                    resultDic[uniPrototype] = prototype

                    resultDic[uniPrototype] = prototype

                    status = 2

                    status = 2

                else:

                else:

        # Eat the rest of the source to cause closing the file.

        # Eat the rest of the source to cause closing the file.

        while tokenId != 'eof':

        while tokenId != 'eof':

        # Return the resulting dictionary with 'uniPrototype -> prototype'.

        # Return the resulting dictionary with 'uniPrototype -> prototype'.

        return resultDic

        return resultDic

        while status != 777:

        while status != 777:

            # Get the next token.

            # Get the next token.

            if status == 0:      # waiting for 'public:'

            if status == 0:      # waiting for 'public:'

                if tokenId == 'public':

                if tokenId == 'public':

                            sys.stderr.write(msg)

                            sys.stderr.write(msg)

                            assert False

                            assert False

                        # Insert new dictionary item.

                        # Insert new dictionary item.

                        self.prototypeDic[uniPrototype] = prototype

                        self.prototypeDic[uniPrototype] = prototype

                        status = 2      # body consumed

                        status = 2      # body consumed

                # For the required methods, update the dictionary of methods

                # For the required methods, update the dictionary of methods

                # implemented by the adapter.

                # implemented by the adapter.

                for protoUni in self.prototypeDic:

                for protoUni in self.prototypeDic:

                        # This required method will be marked as implemented

                        # This required method will be marked as implemented

                        # by this adapter class. This implementation assumes

                        # by this adapter class. This implementation assumes

                        # that newer adapters do not reimplement any required

                        # that newer adapters do not reimplement any required

                        # methods already implemented by older adapters.

                        # methods already implemented by older adapters.

                        adaptDic[protoUni] = (version, self.classId)

                        adaptDic[protoUni] = (version, self.classId)

                # Clear the dictionary object and the information related

                # Clear the dictionary object and the information related

        # Eat the rest of the source to cause closing the file.

        # Eat the rest of the source to cause closing the file.

        while True:

        while True:

            try:

            try:

            except StopIteration:

            except StopIteration:

                break

                break

        # Build the list of obsolete methods.

        # Build the list of obsolete methods.

        self.obsoleteMethods = []

        self.obsoleteMethods = []

        for p in myDic:

        for p in myDic:

                self.obsoleteMethods.append(p)

                self.obsoleteMethods.append(p)

        # Build the list of missing methods and the list of implemented

        # Build the list of missing methods and the list of implemented

        self.missingMethods = []

        self.missingMethods = []

        self.implementedMethods = []

        self.implementedMethods = []

        for p in reqDic:

        for p in reqDic:

                self.implementedMethods.append(p)

                self.implementedMethods.append(p)

            else:

            else:

                self.missingMethods.append(p)

                self.missingMethods.append(p)

                adaptMinVersion = '9.9.99'

                adaptMinVersion = '9.9.99'

                adaptMinClass = 'TranslatorAdapter_9_9_99'

                adaptMinClass = 'TranslatorAdapter_9_9_99'

                for uniProto in self.missingMethods:

                for uniProto in self.missingMethods:

                        version, cls = adaptDic[uniProto]

                        version, cls = adaptDic[uniProto]

                        if version < adaptMinVersion:

                        if version < adaptMinVersion:

                            adaptMinVersion = version

                            adaptMinVersion = version

        self.langLst = []

        self.langLst = []

        for obj in self.__translDic.values():

        for obj in self.__translDic.values():

            self.langLst.append((obj.langReadable, obj))

            self.langLst.append((obj.langReadable, obj))

        # Create the list with readable language names. If the language has

        # Create the list with readable language names. If the language has

        # also the English-based version, modify the item by appending

        # also the English-based version, modify the item by appending

            # of the English-based object. If the object exists, modify the

            # of the English-based object. If the object exists, modify the

            # name for the readable list of supported languages.

            # name for the readable list of supported languages.

            classIdEn = obj.classId + 'En'

            classIdEn = obj.classId + 'En'

                name += ' (+En)'

                name += ' (+En)'

            # Append the result name of the language, possibly with note.

            # Append the result name of the language, possibly with note.

        for name, obj in self.langLst:

        for name, obj in self.langLst:

            if obj.status == 'En':

            if obj.status == 'En':

                classId = obj.classId[:-2]

                classId = obj.classId[:-2]

                    self.numLang -= 1    # the couple will be counted as one

                    self.numLang -= 1    # the couple will be counted as one

        # Extract the version of Doxygen.

        # Extract the version of Doxygen.

        probably used should be checked first and the resulting reduced

        probably used should be checked first and the resulting reduced

        dictionary should be used for checking the next files (speed up).

        dictionary should be used for checking the next files (speed up).

        """

        """

        # Read content of the file as one string.

        # Read content of the file as one string.

        assert os.path.isfile(fname)

        assert os.path.isfile(fname)

        cont = f.read()

        cont = f.read()

        f.close()

        f.close()

        output = os.path.join(self.doc_path, self.translatorReportFileName)

        output = os.path.join(self.doc_path, self.translatorReportFileName)

        # Open the textual report file for the output.

        # Open the textual report file for the output.

        # Output the information about the version.

        # Output the information about the version.

        f.write('(' + self.doxVersion + ')\n\n')

        f.write('(' + self.doxVersion + ')\n\n')

        # The e-mail addresses of the maintainers will be collected to

        # The e-mail addresses of the maintainers will be collected to

        # the auxiliary file in the order of translator classes listed

        # the auxiliary file in the order of translator classes listed

        # in the translator report.

        # in the translator report.

        # Write the list of "up-to-date" translator classes.

        # Write the list of "up-to-date" translator classes.

        if self.upToDateIdLst:

        if self.upToDateIdLst:

                        to_remove[adaptClassId] = True

                        to_remove[adaptClassId] = True

                if to_remove:

                if to_remove:

                    lst.sort()

                    lst.sort()

                    plural = len(lst) > 1

                    plural = len(lst) > 1

                    note = 'Note: The adapter class'

                    note = 'Note: The adapter class'

                f.write('\n' + '=' * 70 + '\n')

                f.write('\n' + '=' * 70 + '\n')

                f.write(fill(s) + '\n\n')

                f.write(fill(s) + '\n\n')

                keys.sort()

                keys.sort()

                for key in keys:

                for key in keys:

                    f.write('  ' + dic[key] + '\n')

                    f.write('  ' + dic[key] + '\n')

        f.write('\n' + '=' * 70)

        f.write('\n' + '=' * 70)

        f.write('\nDetails for translators (classes sorted alphabetically):\n')

        f.write('\nDetails for translators (classes sorted alphabetically):\n')

        cls.sort()

        cls.sort()

        for c in cls:

        for c in cls:

                    inside = False

                    inside = False

                else:

                else:

                    # If it is the first maintainer, create the empty list.

                    # If it is the first maintainer, create the empty list.

                        self.__maintainersDic[classId] = []

                        self.__maintainersDic[classId] = []

                    # Split the information about the maintainer and append

                    # Split the information about the maintainer and append

                # The marked adresses (they start with the mark '[unreachable]',

                # The marked adresses (they start with the mark '[unreachable]',

                # '[resigned]', whatever '[xxx]') will not be displayed at all.

                # '[resigned]', whatever '[xxx]') will not be displayed at all.

                # Only the mark will be used instead.

                # Only the mark will be used instead.

                le = []

                le = []

                for maintainer in self.__maintainersDic[obj.classId]:

                for maintainer in self.__maintainersDic[obj.classId]:

                    address = maintainer[1]

                    address = maintainer[1]

        htmlTable = htmlTableTpl % (''.join(trlst))

        htmlTable = htmlTableTpl % (''.join(trlst))

        # Define templates for LaTeX table parts of the documentation.

        # Define templates for LaTeX table parts of the documentation.

            %s

            %s

            '''

            '''

        latexTableTpl = dedent(latexTableTpl)

        latexTableTpl = dedent(latexTableTpl)

        # Loop through transl objects in the order of sorted readable names

        # Loop through transl objects in the order of sorted readable names

        # and add generate the content of the LaTeX table.

        # and add generate the content of the LaTeX table.

            # in the table is placed explicitly above the first

            # in the table is placed explicitly above the first

            # maintainer. Prepare the arguments for the LaTeX row template.

            # maintainer. Prepare the arguments for the LaTeX row template.

            maintainers = []

            maintainers = []

                maintainers = self.__maintainersDic[obj.classId]

                maintainers = self.__maintainersDic[obj.classId]

            lang = obj.langReadable

            lang = obj.langReadable

# Documents produced by Doxygen are derivative works derived from the

# Documents produced by Doxygen are derivative works derived from the

# input used in their production; they are not affected by this license.

# input used in their production; they are not affected by this license.

#

#

import xml.dom.minidom

import xml.dom.minidom

import sys

import sys

import re

import re

		if (n.nodeName == "value"):

		if (n.nodeName == "value"):

			if n.nodeType == Node.ELEMENT_NODE:

			if n.nodeType == Node.ELEMENT_NODE:

				name = n.getAttribute('name')

				name = n.getAttribute('name')

def parseHeader(node,objName):

def parseHeader(node,objName):

				if (n.getAttribute('doxyfile') != "0"):

				if (n.getAttribute('doxyfile') != "0"):

					doc += parseDocs(n)

					doc += parseDocs(n)

	docC = transformDocs(doc)

	docC = transformDocs(doc)

	rng = len(docC)

	rng = len(docC)

	for i in range(rng):

	for i in range(rng):

		line = docC[i]

		line = docC[i]

		if i != rng - 1:  # since we go from 0 to rng-1

		if i != rng - 1:  # since we go from 0 to rng-1

		else:

		else:

def prepCDocs(node):

def prepCDocs(node):

	setting = node.getAttribute('setting')

	setting = node.getAttribute('setting')

	docC = prepCDocs(node);

	docC = prepCDocs(node);

	if len(setting) > 0:

	if len(setting) > 0:

	if type == 'bool':

	if type == 'bool':

		if len(adefval) > 0:

		if len(adefval) > 0:

			enabled = adefval

			enabled = adefval

			enabled = "TRUE"

			enabled = "TRUE"

		else:

		else:

			enabled = "FALSE"

			enabled = "FALSE"

		rng = len(docC)

		rng = len(docC)

		for i in range(rng):

		for i in range(rng):

			line = docC[i]

			line = docC[i]

			if i != rng - 1:  # since we go from 0 to rng-1

			if i != rng - 1:  # since we go from 0 to rng-1

			else:

			else:

		if depends != '':

		if depends != '':

	elif type == 'string':

	elif type == 'string':

		rng = len(docC)

		rng = len(docC)

		for i in range(rng):

		for i in range(rng):

			line = docC[i]

			line = docC[i]

			if i != rng - 1:  # since we go from 0 to rng-1

			if i != rng - 1:  # since we go from 0 to rng-1

			else:

			else:

		if defval != '':

		if defval != '':

		if format == 'file':

		if format == 'file':

		elif format == 'dir':

		elif format == 'dir':

		if depends != '':

		if depends != '':

	elif type == 'enum':

	elif type == 'enum':

		rng = len(docC)

		rng = len(docC)

		for i in range(rng):

		for i in range(rng):

			line = docC[i]

			line = docC[i]

			if i != rng - 1:  # since we go from 0 to rng-1

			if i != rng - 1:  # since we go from 0 to rng-1

			else:

			else:

		addValues("ce", node)

		addValues("ce", node)

		if depends != '':

		if depends != '':

	elif type == 'int':

	elif type == 'int':

		minval = node.getAttribute('minval')

		minval = node.getAttribute('minval')

		maxval = node.getAttribute('maxval')

		maxval = node.getAttribute('maxval')

		rng = len(docC)

		rng = len(docC)

		for i in range(rng):

		for i in range(rng):

			line = docC[i]

			line = docC[i]

			if i != rng - 1:  # since we go from 0 to rng-1

			if i != rng - 1:  # since we go from 0 to rng-1

			else:

			else:

		if depends != '':

		if depends != '':

	elif type == 'list':

	elif type == 'list':

		rng = len(docC)

		rng = len(docC)

		for i in range(rng):

		for i in range(rng):

			line = docC[i]

			line = docC[i]

			if i != rng - 1:  # since we go from 0 to rng-1

			if i != rng - 1:  # since we go from 0 to rng-1

			else:

			else:

		addValues("cl", node)

		addValues("cl", node)

		if depends != '':

		if depends != '':

		if format == 'file':

		if format == 'file':

		elif format == 'dir':

		elif format == 'dir':

		elif format == 'filedir':

		elif format == 'filedir':

	elif type == 'obsolete':

	elif type == 'obsolete':

	if len(setting) > 0:

	if len(setting) > 0:

def parseGroups(node):

def parseGroups(node):

	name = node.getAttribute('name')

	name = node.getAttribute('name')

	doc = node.getAttribute('docs')

	doc = node.getAttribute('docs')

	for n in node.childNodes:

	for n in node.childNodes:

		if n.nodeType == Node.ELEMENT_NODE:

		if n.nodeType == Node.ELEMENT_NODE:

			parseOption(n)

			parseOption(n)

			name = n.getAttribute('id')

			name = n.getAttribute('id')

			docC = prepCDocs(n);

			docC = prepCDocs(n);

			if type != 'obsolete':

			if type != 'obsolete':

				rng = len(docC)

				rng = len(docC)

				for i in range(rng):

				for i in range(rng):

					line = docC[i]

					line = docC[i]

					if i != rng - 1:  # since we go from 0 to rng-1

					if i != rng - 1:  # since we go from 0 to rng-1

					else:

					else:

def parseOptionDoc(node, first):

def parseOptionDoc(node, first):

	# Handling part for documentation

	# Handling part for documentation

					if n.nodeType == Node.ELEMENT_NODE:

					if n.nodeType == Node.ELEMENT_NODE:

						doc += parseDocs(n)

						doc += parseDocs(n)

		if (first):

		if (first):

		else:

		else:

		if (type == 'enum'):

		if (type == 'enum'):

			values = collectValues(node)

			values = collectValues(node)

			rng = len(values)

			rng = len(values)

			for i in range(rng):

			for i in range(rng):

				val = values[i]

				val = values[i]

				if i == rng - 2:

				if i == rng - 2:

				elif i == rng - 1:

				elif i == rng - 1:

				else:

				else:

			if (defval != ""):

			if (defval != ""):

		elif (type == 'int'):

		elif (type == 'int'):

			minval = node.getAttribute('minval')

			minval = node.getAttribute('minval')

			maxval = node.getAttribute('maxval')

			maxval = node.getAttribute('maxval')

					 " Minimum value", "<code>", minval, "</code>", 

					 " Minimum value", "<code>", minval, "</code>", 

					 "maximum value", "<code>", maxval, "</code>",

					 "maximum value", "<code>", maxval, "</code>",

		elif (type == 'bool'):

		elif (type == 'bool'):

			if (node.hasAttribute('altdefval')):

			if (node.hasAttribute('altdefval')):

			else:

			else:

		elif (type == 'list'):

		elif (type == 'list'):

			if format == 'string':

			if format == 'string':

				values = collectValues(node)

				values = collectValues(node)

				for i in range(rng):

				for i in range(rng):

					val = values[i]

					val = values[i]

					if i == rng - 2:

					if i == rng - 2:

					elif i == rng - 1:

					elif i == rng - 1:

					else:

					else:

		elif (type == 'string'):

		elif (type == 'string'):

			if format == 'dir':

			if format == 'dir':

				if defval != '':

				if defval != '':

			elif format == 'file':

			elif format == 'file':

				abspath = node.getAttribute('abspath')

				abspath = node.getAttribute('abspath')

				if defval != '':

				if defval != '':

					if abspath != '1':

					if abspath != '1':

					else:

					else:

							"The default file (with absolute path) is",

							"The default file (with absolute path) is",

				else:

				else:

					if abspath == '1':

					if abspath == '1':

			else: # format == 'string':

			else: # format == 'string':

				if defval != '':

				if defval != '':

		# depends handling

		# depends handling

		if (node.hasAttribute('depends')):

		if (node.hasAttribute('depends')):

			depends = node.getAttribute('depends')

			depends = node.getAttribute('depends')

		return False

		return False

def parseGroupsDoc(node):

def parseGroupsDoc(node):

	name = node.getAttribute('name')

	name = node.getAttribute('name')

	doc = node.getAttribute('docs')

	doc = node.getAttribute('docs')

	# Start of list has been moved to the first option for better

	# Start of list has been moved to the first option for better

	# anchor placement

	# anchor placement

	first = True

	first = True

	for n in node.childNodes:

	for n in node.childNodes:

		if n.nodeType == Node.ELEMENT_NODE:

		if n.nodeType == Node.ELEMENT_NODE:

			first = parseOptionDoc(n, first)

			first = parseOptionDoc(n, first)

	if (not first):

	if (not first):

def parseGroupsList(node, commandsList):

def parseGroupsList(node, commandsList):

			if (n.nodeName == "docs"):

			if (n.nodeName == "docs"):

				if (n.getAttribute('documentation') != "0"):

				if (n.getAttribute('documentation') != "0"):

					doc += parseDocs(n)

					doc += parseDocs(n)

def parseFooterDoc(node):

def parseFooterDoc(node):

			if (n.nodeName == "docs"):

			if (n.nodeName == "docs"):

				if (n.getAttribute('documentation') != "0"):

				if (n.getAttribute('documentation') != "0"):

					doc += parseDocs(n)

					doc += parseDocs(n)

def main():

def main():

	try:

	try:

		doc = xml.dom.minidom.parse(sys.argv[2])

		doc = xml.dom.minidom.parse(sys.argv[2])

	except Exception as inst:

	except Exception as inst:

		sys.exit(1)

		sys.exit(1)

	elem = doc.documentElement

	elem = doc.documentElement

	if (sys.argv[1] == "-doc"):

	if (sys.argv[1] == "-doc"):

		# process header

		# process header

		for n in elem.childNodes:

		for n in elem.childNodes:

			if n.nodeType == Node.ELEMENT_NODE:

			if n.nodeType == Node.ELEMENT_NODE:

			if n.nodeType == Node.ELEMENT_NODE:

			if n.nodeType == Node.ELEMENT_NODE:

				if (n.nodeName == "group"):

				if (n.nodeName == "group"):

					commandsList = parseGroupsList(n, commandsList)

					commandsList = parseGroupsList(n, commandsList)

		for x in sorted(commandsList):

		for x in sorted(commandsList):

		# process groups and options

		# process groups and options

		for n in elem.childNodes:

		for n in elem.childNodes:

			if n.nodeType == Node.ELEMENT_NODE:

			if n.nodeType == Node.ELEMENT_NODE:

				if (n.nodeName == "footer"):

				if (n.nodeName == "footer"):

					parseFooterDoc(n)

					parseFooterDoc(n)

	elif (sys.argv[1] == "-cpp"):

	elif (sys.argv[1] == "-cpp"):

		# process header

		# process header

		for n in elem.childNodes:

		for n in elem.childNodes:

			if n.nodeType == Node.ELEMENT_NODE:

			if n.nodeType == Node.ELEMENT_NODE:

			if n.nodeType == Node.ELEMENT_NODE:

			if n.nodeType == Node.ELEMENT_NODE:

				if (n.nodeName == "group"):

				if (n.nodeName == "group"):

					parseGroups(n)

					parseGroups(n)

	elif (sys.argv[1] == "-wiz"):

	elif (sys.argv[1] == "-wiz"):

		for n in elem.childNodes:

		for n in elem.childNodes:

			if n.nodeType == Node.ELEMENT_NODE:

			if n.nodeType == Node.ELEMENT_NODE:

				if (n.nodeName == "header"):

				if (n.nodeName == "header"):

			if n.nodeType == Node.ELEMENT_NODE:

			if n.nodeType == Node.ELEMENT_NODE:

				if (n.nodeName == "group"):

				if (n.nodeName == "group"):

					parseGroupCDocs(n)

					parseGroupCDocs(n)

if __name__ == '__main__':

if __name__ == '__main__':

	main()

	main()

if (len(sys.argv) > 0):

if (len(sys.argv) > 0):

    if (sys.argv[1] == "ENONLY"):

    if (sys.argv[1] == "ENONLY"):

    else:

    else:

# generating file is lang_cfg.py

# generating file is lang_cfg.py

# the rules file has to output lang_cfg.h

# the rules file has to output lang_cfg.h

#

#

<?xml version="1.0" encoding="utf-8"?>

<?xml version="1.0" encoding="utf-8"?>

<VisualStudioToolFile

<VisualStudioToolFile

        Name="languages"

        Name="languages"

                                               />

                                               />

                                       </Values>

                                       </Values>

                               </EnumProperty>

                               </EnumProperty>

#

#

# generate loop, English is mandatory (so cannot be chosen)

# generate loop, English is mandatory (so cannot be chosen)

#

#

        l1 = l.replace("-","")

        l1 = l.replace("-","")

        # capatalize first letter

        # capatalize first letter

        l = l.title()

        l = l.title()

                                   <EnumProperty

                                   <EnumProperty

                                           Name="%s"

                                           Name="%s"

                                           DisplayName="Use %s"

                                           DisplayName="Use %s"

                                                   />

                                                   />

                                           </Values>

                                           </Values>

                                   </EnumProperty>

                                   </EnumProperty>

                        </Properties>

                        </Properties>

                </CustomBuildRule>

                </CustomBuildRule>

        </Rules>

        </Rules>

</VisualStudioToolFile>

</VisualStudioToolFile>