def buildTemplateParam( XMLfile ):
tree = etree.parse(XMLfile)
root = tree.getroot() # root == <doxygen>
classNode = root[0] # classNode == <compounddef>
checkDoxygenVersion(root)
templateParamNode = classNode.xpath('templateparamlist')[0];
str = ''
for child in templateParamNode:
type = child.xpath('type')[0].text # == 'class'
name = child.xpath('declname')[0].text # == 'GlobalOrdinal'
defvalStr = ''
defvalNode = child.xpath('defval')
if len(defvalNode) == 1:
defval = defvalNode[0].text # == 'LocalOrdinal'
defvalStr = ' = ' + defval
str += type + ' ' + name + defvalStr + ', ' # str == 'class GlobalOrdinal = LocalOrdinal, '
#print(str)
templateParamStr = 'template <' + str.rstrip(', ') + '>' # template <class LocalOrdinal, class GlobalOrdinal = LocalOrdinal, class Node = KokkosClassic::DefaultNode::DefaultNodeType>
#print(templateParamStr)
return templateParamStr
def buildClassFunctions( XMLfile, skipFunctionList, buildFuncLine ):
tree = etree.parse(XMLfile)
root = tree.getroot() # root == <doxygen>
classNode = root[0] # classNode == <compounddef>
checkDoxygenVersion(root)
functionStr = ''
sectiondefNodes = classNode.xpath("//sectiondef[@kind='user-defined']")
for sectiondefNode in sectiondefNodes:
header = sectiondefNode.xpath("header//text()")
if len(header) > 0: header = header[0]
else: header = ''
#description = sectiondefNode.xpath("description")[0].xpath("string()")
###publicFunctionNodes = classNode.xpath("//memberdef[@kind='function' and @prot='public']")
publicFunctionNodes = sectiondefNode.xpath("memberdef[@kind='function' and @prot='public']")
functionSubStr = ''
for functionNode in publicFunctionNodes:
# skip some functions
name = functionNode.xpath('name')[0].text
if name in skipFunctionList: continue
# build the line for this function
functionSubStr += buildFuncLine(functionNode)
if functionSubStr != '':
functionStr += " //! @name " + header + "\n"
functionStr += " //@{\n\n"
functionStr += functionSubStr
functionStr += " //@}\n\n"
functionStr = functionStr.rstrip()
return functionStr;
def buildClassDefinition( XMLfile, prefix='' ):
tree = etree.parse(XMLfile)
root = tree.getroot() # root == <doxygen>
classNode = root[0] # classNode == <compounddef>
checkDoxygenVersion(root)
className = classNode.xpath('compoundname')[0].text # Tpetra::Map
className = className.lstrip('Tpetra::') # Map
#print(className)
className = prefix + className
return className
def buildTemplateParam2( XMLfile ):
tree = etree.parse(XMLfile)
root = tree.getroot() # root == <doxygen>
classNode = root[0] # classNode == <compounddef>
checkDoxygenVersion(root)
templateParamNode = classNode.xpath('templateparamlist')[0];
str = ''
for child in templateParamNode:
name = child.xpath('declname')[0].text # == 'GlobalOrdinal'
str += name + ', ' # str == 'GlobalOrdinal, '
#print(str)
templateParamStr = str.rstrip(', ') # LocalOrdinal, GlobalOrdinal, Node
#print(templateParamStr)
return templateParamStr
