def genFile(self, packagename, tmplname):
#instantiate a file parser
g = gparser.gparser()
# the file name is the package name plus the template name (. replaces _)
fileName = '%s_%s' % (packagename, tmplname.replace('_', '.'))
fileFullName = self.dictOutputDir + os.sep + fileName
mess = ' File ' + fileFullName
if os.path.isfile(fileFullName):
mess += '(exists - appending)'
self.appendFile(fileFullName, tmplname)
# a bit of sorting
self.sIncludes.sort()
self.sIncludes.reverse()
self.sDictInstances.sort()
self.sDictInstances = self.align(self.sDictInstances)
self.sClassSelections.sort()
# fill the dictionary used for generation of files
self.packageDict['dictName'] = packagename
self.packageDict['includes'] = '\n'.join(self.sIncludes)
self.packageDict['dictInstances'] = '\n'.join(self.sDictInstances)
self.packageDict['classSelections'] = '\n'.join(self.sClassSelections)
self.packageDict['classExclusions'] = '\n'.join(self.sClassExclusions)
# parse the template file and generate the content for the file
g.parse(self.godRoot + 'templates/' + tmplname + '.tpl',
self.packageDict)
# open file and write the parser content to it
file = open(fileFullName, 'w')
file.write(g.stream)
file.close()
mess += ' - Done'
self.log.info(mess)
def doit(self,package,godNamespaces,outputDir,lname):
default_scope = package.dict['packagenamespace']
for godNamespace in godNamespaces:
self.reset(package,godNamespace)
self.parseNamespaceImport(godNamespace)
namespaceDict = package.dict
namespacename = godNamespace['attrs']['name']
scope = godNamespace['attrs'].get('scope',default_scope);
scoped_namespacename = scope+'::'+namespacename
fileName = '%s.h' % namespacename
mess = 'File ' + fileName.ljust(lname)
namespaceDict['namespacename'] = namespacename
namespaceDict['desc'] = self.genDesc(godNamespace)
namespaceDict['author'] = self.genAuthor(godNamespace)
namespaceDict['today'] = time.ctime()
namespaceDict['namespaceScope'] = scope
namespaceDict['typedefs'] = self.genTypedefs('all',godNamespace)
namespaceDict['enums'] = self.genEnums('all',godNamespace)
namespaceDict['enumOstreamOverloads'] = self.genEnumOstreamOverloads(godNamespace)
namespaceDict['classes'] = self.genClasses(godNamespace)
namespaceDict['attributes'] = self.genAttributes('all',godNamespace,1)
namespaceDict['methods'] = self.genMethods('all',godNamespace)
namespaceDict['methodDefs'] = self.genMethods('all',godNamespace,scoped_namespacename)
namespaceDict['includes'] = self.genIncludes()
namespaceDict['forwardDeclsLHCb'] = self.genForwardDeclsLHCb()
namespaceDict['forwardDeclsGlob'] = self.genForwardDeclsGlob()
namespaceDict['forwardIncludes'] = self.genForwardIncludes(namespacename)
g = gparser.gparser()
g.parse(self.godRoot+'templates/namespace.tpl',namespaceDict)
file = open(outputDir+os.sep+fileName,'w')
file.write(g.stream)
file.close()
mess += ' - Done'
self.log.info( mess )
def doit(self,package,godNamespaces,outputDir,lname):
default_scope = package.dict['packagenamespace']
for godNamespace in godNamespaces:
self.reset(package,godNamespace)
self.parseNamespaceImport(godNamespace)
namespaceDict = package.dict
namespacename = godNamespace['attrs']['name']
scope = godNamespace['attrs'].get('scope',default_scope);
scoped_namespacename = scope+'::'+namespacename
fileName = '%s.h' % namespacename
print ' File %s' % fileName.ljust(lname),
namespaceDict['namespacename'] = namespacename
namespaceDict['desc'] = self.genDesc(godNamespace)
namespaceDict['author'] = self.genAuthor(godNamespace)
namespaceDict['today'] = time.ctime()
namespaceDict['namespaceScope'] = scope
namespaceDict['typedefs'] = self.genTypedefs('all',godNamespace)
namespaceDict['enums'] = self.genEnums('all',godNamespace)
namespaceDict['enumOstreamOverloads'] = self.genEnumOstreamOverloads(godNamespace)
namespaceDict['classes'] = self.genClasses(godNamespace)
namespaceDict['attributes'] = self.genAttributes('all',godNamespace,1)
namespaceDict['methods'] = self.genMethods('all',godNamespace)
namespaceDict['methodDefs'] = self.genMethods('all',godNamespace,scoped_namespacename)
namespaceDict['includes'] = self.genIncludes()
namespaceDict['forwardDeclsLHCb'] = self.genForwardDeclsLHCb()
namespaceDict['forwardDeclsGlob'] = self.genForwardDeclsGlob()
namespaceDict['forwardIncludes'] = self.genForwardIncludes(namespacename)
g = gparser.gparser()
g.parse(self.godRoot+'templates/namespace.tpl',namespaceDict)
file = open(outputDir+os.sep+fileName,'w')
file.write(g.stream)
file.close()
print ' - Done'
def doit(self,package,godClasses,outputDir,lname,allocatorType = 'FROMXML'):
for godClass in godClasses:
self.reset(package,godClass)
self.parseClassImport(godClass)
classDict = package.dict
classname = godClass['attrs']['name']
# Get/set class namespace to package namespace if not set in class
try:
namespace = godClass['attrs']['namespace']
except KeyError:
namespace = package.dict['packagenamespace']
godClass['attrs']['namespace'] = namespace
scoped_classname = namespace+'::'+classname
fileName = '%s.h' % classname
print ' File %s' % fileName.ljust(lname),
classDict['classname'] = classname
classDict['uclassname'] = classname.upper() #added by Li
#classDict['EDMBook'] = self.genEDMBook(godClass,scoped_classname)
#classDict['classVersion'] = self.genClassVersion(godClass)
classDict['desc'] = self.genDesc(godClass)
classDict['author'] = godClass['attrs']['author']
classDict['today'] = time.ctime()
classDict['classNamespace'] = namespace
classDict['inheritance'] = self.genInheritance(godClass)
classDict['constructorDecls'] = self.genConstructors(godClass)
classDict['destructorDecl'] = self.genDestructors(godClass)
for modifier in ['public','protected','private']:
classDict[modifier+'Typedefs'] = self.genTypedefs(modifier,godClass)
classDict[modifier+'Attributes'] = self.genAttributes(modifier,godClass)
classDict[modifier+'TemplateAttr'] = self.genTemplateAttr(modifier,godClass)
classDict[modifier+'BitfieldEnums'] = self.bitfieldEnums[modifier]
classDict[modifier+'Enums'] = self.genEnums(modifier,godClass)
classDict[modifier+'MethodDecls'] = self.genMethods(modifier,godClass)
classDict[modifier+'MethodDefs'] = self.genMethods(modifier,godClass,scoped_classname)
classDict['getSetMethodDecls'] = self.genGetSetMethods(godClass)
classDict['constructorDefs'] = self.genConstructors(godClass,scoped_classname)
classDict['destructorDef'] = self.genDestructors(godClass,scoped_classname)
classDict['getSetMethodDefs'] = self.genGetSetMethods(godClass,scoped_classname)
defs,maps,dcls = self.genEnumConversions(godClass, scoped_classname)
classDict['enumConversionDefs'] = defs
classDict['enumConversionMaps'] = maps
classDict['enumConversionDecls'] = dcls
classDict['includes'] = self.genIncludes()
classDict['forwardDeclsGlob'] = self.genForwardDeclsGlob()
classDict['forwardDeclsLHCb'] = self.genForwardDeclsLHCb()
classDict['forwardIncludes'] = self.genForwardIncludes(classname)
classDict['classDefine'] = self.genClassDefine(godClass,classname) #added by Li
g = gparser.gparser()
g.parse(self.godRoot+'templates/header.tpl',classDict)
file = open(outputDir+os.sep+fileName,'w')
file.write(g.stream)
file.close()
print ' - Done'
def doit(self,package,godClasses,outputDir,lname,allocatorType = 'FROMXML'):
for godClass in godClasses:
self.reset(package,godClass)
self.parseClassImport(godClass)
classDict = package.dict
classname = godClass['attrs']['name']
# Get/set class namespace to package namespace if not set in class
try:
namespace = godClass['attrs']['namespace']
except KeyError:
namespace = package.dict['packagenamespace']
godClass['attrs']['namespace'] = namespace
scoped_classname = namespace+'::'+classname
fileName = '%s.h' % classname
mess = 'File ' + fileName.ljust(lname)
classDict['classname'] = classname
classDict['classID'] = self.genClassID(godClass)
classDict['classVersion'] = self.genClassVersion(godClass)
classDict['locations'] = self.genLocations(godClass)
classDict['desc'] = self.genDesc(godClass)
classDict['author'] = godClass['attrs']['author']
classDict['today'] = time.ctime()
classDict['classNamespace'] = namespace
classDict['inheritance'] = self.genInheritance(godClass)
classDict['classContainerTypedefs'] = self.genClassContainerTypedefs(godClass)
classDict['classTypedefs'] = self.genClassTypedefs(godClass)
classDict['globalTypedefs'] = self.genTypedefs('global',godClass)
classDict['constructorDecls'] = self.genConstructors(godClass)
classDict['destructorDecl'] = self.genDestructors(godClass)
classDict['classIDDecl'] = self.genClassIDFun(godClass)
classDict['allocatorOperators'] = self.genAllocatorOperators(godClass,allocatorType)
for modifier in ['public','protected','private']:
classDict[modifier+'Typedefs'] = self.genTypedefs(modifier,godClass)
classDict[modifier+'Attributes'] = self.genAttributes(modifier,godClass)
classDict[modifier+'BitfieldEnums'] = self.bitfieldEnums[modifier]
classDict[modifier+'Enums'] = self.genEnums(modifier,godClass)
classDict[modifier+'MethodDecls'] = self.genMethods(modifier,godClass)
classDict[modifier+'MethodDefs'] = self.genMethods(modifier,godClass,scoped_classname)
classDict['streamerDecl'] = self.genStreamer(godClass)
classDict['streamerDef'] = self.genStreamer(godClass,scoped_classname)
classDict['classOstreamOverload'] = self.genClassOstreamOverload(godClass)
classDict['enumOstreamOverloads'] = self.genEnumOstreamOverloads(godClass, scoped_classname)
classDict['getSetMethodDecls'] = self.genGetSetMethods(godClass)
classDict['constructorDefs'] = self.genConstructors(godClass,scoped_classname)
classDict['destructorDef'] = self.genDestructors(godClass,scoped_classname)
classDict['classIDDef'] = self.genClassIDFun(godClass,scoped_classname)
classDict['getSetMethodDefs'] = self.genGetSetMethods(godClass,scoped_classname)
defs,maps,dcls = self.genEnumConversions(godClass, scoped_classname)
classDict['enumConversionDefs'] = defs
classDict['enumConversionMaps'] = maps
classDict['enumConversionDecls'] = dcls
classDict['includes'] = self.genIncludes()
classDict['forwardDeclsGlob'] = self.genForwardDeclsGlob()
classDict['forwardDeclsLHCb'] = self.genForwardDeclsLHCb()
classDict['forwardIncludes'] = self.genForwardIncludes(classname)
classDict['registerAllocatorReleaser'] = self.genAllocatorReleaser(godClass, allocatorType)
g = gparser.gparser()
g.parse(self.godRoot+'templates/header.tpl',classDict)
file = open(outputDir+os.sep+fileName,'w')
file.write(g.stream)
file.close()
mess += ' - Done'
self.log.info( mess )
