def filter_subtype(value):
""" value needs to be parser.structure.SubType """
type = filter.typeName(value.subtype.name)
variable = filter.variableName(value.name)
if value.subtype.isArray:
return "%s %s[%s]" % (type, variable, value.subtype.count)
else:
return "%s %s" % (type, variable)
def filter_subtype(value):
""" value needs to be parser.structure.SubType """
type = filter.typeName(value.subtype.name)
variable = filter.variableName(value.name)
if value.subtype.isArray:
return "%s %s[%s]" % (type, variable, value.subtype.count)
else:
return "%s %s" % (type, variable)
def filter_array_constructor(class_, default=True):
if default: return ""
memcpyList = []
for item in class_.iter():
if not item.subtype.isArray: continue
name = filter.variableName(item.name)
type = filter.typeName(item.subtype.name)
count = item.subtype.count
memcpyList.append("memcpy(this->%s, %s, %s * sizeof(%s));" %
(name, name, count, type))
return " ".join(memcpyList)
def filter_initialization_list(class_, default=True):
initList = []
for item in class_.iter():
if item.subtype.isArray:
raise builder.BuilderException(
"Array handling is incomplete " "right now! Could not generate code for %s" % item
)
else:
type = filter.typeName(item.subtype.name)
name = filter.variableName(item.name)
if default:
initList.append("%s()" % name)
else:
initList.append("%s(%s)" % (name, name))
return ", ".join(initList)
def filter_constructor(class_, default=True):
if default:
return "%s()" % filter.typeName(class_.name)
else:
parameter = []
for item in class_.iter():
if item.subtype.isArray:
raise builder.BuilderException("Array handling is incomplete " \
"right now! Could not generate code for %s" % item)
else:
type = filter.typeName(item.subtype.name)
name = filter.variableName(item.name)
parameter.append("%s %s" % (type, name))
if len(parameter) > 0:
return "%s(%s)" % (filter.typeName(class_.name), ", ".join(parameter))
else:
return ""
def filter_initialization_list(class_, default=True):
initList = []
for item in class_.iter():
type = filter.typeName(item.subtype.name)
name = filter.variableName(item.name)
if item.value is not None:
defaultValue = item.value
else:
defaultValue = ''
if default:
initList.append("%s(%s)" % (name, defaultValue))
else:
if item.subtype.isArray: continue
initList.append("%s(%s)" % (name, name))
if len(initList):
return ": " + ", ".join(initList)
return ""
def filter_initialization_list(class_, default=True):
initList = []
for item in class_.iter():
if item.subtype.isArray:
raise builder.BuilderException("Array handling is incomplete " \
"right now! Could not generate code for %s" % item)
else:
type = filter.typeName(item.subtype.name)
name = filter.variableName(item.name)
if item.value is not None:
defaultValue = item.value
else:
defaultValue = ''
if default:
initList.append("%s(%s)" % (name, defaultValue))
else:
initList.append("%s(%s)" % (name, name))
return ", ".join(initList)
def filter_constructor(class_, default=True):
if default:
return "%s()" % filter.typeName(class_.name)
else:
parameter = []
for item in class_.iter():
if item.subtype.isArray:
raise builder.BuilderException("Array handling is incomplete " \
"right now! Could not generate code for %s" % item)
else:
type = filter.typeName(item.subtype.name)
name = filter.variableName(item.name)
parameter.append("%s %s" % (type, name))
if len(parameter) > 0:
return "%s(%s)" % (filter.typeName(
class_.name), ", ".join(parameter))
else:
return ""
def filter_constructor(class_, default=True):
if default:
return "constexpr %s()" % filter.typeName(class_.name)
else:
parameter = []
is_constexpr = True
for item in class_.iter():
type = filter.typeName(item.subtype.name)
if item.subtype.isArray:
type += " *"
is_constexpr = False
name = filter.variableName(item.name)
parameter.append("%s %s" % (type, name))
if len(parameter) > 0:
return "%s%s(%s)" % ("constexpr " if is_constexpr else "",
filter.typeName(
class_.name), ", ".join(parameter))
else:
return ""
