def pre_load(self):
ormClass.pre_load(self) # Do not call this!
'''
for node in self.yinNode.subNodes:
# Record key
if node.token == "key":
self.listKeys = node.value.split(iutil.ws)
for item in self.yinNode.subNodes:
if item.token == 'leaf' and item.identifier == self.listKeys[0]:
self.keyItem = item
'''
#print self.listKeys
#type defines
key_cpp_type = self.keyNode.cpp_type if self.keyNode else yin_common.tString
self.externs.append('typedef std::pair<%s, %s> %s;' % (key_cpp_type, self.itemName, self.itemPair))
self.externs.append('typedef std::map<%s, %s> %s;' % (key_cpp_type, self.itemName, self.itemMap))
self.externs.append('typedef std::map<%s, %s>::iterator %s;' % (key_cpp_type, self.itemName, self.itemIter))
#The only one member variable fo std::map list, remove it first
self.subLeafVars = []
mv = simple_syntax.variable(self.itemMap, 'list_m')
self.subLeafVars.append(mv)
self.enums = []
def __init__(self, mod_prefix, yinNode):
yinNode.cpp_type = 'ch_' + iutil.namingConvert_Luc(yinNode.identifier)
ormClass.__init__(self, mod_prefix, yinNode, yinNode.cpp_type)
self.cases = {}
self.mf_getElementType.impBody = []
self.mf_getElementType.impBody.append('return E_Element_Choice;')
self.mv_curCase = simple_syntax.variable(yin_common.tString, 'm_curCase')
self.pri_memb.append(self.mv_curCase)
self.mf_getCurCase = simple_syntax.function(yin_common.tString, 'getCurCase', [])
self.mf_getCurCase.impBody = []
self.mf_getCurCase.impBody.append('return %s;' % self.mv_curCase.identifier)
self.pub_func.append(self.mf_getCurCase)
params = [simple_syntax.var_param(yin_common.tString, 'strCase', False, True, False, False, False)]
self.mf_setCurCase = simple_syntax.function('bool', 'setCurCase', params)
self.pub_func.append(self.mf_setCurCase)
def __init__(self, mod_prefix, yinNode):
#yinNode.cpp_type = iutil.namingConvert_Luc(yinNode.getKeyPath())
#new_cpp_type = iutil.namingConvert_Luc(yinNode.getKeyPath()) + '_lm'
new_cpp_type = 'lm_' + iutil.namingConvert_Luc(yinNode.identifier)
yinNode.cpp_type = new_cpp_type
map_item_type = 'l_' + iutil.namingConvert_Luc(yinNode.identifier)
ormClass.__init__(self, mod_prefix, yinNode, new_cpp_type)
self.mf_getElementType.impBody = []
self.mf_getElementType.impBody.append('return E_Element_List;')
# Map part
self.itemName = map_item_type
self.itemPair = ('%s_map_pair' % self.itemName)
self.itemMap = ('%s_map' % self.itemName)
self.itemIter = ('%s_map_iter' % self.itemName)
mv = simple_syntax.variable(self.itemIter, 'iter')
mv.complex = True
self.pri_memb.append(mv)
# Special functions for list
self.mf_beginInst = simple_syntax.function('bool', 'beginInst', [])
self.mf_beginInst.inline = True
self.mf_beginInst.impBody.append("iter = list_m.begin();")
self.mf_beginInst.impBody.append("return iter != list_m.end();")
self.mf_isNextInstAvail = simple_syntax.function('bool', 'isNextInstAvail', [])
self.mf_isNextInstAvail.inline = True
#self.mf_isNextInstAvail.impBody.append("iter = %s.begin();\n" % self.itemName)
self.mf_isNextInstAvail.impBody.append("return iter != list_m.end();")
self.mf_getNextInst = simple_syntax.function('bool', 'getNextInst', [])
self.mf_getNextInst.inline = True
self.mf_getNextInst.impBody.append("iter ++;")
self.mf_getNextInst.impBody.append("return true;")
self.mf_flushInstances = simple_syntax.function('bool', 'flushInstances', [])
self.mf_flushInstances.inline = True
self.mf_flushInstances.impBody.append("list_m.clear();")
self.mf_flushInstances.impBody.append("return true;")
def pre_load(self):
ormClass.pre_load(self) # Do not call this!
for node in self.yinNode.subNodes:
# Record key
if node.token == "type":
self.leafType = node.cpp_type
if yin_common.isOrmStringType(self.leafType):
self.itemName = 'L_chars'
else:
self.itemName = 'L_' + iutil.taggingConvert(self.leafType)
#type defines
self.typedefs.append('typedef Data<%s> %s;' % (self.leafType, self.itemName))
self.typedefs.append('typedef std::vector<%s> %s;' % (self.itemName, self.itemName + 's'))
#self.externs.append('typedef std::vector<%s>::iterator %s;' % (self.leafType, self.itemName, self.itemIter))
#The only one member variable fo std::map list, remove it first
self.subLeafVars = []
mv = simple_syntax.variable(self.itemName, 'leaflist_m')
mv.complex = False
self.subLeafVars.append(mv)
self.enums = []
