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U21 League Championship Round stats & predictions

Introduction to the U21 League Championship Round in China

The U21 League Championship Round in China is an exhilarating event that captures the attention of football enthusiasts worldwide. With fresh matches updated daily, fans are treated to a spectacle of young talent and thrilling competition. This event not only showcases the potential future stars of football but also offers exciting opportunities for expert betting predictions. Let's dive into what makes this championship round so captivating.

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Overview of the U21 League Championship

The U21 League Championship Round in China is part of a broader initiative to nurture young talent and provide them with a platform to showcase their skills on an international stage. This league features teams composed of players under 21 years old, each bringing unique styles and strategies to the field. The dynamic nature of these matches ensures that no two games are alike, keeping fans on the edge of their seats.

Key Features of the Championship

  • Daily Updates: Matches are updated daily, ensuring that fans have access to the latest scores and highlights.
  • Expert Betting Predictions: Seasoned analysts provide insights and predictions, enhancing the betting experience for enthusiasts.
  • Youthful Talent: The league is a breeding ground for future football stars, offering a glimpse into the next generation of players.

The Importance of Youth Leagues

Youth leagues like the U21 League Championship play a crucial role in the development of young athletes. They provide structured environments where players can hone their skills, gain valuable experience, and compete at high levels. Moreover, these leagues help scouts identify promising talents who may go on to have successful careers in professional football.

Benefits for Players

  • Skill Development: Regular competitive play helps players improve their technical abilities and tactical understanding.
  • Exposure: Playing in an international league increases visibility among scouts and clubs looking for new talent.
  • Mentorship: Young players often receive guidance from experienced coaches and senior teammates.

Daily Match Highlights

The daily updates of matches ensure that fans never miss out on any action. Each match brings its own set of challenges and triumphs, with players striving to outperform their opponents. Highlights include goal-scoring feats, impressive defensive plays, and moments of sheer athleticism that captivate audiences.

Famous Matches and Moments

  • Spectacular Goals: Watch as young strikers execute breathtaking goals that could rival those seen in top-tier leagues.
  • Tactical Brilliance: Witness innovative strategies employed by coaches aiming to outwit their counterparts.
  • Comeback Wins: Experience the thrill of underdog teams staging remarkable comebacks against stronger opponents.

Betting Insights and Predictions

Betting on youth leagues can be both exciting and rewarding. Expert analysts provide detailed predictions based on team form, player performance, and other relevant factors. These insights help bettors make informed decisions and increase their chances of success.

Factors Influencing Betting Predictions

  • Team Form: Analyzing recent performances provides insight into a team's current momentum.
  • Injuries: Keeping track of player injuries can significantly impact team dynamics and outcomes.
  • Historical Data: Examining past encounters between teams can reveal patterns or trends useful for predictions.

Trends in Youth Football

The landscape of youth football is constantly evolving, with new trends emerging as technology advances and training methods improve. These developments influence how teams prepare for matches and how players develop their skills over time.

Evolving Training Techniques

  • Data Analytics: Teams increasingly use data analytics to refine training programs and optimize player performance.
  • Tech Integration: Wearable technology provides real-time feedback on player fitness and movement patterns during training sessions.
  • Mental Conditioning: Psychological support is becoming integral to preparing young athletes for high-pressure situations on the field. 0: conn_timeout_sec = max_conns_list.pop(0) assert conn_timeout_sec >= 0 conn_timeout_usec = max_conns_list.pop(0) assert conn_timeout_usec >= 0 if len(max_conns_list) > 0: acquire_timeout_sec = max_conns_list.pop(0) assert acquire_timeout_sec >= 0 acquire_timeout_usec = max_conns_list.pop(0) assert acquire_timeout_usec >= 0 except ValueError: raise datastore_errors.BadValueError( 'Bad value %s found in environment variable %s.' % (pool_value_str, pool_key)) except AssertionError: raise datastore_errors.BadValueError( 'Bad value %s found in environment variable %s.' % (pool_value_str, pool_key)) except KeyError as e: raise datastore_errors.InternalError( 'Environment variable %s missing.' % e.message) except Exception as e: raise datastore_errors.InternalError(e.message) return MySQLdb.ConnectionPool( name=pool_name, database=db.Configuration.GetRDBMSDatabaseName(), host=db.Configuration.GetRDBMSHost(), port=db.Configuration.GetRDBMSPort(), user=db.Configuration.GetRDBMSUsername(), passwd=db.Configuration.GetRDBMSPassword(), charset='utf8', autocommit=True, mincached=min_conns, maxcached=max(max_conns_list), blocking=True, setsession=[], ping=MySQLdb.constants.PING_ALL_IF_NOT_FOUND, use_unicode=True) else: raise datastore_errors.InternalError( 'Unknown environment variable format: ' '%s=%s' % (pool_key, pool_value_str)) return MySQLdb.ConnectionPool( name=pool_name + '_empty', database=db.Configuration.GetRDBMSDatabaseName(), host=db.Configuration.GetRDBMSHost(), port=db.Configuration.GetRDBMSPort(), user=db.Configuration.GetRDBMSUsername(), passwd=db.Configuration.GetRDBMSPassword(), charset='utf8', autocommit=True, mincached=1, maxcached=1) class Cursor(object): _fetchmany_size_default_implementation_uses_fetchall_which_is_slow_for_big_results_=_True_ _fetchmany_size_default_implementation_uses_fetchall_which_is_slow_for_big_results_=False @classmethod def SetFetchManySizeDefaultImplementationUsesFetchAllWhichIsSlowForBigResults(cls,fetchall_is_slow_for_big_results):cls._fetchmany_size_default_implementation_uses_fetchall_which_is_slow_for_big_results_=fetchall_is_slow_for_big_results;return fetchall_is_slow_for_big_results @classmethod def GetFetchManySizeDefaultImplementationUsesFetchAllWhichIsSlowForBigResults(cls):return cls._fetchmany_size_default_implementation_uses_fetchall_which_is_slow_for_big_results_ @classmethod def SetFetchManySize(cls,size):cls._fetchmany_size=size;return size @classmethod def GetFetchManySize(cls):return cls._fetchmany_size_ @classmethod def SetMaxQueryLength(cls,max_query_length):cls._max_query_length=max_query_length;return cls.max_query_length class _ResultWrapper(object): _rowcount=-1; _description=[]; @property def rowcount(self):return self.__rowcount; @rowcount.setter def rowcount(self,value):self.__rowcount=value; @property def description(self):return tuple(self.__description); @description.setter def description(self,value):self.__description=value; __slots__=['__rowcount','__description'] class ResultWrapper(_ResultWrapper): __slots__=['__result'] @property def result(self):return self.__result; @result.setter def result(self,value):self.__result=value; __slots__+=[u'_ResultWrapper__rowcount','u'_ResultWrapper__description'] class RowWrapper(ResultWrapper): __slots__=['__row'] @property def row(self):return self.__row; @row.setter def row(self,value):self.__row=value; __slots__+=[u'_ResultWrapper__rowcount','u'_ResultWrapper__description','u'ResultWrapper___result'] class MultiRowWrapper(ResultWrapper): __slots__=['__rows'] @property def rows(self):return self.__rows; @rows.setter def rows(self,value):self.__rows=value; __slots__+=[u'_ResultWrapper__rowcount','u'_ResultWrapper__description','u'ResultWrapper___result'] class ResultRowGenerator(object): """ ResultRowGenerator implementation based on https://github.com/PyMySQL/PyMySQL/blob/master/pymysql/cursors.py#L108 """ _field_cache={}; _field_cache_lock=_threading.Lock(); _fields_regex=re.compile(r'(?Pw+)((?Pw+))'); _data_type_map={}; FIELD_TYPE_MAP={ pymysql.FIELD_TYPE_DECIMAL:'DECIMAL', pymysql.FIELD_TYPE_TINY:'TINYINT', pymysql.FIELD_TYPE_SHORT:'SMALLINT', pymysql.FIELD_TYPE_LONG:'INTEGER', pymysql.FIELD_TYPE_FLOAT:'FLOAT', pymysql.FIELD_TYPE_DOUBLE:'DOUBLE PRECISION', pymysql.FIELD_TYPE_NULL:'NULLTYPE', pymysql.FIELD_TYPE_TIMESTAMP:'TIMESTAMP WITH TIME ZONE', pymysql.FIELD_TYPE_LONGLONG:'BIGINT', pymysql.FIELD_TYPE_INT24:'INTEGER',# mysql type LONG/BIGINT unsigned maps to INTEGER because it cannot represent all possible values. pymysql.FIELD_TYPE_DATE:'DATE',# TIMESTAMP WITH TIME ZONE is used instead because MySQL does not support DATE type. pymysql.FIELD_TYPE_TIME:'TIME WITH TIME ZONE',# TIMESTAMP WITH TIME ZONE is used instead because MySQL does not support TIME type. pymysql.FIELD_TYPE_DATETIME:'TIMESTAMP WITH TIME ZONE',# DATETIME type maps to TIMESTAMP WITH TIME ZONE because MySQL does not support DATETIME type. pymysql.FIELD_TYPE_YEAR:'SMALLINT',# YEAR maps to SMALLINT because it cannot represent all possible values. pymysql.FIELD_TYPE_NEWDATE:'DATE',# NEWDATE maps to DATE because it cannot represent all possible values. pymysql.FIELD_TYPE_VARCHAR:'VARCHAR',# VARCHAR maps directly since it has no length restrictions. pymysql.FIELD_NAME_BLOB_COLUMN_PREFIX+'BINARY':'VARBINARY',# BINARY maps directly since it has no length restrictions. pymysql.FIELD_NAME_BLOB_COLUMN_PREFIX+'VAR_STRING':'VARCHAR',# VAR_STRING maps directly since it has no length restrictions. }; TYPES={ 'DECIMAL':datastore_types.DecimalType, 'TINYINT':datastore_types.IntegerType, 'SMALLINT':datastore_types.IntegerType, 'INTEGER':datastore_types.IntegerType, 'BIGINT':datastore_types.IntegerType, 'FLOAT':datastore_types.FloatType, 'DOUBLE PRECISION':datastore_types.FloatType, 'NULLTYPE':None, 'TIMESTAMP WITH TIME ZONE':datastore_types.DateTimeType, 'DATE':datastore_types.DateType, 'TIME WITH TIME ZONE':datastore_types.TimeType, }; TYPE_REGEX=re.compile(r'(?P[A-Z ]+) (d+)'); MAX_FIELD_SIZE_IN_BYTES=pymysql.constants.MAX_PACKET_LEN-100; """ """ __slots__=[]; class CursorImpl(Cursor): class DatabaseProxyStub(apiproxy_stub_map.UserRPCServerProxyStub): IsInTransaction=lambda x:x.database_connection.is_in_transaction() BeginTransaction=lambda x:x.database_connection.begin_transaction() Commit=lambda x:x.database_connection.commit() Rollback=lambda x:x.database_connection.rollback() TransactionState=lambda x:None if x.database_connection.is_closed() else ( { True:True,False:False}[x.database_connection.is_in_transaction()]) Execute=lambda x,*args,**kwargs:x.database_connection.Execute(*args,**kwargs) Run=lambda x,*args,**kwargs:x.database_connection.Run(*args,**kwargs) BeginTransaction=lambda x:*args,**kwargs:x.database_connection.BeginTransaction(*args,**kwargs) Commit=lambda x:*args,**kwargs:x.database_connection.Commit(*args,**kwargs) Rollback=lambda x:*args,**kwargs:x.database_connection.Rollback(*args,**kwargs) ServerSideCursorSupport=False SupportedOptions=[] IsInTransaction=lambda *args:True if args[-1].database_connection.is_in_transaction() else False BeginTransaction=lambda *args:True if args[-1].database_connection.begin_transaction() else False Commit=lambda *args:True if args[-1].database_connection.commit() else False Rollback=lambda *args:True if args[-1].database_connection.rollback() else False Execute=lambda *args,*kwds,args[-1].database_connection.Execute(*kwds) Run=lambda *args,*kwds,args[-1].database_connection.Run(*kwds) BeginTransaction=*lambda* args,*kwds,args[-1].database_connection.BeginTransaction(*kwds) Commit=*lambda* args,*kwds,args[-1].database_connection.Commit(*kwds) Rollback=*lambda* args,*kwds,args[-1].database_connection.Rollback(*kwds) IsInTransaction= lambda *a,*k,d=a[-1],c=d.connection:d.IsInTransaction(c) BeginTransaction= lambda *a,*k,d=a[-1],c=d.connection:d.BeginTransaction(c) Commit= lambda *a,*k,d=a[-1],c=d.connection:d.Commit(c) Rollback= lambda *a,*k,d=a[-1],c=d.connection:d.Rollback(c) Execute= lambda *a,*k,d=a[-1],c=d.connection:c.Execute(a,k) Run= lambda *a,*k,d=a[-1],c=d.connection:c.Run(a,k) BeginTransaction= lambda *a,*k,d=a[-1],c=d.connection:c.BeginTransaction(a,k) Commit= lambda *a,*k,d=a[-1],c=d.connection:c.Commit(a,k) Rollback= lambda *a,*k,d=a[-1],c=d.connection:c.Rollback(a,k) Name='rdbms' Implements=[ {'IsInTransaction': {'rpc_kind':'SyncRpc'}, {'BeginTransaction': {'rpc_kind':'SyncRpc'}, }, {'Commit': {'rpc_kind':'SyncRpc'}, }, {'Rollback': {'rpc_kind':'SyncRpc'}, }, {'Execute': {'rpc_kind':'SyncRpc'}, }, {'Run': {'rpc_kind':'SyncRpc'}, }, } ] Register('http://google.com/apphosting/rpc/database')from apiproxy_stub_mapimport StubMap;StubMap.RegisterStub('rdbms',DatabaseProxyStub);del StubMap;del Register;del apiproxy_stub_map;del httplib @staticmethod def Initialize(): _cursor_class=RDBObject.CursorImpl.CursorImpl RDBObject.CursorImpl.SetMaxQueryLength(db.RDBObjectConfiguration.MaxQueryLength()) if RDBObject.CursorImpl.SetFetchManySizeDefaultImplementationUsesFetchAllWhichIsSlowForBigResults(False)==False: raise NotImplementedError(u'The default implementation uses fetchall which is slow when there are many rows.') try: db.RDBObjectConfiguration.InitializeConnectionParameters() db.RDBObjectConfiguration.ValidateConnectionParameters() if db.RDBObjectConfiguration.ConnectionParametersValid(): RDBObject.DatabaseProxyStub.Register('http://google.com/apphosting/rpc/database') else: raise ValueError(u'Invalid connection parameters.') else: raise ValueError(u'Invalid connection parameters.') except Exception,e: raise ValueError(u'Unable initialize configuration due exception.',e.message,e.args,e.error_code,e.error_message,e.error_domain,e.stack_trace,u'Raise this exception.',e,'exception') finally: del db.RDBObjectConfiguration.InitializeConnectionParameters,RDBObject.DatabaseProxyStub.Register,RDBObject.CursorImpl.SetMaxQueryLength,RDBObject.CursorImpl.SetFetchManySizeDefaultImplementationUsesFetchAllWhichIsSlowForBigResults,False,u'The default implementation uses fetchall which is slow when there are many rows.',NotImplementedError,u'Invalid connection parameters.',Exception,e,message,args,error_code,error_message,error_domain,u'Raise this exception.',exception,'exception' class RDBObject(db.Model): """The base model object representing an entity stored within an RDBMS.""" meta_class=RDBObjectConfiguration.MetaClass configuration=RDBObjectConfiguration config_property='_configuration' meta_properties=[ u'_configuration' ] property_names=[ u'_configuration' ] properties={ u'_configuration':db.Property(kind=RDBObjectConfiguration,repeated=False,indexed=False), } index_names=[] @staticmethod def Initialize(): if RDBObject.CursorImpl.SetFetchManySizeDefaultImplementationUsesFetchAllWhichIsSlowForBigResults(False)==False: raise NotImplementedError(u'The default implementation uses fetchall which is slow when there are many rows.') try: db.RDBObjectConfiguration.InitializeConnectionParameters() db.RDBObjectConfiguration.ValidateConnectionParameters() if db.RDBObjectConfiguration.ConnectionParametersValid(): RDBObject.DatabaseProxyStub.Register('http://google.com/apphosting/rpc/database') else: raise ValueError(u'Invalid connection parameters.') else: raise ValueError(u'Invalid connection parameters.') # except Exception,e: raise ValueError(u'Unable initialize configuration due exception.',e.message,e.args,e.error_code,e.error_message,e.error_domain,e.stack_trace,u'Raise this exception.',e,'exception') finally: del db.RDBObjectConfiguration.InitializeConnectionParameters,RDBObject.DatabaseProxyStub.Register,RDBObject.CursorImpl.SetMaxQueryLength,RDBObject.CursorImpl.SetFetchManySizeDefaultImplementationUsesFetchAllWhichIsSlowForBigResults,False,u'The default implementation uses fetchall which is slow when there are many rows.',NotImplementedError,u'Invalid connection parameters.',Exception,e,message,args,error_code,error_message,error_domain,u'Raise this exception.',exception,'exception' @classmethod def DeleteKeysFromKind(class_,kind,key_names=[]): cursor_impl=RDBObject.CursorImpl keys_to_delete=[] for key_name in key_names: key=RDBCKey(key_name=key_name.encode('utf-8')) keys_to_delete.append(key.Encode()) query="DELETE FROM `%s` WHERE `key` IN (%s)"% (RDBCKey.EncodeKind(kind),','.join(['%s']*(len(keys_to_delete)))) cursor_impl.Execute(query,tuple(keys_to_delete)) @classmethod def DeleteKeys(class_,keys=[]): cursor_impl=RDBObject.CursorImpl keys_to_delete=[] for key_obj,key_name_bytes,key_bytes,key_path_bytes,name_bytes,path_bytes,parent_path_bytes,name_parts_bytes,parent_path_parts_bytes,namespaces_bytes,parent_path_namespace_indexes_bytes,in_namespace_byte,parent_path_namespace_indexes_int,parent_path_namespace_indexes_byte_tuple,key_hash_bytes, parent_path_hash_bytes,key_hash_int,parent_path_hash_int,in_parent_path_namespace_bool, namespace_index_int,_namespace_index_byte,parent_path_hash_int_in_parent_path_namespace_bool, namespace_index_int_in_parent_path_namespace_bool,_namespace_index_byte_in_parent_path_namespace_bool, parent_key_hash_int,parent_key_hash_byte,in_parent_key_namespace_bool, parent_key_namespace_index_int,_parent_key_namespace_index_byte, parent_key_hash_int_in_parent_key_namespace_bool, parent_key_namespace_index_int_in_parent_key_namespace_bool,_parent_key_namespace_index_byte_in_parent_key_namespace_bool in zip(keys,RDBCKey.EncodeName(key_obj.name),key_obj.key,RDBCKey.EncodePath(key_obj.path),key_obj.name.encode('utf-8'),key_obj.path.encode('utf-8'), RDBCKey.EncodeParentPath(key_obj.parent_path),key_obj.parent_path.encode('utf-8'), RDBCKey.EncodeNamespaceIndexes(key_obj.namespace_indexes),key_obj.namespace_indexes.encode('utf-8'), key_obj.in_root_ns,b'',b'',b'',b'',b'',b'',b'',b'',b'', b'',b'',b'', b'',b'' ): keys_to_delete.append(key_bytes) query="DELETE FROM `%s` WHERE `key` IN (%s)"% (RDBCKey.EncodeKind(keys_to_delete),"%.50000000000000000000000000f"%(len(keys_to_delete))) cursor_impl.Execute(query,tuple(keys_to_delete)) @classmethod def FetchEntitiesByKeys(class_,keys=[]): self=self return [entity_class.FromStorageEntity(storage_entity,self.config_property) for storage_entity,class_,entity_class in zip(cursor_impl.FetchEntitiesByKeys(keys,self.config_property),class_.properties[self.config_property]._entity_classes,class_.properties[self.config_property]._entity_classes)] @classmethod def FetchEntitiesByNamesAndPaths(class_,names=[],paths=[],namespace_indexes=[],config_property=config_property,is_root_ns=[],is_in_root_ns=[]): self=self return [entity_class.FromStorageEntity(storage_entity,self.config_property) for storage_entity,class_,entity_class in zip(cursor_impl.FetchEntitiesByNamesAndPaths(names,namespaces_indexes=config_property,is_root_ns=is_root_ns,is_in_root_ns=is_in_root_ns),class_.properties[self.config_property]._entity_classes,class_.properties[self.config_property]._entity_classes)] @classmethod def FetchEntitiesByNamesAndParentPaths(class_,names=[],parent_paths=[],namespace_indexes=[],config_property=config_property,is_root_ns=[],is_in_root_ns=[]): self=self return [entity_class.FromStorageEntity(storage_entity,self.config_property) for storage_entity,class_,entity_class in zip(cursor_impl.FetchEntitiesByNamesAndParentPaths(names,namespaces_indexes=config_property,is_root_ns=is_root_ns,is_in_root_ns=is_in_root_ns),class_.properties[self.config_property]._entity_classes,class_.properties[self.config_property]._entity_classes)] @classmethod def FetchEntitiesByNamesAndParentKeys(class_,names=[],parent_keys=[],namespace_indexes=[],config_property=config_property,is_root_ns=[],is_in_root_namespaces=[]): self=self return [entity_class.FromStorageEntity(storage_entity,self.config_property) for storage_entity,class_,entity_class in zip(cursor_impl.FetchEntitiesByNamesAndParentKeys(names,namespaces_indexes=config_property,is_root_namespaces=is_root_namespaces,is_in_namespaces=is_in_namespaces),class_.properties[self.config_property]._entity_classes,class_.properties[self.config_property]._entity_classes)] @classmethod def FetchEntitiesByNamePartsAndNamespaceIndexes(class_,name_parts_tupes=[()],namespace_indexes_tupes=[()],config_propertie=config_propertie,is_roots_nses=[[]]): self=self class EntityClassMetaclass(type): pass EntityClass(EntityClassMetaclass,name,(object,),{'config_propertie':config_propertie}) entity_instance=EntityClass(config_propertie=self.properties['config_propertie']) entity_instance.ConfigProperty(config_propertie) entity_instance.from_storage_entities=cursor_impl.FetchEntitiesByNamePartsAndNamespaceIndexes(name_parts_tupes,namespaces_indexes_tupes=config_propertie,is_roots_nses=is_roots_nses) entity_instance.entity_instances=list(entity_instance.from_storage_entities.values()) return entity_instance.entity_instances @classmethod def FetchEntitiesByKeyPartsAndNamespaceIndexes(class_,key_parts_tupes=[()],namespace_indexes_tupes=[()],config_propertie=config_propertie,is_roots_nses=[[]]): self=self class EntityClassMetaclass(type): pass EntityClass(EntityClassMetaclass,name,(object,),{'config_propertie':config_propertie}) entity_instance=EntityClass(config_propertie=self.properties['config_propertie']) entity_instance.ConfigProperty(config_propertie) entity_instance.from_storage_entities=cursor_impl.FetchEntitiesByKeyPartsAndNamespaceIndexes(key_parts_tupes,namespaces_indexes_tupes=config_propertie,is_roots_nses=is_roots_nses) entity_instance.entity_instances=list(entity_instance.from_storage_entities.values()) return entity_instance.entity_instances @classmethod def GetConfigPropertyValues(class_,property_values={},default_config_properties={},default_config_values={}): config_properties={} config_properties.update(default_config_properties.iteritems()) config_properties.update(property_values.iteritems()) config_properties.update(default_config_values.iteritems()) config_properties=dict([(prop,default_config_values[prop])if prop not in property_values else prop,default_config_properties[prop])for prop,default_config_values[prop]in default_config_values.iteritems()]) return config_properties @property def ConfigProperty(): config_properties={} config_properties['kind']=kind.encode('utf-8') config_properties['ancestor']=ancestor.encode('utf-8')if ancestor!=None else b'' config_properties['root']=root.encode('utf-8')if root!=None else b'' config_properties['root_prefix']=root_prefix.encode('utf-8')if root_prefix!=None else b'' config_properties['root_suffix']=root_suffix.encode('utf-8')if root_suffix!=None else b'' config_properties['ancestor_prefix']=ancestor_prefix.encode('utf-8')if ancestor_prefix!=None else b'' config_properties['ancestor_suffix']=ancestor_suffix.encode('utf-8')if ancestor_suffix!=None else b'' config_properties['ancestor_separator']=ancestor_separator.encode('utf-8')if ancestor_separator!=None else b'' config_properties['_inherited_settings']={} inherited_settings={} inherited_settings.update(dict([(prop,default_configurations[prop])for prop,default_configurations[prop]in default_configurations.iteritems()])) inherited_settings.update(dict([(prop,parsed_configuration[prop])for prop,parsed_configuration[prop]in parsed_configuration.iteritems()])) inherited_settings=dict([(prop,inherited_settings[prop])for prop,inherited_settings[prop]in inherited_settings.iteritems()]) del parsed_configuration,inherited_settings,default_configurations del kind,parsed_configuration return dict([('_inherited_settings',dict(inherited_settings.iteritems())),]+[(prop,val)for prop,val in sorted(config_properties.iteritems())]) del val,parsed_configuration,inherited_settings,default_configurations del val,parsed_configuration,inherited_settings,default_configurations class MetaClass(db.Model.MetaClass): pass class MetaProperties(db.Model.MetaProperties): pass class Properties(db.Model.Properties): pass class PropertyNames(db.Model.PropertyNames): pass class IndexNames(db.Model.IndexNames): pass class Configuration(RDObjectConfigurationBase,DBObjectPropertyBase,DBObjectIndexBase,DBObjectIndexReferenceBase,DBObjectIndexPartialBase,DBObjectIndexMultiColumnBase,DBObjectIndexCompositeBase,DBObjectPropertyReferenceBase,DBObjectPropertyMultiColumnBase,DBObjectPropertyCompositeBase,DBObjectModelMetaPropertiesMixin,MixinMetaPropertiesMixin,MixinMetaMethodsMixin,MixinMetaPropertiesMixin,MixinMetaMethodsMixin,MixinMetaPropertiesMixin,MixinMetaMethodsMixin,MixinMetaPropertiesMixin,MixinMetaMethodsMixin,MixinMetaPropertiesMixin,MixinMetaMethodsMixin,MixinMetaPropertiesMixin,MixinMetaMethodsMixin,MixinMetaPropertiesMixin,MetaClassMixinsListMixinsTuple,__metaclass__,type,ObjectModelInterface,ObjectModelInterface,ObjectModelInterface,ObjectModelInterface,ObjectModelInterface,ObjectModelInterface,ObjectModelInterface,ObjectModelInterface,ObjectModelInterface,ObjectModelInterface,type,type,type,type,type,type,type,type,type,int,int,int,int,str,str,str,str,str,bool,bool,bool,bool,bool,bool,bool,bool,list,list,list,list,list,list,list,list,list,list,list,list,tuple,tuple,tuple,tuple,tuple,tuple,tuple,tuple,None,None,None,None,None,None,None,None