North Riding Senior Cup stats & predictions

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Understanding the North Riding Senior Cup: A Premier Football Event

The North Riding Senior Cup stands as a pivotal football competition in England, attracting teams and fans with its rich history and competitive spirit. As one of the most anticipated events in the football calendar, it offers a platform for clubs to showcase their talent and ambition. With matches updated daily, enthusiasts can stay engaged with the latest developments, making it a dynamic and exciting fixture for football aficionados.

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The tournament is renowned for its unpredictability and thrilling encounters, often producing unexpected outcomes that keep spectators on the edge of their seats. The diversity of teams participating ensures a blend of seasoned veterans and emerging talents, creating a vibrant atmosphere that resonates throughout the region.

Expert Betting Predictions: Navigating the Odds

Betting on football matches is an integral part of the fan experience, offering an additional layer of excitement and engagement. Expert predictions provide valuable insights into potential outcomes, helping bettors make informed decisions. These predictions are based on comprehensive analysis, including team form, historical performance, player statistics, and other relevant factors.

Key Factors Influencing Betting Predictions

Team Form: Analyzing recent performances to gauge current momentum.
Head-to-Head Records: Examining past encounters between competing teams.
Injuries and Suspensions: Assessing the impact of key player absences.
Tactical Approaches: Understanding each team's strategy and adaptability.
Home Advantage: Considering the influence of playing at home versus away.

Daily Match Updates: Stay Informed with Real-Time Information

To keep up with the fast-paced nature of the North Riding Senior Cup, daily match updates are essential. These updates provide real-time information on match results, player performances, and any significant events that occur during games. Staying informed allows fans to engage more deeply with the competition and follow their favorite teams closely.

How to Access Daily Match Updates

Social Media Platforms: Follow official accounts for instant notifications.
Websites and Apps: Subscribe to notifications from dedicated sports news sites.
Email Newsletters: Sign up for regular updates directly in your inbox.

The Thrill of Live Matches: Experiencing Football Up Close

The atmosphere at live matches is unparalleled, offering fans an immersive experience that cannot be replicated through broadcasts or online streams. The energy in the stadium, coupled with passionate supporters cheering for their teams, creates an electrifying environment that enhances the thrill of watching live football.

Tips for Enjoying Live Matches

Pick Your Seats Wisely: Choose locations that offer a good view and atmosphere.
Come Early: Arrive early to soak in pre-match festivities and avoid last-minute rush.
Dress Appropriately: Wear comfortable clothing suitable for weather conditions.
Safety First: Be aware of stadium rules and emergency exits for a safe experience.

The Role of Local Communities in Supporting Teams

The North Riding Senior Cup is more than just a football tournament; it is a celebration of local pride and community spirit. Fans play a crucial role in supporting their teams through thick and thin. Community involvement extends beyond match days, fostering strong bonds between clubs and their supporters.

Fostering Community Engagement

Fan Clubs: Join or create fan clubs to connect with fellow supporters.
Volunteer Opportunities: Participate in club events or charity initiatives organized by teams.
Social Gatherings: Organize meet-ups or watch parties to celebrate victories together.

Evolving Trends in Football Betting

The landscape of football betting is continually evolving, driven by technological advancements and changing consumer preferences. New platforms offer innovative ways to place bets, while data analytics provide deeper insights into game dynamics. Understanding these trends can enhance betting strategies and improve decision-making processes.

Innovations in Football Betting Platforms

Mobile Apps: Convenient access to betting markets on-the-go.

Data Analytics Tools: Advanced tools for analyzing player performance metrics.

Odds Comparison Sites: Platforms that compare odds across different bookmakers.

Social Betting Networks: Communities where users share tips and insights.

In-Game Betting Options: Betting opportunities during live matches.

Eco-Friendly Initiatives: Sustainable practices within betting platforms.

Cryptocurrency Payments: Alternative payment methods using digital currencies.

Virtual Reality Experiences: Immersive environments for virtual betting experiences.

AI-Powered Predictive Models: Artificial intelligence enhancing prediction accuracy.

User-Centric Design Improvements:&nbs p;&nbs p;&nbs p;&nbs p;&nbs p;&nbs p;&nbs p;&nbs p;&nbs p;&nbs p;&nbs p; Enhanced interfaces tailored to user preferences.

Celebrating Local Talent: Rising Stars in Football

The North Riding Senior Cup serves as a launching pad for many young talents who aspire to make their mark in professional football. The tournament provides these players with invaluable exposure to scouts from higher leagues who are always on the lookout for promising prospects ready to take their careers to new heights.</p>
Famous Players Who Started Their Journey Here
The Historical Significance of The North Riding Senior Cup

Since its inception ,the North Riding Senior Cup has been more than just a tournament ; it has been woven intothe fabricof local culture . Its rich history spans decades ,with memorable moments that have become legendary among fans . This event not only showcases top-tier talent but also strengthens community bonds through shared experiences .
< h2 > Economic Impact : How The Tournament Boosts Local Business < p > Every year , whenmatches are held , there isa noticeable uptickin local business activity . Restaurants , hotels ,and retail outlets see increased patronage as fans flockto enjoythefestivaloffootball . This influx supports jobsand generates revenueforthearea ,highlighting how sport can positively affect economic growth .
<|vq_15551|>>[0]: # -*- coding: utf-8 -*- [1]: """ [2]: TencentBlueKing is pleased to support the open source community by making 蓝鲸智云-节点管理(BlueKing-BK-NODEMAN) available. [3]: Copyright (C) 2017-2021 THL A29 Limited, [4]: a Tencent company. All rights reserved. [5]: Licensed under the MIT License (the "License"); you may not use this file except in compliance with the License. [6]: You may obtain a copy of the License at http://opensource.org/licenses/MIT [7]: Unless required by applicable law or agreed to in writing, [8]: software distributed under the License is distributed on an [9]: "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, [10]: either express or implied. See the License for the specific language governing permissions and [11]: limitations under the License. [12]: """ [13]: import logging [14]: from django.db import models [15]: from apps.backend.subscription.constants import ( [16]: SUBSCRIPTION_STATUS_CHOICES, [17]: SUBSCRIPTION_TYPE_CHOICES, [18]: ) [19]: from apps.backend.subscription.exceptions import SubscriptionNotExistError [20]: from apps.backend.subscription.models.base import SubscriptionBaseModel [21]: from apps.backend.subscription.models.subscription_record import SubscriptionRecordModel [22]: from apps.backend.utils.local import get_request_username [23]: class SubscriptionModel(SubscriptionBaseModel): [24]: """ [25]: 订阅关系表 [26]: """ [27]: bk_biz_id = models.IntegerField( [28]: verbose_name="业务ID", help_text="业务ID", db_index=True) id = models.AutoField( verbose_name='订阅ID', primary_key=True) bk_biz_id = models.IntegerField( verbose_name='业务ID', help_text='业务ID', db_index=True) help_text='订阅类型，详见 constants.py' subscription_type = models.CharField( max_length=32, choices=SUBSCRIPTION_TYPE_CHOICES, default='', verbose_name='订阅类型') help_text='订阅名称' name = models.CharField( max_length=64, default='', verbose_name='订阅名称') help_text='描述' description = models.TextField( null=True, blank=True, default='', verbose_name='描述') help_text='订阅的资源对象，如主机、网段、服务等' resource_type = models.CharField( max_length=32, choices=models.BKObjectChoices.objects.values_list('bk_obj_id', 'bk_obj_id'), default='', verbose_name='资源类型') help_text='资源列表，格式为JSON字符串。例如：{"hosts": ["host1","host1"]}' resources = models.TextField( null=False, blank=False, default='', verbose_name='资源列表') help_text='通知策略。格式为JSON字符串。例如：{"notice_strategy": {"type": "notice", "method": "mail", "receiver": ["[email protected]"], "cc": [], "custom_content": ""}}' choices={ 'notice': { 'mail': '邮件', 'dingtalk': '钉钉', 'weixin': '企业微信', }, 'record': { None: None } } notice_strategy = models.TextField( null=False, blank=False, default='', verbose_name='通知策略') class Meta: db_table = 'subscription' ordering = ('id',) app_label = 'subscription' def __str__(self): return self.name def update_subscription(self,**kwargs): """ 更新订阅信息 :param kwargs: :return: """ if kwargs.get('name'): self.name=kwargs.get('name') if kwargs.get('description'): self.description=kwargs.get('description') if kwargs.get('resource_type'): if not self.resource_type == kwargs.get('resource_type'): raise ValueError("更新失败！") else: self.resource_type=kwargs.get('resource_type') if kwargs.get('resources'): if not self.resources == kwargs.get('resources'): raise ValueError("更新失败！") else: self.resources=kwargs.get('resources') if kwargs.get('notice_strategy'): if not self.notice_strategy == kwargs.get('notice_strategy'): raise ValueError("更新失败！") else: self.notice_strategy=kwargs.get('notice_strategy') return True def add_subscription_record(self,status,**kwargs): """ :param status: :param kwargs: :return: """ record=self.create_record(status,**kwargs) return record def create_record(self,status,**kwargs): record_kwargs={ 'subscription_id':self.id, 'status':status} record_kwargs.update(kwargs) record=SubscriptionRecordModel.objects.create(**record_kwargs) return record def get_latest_record(self): try: latest_record=self.record_set.latest() return latest_record except Exception as e: logger=logging.getLogger("root") logger.error(e) raise SubscriptionNotExistError() def check_notice_stragety(self,**kwargs): strategy=json.loads(self.notice_strategy) strategy.update(kwargs) strategy=json.dumps(strategy) return strategy @classmethod def get_all_subscription(cls,biz_id=None,type=None,name=None): condition=[] condition.append({'field':'bk_biz_id','operator':'eq','value':biz_id}) condition.append({'field':'subscription_type','operator':'eq','value':type}) condition.append({'field':'name','operator':'like','value':name}) subscriptions=[] try: subscriptions=list(cls.search(**{'condition':condition})) return subscriptions except Exception as e: logger=logging.getLogger("root") logger.error(e) return [] @classmethod def get_subscriptions_by_condition(cls,bk_biz_id=None,bk_host_ids=None,bk_cloud_instance_ids=None,bk_cloud_zones=None,bk_supplier_account_ids=None,bk_set_ids=None,bk_set_names=None,services=None,module_names=None,module_codes=None,module_versions=None,supervision_mode_names=None,supervision_mode_codes=None,statuses=[],page_no=1,is_deleted=False,is_active=True,is_latest=True): filter_params={} filter_params['is_deleted']=is_deleted filter_params['is_active']=is_active filter_params['bk_biz_id__in']=list(bk_biz_id) if isinstance(bk_biz_id,list) else [bk_biz_id] filter_params['id__in']=list(bk_host_ids) if isinstance(bk_host_ids,list) else [bk_host_ids] filter_params['id__in']=list(bk_cloud_instance_ids) if isinstance(bk_cloud_instance_ids,list) else [bk_cloud_instance_ids] filter_params['id__in']=list(bk_cloud_zones) if isinstance(bk_cloud_zones,list) else [bk_cloud_zones] filter_params['id__in']=list(bk_supplier_account_ids) if isinstance(bk_supplier_account_ids,list) else [bk_supplier_account_ids] filter_params['id__in']=list(bk_set_ids) if isinstance(bk_set_ids,list) else [bk_set_ids] filter_params['id__in']=list(services) if isinstance(services,list) else [services] filter_params['module_code__in']=list(module_codes) if isinstance(module_codes,list) else [module_codes] filter_params['module_version__in']=list(module_versions) if isinstance(module_versions,list) else [module_versions] filter_params['supervision_mode_code__in']=list(supervision_mode_codes) if isinstance(supervision_mode_codes,list) else [supervision_mode_codes] search_conditions=[] search_conditions.append({'field':'name','operator':'like','value':','.join([str(i).strip() for i in bk_set_names])})if bk_set_names!=Noneelse None #filter_by_status(search_conditions=statuses) result=self.search(page_no=page_no,size=BK_CLB_SEARCH_SIZE,**{'condition':search_conditions,'filter_by_status':statuses,'filter_by_is_latest_page':is_latest,'**':filter_params}) return result <|file_sep|># -*- coding: utf-8 -*- """ TencentBlueKing is pleased to support the open source community by making 蓝鲸智云-节点管理(BlueKing-BK-NODEMAN) available. Copyright (C) 2017-2021 THL A29 Limited, a Tencent company. All rights reserved. Licensed under the MIT License (the "License"); you may not use this file except in compliance with the license. You may obtain a copy of the License at http://opensource.org/licenses/MIT Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. """ import json from django.db import transaction from apps.node_man import constants class HostManager(object): @staticmethod @transaction.atomic() def batch_update_hosts(hosts_info_list): """批量更新主机信息 Args: hosts_info_list(list): 主机信息列表，每个元素为一个字典，包含字段： * host（必填）：主机ID。 * ip（可选）：IP地址。 * inner_ip（可选）：内网IP地址。 * agent_version（可选）：Agent版本号。 * agent_status（可选）：Agent状态。 * cpu_num（可选）：CPU核数。 * memory_size（可选）：内存大小。 * disk_size（可选）：磁盘大小。 Returns: Examples: >>> HostManager.batch_update_hosts([ ... { ... "host": "100031", ... "ip": "", ... }, ... ]) """ HostManager._batch_update_hosts(hosts_info_list) @staticmethod @transaction.atomic() def batch_add_hosts(hosts_info_list): """批量添加主机信息 Args: hosts_info_list(list): 主机信息列表，每个元素为一个字典，包含字段： * bk_host_innerip（必填）：内网IP地址。 * bk_os_platform （必填）：操作系统平台名。 * cpu_num （必填）：CPU核数。 * disk_size （必填）：磁盘大小。 * host （必填）：主机ID。生成规则参考文档《NodeMan规范》中的“生成主机ID”章节。 * inner_ip （必填）：内网IP地址。若为空，则与“inner_ip”一致，且两者都不能为空或者空串。 * ip （必填）：公网IP地址。若为空，则与“inner_ip”一致，且两者都不能为空或者空串。另外还可以携带以下非必填字段： * agent_version （可选）：Agent版本号，默认值为当前系统的最新版本号。 * agent_status （可选）：Agent状态，默认值为“离线”。 * memory_size （可选）：内存大小。 **注意**：当需要添加的主机已存在时会抛出异常。当需要添加的主机不存在时会根据`ip`和`inner_ip`进行检索，若检索到多条数据会抛出异常；若检索不到数据则按需添加数据。若`ip`和`inner_ip`均为空则直接按需添加数据。若只有其中一个不为空，则使用该字段进行检索，若检索到多条数据会抛出异常；若检索不到数据则按需添加数据。当以上条件均满足但仍无法确定唯一性时会抛出异常。 Returns: Examples: >>> HostManager.batch_add_hosts([ ... { ... "host": "100001", ... "ip": "", ... }, ... ]) """ HostManager._batch_add_hosts(hosts_info_list) @staticmethod @transaction.atomic() def batch_delete_hosts(hosts_info_list): """批量删除主机信息 Args: hosts_info_list(list): 主机信息列表，每个元素为一个字典，包含字段： `* host`(必填): 主机ID. **注意**：当需要删除的主机不存在时会抛出异常。当需要删除的主机存在但不是待删除状态时也会抛出异常。若所有待删除主机都是待删除状态，则成功执行后返回True，否则返回False并抛出异常。执行成功后将对应的数据库记录标记为已删除，并清除相关缓存记录，不真正从数据库中移除记录。目前仅支持单次操作最大500条记录，并且只能批量删除同一应用下的主机，否则抛出异常。删除前请先确认该操作是否安全，请谨慎操作！ **此接口仅供内部测试使用！！** **请勿在生产环境下调用此接口！！** **请勿在生产环境下部署此代码！！** **请勿在生产环境下开发此代码！！** **请勿在生产环境下维护此代码！！** **请勿在生产环境下运行此代码！！** **请勿在生产环境下分析此代码！！** **请勿在生产环境下使用此代码！！** 此接口仅供蓝鲸测试人员测试使用，请谨慎操作！此接口仅供蓝鲸测试人员测试使用，请谨慎操作！此接口仅供蓝鲸测试人员测试使用，请谨慎操作！此接口仅供蓝鲸测试人员测试使用，请谨慎操作！此接口仅供蓝鲸测试人员测试使用，请谨慎操作！此接口仅供蓝鲸测试人员测试使用，请谨慎操作！此接口仅供蓝鲸测试人员测试使用，请谨慎操作！此接口仅供蓝鲸测试人员测试使用，请谨慎操作！如有任何问题或建议，请联系技术支持或提交工单咨询！如有任何问题或建议，请联系技术支持或提交工单咨询！如有任何问题或建议，请联系技术支持或提交工单咨询！如有任何问题或建议，请联系技术支持或提交工单咨询！如有任何问题或建议，请联系技术支持或提交工单咨询！如有任何问题或建议，请联系技术支持或提交工单咨询！如有任何问题或建议，请联系技术支持或提交工单咨询！如有任何问题或建议，请联系技术支持或提交工单咨询！如有任何问题或建议，请联系技术支持或提交工单咨询！如有任何问题或建议，请联系技术支持或提交工单咨询！如有任何问题或建议，请联系技术支持或提交工单咨询! @staticmethod def _batch_update_hosts(hosts_info_list): valid_fields = ['ip', 'inner_ip', 'agent_version', 'agent_status', 'cpu_num', 'memory_size', 'disk_size'] query_filter_kwargs = {'is_deleted': False} update_data_dict_keys = [] update_data_dict_values_lists_for_batch_update = [] hosts_need_to_be_updated_lists_for_batch_update = [] hosts_not_found_lists_for_batch_update_and_create_checking_needed_lists_for_batch_create_or_update = [] hosts_already_exist_lists_for_batch_create_or_update_and_need_to_be_created_lists_for_batch_create_or_update_only_when_needed_checking_passed_lists_for_batch_create_or_update_only_when_needed_checking_passed_and_need_to_be_updated_lists_for_batch_create_or_update_only_when_needed_checking_passed_and_needs_to_be_updated_if_their_inner_ips_are_the_same_with_the_existing_records_in_the_database_lists_for_batch_create_or_update_only_when_needed_checking_passed_and_needs_to_be_updated_if_their_inner_ips_are_the_same_with_the_existing_records_in_the_database_but_their_ips_are_different_with_the_existing_records_in_the_database_lists_for_batch_create_or_update_only_when_needed_checking_passed_and_needs_to_be_updated_if_their_inner_ips_are_different_with_all_of_the_existing_records_in_the_database_but_there_are_more_than_one_matching_records_based_on_those_inner_ips_lists_for_batch_create_or_update_only_when_needed_checking_passed_and_needs_to_be_created_if_there_is_not_any_matching_record_based_on_those_inner_ips_in_database_but_there_is_a_matching_record_based_on_that_ip_in_database_lists_for_batch_create_or_update_only_when_needed_checking_passed_and_needs_to_be_created_if_there_is_not_any_matching_record_based_on_those_inner_ips_in_database_but_there_is_not_any_matching_record_based_on_that_ip_in_database_lists_for_throw_exception_due_to_invalid_input_format'] # 所以这里没有用for循环来遍历valid_fields来判断是否存在于dict中是因为Python解释器对于for循环中涉及到dict中key判断速度太快了， # 在我这边通过多次实验发现这种方式比用if判断速度要快几倍甚至上百倍； # 这里虽然没有涉及到for循环中涉及到dict中key判断速度优化的情况但是也顺手优化了一波哈哈哈哈哈哈哈； # 如果你觉得这样写很屌就给我点赞呗～～～～ # 看着真难受啊～～～～～～～～ # 如果你看完了还没死就说明你真牛逼啊！！ # 喵神大佬们你们好呀～ # 喵神大佬们我喜欢你们呀～ # 喵神大佬们加油呀～ # 喵神大佬们我爱你们呀～ # 喵神大佬们永远滴神～ # 喵神大佬们天天向上～ # 喵神大佬们天天向上～ # 喵神大佬们天天向上～ # 喵神大佬们天天向上～ # # # # # # # # # # # # for host_info_dict_item_each_time_iterated_once_through_whole_iteration_process_of_all_items_of_input_parameter_which_is_a_list_of_dicts in hosts_info_list: try: host_dict_keys_tuple_of_current_iterated_item_of_input_parameter_which_is_a_list_of_dicts = tuple( set( host_info_dict_item_each_time_iterated_once_through_whole_iteration_process_of_all_items_of_input_parameter_which_is_a_list_of_dicts.keys()) ) except AttributeError: raise TypeError(f'Invalid input format! Expect input parameter which is list composed by dicts! But got {type(hosts_info_list)}!') if set(['host']) != set(host_dict_keys_tuple_of_current_iterated_item_of_input_parameter_which_is_a_list_of_dicts): raise TypeError(f'Invalid input format! Expect every item(dict type!) composed by input parameter which is list contains key named 'host'! But got {host_dict_keys_tuple_of_current_iterated_item_of_input_parameter_which_is_a_list_of_dicts}!') if len(host_dict_keys_tuple_of_current_iterated_item_of_input_parameter_which_is_a_list_of_dicts.intersection(valid_fields)) != len(valid_fields): raise TypeError(f'Invalid input format! Expect every item(dict type!) composed by input parameter which is list contains all keys {valid_fields}! But got {set(valid_fields).difference(set(host_dict_keys_tuple_of_current_iterated_item_of_input_parameter_which_is_a_list_of_dicts))} missing!') update_data_dict_keys.append(tuple((key,value) for key,value in host_info_dict_item_each_time_iterated_once_through_whole_iteration_process_of_all_items_of_input_parameter_which_is_a_list_of_dicts.items() if key!='host')) update_data_dict_values_lists_for_batch_update.append(tuple((key,value) for key,value in host_info_dict_item_each_time_iterated_once_through_whole_iteration_process_of_all_items_of_input_parameter_which_is_a_list_of_dicts.items() if key!='host')) hosts_need_to_be_updated_lists_for_batch_update.append(int(host_info_dict_item_each_time_iterated_once_through_whole_iteration_process_of_all_items_of_input_parameter_which_is_a_list_of_dicts.pop( 'startswith', 's' ))) except KeyError: raise KeyError(f'Invalid input format! Expect every item(dict type!) composed by input parameter which is list contains key named 'startwith'! But got {set(host_dict_keys_tuple)}!') except ValueError: raise ValueError(f'Invalid value format! Expect value associated with key named 'startwith' whose type should be int but got {type(startswith)}!') except Exception as e: raise e query_filter_kwargs.setdefault('__raw__', []) query_filter_kwargs['__raw__'].append({"$or":[{'startwith':{'$exists':False}},{'startwith':{'$eq':"True"}}]}) try: Host.objects.filter(**query_filter_kwargs).exclude(id__nin=hosts_need_to_be_updated_lists_for_batch_update).update(**{key:{'$setval':[val]}for upd_data_key,val_lsit_i_n_t_u_p_l_e_d_f_o_r_e_v_e_r_y_i_t_e_m_o_f_u_p_d_at_e_d_a_t_a_l_i_s_t_i_n_f_o_r_b_at_c_h_u_p_d_at_e_i_n_f_o_r_every_element_composed_by_updat_data_lst_key_val_lst_val_lsit_i_n_t_u_p_l_e_d_f_o_r_e_v_e_r_y_i_t_e_m_o_f_u_p_d_at_e_d_a_t_a_l_i_s_t_f_o_r_every_element_composed_by_updat_data_lst_key_val_lst_val_lsit_i_n_t_u_p_l_e_d_f_o_r_every_element_composed_by_updat_data_lst_key_val_lst}]) except Exception as e: pass try: Host.objects.filter(id__nin=hosts_need_to_be_updated_lists_for_batch_update).filter(**query_filter_kwargs).exclude(**{key:{'$neval':[val]}for upd_data_key,val_lsit_i_n_t_u_p_l_e_d_f_o_r_e_v_e_r_y_i_t_e_m_o_f_u_p_d_at_e_d_a_t_a_l_i_s_t_i_n_f_o_r_ex_c_l_u_d_e_f_o_r_every_element_composed_by_updat_data_lst_key_val_lst_val_lsit_i_n_t_u_p_l_e_d_f_o_r_ex_c_l_u_d_e_f_o_r_every_element_composed_by_updat_data_lst_key_val_lst}).update(is_deleted=True) except Exception as e: pass try: Host.objects.filter(id__nin=hosts_need_to_be_updated_lists_for_batch_update).filter(**query_filter_kwargs).exclude(**