更新

Chardok - drops off high lvl mages (drops off any archimagi in chardok, random drop).One confirmed location is in Chardok palace at 865,-21, 270 from a Gorowyn archimage (took around 10 kills) Also killed at 745,-30, 170. The drop is random and only the person on the quest can see it.

这个最难，你必须要组一个猛团穿过Blue Gate、Red Gate进入Chardok Palace广场( 865，-21， 270 )，然后猎杀Gorowyn Archimage系列的龙人，检视尸体获得任务道具更新，记得第一只猎杀的Archimage一定要检视尸体，大部分的人都是在第一只就完成更新，也有人第一只忘了没拿到更新，接著猎杀1-2 hours都很难更新。

This 更新 required an automatic restart of your computer.

这项更新必须自动重启你的电脑。

The temperature must fall, and the wind cease, and the air come to a point of coolness and rest━absolute rest, so to speak━before it can yield up its invisible particles of moisture to bedew either herb or flower.

圣经中也常说起露，用来表明属灵的更新。神常藉圣灵更新祂的子民，犹如用露更新大地一般。在提多三章五章所说的："圣灵的更新"就是讲圣灵有露珠一般的执事。

Every big site can accept a lot of articles everyday, this also needs us to notice to observe the rate that they replace to the website and frequency, what when update is fast, what when update is slow, observe according to me, very much now stationmaster kind standing in 5 days of weekly weekday is to update the fastest, and mix to Saturday weekday is slow, some stations are to be updated scarcely even, this also is I am pushing a forum to be experienced in personally, the website that pushs a forum at ordinary times diagnoses a column to everyday friend of a lot of stationmaster comes here to send diagnostic message, let us give the issue that seeks a website to encounter, can arrive double cease day, relatively a lot of less, sit easily in front of computer everyday a lot of disease come, probably everybody takes the advantage of this playday to go out to take exercise take exercise.

每个大的站点每天都能接受到很多的文章，这也需要我们去注意观察他们对网站更新的速度和频率，什么时候更新的快，什么时候更新的慢，据我观察，现在很多站长类的站在每周的五天工作日是更新最快的，而一到周六和周日就慢了，有些站甚至是几乎不更新，这也是我在推一把论坛里的亲身感受，平时推一把论坛的网站诊断栏目每天都有很多站长朋友来这里发诊断信息，让我们给找网站遇到的问题，可一到双休日，就相对少很多了，每天在电脑前面容易坐出很多病来，或许大家都趁这个休息日出去锻炼锻炼。

The invention discloses a method and apparatus for updating the state of a computing device by first receiving a message processable by the computing device, the message comprising data for instructing the computing device to request at least one update file from at least one remote computing entity, the at least one update file for updating a file resident on the computing device; and processing the message to effect updating of the computing device.

本发明描述了一种用于更新计算设备的状态的方法和装置，其中，首先接收可由计算设备处理的消息，所述消息包括用于指示计算设备向至少一个远程计算实体请求至少一个更新文件的数据，所述至少一个更新文件用于更新驻留在计算设备上的文件；以及处理所述消息，以实现对所述计算设备的更新。

Accordingly, an optimistic data consistency maintenance method based on key-attributes is proposed. In the method, the update of key-attributes is separated from user update requests. Key-Updates are propagated by latency-overlay update propagation model, that is, updates are always propagated to the nodes having maximum or minimum latency, and assured and uncertain propagation paths of updates are all taken into account. Based on classifying key-update conflicts, a double-level reconciling mechanism including buffer preprocessing and update-log processing is applied to detect and reconcile conflicts, and then conflicts are solved by policies as last-writer-win and divide-and-rule. Lastly, update-log management method and maintenance method brought by node failure and network partitioning are discussed for the above is deployed based on the information storied in update-log.

在该方法中，首先分离出用户提交的更新请求中关于关键属性的更新；然后采用基于延迟-覆盖的更新传播模型进行更新传播，即基于副本间的网络延迟选择具有最大和最小网络延迟的结点转发更新，并在传播过程中记录和综合考虑更新的确定传播和不确定传播两条路径；在对关键更新冲突分类的基础上，采用更新缓冲区和更新日志两层更新协商机制并结合最新写胜出和分而治之规则，优化关键更新冲突的发现和解决；更新日志信息是方法中各种策略开展的基础，讨论了更新日志中信息管理方法以及结点失效和网络划分发生时信息的维护方法。

These days with the number of Dynamic Applications it becomes tempting to allow immediate unauthenticated 更新s to a database.

最近几天，随着大量的动态应用，允许数据库进行即时的不可靠的更新变得很诱人。

Analyzing the model, especially the activity of Taihang Mountain piedmont fault, we got such main conclusion:1. Based on sequence stratigraphy, the strata is divided from the selected drills. And the Quaternary stratigraphic framework of Handan city is established, dividing the Quaternary strata into four parts- Qh, Qp3O , Qp2Y and Qp1G.2. With all the selected drill data of Handan city, a drill database is established. A quaternary strata 3D model of Handan city is imitated by GOCAD and ArcGIS, and so are the bottom structural map of each horizon.3. Analyzing the 3D model and the contradistinction section of drills, we got: the stratum of Qh and Qp3 is smooth and flat, with a feature of a higher west, little difference between south and north and undistinctness of faults; there are several depocenters along S-N and N-W in the stratum of Qp2, and the evolution of the stratum is controlled by a couple of ruptures, which means the tectonic movement is active in this period of time.4. Since quaternary, main tectonic movements happened in Qp2 and have been stable in Qp3 and Qh.

获得主要结论如下：1、利用层序地层学的方法将收集的邯郸市钻孔以及论文所依托项目野外施工的钻孔进行了具体的地层划分与对比，建立了邯郸市第四系等时地层格架，将邯郸市第四系划分为全新统、更新统上部欧庄组(Qp3O)、更新统中部杨柳青组(Qp2Y)和更新统下部固安组(Qp1G)。2、利用收集到的邯郸市水文、工勘钻孔以及所依托项目初勘和详勘两个阶段野外施工的钻孔数据，建立钻孔数据库，通过使用三维建模软件GOCAD和地理信息系统软件ArcGIS等进行模拟，得到邯郸市市区部分第四系地层三维可视化模型，并获得各个地层的底部构造图；3、通过对所天生模型和钻孔廊带对比剖面的分析，可以得到：全新世和更新世晚期(Qp3)时期地形整体较平缓，整体上显示西高东低、南北差异不大的格式，断裂显示不明显；更新世中期(Qp2)时期沿南北向和北西向存在几个沉积中心，地层发育受几条断裂的控制，反映了研究区的构造活动在更新世中期较为活跃；4、邯郸市自第四系以来，主要构造运动均发生于更新世中期，到更新世晚期及全新世时期逐渐趋于稳定，进而使更新统上部和全新统地层沉积均一且完好。

The method comprises: when mobile station initiates a joint attach request or a route area/location area renewing request, if the MSC/VLR selected by the serving SGSN needs to be transferred to other MSC/VLR due to heavy load or reset, it returns a location renew acceptance message carrying virtual NRI to the serving SGSN; the according to the NRI carried in the location renew acceptance message, the serving SGSN decides if the MS needs to be transferred to other MSC/VLR; the serving SGSN reselects the serving MSC/VLR in node pool, and re-initiates a location renewing request to transfer the MS to other MSC/VLR.

当移动站发起联合附着或路由区/位置区更新请求时，若服务SGSN选择的MSC/VLR因负载过重或重启等原因需要将MS转移到其他MSC/VLR，则向服务SGSN返回携带虚拟NRI的位置更新接受消息；服务SGSN根据接收的位置更新接受消息中携带的虚拟NRI判断需要转移MS到其他MSC/VLR，服务SGSN在节点池中重新选择服务MSC/VLR，重新发起位置更新请求，将MS平滑地转移到其他MSC/VLR进行附着或位置区更新流程。

The closest period of time everyday the snapshot circumstance of the website, website already a few months Baidu from collect experienced 10 days now half month updates snapshot to arrive 24 hours to update again to a week, update a few pages to update several much pages to from, arrive 24 hours from 24 hours of a few pages the snapshot of 200 much pages, this paragraph of time understands eventually, to Baidu snapshot should update ability 24 hours to be have weight, baidu did not use PR value to measure the weight of a website like Gu Ge, what does that use, I feel to return is the time that snapshot updates, the jump overing that a website updates in 24 hours has weight more more, because do not think what giving just is Baidu weight really, cannot use PR to see, of course this is pure belong to an individual close a point.

最近一段时间每天网站的快照情况，网站已经几个月了百度从收录到现在经历了十天半个月更新一次快照到一个星期再到24小时更新，从一次更新几页到一次更新数多页，从24小时几页到24小时200多页的快照，这段时间终于明白，对百度来说快照要24小时更新才算是有权重，百度没有像谷歌一样用PR值来衡量一个网站的权重，那用什么呢，我觉得还是快照更新的时间，一个网站在24小时更新的越多就越有权重，因为实在想不出什么才是百度权重，不能用PR一下看出来，当然这纯属个人的关点。

In the United States, chronic alcoholism and hepatitis C are the most common ones.

在美国，慢性酒精中毒，肝炎是最常见的。

If you have any questions, you can contact me anytime.

如果有任何问题，你可以随时联系我。