大家好，今天给大家介绍一个很厉害的数据结构，它的名字就很厉害，叫SB树，业内大佬往往叫做傻叉树。这个真不是我框你们，而是它的英文缩写就叫SBT。
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首先SAP在表TNRO:Definition of number range objects将会为各种object定义number range的属性 在此表中有这么几个字段.OBJECT: 坛 -- 让我们大家都到一起来探讨SAP！ F|v 比如FIAA-BELNR(固定资产) i<ef1 PERCENTAGE:使用到百分几warning. `q8Hj CODE: (比如你输入FBN1就是所有FI doc的number range定义) +F Table: nriv Number range intervals (和TNRO通过object联系)这个表是作为编号范围储存的。正常的话，缓冲区中的数量号是10，读下一个编号的时候程序就不去找数据库，而是直接从内存缓冲里读出。而数据库的值已经更新到内存里最后一个号＋1了，所以重启以后，内存的号没了，它不会再检查业务数据表，数据库里是跳过以后的。财务、销售、采购这些最常用的凭证号，反而是没缓冲的，不会跳号。如果发生保存时数据库提交失败，也会跳。
不同于录屏方式的LSMW，通过使用Standard batch/Direct input的方式来维护供应商的银行数据。本文介绍的就是笔者在某个项目上通过此种方式导入供应商银行账户视图的数据。
首先SAP在表TNRO:Definition of number range objects将会为各种object定义number range的属性
1. Maintain the Printer Name in SPRO->Matl Mgmt->Inv Mgmt and Phy Inv->Print Control->Gen Settings->Printer Setting 2. Ensure that in SPRO->Matl Mgmt->Inv Mgmt and Phy Inv->Print Control->Gen Settings->Item Print Indicator, 1 stands for Matl Doc print out 3. In SPRO->Matl Mgmt->Inv Mgmt and Phy Inv->Print Control->Gen Settings->Print Version, maintain Print Version 2 4. In SPRO->Matl Mgmt->Inv Mgmt and Phy Inv->Print Control->Maintain Print Indicator for GI/Transfer Posting Documents 5. In SPRO->Matl Mgmt->Inv Mgmt and Phy Inv->Output Determination->Maintain Output Types, for the Output types WE01, WE02 and WE03, ensure the foll: a. Default Values: Dispatch Time is 3 or 4 as per reqmt. and Tr medium is 1 b. Print Parameter is 7 6. In SPRO->Matl Mgmt->Inv Mgmt and Phy Inv->Output Determination->Printer Det->Pr Det by Pl/StoLoc, maintain the Output device for all your Plants
假设有打乱顺序的一群人站成一个队列，数组 people 表示队列中一些人的属性（不一定按顺序）。每个 peoplei = hi, ki 表示第 i 个人的身高为 hi ，前面 正好 有 ki 个身高大于或等于 hi 的人。
Loading material master sales text by LSMW with Direct Input
到目前为止，我们大多数人都听说过人为错误，在导致数据泄露中所扮演的角色。自7月以来，Capital One发生的黑客入侵事件只是一连串安全事件中的最新一起，这些事件的成功可以追溯到错误配置的基础设施或安全设置。随着组织加速使用容器和Kubernetes，并将应用程序开发和部署转移到云平台，防止环境中可避免的错误配置变得越来越重要。
Jungle Roads Time Limit: 1000MS Memory Limit: 10000K Total Submissions: 19265 Accepted: 8806 Desc
事务码 描述(中英文) SBIT Menu 菜单 SBTA Test background processing 后台处理测试 SBTU Background processing for user 对用户的后台处理 SM36 Define Background Job 定义后台作业 SM37 Background Job Overview 后台作业概览 SM39 Job Analysis 作业分析 SM49 Execute external OS commands 执行外部 OS 命令 SM61 Menu 菜单 SM62 Menu 菜单 SM63 Display/Maintain Operating Mode Sets 显示/保持操作方式设置 SM64 Release of an Event 事件的释放 SM65 Background Processing Analysis Tool 后台处理分析工具 SM67 Job Scheduling 作业调度 SM68 Job Administration 作业管理 SM69 Maintain external OS commands 维护外部 OS 命令 SMX Display Own Jobs 显示自己的作业 SPBM Monitoring parallel background tasks 监控类似的后台任务 SPBT Test: Parallel background tasks 文本:匹配后台任务 DB16 DB system check (trigger/browse) DB system check (trigger/browse) DB17 DB system check (configure) DB system check (configure) DB20 No.of table tupels acc. to stat. No.of table tupels acc. to stat. DB21 Maintenance control table DBSTATC Maintenance control table DBSTATC RZ01 Job Scheduling Monitor 作业计划监视器 RZ02 Network Graphics for SAP Instances 网络图SAP RZ04 Maintain SAP Instances 保持 SAP 实例 RZ06 Alerts Thresholds Maintenance 警报门限维护 RZ08 SAP Alert Monitor SAP 报警监视器 RZ12 Maintain RFC server group assignment 维护 RFC 指定服务器组 SM66 Systemwide Work Process Overview 系统工作过程概述 SMLG Maintain Logon Group 维护登录组 SRZL Menu 菜单 SM02 System Messages 系统消息 SM04 User Overview 用户概览 SM13 Display Update Records 显示更新记录 SM50 Work Process Overview 工作进程概述 SM51 List of SAP Servers SAP服务器的清单 SM54 TXCOM maintenance TXCOM 维护 SM55 THOST Maintenance THOST 维持 SM56 Number Range Buffer 数字范围缓冲区 SMGW Gateway Monitor 网关监控器 ST07 Application monitor 应用程序监视器 AL01 SAP Alert Monitor SAP报警监视器 AL02 Database alert monitor 数据库警报监测器 AL03 Operating system alert monitor 操作系统警告监视器 AL04 Monitor call distribution 监视呼叫分配 AL05 Monitor current workload 监视当前的工作负荷 AL06 Performance: Upload/Download 执行:上载/下装 AL07 EarlyWatch Report 初期察看报告 AL08 Users Logged On 登录的用户 AL09 Data for database expertise 专家数据库的数据 AL10 Download to Early Watch 下载早观察 AL11 Di
如下图示的内向交货单180018660。该内向交货单是在外向交货单80016325 发货过账的时候自动触发的，
SAP PP 系统怎么知道某个工单release触发的过程中检验的检验类型是03？
SAP通过BDC（录屏）方式进行数据批量处理有两种方式，分别是LSMW和SM35。这里介绍一下LSMW的操作流程。
所有？是否包括超级用户SAP*？ 如果sap*未锁定，可以用sap*登陆解锁，用户数少可以手工在su01里解，用户数多的话，可以用catt or abap程序的方式批量改，table字段为usr02-UFLAG. 如果sap*也锁定了，那就得黑一把了： 首先，确认参数文件login/no_automatic_user_sapstar的值为0； 然后，直接登陆到数据库中，删除USR02表中，相应client的SAP*用户，不要删错罗；） 最后嘛，再用SAP*登陆该client，使用口令PASS，进去再做上面说的操作。 -----------------------
常用Table速查 USR02 #记录系统中所有已存在的用户 USR01 #记录系统中所有已存在用户的默认打印设备Default Out Put Device AGR_TCODES # 记录ROLE与T-CODE映射关系 AGR_USERS # 记录ROLE与USERID映射关系 AGR_1251 # 记录ROLE与Porfile的映射关系, ROLE所包含的Object （包括Field, Value）;If you want to see all the object & A
How-to-Maintain-a-Website-and-Web-Server-.png
在sap可以通过“字段状态变式”和“定义过帐码-字段状态”来控制财务凭证的是否显示，是否强制输入，可选输入。
NL.4: Maintain a consistent indentation style
The Head Elder of the tropical island of Lagrishan has a problem. A burst of foreign aid money was spent on extra roads between villages some years ago. But the jungle overtakes roads relentlessly, so the large road network is too expensive to maintain. The Council of Elders must choose to stop maintaining some roads. The map above on the left shows all the roads in use now and the cost in aacms per month to maintain them. Of course there needs to be some way to get between all the villages on maintained roads, even if the route is not as short as before. The Chief Elder would like to tell the Council of Elders what would be the smallest amount they could spend in aacms per month to maintain roads that would connect all the villages. The villages are labeled A through I in the maps above. The map on the right shows the roads that could be maintained most cheaply, for 216 aacms per month. Your task is to write a program that will solve such problems. 输入： The input consists of one to 100 data sets, followed by a final line containing only 0. Each data set starts with a line containing only a number n, which is the number of villages, 1 < n < 27, and the villages are labeled with the first n letters of the alphabet, capitalized. Each data set is completed with n-1 lines that start with village labels in alphabetical order. There is no line for the last village. Each line for a village starts with the village label followed by a number, k, of roads from this village to villages with labels later in the alphabet. If k is greater than 0, the line continues with data for each of the k roads. The data for each road is the village label for the other end of the road followed by the monthly maintenance cost in aacms for the road. Maintenance costs will be positive integers less than 100. All data fields in the row are separated by single blanks. The road network will always allow travel between all the villages. The network will never have more than 75 roads. No village will have more than 15 roads going to othe
用户使用arcpy.mp模块以及gp工具applysymbofromlayer，通过图层文件来符号化栅格并加载到工程的地图中。看一下它的代码。
其中a的取值范围[0,1]，具体就是：本次滤波结果=(1-a)*本次采样值+a*上次滤波结果，采用此算法的目的是：
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