BusinessObjects Enterprise XI 3.1 .NET SDK Runtime Deployment

xi3-1_boe_net_runtime_en
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"xi3-1_boe_net_runtime_en" 这篇文档是关于BusinessObjects Enterprise XI 3.1 .NET SDK运行时部署的指南。BusinessObjects Enterprise是SAP公司（当时是BusinessObjects公司）的一个企业级商业智能（BI）平台，它提供了数据集成、分析和报告的功能。.NET SDK（软件开发工具包）允许开发人员使用Microsoft .NET框架来构建与BusinessObjects平台交互的应用程序。 在.NET SDK运行时部署中，主要涉及以下几个关键知识点： 1. **.NET SDK**：这是一个针对开发人员的工具集，包含了库、文档、示例代码等，用于创建、扩展或集成BusinessObjects应用程序。使用.NET SDK，开发者可以用C#、VB.NET或其他.NET语言来开发自定义的BI解决方案。 2. **BusinessObjects Enterprise XI 3.1**：这是BusinessObjects的一个版本，提供了一系列的报表、分析和数据挖掘工具。XI代表“eXtreme Intelligence”，3.1是其版本号。这个版本可能包含了改进的性能、新的功能和对之前版本的增强。 3. **运行时部署**：此文档专注于在目标环境中安装和配置所需的组件，使得基于.NET的应用程序能够顺利运行。这包括设置必要的依赖项、注册dll文件、配置服务器连接等。 4. **版权和专利**：文档开头列出了一系列美国专利号，表明BusinessObjects（现为SAP的一部分）拥有这些专利，可能涵盖其产品中的某些技术。这强调了产品和技术的知识产权保护。 5. **产品品牌和商标**：文档中提到了BusinessObjects的多个产品和服务名称，如BusinessProcess OnDemand、Crystal Reports、Desktop Intelligence等，这些都是BusinessObjects BI产品线的重要组成部分，各自服务于不同的BI需求，如报表设计、数据分析和自助式查询。 6. **开发和集成**：使用BusinessObjects .NET SDK，开发人员可以构建定制的报告和分析应用，这些应用可以直接嵌入到其他业务系统中，实现无缝的数据可视化和决策支持。 7. **支持的技术**：由于是.NET SDK，这意味着它与Microsoft的开发环境和.NET框架兼容，能够利用.NET的多语言支持和丰富的库。 这篇文档是为那些希望使用BusinessObjects Enterprise XI 3.1的.NET SDK来开发和部署BI解决方案的开发者准备的，它提供了详细的指导，帮助他们在自己的环境中正确配置和运行BusinessObjects相关的.NET应用程序。

HX8347-I_(N)_AN_preliminary_v01_120625.pdf

2021-02-16 上传
#### 3. Revision History 记录了文档的修订历史，便于跟踪文档的变化和发展过程。 ### 四、其他重要信息 #### 保密声明 文档明确指出，文档内容为Himax公司的专有财产，并且不得未经书面许可而被分发、复制或...

SimpleGX-L-5.0.2_BOE2_G901F:适用于国际三星SM-G901F（GalaxyS5 Plus）的Android L 5.0.2内核

2021-05-10 上传
【标题】"SimpleGX-L-5.0.2_BOE2_G901F" 提供的是一个针对国际版三星SM-G901F（Galaxy S5 Plus）的特定Android系统更新，具体版本为Lollipop 5.0.2。这个内核是设备操作系统的基石，它包含了硬件驱动程序、内存管理...

2015_BOE_Chiu.zip

2021-04-13 上传
标题“2015_BOE_Chiu.zip”暗示我们正在处理一个2015年关于BOE（可能指的是BOEing，一个大型跨国企业，也可能是指其他含义，如经济、银行等领域）的资料集合，而这个集合由Chiu创建或整理。文件以ZIP格式压缩，这是...

\\192.168.16.11\user02\work\mtk6737_O\kernel-3.18\drivers\misc\mediatek\lcm\yl9881c_wxga_fx_boe_n91

2023-08-29 上传
chatgpt_common_search_pc_result","utm_medium":"distribute.pc_search_result.none-task-cask-2~all~insert_cask~default-1-null.142^v93^chatsearchT3_1"}}] [.reference_item style="max-width: 50%"] ...

select VERSION from ZFS_Sys.SYS BOE TYPE where boe type code= 'NEW FUND COLLECTION' 我想取这个表里面 type_code 获取version最大的那一条

2023-05-11 上传
AND VERSION = (SELECT MAX(VERSION) FROM ZFS_Sys.SYS_BOE_TYPE WHERE BOE_TYPE_CODE = 'NEW FUND COLLECTION') ``` 这个 SQL 查询语句会返回 `BOE_TYPE_CODE` 等于 `NEW FUND COLLECTION` 且 `VERSION` 最大的...

enum static

2023-06-07 上传
static enum tp_panel_mode { TP_BOE_HIMIX = 0, TP_BOE_NOVA = 1, TP_BOE_HIMIX_TG = 2, TP_BOE_HIMIX_GX = 3 }; ``` 这样就可以定义一个静态的枚举类型tp_panel_mode，其中包含了四个枚举值，它们的值分别为0、1...

CREATE VIEW OP_EFS_PAYMENT_V AS SELECT PAYMENT_NO, LE_NAME, PAYMENT_ACCOUNT_ID, GATHER_BANK_ACCOUNT_NAME, GATHER_BANK_BRANCH_NAME, GATHER_BANK_ACCOUNT_NUM, PAYMENT_AMOUNT, PAYMENT_MEMO, BOE_NO, FORM_TYPE_NAME, EMPLOY_NAME, PUB_PRI_CODE, CURRENCY_CODE, PAYMENT_MODE_NAME, POSTAL_ORDER_CODES, PAYMENT_DATE, PAYMENT_STATUS, ERROR_MSG, AUDIT_DATE FROM ZFS_OP.OP_EFS_PAYMENT;为视图中的字段添加注释付款单号 PAYMENT_NO 核算主体名称 LE_NAME 付款银行账号 PAYMENT_ACCOUNT_ID 收款人 GATHER_BANK_ACCOUNT_NAME 收款银行支行名称 GATHER_BANK_BRANCH_NAME 收款银行账号 GATHER_BANK_ACCOUNT_NUM 付款金额 PAYMENT_AMOUNT 付款用途 PAYMENT_MEMO 单据编号 BOE_NO 单据类型名称 FORM_TYPE_NAME 报账人名称 EMPLOY_NAME 对公对私 PUB_PRI_CODE 付款币种 CURRENCY_CODE 支付方式名称 PAYMENT_MODE_NAME 汇票票据号 POSTAL_ORDER_CODES 付款时间 PAYMENT_DATE 付款状态 PAYMENT_STATUS 付款失败原因 ERROR_MSG 出纳审核时间 AUDIT_DATE

2023-06-07 上传
COMMENT ON COLUMN OP_EFS_PAYMENT_V.BOE_NO IS '单据编号'; COMMENT ON COLUMN OP_EFS_PAYMENT_V.FORM_TYPE_NAME IS '单据类型名称'; COMMENT ON COLUMN OP_EFS_PAYMENT_V.EMPLOY_NAME IS '报账人名称'; COMMENT ON...

select lot_hs.lot_id as lot_id,lot_type,lot_hs.mainpd_id, created_time,COMPLETE_TIME, value(bank.banktime,0) as banktime , round ( ( 1.00*(days(COMPLETE_TIME)-days(created_time)) + (hour(COMPLETE_TIME)-hour(created_time))*1.00/24 + (minute(COMPLETE_TIME)-minute(created_time))*1.00/24/60 + (second(COMPLETE_TIME)-second(created_time))1.00/24/60/60) - value(bank.banktime,0),3) as use_days, customer_id, coalesce(cc.cust_id_define,lot_hs.customer_id) as cust_id2, cc.cycletime_target as ct_target, date,layer, round(count() over(partition by coalesce(cc.cust_id_define,lot_hs.customer_id),cc.cycletime_target)*0.9,0) cnt, row_number() over(partition by coalesce(cc.cust_id_define,lot_hs.customer_id),cc.cycletime_target order by ( ( days(COMPLETE_TIME)-days(created_time) + (hour(COMPLETE_TIME)-hour(created_time))*1.00/24 + (minute(COMPLETE_TIME)-minute(created_time))*1.00/24/60 + (second(COMPLETE_TIME)-second(created_time))*1.00/24/60/60) - value(bank.banktime,0))/layer) id From (select date(a.claim_time) as date, a.lot_id, a.lot_type,a.mainpd_id,a.prodspec_id,a.custprod_id, case when(date(b.created_time) <= '2009-01-05') then b.created_time + 21 days else b.created_time end as created_time, CASE WHEN A.CUST_id in ('MCA','NPA','SET') THEN a.COMPLETE_TIME ELSE a.COMPLETE_TIME END COMPLETE_TIME, a.cust_id as customer_id, a.ope_category, c.layer From f3rpt.F3_TB_DAILY_FABOUT a, f3rpt.fvlot b, (select mainpd_id, sum(masks)layer from f3rpt.ASMCRPT_VW_MAINPD_MASKS_ALL group by mainpd_id) as c, (select * from (select lot_id, max(claim_time)claim_time, count(case when(ope_category='Ship')then lot_id else null end) as LS, count(case when(ope_category='Unship') then lot_id else null end) as LUS from f3rpt.F3_TB_DAILY_FABOUT where substr(lot_id,1,2) not in('CA','CW','ES','E0','EM') and lot_type = 'Production' AND LOT_ID NOT LIKE 'H%' and substr(lot_id,7,4)='.00F' and ope_category in ('Ship','Unship') and year(claim_time) = year(current date - 1 days) and month(claim_time) = month(current date - 1 days) group by lot_id) as a where LS - LUS > 0 ) as lot Where a.lot_id = b.lot_id and b.mainpd_id = c.mainpd_id and a.lot_id = lot.LOT_ID and a.claim_time = lot.claim_time and a.ope_category = 'Ship' and a.cust_id in ('SM','BOE','GSC','NPA','GTA') ) as lot_hs left outer join (select lot_id,max(bankin_time) banktime from f3rpt.asmc_dpm where bankin_time>0 group by lot_id) bank on (lot_hs.lot_id = bank.lot_id) left join f3cim.f3cim_cfg_cust_rule cc on case when lot_hs.customer_id='WXM' THEN 'WII'||SUBSTR(lot_hs.mainpd_id,6,1) else lot_hs.customer_id end = cc.cust_id and locate(cc.mainpd_id,lot_hs.mainpd_id)>0 and locate(cc.prodspec_id,lot_hs.prodspec_id)>0 and locate(cc.custprod_id_45,substr(lot_hs.custprod_id,3,3))>0 where lot_hs.ope_category = 'Ship' ；以上sql如何优化

2023-06-07 上传
1.使用 JOIN 替代子查询 可以使用 JOIN 语句替代子查询，可以提高查询效率。例如，将以下子查询： ``` (select mainpd_id, sum(masks)layer from f3rpt.ASMCRPT_VW_MAINPD_MASKS_ALL group by mainpd_id) as c ```...

(select date(a.claim_time) as date, a.lot_id, a.lot_type,a.mainpd_id,a.prodspec_id,a.custprod_id, case when(date(b.created_time) <= '2009-01-05') then b.created_time + 21 days else b.created_time end as created_time, CASE WHEN A.CUST_id in ('MCA','NPA','SET') THEN a.COMPLETE_TIME ELSE a.COMPLETE_TIME END COMPLETE_TIME, a.cust_id as customer_id, a.ope_category, c.layer From f3rpt.F3_TB_DAILY_FABOUT a, f3rpt.fvlot b, (select mainpd_id, sum(masks)layer from f3rpt.ASMCRPT_VW_MAINPD_MASKS_ALL group by mainpd_id) as c, (select * from (select lot_id, max(claim_time)claim_time, count(case when(ope_category='Ship')then lot_id else null end) as LS, count(case when(ope_category='Unship') then lot_id else null end) as LUS from f3rpt.F3_TB_DAILY_FABOUT where substr(lot_id,1,2) not in('CA','CW','ES','E0','EM') and lot_type = 'Production' AND LOT_ID NOT LIKE 'H%' and substr(lot_id,7,4)='.00F' and ope_category in ('Ship','Unship') and year(claim_time) = year(current date - 1 days) and month(claim_time) = month(current date - 1 days) group by lot_id) as a where LS - LUS > 0 ) as lot Where a.lot_id = b.lot_id and b.mainpd_id = c.mainpd_id and a.lot_id = lot.LOT_ID and a.claim_time = lot.claim_time and a.ope_category = 'Ship' and a.cust_id in ('SM','BOE','GSC','NPA','GTA') ) as lot_hs 以上嵌套子查询，请拆分下

2023-06-08 上传
where substr(lot_id,1,2) not in('CA','CW','ES','E0','EM') and lot_type = 'Production' AND LOT_ID NOT LIKE 'H%' and substr(lot_id,7,4)='.00F' and ope_category in ('Ship','Unship') and year(claim_time) ...

撰写程序通过红外线感测导航来控制轮式机器人的移动，实现如下情况。 若红外线感测到左右两边有障碍物： BOE Shield-Bot倒退1秒钟，接着向左转120度角，接着继续直线前进。 若红外线感测到左边有障碍物： BOE Shield-Bot倒退1秒钟，接着向右转60度角，接着继续直线前进。 若红外线感测到右边有障碍物： BOE Shield-Bot倒退1秒钟，接着向左转60度角，接着继续直线前进。

2023-04-22 上传
# BOE Shield-Bot 倒退 1 秒钟 backward(1) # 向左转 120 度角 left(120) # 继续直行前进 forward() # 若检测到左边有障碍物 elif 左边有障碍物: # BOE Shield-Bot 倒退 1 秒钟 backward(1) # 向右转 ...
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