lf模型客户端系统恢复说明
Commvault数据管理系统-恢复手册
备份系统恢复手册XXXXXXXX2016年8月文档信息客户名称: 厦门航空项目名称: Commvault备份系统项目号: 备份实施文档类型: 恢复手册文件名: IMP-06-Commvault数据管理系统-恢复手册准备者: XXX发送列表姓名 公司 邮件地址版本历史版本号 日期 作者 版本描述1.0 2016/8/15 XXX 初稿注意事项本报告中的观点和决定都不代表任何官方立场。
它仅用于交流技术信息。
本文中所有内容均属厦门航空和Commvault的商业秘密。
未经允许,不得作任何形式的复制和传播。
目录目录 (3)1文档说明 (4)1.1文档概述 (4)1.2文档维护 (4)1.3文档所有者 (4)2恢复COMMSERVE DR (5)2.1恢复前准备 (5)2.2恢复DR到CS-DR服务器 (5)3文件系统恢复 (9)3.1恢复最新备份文件 (9)3.2恢复指定日期的历史文件 (11)3.3通过查找快速恢复客文件 (12)4ORACLE数据库恢复 (15)4.1Oralce 原机恢复 (15)4.2Oracle 异机恢复 (20)4.3Oracle 备份镜像恢复到本地文件 (27)5VMWARE恢复 (29)5.1VmWare整机恢复 (29)5.2VmWare单文件恢复 (31)6HYPER-V数据恢复 (34)6.1Hyper-V整机恢复 (34)6.2Hyper-V单文件恢复 (36)1文档说明1.1文档概述本文档针对数据备份管理人员的灾难恢复参考手册. 本手册包含了CommServe主机灾难恢复,生产主机文件丢失恢复,各种数据库,应用程序灾难恢复。
1.2文档维护随着软件版本的更新某些产品的操作步骤可能会发生变化,对可能产生的变化请参考 Commvault在线手册. 毫无疑问CommVault的产品在线手册是权威性操作指南,最新版本的在线手册将是权威的原始资料。
最新版本的在线手册:/commvault/1.3文档所有者厦门航空姓名角色职责联系电话EmailCommvault姓名角色职责联系电话Email胡吉梅项目经理协调与沟通jhu@XXX 咨询顾问具体方案制定和实施hwu@2恢复CommServe DRDR恢复是在当 CommServe 服务器发生灾难或者系统遭到破坏时,利用最新的DR备份文件,将CommServe核心数据库进行恢复,保证备份域的配置信息及DR备份集之前的作业备份信息能够恢复到最新的DR备份时间点;快速重建备份服务器,使备份作业可以继续正常进行的操作过程。
服务器端虚拟环境备份与还原操作
服务器端虚拟环境备份与还原操作在进行服务器端虚拟环境备份与还原操作时,需要遵循一定的步骤和注意事项,以确保数据的完整性和安全性。
下面将介绍如何进行服务器端虚拟环境备份与还原操作。
一、备份操作1. 选择合适的备份工具:在进行服务器端虚拟环境备份时,首先需要选择合适的备份工具。
常用的备份工具包括Veeam Backup & Replication、Acronis Backup等,可以根据实际需求选择合适的工具。
2. 设置备份计划:在选择备份工具后,需要设置备份计划,包括备份的时间、频率等。
建议定期进行备份,以确保数据的及时性和完整性。
3. 选择备份目标:在设置备份计划时,需要选择备份的目标位置,可以是本地硬盘、网络存储、云存储等。
确保备份目标具有足够的存储空间,并且具有良好的安全性。
4. 执行备份操作:设置好备份计划和备份目标后,执行备份操作。
在备份过程中,需要确保网络连接稳定,以避免备份过程中断。
5. 验证备份数据:备份完成后,需要对备份数据进行验证,确保备份数据的完整性和可恢复性。
可以通过恢复测试来验证备份数据。
二、还原操作1. 选择合适的还原工具:在进行服务器端虚拟环境还原操作时,需要选择合适的还原工具。
通常情况下,备份工具也具有还原功能,可以直接使用备份工具进行还原操作。
2. 选择还原点:在进行还原操作时,需要选择合适的还原点。
可以根据备份的时间点选择还原点,确保还原到最近的有效备份数据。
3. 设置还原目标:在选择还原点后,需要设置还原的目标位置。
可以选择还原到原始位置,也可以选择还原到新的位置,根据实际需求进行设置。
4. 执行还原操作:设置好还原点和还原目标后,执行还原操作。
在还原过程中,需要确保网络连接稳定,以避免还原过程中断。
5. 验证还原数据:还原完成后,需要对还原数据进行验证,确保还原数据的完整性和正确性。
可以通过测试应用程序或访问数据来验证还原数据。
通过以上步骤,可以实现服务器端虚拟环境的备份与还原操作,确保数据的安全性和可靠性。
气流脉动分析介绍LF
流体参数设置(参数说明在下页)
气体参数:
1. Static Pressure:静压力 2. Static Temperature:静温度 3. Z Factor:气体偏差因子 4. Cp/Cv:气体定压比热容和定 容比热容之比 5. Specific Heat Capacity:比热容 6. Thermal Conductivity:热导率 7. Isentropic Exponent:等熵指数
力分析软件AutoPIPE模型中 有助于发现振动问题,从而进行滤波器设计 自动生成天然气等混合气的气体属性
管线的振动往往会引起很大的管线应力,很多 时候可能引起管线过载而破坏管线。所以此处讨论一 下如何使用PULS分析设备振动引起的管线振动。
PULS的两种建模方式:
直接在PULS中建模 将AUTOPIPE模型导入PULS软件(本案例使用)
脉动分析软件 BENTLEY PULS
活塞式压缩机在运转过程中,由于吸气、排气是间 断性的,两者交替着进行,使管道内气流呈脉动状 态;另外,活塞运动速度又是随时间而变化的,这 种现象会引起气流的压力脉动。
气流的压力和运动呈周期性变化,这种现象叫气流 脉动。
气流脉动给压缩机工作带来不利的影响,例如, 使压缩机的指示功率增加;降低气阀的使用寿命; 引起排气量的增大或减小;破坏安全阀的严密性 以及造成管道和设备的振动。
气体属性是通过Benedict–Webb-RubinStarling(BWRS),Soave-Redlich-Kwong (SRK), Peng-Robinson (PR)状态方程计算,同时PULS 也 允许用户自定义流体属性。
PULS 提供了批报告输出和交互式图形输出,通过
图形可以动态的显示声学响应模态。主要的结果包 括基于API618 技术指南的脉动幅值,脉动压力的 频谱图,容积流量,阻抗,振动激发力和p-V 图。
HPE Security ArcSift ESM软件版本6.11.0升级故障恢复指南说明书
HPE Security ArcSight ESM Software Version:6.11.0Upgrade Failure Recovery for ESM Upgrades March7,2017Legal NoticesWarrantyThe only warranties for Hewlett Packard Enterprise products and services are set forth in the express warranty statements accompanying such products and services.Nothing herein should be construed as constituting an additional warranty.Hewlett Packard Enterprise shall not be liable for technical or editorial errors or omissions contained herein.The information contained herein is subject to change without notice.The network information used in the examples in this document (including IP addresses and hostnames)is for illustration purposes only.HPE Security ArcSight products are highly flexible and function as you configure them.The accessibility,integrity,and confidentiality of your data is your responsibility.Implement a comprehensive security strategy and follow good security practices.This document is confidential.Restricted Rights LegendConfidential computer software.Valid license from Hewlett Packard Enterprise required for possession,use or copying.Consistent with FAR 12.211and 12.212,Commercial Computer Software,Computer Software Documentation,and Technical Data for Commercial Items are licensed to the ernment under vendor's standard commercial license.Copyright Notice©Copyright 2017Hewlett Packard Enterprise Development,LPFollow this link to see a complete statement of copyrights and acknowledgements:https:///docs/DOC-13026Support Phone A list of phone numbers is available on the HPE Security ArcSight Technical SupportPage: https:///documents/10180/14684/esp-support-contact-listSupport Web Sitehttps:// Protect 724Community https://Contact InformationUpgrade Failure Recovery for ESM UpgradesContentsIntroduction4 Before You Begin the Recovery4 Commands to Start and Stop Components5Recovering From Logger Upgrade Failure6Recovering From Manager Upgrade Failure7Recovering From Time Zone Update Failure9Resolving Errors When Running the Recovery Scripts10Send Documentation Feedback12IntroductionThe information in this technical note applies only to upgrade failures during a supported upgrade. Refer to the Upgrade Guide for this release or the latest HPE ArcSight ESM Support Matrix for supported upgrade paths.If you encounter a failure when upgrading to ESM6.11.0,identify which component was being upgraded when the failure occurred and then follow the corresponding failure recovery process for the component in this document.Before You Begin the RecoveryBefore you begin the recovery process:l Check for failuresFirst look at the high level suite_upgrade.log log file to get an idea of which component upgrade e that information to figure out which of the Logger or Manager component's upgrade failed,and which of their log files to look in.Refer to the Upgrade Guide for the location of the log files.If Logger upgrade failed,go to"Recovering From Logger Upgrade Failure"on page 6.If Manager upgrade failed,go to"Recovering From Manager Upgrade Failure"on page 7.If MySQL tzupdate failed,go to"Recovering From Time Zone Update Failure"on page 9.Before you begin the recovery process fix whatever caused the upgrade failure.l Scripts used for failure recoveryCopy these scripts that are used during the failure recovery to/opt/work directory on the ESM system.Create the directory if it does not already exist.You can find these scripts on\\\Released\ESM\6.11.0\Upgrade Recovery Kit.The scripts are in a.tgz file.Commands to Start and Stop ComponentsThe commands to start and stop a component can be run either as user root or user arcsight.If stop does not stop a service,use tryForceStop,instead.The commands are:ArcSight Manager:/opt/arcsight/services/init.d/arcsight_services start manager/opt/arcsight/services/init.d/arcsight_services stop managerOr:/opt/arcsight/services/init.d/arcsight_services tryForceStop manager Logger:/opt/arcsight/services/init.d/arcsight_services start logger_serversTo stop Logger,first stop the loggerd process as user arcsight:/opt/arcsight/logger/current/arcsight/logger/bin/loggerd quitand then stop Logger by running:/opt/arcsight/services/init.d/arcsight_services stop logger_servers MySQL:/opt/arcsight/services/init.d/arcsight_services start mysqld/opt/arcsight/services/init.d/arcsight_services stop mysqldPostgresql:/opt/arcsight/services/init.d/arcsight_services start postgresql/opt/arcsight/services/init.d/arcsight_services stop postgresqlAll ArcSight Services:/opt/arcsight/services/init.d/arcsight_services start all/opt/arcsight/services/init.d/arcsight_services stop allmonit,which restarts services,should be stopped by now.But if it is not,you can kill all processes by using the command:kill<pid>Status of all services:/opt/arcsight/services/init.d/arcsight_services status allRecovering From Logger Upgrade FailureThe Logger upgrade logs are located as follows:Logger overall upgrade log:/opt/arcsight/logger/current/arcsight/logger/logs/logger_init_driver.log Mysql log:/opt/arcsight/logger/current/arcsight/logger/logs/initmysqluser.logPostgres log:/opt/arcsight/logger/current/arcsight/logger/logs/postgressql_upgrade.out Follow these steps to recover from a failure during the Logger upgrade:1.Make sure that no arcsight services(manager,logger_web,logger_servers,mysqld,postgresql)arerunning by running the command:/opt/arcsight/services/init.d/arcsight_services status allStop any services that are running.See"Commands to Start and Stop Components"on theprevious page for the command to do so.2.While logged in as the arcsight user,run:cd/opt/work./logger_upgrade_recover.shThis script restores the PostgreSQL database to the state prior to the upgrade using the dump file generated in the beginning of the upgrade process.The dump file to use for upgrade from ESM6.9.1c is:/opt/arcsight/logger/current/arcsight/logger/user/logger/esm691c.postgres.xxxxxx-xx_xx-xx-xx.dumpMake sure that no error is reported.The logger_upgrade_recover.sh.<TIMESTAMP>.log log file is generated in the folder where the logger_upgrade_recover.sh script is located.Itcontains the standard output and standard error from running the script.3.While logged in as user arcsight,run this command to resume the upgrade process from theLogger component upgrade/opt/work/upgrade2.sh1The parameter value of1indicates that the upgrade will resume from the Logger component.A log file called upgrade2.sh.<TIMESTAMP>.log is generated in the folder where theupgrade2.sh script is located.<TIMESTAMP>represents the time when the upgrade2.sh script was run.This log contains the standard output and standard error from running the script.Recovering From Manager Upgrade Failure Open the upgrade log file:/opt/arcsight/manager/upgrade/out/<TIMESTAMP>/logs/upgrade/server.upgrade.logEach upgrade attempt creates a new<TIMESTAMP>folder with the name of the folder containing the time that the upgrade was run.Make sure to choose the right<TIMESTAMP>folder that matches the time that you ran the upgrade.Look for the following lines in the log:l[INFO][.arcsight.install.wizard.silent.WizardTextPanelImpl] Progress:<Correct System Tables Columns>l[INFO][.arcsight.install.wizard.silent.WizardTextPanelImpl] Progress:<Upgrade system tables>l[INFO][.arcsight.install.wizard.silent.WizardTextPanelImpl] Progress:<Upgrade system indexes>l[INFO][.arcsight.install.wizard.silent.WizardTextPanelImpl] Progress:<Upgrade user functions>There are two recovery scenarios:Scenario1:If the server.upgrade.log log does not exist or you do not see any of the above lines,you can resume the upgrade by following these steps:1.Log in as user arcsight.2.Make sure that the logger,mysqld,and postgresql services are running:/opt/arcsight/services/init.d/arcsight_services status allStart the logger,mysqld,and postgresql services if they are not running.See"Commands to Start and Stop Components"on page 5.3.Make sure that the ArcSight Manager is not running.See"Commands to Start and StopComponents"on page 5.Run the following command:/opt/work/upgrade2.sh2This script generates a log file called upgrade2.sh.<TIMESTAMP>.log in the folder where the upgrade2.sh script is located.<TIMESTAMP>represents the time when you ran theupgrade2.sh script.This log contains the standard output and standard error from running the script.Scenario2:If at least one or all of the lines mentioned in"Recovering From Manager Upgrade Failure"on the previous page can be found in the server.upgrade.log logs,do the following:1.Make sure that logger,mysqld,and postgresql services are running:/opt/arcsight/services/init.d/arcsight_services status allStart the logger,mysqld and postgresql services if they are not running.See"Commands to Start and Stop Components"on page 5for the commands to do so.2.Make sure that the ArcSight Manager is not running.See"Commands to Start and StopComponents"on page 5for the commands to do so.3.Run the following command while logged in as user arcsight to restore system tables:mgr_upgrade_recover.sh<mysqlDBPassword><DumpFilePath>where<mysqlDBPassword>is the MySQL password for user arcsight and<DumpFilePath>is the last good system table dump file from your your pre-upgrade system.By default,a dump file is generated in the/opt/arcsight/manager/tmp/folder.4.While logged in as user arcsight,run the following command to resume the upgrade:/opt/work/upgrade2.sh2This script generates a log file called upgrade2.sh.<TIMESTAMP>.log in the folder where the upgrade2.sh script is located.<TIMESTAMP>represents the time when you ran theupgrade2.sh script.This log contains the standard output and standard error from running the script.Recovering From Time Zone Update Failure 1.Make sure that the ArcSight Manager is not running.If it is running,stop it.See"Commands toStart and Stop Components"on page 5.2.While logged in as user arcsight,run the following command to resume the upgrade process fromwhere it failed:/opt/work/upgrade2.sh4This script generates a log file called upgrade2.sh.<TIMESTAMP>.log in the folder where the upgrade2.sh script is located.<TIMESTAMP>represents the time when you ran theupgrade2.sh script.This log contains the standard output and standard error from running the script.Resolving Errors When Running the Recovery ScriptsResolving Errors When Running the Recovery ScriptsThis section informs you about what you need to do if when you run a recovery script,it returns an error message.Error Message:"<service_name>still running"This is an indication that some services are still running.These services need to be stopped first before proceeding because they will interfere with the upgrade process if running.Stop the services and re-run the scripts.The following are some of the options you have to stop the services.They are listed here in the order of preference,so try them in the order shown.Only if one does not work,use the next one.1.If you need to stop all the services,use arcsight_services to stop the services one by one or allat once.2.If using arcsight_services does not work,use the following commands to stop services:To stop the Manager:cd/opt/arcsight/manager/;bin/arcsight managerstopTo stop aps:/opt/arcsight/logger/current/arcsight/service/aps stopTo stop logger_httpd:/opt/arcsight/logger/current/arcsight/service/apache stopTo stop Logger:/opt/arcsight/logger/current/arcsight/logger/bin/loggerd quit/opt/arcsight/logger/current/arcsight/service/arcsight_logger stopTo stop MySQL:/opt/arcsight/logger/current/arcsight/service/mysql stopTo stop postgresql:/opt/arcsight/logger/current/arcsight/service/postgresql stopTo stop monit:/opt/arcsight/services/init.d/arcsight_services stop/opt/arcsight/services/init.d/arcsight_services uninstall/opt/arcsight/services/init.d/arcsight_services clean3.If the above commands above do not work,use the kill<pid>command to stop the runningprocesses,where<pid>is the ID of the process you want to stop.If the owner of the process is root,run the command as the root user.If you notice that services are being restarted with a different process id,it probably means that monit is still running.You can double check that monit is running with the command pgrep monit .Monit is running if this command produces any output.If it is running,you can kill the process by using the command kill <pid>.Upgrade Failure Recovery for ESM UpgradesResolving Errors When Running the Recovery ScriptsSend Documentation FeedbackIf you have comments about this document,you can contact the documentation team by email.If an email client is configured on this system,click the link above and an email window opens with the following information in the subject line:Feedback on Upgrade Failure Recovery for ESM Upgrades(ESM6.11.0)Just add your feedback to the email and click send.If no email client is available,copy the information above to a new message in a web mail client,and send your feedback to***************.We appreciate your feedback!。
霍尼韦尔 HAWK 8000 控制器备份和恢复指南说明书
HAWK 8000 Controller Backup and RestoreGuide® U.S. Registered TrademarkCopyright © 2017 Honeywell Inc. • All Rights Reserved EN2Z-1027GE51 R0517About this Guide (2)Product Documentation (2)Document Content (2)Related Technical Literature (2)Overview (3)Creating a USB Backup (3)Restoring from a USB Backup (4)Restoring Factory Defaults (7)Shutting Down the Controller (9)Reference information (10)Platform and Station Backup Options (10)Restore Options (11)Shutdown Operations (11)HAWK 8000 CONTROLLER – BACKUP & RESTORE GUIDEABOUT THIS GUIDEThis topic contains important information about the purpose, content, context, and intended audience for this document.Product DocumentationReleased versions of NX software include a complete collection of technical information that is provided in both online help and PDF format. The information in this document is written primarily for Systems Integrators. In order to make the most of the information in this book, readers should have some training or previous experience with NX or NiagaraAX software.Document ContentThis document includes topics that describe how to create USB backups and restore them to your HAWK 8000 controller. Also included are instructions for recovering factory defaults, and safely shutting down a controller. Related Technical LiteratureTable 1. Related Technical LiteratureTitle Product Literature no. HAWK 8000 – Installation & Comm. Instructions EN1Z-1016GE51HAWK 8000 – Product Data EN0Z-1016GE51HAWK 8000 – Mounting Instructions MU1Z-1016GE51HAWK 8000 – Installation & Startup Guide EN1Z-1027GE51HAWK 8000 – Backup & Restore Guide EN2Z-1027GE51HAWK 8000 – PICS EN0Z-1028GE51HAWK 8000 – Wi-Fi Guide EN2Z-1029GE51HON-NXEM-xxx Expansion Modules – Mounting Instructions MU1Z-1031GE51EN2Z-1027GE51 R0517 2HAWK 8000 CONTROLLER – BACKUP & RESTORE GUIDE3 EN2Z-1027GE51 R0517OVERVIEWTopics covered in this chapter♦ Creating a USB backup♦ Restoring from a USB backup♦ Restoring factory defaults♦ Shutting down the controllerThe HAWK 8000 allows you to back up the entire platform and station to a USB flash drive without requiring thebackup functions of COACH NX. Called a clone backup, the file created by a USB backup contains a complete image of the platform and station, including system modules and the QNX OS.NOTE: Starting in NX 4.2, the HAWK 8000 can be converted (downgraded) to run AX 3.8.111.6.5 – with somefeature limitations. For example, for any HAWK 8000 running AX the USB Backup/Restore functionality isnot supported. When running AX, the USB port on the device is not monitored. Other unsupported features are IEEE 802.1X wired authentication and WiFi functionality.The BackupService, which comes standard with COACH NX, backs up station files to a local Supervisor or browser PC. A backup made by the BackupService includes only pointers to required core software modules. To restore from a backup made using COACH NX, not only do you need COACH NX, but also its software database with matching versions of all required core .dist files, OS .dist files, and software modules. Afterwards, use the Distribution File Installer to restore the backup.The HAWK 8000 provides the ability to:• Initiate a backup manually by inserting a USB flash drive into the USB port and pressing the backup and restorebutton on the unit itself.NOTE:USB backup supports only FAT32 and FAT32X file systems. NTFS is not supported.Risk of equipment damage!► Only flash drives (USB sticks ≤128GB) are recommended for backup/restore operations. USB bus-powered ex-ternal hard drives often have higher power requirements and so may not function as expected, possibly resulting in permanent damage to the drive or to the HAWK 8000. Plugging in an external hard drive may cause the controller to become unresponsive, requiring a reboot.• Restore a USB backup image using a USB flash drive, USB-to-Micro USB cable connection and a terminalemulator program.• Recover the factory default image. This feature does not require a USB flash drive, special cable or terminalemulator. The system pulls the factory image from non-volatile, read-only memory.Creating a USB BackupYou may create a clone backup while a station is running or stopped. When the controller is powered on, the software continuously monitors the USB port. Putting a USB flash drive in the port triggers backup/restore mode.Prerequisites:• USB backups are enabled on the controller: Platform Administration →Advanced Options →USB Backup Enabledproperty is selectedNOTE: USB backup supports only FAT32 and FAT32X file systems. NTFS is not supported.• You need a USB flash drive with enough memory to contain the complete platform and station image along withthe operating system and all software modules.Step 1:Confirm that the controller's power is ON. Step 2: Insert a USB flash drive into the USB port.The backup and restore LED turns ON.HAWK 8000 CONTROLLER – BACKUP & RESTORE GUIDEEN2Z-1027GE51 R05174Fig. 1. LEDs, USB ports, and pushbuttons behind access doorLEGEND:1 PROG USB 2.0 for use with USB Flash (thumb) drive2 DEBUG Micro-A USB for serial debug communications3 BACKUP Pushbutton switch to start a USB backup, or if held in during power up/boot up, initiates afactory recovery image4 SHT/DWN Recessed pushbutton switch for initiating a controlled shutdown5 BACKUP LED to indicate USB media present, or a backup, restore, or factory recovery image inprogressStep 3: Press and hold down the backup and restore button until the LED flashes at medium speed (100msec ON and 100 msec OFF), then release the button.The system begins the backup. While backing up, the LED flashes slowly (one second ON, one secondOFF). When the backup completes, the system prepares the USB flash drive to be removed safely.NOTE: If the backup is unable to complete successfully, the LED flashes rapidly (200 ms ON, 200 ms OFF, 200ms ON, 3 seconds OFF), indicating an error. In this case, simply unplug the USB thumb drive, wait for theLED to turn OFF, then insert the thumb drive and try the backup procedure again.If problems persist, possible causes could be:• Insufficient disk space on the thumb drive• Write protect enabled on the thumb driverStep 4: When the backup and restore LED turns OFF, remove the USB flash drive and store it in a safeplace.The backup image includes the contents of the boot partition, /home/niagara, /opt/niagara, etc. The nameof the resulting image file follows this convention: hostid (unique host ID of the HAWK 8000), underscore(_) timestamp. For example:• Qnx-TITAN-D01C-CA36–CB10–4E3B_20170912230355• Qnx-TITAN-D01C-CA36–CB10–4E3B_20171015212346Restoring from a USB BackupRestoring from a USB backup returns the controller to the state it was in when the system made the backup.You may restore to a controller other than the one on which the backup was made, provided that the target controller is the same model. The restore procedure does not require access to COACH NX.HAWK 8000 CONTROLLER – BACKUP & RESTORE GUIDE5 EN2Z-1027GE51 R0517Prerequisites:• The USB flash drive on which the backup is stored.Risk of equipment damage!► Only flash drives (USB sticks ≤128GB) are recommended for backup/restore operations. USB bus-powered ex-ternal hard drives often have higher power requirements and so may not function as expected, possibly resulting in permanent damage to the drive or to the HAWK 8000. Plugging in an external hard drive may cause the controller to become unresponsive, requiring a reboot.• A USB-to-Micro USB cable (same cable as that used to connect a smart phone to a computer). The Debug port on a controller is a standard Micro-A type USB port for debugging serial communications.• A terminal emulator (system shell program), such as PuTTY. You use this program to access the controller's system shell menu, which lists the restore options.• The system passphrase of the system to which you are restoring the backup.• The system passphrase used to create the backup. If you are restoring the image to a different controller (another of the same model), or if the system passphrase for the controller on which the backup was made changed since you made the backup, the passphrase required to decode the backup will be different from the current system passphrase.NOTE:For any HAWK 8000 converted to run AX, USB Backup/Restore functionality is not supported. Also, the USB port on the device is not monitored for insertion/removal of devices. Step 1: Set up the terminal emulator program running on your PC with the following settings:• baud rate: 115200• data bits: 8• parity: N• stop bits: 1For details on using a serial connection to this port, see HAWK 8000 – Installation & CommissioningInstructions (EN1Z-1027GE51).Step 2:Ensure that the controller's power is OFF. Step 3:Connect the USB-to-Micro USB cable from the computer to the controller's micro USB port (Debug port). Step 4:Insert the USB flash drive that contains the backup into the USB port. Step 5: Press and hold down the backup and restore button throughout the boot-up process (approx. 5seconds) until the button press is detected and this confirmation banner displays:******************************************************* Backup/Restore button press detected. Release button now to proceed.*******************************************************Step 6: Release the backup and restore button once the banner displays.On detecting the button release, the system begins a 10-second countdown, which displays as shownhere:Press any key to restore from USB backup. If no key pressed, factory recovery will begin in 10 seconds Recovery begins in 9 seconds Recovery begins in 8 secondsRecovery begins in....Step 7:Press any key during the 10-second countdown to restore from a USB backup (and to prevent the system from entering factory recovery mode).HAWK 8000 CONTROLLER – BACKUP & RESTORE GUIDEEN2Z-1027GE51 R0517 6Risk of information loss!► If no key press is detected during this 10-second countdown, then the factory recovery process begins at the moment the countdown finishes.The system enters the USB restore mode and the following banner displays:******************************************************* Restore from a USB Backup*******************************************************Existing Niagara and platform installation will be completely removed! This includes licenses TCP/IP and WiFi configuration platform credentialsIf restoring a backup from another unit, you will need to install a new license.TCP/IP configuration and platform credentials will be set to values in the backup.Niagara daemon and station will be killed if they are currentlyrunningEnter the system passphrase for this system to proceed, or return toexit and rebootStep 8: At the passphrase prompt, enter the current system passphrase for the controller.One of the following happens:• If the entered passphrase does not match the system passphrase for this controller, after prompting a second time and no match, the backup and restore LED flashes rapidly (200 msec ON, 200 msec OFF)and it prompts you to reset the system.• If the entered passphrase and the passphrase stored on the controller match, the system waits while the USB drive mounts, this can take a few minutes. The following message appears:Waiting for USB drive to mount. Press any key to quit and reboot.Once USB drive is detected, the following message and options display:USB drive detectedThis platform is Qnx-TITAN-61BA-B6DB-88FE-4A31Please make your selection below1) Abort Recovery/Restore mode 2) Show backups for other host IDs3) Qnx-TITAN-61BA-B6DB-88FE-4A31_20151119154109Step 9: Type the number for a listed backup file name (for example: 3) or other option and press Enter.NOTE: The backup file name is the name of the backup file stored on the USB flash drive:(hostid (unique host ID of the controller), underscore (_) timestamp) The system prompts you to enter the passphrase for the backup file.Step 10: At the prompt asking if the backup file's passphrase is the same as the system passphrase for thecontroller, type Y (yes) or N (no).• If Yes, then the system passphrase entered in the earlier step is used to decode the backup.• If No, you must enter the passphrase for the backup file to decode the backup.Step 11: If you entered N in the previous step, at the prompt enter the passphrase for the backup file, andconfirm it.HAWK 8000 CONTROLLER – BACKUP & RESTORE GUIDE7 EN2Z-1027GE51 R0517The restore begins.Risk of equipment damage!► Once a restore begins, do not interrupt the process by removing the USB flash drive, disconnecting the power, or pressing the backup and restore button again. If you do not allow the restore to complete, thecontroller could be left in a non-functional state.When the restore successfully completes, the backup and restore LED turns OFF and the system displays a message indicating that the restore is complete and that the controller requires a reset.Step 12: Turn the controller's power OFF and back ON again.Restoring Factory DefaultsThe process of restoring factory defaults returns the HAWK 8000 to the state it was in when it shipped from the factory. This procedure describes the steps to restore factory defaults when using a terminal emulator program to access the controller's system shell menu.Prerequisites:• A USB-to-Micro USB cable (same cable as that used to connect a smart phone to a computer) connecting the HAWK 8000 to your PC. The Debug port on a HAWK 8000 is a standard Micro-A type USB port for debugging serial communications.• A terminal emulator (system shell program), such as PuTTY, installed on your PC.Risk of equipment damage!► Recovering factory defaults removes all platform and station data in the HAWK 8000. Be sure to backup data prior to performing this procedure.The following are a few scenarios for which you might choose to restore factory defaults:• While commissioning a brand new HAWK 8000, you make an error entering the default platform daemoncredentials or passphrase. The result is that you cannot commission the HAWK 8000. In this scenario, your only recovery option is to restore the factory defaults.• When decommissioning the HAWK 8000, a best practice to follow is recovering the factory defaults in order to wipe all of the platform and station data in the HAWK 8000.Fig. 2 indicates the position of USB ports and pushbuttons behind the access door.HAWK 8000 CONTROLLER – BACKUP & RESTORE GUIDEEN2Z-1027GE51 R05178Fig. 2. LEDs, USB ports, and pushbuttons behind access doorLEGEND:1 PROG USB 2.0 for use with USB Flash (thumb) drive2 DEBUG Micro-A USB for serial debug communications3 BACKUP Pushbutton switch to start a USB backup, or if held in during power up/boot up, initiates afactory recovery image4 SHT/DWN Recessed pushbutton switch for initiating a controlled shutdown5 BACKUP LED to indicate USB media present, or a backup, restore, or factory recovery image inprogressNOTE: For any HAWK 8000 converted to run AX, the USB Backup/Restore and USB port functionality is notsupported. And although holding down the Backup button during power up/boot up still functions to initiate a factory recovery image, it restores the controller to its factory ship state which is NX 4.2.36.34.2.14 orlater. You must repeat the conversion procedure to get it to AX 3.8.111.6.5.• The DEBUG port is a standard Micro-A type USB port for serial debug communications to the HAWK 8000.For more details, see section "About HAWK 8000 System Shell Mode" in HAWK 8000 Controller – Install & Start-Up Guide (EN1Z-1027GE51).NOTE: Login requires administrator level platform credentials.• The SHT/DWN pushbutton initiates a "controlled shutdown" of the HAWK 8000, ensuring that all station data ispreserved.Step 1:Ensure that the controller's power is OFF. Step 2: Press and hold down the backup and restore button as you power up the HAWK 8000, andcontinue holding down the button throughout the boot-up process until the button press isdetected and the following confirmation banner displays:******************************************************* Backup/Restore button press detected. Release button now to proceed.*******************************************************NOTE: During this step of the procedure, the Backup LED flashes at medium speed (100 msec ON,100 msec OFF). Also, be aware that holding the button down too long results in the followingmessage (which does not indicate a hardware fault). If this message appears, it is best to startthe procedure over, beginning with step 1:"WARNING - CHECK BACKUP BUTTON - POSSIBLE SHORT!"Step 3: Release the backup and restore button once the banner displays.HAWK 8000 CONTROLLER – BACKUP & RESTORE GUIDE9 EN2Z-1027GE51 R0517On detecting the button release, the system begins a 10-second countdown, which displays as shownhere:Press any key to restore from USB backup. If no key pressed, factory recovery will begin in 10 seconds Recovery begins in 9 seconds Recovery begins in 8 secondsRecovery begins in....NOTE: Pressing any key during this 10-second countdown prevents the system from entering factoryrecovery mode. Instead, the system switches modes to restore from a USB backup.When no key press is detected during the 10-second countdown, the factory recovery process begins at the moment the countdown finishes. Upon entering recovery mode, the boot process overwrites the HAWK 8000 with a default factory image. During this process, the Backup LED blinks at slow speed (one second ON, then one second OFF).Risk of equipment damage!► Once in recovery mode (Backup LED is flashing in slow blink), do not interrupt this process. Allow the recovery to complete or the HAWK 8000 could be left in an inoperable state.Step 4: When the Backup LED stops flashing, turn the controller's power OFF and back ON again toreboot.NOTE: After restoring factory defaults, the initial HAWK 8000 reboot process takes longer than usual. On completion, the HAWK 8000 is restored to a factory default state.Shutting Down the ControllerThe shutdown procedure allows you to safely shutdown the HAWK 8000.Step 1: Press and hold the Shutdown button until the Backup LED begins to flash.NOTE:In QNX 4.3, the heartbeat LED also turns OFF, and all Ethernet, USB, and console connectivity is lost. Step 2:Once the Backup LED begins to flash, release the Shutdown button. Step 3:Once the Backup LED turns ON (solid) and begins to flash, wait until the Backup LED turns OFF. Step 4: Remove power to the HAWK 8000.NOTE: If you have a terminal connected to the HAWK 8000, the following message displays when theshutdown process is complete and it is safe to remove power:iomonitor: shutdown complete, safe to remove powerHAWK 8000 CONTROLLER – BACKUP & RESTORE GUIDEEN2Z-1027GE51 R0517 10 REFERENCE INFORMATIONTopics covered in this chapter♦ Platform and station backup options♦ Restore options♦ Shutdown operationsThe following sections provide additional backup, restore, and shutdown reference information.Platform and Station Backup OptionsSeveral options are available for backing up platform and station data.NOTE:USB backup supports only FAT32 and FAT32X file systems. NTFS is not supported.Risk of equipment damage!► Only flash drives (USB sticks ≤128GB) are recommended for backup/restore operations. USB bus powered ex-ternal hard drives often have higher power requirements and so may not function as expected, possibly resulting in permanent damage to the drive or to the HAWK 8000. Plugging in an external hard drive may cause the controller to become unresponsive, requiring a reboot.In Niagara, the term backup describes different operations. Refer to the following table for information about each backup type.Backup typeContents Size Tool Notes Platforms supported Station copier Station .bog file, histories, and alarms<1 to 50 MB COACH NX Supports cross-model installation of station backup All (Niagara AX and Niagara NX) Backup .dist Station .bog file, histories,alarms, references tomodules, JVM and OS version, and platform con-figuration<1 to 50 MB COACH NXRequires a clean dist (distribution) to downgrade All (Niagara AX and Niagara NX) Clone backup Station bog, histories,alarms, copies of modules, JVM, OS image,platform configuration 50+ MB Browser, USB port, debug port access Completely self-contained. May be restored only to the same model ofcontroller.HAWK 8000 (Niagara NX, only)HAWK 8000 CONTROLLER – INSTALL & START-UP GUIDEManufactured for and on behalf of the Environmental & Energy Solutions Division of Honeywell Technologies Sàrl, Rolle, Z.A. La Pièce 16, Switzerland by its AuthorizedRepresentative:CentraLineHoneywell GmbH Böblinger Strasse 1771101 Schönaich, Germany Phone +49 (0) 7031 637 845 Fax +49 (0) 7031 637 740 ******************* Subject to change without notice EN1Z-1027GE51 R0517Restore OptionsThe restore options are displayed when restoring a controller (platform and station) that was backed up to a USB flash drive.The restore options display when you connect to the controller using a USB-to-Micro USB cable and run a terminal emulator.This Platform's ID is hostidPlease make your selection below 1) Abort Recovery/Restore mode2) Show backups for other host IDs 3) backup file nameWhere: backup file name is the name of the backup file on the USB flash drive:(hostid (unique host ID of the controller), underscore (_) timestamp)Menu itemDescription1) Abort Recovery/Restore modeAllows you to abandon the process of recovering or restoring a USB backup.2) Factory Recovery **ALL DATA WILL BE LOST!!** Recovers the controller to its factory default state. 3) Show backups for other host IDs Displays all backups on the UPS flash drive.4–n) hostid_timestampDisplays the USB backup file name, where: n is the option number. hostid is the host name.timestamp identifies the date and time when the backup was made.Shutdown OperationsThe information below describes how the shutdown operation works.To initiate a shutdown press and hold the Shutdown button on the enclosure. When the controller detects that the Shutdown button is being pressed, it enters the shutdown mode. This is indicated by the Backup LED flashing the alert mode pattern (100 msec ON, 100 msec OFF).To verify that the Shutdown button is functioning and not in a failed state, the controller must detect the buttonrelease before proceeding. Once the button is released, the controller puts the software in a safe state. During this process, the Backup LED toggles with the work pattern (1 s ON, 1 s OFF). Once the software has successfullycompleted its process, it notifies the controller that it is safe to shutdown. The controller turns OFF the Backup LED, indicating it is safe to remove power.In the event that the software is unable to put the system into a safe state, the software notifies the controller that it could not complete the request. The controller then indicates this by toggling the Backup LED with the error pattern (200 msec ON, 200 msec OFF, 200 msec ON, 3 s OFF).。
Fiery Command WorkStation 使用手册说明书
Fiery Command WorkStation© 2015 Electronics For Imaging. 此产品的《法律声明》适用于本出版物中的所有信息。
目录概述 (13)Command WorkStation (13)Command WorkStation 工作空间 (13)作业中心 (14)设备中心 (15)添加和连接 Fiery Server (17)访问级别 (17)连接到 Fiery Server (17)添加并连接到 Fiery Server (17)搜索可用的 Fiery Server (18)退出 Fiery Server (18)更改 Fiery Server 的用户 (18)查看其他 Fiery Server (19)服务器列表 (19)自定义 Command WorkStation (22)设置 Command WorkStation 预置 (22)管理作业中心的列 (23)更改列显示 (23)调整列宽度 (23)重新定义窗格和队列大小 (24)重新定义“正在打印”和“正在处理”队列的大小 (24)重新定义“作业摘要”和“服务器列表”窗格的大小 (24)自定义工具栏 (24)默认工具栏图标 (25)配置 Fiery Server 设定 (26)关于 Configure (26)我使用的是哪个版本的 Configure? (26)查找帮助以及有关 Configure 的其他信息 (26)访问基于 Java 的旧版本 Configure 的帮助 (27)访问基于 HTML 的新版本 Configure 的帮助 (27)查看服务器配置设定 (27)将服务器配置保存为文件 (28)打印“服务器配置”页 (28)访问 Configure (28)从 Command WorkStation 访问 Configure (28)从 WebTools 访问 Configure (29)退出 Configure (29)用户与群组 (29)创建新用户 (30)创建群组 (30)将用户添加到现有群组 (31)创建扫描作业的邮箱 (32)从群组中删除用户 (32)更改用户属性 (32)更改群组权限 (33)删除用户或群组 (33)关于备份和恢复 (34)备份或恢复 Fiery Server 设定 (35)管理 Fiery Central 工作流程 (37)关于 Fiery Central (37)连接或断开 Fiery Central 服务器 (37)Fiery Central 服务器工作空间 (38)查看 Fiery Central 作业 (39)自定义 Fiery Central 作业中心 (40)查看或编辑 Fiery Central 许可证 (40)配置 Fiery Central (41)Fiery Central Manager (42)访问 Fiery Central Manager (42)Fiery Central 打印机群组 (42)备份或恢复 Fiery Central (45)使用 Fiery Central Paper Catalog (46)设置 VDP 文件搜索路径 (47)设置 Digital StoreFront 连接 (47)查看作业 (48)Fiery 预览 (48)查看已假脱机、未经处理的作业 (49)页面视图、印张视图和校对视图 (51)“设定”窗格 (52)打开“校对视图” (53)预览中的工具栏图标 (54)预览光栅图 (54)光栅预览中的工具栏图标 (55)在光栅预览中合并页面 (56)VDP 光栅预览 (56)打印 (59)导入要打印的作业 (59)将作业导入打印队列 (59)从外部 Fiery Server存档导入作业 (60)设置打印选项 (60)查看作业属性 (60)“作业属性”窗口中的作业操作 (61)打印选项类别 (62)作业属性中的 Fiery Impose 模板 (62)预设打印设定 (63)服务器预设 (67)从作业移除光栅数据 (70)打印方法 (70)使用纸盘对齐 (70)样本打印 (71)校样打印 (72)按序打印 (73)设置按序打印 (74)在 Configure 中设置按序打印选项 (74)使用 Quick Doc Merge (75)管理作业 (77)搜索作业 (77)使用筛选视图选项卡搜索作业 (77)过滤作业列表 (78)导出作业列表 (78)将作业移至其他队列 (79)将作业发送至另一台 Fiery Server (80)存档作业 (80)拖放文件管理 (81)Fiery JDF 作业 (82)关于 Fiery JDF 和 JMF (82)Fiery JDF 设置 (82)启用 JDF 提交应用程序 (82)Fiery JDF 工作流程 (83)提交 JDF 作业 (83)显示 Command WorkStation 中的 JDF 列标题 (83)Fiery JDF 作业和虚拟打印机 (83)指定作业的 JDF 设定 (84)“作业信息”选项卡 (84)“运行列表”选项卡 (85)“关闭作业”选项卡 (85)将 JDF 作业纸张添加到 Paper Catalog (86)解决 JDF 作业中的纸张冲突问题 (86)Fiery Dashboard (87)创建 EFI 通行证帐户(免费) (87)登录到 Fiery Dashboard (87)Fiery Dashboard 数据收集 (88)授权数据收集 (88)取消数据收集的授权 (88)管理颜色 (89)彩色打印选项 (89)查看或编辑默认颜色设定 (89)特性档 (95)查看特性档属性 (96)比较特性档色域 (96)导入或导出特性档 (96)创建或删除特性档 (98)编辑特性档设定 (99)编辑特性档内容 (99)打印测试页 (101)校准 (pre-System 10) (102)Calibrator 模式 (103)使用 ColorCal 进行校准 (103)使用 ES-1000 进行校准 (105)使用 Eye-One 进行校准 (106)对多个校准集应用测量值 (107)创建或删除自定义校准集 (107)恢复默认测量值 (108)校准(System 10 和更高版本) (108)校准黑白打印 (109)校准工作流程 (109)启动 Calibrator (109)打印校准页 (110)使用分光光度计测量色块 (110)使用 ColorCal 测量色块 (111)从备用测量仪器导入测量数据 (113)查看测量结果 (114)导出测量数据 (115)重设测量数据 (115)Calibrator 预置 (116)校准设定 (117)自定义 Image Enhance 设定 (120)Image Enhance Visual Editor (121)何时使用 IEVE 或 Image Enhance 打印选项 (122)打开大型作业 (122)预设 (122)调整图像 (122)保存对作业的编辑 (122)启动 Image Enhance Visual Editor (123)使用预设 (123)打开大型作业 (124)调整色调 (124)调整颜色 (125)调整清晰度 (126)校正红眼 (127)专色 (127)专色群组和定义 (127)更改专色或颜色组的顺序 (128)查找专色 (129)编辑专色 (129)优化专色 (129)创建、重命名或删除专色或颜色群组 (130)导入和导出自定义颜色群组 (131)查看颜色群组的色域 (131)色版页和色版书 (132)打印专色色板页或色板书 (132)测量和导入专色值 (133)替换颜色 (134)二色打印映射 (135)管理服务器资源 (137)虚拟打印机 (137)创建、编辑或复制虚拟打印机 (137)管理虚拟打印机 (138)从 Windows 打印到虚拟打印机 (139)从 Mac OS 打印到虚拟打印机 (139)Paper Catalog (140)从 Paper Catalog 选择纸张 (141)设置 Paper Catalog (142)管理 Paper Catalog 数据库 (147)纸张属性 (149)常见纸张属性 (149)纸盘关联 (157)纸盘关联显示 (158)将纸张分配给纸盘 (158)智能纸张 (159)监控纸盘中的纸张状态 (161)更改列显示 (161)VDP 资源 (162)管理 FreeForm 主文页 (162)备份 VDP 资源 (163)恢复 VDP 资源 (163)查看并删除全局资源 (164)字体 (164)备份和恢复字体 (165)查看用户和群组权限 (165)访问用户和群组 (166)查看用户和群组权限的详细信息 (166)比较权限 (166)查看或添加群组 (166)访问群组 (167)添加群组 (167)使用作业日志 (167)查看作业日志 (168)打印作业日志 (168)导出作业日志的内容 (168)导出和/或清空作业日志的内容 (169)印刷制版工具 (170)Fiery Graphic Arts 的功能 (170)Fiery Graphic Arts Package (Premium Edition) (170)Fiery Productivity Package (170)控制栏 (171)页面大小和控制栏(FS100/100Pro 或较早版本) (172)默认情况下,在每页打印控制栏 (172)查看和编辑控制栏 (172)创建自定义或重复的控制栏 (173)导出、导入或删除自定义控制栏 (173)恢复出厂默认控制栏设定 (174)陷印 (174)设置所有作业的自动陷印 (174)指定陷印宽度 (175)指定陷印颜色减少 (175)指定陷印形状 (175)指定陷印对象类型 (175)进度 (176)查看或编辑进度设定 (176)校样半色调模拟 (176)查看或编辑自定义半色调网屏 (177)纸色模拟白点编辑 (177)编辑纸色模拟白点值 (178)配置和运行预检 (179)ImageViewer (179)启动 ImageViewer (180)调整图像预览 (180)调整图像的大小 (181)查看图像中的颜色值 (181)显示分色 (181)使用曲线编辑颜色响应或灰度响应 (182)使用颜色轮编辑颜色 (183)通过图像编辑灰度响应曲线 (183)将颜色编辑应用于一个或所有页面 (183)通过本地文件应用颜色编辑 (184)通过服务器预设应用颜色编辑 (184)应用 Curve2/Curve3 文件的颜色曲线 (185)应用灰度响应曲线编辑 (185)打印含编辑内容的作业 (186)将软校样导出为 PDF 格式 (186)比较显示器特性档和输出特性档 (187)在 Fiery Server 上安装当前编辑 (187)在 Fiery Server 上恢复出厂默认响应曲线 (188)设置 ImageViewer 预置 (188)Booklet Maker (189)Booklet Maker 拼版 (189)关于 Booklet Maker 和 Fiery Impose (189)访问 Booklet Maker (189)从打印机驱动程序 访问 Booklet Maker (190)在 Command WorkStation 中访问 Booklet Maker (190)创建小册子 (190)从 Booklet Maker 窗口创建小册子 (190)从 Booklet Maker 向导创建小册子 (191)小册子类型 (192)鞍式装订 (193)套叠式鞍式装订 (194)胶装 (195)一合一 胶装 (196)纸张大小 (197)缩小文档页面大小以适合所选的纸张大小 (198)“缩小至适合”选项 (199)页面对齐 (203)对齐页面 (203)页面对齐和装订线 (206)爬移补偿 (208)采用一合一胶装的混合纸张 (208)在 Booklet Maker 中指定混合纸张设定 (209)在混合纸张中浏览作业 (210)以页面形式查看作业的版面 (210)以印张形式查看作业的版面 (210)Booklet Maker 混合纸张限制 (211)添加 封面 (211)在应用程序中更改文档大小 (212)更改测量单位 (212)预览小册子 (213)小册子工作流程示例 (213)打印胶装小册子 (213)打印鞍式装订小册子 (213)打印套叠式鞍式装订小册子 (214)Booklet Maker 限制 (214)Booklet Maker 词汇表 (215)索引 (219)概述Command WorkStationCommand WorkStation 是 Fiery Server的打印作业管理界面。
恢复与重建流程
04
基础设施和系统恢复
硬件和软件的恢复
硬件设备检查
对所有硬件设备进行全面检查,确保 没有损坏。
数据备份与恢复
将关键数据备份到安全位置,并确保 可以快速恢复。
软件更新与补丁
确保所有软件更新到最新版本,并安 装必要的补丁。
测试与验证
对恢复的硬件和软件进行测试,确保 其正常工作。
网络和通信的恢复
网络设备检查
制定灾难恢复流程
制定详细的灾难恢复计划
包括灾难发生后的应急响应、数据恢复、系统重启等步骤。
制定备用设施和资源调配方案
确保在灾难发生后能够快速调用备用设施和资源,保障恢复工作的顺利进行。
培训和演练
对员工进行灾难恢复计划的培训
确保员工了解并熟悉灾难恢复计划的内容和操作步骤。
进行模拟演练
通过模拟演练检验灾难恢复计划的可行性和有效性,及时发现并修正存在的问题 。
检查路由器、交换机等网络设 备的状态。
通信线路恢复
确保所有通信线路畅通,无中 断。
网络安全加固
加强网络安全措施,防止网络 攻击和数据泄露。
测试与验证
对恢复的网络和通信进行测试 ,确保其正常工作。
电力和基础设施的恢复
电源设备检查
检查发电机、UPS等电源设备的状态。
基础设施修复
对受损的基础设施进行修复或更换。
测试恢复策略
在实际恢复之前,对恢复策略进 行充分的测试,确保其可行性和 有效性。
与客户沟通和通知
01
及时通知客户
在发生故障或服务中断时,及时 通知受影响的客户,解释原因和 正在采取的措施。
02
定期更新信息
03
反馈收集与处理
在恢复过程中,定期向客户更新 进展情况,让客户了解恢复的最 新动态。
模型恢复流程
模型恢复一、模型恢复工作流程介绍1、模型恢复工作流程总图图1-1-1 (注:方框中标出的内容将在随后作详细流程说明)2、数据准备流程图图 1-2-13、打开创建测区、设置测区参数图1-3-14、创建立体模型图1-4-15、模型定向(内定向、相对定向、绝对定向)图1-5-16、核线影像生成图1-6-1二、模型恢复步骤分析一、作业前数据准备、整理、确认确认项目名称、相机型号,以及相机参数是否正确。
确认模型做黑白还是彩色模型,确认原始影象大小、数目,进而判断整个项目的模型数量、大约使用硬盘空间,当项目数据太大时,需分配机器进行模型恢复,分配时详细记录下航线所在的机器号。
二、打开\创建测区、设置测区参数1. 打开测区1.新建测区或打开已存在的测区。
单击文件打开测区菜单项,系统弹出对话框,让用户输入(或选择)测区文件名。
A.若用户输入的测区文件<测区文件名>.blk不存在,系统弹出设置测区对话框,如所示。
测区参数输入成功后,系统将自动建立这个新测区。
以后的操作均对此测区进行B. 若输入的测区文件<测区文件名>.blk 已经存在,则系统打开这个测区。
以后系统的操作均对此测区进行图2-2-12.测区参数设置说明在 VirtuoZo 系统中,测区(Block)的概念可以理解为一个区域,也可以是一个图幅范围内的所有像对,甚至只是一个立体像对。
测区参数文件为<测区目录名>\<测区名>.dat。
单击设置测区参数菜单项,系统弹出设置测区对话框,如上图所示。
1.测区目录和文件A. 主目录输入测区所在的目录。
此项在测区建立后变灰,用户不能再进行修改。
B. 控制点文件输入控制点文件名。
可直接输入控制点文件名,或单击文本框右侧的文件查找按钮,选择已建立的当前测区的控制点文件。
当无控制点文件时此处选择空文件。
注意:模型控制点就是空三平差解算出来的连接点和控制点C. 加密点文件选择空文件NULLD. 相机检校文件输入相机检校文件名。
IFix工程备份与恢复说明
IFix工程备份与恢复说明-----------------------------------------------------------------------------------------------------------------------------------------------------1. 步骤说明IFIX不同于其它软件,不是通过传统的新建和保存菜单来新建工程和保存工程的,而是通过IFix自带的备份与恢复向导来完成的。
工程备份就是将我们的组态工程打包成一个特定格式的工程备份文件。
备份工程必须在打开的前提下,通过开始菜单里的备份与恢复向导进行工程备份。
工程恢复就是将我们的工程备份文件还原成一个工程。
恢复工程必须在IFix关闭的前提下,通过开始菜单里的备份与恢复向导进行工程恢复。
注意:实际上,很多组态软件都自带备份和恢复功能,它与传统的复制粘贴相比,优势在于备份和恢复功能可以完整的拷贝或恢复工程,而传统的复制粘贴可能会遗漏一些无法复制的系统文件,从而造成工程不完整。
2(恢复工程在IFix关闭的前提下,通过开始菜单进入IFix备份与恢复向导画面,如下图:打开的备份与恢复向导界面分上下两部分,其中工程项目备份位于上部区域,工程项目1----------------------------------------------------------------------------------------------------------------------------------------------------- 恢复位于下部区域。
我们要进行的是工程恢复,因此点击下部区域的工程恢复图标,出现窗口如下图:通过“浏览”按钮选择需要恢复的工程备份文件(工程备份文件时.fbk后缀的文件),如下图:选定文件后点击“下一步”,进入工程恢复详细配置界面,如下图:2-----------------------------------------------------------------------------------------------------------------------------------------------------需要进行的配置见下图标注:配置完成后点击“完成”按钮出现提示,见下图:3-----------------------------------------------------------------------------------------------------------------------------------------------------选择“确定”,恢复过程中出现提示,如下图:4----------------------------------------------------------------------------------------------------------------------------------------------------- 选择“全部是”,再次出现提示,选择“全部是”恢复进行中……5-----------------------------------------------------------------------------------------------------------------------------------------------------进度条完成后工程恢复即完成。
lf功能描述(第一部分)
LF2级功能描述目录1介绍2现场工艺概述3系统结构3.1通信3.1.1与PLC的通信3.1.2与OWS和PWS的通信3.1.3与实验室计算机通信3.1.4与3级计算机的通信3.2服务器与工作站3.2.1L2服务器3.2.2操作员工作站(OWS)3.2.3过程工作站(PWS)42级总体机构4.1数据库逻辑划分4.1.1永久数据库4.1.2实时数据库4.2服务器程序4.3用户界面程序4.4报告导航(RN)4.5程序内部通信4.6外部机构驱动程序4.6.1PLC驱动程序4.6.1.1从PLC读数据4.6.1.2向PLC写数据4.6.2 LAB驱动程序4.6.3 L3驱动程序4.7 L2自动控制4.8 在开始加热处理时连接PDB和MDB4.9 与L1HMI的关系5 数据库管理5.1 数据库访问5.2 数据库主菜单5.3 通用冶金数据库5.3.1 钢种5.3.2 终点化学成分5.3.3 分析公式5.3.4 操作员指令5.3.5 分析系数5.3.6 化学成分含量5.3.7 渣分析5.3.8 允许材料5.3.9 材料描述5.3.10配置参数5.3.11 计算参数5.4 生产数据库5.4.1 生产计划5.4.2 数据报告6 模型概念7 附件A- 图解关键符号7.1 在物料逻辑流程中使用的关键符号7.2 信息流程使用的关键符号7.3 物料流程VS信息流程使用的关键符号图纸列表图1. L2系统结构图2. 数据库管理信息流程图3. 工艺模型工作图错.没有发现表目录1介绍本文档的目的是描述工艺控制系统(PCS)包括L2的通用功能。
每一个PCS与下一级自动化系统(L1PLCS和HMIS)协作,以协调化学成分,获得实时工艺数据,下传设定值。
本文档包括:z工艺控制功能通用阶段-独立部分的描述z PCS与其它自动化部分相互作用的描述项目规定一个给定的工艺阶段,包括所有与工艺相关的物料流程,它们对自动化的如何影响的说明,和指定阶段工艺控制功能,包括在该阶段的详细说明中。
XXX网站系统平台故障恢复报告
XXX网站系统平台故障恢复报告报告人:XXX报告日期:XXXX年XX月XX日一、问题概述在XXXX年XX月XX日XX时XX分,XXX网站系统平台发生了一次意外故障,导致了网站不可用的情况,给用户带来了不便和困扰。
经过紧急处理和全体人员的共同努力,现已成功恢复。
二、故障原因分析经过初步排查和分析,本次故障的原因主要有以下几点:1.服务器故障:由于服务器硬件故障或者网络故障,导致了网站系统无法正常运行。
2.软件更新问题:最近进行的一次软件更新可能存在一些未知的问题,在更新之后导致了系统崩溃。
3.大量用户访问:由于其中一特定事件或广告推广的影响,网站突然遭受了大量用户访问,超过了系统的负载能力,导致系统宕机。
综合分析,最可能的原因是服务器故障。
经过详细的排查和诊断,我们发现主服务器的硬盘出现了严重的损坏,导致了系统无法正常运行。
三、故障处理过程在故障发生后,我们立即部署了应急预案,全体人员紧急响应,采取了以下措施:2.数据恢复和备份:由于主服务器的硬盘损坏,我们进行了数据恢复,并部署了备份服务器,以保证数据的完整性和安全性。
3.完善故障防范措施:我们对整个系统进行了全面的安全性检查,并加强了故障监测和预警机制,以提前发现和预防类似故障的发生。
4.修复软件问题:我们对最近的软件更新进行了仔细的排查和修复,确保系统的稳定性和兼容性。
经过全体人员的共同努力,我们成功恢复了XXX网站系统平台,使其重新正常运行起来。
四、故障影响和解决方案本次故障对用户和企业带来了一定的影响,主要包括:1.用户体验受损:用户在故障期间无法正常访问网站,给用户带来了不便和困扰。
2.业务延误:在系统不可用的情况下,一些业务无法进行或发生延误,影响了企业的正常运营。
为了弥补故障给用户和企业带来的损失,我们决定采取以下解决方案:1.向用户道歉:我们将通过网站公告、邮件和短信等渠道向用户公开道歉,详细说明故障的原因和解决方案,并给予用户相应的补偿措施。
如何进行系统容灾和故障恢复
如何进行系统容灾和故障恢复在现代社会,信息技术已经成为各行各业中不可或缺的一部分。
大量的数据和关键业务都依赖于系统的稳定运行。
然而,意外事故和故障难以避免,因此进行系统容灾和故障恢复变得至关重要。
本文将介绍一些有效的方法和策略,帮助组织有效应对系统故障。
1. 建立可靠的备份和恢复机制在系统容灾和故障恢复过程中,备份和恢复机制是至关重要的。
首先,确保系统数据的定期备份,并将备份数据存储在可信赖的地方,以防止数据丢失。
其次,开发并测试恢复策略和过程,以确保能够快速有效地恢复系统功能。
2. 使用冗余和高可用性架构冗余和高可用性架构是预防系统故障的有效方法。
通过使用冗余服务器、存储设备和网络设备,可以从硬件故障中保护系统。
此外,使用负载均衡技术可以分散流量,避免过载和单点故障。
3. 实施监控和警报系统及时检测系统故障是进行容灾和故障恢复的前提。
建立强大的监控系统并设置警报,以便在发生异常或问题时能够第一时间得到通知。
这样可以迅速采取行动并最小化系统故障的影响。
4. 制定详细的应急响应计划应急响应计划是在系统故障发生时帮助组织快速、有效地响应的关键工具。
该计划应包括紧急联系人信息、详细的步骤和流程说明,以及可能需要的资源和工具清单。
定期测试和演练以确保计划的可行性和及时性。
5. 进行持续的系统更新和维护不断更新和维护系统是预防故障的关键。
及时安装软件更新、安全补丁和固件升级,可以修复已知漏洞和问题,提高系统的稳定性。
此外,定期进行系统性能优化和设备维护,确保硬件和软件处于最佳状态。
6. 建立合适的容灾测试环境容灾测试环境是在实际发生故障之前验证容灾和故障恢复策略的关键环节。
建立合适的测试环境,确保容灾措施和恢复策略的有效性,并不断改进以满足业务需求和系统变化。
7. 培训和意识提高最后但同样重要的是,进行员工培训和意识提高。
教育员工关于系统容灾和故障恢复的最佳实践,提醒他们识别和报告潜在的系统问题,并指导他们在故障发生时正确采取行动。
Linux命令行下的系统备份和故障恢复技巧
Linux命令行下的系统备份和故障恢复技巧在Linux命令行下进行系统备份和故障恢复是管理员和系统维护人员必备的技能。
本文将介绍一些常用的Linux命令和技巧,用于系统备份和故障恢复。
以下是这些技巧的详细说明。
一、文件备份和恢复技巧1. 备份文件在Linux命令行下,可以使用cp命令备份文件。
例如,要备份名为file1的文件到名为backup的目录中,可以使用以下命令:$ cp file1 backup/2. 恢复文件要恢复备份文件到原来的位置,可以使用相同的cp命令,并将备份文件的路径作为源文件,将原始文件的路径作为目标文件。
例如,将备份文件backup/file1恢复到当前目录中,可以使用以下命令:$ cp backup/file1 .3. 压缩和解压缩文件在备份文件时,可以使用压缩和解压缩命令来减小文件的大小。
常用的压缩格式是gzip和tar。
例如,要压缩名为file1的文件,可以使用以下命令:$ gzip file1要解压缩文件,可以使用以下命令:$ gzip -d file1.gz如果要同时压缩和打包多个文件,可以使用tar命令。
例如,要将文件file1和file2打包并压缩成名为archive.tar.gz的文件,可以使用以下命令:$ tar -zcvf archive.tar.gz file1 file2要解压缩并解包tar.gz文件,可以使用以下命令:$ tar -zxvf archive.tar.gz二、系统备份和恢复技巧1. 备份整个系统要备份整个系统,可以使用rsync命令。
例如,要备份整个系统到名为backup的目录中,可以使用以下命令:$ rsync -a / backup/2. 恢复整个系统要恢复整个系统,可以使用相同的rsync命令,并将备份文件的路径作为源文件,将要恢复的目录作为目标文件。
例如,将备份文件backup/恢复到当前目录中,可以使用以下命令:$ rsync -a backup/ .3.备份和恢复分区要备份和恢复整个分区,可以使用dd命令。
软件系统运维技术中数据库备份恢复的步骤
软件系统运维技术中数据库备份恢复的步骤数据库备份恢复的步骤在软件系统运维技术中起着至关重要的作用。
无论是由于系统故障、人为操作失误还是其他原因,数据库的损坏或数据丢失都可能导致系统无法正常运行。
因此,掌握数据库备份恢复的步骤是每个运维人员必备的技能之一。
本文将介绍数据库备份恢复的几个关键步骤,以帮助运维人员更好地应对数据库故障。
第一步:定期备份数据库定期备份数据库是预防数据丢失的重要措施。
根据业务需求和安全性要求,运维人员应制定合适的备份策略,包括备份周期、备份方式(全量备份还是增量备份)等。
全量备份将整个数据库的数据和日志复制到备份文件中,而增量备份则只备份上次全量备份之后的增量数据和日志。
运维人员需根据实际情况选择合适的备份方式,并确保备份文件存放在安全可靠的位置。
第二步:监控备份过程在备份过程中,运维人员应密切关注备份的执行情况,包括备份的时间、备份文件的大小等。
监控备份过程可以通过数据库管理工具或脚本来实现,确保备份任务按计划执行,并及时发现备份异常。
如果备份失败或备份文件异常,运维人员应尽快采取相应措施,保证数据的完整性和可用性。
第三步:测试备份文件的可用性备份不仅仅是简单地将数据复制到备份文件中,还需要确保备份文件的可用性。
因此,在数据备份之后,运维人员应定期测试备份文件的可还原性。
测试过程中,可以选择将备份文件还原到一个独立的测试环境中,然后验证系统的功能和数据是否正常。
如果备份文件无法正常还原,可能意味着备份过程存在问题,运维人员应及时调查并修复。
第四步:选择合适的恢复方式当数据库发生损坏或数据丢失时,运维人员需要选择合适的恢复方式。
常见的恢复方式包括完全恢复、部分恢复和逐渐恢复。
完全恢复是指将数据库还原到最新的备份点,然后将备份之后的事务日志应用到数据库中。
部分恢复是指将指定的表或数据还原到指定的时间点。
逐渐恢复是指将数据库恢复到某个中间时间点的状态,然后逐渐将备份之后的事务日志应用到数据库中。
hadoop 块恢复流程
hadoop 块恢复流程
Hadoop是一个用于存储和处理大规模数据的开源软件框架,它采用分布式存储和处理的方式来管理数据。
在Hadoop中,数据被分割成多个块,并分布存储在不同的节点上,这就意味着如果某个节点发生故障,可能会导致数据块丢失,这时就需要进行块恢复流程来保证数据的完整性和可靠性。
Hadoop块恢复流程通常包括以下几个步骤:
1. 检测块丢失,Hadoop的NameNode会定期检测数据块的完整性,如果发现某个数据块丢失,就会触发块恢复流程。
2. 复制块,一旦发现数据块丢失,NameNode会查找其他副本存储节点上是否有该数据块的副本,如果有,就会选择一个健康的节点进行数据块的复制。
3. 复制数据块,NameNode会通知选择的健康节点复制丢失的数据块,以保证数据的完整性。
4. 更新元数据,一旦数据块复制完成,NameNode会更新元数
据,包括数据块的复制状态和位置信息。
5. 恢复完成,一旦块恢复流程完成,Hadoop集群就会恢复到
正常状态,数据的完整性得到保障。
需要注意的是,在Hadoop中,块恢复流程是自动进行的,系统
会自动检测和处理丢失的数据块,保证数据的可靠性和完整性。
这
种分布式的块恢复流程能够有效地应对节点故障和数据丢失的情况,保证了整个系统的稳定性和可靠性。
总的来说,Hadoop的块恢复流程是保证数据完整性和可靠性的
重要机制,通过自动复制丢失的数据块并更新元数据来实现数据的
恢复,从而保证了整个系统的稳定运行。
lf模型客户端系统恢复说明
LF模型客户端系统恢复说明2007年9月22日目录系统安装说明 (3)系统配置说明 (4)计算机名配置如下图所示 (4)计算机网络配置如下图所示 (4)工具软件安装说明 (5)Oracle数据库配置 (6)LF模型数据库YDSTLDB客户端的配置如下图: (6)应用程序配置 (11)Oracle数据源配置 (11)Simatic Net 配置 (13)文件目录配置 (27)系统安装说明本模型服务器安装windows XP操作系统,系统安装中的注意事项●将硬盘分为C、D、E三个区,将三个分区格式化成NTFS格式,C分区不小于2G。
●系统安装结束后需要激活系统。
按照操作系统提示步骤进行激活(分电话激活和联网激活)。
●如果系统更换了硬件设备则操作系统可能需要重新激活。
按照操作系统提示步骤进行激活(分电话激活和联网激活)。
系统配置说明计算机名配置如下图所示计算机网络配置如下图所示客户端机器配置两块通用网卡,L1转用网卡配置如下图所示,注:因为Simatic Net配置涉及网卡类型,L1网卡需要选用唯一的网卡工具软件安装说明模型服务器工控机上需要安装的工具软件如下图所示Microsoft Visual Studio 2005 安装事项●可选择完全安装以保证安装完整的工具和需要的库。
●可安装在D盘目录下,保证C盘的系统空间。
Oracle 10g client●需要选择客户端类型时,选择管理工具类型即可●按照默认的安装步骤即可完成安装。
●可安装在D盘目录下,保证C盘的系统空间。
Simatic Net●可选择完全安装●按照默认的安装步骤即可完成安装。
●可安装在D盘目录下,保证C盘的系统空间。
Oracle数据库配置LF模型数据库YDSTLDB客户端的配置如下图:监听程序不需要配置。
命名方法不需要修改,按照配置步骤一直到配置结束即可。
本地Net服务名配置按照如下组图配置即可选择“添加”,点击下一步输入服务名“ydstldb”,点击下一步选择“TCP”选项,点击下一步输入主机名“lfmodel”,点击下一步。
手动备份iFIX 并恢复到新的系统
手动备份iFIX并恢复到新的系统描述仅限于iFIXiFIX的备份和恢复向导可以完整或是部分备份iFIX的文件,该备份文件可以被恢复到同一台机器先前做备份的iFIX上,也可以恢复到有着相同节点名和目录结构的别的机器上的iFIX。
注意:iFIX的备份和恢复向导只适用于相同版本的iFIX,如iFIX 3.5的备份文件可以恢复到iFIX 3.5,但是不能恢复到iFIX 4.0 上。
为了使现有的iFIX的项目工程文件恢复到不同版本的iFIX系统上,尤其是iFIX系统进行升级的时候,推荐在源机器上手动的备份iFIX系统的项目文件,再恢复到目标iFIX系统上。
下面是在源系统手动备份iFIX工程文件目录和文件并恢复到目标iFIX系统的步骤。
源机器:安全文件-如果在源机器上启用了安全,那么在源机器上禁用安全并在备份之前运行安全配置文件:打开安全配置文件,选择导出并确定。
这将在local 目录下创建一个Security.Rpt 文件。
这就是当前安全配置的导出文件(使用时无需用户密码)。
点击该图标,打开:点击Key 图标,打开配置,禁止当前系统的安全功能:保存当前所作的配置,并关闭安全配置文件。
HTR 目录-该文件夹中保存历史配置文件,可能存在 .CSV 文件, .CFG 和 .DAT 文件。
这些文件都应该被备份。
HTRDATA 目录-该文件夹为每个节点进行历史数据采集的 .HTC 文件和子文件夹,可能包括 .H04 ,.H08,或者 .H24文件。
这些文件是在新的系统中察看历史数据所必需的。
LOCAL 目录-该文件夹保存系统配置和初始文件。
所有.INI 文件, .SCU 文件,和 Security.Rpt 文件(如果需要)(也可直接拷贝安全文件.UTL),都应该备份。
注意:如果是升级iFIX,那么.INI 文件不能被恢复到新的系统里(建议升级时不拷贝ini文件,而选择在iFIX中重新配置用户首选项等信息)。
同时建议为每个新节点、新系统创建一个新的.SCU文件,而不是使用备份的.SCU文件,因为iFIX的安全和路径配置方面会出现不知道用户名和密码无法登录系统,或是路径不匹配之类的错误。
爱数操作系统备份及恢复方案
系统浏览恢复 支持系统文件的浏览恢复。通过浏览恢复,可以将系统盘中的全部或者部分 文件恢复到原机或异机(原位置或异位置)。
系统引导恢复 系统的引导恢复,通过光盘或ISO镜像引导,将ISO连接到需要恢复的虚
引导恢复(七)
设置管理控制台信息:
点击下一步,进入到“设置管理控制台信息”页面。在此页面里输入“服务器 地址”、 “端口号”, 选择登录方式,并输入“用户名”与“密码”,点击 下一步连接服务器。
引导恢复(八)
选择要进行恢复的任务及备份时间点: 成功连接到备份服务器上,会转到用户所有系统备份的任务选择页面,包
如果列表内容为空或者与系统的实际磁盘/RAID信息不一致(很可能是没有将所 有的磁盘/RAID都驱动起来),可以在5秒钟之内按任意键进入到“磁盘/RAID配 置”界面,该界面会显示出主流的RAID/磁盘控制器厂商与主流服务器厂商列表, 用户可以根据系统硬件的实际情况来选择合适的厂商
引导恢复(三)
选择驱动后,系统会加载相应的驱动,并重新将磁盘/分区列表显示在界面 上,并提示用户是否正确。如果正确,输入“y”退出磁盘/RAID驱动配置 界面继续引导系统;如果不正确,输入“n”则返回到控制器厂商列表页面 重新选择
恢复完操作系统,如果重启后出现蓝屏,则从光盘启动系统修复工具, 选择对应系统版本的修复工具环境进行启动。启动完成后,双击桌面上 的蓝屏处理工具,根据按任意键,回车;(对于win7/win2008等系统, 还存在一种恢复后无法正常启动但又不蓝屏的情况,此时进入到win7版 本系统修复工具,双击桌面的“修复引导工具”,根据提示进行操作即 可)选择对应的系统位数(1代表32位,2代表64位),然后回车。选择 系统所在的分区盘符(0代表C盘,1代表D盘),然后回车
- 1、下载文档前请自行甄别文档内容的完整性,平台不提供额外的编辑、内容补充、找答案等附加服务。
- 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
- 3、如文档侵犯您的权益,请联系客服反馈,我们会尽快为您处理(人工客服工作时间:9:00-18:30)。
LF模型客户端系统恢复说明
2007年9月22日
目录
系统安装说明 (3)
系统配置说明 (4)
计算机名配置如下图所示 (4)
计算机网络配置如下图所示 (4)
工具软件安装说明 (5)
Oracle数据库配置 (6)
LF模型数据库YDSTLDB客户端的配置如下图: (6)
应用程序配置 (11)
Oracle数据源配置 (11)
Simatic Net 配置 (13)
文件目录配置 (27)
系统安装说明
本模型服务器安装windows XP操作系统,系统安装中的注意事项
●将硬盘分为C、D、E三个区,将三个分区格式化成NTFS格式,C分区不小于2G。
●系统安装结束后需要激活系统。
按照操作系统提示步骤进行激活(分电话激活和联网激活)。
●如果系统更换了硬件设备则操作系统可能需要重新激活。
按照操作系统提示步骤进行激活(分电话激
活和联网激活)。
系统配置说明
计算机名配置如下图所示
计算机网络配置如下图所示
客户端机器配置两块通用网卡,
L1转用网卡配置如下图所示,注:因为Simatic Net配置涉及网卡类型,L1网卡需要选用唯一的网卡
工具软件安装说明
模型服务器工控机上需要安装的工具软件如下图所示
Microsoft Visual Studio 2005 安装事项
●可选择完全安装以保证安装完整的工具和需要的库。
●可安装在D盘目录下,保证C盘的系统空间。
Oracle 10g client
●需要选择客户端类型时,选择管理工具类型即可
●按照默认的安装步骤即可完成安装。
●可安装在D盘目录下,保证C盘的系统空间。
Simatic Net
●可选择完全安装
●按照默认的安装步骤即可完成安装。
●可安装在D盘目录下,保证C盘的系统空间。
Oracle数据库配置
LF模型数据库YDSTLDB客户端的配置如下图:
监听程序不需要配置。
命名方法不需要修改,按照配置步骤一直到配置结束即可。
本地Net服务名配置按照如下组图配置即可
选择“添加”,点击下一步
输入服务名“ydstldb”,点击下一步
选择“TCP”选项,点击下一步
输入主机名“lfmodel”,点击下一步。
选择“是,进行测试”,点击下一步
点击“更改登陆”按钮,输入用户名arilfbg密码aritime在点击“确定”
输入服务名“ydstldb”,点击下一步
配置完成。
应用程序配置
Oracle数据源配置
添加数据源“YDSTLDB”
YDSTLDB数据源配置如下
Simatic Net 配置
1.Station configurator 配置
在开始菜单中打开Station configurator
按照如下图所示配置
点击“Station Name”,修改Station 名称为“BGLF”
点击“Add”,添加IE General 并选择对应得L1网卡。
点击“Add”,添加OPC Server
配置结果如下图:
2.Configuration Console 配置
在开始菜单中如图所示打开配置程序
选中对应L1的网卡,按如下图所示选择“Mode of the module”
选择“Access points”按照如下组图所示配置
3.Set PG-PC Interface 配置
在开始菜单中如图打开配置程序。
选择“CP_H1_1:”作为应用程序接口名
选择本接口和对应L1网卡的ISO 协议。
配置后点击“OK”,完成配置。
4.NCM PC Manager
如下图打开“NCM PC Manager”配置程序
新建一个项目“BenXi3”
注:也可以使用保存好的项目“BenXi3”
添加一个PC Station,重命名为“BXLF”
打开配置“Configuration”
拖拽“IE General”到1号槽
按照如图所示配置,Mac address 为本机连接L1网络的网卡,IP为L1网络的地址。
添加Subnet 配置如下图
确认完成后
拖拽OPC Server到三槽。
保存后,下装即可,关闭Configuration 窗口
打开OPC Server下的Connextions
选中OPC Server,在选择添加新的网络连接。
如图选择,点击OK
如图配置连接属性。
点击按钮“Address Details…”按照下图所示配置
同理配置另一个到加料PLC的连接
选中OPC Server
保存后,下装即可,关闭窗口
文件目录配置
下图中选中的两个文件需要拷贝到C盘目录下
下图中选中的文件目录需要拷贝到D盘目录下
拷贝Cexe目录中如下图的两个个可执行程序“mmiServer.exe”和“OPCMultiGroup.exe”到“C:\Documents and Settings\Administrator\「开始」菜单\程序\启动”目录中
拷贝Cexe目录中如下图的两个个可执行程序“ILF_HMI_1”和“ILF_HMI_2”的快捷方式,到“C:\Documents and Settings\Administrator\「开始」菜单\程序\启动”目录中
库文件目录下文件按照目录下的库文件说明进行操作。