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3par system reporter manualIf you do not have a licence for Adaptive Optimization, the monitoring and system reporting features are still accessible but the optimization capabilities are inactivated. Licensing requirements are the same whether Adaptive Optimization is implemented on the node (as in HP 3PAR OS 3.1.2) or in System Reporter 3.1 MU1. If you do not have a licence for Adaptive Optimization, the monitoring and system reporting features are still accessible but the optimization capabilities are inactivated. System Reporter was until recently the reporting tool for 3PAR, the install required the 3PAR System Reporter software and an external database such as MySQL. The install could be painful and I have to admit when I first saw System Reporter I couldn’t believe it, the interface and graphs looked look like some college kid had coded it in a lunch break. But over time I learned to love it, I got used to that crazy interface and saw there really was a wealth of information in there. The end of support date is related to the end of support date for the 3PAR OS the System Reporter installation is reporting on. The reporting element is installed by default when you install SSMC which I covered previously. The System Reporter licence option is still available but what it means now is access to historic data through SSMC and threshold alerts. There is no need to migrate data from your external System Reporter system, SSMC uses on node data which will have been collected automatically. To help to avoid a repeat of the 5 minutes I spent rolling around the floor muttering that all the data was lost, I have been looking into an automated way to backup the MySQL database used by System Reporter. I asked HP and they advised they don’t have any guidelines on backing up the System Reporter database or a preferred tool, so I jumped onto Google and had a look around at the various options.http://mcsfood.com/images/4-laning-manual.xml
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The script is essentially a batch file which can easily be added as a scheduled task in Windows, which effectively means the backups can be automated. The other thing which made this particular script stand out is that it compresses the completed backup in a Zip file, in my case this resulted in the Zip being 4 times smaller than the actual DB. Another neat feature is that you can set how many days of backups you want to keep and it will automatically delete backups older than the specified date for you. You can find the script which is free, and all the installation instructions here. When I checked the System Reporter server I saw that the 3Par system reporter sampler service had stopped. To see what the issue was I checked in the Sampleloop log located in the following location C:Program Files (x86)3PARSystem, towards the end of the log I saw the following error: The default location for the DB is C:ProgramDataMySQLMySQL Server 5.5datainservstats. You can back this up by just making a copy of the folder You will need to replace the X with the version of MySql you are using eg 5.5. To browse Academia.edu and the wider internet faster and more securely, please take a few seconds to upgrade your browser. You can download the paper by clicking the button above. Discover everything Scribd has to offer, including books and audiobooks from major publishers. Start Free Trial Cancel anytime. For Later 0 0 upvotes, Mark this document as useful 0 0 downvotes, Mark this document as not useful Embed Share Print Download Now Jump to Page You are on page 1 of 231 Search inside document Browse Books Site Directory Site Language: English Change Language English Change Language. In order to obtain accurate information, IT administrators have to invest the bulk of their resources in laborious and manual processes to collect data, create dashboards and design reports that are essential for decision making.http://www.launchtwo.com.au/userfiles/4-speed-overdrive-manual.xml The key metrics to adapt everyday challenges Furthermore, businesses need to have an IT infrastructure capable to adapt itself to everyday challenges. To do so and to anticipate needed evolutions, advanced and pertinent metrics are key: Complex capacity planning Optimizing performance Efficiency of the auto-tiering policies Performance and latency real time monitoring Storage resource management maintenance and updates Most challenges are often not accurately forecasted because traditional solutions like Storage Resource Management which are not adapted to enable IT staff to proactively plan with accurate and intuitive information. Key data is often too complex to structure, interpret and use efficiently. VISION, delivering intuitive access to the information of your 3PAR Indeed with this ultimate tool for Few clicks to generate automated and simplified reports about your 3PAR storage system WithDisplaying capacity planning andWith HP 3PAR VISION control of your storage has never been easier. Mobile and intuitive solution for a user-friendly experience. Combined with a wireless connection, you can tap to your information anywhere, experiencing the intuitive navigation. Only one clickand a scroll through a selection of charts are required to make fast and effective decisions. Histograms, trend curves, and pie chart graphics are designed to optimize your analysis. In addition, the application adapts to your needs through its customizable dashboard, providing access to essential information. Fast and effective decisions With HP 3PAR VISION, quickly detect and isolate performance problems to minimize and anticipate their impact on your projects. Manage your storage frame with consistent, real-time information on your used and free space. Anticipate changes in your architecture, logging capacity of your array and following trends over time. Get Adaptive Optimization information feedback to regulate the Service Level Agreement of your Datacenter.http://www.drupalitalia.org/node/67599 HP 3PAR Vision is an essential tool for making fast and effective decisions, anywhere, anytime. The benefits Everything you need to know about your storage system is now displayed in simple, pre-configured graphs and customizable interface. Capacity planning: Instant view on data distribution, across different tiers, based on the historical System Reporter database for one to several systems. Automatic and instant reporting: Run or plan reports in a few seconds, eliminating the challenging process typically experienced within a Storage Resource Management solution Performance monitoring: Keep track of latency, IOPs and bandwidth used by volume. In case of performance issues, quickly address and reduce the impact on your production with email alerts. Customizable interface: Configure your interface and display graphs relevant to critical information for a better and more efficient decision making regarding your own business. Real-time monitoring: Data on graphs is updated every second on all your volumes and arrays. Unusual events detection: Search for digression patterns: better control of your arrays with a tab showing all performance and capacity unusual activities. 3PAR PAR Vision requires to be installed in Windows environement and to be connected to System Reporter database or directly in SSH. By continuing you accept these cookies. For more information click here. How do you get the data from your old array onto the 3PAR StoreServ. Well if you have vSphere no problem you could use Storage vMotion or if you are performing a data migration good old robocopy would do the trick. This is where Peer Motion comes in strutting it’s stuff. These physical disks and then placed into an enclosure (cage) and are sub divided into Chunklets. Chunklets are used to breakdown each physical disk into 1GB portions. So a 146GB hard drive get’s broken down into 146 Chunklets. The Logical Disk is created from Chunklet’s from different physical disks.http://arteratech.com/images/3mtm-static-sensor-718-instruction-manual.pdf The Logical Disks are then pooled together to create a Common Provisioning Group (CPG). It’s at the CPG level where you set your RAID type which is either: The other choice is High Availability Enclosure which strips the chunklets across enclosures, so that you are protected from enclosure failure, in the same way as StoreVirtual Replicated RAID 10. An example of this, was when I was building a StoreServ 7200 config, which had the following requirements: There are three types of tunesys which are. A few things to note with tunesys Well what it does is pretty straight forward really. First of all tunesys calculates the percentage utilization for each disk type per node. It that checks the average utilization across all nodes. If any of the nodes are more than 3 out (default) then each Virtual Volumes is checked to see if it is well balanced across nodes. If it isn’t then tunesys does it’s magic and rebalances. The policies can be used to sample performance during the working day and then then data movement can be scheduled out of hours. Using DO, we have the ability to change the class of service seamlessley you want to move from RAID 6 on 10K SAS to RAID 5 on 15K SAS not a problem. This means we can move an application from a higher class of service to a lower class of service or vice versa on the fly. Sheldon Smith a HP Technology Consultant has confirmed that the limit has been removed when tuning a Virtual Volume using Dynamic Optimization, Well the following is the recommended practice: It’s the ability to take a fat volume and turn it into a thin volume or vice versa! So I won’t repeat myself. So no more sdelete! It was pretty complex and it always took me a couple of attempts to get it working. One of the really cool things with 3PAR OS 3.1.2 is that it’s been built in! Yes that’s right you need to have a four node system to benefit from this. However, a couple of things to note: Meaning you will loose all previous performance metrics. However, I do appreciate that some businesses such as cloud providers have no other alternative. However with 3PAR OS 3.1.2 when you issue the command If you answer yes then any active tasks are stopped and the node is rebooted. I haven’t been able to test this yet, however my understanding is that some tasks will automatically resume after the node has been rebooted. It allows for backup products to directly make snapshots of virtual volumes reducing the impact of backups on VM’s. Perhaps more importantly it allows for entire VM’s to be recovered more quickly rather than relying on instant restore mechanisms which run the backup from the backup target which ultimately results in performance degradation. Veeam have announced support for this integration for Q1 2013 A copy volume is then created which could be on lower tier of disks. This software suite bundles the HP 3PAR System Reporter software and the HP 3PARinfo utility so you can aggregate historical system data to simplify planning, troubleshooting, reporting, and monitoring. Gone are the days of manual, arduous information gathering to track vital system data. HP 3PAR OS ? ? ? ??? ? ? ? ? ? ? ? Adaptive Optimization.HP 3PAR OS ? ? ? ??? ? ? ? ? ? ? ? Adaptive Optimization. HP 3PAR Storage System InServ ??? InServ Storage Server HP 3PAR OS. InForm OS ? ? ???? ? ? ????? HP 3PAR OS ?? HP 3PAR OS Command Line Interface (CLI).LD ???????????? ? ? ???? HP 3PAR StoreServ Storage.Only VVs within domains that the user is a member of can be listed. Columns are numbered from left to right, beginning with 0. At least one column must be specified. In addition, the direction of sorting ( ) can be specified as follows: inc Sort in increasing order (default).To use this website, you must agree to our Privacy Policy, including cookie policy. Disk Cages: Structural units within the server that allow you to strategically use the disks. Each cage has independent interfaces, power supplies, and fans. Physical Disks: A physical disk is a hard drive divided into chunklets. A chunklet is the most basic element of data storage of the HP 3PAR StoreServ. Logical Disks: A logical disk is a collection of physical disk chunklets arranged as rows of RAID sets. Ports: System controller nodes use different ports such as Gigabit Ethernet to connect the HP 3PAR storage system to your system. Virtual Volumes: Virtual Volumes use storage space provided by CPGs and are exported as logical unit numbers (LUNs) to hosts. The probe retrieves the following information about the complete storage system: Performance and Scalability for the total number of storage transactions being processed every second and the latency of the storage system. Statistical Data for all objects of the storage system as a whole. For example, the configured used and free space information for the storage system. The probe uses the CLI option only when data is not available through the SMI-S provider. You must start the Common Information Model (CIM) server on your system to enable communication between the probe and the HP 3PAR storage system using the SMI-S provider. For running the CLI commands, the probe makes ssh connection with the 3PAR system. Storage Management Initiative Specification (SMI-S) is an industry standard supported by multiple storage vendors and uses an object-oriented model based on the Common Information Model (CIM) to define objects and services which comprise a Storage Area Network (SAN).The term “Broadcom” refers to Broadcom Inc. You may find documents other than justHave Misplaced The Password We keep our list of direct HP 3PAR StoreServ 7400 4-node driver and firmware links up-to-date so they are easy to find when you need them. This output can be piped to other PowerShell cmdlets for further processing. Not supported for PoshSSH Connection. Unused session keys expire after 15 minutes. Clients communicate with the WSAPI server using HTTPS methods and data structures represented with JSON. This output can be piped to other PowerShell cmdlets for search. Reload to refresh your session. Reload to refresh your session. It includes information and differences between external HP 3PAR System Reporter and HP 3PAR SSMC System Reporter. External System Reporter data migration is not necessary as the SR-On-Node data would have been collecting data even if the customer was using External System Reporter. You will have to re-create reports, schedules and alerts in HP 3PAR SSMC System Reporter. This document provides step by step guide to create a report and alert threshold in HP 3PAR SSMC System Reporter For more information on System Reporter, see the following document: 3 4 Feature Comparison The following table indicates the feature differentiation between External System Reporter and HP 3PAR SSMC System Reporter Feature External System Reporter HP 3PAR SSMC System Reporter Quick Reports Supports a set of quick reports for Virtual Volumes Capacity, Common Provisioning Group Capacity, Physical Drives Capacity and Performance, Controller Node Performance, Port Performance and Host Virtual LUN Performance. Custom Reports Compare You can create custom reports for a specific component and either view a historical performance report or a specific time report. You can choose objects and apply filters. This feature is only valid for some Versus Time performance reports and the options available depend on the report. If the none option is selected, the aggregate performance metric of the selected systems and objects are presented versus time. However, instead of the aggregate if you want to compare systems or objects -- select the appropriate Compare option. For example, if the System option is selected, the performance metric for each selected system are plotted separately. It supports scheduling of a report that can be executed in the background periodically. You can receive these reports through. HP 3PAR SSMC provides a predefined set of Report templates with default selections for Resolution, Time interval, Object selection, and Metric selections. You must create a report using these templates. Supports custom reports by selecting a report template. Report templates have predefined object filters and metric selection. You can create a report using these templates. It also supports one click view of a specific time report. This is partially supported in HP 3PAR SSMC for few components like Priority Optimization, Adaptive Flash Cache, Port Performance, Physical Drive performance and Exported Volume (VLUN) performance. Compare with system is available for Physical drive performance. Scheduled Reports It supports Scheduled reports, You must create a report from an existing report template and then attach a schedule to it. You can opt to receive scheduled reports as an in PDF, CSV or both formats. Export Report You can export a report in the CSV format. It supports exporting a report in the PDF and CSV Excel Client Threshold Alerts Real Time Reports Data Retention Policy The Excel client enables you to monitor HP 3PAR StoreServ Storage systems and access statistics using Microsoft Excel. Alerts that can be configured to send notifications to a specified address when certain reporting criteria are met. Not supported You can configure the number of days of data that needs to be retained for Hi-res, Hourly and Daily samples. formats. HP 3PAR SSMC supports Excel Addin is installed in Microsoft Excel 2013 for some components. Additionally, It displays the configuration information of Virtual volumes, Ports and Hosts. The equivalent feature is supported in HP 3PAR SSMC. It supports Real time reports for Physical drives, Ports and exported volumes (VLUNs) Since HP 3PAR StoreServ Operating System 3.1.2, HP 3PAR System Reporter moved from an external data structure to an internal data structure, designed to retain years worth of data created on an internal system volume (.srdata). Instead of maintaining data in a separate systems and databases for monitoring HP 3PAR StoreServ System the enhancement allows the system administrator to quickly access to data. Figure 1 Create custom report in External System Reporter Create Reports in HP 3PAR SSMC System Reporter Report Templates A key feature within System Reporter is pre-defined report templates. Templates are for different components like Physical Drives, Exported Volumes, Volumes, and so on. These templates contain system defined time interval, resolutions, and filters if any. Figure 2 illustrates the list of available templates. Templates offer - quick and easy access to the following types of reports: Real-time reporting Performance reports Histograms Capacity 5 6 Figure 2 Report templates To create a report, enter details in the following sections: General Objects Time Settings Chart Options Schedule Figure 3 Create report in HP 3PAR SSMC System Reporter 6 7 General This area is used for system selection, selecting report template, and report name. If more than one system is being monitored with SSMC, there is a drop down containing system names of each HP 3PAR StoreServ array. Figure 4, General customization illustrates selection options. By default, identification of the report chart being generated is populated in report name. The user can alter this value and if more than one array is being monitored, it is a best practice to alter the report name. The description field is not populated. It is optional to provide a description. Best practice always modify the report name to include a unique identifier for each chart. This customizes the report and allows the user to select the report template more than once. Figure 4 Create report General panel Objects There are three selections available. - All: Displays data for all objects of a given component. - Filter by objects: You can select specific objects and displays data for those objects. You can add or remove specific objects using the Add objects and Remove objects button. Figure 6 illustrates when you have performed Add objects operation. For example, provide data for only FC, NL drives. You can add or remove specific rules using the Add rules and Remove rules button. Figure 7 illustrates when you have performed Add rules operation. Figure 7 Create report Add rules and Remove Objects. Time Settings Time settings are fully dependent on selected object reporting. In general, time settings will make inquiries on the following attributes; each attribute can be customized to fit the - need in reporting. Report type - Time interval: Plots data over a period of time. - Specific time: Compares a large number objects specific to an instance of time. Time interval - Default: timeframe which is charted is defined by period under settings. - Custom date range: if selected, two independent boxes appear in the tool. When the cursor is placed within the box, a calendar will pop up to assist the user for date and time selection. From: Date and time by which start reporting. To: Date and time to end reporting. 8 9 Sampling: You have three choices of data sample by which to chart - Hi-res: Data collected at the frequency of every five minutes. - Hourly: Data collected at the frequency of every hour. - Daily: Data collected at the frequency of every day. Period: this setting only applies if the user selects Time interval as a report type and Default as the time interval. A drop down menu appears and the user can select a reporting time of one hour to one year. Figure 8 Create report Time Settings panel for Overtime and Specific time reports. Chart Options Chart options vary with each category of report templates. You can provide Group by, Order by and the charts that you wish to plot. You have to specify the Group by column and the objects are grouped by accordingly. Compare by is applicable only for overtime interval reports. Figure 9 Create report Chart options 9 10 An important aspect in chart creation is the ability to create charts on a scheduled basis. Scheduled reports created during a scheduled timeframe can be ed or displayed as a csv file or pdf. The following schedule patterns are supported. Once later Hourly Daily Weekly Advanced Figure 9 Create report Schedule Create Physical Drive Performance Report Example To create a physical drive performance report, follow these steps: 1. Select a storage system. 2. Click Select to select a template. For example Physical Drive Performance Statistics 3. Enter a report name and description. Figure 10 Select template in the create report dialog 10 11 In the Objects Panel, select one of the following options: All: Select to view performance data for all the objects. Filter by objects: Select for a subset of physical drives. For example Figure 11 Physical drives 0, 1, 2 and 5 are selected by clicking on Add objects and the performance data for those objects is displayed. To remove selected objects, click Remove objects. Filter by rules: Select to apply filters for physical drives. For example, Drive types FC and SSD are selected using Add rules. The performance data for FC and SSD is displayed. To remove a specific rule, click Remove rules. Figure 11 Filter by objects in create dialog Figure 12 Filter by rules in create dialog 11 12 In the Time settings and Chart objects For Versus time report 1. Enter a time range or select a period, for example last 30 days. 2. Select a resolution. For example, sampling resolution chosen is Daily. 3. Select the metrics to plot. For example, IOPs, Service time and Bandwidth. Figure 13 Time settings and chart options in create report dialog for Overtime reports 12 13 In the Time settings and Chart objects For At specific time report 1. Do one of the following: Select Most recent sample. Enter a Custom specific time. 2. Select a sampling resolution. 3. In the Chart options, select the number of top or bottom objects. For example, Top 20 is selected 4. Enter the Order by, for example Order the Top 20 objects by Total IOPs. 5. Select the metrics that will be plotted. For example IOPs, Service time and Bandwidth are selected. Figure 14 Time settings and chart options in create report dialog for Specific time reports 13 14 Create Threshold Alert Create Threshold Alert in ESR To Add alert rule, select the resolution, Metrics and provide the threshold values. You can also add an recipient when an alert is generated. Figure 15 Create alert in External System Reporter Create Threshold Alert in HP 3PAR SSMC Alert Template A key feature within System Reporter is pre-defined threshold alert templates. Templates are for different components like Physical Drives, Exported Volumes, Ports, etc. They contain system defined metrics, default threshold values, resolutions and filters if any. Figure 16 illustrates the list of available templates. Templates offer the user quick and easy access to the following types of severities: Critical Major Minor Info Figure 16 Alert templates 14 15 To create a threshold alert in HP 3PAR SSMC, enter details in the following sections. The Objects and Metrics panel in the Create dialog are unavailable until you select an alert template. Depending on template selection, Objects and Metrics panel are populated. 1. General 2. Objects 3. Metrics Figure 2 Create threshold alert dialog in HP 3PAR SSMC SR General This area is used for system selection, selecting threshold alert template. Figure 18, General customization, illustrates selection options. In this section, you can provide the following information. Name: Name of the threshold alert criteria. Severity: You can select the severity of the threshold alert criteria. The available severities are. - Critical - Major - Minor - Info Sampling: You have three choices of data samples, during sampling the system verifies if any of the configured threshold criteria has been met. - Hi-res: data collected and verified at the frequency of every five minutes - Hourly: data collected and verified at the frequency of every hour - Daily: data collected and verified at the frequency of every day Recurrence Pattern: You can specify the number times that the system should verify if the threshold criteria has been met. Example, in Figure 18, if this criteria is met for two times in last two samples then raise an alert. This is optional and disabled by default.In addition, you can provide the Alert on object count, that s if the number of objects specified in the section meets the threshold criteria only then the system generates an alert. This is disabled by default, which means no count is specified. If no count is specified then an alert will be generated for each object that meets the conditions. If a count is specified, only one alert can be possible, so long as X objects meet the conditions. Figure 19 Create threshold alert General panel Create Physical Drive Threshold Alert Example In the General Panel: 1. Select a storage system. 2. Click Select to select an alert template. Figure 40 Select alert template in Create threshold alert dialog 3. Enter a threshold alert Name, choose a resolution, and severity. 16 17 4. You can Enable or Disable notifications when an alert is raised. In the Objects Panel, select one of the following: All: The threshold criteria is applied to all the objects. Filter by objects: You can choose a subset of physical drives, for example physical drives 0, 1, 2 and 5 are selected by clicking on Add objects. The threshold criteria is applied to the selected objects. To remove a specific object(s), select the Remove objects button. Filter by rules: You can apply filters for physical drives For example drive types FC and SSD are selected by clicking on Add rules. The threshold criteria is applied for FC and SSD drives. To remove a specific rule(s), select the Remove rules button. In the Metrics panel: 1. Click on Add metrics. 2. Enter the threshold values. For the example, Total IOPs and Read IOPs are listed with threshold values as 1000 and 800 respectively. 3. To remove a specific metric, click Remove metrics. Figure 21 Metrics panel in create threshold dialog 17 18 Working with Excel Add-in The Microsoft Excel add-in is a separate installer. After installation a separate menu and ribbon is displayed for System reporter. 1. Enter the IP address and port number of the HP 3PAR SSMC Server. 2. Enter a user name and password for the HP 3PAR StoreServ storage system. 3. Click Connect to SSMC. All managed storage systems are displayed. 4. Select a storage system. 5. A list of reports supported for the selected system is displayed as seen below Note: Basic support for filters are provided, if a component supports filters then you can apply the same. 6. Select a resolution and time period. 7. Click Get Performance Data. The.csv of the performance data can be viewed by scrolling the excel sheet. 8. Click Get Configuration Data. You can get the configuration data of all the systems like Common provisioning groups, Virtual volumes and Hosts. Figure 22 Microsoft Excel Addin 18 19 Documentation and References HP 3PAR StoreServ Management Console information: HP 3PAR StoreServ Management Console 2.1 Administration Guide: For worldwide technical support information, see the HP support website: HP is committed to providing documentation that meets your needs. 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