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The Virtualization Industry Roadmap tracks the past and upcoming releases for all the virtualization products listed on the Radar. The Virtualization Industry Challenges report tracks the top 10 issues when embracing virtualization. The Virtualization Industry Predictions tracks all the forecasts of the leading analysis firms about the virtualization market for the next 5-10 years. Datacenter on Demand is an on-demand data center that virtualization professionals can rent and access remotely.
VMware published a free e-learning course, that we noticed yesterday thanks to Ntpro.nl, focused on vCenter Operations Manager. Describe the vCenter Operations Manager 5.0 vApp resource requirements and installation considerations.
Discuss the pre-installation tasks you need to complete before you install the vCenter Operations Manager 5.0 vApp. Recognize main function of the vCenter Operations Manager 5.0 dashboard and the major and minor badges. Discuss how to interpret the results of the vCenter Operations Manager major and minor badges.
Installing and Configuring vCenter Operations Manager discusses how to install and configure vCenter Operations Manager. Using the Dashboards and Badges explains the main function of the major and minor badges, how to interpret the badge results, and how to configure thresholds and notifications. Working with Smart Alerts and Reports covers how to configure and use smart alerts, how heat maps are used, and how to work with reports.
Containers’ security is one of the emerging topics in those companies moving this technology into production. Yesterday, Bellevue (WA) based company WinDocks, released version 1.0 of its homonymous Docker engine for Windows. Last week open source giant Red Hat announced the availability of version 3.6 of its KVM-based virtualization platform Red Hat Enterprise Virtualization (RHEV). Yesterday Docker announced to have acquired a semi-stealth startup called Conductant, focused on workloads orchestration.
Today Cisco announced the intent to acquire CliQr Technologies Inc., a privately held company based in San Jose, CA. Yesterday VMware announced version 7 of both its vCloud and vRealize suites, confirming its efforts to be relevant in the CMPs (Cloud Management Platforms) space.
Log Insight is a log aggregation, management and analisys tool, that VMware first introduced in 2013 and now is fiercely competing against Splunk. During Ignite 2015, back in September, Microsoft announced Microsoft Azure Stack as the building block for its hybrid cloud strategy.
Ansible is an IT automation tool especially popular within the developers’ community, thanks to its simplicity and agentless nature. Project management differs from operations or maintenance management because a project has a definite start and end point. With that idea in mind, the author introduces the project process and knowledge areas before going into detail on the knowledge areas in later chapters.
Key concepts are either recurring themes throughout the book or individual points made with a fairly general application. Projects have five general processes: initiating, planning, executing, controlling, and closing.
Projects have nine knowledge areas: integration, scope, time, cost, quality, human resources, communications, risk, and procurement.
Useful features are like pages, diagrams, or tables that one might bookmark and refer to later. Industrial Renaissance is dedicated to all subjects related to manufacturing excellence including health, safety, and environmental impact reduction, equipment and process reliability strategies, maintenance planning and execution, project management, and engineering. This chapter describes how to configure Performance Monitoring tools for Cisco DCNM-SAN and Device Manager.
Device Manager provides an easy tool for monitoring ports on the Cisco MDS 9000 Family switches. Device Manager checking for oversubscription on the host-optimized four-port groups on relevant modules. Device manager provides two performance views: the Summary View tab and the configurable monitor option per port. Performance Manager gathers network device statistics historically and provides this information using DCNM-SAN client and web browser.
With the Flow Configuration Wizard you can create host-to-storage, storage-to-host, or bidirectional flows.
The Performance Manager Configuration Wizard steps you through the process of creating collections using configuration files. The Performance Manager Configuration Wizard allows you to set up two thresholds that trigger events when the monitored traffic exceeds the percent utilization configured.
You must choose either absolute value thresholds or baseline thresholds that apply to all transmit or receive traffic defined in the collection.
As an example, the collection has absolute value thresholds set for 60% utilization (for warning) and 80% utilization (for critical). Baseline thresholds are defined for a configured time of day or week (1 day, 1 week, or 2 weeks).
Baseline thresholds create a threshold that adapts to the typical traffic pattern for each link for the same time window each day, week, or every 2 weeks. As an example, a collection is created at 4 pm on Wednesday, with baseline thresholds set for 1 week, at 150% of the average (warning) and 200% of the average (critical).
Table 11-3 shows two examples of 1-Gigabit links with different averages in our example collection and at what traffic measurements the Warning and Critical events are sent. Set these thresholds on the last screen of the Collections Configuration Wizard by checking the Send events if traffic exceeds threshold check box. You see all of the active ports on the switch, as well as the configuration options available from the Summary view shown in Figure 11-1.



Note that you can also display percent utilization for a single port by selecting the port and clicking the Monitor Selected Interface Traffic Util % icon. The configurable monitor per port option gives statistics for in and out traffic on that port, errors, class 2 traffic and other data that can be graphed over a period of time to give a real-time view into the performance of the port. Step 2 Right-click the port you are interested in and choose Monitor from the drop-down menu.
Step 3 Select a value from the Interval drop-down list to determine how often data is updated in the table shown here.
Step 4 Click a statistical value in the table then click one of the graphing icons to display a running graph of that statistic over time. Step 3 Select two values from the Bandwidth utilization thresholds drop-down lists, one value for the minor threshold and one value for the major threshold. The table shown updates each polling interval to show the statistics for all configured ISLs in the fabric. You can configure DCNM-SAN to gather historic and real time statistics of ISLs or End devices. Note Show Statics menu will be enabled only if you add the fabric to the Performance Manager collection. You can view Performance Manager statistical data using preconfigured reports that are built on demand and displayed in a web browser.
Step 1 Choose Performance > Reports to access Performance Manager reports from DCNM-SAN. This opens a web browser window showing the default DCNM-SAN web client event summary report. The Performance Summary page presents a dashboard display of the throughput and link utilization for hosts, ISLs, storage, and flows for the last 24-hour period. Click Host, Storage, ISL, or Flow to view traffic over the past day for all hosts, storage, ISLs, or flows respectively. Clicking a link in any of the tables opens a details page that shows graphs for traffic by day, week, month, and year. If you double-click a graph on a Detail report, it will launch the Cisco Traffic Analyzer for Fibre Channel, if configured.
You can monitor the performance of host-optimized port groups by selecting Performance > End Devices and selecting Port Groups from the Type drop-down list. Tip Name the reports with a timestamp so that you can easily find the report for a given day or week.
These Top10 reports differ from the other monitoring tables and graphs in Performance Manager in that the other data is continuously monitored and is sortable on any table column.
Note Top10 reports require analyzing the existing data over an extended period of time and can take hours or more to generate on large fabrics. See the a€?Creating SAN User Defined Reportsa€? section for information on creating a Top10 report.
Performance Manager works in conjunction with the Cisco Traffic Analyzer to allow you to monitor and manage the traffic on your fabric. A configured Fibre Channel Switched Port Analyzer (SPAN) destination (SD) port to forward Fibre Channel traffic.
A Port Analyzer Adapter 2 (PAA-2) to convert the Fibre Channel traffic to Ethernet traffic. Step 1 Set up the Cisco Traffic Analyzer according to the instructions in the Cisco MDS 9000 Family Port Analyzer Adapter 2 Installation and Configuration Note.
The IP address of the management workstation on which you are running Performance Manager and Cisco Traffic Analyzer. Step 4 Create the flows you want Performance Manager to monitor, using the Flow Configuration Wizard. Step 5 Define the data collection you want Performance Manager to gather, using the Performance Manager Configuration Wizard. Note For information on capturing a SPAN session and starting a Cisco Traffic Analyzer session to view it, refer to the Cisco MDS 9000 Family Port Analyzer Adapter 2 Installation and Configuration Note.
Note For information on viewing and interpreting your Performance Manager data, see the a€?Creating a Flow with Performance Managera€? section.For information on viewing and interpreting your Cisco Traffic Analyzer data, refer to the Cisco MDS 9000 Family Port Analyzer Adapter 2 Installation and Configuration Note. For performance drill-down, DCNM-SAN Server can launch the Cisco Traffic Analyzer in-context from the Performance Manager graphs.
The RRD files used by Performance Manager can be exported to a freeware tool called rrdtool.
You can export the RRD files used by Performance Manager to a freeware tool called rrdtool and export the collection to an XML file. Step 3 Right-click the name of the entity you want to export and select Export to Microsoft Excel. Step 1 Go to the installation directory on your workstation and then go to the bin directory.
The SAN Health Advisor tool is a utility that used to monitor the performance and collect the statistics. When you start SAN Health Advisor tool, it runs in wizard mode, and prompts for inputs such as seed switch credentials, IP address of the server to which the data to be sent and all the necessary information for the software setup. Step 7 Click the Performance Collection check box to enable the process to run for 24 hours. A project is constrained by a start date, an end date, and a finite number of financial, physical, and human resources available to complete the objective. This tool gathers statistics at a configurable interval and displays the results in tables or charts.
Right-click the port group on a module and choose Check Oversubscription from the pop-up menu.
These event triggers can be set as either Critical or Warning events that are reported on the DCNM-SAN web client Events browser page. Click the Use absolute values radio button on the last screen of the Performance Manager Configuration Wizard to configure thresholds that apply directly to the statistics gathered. If Performance Manager detects that the traffic on a 1-Gigabit link in its collection exceeds 600 Mbps, a warning event is triggered.


The baseline is created by calculating the average of the statistical results for the configured time each day, week, or every 2 weeks.
Baseline thresholds are set as a percent of the average (110% to 500%), where 100% equals the calculated average. Performance Manager recalculates the average for each link at 4 pm every Wednesday by taking the statistics gathered at that time each Wednesday since the collection started. The table updates each polling interval to show an overview of the receive and transmit data for each active port on the switch. These ISL statistics include receive and transmit utilization, bytes per second, as well as errors and discards per ISL.
These statistics include receive and transmit utilization, bytes per second, as well as errors and discards per ISL or end device.
These reports provide summary information as well as detailed statistics that can be viewed for daily, weekly, monthly, or yearly results. The summary provides a quick overview of the fabrica€™s bandwidth consumption and highlights any hotspots. Use the navigation tree on the left to show summary reports for monitored fabrics or VSANs.
A table lists all of the selected entities, showing transmit and receive traffic and errors and discards, if appropriate. The aliases associated with hosts, storage devices, and VSANs in the fabric are passed to the Cisco Traffic Analyzer to provide consistent, easy identification. To view problems and events in DCNM-SAN Web Server, choose a fabric and then click the Events tab to see a summary or detailed report of the problems and events that have occurred in the selected fabric.
These reports list the entities from the data collection, with the most active entities appearing first. Check the types of items you want to collect information for (Hosts, ISLs, Storage Devices, and Flows). Review the data collection on this and the next section to make sure this is the data you want to collect.
If you change the data collection configuration parameters during a data collection, you must stop and restart the collection process for your changes to take effect.
Do not attempt to generate a report in Performance Manager during the first five minutes of collection. The aliases associated with hosts, storage devices, and VSANs are passed to the Cisco Traffic Analyzer to provide consistent, easy identification. Cisco MDS SAN-OS Release 2.1(1a) introduces the inability to export data collections in comma-separated format (CSV). This book can be contrasted with the AMA Handbook of Project Management by Paul Dinsmore, which is for experienced and professional project managers. Real-time performance statistics are useful for dynamic troubleshooting and fault isolation within the fabric. These statistics show the performance of the selected port in real-time and can be used for performance monitoring and troubleshooting. The flows created become part of the collection options in the Performance Manager Configuration Wizard. These statistics, as a percent of the total link capacity, are compared to the percent utilization configured for the threshold type.
Table 11-2 shows an example of the statistics used to create the baseline value for a collection defined at 4 pm on a Wednesday. Using this as the new average, Performance Manager compares each received traffic statistic against this value and sends a warning or critical event if the traffic on a link exceeds this average by 150% or 200% respectively.
The first value is the warning level and the second value is the critical threshold level for event reporting.
The details page also displays graphs for errors and discards if they are part of the statistics gathered and are not zero. This is a static, one-time only report that generates averages and graphs of the data collection as a snapshot at the time the report is generated. In a situation where the tool fails to collect the data, it generates a report with an error message or exception. Real-time statistics gather data on parts of the fabric in user-configurable intervals and display these results in DCNM-SAN and Device Manager. For a selected port, you can monitor any of a number of statistics including traffic in and out, errors, class 2 traffic, and FICON data. See the a€?Information About Performance Managera€? section for an overview of Performance Manager. If the statistics exceed either configured threshold, an event is shown on the DCNM-SAN web client Events tab. Each pie chart shows the percent of entities (links, hosts, storage, ISLs, or flows) that measure throughput or link utilization on each of six predefined ranges. You can export these readable data collections either from the DCNM-SAN Web Services menus or in batch mode from the command line on Windows or UNIX.
After sending the reports the tool automatically uninstalls itself and terminates all the processes that it established on the host machine. You can set the polling interval from ten seconds to one hour, and display the results based on a number of selectable options including absolute value, value per second, and minimum or maximum value per second. Move the mouse over a pie chart section to see how many entities exhibit that range of statistics. Tables for each category of statistics display average and peak throughput values and provide hot-links to more detailed information.
Double-click any pie chart to bring up a table of statistics for those hosts, storage elements, ISLs, or flows.
These are one-time reports that generate averages and graphs of the data collection as a snapshot at the time the report is generated.



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