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Course Content
UIPath Course Syllabus
The user Interface
Workflow Designer Panel
Types of Workflows
Variables
Arguments
Imported namespaces
Controlled Activities
Recording
UI Elements
Data Scraping
Selectors
Image and Text Automation
Automating Terminals and Mainframes
Databases Connections
About ORCHESTRATOR
The user Interface
Workflow Designer Panel
Types of Workflows
Variables
Arguments
Imported namespaces
Controlled Activities
Recording
UI Elements
Data Scraping
Selectors
Image and Text Automation
Automating Terminals and Mainframes
Databases Connections
About ORCHESTRATOR
Blue Prism course syllabus
Process Studio
Process Flow
Process Inputs and Outputs
Business Objects
Object Studio
Overview of Error and case Management
Case Management
Additional Features
Consolidation Exercise
Advance Features
Application Types
Architecture
Dashboard and Task Editor
Types of Bots
Task Bots and Recording
Types of Automation
Commands
Advanced Features
Control Room
Other Features
Plug-In and Settings
Oracle Hyperion Planning
Planning Architecture
Planning Business Process
Planning Business Scenario
Interface: Overview
Launching the Simplified Interface
Planning Application: Overview
Application Framework
Planning Dimensions
Aggregate Storage Databases
Data Block Creation Process
Aggregation, Storage, and Calculation Options
Application Creation Process
Managing Data Sources
Creating Simple Applications
Creating Advanced Applications
Refreshing Essbase Databases
Adding Plan Types
Building Dimension Hierarchies
Performance Settings and Data Type Evaluation Order
Accessing Dimensions Information
Managing Dimensions in the Simplified Interface
Managing Dimensions in EPM Workspace
Managing Dimensions in Smart View
Creating Aliases
Adding Currencies
Customizing Time Periods
Scenarios and Versions
Creating Scenarios
Creating Versions
Entities: Overview
Adding Entities
Deleting Entities
Accounts: Overview
Account Types and Time Balance Properties
Saved Assumptions
Data Types and Exchange Rate Types
Adding and Aggregating Accounts
Metadata Load Options
Creating Metadata Load Files
Exporting Metadata
Importing Metadata
DRM Metadata Load Process
Application Management
Creating Member Formulas
User-Defined Dimensions
Attribute Dimensions
Adding User-Defined Attributes
Smart Lists: Overview
Enabling the Simplified Interface
Customizing Interface Appearance
Currencies and Exchange Rates
Creating Exchange Rate Tables
Currency Conversion Calculation Scripts
Data Load Options
Managing Planning Data
Exporting Data
Importing Data
FDMEE Data Load Process
Data Calculations
Planning Security: Overview
User and Group Provisioning in Shared Services
Specifying Advanced Settings
Assigning Access Permissions
Forms: Overview
Form Components
Creating Simple Forms
Creating Composite Forms
Exporting and Importing Forms
Creating Complex Forms
Specifying Application Settings
Specifying User Variables
Setting Individual Display Options
Creating Menus
Creating Formula Rows and Columns
Building Validation Rules
Navigating Forms
Submitting Data in Forms
Filtering Data
Sorting Data
Spreading Data
Adjusting Plan Data
Adding Annotations to Plan Data
Clearing Cell Details
Working with Ad Hoc Grids
Business Rules: Overview
Determining Calculation Requirements
Launching Calculation Manager and Rule Components
Managing Views
Creating Business Rules and Rule Sets
Validating and Deploying Rules
Assigning Business Rule Security
Launching Business Rules
Approvals: Overview
Creating Planning Unit Hierarchies
Assigning Scenario and Version Combinations
Synchronizing Planning Unit Hierarchies
Exporting and Importing Planning Unit Hierarchies
Updating the Promotional Path with Validation Rules
Approvals Dashboard
Planning Unit Approval States
Reviewer Actions
Impact of Entity Hierarchy on the Review Process
Managing the Review Cycle
Viewing and Resolving Validation Errors
Copying Data Between Versions
Copying Data
Task Lists: Overview
Navigating Task Lists
Task List Creation Process
A: Creating Applications in Performance Management Architect
Case Study
This Oracle Essbase 11.1.2 training teaches you the principal techniques and theories to design Essbase block storage databases. Block storage databases are deployed independently for budgeting, forecasting and planning, and as the underlying data storage and analytic engine for Hyperion Planning applications.
Create block storage databases
Create dimensions using rules files
Load data using rules files
Analyze data with Smart View
Describe multidimensional calculation
Create basic database calculations
Analyze dimension attributes
Analyze non-numeric data
Multidimensional Analysis
Oracle’s Enterprise Performance Management System
Oracle BI Foundation Suite
Essbase Production Environment Components
Essbase Implementation Process
Analyzing and Planning Implementations
Creating Applications and Databases
Creating Outlines
Describe block storage calculations
Describe the default database calculation order
Describe data blocks
Describe when to deploy aggregate storage, block storage, or a combined solution
Convert block storage to aggregate storage
Create, load, and pre-aggregate aggregate storage databases
Employ database partitioning in combined block/aggregate storage solutions
Write member formulas using MDX
Perform management tasks for aggregate storage databases
Partition block and aggregate storage databases
Describe and implement aggregate storage design best practices
Describe multiple hierarchies and the use of Shared Members
Data Descriptor Dimensions Overview
Designing Time Dimensions
Designing Scenario Dimensions
Outline Calculations
Designing Accounts Dimensions
Testing Outline Calculations
Creating Member Aliases
Dimension Types
Creating Period-to-Date Totals
Dynamic Calc Members
Enhancing Accounts Dimensions
Optimizing Data Storage
Business View Dimensions Overview
Attributes in Database Design
Combining Business Views
Developing Label Outlines
Rules Files Overview
Creating Dimension Build Rules Files
Configuring Dimension Maintenance Settings
Advanced Dimension Build Rules Files Overview
Creating Shared Members
Manipulating Fields
Creating User-Defined Attributes
Creating Attribute Dimensions with Rules Files
Data Load Overview
Creating Data Load Rules Files
Selecting and Rejecting Records
Capturing New Members
Navigating Smart View
Connecting to Data Sources
Creating Ad Hoc Grids
Setting the Point of View
Associating Data Sources with Worksheets
Creating Free-Form Grids
Updating Essbase Data
Integrating Essbase Data with Microsoft Office
Creating Shared Database Perspectives
Creating Custom Reports
Calculation Overview
Database Calculation Order
Data Block Fundamentals
Data Blocks and the Index System
Interpreting Database Statistics
Data Block Creation
Database Calculation Process
Calculation Script Organization
Returning Correct Calculation Results
Troubleshooting CALC DIM Processes
Top-Down Calculation
Focusing Calculations with FIX Statements
Calculating Conditionally with IF Statements
Performance Considerations
Referencing Members Explicitly
Referencing Members Dynamically
Creating Calculation Variables
Implementing a Script Development Process
Upper-Level Data Loads
Intelligent Calculation
Allocating Data
Planning Data Normalization
Normalizing Rates and Drivers
Copying and Clearing Data
Attribute Dimensions Overview
Adding Attribute Dimensions to Outlines
Design Considerations
Varying Attributes Overview
Creating Varying Attributes
Viewing Varying Attribute Data
Typed Measures Overview
Enabling Typed Measures
Creating Text Measures
Creating Date Measures
Viewing Typed Measures
Calculations Based on Typed Measures
Describe the file Essbase.cfg and its settings
Describe the file Essbase.sec and its settings
Identify and interpret Essbase log files
Manage Essbase security via Administration Services
Manage Essbase security via Shared Services
Back up and recover Block Storage Databases
Automate database processes with MaxL
Describe and use substitution variables and location aliases
FDMEE Overview Key
Benefits and Features of FDMEE
FDMEE Integration Process
Processing Data Overview
Accessing and Navigating in FDMEE
Integration Setup Overview
Setting Up the Application Root Folder
Defining Profiles
Setting Up Source Systems
Registering Target Applications
Import Formats Overview
Creating Import Formats
Defining Import Format Mappings
Skipping Lines in Import Files
Concatenating Fields
Adding Import Expressions
Locations Overview
Adding Locations
Setting Location Details and Integration Options
Periods and Categories Overview
Defining Period Mappings
Defining Category Mappings
Point of View Overview
Data Load Mappings Overview
Defining Data Load Mappings
Explicit Mappings
Mapping Rules
Processing Order
Building Maps Externally
Importing Mappings
Sharing Mappings
Data Load Rules Overview
Defining Data Load Rules for File-Based Data Loads
Loading Data into Multiple Periods
Running Data Rules and Checking Rule Status
Viewing Imported Data
Scheduling Data Load Rules
Processing Data Overview
Importing Source Data
Validating Dimension Mappings
Fixing Validation Errors
Intersection Check Reports
Managing Data
Loading Data to Target Applications
Drilling Through from Target Applications
Check Rules and Reports Overview
Creating Check Rule Groups and Check Rules
Assigning Check Rules to Locations
Verifying Check Rules
Check Entities Overview
Creating Check Entity Groups
Verifying Consolidations
Batch Processing Overview
Adding Batch Definitions
Defining Batch Parameters
Executing Batches
Creating and Executing Open Batches
Scheduling Batches
Executing Batch Scripts
FDMEE Reports Overview
Running Reports
Reviewing and Adding Query Definitions
Generating XML Files
Creating Report Templates
Adding Report Definition
FDMEE Security Overview
Setting Up FDMEE Security
Defining Role, Report, and Batch Security
Location Security
Assigning Users to Groups in Shared Services
Provisioning Users in Shared Services
Scripting in FDMEE Overview
Accessing Script Editor
Creating Import Scripts
Assigning Import Scripts to Import Formats
Applying Import Script Functions
Using Temporary Variables in Import Scripts
Mapping Scripts Overview
Setting Up Mapping Scripts
Event Scripts Overview
Creating Event Scripts
Changing Import Formats Dynamically
Using the File System Object in Event Scripts
GL Integration Overview
Registering ERP Source Systems
Selecting Source Accounting Entities
Creating Import Formats for Accounting Entities
Setting Up the Integration for Source Systems
Drilling Through to Source Data
Importing Source Data from the Open Interface Table
This course teaches you how to to set up and manage the Account Reconciliation Manager module of Financial Close Management.
You create reconciliation formats and account profiles, create periods, load account balances and currency rates intoperiods, perform account reconciliations, and monitor account reconciliation workflow.
Learn to:
Create reconciliations formats
Create account profiles
Define reconciliation workflow
Create periods and load balances
Perform reconciliations and monitor the reconciliation process
Configure system settings for account reconciliations
A Live Virtual Class (LVC) is exclusively for registered students; unregistered individuals may not view an LVC at any time. Registered students must view the class from the country listed in the registration form. Unauthorized recording,copying, or transmission of LVC content may not be made.
Configure system settings for account reconciliations
Create reconciliations formats
Define reconciliation workflow
Create periods
Load account balances
Perform reconciliations
Monitor reconciliation workflow using the dashboard and list views
Create report binders
Creating Frequencies
Setting Up Currency Translation
Setting Up Account Profile Segments
Setting Up Aging Profiles
Setting Up System Attributes
Life cycle Management
Users and Groups
Assigning Security Roles
Viewing Provisioning Reports
Configuring Power User Security
Enabling Security Auditing
Reconciliation Methods
Creating Custom Attributes
Creating Reconciliation Formats
Adding Instructions
Adding Questions
Setting Profile Properties
Adding Instructions
Setting Up Workflow
Setting up Currency
Adding Commentators and Viewers
Importing and Exporting Account Profiles
Creating Basic and Advanced Filters
Bulk Updating of Account Profiles
Creating Periods
Copying Account Profiles into Periods
Identifying Missing Profiles
Identifying Invalid Profiles
Updating Reconciliations
Deleting Periods
About ERPi and Account Reconciliation Manager
Data Load Sources
Drill Through and Summarization
ERPi Locations
Data Load Process
Running Data Loads
Viewing Warnings
Entering Currency Rates
Opening Periods
Adding Transactions to Reconciliations
Submitting Reconciliations
Reviewing and Approving Reconciliations
Closing and Locking Periods
Viewing Reconciliations and Transactions in List Views
Viewing Reconciliations in the Dashboard
Customizing the Dashboard
Creating Report Binders
Viewing Report Binders
Understanding the process
Overview of ARCS
Creating Reconciliations
Checking for Missing Reconciliations
Preparing Account Reconciliations
Viewing Reconciliation Summary Headers
Creating Filters and Saving Views
Importing Data Using Data Management
Importing Pre-mapped Data
Amortizing or Accreting Transactions
Editing, Copying, and Deleting Transactions
Changing a Period's Status
Closing and Locking Periods
Submitting, Approving or Rejecting Reconciliations
Performing Team Reconciliations
Performing Summary Reconciliations
Generating Predefined Reports
Generating Custom Reports
Creating a Query
Creating a Template
Setting Up A Report Group
Setting Up a Report Definition
Generating the Report
Using Report Binders
Generating Report Binders
Viewing Report Binders
Managing Reassignment Requests
Requesting Reassignments
Requesting a Reassignment for One Reconciliation
Requesting a Reassignment for Multiple Reconciliations
Reassigning Preparers and Reviewers
Updating Reconciliation Attributes
Reopening Reconciliations
Migrating Using EPM Automate Utility
Creating Calendars
Creating Reconciliation Types
Defining Data Sources
Defining the Match Process
Using EPM Automate for Administrative Tasks
Migrating to the Same or a Different Environment
Migrating Using EPM Automate Utility
Course Objectives:
By the end of this course, you should be able to:
Identify the components of a Data ONTAP storage environment
Install and set up a Data ONTAP cluster
Perform basic administration on a storage system
Configure physical and logical storage
Configure client protocols for a simple environment
Describe Snapshot copies and space consumption in Data ONTAP
Discuss backup methods that are available in Data ONTAP
Describe the process of upgrading Data ONTAP
Describe NetApp protection technology and the NetApp integrated data-protection
solutions that are supported in Clustered Data ONTAP 8.3
Design, implement and manage Snapshot copies
Design, implement and manage Clustered Data ONTAP 8.3 SnapMirror replication
Design, implement and manage Clustered Data ONTAP 8.3 SnapVault replication
Use OnCommand System Manager to set up and manage backup and restore operations
Understand how to implement the NDMP protocol in Clustered Data ONTAP 8.3
Detailed Course Outline:
Module 1: Exploring Data ONTAP Storage Fundamentals
Overview of clustered Data ONTAP and Data ONTAP 8.3 enhancements
Scaling Methods
Administrative User Interfaces
Module 2: Hardware and Initial Setup
FAS Hardware
Setting up the Cluster
Module 3: Initial Storage System Configuration
Role-Based Access Control
Licensing
Policies and Schedules
Network Time Protocol
The AutoSupport Tool
Module 4: Storage Management
Data ONTAP Storage Architecture
Data ONTAP File System
Virtual Storage Tier
Data ONTAP Physical Storage Configuration
Data ONTAP FlexVol Configuration
Module 5: Network Management
Network Ports
IPSpaces
Network Interfaces
Non-disruptive LIF Configuration
Network Management
Network Load Balancing
Module 6: Implementing NAS Protocols
File System Structure
Deploying NFS
Windows File Services
Module 7: Implementing SAN Protocols
Basic SAN Implementation
SAN Configuration and Multi-pathing
LUN Access
Module 8: Snapshot Copies
Defining Snapshot Technology
Managing Snapshot Space Usage
Creating Snapshot Copies
Restoring Data from a Snapshot Copy
Module 9: Managing Storage Space
Thin Provisioning
Deduplication and Compression
FlexClone Volumes
Quotas
Volume Moves in Clustered Data ONTAP
Growing Aggregates
Automatic Space Management
Module 10: Data Protection
Storage Failover Management
SnapMirror
SnapVault
MetroCluster
Netapp Data Protection Interfaces
Module 11: Monitoring Your Storage System
Monitor Your Cluster
Event Management
Determine System Health
Display Utilization and Performance Information
Performance and Statistics Collector
Manage Logs and Core Files
Module 12: Upgrading and Transitioning to Clustered Data ONTAP
Non-Disruptive Upgrades
Transition Fundamentals
Module 13: Bonus Material (Optional)
Infinite Volumes
Engaging NetApp Support
Module 14: Data Protection with NetApp Snapshot Copies
Data Protection with NetApp Snapshot Copies
Snapshot Copy Design Criteria
Implementing a Snapshot Copy Solution
Monitoring and Managing Snapshot Copies
Restoring Data from Snapshot Copies
Snapshot Copy Advanced Topics
Module 15: NetApp Replication Technologies
Data ONTAP Replication Technology
Design Criteria for SnapVault and SnapMirror Relationships
Policies and Volume Types
Implementing Cluster and SVM Peering
Initial Transfer and Updates
Module 16: Using SnapMirror for Data Protection
SnapMirror Technology
Implementing SnapMirror Relationships
SnapMirror Failover and Resync
SnapMirror Advance Topics
Module 17: SnapVault Backup and Recovery
SnapVault Technology
Implementing SnapVault
Restoring Data SnapVault
SnapVault Advanced Topics
Monitoring and Managing SnapVault and SnapMirror
Module 18: Data Protection using NDMP
NDMP Technology
Design Criteria for NDMP Solutions
Managing Node-Scoped NDMP
Managing SVM-Scoped NDMP
Labs
Connect to the ClusterShell
Connect to the command shell and explore the command hierarchy
Review Command options
Compare privilege levels
Use partial commands and complete commands with the tab key
Log in to the Cluster2 with OnCommand System Manager
Explore the resources in the OnCommand System Manager
Explore package licensing
Configure time and time zone
Create a new aggregate
Add disks to the aggregate
Use System Manager to create an aggregate
Create a flexible volume
Use System Manger to create a flexible volume
Explore network resources and create an interface group
Create a VLAN
Create a new IPspace
Create a subnet for the default IPspace
Explore failover groups and policies
Configure an SVM to serve CIFS and NFS
Create a NAS data LIF
Migrate and rehome a NAS data LIF
Create an export policy
Export a volume
Verify and create CIFS shares
Access your CIFS share from a Windows client
Access your data volume from an NFS client
Verify MPIO configuration
Check the iSCSI software initiator name
Use NetApp System Manager to create an SVM for iSCSI
Configure the iSCSI software initiator (in Windows)
Access the iSCSI-attached LUN on the Windows host
Explore Snapshot configuration in System Manager
Navigate the .snapshot directory from an NFS client
Explore thin provisioning and storage efficiency
Perform a volume move
Create and initialize snapmirror replications
Compare data-protection mirror replication times
Add volumes and files to a replicated namespace
Schedule periodic snapmirror replications
Promote a load-sharing mirror
Access system logs with a web browser
Configure AutoSupport messages
Prepare the storage environment on Cluster1 and Cluster2
Create a job schedule
Create a Snapshot policy
Assign a Snapshot policy to a FlexVol volume
Restore volume data from Snapshot copies
Restore previous versions
Configure network connectivity to allow cluster peering
Configure Cluster peering
Create a volume to be used for a SnapMirror source
Create a SnapMirror relationship
Verify data transfer
Simulate a source volume failure
Break the SnapMirror relationship
Perform a SnapMirror reverse resynchronization
Restore the original SnapMirror relationship
Create a new FlexVol volume on a destination SVM
Create a new schedule on Cluster2
Create a SnapShot policy on the source SVM and volume
Create a SnapVault policy on the destination SVM
Create the SnapVault relationship and perform an initial transfer
Confirm the SnapVault data transfer
Perform a manual SnapVault update
Restore SnapVault data
Course Objectives:
By the end of this course you should be able to:
Identify the various components of a NetApp storage environment
Install and perform the setup configuration of Data ONTAP
Perform basic administration on a storage system
Explain and configure physical and logical storage
Identify and configure client protocols
State virtualization techniques available in Data ONTAP
Describe Snapshot copies and space consumption in Data ONTAP
Discuss backup methods available in Data ONTAP
Detailed Course Outline:
Module 1 The NetApp Storage Environment
Identify the key features and functions of NetApp storage systems
Describe the advantages that a NetApp storage system provides
Distinguish between network-attached storage (NAS) and SAN topologies
Describe NetApp Unified Storage Architecture
Access the NetApp Support site to obtain software and hardware documentation
Module 2 WAFL Simplified
Describe how data is written to and read from WAFL (Write Anywhere File Layout) file
system on a volume
Explain the WAFL file system concepts, including consistency points (CPs), RAID
management, and storage levels
Describe how RAID is used to protect disk data
Explain how the WAFL file system processes write and read requests
Module 3 Basic Administration
Connect remotely to a FAS system by using the console and a remote host
Access NetApp System Manager to administrator a storage system
Execute commands by using the console, a remote host and NetApp System Manager
Use commands to analyze a FAS system
Configure and manage the NetApp AutoSupport tool for a FAS system
Module 4 Physical Storage
Describe Data ONTAP RAID technology
Identify a disk in a disk shelf based on its ID
Execute commands to determine a disk ID
Identify a hot-spark disk in a FAS system
Describe the effects of using multiple disk types
Create a 32-bit aggregate and a 64-bit aggregate
Execute aggregate commands in the Data ONTAP operating system
Calculate usable disk space
Module 5 Logical Storage
Explain the concepts related to volumes in the Data ONTAP operating system
Define and create a flexible volume
Execute vol commands
Define and create qtrees
Module 6 Administration Security
Restrict administrative access
Restrict console and NetApp System Manager access
Configure a client machine as an administration host to manage a storage system
Module 7 Networking
Identify the configuration of network settings and components in the Data ONTAP
operating system
Explain and configure name resolution services
Configure routing tables in the Data ONTAP operating system
Define and create interface groups
Discuss the operation of virtual LANs (VLANs) and how to route them
Module 8 NFS
Explain NFS implementation in the Data ONTAP operating system
License NFS on a storage system
Explain the purpose and format of /etc/ exports
List and define the export specification options
Describe the use of the exportfs command
Mount an export on a UNIX host
Module 9 CIFS
Describe the CIFS environment
Configure the storage system to participate in the CIFS environment
Share a resource on the storage system
Map a drive from a client to the shared resource on the storage system
Module 10 NAS Management
List some security methods for protecting data
Explain and configure a security style setting for a volume and a qtree
Describe methods of tracking and restricting storage usage
Explain, create, and manage quotas
Explain and configure the Data ONTAP FPolicy file-screening policy
Module 11 SAN
Explain the purpose of a SAN
Identify supported SAN configurations
Distinguish between Fibre Channel (FC), Fibre Channel over Ethernet (FCoE) and iSCSI
protocols
Define a LUN and explain LUN attributes
Use the LUN setup command and NetApp System Manager to create iSCSI-attached
LUNs
Access and manage a LUN from a Windows host
Define SnapDrive data management software and its feature
Module 12 Snapshot Copies
Describe the function of Snapshot copies
Explain the benefits of Snapshot copies
Identify and execute Snapshot commands
Create and delete Snapshot copies
Configure and modify Snapshot options
Explain the importance of the .snapshot directory
Describe how Snapshot technology allocates disk space for volumes and aggregates
Schedule Snapshot copies
Configure and manage the Snapshot copy reserve
Module 13 Space Management
List the storage efficiency techniques that are available within the Data ONTAP
operating system
Identify the factors that impact space consumption in the Data ONTAP operating system
Describe how and when a volume consumes space from the aggregate that contains it
Explain how to guarantee writes for a file
Explain how the Data ONTAP operating system can provide space to a full volume
Identify the deduplication and compression techniques that are available in the Data
ONTAP operating system
Module 14 High-Availability
Describe high-availability (HA) solutions
Discuss how HA increases the reliability of storage
Define HA controller configuration
Describe the three modes of HA operation with an HA pair
Analyze how HA affects clients protocols during failover and giveback operations
Module 15 Virtualization Solutions
Describe how to virtualize a storage controller by using MultiStore software
Configure MultiStore software
Assign client protocols on MultiStore software
Module 16 Backup and Recovery Methods
List the methods available to back up and recover data
Use ndmpcopy to process full and incremental data transfers
Discuss dump and restore
Describe, enable, and configure Network Data Management Protocol (NDMP) on a
storage system
Module 17 Data Collection Tools
Use the sysstat, stats, and statit commands
Describe the factors that affect RAID performance
Execute commands to collect data about write and read throughputs
Execute commands to verify the operation of hardware, software, and network
components
Identify commands and options that are used to obtain configuration and status
Module 18 Data ONTAP Upgrades
Access the NetApp Support site for the following documents:
o Data ONTAP Upgrade Guide
o Data ONTAP Release Notes
Use a configuration worksheet to collect data for installation
Describe how to perform Data ONTAP software upgrades and reboots
Use the setup command to configure a storage system
Lab Exercises:
Lab 1-1 Identify the exercise environment
Lab 1-2 Explore the NetApp support site
Lab 2-1 Explain how the Data ONTAP operating system writes data
Lab 2-2 Explain how the Data ONTAP operating system reads data
Lab 3-1 Log in to the exercise environment
Lab 3-2 Install System Manager
Lab 3-3 Add a storage system to NetApp System Manager
Lab 3-4 Use the CLI to access a storage system
Lab 3-5 Explore the Help command and privilege levels
Lab 3-6 List the options on a storage system
Lab 3-7 From the CLI, examine the system configuration of a storage system
Lab 3-8 Use NetApp System Manager to configure DNS
Lab 3-9 Use system manager to configure the AutoSupport tool
Lab 4-1 Exploring the current disk configuration
Lab 4-2 Understand the impact of disk scrub on a storage system
Lab 4-3 Run the storage configuration wizard
Lab 4-4 Use NetApp system manager to create a 64-bit aggregate
Lab 4-5 Use the CLI to create a 64-bit aggregate
Lab 4-6 Use the CLI to create a 32-bit aggregate and upgrade to 64-bit
Lab 4-7 Cause a disk to fail
Lab 4-8 Add disks to an aggregate
Lab 5-1 Use system manager to create a volume
Lab 5-2 Resize a volume
Lab 5-3 Delete a volume
Lab 5-4 Create qtrees
Lab 5-5 Delete qtrees
Lab 6-1 Create an administrative user account
Lab 6-2 Use the CLI to configure administrative security
Lab 6-3 Log in with a new user account
Lab 7-1 Use the System Manager to configure network settings
Lab 7-2 Use the CLI to configuration network settings
Lab 7-3 Use the CLI to create a single-mode interface group
Lab 7-4 Use the CLI to create a multimode interface group
Lab 8-1 Use NetApp System Manager to license NFS
Lab 8-2 Use NetApp System Manager to export a volume
Lab 8-3 Use the CLI to export a volume
Lab 8-4 Mount exports from an administration host
Lab 9-1 Use NetApp System Manager to license CIFS service
Lab 9-2 Use NetApp System Manager to configure CIFS service
Lab 9-3 Create a window domain user
Lab 9-4 Use the CLI and NetApp System Manager to view and create shares
Lab 9-5 Create a new share with computer management
Lab 9-6 Map shares to drive letters
Lab 9-7 Modify user permissions
Lab 9-8 Display CIFS sessions
Lab 9-9 Configure SMB 2.0 protocol
Lab 9-10 Terminate CIFS sessions
Lab 10-1 Create and manage quotas
Lab 10-2 Create a quota report
Lab 10-3 Modify the /etc/quotas file and implement quota changes
Lab 10-4 Use the CLI to create qtrees and quotas for the qtrees
Lab 10-5 Create a native file-blocking policy
Lab 11-1 License and start the iSCSI service
Lab 11-2 Configure iSCSI on Windows Server 2008 R2
Lab 11-3 Use NetApp System Manager to create a LUN
Lab 11-4 Use the CLI to create a LUN
Lab 11-5 Access LUNs from Windows Server 2008 R2
Lab 11-6 Nondistributively move a volume that contains a LUN
Lab 12-1 Use NetApp system manager to create a SnapShot copy
Lab 12-2 Restore a windows file from a SnapShot copy
Lab 12-3 Restore a Linux file from a SnapShot copy
Lab 12-4 Use NetApp system manager to manage SnapShot copies
Lab 12-5 Restore a file by using the windows previous version tool
Lab 12-6 License and configure SnapRestore technology
Lab 12-7 Revert a volume using SnapRestore technology to restore a volume
Lab 12-8 Use SnapRestore technology to restore a file
Lab 13-1 Explore volume space consumption
Lab 13-2 Explore file space consumption
Lab 13-3 Configure deduplication
Lab 15-1 Create two MultiStore systems with separate IP aliases
Lab 15-2 Create a CIFS share on a MultiStore system
Lab 15-3 Create an iSCSI LUN on a MultiStore system
Lab 16-1 Copy a volume by using the NDMPCOPY command
Lab 17-1 Identify the commands that you can use to troubleshoot and solve problems
Lab 17-2 Run the statit command on a storage system
Lab 17-3 Run the stats command on a storage system
Audience:
Microsoft Windows system administrators who need to quickly learn core Red Hat
Enterprise Linux proficiencies:
System administrators, network administrators, and other IT professionals who require
proficiency performing core tasks in Linux Non-Linux IT professionals on the path to becoming
full-time Linux system administrators
Prerequisites:
Previous operating system administration experience is helpful but not required
Course Content:
• Graphical installation of Linux
• Managing physical storage
• Introduction to the command line
• Learning how to install and configure local components and services
• Establishing network and securing network services
• Managing and securing files
• Administrating users and groups
• Deploying file sharing services
• Network configuration and troubleshooting
• Managing file systems and logical volumes
• Controlling user and file access
• Installing and managing services and processes
• Essential command line operations
• Troubleshooting
Course Outline:
Unit 1: Get Started with the GNOME Graphical Desktop
Objective: Get started with GNOME and edit text files with gedit
Unit 2: Manage Files Graphically with Nautilus
Objective: Manage files graphically and access remote systems with Nautilus
Unit 3: Get Help in a Graphical Environment
Objective: Access documentation, both locally and online
Unit 4: Configure Local Services
Objective: configure the date and time and configure a printer
Unit 5: manage physical storage i
Objective: Understand basic disk concepts and manage system disks
Unit 6: Manage Logical Volumes
Objective: Understand logical volume concepts and manage logical volumes
Unit 7: Monitor System Resources
Objective: Manage CPU, memory, and disk utilization
Unit 8: Manage System Software
Objective: Manage system software locally and using Red Hat Network (RHN)
Unit 9: Get Started with Bash
Objective: Understand basic shell concepts, execute simple commands, and use basic job control
techniques
Unit 10: Get Help in a Textual Environment
Objective: Use man and info pages and find documentation in /usr/share/doc
Unit 11: Establish Network Connectivity
Objective: Understand basic network concepts; configure, manage, and test network
Unit 12: Administer Users and Groups
Objective: Manage users and groups
Unit 13: Manage Files from the Command Line
Objective: Understand Linux file system hierarchy and pathnames; manage files from the
command line
Unit 14: Secure Linux File Access
Objective: Understand Linux file access mechanisms; manage file access from the GUI and the
command line
Unit 15: Administer Remote Systems
Objective: Share and connect to a desktop; use SSH and rsync
Unit 16: Configure General Services
Objective: Manage services; configure SSH and remote desktops
Unit 17: Manage Physical Storage II
Objective: Manage file system attributes and swap space
Unit 18: Install Linux Graphically
Objective: Install Red Hat Enterprise Linux and configure the system with first boot
Unit 19: Manage Virtual Machines
Objective: Understand basic virtualization concepts; install and manage virtual machines
Unit 20: Control the Boot Process
Objective: Understand run levels and manage GRUB
Unit 21: Deploy File Sharing Services
Objective: Deploy an FTP server and a web server
Unit 22: Secure Network Services
Objective: Manage a firewall; understand SE Linux concepts and manage SE Linux
Unit 23: Comprehensive Review
Objective: Get a hands-on review of the concepts covered in this course
Unit 24: Accessing the Command Line
Objectives: Access the command line locally and remotely; gain administrative privileges from
the command line
Unit 25: Intermediate Command Line Tools
Objectives: Use hardlinks, archives and compression, and vim
Unit 26: Network Configuration and Troubleshooting
Objectives: Configure network settings; troubleshoot network issues
Unit 27: Managing Simple Partitions and File systems
Unit 28: Access Network File Sharing Services; NFS and CIFS
Objectives: Implement NFS, CIFS, and autofs
Unit 29: Managing User Accounts
Objectives: Manage user accounts including password aging
Unit 30: Network User Accounts with LDAP
Objectives: Connect to a central LDAP directory service
Unit 31: Controlling Access to Files
Objectives: Manage group memberships, file permissions, and access control lists (ACL)
Unit 32: Managing SE Linux
Objectives: Activate and deactivate SE Linux; set file contexts; manage SE Linux booleans;
analyze SE Linux logs
Unit 33: Installing and Managing Software
Objectives: Manage software and query information with yum; configure client-side yum,
repository files
Unit 34: Managing Installed Services
Objectives: Managing services; verify connectivity to a service
Unit 35: Managing Processes
Objectives: Identify and terminate processes, change the priority of a process, and use cron and
at to schedule processes
| Course | Days |
| HTML 4 | 3 |
| Html5 | 2 |
| Website Creation | 1 |
| Css and css3 | 3 |
| Javascript | 10 |
| Jquery | 5 |
| Bootstrap | 2 |
| Ajax | 2 |
| Photoshop | 3 |
Course : Web Development / Php Development(without frameworks)
| Course | Days |
| Php 5 (OOPS) | 30 |
| Mysql | 10 |
On the completion of the course, the students will be able to:
• create a Data stage project
• create simple and complex Data stage jobs
• compile and run the jobs
• make use of the job parameters
• manage the partitioning of the parallel processors
• schedule the jobs using data stage sequencer
• use Data stage director to monitor the jobs logs
• debug the data stage jobs
• make use of Datastage parallel processing for real life scenarios
Course Detail:
1. ETL Introduction
a. Role of ETL in Data warehousing
2. Data stage architecture
a. Design time architecture
b. Run time architecture
3. Creating data stage jobs
a. Simple job design
b. Compile and running jobs
c. View job log and Debugging jobs
d. Job parameters
4. Processing stages
a. Filter
b. Copy
c. Modify
d. Sort
e. Lookup
f. Merge
g. Join
h. Aggregator
i. Funnel
j. Remove Duplicates
k. Slowly changing dimension
l. Transformer
5. Partitioning and collecting
a. Introduction
b. Partitioning Methods
i. Auto
ii. Same
iii. Round Robin
iv. Hash
v. Entire
vi. Random
vii. Range
viii. Modulus
c. Collecting Methods
i. Auto
ii. Round Robin
iii. Ordered
iv. Sort Merge
6. Debugging stages
a. Row generator
b. Column generator
c. Head
d. Tail
e. Peek
7. File stages
a. Sequential File
b. Data Set
c. File set
8. Database Stages
a. Oracle Enterprise
b. DB2 Enterprise
c. ODBC
9. Job Sequencer
a. Introduction
b. Job activity
c. Simple job sequencer
d. Wait for File activity
e. Sequencer
f. Start loop activity
g. End loop activity
h. Execute command
i. User variable activity
10. Web console administration
a. Managing users and groups
b. Managing user credentials
11. Data Stage administration
a. Project administration
b. Setting Environment variables
c. Managing logs
d. User roles and permissions
e. Project creation
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