Intalion Rendszerintegrátor Kft.

1. IBM IIB developer tanfolyam

1. nap:

Elmélet: Introduction to IIB, IIB Application development fundamentals, and problem determination and help resources ( Unit 1,2 , esetleg a 3 ha marad rá idő ) – 4 óra (Opcionális résszel 5,5 )

Gyakorlat: Creating a basic message flow + Impelmenting a message flow using a pattern  + Analyzing runtime error scenarios (Exercise 1-2-3) – 2,5 óra

 

2. nap:

Elmélet: problem determination and help resources, Message transformations, message flow control(ha marad rá idő) (unit 3-4-5) – 4 óra (Opcionális résszel 5,5)

Gyakorlat: Using problem determination tools, Implementing a message flow (ESQL + JAVA) (exercise 4-5) – 3 óra

 

3. nap:

Elmélet: message flow control, Message modelling, további message flow nodeok (ha marad rá idő)  (unit 5-6-7) – 4 óra

Gyakorlat: Using flow control in a message flow + Message modelling – 3 óra

 

4. nap:

Elmélet: Message transports overview, Runtime-aware and dynamic message flows (Unit 8-9) – 3,5 óra

Gyakorlat: Implementing additional message flow nodes, Creating a rutime-aware message flow (Exercise 8-9) – 3,5 óra

 

2. IBM MQ üzemeltetői oktatás

 

Időtartam: 4 nap

 

Unit 1. WebSphere MQ Explorer review
Learning objectivesAfter completing this unit, you should be able to:

  • Create and manage queue manager sets
  • Use WebSphere MQ Explorer to administer remote queue managers
  • Use extension points to expand WebSphere MQ Explorer capabilities

 

Unit 2. Using channel exits and dead letter queues, and converting data
Learning objectivesAfter completing this unit, you should be able to:

  • Use WebSphere MQ channel exits
  • Configure the queue manager to define a dead-letter queue
  • Use the WebSphere MQ sample code and the crtmqcvx command to convert data

 

Unit 3. Securing WebSphere MQ channels with SSL
Learning objectivesAfter completing this unit, you should be able to:

  • Describe the certificate infrastructure that is supported in WebSphere MQ
  • Describe the rules that govern the use of SSLPEER
  • Use certificate revocation lists to validate currency of certificates
  • Describe cipher specs and their support in WebSphere MQ
  • Use TLS and SSL to secure WebSphere MQ channel communications

 

Unit 4. Securing access to WebSphere MQ
Learning objectivesAfter completing this unit, you should be able to:

  • Restrict access to the administration group
  • Secure SYSTEM.ADMIN.SVRCONN channels to restrict remote administrative authority
  • Provide non-administrative users limited access to administrative resources

 

Unit 5. Cluster workload balancing
Learning objectivesAfter completing this unit, you should be able to:

  • Describe the need for workload balancing
  • Identify the object attributes that influence workload balancing
  • List the commands that specify workload balancing properties
  • Describe the cluster workload balancing algorithm

 

Unit 6. WebSphere MQ high availability
Learning objectivesAfter completing this unit, you should be able to:

  • Switch a running queue manager between two high availability systems
  • Plan for using high availability systems with WebSphere MQ
  • Configure and manage multiple version installations of WebSphere MQ

 

Unit 7. Advanced client concepts
Learning objectivesAfter completing this unit, you should be able to:

  • Describe the features of WebSphere MQ clients, including full duplex MQI channels, conversation sharing, and read ahead
  • Enable an asynchronous response from a PUT to allow messages to be streamed down a network link without waiting for individual replies

 

Unit 8. Monitoring and configuring WebSphere MQ for performance
Learning objectivesAfter completing this unit, you should be able to:

  • Describe the statistics and accounting data that WebSphere MQ provides
  • Generate and view accounting and statistical data
  • Interpret statistics and accounting data to identify possible system performance benefits
  • Configure and tune WebSphere MQ performance

 

Unit 9. Distributed publish/subscribe
Learning objectivesAfter completing this unit, you should be able to:

  • Describe publish/subscribe in WebSphere MQ
  • Explain distributed publish/subscribe approaches, including publish/subscribe clusters and hierarchies
  • Administer publish/subscribe topics, subscriptions, and topologies
  • Compare publish/subscribe approaches

 

Unit 10. JMS administration
Learning objectivesAfter completing this unit, you should be able to:

  • Describe WebSphere MQ as a JMS provider
  • Describe the advantages and disadvantages of using JMS versus Java calls in WebSphere MQ
  • Plan a WebSphere MQ environment to support JMS
  • Administer JMS resources in WebSphere MQ

 

Unit 11. Introduction to managed file transfers
Learning objectivesAfter completing this unit, you should be able to:

  • Use WebSphere MQ Managed File Transfer to manage file transfers to and from WebSphere MQ

 

4. IBM Integration Bus üzemeltetői oktatás

 

Időtartam: 4 nap

 

Unit 1. IBM Integration Bus overview

Learning objectives:After completing this unit, students should be able to:

  • Describe the major functions of an enterprise service bus (ESB)
  • Position Integration Bus within the IBM WebSphere reference architecture
  • Describe the main functions and components of Integration Bus

 

Unit 2. Product installation, configuration, and security planning

Learning objectives:After completing this unit, students should be able to:

  • List the prerequisite hardware and software for Integration Bus
  • Explain how to install Integration Bus
  • Create queue managers, brokers, and execution groups
  • Plan for runtime security

 

Unit 3. Using the Integration Bus Toolkit

Learning objectives:After completing this unit, students should be able to:

  • Explain the function of the Integration Bus Toolkit
  • Use the Integration Bus Toolkit to:
  • Configure the Message Broker development environment
  • Import a simple message flow
  • Deploy a broker archive file containing a message flow to a broker
    • Test a deployed message flow

 

Unit 4. Configuring and administering the broker

Learning objectives:After completing this unit, students should be able to:

  • Perform broker administration using commands
  • Perform broker administration using the Integration Bus Explorer
  • Back up and restore critical resources

 

Unit 5. Implementing Message Broker security

Learning objectives:After completing this unit, students should be able to:

  • Set up broker administration security to control the authority required by users in order to complete specific administrative tasks
  • Implement message flow security using security profiles

 

Unit 6. Monitoring and problem determination

Learning objectives:After completing this unit, students should be able to:

  • Describe the default message flow behavior when an error occurs
  • Configure message flows for transactional behavior
  • Troubleshoot common problems for administrators

 

Unit 7. Monitoring broker and message flow performance

Learning objectives:After completing this unit, students should be able to:

  • Explain broker runtime measurement capabilities
  • Describe the tooling used to format gathered information, including text output and XML output
  • View runtime statistics in Integration Bus Explorer
  • Create an event monitoring profile
  • Identify opportunities for improving performance

 

Unit 8. Publish/subscribe implementation overview

Learning objectives:After completing this unit, students should be able to:

  • Use publish/subscribe in message flows
  • Manage subscriptions using RFHUTIL and Integration Bus Explorer

 

Unit 9. Administering web services and JMS

Learning objectives:After completing this unit, students should be able to:

  • Describe the implementation of the HTTP and HTTPS nodes in Message Broker
  • Explain the implementation of Secure Sockets Layer (SSL) in support of HTTP nodes
  • Create a policy set
  • Use capacity planning methods when implementing HTTP nodes
  • Configure a Java Message Service (JMS) provider for use with the JMS nodes

 

Unit 10. Extending Integration Bus

Learning objectives:After completing this unit, students should be able to:

  • Connect to a database with ODBC and JDBC
  • Configure Integration Bus for the secure file transfer protocol (SFTP)
  • Implement user-defined extensions
  • Find and install SupportPac components

 

4. Tanúsítványkezelés alapjai

Időtartam: 3 nap

A nyilvános kulcsú infrastruktúra bemutatása

a)    A technológia gyakorlati megvalósításai

b)    Kriptográfiai alapok: szimmetrikus és asszimetrikus titkosítás, digitális aláírás, adat és adatfolyam titkosítása, protokollok, hitelesítési megoldások, a hash-elési eljárás

A PKI rendszer komponensei

a)    Tanúsítványok és tanúsítvány kiállítók

b)    Visszavonási listák

c)    A bizalmi viszony fontossága

d)    Vásárolt vagy belső tanúsítványokat használjunk?

Hitelesítés szolgáltató architektúra tervezése

a)    A CA hierarchia tervezési szempontrendszere

b)    Hardver és szoftver követelmények

Védjük rendszerünket!

a)    Fizikai- és logikai biztonsági kérdések

Tanúsítványok visszavonása

a)    Miért vonjuk vissza a tanúsítványokat?

b)    A visszavonás adminisztrációja

c)    Visszavonási listák publikációs lehetőségei és hibakezelése

d)    Online Certificate Status Protocol működése

e)    A visszavonási listák tervezési szempontrendszere

SSL – az internetes forgalom védésére

a)    Az SSL működése

b)    A megfelelő CA szerver kiválasztása

c)    Hová kell tanúsítvány?

Védett levelezés vállalaton belül és kívül

a)    Levelezés védelme S/MIME és SSL használatával

b)    Tanúsítvány kibocsátó kiválasztása

c)    A megfelelő tanúsítvány előkészítése

d)    Milyen terítési módszert válasszunk?

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