Why do we need security?; What does security provide?; How does RACF work?; RACF Profiles; RACF classes; How many RACF classes?; Controlling access; RACF commands.
z/OS Technical Overviewz/OS controls & drivers; The IPL process; PARMLIB & IPLPARM; Display IPLINFO; LOADxx & IODF; System parameter list IEASYSxx; What is APF?; Defining an APF authorised library; Program Properties Table; Linklist; Dynamic changes; SMFPRMxx; System exits; In-storage profiles; RACLIST & GENLIST; Group tree in storage; ACEE data in memory.
The RACF DatabaseThe RACF database; Database format; Database templates; RACF templates; Issues; Dynamic template objectives; New template support; RACF initialisation; IRRMIN00; Multiple database support; RACF database sharing; The RVARY command; RVARY passwords; RACF FAILSOFT processing; Database backup & recovery.
RACF ModulesRACF control tables; Modules everywhere!; ICHRDSNT; ICHRRNG; Class Descriptor Table (CDT); Dynamic CDT; Defining a Dynamic CDT; Rules; POSIT values; New segment CDTINFO; CDTINFO options; Managing Dynamic CDTs; Migration Utility (CDT2DYN); ICHRFR01; ICHRIN03; ICHAUTAB; ICHNCV00.
RACF in a SysplexTypes of Sysplex; basic Sysplex; Parallel Sysplex; RACF and Sysplex; RACF communication; RACF data sharing; RACF data sharing problems; the four Sysplex modes; the RACF database name table; Coupling Facility structures; defining Coupling Facility structures; in-storage profiles; RACLISTed profiles via RACROUTE; in-storage profiles and Sysplex; introducing RACGLIST; RACGLIST and REFRESH; using RACGLIST.
RACF and Other SubsystemsRACF and UNIX System Services
What is 'UNIX System Services (USS)'?; How is it related to RACF?; Userids; UNIX identity; UNIX user definition; User definition example; User definition - system resource limits; Default UNIX User & Group identity.
RACF and DB2
DB2/RACF security overview; Sign-on security; Connection security; DB2 internal security; Other options; Security strategy (Transaction Manager or DB2); Security strategy (centralised or decentralised); Using remote applications.
RACF & CICS
The CICS-RACF interface; The role of CICS in security control; Region wide requirements; Interface implementation; CICS-RACF interfaces.
RACF utilities; IRRUT100; IRRUT100 examples: output (Group), output (User); IRRUT200; IRRUT200 example JCL; IRRUT200 example output; IRRUT400; IRRUT400 example JCL; IRRADU00; IRRADU00 example JCL; ICHDSM00; ICHDSM00 example JCL; IRRDBU00; IRRDBU00 example; IRRRID00; IRRRID00 JCL; BLKUPD; IRRBRW00; IRRRID00 JCL; SMF unload utility using XML; ICETOOL; IRRICE package; The Audit Reporting tool.
RACF Control BlocksRACF control blocks; RACF Communications Vector Table (RCVT); Finding the RCVT; Understanding the RCVT; Data in the RCVT; RCVT vs ICB; SAF Vector Table (SAFV); Finding the SAFV; Accessor Environment Element (ACEE); Where's my ACEE?; ASXBSENV; TCBSENV; Local Control Block; Which ACEE is used?; Which ACEE do I need?; Caveat ACEE; Finding the active ACEE; Security Token; Security Token contents; Security Token uses; ACEE versus Token.
RACF MacrosRACF macros; Macro interfaces; The MVS router (SAF); RACF macros; What do they DO?; RACF macros: RACHECK, RACINIT, RACLIST, FRACHECK, RACDEF, RACSTAT; RACROUTE additions; ICHEINTY; The RACROUTE interface; RACROUTE MF= styles; SAF Parameter list (SAFP); Initialising SAFP; SAFP setup; SAF Work Area (SAFW); SAFW setup; History of REQSTOR & SUBSYS; Using REQSTOR & SUBSYS; Setting up REQSTOR and SUBSYS; Other RACROUTE information; The ACEE - AGAIN!; Return codes; REQUEST=Verify; RACINIT ENVIR= options; RACINIT ENVIR=CREATE; Who do you create?; RACINIT STAT=; ENVIR=CREATE ACEE=; Sample user/password=; Sample with PASSCHK=NO; Sample with Token; Create SESSION=; Create with TERMINAL=; POE=; TERMINAL= vs POE=; Sample with POE=; What about IP addresses?; RACINIT ENVIR=DELETE; ENVIR=DELETE ACEE=; Sample DELETE; REQUEST=AUTH; CLASS=; ENTITY/ENTITYX; ENTITY(X) examples; Sample RACHECK.
RACF ExitsRACF exits; RACF exits; RACF exits; ICHRTX00/01; Pre-processing for ICHRTX00; ICHRTX00: input, output; Pre-exit commonalities; Post-exit commonalities; Pre- to post- communication; Work area pointer; From post- to pre-; 'Gotchas' for SVC exits; Need some input; Finding the parameter list; Coding RACF exits; RACF command exit (IRREVX01); What's a 'dynamic exit'?; RACF IRREVX01 dynamic exit; What can you do in the exit?; IRREVX01 parameter list; The exit command buffer; Using the ACEE passed in exit; Testing your command exit; Sample SETPROG command; Dynamic exit security.
Question & Answer SessionRACF for z/OS Systems Programmers Azerbaijan Eğitimi, Bilginç IT Academy'nin canlı ve etkileşimli platformu üzerinden evinizin veya ofisinizin konforunda deneyimleyin. Uzman eğitmenlerimizle doğrudan iletişim kurun ve sınıf ortamının dinamizmini sanal dünyada yaşayın.
RACF for z/OS Systems Programmers Azerbaijan Eğitimi için geleneksel ve en etkili öğrenme yöntemi olan yüz yüze eğitimi tercih edin. Bilginc IT Academy’nin özenle seçilmiş lokasyonlarında, profesyonel bir atmosferde kendinizi eğitime odaklayın.
Şirketinizin büyük ölçekli eğitim ihtiyaçlarını, Bilginç IT Academy’nin RACF for z/OS Systems Programmers Azerbaijan Eğitimi Onsite çözümüyle kendi ofisinizde çözün.
Sınıf eğitimlerimizi Azerbaijan ofislerimizde düzenlemekteyiz. Kurumunuza özel eğitimleri ise, dilediğiniz tarih ve lokasyonda organize edebiliriz.
Azerbaycan, özellikle Bakü merkezli olmak üzere akıllı şehir projeleri ve dijital devlet altyapısını hızla modernize ederek bölgenin yükselen yıldızı haline gelmiştir. Bakü ve Sumqayıt gibi endüstriyel merkezler, ADA Üniversitesi ve Bakü Devlet Üniversitesi gibi kurumların akademik desteğiyle ICT sektöründe devasa bir inovasyon hamlesi başlatmıştır. Hazar bölgesinin teknoloji üssü olma vizyonuyla hareket eden ülkede, siber güvenlikten bulut bilişim sistemlerine kadar geniş bir yelpazede uzman ihtiyacı bulunmaktadır. Eğitim programlarımız, Azerbaycan'daki profesyonellerin küresel standartlarda teknik yetkinlik kazanmalarını ve yerel teknoloji ekosistemine yüksek katma değer sağlamalarını hedeflemektedir.