Storage management

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z/OS Systems Services Structure, Storage Management

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Compléter Storage managementVersion en ligne z/OS Systems Services Structure, Storage Management par Ida 1 block size is the standard unit used for pages , frames , and slots in z / OS . 2 In z / OS , storage is divided into , which map to in ( central ) storage . If a page can ? t stay in real memory , it ? s moved to storage , where it occupies a . z / OS continually swaps between and to make efficient use of memory while supporting large address spaces . 3 The line is at , has bit addressing . The bar is at , has bit addressing . Using bit addressing yields of storage . Data in high storage is between the and up to . Data in above storage is between the and the . 4 PLPA - Link Pack Area MLPA - Link Pack Area FLPA - Link Pack Area 5 The contains the part of the z / OS program . The and are of . They contain modules from and libraries . Modules placed in will be fixed in central storage . Modules placed in only exist for the duration of the . 6 SRM ( System Resource ) monitors use of system resources . A swap makes an address space for selection . A swap makes the address space for selection . 7 The coupling facility ( CF ) accesses data by named rather than physical , unlike z / OS . These structures logically organize data , freeing users from managing physical . CF storage is divided into structures managed through ( Cross ? system Extended Services ) . There are three structure types : cache , list , and lock . structures support ? performance sharing of frequently accessed data . structures organize information into or queues for tasks or messages . structures provide or to serialize access to user - defined resources . 8 spaces in z / OS now support ? bit byte ? level addressing . Data spaces are also byte ? addressable , while remain addressable in blocks . In older systems like OS / 390 and , both spaces and spaces relied on and storage , whereas used only storage . In modern z / OS , however , spaces and spaces are both backed by storage and storage , aligning them under a storage model . 9 MVS - TCB - SRB - ARM - XCF - XES -

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Storage managementVersion en ligne

z/OS Systems Services Structure, Storage Management

par Ida

block size is the standard unit used for pages , frames , and slots in z / OS .

In z / OS , storage is divided into , which map to in ( central ) storage . If a page can ? t stay in real memory , it ? s moved to storage , where it occupies a . z / OS continually swaps between and to make efficient use of memory while supporting large address spaces .

The line is at , has bit addressing .
The bar is at , has bit addressing .
Using bit addressing yields of storage .

Data in high storage is between the and up to .
Data in above storage is between the and the .

PLPA - Link Pack Area
MLPA - Link Pack Area
FLPA - Link Pack Area

The contains the part of the z / OS program .
The and are of . They contain modules from and libraries .
Modules placed in will be fixed in central storage .
Modules placed in only exist for the duration of the .

SRM ( System Resource ) monitors use of system resources .

A swap makes an address space for selection .
A swap makes the address space for selection .

The coupling facility ( CF ) accesses data by named rather than physical , unlike z / OS .
These structures logically organize data , freeing users from managing physical .
CF storage is divided into structures managed through ( Cross ? system Extended Services ) .
There are three structure types : cache , list , and lock .
structures support ? performance sharing of frequently accessed data .
structures organize information into or queues for tasks or messages .
structures provide or to serialize access to user - defined resources .

spaces in z / OS now support ? bit byte ? level addressing .
Data spaces are also byte ? addressable , while remain addressable in blocks .
In older systems like OS / 390 and , both spaces and spaces relied on and storage , whereas used only storage .
In modern z / OS , however , spaces and spaces are both backed by storage and storage , aligning them under a storage model .

MVS -
TCB -
SRB -
ARM -
XCF -
XES -

Vous pouvez intégrer le jeu dans un LMS compatible avec LTI 1.1 ou LTI 1.3 comme Canvas, Moodle ou Blackboard. Les scores seront ainsi automatiquement enregistrés dans le carnet de notes de la plateforme.

Storage management

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À propos de cette activité

Créé par

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Storage managementVersion en ligne

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