what's new with sles10sp1 - confex · 2010. 8. 3. · – #1 in the saponlinux market ... note:...

What's new withSUSE Linux Enterprise Serverfor IBM System z

John JollySoftware Engineer SUSE Linux Enterprise Server for IBM System z

[email protected]

3 August 2010

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mailto:[email protected]

© Novell, Inc. All rights reserved.2

Overview

• Positioning

• Product lifecycle & generic features

• SLES for System z specific features


SUSE® Linux Enterprise Server

A highly reliable, scalable and secure server operating system, built to power both physical and virtual missioncritical workloads.

An affordable, interoperable and manageable open source foundation that enterprises can use to costeffectively deliver core business services, enable secure networks and easily manage their heterogeneous IT resources, maximizing efficiency and value.


SUSE® Linux Enterprise ServerCompetitive Advantages

SLE 11 SP 1 is not a “.0” release: proven capabilities and technologies

Availability on the architecture of your choice: x86, x86_64, POWER, Itanium, System z

Proven Scalability + Kernel Resource Management

Tickless Idle / Tickless Kernel available since 2009

Simplified Systems Management with YaST, WebYaST and SMT

Security without the pain, AppArmor and System defaults provide protection with a simple UI.


Differentiators – Unique Tools

• SLES for System z– enterpriseclass and fully supported operating system– tailored for mainframe available to customers years ahead

of competition

• Close partnership between IBM – SAP – Novell – IBM's System z, SAP's and Novell's Linux core

engineering and L3support teams are located within a circle of 200km.

– Fastest response and resolution times for any type of support, consulting or Certificationincident.

• Build Service Advantage– Reduces production problems– Consolidates IT skills across disparate systems– Delivers critical updates in hours – not days or weeks



• SUSE Linux Enterprise High Availability Extension– Delivers all of the essential monitoring, messaging and cluster

resource management functionality of proprietary thirdparty solutions

• SUSE Linux Enterprise Mono Extension– Consolidate Windows workloads to System z use Mono to

develop .NET applications for System z

• AppArmor Linux Application Security Framework– Easy to use GUI tools with static analysis and learningbased

profile development– Create custom policy in hours, not days



• Package Management Subsystem– ZYpp, ZYpper, libzypp

• Integrated Systems Management – with YaST, AutoYaST, WebYaST

• Subscription Management Tool Hosting on System z– Local package proxy tightly integrated with NCC included at no cost – Secure centralized deployment within firewall, reduced bandwidth

needs

• Starter System for System z– Prebuilt installation server — facilitates installation of SUSE Linux

Enterprise Server for System z on a z/VM system– Easily initiate evaluations of SUSE Linux Enterprise Server for

System z


Why Choose SUSE® Linux Enterprise Server for System z

• The optimized version of SUSE Linux Enterprise Server designed to run on IBM System z mainframes

– Fully supported by IBM, supports the full benefits of the mainframe (RAS)– #1 in the mainframe Linux market (80% share)– #1 in the SAPonLinux market (75% share)– #1 in High Performance Computing (6 of top 10) – Years ahead of competition (first SUSE Linux Enterprise Server for

System z version available back in 2000) – 10 years of expertise– Ideal for workload consolidation, providing major cost savings– More than 1,000 certified applications available– New features specific to System z– Starter System available for testing and proofs of concept– High Availability stack included– Hosting of Subscription Management Tool on System z– Mono for System z available – migrate .NET workloads

Lifecycle


Standard Product Lifecycle

Year 1 Year 2 Year 3 Year 4 Year 5 Year 6 Year 7 Year 8 Year 9 Year 10

GA General

SP1 General Long Term

SP2 General Long Term

SP3 General Long Term Self

SP4 General Self

Total General Self

General General Support Long Term Self Self SupportLong Term Service Pack Support

• 10year lifecycle (7 years general support, 3 years self support)• Service packs every 1618 months, major releases every 34 years• Six month upgrade window• Longterm service pack support option available


Current Product Lifecycle Overview

2009 2010 2011 2012 2013 Notes

SLE 9

SLE10 x x

SLE 11 x x x

SLE 12 x

GA: 2H 2013

CR: SLE 9 SP4 (2007) EOGS: Q3 2011 EOSS: Q3 2014

CR: SLE 10 SP3 (2009) EOGS: Q3 2013 EOSS: Q3 2016

CR: SLE 11 GA (2009) EOGS: Q2 2016 EOSS: Q2 2019

Note: Milestones in future years are planned dates, and subject to change

SP1GA SP2 SP3

SP4

GA

SP3


SUSE Linux Enterprise Maintenance & Support Process

Maintenance Support

Stage 4:Customer implementsnew patch level(via Maintenance Web)

Stage 3:SUSE Linux Enterprise certified patch becomes part of the product(Delivery of newpatch level to customer)

Stage 1:Temporary fix (PTF)

(Level 3 support makes PTFavailable to customer,

enabling continued productive system utilization)

Stage 2:SUSE Linux Enterprise engineering

develops productcompliantpatch from the PTF

(SUSE Linux Enterprise engineering handles certification of the patch, quality assurance)

Level 3 support incident(level 1/2 support identifies customer problem as level 3)

General availability

Stage 4 Stage 1

Stage 3 Stage 2


Differentiators Technology

The Build Service* Advantage

Reduces production problemsConsolidates IT skills across disparate systemsDelivers critical updates in hours – not days or weeks* Build Service is the internal entity of the openSUSE BuildService infrastructure

Package Selection and Integration

Open Source Projects

EnterpriseClass Software

Quality TestingBuild Service

AMD/Intel x86_64

Itanium

POWER

System z

FeatureTest

ManualRegression

AutomatedRegression

NovellSystem Test

SUSE LinuxEnterprise

Contribution

Intel/AMD x86


SUSE® Linux EnterpriseCommon Code Base

• Foundation for SUSE Linux Enterprise products

• Fully supported core system: L3 support commitment

SUSE Linux Enterprise platform

SLES SLED SLE SDK SLE HA

Binary Code Base

Common (Open Source) Code Base

JeOS &Appliances

Features SLES 11 for System z


SUSE® Linux Enterprise Server for System z 11New Features in GA Version

Dynamic add/remove of CPU and memory: resources of a Linux guest under z/VM can be adjusted while running. A pool of CPUs are dynamically given to a Linux guest and used as needed

Vertical CPU management: helps get the most performance out of System z10 servers by being aware of the server's NUMA characteristics

Linux CPU Node Affinity: improves performance by scheduling processes to the optimal node where the CPU is associated, exploiting the new System z10 CPU node topology

Modularization of qdio and thin interrupts: Make the thininterrupt layer independent from qdio and improve the codelayering in the qdio module. This provides for additional performance enhancements.

= SLES unique feature


Performance analysis in the disk subsystem: gives performance analysts the same type of view into SCSI over Fibre Channel Protocol that they have with mainframe Direct Access Storage Devices (DASD)

DS8000 support Large volume support architecture: use use one large volume, instead of multiple small volumes, for your large amount of data. You no longer need to combine and manage various small disks anymore. This gives you much better performance and data consolidation.

Support of HPF TCW command interface in DASD driver configuration support: lowers overhead of subchannel operations and increases performance for database serving

FCP adjustable queue depth: Customizable queue depth for SCSI commands in zfcp. In the past was at constant 32 queue entries. Improves performance


SUSE® Linux Enterprise Server for System z 11New Features in GA Version (c'd)


SUSE® Linux Enterprise Server for System z 11 New Features in Service Pack 1

Suspend / Resume support: stop a running instance and later continue operations. A suspended Linux instance does not require memory or processor cycles. gives you better performance, resource utilization, and power savings

Automatic IPL after dump: extension to the shutdown action interface which combines the actions dump and reipl, helps increase availabity and minimize downtime, as well as keep management and service costs low

Cross architecture debugging: System z core dumps can be analyzed on x86 systems, negating the need for a duplicate System z server

System z kernel message documentation: messages in System z related code, script to generate a man page for every kernel message related to s390x



SUSE® Linux Enterprise Server for System z 11 New Features in Service Pack 1 (c´d)

Next generation crypto HW device driver exploitation (CEX2/CEX3): new System z crypto hardware features and performance improvements are exploited by SUSE Linux Enterprise Server for System z. Hardwaredriven crypto acceleration functions help reduce operations and maintenance costs.

AF_IUCV SOCK_SEQPACKET support: improves close collaboration between SUSE Linux Enterprise Server for System z and z/VM in the networking area. This provides better performance for intra machine / VM communication.

TTY terminal server over IUCV: provides central access to the Linux console for the different guests of a z/VM. Fullscreen applications like vi are usable on the console.

Enhanced HiperSocket support: Additional Layer 2 support for IPV4 and support for IPV6



SUSE® Linux Enterprise Server for System z 11 New Features in Service Pack 1 (c´d)

s390tools enhancements: package with a set of user space utilities. It is the essential tool chain for Linux on System z and contains everything from the boot loader to dumprelated tools for a system crash analysis

Large page support: enables better performance with large memory footprints like in Java or database workloads by exploiting new System z10 large memory pages (1MB)

Decimal Floating Point library support: libdfp including require glibc infrastructure for I/O.

Kernel vdso support: speed up gettimeofday, clock_getres and clock_gettime – more efficient time stamp generation.



SUSE® Linux Enterprise Server 11 Service Pack 1Scalability Today

• The only enterprise Linux operating system that helps customers

– Manage several workloads within one Linux instance in a lightweight manner by providing Kernel Resource Management with Control Groups

– Compute huge amounts of data in memory, e.g. in data warehouse and ERP systems, by supporting 16TiB RAM (and beyond) on certified hardware (System z limits apply)

– Improve efficiency by leveraging HW support for resource saving features due to the “tickles idle / timer patch” Kernel

– z10 scheduler optimizations and support for new floating point features improve performance and increase consolidation ratios


•SUSE Linux Enterprise Server 9 (GA 08/2004)Kernel 2.6.5, GCC 3.3.3, Service Pack 4 (GA 12/2007)

•SUSE Linux Enterprise Server 10 (GA 07/2006)Kernel 2.6.16, GCC 4.1.0, Service Pack 3 (GA 09/2009)

•SUSE Linux Enterprise Server 11 (GA 03/2009)Kernel 2.6.27, GCC 4.3.3, Service Pack 1 Kernel 2.6.32, GCC 4.3.4 (GA 06/2010)

•Red Hat Enterprise Linux AS 4 (GA 02/2005)Kernel 2.6.9, GCC 3.4.3, Update 8 (GA 05/2009)

•Red Hat Enterprise Linux AS 5 (GA 03/2007)Kernel 2.6.18, GCC 4.1.0, Update 4 (GA 09/2009)

SUSE® Linux Enterprise vs Red Hat Enterprise LinuxLinux Kernels


SUSE® Linux Enterprise 11 Service Pack 1Kernel Capabilities

SLE 11 SP 1 (2.6.32) x86 ia64 x86_64 s390x ppc64CPU bits 32 64 64 64 64max. # logical CPUs 32 up to 4096 up to 4096 64 up to 1024

3/1 GiB 2 EiB/φ /φ φ

max. swap space up to 31 * 64 GBmax. #processes 1048576

up to 16 TiB and up to 8 EiB on all 64bit architectures

Supported on certified hardware only

max. RAM(theoretical/practical)

64/16 GiB

1 PiB/8+ TiB

64 TiB/ 16TiB

4 TiB/256 GiB

1 PiB/512 GiB

max. user/ kernelspace

128 TiB/128 TiB

2 TiB/2 EiB

max. #threads per process

tested with more than 120000; maximum limit depends on memory and other parameters

max. size per block device

Detailed Features SLES 11 SP1 for System z


FCP – Enhanced Trace FacilityFate 304023 / [LTC 201542]http://www.ibm.com/developerworks/linux/linux390/kernel2.6.27.html > zfcpDevice Drivers, Features, and Commands as available with SUSE Linux Enterprise Server 11 p.74

• z IO tracing and performance statistics: allows faster problem determination in case of issues by providing complete and meaningful trace information in appropriate levels of detail to make internal states of operation transparent.

• Customer benefittechnical business

● more detailed information on device behaviour in case of malfunction

● Faster problem resolution● Improved support for SLAs

SLES 10 11GA yes

SP1 yes

SP2 n/a

SP3 yes n/a


FCP – Performance StatisticsFate 304056 / [LTC 201591]http://www.ibm.com/developerworks/linux/linux390/kernel2.6.27.html > zfcpDevice Drivers, Features, and Commands as available with SUSE Linux Enterprise Server 11 p.74

• z IO tracing and performance statistics: instrumentation to trace and store workload specific SCSI activities and zFCP performance data of customer systems, also usable for post issue resolution.


● more detailed information on device behaviour in case of performance issues or malfunction

● Faster problem resolution● Improved support to maintain SLAs

SLES 10 11GA yes

SP1 yes

SP2 n/a

SP3 yes n/a


FICON – Hyper PAV enablementFate 304066 / [LTC 201000]http://www.ibm.com/developerworks/linux/linux390/kernel2.6.25.html > HyperPAVDevice Drivers, Features, and Commands as available with SUSE Linux Enterprise Server 11 p.19ff

• z IO feature exploitation: sustained I/O performance improvements exploiting Parallel Access Volume (PAV) support for disk storage access, leads to significantly reduced configuration efforts as opposed to static PAV setups, system will dynamically self optimizing its I/O configuration.


● Less configuration overhead, better IO performance, reduced responcse times● Improved hardware utilization

● Improved response times for services bound to IO (like databases)● Better storage IO resource exploitation● Higher VM consolidation ratios

SLES 10 11GA yes

SP1 yes

SP2 n/a

SP4 yes n/a = SLES unique feature


FICON – Format Record 0 on ECKD devicesFate 306049 / [LTC 201834]http://www.ibm.com/developerworks/linux/linux390/kernel2.6.29.html > (R0) allowed

• Hardware support: allow the Storage Server to format record 0 on an ECKD track.


● Required support for specific storage units

● Use of storage units from different vendors

SLES 10 11GA yes

SP1 yes

SP2 n/a

SP3 yes n/a

(R0) allowed


http://www.ibm.com/developerworks/linux/linux390/kernel-2.6.29.html


DS8000: Large Volume SupportFate 304026 / [LTC 201597]http://www.ibm.com/developerworks/linux/linux390/kernel2.6.29.html > EAV

• Hardware exploitation: Implement support for DS8k volumes, which have more than 64k Cylinders. This comprises especially use of the CCCHR (vs. CCHHR) addressing scheme and appropriate calculation formulas.


● Use DASD/ECKD disk bigger than 50GB for large amount of data, not needing to combine various disks

● Better performance and data consolidation.

SLES 10 11GA yes

SP1 yes

SP2 n/a

SP3 yes n/a


DS8000 Disk EncryptionFate 307004 / [LTC 201740] http://www.ibm.com/developerworks/linux/linux390/s390tools1.8.1.html > dasdviewDevice Drivers, Features, and Commands as available with SUSE Linux Enterprise Server 11 p.350

• Hardware support: enhances s390tools to be able to display if the disk storage has its disk encrypted or not.


● Retrieve info on encryption status of device

● Secure data storage

SLES 10 11GA yes

SP1 yes

SP2 n/a

SP3 yes n/a

http://www.ibm.com/developerworks/linux/linux390/s390-tools-1.8.1.html

Networking


HiperSockets MAC Layer Routing SupportFate 302792 / [LTC 200997]http://www.ibm.com/developerworks/linux/linux390/kernel2.6.25.html > HiperSocketsDevice Drivers, Features, and Commands as available with SUSE Linux Enterprise Server 11 p.81ff

• Network support: HiperSockets are enhanced to support layer2 functionality, allowing for more sophisticated network configurattions like vlan and virtual switches

technical business● ability to route through an intermediate virtual switch for layer2 bridging into external networks.● More flexible integration into existing IP networks

● Save on expensive hardware (switches)● Agile configuration (change config, do not not move hardware and cables)

• Customer benefit

SLES 10 11GA yes

SP1 yes

SP2 yes n/a

SP3 yes n/a


OSA 2 Ports per CHPID supportFate 302802 / [LTC 201360]http://www.ibm.com/developerworks/linux/linux390/kernel2.6.25.html > OSADevice Drivers, Features, and Commands as available with SUSE Linux Enterprise Server 11 p.99ff

• Hardware exploitation: Provide exploitation for new OSA 2 port feature (2 ports per single CHPID) including configuration with yast

technical business

● More network ports per installed card, more network traffice per card, more flexibilty due to increased number of ports

● Hardware savings● Increased connectivity allowing more per host


SLES 10 11GA yes

SP1 yes

SP2 yes n/a

SP3 yes n/a

z/VM virtual server integration


AF_IUCV Protocol SupportFate 302783 / [LTC 200788]http://www.ibm.com/developerworks/linux/linux390/kernel2.6.31.html > AF_IUCVDevice Drivers, Features, and Commands as available with SUSE Linux Enterprise Server 11 p.219ff

• z/VM infrastructure exploitation: Use IUCVcommunication through a socket interface. Improves the close collaboration between SLES and z/VM in the networking area.

technical business

Light weight protocol to connect applications in different VMs with high bandwidth, low latency More choice to connect apps and VMs

Reduced protocol overhead allows better consolidation ratios


Category: z/VM integration

SLES 10 11GA yes

SP1 yes

SP2 yes n/a

SP3 yes n/a


Provide Linux Process Data into z/VM Monitor StreamFate 302787 / [LTC 200920]http://www.ibm.com/developerworks/linux/linux390/kernel2.6.x.html > z/VMDevice Drivers, Features, and Commands as available with SUSE Linux Enterprise Server 11 p.179ff

• z/VM infrastructure exploitation: monitor the performance of SLES or other VM guests with performance monitoring tools on z/VM or on Linux. Use own, IBM Performance Toolkit for VM, or third party tools. VMs being monitored require agents that write monitor data.

technical business

● Health and performance check of applications in multiple VMs● Adapt to our own requirements

● Keep SLAs, resource utilization control


SLES 10 11GA yes

SP1 yes

SP2 yes n/a



Exploitation Of DCSS above 2GBFate 304031 / [LTC 201592]http://www.ibm.com/developerworks/linux/linux390/kernel2.6.27.html > DCSSDevice Drivers, Features, and Commands as available with SUSE Linux Enterprise Server 11 p.199ff

• z/VM infrastructure exploitation: ability to have 'objects' residing in shared memory that are either > 2G in size, or several objects whose aggregate size is >2G. Requires z/VM 5.4.

technical business

● More capacity and/or flexibility in using shared memory segments among VMs ● Fast process and data access● Workload separation w/ data sharing

● More efficient resource consumption● Higher consolidation ratios


SLES 10 11GA yes

SP1 yes

SP2 n/a

SP3 n/a = SLES unique feature

System Resources Handling


Linux CPU Node AffinityFate 302791 / [LTC 200994]http://www.ibm.com/developerworks/linux/linux390/kernel2.6.25.html > CPU affinityDevice Drivers, Features, and Commands as available with SUSE Linux Enterprise Server 11 p.226ff

• Hardware topology exploitation: according to the CPU node topology (LPAR / z10) optimizes the Linux scheduler to schedule processes for better cache hit rate.

technical business

● Overall performance increase ● More efficient resource utilization● Higher consolidation ratios


SLES 10 11GA yes

SP1 yes

SP2 yes n/a



Standby CPU activation / deactivationFate 304064 / [LTC 201064]http://www.ibm.com/developerworks/linux/linux390/kernel2.6.25.html > Standby CPUDevice Drivers, Features, and Commands as available with SUSE Linux Enterprise Server 11 p.225ff

• Hardware exploitation and dynamic resource allocation: allows Linux to make use of standby cpus which are not visible until they are activated in LPARs and z/VM.

technical business

● Adjust CPU resources to fit application requirements

● Keep SLAs and response times● Resource consumption and thus expenses on demand●


SLES 10 11GA yes

SP1 yes

SP2 n/a



Dynamic CPU Hotplug DaemonFate 302806 / [LTC 201132]http://www.ibm.com/developerworks/linux/linux390/kernel2.6.25.html > CPU affinityDevice Drivers, Features, and Commands as available with SUSE Linux Enterprise Server 11 p.225ff

• Hardware exploitation and dynamic resource allocation: allows SLES z/VM guest to allocate or free CPU resources depending on workload base rules

technical business

● Automated and adjustable workload based management

● Keep SLAs and response times● Agile resource consumption● Efficient use and reallocation of existing resources


SLES 10 11GA yes

SP1 yes

SP2 yes n/a

SP3 yes n/a


System z Vertical CPU ManagementFate 304068 / [LTC 200991]http://www.ibm.com/developerworks/linux/linux390/kernel2.6.25.html > vertical CPUDevice Drivers, Features, and Commands as available with SUSE Linux Enterprise Server 11 p.227

• z/VM exploitation and dynamic resource allocation: allows SLES z/VM guest to switch between different scheduling schemes: allocate all scheduled time to one CPU, or spread schedule time between multiple CPU (if present).

technical business

● Some workloads benefit from longer scheduler time slices, some scale better with multiple CPUs

● Keep SLAs and response times● Agile resource governance● Efficient use and reallocation of existing resources

SLES 10 11

GA yes

SP1 yes

SP2 n/a

SP3 n/a




Standby Memory Add Via SCLPFate 304060 / [LTC 201140]http://www.ibm.com/developerworks/linux/linux390/kernel2.6.27.html > SCLPDevice Drivers, Features, and Commands as available with SUSE Linux Enterprise Server 11 p.229/259

• z/VM exploitation and dynamic resource allocation: attach and use standby memory that is configured for a logical partition or z/VM guest (starting z/VM 5.4)

technical business

● Adjust memory to application or VM guest specific needs●More efficient use of resources

● Improved consolidation ratio● Agile resource management

SLES 10 11

GA yes

SP1 yes

SP2 n/a

SP3 n/a




Dynamic CHPID Reconfiguration Via SCLPFate 302797 / [LTC 201020]http://www.ibm.com/developerworks/linux/linux390/ > SCLPDevice Drivers, Features, and Commands as available with SUSE Linux Enterprise Server 11 p.259

• hardware exploitation and dynamic resource allocation: attach, detach or reconfigure CHPIDs for a logical partition or z/VM guest

technical business

● Adjust IO channel assignment to LPAR or VM guest specific needs● More efficient use of resources● IO load balancing

● Agile resource management

SLES 10 11

GA yes

SP1 yes

SP2 n/a

SP3 n/a



Boot and shutdown


Summary Of IPL related features

• 306082 Provide CMS script for initial IPL under z/VM

• 306044 Shutdown actions interface (userspace)

• 306072 Shutdown actions interface (kernel)

• 306081 Shutdown actions tools

• 306048 Large image dump on DASD

• 306062 Extra kernel parameter via VMPARMSLES 10 11

GA y

SP1 y

SP2 n/a

SP3 y n/a

Diagnostics and trouble shooting


Provide service levels of HW and Hypervisor in LinuxFate 307008 / [LTC xxxxxx]http://www.ibm.com/> search developerworks

• Identify hardware and MLC levels: admin can query machine name, MCL level, zVM machine data and version information from a Linux guest

technical business

● Query machine a software information● Faster error isolation and issue resolution

● Keep SLAs by faster problem resolution

SLES 10 11

GA

SP1 yes

SP2 n/a

SP3 yes n/a


http://www.ibm.com/-


Kernel Message Catalog AutogenerationFate 306999 / [LTC 201727]http://www.ibm.com/developerworks/linux/linux390/kernel2.6.29.html#messagecatalogKernel Messages (lk32km00.pdf)

• Additional documentation and improved problem resolution: the kernel components are instrumented in a way that a message catalog as well as related man pages are automatically generated and can be retrieved by the administrator.

technical business

● Documentation of kernel related messages● Faster error isolation and issue resolution

● Keep SLAs by faster problem resolution

SLES 10 11

GA yes

SP1 yes

SP2 n/a

SP3 n/a



s390 tools


TTY terminal server over IUCVFate 302001 / [LTC 201734]http://www.ibm.com/developerworks/linux/linux390/s390tools1.8.1.html > iucvtermDevice Drivers, Features, and Commands as available with SUSE Linux Enterprise Server 11 p.219ff

• Terminal access without IP: Implement client & server for a TTY terminal server under z/VM using IUCV as communication vehicle.

technical business

Optional full terminal to access a guest even if TCP/IP stack is down Alternative to x3270 line based console access

Easy of use


Category: s390 tools

SLES 10 11GA yes

SP1 yes

SP2 n/a

SP3 yes n/a

Toolchain


Support Decimal Floating Point LibraryFate 307062 / [LTC 201933]http://www.ibm.com/developerworks/linux/linux390/toolchain.html > decimal floating

• Decimal flointing point hardware exploitation: Most financial transactions require decimal computation. Supporting the emerging standard for Decimal Floating Point.

technical business

Faster business related math operations due to hardware acceleration

Offloads processor from software emulation for the benefit of other workloads


Category: toolchain

SLES 10 11GA

SP1 yes

SP2 n/a


Differentiators


Differentiators Technology

AppArmor Security

• Creates firewall around any Linux program (custom, open source, third party)

• Prevents the exploitation of unknown or undiscovered application vulnerabilities

• Easy to use GUI tools with static analysis and learningbased profile development

• Default policies included

• Create custom policy in hours, not days


Differentiators TechnologyPackage Management Subsystem

• ZYpp: Core of the new software management stack• ZYpper: Command line package manager

– Can manipulate package repositories (like the Build Service)

– Can search for packages, install, remove, or update packages and more

• libzypp: Software management library– Provides all the functionality for a package manager

> API for package repository management

> API for solving packages, products, patterns and patches (installation, removal, update and distribution upgrade operations) dependencies

> API for commiting the transaction to the system over a rpm target

> API for browsing available and installed software

> A suite of maintained solving testcases


Differentiators – Unique ToolsYaST, AutoYaST, WebYaST

• YaST installation and configuration management framework– Unified and consistent single interface to all systems management tasks via

modules – Configure every aspect of the server– Enhanced YaST Partitioner– CIM Standard adopted

• AutoYaST autoinstallation

– A tool for installing SUSE® LinuxEnterprise on systems with as much (or little) automation as you want

– Works in networked and nonnetworked environments

– Very flexible, very scalable, easy to use

• WebYaST

Prepare Install Configure

Preconfigure

Create profile

Get profile

Parse profile

Convert Data

Partition

Create filesystem

Install Packages

Bootloader

Install packages

X11

System variables

SuSEconfig

Hardware

Network

Misc. configs


Differentiators – Unique ToolsSubscription Management Tool Hosting

Subscription and patch management made easy• A local package proxy tightly integrated with

Novell Customer Center• Included at no cost with SUSE Linux Enterprise

Server and fully supportedBenefits

• Secure centralized deployment within the firewall• In cooperation with NCC, automatically assigns registration codes• Reduces bandwidth use • Accurately and automatically tracks entitlements• Uses your existing customer interface

Key Features• Staging of patches• Central deployment• Support of “sneakernet” configurations• Works with new integrated supportability infrastructure


Differentiators – Unique ToolsStarter System for System z

Historically, one of the biggest hurdles to implementing Linux on the mainframe has been gaining network access to the installation media from the mainframe (Installation routine cannot access builtin DVD reader, Firewall rule changes needed)

SUSE Linux Enterprise Server Starter System for System z is a prebuilt installation server — facilitates installation of SUSE Linux Enterprise Server for System z on a z/VM system

Eliminates the network access hurdle to try out Linux on the mainframe — gaining network access to the installation media from the mainframe

Allows customers with little or no Linux or z/VM experience to initiate evaluations of SUSE Linux Enterprise Server for System z

http://www.novell.com/partners/ibm/mainframe/starterpack.html


Questions?

Don't forget to fill out your evaluation forms for this session (#7789)

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