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adoc/SAPNotes_HANA20_15.adoc

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{sumadoc}
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{RMT} = {rmtool} documentation::
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{rmtGuide15}
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{scc} Fequently Asked Questions::
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{scc} Frequently Asked Questions::
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{sccfaq}
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adoc/SAPNotes_HANA20_angi_15.adoc

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{sumadoc}
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{RMT} = {rmtool} documentation::
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{rmtGuide15}
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{scc} Fequently Asked Questions::
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{scc} Frequently Asked Questions::
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{sccfaq}
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adoc/SAP_HA740_SetupGuide_AWS.adoc

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NOTE: Version 1.0.2 of the Route 53 agent
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will not work if the EC2 metadata contains a
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string like "local-ipv4" in the userdata section!
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string like "local-ipv4" in the user data section!
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==== Configuring the Resources for the ERS
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adoc/SLES-SQL-server-linux.adoc

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--output /tmp/WideWorldImporters-Full.bak
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----
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Restore full backup into `mssql-server` with `sqlcmd` while updating paths for the data, userdata, transaction log, and in-memory data:
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Restore full backup into `mssql-server` with `sqlcmd` while updating paths for the data, user data, transaction log, and in-memory data:
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(Adapt the password and storage location to your setup)
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[source,sql]

adoc/SLES4SAP-hana-angi-scaleout-perfopt-15.adoc

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* Manually registering a failed primary site as new secondary.
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Prerequistes: A failed former primary sites has been manually registered. The exact site name has been used as already known to the cluster, see parameter sheet.
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Prerequisites: A failed former primary sites has been manually registered. The exact site name has been used as already known to the cluster, see parameter sheet.
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Expected observation: The cluster accepts the registered site as secondary. The HANA resources are looking fine. After a while, system replication for the new secondary site gets okay (srHook SOK).
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adoc/SLES4SAP-hana-scaleOut-PerfOpt-15.adoc

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* Manually registering a failed primary site as new secondary.
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Prerequistes: A failed former primary sites has been manually registered. The exact site name has been used as already known to the cluster, see parameter sheet.
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Prerequisites: A failed former primary sites has been manually registered. The exact site name has been used as already known to the cluster, see parameter sheet.
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==== Tests regarding the {HANA} instances of the primary site
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adoc/SLES4SAP-hana-scaleout-multitarget-perfopt-15.adoc

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* Manually registering a failed primary site as new secondary.
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Prerequistes: A failed former primary sites has been manually registered. The exact site name has been used as already known to the cluster, see parameter sheet.
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Prerequisites: A failed former primary sites has been manually registered. The exact site name has been used as already known to the cluster, see parameter sheet.
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Expected observation: The cluster accepts the registered site as secondary. The HANA resources are looking fine. After a while, system replication for the new secondary site gets okay (srHook SOK).
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adoc/SLES4SAP-hana-sr-guide-costopt-15.adoc

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# /usr/sap/hostctrl/exe/saphostctrl -function ListInstances
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Inst Info : {sapsid} - {sapino} - {sapnode1} - 753, patch 819, changelist 2069355
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----
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The SystemV style sapinit is running and the hostagent recognises the installed
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The SystemV style sapinit is running and the hostagent recognizes the installed
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database.
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=== Verify that both databases are up and running

adoc/SLES4SAP-hana-systemv-appendix.adoc

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# /usr/sap/hostctrl/exe/saphostctrl -function ListInstances
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Inst Info : {sapsid} - {sapino} - {sapnode1} - 753, patch 819, changelist 2069355
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----
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The SystemV style sapinit is running and the hostagent recognises the installed
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The SystemV style sapinit is running and the hostagent recognizes the installed
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database.
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As Linux user _{refsidadm}_, use the command line tool `HDB` to get an

xml/MAIN-SBP-AMD-EPYC-4-SLES15SP4.xml

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</figure>
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<para>We see in <xref linkend="fig-stream-single-vms-avg"/> how the single STREAM bandwidth stays flat until (and including when) 6 VMs are used.
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Then it starts to decline a bit, as more VMs are packed on the NUMA nodes and, hence, compete for the bandwith of the memory controllers. However,
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Then it starts to decline a bit, as more VMs are packed on the NUMA nodes and, hence, compete for the bandwidth of the memory controllers. However,
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<xref linkend="fig-stream-single-vms-sum"/> reminds us how the total bandwidth achieved, if we consider all the VMs involved in each experiments, actually goes up,
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until it reaches the same level that we know (for example, from <xref linkend="fig-stream-bm-vm"/>) it can touch.
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</para>

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