Oracle Database 11g - New Features

<Insert Picture Here>
Neue Features der Oracle 11g Datenbank
Nik Eichler
Leitender Systemberater
STCC Düsseldorf
Manage Performance & Resource
M
an
ag
e
Ch
an
ge
Self-Managing Database: Die 3 M s
ManageFault
Fault
Manage
Manage Change
MEMORY_TARGET, Real Application Testing (RAT), Database
Replay, Automatic Maintenance Tasks Management, Incident
packaging service (IPS) and incident packages, SQL Test Case
Builder, DIAGNOSTIC_DEST, dbms_hm.run_check,
DDL_LOCK_TIMEOUT, Standardized trace formats, Automatic
Diagnostic Repository Command Interpreter (ADRCI), Grants und Audit
Statements für Datamining, automatic
capture of diagnostic data upon first failure, READ ONLY table, default
resource manager plan enabled, database control enhancements,
CONTROL_MANAGEMENT_PACK_ACCESS, flashback data archive,
real time monitoring of longtime SQL u.v.m.
Database Replay
Why DB Replay?
150
Days
From:
To:
Artificial workloads
Production workloads
Partial workflows
Complete workflows
Months of development
Days of development
Manual intensive
Automated
High risk
Low risk
10
Days
Trace und Log- Dateien, Health Monitor...
Automatic Diagnostic Repository
• Ein (!) Repository (sogenanntes ADR) für Diagnostic
Daten aus Datenbank, ASM, CRS und anderen
Oracle Produkten/Komponenten
• ADRCI ist ein neues Command-line Tool:
• Um Diagnostic Daten im ADR zu monitoren
• Um "incident" und "problem" Informationen in einer ZIP Datei
zur Verfügung zu stellen
• Ohne Login nutzbar
• Bietet Interface für Health Monitor Checks
ADR Interface
Manage Performance & Resource
M
an
ag
e
Ch
an
ge
Self-Managing Database: Die 3 M s
ManageFault
Fault
Manage
Manage Availability
RAC optimized cache Fusion, Total
Recall, Flashback Data
Archive, Data Recovery Advisor, Oracle Flashback
Transaction Backout, ASM fast mirror (DISK) resync, SYSASM
role and OSASM OS group, ASM variable size extents, ASM preferred
read, multisection RMAN backup, lost write detection, Snapshot
standby, Real-time query capability of physical standby, LOGMiner in
EM, Use of physical standby database for rolling upgrades,Faster role
transitions, Support for additional object datatypes and PL/SQL
package support, READ_ONLY_OPEN_DELAYED, Heterogeneous
Data Guard Configuration (Linux und Windows), Support Transparent
Data Encryption, Compression of redo traffic over the network in a Data
Guard configuration, Improved Integration with RMAN u.v.m
Flashback-Techniken
Problem
Lösung
Konfiguration
DROP USER,
TRUNCATE...
Flashback Database
Flash Recovery Area, FLASH- und
ARCHIVELOG Mode
DROP TABLE
Recycle Bin
Default
DML
Flashback Table
Flashback Transaction Query
Undo Management
BatchJobs
Flashback Version
Flashback Transaction Query
Undo Management
Und nun .......
Flashback Data Archive
• Speicherung von
Veränderungen durch
Transaktionen über langen
Zeitraum
• Einfache Nutzung mit AS OF
select * from employees
AS OF TIMESTAMP
(systimestamp - interval '3'
month)
where last_name='Fox'
Flashback Data Archive: Einfaches
Setup und Verwendung
• Erzeugen des Data Archive mit Retention Policy:
create FLASHBACK ARCHIVE ts1 tablespace
QUOTA 100M RETENTION 2 year;
• Einschalten für die Tabellen:
alter table employees FLASHBACK ARCHIVE ts1;
Im Hintergrund:
• Anwenden:
select * from employees AS OF TIMESTAMP
(systimestamp - interval '3' month)
where last_name='Fox'
Transaction Backout: Was ist das?
• Rollback einer Transaktion und der abhängigen
Transaktionen
• Verwendet dazu Undo, Archivierte Redo Logs und
Supplemental Logging
• Analysiert die Abhängigkeiten der Transaktionen,
führt DML durch und generiert Berichte
• Führt kein COMMIT durch
• Verwendbar im EM und mit Package
DBMS_FLASHBACK.TRANSACTION_BACKOUT
Gesteuert über Database Control
Dataguard News 3 - Real Time Query
•
•
•
•
Physical Standby für Abfragen öffnen
Log Apply läuft im Hintergrund weiter
Volles Disaster Recovery
Voll-aktive Nutzung der Standby-Datenbank
Redo Shipping
PROD
und Redo Apply
phySTBY
Dataguard - Snapshot Standby
• Physical Standby Read/Write öffnen, Testen, Daten ändern - und
danach einfach auf Knopfdruck wieder zurückstellen
• Dabei Zero Data Loss erhalten
Updates
Primary
Database
Queries
Updates
Physical Standby
Snapshot
Database
Database
Dataguard - Transient Logical Standby
• Für Rolling Upgrades die Physical Standby in eine Logical Standby
transferieren, das Upgrade durchführen und danach wieder
Rücktransformation in eine Physical Standby
Physical
Logical
Upgrade
Physical
ASM Fast Mirror Resync
• Fraction of time to establish
redundancy
• Only changed blocks are
resync’ed
1
Failure time < DISK_REPAIR_TIME
• Benefits:
2
Disk again accessible:
Only need to resync modified extents
• Fast recovery from transient
failures
• Enables pro-active
maintenance
ASM Preferred Mirror Read
• Allow local mirror read operations
• Eliminate network latencies in extended clusters
Site A
Site B
Extended Cluster
S
P
ASM_PREFERRED_READ_
FAILURE_GROUPS=DATA
.SITEA
ASM_PREFERRED_READ_
FAILURE_GROUPS=DATA
.SITEB
SELECT preferred_read FROM v$asm_disk;
SELECT * FROM v$asm_disk_iostat;
RMAN 11g
• Demo RMAN Advisor
Manage Performance & Resource
M
an
ag
e
Ch
an
ge
Self-Managing Database: Die 3 M s
ManageFault
Fault
Manage
Manage ALL your data
SECUREFILE, LOB Deduplicate, LOB compression, invisible index,
XMLDIFF, XMLPATCH, compound DML trigger, Reihenfolge für
Trigger Firing, LOCK TABLE WAIT, REGEXP_COUNT, PL/SQL
hierarchical profiler, CUBE_TABLE Funktion, XML Index, READ ONLY
table, SIMPLE_INTEGER, function result cache, CONTINUE
statement, PL/SQL Native Compiler, PL/Scope, Inlining, SQL Developer
Erweiterungen, Result Cache Memory Pool, database
resident connection pool, XML storage: binary XML, repository events,
native xml db web services, in place schema evolution, Xlink, Xinclude,
JSR-170 support, Composite Domain Index für Text, Oracle Text
Manager, user defined scoring, incremental text indexing, OWL
inferencing, 3-D geometry support, DICOM-Format Unterstützung,
ORDDicom Objekttyp, PHP Connection Pool, Online Domain Index
Rebuild, APEX by default u.v.m.
Result Cache
• Memorybereich für Resultate für sich wiederholende
Ergebnisse aus Queries und PL/SQL-Funktionen
• Poolbereich wird im Shared Pool reserviert
• Bei Veränderungen: Cache Refresh/Invalidierung
• Einstellung auf Session/System-, Tabellen-Ebene und mit Hint
• Parameter: RESULT_CACHE_MODE (MANUAL/FORCE/AUTO)
• Größeneinstellung: RESULT_CACHE_MAX_SIZE
query 1
executes
cached
Group
resultby
join
Table 1
join
join
Table 4
query 2 uses cached
result transparently
Group by
join
Table 2
join
Table 3
Table 5
Table 5
PL/SQL Function Cache
create or replace function plcache
return number
result_cache relies_on(scott.emp)
is
…
OCI Consistent Client Cache
Application Server
Consistent
Caching
Database
• Caches query results on client
• Improves performance for read-mostly tables
•
•
Faster response time - eliminates network round trips
Saves server CPU
• Consistent with server
•
•
•
Cache proactively refreshed when result set changes
Same consistency semantics as RAC max_commit_propagation
Like Cache Fusion between server and client
Manage large data
Manage performance
SQL Performance Analyzer (SPA), OLTP compression,
Automatischer SQL Tuning Advisor, ASH
enhancements, Interval Partitioning, system partitioning, ref
partitioning, pivot und unpivot operator, partition advisor, list-list, listrange, list-hash range-rangepartitioning, virtual column based
partitioning, query rewrite enhancements, refresh enhancements, ILM,
securefile, LOB compression, LOB deduplication, automatic
performance diagnostic, enhanced optimizer statistics (multi column
statistics), resource manager (I/O statistics), query result cache, SQL
plan baselines, SQL plan management, AWR baslines, ADDM for
clusters, pending statistics, publication of statistics, data pump
compression, compression for external tables, SQL Test Case Builder,
RESULT_CACHE_MODE u.v.m
SQL Tuning in Oracle Datenbank 10g
Implementieren
Workload
Empfehlungen
bewerten
DBA
DBA
Empfehlungen
generieren
one hour
DBA
ADDM
AWR
Advisor
aufrufen
SQL Tuning
Kandidaten
SQL Tuning
Advisor
Bedeutende Automatisierung,
aber DBA noch erforderlich
Automatisches SQL Tuning in Oracle 11g
Implement
SQL Profiles
Test SQL Profiles
Workload
Generate
Recommendations
Choose
Candidate
SQL
SQL Tuning
Candidates
one
week
AWR
DBA
It’s Automatic!
View Reports /
Control
Process
Automatisches Memory Tuning
O/S Memory
O/S Memory
SGA
SGA
PGA
PGA
• Automatiche Anpassung an
Lastveränderungen
• Vereint Shared-(SGA) und
Prozess- (PGA) Memory
Management
• Ein dynamischer Parameter
• Maximiert MemoryAusnutzung
• Verhindert out- of-memory
Fehler
• Verwaltet OS Memory: Linux,
Windows and Solaris, HPUX,
AIX
Partitioning,Partitioning,Partitioning
Version
Funktionen
Manageabibility
Oracle8
Range
Global range indexes
Maintenance Operationen
wie add, drop, exchange…
Oracle8i
Hash
composite range-hash
Merge Operation
Oracle9i
List
Global Index Maintenance
Oracle9iR2
Composite range-list
Oracle10g
Global hash indexes
Local Index Maintenance
Oracle10gR2
Partitionen pro Tabelle (1024 K)
Fast drop table
Oracle 11g
List-List
List-Range
List-Hash
Range-Range
REF Partitioning
Virtual Column Partitioning
System Partitioning
Interval Partitioning
Partition Advisor
Interval Partitioning
CREATE TABLE sales (order_date DATE, ...)
PARTITON BY RANGE (order_date)
INTERVAL(NUMTOYMINTERVAL(1,'month')
(PARTITION p_first VALUES LESS THAN ('01-FEB-2006');
Table SALES
...
Jan 2006
Feb 2006
Mar 2006
1te Partition wird angelegt
...
Jan 2007
...
Oct 2009
Später hinzugefügt
Nov 2009
Virtual Columns & Partitioning
Create table t1 (
first_name varchar2(15),
last_name varchar2(20),
full_name as (first_name||' '||last_name)
virtual );
• ANSI syntax
• Look just like regular columns from SQL perspective
• Support for indexes, constraints, statistics,
histograms
• Used by expression evaluation when applicable
• Can partition on virtual columns
REF PARTITIONING
• Equi-partitions a foreign key table with a primary key
table
• Foreign key table need not contain the partitioning key
Partition Order_lines by Order_Date in Orders table
• Foreign keys will be placed in same relative partition
as parent primary keys
• Joins between primary key and foreign key will be
partition-wise
SQL Access Advisor:
Recommendations
SQL Access
Advisor
SQL cache
Workload
Hypothetical
STS
Filter
Options
Indexes
Materialized
views
Materialized Partitioned
views log
objects
Compression for OLTP
• Oracle Database 9i table compression works for DW
• Compression for bulk load operations
• Direct Path Load
• Create Table Select As …
• Compression is now viable for OLTP
• Regular (non-bulk) INSERT, UPDATE, DELETE
• Add, Drop Column
• Compression benefits
•
•
•
•
Reduced disk space consumption – typically 2x to 3x
Reduced IO
Enhanced cache efficiency
Better read performance
<Insert Picture Here>
Transparent performance:
Fine Grained Dependency Tracking
The challenge
create table t(a number)
/
create view v as select a from t
/
alter table t add(Unheard_Of number)
/
select status from User_Objects
where Object_Name = 'V'
/
• View v ends up invalid in 10.2 because we know only
that its dependency parent has changed – at the
granularity of the whole object
Fine Grained Dependency Tracking
• In 11.1 we track dependencies at the level of element
within unit
• so we know that these changes have no consequence
• It’s transparent!
• Unnecessary recompilation certainly consumes CPU
Oracle 11g: Java in the Database
• Java auf aktuellem Stand: J2SE 5.0 (Java 1.5)
• Java "just got faster": Just-In-Time-Compiler
• Testcase: Arithmetik und Tabellenzugriff
• Java ohne JIT:
21 Sekunden
• Java mit JIT:
5 Sekunden
Java und PL/SQL sind gleichberechtigte
Alternativen!
ODP.NET 11g
• Endlich: Instant Client Support
• Unterstützung für Objekttypen
• Erweiterungen beim Connection Pool
• Als öffentliche Beta bereits jetzt verfügbar!
http://www.oracle.com/technology/software/tech/windows/odpnet/index_11gbeta.html
Database-Resident Connection Pool
• Starten des Connection Pools
dbms_connection_pool.start_pool(
pool_name => 'SYS_DEFAULT_CONNECTION_POOL'
);
• Datenbank-Connect am Beispiel PHP
$conn = oci_connect(
'scott',
'tiger',
'localhost:1521/ORCL.de.oracle.com:POOLED'
);
Ohne Pool:
Mit Pool:
~ 10 Sekunden
~ 5-6 Sekunden
Optimizer Statistics
• Faster
• Order of magnitude faster optimizer stats computations
• Efficient incremental maintenance of partitioned table stats
• Better
• Correlated stats (NDV, histograms) on multiple columns
• Safer
• Stats gathered can remain private in "statistics workspace"
until they are ready to publish for general use
Oracle Confidential
Bilder, Dokumente und mehr ...
Oracle SecureFiles
• Securefile = Neue LOB-Storage-Technologie
• Bessere Performance
• Zusätzliche Features: Deduplication, Encryption
• Aktivierung durch Storage-Clause
CREATE TABLE LOBTEST(
LOBCOL BLOB
)
LOB (LOBCOL) STORE AS [SECUREFILE | BASICFILE]
[deduplication-params, encrypt-params]
• Zusätzlich: Init.ora-Parameter
DB_SECUREFILE =
[NEVER | PERMITTED | ALWAYS | IGNORE]
SecureFiles
Für den Entwickler ändert sich ... eigentlich Nichts!
• Securefiles sind für den Entwickler transparent
• Datentypen weiterhin BLOB/CLOB
• Definition in der Storage-Clause oder durch DB-Parameter
• Keine funktionalen Unterschiede
• Selbst "deduplication" ist transparent für den Entwickler
• API-Zugriffe
PL/SQL (DBMS_LOB), JDBC, .NET, PHP, ...
"These features are implemented in the database and are transparently
available to [...] programs through the existing APIs."
High Performance
File Read Performance
120
100
80
Speed
60
(MB/sec)
40
20
0
SecureFiles
Linux Files
LOBs
0.1
1
10
File Size (MB)
100
File Write Performance
120
100
80
60
40
20
0
SecureFiles
Linux Files
LOBs
0.1
1
10
100
File Size (MB)
• Preliminary performance compared to Linux filesystem
• No network, no logging, single stream of file reads or
writes
• Filesystem-like performance
Database and File System Interfaces
• SecureFiles can be accessed by both database clients and file
system clients
• Database clients use extended LOB interfaces
• JDBC, ODBC, OCI, .NET, PL/SQL
• 11g has a highly optimized streaming protocol for SecureFiles
• File system clients use the file system protocols implemented in
the XML DB repository
• FTP access
• WebDav Access
Designed from Scratch
• SecureFiles is a major rearchitecture of how the
database handles file data
• Not an incremental improvement to LOBs
• Entirely new:
•
•
•
•
•
•
•
Disk format
Network protocol
Versioning and sharing mechanisms
Caching and locking
Redo and undo algorithms
Space and memory management
Cluster consistency algorithms
Storage Optimized
• Deduplication
• Multiple copies of identical SecureFiles are stored only once
• Great for document management, testing, product “homes”
• Significantly better performance for copy operations
• Compression
• Intelligent – Automatically determines if data is compressible
• 2x to 3x compression for typical files
• Improves performance by reducing IO, buffer cache
requirements, redo generation and encryption overhead
• Transparent to applications
Oracle TEXT 11g
Mehr Performance: Composite Domain Indizes
• Optimierung für Mixed Queries und Sortierungen
CREATE INDEX myindex on docs(text)
INDEXTYPE is CTXSYS.CONTEXT
FILTER BY category, publisher, pub_date
ORDER BY pub_date desc;
• Sortierung und Filtern werden direkt im
TEXT-Index durchgeführt
Oracle TEXT 11g
Mehr Performance: Composite Domain Indexes
• Beispiel für eine Mixed Query
select rowid from docs
where contains(dok, 'Tag') > 0 and
pub_date between '2006-01-01' and '2006-12-31'
Plan mit Composite Domain Index
Plan ohne Composite Domain Index
Oracle InterMedia
• Neuer Name in den Handbüchern: MultiMedia
• Performance / Skalierbarkeit
• Objekte bis zu 128TB = LOB Maximum
• Performance-Verbesserungen (auch durch JVM)
• Stark erweitert: DICOM Unterstützung
• Eigener Datentyp ORDDicom
Metadatenextraktion, -Manipulation,
Anonymisierung, DICOM-Spezifische API
• XML basierte Metadaten
Nutzung der XML DB
Oracle XML DB:
Neu: Binary XML und XML Index
• Neue Speicherungsform
• Compact Binary XML
create table xml_tab (doc xmltype)
xmltype column store as binary_xml
allow nonschema
• Neuer Index für XML: XML Index
• Für Speicherung als CLOB oder Binary XML
create index idx_xml on xml_tab(dokument)
indextype is xdb.xml_index
PARAMETERS
('PATHS (INCLUDE (/path/to/xml/node)(//anothernode))')
Binary XML
Challenge
• 10.2 schema-less XML not well optimized
Solution
• 11.1 binary XML optimized for schema-less and
flexible schema-based XML
• Post Parse compact representation of XML
• Flexible XML Schema Support
• High performance fragment access and extraction
with new XML Index
XML DB Native Web Services
• Datenbankkomponenten als Web Service
bereitstellen
• SQL-Abfragen, XQuery-Abfragen
• PL/SQL-Prozeduren, -Funktionen und –Packages
• Ohne zusätzliche Entwicklung
SOAP / HTTP
JDBC
Middleware
• BEA, IBM WS
•Oracle 9i
•Oracle10g
XML DB Native Web Services
• Datenbankkomponenten als Web Service
bereitstellen
• SQL-Abfragen, XQuery-Abfragen
• PL/SQL-Prozeduren, -Funktionen und –Packages
• Ohne zusätzliche Entwicklung
SOAP / HTTP
Listener als HTTP Endpoint
XML DB Protokollserver
WSDL-Generierung on demand
Oracle11g XML DB
Weitere Neuigkeiten
• "Functional Completeness"
• XMLTYPE und Data Pump
• XMLTYPE und Data Guard Logical Standby
(Textbasierte (CLOB)-Speicherung)
• Große Textknoten (> 64k) werden unterstützt
• Weitere neue Features
• "In Place" Schema Evolution
• XMLDiff und XMLPatch
• PL/SQL ACL basieren auf XML DB
(DBMS_NETWORK_ACL_ADMIN, DBMS_NETWORK_ACL_UTILITY)
• Allgemein bessere Performance
Oracle Spatial 11g ... Die 3. Dimension
• Vollständige Unterstützung für 3D-Geometrien
• Modellierung
Oberflächen, geschlossene Körper, TIN, Punktwolken
• Indizierung
P(10,10,20) und P(10,10,30) sind verschiedene Punkte
• Anwendungsgebiete
• 3D-Stadtmodelle
• "Noise Maps" (EU)
• Google Earth-Integration (KML)
SQL: Allgemeine Erweiterungen
• Tabellen-Erweiterungen
READ ONLY-Tabellen, Virtuelle Columns,
Flashback Archive Klausel, Neue Partitioning Klauseln u.v.m.
• Index-Erweiterungen
INVISIBLE Index, Text Index, XML Index u.v.m.
• Funktionen
REGEXP-Funktionen, XML-Funktionen wie XMLDIFF,XMLEXISTS,
CUBE_TABLE u.v.m.
• Statements
MERGE für Tabellen mit Domain Indizes, SELECT mit PIVOT und
UNPIVOT,CREATE TRIGGER, LOCK TABLE u.v.m.
Enhanced SQL –
PIVOT und UNPIVOT
PROD
QUARTER
AMOUNT
Shoes
Q1
2000
Shoes
Q2
1000
Jeans
Q1
1000
Jeans
Q3
500
Jeans
Q3
100
Jeans
Q4
1000
Beispiel
SELECT * FROM sales
PIVOT
(sum(amount)
FOR quarter in
‘Q1’,’Q2’,’Q3’,’Q4’);
PROD
Q1
Q2
Q3
Q4
Shoes
2000
1000
Null
Null
Jeans
1000
Null
600
1000
PL/SQL Profiling
PL/SQL Hierarchical Profiler
• Nicht-hierarchische (flat) Profiler listen die Zeit, die ein
Programm in seinen Unterprogrammen verbringt
• Wichtige Fragen:
• Wieviele Calls überhaupt?
• Wieviel Zeit insgesamt auch für die Unterprogramme?
• Neu: Dynamisches Execution Profiling von PL/SQL
•
•
•
•
•
Keine spezielle Source nötig
Resultat in speziellen "hierarchical profiler" Tabellen
Liefert Unterprogramm-Level Execution Informationen
Detaillierte parent-children Informationen
SQL und PL/SQL werden separat behandelt
PL/SQL native Compiler
•
•
•
•
PL/SQL native Compilation funktioniert out-of-the-box
Kein C-Compiler mehr nötig
Native Code ist gespeichert im SYSTEM-Tablespace
Einzige Einstellung über Session/System/ALTER
PROCEDURE Kommandos:
PLSQL_CODE_TYPE = NATIVE/INTERPRETED
• Besonders sinnvoll bei Berechnungen
(BINARY_INTEGER!) mit geringem Anteil an SQL
• Tests mit Fibonacci-Zahlen (FIB35) :)
• interpreted: 29:01/native: 12:08
Manage Security
Tablespace level encryption, Master Key protection in hardware using
PKCS #11, Enforced case Sensitivity (SEC_CASE_SENSITIVE_LOGON),
SYSDBA and SYSOPER Strong Authentication, SYSASM Privilege for
Automatic Storage Management, Intelligent LOB Compression and
Encryption with SecureFiles, Compressed and Encrypted Dump File Sets,
Automatic Secure Configuration, DBCA, Default Auditing for
Security Relevant SQL Statements and Privileges, Configuring Password
Settings in the Default Profile, Fine-Grained Access Control on Network
Services on the Database, XDB_WEBSERVICES,
XDB_WEBSERVICES_OVER_HTTP,XDB_WEBSERVICES_WITH_PUBLIC
predefined roles, Enterprise User Security in EM, DB_ULTRA_SAFE u.v.m.
Automatic Secure Configuration
Audit By Default und Default Profile
ALTER ANY PROCEDURE
ALTER ANY TABLE
ALTER DATABASE
ALTER PROFILE
AUDIT ROLE
ALTER SYSTEM
ALTER USER
AUDIT SYSTEM BY ACCESS
CREATE ANY JOB
CREATE ANY LIBRARY
CREATE ANY PROCEDURE
CREATE ANY TABLE
CREATE EXTERNAL JOB
CREATE SESSION
CREATE USER
CREATE PUBLIC DATABASE LINK
DROP ANY PROCEDURE
DROP ANY TABLE
DROP PROFILE
DROP USER
EXEMPT ACCESS POLICY
GRANT ANY OBJECT PRIVILEGE
GRANT ANY ROLE
GRANT ANY PRIVILEGE
Das Default Profile
FAILED_LOGIN_ATTEMPTS= 10
PASSWORD_GRACE_TIME = 7
PASSWORD_LIFE_TIME= 180
PASSWORD_LOCK_TIME = 1
PASSWORD_REUSE_MAX = UNLIMITED
PASSWORD_REUSE_TIME = UNLIMITED
Oracle Scheduler
enhancements in Oracle Database 11g
Schedule
Jobs
11g
• Local OS jobs
• run as any OS user
• Remote OS jobs
Execute local OS
job A as OS user X &
job B as OS user Y
• no Oracle database required
on node
• run as any OS user
Agent
Agent
Execute remote
Execute remote
OS job as OS user X OS Job as OS user Z
Oracle 11g – Neue Optionen
• Oracle Real Application Testing
• Oracle Advanced Compression
• Oracle Total Recall
• Oracle Active Data Guard.
11g Veranstaltungen
• Oracle Education ab 23.07.
• 11g Launch Events
•
•
•
•
25.09. Hamburg
16.10. Köln
23.10. Stuttgart
07.11. München
• DOAG Special Interest Group
• 27.09. Düsseldorf – Umgang mit großen Datenmengen
• 28.09. Aktiv Workshop
• Internet Seminare in Vorbereitung
• 2 x pro Monat, nach der Sommerpause
• DOAG Konferenz
• 20.-22.11. in Nürnberg
• ODD: Hochverfügbarer und sicherer IT-Betrieb mit 11g
• in allen NLs ab 29.11. insgesamt 10 Veranstaltungen
• Inklusive der Schweiz
Fragen
Antworten