Query to identify printers set with the "Printer" profile, at the all profile levels in Oracle Apps
Query to identify printers set with the "Printer" profile, at the all profile levels in Oracle Apps
Script:
select distinct
t.user_profile_option_name "Profile Option Name",
decode(v.level_id, 10001,'Site Level',
10002,'Application Level --> ' ||application_name ,
10003,'Responsibility level-->'||responsibility_name,
10004,'User Level-->' ||u.user_name,
'XXX') "Profile Option Level",
profile_option_value "Value"
from fnd_profile_options o,
fnd_profile_option_values v,
fnd_profile_options_tl t,
fnd_responsibility_tl r,
fnd_application_tl a,fnd_user u
where o.profile_option_id = v.profile_option_id
and o.application_id = v.application_id
and start_date_active <= SYSDATE
and nvl(end_date_active,SYSDATE) >= SYSDATE
and o.profile_option_name = t.profile_option_name
and a.application_id(+) = decode(level_id,10002,level_value,null)
and r.responsibility_id(+)= decode(level_id,10003,level_value,null)
and u.user_id(+) = decode(level_id,10004,level_value,null)
--and nvl(u.end_date, sysdate) >= sysdate
and t.user_profile_option_name = 'Printer'
and profile_option_value='' --replace with printer name
order by 2, --v.level_id,
t.user_profile_option_name,
decode(v.level_id, 10001,'Site Level',
10002,'Application Level --> ' ||application_name ,
10003,'Responsibility level-->'||responsibility_name,
10004,'User Level-->' ||u.user_name,
'XXX');
How to Deploy SSL Certificates on Oracle Weblogic
How to Deploy SSL Certificates on Oracle Weblogic
Oracle Weblogic uses the Java Keystore architecture to manage and deploy SSL Certificates. We need to get the certificate from the certifying authority and download the root certificate, intermediate and main certificate out of that.
Steps to deploy:
1) Set Weblogic Environment
2) Concatenate Certificate with Root Certificate(s) into 1 file
Sequence would as below
Main Signed Cert + CA Intermediate(s) + CA Root
and Save file as: fullcertificate.crt
3) Import Full Cert into identity.jks Keystore
keytool -import -trustcacerts -alias funoracle -file fullcertificate.crt -keystore identity.jks
4) Create Empty Trust Store
This Trust Store will be used to store the Root and Intermediate certificates alone
keytool -genkey -keyalg RSA -alias dummy -keystore truststore.jks
## Answers DO NOT MATTER you will delete this dummy record next
What is your first and last name?
[Unknown]:
What is the name of your organizational unit?
[Unknown]:
What is the name of your organization?
[Unknown]:
What is the name of your City or Locality?
[Unknown]:
What is the name of your State or Province?
[Unknown]:
What is the two-letter country code for this unit?
[Unknown]:
Is CN=Unknown, OU=Unknown, O=Unknown, L=Unknown, ST=Unknown, C=Unknown correct?
[no]: yes
Enter key password for
(RETURN if same as keystore password):
Re-enter new password:
5) Delete the DUMMY record
Here we remove the “dummy” alias before importing the Trust chain in the next step.
keytool -delete -alias dummy -keystore truststore.jks
6) Import the Trust Cert Chain only from the CRT format
CA Intermediate(s) + CA Root
keytool -import -alias root -file inter.crt -keystore truststore.jks
7) In Weblogic Console -> Server
Set SSL Listen Port to 443 and disable Listen port for 80 (if you want to force the server to SSL only). Else no action required
8) In Weblogic Console -> Server
Keystore Tab -> Change to Custom Identity and Trust
For Identity set:
Custom Identity Keystore == C:\Oracle\keystore\identity.jks
Custom Identity Keystore Type == JKS
Custom Identity Keystore Passphrase ==
For Trust set:
Custom Trust Keystore == C:\Oracle\keystore\truststore.jks
Custom Trust Keystore Type == JKS
Custom Trust Keystore Passphrase ==
9) In Weblogic Console -> Server
In SSL Tab
Set Private Key Alias == portal
Set Private Key Passphrase ==
In the Advanced Section set Use JSSE SSL on
Query to Check All Concurrent Manager Status
We can use below query to check all concurrent managers status with node name and number of actual/target processes.
Script:
SELECT b.user_concurrent_queue_name "Concurrent Manager", a.TARGET_NODE "Node", a.running_processes "ACTUAL Processes", a.max_processes "TARGET Processes"
,DECODE (b.control_code
,'D', 'Deactivating'
,'E', 'Deactivated'
,'N', 'Node unavai'
,'A', 'Activating'
,'X', 'Terminated'
,'T', 'Terminating'
,'V', 'Verifying'
,'O', 'Suspending'
,'P', 'Suspended'
,'Q', 'Resuming'
,'R', 'Restarting'
) status
FROM apps.fnd_concurrent_queues a, apps.fnd_concurrent_queues_vl b
WHERE a.concurrent_queue_id = b.concurrent_queue_id AND a.running_processes = a.max_processes
ORDER BY a.max_processes DESC;
Introduction to Oracle Data Gaurd - Chapter 2
In this post I am going to cover the concepts of Oracle Data Gaurd.
Datagaurd is part of MAA and used for Data protection which provides a disaster recovery solution for Oracle Databases. It also be considered as a High Availability Solution*.
For Datagaurd we can keep the DR on different servers,data centers or geographical location to provide best data protection.
In the DR environment the source database from where data is synced to target database is called as PRIMARY Database and the target database is know as Standby Database. The above picture represents simple architecture for a basic DR configuration.
DR sends the redo log files to standby database so it is also know as log shipping based replication.
DR is a unidirectional replication which means that any changes to data made in Primary would only move to standby. No changes can be done at standby side
Oracle Datagaurd is part of Oracle Maximum Availability Architecture(MAA) which includes various Oracle technologies like RAC,ASM,Flashback, Active DataGaurd and Goldengate.
Datagaurd is part of MAA and used for Data protection which provides a disaster recovery solution for Oracle Databases. It also be considered as a High Availability Solution*.
For Datagaurd we can keep the DR on different servers,data centers or geographical location to provide best data protection.
In the DR environment the source database from where data is synced to target database is called as PRIMARY Database and the target database is know as Standby Database. The above picture represents simple architecture for a basic DR configuration.
DR sends the redo log files to standby database so it is also know as log shipping based replication.
DR is a unidirectional replication which means that any changes to data made in Primary would only move to standby. No changes can be done at standby side
Oracle DataGaurd Tutorial Series Details-Chapter 1
Hello and welcome to the Oracle DataGaurd Tutorial Series of post. In these post I would be sharing the guide to start understanding and working on data gaurd.
You should be having some prior knowledge on
a) Oracle Database administration Basics
b) Basic of Linux Command
c) Have knowledge of working on virtual box and setting up server.
I will be covering topics related to below in this series.
1) Introduction to Oracle DataGaurd- Understanding the concepts.
2) Create and Manage Physical and Logical Standby database.
3) Understanding and Configuring Data Gaurd Broker and using it to monitor Data Gaurd.
4) How to do role transition (Switch Over and Failover)
5) How to setup Fast-Start Failover(FSFO)
6) How to setup Active Data Gaurd
7) How to setup Snapshot Standy Database
8) Implement Client Failover
9) How to Use RMAN for datagaurd environments
I would be using Oracle Virtual Box to setup the Oracle Data Gaurd Environment.
Environment Requirement
1. Virtual Box software latest version
2. Database software 12cR1(12.1.0.2)
3. Oracle Enterprise Linux 6.4 64 bit
4 Putty or ssh terminal(In case of Linux)
5. Using the above , I have setup two Machines on virtual box.(How to create Virtual Machine and Install Oracle database). I would not separately mention, how to install oracle database as part of this series. I would assume you would have already completed that. In case of any issue, Please mention in comment section.
You should be having some prior knowledge on
a) Oracle Database administration Basics
b) Basic of Linux Command
c) Have knowledge of working on virtual box and setting up server.
I will be covering topics related to below in this series.
1) Introduction to Oracle DataGaurd- Understanding the concepts.
2) Create and Manage Physical and Logical Standby database.
3) Understanding and Configuring Data Gaurd Broker and using it to monitor Data Gaurd.
4) How to do role transition (Switch Over and Failover)
5) How to setup Fast-Start Failover(FSFO)
6) How to setup Active Data Gaurd
7) How to setup Snapshot Standy Database
8) Implement Client Failover
9) How to Use RMAN for datagaurd environments
I would be using Oracle Virtual Box to setup the Oracle Data Gaurd Environment.
Environment Requirement
1. Virtual Box software latest version
2. Database software 12cR1(12.1.0.2)
3. Oracle Enterprise Linux 6.4 64 bit
4 Putty or ssh terminal(In case of Linux)
5. Using the above , I have setup two Machines on virtual box.(How to create Virtual Machine and Install Oracle database). I would not separately mention, how to install oracle database as part of this series. I would assume you would have already completed that. In case of any issue, Please mention in comment section.
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