Linux | Send mail using internal mail command

November 16, 2016

Hi guys

We are on VEEM+VMWare infrastructure from a while, yet I am paranoid to maintain copies of the backups on different media once after going through couple of nightmares. We take weekly cold backup for our ERP Production server, move the tar files to a standby Linux server, and move those backups once again to an external HDD.

So basically I have a full VM backed up, the same VM holds a weekly cold backup, standby Linux server holding a copy of the cold backup files & to finish it, again copied to an external HDD. The funniest part is, we are moving the entire VMs to a TANDBERG Quick Station as well!

Though everything works fine till date, the last part of the deal needs to intimate me about successful completion of copying the tar files to the external media, ie, HDD that is formatted using NTFS, so that I can use it on both Linux and Windows environments

Be warned: The below bash script only works in an environment that has an internal SMTP server (or I don’t know how to relay the messages through an external SMTP relay and to disappoint you further, I don’t care about relaying through external SMTP). In addition, you must be on Linux 6 and above to use the internal mail command as demonstrated below. Linux 5 doesn’t support many switches provided with the example.

Further, below example demonstrates the basic level of error capturing with “bash” scripts as well

/bin/cp -rf /u02/backup/PROD_DAILY_BACKUP*.* /media/Elements/ 2> /dev/null

if [ $? -eq 0 ]
echo "The files were successfully copied to external hard disk" | mailx -v -s "ERP Tar Files Moved to External HDD | Success" -S smtp=smtp:// -S from="ERP Alerts <>",
echo "Files were not copied to external HDD" | mailx -v -s "ERP Tar Files to External HDD | Failed" -S smtp=smtp:// -S from="ERP Alerts <>",

Try it and let e know whether it worked for you :)



Java runtime | Oracle EBS R12 (12.0.6)

May 2, 2016

Hi guys

You could run into a situation after the latest Java client runtime update, your R12 instance failing to load forms, complaining about the lower version of JRE. This is mainly due to the fact that, if your Windows OS is 64Bit, the latest java runtime update installs both 64Bit & 32Bit and most of the R12 environments run against 32Bit JRE.

Internet explorer (the only one browser that runs the JRE properly for EBS R12) loads the 64Bit java runtime by default from a 64Bit Windows OS & eventually the forms will fail to load.

At present the only possible solution to address this situation is to uninstall the 64bit version of java runtime, using “Programs and features” or “Add remove programs” based on the version of Windows you are using.

Hope this helps few out there :)





Virtualize your desktop/laptop computer

January 3, 2016

Hello guys

This is my first post for the year 2016. Actually I have more drafts than posts this time with me and I truly hope that I will able to finish all of them in few weeks time. I’m sure you are interested about Oracle 12c products on Windows platform. Stay tuned, am on it

Coming back to the topic, I have a decent desktop computer that could be called a “half server” with the following configurations

  1. i7 processor 2nd generation
  2. 16GB DDR3 memory
  3. Around 4.5-5 terabyte of storage
  4. windows 10 64Bit Professional

I came across VMWare always 8 years back, liked it, and used it until they started charging for everything. Then Oracle VirtualBox (Earlier JAVA VirtualBox) started giving tough fight and it has become quite famous among developer communities where NOT many were truly able to afford VMWare’s paid software.

VMWare is altogether a different standard made for sophisticated environments, hence we will never compare both the products here. Our intention is to point you towards the advantages of using Virtual Machines that could less clutter your rig, give you better exposure to different technologies and a bit of networking etc

So our product of interest for this post is Oracle VirtualBox and we will see how we can utilize our existing desktops/laptops to run multiple virtual machines at the same time and thus utilize the available hardware to the maximum extends

So prior attempting to virtualize your existing computer, you need to know what kind of hardware you have and whether your computer meets minimum requirements to support virtualization.

So today is 3rd January 2016 & if your computer is 4 years old or less,  99.9% chances that your rig sure supports virtualization. Most of BIOS comes with the virtualization enabled by default.

Yet we should make sure that our computers support virtualization. Read the instructions provided here to find out whether your current processor supports virtualization OR

Just install Oracle VirtualBox and try to create a VM. You will immediately come to realize whether your rig really supports virtualization ;)

Well, that’s the brute force way of doing stuffs, adapt the one that defines you. If you are using Windows 10, I’ve noticed that many default installations enable Hyper-V by default. You need to disable it from add remove windows features console, so that you can create 64Bit VMs using Oracle VirtualBox. This post explains how to enable it, just do the opposite to disable it

Before anything else, you need to identify your processor, it’s capabilities. A nice comparison is available here for i3, i5 & i7 processors and definitely, the author favors i7 processors. Please spend few minutes to read about the differences between these three different processors.

A ripoff from

What the difference between Core i3, i5, i7: Hyper-Threading

A thread in computing terms is a sequence of programmed instructions that the CPU has to process. If a CPU has one core, it can process only one thread at once, so can only do one thing at once (as before, it’s actually more complex than this, but the aim here is to keep it simple and understandable).

Hence, a dual-core CPU can process two threads at once, a quad-core four threads at once. That’s twice or four times the work in the same amount of time.

Hyper-Threading is a clever way to let a single core handle multiple threads.

A Core i3 with Hyper-Threading can process two threads per core which means a total of four threads can run simultaneously. The current Core i5 range doesn’t have Hyper-Threading so can also only process four cores. i7 processors do have it, so can process eight threads at once. Combine that with 8MB of cache and Turbo Boost Technology, and you can see why it’s good to choose a Core i7 over an i5 or i3.

Now, you should know how much physical memory you have. More, the merrier. Starting with Windows 7, computers started shipping with a minimum of 4GB as a standard. So, 4GB is enough for your OS and proposed virtualization? It’s going to be a tight fit. I will suggest an additional 4GB minimum, making the total physical memory 8GB so that you won’t have to sacrifice performance.

Finally the storage. Most of the branded PCs and laptops are coming with 500GB HDD as standard & extending the storage of a laptop is complex than of a desktop computer. For the later, all you need is another HDD which you can plug to one of the available SATA ports and configure. With a laptop, you may need to replace the HDD with a higher capacity one or use an external HDD for your additional storage requirements.

My current Virtualizations are mostly for Oracle technologies. I am a forms and reports developer, doing a certain level of .NET development & manage Oracle EBS R12 instances (“NOT a DBA”). Further I try almost all the database, weblogic versions & currently learning ASMM & RMAN. I have never attempted other areas of Oracle technologies, so my VMs run

  1. Oracle EBS R12 cloned instances
  2. Oracle database(s)
  3. Oracle weblogic server(s) with forms and reports (supported)

My EBS R12 VM has the following configuations

8GB memory out of 16GB physical, 4 processor out of 8 logical processors & almost 850GB of storage out of 4.5 terabyte total storage. Our instance has 400GB database size, 175GB application instance & the VM responds to requests instantaneously once after scheduled jobs are completed after a restart of the application. Usually I find the application responding better after 3 hours of settling down & the performance is assured throughout days and weeks until a restart.

My Weblogic, database VMs have the following configurations

4GB memory out of 16GB physical, 4 processor out of 8 logical processors & almost 250 GB of storage out of 4.5 terabyte total storage. I have my weblogic VM running 11gR2 64bit database as well. I get instant responses from both the Weblogic server and Oracle database 11gR2 from a client system, whenever accessed


Even though you can run multiple VMs at the same time, I would suggest, based on your hardware, limit them. Example

When I run my EBS R12 VM (8GB memory, 4 processors) my HOST computer is left with only 8GB free memory and 4 logical processors. If I start a Windows XP VM (2GB memory, 2 processors) to check the application performance, I feel my rig start slowing down and couple of times my computer shutdown with a high thermal point.

So make sure that you do tweaking to your VMs in order to make sure that your HOST doesn’t breakdown due to overload.

I always make sure that my HOST always has half of the hardware resources reserved for it, ie, 8GB memory, 4 processors regardless how many VMs I run at the same time! This is by using the VirtualBox console to alter the parameters of VMs before they are started


All the settings for the VMs could be altered using the settings, like increasing or decreasing the memory, processors, adding and removing storage devices etc.


Below you watch how fast my VM running EBS r12 responds to requests from another VM running Windows XP

Advantages of using Virtualization

The most important advantage for me is: I’ve a less cluttered HOST, said, I am NOT installing all the technologies to one OS, breaking it with conflicting versions of services and libraries and processing load.

Other advantages

  1. I can backup (copy) my entire “machine” and restore it during a total mess up or loss of data, rather than rebuilding the entire computer
  2. I get a sand-boxed environment & without fearing my attempts will break my main OS, continue the experiments
  3. I can make a VM, for example, running Oracle Enterprise Linux, copy and keep the OS installed disk somewhere and copy it to new VMs whenever required! Say, you install the OS only once and whenever you need to create a new VM with same OS, just duplicate the disk that has the OS! (Make sure you make a backup of the OS disk prior installing and configuring additional software into it)

Finally my suggestions for you, in case if you are considering to build your 1st VM using Oracle VirtualBox

  1. Majority of the Oracle geeks prefer Linux against Windows for database, weblogic deployments. So if you are NOT familiar with Linux, I suggest you start learning, regardless whether you FEEL very comfortable with it or NOT. You may be joining a firm that has reservations towards Windows OS running Oracle products, especially Oracle DBAs who have valid points like block corruptions, difficulties to recover from a crash are complex in the case of Windows OS.
  2. Install OS in a separate disk. 40GB dynamic size should be more than enough for any recent Linux distros. Avoid Linux 7 if you are truly new to Linux. Oracle Linux 6.7 should be your friend.
  3. Install 64Bit OS, so that you can take the advantage of your 64Bit processor and physical memory
  4. Install Oracle supported Linux distros (RHEL, OEL & certain versions of Debian. CentOS is not at all supported)
  5. Install the complete desktop, you are hardly going to complete the installations on pure CLI mode.
  6. Add SCSI interface to your VM and for Oracle database etc, use SCSI disks. I had a huge argument with VirtualBox guys about the performance difference between SATA VDI disks and SCSI VDI disks. I found the SCSI VDI disks performing better, however I was dismissed saying as far both the types are created on the same HDD, it must be more psychological :O
  7. Use 1TB 7200 RPM disks in the place of 2TB 5400 RPM disks. Later ones are best for data storage, when the previous ones give you better I/O. Create fixed size VDI for databases & applications, that means you will NOT able to increase the size of the disk once after created, however, it gives you faster I/O and better performance.
  8. Update your OS. As soon as the VM is built, update your OS prior installing database, weblogic etc. RHEL will NOT allow you to update the packages without subscription, hence Oracle Enterprise Linux should be your best choice of Linux distro. Please note, you shouldn’t use Oracle Linux in a production environment without acquiring sufficient licenses. Whatever I suggest here are limited for study/evaluation purposes and I don’t encourage any kind of illegal usage of software!
  9. Use Oracle’s pre-install packages to install database, EBS etc prerequisites rather than trying to download individual components from different download sites.
  10. Use shared folders between HOST and Guest (VM) so that you don’t have to sacrifice storage. Not just that, when you want to keep the backup of some files from the VM, the shared folders will make it as easy as possible
  11. Use bridged network, with Promiscuous Mode “Allow All” so that you can communicate with the VM from network
  12. 3
  13. Disable IPV6, firewall, SELinux on your Linux VM
  14. If you creating a Windows VM, I’m sure you better know how to configure your guest so that you can access it from a network.

Finally recommendations for a DESKTOP computer to try virtualization

  1. i7 processor + good quality heat sink. Your HOST and VMs are going to create loads of heat!
  2. 16GB Memory (DDR4 is the new standard, do not ignore it)
  3. 1×2 TB HDD

Few years back, such a configuration looked impossible for me, well, I saved bit by bit and made my dream computer. I’m sure you can also do it :) & trust me, a good computer opens a new world for you.

All the best and wish you all a very successful year ahead!

for Windows7bugs









Oracle R12 Cloning | dbTier " INSTE8_APPLY 1"

October 28, 2015

Hi guys

There could be thousands (exaggerated) reasons why a Oracle cloning process could go all bad. I’m not an application DBA, however, have enough experience with the architecture, technology as I interact with it everyday as a part of my job.

Few months back, I started doing something what a DBA should do, cloning. My prior attempts were mostly at home, using virtual machines and test instances and they were NOT as mission critical as what we do at work.

So, after the storage device was revamped with new partition structures I was asked to do a cloning for the production instance. Let me explain how the application was deployed prior the storage restructuring

  1. We had the database tier on mount point /u05
  2. Application on /u06 mount point

So, I recreated the same mount points and started the cloning process for dbTier and the process got terminated at 2% and the log files shown me an error that I was not familiar with.


Google searches fetched me hundreds of results for “ INSTE8_APPLY”, however the error codes were mostly for 255 or “-1” and apparently I didn’t have any clue what was going wrong.

So I unzipped the tar ball for database tier once again, and the cloning process got aborted at 2%,  and I was getting nervous as I was expected to make the instance online by early morning 7AM

Most of the reference materials were explaining about non-existent Oracle inventory locations, and I confirmed that it was not the case from my part (Obviously, I was overlooking at this constrain itself!)

After half a dozen times tasting failure, finally I tried to see what was written inside the oraInst.loc file


oraprod@erp-prod:/home/oraprod>cd $ORACLE_HOME 
oraprod@erp-prod:/u05/oraprod/PROD/db/tech_st/10.2.0>cat oraInst.loc 

and I realized that inventory location was wrongly pointing towards an non-existing mount point and physical location!

I modified the oraInst.loc content with the correct mount point


and the cloning process went ahead without giving another errors.

We had an instance that was running from last 6 years, which was only once cloned from a cold backup during the storage device change, and somehow the inventory location remain unchanged with the repositories.

I hope this finding could help few newbies like me out there




Oracle EBS R12, Install/Clone over Oracle/Red Hat Linux 7.x

June 30, 2015

Hi guys


(and dozens of EBS R12 related blogs and oracle community posts)


As far I could recollect, Oracle EBS R12.0.x & R12 12.1.x are not certified yet for Linux 7, let it be Red Hat Linux or Oracle enterprise Linux. Does the certification path really make guys like us trying to clone, install EBS R12 over yet to be certified platforms? Well, my case, I always did attempt & succeeded to a certain levels. Starting with Oracle 10g over Windows 7, 8 etc.

This time, my attempt was to clone our existing EBS R12 12.0.6 instance from Red Hat linux Enterprise 5 64Bit to Oracle Enterprise linux 7 64Bit.

I can’t say whether it is a rightful thing for you or for your environment. For me it was a fun project, that I achieved to a maximum satisfactory level.

Environment: Source System

Red Hat Linux 5.11 64Bit, 48GB physical memory, HBA interfaced external storage, single node EBS R12 12.0.6 with Oracle database database

Environment: Target System

1. Oracle VirtualBox VM with 4 processors, 10GB memory, Oracle Enterprise linux 7.1 with GUI on demand

VDI fixed size of 1.3T holding both application tier & database tier files copied from source system

2. A Desktop machine with i7 Processor, 4.5 TB Storage, 16GB physical RAM for real hardware performance testing


How to?

Oracle Enterprise Linux 7 is not certified for EBS R12.0.x , hence I was unable to find the pre-requisites install for EBS R12 for the OS. The hacks started from this point onward

(Please make sure that you fully updated your OEL 7.1 box prior the attempts listed below)

As root switch the directory to

cd /etc/yum.repos.d

Go to

and install the ol6 repo following instructions provided

Open the ol6 repo file using gedit/vim and enable the add-on repo

install pre-requisites for EBS R12 by issuing the following command

yum install oracle-ebs-server-R12-preinstall -y

Once the installation completed, you will notice that you have two new users created



If your cloned instance was having different user names for both application and database, create same usernames and add them to relevant groups

for example applprod to oinstall group and oraprod to dba, oinstall groups (mandatory)

Special note: If you are attempting these hacks for Production instances, sorry buddy, YOU will never be supported by Oracle as they have recently confirmed to me through a private message that they don’t have any plans to certify 12.0.x versions on OEL 6 or 7

Prior you attempt to clone or install the 12.0.6 instance over OEL 6, 7 make sure that you have taken care of few things prior the attempt. There are few OS level files formatting mandatory for Oracle applications, those caused me almost 3 weeks of reading various blog posts, and NOT a single solution to address a weird error associated with “Error: Missing ormi[s]://<host>:<port>” error while shutting down the application services using script file! And the reason was default formatting of /etc/hosts file by OEL 7 installation!


The /etc/hosts file must be formatted like below with your OEL/RHEL 7.x installation localhost.localdomain localhost
::1 localhost6.localdomain6 localhost6 erp-prodbak #Your box erp-prod #Your production server, if at all required

Rest of the network related mandatory elements specified in the reference documents could be ignored, or you may format them as well. If you are going to touch your /etc/resolv.conf file at all, make sure that after changing the content of the resolv.conf, you make it read-only by issuing the following command

chattr +i resolv.conf

else after a reboot, this file be rewritten by the networking admin services

Now let us refer to the /etc/sysctl.conf & /etc/security/limits.conf files, which are setting system level parameters for the application. While I noticed that the previously configured parameters were causing performance degradation once after the clone, I just copied these elements from a 12.1.3 vision instance and replaced to find that, my cloned instance started flying, giving me much better performance than our Production instance that has the latest hardware and 48GB physical memory!

Once again, thoroughly check the below parameters, if something looks not appropriate for your environment, refrain from updating

as a precaution, do a backup for both the above mentioned files

cp /etc/sysctl.conf /etc/sysctl.conf.original
cp /etc/security/limits.conf /etc/security/limits.conf.original

Now using your favorite editor, replace the content of you sysctl.conf file with following

# Kernel sysctl configuration file for Red Hat Linux
# For binary values, 0 is disabled, 1 is enabled. See sysctl(8) and
# sysctl.conf(5) for more details.

# Disabled IPV6 on all interfaces for JAVA 1.5

# net.ipv6.conf.all.disable_ipv6 = 1

net.ipv6.conf.default.disable_ipv6 = 1
net.ipv6.conf.all.disable_ipv6 = 1
# Controls IP packet forwarding
net.ipv4.ip_forward = 0

# Controls source route verification
net.ipv4.conf.default.rp_filter = 1

# Do not accept source routing
net.ipv4.conf.default.accept_source_route = 0

# Controls the System Request debugging functionality of the kernel

# Controls whether core dumps will append the PID to the core filename
# Useful for debugging multi-threaded applications
kernel.core_uses_pid = 1

# Controls the use of TCP syncookies
net.ipv4.tcp_syncookies = 1

# Controls the maximum size of a message, in bytes

# Controls the default maxmimum size of a mesage queue

# Controls the maximum shared segment size, in bytes

# Controls the maximum number of shared memory segments, in pages

# For 11g, Oracle-Validated setting for fs.file-max is 6815744
# For 10g, uncomment 'fs.file-max = 327679', and comment 'fs.file-max = 6553600' entry and re-run sysctl -p
# fs.file-max = 327679
fs.file-max = 6815744

# Oracle-Validated setting for kernel.msgmni is 2878
kernel.msgmni = 2878

# Oracle-Validated setting for kernel.msgmax is 8192
kernel.msgmax = 8192

# Oracle-Validated setting for kernel.msgmnb is 65536
kernel.msgmnb = 65536

# Oracle-Validated setting for kernel.sem is '250 32000 100 142'
kernel.sem = 250 32000 100 142

# Oracle-Validated setting for kernel.shmmni is 4096
kernel.shmmni = 4096

# Oracle-Validated setting for kernel.shmall is 1073741824
kernel.shmall = 1073741824

# Oracle-Validated setting for kernel.shmmax is 4398046511104 on x86_64 and 4294967295 on i386 architecture. Refer Note id 567506.1
kernel.shmmax = 4398046511104

# Oracle-Validated setting for kernel.sysrq is 1
kernel.sysrq = 1

# Oracle-Validated setting for net.core.rmem_default is 262144
net.core.rmem_default = 262144

# For 11g, Oracle-Validated setting for net.core.rmem_max is 4194304
# For 10g, uncomment 'net.core.rmem_max = 2097152', comment 'net.core.rmem_max = 4194304' entry and re-run sysctl -p
# net.core.rmem_max = 2097152
net.core.rmem_max = 4194304

# Oracle-Validated setting for net.core.wmem_default is 262144
net.core.wmem_default = 262144

# For 11g, Oracle-Validated setting for net.core.wmem_max is 1048576
# For 10g, uncomment 'net.core.wmem_max = 262144', comment 'net.core.wmem_max = 1048576' entry for this parameter and re-run sysctl -p
# net.core.wmem_max = 262144
net.core.wmem_max = 1048576

# Oracle-Validated setting for fs.aio-max-nr is 3145728
fs.aio-max-nr = 3145728

# For 11g, Oracle-Validated setting for net.ipv4.ip_local_port_range is 9000 65500
# For 10g, uncomment 'net.ipv4.ip_local_port_range = 1024 65000', comment 'net.ipv4.ip_local_port_range = 9000 65500' entry and re-run sysctl -p
# net.ipv4.ip_local_port_range = 1024 65000
net.ipv4.ip_local_port_range = 9000 65500

# Oracle-Validated setting for vm.min_free_kbytes is 51200 to avoid OOM killer
vm.min_free_kbytes = 51200

Save the file and issue the following command

sysctl -p

Now, change the limits.conf file with following content

# /etc/security/limits.conf
#Each line describes a limit for a user in the form:
#&lt;domain&gt; &lt;type&gt; &lt;item&gt; &lt;value&gt;
#&lt;domain&gt; can be:
# - an user name
# - a group name, with @group syntax
# - the wildcard *, for default entry
# - the wildcard %, can be also used with %group syntax,
# for maxlogin limit
#&lt;type&gt; can have the two values:
# - "soft" for enforcing the soft limits
# - "hard" for enforcing hard limits
#&lt;item&gt; can be one of the following:
# - core - limits the core file size (KB)
# - data - max data size (KB)
# - fsize - maximum filesize (KB)
# - memlock - max locked-in-memory address space (KB)
# - nofile - max number of open files
# - rss - max resident set size (KB)
# - stack - max stack size (KB)
# - cpu - max CPU time (MIN)
# - nproc - max number of processes
# - as - address space limit
# - maxlogins - max number of logins for this user
# - maxsyslogins - max number of logins on the system
# - priority - the priority to run user process with
# - locks - max number of file locks the user can hold
# - sigpending - max number of pending signals
# - msgqueue - max memory used by POSIX message queues (bytes)
# - nice - max nice priority allowed to raise to
# - rtprio - max realtime priority
#&lt;domain&gt; &lt;type&gt; &lt;item&gt; &lt;value&gt;

#* soft core 0
#* hard rss 10000
#@student hard nproc 20
#@faculty soft nproc 20
#@faculty hard nproc 50
#ftp hard nproc 0
#@student - maxlogins 4
# End of file

#oraprod #Oracle user

#applprod #Application user

# Oracle-Validated setting for nofile soft limit is 131072
oraprod soft nofile 131072

applprod soft nofile 131072

# Oracle-Validated setting for nofile hard limit is 131072
oraprod hard nofile 131072

applprod soft nofile 131072

# Oracle-Validated setting for nproc soft limit is 131072
oraprod soft nproc 131072

applprod soft nproc 131072

# Oracle-Validated setting for nproc hard limit is 131072
oraprod hard nproc 131072

applprod hard nproc 131072

# Oracle-Validated setting for core soft limit is unlimited
oraprod soft core unlimited

applprod soft core unlimited

# Oracle-Validated setting for core hard limit is unlimited
oraprod hard core unlimited

applprod hard core unlimited

# Oracle-Validated setting for memlock soft limit is 50000000
oraprod soft memlock 50000000

applprod soft memlock 50000000

# Oracle-Validated setting for memlock hard limit is 50000000
oraprod hard memlock 50000000

applprod hard memlock 50000000


Install unzip version 5 from

(This is mandatory as 12.0.x doesn’t support unzip version above 5, and your cloning will fail with error notifying unzip is not supported)

Source the library file to /usr/lib from your source system, as the soft link hack will not work. If the is already a soft link in your source system, move the source file “” from source to target box and create the soft link.

Now go ahead and enjoy the cloning/installation of your R12 12.0.x, or R12.1.x releases over OEL/RHEL 7.x (CENTOS is GNU release of RHEL, so you may experiment with that distro as well, nothing guaranteed though)

Please be warned, I have read many places that, many modules do not work with Linux 6,7 releases. Hence, the entire exercises you painfully executed may turn futile at later stages, and once again, if you have a live Oracle support, do not attempt such with your Production instance!

Enjoy guys :)


for Windows7bugs






Oracle Applications | Making references to fnd_message package from custom PL/SQL library

May 22, 2014


Until recent times I didn’t have a single idea that, fnd_message package was NOT a database, instead PL/SQL library object, through which forms based modules were calling various elements like




One of the main reasons for believing the same was as soon as I type the name of the package, both Toad  and SQL Developer identify it as already existing object!

However, few days back I decided to shed my laziness and to revamp the core retailing application I have developed two years back, using Oracle’s public APIs for Order Management & Inventory modules.

Hence, I started designing my own PL/SQL libraries and bit the bullet while trying to make a reference to fnd_message package. The call was returning errors (please refer the below image)


Which forced me to start googling for relevant and dependable pointers towards this particular situation and came across a forum thread where one person who I respect as a “geek” tried to explain why there is a package in the database and within an PL/SQL library with the same “fnd_message”, and gradually giving it up saying “Only oracle could explain why”

Hence I opened up the Template form and try to see which attached PL/SQL library has the listing for fnd_message component calls



and the PL/SQL library “FNDSQL” attached to the TEMPLATE.fmb by default has all the components referenced with the forms modules. Once identified, I attached the same library with my custom library


and the next compilation attempt was successful!

I do hope, this information is useful to few others out there, who are trying to call the fnd_message package references with their own custom PL/SQL libraries.



Oracle E-Business Suite R12 | Google Chrome Browser access

March 12, 2014


So still stuck with no apparent methods to start using Google Chrome for Oracle applications Release 12? Well there is a “possibility”

There is a free extension available with Google Chrome repositories called

Oracle EBS R12&11i Enablement for Chrome 0.1.3


You can download the same for your computer from here (Search in the extensions page with a string like “Oracle R12” as the link location may change later)

Once the extension is installed, close Chrome and restart and try to access the Application instance.



That’s it folks

for Windows7bugs