Page Comparison

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*{_}Each environment{_}* includes at the least:

1. OLE/FS server

2. DocStore Server

3. And backend database

For DEV and TST environment, there are two applications deployed on OLE/FS server, one is OLE/FS on Rice 1.x framework, the another is OLE on Rice 2.0 framework. For DEMO environment, there is only OLE/

FS  on Rice 1.x framework deployed on the server. DEMO release version is OLE 0.6.

The DocStore on each

 environment uses [Apache Jackrabbit 2.0|http://jackrabbit.apache.org/] for content storage and [Apache Solr 3.0|http://lucene.apache.org/solr/] for indexing and searching. On the cloud environment, we configure the Jackrabbit with ORACLE Database.

h2. *Server Configuration:*

| Environment | Server Name | Amazon Instance Type | Description |
| DEV Env | Ole-dev | C1.medium | OLE/FS DEV site |
| ole-docstore-dev

 | M1.large

 | DocStore DEV site

 |
| TST Env

 | Ole-tst

 | M1.medium

 | OLE/FS TST site

 |
| ole-docstore-tst

 | M1.large

 | DocStore TST site

 |
| DEMO Env

 | Ole-demo

 | M1.large

 | OLE/FS Demo site

 |
| Ole-docstore-demo

 | M1.large

 | DocStore demo

 site |

h4. {color:#000000}{*}Reference:*{color}


h5. {color:#000000}{*}Small Instance -- default\**{color}


h4. {color:#333333}1.7 GB memory{color}

{color:#333333}1 EC2 Compute Unit (1 virtual core with 1 EC2 compute Unit){color}

{color:#333333}160 GB instance storage 32-bit or 64-bit platform{color}

{color:#333333}I/O Performance: Moderate{color}

{color:#333333}API name: m1.small{color}

h5. Medium Instance 

 {color:#333333}3.75{color}{color:#333333} GB memory{color}

 {color:#333333}2{color} {color:#333333}EC2 Compute Units (1 virtual core with 2 EC2 compute Units){color}

{color:#333333}410{color}{color:#333333} GB instance storage 32-bit or 64-bit platform{color}

 {color:#333333}I/O Performance: Moderate{color}

 {color:#333333}API name: m1.medium{color}

h5. Large Instance

7.5 GB memory

4 EC2 Compute Unit (2 virtual cores with 2 EC2 Compute Units each)

850 GB instance storage 64-bit platform

I/O Performance: High

API name: m1.large

h2. *ORACLE Database instance/schemas*

we have three ORACLE database instances setup on the cloud:
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* OLE-ORACLE-2, 7.5GB RAM, 160GB storage, including schemas as following:
** OLEDBA (we keep our OLE schema here)
** OLEDEV (schema comes from OLEDBA, setup for OLE DEV site)
** OLETST (schema comes from OLEDBA, setup for OLE TST site)
** OLEDM (playground for data modeler, do we need now???)
** OLELOCAL (the playground for data modeler or developer to play with the schema, refreshed from OLEDBA every morning at 4am)
** OLECI (playground for unit test)
** OLERICE_DEV (schema setup for OLE/Rice 2 for DEV site)
** OLERICE_TST (schema setup for OLE/Rice 2 for TST site)
** DocStore/JCR tables for DEV
** DocStore/JCR tables for TST
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* OLE-DEMO-ORACLE-2, 7.5GB RAM, 80GB storage, only has one schema:

** OLEDEMO
** DocStore/JCR tables for DEMO

* OLE-DEV-2

** Not sure what kinds of schema on this, should be just for dev

 site
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*{_}Backup for DEMO{_}*, we have two jobs on the cloud to take snapshots for the databases and DocStore file system. The snapshots for OLE-DEMO-ORACLE-2 instance keep on RDS (in the Amazon cloud). But it is only run when loading new data as the baseline. Amazon backup the data for us automatically. The backup data only can be accessed through aws console.

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*{_}Access Databases{_}*: you should have Aqua Data Studio, SQL Plus/Developer or other database client to access the databases on the cloud. The configuration of each schema for the client setup is as following:
* OLEDEV
** UserName -- oledev
** Hostname -- ole-oracle.ole.kuali.org

** Port -- 1521
** SID -- ole
* OLETST
** UserName -- oletst
** Hostname -- ole-oracle.ole.kuali.org

** Port -- 1521
** SID -- ole
* OLEDEMO
** UserName -- olefs
** Hostname -- demo-oracle.ole.kuali.org

** Port -- 1521
** SID -- oledemo
* OLERICE_DEV
** UserName  - olerice_dev
** Hostname -- ole-oracle.ole.kuai.org

** Port - 1521

** SID - ole

* OLERICE_TST

** UserName  - olerice_tst

** Hostname -- ole-oracle.ole.kuai.org

** Port - 1521

** SID -- ole
* OLEDBA
** UserName  - oledba
** Hostname -- ole-oracle.ole.kuai.org

** Port - 1521

** SID - ole

* OLELOCAL
** UserName  - olelocal
** Hostname -- ole-oracle.ole.kuai.org

** Port - 1521

** SID -

 ole

h2. *File/folder structure for miscellaneous files

*

There is one upload folder for each DocStore server.

  You have to secure ftp to the server as following:
# FTP sites
## DEV -- sftp://upload@docstore.dev.ole.kuali.org

## TST -- sftp://upload@docstore.tst.ole.kuali.org

## DEMO -- sftp://demo@docstore.demo.ole.kuali.org

# The files are using for the following purpose:

## files to be processed

 by Vendors 
## Support files for information contained/displayed in Load Reports

## XML file for YBP

## Loading sample data for instance, bib...

# Folder locates at /opt/docstore/upload, for

 example

!upload-folder.jpg|thumbnail,border=1!




h2. *Steps for refresh DEMO environment:*

# stop tomcat instances for OLE DEMO and OLE DEMO DocStore
#* Reference for how to stop and start tomcat (jobs on ci):
#** Server Stop
#** Server Start
#* Each job will need to be ran twice.  Build the job and you will be given an option.  For one run select demo and the other run docstore-demo from the pull down menu.
#* Run Stop before the refresh jobs and Start at the end of the refresh jobs
# [Refresh Demo DocStore Filesystem|https://ci.ole.kuali.org/view/All/job/Refresh%20Demo%20Docstore%20Filesystem/] , this will refresh the filsystem portion on docstore demo
# [Refresh Demo Oracle|https://ci.ole.kuali.org/view/All/job/Refresh%20Demo%20Oracle/], this will refresh the oracle for both the docstore and OLE.
# Restart tomcat instances for OLE DEMO and OLE DEMO DocStore