# The webRoot directory:
# the directory that the servlet engine regards as the place where applications 
# that use the servlet engine should be installed.  Generally, it is safe to leave
# this at the default setting of __AUTODETECT__.  When the SmartClient server is
# started, it logs a message to stdout telling you the autodetected path to your
# webRoot.  If this path is not your actual webRoot, then you'll want to override
# this config parameter here.
#
# Valid values: 
#
# 1. Absolute path to the webRoot directory
#
# 2. Special token:  __AUTODETECT__
#    When this token is used, SmartClient attempts to auto-detect the webRoot using
#    standard servlet APIs.  This may or may not work - depending on your
#    container type and deployment type.  For example, WAR/EAR deployments
#    on some containers never make it to disk, and so the container refuses
#    to provide the webRoot path.
#  
#    If SmartClient cannnot detect the webRoot, it sets the webRoot to
#    __USE_CONTAINER__ (see below).
#
# 3.  Special token: __USE_CONTAINER__
#     When this token is used, SmartClient uses standard servet APIs for accessing
#     filesystem resources.  This is slower than direct file access and, since
#     the servlet APIs provide no mechanism for writing to disk, means that some
#     development tools like the FileAssembler will not work.
#
webRoot: __AUTODETECT__
  
# if you've moved the isomorphic directory from its default location in webRoot,
# set the root-relative path to it here
#
# For example, if in your deployment the 'isomorphic' dir is in /foo/bar, then set
# then you'll need to set this to foo/bar/isomorphic
isomorphicPathRootRelative: frontend/sc

# administration app
apps.adminConsole.location: $webRoot/frontend/tools
ui.adminConsole.location: $webRoot/frontend/tools



# -------------- PICK DATABASE TO USE --------------------
#
# The SmartClient SDK ships with examples that use a database as the persistence
# layer.  By default, the SDK uses a built-in version of HSQLDB, but you can
# specify a different database to use here.

# which database do you want to use?  HSQLDB is enabled by default.
#sql.defaultDatabase: HSQLDB

# If you want to use Mysql instead, uncomment the following line
# and comment all other sql.defaultDatabase definitions
#sql.defaultDatabase: Mysql

# If you want to use Oracle instead, uncomment the following line
# and comment all other sql.defaultDatabase definitions
sql.defaultDatabase: java:comp/env/jdbc/cti_sdom
#sql.defaultDatabase: jdbc/cti_sdom

# If you want to use Postgres instead, uncomment the following line
# and comment all other sql.defaultDatabase definitions
#sql.defaultDatabase: PostgreSQL

# If you want to use DB2 instead, uncomment the following line
# and comment all other sql.defaultDatabase definitions
#sql.defaultDatabase: DB2

# -------------- SETTINGS FOR HSQLDB --------------------

#sql.HSQLDB.database.type: hsqldb
#sql.HSQLDB.interface.type: driverManager

#sql.HSQLDB.driver: org.hsqldb.jdbcDriver
#sql.HSQLDB.driver.url: jdbc:hsqldb:hsql://localhost/isomorphic


# SQLServer
#----------
#sql.SQLServer.database.type: sqlserver
#sql.SQLServer.interface.type: driverManager

#sql.SQLServer.driver: com.microsoft.jdbc.sqlserver.SQLServerDriver
#sql.SQLServer.driver.url: jdbc:microsoft:sqlserver://127.0.0.1:1433;DatabaseName=Northwind;User=sa;Password=

# DB2
#----
#sql.DB2.database.type: db2
#sql.DB2.interface.type: dataSource

# DataSource
#sql.DB2.driver: COM.ibm.db2.jdbc.DB2DataSource
#sql.DB2.driver.serverName: localhost
#sql.DB2.driver.databaseName: SAMPLE
#sql.DB2.driver.portNumber: 6789
#sql.DB2.driver.user: db2admin
#sql.DB2.driver.password: db2admin

# -------------- SETTINGS FOR MYSQL --------------------

# These are the settings for use with the Mysql database.  If you have
# just done a fresh install of MySQL on the same machine where you are
# running your servlet engine, the values provided below will probably
# just work on most platforms.

# Configuration for Mysql Connector/J
#sql.Mysql.database.type: mysql
#sql.Mysql.database.ansiMode: false
#sql.Mysql.interface.type: dataSource
#sql.Mysql.driver: com.mysql.jdbc.jdbc2.optional.MysqlDataSource
# name of the database to use
#sql.Mysql.driver.databaseName: isomorphic
# hostname and port where the database server is installed
#sql.Mysql.driver.serverName: localhost
#sql.Mysql.driver.portNumber: 3306
# username and password that can create and modify tables in that database
# this user must have the following privileges for the system to function
# properly: create/alter/drop table; insert/update/replace/delete rows.
#sql.Mysql.driver.user: root
#sql.Mysql.driver.password:


# -------------- SETTINGS FOR ORACLE --------------------

# These are the settings for use with the Oracle database.

# hostname and port where the database server is installed
sql.Oracle.driver.serverName: 10.100.100.100
sql.Oracle.driver.portNumber: 51521
#sql.Oracle.interface.type: driverManager
# SID of Oracle Database
sql.Oracle.driver.databaseName: eERPK1

# username and password that can create and modify tables in that database
# this user must have the following privileges for the system to function
# properly: create/alter/drop table; create/drop sequences;
# insert/update/replace/delete rows.
sql.Oracle.driver.user: cti_sdom
sql.Oracle.driver.password: ******

# -------------- SETTINGS FOR PostgreSQL --------------------

# These are the settings for use with the PostgreSQL database.

# hostname and port where the database server is installed
#sql.PostgreSQL.driver.serverName: localhost
#sql.PostgreSQL.driver.portNumber: 5432

# name of the database to use
#sql.PostgreSQL.driver.databaseName: isomorphic

# username and password that can create and modify tables in that database
# this user must have the following privileges for the system to function
# properly: create/alter/drop table; create/drop sequences;
# insert/update/replace/delete rows.
#sql.PostgreSQL.driver.user: postgres
#sql.PostgreSQL.driver.password: test



# -------------- LOADING APP AND DATASOURCE DEFINITIONS --------------------

# Where the system looks for DataSource definition files ([dataSourceId].ds.xml or
# [dataSourceID].ds.js).  It's useful to put all your DataSources in one 
# directory since DataSources are frequently shared between applications.  
# "project.datasources" is also where the DataSource Importer tool looks 
# for available DataSources.
project.datasources: $webRoot/ds
project.ui: $webRoot/shared/ui
project.apps: $webRoot/shared/app


# SECURITY NOTE: Do not deploy applications with all builtin RPCs enabled. Some of these are
# development-only tools that have not been audited from a security standpoint.
#
# The special '*' value enables all builtin RPCs.  xmlToJS and uploadProgressCheck are meant
# for production deployment, others have not been audited.  For more information, see the
# "Deploying SmartClient" topic in the ReferenceDocs.

#for development
#RPCManager.enabledBuiltinMethods: *
RPCManager.enabledBuiltinMethods: xmlToJS, uploadProgressCheck, downloadClientExport
sql.Oracle.driver.networkProtocol: tcp
sql.Oracle.driver: oracle.jdbc.pool.OracleDataSource
sql.Oracle.database.supportsSQLLimit: false
sql.Oracle.interface.type: dataSource
sql.Oracle.interface.credentialsInURL: true
sql.Oracle.pool.enabled: true
sql.Oracle.database.type: oracle
sql.Oracle.driver.context: _container_
sql.Oracle.driver.driverType: thin