############################################################################### # lucene.index.base.path # # The path to a directory that the application will manage the Lucene search # indices. This directory must allow write access to the user or group the # application runs as, as it will try to create directories and files here. lucene.index.base.path=/data/ieat-index ############################################################################### # index.update.buff.size # # This sets the size of index update buffer, meaning the number of item updates # that are queued before indexing them in one operation. The larger the number, # the more efficient updates will be, but the longer it will take for updates # to show up in search results. Setting this to '1' means the index will be # updated after every change. index.update.buffer.size=1 ############################################################################### # crypto.salt # # The "salt" used for encrypting passwords. Set this to a random string of # characters as desired, but beware the more characters used the longer the # encrypted passwords will become and they can end up loger than the default # database column width defined for user passwords. Around 20 characters is a # good maximum to keep in mind. If you don't want to use any salt then set this # to an empty value. crypto.salt=#$8e#&*fJ39eJE(3j#E() ############################################################################### # crypto.provider # # The JCE provider to use. The default one included with Java is 'SunJCE'. # Only change this if you want to use a different provider (for example to use # a different encryption scheme). crypto.provider=SunJCE ############################################################################### # crypto.key.type # # The JCE secret key type used for password-based encryption schemes. For # example: 'PBEWithMD5AndDES'. Also see the crypto.pge.salt property. crypto.key.type=PBEWithMD5AndDES ############################################################################### # crypto.cipher.type # # The JCE cipher to use for encryption. For example: 'PBEWithMD5AndDES' crypto.cipher.type=PBEWithMD5AndDES ############################################################################### # crypto.key # # The password to use for password-based encryption. crypto.key=34i.X34U(#*=>jys ############################################################################### # crypto.pge.salt # # The salt to use for password-based encryption schemes. The encryption # scheme may have specific length requirements. For example the # PBEWithMD5AndDES key type requires an 8-byte salt length. crypto.pbe.salt=|"dk;P~s ############################################################################### # smtp.host # # The SMTP server to use for sending mail messages to. smtp.host=localhost ############################################################################### # mail.from # # The email address to send mail from. mail.from=ieat@localhost.local ############################################################################### # url.registration.confirm # # The relative URL to confirm an account registration. This URL should inlcude # two variables: $[user.login] to hold the login of the user being confirmed, # and $[result] for the confirmation code. For example: # '/confirmAccount.do?login=$[user.login]&code=$[result]'. If you set up # an Apache rewrite rule, you can shorten this URL, for example # '/confirm/$[user.login]/$[result]'. url.registration.confirm=/confirmAccount.do?login=$[user.login]&code=$[result] ############################################################################### # url.welcome # # The relative URL to use in the welcome email template. Typically this will # just be the home page. url.welcome=/home.do ############################################################################### # url.welcome # # The relative URL to use in the welcome email template. Typically this will # just be the home page. ############################################################################### # hibernate.dialect # # The Hibernate dialect to use. For PostgreSQL: # # org.hibernate.dialect.PostgreSQLDialect # # For MySQL: # # org.hibernate.dialect.MySQLDialect hibernate.dialect=org.hibernate.dialect.MySQLDialect ############################################################################### # hibernate.show_sql # # Set to 'true' to enable SQL debugging. Otherwise set to 'false'. hibernate.show_sql=false