A
adapter.ini Example File

This appendix shows an adapter.ini example file for the Simple Mail Transfer Protocol (SMTP) adapter.

This appendix contains this topic:

• adapter.ini Example File

  See Also: "SMTP Adapter Configuration Parameters" for additional information on adapter.ini configuration parameters

adapter.ini Example File

This section shows an adapter.ini example file for the SMTP adapter.

#include <../../hub/hub.ini> 

// ************* 
// ** Adapter ** 
// ************* 

// Application (as created in iStudio) that this Adapter corresponds to. 
application=smtpapp1 

// Partition (as created in iStudio) that this Adapter corresponds to. 
partition= 

// If you want to have multiple Adapter instances for the given application with 
the given partition, each Adapter should
have an instance number. 
//instance_number=2 

// Bridge class 
bridge_class=oracle.oai.agent.adapter.technology.TechBridge 

// define the type of payload. Valid option is XML or D3L.
ota.type=D3L

// define the smtp sending endpoint
ota.send.endpoint=mailto:[e-mail]

// define the smtp receiving endpoint
ota.receive.endpoint=imap://joe@server10

//--------------------------------------
// SMTP Sender initialization variables
//--------------------------------------

// specify the smtp host
smtp.sender.smtp_host=smtp1.foo.com

// Specify the content type for the email 
// smtp.sender.content_type=plain/text
// Specify the character set for the email
// smtp.sender.character_set=iso-2022-jp

//----------------------------------------- 
// SMTP Receiver initialization variables 
//----------------------------------------- 

// enter the email user's password 
encrypted_smtp.receiver.password=112411071071106510801094108410731070107110811069

// enter the email server protocol. 
smtp.receiver.protocol=imap 

// email folder name 
smtp.receiver.folder=inbox 

// polling interval in milli seconds 
smtp.receiver.polling_interval=60000 

// maximum number of messages that 
// the receiver will retrieve for 
// each polling session (default 30) 
smtp.receiver.max_msgs_retrieved = 10 

// exception folder for messages 
// that are not processed successfully. 
smtp.receiver.exception_folder= error 

// A list of the D3L XML files used by this Bridge. Each business event handled 
// by the Bridge must have it's own D3L XML file. 
// Whenever a new D3L XML file has been imported in iStudio to be used by 
// an application using the SMTP adapter, the following parameter must 
// be updated and the adapter restarted. 
ota.d3ls=person.xml, person1.xml 
  

// ************* 
// ** Agent  *** 
// ************* 

// Log level (0 = errors only, 1 = status and errors, 2 = trace, status and 
errors). 
agent_log_level=2 

// Hub message selection information 
agent_subscriber_name=smtpapp1 
agent_message_selector=recipient_list like '%,smtpapp1,%' 
// Only provide values for the next two parameters if you have multiple Adapter 
instances for the given application with
the given partition. 
//agent_reply_subscriber_name= 
//agent_reply_message_selector= 

// Set this to false if you want to turn off all tracking of messages (if true, 
messages which have tracking fields set in
iStudio will be tracked) 
agent_tracking_enabled=true 

// Set this to false if you want to turn off all throughput measurements 
agent_throughput_measurement_enabled=true 

// By default, Adapters use an OAI specific DTD for all messages sent to the Hub 
since other OAI Adapters will be
picking up the messages from the Hub and know how to interpret them. This should 
be set to true if for every message,
you would like to use the DTD imported for that message's Common View instead of 
the OAI DTD.  This should only be
set to true if an OAI Adapter is *NOT* receiving the messages from the Hub. 
agent_use_custom_hub_dtd=false 

// Sets the metadata caching algorithm.  The possible choices are startup (cache 
everything at startup - this may take a
while if there is a lot of metadata in your Repository), demand (cache metadata 
as it is used) or none (no caching - this
will slow down performance.) 
agent_metadata_caching=demand 

// Sets the DVM table caching algorithm.  The possible choices are startup 
(cache all DVM tables at startup - this may
take a while if there are a lot of tables in your Repository), demand (cache 
tables as they are used) or none (no caching
- this will slow down performance.) 
agent_dvm_table_caching=demand 

// Sets the lookup table caching algorithm.  The possible choices are startup 
(cache all lookup tables at startup - this
may take a while if there are a lot of tables in your Repository), demand (cache 
tables as they are used) or none (no
caching - this will slow down performance.) 
agent_lookup_table_caching=demand 

// If metadata caching, DVM table caching, or lookup table caching are turned on 
(startup or demand) then the Adapter
caches metadata or DVM tables it retrieves from the Repository in a file cache.  
When you restart the Adapter, it will not
have to get that metadata or DVM table from the Repository again because it is 
in the cache files.  However, if you
change some metadata or DVM table using iStudio and you want the Adapter to use 
those changes the next time it is
started, you can either delete the cache files or set this parameter to true 
before restarting. 
agent_delete_file_cache_at_startup=false 

// Max number of application data type information to cache 
agent_max_ao_cache_size=200 

// Max number of common data type information to cache 
agent_max_co_cache_size=100 

// Max number of message metadata to cache 
agent_max_message_metadata_cache_size=200 

// Max number of DVM tables to cache 
agent_max_dvm_table_cache_size=200 

// Max number of lookup tables to cache 
agent_max_lookup_table_cache_size=200 

// Internal Agent queue sizes 
agent_max_queue_size=1000 
agent_Persistence_queue_size=1000 

// Persistence 
agent_persistence_cleanup_interval=60000 
agent_persistence_retry_interval=60000