Search: "support object"

After you have done so, we first add the support object to our flow. In this case, we will use the Default FTP session factory.

Now that we have configured the support object adding the FTP inbound channel adapter to the flow has become time.

Furthermore, we need to link the support object we have just created and define a poller.

After you have done so we need to add a support object to the flow. The support we need is called 'Complex SOAP header mapper'.

[[image:Main.Images.Microlearning.WebHome@novice-soap-webservice-connectivity-securing-your-soap-webservice--complex-soap-header-mapper-config.png]] When you are satisfied you can press Save twice to store the support object. After we have configured the support object we need to link it to our web service inbound gateway.

To manage this storage, you have the option to select a Message Store support object if you have created one before, or leave it empty, which will default to an in-memory store that may result in data loss upon runtime shutdowns or restarts.

Therefore, you will need to set up these support objects as well if you have not done so already: * Infinispan cache manager * Infinispan message store Once you have done so, you can set the "Simple cache" option in your message store to "no" and then set the "Persistent" option to "yes". For more information on configuring these support objects and understanding their settings, please refer to this [[State Persistence>>doc:Main.eMagiz Academy.Microlearnings.Intermediate Level.State Generation.intermediate-state-persistence||target="blank"]] microlearning. == 4.

For such a purpose, eMagiz provides two support objects to set up this storage mechanism and one flow component to store the states into it: * Infinispan cache manager * Infinispan metadata store * Metadata outbound channel adapter Please refer to this [[State Persistence>>doc:Main.eMagiz Academy.Microlearnings.Intermediate Level.State Generation.intermediate-state-persistence||target="blank"]] microlearning to learn on how to configure these support objects and flow component. === 3.2 Stateful Configuration to Detect Changes === Once you have configured the storage mechanism, now you can start with setting up the component to retrieve the past states to detect changes in incoming messages by comparing them to past states.

All of them are pre-filled for you * Next to that you have all the support objects needed to run the flow. * One down we have the job launch configuration

It is up to the user what this point of time is. * In the bottom center we have some specific support objects that are relevant for this particular data pipeline implementation * Last but not least, on the right-hand bottom corner we have the functionality that automatically cleans up the job dashboard.

To send a mail, we need at least the support object called "Java mail sender" and the outbound channel adapter called "Mail outbound channel adapter" from the list below.

[[image:Main.Images.Microlearning.WebHome@advanced-mail-connectivity-using-mime-transform-xml-to-mime.png]] Note that before you can correctly configure your "XML to MIME transformer," you first need to define your "Java mail sender" support object. In here, you need to fill in, at the minimum, a reference to the host and the port of the mail server to whom you want to connect.

All of them are pre-filled for you * Next to that you have all the support objects needed to run the flow. * One down we have the job launch configuration

It is up to the user what this point of time is. * In the left corner we have the job listener configuration * This piece of the flow waits for a signal that the job is complete and upon completion will refresh the materialized view (and therefore updating the overview we want). * In the bottom center we have some specific support objects that are relevant for this particular data pipeline implementation * Last but not least, on the right-hand bottom corner we have the functionality that automatically cleans up the job dashboard.

[[image:Main.Images.Microlearning.WebHome@crashcourse-messaging-pick-up-files--composite-file-list-filter-component.png]] In this filter, we use the following four criteria to filter our messages: * Regular files only * Size list filter (minimum 1 bytes, maximum 1048575) * Age file list filter (minimum 10000) * Simple pattern file list filter (${file.pickup.pattern}) The result of this configuration should be: [[image:Main.Images.Microlearning.WebHome@crashcourse-messaging-pick-up-files--composite-file-list-filter.png]] The next step would be to link this support object to the file inbound channel adapter (the starting point of our flow).

Here you need to select the correct filter to reference your support object. [[image:Main.Images.Microlearning.WebHome@crashcourse-messaging-pick-up-files--composite-file-list-filter-linked.png]] === 3.2 Frequency === Now that we have established the criteria that govern which messages can and which messages cannot pass the next thing we need to consider is with what frequency we are going to let eMagiz check for new files.

You can define this by dragging a format file name generator (support object) to the canvas. [[image:Main.Images.Microlearning.WebHome@novice-file-based-connectivity-archiving--file-name-generator.png]] After we have done this please add a file outbound channel adapter to the flow including an input channel.

We start with a composite file filter (support object). Within this filter, we at least define how old a file must be before it can be deleted (in milliseconds).

After you have done so, we first add the support object to our flow. In this case, we will use the Default SFTP caching session factory.

Now that we have configured the support object adding the SFTP outbound channel adapter to the flow has become time.

Furthermore, we need to link the support object we have just created and decide whether to auto-create the directory.