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When you create an element and set up its properties in the Properties pane, the program will automatically generate code for these properties. This section will help you understand the auto-generated code, so that you can modify it if needed.

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Search element structure

Search element structure example The automatically generated code for the Parties.Address search element will look like this:

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Auto-generated rule

~Root.Parties.Address,
t1 : Root.Parties.Organization,
t2 : Root.kw_PreNextParty
[ t: @NERAddress( same, right_to( t1 ), left_to( t2 ) ) ~@Root.Parties.Address ]+
=>
Root.Parties.Address( t );
As you can see, the auto-generated code always refers to each search element using the full path to make sure there is no name conflict. In this case, we can trim down the element names, removing Root from each.

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Rule with shorter element names

~Parties.Address,
t1 : Parties.Organization,
t2 : kw_PreNextParty
[ t: @NERAddress( same, right_to( t1 ), left_to( t2 ) ) ~@Parties.Address ]+
=>
Parties.Address( t );
We can now break down the meaning of each statement:

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Rule explained

// Check that the Address search element hasn't been found yet, because we need only the first instance
~Parties.Address,
// Get the Organization search element and the next party keyword search element. They were found before Address
t1 : Parties.Organization,
t2 : kw_PreNextParty
// Find the token sequence that contains one NERAddress named entity
// ("same" keyword specifies that only one NERAddress should be matched if there are several)
// The address should be located after organization name and before the keyword for the next party
// The + sign means that the token sequence may consist of several words
// The ~@Parties.Address condition at the end ensures
// that the address won't be matched on the same tokens again
[ t: @NERAddress( same, right_to( t1 ), left_to( t2 ) ) ~@Parties.Address ]+
=>
Parties.Address( t );