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if ( !getModel()getReferralsEnabled() ) { conssetServerControls( _manageDSAITControl ); } String[] attrs = { "dn" }; // Pseudo-attribute String filter = (all) _allFilter : getChildFilter(); Debugprintln(9, "DirNodecountChildren: " + "<" + dn + "> , " + filter ); LDAPSearchResults result = ldcsearch( dn, ldcSCOPE_ONE, filter, attrs, false, cons ); while ( resulthasMoreElements() ) { try { LDAPEntry entry = resultnext(); Debugprintln(9,"DirNodecountChildren: " + "<" + entrygetDN() + ">" ); count++; } catch (LDAPException e) { // This is for inline exceptions and // referrals Debugprintln( "DirNodecountChildren: " + "<" + dn + "> " + e ); } } } catch (LDAPException e) { // This is for exceptions on the search request Debugprintln( "DirNodecountChildren: " + "<" + dn + ">: " + e ); } return count; } /** * Return the value of the numSubordinates attribute in an * entry, or -1 if the attribute is not present * * @param entry the entry containing the attribute * @return the number of children, or -1 */ static int getCountFromEntry( LDAPEntry entry ) { String s = getFirstValue( entry, SUBORDINATE_ATTR ); if ( s != null ) {

Writing text is easy, but reading it back can be problematic, so we need to choose the structure carefully so that it is not too dif cult to parse Figure 74 shows an example aircraft incident record in the text format we are going to use When we write the incident records to a le we will follow each one with a blank line, but when we parse the le we will accept zero or more blank lines between incident records

A try statement with a finally block is executed by rst executing the try block Then there is a choice:

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int count = IntegerparseInt( s ); if ( _verbose ) { Debugprintln( "DirNodegetCountFromEntry: <" + entrygetDN() + "> = " + count ); } return count; } return -1; } /** * Return the value of the numSubordinates attribute in the * entry of this node, or -1 if the attribute is not present * * @return the number of children, or -1 */ protected int getCountFromEntry() { return getCountFromEntry( getEntry() ); } /** * Report the number of children (containers only) of this * node * * @return the number of container nodes that are children * of this node */ public int getChildCount() { /* If there are no children at all, */ if ( !hasCheckedForChildren() ) { if ( !isLoaded() ) { load(); } int count = getCountFromEntry(); if ( count < 1 ) { _iChildren = 0; } } if ( _iChildren < 0 ) { if ( getModel()getAllowsLeafNodes() ) { _iChildren = getCountFromEntry(); } else { _iChildren = countContainerChildren(); }

Each incident record begins with the report ID enclosed in brackets ([]) This is followed by all the one-line data items written in key=value form For the multiline narrative text we precede the text with a start marker (NARRATIVE_START) and follow it with an end marker (NARRATIVE_END), and we indent all the text in between to ensure that no line of text could be confused with a start or end marker

In the example:

[20070927022009C] date=2007-09-27 aircraft_id=1675B aircraft_type=DHC-2-MK1 airport=MERLE K (MUDHOLE) SMITH pilot_percent_hours_on_type=461538461538 pilot_total_hours=13000 midair=0 NARRATIVE_START ACCORDING TO THE PILOT, THE DRAG LINK FAILED DUE TO AN OVERSIZED TAIL WHEEL TIRE LANDING ON HARD SURFACE NARRATIVE_END

} return _iChildren; } /** * Check whether or not the node is a leaf node Since this * is used by JTree to determine whether or not to put an * expander on the tree, return true if the node currently * has no children * * @return true if the node is leaf, false otherwise */ public boolean isLeaf() { int count = getChildCount(); Debugprintln( 9, "DirNodeisLeaf: <" + getDN() + "> : " + count + " children" ); return ( count == 0 ); } /** * Return a specific child of this node, by index This * currently assumes that all nodes in the tree are * explicitly managed by JFC (and not by a virtual tree * where we supply the contents) * * @param index zero-based index of child to return * @return the node at the requested index, or null */ public TreeNode getChildAt( int index ) { TreeNode node = null; Debugprintln( 9, "DirNodegetChildAt: <" + getDN() + "> index " + index ); /* Search for and collect all children, if not already done */ int count = getChildCount(); if ( count > supergetChildCount() ) { reload(); } try { node = supergetChildAt( index ); } catch ( Exception e ) { // Request for node outside of range Debugprintln( "DirNodegetChildAt: " + count + " children " +

If execution of the try block completes normally, then the finally block is executed, and then there is a choice:

Here is the code for the export_text() function, but excluding the except and finally blocks since they are the same as ones we have seen before, except for the exceptions handled:

If the finally block completes normally, then the try statement completes normally If the finally block completes abruptly for reason S , then the try statement completes abruptly for reason S

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