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1 package de.webman.duplication.eventhandler;
2
3 import com.teamkonzept.web.*;
4 import com.teamkonzept.webman.*;
5 import com.teamkonzept.webman.db.TKWebmanDBManager;
6 import com.teamkonzept.webman.mainint.*;
7 import com.teamkonzept.webman.mainint.db.*;
8
9
10 import com.teamkonzept.webman.mainint.db.queries.*;
11 import com.teamkonzept.webman.mainint.events.*;
12 import com.teamkonzept.lib.*;
13 import com.teamkonzept.db.*;
14
15 import java.sql.*;
16 import java.io.*;
17
18 import com.teamkonzept.webman.mainint.*;
19
20
21
25 public class DUChooseOpenDirHandler extends DefaultEventHandler implements ParameterTypes, FrameConstants, DatabaseDefaults
26 {
27
28 private DUChooseOpenDirHandler()
29 {}
30
31 private static DUChooseOpenDirHandler instance = new DUChooseOpenDirHandler();
32
33 public static DUChooseOpenDirHandler getInstance()
34 {
35 return instance;
36 }
37
38 public void handleEvent(TKEvent evt) throws TKException
39 {
40 try
41 {
42 TKParams params = evt.getParams();
43
44
45 TKHTMLTemplate t = evt.getPrepHTMLTemplate( "du_choose.tmpl" );
46 if(params.getClass("PAR") != null){
47 t.set(params.getClass("PAR"));
48 }
49 String  CTdest = params.get( "PAR", "CONTENT_NODE_ID" );
50 String CTopenNodeId = params.get( "PAR", "CT_NODE_ID" );
51 String CTcloseNodeId = params.get( "PAR", "CONTENT_NODE_PARENT" );
52
53 String tmplRootId = params.get( "PAR", "TEMPLATE_ROOT_ID" );
54 String targetRootId = params.get( "PAR", "TARGET_ROOT_ID" );
55 if(tmplRootId != null){
56 t.set("TEMPLATE_ROOT_ID", tmplRootId);
57 }
58 if(targetRootId != null){
59 t.set("TARGET_ROOT_ID", targetRootId);
60 }
61
62 String siteTreeFlag = (params.get("PAR", "SITE_TREE_FLAG")) == null? "OFF":params.get("PAR", "SITE_TREE_FLAG") ;
63 String contentFlag = (params.get( "PAR", "CONTENT_FLAG" ))==null?"OFF":params.get( "PAR", "CONTENT_FLAG" );
64 t.set("SITE_TREE_FLAG", siteTreeFlag);
65 t.set("CONTENT_FLAG", contentFlag);
66
67 TKVector CTopenNodes = new TKVector();
68 if( params.hasMultiple( "PAR", "CT_OPEN_NODES" ) ) {
69 CTopenNodes = params.getVector( "PAR", "CT_OPEN_NODES" );
70 }
71 else {
72 CTopenNodes.put( 0, params.get( "PAR", "CT_OPEN_NODES" ) );
73 }
74 CTopenNodes = TreeUtils.updateOpenNodes( CTopenNodes, CTopenNodeId, CTcloseNodeId, CTdest, TKDBContentTreeIsChild.class );
75
76
77 TKVector openSCNodes = new TKVector();
78 if( params.hasMultiple( "PAR", "SC_OPEN_NODES" ) ) {
79 openSCNodes = params.getVector( "PAR", "SC_OPEN_NODES" );
80 }
81 else {
82 openSCNodes.put( 0, params.get( "PAR", "SC_OPEN_NODES" ) );
83 }
84
85
86 TKDBResult CTtree = null;
87 TKDBResult CTbranch;
88 TKQuery qCT;
89 int sizeCT = CTopenNodes.size();
90 for( int i = 0; i<sizeCT ; i++ ) {
91 String id = (String ) CTopenNodes.get( i );
92 if( id!=null ) {
93 qCT = TKDBManager.newQuery( TKDBContentTreeGetOpen.class );
94 if( id.equals( "-1" ) ) {
95 qCT.setQueryParams( "NODE_ID", TKNull.NULL );
96 }
97 else {
98 qCT.setQueryParams( "NODE_ID", new Integer (id) );
99 }
100 qCT.execute();
101 CTbranch = new TKDBResult( qCT.fetchResultSet() );
102 if( CTtree != null ) {
103 CTtree = TreeUtils.mergeIntoTree( CTtree, CTbranch, "CONTENT_NODE_ID" );
104 }
105 else {
106 CTtree = CTbranch;
107 }
108 }
109 }
110
111 TKStandardIterator iterator1CT = new TKStandardIterator( CTopenNodes, t.getListIterator(), "CT_OPEN_NODES", "CT_OPEN_NODES" );
113 t.setListIterator( iterator1CT );
114
115 TKStandardIterator iteratorSC1 = new TKStandardIterator( openSCNodes, t.getListIterator(), "SC_OPEN_NODES", "SC_OPEN_NODES" );
117 t.setListIterator( iteratorSC1 );
118
119 int maxDepth = TreeUtils.getMaxDepth( CTtree, "CONTENT" );
120 TKOpenContentTreeIterator iteratorCT = new TKOpenContentTreeIterator( CTtree, t.getListIterator(), "CE_NODE_LIST", Integer.parseInt( CTdest ), maxDepth );
121 t.setListIterator( iteratorCT );
122 t.set( "CT_MAXDEPTH_PLUS_TWO", Integer.toString(maxDepth+2) );
123 t.set( "ROLE", (params.get( "PAR", "ROLE" )==null)?"":params.get( "PAR", "ROLE" ) );
124 doSTNodeListMult(t,CTopenNodes, evt);
125
126
127 Integer number;
129 TKVector aVector = new TKVector(Utils.MAX_DUPLICATION);
130 for (int i = 1; i<= Utils.MAX_DUPLICATION; i++){
131 number = new Integer (i);
132 aVector.addElement(number);
133 }
134 TKStandardIterator iteratorNum = new TKStandardIterator( aVector, t.getListIterator(), "NUMBERS_LIST", "NUMBER" );
135 t.setListIterator( iteratorNum );
136
137 evt.finishTemplate(t);
138 }
139 catch (Throwable e)
140 {
141 throw WebmanExceptionHandler.getException(e);
143 }
144 }
145
146 public boolean isHandler(TKEvent evt)
147 {
148 return evt.getName().equalsIgnoreCase("DU_CE_CHOOSE_OPENDIR");
149 }
150
151
152
158 public void doSTNodeListMult(TKHTMLTemplate left, TKVector CTopenNodes, TKEvent evt) throws Throwable
159 {
160 TKParams params = evt.getParams();
161
162 String dest = (params.get( "PAR", "DESTINATION" ))==null?"":params.get( "PAR", "DESTINATION" );
163
165 TKVector openNodes = new TKVector();
166 if( params.hasMultiple( "PAR", "SC_OPEN_NODES" ) ) {
167 openNodes = params.getVector( "PAR", "SC_OPEN_NODES" );
168 }
169 else {
170 openNodes.put( 0, params.get( "PAR", "SC_OPEN_NODES" ) );
171 }
172
173 TKQuery q;
174 TKDBResult tree = null;
175 TKDBResult branch;
176 int size = openNodes.size();
177 for( int i = 0; i<size ; i++ ) {
178 String id = (String ) openNodes.get( i );
179 if( id!=null ) {
180 q = TKDBManager.newQuery( TKDBSiteTreeGetOpen.class );
181 if( id.equals( "-1" ) ) {
182 q.setQueryParams( "NODE_ID", TKNull.NULL );
183 }
184 else {
185 q.setQueryParams( "NODE_ID", new Integer (id) );
186 }
187 q.execute();
188 branch = new TKDBResult( q.fetchResultSet() );
189 if( tree != null ) {
190 tree = TreeUtils.mergeIntoTree( tree, branch, "SITE_NODE_ID" );
191 }
192 else {
193 tree = branch;
194 }
195 }
196 }
197
198 TKStandardIterator iterator1 = new TKStandardIterator( openNodes, left.getListIterator(), "ST_OPEN_NODES", "ST_OPEN_NODES" );
200 left.setListIterator( iterator1 );
201
202 TKStandardIterator iteratorCS1 = new TKStandardIterator( CTopenNodes, left.getListIterator(), "CS_OPEN_NODES", "CS_OPEN_NODES" );
204 left.setListIterator( iteratorCS1 );
205
206 int maxDepth = TreeUtils.getMaxDepth( tree, "SITE" );
207 DUOpenSiteTreeIterator iterator;
208 if( !dest.equals( "" ) ) {
209 iterator = new DUOpenSiteTreeIterator( tree, left.getListIterator(), "ST_NODE_LIST", Integer.parseInt( dest ), maxDepth );
210 }
211 else {
212 iterator = new DUOpenSiteTreeIterator( tree, left.getListIterator(), "ST_NODE_LIST", maxDepth );
214 }
215 left.setListIterator( iterator );
216
217 left.set( "ST_MAXDEPTH_PLUS_TWO", Integer.toString(maxDepth+2));
218
219 }
220
221
222 }
223 |
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