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1
19 package org.openharmonise.him.metadata.range.swing.range.details;
20
21 import java.awt.*;
22 import java.util.*;
23 import java.util.List  ;
24
25 import javax.swing.*;
26
27 import org.openharmonise.him.*;
28 import org.openharmonise.him.metadata.range.swing.range.*;
29 import org.openharmonise.him.swing.resourcetree.formresourcetree.*;
30 import org.openharmonise.him.window.messages.*;
31 import org.openharmonise.vfs.*;
32 import org.openharmonise.vfs.metadata.*;
33 import org.openharmonise.vfs.metadata.range.*;
34 import org.openharmonise.vfs.metadata.value.*;
35 import org.openharmonise.vfs.servers.*;
36
37
38
43 public class CompoundDetails extends AbstractRangeDetails
44 implements LayoutManager, FormResourceTreeListener {
45
46 private FormResourceTree m_tree = null;
47
48 private int m_nHeight = 400;
49
50 private HashMap m_domainPathMapping = new HashMap();
51
52 private RangeValue m_value = null;
53 private PropertyRange m_range = null;
54
55
59 public CompoundDetails(PropertyInstance propInst) {
60 super(propInst, "Compound Property details");
61 this.setup();
62 }
63
64 private void setup() {
65
66 this.setLayout(this);
67
68 List aSelectedPaths = new ArrayList();
69
70 if(this.getPropertyInstance().getValues().size()>0) {
71 this.m_value = (RangeValue) this.getPropertyInstance().getValues().get(0);
72 this.m_range = (PropertyRange) this.m_value.getRange();
73 if(this.m_range!=null) {
74 List aHREFs = this.m_range.getHREFs();
75 Iterator itor = aHREFs.iterator();
76 while (itor.hasNext()) {
77 String sHREF = (String ) itor.next();
78 aSelectedPaths.add(sHREF);
79 }
80 } else {
81 this.m_range = new PropertyRange();
82 }
83 }
84
85 m_tree = new FormResourceTree(false, aSelectedPaths);
86 m_tree.setShowLeafNodes(false);
87 m_tree.setBorder(BorderFactory.createEtchedBorder());
88 m_tree.addFormResourceTreeListener(this);
89
90 this.add(m_tree);
91
92 String fontName = "Dialog";
93 int fontSize = 11;
94 Font font = new Font(fontName, Font.PLAIN, fontSize);
95
96 Server server = ServerList.getInstance().getHarmoniseServer();
97 VirtualFile vfFile =
98 server.getVFS().getVirtualFile(
99 "/" + server.getVFS().getRootPathSegment() + "/Metadata/Properties").getResource();
100 this.m_tree.addCollection(vfFile);
101 }
102
103
106 public void removeLayoutComponent(Component arg0) {
107 }
108
109
112 public void layoutContainer(Container arg0) {
113 int nHeight = 0;
114
115 this.m_tree.setSize(this.m_tree.getPreferredSize());
116 this.m_tree.setLocation(0, nHeight + 20);
117 }
118
119
122 public void addLayoutComponent(String arg0, Component arg1) {
123 }
124
125
128 public Dimension minimumLayoutSize(Container arg0) {
129 return this.getPreferredSize();
130 }
131
132
135 public Dimension preferredLayoutSize(Container arg0) {
136 return this.getPreferredSize();
137 }
138
139 private boolean checkForInfiniteLoop(String sPath) {
140 boolean bLoopFound = false;
141 if(this.getPropertyInstance().getVirtualFile().getFullPath().startsWith(sPath)) {
142 bLoopFound = true;
143 } else {
144 PropertyGroup propGroup = PropertyCache.getInstance().getPropertyGroup(sPath);
145
146 Iterator itor = propGroup.getChildren().iterator();
147
148 while (itor.hasNext()) {
149 Property prop = (Property) itor.next();
150 Range range = prop.getRange();
151 if(range instanceof PropertyRange) {
152 if(prop.getHREF().equals(this.getPropertyInstance().getVirtualFile().getFullPath())) {
153 bLoopFound = true;
154 break;
155 }
156 Iterator itor2 = ((PropertyRange)range).getHREFs().iterator();
157 while (itor2.hasNext()) {
158 String sHREF = (String ) itor2.next();
159 if(this.checkForInfiniteLoop(sHREF)) {
160 bLoopFound = true;
161 break;
162 }
163 }
164 }
165 }
166
167 if(!bLoopFound) {
168 itor = propGroup.getSubGroups().iterator();
169 while (itor.hasNext()) {
170 PropertyGroup subGroup = (PropertyGroup) itor.next();
171 if(this.checkForInfiniteLoop(subGroup.getHREF())) {
172 bLoopFound = true;
173 break;
174 }
175 }
176 }
177 }
178
179 return bLoopFound;
180 }
181
182
185 public Dimension getPreferredSize() {
186 return new Dimension(this.m_tree.getPreferredSize().width, this.m_tree.getPreferredSize().height+20);
187 }
188
189
192 public void pathValuesChanged(List pathValues) {
193 List aPathsToAdd = new ArrayList();
194
195 Iterator itor = pathValues.iterator();
196 while (itor.hasNext()) {
197 String sPath = (String ) itor.next();
198 if(!this.checkForInfiniteLoop(sPath)) {
199 aPathsToAdd.add(sPath);
200 } else {
201 VirtualFile vfFile = ServerList.getInstance().getHarmoniseServer().getVFS().getVirtualFile(sPath).getResource();
202 String sDisplayName = ServerList.getInstance().getHarmoniseServer().getVFS().getVirtualFileSystemView().getDisplayName(vfFile);
203 MessageHandler.getInstance().fireMessageEvent("Warning! You cannot add the property group " + sDisplayName + " because it would create an infinite loop of Compound Properties.", MessageHandler.TYPE_ERROR);
204 this.m_tree.removePathValue(sPath);
205 }
206 }
207
208 this.m_range.setHREFs( aPathsToAdd);
209 RangeValue newValue = (RangeValue) this.getPropertyInstance().getNewValueInstance();
210 newValue.setRange(this.m_range);
211 this.fireRangeDetailsChanged(newValue);
212 }
213
214 }
215 |
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