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32 package org.objectweb.clif.analyser;
33
34 import java.io.*;
35 import java.util.*;
36 import java.lang.Math  ;
37 import org.objectweb.clif.analyser.lib.gui.GuiPanelAutomaticAnalyser;
38
39
40
41 public class Hypothesis extends DecisionTree implements Runnable
42 {
43
44 private BrancheX bx;
45 private BrancheY by;
46 private BrancheInterval bi;
47 private BrancheFonction bf;
48 private BrancheThread bth;
49 private BrancheMachine bm;
50 private BrancheTest bt;
51
52 private String name;
53 private String test;
54 private String machine;
55 private String thread;
56 private int X;
57 private int Y;
58 private String interval;
59 private int fonction;
60 private String fresult;
61
62 private DecisionTree dt;
63 private String [][] tabvar = new String [5][100];
64 private Thread thisThread;
65 private volatile Thread monitor;
66 private int numberOfVar ;
67 private int numberOfSoluc;
68
69
70 public Hypothesis(){};
71
72 public Hypothesis(String hyp, String test, String machine, String thread, int X, int Y, String interval, int fonction, String fresult)
75 {
76 int i=0;
77 this.name = hyp;
78 this.test = test;
79 if(test.startsWith("VAR")) { tabvar[0][0] = "1"; i++; }
80 else tabvar[0][0] = "0";
81 this.machine = machine;
82 if(machine.startsWith("VAR")) {tabvar[1][0] = "1";i++; }
83 else tabvar[1][0] = "0";
84 this.thread = thread;
85 if(thread.startsWith("VAR")) {tabvar[2][0] = "1";i++; }
86 else tabvar[2][0] = "0";
87 this.X = X;
88 this.Y = Y;
89 this.interval = interval;
90 if(interval.startsWith("VAR")) {tabvar[3][0] = "1";i++; }
91 else tabvar[3][0] = "0";
92 this.fonction = fonction;
93 this.fresult = fresult;
94 if(fresult.startsWith("VAR")) {tabvar[4][0] = "1";i++; }
95 else tabvar[4][0] = "0";
96 this.numberOfVar = i;
97 }
98
99 public void updateHyp(String test, String machine, String thread, int X, int Y, String interval, int fonction, String fresult)
101 {
102 int i=0;
103 this.test = test;
104 if(test.startsWith("VAR")) {tabvar[0][0] = "1";i++; }
105 else tabvar[0][0] = "0";
106 this.machine = machine;
107 if(machine.startsWith("VAR")) {tabvar[1][0] = "1";i++; }
108 else tabvar[1][0] = "0";
109 this.thread = thread;
110 if(thread.startsWith("VAR")) {tabvar[2][0] = "1";i++; }
111 else tabvar[2][0] = "0";
112 this.X = X;
113 this.Y = Y;
114 this.interval = interval;
115 if(interval.startsWith("VAR")) {tabvar[3][0] = "1"; i++; }
116 else tabvar[3][0] = "0";
117 this.fonction = fonction;
118 this.fresult = fresult;
119 if(fresult.startsWith("VAR")) {tabvar[4][0] = "1";i++; }
120 else tabvar[4][0] = "0";
121 this.numberOfVar = i;
122 }
123
124
125
126 public String getName() { return name; }
127 public String getTest() { return test; }
128 public String getMachine() { return machine; }
129 public String getInterval() { return interval; }
130
131
132 public long getDebut(){
133
134 StringTokenizer st = new StringTokenizer(interval,"-"); ;
135 String temp = st.nextToken();
136 long toto = (new Long (temp)).longValue();
137 return toto;
138 }
139
140
141 public long getFin(){
142
143 StringTokenizer st = new StringTokenizer(interval,"-"); ;
144 st.nextToken();
145 String temp = st.nextToken();
146 long toto = (new Long (temp)).longValue();
147 return toto;
148
149 }
150
151
152 public String getThread() { return thread; }
153 public int getX() { return X; }
154 public int getY() { return Y; }
155 public int getFonction() { return fonction; }
156 public String getFresult() { return fresult; }
157
158
161 public void start()
162 {
163 monitor = new Thread (this);
164 monitor.start();
165 }
166
167
168
171 public void stop()
172 {
173 monitor = null;
174 }
175
176
177
180 public void run()
181 {
182
183 thisThread = Thread.currentThread();
184 numberOfSoluc =0;
185 while (monitor == thisThread) {
186 try {
187 Thread.sleep(5000);
188 } catch (InterruptedException e) {}
189 printResult();
190 dt = AutomaticAnalyser.getDecisionTree();
191
192 if(tabvar[0][0].equals("0")){
193 int j;
194 for(j=0;dt.brancheTest[j]!=null;j++){
195 if(dt.brancheTest[j].getName().equals(test)) break;
196 }
197 if(dt.brancheTest[j]==null) ;
198 else{
199 bt = dt.brancheTest[j];
200 chercherFonction(bt);
201 }
202 }else{
203 int w;
204 for( w=0;dt.brancheTest[w]!=null;w++){
205 bt = dt.brancheTest[w];
206 chercherFonction(bt);
207 }
208 }
209 }
210 }
211
212
213
214
215 public void chercherFonction(BrancheTest bt)
216 {
217
218 if(tabvar[1][0].equals("0")){
219 int k;
220 for( k=0;bt.brancheMachine[k]!=null;k++){
221 if(bt.brancheMachine[k].getName().equals(machine)) break;
222 }
223 if(bt.brancheMachine[k]==null) ;
224 else{
225 bm = bt.brancheMachine[k];
226 chercherFonction(bm);
227 }
228 }else{
229 int w;
230 for( w=0;bt.brancheMachine[w]!=null;w++){
231 bm = bt.brancheMachine[w];
232 chercherFonction(bm);
233 }
234 }
235 }
236
237
238
239 public void chercherFonction(BrancheMachine bm)
240 {
241 if(tabvar[2][0].equals("0")){
242 int l;
243 for( l=0;bm.brancheThread[l]!=null;l++){
244 if(bm.brancheThread[l].getName()==(new Integer (thread)).intValue()) break;
245 }
246 if(bm.brancheThread[l]==null) ;
247 else{
248 bth = bm.brancheThread[l];
249 chercherFonction(bth);
250 }
251 }else{
252 int w;
253 for( w=0;bm.brancheThread[w]!=null;w++){
254 bth = bm.brancheThread[w];
255 chercherFonction(bth);
256 }
257 }
258 }
259
260
261 public void chercherFonction(BrancheThread bth)
262 {
263
264
265 int m;
266 for( m=0;bth.brancheX[m]!=null;m++){
267 if(bth.brancheX[m].getName()==X) break;
268 }
269 if(bth.brancheX[m]==null) ;
270 else{
271 bx = bth.brancheX[m];
272 int n;
273 for( n=0;bx.brancheY[n]!=null;n++){
274 if(bx.brancheY[n].getName()==Y) break;
275 }
276 if(bx.brancheY[n]==null) ;
277 else{
278 by = bx.brancheY[n];
279 if(tabvar[3][0].equals("0")){
280 int o;
281 for( o=0;by.brancheInterval[o]!=null;o++){
282 if(by.brancheInterval[o].getName().equals(interval)) break;
283 }
284 if(by.brancheInterval[o]==null) ;
285 else{
286 bi = by.brancheInterval[o];
287 chercherFonction(bi);
288 }
289 }else{
290 int q;
291 for( q=0;by.brancheInterval[q]!=null;q++){
292 bi = by.brancheInterval[q];
293 chercherFonction(bi);
294 }
295 }
296
297 }
298 }
299
300 }
301
302
303
304 public void chercherFonction(BrancheInterval bi)
305 {
306 int r;
307 for( r=0;bi.brancheFonction[r]!=null;r++){
308 if(bi.brancheFonction[r].getName()==fonction) break;
309 }
310 if(bi.brancheFonction[r]==null) bf = null;
311 else{
312 bf = bi.brancheFonction[r];
313 tabvar[0][numberOfSoluc+1] = bt.getName();
314 tabvar[1][numberOfSoluc+1] = bm.getName();
315 tabvar[2][numberOfSoluc+1] = (new Integer (bth.getName())).toString();
316 tabvar[3][numberOfSoluc+1] = bi.getName();
317 tabvar[4][numberOfSoluc+1] = (new Float (bf.getResult())).toString();
318 numberOfSoluc++;
319 }
320 }
321
322 public void printResult()
323 {
324 String result = "";
325 int i;
326
327 if(tabvar[0][0].equals("1")) result = result + getTest()+"\t";
328 if(tabvar[1][0].equals("1")) result = result + getMachine()+"\t";
329 if(tabvar[2][0].equals("1")) result = result + getThread()+"\t";
330 if(tabvar[3][0].equals("1")) result = result + getInterval()+"\t";
331 if(tabvar[4][0].equals("1")) result = result + getFresult()+"\t";
332 result = result +"\n";
333
334 for(i=1;i < numberOfSoluc+1 ; i++)
335 {
336 if(tabvar[0][0].equals("1")) result = result + tabvar[0][i]+"\t";
337 if(tabvar[1][0].equals("1")) result = result + tabvar[1][i]+"\t";
338 if(tabvar[2][0].equals("1")) result = result + tabvar[2][i]+"\t";
339 if(tabvar[3][0].equals("1")) result = result + tabvar[3][i]+"\t";
340 if(tabvar[4][0].equals("1")) result = result + tabvar[4][i]+"\t";
341 result = result +"\n";
342 }
343
344 GuiPanelAutomaticAnalyser.updateResult(result);
345
346
347
348 }
349
350
351 }
352 |
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