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1 package org.apache.axis2.phaserule;
2
3 import junit.framework.TestCase;
4 import org.apache.axis2.context.ConfigurationContext;
5 import org.apache.axis2.context.MessageContext;
6 import org.apache.axis2.description.HandlerDescription;
7 import org.apache.axis2.description.PhaseRule;
8 import org.apache.axis2.engine.AxisConfigurationImpl;
9 import org.apache.axis2.engine.AxisFault;
10 import org.apache.axis2.engine.Handler;
11 import org.apache.axis2.engine.Phase;
12 import org.apache.axis2.phaseresolver.PhaseHolder;
13
14 import javax.xml.namespace.QName  ;
15 import java.util.ArrayList ;
16
17
34
35
40 public class BeforeAfterTest extends TestCase {
41
42 public void testBeforeAfter() {
43 try {
44 ArrayList phases = new ArrayList ();
45 Phase p1 = new Phase("PhaseA");
46 phases.add(p1);
47 Phase p2 = new Phase("PhaseB");
48 phases.add(p2);
49
50 MessageContext msg = new MessageContext(new ConfigurationContext(new AxisConfigurationImpl()));
51
52 PhaseHolder ph = new PhaseHolder(phases);
53 HandlerDescription hm = new HandlerDescription();
54 hm.setClassName("org.apache.axis2.phaserule.PhaseRuleHandlers");
55 Handler h1 = new PhaseRuleHandlers();
56 h1.init(hm);
57 ((PhaseRuleHandlers) h1).setName(new QName ("First"));
58 hm.setHandler(h1);
59 hm.setName(new QName ("H1"));
60 PhaseRule rule = new PhaseRule();
61 rule.setPhaseName("PhaseA");
62 hm.setRules(rule);
63 ph.addHandler(hm);
64
65 HandlerDescription hm1 = new HandlerDescription();
66 hm1.setClassName("org.apache.axis2.phaserule.PhaseRuleHandlers");
67 Handler h2 = new PhaseRuleHandlers();
68 ((PhaseRuleHandlers) h2).setName(new QName ("Forth"));
69 h2.init(hm1);
70 hm1.setHandler(h2);
71 hm1.setName(new QName ("H2"));
72 PhaseRule rule1 = new PhaseRule();
73 rule1.setPhaseName("PhaseA");
74 hm1.setRules(rule1);
75 ph.addHandler(hm1);
76
77
78 HandlerDescription hm3 = new HandlerDescription();
79 hm3.setClassName("org.apache.axis2.phaserule.PhaseRuleHandlers");
80 Handler h3 = new PhaseRuleHandlers();
81 ((PhaseRuleHandlers) h3).setName(new QName ("Second"));
82 h3.init(hm3);
83 hm3.setHandler(h3);
84 hm3.setName(new QName ("H3"));
85 PhaseRule rule3 = new PhaseRule();
86 rule3.setPhaseName("PhaseA");
87 rule3.setAfter("H1");
88 hm3.setRules(rule3);
89 ph.addHandler(hm3);
90
91 HandlerDescription hm4 = new HandlerDescription();
92 hm4.setClassName("org.apache.axis2.phaserule.PhaseRuleHandlers");
93 Handler h4 = new PhaseRuleHandlers();
94 ((PhaseRuleHandlers) h4).setName(new QName ("Third"));
95 h4.init(hm4);
96 hm4.setHandler(h4);
97 hm4.setName(new QName ("H4"));
98 PhaseRule rule4 = new PhaseRule();
99 rule4.setPhaseName("PhaseA");
100 rule4.setAfter("H1");
101 rule4.setBefore("H2");
102 hm4.setRules(rule4);
103 ph.addHandler(hm4);
104
105 ArrayList handlers = p1.getHandlers();
106
107 for (int i = 0; i < handlers.size(); i++) {
108 Handler handler = (Handler) handlers.get(i);
109 System.out.println("handler = " + handler.getName());
110 }
111
112 Handler handler = (Handler) handlers.get(0);
113 if(!handler.getName().equals(new QName ("First"))){
114 fail("Computed Hnadler order is wrong ");
115 }
116 handler = (Handler) handlers.get(1);
117 if(!handler.getName().equals(new QName ("Third"))){
118 fail("Computed Hnadler order is wrong ");
119 }
120 handler = (Handler) handlers.get(2);
121 if(!handler.getName().equals(new QName ("Second"))){
122 fail("Computed Hnadler order is wrong ");
123 }
124
125 handler = (Handler) handlers.get(3);
126 if(!handler.getName().equals(new QName ("Forth"))){
127 fail("Computed Hnadler order is wrong ");
128 }
129
130 } catch (AxisFault axisFault) {
131 return;
132 }
133
134 }
135 }
136 |
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