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1
5 package com.tc.object.dmi;
6
7 import com.tc.bytes.TCByteBuffer;
8 import com.tc.io.TCByteBufferInputStream;
9 import com.tc.io.TCByteBufferOutputStream;
10 import com.tc.object.ObjectID;
11
12 import java.io.IOException  ;
13 import java.util.Arrays ;
14
15 import junit.framework.TestCase;
16
17 public class DmiDescriptorTest extends TestCase {
18
19 final ObjectID receiverId = new ObjectID(567);
20 final ObjectID dmiCallId = new ObjectID(789);
21 final boolean faultRec = true;
22 final DmiClassSpec[] classSpecs = new DmiClassSpec[] { new DmiClassSpec("loaderDesc", "className") };
23
24 public void testSerialization() throws IOException {
25
26 final DmiDescriptor dd1 = new DmiDescriptor(receiverId, dmiCallId, classSpecs, faultRec);
27 final DmiDescriptor dd2 = writeAndRead(dd1);
28 check(dd1, dd2);
29 }
30
31 private void check(DmiDescriptor dd1, DmiDescriptor dd2) {
32 check(dd1);
33 check(dd2);
34 }
35
36 private void check(DmiDescriptor dd2) {
37 assertEquals(receiverId, dd2.getReceiverId());
38 assertEquals(dmiCallId, dd2.getDmiCallId());
39 assertEquals(faultRec, dd2.isFaultReceiver());
40 assertTrue(Arrays.equals(classSpecs, dd2.getClassSpecs()));
41 }
42
43 private DmiDescriptor writeAndRead(DmiDescriptor dd1) throws IOException {
44 final TCByteBufferInputStream in = new TCByteBufferInputStream(write(dd1));
45 final DmiDescriptor rv = new DmiDescriptor();
46 rv.deserializeFrom(in);
47 assertTrue(in.available() == 0);
48 return rv;
49 }
50
51 private TCByteBuffer[] write(DmiDescriptor dd) {
52 final TCByteBufferOutputStream out = new TCByteBufferOutputStream();
53 dd.serializeTo(out);
54 out.close();
55 return out.toArray();
56 }
57 }
58 |
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