public void check(String name, String in, String[] out, BreakIterator bi, TestHarness harness) {
harness.checkPoint(name);
bi.setText(in);
int index = 0;
int from = bi.current();
harness.check(from, 0);
while (true) {
int to = bi.next();
if (to == BreakIterator.DONE) break;
harness.check(in.substring(from, to), out[index]);
++index;
from = to;
}
harness.check(index, out.length);
harness.checkPoint("backwards " + name);
bi.last();
index = out.length - 1;
from = bi.current();
harness.check(from, in.length());
while (true) {
int to = bi.previous();
if (to == BreakIterator.DONE) break;
harness.check(in.substring(to, from), out[index]);
--index;
from = to;
}
harness.check(index, -1);
}
/** implemented. */
public void test_getProperty() {
th.checkPoint("getProperty(java.lang.String)java.lang.String");
Properties p = new Properties();
try {
p.getProperty(null);
th.fail("should throw a NullPointerException -- 1");
} catch (NullPointerException ne) {
th.check(true);
}
p = new Properties(defProps);
try {
p.getProperty(null);
th.fail("should throw a NullPointerException -- 2");
} catch (NullPointerException ne) {
th.check(true);
}
try {
p.load(bin);
} catch (Exception e) {
}
try {
p.getProperty(null);
th.fail("should throw a NullPointerException -- 1");
} catch (NullPointerException ne) {
th.check(true);
}
try {
th.check(p.getProperty("dog").equals("no_cat"), "check returnvalue");
th.check(p.getProperty("name").equals("no"), "return property from main property table");
th.check(p.getProperty("Smart").equals("move"), "check returnvalue from default table");
th.check(p.getProperty("NoEntry") == null, "check for null if not there");
} catch (Exception e) {
th.fail("got unexpected exception: " + e);
}
th.checkPoint("getProperty(java.lang.String,java.lang.String)java.lang.String");
try {
p.getProperty(null, "Noooo...");
th.fail("should throw a NullPointerException -- 1");
} catch (NullPointerException ne) {
th.check(true);
}
try {
th.check(p.getProperty("Noooo...", null) == null, "defVal may be null");
} catch (NullPointerException ne) {
th.fail("shouldn't throw a NullPointerException -- 1");
}
th.check(p.getProperty("dog", "not found").equals("no_cat"), "check returnvalue");
th.check(
p.getProperty("name", "not found").equals("no"),
"return property from main property table");
th.check(
p.getProperty("Smart", "not found").equals("move"), "check returnvalue from default table");
th.check(
p.getProperty("NoEntry", "not found").equals("not found"), "check for defVal if not there");
}
public void test(TestHarness h)
{
String name;
Level level;
int value;
/* Pass a name. */
for (int i = 0; i < TestUtils.LEVELS.length; i++)
{
name = TestUtils.NAMES[i];
h.checkPoint(name);
h.check(Level.parse(name) == TestUtils.LEVELS[i]);
// Simulate a new "parsed" string as name.
h.check(Level.parse((" " + name + " ").trim()) == TestUtils.LEVELS[i]);
}
/* Pass a number. */
for (int i = 0; i < TestUtils.LEVELS.length; i++)
{
value = TestUtils.VALUES[i];
name = String.valueOf(value);
h.checkPoint(name);
h.check(Level.parse(name), TestUtils.LEVELS[i]);
}
/* Parse a non-standard name. */
h.checkPoint("non-standard name");
try {
Level.parse("non-standard name");
h.check(false);
} catch (IllegalArgumentException _) {
h.check(true);
} catch (Exception _) {
h.check(false);
}
/* Parse a null string. */
h.checkPoint("parse(null)");
try {
Level.parse(null);
h.check(false);
} catch (NullPointerException _) {
h.check(true);
} catch (Exception _) {
h.check(false);
}
}
/**
* implemented. <br>
* might need extra testcode
*/
public void test_Properties() {
th.checkPoint("Properties()");
// not much to check for this one !
Properties p = new Properties();
th.check(p.isEmpty(), "nothing in there");
th.checkPoint("Properties(java.util.Properties)");
p = new Properties(defProps);
th.check(p.isEmpty(), "nothing in there");
th.check(p.getProperty("name").equals("yes"), "default field is not empty");
try {
p = new Properties(null);
th.check(true);
} catch (Exception e) {
th.fail("should not throw an Exeption. Got: " + e);
}
}
public void test(TestHarness harness) {
harness.checkPoint("TestOfSquare");
cipher = new Square();
HashMap attrib = new HashMap();
attrib.put(IBlockCipher.CIPHER_BLOCK_SIZE, new Integer(16));
attrib.put(IBlockCipher.KEY_MATERIAL, new byte[16]);
try {
cipher.init(attrib);
String algorithm = cipher.name();
harness.check(validityTest(), "validityTest(" + algorithm + ")");
harness.check(cloneabilityTest(), "cloneabilityTest(" + algorithm + ")");
harness.check(katVK(vk_128, cipher, 16), "KAT VK " + algorithm + "-128");
harness.check(katVT(vt_128, cipher, 16), "KAT VT " + algorithm + "-128");
harness.check(
mctEncryptECB(mct_ecb_e_128, cipher, 16), "MCT ECB Encryption " + algorithm + "-128");
harness.check(
mctDecryptECB(mct_ecb_d_128, cipher, 16), "MCT ECB Decryption " + algorithm + "-128");
harness.check(
mctEncryptCBC(mct_cbc_e_128, cipher, 16), "MCT CBC Encryption " + algorithm + "-128");
harness.check(
mctDecryptCBC(mct_cbc_d_128, cipher, 16), "MCT CBC Decryption " + algorithm + "-128");
} catch (Exception x) {
harness.debug(x);
harness.fail("TestOfSquare");
}
}
private void testObject(TestHarness harness) {
harness.checkPoint("Arrays.binarySearch(Object[], Object)");
Object[] b1 = new Object[] {"1", "2", "3"};
harness.check(Arrays.binarySearch(b1, "0") == -1);
harness.check(Arrays.binarySearch(b1, "1") == 0);
harness.check(Arrays.binarySearch(b1, "2") == 1);
harness.check(Arrays.binarySearch(b1, "3") == 2);
harness.check(Arrays.binarySearch(b1, "4") == -4);
// searching for null throws NullPointerException
boolean pass = false;
try {
Arrays.binarySearch(b1, null);
} catch (NullPointerException e) {
pass = true;
}
harness.check(pass);
pass = false;
try {
Arrays.binarySearch((Object[]) null, "0");
} catch (NullPointerException e) {
pass = true;
}
harness.check(pass);
harness.checkPoint("Arrays.binarySearch(Object[], Object, Comparator)");
harness.check(Arrays.binarySearch(b1, "0", (Comparator) null) == -1);
harness.check(Arrays.binarySearch(b1, "1", (Comparator) null) == 0);
harness.check(Arrays.binarySearch(b1, "2", (Comparator) null) == 1);
harness.check(Arrays.binarySearch(b1, "3", (Comparator) null) == 2);
harness.check(Arrays.binarySearch(b1, "4", (Comparator) null) == -4);
Arrays.sort(b1, new ReverseComparator());
harness.check(Arrays.binarySearch(b1, "0", new ReverseComparator()) == -4);
harness.check(Arrays.binarySearch(b1, "1", new ReverseComparator()) == 2);
harness.check(Arrays.binarySearch(b1, "2", new ReverseComparator()) == 1);
harness.check(Arrays.binarySearch(b1, "3", new ReverseComparator()) == 0);
harness.check(Arrays.binarySearch(b1, "4", new ReverseComparator()) == -1);
b1 = new Object[0];
harness.check(Arrays.binarySearch(b1, ""), -1);
}
public void test(TestHarness harness) {
harness.checkPoint("TestOfToByteArray");
try {
BigInteger x = new BigInteger(BYTES);
harness.verbose("*** x = 0x" + x.toString(16));
byte[] ba = x.toByteArray();
harness.check(Arrays.equals(ba, BYTES), true, "Byte arrays MUST be equal");
} catch (Exception x) {
harness.debug(x);
harness.fail("TestOfToByteArray: " + x);
}
}
public void test(TestHarness harness) {
harness.checkPoint("getBytes13");
test1Encoding(harness, "ASCII", "abc", ABC1);
test1Encoding(harness, "Cp1252", "abc", ABC1);
test1Encoding(harness, "ISO8859_1", "abc", ABC1);
test1Encoding(harness, "UTF8", "abc", ABC1);
test1Encoding(harness, "UTF-16", "abc", ABC2);
test1Encoding(harness, "UnicodeBig", "abc", ABC2);
test1Encoding(harness, "UnicodeBigUnmarked", "abc", ABC3);
test1Encoding(harness, "UnicodeLittle", "abc", ABC4);
test1Encoding(harness, "UnicodeLittleUnmarked", "abc", ABC5);
}
/** implemented. */
public void test_propertyNames() {
th.checkPoint("propertyNames()java.util.Enumeration");
Properties p = new Properties();
try {
p.load(bin);
} catch (Exception e) {
}
Enumeration en = p.propertyNames();
Enumeration ek = p.keys();
boolean ok = true;
Vector v = new Vector();
Enumeration ek2 = p.keys();
while (ek2.hasMoreElements()) {
v.add(ek2.nextElement());
}
while (ek.hasMoreElements() && en.hasMoreElements()) {
ek.nextElement();
Object next = en.nextElement();
if (!v.contains(next)) {
ok = false;
th.debug(next + " not in " + v);
}
}
th.check(ok, "all elements are the same");
th.check(
!ek.hasMoreElements() && !en.hasMoreElements(), "make sure both enumerations are empty");
p = new Properties(defProps);
resetStreams();
try {
p.load(bin);
} catch (Exception e) {
}
v.add("Smart");
v.add("animal");
en = p.propertyNames();
ok = true;
Object o;
while (en.hasMoreElements()) {
o = en.nextElement();
if (v.contains(o)) v.removeElement(o);
else {
ok = false;
th.debug("got extra element: " + o);
}
}
th.check(ok, "see if no double were generated");
th.check(v.isEmpty(), "check if all names were mentioned -- got:" + v);
}
public void test(TestHarness harness) {
harness.checkPoint("TestOfCast5");
cipher = new Cast5();
HashMap attrib = new HashMap();
attrib.put(IBlockCipher.CIPHER_BLOCK_SIZE, new Integer(8));
attrib.put(IBlockCipher.KEY_MATERIAL, new byte[16]);
try {
harness.check(validityTest(), "validityTest()");
harness.check(cloneabilityTest(), "cloneabilityTest()");
harness.check(vectorsTest(), "vectorsTest()");
} catch (Exception x) {
harness.debug(x);
harness.fail("TestOfCast5");
}
}
/** implemented. */
public void test_setProperty() {
th.checkPoint("setProperty(java.lang.String,java.lang.String)java.lang.Object");
Properties p = new Properties();
try {
p.setProperty(null, "Noooo...");
th.fail("should throw NullPointerException -- 1");
} catch (NullPointerException ne) {
th.check(true);
}
try {
p.setProperty("Noooo...", null);
th.fail("should throw NullPointerException -- 2");
} catch (NullPointerException ne) {
th.check(true);
}
p = new Properties(defProps);
try {
p.load(bin);
} catch (Exception e) {
}
try {
p.setProperty(null, "Noooo...");
th.fail("should throw NullPointerException -- 3");
} catch (NullPointerException ne) {
th.check(true);
}
try {
p.setProperty("No again...", null);
th.fail("should throw NullPointerException -- 4");
} catch (NullPointerException ne) {
th.check(true);
}
try {
th.check(((String) p.setProperty("test", "null")).equals(""), "returns \"\" in our case");
} catch (NullPointerException ne) {
th.fail("the value a of property cannot be null, got:" + ne);
}
th.check(p.getProperty("test").equals("null"), "check new value in our case null");
th.check(p.setProperty("testing", "null") == null, "returns value null, name not in list");
th.check(p.getProperty("test").equals("null"), "check new value in our case null");
String s = (String) p.setProperty("Smart", "nul");
th.check(s == null, "returnvalue, is null default list not touched, got");
th.check(p.getProperty("Smart").equals("nul"), "check new value in our case null");
s = ((String) p.setProperty("name", "nu"));
th.check(s.equals("no"), "return value in our case no, got: " + s);
th.check(p.getProperty("name").equals("nu"), "check new value in our case nu");
}
private void testDouble(TestHarness harness) {
harness.checkPoint("Arrays.binarySearch(double[], double)");
double[] b1 = new double[] {1.0, 2.0, 3.0};
harness.check(Arrays.binarySearch(b1, 0.0) == -1);
harness.check(Arrays.binarySearch(b1, 1.0) == 0);
harness.check(Arrays.binarySearch(b1, 2.0) == 1);
harness.check(Arrays.binarySearch(b1, 3.0) == 2);
harness.check(Arrays.binarySearch(b1, 4.0) == -4);
boolean pass = false;
try {
Arrays.binarySearch((double[]) null, 0.0);
} catch (NullPointerException e) {
pass = true;
}
harness.check(pass);
b1 = new double[0];
harness.check(Arrays.binarySearch(b1, 0.0), -1);
}
private void testByte(TestHarness harness) {
harness.checkPoint("Arrays.binarySearch(byte[], byte)");
byte[] b1 = new byte[] {1, 2, 3};
harness.check(Arrays.binarySearch(b1, (byte) 0) == -1);
harness.check(Arrays.binarySearch(b1, (byte) 1) == 0);
harness.check(Arrays.binarySearch(b1, (byte) 2) == 1);
harness.check(Arrays.binarySearch(b1, (byte) 3) == 2);
harness.check(Arrays.binarySearch(b1, (byte) 4) == -4);
boolean pass = false;
try {
Arrays.binarySearch((byte[]) null, (byte) 0);
} catch (NullPointerException e) {
pass = true;
}
harness.check(pass);
b1 = new byte[0];
harness.check(Arrays.binarySearch(b1, (byte) 0), -1);
}
private void testChar(TestHarness harness) {
harness.checkPoint("Arrays.binarySearch(char[], char)");
char[] b1 = new char[] {'1', '2', '3'};
harness.check(Arrays.binarySearch(b1, '0') == -1);
harness.check(Arrays.binarySearch(b1, '1') == 0);
harness.check(Arrays.binarySearch(b1, '2') == 1);
harness.check(Arrays.binarySearch(b1, '3') == 2);
harness.check(Arrays.binarySearch(b1, '4') == -4);
boolean pass = false;
try {
Arrays.binarySearch((char[]) null, '0');
} catch (NullPointerException e) {
pass = true;
}
harness.check(pass);
b1 = new char[0];
harness.check(Arrays.binarySearch(b1, '0'), -1);
}
private void testFloat(TestHarness harness) {
harness.checkPoint("Arrays.binarySearch(float[], float)");
float[] b1 = new float[] {1.0f, 2.0f, 3.0f};
harness.check(Arrays.binarySearch(b1, 0.0f) == -1);
harness.check(Arrays.binarySearch(b1, 1.0f) == 0);
harness.check(Arrays.binarySearch(b1, 2.0f) == 1);
harness.check(Arrays.binarySearch(b1, 3.0f) == 2);
harness.check(Arrays.binarySearch(b1, 4.0f) == -4);
boolean pass = false;
try {
Arrays.binarySearch((float[]) null, 0.0f);
} catch (NullPointerException e) {
pass = true;
}
harness.check(pass);
b1 = new float[0];
harness.check(Arrays.binarySearch(b1, 0.0f), -1);
}
private void testShort(TestHarness harness) {
harness.checkPoint("Arrays.binarySearch(short[], short)");
short[] b1 = new short[] {1, 2, 3};
harness.check(Arrays.binarySearch(b1, (short) 0) == -1);
harness.check(Arrays.binarySearch(b1, (short) 1) == 0);
harness.check(Arrays.binarySearch(b1, (short) 2) == 1);
harness.check(Arrays.binarySearch(b1, (short) 3) == 2);
harness.check(Arrays.binarySearch(b1, (short) 4) == -4);
boolean pass = false;
try {
Arrays.binarySearch((short[]) null, (short) 0);
} catch (NullPointerException e) {
pass = true;
}
harness.check(pass);
b1 = new short[0];
harness.check(Arrays.binarySearch(b1, (short) 0), -1);
}
private void testLong(TestHarness harness) {
harness.checkPoint("Arrays.binarySearch(long[], long)");
long[] b1 = new long[] {1, 2, 3};
harness.check(Arrays.binarySearch(b1, 0) == -1);
harness.check(Arrays.binarySearch(b1, 1) == 0);
harness.check(Arrays.binarySearch(b1, 2) == 1);
harness.check(Arrays.binarySearch(b1, 3) == 2);
harness.check(Arrays.binarySearch(b1, 4) == -4);
boolean pass = false;
try {
Arrays.binarySearch((long[]) null, 0);
} catch (NullPointerException e) {
pass = true;
}
harness.check(pass);
b1 = new long[0];
harness.check(Arrays.binarySearch(b1, 0), -1);
}
/** this test will check if all forms lines are accepted in the load. */
public void test_loadextra() {
th.checkPoint("load(java.io.InputStream)void");
Properties p = new Properties();
buffer =
new String(
" !comment\n \t \nname = no\r #morec\tomm\\\nents\r\n dog=no\\\\cat \nburps :\ntest=\ndate today\n\n\nlong\\\n value=tryin \\\n gto\n4:vier\nvier :4")
.getBytes();
bin = new ByteArrayInputStream(buffer);
try {
p.load(bin);
} catch (Exception e) {
}
Enumeration e = p.keys();
Vector v = new Vector();
// Note that there used to be code here checking whether the
// "!comment" and "#morec" keys were found, on the theory that
// leading whitespace mattered. This no longer seems to be the
// case, however. In the past it apparently varied between JVMs,
// but the 1.4 docs are unambiguous on this topic. We check for
// "ents" since line-continuation doesn't affect comments.
v.add("ents=");
v.add("name=no");
v.add("dog=no\\cat ");
v.add("burps=");
v.add("test=");
v.add("date=today");
v.add("longvalue=tryin gto");
v.add("4=vier");
v.add("vier=4");
String s;
while (e.hasMoreElements()) {
s = (String) e.nextElement();
th.debug("checkvalue -- got:$" + s + "=" + p.getProperty(s) + "$");
th.check(
v.contains(s + "=" + p.getProperty(s)),
"checkvalue -- got:$" + s + "=" + p.getProperty(s) + "$");
v.removeElement(s + "=" + p.getProperty(s));
}
th.check(v.isEmpty(), "check if all elements were found -- got: " + v);
}
private void testSymmetry(TestHarness harness, int ndx) {
harness.checkPoint("TestOfAssembly.testSymmetry#" + ndx);
byte[] km = new byte[] {0, 1, 2, 3, 4, 5, 6, 7, 8};
byte[] iv = new byte[] {-1, -2, -3, -4, -5, -6, -7, -8, -9};
byte[] pt = new byte[] {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11};
byte[] tpt = new byte[11 * pt.length];
// forward
modeAttributes.put(IBlockCipher.KEY_MATERIAL, km);
modeAttributes.put(IMode.IV, iv);
attributes.put(Assembly.DIRECTION, Direction.FORWARD);
try {
asm.init(attributes);
} catch (TransformerException x) {
harness.debug(x);
harness.fail("Forward initialisation");
return;
}
byte[] ct = null;
ByteArrayOutputStream baos = new ByteArrayOutputStream();
try {
for (int i = 0; i < 10; i++) { // transform in parts of 12-byte a time
System.arraycopy(pt, 0, tpt, i * pt.length, pt.length);
ct = asm.update(pt);
baos.write(ct, 0, ct.length);
}
} catch (TransformerException x) {
harness.debug(x);
harness.fail("Forward transformation");
return;
}
try {
System.arraycopy(pt, 0, tpt, 10 * pt.length, pt.length);
ct = asm.lastUpdate(pt);
} catch (TransformerException x) {
harness.debug(x);
harness.fail("Forward last transformation");
return;
}
baos.write(ct, 0, ct.length);
ct = baos.toByteArray();
// reversed
attributes.put(Assembly.DIRECTION, Direction.REVERSED);
try {
asm.init(attributes);
} catch (TransformerException x) {
harness.debug(x);
harness.fail("Reverse initialisation");
return;
}
byte[] ot;
try {
ot = asm.lastUpdate(ct); // transform the lot in one go
} catch (TransformerException x) {
harness.debug(x);
harness.fail("Reverse transformation");
return;
}
harness.check(Arrays.equals(ot, tpt), "symmetric test");
}
public void test(TestHarness harness) {
harness.checkPoint("TestOfMD2");
try {
algorithm = new MD2();
harness.check(algorithm.selfTest(), "selfTest");
} catch (Exception x) {
harness.debug(x);
harness.fail("TestOfMD2.selfTest");
}
try {
algorithm = new MD2();
algorithm.update("a".getBytes(), 0, 1);
byte[] md = algorithm.digest();
String exp = "32EC01EC4A6DAC72C0AB96FB34C0B5D1";
harness.check(exp.equals(Util.toString(md)), "testA");
} catch (Exception x) {
harness.debug(x);
harness.fail("TestOfMD2.testA");
}
try {
algorithm = new MD2();
algorithm.update("abc".getBytes(), 0, 3);
byte[] md = algorithm.digest();
String exp = "DA853B0D3F88D99B30283A69E6DED6BB";
harness.check(exp.equals(Util.toString(md)), "testABC");
} catch (Exception x) {
harness.debug(x);
harness.fail("TestOfMD2.testABC");
}
try {
algorithm = new MD2();
algorithm.update("message digest".getBytes(), 0, 14);
byte[] md = algorithm.digest();
String exp = "AB4F496BFB2A530B219FF33031FE06B0";
harness.check(exp.equals(Util.toString(md)), "testMessageDigest");
} catch (Exception x) {
harness.debug(x);
harness.fail("TestOfMD2.testMessageDigest");
}
try {
algorithm = new MD2();
algorithm.update("abcdefghijklmnopqrstuvwxyz".getBytes(), 0, 26);
byte[] md = algorithm.digest();
String exp = "4E8DDFF3650292AB5A4108C3AA47940B";
harness.check(exp.equals(Util.toString(md)), "testAlphabet");
} catch (Exception x) {
harness.debug(x);
harness.fail("TestOfMD2.testAlphabet");
}
try {
algorithm = new MD2();
algorithm.update(
"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789".getBytes(), 0, 62);
byte[] md = algorithm.digest();
String exp = "DA33DEF2A42DF13975352846C30338CD";
harness.check(exp.equals(Util.toString(md)), "testAsciiSubset");
} catch (Exception x) {
harness.debug(x);
harness.fail("TestOfMD2.testAsciiSubset");
}
try {
algorithm = new MD2();
algorithm.update(
"12345678901234567890123456789012345678901234567890123456789012345678901234567890"
.getBytes(),
0,
80);
byte[] md = algorithm.digest();
String exp = "D5976F79D83D3A0DC9806C3C66F3EFD8";
harness.check(exp.equals(Util.toString(md)), "testEightyNumerics");
} catch (Exception x) {
harness.debug(x);
harness.fail("TestOfMD2.testEightyNumerics");
}
try {
algorithm = new MD2();
algorithm.update("a".getBytes(), 0, 1);
clone = (IMessageDigest) algorithm.clone();
byte[] md = algorithm.digest();
String exp = "32EC01EC4A6DAC72C0AB96FB34C0B5D1";
harness.check(exp.equals(Util.toString(md)), "testCloning #1");
clone.update("bc".getBytes(), 0, 2);
md = clone.digest();
exp = "DA853B0D3F88D99B30283A69E6DED6BB";
harness.check(exp.equals(Util.toString(md)), "testCloning #2");
} catch (Exception x) {
harness.debug(x);
harness.fail("TestOfMD2.testCloning");
}
}
/** implemented. */
public void test_list() {
th.checkPoint("list(java.io.PrintStream)void");
Properties p = new Properties();
try {
p.list((PrintStream) null);
th.fail("should throw NullPointerException -- 1");
} catch (NullPointerException ne) {
th.check(true);
}
try {
p.load(bin);
} catch (Exception e) {
}
p.list(psout);
byte ba[] = bout.toByteArray();
Vector v = new Vector();
Enumeration ek = p.keys();
String s;
while (ek.hasMoreElements()) {
s = (String) ek.nextElement();
v.add(s + "=" + p.getProperty(s));
}
v.add("Smart=move");
v.add("animal=dog");
int start, count = 0;
v.removeElement("longvalue=I'mtryingtogiveavaluelongerthen40characters");
v.add("longvalue=I'mtryingtogiveavaluelongerthen40char...");
while (count < ba.length) {
start = count;
while (ba[count] != '\n' && count < ba.length) {
count++;
}
s = new String(ba, start, count - start);
if (!s.startsWith("--")) // list() adds a header
th.check(v.contains(s), "v does not contain:$" + s + "$");
v.removeElement(s);
count++;
}
try {
p.list((PrintStream) null);
th.fail("should throw NullPointerException -- 2");
} catch (NullPointerException ne) {
th.check(true);
}
th.checkPoint("list(java.io.PrintWriter)void");
resetStreams();
p = new Properties();
try {
p.list((PrintWriter) null);
th.fail("should throw NullPointerException -- 1");
} catch (NullPointerException ne) {
th.check(true);
}
try {
p.load(bin);
} catch (Exception e) {
}
p.list(pwout);
ba = bout.toByteArray();
v = new Vector();
ek = p.keys();
while (ek.hasMoreElements()) {
s = (String) ek.nextElement();
v.add(s + "=" + p.getProperty(s));
}
v.add("Smart=move");
v.add("animal=dog");
count = 0;
v.removeElement("longvalue=I'mtryingtogiveavaluelongerthen40characters");
v.add("longvalue=I'mtryingtogiveavaluelongerthen40char...");
while (count < ba.length) {
start = count;
while (ba[count] != '\n' && count < ba.length) {
count++;
}
s = new String(ba, start, count - start);
if (!s.startsWith("--")) // list() adds a header
th.check(v.contains(s), "v does not contain:$" + s + "$");
v.removeElement(s);
count++;
}
try {
p.list((PrintStream) null);
th.fail("should throw NullPointerException -- 2");
} catch (NullPointerException ne) {
th.check(true);
}
}
/**
* implemented. <br>
* Add a test to determine of store generates a comment line with the current time <br>
* <br>
* depricated method !!!
*/
public void test_save() {
th.checkPoint("save(java.io.OutputStream,java.lang.String)void");
Properties p = new Properties(defProps);
try {
p.save(null, "no comment");
th.fail("should throw NullPointerException");
} catch (NullPointerException ne) {
th.check(true);
} catch (Exception e) {
th.fail("should throw an NullPointerEception instead of: " + e);
}
try {
p.save(bout, null);
th.check(true);
} catch (NullPointerException ne) {
th.fail("should not throw NullPointerException");
} catch (Exception e) {
th.fail("shouldn't throw any Exception, but got: " + e);
}
resetStreams();
try {
p.save(bout, null);
} catch (Exception e) {
th.fail("shouldn't throw any Exception, but got: " + e);
}
byte ba[] = bout.toByteArray();
th.check((ba[0] == (byte) '#') && (ba[1] != (byte) '#'), "just date should be written");
th.debug(ba.length + " -- got: " + new String(ba));
th.check(ba.length < 50, "default properties are never printed out");
resetStreams();
try {
p.load(bin);
} catch (Exception e) {
}
try {
p.save(bout, "no comments");
} catch (Exception e) {
th.fail("shouldn't throw any Exception, but got: " + e);
}
ba = bout.toByteArray();
String s = new String(ba, 0, 12);
th.check(s.equals("#no comments"), "got: " + s);
int i = 0, count = 0;
while (i < 2 && count < ba.length) {
if (ba[count++] == (byte) '\n') i++;
}
// we will construct a vector containing all the lines with should be written
Vector v = new Vector();
Enumeration ek = p.keys();
while (ek.hasMoreElements()) {
s = (String) ek.nextElement();
v.add(s + "=" + p.getProperty(s));
}
while (count < ba.length) {
int start = count;
while (count < ba.length) {
if (ba[count] != '\n') count++;
else break;
}
s = new String(ba, start, count - start);
th.check(v.contains(s), "v does not contain: " + s);
v.removeElement(s);
count++;
}
}
/**
* implemented. <br>
* load is used by other tests to make a propeties file <br>
* failures in load will mak other tests fail !
*/
public void test_load() {
th.checkPoint("load(java.io.InputStream)void");
Properties p = new Properties();
try {
p.load((ByteArrayInputStream) null);
th.fail("should throw NullPointerException");
} catch (NullPointerException ne) {
th.check(true);
} catch (Exception e) {
th.fail("should throw an NullPointerException instead of: " + e);
}
try {
p.load(bin);
} catch (Exception e) {
}
Enumeration ek1 = p.keys();
resetStreams();
try {
p.load(bin);
} catch (Exception e) {
}
Enumeration ek2 = p.keys();
boolean ok = true;
while (ek1.hasMoreElements() && ek2.hasMoreElements()) {
if (ek1.nextElement() != ek2.nextElement()) ok = false;
}
th.check(
!ek1.hasMoreElements() && !ek2.hasMoreElements(),
"no extra elements may be added with same name");
th.check(ok, " all elements are equal ");
bin = new ByteArrayInputStream(new String("name=yes\nSmart=move\nanimal=dog").getBytes());
try {
p.load(bin);
} catch (Exception e) {
}
th.check(p.getProperty("name").equals("yes"), "load overrides previous values");
Vector v = new Vector();
v.add("name");
v.add("Smart");
v.add("animal");
v.add("dog");
v.add("test");
v.add("date");
v.add("longvalue");
v.add("40chars");
ek1 = p.keys();
ok = true;
Object o;
while (ek1.hasMoreElements()) {
o = ek1.nextElement();
if (v.contains(o)) v.removeElement(o);
else {
ok = false;
th.debug("got extra element: " + (String) o);
}
}
th.check(ok, "all elements were there");
th.check(v.isEmpty(), "all elements should be gone, got" + v);
setUpTest();
}
public void test(TestHarness harness) {
harness.checkPoint("TestOfTMMH16");
/*
KEY_LENGTH: 10
TAG_LENGTH: 2
key: { 0x01, 0x23, 0x45, 0x67, 0x89, 0xab, 0xcd, 0xef, 0xfe, 0xdc }
message: { 0xca, 0xfe, 0xba, 0xbe, 0xba, 0xde }
output: { 0x9d, 0x6a }
*/
try {
attributes.clear();
keystream = new DummyKeystream();
keystream.init(null);
output = new byte[] {(byte) 0x9d, (byte) 0x6a};
mac = new TMMH16();
attributes.put(TMMH16.KEYSTREAM, keystream);
attributes.put(TMMH16.TAG_LENGTH, new Integer(2));
mac.init(attributes);
message =
new byte[] {(byte) 0xca, (byte) 0xfe, (byte) 0xba, (byte) 0xbe, (byte) 0xba, (byte) 0xde};
for (int i = 0; i < message.length; i++) {
mac.update(message[i]);
}
result = mac.digest();
harness.check(Arrays.equals(result, output), "testVector1");
} catch (Exception x) {
harness.debug(x);
harness.fail("TestOfTMMH16.testVector1");
}
/*
KEY_LENGTH: 10
TAG_LENGTH: 2
key: { 0x01, 0x23, 0x45, 0x67, 0x89, 0xab, 0xcd, 0xef, 0xfe, 0xdc }
message: { 0xca, 0xfe, 0xba }
output: { 0xc8, 0x8e }
*/
try {
attributes.clear();
keystream = new DummyKeystream();
keystream.init(null);
output = new byte[] {(byte) 0xc8, (byte) 0x8e};
mac = new TMMH16();
attributes.put(TMMH16.KEYSTREAM, keystream);
attributes.put(TMMH16.TAG_LENGTH, new Integer(2));
mac.init(attributes);
message = new byte[] {(byte) 0xca, (byte) 0xfe, (byte) 0xba};
for (int i = 0; i < message.length; i++) {
mac.update(message[i]);
}
result = mac.digest();
harness.check(Arrays.equals(result, output), "testVector2");
} catch (Exception x) {
harness.debug(x);
harness.fail("TestOfTMMH16.testVector2");
}
/*
KEY_LENGTH: 10
TAG_LENGTH: 4
key: { 0x01, 0x23, 0x45, 0x67, 0x89, 0xab, 0xcd, 0xef, 0xfe, 0xdc }
message: { 0xca, 0xfe, 0xba, 0xbe, 0xba, 0xde }
output: { 0x9d, 0x6a, 0xc0, 0xd3 }
*/
try {
attributes.clear();
keystream = new DummyKeystream();
keystream.init(null);
output = new byte[] {(byte) 0x9d, (byte) 0x6a, (byte) 0xc0, (byte) 0xd3};
mac = new TMMH16();
attributes.put(TMMH16.KEYSTREAM, keystream);
attributes.put(TMMH16.TAG_LENGTH, new Integer(4));
mac.init(attributes);
message =
new byte[] {(byte) 0xca, (byte) 0xfe, (byte) 0xba, (byte) 0xbe, (byte) 0xba, (byte) 0xde};
for (int i = 0; i < message.length; i++) {
mac.update(message[i]);
}
result = mac.digest();
harness.check(Arrays.equals(result, output), "testVector3");
} catch (Exception x) {
harness.debug(x);
harness.fail("TestOfTMMH16.testVector3");
}
}