Examples of programming5.io.ArgHandler

programming5.strings.StringEditDistanceFunction
This class is meant to receive the argument array of an application to provide methods to get arguments of different primitive types, either by specifying tags or the position of the array item. @author Andres Quiroz Hernandez @version 6.09

            while (collision != null) {
                sendSequence = random.nextLong();
                collision = messageTable.get(sendSequence);
            }
            for (int i = 0; i < packetization.length; i++) {
                ret[i] = new ReliableProtocolMessage(packetization[i], sendSequence, (i+1), packetization.length, destURL);
            }
            messageTable.put(sendSequence, ret);
        }
        return ret;
    }

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        assertEquals("int", ArrayOperations.findClosest(array, "int", edfk));
        assertEquals("string", ArrayOperations.findClosest(array, "strong", edfk));
        assertEquals("string", ArrayOperations.findClosest(array, "attire", edfk));
        assertEquals("equals", ArrayOperations.findClosest(array, "because", edfk));
        assertEquals("array", ArrayOperations.findClosest(array, "sassy", edfk));
        AlphabeticDistanceFunction adf = new AlphabeticDistanceFunction();
        assertEquals("array", ArrayOperations.findClosest(array, "a", adf));
        assertEquals("array", ArrayOperations.findClosest(array, "artsy", adf));
        assertEquals("assert", ArrayOperations.findClosest(array, "because", adf));
        assertEquals("equals", ArrayOperations.findClosest(array, "d", adf));
        assertEquals("new", ArrayOperations.findClosest(array, "new", adf));

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        assertEquals(3, ArrayOperations.findClosestIndex(array, "int", edfk));
        assertEquals(0, ArrayOperations.findClosestIndex(array, "strong", edfk));
        assertEquals(0, ArrayOperations.findClosestIndex(array, "attire", edfk));
        assertEquals(5, ArrayOperations.findClosestIndex(array, "because", edfk));
        assertEquals(1, ArrayOperations.findClosestIndex(array, "sassy", edfk));
        AlphabeticDistanceFunction adf = new AlphabeticDistanceFunction();
        assertEquals(1, ArrayOperations.findClosestIndex(array, "a", adf));
        assertEquals(1, ArrayOperations.findClosestIndex(array, "artsy", adf));
        assertEquals(4, ArrayOperations.findClosestIndex(array, "because", adf));
        assertEquals(5, ArrayOperations.findClosestIndex(array, "d", adf));
        assertEquals(2, ArrayOperations.findClosestIndex(array, "new", adf));

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    public String display(String displayPattern) {
        String ret = displayPattern;
        String codeString = StringOperations.extractFirst(ret, "<\\w+>");
        while (codeString != null) {
            PatternCode code = DateDecoder.PatternCode.valueOf(codeString.substring(1, codeString.length()-1));
            String encodedElement;
            switch (code) {
                case dd: {
                    encodedElement = Integer.toString(date.get(Calendar.DAY_OF_MONTH));
                    if (encodedElement.length() == 1) {

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     * Test of seqFind method, of class ArrayOperations.
     */
    @Test
    public void testSeqFind_3args_1() {
        String[] findArray = new String[] {"first:a", "b:b", "other:a", "c:c"};
        KeyValuePairMatcher keyMatcher = new KeyValuePairMatcher();
        assertEquals(-1, ArrayOperations.seqFind("a", findArray, keyMatcher));
        assertEquals(2, ArrayOperations.seqFind("other", findArray, keyMatcher));
    }

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     * Test of seqFind method, of class ArrayOperations.
     */
    @Test
    public void testSeqFind_4args() {
        String[] findArray = new String[] {"first:a", "b:b", "other:a", "c:c"};
        KeyValuePairMatcher keyMatcher = new KeyValuePairMatcher();
        assertEquals(2, ArrayOperations.seqFind("other", findArray, 1, keyMatcher));
    }

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        return line;
    }


    private String fillParameter(DBPropertyKey key, String[] properties, String defaultValue) {
        String ret;
        int pos = ArrayOperations.seqFind(key.toString(), properties, new KeyValuePairMatcher());
        if (pos >= 0) {
            ret = properties[pos].split(":")[1].trim();
        }
        else {
            ret = defaultValue;

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     * Test of findClosest method, of class ArrayOperations.
     */
    @Test
    public void testFindClosestIndex_ObjectArr_Object() {
        String[] array = new String[] {"string", "array", "new", "int", "assert", "equals"};
        DistanceFunction dfc = new LexicographicDistanceFunction(Mode.COUNT_DIFF_CHARS);
        assertEquals(2, ArrayOperations.findClosestIndex(array, "nes", dfc));
        assertEquals(1, ArrayOperations.findClosestIndex(array, "artsy", dfc));
        assertEquals(2, ArrayOperations.findClosestIndex(array, "newly", dfc));
        assertEquals(2, ArrayOperations.findClosestIndex(array, "dessert", dfc));
        assertEquals(3, ArrayOperations.findClosestIndex(array, "int", dfc));
        assertEquals(0, ArrayOperations.findClosestIndex(array, "strong", dfc));
        assertEquals(0, ArrayOperations.findClosestIndex(array, "attire", dfc));
        assertEquals(1, ArrayOperations.findClosestIndex(array, "sassy", dfc));
        DistanceFunction dfd = new LexicographicDistanceFunction(Mode.DEFAULT);
        assertEquals(2, ArrayOperations.findClosestIndex(array, "nes", dfd));
        assertEquals(1, ArrayOperations.findClosestIndex(array, "artsy", dfd));
        assertEquals(1, ArrayOperations.findClosestIndex(array, "newly", dfd));
        assertEquals(5, ArrayOperations.findClosestIndex(array, "dessert", dfd));
        assertEquals(3, ArrayOperations.findClosestIndex(array, "int", dfd));

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     * Test of findClosest method, of class ArrayOperations.
     */
    @Test
    public void testFindClosest_ObjectArr_Object() {
        String[] array = new String[] {"string", "array", "new", "int", "assert", "equals"};
        DistanceFunction dfc = new LexicographicDistanceFunction(Mode.COUNT_DIFF_CHARS);
        assertEquals("new", ArrayOperations.findClosest(array, "nes", dfc));
        assertEquals("array", ArrayOperations.findClosest(array, "artsy", dfc));
        assertEquals("new", ArrayOperations.findClosest(array, "newly", dfc));
        assertEquals("new", ArrayOperations.findClosest(array, "dessert", dfc));
        assertEquals("int", ArrayOperations.findClosest(array, "int", dfc));
        assertEquals("string", ArrayOperations.findClosest(array, "strong", dfc));
        assertEquals("string", ArrayOperations.findClosest(array, "attire", dfc));
        assertEquals("array", ArrayOperations.findClosest(array, "sassy", dfc));
        DistanceFunction dfd = new LexicographicDistanceFunction(Mode.DEFAULT);
        assertEquals("new", ArrayOperations.findClosest(array, "nes", dfd));
        assertEquals("array", ArrayOperations.findClosest(array, "artsy", dfd));
        assertEquals("array", ArrayOperations.findClosest(array, "newly", dfd));
        assertEquals("equals", ArrayOperations.findClosest(array, "dessert", dfd));
        assertEquals("int", ArrayOperations.findClosest(array, "int", dfd));

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        assertEquals("equals", ArrayOperations.findClosest(array, "dessert", dfd));
        assertEquals("int", ArrayOperations.findClosest(array, "int", dfd));
        assertEquals("string", ArrayOperations.findClosest(array, "strong", dfd));
        assertEquals("assert", ArrayOperations.findClosest(array, "attire", dfd));
        assertEquals("array", ArrayOperations.findClosest(array, "sassy", dfd));
        DistanceFunction edf = new StringEditDistanceFunction(StringEditDistanceFunction.Mode.DEFAULT);
        assertEquals("new", ArrayOperations.findClosest(array, "nes", edf));
        assertEquals("array", ArrayOperations.findClosest(array, "artsy", edf));
        assertEquals("new", ArrayOperations.findClosest(array, "newly", edf));
        assertEquals("assert", ArrayOperations.findClosest(array, "dessert", edf));
        assertEquals("int", ArrayOperations.findClosest(array, "int", edf));
        assertEquals("string", ArrayOperations.findClosest(array, "strong", edf));
        assertEquals("string", ArrayOperations.findClosest(array, "attire", edf));
        assertEquals("equals", ArrayOperations.findClosest(array, "because", edf));
        assertEquals("array", ArrayOperations.findClosest(array, "sassy", edf));
        DistanceFunction edfa = new StringEditDistanceFunction(StringEditDistanceFunction.Mode.ALPHABETIC_REPLACE);
        assertEquals("new", ArrayOperations.findClosest(array, "nes", edfa));
        assertEquals("array", ArrayOperations.findClosest(array, "artsy", edfa));
        assertEquals("new", ArrayOperations.findClosest(array, "newly", edfa));
        assertEquals("assert", ArrayOperations.findClosest(array, "dessert", edfa));
        assertEquals("int", ArrayOperations.findClosest(array, "int", edfa));
        assertEquals("string", ArrayOperations.findClosest(array, "strong", edfa));
        assertEquals("assert", ArrayOperations.findClosest(array, "attire", edfa));
        assertEquals("assert", ArrayOperations.findClosest(array, "because", edfa));
        assertEquals("array", ArrayOperations.findClosest(array, "sassy", edfa));
        DistanceFunction edfk = new StringEditDistanceFunction(StringEditDistanceFunction.Mode.KEYBOARD_REPLACE);
        assertEquals("new", ArrayOperations.findClosest(array, "nes", edfk));
        assertEquals("array", ArrayOperations.findClosest(array, "artsy", edfk));
        assertEquals("new", ArrayOperations.findClosest(array, "newly", edfk));
        assertEquals("assert", ArrayOperations.findClosest(array, "dessert", edfk));
        assertEquals("int", ArrayOperations.findClosest(array, "int", edfk));

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