mirror of https://github.com/OpenIdentityPlatform/OpenDJ.git
opendj3/opendj-ldap-sdk/src/test/java/com/forgerock/opendj/util/ASCIICharPropTestCase.java
@@ -6,17 +6,16 @@ * (the "License"). You may not use this file except in compliance * with the License. * * You can obtain a copy of the license at * trunk/opendj3/legal-notices/CDDLv1_0.txt * You can obtain a copy of the license at legal-notices/CDDLv1_0.txt * or http://forgerock.org/license/CDDLv1.0.html. * See the License for the specific language governing permissions * and limitations under the License. * * When distributing Covered Code, include this CDDL HEADER in each * file and include the License file at * trunk/opendj3/legal-notices/CDDLv1_0.txt. If applicable, * add the following below this CDDL HEADER, with the fields enclosed * by brackets "[]" replaced with your own identifying information: * file and include the License file at legal-notices/CDDLv1_0.txt. * If applicable, add the following below this CDDL HEADER, with the * fields enclosed by brackets "[]" replaced with your own identifying * information: * Portions Copyright [yyyy] [name of copyright owner] * * CDDL HEADER END @@ -28,253 +27,231 @@ package com.forgerock.opendj.util; import static org.testng.Assert.assertEquals; import org.testng.annotations.DataProvider; import org.testng.annotations.Test; import com.forgerock.opendj.util.ASCIICharProp; /** * Tests various methods of ASCIICharProp class. */ public class ASCIICharPropTestCase extends UtilTestCase { /** * Invalid Ascii char data provider. * * @return Returns an array of data. */ @DataProvider(name = "invalidasciidata") public Object[][] createInValidASCIIData() { return new Object[][] { // {null,/* uppercase*/ false,/*hex value*/0,/*decimal value*/0,/* is // letter*/false,/*is digit*/false,/*is keychar*/false}, { '\u200A' } }; } public class ASCIICharPropTestCase extends UtilTestCase { /** * Invalid Ascii char data provider. * * @return Returns an array of data. */ @DataProvider(name = "invalidasciidata") public Object[][] createInValidASCIIData() { return new Object[][] { { '\u200A' } }; } /** * Valid Ascii char data provider. * * @return Returns an array of data. */ @DataProvider(name = "validasciidata") public Object[][] createValidASCIIData() { // @formatter:off return new Object[][] { { (char) 1, false, // uppercase -1, // hex -1, // decimal false, // is letter false, // is digit false, // is key char false // is compat key char }, { '-', false, // uppercase -1, // hex -1, // decimal false, // is letter false, // is digit true, // is key char true // is compat key char }, { '_', false, // uppercase -1, // hex -1, // decimal false, // is letter false, // is digit false, // is key char true // is compat key char }, { '.', false, // uppercase -1, // hex -1, // decimal false, // is letter false, // is digit false, // is key char true // is compat key char }, { '+', false, // uppercase -1, // hex -1, // decimal false, // is letter false, // is digit false, // is key char false // is compat key char }, { 'a', false, // uppercase 10, // hex -1, // decimal true, // is letter false, // is digit true, // is key char true // is compat key char }, { 'A', true, // uppercase 10, // hex -1, // decimal true, // is letter false, // is digit true, // is key char true // is compat key char }, { 'f', false, // uppercase 15, // hex -1, // decimal true, // is letter false, // is digit true, // is key char true // is compat key char }, { 'F', true, // uppercase 15, // hex -1, // decimal true, // is letter false, // is digit true, // is key char true // is compat key char }, { 'z', false, // uppercase -1, // hex -1, // decimal true, // is letter false, // is digit true, // is key char true // is compat key char }, { 'Z', true, // uppercase -1, // hex -1, // decimal true, // is letter false, // is digit true, // is key char true // is compat key char }, { '0', false, // uppercase 0, // hex 0, // decimal false, // is letter true, // is digit true, // is key char true // is compat key char }, { '9', false, // uppercase 9, // hex 9, // decimal false, // is letter true, // is digit true, // is key char true // is compat key char }, }; // @formatter:on } /** * Tests whether a character is an invalid ascii character or not. * * @param myChar * The character that needs to be verified. * @throws Exception * In case of any errors. */ @Test(dataProvider = "invalidasciidata") public void testValueOf(final char myChar) throws Exception { assertEquals(ASCIICharProp.valueOf(myChar), null); } /** * Valid Ascii char data provider. * * @return Returns an array of data. */ @DataProvider(name = "validasciidata") public Object[][] createValidASCIIData() { // @formatter:off return new Object[][] { { (char) 1, false, // uppercase -1, // hex -1, // decimal false, // is letter false, // is digit false, // is key char false // is compat key char }, { '-', false, // uppercase -1, // hex -1, // decimal false, // is letter false, // is digit true, // is key char true // is compat key char }, { '_', false, // uppercase -1, // hex -1, // decimal false, // is letter false, // is digit false, // is key char true // is compat key char }, { '.', false, // uppercase -1, // hex -1, // decimal false, // is letter false, // is digit false, // is key char true // is compat key char }, { '+', false, // uppercase -1, // hex -1, // decimal false, // is letter false, // is digit false, // is key char false // is compat key char }, { 'a', false, // uppercase 10, // hex -1, // decimal true, // is letter false, // is digit true, // is key char true // is compat key char }, { 'A', true, // uppercase 10, // hex -1, // decimal true, // is letter false, // is digit true, // is key char true // is compat key char }, { 'f', false, // uppercase 15, // hex -1, // decimal true, // is letter false, // is digit true, // is key char true // is compat key char }, { 'F', true, // uppercase 15, // hex -1, // decimal true, // is letter false, // is digit true, // is key char true // is compat key char }, { 'z', false, // uppercase -1, // hex -1, // decimal true, // is letter false, // is digit true, // is key char true // is compat key char }, { 'Z', true, // uppercase -1, // hex -1, // decimal true, // is letter false, // is digit true, // is key char true // is compat key char }, { '0', false, // uppercase 0, // hex 0, // decimal false, // is letter true, // is digit true, // is key char true // is compat key char }, { '9', false, // uppercase 9, // hex 9, // decimal false, // is letter true, // is digit true, // is key char true // is compat key char }, }; // @formatter:on } /** * Tests whether a character is a valid ascii character or not. * * @param myChar * The character that needs to be verified. * @param isUpper * Whether it is uppercase * @param hexValue * The hexadecimal value * @param decimalValue * The decimal value * @param isLetter * Whether the character is a letter * @param isDigit * Whether the character is a digit * @param isKeyChar * Whether the character is a key char. * @param isCompatKeyChar * Whether the character is a compat key char. * @throws Exception * In case of any errors. */ @Test(dataProvider = "validasciidata") public void testValueOf(final char myChar, final boolean isUpper, final int hexValue, final int decimalValue, final boolean isLetter, final boolean isDigit, final boolean isKeyChar, final boolean isCompatKeyChar) throws Exception { final ASCIICharProp myProp = ASCIICharProp.valueOf(myChar); // check letter. assertEquals(isLetter, myProp.isLetter()); // Check case. assertEquals(isLetter & isUpper, myProp.isUpperCase()); assertEquals(isLetter & !isUpper, myProp.isLowerCase()); /** * Tests whether a character is an invalid ascii character or not. * * @param myChar * The character that needs to be verified. * @throws Exception * In case of any errors. */ @Test(dataProvider = "invalidasciidata") public void testValueOf(final char myChar) throws Exception { assertEquals(ASCIICharProp.valueOf(myChar), null); } // check digit. assertEquals(isDigit, myProp.isDigit()); // Check hex. assertEquals(myProp.hexValue(), hexValue); // Decimal value. assertEquals(myProp.decimalValue(), decimalValue); /** * Tests whether a character is a valid ascii character or not. * * @param myChar * The character that needs to be verified. * @param isUpper * Whether it is uppercase * @param hexValue * The hexadecimal value * @param decimalValue * The decimal value * @param isLetter * Whether the character is a letter * @param isDigit * Whether the character is a digit * @param isKeyChar * Whether the character is a key char. * @param isCompatKeyChar * Whether the character is a compat key char. * @throws Exception * In case of any errors. */ @Test(dataProvider = "validasciidata") public void testValueOf(final char myChar, final boolean isUpper, final int hexValue, final int decimalValue, final boolean isLetter, final boolean isDigit, final boolean isKeyChar, final boolean isCompatKeyChar) throws Exception { final ASCIICharProp myProp = ASCIICharProp.valueOf(myChar); // Check if it is equal to itself. assertEquals(myProp.charValue(), myChar); assertEquals(myProp.compareTo(ASCIICharProp.valueOf(myChar)), 0); // check letter. assertEquals(isLetter, myProp.isLetter()); // Check case. assertEquals(isLetter & isUpper, myProp.isUpperCase()); assertEquals(isLetter & !isUpper, myProp.isLowerCase()); // check digit. assertEquals(isDigit, myProp.isDigit()); // Check hex. assertEquals(myProp.hexValue(), hexValue); // Decimal value. assertEquals(myProp.decimalValue(), decimalValue); // Check if it is equal to itself. assertEquals(myProp.charValue(), myChar); assertEquals(myProp.compareTo(ASCIICharProp.valueOf(myChar)), 0); // keychar. assertEquals(isKeyChar, myProp.isKeyChar(false)); assertEquals(isCompatKeyChar, myProp.isKeyChar(true)); } // keychar. assertEquals(isKeyChar, myProp.isKeyChar(false)); assertEquals(isCompatKeyChar, myProp.isKeyChar(true)); } }
