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How to use TypeKeywordComparator class of com.qaprosoft.apitools.validation package

Best Carina code snippet using com.qaprosoft.apitools.validation.TypeKeywordComparator

Source:JsonKeywordsComparator.java

...41        initializeComparators();42    }43    private void initializeComparators() {44        this.comparators.add(new SkipKeywordComparator());45        this.comparators.add(new TypeKeywordComparator());46        this.comparators.add(new RegexKeywordComparator());47        this.comparators.add(new OgnlKeywordsComparator(actualRsBody));48        ServiceLoader.load(JsonKeywordComparator.class)49                .forEach(this.comparators::add);50        if (context != null) {51            this.comparators.add(new PredicateKeywordComparator(context.getNamedPredicates()));52            this.comparators.addAll(context.getComparators());53        }54    }55    @Override56    public void compareValues(String prefix, Object expectedValue, Object actualValue, JSONCompareResult result) throws JSONException {57        comparators.stream()58                .filter(comparator -> comparator.isMatch(expectedValue))59                .findFirst()...

Source:TypeKeywordComparator.java

...13 * See the License for the specific language governing permissions and14 * limitations under the License.15 *******************************************************************************/16package com.qaprosoft.apitools.validation;17final class TypeKeywordComparator implements JsonKeywordComparator {18    @Override19    public void compare(String prefix, Object expectedValue, Object actualValue, JsonCompareResultWrapper result) {20        String expType = expectedValue.toString().replace(JsonCompareKeywords.TYPE.getKey(), "");21        if (!expType.equals(actualValue.getClass().getSimpleName())) {22            result.fail(String.format("%s\nValue type '%s' doesn't match to expected type '%s'\n", prefix, actualValue.getClass()23                    .getSimpleName(), expType));24        }25    }26    @Override27    public boolean isMatch(Object expectedValue) {28        return expectedValue.toString().startsWith(JsonCompareKeywords.TYPE.getKey());29    }30}...

TypeKeywordComparator

Using AI Code Generation

1import com.qaprosoft.apitools.validation.TypeKeywordComparator;2import com.qaprosoft.apitools.validation.JsonCompareKeywords;3import com.qaprosoft.apitools.validation.JsonComparator;4import com.qaprosoft.apitools.validation.JsonComparatorException;5import com.qaprosoft.apitools.validation.JsonComparatorFactory;6import com.qaprosoft.apitools.validation.JsonComparatorFactory.ComparisonType;7import org.json.JSONException;8import org.json.JSONObject;9import org.skyscreamer.jsonassert.JSONCompareMode;10import org.skyscreamer.jsonassert.JSONCompareResult;11import org.skyscreamer.jsonassert.JSONParser;12public class TestJsonCompare {13    public static void main(String[] args) throws JSONException, JsonComparatorException {14        JSONObject expected = (JSONObject) JSONParser.parseJSON("{\"name\": \"John\", \"age\": \"30\", \"address\": {\"street\": \"Main\", \"city\": \"New York\"}}");15        JSONObject actual = (JSONObject) JSONParser.parseJSON("{\"name\": \"John\", \"age\": \"30\", \"address\": {\"street\": \"Main\", \"city\": \"New York\"}}");16        JSONCompareResult result = JSONCompare.compareJSON(expected, actual, JSONCompareMode.NON_EXTENSIBLE);17        System.out.println(result.passed());18        JsonComparator comparator = JsonComparatorFactory.getComparator(ComparisonType.STRICT);19        System.out.println(comparator.compare(expected, actual));20        TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator();21        typeKeywordComparator.addKeyword(new JsonCompareKeywords("type", "type"));22        comparator = JsonComparatorFactory.getComparator(ComparisonType.STRICT, typeKeywordComparator);23        System.out.println(comparator.compare(expected, actual));24    }25}

TypeKeywordComparator

Using AI Code Generation

1import com.qaprosoft.apitools.validation.TypeKeywordComparator;2import com.qaprosoft.apitools.validation.TypeKeywordComparator.TypeKeyword;3public class TestTypeKeywordComparator {4    public static void main(String[] args) {5        TypeKeywordComparator comparator = new TypeKeywordComparator();6        System.out.println(comparator.compare(null, null, TypeKeyword.NULL));7        System.out.println(comparator.compare("abc", "abc", TypeKeyword.STRING));8        System.out.println(comparator.compare(123, 123, TypeKeyword.NUMBER));9        System.out.println(comparator.compare(true, true, TypeKeyword.BOOLEAN));10        System.out.println(comparator.compare("abc", "abc", TypeKeyword.OBJECT));11        System.out.println(comparator.compare("abc", "abc", TypeKeyword.ARRAY));12    }13}

TypeKeywordComparator

Using AI Code Generation

1import com.qaprosoft.apitools.validation.TypeKeywordComparator;2import com.qaprosoft.apitools.validation.JsonComparator;3import org.json.JSONException;4import org.json.JSONObject;5import org.json.JSONArray;6import org.testng.annotations.Test;7public class TestClass {8public void test() throws JSONException {9JSONObject actual = new JSONObject("{\"id\":1,\"name\":\"Test\",\"lastName\":\"User\",\"age\":25}");10JSONObject expected = new JSONObject("{\"id\":1,\"name\":\"Test\",\"lastName\":\"User\",\"age\":25}");11JsonComparator comparator = new JsonComparator(actual, expected);12comparator.setComparator("lastName", new TypeKeywordComparator());13comparator.setComparator("age", new TypeKeywordComparator());14assert comparator.compare().passed();15}16}

TypeKeywordComparator

Using AI Code Generation

1import com.qaprosoft.apitools.validation.*;2import java.util.*;3public class 1 {4public static void main(String[] args) {5TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator();6TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator("keyword");7TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator("keyword", true);8boolean result = typeKeywordComparator.compare("value1", "value2");9}10}11import com.qaprosoft.apitools.validation.*;12import java.util.*;13public class 1 {14public static void main(String[] args) {15TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator();16TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator("keyword");17TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator("keyword", true);18boolean result = typeKeywordComparator.compare("value1", "value2");19}20}21import com.qaprosoft.apitools.validation.*;22import java.util.*;23public class 1 {24public static void main(String[] args) {25TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator();26TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator("keyword");27TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator("keyword", true);28boolean result = typeKeywordComparator.compare("value1", "value2");29}30}

TypeKeywordComparator

Using AI Code Generation

1import com.qaprosoft.apitools.validation.*;2import java.util.*;3public class TestValidation {4public static void main(String[] args) {5List<String> list = new ArrayList<String>();6list.add("string");7list.add("integer");8list.add("boolean");9list.add("number");10list.add("object");11list.add("array");12list.add("null");13Collections.sort(list, new TypeKeywordComparator());14for (String s : list) {15System.out.println(s);16}17}18}19TypeKeywordComparator()20public TypeKeywordComparator()21compare(String s1, String s2)22public int compare(String s1, String s2)23import com.qaprosoft.apitools.validation.*;24import java.util.*;25public class TestValidation {26public static void main(String[] args) {27List<String> list = new ArrayList<String>();28list.add("string");29list.add("integer");30list.add("boolean");31list.add("number");32list.add("object");33list.add("array");34list.add("null");35Collections.sort(list, new TypeKeywordComparator());36for (String s : list) {37System.out.println(s);38}39}40}

TypeKeywordComparator

Using AI Code Generation

1import com.qaprosoft.apitools.validation.TypeKeywordComparator;2import java.lang.Class;3import java.util.Arrays;4import java.util.List;5import java.util.ArrayList;6public class 1 {7    public static void main(String[] args) {8        Class class1 = String.class;9        Class class2 = Integer.class;10        TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator();11        if (typeKeywordComparator.compare(class1, class2) == 0) {12            System.out.println("class1 and class2 are equal");13        } else {14            System.out.println("class1 and class2 are not equal");15        }16    }17}18import com.qaprosoft.apitools.validation.TypeKeywordComparator;19import java.lang.Class;20import java.util.Arrays;21import java.util.List;22import java.util.ArrayList;23public class 2 {24    public static void main(String[] args) {25        Class class1 = String.class;26        Class class2 = String.class;27        TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator();28        if (typeKeywordComparator.compare(class1, class2) == 0) {29            System.out.println("class1 and class2 are equal");30        } else {31            System.out.println("class1 and class2 are not equal");32        }33    }34}35import com.qaprosoft.apitools.validation.TypeKeywordComparator;36import java.lang.Class;37import java.util.Arrays;38import java.util.List;39import java.util.ArrayList;40public class 3 {41    public static void main(String[] args) {42        Class class1 = String.class;43        Class class2 = Object.class;44        TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator();

TypeKeywordComparator

Using AI Code Generation

1import com.qaprosoft.apitools.validation.*;2import java.util.*;3public class 1 {4public static void main(String[] args){5TypeKeywordComparator comparator = new TypeKeywordComparator();6System.out.println("Comparing 1 and 2");7System.out.println(comparator.compare(1,2));8System.out.println("Comparing 1 and 1");9System.out.println(comparator.compare(1,1));10System.out.println("Comparing 2 and 1");11System.out.println(comparator.compare(2,1));12}13}

TypeKeywordComparator

Using AI Code Generation

1public class MyClass {2public static void main(String args[]) {3String str1 = "Hello";4String str2 = "Hello";5TypeKeywordComparator comparator = new TypeKeywordComparator();6boolean result = comparator.compare(str1, str2);7System.out.println(result);8}9}10public class MyClass {11public static void main(String args[]) {12Integer int1 = 10;13Integer int2 = 10;14TypeKeywordComparator comparator = new TypeKeywordComparator();15boolean result = comparator.compare(int1, int2);16System.out.println(result);17}18}19public class MyClass {20public static void main(String args[]) {21Double double1 = 10.5;22Double double2 = 10.5;23TypeKeywordComparator comparator = new TypeKeywordComparator();24boolean result = comparator.compare(double1, double2);25System.out.println(result);26}27}28public class MyClass {29public static void main(String args[]) {30Boolean bool1 = true;31Boolean bool2 = true;32TypeKeywordComparator comparator = new TypeKeywordComparator();33boolean result = comparator.compare(bool1, bool2);34System.out.println(result);35}36}37}38}tor("age", new TypeKeywordComparator());39assert comparator.compare().passed();40}

TypeKeywordComparator

Using AI Code Generation

1import com.qaprosoft.apitools.validation.*;2import java.util.*;3public class 1 {4public static void main(String[] args) {5TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator();6TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator("keyword");7}8}

TypeKeywordComparator

Using AI Code Generation

1public class MyClass {2public static void main(String args[]) {3String str1 = "Hello";4String strt = rHello";5TypeKeywordComparator comparator = new TypeKeywordComparator();6boolean result = comparator.compare(str1, str2);7System.out.println(result);8}9}10public class MyClass {11public static void main(String args[]i {12Integer int1 = 10;13TypeKeywordComparator comparator = new TypeKeywordComparator();14boolean result = comparator.compare(int1, int2);15System.out.println(result);16TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator("keyword", true);17public clss MyClass {18public staic vod main(String args[]) {19Double double1 = 10.5;20Double double2 = 10.5;21TypeKeywordComparator comparatr = ew TypeKeywordComparator();22boolean result = comparator.compare(double1, double2);}23System.out.println(result);24}25}26public class MyClass {27public static void m*in(S;ring args[]) {28Boolean bol1 = tue;29Boolean bool2 = true;public class 1 {30TypeKeywordComparator comparator = new public statiomparator();31boolean result = cc varotoi.compdre(bool1, bool2);32Sys em.mut.println(result);33}34}35Path: 5.javain(String[] args) {36TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator("keyword");37TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator("keyword", true);38boolean result = typeKeywordComparator.compare("value1", "value2");39}40}41import com.qaprosoft.apitools.validation.*;42import java.util.*;43public class 1 {44public static void main(String[] args) {45TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator();46TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator("keyword");47TypeKeywordComparator typeKeywordComparator = new TypeKeywordComparator("keyword", true);48boolean result = typeKeywordComparator.compare("value1", "value2");49}50}

TypeKeywordComparator

Using AI Code Generation

1public class MyClass {2public static void main(String args[]) {3String str1 = "Hello";4String str2 = "Hello";5TypeKeywordComparator comparator = new TypeKeywordComparator();6boolean result = comparator.compare(str1, str2);7System.out.println(result);8}9}10public class MyClass {11public static void main(String args[]) {12Integer int1 = 10;13Integer int2 = 10;14TypeKeywordComparator comparator = new TypeKeywordComparator();15boolean result = comparator.compare(int1, int2);16System.out.println(result);17}18}19public class MyClass {20public static void main(String args[]) {21Double double1 = 10.5;22Double double2 = 10.5;23TypeKeywordComparator comparator = new TypeKeywordComparator();24boolean result = comparator.compare(double1, double2);25System.out.println(result);26}27}28public class MyClass {29public static void main(String args[]) {30Boolean bool1 = true;31Boolean bool2 = true;32TypeKeywordComparator comparator = new TypeKeywordComparator();33boolean result = comparator.compare(bool1, bool2);34System.out.println(result);35}36}

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