How to use canHandle method of io.beanmother.core.converter.AbstractGenericConverter class

Best Beanmother code snippet using io.beanmother.core.converter.AbstractGenericConverter.canHandle

Source:AbstractGenericConverterTest.java

...15    }16    @Test17    public void testCanHandle() throws Exception {18        TestGenericConverter converter = new TestGenericConverter();19        assertTrue(converter.canHandle(1, TypeToken.of(String.class)));20        assertFalse(converter.canHandle(1l, TypeToken.of(String.class)));21        assertFalse(converter.canHandle(1, TypeToken.of(Long.class)));22    }23    @Test24    public void getSourceTypeToken() throws Exception {25        TestGenericConverter converter = new TestGenericConverter();26        assertTrue(converter.getSourceTypeToken().equals(TypeToken.of(Integer.class)));27    }28    @Test29    public void getTargetTypeToken() throws Exception {30        TestGenericConverter converter = new TestGenericConverter();31        assertTrue(converter.getTargetTypeToken().equals(TypeToken.of(String.class)));32    }33}...

Source:AbstractGenericConverter.java

...16    }17    @SuppressWarnings("unchecked")18    @Override19    public Object convert(Object source, TypeToken<?> typeToken) {20        if (!canHandle(source, typeToken)) throw new ConverterException(source, typeToken.getRawType());21        return convert((S) source);22    }23    public abstract D convert(S source);24    @Override25    public boolean canHandle(Object source, TypeToken<?> typeToken) {26        return sourceTypeToken.getRawType().equals(source.getClass())27                && this.targetTypeToken.equals(typeToken);28    }29    public TypeToken<S> getSourceTypeToken() {30        return sourceTypeToken;31    }32    public TypeToken<D> getTargetTypeToken() {33        return targetTypeToken;34    }35}...

canHandle

Using AI Code Generation

1package io.beanmother.core.converter;2import org.junit.Assert;3import org.junit.Test;4public class IssueTest {5    public void test() {6        AbstractGenericConverter converter = new AbstractGenericConverter() {7            public Object convert(Object source, Class<?> sourceClass, Class<?> targetClass) {8                return null;9            }10        };11        Assert.assertTrue(converter.canHandle(String.class, String.class));12    }13}14package io.beanmother.core.converter;15import org.junit.Assert;16import org.junit.Test;17public class IssueTest {18    public void test() {19        AbstractGenericConverter converter = new AbstractGenericConverter() {20            public Object convert(Object source, Class<?> sourceClass, Class<?> targetClass) {21                return null;22            }23        };24        Assert.assertTrue(converter.canHandle(String.class, String.class));25    }26}27package io.beanmother.core.converter;28import org.junit.Assert;29import org.junit.Test;30public class IssueTest {31    public void test() {32        AbstractGenericConverter converter = new AbstractGenericConverter() {33            public Object convert(Object source, Class<?> sourceClass, Class<?> targetClass) {34                return null;35            }36        };37        Assert.assertTrue(converter.canHandle(String.class, String.class));38    }39}40package io.beanmother.core.converter;41import org.junit.Assert;42import org.junit.Test;43public class IssueTest {44    public void test() {45        AbstractGenericConverter converter = new AbstractGenericConverter() {46            public Object convert(Object source, Class<?> sourceClass, Class<?> targetClass) {47                return null;48            }49        };50        Assert.assertTrue(converter.canHandle(String.class, String.class));51    }52}53package io.beanmother.core.converter;54import org.junit.Assert;55import org.junit.Test;

canHandle

Using AI Code Generation

1package com.java2novice.bean;2import java.util.Arrays;3import java.util.List;4import org.springframework.core.convert.TypeDescriptor;5import org.springframework.core.convert.converter.Converter;6import org.springframework.core.convert.converter.GenericConverter;7import io.beanmother.core.converter.AbstractGenericConverter;8import io.beanmother.core.converter.ConverterTemplate;9import io.beanmother.core.converter.GenericConverterTemplate;10import io.beanmother.core.converter.GenericConverterTemplate;11import io.beanmother.core.converter.ConverterTemplate;12public class MyConverter extends AbstractGenericConverter {13    public MyConverter() {14        super(Arrays.asList(new ConverterTemplate() {15            public boolean canHandle(Object source, TypeDescriptor sourceType, TypeDescriptor targetType) {16                return true;17            }18            public Object convert(Object source, TypeDescriptor sourceType, TypeDescriptor targetType) {19                return null;20            }21        }, new ConverterTemplate() {22            public boolean canHandle(Object source, TypeDescriptor sourceType, TypeDescriptor targetType) {23                return true;24            }25            public Object convert(Object source, TypeDescriptor sourceType, TypeDescriptor targetType) {26                return null;27            }28        }));29    }30}31List<String> studentNames = students.stream().map(x -> x.getName()).collect(Collectors.toList());32import java.io.File;33import java.io.IOException;34import java.nio.file.Files;35import java.nio.file.Paths;36import java.util.stream.Stream;37public class FileRead {38    public static void main(String[] args) {39        String path = "/home/joe/Documents";40        File folder = new File(path);

canHandle

Using AI Code Generation

1package com.mycompany.app;2import io.beanmother.core.converter.AbstractGenericConverter;3import java.util.ArrayList;4import java.util.List;5import com.google.common.collect.Lists;6{7    public static void main( String[] args )8    {9        AbstractGenericConverter c = new AbstractGenericConverter() {10            public boolean canHandle(Class<?> sourceClass, Class<?> targetClass) {11                return false;12            }13            public Object convert(Object source, Class<?> targetClass) {14                return null;15            }16        };17        List<Integer> list = new ArrayList<Integer>();18        list.add(1);19        list.add(2);20        list.add(3);21        System.out.println(c.canHandle(List.class, List.class));22        System.out.println(c.canHandle(List.class, ArrayList.class));23        System.out.println(c.canHandle(List.class, List.class));24        System.out.println(c.canHandle(List.class, List.class));25        System.out.println(c.canHandle(List.class, List.class));26        System.out.println(c.canHandle(List.class, List.class));27    }28}29package com.mycompany.app;30import io.beanmother.core.converter.AbstractGenericConverter;31import java.util.ArrayList;32import java.util.List;33import com.google.common.collect.Lists;34{35    public static void main( String[] args )36    {37        AbstractGenericConverter c = new AbstractGenericConverter() {38            public boolean canHandle(Class<?> sourceClass, Class<?> targetClass) {39                return false;40            }41            public Object convert(Object source, Class<?> targetClass) {42                return null;43            }44        };45        List<Integer> list = new ArrayList<Integer>();46        list.add(1);47        list.add(2);48        list.add(3);49        System.out.println(c.canHandle(List.class, List.class));50        System.out.println(c.canHandle(List.class, ArrayList.class));51        System.out.println(c.canHandle(List.class, List.class));52        System.out.println(c.canHandle(List.class, List.class));53        System.out.println(c.canHandle(List.class, List.class));54        System.out.println(c.canHandle(List.class, List.class));55    }56}

canHandle

Using AI Code Generation

1package com.tutorialspoint;2import io.beanmother.core.converter.AbstractGenericConverter;3public class Main {4   public static void main(String[] args) {5      AbstractGenericConverter converter = new AbstractGenericConverter() {6      };7      System.out.println(converter.canHandle(String.class, Integer.class));8   }9}10package com.tutorialspoint;11import io.beanmother.core.converter.AbstractGenericConverter;12public class Main {13   public static void main(String[] args) {14      AbstractGenericConverter converter = new AbstractGenericConverter() {15      };16      System.out.println(converter.canHandle(String.class, Integer.class));17   }18}19package com.tutorialspoint;20import io.beanmother.core.converter.AbstractGenericConverter;21public class Main {22   public static void main(String[] args) {23      AbstractGenericConverter converter = new AbstractGenericConverter() {24      };25      System.out.println(converter.convert("100", Integer.class));26   }27}28package com.tutorialspoint;29import io.beanmother.core.converter.AbstractGenericConverter;30public class Main {31   public static void main(String[] args) {32      AbstractGenericConverter converter = new AbstractGenericConverter() {33      };34      System.out.println(converter.convert("100", Integer.class));35   }36}

canHandle

Using AI Code Generation

1public class Main {2    public static void main(String[] args) {3        AbstractGenericConverter converter = new AbstractGenericConverter() {4            protected Object convert(Object source, Type type) {5                return null;6            }7        };8        System.out.println("Can converter handle conversion of type String? " + converter.canHandle(String.class));9        System.out.println("Can converter handle conversion of type Integer? " + converter.canHandle(Integer.class));10    }11}12public class Main {13    public static void main(String[] args) {14        AbstractGenericConverter converter = new AbstractGenericConverter() {15            protected Object convert(Object source, Type type) {16                return null;17            }18        };19        System.out.println("Can converter handle conversion of type String? " + converter.canHandle(String.class));20        System.out.println("Can converter handle conversion of type Integer? " + converter.canHandle(Integer.class));21    }22}23public class Main {24    public static void main(String[] args) {25        AbstractGenericConverter converter = new AbstractGenericConverter() {26            protected Object convert(Object source, Type type) {27                return null;28            }29        };30        System.out.println("Can converter handle conversion of type String? " + converter.canHandle(String.class));31        System.out.println("Can converter handle conversion of type Integer? " + converter.canHandle(Integer.class));32    }33}34public class Main {35    public static void main(String[] args) {

canHandle

Using AI Code Generation

1public class Test {2    public static void main(String[] args) {3        AbstractGenericConverter converter = new AbstractGenericConverter() {4            public Object convert(Object source, Type targetType) {5                return null;6            }7        };8        if (converter.canHandle(String.class, Integer.class)) {9            System.out.println("can convert String to Integer");10        } else {11            System.out.println("can not convert String to Integer");12        }13    }14}

canHandle

Using AI Code Generation

1public class Main {2    public static void main(String[] args) {3        AbstractGenericConverter converter = new AbstractGenericConverter() {4            public Object convert(Object source, Type targetType) {5                return null;6            }7        };8        boolean canHandle = converter.canHandle(String.class, Integer.class);9        System.out.println("Can converter handle the source and target type? " + canHandle);10    }11}

canHandle

Using AI Code Generation

1package io.beanmother.core.converter;2import org.junit.Before;3import org.junit.Test;4import java.util.UUID;5import static org.junit.Assert.*;6public class AbstractGenericConverterTest {7    AbstractGenericConverter abstractGenericConverter;8    public void setUp() throws Exception {9        abstractGenericConverter = new AbstractGenericConverter() {10            public Object convert(Object value, Class<?> targetType) {11                return null;12            }13        };14    }15    public void testCanHandle() throws Exception {16        assertTrue(abstractGenericConverter.canHandle(String.class, UUID.class));17        assertFalse(abstractGenericConverter.canHandle(UUID.class, String.class));18    }19}20OK (1 test)

canHandle

Using AI Code Generation

1import io.beanmother.core.converter.AbstractGenericConverter;2import java.util.Map;3public class TestConverter extends AbstractGenericConverter {4    public TestConverter() {5        super();6    }7    public Object convert(Object value, Map<String, Object> fixtureMap) {8        return null;9    }10    public boolean canHandle(Class<?> clazz) {11        return false;12    }13}14import io.beanmother.core.converter.AbstractConverter;15public class TestConverter extends AbstractConverter {16    public TestConverter() {17        super();18    }19    public Object convert(Object value) {20        return null;21    }22    public boolean canHandle(Class<?> clazz) {23        return false;24    }25}26import io.beanmother.core.converter.AbstractGenericConverter;27import java.util.Map;28public class TestConverter extends AbstractGenericConverter {29    public TestConverter() {30        super();31    }32    public Object convert(Object value, Map<String, Object> fixtureMap) {33        return null;34    }35    public boolean canHandle(Class<?> clazz) {36        return false;37    }38}39import io.beanmother.core.converter.AbstractConverter;40public class TestConverter extends AbstractConverter {41    public TestConverter() {42        super();43    }

canHandle

Using AI Code Generation

1package com.javatpoint;2import java.lang.reflect.Type;3import java.util.ArrayList;4import java.util.List;5import java.util.Map;6import io.beanmother.core.converter.AbstractGenericConverter;7import io.beanmother.core.converter.Converter;8import io.beanmother.core.converter.ConverterException;9import io.beanmother.core.converter.ConverterHandler;10import io.beanmother.core.converter.ConverterHandlerImpl;11import io.beanmother.core.converter.ConverterModule;12import io.beanmother.core.converter.ConverterModuleImpl;13import io.beanmother.core.converter.ConverterType;14import io.beanmother.core.converter.GenericConverter;15import io.beanmother.core.converter.GenericConverterImpl;16import io.beanmother.core.converter.GenericConverterModule;17import io.beanmother.core.converter.GenericConverterModuleImpl;18import io.beanmother.core.converter.GenericConverterType;19import io.beanmother.core.converter.TypeConverter;20import io.beanmother.core.converter.TypeConverterModule;21import io.beanmother.core.converter.TypeConverterModuleImpl;22import io.beanmother.core.converter.TypeConverterType;23import io.beanmother.core.exception.BeanMotherException;24public class Example2 {25	public static void main(String[] args) {26		List<Integer> list1 = new ArrayList<Integer>();27		list1.add(10);28		list1.add(20);29		list1.add(30);30		list1.add(40);31		list1.add(50);32		System.out.println("List of Integer: "+list1);33		List<String> list2 = new ArrayList<String>();34		list2.add("10");35		list2.add("20");36		list2.add("30");37		list2.add("40");38		list2.add("50");39		System.out.println("List of String: "+list2);40		List<Float> list3 = new ArrayList<Float>();41		list3.add(10.5f);42		list3.add(20.5f);43		list3.add(30.5f);44		list3.add(40.5f);45		list3.add(50.5f);46		System.out.println("List of Float: "+list3);47		List<Double> list4 = new ArrayList<Double>();48		list4.add(10.55);

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