ma.glasnost.orika.test.property

Class PropertyResolverTestCase

java.lang.Object

ma.glasnost.orika.test.property.PropertyResolverTestCase

public class PropertyResolverTestCase
extends Object

Nested Class Summary

Nested Classes

Modifier and Type	Class and Description
static class	PropertyResolverTestCase.AbstractOrderedMap<K,T>
static interface	PropertyResolverTestCase.Address
static class	PropertyResolverTestCase.Element
static class	PropertyResolverTestCase.Line
static class	PropertyResolverTestCase.LineDTO
static class	PropertyResolverTestCase.OrderedMapImpl This type is not itself a parameterized type, but it extends from one, and those parameters should be resolved in properties' types.
static class	PropertyResolverTestCase.PersonDto
static class	PropertyResolverTestCase.Point
static class	PropertyResolverTestCase.PostalAddress
static class	PropertyResolverTestCase.SpecialCase
static class	PropertyResolverTestCase.SpecialCaseDto

Constructor Summary

Constructors

Constructor and Description
PropertyResolverTestCase()

Method Summary

Methods

Modifier and Type	Method and Description
void	resolveGenericTypeFromAncestor()
void	testAdHocResolution_integration_declarativeProperties() Demonstrates that you can declare properties in-line using a custom property descriptor format; like so: "propertyName{getterName|setterName|type=the.type.Name}" setter and type name are optional although those arguments must be constants;
void	testAdHocResolution_integration_declarativePropertiesNestedTypes() Demonstrates that you can specify the types as parameterized if necessary, such as "List<String>" or "java.util.List<java.lang.String>"
void	testAdHocResolution_integration_declarativePropertiesNestedTypesSingleQuote() Demonstrates that you can specify the types as parameterized if necessary, such as "List<String>" or "java.util.List<java.lang.String>", and that single quotes can be used instead of double quotes for convenience.
void	testAdHocResolution_integration_programmaticPropertyBuilder() This test case verifies that properties can be added through a programmatic builder interface, explicitly defining the properties using the programming API.
void	testAdHocResolution_integration_reuseName() This test case verifies that an ad-hoc property definition can be reused so that it doesn't have to be repeated in subsequent lines
void	testAdHocResolution_integration() This test confirms that ad-hoc properties can be defined in-line within field mapping expressions
void	testAdHocResolution_withType()
void	testAdHocResolution()
void	testAdHocResolutionGetterOnly_withType()
void	testAdHocResolutionGetterOnly()
void	testAdHocResolutionSetterOnly_withType()
void	testAdHocResolutionSetterOnly()
void	testBooleanMapping()
void	testGetInvalidNestedProperty()
void	testIsNestedProperty()
void	testNestedProperty()
void	testOverridePropertyDefinition()

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

PropertyResolverTestCase

public PropertyResolverTestCase()

Method Detail

testNestedProperty

public void testNestedProperty()

testGetInvalidNestedProperty

public void testGetInvalidNestedProperty()

testIsNestedProperty

public void testIsNestedProperty()

testBooleanMapping

public void testBooleanMapping()

testOverridePropertyDefinition

public void testOverridePropertyDefinition()

testAdHocResolution

public void testAdHocResolution()

testAdHocResolutionGetterOnly

public void testAdHocResolutionGetterOnly()

testAdHocResolutionSetterOnly

public void testAdHocResolutionSetterOnly()

testAdHocResolution_withType

public void testAdHocResolution_withType()

testAdHocResolutionGetterOnly_withType

public void testAdHocResolutionGetterOnly_withType()

testAdHocResolutionSetterOnly_withType

public void testAdHocResolutionSetterOnly_withType()

testAdHocResolution_integration

public void testAdHocResolution_integration()

This test confirms that ad-hoc properties can be defined in-line within field mapping expressions

testAdHocResolution_integration_reuseName

public void testAdHocResolution_integration_reuseName()

This test case verifies that an ad-hoc property definition can be reused so that it doesn't have to be repeated in subsequent lines

testAdHocResolution_integration_programmaticPropertyBuilder

public void testAdHocResolution_integration_programmaticPropertyBuilder()

This test case verifies that properties can be added through a programmatic builder interface, explicitly defining the properties using the programming API.

testAdHocResolution_integration_declarativeProperties

public void testAdHocResolution_integration_declarativeProperties()

Demonstrates that you can declare properties in-line using a custom property descriptor format; like so: "propertyName{getterName|setterName|type=the.type.Name}" setter and type name are optional although those arguments must be constants;

testAdHocResolution_integration_declarativePropertiesNestedTypes

public void testAdHocResolution_integration_declarativePropertiesNestedTypes()

Demonstrates that you can specify the types as parameterized if necessary, such as "List<String>" or "java.util.List<java.lang.String>"

testAdHocResolution_integration_declarativePropertiesNestedTypesSingleQuote

public void testAdHocResolution_integration_declarativePropertiesNestedTypesSingleQuote()

Demonstrates that you can specify the types as parameterized if necessary, such as "List<String>" or "java.util.List<java.lang.String>", and that single quotes can be used instead of double quotes for convenience.

resolveGenericTypeFromAncestor

public void resolveGenericTypeFromAncestor()