Uses of Interface
net.sourceforge.jparam.conversion.converters.IConverter

Packages that use IConverter

net.sourceforge.jparam.conversion
net.sourceforge.jparam.conversion.converters

Uses of IConverter in net.sourceforge.jparam.conversion

Methods in net.sourceforge.jparam.conversion with parameters of type IConverter

void	ConverterRegistry.registerConverter(IConverter c) This method is used to register a new converter, it shouldn't be used externally, but is defined public to support special cases that might arise It will perform all needed changes to the registry that are introduced by the new converter

Uses of IConverter in net.sourceforge.jparam.conversion.converters

Classes in net.sourceforge.jparam.conversion.converters that implement IConverter

class	AbstractConverter
class	AmbigousConverter
class	CreatorConverter
class	MethodConverter
class	ParentConverter
class	PathConverter

Fields in net.sourceforge.jparam.conversion.converters declared as IConverter

(package private) IConverter[]

PathConverter.path

Methods in net.sourceforge.jparam.conversion.converters that return IConverter

static IConverter	PathConverter.createConversionPath(IConverter first, IConverter second)
IConverter	PathConverter.update(IConverter updatedConverter)
IConverter	IConverter.update(IConverter updatedConverter) This method is used to inform the converter of a new available converter if the new converter affects in any way on the current converter, a new converter that reflects the change should be return.
IConverter	ParentConverter.update(IConverter updatedConverter)
IConverter	MethodConverter.update(IConverter updatedConverter)
static IConverter	AmbigousConverter.createConverter(IConverter first, IConverter second)
(package private) IConverter[]	AmbigousConverter.getConverters()
IConverter	AmbigousConverter.update(IConverter updatedConverter)
IConverter	CreatorConverter.update(IConverter updatedConverter)

Methods in net.sourceforge.jparam.conversion.converters with parameters of type IConverter

protected abstract boolean	AbstractConverter.converterEquals(IConverter o) Tests if this converter is equal to the given converter, all validity checks of source/target/weight and class instance are performed in the equal method, the derived class can perform all casts with no verification The check must verify equality, and not similarity meaning to converters performing the same conversion with the same weight are not necesarily equal, for instance two conversion paths from the same source to the same target but not through the same types, will cause ambiguity if not equal
static IConverter	PathConverter.createConversionPath(IConverter first, IConverter second)
protected boolean	PathConverter.converterEquals(IConverter o)
IConverter	PathConverter.update(IConverter updatedConverter)
IConverter	IConverter.update(IConverter updatedConverter) This method is used to inform the converter of a new available converter if the new converter affects in any way on the current converter, a new converter that reflects the change should be return.
protected boolean	ParentConverter.converterEquals(IConverter c)
IConverter	ParentConverter.update(IConverter updatedConverter)
protected boolean	MethodConverter.converterEquals(IConverter o)
IConverter	MethodConverter.update(IConverter updatedConverter)
static IConverter	AmbigousConverter.createConverter(IConverter first, IConverter second)
protected boolean	AmbigousConverter.converterEquals(IConverter o)
IConverter	AmbigousConverter.update(IConverter updatedConverter)
protected boolean	CreatorConverter.converterEquals(IConverter o)
IConverter	CreatorConverter.update(IConverter updatedConverter)

Constructors in net.sourceforge.jparam.conversion.converters with parameters of type IConverter

PathConverter(IConverter[] path)