Uses of Interface
clojure.lang.IFn

Packages that use IFn

Package	Description
clojure.lang

Uses of IFn in clojure.lang

Classes in clojure.lang that implement IFn

Modifier and Type	Class and Description
class	AFn
class	AFunction
class	AMapEntry
class	APersistentMap
class	APersistentSet
class	APersistentVector
class	ATransientSet
static class	EdnReader.CharacterReader
static class	EdnReader.CommentReader
static class	EdnReader.DiscardReader
static class	EdnReader.DispatchReader
static class	EdnReader.ListReader
static class	EdnReader.MapReader
static class	EdnReader.MetaReader
static class	EdnReader.SetReader
static class	EdnReader.StringReader
static class	EdnReader.TaggedReader
static class	EdnReader.UnmatchedDelimiterReader
static class	EdnReader.UnreadableReader
static class	EdnReader.VectorReader
class	FnLoaderThunk
class	Keyword
static class	LispReader.CharacterReader
static class	LispReader.CommentReader
static class	LispReader.CtorReader
static class	LispReader.DeprecatedWrappingReader
static class	LispReader.DiscardReader
static class	LispReader.DispatchReader
static class	LispReader.EvalReader
static class	LispReader.FnReader
static class	LispReader.ListReader
static class	LispReader.MapReader
static class	LispReader.MetaReader
static class	LispReader.RegexReader
static class	LispReader.SetReader
static class	LispReader.StringReader
static class	LispReader.SyntaxQuoteReader
static class	LispReader.UnmatchedDelimiterReader
static class	LispReader.UnreadableReader
static class	LispReader.VarReader
static class	LispReader.VectorReader
static class	LispReader.WrappingReader
class	MapEntry
class	MultiFn
class	PersistentArrayMap Simple implementation of persistent map on an array Note that instances of this class are constant values i.e. add/remove etc return new values Copies array on every change, so only appropriate for _very_small_ maps null keys and values are ok, but you won't be able to distinguish a null value via valAt - use contains/entryAt
class	PersistentHashMap
class	PersistentHashSet
class	PersistentStructMap
class	PersistentTreeMap Persistent Red Black Tree Note that instances of this class are constant values i.e. add/remove etc return new values See Okasaki, Kahrs, Larsen et al
class	PersistentTreeSet
class	PersistentVector
class	Ref
class	RestFn
class	Symbol
class	Var
static class	Var.Unbound

Fields in clojure.lang declared as IFn

Modifier and Type	Field and Description
static IFn	PersistentList.creator
IFn	MultiFn.dispatchFn
IFn	MethodImplCache.Entry.fn
protected IFn	ARef.validator

Methods in clojure.lang that return IFn

Modifier and Type	Method and Description
IFn	Var.fn()
IFn	Ref.fn()
IFn	MethodImplCache.fnFor(java.lang.Class c)
static IFn	PersistentStructMap.getAccessor(PersistentStructMap.Def def, java.lang.Object key)
IFn	Agent.getErrorHandler()
IFn	MultiFn.getMethod(java.lang.Object dispatchVal)
IFn	IRef.getValidator()
IFn	ARef.getValidator()
static IFn	Compiler.isInline(java.lang.Object op, int arity)

Methods in clojure.lang with parameters of type IFn

Modifier and Type	Method and Description
MultiFn	MultiFn.addMethod(java.lang.Object dispatchVal, IFn method)
IRef	IRef.addWatch(java.lang.Object key, IFn callback)
IRef	ARef.addWatch(java.lang.Object key, IFn callback)
java.lang.Object	Var.alter(IFn fn, ISeq args)
java.lang.Object	Ref.alter(IFn fn, ISeq args)
IPersistentMap	IReference.alterMeta(IFn alter, ISeq args)
IPersistentMap	AReference.alterMeta(IFn alter, ISeq args)
java.lang.Object	Var.alterRoot(IFn fn, ISeq args)
static java.lang.Object	AFn.applyToHelper(IFn ifn, ISeq arglist)
java.lang.Object	Ref.commute(IFn fn, ISeq args)
void	Var.commuteRoot(IFn fn)
java.lang.Object	Agent.dispatch(IFn fn, ISeq args, java.util.concurrent.Executor exec)
java.lang.Object	PersistentHashMap.fold(long n, IFn combinef, IFn reducef, IFn fjinvoke, IFn fjtask, IFn fjfork, IFn fjjoin)
java.lang.Object	PersistentVector.kvreduce(IFn f, java.lang.Object init)
java.lang.Object	PersistentTreeMap.kvreduce(IFn f, java.lang.Object init)
java.lang.Object	PersistentHashMap.kvreduce(IFn f, java.lang.Object init)
java.lang.Object	PersistentArrayMap.kvreduce(IFn f, java.lang.Object init)
java.lang.Object	Range.reduce(IFn f)
java.lang.Object	PersistentList.reduce(IFn f)
java.lang.Object	IReduce.reduce(IFn f)
java.lang.Object	ArraySeq.reduce(IFn f)
java.lang.Object	ArraySeq.ArraySeq_int.reduce(IFn f)
java.lang.Object	ArraySeq.ArraySeq_float.reduce(IFn f)
java.lang.Object	ArraySeq.ArraySeq_double.reduce(IFn f)
java.lang.Object	ArraySeq.ArraySeq_long.reduce(IFn f)
java.lang.Object	ArraySeq.ArraySeq_byte.reduce(IFn f)
java.lang.Object	ArraySeq.ArraySeq_char.reduce(IFn f)
java.lang.Object	ArraySeq.ArraySeq_boolean.reduce(IFn f)
java.lang.Object	Range.reduce(IFn f, java.lang.Object start)
java.lang.Object	PersistentList.reduce(IFn f, java.lang.Object start)
java.lang.Object	IReduce.reduce(IFn f, java.lang.Object start)
java.lang.Object	IChunk.reduce(IFn f, java.lang.Object start)
java.lang.Object	ArraySeq.reduce(IFn f, java.lang.Object start)
java.lang.Object	ArraySeq.ArraySeq_int.reduce(IFn f, java.lang.Object start)
java.lang.Object	ArraySeq.ArraySeq_float.reduce(IFn f, java.lang.Object start)
java.lang.Object	ArraySeq.ArraySeq_double.reduce(IFn f, java.lang.Object start)
java.lang.Object	ArraySeq.ArraySeq_long.reduce(IFn f, java.lang.Object start)
java.lang.Object	ArraySeq.ArraySeq_byte.reduce(IFn f, java.lang.Object start)
java.lang.Object	ArraySeq.ArraySeq_char.reduce(IFn f, java.lang.Object start)
java.lang.Object	ArraySeq.ArraySeq_boolean.reduce(IFn f, java.lang.Object start)
java.lang.Object	ArrayChunk.reduce(IFn f, java.lang.Object start)
void	Agent.setErrorHandler(IFn f)
void	Var.setValidator(IFn vf)
void	IRef.setValidator(IFn vf)
void	ARef.setValidator(IFn vf)
java.lang.Object	Atom.swap(IFn f)
java.lang.Object	Atom.swap(IFn f, java.lang.Object arg)
java.lang.Object	Atom.swap(IFn f, java.lang.Object arg1, java.lang.Object arg2)
java.lang.Object	Atom.swap(IFn f, java.lang.Object x, java.lang.Object y, ISeq args)

Constructors in clojure.lang with parameters of type IFn

Constructor and Description
Delay(IFn fn)
Entry(java.lang.Class c, IFn fn)
LazySeq(IFn fn)
MultiFn(java.lang.String name, IFn dispatchFn, java.lang.Object defaultDispatchVal, IRef hierarchy)