Smalltalk current createPackage: 'Kernel-Methods' properties: #{}!
Object subclass: #CompiledMethod
	instanceVariableNames: ''
	category: 'Kernel-Methods'!

!CompiledMethod methodsFor: 'accessing'!

source
	^(self basicAt: 'source') ifNil: ['']
!

source: aString
	self basicAt: 'source' put: aString
!

category
	^(self basicAt: 'category') ifNil: ['']
!

category: aString
	self basicAt: 'category' put: aString
!

selector
	^self basicAt: 'selector'
!

selector: aString
	self basicAt: 'selector' put: aString
!

fn
	^self basicAt: 'fn'
!

fn: aBlock
	self basicAt: 'fn' put: aBlock
!

messageSends
	^self basicAt: 'messageSends'
!

methodClass
	^self basicAt: 'methodClass'
!

referencedClasses
	^self basicAt: 'referencedClasses'
!

arguments
	<return self.args || []>
! !

Object subclass: #BlockClosure
	instanceVariableNames: ''
	category: 'Kernel-Methods'!
!BlockClosure commentStamp!
A BlockClosure is a lexical closure.
The JavaScript representation is a function.

A BlockClosure is evaluated with the #value* methods in the 'evaluating' protocol.!

!BlockClosure methodsFor: 'accessing'!

compiledSource
	<return self.toString()>
!

numArgs
	<return self.length>
! !

!BlockClosure methodsFor: 'controlling'!

whileTrue: aBlock
	"inlined in the Compiler"
	<while(self()) {aBlock()}>
!

whileFalse: aBlock
	"inlined in the Compiler"
	<while(!!self()) {aBlock()}>
!

whileFalse
	"inlined in the Compiler"
	self whileFalse: []
!

whileTrue
	"inlined in the Compiler"
	self whileTrue: []
! !

!BlockClosure methodsFor: 'error handling'!

on: anErrorClass do: aBlock
	^self try: self catch: [:error |
	    (error isKindOf: anErrorClass) 
	     ifTrue: [aBlock value: error]
	     ifFalse: [error signal]]
! !

!BlockClosure methodsFor: 'evaluating'!

value
	"inlined in the Compiler"
	<return self();>
!

value: anArg
	"inlined in the Compiler"
	<return self(anArg);>
!

value: firstArg value: secondArg
	"inlined in the Compiler"
	<return self(firstArg, secondArg);>
!

value: firstArg value: secondArg value: thirdArg
	"inlined in the Compiler"
	<return self(firstArg, secondArg, thirdArg);>
!

valueWithPossibleArguments: aCollection
	<return self.apply(null, aCollection);>
!

new
	"Use the receiver as a JS constructor. 
	*Do not* use this method to instanciate Smalltalk objects!!"
	<return new self()>
!

applyTo: anObject arguments: aCollection
	<return self.apply(anObject, aCollection)>
!

timeToRun
	"Answer the number of milliseconds taken to execute this block."

	^ Date millisecondsToRun: self
!

ensure: aBlock
	| success |
	success := false.
	^[self value. success := true. aBlock value]
		on: Error
		do: [:ex |
			success ifFalse: [aBlock value].
			ex signal]
!

newValue: anObject
	"Use the receiver as a JS constructor. 
	*Do not* use this method to instanciate Smalltalk objects!!"
	<return new self(anObject)>
!

newValue:  anObject value: anObject2
	"Use the receiver as a JS constructor. 
	*Do not* use this method to instanciate Smalltalk objects!!"
	<return new self(anObject, anObject2)>
!

newValue:  anObject value: anObject2 value: anObject3
	"Use the receiver as a JS constructor. 
	*Do not* use this method to instanciate Smalltalk objects!!"
	<return new self(anObject, anObject2)>
! !

!BlockClosure methodsFor: 'timeout/interval'!

valueWithTimeout: aNumber
	<return setTimeout(self, aNumber)>
!

valueWithInterval: aNumber
	<return setInterval(self, aNumber)>
! !

Object subclass: #MethodContext
	instanceVariableNames: ''
	category: 'Kernel-Methods'!

!MethodContext methodsFor: 'accessing'!

receiver
	<return self.receiver>
!

selector
	<return smalltalk.convertSelector(self.selector)>
!

home
	<return self.homeContext>
!

temps
	<return self.temps>
!

printString
	^super printString, '(', self asString, ')'
!

asString
	^self receiver class printString, ' >> ', self selector
! !

Object subclass: #Message
	instanceVariableNames: 'selector arguments'
	category: 'Kernel-Methods'!
!Message commentStamp!
Generally, the system does not use instances of Message for efficiency reasons.
However, when a message is not understood by its receiver, the interpreter will make up an instance of it in order to capture the information involved in an actual message transmission. 
This instance is sent it as an argument with the message doesNotUnderstand: to the receiver.

See boot.js, messageNotUnderstood  and its counterpart Object>>doesNotUnderstand:!

!Message methodsFor: 'accessing'!

selector
	^selector
!

selector: aString
	selector := aString
!

arguments: anArray
	arguments := anArray
!

arguments
	^arguments
! !

!Message methodsFor: 'printing'!

printString
	^ String streamContents: [:aStream|  
                                  				aStream 
                                  					nextPutAll: super printString;
                                  					nextPutAll: '(';
                                  					nextPutAll: selector;
                                  					nextPutAll: ')' 				]
! !

!Message class methodsFor: 'instance creation'!

selector: aString arguments: anArray
	^self new
		selector: aString;
		arguments: anArray;
		yourself
! !