Smalltalk current createPackage: 'Importer-Exporter'! Object subclass: #AbstractExporter instanceVariableNames: '' package: 'Importer-Exporter'! !AbstractExporter commentStamp! I am an abstract exporter for Amber source code.! !AbstractExporter methodsFor: 'convenience'! chunkEscape: aString "Replace all occurrences of !! with !!!! and trim at both ends." ^(aString replace: '!!' with: '!!!!') trimBoth ! classNameFor: aClass ^aClass isMetaclass ifTrue: [ aClass instanceClass name, ' class' ] ifFalse: [ aClass isNil ifTrue: [ 'nil' ] ifFalse: [ aClass name ] ] ! ! !AbstractExporter methodsFor: 'fileOut'! recipe "Recipe to export a given package." self subclassResponsibility ! ! AbstractExporter class instanceVariableNames: 'default'! !AbstractExporter class methodsFor: 'instance creation'! default ^ default ifNil: [ default := self new ] ! ! AbstractExporter subclass: #ChunkExporter instanceVariableNames: '' package: 'Importer-Exporter'! !ChunkExporter commentStamp! I am an exporter dedicated to outputting Amber source code in the classic Smalltalk chunk format. I do not output any compiled code.! !ChunkExporter methodsFor: 'accessing'! extensionCategoriesOfPackage: aPackage "Issue #143: sort protocol alphabetically" | name map result | name := aPackage name. result := OrderedCollection new. (Package sortedClasses: Smalltalk current classes) do: [:each | {each. each class} do: [:aClass | map := Dictionary new. aClass protocolsDo: [:category :methods | (category match: '^\*', name) ifTrue: [ map at: category put: methods ]]. result addAll: ((map keys sorted: [:a :b | a <= b ]) collect: [:category | MethodCategory name: category theClass: aClass methods: (map at: category)]) ]]. ^result ! methodsOfCategory: aCategory "Issue #143: sort methods alphabetically" ^(aCategory methods) sorted: [:a :b | a selector <= b selector] ! ownCategoriesOfClass: aClass "Answer the protocols of aClassthat are not package extensions" "Issue #143: sort protocol alphabetically" | map | map := Dictionary new. aClass protocolsDo: [:category :methods | (category match: '^\*') ifFalse: [ map at: category put: methods ]]. ^(map keys sorted: [:a :b | a <= b ]) collect: [:category | MethodCategory name: category theClass: aClass methods: (map at: category) ] ! ownCategoriesOfMetaClass: aClass "Issue #143: sort protocol alphabetically" ^self ownCategoriesOfClass: aClass class ! ! !ChunkExporter methodsFor: 'fileOut'! recipe "Export a given package." | exportCategoryRecipe | exportCategoryRecipe := { self -> #exportCategoryPrologueOf:on:. { self -> #methodsOfCategory:. self -> #exportMethod:on: }. self -> #exportCategoryEpilogueOf:on: }. ^{ self -> #exportPackageDefinitionOf:on:. { PluggableExporter -> #ownClassesOfPackage:. self -> #exportDefinitionOf:on:. { self -> #ownCategoriesOfClass: }, exportCategoryRecipe. self -> #exportMetaDefinitionOf:on:. { self -> #ownCategoriesOfMetaClass: }, exportCategoryRecipe }. { self -> #extensionCategoriesOfPackage: }, exportCategoryRecipe } ! ! !ChunkExporter methodsFor: 'output'! exportCategoryEpilogueOf: aCategory on: aStream aStream nextPutAll: ' !!'; lf; lf ! exportCategoryPrologueOf: aCategory on: aStream aStream nextPutAll: '!!', (self classNameFor: aCategory theClass); nextPutAll: ' methodsFor: ''', aCategory name, '''!!' ! exportDefinitionOf: aClass on: aStream "Chunk format." aStream nextPutAll: (self classNameFor: aClass superclass); nextPutAll: ' subclass: #', (self classNameFor: aClass); lf; tab; nextPutAll: 'instanceVariableNames: '''. aClass instanceVariableNames do: [:each | aStream nextPutAll: each] separatedBy: [aStream nextPutAll: ' ']. aStream nextPutAll: ''''; lf; tab; nextPutAll: 'package: ''', aClass category, '''!!'; lf. aClass comment notEmpty ifTrue: [ aStream nextPutAll: '!!', (self classNameFor: aClass), ' commentStamp!!';lf; nextPutAll: (self chunkEscape: aClass comment), '!!';lf]. aStream lf ! exportMetaDefinitionOf: aClass on: aStream aClass class instanceVariableNames isEmpty ifFalse: [ aStream nextPutAll: (self classNameFor: aClass class); nextPutAll: ' instanceVariableNames: '''. aClass class instanceVariableNames do: [:each | aStream nextPutAll: each] separatedBy: [aStream nextPutAll: ' ']. aStream nextPutAll: '''!!'; lf; lf] ! exportMethod: aMethod on: aStream aStream lf; lf; nextPutAll: (self chunkEscape: aMethod source); lf; nextPutAll: '!!' ! exportPackageDefinitionOf: aPackage on: aStream "Chunk format." aStream nextPutAll: 'Smalltalk current createPackage: ''', aPackage name, '''!!'; lf ! ! AbstractExporter subclass: #Exporter instanceVariableNames: '' package: 'Importer-Exporter'! !Exporter commentStamp! I am responsible for outputting Amber code into a JavaScript string. The generated output is enough to reconstruct the exported data, including Smalltalk source code and other metadata. ## Use case I am typically used to save code outside of the Amber runtime (committing to disk, etc.). ## API Use `#exportAll`, `#exportClass:` or `#exportPackage:` methods.! !Exporter methodsFor: 'accessing'! extensionMethodsOfPackage: aPackage "Issue #143: sort classes and methods alphabetically" | name result | name := aPackage name. result := OrderedCollection new. (Package sortedClasses: Smalltalk current classes) do: [:each | {each. each class} do: [:aClass | result addAll: (((aClass methodDictionary values) sorted: [:a :b | a selector <= b selector]) select: [:method | method category match: '^\*', name]) ]]. ^result ! ownMethodsOfClass: aClass "Issue #143: sort methods alphabetically" ^((aClass methodDictionary values) sorted: [:a :b | a selector <= b selector]) reject: [:each | (each category match: '^\*')] ! ownMethodsOfMetaClass: aClass "Issue #143: sort methods alphabetically" ^self ownMethodsOfClass: aClass class ! ! !Exporter methodsFor: 'convenience'! classNameFor: aClass ^aClass isMetaclass ifTrue: [ aClass instanceClass name, '.klass' ] ifFalse: [ aClass isNil ifTrue: [ 'nil' ] ifFalse: [ aClass name ] ] ! ! !Exporter methodsFor: 'fileOut'! amdRecipe "Export a given package with amd transport type." | legacy result | legacy := self recipe. result := (legacy copyFrom: 1 to: 2), { AmdExporter -> #exportPackageTransportOf:on: }, (legacy copyFrom: 3 to: legacy size). result first key: AmdExporter. result last key: AmdExporter. ^result ! recipe "Export a given package." ^{ self -> #exportPackagePrologueOf:on:. self -> #exportPackageDefinitionOf:on:. { PluggableExporter -> #ownClassesOfPackage:. self -> #exportDefinitionOf:on:. { self -> #ownMethodsOfClass:. self -> #exportMethod:on: }. self -> #exportMetaDefinitionOf:on:. { self -> #ownMethodsOfMetaClass:. self -> #exportMethod:on: } }. { self -> #extensionMethodsOfPackage:. self -> #exportMethod:on: }. self -> #exportPackageEpilogueOf:on: } ! ! !Exporter methodsFor: 'output'! exportDefinitionOf: aClass on: aStream aStream lf; nextPutAll: 'smalltalk.addClass('; nextPutAll: '''', (self classNameFor: aClass), ''', '; nextPutAll: 'smalltalk.', (self classNameFor: aClass superclass); nextPutAll: ', ['. aClass instanceVariableNames do: [:each | aStream nextPutAll: '''', each, ''''] separatedBy: [aStream nextPutAll: ', ']. aStream nextPutAll: '], '''; nextPutAll: aClass category, ''''; nextPutAll: ');'. aClass comment notEmpty ifTrue: [ aStream lf; nextPutAll: 'smalltalk.'; nextPutAll: (self classNameFor: aClass); nextPutAll: '.comment='; nextPutAll: aClass comment asJavascript; nextPutAll: ';']. aStream lf ! exportMetaDefinitionOf: aClass on: aStream aStream lf. aClass class instanceVariableNames isEmpty ifFalse: [ aStream nextPutAll: 'smalltalk.', (self classNameFor: aClass class); nextPutAll: '.iVarNames = ['. aClass class instanceVariableNames do: [:each | aStream nextPutAll: '''', each, ''''] separatedBy: [aStream nextPutAll: ',']. aStream nextPutAll: '];', String lf] ! exportMethod: aMethod on: aStream aStream nextPutAll: 'smalltalk.addMethod(';lf; "nextPutAll: aMethod selector asSelector asJavascript, ',';lf;" nextPutAll: 'smalltalk.method({';lf; nextPutAll: 'selector: ', aMethod selector asJavascript, ',';lf; nextPutAll: 'category: ''', aMethod category, ''',';lf; nextPutAll: 'fn: ', aMethod fn compiledSource, ',';lf; nextPutAll: 'args: ', aMethod arguments asJavascript, ','; lf; nextPutAll: 'source: ', aMethod source asJavascript, ',';lf; nextPutAll: 'messageSends: ', aMethod messageSends asJavascript, ',';lf; nextPutAll: 'referencedClasses: ', aMethod referencedClasses asJavascript. aStream lf; nextPutAll: '}),';lf; nextPutAll: 'smalltalk.', (self classNameFor: aMethod methodClass); nextPutAll: ');';lf;lf ! exportPackageDefinitionOf: aPackage on: aStream aStream nextPutAll: 'smalltalk.addPackage('; nextPutAll: '''', aPackage name, ''');'; lf ! exportPackageEpilogueOf: aPackage on: aStream aStream nextPutAll: '})(global_smalltalk,global_nil,global__st);'; lf ! exportPackagePrologueOf: aPackage on: aStream aStream nextPutAll: '(function(smalltalk,nil,_st){'; lf ! ! Exporter subclass: #StrippedExporter instanceVariableNames: '' package: 'Importer-Exporter'! !StrippedExporter commentStamp! I export Amber code into a JavaScript string, but without any optional associated data like the Amber source code.! !StrippedExporter methodsFor: 'output'! exportDefinitionOf: aClass on: aStream aStream lf; nextPutAll: 'smalltalk.addClass('; nextPutAll: '''', (self classNameFor: aClass), ''', '; nextPutAll: 'smalltalk.', (self classNameFor: aClass superclass); nextPutAll: ', ['. aClass instanceVariableNames do: [:each | aStream nextPutAll: '''', each, ''''] separatedBy: [aStream nextPutAll: ', ']. aStream nextPutAll: '], '''; nextPutAll: aClass category, ''''; nextPutAll: ');'. aStream lf ! exportMethod: aMethod on: aStream aStream nextPutAll: 'smalltalk.addMethod(';lf; "nextPutAll: aMethod selector asSelector asJavascript, ',';lf;" nextPutAll: 'smalltalk.method({';lf; nextPutAll: 'selector: ', aMethod selector asJavascript, ',';lf; nextPutAll: 'fn: ', aMethod fn compiledSource, ',';lf; nextPutAll: 'messageSends: ', aMethod messageSends asJavascript; nextPutAll: '}),';lf; nextPutAll: 'smalltalk.', (self classNameFor: aMethod methodClass); nextPutAll: ');';lf;lf ! ! Object subclass: #AmdExporter instanceVariableNames: '' package: 'Importer-Exporter'! !AmdExporter class methodsFor: 'exporting-output'! exportPackageEpilogueOf: aPackage on: aStream aStream nextPutAll: '});'; lf ! exportPackagePrologueOf: aPackage on: aStream aStream nextPutAll: 'define("'; nextPutAll: (aPackage amdNamespace ifNil: [ 'amber' ]); "ifNil: only for LegacyPH, it should not happen with AmdPH" nextPutAll: '/'; nextPutAll: aPackage name; nextPutAll: '", '; nextPutAll: (#('amber_vm/smalltalk' 'amber_vm/nil' 'amber_vm/_st'), (self amdNamesOfPackages: aPackage loadDependencies)) asJavascript; nextPutAll: ', function(smalltalk,nil,_st){'; lf ! exportPackageTransportOf: aPackage on: aStream aStream nextPutAll: 'smalltalk.packages['; nextPutAll: aPackage name asJavascript; nextPutAll: '].transport = '; nextPutAll: aPackage transportJson; nextPutAll: ';'; lf ! ! !AmdExporter class methodsFor: 'private'! amdNamesOfPackages: anArray | deps depNames | ^(anArray select: [ :each | each amdNamespace notNil ]) collect: [ :each | each amdNamespace, '/', each name ] ! ! Object subclass: #ChunkParser instanceVariableNames: 'stream' package: 'Importer-Exporter'! !ChunkParser commentStamp! I am responsible for parsing aStream contents in the chunk format. ## API ChunkParser new stream: aStream; nextChunk! !ChunkParser methodsFor: 'accessing'! stream: aStream stream := aStream ! ! !ChunkParser methodsFor: 'reading'! nextChunk "The chunk format (Smalltalk Interchange Format or Fileout format) is a trivial format but can be a bit tricky to understand: - Uses the exclamation mark as delimiter of chunks. - Inside a chunk a normal exclamation mark must be doubled. - A non empty chunk must be a valid Smalltalk expression. - A chunk on top level with a preceding empty chunk is an instruction chunk: - The object created by the expression then takes over reading chunks. This metod returns next chunk as a String (trimmed), empty String (all whitespace) or nil." | char result chunk | result := '' writeStream. [char := stream next. char notNil] whileTrue: [ char = '!!' ifTrue: [ stream peek = '!!' ifTrue: [stream next "skipping the escape double"] ifFalse: [^result contents trimBoth "chunk end marker found"]]. result nextPut: char]. ^nil "a chunk needs to end with !!" ! ! !ChunkParser class methodsFor: 'not yet classified'! on: aStream ^self new stream: aStream ! ! Object subclass: #ExportRecipeInterpreter instanceVariableNames: '' package: 'Importer-Exporter'! !ExportRecipeInterpreter commentStamp! I am an interpreter for export recipes. ## Recipe format Recipe is an array, which can contain two kinds of elements: - an assocation where the key is the receiver and the value is a two-arguments selector In this case, `receiver perform: selector withArguments: { data. stream }` is called. This essentially defines one step of export process. The key (eg. receiver) is presumed to be some kind of 'repository' of the exporting methods that just format appropriate aspect of data into a stream; like a class or a singleton, so that the recipe itself can be decoupled from data. - a subarray, where first element is special and the rest is recursive recipe. `subarray first` must be an association similar to one above, with key being the 'repository' receiver, but value is one-arg selector. In this case, `receiver perform: selector withArguments: { data }` should create a collection. Then, the sub-recipe (`subarray allButFirst`) is applied to every element of a collection, eg. collection do: [ :each | self export: each using: sa allButFirst on: stream ]! !ExportRecipeInterpreter methodsFor: 'interpreting'! interpret: aRecipe for: anObject on: aStream | recipeStream | recipeStream := aRecipe readStream. [ recipeStream atEnd ] whileFalse: [ self interpretStep: recipeStream next for: anObject on: aStream ] ! interpretStep: aRecipeStep for: anObject on: aStream aRecipeStep value == aRecipeStep ifTrue: [ ^ self interpretSubRecipe: aRecipeStep for: anObject on: aStream ]. aRecipeStep key perform: aRecipeStep value withArguments: { anObject. aStream } ! interpretSubRecipe: aRecipe for: anObject on: aStream | selection | selection := aRecipe first key perform: aRecipe first value withArguments: { anObject }. selection do: [ :each | self interpret: aRecipe allButFirst for: each on: aStream ] ! ! Object subclass: #Importer instanceVariableNames: '' package: 'Importer-Exporter'! !Importer commentStamp! I can import Amber code from a string in the chunk format. ## API Importer new import: aString! !Importer methodsFor: 'fileIn'! import: aStream | chunk result parser lastEmpty | parser := ChunkParser on: aStream. lastEmpty := false. [chunk := parser nextChunk. chunk isNil] whileFalse: [ chunk isEmpty ifTrue: [lastEmpty := true] ifFalse: [ result := Compiler new evaluateExpression: chunk. lastEmpty ifTrue: [ lastEmpty := false. result scanFrom: parser]]] ! ! Object subclass: #MethodCategory instanceVariableNames: 'methods name theClass' package: 'Importer-Exporter'! !MethodCategory commentStamp! I am an abstraction for a method category in a class / metaclass. I know of my class, name and methods. I am used when exporting a package.! !MethodCategory methodsFor: 'accessing'! methods ^methods ! methods: aCollection methods := aCollection ! name ^name ! name: aString name := aString ! theClass ^theClass ! theClass: aClass theClass := aClass ! ! !MethodCategory class methodsFor: 'not yet classified'! name: aString theClass: aClass methods: anArray ^self new name: aString; theClass: aClass; methods: anArray; yourself ! ! InterfacingObject subclass: #PackageHandler instanceVariableNames: '' package: 'Importer-Exporter'! !PackageHandler commentStamp! I am responsible for handling package loading and committing. I should not be used directly. Instead, use the corresponding `Package` methods.! !PackageHandler methodsFor: 'committing'! commit: aPackage self commitChannels do: [ :commitStrategyFactory || fileContents commitStrategy | commitStrategy := commitStrategyFactory value: aPackage. fileContents := String streamContents: [ :stream | (PluggableExporter forRecipe: commitStrategy key) exportPackage: aPackage on: stream ]. self ajaxPutAt: commitStrategy value data: fileContents ] displayingProgress: 'Committing package ', aPackage name ! commitChannels self subclassResponsibility ! ! !PackageHandler methodsFor: 'private'! ajaxPutAt: aURL data: aString self ajax: #{ 'url' -> aURL. 'type' -> 'PUT'. 'data' -> aString. 'contentType' -> 'text/plain;charset=UTF-8'. 'error' -> [ :xhr | self error: 'Commiting ' , aURL , ' failed with reason: "' , (xhr responseText) , '"'] } ! ! PackageHandler class instanceVariableNames: 'registry'! !PackageHandler class methodsFor: 'accessing'! classRegisteredFor: aString ^registry at: aString ! for: aString ^(self classRegisteredFor: aString) new ! ! !PackageHandler class methodsFor: 'initialization'! initialize super initialize. registry := #{} ! ! !PackageHandler class methodsFor: 'registry'! register: aClass for: aString registry at: aString put: aClass ! registerFor: aString PackageHandler register: self for: aString ! ! PackageHandler subclass: #AmdPackageHandler instanceVariableNames: '' package: 'Importer-Exporter'! !AmdPackageHandler commentStamp! I am responsible for handling package loading and committing. I should not be used directly. Instead, use the corresponding `Package` methods.! !AmdPackageHandler methodsFor: 'committing'! commitChannels ^{ [ :pkg | Exporter default amdRecipe -> (pkg commitPathJs, '/', pkg name, '.js') ]. [ :pkg | StrippedExporter default amdRecipe -> (pkg commitPathJs, '/', pkg name, '.deploy.js') ]. [ :pkg | ChunkExporter default recipe -> (pkg commitPathSt, '/', pkg name, '.st') ] } ! commitPathJsFor: aPackage ^self toUrl: (self namespaceFor: aPackage) ! commitPathStFor: aPackage "if _source is not mapped, .st commit will likely fail" ^self toUrl: (self namespaceFor: aPackage), '/_source'. ! namespaceFor: aPackage ^aPackage amdNamespace ifNil: [ aPackage amdNamespace: self class defaultNamespace; amdNamespace ] ! ! !AmdPackageHandler methodsFor: 'private'! toUrl: aString (Smalltalk current at: '_amd_require') ifNil: [ self error: 'AMD loader not present' ] ifNotNil: [ :require | ^(require basicAt: 'toUrl') value: aString ] ! ! AmdPackageHandler class instanceVariableNames: 'defaultNamespace'! !AmdPackageHandler class methodsFor: 'commit paths'! commitPathsFromLoader (Smalltalk current at: '_amd_defaultNamespace') ifNotNil: [ :namespace | self defaultNamespace: namespace ] ! defaultNamespace ^ defaultNamespace ifNil: [ self error: 'AMD default namespace not set.' ] ! defaultNamespace: aString defaultNamespace := aString ! resetCommitPaths defaultNamespace := nil ! ! !AmdPackageHandler class methodsFor: 'initialization'! initialize super initialize. self registerFor: 'amd'. self commitPathsFromLoader ! ! PackageHandler subclass: #LegacyPackageHandler instanceVariableNames: '' package: 'Importer-Exporter'! !LegacyPackageHandler commentStamp! I am responsible for handling package loading and committing. I should not be used directly. Instead, use the corresponding `Package` methods.! !LegacyPackageHandler methodsFor: 'committing'! commitChannels ^{ [ :pkg | Exporter default recipe -> (pkg commitPathJs, '/', pkg name, '.js') ]. [ :pkg | StrippedExporter default recipe -> (pkg commitPathJs, '/', pkg name, '.deploy.js') ]. [ :pkg | ChunkExporter default recipe -> (pkg commitPathSt, '/', pkg name, '.st') ] } ! commitPathJsFor: aPackage ^self class defaultCommitPathJs ! commitPathStFor: aPackage ^self class defaultCommitPathSt ! ! !LegacyPackageHandler methodsFor: 'loading'! loadPackage: packageName prefix: aString | url | url := '/', aString, '/js/', packageName, '.js'. self ajax: #{ 'url' -> url. 'type' -> 'GET'. 'dataType' -> 'script'. 'complete' -> [ :jqXHR :textStatus | jqXHR readyState = 4 ifTrue: [ self setupPackageNamed: packageName prefix: aString ] ]. 'error' -> [ self alert: 'Could not load package at: ', url ] } ! loadPackages: aCollection prefix: aString aCollection do: [ :each | self loadPackage: each prefix: aString ] ! ! !LegacyPackageHandler methodsFor: 'private'! setupPackageNamed: packageName prefix: aString (Package named: packageName) setupClasses; commitPathJs: '/', aString, '/js'; commitPathSt: '/', aString, '/st' ! ! LegacyPackageHandler class instanceVariableNames: 'defaultCommitPathJs defaultCommitPathSt'! !LegacyPackageHandler class methodsFor: 'commit paths'! commitPathsFromLoader < var commitPath = typeof amber !!== 'undefined' && amber.commitPath; if (!!commitPath) return; if (commitPath.js) self._defaultCommitPathJs_(commitPath.js); if (commitPath.st) self._defaultCommitPathSt_(commitPath.st); > ! defaultCommitPathJs ^ defaultCommitPathJs ifNil: [ defaultCommitPathJs := 'js'] ! defaultCommitPathJs: aString defaultCommitPathJs := aString ! defaultCommitPathSt ^ defaultCommitPathSt ifNil: [ defaultCommitPathSt := 'st'] ! defaultCommitPathSt: aString defaultCommitPathSt := aString ! resetCommitPaths defaultCommitPathJs := nil. defaultCommitPathSt := nil ! ! !LegacyPackageHandler class methodsFor: 'initialization'! initialize super initialize. self registerFor: 'unknown'. self commitPathsFromLoader ! ! !LegacyPackageHandler class methodsFor: 'loading'! loadPackages: aCollection prefix: aString ^ self new loadPackages: aCollection prefix: aString ! ! Object subclass: #PluggableExporter instanceVariableNames: 'recipe' package: 'Importer-Exporter'! !PluggableExporter commentStamp! I am an engine for exporting structured data on a Stream. My instances are created using PluggableExporter newUsing: recipe, where recipe is structured description of the exporting algorithm. The actual exporting is done by interpreting the recipe using a `RecipeInterpreter`. I am used to export amber packages, so I have a convenience method `exportPackage: aPackage on: aStream` which exports `aPackage` using the `recipe` (it is otherwise no special, so it may be renamed to export:on:)! !PluggableExporter methodsFor: 'accessing'! interpreter ^ ExportRecipeInterpreter new ! recipe ^recipe ! recipe: anArray recipe := anArray ! ! !PluggableExporter methodsFor: 'fileOut'! exportAllPackages "Export all packages in the system." ^String streamContents: [:stream | Smalltalk current packages do: [:pkg | self exportPackage: pkg on: stream]] ! exportPackage: aPackage on: aStream self interpreter interpret: self recipe for: aPackage on: aStream ! ! !PluggableExporter class methodsFor: 'convenience'! ownClassesOfPackage: package "Export classes in dependency order. Update (issue #171): Remove duplicates for export" ^package sortedClasses asSet ! ! !PluggableExporter class methodsFor: 'instance creation'! forRecipe: aRecipe ^self new recipe: aRecipe; yourself ! ! !Package methodsFor: '*Importer-Exporter'! amdNamespace ! amdNamespace: aString < if (!!self.transport) { self.transport = { type: 'amd' }; } if (self.transport.type !!== 'amd') { throw new Error('Package '+self._name()+' has transport type '+self.transport.type+', not "amd".'); } self.transport.amdNamespace = aString; > ! commit ^ self transport commit: self ! commitPathJs ^ (extension ifNil: [ extension := #{} ]) at: #commitPathJs ifAbsent: [self transport commitPathJsFor: self] ! commitPathJs: aString ^ (extension ifNil: [ extension := #{} ]) at: #commitPathJs put: aString ! commitPathSt ^ (extension ifNil: [ extension := #{} ]) at: #commitPathSt ifAbsent: [self transport commitPathStFor: self] ! commitPathSt: aString ^ (extension ifNil: [ extension := #{} ]) at: #commitPathSt put: aString ! transport ^ PackageHandler for: self transportType ! transportJson ! transportType ! !