[Moose-dev] Build failed in Jenkins: moose-latest-dev #1055

See <http://hudson.moosetechnology.org/job/moose-latest-dev/1055/> ------------------------------------------ [...truncated 613 lines...] ' aContext: nil receiver: nil aRequestor: nil failBlock: [^ nil] logFlag: true methodNode: DoIt ^ (ConfigurationOfNautilus project version: #stable) load method: (UndefinedObject>>#DoIt "a CompiledMethod(895746048)") value: nil toLog: nil itsSelection: nil itsSelectionString: nil Receiver's instance variables: sourceStream: a ReadStream requestor: nil class: UndefinedObject category: nil context: nil parser: a Parser --- The full stack --- NonInteractiveUIManager(Object)>>doesNotUnderstand: #alert: ConfigurationOfKeymapping>>resetKeymapsAndWarn [self project configuration perform: selector] in MetacelloMCVersionSpec(MetacelloSpec)>>doItBlock: BlockClosure>>valueWithPossibleArgs: [block valueWithPossibleArgs: (Array with: aPostloadDirective loader with: aPostloadDirective spec)] in MetacelloLinearLoadDirective(MetacelloVersionLoadDirective)>>loadPostloadDirective: MetacelloPostLoadDirective(MetacelloPrePostLoadDirective)>>evaluateSupplyingAnswers: MetacelloLinearLoadDirective(MetacelloVersionLoadDirective)>>loadPostloadDirective: MetacelloPostLoadDirective>>loadUsing:gofer: [:directive | directive loadUsing: aLoaderDirective gofer: aGofer] in MetacelloLinearLoadDirective(MetacelloVersionLoadDirective)>>loadLinearLoadDirective:gofer: OrderedCollection>>do: MetacelloLinearLoadDirective(MetacelloVersionLoadDirective)>>loadLinearLoadDirective:gofer: MetacelloLinearLoadDirective>>loadUsing:gofer: [:directive | directive loadUsing: aLoaderDirective gofer: aGofer] in MetacelloLinearLoadDirective(MetacelloVersionLoadDirective)>>loadLinearLoadDirective:gofer: OrderedCollection>>do: MetacelloLinearLoadDirective(MetacelloVersionLoadDirective)>>loadLinearLoadDirective:gofer: MetacelloLinearLoadDirective>>loadUsing:gofer: MetacelloLinearLoadDirective(MetacelloVersionLoadDirective)>>loadWithPolicy: MetacelloLoaderPolicy>>load MetacelloFetchingMCSpecLoader>>doLoad [fetchLoader doLoad] in [| fetchLoader | fetchLoader := self fetchRequiredFromArray: (self defaultPackageNamesToLoad: anArray). MetacelloPlatform current do: [fetchLoader doLoad] displaying: 'Loading ' , displayString. Transcript cr; show: '...finished ' , self versionNumber printString. ^ fetchLoader] in MetacelloMCVersion>>doLoadRequiredFromArray: [:bar | bar value: 1. aBlock value. bar value: 2] in MetacelloPharoPlatform>>do:displaying: NonInteractiveUIManager(CommandLineUIManager)>>progressInitiationExceptionDefaultAction: ProgressInitiationException>>defaultAction UndefinedObject>>handleSignal: MethodContext(ContextPart)>>handleSignal: MethodContext(ContextPart)>>handleSignal: MethodContext(ContextPart)>>handleSignal: MethodContext(ContextPart)>>handleSignal: ProgressInitiationException(Exception)>>signal ProgressInitiationException>>display:at:from:to:during: ProgressInitiationException class>>display:at:from:to:during: ByteString(String)>>displayProgressAt:from:to:during: MetacelloPharoPlatform>>do:displaying: [| fetchLoader | fetchLoader := self fetchRequiredFromArray: (self defaultPackageNamesToLoad: anArray). MetacelloPlatform current do: [fetchLoader doLoad] displaying: 'Loading ' , displayString. Transcript cr; show: '...finished ' , self versionNumber printString. ^ fetchLoader] in MetacelloMCVersion>>doLoadRequiredFromArray: BlockClosure>>ensure: MetacelloMCVersion>>doLoadRequiredFromArray: MetacelloMCVersion>>load UndefinedObject>>DoIt Compiler>>evaluate:in:to:notifying:ifFail:logged: - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Compiler class>>evaluate:for:notifying:logged: Compiler class>>evaluate:for:logged: Compiler class>>evaluate:logged: [| chunk | val := (self peekFor: $!) ifTrue: [(self class evaluatorClass evaluate: self nextChunk logged: false) scanFrom: self] ifFalse: [chunk := self nextChunk. self checkForPreamble: chunk. self class evaluatorClass evaluate: chunk logged: true]] in [:bar | [self atEnd] whileFalse: [bar value: self position. self skipSeparators. [| chunk | val := (self peekFor: $!) ifTrue: [(self class evaluatorClass evaluate: self nextChunk logged: false) scanFrom: self] ifFalse: [chunk := self nextChunk. self checkForPreamble: chunk. self class evaluatorClass evaluate: chunk logged: true]] on: InMidstOfFileinNotification do: [:ex | ex resume: true]. self skipStyleChunk]. self close] in FileSystemFileStream(PositionableStream)>>fileInAnnouncing: BlockClosure>>on:do: [:bar | [self atEnd] whileFalse: [bar value: self position. self skipSeparators. [| chunk | val := (self peekFor: $!) ifTrue: [(self class evaluatorClass evaluate: self nextChunk logged: false) scanFrom: self] ifFalse: [chunk := self nextChunk. self checkForPreamble: chunk. self class evaluatorClass evaluate: chunk logged: true]] on: InMidstOfFileinNotification do: [:ex | ex resume: true]. self skipStyleChunk]. self close] in FileSystemFileStream(PositionableStream)>>fileInAnnouncing: NonInteractiveUIManager(CommandLineUIManager)>>progressInitiationExceptionDefaultAction: ProgressInitiationException>>defaultAction UndefinedObject>>handleSignal: MethodContext(ContextPart)>>handleSignal: MethodContext(ContextPart)>>handleSignal: MethodContext(ContextPart)>>handleSignal: ProgressInitiationException(Exception)>>signal ProgressInitiationException>>display:at:from:to:during: ProgressInitiationException class>>display:at:from:to:during: ByteString(String)>>displayProgressFrom:to:during: FileSystemFileStream(PositionableStream)>>fileInAnnouncing: FileSystemFileStream(PositionableStream)>>fileIn [^ (FileSystemFileStream with: stream contents asString) reset fileIn] in [:stream | [^ (FileSystemFileStream with: stream contents asString) reset fileIn] on: Error , ParserNotification do: [:e | self handleError: e reference: aReference]] in BasicCodeLoader>>installSourceFile: BlockClosure>>on:do: [:stream | [^ (FileSystemFileStream with: stream contents asString) reset fileIn] on: Error , ParserNotification do: [:e | self handleError: e reference: aReference]] in BasicCodeLoader>>installSourceFile: [aBlock value: stream] in FileReference>>readStreamDo: BlockClosure>>ensure: FileReference>>readStreamDo: BasicCodeLoader>>installSourceFile: [:reference | self installSourceFile: reference] in [sourceFiles do: [:reference | self installSourceFile: reference]] in BasicCodeLoader>>installSourceFiles Array(SequenceableCollection)>>do: [sourceFiles do: [:reference | self installSourceFile: reference]] in BasicCodeLoader>>installSourceFiles BlockClosure>>ensure: BasicCodeLoader>>installSourceFiles BasicCodeLoader class>>commandLineHandlerAction: [:commandLine | BasicCodeLoader commandLineHandlerAction: commandLine] in BasicCodeLoader class>>initialize [:each | | actionBlock conditionBlock | conditionBlock := each key. actionBlock := each value. (conditionBlock value: anUserInput) ifTrue: [actionBlock value: anUserInput]] in CommandLine class(AbstractUserInput class)>>dispatch: [:association | aBlock value: association value] in Dictionary>>valuesDo: [:each | each ifNotNil: [aBlock value: each]] in Dictionary>>associationsDo: Array(SequenceableCollection)>>do: Dictionary>>associationsDo: Dictionary>>valuesDo: Dictionary>>do: CommandLine class(AbstractUserInput class)>>dispatch: [self dispatch: singleton] in CommandLine class>>dispatch BlockClosure>>cull: [each cull: resuming] in [:each | self logStartUpErrorDuring: [each cull: resuming] into: errors tryDebugger: self isInteractive] in SmalltalkImage>>executeDeferredStartupActions: BlockClosure>>on:do: SmalltalkImage>>logStartUpErrorDuring:into:tryDebugger: [:each | self logStartUpErrorDuring: [each cull: resuming] into: errors tryDebugger: self isInteractive] in SmalltalkImage>>executeDeferredStartupActions: OrderedCollection>>do: SmalltalkImage>>executeDeferredStartupActions: SmalltalkImage>>snapshot:andQuit: [Smalltalk snapshot: true andQuit: true] in WorldState class>>saveAndQuit BlockClosure>>ensure: CursorWithMask(Cursor)>>showWhile: WorldState class>>saveAndQuit [| selArgCount | (selArgCount := selector numArgs) = 0 ifTrue: [target perform: selector] ifFalse: [selArgCount = arguments size ifTrue: [target perform: selector withArguments: arguments] ifFalse: [target perform: selector withArguments: (arguments copyWith: evt)]]. self changed] in ToggleMenuItemMorph(MenuItemMorph)>>invokeWithEvent: BlockClosure>>ensure: CursorWithMask(Cursor)>>showWhile: ToggleMenuItemMorph(MenuItemMorph)>>invokeWithEvent: ToggleMenuItemMorph(MenuItemMorph)>>mouseUp: ToggleMenuItemMorph(MenuItemMorph)>>handleMouseUp: MouseButtonEvent>>sentTo: ToggleMenuItemMorph(Morph)>>handleEvent: MorphicEventDispatcher>>dispatchDefault:with: MorphicEventDispatcher>>dispatchEvent:with: ToggleMenuItemMorph(Morph)>>processEvent:using: MorphicEventDispatcher>>dispatchDefault:with: MorphicEventDispatcher>>dispatchEvent:with: MenuMorph(Morph)>>processEvent:using: MenuMorph(Morph)>>processEvent: MenuMorph>>handleFocusEvent: [ActiveHand := self. ActiveEvent := anEvent. result := focusHolder handleFocusEvent: (anEvent transformedBy: (focusHolder transformedFrom: self))] in HandMorph>>sendFocusEvent:to:clear: [aBlock value] in PasteUpMorph>>becomeActiveDuring: BlockClosure>>on:do: PasteUpMorph>>becomeActiveDuring: HandMorph>>sendFocusEvent:to:clear: HandMorph>>sendEvent:focus:clear: HandMorph>>sendMouseEvent: HandMorph>>handleEvent: HandMorph>>processEvents [:h | ActiveHand := h. h processEvents. ActiveHand := nil] in WorldState>>doOneCycleNowFor: Array(SequenceableCollection)>>do: WorldState>>handsDo: WorldState>>doOneCycleNowFor: WorldState>>doOneCycleFor: PasteUpMorph>>doOneCycle [[World doOneCycle. Processor yield. false] whileFalse. nil] in MorphicUIManager>>spawnNewProcess [self value. Processor terminateActive] in BlockClosure>>newProcess ------------------------------------------------------------------------------- THERE_BE_DRAGONS_HERE Got startup errors: ------------------------------------------------------------------------------- THERE_BE_DRAGONS_HERE MessageNotUnderstood: NonInteractiveUIManager>>alert: ------------------------------------------------------------------------------- Recording test results Archiving artifacts