work in progress. trying a different way of implementing async socket
This commit is contained in:
hyunghwan.chung
parent
216e7f3b15
commit
acb71f521c
@ -498,8 +498,21 @@ extend Apex
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method(#dual) doesNotUnderstand: message_name
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{
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## TODO: implement this properly
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| class_name |
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| class_name ctx |
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class_name := if (self class == Class) { self name } else { self class name }.
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## TOOD: IMPROVE THIS EXPERIMENTAL BACKTRACE...
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System logNl: '== BACKTRACE =='.
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ctx := thisContext.
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while (ctx notNil)
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{
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if (ctx class == MethodContext) { System logNl: (' ' & ctx method owner name & '>>' & ctx method name) }.
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## TODO: include blockcontext???
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ctx := ctx sender.
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}.
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System logNl: '== END OF BACKTRACE =='.
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NoSuchMessageException signal: (message_name & ' not understood by ' & class_name).
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}
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@ -230,22 +230,23 @@ class AsyncHandle(Object)
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## the handle must be the first field in this object to match
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## the internal representation used by various modules. (e.g. sck)
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var(#get) handle := -1.
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var outsem := nil.
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var inwc := 0, outwc := 0. ## input watcher count and ouput watcher count
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var insem, outsem.
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var(#get,#set) inputAction, outputAction.
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var(#get) inputReady := false, outputReady := false.
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##method initialize
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##{
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## ^super initialize
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##}
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method close
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{
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if (self.handle >= 0)
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{
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if (self.insem notNil)
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{
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System unsignal: self.insem;
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removeAsyncSemaphore: self.insem.
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self.insem := nil.
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}.
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###if (self.insem notNil)
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###{
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### System unsignal: self.insem;
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### removeAsyncSemaphore: self.insem.
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### self.insem := nil.
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###}.
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if (self.outsem notNil)
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{
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System unsignal: self.outsem;
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@ -253,151 +254,34 @@ class AsyncHandle(Object)
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self.outsem := nil.
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}.
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self.outwc := 0.
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self.inwc := 0.
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self _close.
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self.handle := -1.
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}
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}
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## TODO: how to specify a timeout for an action? using another semaphore??
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method watchInput
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{
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if (self.inwc == 0)
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{
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if (self.insem isNil)
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{
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self.insem := Semaphore new.
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self.insem signalAction: [:sem |
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self.inputReady := true.
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self.inputAction value: self value: true
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].
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System addAsyncSemaphore: self.insem.
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}.
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self.inputReady := false.
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System signal: self.insem onInput: self.handle
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}.
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self.inwc := self.inwc + 1.
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}
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method unwatchInput
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{
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if (self.inwc > 0)
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{
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self.inwc := self.inwc - 1.
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if (self.inwc == 0)
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{
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##if (self.insem notNil) { System unsignal: self.insem }.
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System unsignal: self.insem.
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System removeAsyncSemaphore: self.insem.
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self.insem := nil.
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}.
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}.
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}
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method watchOutput
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{
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if (self.outwc == 0)
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{
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if (self.outsem isNil)
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{
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self.outsem := Semaphore new.
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self.outsem signalAction: [:sem |
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self.outputReady := true.
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self.outputAction value: self value: true
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].
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System addAsyncSemaphore: self.outsem.
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}.
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self.outputReady := false.
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System signal: self.outsem onOutput: self.handle.
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}.
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self.outwc := self.outwc + 1.
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}
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method unwatchOutput
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{
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if (self.outwc > 0)
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{
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self.outwc := self.outwc - 1.
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if (self.outwc == 0)
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{
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## self.outsem must not be nil here.
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System unsignal: self.outsem.
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System removeAsyncSemaphore: self.outsem.
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self.outsem := nil.
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}.
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}.
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}
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method writeBytes: bytes offset: offset length: length signal: sem
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{
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| oldact n |
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#######################################
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## TODO: if data still in progress, failure... or success while concatening the message?
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## for a stream, concatening is not bad. but it's not good if the socket requires message boundary preservation.
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######################################
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if (self.outputReady)
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{
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## n >= 0: written
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## n <= -1: tolerable error (e.g. EAGAIN)
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## exception: fatal error
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##while (true) ## TODO: loop to write as much as possible
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##{
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n := self _writeBytes: bytes offset: offset length: length.
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if (n >= 0)
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{
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if (sem notNil) { sem signal }.
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^n
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}.
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##}.
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self.outputReady := false.
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}.
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oldact := self.outputAction.
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self.outputAction := [ :sck :state |
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##### schedule write.
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if (state)
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{
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if ((self _writeBytes: bytes offset: offset length: length) <= -1)
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{
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## EAGAIN
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self.outputReady := false.
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^self.
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}.
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## TODO: handle _writeBytes may not write in full.
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}.
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self.outputAction := oldact.
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self unwatchOutput.
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].
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## TODO: set timeout?
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self watchOutput.
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}
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method writeBytes: bytes signal: sem
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{
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^self writeBytes: bytes offset: 0 length: (bytes size) signal: sem.
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^self writeBytes: bytes offset: 0 length: (bytes size)
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}
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method writeBytes: bytes offset: offset length: length
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{
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^self writeBytes: bytes offset: offset length: length signal: nil.
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^self writeBytes: bytes offset: offset length: length.
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}
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method writeBytes: bytes
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{
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^self writeBytes: bytes offset: 0 length: (bytes size) signal: nil.
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^self writeBytes: bytes offset: 0 length: (bytes size)
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}
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}
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class Socket(AsyncHandle) from 'sck'
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{
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method(#primitive) open(domain, type, proto).
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var eventActions.
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var pending_bytes, pending_offset, pending_length.
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var outreadysem, outdonesem, inreadysem.
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method(#primitive) _open(domain, type, proto).
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method(#primitive) _close.
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method(#primitive) bind: addr.
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method(#primitive) _listen: backlog.
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@ -423,6 +307,13 @@ pooldic Socket.Type
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DGRAM := 2.
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}
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pooldic Socket.EventType
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{
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CONNECTED := 0.
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DATA_IN := 1.
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DATA_OUT := 2.
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}
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extend Socket
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{
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method(#class) new { self messageProhibited: #new }
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@ -430,266 +321,191 @@ extend Socket
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method(#class) domain: domain type: type
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{
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^super new open(domain, type, 0).
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^(super new) open(domain, type, 0)
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}
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method listen: backlog do: acceptBlock
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method initialize
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{
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self.inputAction := acceptBlock.
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self watchInput.
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^self _listen: backlog.
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super initialize.
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self.eventActions := #(nil nil nil).
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self.outdonesem := Semaphore new.
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self.outreadysem := Semaphore new.
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self.inreadysem := Semaphore new.
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self.outdonesem signalAction: [ :xsem |
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(self.eventActions at: Socket.EventType.DATA_OUT) value: self.
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System unsignal: self.outreadysem.
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].
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self.outreadysem signalAction: [ :xsem |
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| nwritten |
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nwritten := self _writeBytes: self.pending_bytes offset: self.pending_offset length: self.pending_length.
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if (nwritten >= 0)
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{
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self.pending_bytes := nil.
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self.pending_offset := 0.
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self.pending_length := 0.
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self.outdonesem signal.
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}
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].
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self.inreadysem signalAction: [ :ysem |
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(self.eventActions at: Socket.EventType.DATA_IN) value: self.
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].
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}
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method connect: target do: connectBlock
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method open(domain, type, proto)
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{
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| conblk oldact |
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| sck |
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sck := self _open(domain, type, proto).
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if (self.handle >= 0)
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{
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System addAsyncSemaphore: self.outdonesem.
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System addAsyncSemaphore: self.outreadysem.
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}.
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^sck
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}
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method close
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{
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'Socket close' dump.
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System removeAsyncSemaphore: self.outdonesem.
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System removeAsyncSemaphore: self.outreadysem.
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^super close.
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}
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### method listen: backlog do: acceptBlock
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### {
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### self.inputAction := acceptBlock.
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### self watchInput.
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### ^self _listen: backlog.
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### }
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method onEvent: event_type do: action_block
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{
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self.eventActions at: event_type put: action_block.
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}
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method connect: target
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{
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| sem |
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if ((self _connect: target) <= -1)
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{
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## connection in progress
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oldact := self.outputAction.
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self.outputAction := [ :sck :state |
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| soerr |
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if (state)
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sem := Semaphore new.
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sem signalAction: [ :xsem |
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| soerr dra |
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soerr := self _socketError.
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if (soerr >= 0)
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{
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## i don't map a connection error to an exception.
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## it's not a typical exception. it is a normal failure
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## that is caused by an external system.
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##
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## or should i map an error to an exception?
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## i can treat EINPROGRESS, ECONNREFUSED as failure.
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## all other errors may get treated as an exception?
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## what about timeout???
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## finalize connection if not in progress
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'CHECKING FOR CONNECTION.....' dump.
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System unsignal: xsem.
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System removeAsyncSemaphore: xsem.
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soerr := self _socketError.
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if (soerr >= 0)
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(self.eventActions at: Socket.EventType.CONNECTED) value: self value: (soerr == 0).
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if (soerr == 0)
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{
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## finalize connection if not in progress
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self.outputAction := oldact.
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self unwatchOutput.
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if (connectBlock notNil)
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if ((self.eventActions at: Socket.EventType.DATA_IN) notNil)
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{
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connectBlock value: sck value: (soerr == 0).
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xsem signalAction: [ :ysem |
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(self.eventActions at: Socket.EventType.DATA_IN) value: self.
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].
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System addAsyncSemaphore: xsem.
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System signal: xsem onInput: self.handle.
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}.
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}.
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}
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else
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{
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## timed out
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self.outputAction := oldact.
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self unwatchOutput.
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if (connectBlock notNil)
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{
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## TODO: tri-state? success, failure, timeout? or boolean with extra error code
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connectBlock value: sck value: false.
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}.
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}.
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(* HOW TO HANDLE TIMEOUT? *)
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].
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###self.outputTimeout: 10 do: xxxx.
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self watchOutput.
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System addAsyncSemaphore: sem.
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System signal: sem onOutput: self.handle.
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}
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else
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{
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## connected immediately.
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if (connectBlock notNil)
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## connected immediately
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'IMMEDIATELY CONNECTED.....' dump.
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(self.eventActions at: Socket.EventType.CONNECTED) value: self value: true.
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if ((self.eventActions at: Socket.EventType.DATA_IN) notNil)
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{
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connectBlock value: self value: true.
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}
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sem := Semaphore new.
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sem signalAction: [ :xsem |
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(self.eventActions at: Socket.EventType.DATA_IN) value: self.
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].
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System addAsyncSemaphore: sem.
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System signal: sem onInput: self.handle.
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}.
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}
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}
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method writeBytes: bytes offset: offset length: length
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{
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| n |
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## n >= 0: written
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## n <= -1: tolerable error (e.g. EAGAIN)
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## exception: fatal error
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##while (true) ## TODO: loop to write as much as possible
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##{
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n := self _writeBytes: bytes offset: offset length: length.
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if (n >= 0)
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{
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self.outdonesem signal.
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^n
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}.
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##}.
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## TODO: adjust offset and length
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self.pending_bytes := bytes.
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self.pending_offset := offset.
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self.pending_length := length.
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System signal: self.outreadysem onOutput: self.handle.
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}
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}
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class MyObject(Object)
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{
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method(#class) main
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{
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| conact inact outact accact |
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(SocketAddress fromString: '192.168.123.232:99') dump.
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'****************************' dump.
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(*
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s:= X new: 20.
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s basicSize dump.
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'****************************' dump.
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s := Y new: 10.
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s x.
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s basicAt: 1 put: 20.
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s dump.
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s basicSize dump.
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'****************************' dump.
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*)
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(***********************************
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s := ByteArray new: 100.
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s basicFillFrom: 0 with: ($a asInteger) count: 100.
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s basicFillFrom: 50 with: ($b asInteger) count: 50.
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(s basicShiftFrom: 50 to: 94 count: 10) dump.
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s dump.
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##thisProcess terminate.
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s := IP4Address fromString: '192.168.123.232'.
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s dump.
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s basicSize dump.
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s := IP6Address fromString: 'fe80::c225:e9ff:fe47:99.2.3.4'.
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##s := IP6Address fromString: '::99.12.34.54'.
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##s := IP6Address fromString: '::FFFF:0:0'.
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##s := IP6Address fromString: 'fe80::'.
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s dump.
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s basicSize dump.
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s := IP6Address fromString: 'fe80::c225:e9ff:fe47:b1b6'.
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s dump.
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s basicSize dump.
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##s := IP6Address new.
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##s dump.
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##s := IP4SocketAddress new.
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##s dump.
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thisProcess terminate.
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**************************)
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inact := [:sck :state |
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| data n |
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(*
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end of data -> 0.
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no data -> -1. (e.g. EAGAIN)
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has data -> 1 or more
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error -> exception
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*)
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data := ByteArray new: 100.
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do
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{
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n := sck readBytes: data.
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if (n <= 0)
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{
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if (n == 0) { sck close }. ## end of data
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break.
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}
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elsif (n > 0)
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{
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(n asString & ' bytes read') dump.
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data dump.
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##sck writeBytes: #[ $h, $e, $l, $l, $o, $., $., $., C'\n' ].
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sck writeBytes: data offset: 0 length: n.
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}.
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}
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while (true).
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].
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## TODO: what should it accept as block parameter
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## socket, output result? , output object?
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outact := [:sck :state |
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if (state)
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{
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## what if i want write more data???
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##[ sck writeBytes: #[ $h, $e, $l, $l, $o, C'\n' ] ]
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## on: Exception do: [:ex | sck close. ].
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}
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else
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{
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}
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].
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conact := [:sck :state |
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| x write_more count |
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[
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| s s2 st sg ss buf count |
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count := 0.
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if (state)
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{
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'CONNECTED NOW.............' dump.
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###sck inputTimeout: 10; outputTimeout: 10; connectTimeout: 10.
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#############################################
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write_more := [:sem |
|
||||
if (count <= 26)
|
||||
[
|
||||
buf := ByteArray new: 128.
|
||||
s := Socket domain: Socket.Domain.INET type: Socket.Type.STREAM.
|
||||
|
||||
s onEvent: Socket.EventType.CONNECTED do: [ :sck :state |
|
||||
if (state)
|
||||
{
|
||||
sck writeBytes: %[ $h, $e, $l, $l, $o, $-, $m, $o, count + 65, $o, $o, C'\n' ] signal: x.
|
||||
count := count + 1.
|
||||
'AAAAAAAA' dump.
|
||||
s writeBytes: #[ $a, $b, $c ]
|
||||
}
|
||||
else
|
||||
{
|
||||
System removeAsyncSemaphore: x.
|
||||
'FAILED TO CONNECT' dump.
|
||||
}.
|
||||
].
|
||||
s onEvent: Socket.EventType.DATA_IN do: [ :sck |
|
||||
| nbytes |
|
||||
nbytes := s readBytes: buf.
|
||||
if (nbytes == 0)
|
||||
{
|
||||
sck close
|
||||
}.
|
||||
('Got ' & (nbytes asString)) dump.
|
||||
buf dump.
|
||||
].
|
||||
s onEvent: Socket.EventType.DATA_OUT do: [ :sck |
|
||||
if (count < 10) { s writeBytes: #[ $a, $b, C'\n' ]. count := count + 1. }.
|
||||
].
|
||||
|
||||
x := Semaphore new.
|
||||
x signalAction: write_more.
|
||||
System addAsyncSemaphore: x.
|
||||
x signal.
|
||||
|
||||
##sck outputAction: outact.
|
||||
##sck writeBytes: #[ $h, $e, $l, $l, $o, $-, $m, $o, $o, C'\n' ] signal: x.
|
||||
###############################################
|
||||
|
||||
sck inputAction: inact.
|
||||
sck watchInput.
|
||||
}
|
||||
else
|
||||
{
|
||||
'UNABLE TO CONNECT............' dump.
|
||||
}
|
||||
].
|
||||
|
||||
## ------------------------------------------------------
|
||||
accact := [:sck :state |
|
||||
| newsck newaddr |
|
||||
|
||||
newaddr := SocketAddress new.
|
||||
newsck := sck accept: newaddr.
|
||||
|
||||
System log: 'new connection - '; log: newaddr; log: ' '; log: (newsck handle); logNl.
|
||||
|
||||
newsck inputAction: inact; outputAction: outact.
|
||||
##newsck watchInput; watchOutput.
|
||||
newsck watchInput.
|
||||
|
||||
|
||||
newsck writeBytes: #[ $W, $e, $l, $c, $o, $m, $e, $., C'\n' ].
|
||||
].
|
||||
|
||||
|
||||
|
||||
[
|
||||
| s s2 st sg ss |
|
||||
[
|
||||
s := Socket domain: Socket.Domain.INET type: Socket.Type.STREAM.
|
||||
s connect: (SocketAddress fromString: '127.0.0.1:9999') do: conact.
|
||||
|
||||
## s2 := Socket domain: Socket.Domain.INET type: Socket.Type.STREAM.
|
||||
## s2 bind: (SocketAddress fromString: '0.0.0.0:9998').
|
||||
## ##s2 inputAction: accact.
|
||||
## ###s2 listen: 10; watchInput.
|
||||
## s2 listen: 10 do: accact.
|
||||
|
||||
(*
|
||||
st := Semaphore new.
|
||||
System addAsyncSemaphore: st.
|
||||
System signal: st afterSecs: 5.
|
||||
'JJJJJJJJJJJ' dump.
|
||||
sg := SemaphoreGroup new.
|
||||
'JJJJJJJJJJJ' dump.
|
||||
sg wait.
|
||||
'YYYYYYYYYYYYYYY' dump.
|
||||
*)
|
||||
|
||||
###[ while (1) { '1111' dump. System sleepForSecs: 1 } ] fork.
|
||||
|
||||
(*
|
||||
st := Semaphore new.
|
||||
System addAsyncSemaphore: st.
|
||||
System signal: st afterSecs: 20.
|
||||
*)
|
||||
|
||||
s connect: (SocketAddress fromString: '127.0.0.1:9999').
|
||||
|
||||
while (true)
|
||||
{
|
||||
|
||||
@ -373,7 +373,7 @@ moo_pfrc_t moo_pf_basic_at_put (moo_t* moo, moo_ooi_t nargs)
|
||||
|
||||
if (MOO_OBJ_GET_FLAGS_RDONLY(rcv))
|
||||
{
|
||||
moo_seterrbfmt (moo, MOO_EPERM, "now allowed to change a read-only object - %O", rcv);
|
||||
moo_seterrbfmt (moo, MOO_EPERM, "not allowed to change a read-only object - %O", rcv);
|
||||
return MOO_PF_FAILURE;
|
||||
}
|
||||
|
||||
@ -471,7 +471,7 @@ moo_pfrc_t moo_pf_basic_fill (moo_t* moo, moo_ooi_t nargs)
|
||||
|
||||
if (MOO_OBJ_GET_FLAGS_RDONLY(rcv))
|
||||
{
|
||||
moo_seterrbfmt (moo, MOO_EPERM, "now allowed to change a read-only object - %O", rcv);
|
||||
moo_seterrbfmt (moo, MOO_EPERM, "not allowed to change a read-only object - %O", rcv);
|
||||
return MOO_PF_FAILURE;
|
||||
}
|
||||
|
||||
@ -588,7 +588,7 @@ moo_pfrc_t moo_pf_basic_shift (moo_t* moo, moo_ooi_t nargs)
|
||||
|
||||
if (MOO_OBJ_GET_FLAGS_RDONLY(rcv))
|
||||
{
|
||||
moo_seterrbfmt (moo, MOO_EPERM, "now allowed to change a read-only object - %O", rcv);
|
||||
moo_seterrbfmt (moo, MOO_EPERM, "not allowed to change a read-only object - %O", rcv);
|
||||
return MOO_PF_FAILURE;
|
||||
}
|
||||
|
||||
|
||||
@ -71,3 +71,18 @@ binary-argument := expression-primary unary-selector*
|
||||
|
||||
#main
|
||||
|
||||
|
||||
|
||||
================================================
|
||||
#library Dynlib from 'dyn-lib.so' <--- this is a generic shared library
|
||||
{
|
||||
## no instance variables allowed
|
||||
## class-level(static) functions only.
|
||||
int abc (int, float, void*) <--- call this as Dynlib.abc (...). anc proper type conversion back and forth must occur.
|
||||
int abc (int, float, void*) as abc: aaa x: x y: y <--- remap the original name to a moo-style name.
|
||||
}
|
||||
|
||||
#class abc from 'x11.so' <--- this is a moo-only shared library
|
||||
{
|
||||
}
|
||||
|
||||
|
||||
Loading…
Reference in New Issue
Block a user