// Text of project Comms FSM written on 4/25/97 at 1:28 PM
// Beginning of file protoEvent

// Before Script for "_userproto000"
//	Newton Developer Technical Support Sample Code
//	protoEvent - An NTK Finite State Machine User Proto
//	by Jim Schram, Newton Developer Technical Support
//	Copyright ©1996 Apple Computer, Inc.  All rights reserved.
//	
//	You may incorporate this sample code into your applications without
//	restriction.  This sample code has been provided "AS IS" and the
//	responsibility for its operation is 100% yours.  You are not
//	permitted to modify and redistribute the source as "DTS Sample Code."
//	If you are going to re-distribute the source, we require that you
//	make it clear in the source that the code was descended from
//	Apple-provided sample code, but that you've made changes.


_userproto000 :=
    {viewBounds: {left: 8, top: 16, right: -8, bottom: 32},
     viewJustify: 8405040,
     _proto: @218
    };


constant |layout_protoEvent| := _userproto000;
// End of file protoEvent
// Beginning of file protoState

// Before Script for "_userproto001"
//	Newton Developer Technical Support Sample Code
//	protoState - An NTK Finite State Machine User Proto
//	by Jim Schram, Newton Developer Technical Support
//	Copyright ©1996 Apple Computer, Inc.  All rights reserved.
//	
//	You may incorporate this sample code into your applications without
//	restriction.  This sample code has been provided "AS IS" and the
//	responsibility for its operation is 100% yours.  You are not
//	permitted to modify and redistribute the source as "DTS Sample Code."
//	If you are going to re-distribute the source, we require that you
//	make it clear in the source that the code was descended from
//	Apple-provided sample code, but that you've made changes.


_userproto001 :=
    {viewBounds: {left: 8, top: 16, right: -8, bottom: 88},
     viewJustify: 8396848,
     _proto: @473
    };


constant |layout_protoState| := _userproto001;
// End of file protoState
// Beginning of file protoFSM

// Before Script for "_userproto002"
//	Newton Developer Technical Support Sample Code
//	protoFSM - An NTK Finite State Machine User Proto
//	by Jim Schram, Newton Developer Technical Support
//	Copyright ©1996 Apple Computer, Inc.  All rights reserved.
//	
//	You may incorporate this sample code into your applications without
//	restriction.  This sample code has been provided "AS IS" and the
//	responsibility for its operation is 100% yours.  You are not
//	permitted to modify and redistribute the source as "DTS Sample Code."
//	If you are going to re-distribute the source, we require that you
//	make it clear in the source that the code was descended from
//	Apple-provided sample code, but that you've made changes.


//	kFSMBuildTemplateFunc - compile time only
//	
//	Function to call at compile time to create a FSM from a text file definition or other non-layout source.
//	Performs basic sanity checking, constructs a protoFSM user template, and returns it.
//	
//	<compile time - in a project data file or beforeScript, after the protoFSM file has been compiled>
//	DefConst	(	'kMyFSMTemplate,
//						call kFSMBuildTemplateFunc with (	'myFSM,							// symbol = required name of this FSM
//																				nil,									// frame or nil = optional context frame
//																				Home & "myFSM.f",			// string or frame = required name of frame definition file to load, or frame definition
//																				GetLayout("protoFSM")		// frame = required reference to protoFSM engine, or other engine
//																			)
//					);
//	
//	<run time>
//	fsm := kMyFSMTemplate:Instantiate();
//	
kFSMBuildTemplateFunc := func(name, context, definition, engine)
begin
	local fsmSymbol := name;
	if not fsmSymbol then
		begin
			fsmSymbol := 'unknown;
			print("A protoFSM implementation is unnamed (kFSMBuildTemplateFunc requires the name parameter).");
		end;
	
	if not engine then
		begin
			print("The '|" & fsmSymbol & "| protoFSM engine is invalid.");
			return;
		end;
	
	definitionFrame := if IsInstance(definition, 'string) then Load(definition) else definition;
	if not IsInstance(definitionFrame, 'frame) then
		begin
			print("The '|" & fsmSymbol & "| protoFSM definition is invalid.");
			return;
		end;
	
	if not definitionFrame.Genesis then
		print("The '|" & fsmSymbol & "| protoFSM implementation is missing the required '|Genesis| state.");
	
	local templateFrame := if IsInstance(context, 'frame) then context else {};
	
	templateFrame._proto := engine;
	templateFrame.declareSelf := fsmSymbol;
	templateFrame.fsm_private_states := definitionFrame;
	
	if not kDebugOn then		// GoToState is a debug-only function!
		begin
			RemoveSlot(templateFrame._proto, 'GoToState);
			RemoveSlot(templateFrame, 'GoToState);
		end;
	
	RemoveSlot(templateFrame._proto, '_proto);
	RemoveSlot(templateFrame._proto, 'viewBounds);
	
	templateFrame;
end;



//	kFSMCleanUpFunc - compile time only
//	
//	Function to call in the afterScript of your FSM layout.
//	Converts NTK layout data structures into "pure" FSM data structures used by protoFSM.
//	
//	Example:
//	
//	<compile time - afterScript of a FSM layout>
//	call kFSMCleanUpFunc with (thisView);				// let's assume the filename of this layout is "myFSM.t"
//	
//	<run time>
//	fsm := GetLayout("myFSM.t"):Instantiate();
//	
kFSMCleanUpFunc := func(fsmFrame)
begin
	local fsmSymbol, stateSymbol, eventSymbol, hasGenesisState;
	
	RemoveSlot(fsmFrame._proto, '_proto);
	RemoveSlot(fsmFrame._proto, 'viewBounds);
	RemoveSlot(fsmFrame, 'viewBounds);
	RemoveSlot(fsmFrame, 'viewJustify);
	
	fsmFrame.fsm_private_states := {	};
	
	if not fsmSymbol := GetSlot(fsmFrame, 'declareSelf) then
		begin
			fsmSymbol := 'unknown;
			print("A protoFSM implementation is unnamed (you forgot the declareSelf slot).");
		end;
	
	if fsmFrame.stepChildren then
		foreach stateFrame in fsmFrame.stepChildren do
			begin
				RemoveSlot(stateFrame, '_proto);
				RemoveSlot(stateFrame, 'viewBounds);
				RemoveSlot(stateFrame, 'viewJustify);
				
				if not stateSymbol := GetSlot(stateFrame, 'declareSelf) then
					begin
						stateSymbol := 'unknown;
						print("A protoState in the '|" & fsmSymbol & "| protoFSM implementation is unnamed (you forgot the declareSelf slot).");
					end;
				if fsmFrame.fsm_private_states.(stateSymbol) then
					print("The '|" & stateSymbol & "| protoState in the '|" & fsmSymbol & "| protoFSM implementation already exists (duplicate declareSelf slot value).");
				else
					fsmFrame.fsm_private_states.(stateSymbol) := stateFrame;
				
				if stateFrame.stepChildren then
					foreach eventFrame in stateFrame.stepChildren do
						begin
							RemoveSlot(eventFrame, '_proto);
							RemoveSlot(eventFrame, 'viewBounds);
							RemoveSlot(eventFrame, 'viewJustify);
							
							if not eventSymbol := GetSlot(eventFrame, 'declareSelf) then
								begin
									eventSymbol := 'unknown;
									print("A protoEvent in the '|" & stateSymbol & "| state of the '|" & fsmSymbol & "| protoFSM implementation is unnamed (you forgot the declareSelf slot).");
								end;
							if stateFrame.(eventSymbol) then
								print("The '|" & eventSymbol & "| protoEvent in the '|" & stateSymbol & "| protoState in the '|" & fsmSymbol & "| protoFSM implementation already exists (duplicate declareSelf slot value).");
							else
								stateFrame.(eventSymbol) := eventFrame;
							
							RemoveSlot(eventFrame, 'declareSelf);
						end;
				
				RemoveSlot(stateFrame, 'declareSelf);
				RemoveSlot(stateFrame, 'stepChildren);
				
				hasGenesisState := hasGenesisState or stateSymbol = 'Genesis;
			end;
	
	if not hasGenesisState then
		print("The '|" & fsmSymbol & "| protoFSM implementation is missing the required '|Genesis| state.");
	
	if not kDebugOn then		// GoToState is a debug-only function!
		begin
			RemoveSlot(fsmFrame._proto, 'GoToState);
			RemoveSlot(fsmFrame, 'GoToState);
		end;
	RemoveSlot(fsmFrame, 'stepChildren);
	
	nil;
end

_userproto002 :=
    {viewBounds: {left: 8, top: 8, right: 232, bottom: 280},
     DoEvent:
       func(eventSymbol, paramArray)	// SELF can be anything that inherits to the finite state machine instance frame
       begin
       	local x := :?DoEvent_Check('|protoFSM:DoEvent|);
       	if not x then
       		return;
       	
       	if kDebugOn then
       		if paramArray and PrimClassOf(paramArray) <> 'Array then
       			Throw('|evt.ex.msg|, "protoFSM:DoEvent 2nd argument must be Nil or Array");
       	
       	x.pendingEventQueue:EnQueue(eventSymbol);
       	x.pendingParamsQueue:EnQueue(paramArray);
       	
       	if not x.busy then
       		begin
       			x.busy := true;
       			AddDelayedSend(x.fsm, 'DoEvent_Loop, nil, x.turtle);
       		end;
       	
       	nil;
       end,
     instantiate:
       //	SELF is the finite state machine template frame, e.g.:
       //
       //	local fsm := GetLayout("myFSM"):Instantiate();
       //
       //	"myFSM" is assumed to be a layout based on protoFSM,
       
       func()
       begin
       	local obj := {	_proto:							self,
       						fsm:								nil,
       						currentStateFrame:		nil,
       						currentEventFrame:		nil,
       						fsm_private_context:	{	fsm:								nil,
       																turtle:							1,
       																level:							0,
       																busy:							nil,
       																waitView:						nil,
       																waitAborted:				nil,
       																isNewPendingState:		true,
       																pendingState:				'Genesis,
       																pendingEventQueue:		QueueTemplate:Instantiate(),
       																pendingParamsQueue:	QueueTemplate:Instantiate(),
       																currentState:				nil,
       																currentEvent:				nil,
       																currentParams:			nil,	},	};
       	obj.currentStateFrame := {	_proto:		obj.fsm_private_states.Genesis,
       												_parent:	obj,	};
       	obj.fsm := obj.fsm_private_context.fsm := obj;
       end,
     dispose:
       func()	// SELF should be the finite state machine instance frame
       begin
       	if not fsm_private_context then
       		return;
       	
       	fsm_private_context.pendingEventQueue:Reset();
       	fsm_private_context.pendingParamsQueue:Reset();
       	foreach slot, value in fsm_private_context do fsm_private_context.(slot) := nil;
       	fsm := currentStateFrame := currentEventFrame := fsm_private_context := nil;
       	
       	nil;	// guaranteed to return nil so that the caller can conveniently nil out the FSM container variable
       end,
     DoEvent_Loop:
       func()	// SELF is the finite state machine instance frame
       begin
       	repeat
       		local x := :?DoEvent_Check('|protoFSM:DoEvent_Loop|);
       		if not x then
       			return;
       		
       		local ok := nil;
       		local pendingStateFrame := nil;
       		
       		if x.pendingState then
       			if fsm_private_states.(x.pendingState) then
       				if fsm_private_states.(x.pendingState).(x.pendingEventQueue:Peek()) then
       					ok := true;
       				else
       					begin
       						if kDebugOn then :?DebugFSM('UnknownEvent, x.pendingState, x.pendingEventQueue:Peek(), x.pendingParamsQueue:Peek());			// ignore if event not programmed
       					end;
       			else
       				begin
       					if kDebugOn then :?DebugFSM('UnknownState, x.pendingState, x.pendingEventQueue:Peek(), x.pendingParamsQueue:Peek());			// error --> remain in current state
       				end;
       		else
       			begin
       				if kDebugOn then :?DebugFSM('NilState, x.pendingState, x.pendingEventQueue:Peek(), x.pendingParamsQueue:Peek());					// machine halted
       			end;
       		
       		if not ok then
       			begin
       				currentStateFrame := nil;
       				currentEventFrame := nil;
       				
       				x.isNewPendingState := true;
       				
       				x.pendingEventQueue:DeQueue();		// there is a problem with this state or event
       				x.pendingParamsQueue:DeQueue();		// so remove the offending pending queue elements
       			end;
       		else
       			begin
       				x.currentState := x.pendingState;
       				x.currentEvent := x.pendingEventQueue:DeQueue();
       				x.currentParams := x.pendingParamsQueue:DeQueue();
       				
       				if x.isNewPendingState then
       					begin
       						x.isNewPendingState := nil;
       						currentStateFrame :=	{	_proto:		fsm_private_states.(x.currentState),
       																_parent:	self,	};
       					end;
       				
       				currentEventFrame :=	{	_proto:		fsm_private_states.(x.currentState).(x.currentEvent),
       														_parent:	currentStateFrame,	};
       				
       				if currentEventFrame.Action then
       					begin
       						if kDebugOn then :?TraceFSM('PreAction, x.currentState, x.currentEvent, x.currentParams);
       						
       						x.level := x.level + 1;
       						try
       							Perform(currentEventFrame, 'Action, x.currentParams);
       						onexception |evt.ex| do
       							begin
       								try
       									:?ExceptionHandler(CurrentException());
       								onexception |evt.ex| do
       									nil;
       							end;
       						x.level := x.level - 1;
       						
       						if kDebugOn then :?TraceFSM('PostAction, x.currentState, x.currentEvent, x.currentParams);
       					end;
       				
       				if currentEventFrame.nextState then
       					begin
       						x.pendingState := currentEventFrame.nextState;
       						x.isNewPendingState := (x.currentState <> x.pendingState);
       					end;
       				
       				if kDebugOn then :?TraceFSM('NextState, x.pendingState, x.pendingEventQueue:Peek(), x.pendingParamsQueue:Peek());
       			end;
       		
       		if x.waitView												// check for terminal state & exit waitView if necessary
       		and x.pendingState
       		and pendingStateFrame := fsm_private_states.(x.pendingState) then
       			if pendingStateFrame.terminal then
       				begin
       					x.pendingEventQueue:Reset();
       					x.pendingParamsQueue:Reset();
       					AddDelayedCall(	func()
       												if x.waitView then
       													x.waitView:Close(), nil, 1	);
       				end;
       		
       		x.busy := not x.pendingEventQueue:IsEmpty();
       		
       	until not(x.busy and currentEventFrame and currentEventFrame.nextNoIdle);
       	
       	if x.busy then
       		AddDelayedSend(self, 'DoEvent_Loop, nil, x.turtle);
       	
       	nil;
       end,
     SetSpeed:
       func(newSpeed)		// SELF is the finite state machine instance frame
       begin
       	fsm_private_context.turtle := newSpeed;
       end,
     IsBusy:
       func()	// SELF is the finite state machine instance frame
       begin
       	fsm_private_context.busy;
       end,
     GetSpeed:
       func()	// SELF is the finite state machine instance frame
       begin
       	fsm_private_context.turtle;
       end,
     GoToState:
       // SELF is the finite state machine instance frame
       // This function is for DEBUGGING USE ONLY ! ! !
       // It is STRIPPED from the resulting package when kDebugOn = nil
       
       func(newState)
       begin
       	local x := fsm_private_context;
       	
       	x.pendingState := newState;
       	x.pendingEventQueue:Reset();
       	x.pendingParamsQueue:Reset();
       	
       	nil;
       end,
     QueueTemplate:
       {
       	Instantiate:			func()									// This is a very simple First-In-First-Out queue
       								{	_proto:		self,
       									queue:		[],	},
       	
       	Reset:					func() SetLength(queue, 0),
       	
       	Peek:					func() if Length(queue) > 0 then queue[0],		// else nil
       	
       	DeQueue:				func()
       								if Length(queue) > 0 then		// else nil
       									begin
       										local data := queue[0];
       										RemoveSlot(queue, 0);
       										data;
       									end,
       	
       	EnQueue:				func(data)
       								begin
       									AddArraySlot(queue, data);
       									nil;
       								end,
       	
       	GetQueueSize:		func() Length(queue),
       	
       	IsEmpty:				func() Length(queue) = 0,
       },
     ProtoClone:
       func(object)
       begin
       	local f := 
       		func native(obj)
       		begin
       			if not IsFrame(obj) or IsFunction(obj) then
       				Throw('|evt.ex.msg|, "ProtoClone only works with frames.");
       			
       			local new := {_proto: obj};
       			foreach slot, value in obj do
       				if IsFrame(value) and not IsFunction(value) then
       					new.(slot) := call f with (value);
       			new;
       		end;
       	
       	call f with (object);
       end,
     WaitForTerminal:
       func(options)
       begin
       	local x := fsm_private_context;
       	
       	if x.waitView
       	or x.level <> 0
       	or x.pendingEventQueue:IsEmpty() then
       		return;
       	
       	x.waitView := BuildContext(waitViewTemplate);
       	x.waitView:SetOwnerContext(x, options);
       	x.waitView:ModalDialog();
       	x.waitAborted;		// return the value of waitAborted (true = user aborted via the status slip, nil = FSM terminal state was reached normally)
       end,
     waitViewTemplate:
       {	viewClass:					clView,
       	viewFlags:					vVisible,
       	viewFormat:					vfNone,
       	viewBounds:					{	left:			0,
       											top:			0,
       											right:		0,
       											bottom:		0,	},
       	
       	statusView:					nil,
       	statusViewOptions:		nil,
        	fsmContext:					nil,
        	aborted:						nil,
        	
       	SetOwnerContext:			func(owner, options)
       										begin
       											self.statusView := nil;
       											self.statusViewOptions := options;		// frame of options the caller of WaitForTerminal is passing us (e.g.  progress messages, etc.)
       											self.fsmContext := owner;				// the fsm_private_context slot of the FSM
       											self.aborted := nil;
       										end,
       	
       	viewIdleScript:				func()
       										begin
       											statusView := BuildContext(statusViewTemplate);
       											statusView:SetOwnerContext(self, statusViewOptions);
       											statusView:ModalDialog();
       											nil;
       										end,
       	
       	viewSetupDoneScript:	func()
       										begin
       											inherited:?ViewSetupDoneScript();
       											if not statusViewOptions then
       												:SetUpIdle(2000);
       											else if statusViewOptions.delayUntilStatusVisible then
       												:SetUpIdle(if statusViewOptions.delayUntilStatusVisible <= 0 then 1 else statusViewOptions.delayUntilStatusVisible);
       										end,
       	
       	viewQuitScript:			func()
       										begin
       											if statusView then
       												statusView:Close();
       											fsmContext.waitAborted := aborted;
       											fsmContext.waitView := nil;
       										end,
       	
       	statusViewTemplate:		{	_proto:								protoStatusTemplate,
       											initialSetup:						nil,
       											waitView:							nil,
       											delayUntilAbortTimer:		nil,
       											delayUntilAbortVisible:		nil,
       											abortButtonText:				nil,
       											
       											viewIdleScript:					func()
       																					begin
       																						inherited:?viewIdleScript();
       																						local contents :=	{	name:		'vBarber,
       																														values:		{	barber:		true,	},	};
       																						
       																						if delayUntilAbortVisible then
       																							begin
       																								delayUntilAbortTimer := delayUntilAbortTimer + 300;
       																								if delayUntilAbortTimer > delayUntilAbortVisible then
       																									begin
       																										delayUntilAbortVisible := nil;
       																										contents.values.primary := {	text:			abortButtonText,
       																																					script:		func()
       																																									begin
       																																										waitView.aborted := true;
       																																										waitView:Close();
       																																									end,	};
       																										base:ViewSet(contents);
       																										return 300;
       																									end;
       																							end;
       																						
       																						base:UpdateIndicator(contents);
       																						300;
       																					end,
       											
       											viewSetupDoneScript:		func()
       																					begin
       																						inherited:?ViewSetupDoneScript();
       																						:SetUpIdle(100);
       																						self.delayUntilAbortTimer := 0;
       																					end,
       											
       											SetOwnerContext:				func(owner, options)
       																					begin
       																						self.waitView := owner;
       																						self.delayUntilAbortVisible := if options then options.delayUntilAbortVisible else 8000;
       																						self.abortButtonText := if options and options.abortButtonText then options.abortButtonText else "Abort";
       												     									self.initialSetup := {	name:		'vBarber, 
       																														values:		{	icon:					ROM_routeUpdateBitmap,
       																																			statusText:		if options then options.statusText else "Please wait...",
       																																			titleText:			if options then options.titleText else nil,
       																																			barber:				true,
       																																			primary:			nil,
       																																			closeBox:			nil,	},	};
       												     								end,
       										},
       },
     ExceptionHandler:
       func(exception)
       begin
       	local x := fsm_private_context;
       	local message :=	if x then
       									"The following exception occured in event ("
       									& x.currentEvent
       									& ") of state ("
       									& x.currentState
       									& ") of finite state machine ("
       									& x.fsm.declareSelf
       									& "):  "
       								else
       									"The following exception occured:  ";
       	
       	local exceptionStr := "<unable to create string representation of exception frame>";
       	try
       		exceptionStr := :ObjectToString(exception);
       	onexception |evt.ex| do
       		nil;
       	
       	:ExceptionHandler_Notify(message & exceptionStr);
       	nil;
       end,
     ObjectToString:
       // Converts (any?) NewtonScript data type into a string representation.
       // Follows _proto pointers if the global var printProto is true.
       // Follows _parent pointers if the global var printParent is true.
       // Respects the global var printDepth (printDepth < 0 is effectively "infinite depth").
       // Respects the global var printLength (printLength < 0 or nil is effectively "infinite length").
       // Traps recursive references avoiding endless loops.
       // Gives each frame and array a "reference number" so backpointer references make sense.
       // Prints real numbers according to the global var printReal (a string defining the print format, e.g. "%.2f").
       // Punts on any exception, like evt.ex.outofmem.
       // NOTE:  This routine is primarily intended for use only during debugging.
       
       func(obj)
       begin
       	constant separator := ", ";
       	constant separatorLen := StrLen(separator);
       	
       	local backIndex := nil;
       	local backList := [nil];
       	
       	local runProto := GetGlobalVar('printProto) <> nil;
       	local runParent := GetGlobalVar('printParent) <> nil;
       	
       	local floatFormat := GetGlobalVar('printReal);
       	if not IsString(floatFormat) then
       		floatFormat := "%.16e";
       	
       	local maxDepth := GetGlobalVar('printDepth);
       	if not IsNumber(maxDepth)
       	or maxDepth < 0 then
       		maxDepth := 65535;			// arbitrarily large value
       	
       	local maxLength := GetGlobalVar('printLength);
       	if not IsNumber(maxLength)
       	or maxLength < 0 then
       		maxLength := 65535;		// arbitrarily large value
       	
       	local p :=
       		func native(s)
       		begin
       			if EndsWith(s, separator) then
       				StrMunger(s, StrLen(s) - separatorLen, nil, nil, 0, nil)
       			else
       				s;
       		end;
       	
       	local f :=
       		func native(obj, depth)
       		begin
       			local x := 0;
       			
       			(	if IsMagicPtr(obj) then
       					"@+" & RefOf(obj)
       				
       				else if IsFunction(obj) then
       					begin
       						x := GetFunctionArgCount(obj);
       						ParamStr("func(^0 arg^?1|s|)", [x, x = 1]);
       					end
       				
       				else if IsFrame(obj) then
       					if backIndex := LSearch(backList, obj, 1, '|=|, nil) then
       						"<" & backIndex & ">"
       					else
       						begin
       							local s := "{<" & Length(backList) & "> ";
       							AddArraySlot(backList, obj);
       							if depth > maxDepth then
       								s := s & "+" & RefOf(obj);
       							else
       								foreach slot, item in obj do
       									if (x := x + 1) > maxLength then
       										begin
       											s := s & "...";
       											break;
       										end
       									else
       										s := s & slot & ": " &
       											if (slot = '_parent and not runParent)
       											or (slot = '_proto and not runProto) then
       												"<ignored>" & separator
       											else
       												call f with (item, depth + 1);
       							call p with (s) & "}";
       						end
       				
       				else if IsArray(obj) then
       					if backIndex := LSearch(backList, obj, 1, '|=|, nil) then
       						"<" & backIndex & ">"
       					else
       						begin
       							local s := "[<" & Length(backList) & "> " & (if ClassOf(obj) <> 'Array then ClassOf(obj) & ": ");
       							AddArraySlot(backList, obj);
       							if depth > maxDepth then
       								s := s & "+" & RefOf(obj);
       							else
       								foreach item in obj do
       									if (x := x + 1) > maxLength then
       										begin
       											s := s & "...";
       											break;
       										end
       									else
       										s := s & call f with (item, depth + 1)	;
       							call p with (s) & "]";
       						end
       				
       				else if IsString(obj) then
       					$" & obj & $"
       				
       				else if IsSymbol(obj) then
       					$' & obj
       				
       				else if IsInteger(obj) then
       					(if obj > 0 then "+" else "") & NumberStr(obj)
       				
       				else if IsNumber(obj) then
       					(if obj > 0 then "+" else "") & FormattedNumberStr(obj, floatFormat)
       				
       				else if IsImmediate(obj) then
       					if not obj then
       						"nil"
       					else if obj = true then
       						"true"
       					else
       						SPrintObject(obj)
       				
       				else if IsBinary(obj) then
       					"<" & ClassOf(obj) & ", length " & Length(obj) & ">"
       				
       				else
       					SPrintObject(obj)
       			
       			) & separator;
       		end;
       	
       	try
       		call p with (call f with (obj, 0));
       	onexception |evt.ex.outofmem| do
       		begin
       			backList := nil;
       			"<insufficient memory>";
       		end;
       	onexception |evt.ex| do
       		begin
       			backList := nil;
       			"<exception occured>";
       		end;
       end,
     DoEvent_Check:
       func(where)		// This routine checks to see if the FSM has been unexpectedly disposed.  That's especially bad if there's a delayed action/call/send about to trigger!
       begin
       	local x := fsm_private_context;
       	if x then
       		return x;
       	
       	if kDebugOn then
       		:?ExceptionHandler_Notify("An active protoFSM object has mysteriously vanished!  Discovered in " & SPrintObject(where) & ".  You should consider resetting your Newton device now.");
       	
       	nil;
       end,
     ExceptionHandler_Notify:
       func(message)
       begin
       	GetRoot():Notify(kNotifyAlert, kAppName, message);
       	
       	if kDebugOn then
       		begin
       			print(message);
       			if GetGlobalVar('BreakOnThrows) then
       				BreakLoop();
       		end;
       	
       	nil;
       end,
     _proto: @218
    };


constant |layout_protoFSM| := _userproto002;
// End of file protoFSM
// Beginning of file CommsFSM

// Before Script for "Comms FSM"
//	Newton Developer Technical Support Sample Code
//	CommsFSM - An NTK Finite State Machine Implementation
//	by Jim Schram, Newton Developer Technical Support
//	Copyright ©1996 Apple Computer, Inc.  All rights reserved.
//	
//	You may incorporate this sample code into your applications without
//	restriction.  This sample code has been provided "AS IS" and the
//	responsibility for its operation is 100% yours.  You are not
//	permitted to modify and redistribute the source as "DTS Sample Code."
//	If you are going to re-distribute the source, we require that you
//	make it clear in the source that the code was descended from
//	Apple-provided sample code, but that you've made changes.


Comms FSM :=
    {
     DebugFSM:
       func(reason, state, event, params)
       begin
       	local s :=	"Reason = " & :ObjectToString(reason)
       					& "\nState = " & :ObjectToString(state)
       					& "\nEvent = " & :ObjectToString(event)
       					& "\nParams = " & :ObjectToString(params);
       	
       	:MTrace(s);
       	print(SubstituteChars(s, "\n", "\t"));
       end,
     TraceFSM:
       func(when, state, event, params)
       begin
       	local s :=	"When = " & :ObjectToString(when)
       					& "\nState = " & :ObjectToString(state)
       					& "\nEvent = " & :ObjectToString(event)
       					& "\nParams = " & :ObjectToString(params);
       	
       	:MTrace(s);
       	print(SubstituteChars(s, "\n", "\t"));
       end,
     MNotifyError:
       // where = string describing location of error
       // error = NewtonScript object (e.g. integer, real number, exception frame, etc.) describing the error
       
       func(where, error)
       begin
       	if not error
       	or error = -16005
       	or fAbort then
       		return;
       	
       	:MNotify("An error occured in " & where & ".  Error = " & :ObjectToString(error));
       end,
     MNotify:
       func(message)
       begin
       	GetRoot():Notify(kNotifyAlert, kAppName, message);
       end,
     MTrace:
       func(s)
       begin
       	local base := GetRoot().(kAppSymbol);
       	
       	if base
       	and call kViewIsOpenFunc with (base)
       	and base.vTraceBox
       	and call kViewIsOpenFunc with (base.vTraceBox) then
       		begin
       			SetValue(base.vTraceBox, 'text, s);
       			RefreshViews();
       		end;
       end,
     fState: 'Disconnected,
     fConnectAction: nil,
     fEndpoint: nil,
     fPowerOffState: nil,
     declareSelf: 'CommsFSM,
     fAbort: nil,
     viewBounds: {left: 0, top: 0, right: 192, bottom: 1400},
     debug: "Comms FSM"
     ,
     _proto: _userproto002
    };

Genesis :=
    {terminal: true,
     declareSelf: 'Genesis,
     viewBounds: {left: 8, top: 16, right: -8, bottom: 56},
     debug: "Genesis",
     _proto: _userproto001
    };
AddStepForm(Comms FSM, Genesis);

Create :=
    {
     action:
       func()
       begin
       	fsm.fConnectAction := 'Connect;
       	fsm.fState := 'Connecting;
       	fsm.fPowerOffState := nil;
       	fsm.fAbort := nil;
       	
       	fsm.fEndpoint := {	_proto:		protoBasicEndpoint,
       								_parent:	fsm,	};
       	
       	RegPowerOff(	kAppSymbol,
       							func(what, why)			// we create the closure here so as to set up SELF as the event frame in the closure
       							begin
       								if what = 'okToPowerOff then
       									begin
       										if why <> 'idle														// keep the unit awake whenever we're connected
       										or fsm.fState = 'Disconnected then						// unless the user or an application explicitly
       											return true;														// wants it to sleep
       									end;
       								
       								else if what = 'powerOff then
       									begin
       										if why <> 'idle														// if we simply must go to sleep but we're still
       										or fsm.fState <> 'Disconnected then						// connected then begin the disconnect process
       											begin
       												fsm.fPowerOffState := 'holdYourHorses;		// set a flag to indicate we're powering down
       												:DoEvent('Cancel, nil);
       												return 'holdYourHorses;
       											end;
       									end;
       								
       								nil;	// ALWAYS return nil here!
       							end	);
       	
       	:DoEvent('Instantiate, nil);
       end,
     nextState: 'Instantiate,
     declareSelf: 'Create,
     nextNoIdle: true,
     debug: "Create",
     _proto: _userproto000
    };
AddStepForm(Genesis, Create);





Instantiate :=
    {declareSelf: 'Instantiate, debug: "Instantiate", _proto: _userproto001};
AddStepForm(Comms FSM, Instantiate);

Instantiate :=
    {
     action:
       func()
       begin
       	try
       		fEndPoint:Instantiate(fEndPoint, :MBuildConfigOptions());
       	onexception |evt.ex| do
       		return :DoEvent('InstantiateFailure, [CurrentException()]);
       	
       	:DoEvent('InstantiateSuccess, nil);
       end,
     declareSelf: 'Instantiate,
     MBuildConfigOptions:
       func()
       begin
       	[
       		{	label:		kCMSAsyncSerial,
       			type:		'service,
       			opCode:		opSetRequired,
       			result:		nil,	},
       	
       		{	label:		kCMOSerialIOParms,
       			type:		'option,
       			opCode:		opSetRequired,
       			result:		nil,
       			form:		'template,
       			data:	{
       				arglist:	[
       					k1StopBits,				// 1 stop bit
       					kNoParity,				// no parity bit
       					k8DataBits,				// 8 data bits
       					k19200bps,	],			// date rate in bps
       				typelist:	['struct,
       					'long,						// stop bits
       					'long,						// parity
       					'long,						// data bits
       					'long,	],	},	},			// bps
       		
       		{	label:		kCMOInputFlowControlParms,
       			type:		'option,
       			opCode:		opSetRequired,
       			result:		nil,
       			form:		'template,
       			data:	{
       				arglist:	[
       					unicodeDC1, 			// xonChar	
       					unicodeDC3, 			// xoffChar	
       					nil, 						// useSoftFlowControl	
       					nil, 						// useHardFlowControl	
       					0, 						// not needed; returned	
       					0,	], 						// not needed; returned	
       				typelist:	['struct,
       					'char,					// XON character
       					'char,					// XOFF character
       					'boolean,				// software flow control
       					'boolean,				// hardware flow control
       					'boolean,				// hardware flow blocked
       					'boolean,	],	},	},	// software flow blocked
       		
       		{	label:		kCMOOutputFlowControlParms,
       			type:		'option,
       			opCode:		opSetRequired,
       			result:		nil,
       			form:		'template,
       			data:	{
       				arglist:	[
       					unicodeDC1, 			// xonChar	
       					unicodeDC3, 			// xoffChar	
       					nil, 						// useSoftFlowControl	
       					nil, 						// useHardFlowControl	
       					0, 						// not needed; returned	
       					0,	], 						// not needed; returned	
       				typelist:	['struct,
       					'char,					// XON character
       					'char,					// XOFF character
       					'boolean,				// software flow control
       					'boolean,				// hardware flow control
       					'boolean,				// hardware flow blocked
       					'boolean,	],	},	},	// software flow blocked
       	];
       end,
     nextState: 'Instantiating,
     debug: "Instantiate",
     _proto: _userproto000
    };
AddStepForm(Instantiate, Instantiate);



Abort :=
    {declareSelf: 'Abort,
     action:
       func()
       begin
       	:DoEvent('CleanUp, nil);
       end,
     nextState: 'CleanUp,
     debug: "Abort",
     _proto: _userproto000
    };
AddStepForm(Instantiate, Abort);



Cancel :=
    {declareSelf: 'Cancel,
     action:
       func()
       begin
       	fAbort := true;
       end,
     debug: "Cancel",
     _proto: _userproto000
    };
AddStepForm(Instantiate, Cancel);





Instantiating :=
    {declareSelf: 'Instantiating, debug: "Instantiating", _proto: _userproto001}
    ;
AddStepForm(Comms FSM, Instantiating);

Instantiate Success :=
    {
     action:
       func()
       begin
       	if fAbort then
       		return :DoEvent('Abort, nil);
       	
       	:DoEvent('Bind, nil);
       end,
     declareSelf: 'InstantiateSuccess,
     nextState: 'Bind,
     debug: "Instantiate Success",
     _proto: _userproto000
    };
AddStepForm(Instantiating, Instantiate Success);



Instantiate Failure :=
    {
     action:
       func(error)
       begin
       	:MNotifyError("Endpoint Instantiate", error);
       	:DoEvent('CleanUp, nil);
       end,
     declareSelf: 'InstantiateFailure,
     nextState: 'CleanUp,
     debug: "Instantiate Failure",
     _proto: _userproto000
    };
AddStepForm(Instantiating, Instantiate Failure);



Cancel :=
    {declareSelf: 'Cancel,
     action:
       func()
       begin
       	fAbort := true;
       end,
     debug: "Cancel",
     _proto: _userproto000
    };
AddStepForm(Instantiating, Cancel);





Bind := {declareSelf: 'Bind, debug: "Bind", _proto: _userproto001};
AddStepForm(Comms FSM, Bind);

Bind :=
    {declareSelf: 'Bind,
     action:
       func()
       begin
       	try
       		fEndPoint:Bind(:MBuildConfigOptions(), fCompletionSpec);
       	onexception |evt.ex| do
       		:DoEvent('BindFailure, [CurrentException()]);
       end,
     fCompletionSpec:
       {	async:					true,
       	reqTimeout:			kNoTimeout,
       	completionScript:	func(ep, options, result)
       								begin
       									if result then
       										ep:DoEvent('BindFailure, [result]);
       									else
       										ep:DoEvent('BindSuccess, nil);
       								end,	},
     MBuildConfigOptions:
       func()
       begin
       	nil;
       end,
     nextState: 'Binding,
     debug: "Bind",
     _proto: _userproto000
    };
AddStepForm(Bind, Bind);



Abort :=
    {declareSelf: 'Abort,
     action:
       func()
       begin
       	:DoEvent('Dispose, nil);
       end,
     nextState: 'Dispose,
     debug: "Abort",
     _proto: _userproto000
    };
AddStepForm(Bind, Abort);



Cancel :=
    {declareSelf: 'Cancel,
     action:
       func()
       begin
       	fAbort := true;
       end,
     debug: "Cancel",
     _proto: _userproto000
    };
AddStepForm(Bind, Cancel);





Binding := {declareSelf: 'Binding, debug: "Binding", _proto: _userproto001};
AddStepForm(Comms FSM, Binding);

Bind Success :=
    {declareSelf: 'BindSuccess,
     action:
       func()
       begin
       	if fAbort then
       		return :DoEvent('Abort, nil);
       	
       	:DoEvent('Connect, nil);
       end,
     nextState: 'Connect,
     debug: "Bind Success",
     _proto: _userproto000
    };
AddStepForm(Binding, Bind Success);



Bind Failure :=
    {declareSelf: 'BindFailure,
     action:
       func(error)
       begin
       	:MNotifyError("Endpoint Bind", error);
       	:DoEvent('Dispose, nil);
       end,
     nextState: 'Dispose,
     debug: "Bind Failure",
     _proto: _userproto000
    };
AddStepForm(Binding, Bind Failure);



Cancel :=
    {declareSelf: 'Cancel,
     action:
       func()
       begin
       	fAbort := true;
       	
       	try
       		fEndPoint:Cancel(nil);
       	onexception |evt.ex.comm| do
       		nil;
       end,
     debug: "Cancel",
     _proto: _userproto000
    };
AddStepForm(Binding, Cancel);





Connect := {declareSelf: 'Connect, debug: "Connect", _proto: _userproto001};
AddStepForm(Comms FSM, Connect);

Connect :=
    {declareSelf: 'Connect,
     action:
       func()
       begin
       	if fConnectAction = 'Connect then
       		begin
       			try
       				fEndPoint:Connect(:MBuildConnectConfigOptions(), fCompletionSpec_Connect);
       			onexception |evt.ex| do
       				:DoEvent('ConnectFailure, [CurrentException()]);
       		end;
       	else
       		begin
       			try
       				fEndPoint:Listen(:MBuildListenConfigOptions(), fCompletionSpec_Listen);
       			onexception |evt.ex| do
       				:DoEvent('ListenFailure, [CurrentException()]);
       		end;
       end,
     fCompletionSpec_Connect:
       {	async:					true,
       	reqTimeout:			kNoTimeout,
       	completionScript:	func(ep, options, result)
       								begin
       									if result then
       										ep:DoEvent('ConnectFailure, [result]);
       									else
       										ep:DoEvent('ConnectSuccess, nil);
       								end,	},
     fCompletionSpec_Listen:
       {	async:					true,
       	reqTimeout:			kNoTimeout,
       	completionScript:	func(ep, options, result)
       								begin
       									if result then
       										ep:DoEvent('ListenFailure, [result]);
       									else
       										ep:DoEvent('ListenSuccess, nil);
       								end,	},
     MBuildListenConfigOptions:
       func()
       begin
       	nil;
       end,
     MBuildConnectConfigOptions:
       func()
       begin
       	nil;
       end,
     nextState: 'Connecting,
     debug: "Connect",
     _proto: _userproto000
    };
AddStepForm(Connect, Connect);



Abort :=
    {declareSelf: 'Abort,
     action:
       func()
       begin
       	:DoEvent('UnBind, nil);
       end,
     nextState: 'UnBind,
     debug: "Abort",
     _proto: _userproto000
    };
AddStepForm(Connect, Abort);



Cancel :=
    {declareSelf: 'Cancel,
     action:
       func()
       begin
       	fAbort := true;
       end,
     debug: "Cancel",
     _proto: _userproto000
    };
AddStepForm(Connect, Cancel);





Connecting :=
    {declareSelf: 'Connecting,
     viewBounds: {left: 8, top: 16, right: -8, bottom: 120},
     debug: "Connecting"
     ,
     _proto: _userproto001
    };
AddStepForm(Comms FSM, Connecting);

Connect Success :=
    {
     action:
       func()
       begin
       	fState := 'Connected;
       	
       	if fAbort then
       		return :DoEvent('Disconnect, nil);
       	
       	:DoEvent('Connected, nil);
       end,
     declareSelf: 'ConnectSuccess,
     nextState: 'Connected,
     debug: "Connect Success",
     _proto: _userproto000
    };
AddStepForm(Connecting, Connect Success);



Connect Failure :=
    {
     action:
       func(error)
       begin
       	:MNotifyError("Endpoint Connect", error);
       	
       	:DoEvent('UnBind, nil);
       end,
     declareSelf: 'ConnectFailure,
     nextState: 'UnBind,
     debug: "Connect Failure",
     _proto: _userproto000
    };
AddStepForm(Connecting, Connect Failure);



Listen Success :=
    {
     action:
       func()
       begin
       	if fAbort then
       		return :DoEvent('Abort, nil);
       	
       	:DoEvent('Accept, nil);
       end,
     declareSelf: 'ListenSuccess,
     nextState: 'Accept,
     debug: "Listen Success",
     _proto: _userproto000
    };
AddStepForm(Connecting, Listen Success);



Listen Failure :=
    {
     action:
       func(error)
       begin
       	:MNotifyError("Endpoint Listen", error);
       
       	:DoEvent('UnBind, nil);
       end,
     declareSelf: 'ListenFailure,
     nextState: 'UnBind,
     debug: "Listen Failure",
     _proto: _userproto000
    };
AddStepForm(Connecting, Listen Failure);



Cancel :=
    {declareSelf: 'Cancel,
     action:
       func()
       begin
       	fAbort := true;
       	
       	try
       		fEndPoint:Cancel(nil);
       	onexception |evt.ex.comm| do
       		nil;
       end,
     debug: "Cancel",
     _proto: _userproto000
    };
AddStepForm(Connecting, Cancel);





Accept := {declareSelf: 'Accept, debug: "Accept", _proto: _userproto001};
AddStepForm(Comms FSM, Accept);

Accept :=
    {declareSelf: 'Accept,
     action:
       func()
       begin
       	try
       		fEndPoint:Accept(nil, fCompletionSpec);
       	onexception |evt.ex| do
       		:DoEvent('AcceptFailure, [CurrentException()]);
       end,
     fCompletionSpec:
       {	async:					true,
       	reqTimeout:			kNoTimeout,
       	completionScript:	func(ep, options, result)
       								begin
       									if result then
       										ep:DoEvent('AcceptFailure, [result]);
       									else
       										ep:DoEvent('AcceptSuccess, nil);
       								end,	},
     nextState: 'Accepting,
     debug: "Accept",
     _proto: _userproto000
    };
AddStepForm(Accept, Accept);



Abort :=
    {declareSelf: 'Abort,
     action:
       func()
       begin
       	:DoEvent('Disconnect, nil);
       end,
     nextState: 'Disconnect,
     debug: "Abort",
     _proto: _userproto000
    };
AddStepForm(Accept, Abort);



Cancel :=
    {declareSelf: 'Cancel,
     action:
       func()
       begin
       	fAbort := true;
       end,
     debug: "Cancel",
     _proto: _userproto000
    };
AddStepForm(Accept, Cancel);





Accepting :=
    {declareSelf: 'Accepting, debug: "Accepting", _proto: _userproto001};
AddStepForm(Comms FSM, Accepting);

Accept Success :=
    {
     action:
       func()
       begin
       	fState := 'Connected;
       	
       	if fAbort then
       		return :DoEvent('Disconnect, nil);
       	
       	:DoEvent('Connected, nil);
       end,
     declareSelf: 'AcceptSuccess,
     nextState: 'Connected,
     debug: "Accept Success",
     _proto: _userproto000
    };
AddStepForm(Accepting, Accept Success);



Accept Failure :=
    {
     action:
       func(error)
       begin
       	:MNotifyError("Endpoint Accept", error);
       	
       	:DoEvent('UnBind, nil);
       end,
     declareSelf: 'AcceptFailure,
     nextState: 'UnBind,
     debug: "Accept Failure",
     _proto: _userproto000
    };
AddStepForm(Accepting, Accept Failure);



Cancel :=
    {declareSelf: 'Cancel,
     action:
       func()
       begin
       	fAbort := true;
       	
       	try
       		fEndPoint:Cancel(nil);
       	onexception |evt.ex.comm| do
       		nil;
       end,
     debug: "Cancel",
     _proto: _userproto000
    };
AddStepForm(Accepting, Cancel);





Connected :=
    {declareSelf: 'Connected, debug: "Connected", _proto: _userproto001};
AddStepForm(Comms FSM, Connected);

Connected :=
    {
     action:
       func()
       begin
       	if fAbort then
       		return :DoEvent('Disconnect, nil);
       	
       	// Send message to app indicating connection has been established.
       end,
     declareSelf: 'Connected,
     debug: "Connected",
     _proto: _userproto000
    };
AddStepForm(Connected, Connected);



Disconnect :=
    {
     action:
       func()
       begin
       	fState := 'Disconnecting;
       	fAbort := true;
       	
       	try
       		fEndPoint:Disconnect(true, fCompletionSpec);
       	onexception |evt.ex| do
       		:DoEvent('DisconnectFailure, [CurrentException()]);
       end,
     declareSelf: 'Disconnect,
     nextState: 'Disconnecting,
     fCompletionSpec:
       {	async:					true,
       	reqTimeout:			kNoTimeout,
       	completionScript:	func(ep, options, result)
       								begin
       									if result then
       										ep:DoEvent('DisconnectFailure, [result]);
       									else
       										ep:DoEvent('DisconnectSuccess, nil);
       								end,	},
     debug: "Disconnect",
     _proto: _userproto000
    };
AddStepForm(Connected, Disconnect);



Cancel :=
    {declareSelf: 'Cancel,
     action:
       func()
       begin
       	if fPowerOffState then
       		:DoEvent('Disconnect, nil);
       	else
       		try
       			fEndPoint:Cancel(nil);
       		onexception |evt.ex.comm| do
       			nil;
       end,
     debug: "Cancel",
     _proto: _userproto000
    };
AddStepForm(Connected, Cancel);





Disconnecting :=
    {declareSelf: 'Disconnecting, debug: "Disconnecting", _proto: _userproto001}
    ;
AddStepForm(Comms FSM, Disconnecting);

Disconnect Success :=
    {
     action:
       func()
       begin
       	:DoEvent('UnBind, nil);
       end,
     declareSelf: 'DisconnectSuccess,
     nextState: 'UnBind,
     debug: "Disconnect Success",
     _proto: _userproto000
    };
AddStepForm(Disconnecting, Disconnect Success);



Disconnect Failure :=
    {
     action:
       func(error)
       begin
       	:MNotifyError("Endpoint Disconnect", error);
       
       	:DoEvent('UnBind, nil);
       end,
     declareSelf: 'DisconnectFailure,
     nextState: 'UnBind,
     debug: "Disconnect Failure",
     _proto: _userproto000
    };
AddStepForm(Disconnecting, Disconnect Failure);



Cancel :=
    {declareSelf: 'Cancel,
     action:
       func()
       begin
       	fAbort := true;
       	
       	try
       		fEndPoint:Cancel(nil);
       	onexception |evt.ex.comm| do
       		nil;
       end,
     debug: "Cancel",
     _proto: _userproto000
    };
AddStepForm(Disconnecting, Cancel);





UnBind :=
    {declareSelf: 'UnBind,
     viewBounds: {left: 8, top: 16, right: -8, bottom: 72},
     debug: "UnBind",
     _proto: _userproto001
    };
AddStepForm(Comms FSM, UnBind);

UnBind :=
    {declareSelf: 'UnBind,
     action:
       func()
       begin
       	try
       		fEndPoint:UnBind(fCompletionSpec);
       	onexception |evt.ex| do
       		:DoEvent('UnBindFailure, [CurrentException()]);
       end,
     fCompletionSpec:
       {	async:					true,
       	reqTimeout:			kNoTimeout,
       	completionScript:	func(ep, options, result)
       								begin
       									if result then
       										ep:DoEvent('UnBindFailure, [result]);
       									else
       										ep:DoEvent('UnBindSuccess, nil);
       								end,	},
     nextState: 'UnBinding,
     debug: "UnBind",
     _proto: _userproto000
    };
AddStepForm(UnBind, UnBind);



Cancel :=
    {declareSelf: 'Cancel,
     action:
       func()
       begin
       	fAbort := true;
       end,
     debug: "Cancel",
     _proto: _userproto000
    };
AddStepForm(UnBind, Cancel);





UnBinding :=
    {declareSelf: 'UnBinding, debug: "UnBinding", _proto: _userproto001};
AddStepForm(Comms FSM, UnBinding);

UnBind Success :=
    {
     action:
       func()
       begin
       	:DoEvent('Dispose, nil);
       end,
     declareSelf: 'UnBindSuccess,
     nextState: 'Dispose,
     debug: "UnBind Success",
     _proto: _userproto000
    };
AddStepForm(UnBinding, UnBind Success);



UnBind Failure :=
    {
     action:
       func(exception)
       begin
       	:MNotifyError("Endpoint UnBind", exception);
       	
       	:DoEvent('Dispose, nil);
       end,
     declareSelf: 'UnBindFailure,
     nextState: 'Dispose,
     debug: "UnBind Failure",
     _proto: _userproto000
    };
AddStepForm(UnBinding, UnBind Failure);



Cancel :=
    {declareSelf: 'Cancel,
     action:
       func()
       begin
       	fAbort := true;
       	
       	try
       		fEndPoint:Cancel(nil);
       	onexception |evt.ex.comm| do
       		nil;
       end,
     debug: "Cancel",
     _proto: _userproto000
    };
AddStepForm(UnBinding, Cancel);





Dispose :=
    {declareSelf: 'Dispose,
     viewBounds: {left: 8, top: 16, right: -8, bottom: 72},
     debug: "Dispose",
     _proto: _userproto001
    };
AddStepForm(Comms FSM, Dispose);

Dispose :=
    {
     action:
       func()
       begin
       	try
       		fEndPoint:Dispose();
       	onexception |evt.ex| do
       		return :DoEvent('DisposeFailure, [CurrentException()]);
       	
       	:DoEvent('DisposeSuccess, nil);
       end,
     declareSelf: 'Dispose,
     nextState: 'Disposing,
     debug: "Dispose",
     _proto: _userproto000
    };
AddStepForm(Dispose, Dispose);



Cancel :=
    {declareSelf: 'Cancel,
     action:
       func()
       begin
       	fAbort := true;
       end,
     debug: "Cancel",
     _proto: _userproto000
    };
AddStepForm(Dispose, Cancel);





Disposing :=
    {declareSelf: 'Disposing, debug: "Disposing", _proto: _userproto001};
AddStepForm(Comms FSM, Disposing);

Dispose Success :=
    {
     action:
       func()
       begin
       	:DoEvent('CleanUp, nil);
       end,
     declareSelf: 'DisposeSuccess,
     nextState: 'CleanUp,
     debug: "Dispose Success",
     _proto: _userproto000
    };
AddStepForm(Disposing, Dispose Success);



Dispose Failure :=
    {
     action:
       func(error)
       begin
       	:MNotifyError("Endpoint Dispose", error);
       	
       	:DoEvent('CleanUp, nil);
       end,
     declareSelf: 'DisposeFailure,
     nextState: 'CleanUp,
     debug: "Dispose Failure",
     _proto: _userproto000
    };
AddStepForm(Disposing, Dispose Failure);



Cancel :=
    {declareSelf: 'Cancel,
     action:
       func()
       begin
       	fAbort := true;
       end,
     debug: "Cancel",
     _proto: _userproto000
    };
AddStepForm(Disposing, Cancel);





Clean Up :=
    {declareSelf: 'CleanUp,
     viewBounds: {left: 8, top: 16, right: -8, bottom: 56},
     debug: "Clean Up",
     _proto: _userproto001
    };
AddStepForm(Comms FSM, Clean Up);

Clean Up :=
    {
     action:
       func()
       begin
       	if fPowerOffState then
       		begin
       			fPowerOffState := nil;
       			PowerOffResume(kAppSymbol);
       		end;
       	UnRegPowerOff(kAppSymbol);
       	
       	fEndpoint := nil;
       	fAbort := nil;
       	fState := 'Disconnected;
       	fConnectAction := nil;
       end,
     declareSelf: 'CleanUp,
     nextState: 'Genesis,
     debug: "Clean Up",
     _proto: _userproto000
    };
AddStepForm(Clean Up, Clean Up);





// After Script for "Comms FSM"
thisView := Comms FSM;
call kFSMCleanUpFunc with (thisView);


constant |layout_CommsFSM| := Comms FSM;
// End of file CommsFSM
// Beginning of file Main.t
vMain :=
    {title: kAppName,
     viewBounds: {left: -4, top: 2, right: 224, bottom: 310},
     viewFormat: 83951953,
     FSM: nil,
     viewQuitScript:
       // must return the value of inherited:?viewQuitScript();
       func()
       begin
       	FSM:DoEvent('Cancel, nil);
       	FSM:DoEvent('Disconnect, nil);
       	FSM:WaitForTerminal(	// this function returns NIL if FSM terminal state reached normally, TRUE if user aborted
       										{	statusText:						"Please wait...",											// message at top of status dialog
       											titleText:							"FSM is executing toward terminal state.",	// message at bottom of status dialog
       											delayUntilStatusVisible:	2000,						// show status slip 2 seconds after entering WaitForTerminal
       											delayUntilAbortVisible:		8000,						// show abort button 8 seconds after status dialog opens
       											abortButtonText:				"Go Away!",	}	);		// text inside abort button
       	FSM := FSM:Dispose();
       	inherited:?viewQuitScript();		// this method is defined internally
       end,
     viewSetupFormScript:
       func()
       begin
       	// resize to fit on all "small" newtons.
       	constant kMaxWidth := 240;
       	constant kMaxHeight := 336;
       	
       	local b := GetAppParams();
       	self.viewBounds := RelBounds(b.appAreaLeft, b.appAreaTop,
       										  MIN(b.appAreaWidth, kMaxWidth),
       										  MIN(b.appAreaHeight, kMaxHeight));
       	
       	FSM := GetLayout("CommsFSM"):Instantiate();
       end,
     ReorientToScreen: ROM_DefRotateFunc,
     debug: "vMain",
     _proto: @157
    };

Connect :=
    {
     buttonClickScript:
       func()
       begin
       	FSM:DoEvent('Create, nil);
       end,
     text: "Connect",
     viewBounds: {left: 46, top: 34, right: 114, bottom: 54},
     debug: "Connect",
     _proto: @226
    };
AddStepForm(vMain, Connect);



Disconnect :=
    {
     buttonClickScript:
       func()
       begin
       	FSM:DoEvent('Disconnect, nil);
       end,
     text: "Disconnect",
     viewBounds: {left: 126, top: 34, right: 194, bottom: 54},
     debug: "Disconnect",
     _proto: @226
    };
AddStepForm(vMain, Disconnect);



Cancel :=
    {
     buttonClickScript:
       func()
       begin
       	FSM:DoEvent('Cancel, nil);
       end,
     text: "Cancel",
     viewBounds: {left: 86, top: 66, right: 154, bottom: 86},
     debug: "Cancel",
     _proto: @226
    };
AddStepForm(vMain, Cancel);



vTraceBox :=
    {text: "",
     viewBounds: {left: 8, top: 108, right: 224, bottom: 180},
     viewJustify: 0,
     viewFont: simpleFont9,
     debug: "vTraceBox",
     _proto: @218
    };
AddStepForm(vMain, vTraceBox);
StepDeclare(vMain, vTraceBox, 'vTraceBox);




constant |layout_Main.t| := vMain;
// End of file Main.t