PlcoxmlCodeGenerator Class Reference

Detailed Description

This class is a specialisation of the Iec61131stCodeGenerator to generate code in the PlcOpen XML format [see also here]. The current status of this code generator backend is "experimental". The generated code complies with the XML scheme (validated with xmlcopyeditor), it can be imported by TwinCAT, CodeSys, GEB IDE and PLCopenEditor.

In contrast to its base class, PlcoxmlCodeGenerator does not allow for the insertion of configuration code. As a consequence, i/o is restricted to boolean variables, either symbolic marker or explicit i/o addresses. More flexible approaches that integrate CompileDES generated code with the PlcOpen XML data model are currently studied in an industrial application context.

The following code-options are supported.

IecSchemeVersion. This option specifies the XML-scheme used for generating output. Possible values are v1.01 (dated late 2005) and v2.01 (dated mid 2009). For the code generated by CompileDES, this effects only the parameters for the outer XML-element <project>. For recent code editors, version v2.01 should be fine. This is the default.

<IecSchemeVersion val="v2.01"/>

IecToolVendor. This option specifies the companyName attribute in the PlcOpen XML file header. It defaults to FGDES/LRT.

<IecToolVendor val="FeelGood Inc."/>

IecContentAuthor, IecContentOrganization, IecContentVersion. These options specify the respective attributes in the PCLopen XML content header. The default is empty. We have experienced editors that insist in the version attribute to be set.

<IecContentAuthor val="James Brown"/>
<IecContentOrganization val="Federal Records"/>
<IecContentVersion val="stable"/>

IecTextElement. This option specifies the output format for plain text, i.e., IEC ST code and comments. The documentation indicates that any XHTML-formated text should be fine. This includes plain ascii text with <, > and & escaped. This is the default behaviour. Setting this option to xhtml adds an outer XHTML element, as seen when exporting from TwinCAT and CodeSys. Alternatively, setting the option to cdata uses a CDATA element to emphasises preformated text, as seen when exporting with PLCopenEditor.

<IecTextElement val="cdata"/>

IMPORTANT NOTE. The current implementation does not validate user provided XML attributes. They will be quoted in double quotes and not escaped whatsoever. Thus, attributes are effectively restricted to plain ascii with no double quote and no indicator characters. A future implementation will have an appropriate wrapper to format attributes.

Definition at line 91 of file cgp_plcoxml.h.

#include <cgp_plcoxml.h>

Inheritance diagram for PlcoxmlCodeGenerator:

Basic Class Maintenance
	PlcoxmlCodeGenerator (void)
	Constructor.
virtual	~PlcoxmlCodeGenerator (void)
	Explicit destructor.
virtual void	Clear (void)
	Clear all data.

Protected Member Functions
void	DoGenerate (void)
	code generation hook (overall)
void	DoGenerateFunction (void)
	code generation hook (cyclic function)
void	DoGenerateInterface (void)
	code generation (cyclic function, interface)
void	DoGenerateBody (void)
	code generation (cyclicg function, st body)
void	DoGenerateLookups (void)
	code generation hook (symbolic name lookup functions)
virtual void	VariableDeclare (const std::string &ladd, const std::string &ltype)
	generate code: conditionals
virtual void	VariableDeclare (const std::string &ladd, const std::string &ltype, const std::string &lval)
	generate code: conditionals
virtual void	CintarrayDeclare (const AA &address, const std::vector< int > &val)
	generate code: conditionals
virtual void	CwordarrayDeclare (const AA &address, const std::vector< word_t > &val)
	generate code: conditionals
virtual void	CstrarrayDeclare (const AA &address, const std::vector< std::string > &val)
	generate code: conditionals
virtual void	IntarrayDeclare (const AA &address, int len)
	generate code: conditionals
virtual void	IntarrayDeclare (const AA &address, const std::vector< int > &val)
	generate code: conditionals
virtual void	WordarrayDeclare (const AA &address, int len)
	generate code: conditionals
virtual void	WordarrayDeclare (const AA &address, const std::vector< word_t > &val)
	generate code: conditionals
virtual void	DeclareImportPhysicalIo (void)
	generate code: conditionals
virtual void	XmlBeginPlainText ()
virtual void	XmlEndPlainText ()
virtual void	XmlDocumentation (const std::string &text)
virtual void	DoReadTargetConfiguration (TokenReader &rTr)
	File i/o.
virtual void	DoWriteTargetConfiguration (TokenWriter &rTw) const
	File i/o.
Protected Member Functions inherited from Iec61131stCodeGenerator
void	DoCompile (void)
	add my preferences to DoCompile
virtual void	DecrementTimers (void)
	code snippet
void	BeginCyclicCode (void)
	reimplemented code snippets
void	EndCyclicCode (void)
	reimplemented code snippets
virtual std::string	TargetAddress (const AA &address)
	abstract address conversion
virtual AX	TargetExpression (const AA &address)
	abstract address conversion
void	CurrentVariableType (const IECVariableType &type)
IECVariableType	CurrentVariableType (void)
virtual void	Comment (const std::string &text)
	generate code: conditionals
virtual void	IntegerDeclare (const AA &address)
	generate code: conditionals
virtual void	IntegerDeclare (const AA &address, int val)
	generate code: conditionals
virtual void	IntegerAssign (const AA &address, int val)
	generate code: conditionals
virtual void	IntegerAssign (const AA &address, const AX &expression)
	generate code: conditionals
virtual void	IntegerIncrement (const AA &address, int val)
	generate code: conditionals
virtual AX	IntegerQuotient (const AX &expression, int val)
	generate code: conditionals
virtual AX	IntegerRemainder (const AX &expression, int val)
	generate code: conditionals
virtual AX	IntegerBitmask (const AX &expression)
	generate code: conditionals
virtual AX	IntegerIsEq (const AA &address, int val)
	generate code: conditionals
virtual AX	IntegerIsEq (const AA &address, const AX &expression)
	generate code: conditionals
virtual AX	IntegerIsNotEq (const AA &address, int val)
	generate code: conditionals
virtual AX	IntegerIsNotEq (const AA &address, const AX &expression)
	generate code: conditionals
virtual AX	IntegerIsGreater (const AA &address, int val)
	generate code: conditionals
virtual AX	IntegerIsLess (const AA &address, int val)
	generate code: conditionals
virtual AX	IntegerConstant (int val)
	generate code: conditionals
virtual bool	HasIntmaths (void)
	generate code: conditionals
virtual void	WordDeclare (const AA &address)
	generate code: conditionals
virtual void	WordDeclare (const AA &address, word_t val)
	generate code: conditionals
virtual void	WordAssign (const AA &address, word_t val)
	generate code: conditionals
virtual void	WordAssign (const AA &address, const AX &expression)
	generate code: conditionals
virtual void	WordOr (const AA &address, word_t val)
	generate code: conditionals
virtual void	WordOr (const AA &address, const AX &expression)
	generate code: conditionals
virtual void	WordOr (const AA &address, const AA &op1, const AA &op2)
	generate code: conditionals
virtual void	WordOr (const AA &address, const AA &op1, word_t op2)
	generate code: conditionals
virtual void	WordAnd (const AA &address, word_t val)
	generate code: conditionals
virtual void	WordAnd (const AA &address, const AX &expression)
	generate code: conditionals
virtual void	WordAnd (const AA &address, const AA &op1, const AA &op2)
	generate code: conditionals
virtual void	WordAnd (const AA &address, const AA &op1, word_t op2)
	generate code: conditionals
virtual void	WordNand (const AA &address, const AX &expression)
	generate code: conditionals
virtual AX	WordIsBitSet (const AA &address, int idx)
	generate code: conditionals
virtual AX	WordIsBitClr (const AA &address, int idx)
	generate code: conditionals
virtual AX	WordIsMaskSet (const AA &address, word_t mask)
	generate code: conditionals
virtual AX	WordIsEq (const AA &address, word_t val)
	generate code: conditionals
virtual AX	WordIsNotEq (const AA &address, word_t val)
	generate code: conditionals
virtual AX	WordConstant (word_t val)
	generate code: conditionals
virtual void	BooleanDeclare (const AA &address)
	generate code: conditionals
virtual void	BooleanDeclare (const AA &address, int val)
	generate code: conditionals
virtual void	BooleanAssign (const AA &address, int val)
	generate code: conditionals
virtual void	BooleanAssign (const AA &address, const AX &expression)
	generate code: conditionals
virtual AX	BooleanIsEq (const AA &op1, const AA &op2)
	generate code: conditionals
virtual AX	BooleanIsNotEq (const AA &op1, const AA &op2)
	generate code: conditionals
virtual AA	CintarrayAccess (const AA &address, int index)
	generate code: conditionals
virtual AA	CintarrayAccess (const AA &address, const AA &indexaddr)
	generate code: conditionals
virtual bool	HasCintarray (void)
	generate code: conditionals
virtual AA	CwordarrayAccess (const AA &address, int index)
	generate code: conditionals
virtual AA	CwordarrayAccess (const AA &address, const AA &indexaddr)
	generate code: conditionals
virtual bool	HasCwordarray (void)
	generate code: conditionals
virtual AA	CstrarrayAccess (const AA &address, int index)
	generate code: conditionals
virtual AA	CstrarrayAccess (const AA &address, const AA &indexaddr)
	generate code: conditionals
virtual bool	HasCstrarray (void)
	generate code: conditionals
virtual AA	IntarrayAccess (const AA &address, int index)
	generate code: conditionals
virtual AA	IntarrayAccess (const AA &address, const AA &indexaddr)
	generate code: conditionals
virtual bool	HasIntarray (void)
	generate code: conditionals
virtual AA	WordarrayAccess (const AA &address, int index)
	generate code: conditionals
virtual AA	WordarrayAccess (const AA &address, const AA &indexaddr)
	generate code: conditionals
virtual bool	HasWordarray (void)
	generate code: conditionals
virtual void	IfTrue (const AX &expression)
	generate code: conditionals
virtual void	IfFalse (const AX &expression)
	generate code: conditionals
virtual void	IfWord (const AX &expression)
	generate code: conditionals
virtual void	IfElse (void)
	generate code: conditionals
virtual void	IfElseIfTrue (const AX &expression)
	generate code: conditionals
virtual void	IfEnd (void)
	generate code: conditionals
virtual void	SwitchBegin (const AA &address)
	generate code: conditionals
virtual void	SwitchCase (const AA &address, int val)
	generate code: conditionals
virtual void	SwitchCases (const AA &address, int from, int to)
	generate code: conditionals
virtual void	SwitchCases (const AA &address, const std::set< int > &vals)
	generate code: conditionals
virtual void	SwitchBreak (void)
	generate code: conditionals
virtual void	SwitchEnd (void)
	generate code: conditionals
virtual bool	HasMultiCase (void)
	generate code: conditionals
virtual void	LoopBegin (void)
	generate code: conditionals
virtual void	LoopBreak (const AX &expression)
	generate code: conditionals
virtual void	LoopEnd (void)
	generate code: conditionals
virtual void	FunctionReturn (void)
	generate code: conditionals
virtual void	RunActionSet (const std::string &address)
	generate code: conditionals
virtual void	RunActionClr (const std::string &address)
	generate code: conditionals
virtual void	RunActionExe (const AX &expression)
	generate code: conditionals
virtual void	TimerDeclare (const AA &address, const std::string &val)
	generate code: conditionals
virtual void	TimerStart (const AA &address)
	generate code: conditionals
virtual void	TimerStop (const AA &address)
	generate code: conditionals
virtual void	TimerReset (const AA &address, const std::string &val)
	generate code: conditionals
virtual AX	TimerIsElapsed (const AA &address)
	generate code: conditionals
virtual void	DeclareTimers (void)
	generate code: conditionals
virtual void	ResetState (void)
	generate code: conditionals
virtual AX	TimeConstant (int val)
	generate code: conditionals
virtual AX	IntarrayConstant (const std::vector< int > &val)
	generate code: conditionals
virtual AX	WordarrayConstant (const std::vector< word_t > &val)
	generate code: conditionals
virtual AX	StringConstant (const std::string &val)
	generate code: conditionals
virtual AX	StrarrayConstant (const std::vector< std::string > &val)
	generate code: conditionals
virtual void	DeclareImportSymbolicIo (void)
	generate code: conditionals
virtual int	CountImportPhysicalIo (void)
	generate code: conditionals
virtual int	CountImportSymbolicIo (void)
	generate code: conditionals
virtual void	LiteralCyclic (void)
	generate code: conditionals
virtual void	DeclareSystime (void)
	generate code: conditionals
virtual void	UpdateSystime (void)
	generate code: conditionals
virtual void	InsertExecHooks (void)
	generate code: conditionals
Protected Member Functions inherited from CodePrimitives
virtual void	DoGenerateDeclarations (void)
	cut-and-paste template for code snippet assembly
virtual void	DoGenerateResetCode (void)
	cut-and-paste template for code snippet assembly
virtual void	DoGenerateCyclicCode (void)
	cut-and-paste template for code snippet assembly
virtual void	LiteralPrepend (void)
	Cosmetic: prepend literally from configuration data.
virtual void	DeclareStatus (void)
	Declare "status".
virtual void	DeclareReset (void)
	Declare "reset".
virtual void	DeclareRecentEvent (void)
	Declare "recent_event".
virtual void	DeclareParallelState (void)
	Declare "parallel_state".
virtual void	DeclarePendingEvents (void)
	Declare "pending_events" and "enabled_events".
virtual void	DeclareLoopState (void)
	Declare loop state, i.e. line levels, loop flag.
virtual void	DeclareAux (void)
	Declare variables local to the provided snippets, e.g. helpers for bit-mask computation.
virtual void	DeclareLargeCarray (void)
	Declare compiled transition relations.
virtual void	DeclareSmallCarray (void)
	Declare bit-mask loop-ups.
virtual void	DeclareEventNameLookup (void)
	Declare symbolic name lookup tables.
virtual void	DeclareStateNameLookup (void)
	Declare symbolic name lookup tables.
virtual void	ResetReturn (void)
	Reset bail out.
virtual void	SenseInputs (void)
	Sense input events and add to "pending_events".
virtual void	SenseTimerElapse (void)
	Sense timer elapse vents and add to "pending_events".
virtual void	BeginExecutionLoop (void)
	Execution Loop, begin.
virtual void	UpdateEnabled (void)
	Update "enabled_events" from "parallel_state" if "exec_event" was set.
virtual void	ScheduleEvent (void)
	Select event to execute from "pending_and_enabled_events" or "enabled_events".
virtual void	BreakExecutionLoop (void)
	Execution Loop, break.
virtual void	ExecuteEvent (void)
	Take transition and figure new state.
virtual void	OperateTimers (void)
	Start/stop/reset timers w.r.t. "exec_event".
virtual void	OperateOutputs (void)
	Operate output lines w.r.t. "exec_event".
virtual void	EndExecutionLoop (void)
	Loop end.
virtual void	LiteralAppend (void)
	Cosmetic: append literally from configuration.
virtual void	ExecuteEventBySwitching (void)
	Alternative implementation of ExecuteEvent()
virtual void	ExecuteEventByInterpreter (void)
	Alternative implementation of ExecuteEventBy()
virtual void	UpdateEnabledBySwitching (void)
	Alternative implementations UpdateEnabled()
virtual void	UpdateEnabledByInterpreter (void)
	Alternative implementations UpdateEnabled()
virtual std::string	TargetSymbol (const std::string &str)
	Mangle string to valid target symbol.
virtual void	IntegerDecrement (const AA &address, int val=1)
virtual void	BitarrayDeclare (const AA &address, int blen)
virtual void	BitarrayDeclare (const AA &address, const std::vector< bool > &val)
virtual void	BitarrayAssign (const AA &address, const std::vector< bool > &val)
virtual void	BitarrayAssign (const AA &address, const AA &otherarray)
virtual void	BitarrayClear (const AA &address)
virtual void	BitarrayFull (const AA &address)
virtual void	BitarraySetBit (const AA &address, int bitaddr)
virtual void	BitarraySetBit (const AA &address, const AA &indexaddr, int offset=0, const std::vector< bool > &hint=std::vector< bool >())
virtual void	BitarrayClrBit (const AA &address, int bitaddr)
virtual void	BitarrayClrBit (const AA &address, const AA &indexaddr, int offset=0, const std::vector< bool > &hint=std::vector< bool >())
virtual void	BitarrayIsBitSet (const AA &address, const AA &indexaddr, const AA &result, int offset=0, const std::vector< bool > &hint=std::vector< bool >())
virtual void	BitarrayOr (const AA &address, const std::vector< bool > &val)
virtual void	BitarrayOr (const AA &address, const AA &op1, const std::vector< bool > &op2)
virtual void	BitarrayOrAllWords (const AA &address, const AA &result)
virtual void	BitarrayAnd (const AA &address, const std::vector< bool > &val)
virtual void	BitarrayAnd (const AA &address, const AA &otherarray)
virtual void	BitarrayAnd (const AA &address, const AA &op1, const AA &op2)
virtual void	BitarrayAnd (const AA &address, const AA &op1, const std::vector< bool > &op2)
virtual void	BitarrayFindFirst (const AA &address, const AA &result, int offset=0)
virtual void	EventSetDeclare (const AA &address)
virtual void	EventSetDeclare (const AA &address, const EventSet &evset)
virtual void	EventSetAssign (const AA &address, const EventSet &evset)
virtual void	EventSetInsert (const AA &address, const EventSet &evset)
virtual void	EventSetInsert (const AA &address, Idx ev)
virtual void	EventSetInsert (const AA &address, const AA &evaddr)
virtual void	EventSetInsert (const AA &address, const AA &evaddr, const EventSet &hint)
virtual void	EventSetErase (const AA &address, const EventSet &evset)
virtual void	EventSetErase (const AA &address, Idx ev)
virtual void	EventSetErase (const AA &address, const AA &evaddr)
virtual void	EventSetErase (const AA &address, const AA &evaddr, const EventSet &hint)
virtual void	EventSetExists (const AA &address, const AA &evaddr, const AA &result, const EventSet &hint)
virtual void	EventSetRestrict (const AA &address, const AA &otherset)
virtual void	EventSetUnion (const AA &address, const AA &op1, const EventSet &op2)
virtual void	EventSetIntersection (const AA &address, const AA &op1, const EventSet &op2)
virtual void	EventSetClear (const AA &address)
virtual void	EventSetFull (const AA &address)
virtual void	EventSetIsNotEmpty (const AA &address, const AA &result)
virtual void	EventSetFindHighestPriority (const AA &address, const AA &result)
virtual AX	ReadInputLine (const std::string &address)
virtual AX	InputExpression (const std::string &expression)
virtual int	StateTargetIdx (size_t git, Idx idx)
	Overload base class to use the vector address only if the respective code option is active)
virtual Idx	StateFaudesIdx (size_t git, int idx)
	Overload base class to use the vector address only if the respective code option is active)
Protected Member Functions inherited from CodeGenerator
virtual void	DoRead (TokenReader &rTr, const std::string &rLabel="", const Type *pContext=0)
	Read the configuration from TokenReader, see faudes Type for public wrappers.
virtual void	DoWrite (TokenWriter &rTw, const std::string &rLabel="", const Type *pContext=0) const
	Writes the configuration to TokenWriter, see faudes Type for public wrappers.

Protected Attributes
std::string	mIecSchemeVersion
	option: plcopen-xml version "v1.01" or "v2.01"
std::string	mIecToolVendor
	option: xml entry file header "company"
std::string	mIecContentAuthor
	option: xml entry content header "author"
std::string	mIecContentOrganization
	option: xml entry content header "company"
std::string	mIecContentVersion
	option: xml entry content header "version"
std::string	mIecTextElement
	option: plain text xml-element "cdata", "xhtml", or "pre"
Protected Attributes inherited from Iec61131stCodeGenerator
std::string	mIecDeclarePhysical
	option: formal declaration of io lines
bool	mHasIecTimeOperators
	option: overloaded operators for time maths
std::string	mLiteralCyclic
	option: extra cyclic code
Protected Attributes inherited from CodePrimitives
std::string	mWordType
	target data type for word
std::string	mIntegerType
	target data type for integer
std::string	mPrefix
	universal prefix (pseudo name space)
bool	mArrayForTransitions
	code option: use const array to represent transitions
bool	mMaintainStateIndices
	code option: use state indices as provided
bool	mBitAddressArithmetic
	code option: compute bit and word address on target
bool	mArrayForBitmasks
	code option: use const array to represent bit-masks
bool	mArrayForBitarray
	code option: use const array to represent bit-masks
bool	mBisectionForBitfind
	code option: use bisection to fing lowest set bit
bool	mArrayForState
	code option: use int arrays to represent that overall state
bool	mEventsetsForPerformance
	code option: eventsets for performance
bool	mLoopPendingInputs
	code option: loop until all inputs are resolved
bool	mLoopEnabledOutputs
	code option: loop until all enabled outputs are executed
bool	mStrictEventSynchronisation
	code option: strict event synchronisation
bool	mEventNameLookup
	code option: event name lookup
bool	mStateNameLookup
	code option: state name lookup
std::vector< bool >	mHasStateNames
	code option: record per generator whether there is a lookup table
std::string	mEventExecutionHook
	code option: event exec hook
std::string	mStateUpdateHook
	code option: state change hook
std::string	mLiteralPrepend
	extra code to prepend
std::string	mLiteralAppend
	extra code to prepend
std::map< std::string, bitarray_rec >	mBitarrays
	Record of all declared bit-arrays.
Protected Attributes inherited from CodeGenerator
std::string	mName
	faudes object name (aka project name)
std::vector< TimedGenerator >	mGenerators
	list of executors
std::vector< std::string >	mGeneratorNames
	list of filenames when generator are read from file
cgEventSet	mAlphabet
	event configuration by attributes
int	mWordSize
	compressed boolean capacity of target type word
int	mIntegerSize
	compressed boolean capacity of target type integer
std::map< Idx, int >	mEventBitAddress
	mapping from faudes event idx to bit address (descending priority, range 0 .
std::map< int, Idx >	mEventFaudesIdx
	mapping from bit address to faudes event idx
int	mLastInputEvent
	highest bit-address with input (or timer) event (-1 for none)
int	mLastOutputEvent
	highest bit-address with output event (-1 for none)
std::vector< std::map< Idx, int > >	mStateVectorAddress
	mapping from faudes state idx to vector index
std::vector< std::map< int, Idx > >	mStateFaudesIndex
	mapping from vector state idx to faudes index
std::vector< std::vector< int > >	mTransitionVector
	compiled transition-sets, represented as vectors of integers with 0 as separator
std::vector< std::vector< int > >	mStateVector
	compiled state-sets, map faudes index to vector address
EventSet	mUsedEvents
	configured events that are referred to by some generator
EventSet	mOutputEvents
	used events that are configured as outputs
EventSet	mInputEvents
	used events that are configured as inputs (incl timer)
EventSet	mInternalEvents
	used events that are configured as internal events (excl.
std::map< std::string, LineAddress >	mLines
	input event generation
std::map< std::string, FlagExpression >	mFlags
	input event generation
std::map< std::string, TimerConfiguration >	mTimers
	timer definitions
std::map< std::string, ActionAddress >	mActionAddresses
	action addresses
std::map< std::string, TimerAction >	mTimerActions
	timer actions by event name
int	mVerbLevel
	diagnpstic-output level
std::string	mOutMode
	output file name (base)
char	mMuteMode
	current output mode
bool	mMuteComments
	mute comments
std::string	mRecentMutedComment
	recent muted comment
std::ostream *	pOutStream
	output stream
std::ostream *	pErrStream
	error stream

Additional Inherited Members
Public Types inherited from Iec61131stCodeGenerator
enum	IECVariableType {   LOCAL, TEMP, INPUT, OUTPUT,   INOUT, EXTERNAL, GLOBAL, ACCESS,   NONE }
Public Member Functions inherited from Iec61131stCodeGenerator
	Iec61131stCodeGenerator (void)
	Constructor.
virtual	~Iec61131stCodeGenerator (void)
	Explicit destructor.
Public Member Functions inherited from CodePrimitives
	CodePrimitives (void)
	Constructor.
virtual	~CodePrimitives (void)
	Explicit destructor.
Public Member Functions inherited from CodeGenerator
	CodeGenerator (void)
	Constructor.
virtual	~CodeGenerator (void)
	Destructor.
virtual void	Name (const std::string &rName)
	Set objects's name (reimplementing base faudes::Type)
virtual const std::string &	Name (void) const
	Get objects's name (reimplementing base faudes::Type)
virtual void	Compile (void)
	Compile input data for alternative representation.
Idx	Size (void) const
	Number of generators.
void	Insert (const std::string &file)
	Add a Generator from file.
void	Insert (const TimedGenerator &rGen)
	Add a generator by reference.
const TimedGenerator &	At (int i) const
	Direct access for read-only access of generators.
Iterator	Begin (void) const
	Begin-iterator for read-only access of generators.
Iterator	End (void) const
	End-iterator for read-only access of generators.
Idx	EventIndex (const std::string &rName) const
	Faudes-event index lookup.
std::string	EventName (Idx index) const
	Faudes-event name lookup.
const AttributeCodeGeneratorEvent &	EventAttribute (Idx ev) const
	Event configuration attribute lookup.
void	EventAttribute (Idx ev, const AttributeCodeGeneratorEvent &attr)
	Set event attribute.
void	Alphabet (const cgEventSet &rAlphabet)
	Set all event attributes.
const cgEventSet &	Alphabet (void) const
	Access alphabet (incl event attributes)
virtual int	EventTargetIdx (Idx idx)
	Get target event Idx from faudes Idx (use bit-address + 1)
virtual int	EventTargetIdx (const std::string &ev)
	Get target event Idx from faudes name (use bit-address + 1)
int	EventBitAddress (Idx idx)
	Get event bit-address from faudes Idx (consecutive, starts at 0)
Idx	EventFaudesIdx (int idx)
	Get faudes Idx from target Idx (aka from bit-address + 1)
std::vector< bool >	EventBitMask (Idx idx)
	Get vector representation for a single faudes event Idx.
std::vector< bool >	EventBitMask (const EventSet &eset)
	Get vector representation for faudes event set.
int	EventBitMaskSize (void)
	Get overall number of events.
word_t	WordFromBitVector (const std::vector< bool > &vect, int wordindex)
	Extract individual word from boolean vector.
std::vector< word_t >	WordVectorFromBitVector (const std::vector< bool > &vect)
	Convert boolean vector to word array.
const std::vector< int > &	TransitionVector (size_t git)
	Get target state index (refer to vector representation as default, overload in CodePrimitives)
LineIterator	LinesBegin ()
	Access to line records by iterator.
LineIterator	LinesEnd ()
	Access to line records by iterator.
FlagIterator	FlagsBegin ()
	Access to flag records by iterator.
FlagIterator	FlagsEnd ()
	Access to flag records by iterator.
TimerIterator	TimersBegin ()
	Access to timer records by iterator.
TimerIterator	TimersEnd ()
	Access to timer records by iterator.
ActionAddressIterator	ActionAddressesBegin ()
	Access to action addresses by iterator.
ActionAddressIterator	ActionAddressesEnd ()
	Access to action addresses by iterator.
TimerActionIterator	TimerActionsBegin ()
	Access to timer records by iterator.
TimerActionIterator	TimerActionsEnd ()
	Access to timer records by iterator.
virtual void	Generate (void)
	Generate code.
void	Verbose (int level, std::ostream *altout=0)
	Set verbosity level.
virtual void	OutputMode (const std::string &mode)
	Set code output mode.
std::string	OutputMode (void)
	Report code output mode.
virtual std::ostream &	Output (void)
	Output stream.
const std::string &	OutputString (void)
	Get accumulated output as string.
void	OutputString (const std::string &strbuf)
	Set output to string.
virtual void	MuteMode (char mode)
	Set current mute mode.
virtual void	MuteCond (char mode)
	Set mode condition.
virtual void	LineFeed (int lines=1)
	LineFeed (convenience support for derived classes)
virtual std::string	LineCount (void)
	LineFeed (convenience support for derived classes)
virtual void	IndentInc ()
	Indentation (convenience support for derived classes)
virtual void	IndentDec ()
	Indentation (convenience support for derived classes)
std::string	RecentComment (void)
	Recent muted comment (convenience support for derived classes)
virtual void	XmlTextEscape (bool on)
	XmlTextEscape (escape "<", ">", "&", "\"" and "'")
virtual void	XmlCdataEscape (bool on)
	XmlCdataEscape (escape "]]>")
virtual void	MuteComments (bool on)
	Mute comments (convenience support for derived classes)
virtual void	MuteVspace (bool on)
	Mute empty lines (convenience support for derived classes)
Static Public Member Functions inherited from CodeGenerator
static std::string	VersionString (void)
	Version (refers to macro COMPILEDES_VERSION, defined in cgp_codegenerator.h)
static void	Register (const std::string &type, CodeGenerator *(*newcg)(void))
	Insert derived class in the registry.
static std::vector< std::string >	Registry (void)
	Access registry contents.
static CodeGenerator *	New (const std::string &type)
	Instantiate by identifier (returns 0 on unknown class)
Public Attributes inherited from CodeGenerator
std::vector< int >	mWordAddressVector
	Look-up table to map a bit-address to the word-index.
std::vector< word_t >	mBitMaskVector
	Look-up table to map a bit-address to the word-bitmask.

Member Function Documentation

void PlcoxmlCodeGenerator::DoReadTargetConfiguration ( TokenReader &  rTr )

protectedvirtual

Reads global configuration from TokenReader, excl. label

Parameters

rTr	TokenReader to read from

Exceptions

Exception

token mismatch (id 502) IO error (id 1)

Reimplemented from Iec61131stCodeGenerator.

Definition at line 61 of file cgp_plcoxml.cpp.

void PlcoxmlCodeGenerator::DoWriteTargetConfiguration ( TokenWriter &  rTw ) const

protectedvirtual

Write global configuration to TokenWriter, excl. label

Parameters

rTw	Reference to TokenWriter

Exceptions

Exception

IO errors (id 2)

Reimplemented from Iec61131stCodeGenerator.

Definition at line 100 of file cgp_plcoxml.cpp.

---

The documentation for this class was generated from the following files:

• cgp_plcoxml.h
• cgp_plcoxml.cpp