AutoContact Class Reference

Abstract base class for AutoContact. More...

Inheritance diagram for AutoContact:

Public Member Functions
Hook *	getBodyHook ()
Hook *	getAnchorHook ()
Component *	getAnchor () const
Net *	getNet () const
const Layer *	getLayer () const
DbU::Unit	getX () const
DbU::Unit	getY () const
DbU::Unit	getDx () const
DbU::Unit	getDy () const
Point	getCenter () const
Point	getPosition () const
DbU::Unit	getWidth () const
DbU::Unit	getHalfWidth () const
DbU::Unit	getHeight () const
DbU::Unit	getHalfHeight () const
Components	getSlaveComponents () const
void	setLayer (const Layer *)
void	setWidth (DbU::Unit)
void	setHeight (DbU::Unit)
void	setSizes (DbU::Unit width, DbU::Unit height)
void	setX (DbU::Unit)
void	setY (DbU::Unit)
void	setPosition (DbU::Unit width, DbU::Unit height)
void	setPosition (const Point &)
void	setDx (DbU::Unit)
void	setDy (DbU::Unit)
void	setOffset (DbU::Unit dx, DbU::Unit dy)
virtual void	translate (const DbU::Unit &tx, const DbU::Unit &ty)
bool	isInCreationStage () const
bool	isInvalidated () const
bool	isInvalidatedCache () const
bool	isTurn () const
bool	isTee (unsigned int direction) const
bool	isHTee () const
bool	isVTee () const
bool	isFixed () const
bool	hasBadTopology () const
bool	canDestroy (unsigned int flags=0) const
bool	canMoveUp (const AutoSegment *moved) const
Contact *	base () const
virtual const Name &	getName () const
size_t	getId () const
virtual Box	getBoundingBox () const
GCell *	getGCell () const
virtual AutoSegment *	getOpposite (const AutoSegment *) const =0
virtual AutoSegment *	getPerpandicular (const AutoSegment *) const =0
virtual AutoSegment *	getSegment (unsigned int) const =0
unsigned int	getMinDepth () const
unsigned int	getMaxDepth () const
void	getLengths (DbU::Unit *lengths, AutoSegment::DepthLengthSet &)
virtual Box	getNativeConstraintBox () const
Interval	getUConstraints (unsigned int direction) const
DbU::Unit	getCBXMin () const
DbU::Unit	getCBXMax () const
DbU::Unit	getCBYMin () const
DbU::Unit	getCBYMax () const
Box	getConstraintBox () const
Box &	intersectConstraintBox (Box &box) const
void	invalidate (unsigned int flags=0)
virtual void	updateGeometry ()=0
virtual void	updateTopology ()=0
void	showTopologyError (const std::string &, unsigned int flags=0)
virtual void	checkTopology ()
void	setGCell (GCell *)
void	setCBXMin (DbU::Unit xMin)
void	setCBXMax (DbU::Unit xMax)
void	setCBYMin (DbU::Unit yMin)
void	setCBYMax (DbU::Unit yMax)
void	setConstraintBox (const Box &box)
bool	restrictConstraintBox (DbU::Unit constraintMin, DbU::Unit constraintMax, unsigned int flags=KbWarnOnError)
void	migrateConstraintBox (AutoContact *other)

Static Public Member Functions
static size_t	getAllocateds ()
static const Name &	getStaticName ()

Static Protected Member Functions
static void	_getTopology (Contact *, Component *&anchor, Horizontal **&, Vertical **&, size_t)

Detailed Description

Abstract base class for AutoContact.

Caching Mechanism

To bypass the Ring/Hook mechanism and the subsequent Session::Lookup() call, the AutoSegments anchored on an AutoContact are cached in the AutoContact itself. They can be accessed through getHorizontalN() and getVerticalN() accessors N depending on the subtype of AutoContact.

Cached AutoSegments are updated in the AutoContact::updateTopology() function only.

Invalidate on AutoContacts

The invalidation of an AutoContact invalidate all the segments that are anchored on it.

Special Case of HTee & VTee

When invalidating an HTee or VTee, two out of the three anchored segments are parallels. The aligned constraint is passed on those two. By default, when we invalidate an AutoSegment, the invalidation is applied to the whole aligned set through the AutoSegment::getAligneds() collection. So if one of the parallel is invalidated and the other not, it should only be because we are already in getAligneds(), then we do not want to invalidate again the whole aligned set. In that case, we perform an atomic only invalidation (reset Katabatic::KbPropagate).

For the complete invalidation/revalidation mechanism see Session Algorithm.

Notes - Differences from Katabatic 2

From the previous version of Katabatic, AutoContact have been greatly stripped down (again). They are now always punctual objetcs with stricly fixed topologies:

• AutoContactTerminal to connect to a terminal (one segment).
• AutoContactTurn to make a turn: two perpandiculars segments.
• AutoContactHTee an horizontal tee: two aligned horizonals and one vertical.
• AutoContactVTee an horizontal tee: two aligned verticals and one horizontal.

Member Function Documentation

getBodyHook()

Hook * getBodyHook ( )

inline

Base class method proxy.

References Component::getBodyHook().

Referenced by GCellTopology::_do_xG_1Pad(), and AutoSegment::create().

getAnchorHook()

Hook * getAnchorHook ( )

inline

Base class method proxy.

References Contact::getAnchorHook().

getAnchor()

Component * getAnchor ( ) const

inline

Base class method proxy.

References Contact::getAnchor().

Referenced by AutoContactTerminal::getNativeConstraintBox(), and AutoContactTerminal::updateTopology().

getNet()

Net * getNet ( ) const

inline

Base class method proxy.

References Component::getNet().

Referenced by AutoContactVTee::updateGeometry(), AutoContactTurn::updateGeometry(), AutoContactHTee::updateGeometry(), AutoContactTerminal::updateGeometry(), AutoContactVTee::updateTopology(), AutoContactTurn::updateTopology(), AutoContactHTee::updateTopology(), and AutoContactTerminal::updateTopology().

getLayer()

const Layer * getLayer ( ) const

inline

Base class method proxy.

References Component::getLayer().

Referenced by AutoSegment::makeDogleg(), AutoSegment::revalidate(), AutoContactVTee::updateTopology(), AutoContactTurn::updateTopology(), AutoContactHTee::updateTopology(), and AutoContactTerminal::updateTopology().

getX()

DbU::Unit getX ( ) const

inline

Base class method proxy.

References Component::getX().

Referenced by GCellTopology::_do_1G_1M3(), GCellTopology::_do_xG_xM3(), AutoSegment::create(), GCellTopology::doRp_StairCaseV(), AutoSegment::makeDogleg(), AutoContactVTee::updateGeometry(), AutoContactTurn::updateGeometry(), and AutoContactHTee::updateGeometry().

getY()

DbU::Unit getY ( ) const

inline

Base class method proxy.

References Component::getY().

Referenced by AutoSegment::create(), GCellTopology::doRp_StairCaseH(), AutoSegment::makeDogleg(), AutoContactVTee::updateGeometry(), AutoContactTurn::updateGeometry(), and AutoContactHTee::updateGeometry().

getDx()

DbU::Unit getDx ( ) const

inline

Base class method proxy.

References Contact::getDx().

getDy()

DbU::Unit getDy ( ) const

inline

Base class method proxy.

References Contact::getDy().

getCenter()

Point getCenter ( ) const

inline

Base class method proxy.

getPosition()

Point getPosition ( ) const

inline

Base class method proxy.

References Component::getPosition().

getWidth()

DbU::Unit getWidth ( ) const

inline

Base class method proxy.

References Contact::getWidth().

getHalfWidth()

DbU::Unit getHalfWidth ( ) const

inline

Base class method proxy.

References Contact::getHalfWidth().

getHeight()

DbU::Unit getHeight ( ) const

inline

Base class method proxy.

References Contact::getHeight().

getHalfHeight()

DbU::Unit getHalfHeight ( ) const

inline

Base class method proxy.

References Contact::getHalfHeight().

getSlaveComponents()

Components getSlaveComponents ( ) const

inline

Base class method proxy.

References Component::getSlaveComponents().

setLayer()

void setLayer ( const Layer *  layer )

inline

Base class method proxy.

References Contact::setLayer().

Referenced by AutoSegment::reduceDoglegLayer(), AutoContactVTee::updateTopology(), AutoContactTurn::updateTopology(), AutoContactHTee::updateTopology(), and AutoContactTerminal::updateTopology().

setWidth()

void setWidth ( DbU::Unit  w )

inline

Base class method proxy.

References Contact::setWidth().

setHeight()

void setHeight ( DbU::Unit  h )

inline

Base class method proxy.

References Contact::setHeight().

setSizes()

void setSizes ( DbU::Unit  w, DbU::Unit  h  )

inline

Base class method proxy.

References Contact::setSizes().

setX()

void setX ( DbU::Unit  x )

inline

Base class method proxy.

References Contact::setX().

Referenced by AutoVertical::_postCreate(), AutoContactVTee::updateGeometry(), AutoContactTurn::updateGeometry(), AutoContactHTee::updateGeometry(), and AutoContactTerminal::updateGeometry().

setY()

void setY ( DbU::Unit  y )

inline

Base class method proxy.

References Contact::setY().

Referenced by AutoHorizontal::_postCreate(), AutoContactVTee::updateGeometry(), AutoContactTurn::updateGeometry(), AutoContactHTee::updateGeometry(), and AutoContactTerminal::updateGeometry().

setPosition() [1/2]

void setPosition ( DbU::Unit  w, DbU::Unit  h  )

inline

Base class method proxy.

References Contact::setPosition().

setPosition() [2/2]

void setPosition ( const Point &  p )

inline

Base class method proxy.

References Contact::setPosition().

setDx()

void setDx ( DbU::Unit  dx )

inline

Base class method proxy.

References Contact::setDx().

setDy()

void setDy ( DbU::Unit  dy )

inline

Base class method proxy.

References Contact::setDy().

setOffset()

void setOffset ( DbU::Unit  w, DbU::Unit  h  )

inline

Base class method proxy.

References Contact::setOffset().

translate()

void translate ( const DbU::Unit &  dx, const DbU::Unit &  dy  )

virtual

Base class method proxy.

isInCreationStage()

bool isInCreationStage ( ) const

inline

Returns: true if the AutoContact is still in it's initial creation stage.

References Katabatic::CntInCreationStage.

isInvalidated()

bool isInvalidated ( ) const

inline

Returns: true if the some AutoSegment has changed and the AutoContact needs to be repositionned (through a call to AutoContact::updateGeometry()).

References Katabatic::CntInvalidated.

isInvalidatedCache()

bool isInvalidatedCache ( ) const

inline

Returns: true if the some AutoSegment has changed and the AutoContact topology needs to be restored, as a gap may have appeared (through a call to AutoSegment::updateTopology()).

References Katabatic::CntInvalidatedCache.

Referenced by AutoContactVTee::updateGeometry(), AutoContactTurn::updateGeometry(), AutoContactHTee::updateGeometry(), AutoContactTerminal::updateGeometry(), AutoContactVTee::updateTopology(), AutoContactTurn::updateTopology(), AutoContactHTee::updateTopology(), and AutoContactTerminal::updateTopology().

isTurn()

bool isTurn ( ) const

inline

Returns: true if the dynamic type of the AutoContact is of type Turn.

References Katabatic::CntTurn.

Referenced by AutoSegment::canReduce(), and AutoSegment::revalidate().

isTee()

bool isTee

(

unsigned int

direction

)

const

Returns: true if the dynamic type of the AutoContact is either of type AutoContactHTee or AutoContactVTee, according to direction.

References Katabatic::KbHorizontal, and Katabatic::KbVertical.

isHTee()

bool isHTee ( ) const

inline

Returns: true if the dynamic type of the AutoContact is of type AutoContactHTee.

References Katabatic::CntHTee.

isVTee()

bool isVTee ( ) const

inline

Returns: true if the dynamic type of the AutoContact is of type AutoContactHTee.

References Katabatic::CntVTee.

isFixed()

bool isFixed ( ) const

inline

Returns: true if the AutoContact cannot be moved.

References Katabatic::CntFixed.

Referenced by AutoSegment::create(), AutoContact::getCBXMax(), AutoContact::getCBXMin(), AutoContact::getCBYMax(), and AutoContact::getCBYMin().

hasBadTopology()

bool hasBadTopology ( ) const

inline

Returns: true if the AutoContact topology has been broken and a gap has appeared. (sould not happen...)

References Katabatic::CntBadTopology.

Referenced by AutoContactVTee::updateGeometry(), AutoContactTurn::updateGeometry(), AutoContactHTee::updateGeometry(), AutoContactTerminal::updateGeometry(), AutoContactVTee::updateTopology(), AutoContactTurn::updateTopology(), and AutoContactHTee::updateTopology().

canDestroy()

bool canDestroy

(

unsigned int

flags = 0

)

const

Returns: true if the AutoContact could be destroyed, that is, no segments remains anchored on it. If flags contains Katabatic::KbWarnOnError, issue an error message.

References Katabatic::KbWarnOnError.

canMoveUp()

bool canMoveUp

(

const AutoSegment *

moved

)

const

Returns: true if segment can be moved up without triggering a topological modification. It meaans that:

• Without moved, the AutoContact needs only one layer.
• moved go from below the AutoContact to above.

References Component::getLayer(), AutoSegment::getLayer(), and RoutingGauge::getLayerDepth().

base()

Contact * base ( ) const

inline

Returns: The Hurricane::Contact which is decorated.

Referenced by AutoVertical::_makeDogleg(), AutoSegment::create(), AutoSegment::getOppositeAnchor(), GCell::removeContact(), AutoContactVTee::updateGeometry(), AutoContactTurn::updateGeometry(), AutoContactHTee::updateGeometry(), and AutoContactTerminal::updateGeometry().

getAllocateds()

size_t getAllocateds ( )

static

Returns: The total number of AutoContact currently allocateds.

getStaticName()

const Name & getStaticName ( )

static

Returns: The name of the Hurricane::ExtensionGo slice.

getName()

const Name & getName ( ) const

virtual

Returns: The name of the Hurricane::ExtensionGo slice.

getId()

const Name & getId ( ) const

inline

Returns: The unique identifer of the AutoSegment.

getBoundingBox()

Box getBoundingBox ( ) const

virtual

See also

Contact::getBoundingBox().

getGCell()

GCell * getGCell ( ) const

inline

Returns: The GCell into which the AutoContact is located.

Referenced by AutoHorizontal::_canSlacken(), AutoVertical::_canSlacken(), AutoHorizontal::_makeDogleg(), AutoVertical::_makeDogleg(), AutoHorizontal::_postCreate(), AutoVertical::_postCreate(), AutoHorizontal::_preDestroy(), AutoVertical::_preDestroy(), AutoSegment::AutoSegment(), AutoHorizontal::canMoveULeft(), AutoVertical::canMoveULeft(), AutoHorizontal::canMoveURight(), AutoVertical::canMoveURight(), AutoHorizontal::getGCells(), AutoVertical::getGCells(), AutoSegment::makeDogleg(), AutoHorizontal::moveULeft(), AutoVertical::moveULeft(), AutoHorizontal::moveURight(), AutoVertical::moveURight(), and AutoSegment::toConstraintAxis().

getOpposite()

AutoSegment * getOpposite ( const AutoSegment *  reference ) const

pure virtual

Returns: The other AutoSegment the same direction as reference, this is only meaningful on AutoContactHTee or AutoContactVTee. If there is no opposite, NULL is returned.

Implemented in AutoContactTerminal, AutoContactHTee, AutoContactTurn, and AutoContactVTee.

getPerpandicular()

AutoSegment * getPerpandicular ( const AutoSegment *  reference ) const

pure virtual

Returns: The AutoSegment in the perpandicular direction to reference, this is only meaningful on AutoContacTurn. It there is no unique perpandicular, NULL is returned.

Implemented in AutoContactTerminal, AutoContactHTee, AutoContactTurn, and AutoContactVTee.

Referenced by AutoSegment::raise(), AutoSegment::reduce(), and AutoSegment::revalidate().

getSegment()

AutoSegment * getSegment ( unsigned int  index ) const

pure virtual

Returns: The nth anchored AutoSegment. The index is significant:

• 0 : first horizontal (h1).
• 1 : second horizontal (h2).
• 2 : first vertical (b1).
• 3 : second vertical (b2).

Not all the indexes are filled for every AutoContact. For example Turn have h1 and b1, and HTee have h1, h2 and v1.

Implemented in AutoContactTerminal, AutoContactHTee, AutoContactTurn, and AutoContactVTee.

Referenced by AutoHorizontal::canMoveULeft(), AutoVertical::canMoveULeft(), AutoHorizontal::canMoveURight(), AutoVertical::canMoveURight(), LocatorHelper::getSegment(), LocatorHelper::LocatorHelper(), AutoHorizontal::moveULeft(), AutoVertical::moveULeft(), AutoHorizontal::moveURight(), AutoVertical::moveURight(), and LocatorHelper::progress().

getMinDepth()

unsigned int getMinDepth

(

)

const

Returns: The layer depth of the bottom layer of the AutoContact.

References Component::getLayer().

Referenced by AutoSegment::canPivotUp().

getMaxDepth()

unsigned int getMaxDepth

(

)

const

Returns: The layer depth of the top layer of the AutoContact.

References Component::getLayer().

Referenced by AutoSegment::canPivotDown().

getLengths()

void getLengths	(	DbU::Unit *	lengths,
		AutoSegment::DepthLengthSet &	processeds
	)

Parameters

lengths	A table of DbU::Unit, the size of all routing layers used.
processeds	An AutoSegment sorted set holding all the already processeds AutoSegments.

Compute the lengths over the owning GCell of all the AutoSegments anchored on this AutoContact. The lengths are added to the total length table lengths. To avoid double accounting of the local AutoSegments that have both source & target in the same GCell, we keep a set of already processeds AutoSegments in processeds.

References Katabatic::KbHorizontal, Katabatic::KbVertical, and toLambda().

getNativeConstraintBox()

Box getNativeConstraintBox ( ) const

virtual

Returns: The native constraint box (that is, whithout any user constraints applied). For AutoContactTerminal, this is the Box of the supporting external component, and for all others the bounding box of the owning GCell.

Reimplemented in AutoContactTerminal.

getUConstraints()

Interval getUConstraints

(

unsigned int

direction

)

const

Returns: The constraint interval in direction (that is, the relevant side of the constraint box).

References Interval::inflate(), and Katabatic::KbHorizontal.

Referenced by AutoContactTerminal::updateGeometry().

getCBXMin()

DbU::Unit getCBXMin ( ) const

inline

Returns: The X coordinate of the bottom left corner of the constraint box.

References DbU::fromLambda(), Component::getX(), GCell::getX(), and AutoContact::isFixed().

Referenced by AutoContact::getConstraintBox(), and AutoVertical::getConstraints().

getCBXMax()

DbU::Unit getCBXMax ( ) const

inline

Returns: The X coordinate of the top right corner of the constraint box.

References DbU::fromLambda(), Component::getX(), GCell::getX(), and AutoContact::isFixed().

Referenced by AutoContact::getConstraintBox(), and AutoVertical::getConstraints().

getCBYMin()

DbU::Unit getCBYMin ( ) const

inline

Returns: The Y coordinate of the bottom left corner of the constraint box.

References DbU::fromLambda(), Component::getY(), GCell::getY(), and AutoContact::isFixed().

Referenced by AutoContact::getConstraintBox(), and AutoHorizontal::getConstraints().

getCBYMax()

DbU::Unit getCBYMax ( ) const

inline

Returns: The Y coordinate of the top right corner of the constraint box.

References DbU::fromLambda(), Component::getY(), GCell::getY(), and AutoContact::isFixed().

Referenced by AutoContact::getConstraintBox(), and AutoHorizontal::getConstraints().

getConstraintBox()

Box getConstraintBox ( ) const

inline

Returns: The current constraint box: the native constraint box with all the user's contraints applieds.

References AutoContact::getCBXMax(), AutoContact::getCBXMin(), AutoContact::getCBYMax(), and AutoContact::getCBYMin().

Referenced by AutoSegment::computeOptimal(), and AutoContact::migrateConstraintBox().

intersectConstraintBox()

Box & intersectConstraintBox

(

Box &

box

)

const

Returns: The intersection between box and the constraint box. The result is stored into box and a reference to it is returned.

References Box::getIntersection().

invalidate()

void invalidate

(

unsigned int

flags = 0

)

Invalidate the AutoContact, schedule it for revalidation in the Session. If flag containt Katabatic::CntInvalidTopology, the topology of the AutoContact will also be checked and possible gap closeds.

The revalidations methods associated are:

• AutoSegment::updateGeometry(), recompute the punctual contact position.
• AutoSegment::updateTopology(), restore the connexity.

References Katabatic::CntInvalidated, and Katabatic::CntInvalidatedCache.

Referenced by AutoHorizontal::_makeDogleg(), AutoVertical::_makeDogleg(), and AutoSegment::AutoSegment().

updateGeometry()

void updateGeometry ( )

pure virtual

Compute the new position of the AutoContact based on the AutoSegment positions. The Session mechanism ensure that all AutoSegment are set into their final positions before calling this updator.

Implemented in AutoContactTerminal, AutoContactHTee, AutoContactTurn, and AutoContactVTee.

updateTopology()

void updateTopology ( )

pure virtual

Modificate the AutoContact topology to close any gap. This could be by changing layer or creating a new dogleg on an incident AutoSegment.

Implemented in AutoContactTerminal, AutoContactHTee, AutoContactTurn, and AutoContactVTee.

showTopologyError()

void showTopologyError	(	const std::string &	message,
		unsigned int	flags = 0
	)

Comprensive display of the topology of the AutoContact to ease the debug work. Prepend with the error message message. Do no throw an error.

References AutoSegment::isGlobal().

Referenced by AutoContactTerminal::updateGeometry(), AutoContactVTee::updateTopology(), AutoContactTurn::updateTopology(), AutoContactHTee::updateTopology(), and AutoContactTerminal::updateTopology().

checkTopology()

void checkTopology ( )

virtual

Check for topology correctness (no gaps), display an error message if needed.

setGCell()

void setGCell

(

GCell *

gcell

)

Set the owning GCell.

References GCell::addContact(), and toLambda().

Referenced by AutoHorizontal::moveULeft(), AutoVertical::moveULeft(), AutoHorizontal::moveURight(), and AutoVertical::moveURight().

setCBXMin()

void setCBXMin ( DbU::Unit  xMin )

inline

Set the lower left X coordinate of the constraint box.

Remark: It cannot go outside the GCell bounding box.

References GCell::getX().

setCBXMax()

void setCBXMax ( DbU::Unit  xMax )

inline

Set the upper right X coordinate of the constraint box.

Remark: It cannot go outside the GCell bounding box.

References GCell::getX(), and GCell::getXMax().

setCBYMin()

void setCBYMin ( DbU::Unit  yMin )

inline

Set the lower left Y coordinate of the constraint box.

Remark: It cannot go outside the GCell bounding box.

References GCell::getY().

setCBYMax()

void setCBYMax ( DbU::Unit  yMax )

inline

Set the upper right Y coordinate of the constraint box.

Remark: It cannot go outside the GCell bounding box.

References GCell::getY(), and GCell::getYMax().

setConstraintBox()

void setConstraintBox

(

const Box &

box

)

Set the constraint box.

Remark: It cannot go outside the GCell bounding box.

References Box::getXMax(), Box::getXMin(), Box::getYMax(), and Box::getYMin().

restrictConstraintBox()

bool restrictConstraintBox	(	DbU::Unit	min,
		DbU::Unit	max,
		unsigned int	flags = KbWarnOnError
	)

Parameters

min	The minimum of the restriction interval.
max	The maximum of the restriction interval.
flags	Gives the direction of the restriction.

Returns

true if the restriction was actually applied.

Restrict the current constraint box but check if the restriction will not lead to an empty interval, in that case, do nothing and return false.

References Katabatic::KbHorizontal, Katabatic::KbVertical, Katabatic::KbWarnOnError, and toLambda().

migrateConstraintBox()

void migrateConstraintBox

(

AutoContact *

other

)

Transfer the user constraint box from other to the current object this. The constraints of other are restored to their native values. The two contacts must belong to the same GCell for this method to take effect.

References AutoContact::getConstraintBox().

Referenced by AutoHorizontal::_makeDogleg(), and AutoVertical::_makeDogleg().

_getTopology()

void _getTopology ( Contact *  support, Component *&  anchor, Horizontal **&  horizontals, Vertical **&  verticals, size_t  size  )

staticprotected

Parameters

anchor	The anchor, if any.
hs	The Hurricane::Horizontal anchored.
vs	The Hurricane::Vertical anchored.
sz	The size of boths hs & vs table passed as arguments.

Fill anchor , hs and vs with the components anchored on this AutoContact.

References Contact::getAnchor(), and Component::getSlaveComponents().

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

• AutoContact.h
• AutoContact.cpp
• AutoContact.dox