Group 1 Support Tasks

Functional Spec Use Cases Unit Tests Technical Spec Implementation
Task Summary Owner
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPoint Greg Gelfond
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPolygon Staffan Hellstrom
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect Issac Yonemoto
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRegion Issac Yonemoto





Functional Spec Use Cases Unit Tests Technical Spec Implementation
Task Details
BPoint Class
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPoint();
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPoint(float X, float Y);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPoint(const BPoint& pt);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPoint& operator=(const BPoint& from);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void Set(float X, float Y);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void ConstrainTo(BRect rect);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void PrintToStream() const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPoint operator+(const BPoint&) const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPoint operator-(const BPoint&) const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPoint& operator+=(const BPoint&);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPoint& operator-=(const BPoint&);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
bool operator!=(const BPoint&) const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
bool operator==(const BPoint&) const;
BPolygon Class
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPolygon(const BPoint* ptArray, int32 numPoints);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPolygon();
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPolygon(const BPolygon* poly);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
virtual ~BPolygon();
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPolygon& operator=(const BPolygon& from);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect Frame() const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void AddPoints(const BPoint* ptArray, int32 numPoints);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
int32 CountPoints() const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void MapTo(BRect srcRect, BRect dstRect);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void PrintToStream() const;
BRect Class
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect();
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect(const BRect &);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect(float l, float t, float r, float b);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect(BPoint leftTop, BPoint rightBottom);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect& operator=(const BRect &from);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void Set(float l, float t, float r, float b);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void PrintToStream() const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPoint LeftTop() const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPoint RightBottom() const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPoint LeftBottom() const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BPoint RightTop() const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void SetLeftTop(const BPoint);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void SetRightBottom(const BPoint);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void SetLeftBottom(const BPoint);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void SetRightTop(const BPoint);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void InsetBy(BPoint);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void InsetBy(float dx, float dy);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void OffsetBy(BPoint);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void OffsetBy(float dx, float dy);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void OffsetTo(BPoint);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void OffsetTo(float x, float y);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect& InsetBySelf(BPoint);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect& InsetBySelf(float dx, float dy);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect InsetByCopy(BPoint);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect InsetByCopy(float dx, float dy);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect& OffsetBySelf(BPoint);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect& OffsetBySelf(float dx, float dy);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect OffsetByCopy(BPoint);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect OffsetByCopy(float dx, float dy);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect& OffsetToSelf(BPoint);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect& OffsetToSelf(float dx, float dy);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect OffsetToCopy(BPoint);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect OffsetToCopy(float dx, float dy);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
bool operator==(BRect) const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
bool operator!=(BRect) const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect operator&(BRect) const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect operator|(BRect) const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
bool Intersects(BRect r) const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
bool IsValid() const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
float Width() const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
int32 IntegerWidth() const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
float Height() const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
int32 IntegerHeight() const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
bool Contains(BPoint) const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
bool Contains(BRect) const;
BRegion Class
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRegion();
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRegion(const BRegion ®ion);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRegion(const BRect rect);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
virtual ~BRegion();
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRegion& operator=(const BRegion &from);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect Frame() const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
clipping_rect FrameInt() const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
BRect RectAt(int32 index);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
clipping_rect RectAtInt(int32 index);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
int32 CountRects();
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void Set(BRect newBounds);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void Set(clipping_rect newBounds);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
bool Intersects(BRect r) const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
bool Intersects(clipping_rect r) const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
bool Contains(BPoint pt) const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
bool Contains(int32 x, int32 y);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void PrintToStream() const;
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void OffsetBy(int32 dh, int32 dv);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void MakeEmpty();
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void Include(BRect r);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void Include(clipping_rect r);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void Include(const BRegion*);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void Exclude(BRect r);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void Exclude(clipping_rect r);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void Exclude(const BRegion*);
Functional Spec Use Cases Unit Tests Technical Spec Implementation
void IntersectWith(const BRegion*);





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