Aren/haiku
1
0
Fork 0
Code Issues Pull Requests Packages Projects Releases Wiki Activity

Retooled pattern passing - much neater now. :)

Browse Source 
git-svn-id: file:///srv/svn/repos/haiku/trunk/current@4119 a95241bf-73f2-0310-859d-f6bbb57e9c96
This commit is contained in:
DarkWyrm 2003-07-28 19:13:24 +00:00
parent 591ceb9982
commit 10aef7cbc0
16 changed files with 386 additions and 314 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

39
headers/private/servers/app/DisplayDriver.h
View File

@ -37,6 +37,7 @@
#include <Locker.h> #include <Locker.h>
#include "RGBColor.h" #include "RGBColor.h"
#include <Region.h> #include <Region.h>
#include "PatternHandler.h"
class ServerCursor; class ServerCursor;
class ServerBitmap; class ServerBitmap;
@ -102,15 +103,15 @@ public:
virtual void DrawBitmap(ServerBitmap *bmp, BRect src, BRect dest, LayerData *d); virtual void DrawBitmap(ServerBitmap *bmp, BRect src, BRect dest, LayerData *d);
virtual void DrawString(const char *string, int32 length, BPoint pt, LayerData *d, escapement_delta *delta=NULL); virtual void DrawString(const char *string, int32 length, BPoint pt, LayerData *d, escapement_delta *delta=NULL);
virtual void FillArc(BRect r, float angle, float span, LayerData *d, int8 *pat); virtual void FillArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat);
virtual void FillBezier(BPoint *pts, LayerData *d, int8 *pat); virtual void FillBezier(BPoint *pts, LayerData *d, const Pattern &pat);
virtual void FillEllipse(BRect r, LayerData *d, int8 *pat); virtual void FillEllipse(BRect r, LayerData *d, const Pattern &pat);
virtual void FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat); virtual void FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat);
virtual void FillRect(BRect r, LayerData *d, int8 *pat); virtual void FillRect(BRect r, LayerData *d, const Pattern &pat);
virtual void FillRegion(BRegion *r, LayerData *d, int8 *pat); virtual void FillRegion(BRegion *r, LayerData *d, const Pattern &pat);
virtual void FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat); virtual void FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat);
// virtual void FillShape(SShape *sh, LayerData *d, int8 *pat); // virtual void FillShape(SShape *sh, LayerData *d, const Pattern &pat);
virtual void FillTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat); virtual void FillTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat);
virtual void HideCursor(void); virtual void HideCursor(void);
virtual bool IsCursorHidden(void); virtual bool IsCursorHidden(void);
@ -120,16 +121,16 @@ public:
virtual void ObscureCursor(void); virtual void ObscureCursor(void);
virtual void SetCursor(ServerCursor *cursor); virtual void SetCursor(ServerCursor *cursor);
virtual void StrokeArc(BRect r, float angle, float span, LayerData *d, int8 *pat); virtual void StrokeArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat);
virtual void StrokeBezier(BPoint *pts, LayerData *d, int8 *pat); virtual void StrokeBezier(BPoint *pts, LayerData *d, const Pattern &pat);
virtual void StrokeEllipse(BRect r, LayerData *d, int8 *pat); virtual void StrokeEllipse(BRect r, LayerData *d, const Pattern &pat);
virtual void StrokeLine(BPoint start, BPoint end, LayerData *d, int8 *pat); virtual void StrokeLine(BPoint start, BPoint end, LayerData *d, const Pattern &pat);
virtual void StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat, bool is_closed=true); virtual void StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat, bool is_closed=true);
virtual void StrokeRect(BRect r, LayerData *d, int8 *pat); virtual void StrokeRect(BRect r, LayerData *d, const Pattern &pat);
virtual void StrokeRegion(BRegion *r, LayerData *d, int8 *pat); virtual void StrokeRegion(BRegion *r, LayerData *d, const Pattern &pat);
virtual void StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat); virtual void StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat);
// virtual void StrokeShape(SShape *sh, LayerData *d, int8 *pat); // virtual void StrokeShape(SShape *sh, LayerData *d, const Pattern &pat);
virtual void StrokeTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat); virtual void StrokeTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat);
virtual void StrokeLineArray(BPoint *pts, int32 numlines, RGBColor *colors, LayerData *d); virtual void StrokeLineArray(BPoint *pts, int32 numlines, RGBColor *colors, LayerData *d);
virtual void SetMode(int32 mode); virtual void SetMode(int32 mode);
virtual bool DumpToFile(const char *path); virtual bool DumpToFile(const char *path);

42
headers/private/servers/app/PatternHandler.h
View File

@ -25,15 +25,43 @@
// //
//------------------------------------------------------------------------------ //------------------------------------------------------------------------------
#ifndef PATTERNHADLER_H #ifndef PATTERNHADLER_H
#define PATTERNHADLER_H
#include <SupportDefs.h> #include <SupportDefs.h>
#include "RGBColor.h" #include "RGBColor.h"
typedef union class Pattern
{ {
public:
Pattern(void) {}
Pattern(const uint64 &pat) { _pat.type64=pat; }
Pattern(int8 *pat) { _pat.type64=*((uint64*)pat); }
Pattern(const Pattern &src) { _pat.type64=src._pat.type64; }
const int8 *GetInt8(void) const { return _pat.type8; }
uint64 GetInt64(void) const { return _pat.type64; }
void Set(int8 *pat) { _pat.type64=*((uint64*)pat); }
void Set(const uint64 &pat) { _pat.type64=pat; }
Pattern & operator=(const Pattern &from) { _pat.type64=from._pat.type64; return *this; }
Pattern & operator=(const int64 &from) { _pat.type64=from; return *this; }
private:
typedef union
{
uint64 type64; uint64 type64;
int8 type8[8]; int8 type8[8];
} pattern_union; } pattern_union;
pattern_union _pat;
};
/*! /*!
\brief Class for easy calculation and use of patterns \brief Class for easy calculation and use of patterns
@ -48,16 +76,24 @@ class PatternHandler
public: public:
PatternHandler(void); PatternHandler(void);
PatternHandler(int8 *pat); PatternHandler(int8 *pat);
PatternHandler(const uint64 &pat);
PatternHandler(const Pattern &pat);
~PatternHandler(void); ~PatternHandler(void);
void SetTarget(int8 *pat); void SetTarget(int8 *pat);
void SetTarget(const uint64 &pat);
void SetTarget(const Pattern &pat);
void SetColors(const RGBColor &high, const RGBColor &low); void SetColors(const RGBColor &high, const RGBColor &low);
RGBColor GetColor(const BPoint &pt); RGBColor GetColor(const BPoint &pt);
RGBColor GetColor(const float &x, const float &y); RGBColor GetColor(const float &x, const float &y);
bool GetValue(const float &x, const float &y); bool GetValue(const float &x, const float &y);
bool GetValue(const BPoint &pt); bool GetValue(const BPoint &pt);
private: private:
pattern_union _pat; Pattern _pat;
RGBColor *_high,*_low; RGBColor *_high,*_low;
}; };
extern const Pattern pat_solidhigh;
extern const Pattern pat_solidlow;
extern const Pattern pat_mixedcolors;
#endif #endif

47
src/servers/app/server/AccelerantDriver.cpp
View File

@ -507,7 +507,7 @@ void AccelerantDriver::DrawString(const char *string, int32 length, BPoint pt, L
Bounds checking must be done in this call because only part of the arc may end up Bounds checking must be done in this call because only part of the arc may end up
being clipped. being clipped.
*/ */
void AccelerantDriver::FillArc(BRect r, float angle, float span, LayerData *d, int8 *pat) void AccelerantDriver::FillArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat)
{ {
float xc = (r.left+r.right)/2; float xc = (r.left+r.right)/2;
float yc = (r.top+r.bottom)/2; float yc = (r.top+r.bottom)/2;
@ -1050,7 +1050,7 @@ void AccelerantDriver::FillArc(BRect r, float angle, float span, LayerData *d, i
I am not sure if this correctly handles cases where the curve backtracks along the diagonal I am not sure if this correctly handles cases where the curve backtracks along the diagonal
line. I should probably investigate how the be code handles that, but it is a low priority. line. I should probably investigate how the be code handles that, but it is a low priority.
*/ */
void AccelerantDriver::FillBezier(BPoint *pts, LayerData *d, int8 *pat) void AccelerantDriver::FillBezier(BPoint *pts, LayerData *d, const Pattern &pat)
{ {
double Ax, Bx, Cx, Dx; double Ax, Bx, Cx, Dx;
double Ay, By, Cy, Dy; double Ay, By, Cy, Dy;
@ -1129,7 +1129,7 @@ void AccelerantDriver::FillBezier(BPoint *pts, LayerData *d, int8 *pat)
Bounds checking must be done in this call because only part of the ellipse may end up Bounds checking must be done in this call because only part of the ellipse may end up
being clipped. being clipped.
*/ */
void AccelerantDriver::FillEllipse(BRect r, LayerData *d, int8 *pat) void AccelerantDriver::FillEllipse(BRect r, LayerData *d, const Pattern &pat)
{ {
float xc = (r.left+r.right)/2; float xc = (r.left+r.right)/2;
float yc = (r.top+r.bottom)/2; float yc = (r.top+r.bottom)/2;
@ -1216,7 +1216,7 @@ void AccelerantDriver::FillEllipse(BRect r, LayerData *d, int8 *pat)
The points in the array are not guaranteed to be within the framebuffer's The points in the array are not guaranteed to be within the framebuffer's
coordinate range. coordinate range.
*/ */
void AccelerantDriver::FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat) void AccelerantDriver::FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat)
{ {
/* Here's the plan. Record all line segments in polygon. If a line segments crosses /* Here's the plan. Record all line segments in polygon. If a line segments crosses
the y-value of a point not in the segment, split the segment into 2 segments. the y-value of a point not in the segment, split the segment into 2 segments.
@ -1349,9 +1349,10 @@ void AccelerantDriver::FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, Lay
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the pattern to use. Always non-NULL.
*/ */
void AccelerantDriver::FillRect(BRect r, LayerData *d, int8 *pat) void AccelerantDriver::FillRect(BRect r, LayerData *d, const Pattern &pattern)
{ {
Lock(); Lock();
const int8 *pat=pattern.GetInt8();
#ifndef DISABLE_HARDWARE_ACCELERATION #ifndef DISABLE_HARDWARE_ACCELERATION
if ( accFillRect && AcquireEngine && (((uint8)*pat == 0xFF) || (*pat == 0)) ) if ( accFillRect && AcquireEngine && (((uint8)*pat == 0xFF) || (*pat == 0)) )
{ {
@ -1431,8 +1432,8 @@ void AccelerantDriver::FillRect(BRect r, LayerData *d, int8 *pat)
} }
#endif #endif
PatternHandler pattern(pat); PatternHandler pathandler(pattern);
pattern.SetColors(d->highcolor, d->lowcolor); pathandler.SetColors(d->highcolor, d->lowcolor);
switch (mDisplayMode.space) switch (mDisplayMode.space)
{ {
@ -1445,7 +1446,7 @@ void AccelerantDriver::FillRect(BRect r, LayerData *d, int8 *pat)
{ {
for (x=(int)r.left; x<=r.right; x++) for (x=(int)r.left; x<=r.right; x++)
{ {
fb[x] = pattern.GetColor(x,y).GetColor8(); fb[x] = pathandler.GetColor(x,y).GetColor8();
} }
fb += mFrameBufferConfig.bytes_per_row; fb += mFrameBufferConfig.bytes_per_row;
} }
@ -1463,7 +1464,7 @@ void AccelerantDriver::FillRect(BRect r, LayerData *d, int8 *pat)
{ {
for (x=(int)r.left; x<=r.right; x++) for (x=(int)r.left; x<=r.right; x++)
{ {
fb[x] = pattern.GetColor(x,y).GetColor16(); fb[x] = pathandler.GetColor(x,y).GetColor16();
} }
fb = (uint16 *)((uint8 *)fb + mFrameBufferConfig.bytes_per_row); fb = (uint16 *)((uint8 *)fb + mFrameBufferConfig.bytes_per_row);
} }
@ -1480,7 +1481,7 @@ void AccelerantDriver::FillRect(BRect r, LayerData *d, int8 *pat)
{ {
for (x=(int)r.left; x<=r.right; x++) for (x=(int)r.left; x<=r.right; x++)
{ {
color = pattern.GetColor(x,y).GetColor32(); color = pathandler.GetColor(x,y).GetColor32();
fb[x] = (color.alpha << 24) | (color.red << 16) | (color.green << 8) | (color.blue); fb[x] = (color.alpha << 24) | (color.red << 16) | (color.green << 8) | (color.blue);
} }
fb = (uint32 *)((uint8 *)fb + mFrameBufferConfig.bytes_per_row); fb = (uint32 *)((uint8 *)fb + mFrameBufferConfig.bytes_per_row);
@ -1504,7 +1505,7 @@ void AccelerantDriver::FillRect(BRect r, LayerData *d, int8 *pat)
Bounds checking must be done in this call because only part of the roundrect may end Bounds checking must be done in this call because only part of the roundrect may end
up being clipped. up being clipped.
*/ */
void AccelerantDriver::FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat) void AccelerantDriver::FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat)
{ {
float arc_x; float arc_x;
float yrad2 = yrad*yrad; float yrad2 = yrad*yrad;
@ -1530,7 +1531,7 @@ void AccelerantDriver::FillRoundRect(BRect r, float xrad, float yrad, LayerData
Unlock(); Unlock();
} }
//void AccelerantDriver::FillShape(SShape *sh, LayerData *d, int8 *pat) //void AccelerantDriver::FillShape(SShape *sh, LayerData *d, const Pattern &pat)
//{ //{
//} //}
@ -1545,9 +1546,9 @@ void AccelerantDriver::FillRoundRect(BRect r, float xrad, float yrad, LayerData
Bounds checking must be done in this call because only part of the triangle may end Bounds checking must be done in this call because only part of the triangle may end
up being clipped. up being clipped.
*/ */
void AccelerantDriver::FillTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat) void AccelerantDriver::FillTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat)
{ {
if(!pts || !d || !pat) if(!pts || !d)
return; return;
Lock(); Lock();
@ -1927,7 +1928,7 @@ void AccelerantDriver::SetCursor(ServerCursor *csr)
Bounds checking must be done in this call because only part of the arc may end up Bounds checking must be done in this call because only part of the arc may end up
being clipped. being clipped.
*/void AccelerantDriver::StrokeArc(BRect r, float angle, float span, LayerData *d, int8 *pat) */void AccelerantDriver::StrokeArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat)
{ {
float xc = (r.left+r.right)/2; float xc = (r.left+r.right)/2;
float yc = (r.top+r.bottom)/2; float yc = (r.top+r.bottom)/2;
@ -2094,7 +2095,7 @@ void AccelerantDriver::SetCursor(ServerCursor *csr)
Bounds checking must be done in this call. Bounds checking must be done in this call.
*/ */
void AccelerantDriver::StrokeBezier(BPoint *pts, LayerData *d, int8 *pat) void AccelerantDriver::StrokeBezier(BPoint *pts, LayerData *d, const Pattern &pat)
{ {
double Ax, Bx, Cx, Dx; double Ax, Bx, Cx, Dx;
double Ay, By, Cy, Dy; double Ay, By, Cy, Dy;
@ -2162,7 +2163,7 @@ void AccelerantDriver::StrokeBezier(BPoint *pts, LayerData *d, int8 *pat)
Bounds checking must be done in this call because only part of the ellipse may end up Bounds checking must be done in this call because only part of the ellipse may end up
being clipped. being clipped.
*/ */
void AccelerantDriver::StrokeEllipse(BRect r, LayerData *d, int8 *pat) void AccelerantDriver::StrokeEllipse(BRect r, LayerData *d, const Pattern &pat)
{ {
float xc = (r.left+r.right)/2; float xc = (r.left+r.right)/2;
float yc = (r.top+r.bottom)/2; float yc = (r.top+r.bottom)/2;
@ -2244,7 +2245,7 @@ void AccelerantDriver::StrokeEllipse(BRect r, LayerData *d, int8 *pat)
a thickness greater than 1 will need to be done. a thickness greater than 1 will need to be done.
This is capable of handling lines with invalid points. This is capable of handling lines with invalid points.
*/ */
void AccelerantDriver::StrokeLine(BPoint start, BPoint end, LayerData *d, int8 *pat) void AccelerantDriver::StrokeLine(BPoint start, BPoint end, LayerData *d, const Pattern &pat)
{ {
int x1 = ROUND(start.x); int x1 = ROUND(start.x);
int y1 = ROUND(start.y); int y1 = ROUND(start.y);
@ -2292,7 +2293,7 @@ void AccelerantDriver::StrokeLine(BPoint start, BPoint end, LayerData *d, int8 *
The points in the array are not guaranteed to be within the framebuffer's The points in the array are not guaranteed to be within the framebuffer's
coordinate range. coordinate range.
*/ */
void AccelerantDriver::StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat, bool is_closed) void AccelerantDriver::StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat, bool is_closed)
{ {
/* Bounds checking is handled by StrokeLine and the functions it uses */ /* Bounds checking is handled by StrokeLine and the functions it uses */
Lock(); Lock();
@ -2310,7 +2311,7 @@ void AccelerantDriver::StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, L
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the pattern to use. Always non-NULL.
*/ */
void AccelerantDriver::StrokeRect(BRect r, LayerData *d, int8 *pat) void AccelerantDriver::StrokeRect(BRect r, LayerData *d, const Pattern &pat)
{ {
Lock(); Lock();
int thick = (int)d->pensize; int thick = (int)d->pensize;
@ -2335,7 +2336,7 @@ void AccelerantDriver::StrokeRect(BRect r, LayerData *d, int8 *pat)
Bounds checking must be done in this call because only part of the roundrect may end Bounds checking must be done in this call because only part of the roundrect may end
up being clipped. up being clipped.
*/ */
void AccelerantDriver::StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat) void AccelerantDriver::StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat)
{ {
float hLeft, hRight; float hLeft, hRight;
float vTop, vBottom; float vTop, vBottom;
@ -2367,7 +2368,7 @@ void AccelerantDriver::StrokeRoundRect(BRect r, float xrad, float yrad, LayerDat
Unlock(); Unlock();
} }
//void AccelerantDriver::StrokeShape(SShape *sh, LayerData *d, int8 *pat) //void AccelerantDriver::StrokeShape(SShape *sh, LayerData *d, const Pattern &pat)
//{ //{
//} //}
@ -2382,7 +2383,7 @@ void AccelerantDriver::StrokeRoundRect(BRect r, float xrad, float yrad, LayerDat
Bounds checking must be done in this call because only part of the triangle may end Bounds checking must be done in this call because only part of the triangle may end
up being clipped. up being clipped.
*/ */
void AccelerantDriver::StrokeTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat) void AccelerantDriver::StrokeTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat)
{ {
/* Bounds checking is handled by StrokeLine and the functions it calls */ /* Bounds checking is handled by StrokeLine and the functions it calls */
Lock(); Lock();

37
src/servers/app/server/AccelerantDriver.h
View File

@ -42,9 +42,6 @@
#include <Accelerant.h> #include <Accelerant.h>
#include "DisplayDriver.h" #include "DisplayDriver.h"
#include "PatternHandler.h" #include "PatternHandler.h"
//#include <ft2build.h>
//#include FT_FREETYPE_H
//#include FT_GLYPH_H
#include "FontServer.h" #include "FontServer.h"
#if 0 #if 0
class VDWindow; class VDWindow;
@ -68,14 +65,14 @@ public:
virtual void DrawBitmap(ServerBitmap *bmp, BRect src, BRect dest, LayerData *d); virtual void DrawBitmap(ServerBitmap *bmp, BRect src, BRect dest, LayerData *d);
virtual void DrawString(const char *string, int32 length, BPoint pt, LayerData *d, escapement_delta *edelta=NULL); virtual void DrawString(const char *string, int32 length, BPoint pt, LayerData *d, escapement_delta *edelta=NULL);
virtual void FillArc(BRect r, float angle, float span, LayerData *d, int8 *pat); virtual void FillArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat);
virtual void FillBezier(BPoint *pts, LayerData *d, int8 *pat); virtual void FillBezier(BPoint *pts, LayerData *d, const Pattern &pat);
virtual void FillEllipse(BRect r, LayerData *d, int8 *pat); virtual void FillEllipse(BRect r, LayerData *d, const Pattern &pat);
virtual void FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat); virtual void FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat);
virtual void FillRect(BRect r, LayerData *d, int8 *pat); virtual void FillRect(BRect r, LayerData *d, const Pattern &pat);
virtual void FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat); virtual void FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat);
// virtual void FillShape(SShape *sh, LayerData *d, int8 *pat); // virtual void FillShape(SShape *sh, LayerData *d, const Pattern &pat);
virtual void FillTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat); virtual void FillTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat);
virtual void HideCursor(void); virtual void HideCursor(void);
virtual void MoveCursorTo(float x, float y); virtual void MoveCursorTo(float x, float y);
@ -84,15 +81,15 @@ public:
virtual void ObscureCursor(void); virtual void ObscureCursor(void);
virtual void SetCursor(ServerCursor *csr); virtual void SetCursor(ServerCursor *csr);
virtual void StrokeArc(BRect r, float angle, float span, LayerData *d, int8 *pat); virtual void StrokeArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat);
virtual void StrokeBezier(BPoint *pts, LayerData *d, int8 *pat); virtual void StrokeBezier(BPoint *pts, LayerData *d, const Pattern &pat);
virtual void StrokeEllipse(BRect r, LayerData *d, int8 *pat); virtual void StrokeEllipse(BRect r, LayerData *d, const Pattern &pat);
virtual void StrokeLine(BPoint start, BPoint end, LayerData *d, int8 *pat); virtual void StrokeLine(BPoint start, BPoint end, LayerData *d, const Pattern &pat);
virtual void StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat, bool is_closed=true); virtual void StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat, bool is_closed=true);
virtual void StrokeRect(BRect r, LayerData *d, int8 *pat); virtual void StrokeRect(BRect r, LayerData *d, const Pattern &pat);
virtual void StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat); virtual void StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat);
// virtual void StrokeShape(SShape *sh, LayerData *d, int8 *pat); // virtual void StrokeShape(SShape *sh, LayerData *d, const Pattern &pat);
virtual void StrokeTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat); virtual void StrokeTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat);
virtual void StrokeLineArray(BPoint *pts, int32 numlines, RGBColor *colors, LayerData *d); virtual void StrokeLineArray(BPoint *pts, int32 numlines, RGBColor *colors, LayerData *d);
virtual void SetMode(int32 mode); virtual void SetMode(int32 mode);
virtual bool DumpToFile(const char *path); virtual bool DumpToFile(const char *path);

32
src/servers/app/server/BitmapDriver.cpp
View File

@ -205,7 +205,7 @@ void BitmapDriver::DrawBitmap(ServerBitmap *bitmap, BRect source, BRect dest, La
Bounds checking must be done in this call because only part of the arc may end up Bounds checking must be done in this call because only part of the arc may end up
being clipped. being clipped.
*/ */
void BitmapDriver::FillArc(BRect r, float angle, float span, LayerData *d, int8 *pat) void BitmapDriver::FillArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat)
{ {
} }
@ -218,7 +218,7 @@ void BitmapDriver::FillArc(BRect r, float angle, float span, LayerData *d, int8
Bounds checking must be done in this call. Bounds checking must be done in this call.
*/ */
void BitmapDriver::FillBezier(BPoint *pts, LayerData *d, int8 *pat) void BitmapDriver::FillBezier(BPoint *pts, LayerData *d, const Pattern &pat)
{ {
} }
@ -231,7 +231,7 @@ void BitmapDriver::FillBezier(BPoint *pts, LayerData *d, int8 *pat)
Bounds checking must be done in this call because only part of the ellipse may end up Bounds checking must be done in this call because only part of the ellipse may end up
being clipped. being clipped.
*/ */
void BitmapDriver::FillEllipse(BRect r, LayerData *ldata, int8 *pat) void BitmapDriver::FillEllipse(BRect r, LayerData *ldata, const Pattern &pat)
{ {
// Ellipse code shamelessly stolen from the graphics library gd v2.0.1 and bolted on // Ellipse code shamelessly stolen from the graphics library gd v2.0.1 and bolted on
// to support our API // to support our API
@ -326,7 +326,7 @@ void BitmapDriver::FillEllipse(BRect r, LayerData *ldata, int8 *pat)
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the pattern to use. Always non-NULL.
*/ */
void BitmapDriver::FillRect(BRect r, LayerData *d, int8 *pat) void BitmapDriver::FillRect(BRect r, LayerData *d, const Pattern &pat)
{ {
Lock(); Lock();
if(_target) if(_target)
@ -350,7 +350,7 @@ void BitmapDriver::FillRect(BRect r, LayerData *d, int8 *pat)
Bounds checking must be done in this call because only part of the roundrect may end Bounds checking must be done in this call because only part of the roundrect may end
up being clipped. up being clipped.
*/ */
void BitmapDriver::FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat) void BitmapDriver::FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat)
{ {
printf("BitmapDriver::FillRoundRect unimplemented\n"); printf("BitmapDriver::FillRoundRect unimplemented\n");
StrokeRoundRect(r,xrad,yrad,d,pat); StrokeRoundRect(r,xrad,yrad,d,pat);
@ -367,9 +367,9 @@ void BitmapDriver::FillRoundRect(BRect r, float xrad, float yrad, LayerData *d,
Bounds checking must be done in this call because only part of the triangle may end Bounds checking must be done in this call because only part of the triangle may end
up being clipped. up being clipped.
*/ */
void BitmapDriver::FillTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat) void BitmapDriver::FillTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat)
{ {
if(!pts || !d || !pat) if(!pts || !d)
return; return;
Lock(); Lock();
@ -622,7 +622,7 @@ void BitmapDriver::SetMode(int32 space)
Bounds checking must be done in this call because only part of the arc may end up Bounds checking must be done in this call because only part of the arc may end up
being clipped. being clipped.
*/ */
void BitmapDriver::StrokeArc(BRect r, float angle, float span, LayerData *d, int8 *pat) void BitmapDriver::StrokeArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat)
{ {
// TODO: Add pattern support // TODO: Add pattern support
float xc = (r.left+r.right)/2; float xc = (r.left+r.right)/2;
@ -783,7 +783,7 @@ void BitmapDriver::StrokeArc(BRect r, float angle, float span, LayerData *d, int
Bounds checking must be done in this call. Bounds checking must be done in this call.
*/ */
void BitmapDriver::StrokeBezier(BPoint *pts, LayerData *d, int8 *pat) void BitmapDriver::StrokeBezier(BPoint *pts, LayerData *d, const Pattern &pat)
{ {
// TODO: Add pattern support // TODO: Add pattern support
double Ax, Bx, Cx, Dx; double Ax, Bx, Cx, Dx;
@ -846,7 +846,7 @@ void BitmapDriver::StrokeBezier(BPoint *pts, LayerData *d, int8 *pat)
Bounds checking must be done in this call because only part of the ellipse may end up Bounds checking must be done in this call because only part of the ellipse may end up
being clipped. being clipped.
*/ */
void BitmapDriver::StrokeEllipse(BRect r, LayerData *ldata, int8 *pat) void BitmapDriver::StrokeEllipse(BRect r, LayerData *ldata, const Pattern &pat)
{ {
// Ellipse code shamelessly stolen from the graphics library gd v2.0.1 and bolted on // Ellipse code shamelessly stolen from the graphics library gd v2.0.1 and bolted on
// to support our API // to support our API
@ -951,7 +951,7 @@ void BitmapDriver::StrokeEllipse(BRect r, LayerData *ldata, int8 *pat)
The endpoints themselves are guaranteed to be in bounds, but clipping for lines with The endpoints themselves are guaranteed to be in bounds, but clipping for lines with
a thickness greater than 1 will need to be done. a thickness greater than 1 will need to be done.
*/ */
void BitmapDriver::StrokeLine(BPoint start, BPoint end, LayerData *d, int8 *pat) void BitmapDriver::StrokeLine(BPoint start, BPoint end, LayerData *d, const Pattern &pat)
{ {
Lock(); Lock();
if(_target) if(_target)
@ -1008,7 +1008,7 @@ void BitmapDriver::StrokeLine(BPoint start, BPoint end, LayerData *d, int8 *pat)
The points in the array are not guaranteed to be within the framebuffer's The points in the array are not guaranteed to be within the framebuffer's
coordinate range. coordinate range.
*/ */
void BitmapDriver::StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat, bool is_closed) void BitmapDriver::StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat, bool is_closed)
{ {
Lock(); Lock();
if(_target) if(_target)
@ -1029,7 +1029,7 @@ void BitmapDriver::StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, Layer
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the pattern to use. Always non-NULL.
*/ */
void BitmapDriver::StrokeRect(BRect r, LayerData *d, int8 *pat) void BitmapDriver::StrokeRect(BRect r, LayerData *d, const Pattern &pat)
{ {
Lock(); Lock();
if(_target) if(_target)
@ -1053,7 +1053,7 @@ void BitmapDriver::StrokeRect(BRect r, LayerData *d, int8 *pat)
Bounds checking must be done in this call because only part of the roundrect may end Bounds checking must be done in this call because only part of the roundrect may end
up being clipped. up being clipped.
*/ */
void BitmapDriver::StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat) void BitmapDriver::StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat)
{ {
float hLeft, hRight; float hLeft, hRight;
float vTop, vBottom; float vTop, vBottom;
@ -1095,7 +1095,7 @@ void BitmapDriver::StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d
Bounds checking must be done in this call because only part of the triangle may end Bounds checking must be done in this call because only part of the triangle may end
up being clipped. up being clipped.
*/ */
void BitmapDriver::StrokeTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat) void BitmapDriver::StrokeTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat)
{ {
Lock(); Lock();
if(_target) if(_target)
@ -1151,7 +1151,7 @@ void BitmapDriver::SetPixelPattern(int x, int y, uint8 *pattern, uint8 patternin
} }
} }
void BitmapDriver::Line(BPoint start, BPoint end, LayerData *d, int8 *pat) void BitmapDriver::Line(BPoint start, BPoint end, LayerData *d, const Pattern &pat)
{ {
// Internal function which is called from within other functions // Internal function which is called from within other functions

36
src/servers/app/server/BitmapDriver.h
View File

@ -79,14 +79,14 @@ public:
// virtual void DrawPicture(SPicture *pic, BPoint pt); // virtual void DrawPicture(SPicture *pic, BPoint pt);
virtual void DrawString(const char *string, int32 length, BPoint pt, LayerData *d, escapement_delta *delta=NULL); virtual void DrawString(const char *string, int32 length, BPoint pt, LayerData *d, escapement_delta *delta=NULL);
virtual void FillArc(BRect r, float angle, float span, LayerData *d, int8 *pat); virtual void FillArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat);
virtual void FillBezier(BPoint *pts, LayerData *d, int8 *pat); virtual void FillBezier(BPoint *pts, LayerData *d, const Pattern &pat);
virtual void FillEllipse(BRect r, LayerData *d, int8 *pat); virtual void FillEllipse(BRect r, LayerData *d, const Pattern &pat);
// virtual void FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat); // virtual void FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat);
virtual void FillRect(BRect r, LayerData *d, int8 *pat); virtual void FillRect(BRect r, LayerData *d, const Pattern &pat);
virtual void FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat); virtual void FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat);
// virtual void FillShape(SShape *sh, LayerData *d, int8 *pat); // virtual void FillShape(SShape *sh, LayerData *d, const Pattern &pat);
virtual void FillTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat); virtual void FillTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat);
virtual void HideCursor(void); virtual void HideCursor(void);
virtual void MoveCursorTo(float x, float y); virtual void MoveCursorTo(float x, float y);
@ -95,15 +95,15 @@ public:
virtual void ObscureCursor(void); virtual void ObscureCursor(void);
virtual void SetCursor(ServerCursor *cursor); virtual void SetCursor(ServerCursor *cursor);
virtual void StrokeArc(BRect r, float angle, float span, LayerData *d, int8 *pat); virtual void StrokeArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat);
virtual void StrokeBezier(BPoint *pts, LayerData *d, int8 *pat); virtual void StrokeBezier(BPoint *pts, LayerData *d, const Pattern &pat);
virtual void StrokeEllipse(BRect r, LayerData *d, int8 *pat); virtual void StrokeEllipse(BRect r, LayerData *d, const Pattern &pat);
virtual void StrokeLine(BPoint start, BPoint end, LayerData *d, int8 *pat); virtual void StrokeLine(BPoint start, BPoint end, LayerData *d, const Pattern &pat);
virtual void StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat, bool is_closed=true); virtual void StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat, bool is_closed=true);
virtual void StrokeRect(BRect r, LayerData *d, int8 *pat); virtual void StrokeRect(BRect r, LayerData *d, const Pattern &pat);
virtual void StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat); virtual void StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat);
// virtual void StrokeShape(SShape *sh, LayerData *d, int8 *pat); // virtual void StrokeShape(SShape *sh, LayerData *d, const Pattern &pat);
virtual void StrokeTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat); virtual void StrokeTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat);
// virtual void StrokeLineArray(BPoint *pts, int32 numlines, RGBColor *colors, LayerData *d); // virtual void StrokeLineArray(BPoint *pts, int32 numlines, RGBColor *colors, LayerData *d);
virtual void SetMode(int32 mode); virtual void SetMode(int32 mode);
float StringWidth(const char *string, int32 length, LayerData *d); float StringWidth(const char *string, int32 length, LayerData *d);
@ -115,7 +115,7 @@ protected:
void BlitBitmap(ServerBitmap *sourcebmp, BRect sourcerect, BRect destrect, drawing_mode mode=B_OP_COPY); void BlitBitmap(ServerBitmap *sourcebmp, BRect sourcerect, BRect destrect, drawing_mode mode=B_OP_COPY);
void ExtractToBitmap(ServerBitmap *destbmp, BRect destrect, BRect sourcerect); void ExtractToBitmap(ServerBitmap *destbmp, BRect destrect, BRect sourcerect);
void SetPixelPattern(int x, int y, uint8 *pattern, uint8 patternindex); void SetPixelPattern(int x, int y, uint8 *pattern, uint8 patternindex);
void Line(BPoint start, BPoint end, LayerData *d, int8 *pat); void Line(BPoint start, BPoint end, LayerData *d, const Pattern &pat);
void HLine(int32 x1, int32 x2, int32 y, RGBColor color); void HLine(int32 x1, int32 x2, int32 y, RGBColor color);
void HLineThick(int32 x1, int32 x2, int32 y, int32 thick, PatternHandler *pat); void HLineThick(int32 x1, int32 x2, int32 y, int32 thick, PatternHandler *pat);
rgb_color GetBlitColor(rgb_color src, rgb_color dest, LayerData *d, bool use_high=true); rgb_color GetBlitColor(rgb_color src, rgb_color dest, LayerData *d, bool use_high=true);

43
src/servers/app/server/DefaultDecorator.cpp
View File

@ -61,8 +61,6 @@ DefaultDecorator::DefaultDecorator(BRect rect, int32 wlook, int32 wfeel, int32 w
// This flag is used to determine whether or not we're moving the tab // This flag is used to determine whether or not we're moving the tab
slidetab=false; slidetab=false;
solidhigh=0xFFFFFFFFFFFFFFFFLL;
solidlow=0;
// tab_highcol=_colors->window_tab; // tab_highcol=_colors->window_tab;
// tab_lowcol=_colors->window_tab; // tab_lowcol=_colors->window_tab;
@ -339,7 +337,7 @@ printf("DefaultDecorator: Draw(%.1f,%.1f,%.1f,%.1f)\n",update.left,update.top,up
_layerdata.highcolor=_colors->document_background; _layerdata.highcolor=_colors->document_background;
if(_borderrect.Intersects(update)) if(_borderrect.Intersects(update))
_driver->FillRect(_borderrect & update,&_layerdata,(int8*)&solidhigh); _driver->FillRect(_borderrect & update,&_layerdata,pat_solidhigh);
_DrawFrame(update); _DrawFrame(update);
@ -353,7 +351,7 @@ void DefaultDecorator::Draw(void)
// Draw the top view's client area - just a hack :) // Draw the top view's client area - just a hack :)
// _layerdata.highcolor=_colors->document_background; // _layerdata.highcolor=_colors->document_background;
// _driver->FillRect(_borderrect,&_layerdata,(int8*)&solidhigh); // _driver->FillRect(_borderrect,&_layerdata,pat_solidhigh);
DrawFrame(); DrawFrame();
@ -386,9 +384,9 @@ void DefaultDecorator::_DrawTab(BRect r)
return; return;
_layerdata.highcolor=(GetFocus())?_colors->window_tab:_colors->inactive_window_tab; _layerdata.highcolor=(GetFocus())?_colors->window_tab:_colors->inactive_window_tab;
_driver->FillRect(_tabrect,&_layerdata,(int8*)&solidhigh); _driver->FillRect(_tabrect,&_layerdata,pat_solidhigh);
_layerdata.highcolor=framecolors[3]; _layerdata.highcolor=framecolors[3];
_driver->StrokeLine(_tabrect.LeftBottom(),_tabrect.RightBottom(),&_layerdata,(int8*)&solidhigh); _driver->StrokeLine(_tabrect.LeftBottom(),_tabrect.RightBottom(),&_layerdata,pat_solidhigh);
_DrawTitle(_tabrect); _DrawTitle(_tabrect);
@ -442,7 +440,7 @@ void DefaultDecorator::DrawBlendedRect(BRect r, bool down)
uint8(startcol.blue-(i*bstep))); uint8(startcol.blue-(i*bstep)));
_layerdata.highcolor=tmpcol; _layerdata.highcolor=tmpcol;
_driver->StrokeLine(BPoint(r.left,r.top+i), _driver->StrokeLine(BPoint(r.left,r.top+i),
BPoint(r.left+i,r.top),&_layerdata,(int8*)&solidhigh); BPoint(r.left+i,r.top),&_layerdata,pat_solidhigh);
SetRGBColor(&tmpcol, uint8(halfcol.red-(i*rstep)), SetRGBColor(&tmpcol, uint8(halfcol.red-(i*rstep)),
uint8(halfcol.green-(i*gstep)), uint8(halfcol.green-(i*gstep)),
@ -450,14 +448,14 @@ void DefaultDecorator::DrawBlendedRect(BRect r, bool down)
_layerdata.highcolor=tmpcol; _layerdata.highcolor=tmpcol;
_driver->StrokeLine(BPoint(r.left+steps,r.top+i), _driver->StrokeLine(BPoint(r.left+steps,r.top+i),
BPoint(r.left+i,r.top+steps),&_layerdata,(int8*)&solidhigh); BPoint(r.left+i,r.top+steps),&_layerdata,pat_solidhigh);
} }
// _layerdata.highcolor=startcol; // _layerdata.highcolor=startcol;
// _driver->FillRect(r,&_layerdata,(int8*)&solidhigh); // _driver->FillRect(r,&_layerdata,pat_solidhigh);
_layerdata.highcolor=framecolors[3]; _layerdata.highcolor=framecolors[3];
_driver->StrokeRect(r,&_layerdata,(int8*)&solidhigh); _driver->StrokeRect(r,&_layerdata,pat_solidhigh);
} }
void DefaultDecorator::_DrawFrame(BRect invalid) void DefaultDecorator::_DrawFrame(BRect invalid)
@ -467,7 +465,7 @@ void DefaultDecorator::_DrawFrame(BRect invalid)
// we must clip the lines drawn by this function to the invalid rectangle we are given // we must clip the lines drawn by this function to the invalid rectangle we are given
#ifdef USE_VIEW_FILL_HACK #ifdef USE_VIEW_FILL_HACK
_driver->FillRect(_borderrect,&_layerdata,(int8*)&solidhigh); _driver->FillRect(_borderrect,&_layerdata,pat_solidhigh);
#endif #endif
if(!borderwidth) if(!borderwidth)
@ -744,8 +742,6 @@ void DefaultDecorator::_DrawFrame(BRect invalid)
// Draw the resize thumb if we're supposed to // Draw the resize thumb if we're supposed to
if(!(_flags & B_NOT_RESIZABLE)) if(!(_flags & B_NOT_RESIZABLE))
{ {
pattern_union highcolor;
highcolor.type64=0xffffffffffffffffLL;
r=_resizerect; r=_resizerect;
// int32 w=r.IntegerWidth(), h=r.IntegerHeight(); // int32 w=r.IntegerWidth(), h=r.IntegerHeight();
@ -756,17 +752,18 @@ void DefaultDecorator::_DrawFrame(BRect invalid)
r.right-=4; r.right-=4;
r.bottom-=4; r.bottom-=4;
_layerdata.highcolor=framecolors[2]; _layerdata.highcolor=framecolors[2];
_driver->StrokeLine(r.LeftTop(),r.RightTop(),&_layerdata,highcolor.type8);
_driver->StrokeLine(r.LeftTop(),r.LeftBottom(),&_layerdata,highcolor.type8); _driver->StrokeLine(r.LeftTop(),r.RightTop(),&_layerdata,pat_solidhigh);
_driver->StrokeLine(r.LeftTop(),r.LeftBottom(),&_layerdata,pat_solidhigh);
r.OffsetBy(1,1); r.OffsetBy(1,1);
_layerdata.highcolor=framecolors[0]; _layerdata.highcolor=framecolors[0];
_driver->StrokeLine(r.LeftTop(),r.RightTop(),&_layerdata,highcolor.type8); _driver->StrokeLine(r.LeftTop(),r.RightTop(),&_layerdata,pat_solidhigh);
_driver->StrokeLine(r.LeftTop(),r.LeftBottom(),&_layerdata,highcolor.type8); _driver->StrokeLine(r.LeftTop(),r.LeftBottom(),&_layerdata,pat_solidhigh);
r.OffsetBy(1,1); r.OffsetBy(1,1);
_layerdata.highcolor=framecolors[1]; _layerdata.highcolor=framecolors[1];
_driver->FillRect(r,&_layerdata,highcolor.type8); _driver->FillRect(r,&_layerdata,pat_solidhigh);
/* r.left+=2; /* r.left+=2;
r.top+=2; r.top+=2;
@ -802,25 +799,25 @@ void DefaultDecorator::_DrawFrame(BRect invalid)
uint8(startcol.blue-(i*bstep))); uint8(startcol.blue-(i*bstep)));
_driver->StrokeLine(BPoint(r.left,r.top+i), _driver->StrokeLine(BPoint(r.left,r.top+i),
BPoint(r.left+i,r.top),&_layerdata,(int8*)&solidhigh); BPoint(r.left+i,r.top),&_layerdata,pat_solidhigh);
_layerdata.highcolor.SetColor(uint8(halfcol.red-(i*rstep)), _layerdata.highcolor.SetColor(uint8(halfcol.red-(i*rstep)),
uint8(halfcol.green-(i*gstep)), uint8(halfcol.green-(i*gstep)),
uint8(halfcol.blue-(i*bstep))); uint8(halfcol.blue-(i*bstep)));
_driver->StrokeLine(BPoint(r.left+steps,r.top+i), _driver->StrokeLine(BPoint(r.left+steps,r.top+i),
BPoint(r.left+i,r.top+steps),&_layerdata,(int8*)&solidhigh); BPoint(r.left+i,r.top+steps),&_layerdata,pat_solidhigh);
} }
_driver->Unlock(); _driver->Unlock();
// _layerdata.highcolor=framecolors[4]; // _layerdata.highcolor=framecolors[4];
// _driver->StrokeRect(r,&_layerdata,(int8*)&solidhigh); // _driver->StrokeRect(r,&_layerdata,pat_solidhigh);
} }
else else
{ {
_layerdata.highcolor=framecolors[4]; _layerdata.highcolor=framecolors[4];
_driver->StrokeLine(BPoint(r.right,r.top),BPoint(r.right-3,r.top), _driver->StrokeLine(BPoint(r.right,r.top),BPoint(r.right-3,r.top),
&_layerdata,(int8*)&solidhigh); &_layerdata,pat_solidhigh);
_driver->StrokeLine(BPoint(r.left,r.bottom),BPoint(r.left,r.bottom-3), _driver->StrokeLine(BPoint(r.left,r.bottom),BPoint(r.left,r.bottom-3),
&_layerdata,(int8*)&solidhigh); &_layerdata,pat_solidhigh);
} }
} }

76
src/servers/app/server/DisplayDriver.cpp
View File

@ -143,12 +143,12 @@ void DisplayDriver::DrawString(const char *string, int32 length, BPoint pt, Laye
\param angle Starting angle for the arc in degrees \param angle Starting angle for the arc in degrees
\param span Span of the arc in degrees. Ending angle = angle+span. \param span Span of the arc in degrees. Ending angle = angle+span.
\param d Data structure containing any other data necessary for the call. Always non-NULL. \param d Data structure containing any other data necessary for the call. Always non-NULL.
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the const Pattern &to use. Always non-NULL.
Bounds checking must be done in this call because only part of the arc may end up Bounds checking must be done in this call because only part of the arc may end up
being clipped. being clipped.
*/ */
void DisplayDriver::FillArc(BRect r, float angle, float span, LayerData *d, int8 *pat) void DisplayDriver::FillArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat)
{ {
} }
@ -157,11 +157,11 @@ void DisplayDriver::FillArc(BRect r, float angle, float span, LayerData *d, int8
\param pts 4-element array of BPoints in the order of start, end, and then the two control \param pts 4-element array of BPoints in the order of start, end, and then the two control
points. points.
\param d Data structure containing any other data necessary for the call. Always non-NULL. \param d Data structure containing any other data necessary for the call. Always non-NULL.
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the const Pattern &to use. Always non-NULL.
Bounds checking must be done in this call. Bounds checking must be done in this call.
*/ */
void DisplayDriver::FillBezier(BPoint *pts, LayerData *d, int8 *pat) void DisplayDriver::FillBezier(BPoint *pts, LayerData *d, const Pattern &pat)
{ {
} }
@ -169,12 +169,12 @@ void DisplayDriver::FillBezier(BPoint *pts, LayerData *d, int8 *pat)
\brief Called for all BView::FillEllipse calls \brief Called for all BView::FillEllipse calls
\param r BRect enclosing the ellipse to be drawn. \param r BRect enclosing the ellipse to be drawn.
\param d Data structure containing any other data necessary for the call. Always non-NULL. \param d Data structure containing any other data necessary for the call. Always non-NULL.
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the const Pattern &to use. Always non-NULL.
Bounds checking must be done in this call because only part of the ellipse may end up Bounds checking must be done in this call because only part of the ellipse may end up
being clipped. being clipped.
*/ */
void DisplayDriver::FillEllipse(BRect r, LayerData *d, int8 *pat) void DisplayDriver::FillEllipse(BRect r, LayerData *d, const Pattern &pat)
{ {
} }
@ -184,12 +184,12 @@ void DisplayDriver::FillEllipse(BRect r, LayerData *d, int8 *pat)
\param numpts Number of points in the BPoint array. \param numpts Number of points in the BPoint array.
\param rect Rectangle which contains the polygon \param rect Rectangle which contains the polygon
\param d Data structure containing any other data necessary for the call. Always non-NULL. \param d Data structure containing any other data necessary for the call. Always non-NULL.
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the const Pattern &to use. Always non-NULL.
The points in the array are not guaranteed to be within the framebuffer's The points in the array are not guaranteed to be within the framebuffer's
coordinate range. coordinate range.
*/ */
void DisplayDriver::FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat) void DisplayDriver::FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat)
{ {
} }
@ -197,10 +197,10 @@ void DisplayDriver::FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerD
\brief Called for all BView::FillRect calls \brief Called for all BView::FillRect calls
\param r BRect to be filled. Guaranteed to be in the frame buffer's coordinate space \param r BRect to be filled. Guaranteed to be in the frame buffer's coordinate space
\param d Data structure containing any other data necessary for the call. Always non-NULL. \param d Data structure containing any other data necessary for the call. Always non-NULL.
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the const Pattern &to use. Always non-NULL.
*/ */
void DisplayDriver::FillRect(BRect r, LayerData *d, int8 *pat) void DisplayDriver::FillRect(BRect r, LayerData *d, const Pattern &pat)
{ {
} }
@ -208,12 +208,12 @@ void DisplayDriver::FillRect(BRect r, LayerData *d, int8 *pat)
\brief Convenience function for server use \brief Convenience function for server use
\param r BRegion to be filled \param r BRegion to be filled
\param d Data structure containing any other data necessary for the call. Always non-NULL. \param d Data structure containing any other data necessary for the call. Always non-NULL.
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the const Pattern &to use. Always non-NULL.
*/ */
void DisplayDriver::FillRegion(BRegion *r, LayerData *d, int8 *pat) void DisplayDriver::FillRegion(BRegion *r, LayerData *d, const Pattern &pat)
{ {
if(!r || !d || !pat) if(!r || !d)
return; return;
Lock(); Lock();
@ -230,16 +230,16 @@ void DisplayDriver::FillRegion(BRegion *r, LayerData *d, int8 *pat)
\param xrad X radius of the corner arcs \param xrad X radius of the corner arcs
\param yrad Y radius of the corner arcs \param yrad Y radius of the corner arcs
\param d Data structure containing any other data necessary for the call. Always non-NULL. \param d Data structure containing any other data necessary for the call. Always non-NULL.
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the const Pattern &to use. Always non-NULL.
Bounds checking must be done in this call because only part of the roundrect may end Bounds checking must be done in this call because only part of the roundrect may end
up being clipped. up being clipped.
*/ */
void DisplayDriver::FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat) void DisplayDriver::FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat)
{ {
} }
//void DisplayDriver::FillShape(SShape *sh, LayerData *d, int8 *pat) //void DisplayDriver::FillShape(SShape *sh, LayerData *d, const Pattern &pat)
//{ //{
//} //}
@ -249,12 +249,12 @@ void DisplayDriver::FillRoundRect(BRect r, float xrad, float yrad, LayerData *d,
\param r BRect enclosing the triangle. While it will definitely enclose the triangle, \param r BRect enclosing the triangle. While it will definitely enclose the triangle,
it may not be within the frame buffer's bounds. it may not be within the frame buffer's bounds.
\param d Data structure containing any other data necessary for the call. Always non-NULL. \param d Data structure containing any other data necessary for the call. Always non-NULL.
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the const Pattern &to use. Always non-NULL.
Bounds checking must be done in this call because only part of the triangle may end Bounds checking must be done in this call because only part of the triangle may end
up being clipped. up being clipped.
*/ */
void DisplayDriver::FillTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat) void DisplayDriver::FillTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat)
{ {
} }
@ -364,12 +364,12 @@ void DisplayDriver::SetCursor(ServerCursor *cursor)
\param angle Starting angle for the arc in degrees \param angle Starting angle for the arc in degrees
\param span Span of the arc in degrees. Ending angle = angle+span. \param span Span of the arc in degrees. Ending angle = angle+span.
\param d Data structure containing any other data necessary for the call. Always non-NULL. \param d Data structure containing any other data necessary for the call. Always non-NULL.
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the const Pattern &to use. Always non-NULL.
Bounds checking must be done in this call because only part of the arc may end up Bounds checking must be done in this call because only part of the arc may end up
being clipped. being clipped.
*/ */
void DisplayDriver::StrokeArc(BRect r, float angle, float span, LayerData *d, int8 *pat) void DisplayDriver::StrokeArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat)
{ {
} }
@ -378,11 +378,11 @@ void DisplayDriver::StrokeArc(BRect r, float angle, float span, LayerData *d, in
\param pts 4-element array of BPoints in the order of start, end, and then the two control \param pts 4-element array of BPoints in the order of start, end, and then the two control
points. points.
\param d Data structure containing any other data necessary for the call. Always non-NULL. \param d Data structure containing any other data necessary for the call. Always non-NULL.
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the const Pattern &to use. Always non-NULL.
Bounds checking must be done in this call. Bounds checking must be done in this call.
*/ */
void DisplayDriver::StrokeBezier(BPoint *pts, LayerData *d, int8 *pat) void DisplayDriver::StrokeBezier(BPoint *pts, LayerData *d, const Pattern &pat)
{ {
} }
@ -390,12 +390,12 @@ void DisplayDriver::StrokeBezier(BPoint *pts, LayerData *d, int8 *pat)
\brief Called for all BView::StrokeEllipse calls \brief Called for all BView::StrokeEllipse calls
\param r BRect enclosing the ellipse to be drawn. \param r BRect enclosing the ellipse to be drawn.
\param d Data structure containing any other data necessary for the call. Always non-NULL. \param d Data structure containing any other data necessary for the call. Always non-NULL.
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the const Pattern &to use. Always non-NULL.
Bounds checking must be done in this call because only part of the ellipse may end up Bounds checking must be done in this call because only part of the ellipse may end up
being clipped. being clipped.
*/ */
void DisplayDriver::StrokeEllipse(BRect r, LayerData *d, int8 *pat) void DisplayDriver::StrokeEllipse(BRect r, LayerData *d, const Pattern &pat)
{ {
} }
@ -404,12 +404,12 @@ void DisplayDriver::StrokeEllipse(BRect r, LayerData *d, int8 *pat)
\param start Starting point \param start Starting point
\param end Ending point \param end Ending point
\param d Data structure containing any other data necessary for the call. Always non-NULL. \param d Data structure containing any other data necessary for the call. Always non-NULL.
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the const Pattern &to use. Always non-NULL.
The endpoints themselves are guaranteed to be in bounds, but clipping for lines with The endpoints themselves are guaranteed to be in bounds, but clipping for lines with
a thickness greater than 1 will need to be done. a thickness greater than 1 will need to be done.
*/ */
void DisplayDriver::StrokeLine(BPoint start, BPoint end, LayerData *d, int8 *pat) void DisplayDriver::StrokeLine(BPoint start, BPoint end, LayerData *d, const Pattern &pat)
{ {
} }
@ -419,12 +419,12 @@ void DisplayDriver::StrokeLine(BPoint start, BPoint end, LayerData *d, int8 *pat
\param numpts Number of points in the BPoint array. \param numpts Number of points in the BPoint array.
\param rect Rectangle which contains the polygon \param rect Rectangle which contains the polygon
\param d Data structure containing any other data necessary for the call. Always non-NULL. \param d Data structure containing any other data necessary for the call. Always non-NULL.
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the const Pattern &to use. Always non-NULL.
The points in the array are not guaranteed to be within the framebuffer's The points in the array are not guaranteed to be within the framebuffer's
coordinate range. coordinate range.
*/ */
void DisplayDriver::StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat, bool is_closed) void DisplayDriver::StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat, bool is_closed)
{ {
} }
@ -432,10 +432,10 @@ void DisplayDriver::StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, Laye
\brief Called for all BView::StrokeRect calls \brief Called for all BView::StrokeRect calls
\param r BRect to be filled. Guaranteed to be in the frame buffer's coordinate space \param r BRect to be filled. Guaranteed to be in the frame buffer's coordinate space
\param d Data structure containing any other data necessary for the call. Always non-NULL. \param d Data structure containing any other data necessary for the call. Always non-NULL.
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the const Pattern &to use. Always non-NULL.
*/ */
void DisplayDriver::StrokeRect(BRect r, LayerData *d, int8 *pat) void DisplayDriver::StrokeRect(BRect r, LayerData *d, const Pattern &pat)
{ {
} }
@ -443,12 +443,12 @@ void DisplayDriver::StrokeRect(BRect r, LayerData *d, int8 *pat)
\brief Convenience function for server use \brief Convenience function for server use
\param r BRegion to be stroked \param r BRegion to be stroked
\param d Data structure containing any other data necessary for the call. Always non-NULL. \param d Data structure containing any other data necessary for the call. Always non-NULL.
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the const Pattern &to use. Always non-NULL.
*/ */
void DisplayDriver::StrokeRegion(BRegion *r, LayerData *d, int8 *pat) void DisplayDriver::StrokeRegion(BRegion *r, LayerData *d, const Pattern &pat)
{ {
if(!r || !d || !pat) if(!r || !d)
return; return;
Lock(); Lock();
@ -465,16 +465,16 @@ void DisplayDriver::StrokeRegion(BRegion *r, LayerData *d, int8 *pat)
\param xrad X radius of the corner arcs \param xrad X radius of the corner arcs
\param yrad Y radius of the corner arcs \param yrad Y radius of the corner arcs
\param d Data structure containing any other data necessary for the call. Always non-NULL. \param d Data structure containing any other data necessary for the call. Always non-NULL.
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the const Pattern &to use. Always non-NULL.
Bounds checking must be done in this call because only part of the roundrect may end Bounds checking must be done in this call because only part of the roundrect may end
up being clipped. up being clipped.
*/ */
void DisplayDriver::StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat) void DisplayDriver::StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat)
{ {
} }
//void DisplayDriver::StrokeShape(SShape *sh, LayerData *d, int8 *pat) //void DisplayDriver::StrokeShape(SShape *sh, LayerData *d, const Pattern &pat)
//{ //{
//} //}
@ -484,12 +484,12 @@ void DisplayDriver::StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *
\param r BRect enclosing the triangle. While it will definitely enclose the triangle, \param r BRect enclosing the triangle. While it will definitely enclose the triangle,
it may not be within the frame buffer's bounds. it may not be within the frame buffer's bounds.
\param d Data structure containing any other data necessary for the call. Always non-NULL. \param d Data structure containing any other data necessary for the call. Always non-NULL.
\param pat 8-byte array containing the pattern to use. Always non-NULL. \param pat 8-byte array containing the const Pattern &to use. Always non-NULL.
Bounds checking must be done in this call because only part of the triangle may end Bounds checking must be done in this call because only part of the triangle may end
up being clipped. up being clipped.
*/ */
void DisplayDriver::StrokeTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat) void DisplayDriver::StrokeTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat)
{ {
} }

59
src/servers/app/server/PatternHandler.cpp
View File

@ -27,6 +27,10 @@
#include <Point.h> #include <Point.h>
#include "PatternHandler.h" #include "PatternHandler.h"
const Pattern pat_solidhigh(0xFFFFFFFFFFFFFFFFLL);
const Pattern pat_solidlow((uint64)0);
const Pattern pat_mixedcolors(0xAAAAAAAAAAAAAAAALL);
/*! /*!
\brief Void constructor \brief Void constructor
@ -35,7 +39,7 @@
*/ */
PatternHandler::PatternHandler(void) PatternHandler::PatternHandler(void)
{ {
_pat.type64=0xFFFFFFFFLL; _pat=0xFFFFFFFFFFFFFFFFLL;
_high=new RGBColor(0,0,0,255); _high=new RGBColor(0,0,0,255);
_low=new RGBColor(255,255,255,255); _low=new RGBColor(255,255,255,255);
} }
@ -50,14 +54,35 @@ PatternHandler::PatternHandler(void)
PatternHandler::PatternHandler(int8 *pat) PatternHandler::PatternHandler(int8 *pat)
{ {
if(pat) if(pat)
_pat.type64=*((uint64*)pat); _pat.Set(pat);
else else
_pat.type64=0xFFFFFFFFLL; _pat=0xFFFFFFFFFFFFFFFFLL;
_high=new RGBColor(0,0,0,255); _high=new RGBColor(0,0,0,255);
_low=new RGBColor(255,255,255,255); _low=new RGBColor(255,255,255,255);
} }
/*!
\brief Constructor initializes to given pattern
\param pat Pattern to use.
This initializes to the given pattern or B_SOLID_HIGH if the pattern
is NULL. High color is set to black, and low color is set to white.
*/
PatternHandler::PatternHandler(const uint64 &pat)
{
_pat=pat;
_high=new RGBColor(0,0,0,255);
_low=new RGBColor(255,255,255,255);
}
PatternHandler::PatternHandler(const Pattern &pat)
{
_pat=pat;
_high=new RGBColor(0,0,0,255);
_low=new RGBColor(255,255,255,255);
}
//! Destructor frees internal color variables //! Destructor frees internal color variables
PatternHandler::~PatternHandler(void) PatternHandler::~PatternHandler(void)
{ {
@ -75,9 +100,27 @@ PatternHandler::~PatternHandler(void)
void PatternHandler::SetTarget(int8 *pat) void PatternHandler::SetTarget(int8 *pat)
{ {
if(pat) if(pat)
_pat.type64=*((uint64*)pat); _pat.Set(pat);
else else
_pat.type64=0xFFFFFFFFLL; _pat=0xFFFFFFFFFFFFFFFFLL;
}
/*!
\brief Sets the pattern for the handler to the one given
\param pat Pattern to use.
*/
void PatternHandler::SetTarget(const uint64 &pat)
{
_pat=pat;
}
/*!
\brief Sets the pattern for the handler to the one given
\param pat Pattern to use.
*/
void PatternHandler::SetTarget(const Pattern &pat)
{
_pat=pat;
} }
/*! /*!
@ -109,7 +152,8 @@ RGBColor PatternHandler::GetColor(const BPoint &pt)
*/ */
RGBColor PatternHandler::GetColor(const float &x, const float &y) RGBColor PatternHandler::GetColor(const float &x, const float &y)
{ {
int32 value=_pat.type8[(uint32)y%8] & (1 << (7-((uint32)x%8)) ); const int8 *ptr=_pat.GetInt8();
int32 value=ptr[(uint32)y%8] & (1 << (7-((uint32)x%8)) );
return (value==0)?*_low:*_high; return (value==0)?*_low:*_high;
} }
@ -122,7 +166,8 @@ RGBColor PatternHandler::GetColor(const float &x, const float &y)
*/ */
bool PatternHandler::GetValue(const float &x, const float &y) bool PatternHandler::GetValue(const float &x, const float &y)
{ {
int32 value=_pat.type8[(uint32)y%8] & (1 << (7-((uint32)x%8)) ); const int8 *ptr=_pat.GetInt8();
int32 value=ptr[(uint32)y%8] & (1 << (7-((uint32)x%8)) );
return (value==0)?false:true; return (value==0)?false:true;
} }

30
src/servers/app/server/PicturePlayer.cpp
View File

@ -35,7 +35,7 @@ PicturePlayer::PicturePlayer(DisplayDriver *d,void *data, int32 size)
: fData(data, size) : fData(data, size)
{ {
fdriver=d; fdriver=d;
pat.type64=0xFFFFFFFFFFFFFFFFLL; pat=0xFFFFFFFFFFFFFFFFLL;
} }
PicturePlayer::~PicturePlayer() PicturePlayer::~PicturePlayer()
@ -148,47 +148,47 @@ status_t PicturePlayer::Play(int32 tableEntries,void *userData, LayerData *d)
{ {
BPoint start = GetCoord(); BPoint start = GetCoord();
BPoint end = GetCoord(); BPoint end = GetCoord();
fdriver->StrokeLine(start,end,&fldata,pat.type8); fdriver->StrokeLine(start,end,&fldata,pat);
break; break;
} }
case B_PIC_STROKE_RECT: case B_PIC_STROKE_RECT:
{ {
BRect rect = GetRect(); BRect rect = GetRect();
fdriver->StrokeRect(rect,&fldata,pat.type8); fdriver->StrokeRect(rect,&fldata,pat);
break; break;
} }
case B_PIC_FILL_RECT: case B_PIC_FILL_RECT:
{ {
BRect rect = GetRect(); BRect rect = GetRect();
fdriver->FillRect(rect,&fldata,pat.type8); fdriver->FillRect(rect,&fldata,pat);
break; break;
} }
case B_PIC_STROKE_ROUND_RECT: case B_PIC_STROKE_ROUND_RECT:
{ {
BRect rect = GetRect(); BRect rect = GetRect();
BPoint radii = GetCoord(); BPoint radii = GetCoord();
fdriver->StrokeRoundRect(rect,radii.x,radii.y,&fldata,pat.type8); fdriver->StrokeRoundRect(rect,radii.x,radii.y,&fldata,pat);
break; break;
} }
case B_PIC_FILL_ROUND_RECT: case B_PIC_FILL_ROUND_RECT:
{ {
BRect rect = GetRect(); BRect rect = GetRect();
BPoint radii = GetCoord(); BPoint radii = GetCoord();
fdriver->FillRoundRect(rect,radii.x,radii.y,&fldata,pat.type8); fdriver->FillRoundRect(rect,radii.x,radii.y,&fldata,pat);
break; break;
} }
case B_PIC_STROKE_BEZIER: case B_PIC_STROKE_BEZIER:
{ {
BPoint control[4]; BPoint control[4];
GetData(control, sizeof(control)); GetData(control, sizeof(control));
fdriver->StrokeBezier(control,&fldata,pat.type8); fdriver->StrokeBezier(control,&fldata,pat);
break; break;
} }
case B_PIC_FILL_BEZIER: case B_PIC_FILL_BEZIER:
{ {
BPoint control[4]; BPoint control[4];
GetData(control, sizeof(control)); GetData(control, sizeof(control));
fdriver->FillBezier(control,&fldata,pat.type8); fdriver->FillBezier(control,&fldata,pat);
break; break;
} }
case B_PIC_STROKE_POLYGON: case B_PIC_STROKE_POLYGON:
@ -197,7 +197,7 @@ status_t PicturePlayer::Play(int32 tableEntries,void *userData, LayerData *d)
BPoint *points = new BPoint[numPoints]; BPoint *points = new BPoint[numPoints];
GetData(points, numPoints * sizeof(BPoint)); GetData(points, numPoints * sizeof(BPoint));
bool isClosed = GetBool(); bool isClosed = GetBool();
fdriver->StrokePolygon(points,numPoints,BRect(0,0,0,0),&fldata,pat.type8,isClosed); fdriver->StrokePolygon(points,numPoints,BRect(0,0,0,0),&fldata,pat,isClosed);
delete points; delete points;
break; break;
} }
@ -206,7 +206,7 @@ status_t PicturePlayer::Play(int32 tableEntries,void *userData, LayerData *d)
int32 numPoints = GetInt32(); int32 numPoints = GetInt32();
BPoint *points = new BPoint[numPoints]; BPoint *points = new BPoint[numPoints];
GetData(points, numPoints * sizeof(BPoint)); GetData(points, numPoints * sizeof(BPoint));
fdriver->FillPolygon(points,numPoints,BRect(0,0,0,0),&fldata,pat.type8); fdriver->FillPolygon(points,numPoints,BRect(0,0,0,0),&fldata,pat);
delete points; delete points;
break; break;
} }
@ -260,7 +260,7 @@ status_t PicturePlayer::Play(int32 tableEntries,void *userData, LayerData *d)
float startTheta = GetFloat(); float startTheta = GetFloat();
float arcTheta = GetFloat(); float arcTheta = GetFloat();
fdriver->StrokeArc(BRect(center.x-radii.x,center.y-radii.y,center.x+radii.x, fdriver->StrokeArc(BRect(center.x-radii.x,center.y-radii.y,center.x+radii.x,
center.y+radii.y),startTheta, arcTheta, &fldata,pat.type8); center.y+radii.y),startTheta, arcTheta, &fldata,pat);
break; break;
} }
case B_PIC_FILL_ARC: case B_PIC_FILL_ARC:
@ -270,7 +270,7 @@ status_t PicturePlayer::Play(int32 tableEntries,void *userData, LayerData *d)
float startTheta = GetFloat(); float startTheta = GetFloat();
float arcTheta = GetFloat(); float arcTheta = GetFloat();
fdriver->FillArc(BRect(center.x-radii.x,center.y-radii.y,center.x+radii.x, fdriver->FillArc(BRect(center.x-radii.x,center.y-radii.y,center.x+radii.x,
center.y+radii.y),startTheta, arcTheta, &fldata,pat.type8); center.y+radii.y),startTheta, arcTheta, &fldata,pat);
break; break;
} }
case B_PIC_STROKE_ELLIPSE: case B_PIC_STROKE_ELLIPSE:
@ -279,7 +279,7 @@ status_t PicturePlayer::Play(int32 tableEntries,void *userData, LayerData *d)
BPoint center; BPoint center;
BPoint radii((rect.Width() + 1) / 2.0f, (rect.Height() + 1) / 2.0f); BPoint radii((rect.Width() + 1) / 2.0f, (rect.Height() + 1) / 2.0f);
center = rect.LeftTop() + radii; center = rect.LeftTop() + radii;
fdriver->StrokeEllipse(rect,&fldata,pat.type8); fdriver->StrokeEllipse(rect,&fldata,pat);
break; break;
} }
case B_PIC_FILL_ELLIPSE: case B_PIC_FILL_ELLIPSE:
@ -288,7 +288,7 @@ status_t PicturePlayer::Play(int32 tableEntries,void *userData, LayerData *d)
BPoint center; BPoint center;
BPoint radii((rect.Width() + 1) / 2.0f, (rect.Height() + 1) / 2.0f); BPoint radii((rect.Width() + 1) / 2.0f, (rect.Height() + 1) / 2.0f);
center = rect.LeftTop() + radii; center = rect.LeftTop() + radii;
fdriver->FillEllipse(rect,&fldata,pat.type8); fdriver->FillEllipse(rect,&fldata,pat);
break; break;
} }
case B_PIC_ENTER_STATE_CHANGE: case B_PIC_ENTER_STATE_CHANGE:
@ -375,7 +375,7 @@ status_t PicturePlayer::Play(int32 tableEntries,void *userData, LayerData *d)
{ {
pattern p; pattern p;
GetData(&p, sizeof(p)); GetData(&p, sizeof(p));
pat.type64=*((uint64*)p.data); pat=*((uint64*)p.data);
break; break;
} }
case B_PIC_ENTER_FONT_STATE: case B_PIC_ENTER_FONT_STATE:

2
src/servers/app/server/PicturePlayer.h
View File

@ -88,7 +88,7 @@ private:
DisplayDriver *fdriver; DisplayDriver *fdriver;
LayerData fldata; LayerData fldata;
BPoint forigin; BPoint forigin;
pattern_union pat; Pattern pat;
}; };
#endif #endif

4
src/servers/app/server/RootLayer.cpp
View File

@ -70,8 +70,6 @@ void RootLayer::RequestDraw(void)
{ {
if(!_is_dirty) if(!_is_dirty)
return; return;
pattern_union low;
low.type64=0LL;
// Redraw the base // Redraw the base
if(_invalid) if(_invalid)
@ -79,7 +77,7 @@ void RootLayer::RequestDraw(void)
for(int32 i=0; _invalid->CountRects();i++) for(int32 i=0; _invalid->CountRects();i++)
{ {
if(_invalid->RectAt(i).IsValid()) if(_invalid->RectAt(i).IsValid())
_driver->FillRect(_invalid->RectAt(i),_layerdata, (int8*)low.type8); _driver->FillRect(_invalid->RectAt(i),_layerdata, pat_solidlow);
else else
break; break;
} }

88
src/servers/app/server/ScreenDriver.cpp
View File

@ -516,28 +516,28 @@ bool ScreenDriver::DumpToFile(const char *path)
return true; return true;
} }
void ScreenDriver::FillArc(BRect r, float angle, float span, LayerData *d, int8 *pat) void ScreenDriver::FillArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->FillArc(r,angle,span,*((pattern*)pat)); drawview->FillArc(r,angle,span,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
screenwin->Unlock(); screenwin->Unlock();
} }
void ScreenDriver::FillBezier(BPoint *pts, LayerData *d, int8 *pat) void ScreenDriver::FillBezier(BPoint *pts, LayerData *d, const Pattern &pat)
{ {
if(!pat || !pts) if(!pts)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->FillBezier(pts,*((pattern*)pat)); drawview->FillBezier(pts,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
// Invalidate the whole view until I get around to adding in the invalid rect calc code // Invalidate the whole view until I get around to adding in the invalid rect calc code
@ -546,56 +546,56 @@ void ScreenDriver::FillBezier(BPoint *pts, LayerData *d, int8 *pat)
screenwin->Unlock(); screenwin->Unlock();
} }
void ScreenDriver::FillEllipse(BRect r, LayerData *d, int8 *pat) void ScreenDriver::FillEllipse(BRect r, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->FillEllipse(r,*((pattern*)pat)); drawview->FillEllipse(r,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
screenwin->Unlock(); screenwin->Unlock();
} }
void ScreenDriver::FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat) void ScreenDriver::FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->FillPolygon(ptlist,numpts,rect,*((pattern*)pat)); drawview->FillPolygon(ptlist,numpts,rect,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(rect); screenwin->view->Invalidate(rect);
framebuffer->Unlock(); framebuffer->Unlock();
screenwin->Unlock(); screenwin->Unlock();
} }
void ScreenDriver::FillRect(BRect r, LayerData *d, int8 *pat) void ScreenDriver::FillRect(BRect r, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->FillRect(r,*((pattern*)pat)); drawview->FillRect(r,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
screenwin->Unlock(); screenwin->Unlock();
} }
void ScreenDriver::FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat) void ScreenDriver::FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->FillRoundRect(r,xrad,yrad,*((pattern*)pat)); drawview->FillRoundRect(r,xrad,yrad,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
@ -603,15 +603,15 @@ void ScreenDriver::FillRoundRect(BRect r, float xrad, float yrad, LayerData *d,
} }
void ScreenDriver::FillTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat) void ScreenDriver::FillTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat)
{ {
if(!pat || !pts) if(!pts)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
BPoint first=pts[0],second=pts[1],third=pts[2]; BPoint first=pts[0],second=pts[1],third=pts[2];
SetLayerData(d); SetLayerData(d);
drawview->FillTriangle(first,second,third,r,*((pattern*)pat)); drawview->FillTriangle(first,second,third,r,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
@ -707,14 +707,14 @@ void ScreenDriver::ShowCursor(void)
} }
void ScreenDriver::StrokeArc(BRect r, float angle, float span, LayerData *d, int8 *pat) void ScreenDriver::StrokeArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->StrokeArc(r,angle,span,*((pattern*)pat)); drawview->StrokeArc(r,angle,span,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
@ -722,14 +722,14 @@ void ScreenDriver::StrokeArc(BRect r, float angle, float span, LayerData *d, int
} }
void ScreenDriver::StrokeBezier(BPoint *pts, LayerData *d, int8 *pat) void ScreenDriver::StrokeBezier(BPoint *pts, LayerData *d, const Pattern &pat)
{ {
if(!pat || !pts) if(!pts)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->StrokeBezier(pts,*((pattern*)pat)); drawview->StrokeBezier(pts,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
// Invalidate the whole view until I get around to adding in the invalid rect calc code // Invalidate the whole view until I get around to adding in the invalid rect calc code
@ -739,14 +739,14 @@ void ScreenDriver::StrokeBezier(BPoint *pts, LayerData *d, int8 *pat)
} }
void ScreenDriver::StrokeEllipse(BRect r, LayerData *d, int8 *pat) void ScreenDriver::StrokeEllipse(BRect r, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->StrokeEllipse(r,*((pattern*)pat)); drawview->StrokeEllipse(r,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
@ -754,14 +754,14 @@ void ScreenDriver::StrokeEllipse(BRect r, LayerData *d, int8 *pat)
} }
void ScreenDriver::StrokeLine(BPoint start, BPoint end, LayerData *d, int8 *pat) void ScreenDriver::StrokeLine(BPoint start, BPoint end, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->StrokeLine(start,end,*((pattern*)pat)); drawview->StrokeLine(start,end,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(BRect(start,end)); screenwin->view->Invalidate(BRect(start,end));
framebuffer->Unlock(); framebuffer->Unlock();
@ -775,9 +775,9 @@ printf("ScreenDriver:: StrokeLineArray unimplemented\n");
#endif #endif
} }
void ScreenDriver::StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat, bool is_closed) void ScreenDriver::StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat, bool is_closed)
{ {
if(!pat || !ptlist) if(!ptlist)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
@ -806,28 +806,28 @@ void ScreenDriver::StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, Layer
} }
void ScreenDriver::StrokeRect(BRect r, LayerData *d, int8 *pat) void ScreenDriver::StrokeRect(BRect r, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->StrokeRect(r,*((pattern*)pat)); drawview->StrokeRect(r,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
screenwin->Unlock(); screenwin->Unlock();
} }
void ScreenDriver::StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat) void ScreenDriver::StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->StrokeRoundRect(r,xrad,yrad,*((pattern*)pat)); drawview->StrokeRoundRect(r,xrad,yrad,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
@ -835,15 +835,15 @@ void ScreenDriver::StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d
} }
void ScreenDriver::StrokeTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat) void ScreenDriver::StrokeTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat)
{ {
if(!pat || !pts || !d) if(!pts || !d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
BPoint first=pts[0],second=pts[1],third=pts[2]; BPoint first=pts[0],second=pts[1],third=pts[2];
SetLayerData(d); SetLayerData(d);
drawview->StrokeTriangle(first,second,third,r,*((pattern*)pat)); drawview->StrokeTriangle(first,second,third,r,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();

37
src/servers/app/server/ScreenDriver.h
View File

@ -38,10 +38,9 @@
#include <Region.h> #include <Region.h>
#include <Font.h> #include <Font.h>
#include "DisplayDriver.h" #include "DisplayDriver.h"
//#include <ft2build.h>
#include <WindowScreen.h> #include <WindowScreen.h>
//#include FT_FREETYPE_H
#include "FontServer.h" #include "FontServer.h"
#include "PatternHandler.h"
class BBitmap; class BBitmap;
class PortLink; class PortLink;
@ -145,14 +144,14 @@ public:
// virtual void DrawPicture(SPicture *pic, BPoint pt); // virtual void DrawPicture(SPicture *pic, BPoint pt);
void DrawString(const char *string, int32 length, BPoint pt, LayerData *d, escapement_delta *delta=NULL); void DrawString(const char *string, int32 length, BPoint pt, LayerData *d, escapement_delta *delta=NULL);
void FillArc(BRect r, float angle, float span, LayerData *d, int8 *pat); void FillArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat);
void FillBezier(BPoint *pts, LayerData *d, int8 *pat); void FillBezier(BPoint *pts, LayerData *d, const Pattern &pat);
void FillEllipse(BRect r, LayerData *d, int8 *pat); void FillEllipse(BRect r, LayerData *d, const Pattern &pat);
void FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat); void FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat);
void FillRect(BRect r, LayerData *d, int8 *pat); void FillRect(BRect r, LayerData *d, const Pattern &pat);
void FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat); void FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat);
// void FillShape(SShape *sh, LayerData *d, int8 *pat); // void FillShape(SShape *sh, LayerData *d, const Pattern &pat);
void FillTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat); void FillTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat);
void HideCursor(void); void HideCursor(void);
void InvertRect(BRect r); void InvertRect(BRect r);
@ -167,16 +166,16 @@ public:
// void SetDrawingMode(drawing_mode mode); // void SetDrawingMode(drawing_mode mode);
void ShowCursor(void); void ShowCursor(void);
void StrokeArc(BRect r, float angle, float span, LayerData *d, int8 *pat); void StrokeArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat);
void StrokeBezier(BPoint *pts, LayerData *d, int8 *pat); void StrokeBezier(BPoint *pts, LayerData *d, const Pattern &pat);
void StrokeEllipse(BRect r, LayerData *d, int8 *pat); void StrokeEllipse(BRect r, LayerData *d, const Pattern &pat);
void StrokeLine(BPoint start, BPoint end, LayerData *d, int8 *pat); void StrokeLine(BPoint start, BPoint end, LayerData *d, const Pattern &pat);
void StrokeLineArray(BPoint *pts, int32 numlines, RGBColor *colors, LayerData *d); void StrokeLineArray(BPoint *pts, int32 numlines, RGBColor *colors, LayerData *d);
void StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat, bool is_closed=true); void StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat, bool is_closed=true);
void StrokeRect(BRect r, LayerData *d, int8 *pat); void StrokeRect(BRect r, LayerData *d, const Pattern &pat);
void StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat); void StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat);
// void StrokeShape(SShape *sh, LayerData *d, int8 *pat); // void StrokeShape(SShape *sh, LayerData *d, const Pattern &pat);
void StrokeTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat); void StrokeTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat);
void SetMode(int32 mode); void SetMode(int32 mode);
float StringWidth(const char *string, int32 length, LayerData *d); float StringWidth(const char *string, int32 length, LayerData *d);
float StringHeight(const char *string, int32 length, LayerData *d); float StringHeight(const char *string, int32 length, LayerData *d);

88
src/servers/app/server/ViewDriver.cpp
View File

@ -789,28 +789,28 @@ bool ViewDriver::DumpToFile(const char *path)
return true; return true;
} }
void ViewDriver::FillArc(BRect r, float angle, float span, LayerData *d, int8 *pat) void ViewDriver::FillArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->FillArc(r,angle,span,*((pattern*)pat)); drawview->FillArc(r,angle,span,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
screenwin->Unlock(); screenwin->Unlock();
} }
void ViewDriver::FillBezier(BPoint *pts, LayerData *d, int8 *pat) void ViewDriver::FillBezier(BPoint *pts, LayerData *d, const Pattern &pat)
{ {
if(!pat || !pts) if(!pts)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->FillBezier(pts,*((pattern*)pat)); drawview->FillBezier(pts,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
// Invalidate the whole view until I get around to adding in the invalid rect calc code // Invalidate the whole view until I get around to adding in the invalid rect calc code
@ -819,56 +819,56 @@ void ViewDriver::FillBezier(BPoint *pts, LayerData *d, int8 *pat)
screenwin->Unlock(); screenwin->Unlock();
} }
void ViewDriver::FillEllipse(BRect r, LayerData *d, int8 *pat) void ViewDriver::FillEllipse(BRect r, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->FillEllipse(r,*((pattern*)pat)); drawview->FillEllipse(r,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
screenwin->Unlock(); screenwin->Unlock();
} }
void ViewDriver::FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat) void ViewDriver::FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->FillPolygon(ptlist,numpts,rect,*((pattern*)pat)); drawview->FillPolygon(ptlist,numpts,rect,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(rect); screenwin->view->Invalidate(rect);
framebuffer->Unlock(); framebuffer->Unlock();
screenwin->Unlock(); screenwin->Unlock();
} }
void ViewDriver::FillRect(BRect r, LayerData *d, int8 *pat) void ViewDriver::FillRect(BRect r, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->FillRect(r,*((pattern*)pat)); drawview->FillRect(r,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
screenwin->Unlock(); screenwin->Unlock();
} }
void ViewDriver::FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat) void ViewDriver::FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->FillRoundRect(r,xrad,yrad,*((pattern*)pat)); drawview->FillRoundRect(r,xrad,yrad,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
@ -876,15 +876,15 @@ void ViewDriver::FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, in
} }
void ViewDriver::FillTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat) void ViewDriver::FillTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat)
{ {
if(!pat || !pts) if(!pts)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
BPoint first=pts[0],second=pts[1],third=pts[2]; BPoint first=pts[0],second=pts[1],third=pts[2];
SetLayerData(d); SetLayerData(d);
drawview->FillTriangle(first,second,third,r,*((pattern*)pat)); drawview->FillTriangle(first,second,third,r,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
@ -977,14 +977,14 @@ void ViewDriver::ShowCursor(void)
} }
void ViewDriver::StrokeArc(BRect r, float angle, float span, LayerData *d, int8 *pat) void ViewDriver::StrokeArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->StrokeArc(r,angle,span,*((pattern*)pat)); drawview->StrokeArc(r,angle,span,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
@ -992,14 +992,14 @@ void ViewDriver::StrokeArc(BRect r, float angle, float span, LayerData *d, int8
} }
void ViewDriver::StrokeBezier(BPoint *pts, LayerData *d, int8 *pat) void ViewDriver::StrokeBezier(BPoint *pts, LayerData *d, const Pattern &pat)
{ {
if(!pat || !pts) if(!pts)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->StrokeBezier(pts,*((pattern*)pat)); drawview->StrokeBezier(pts,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
// Invalidate the whole view until I get around to adding in the invalid rect calc code // Invalidate the whole view until I get around to adding in the invalid rect calc code
@ -1009,14 +1009,14 @@ void ViewDriver::StrokeBezier(BPoint *pts, LayerData *d, int8 *pat)
} }
void ViewDriver::StrokeEllipse(BRect r, LayerData *d, int8 *pat) void ViewDriver::StrokeEllipse(BRect r, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->StrokeEllipse(r,*((pattern*)pat)); drawview->StrokeEllipse(r,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
@ -1024,14 +1024,14 @@ void ViewDriver::StrokeEllipse(BRect r, LayerData *d, int8 *pat)
} }
void ViewDriver::StrokeLine(BPoint start, BPoint end, LayerData *d, int8 *pat) void ViewDriver::StrokeLine(BPoint start, BPoint end, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->StrokeLine(start,end,*((pattern*)pat)); drawview->StrokeLine(start,end,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(BRect(start,end)); screenwin->view->Invalidate(BRect(start,end));
framebuffer->Unlock(); framebuffer->Unlock();
@ -1076,9 +1076,9 @@ void ViewDriver::StrokeLineArray(BPoint *pts, int32 numlines, RGBColor *colors,
} }
void ViewDriver::StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat, bool is_closed) void ViewDriver::StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat, bool is_closed)
{ {
if(!pat || !ptlist) if(!ptlist)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
@ -1107,28 +1107,28 @@ void ViewDriver::StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerDa
} }
void ViewDriver::StrokeRect(BRect r, LayerData *d, int8 *pat) void ViewDriver::StrokeRect(BRect r, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->StrokeRect(r,*((pattern*)pat)); drawview->StrokeRect(r,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
screenwin->Unlock(); screenwin->Unlock();
} }
void ViewDriver::StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat) void ViewDriver::StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat)
{ {
if(!pat || !d) if(!d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
SetLayerData(d); SetLayerData(d);
drawview->StrokeRoundRect(r,xrad,yrad,*((pattern*)pat)); drawview->StrokeRoundRect(r,xrad,yrad,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();
@ -1136,15 +1136,15 @@ void ViewDriver::StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d,
} }
void ViewDriver::StrokeTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat) void ViewDriver::StrokeTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat)
{ {
if(!pat || !pts || !d) if(!pts || !d)
return; return;
screenwin->Lock(); screenwin->Lock();
framebuffer->Lock(); framebuffer->Lock();
BPoint first=pts[0],second=pts[1],third=pts[2]; BPoint first=pts[0],second=pts[1],third=pts[2];
SetLayerData(d); SetLayerData(d);
drawview->StrokeTriangle(first,second,third,r,*((pattern*)pat)); drawview->StrokeTriangle(first,second,third,r,*((pattern*)pat.GetInt8()));
drawview->Sync(); drawview->Sync();
screenwin->view->Invalidate(r); screenwin->view->Invalidate(r);
framebuffer->Unlock(); framebuffer->Unlock();

36
src/servers/app/server/ViewDriver.h
View File

@ -37,8 +37,6 @@
#include <Region.h> #include <Region.h>
#include <Font.h> #include <Font.h>
#include "DisplayDriver.h" #include "DisplayDriver.h"
//#include <ft2build.h>
//#include FT_FREETYPE_H
#include "FontServer.h" #include "FontServer.h"
class BBitmap; class BBitmap;
@ -115,14 +113,14 @@ public:
// virtual void DrawPicture(SPicture *pic, BPoint pt); // virtual void DrawPicture(SPicture *pic, BPoint pt);
void DrawString(const char *string, int32 length, BPoint pt, LayerData *d, escapement_delta *delta=NULL); void DrawString(const char *string, int32 length, BPoint pt, LayerData *d, escapement_delta *delta=NULL);
void FillArc(BRect r, float angle, float span, LayerData *d, int8 *pat); void FillArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat);
void FillBezier(BPoint *pts, LayerData *d, int8 *pat); void FillBezier(BPoint *pts, LayerData *d, const Pattern &pat);
void FillEllipse(BRect r, LayerData *d, int8 *pat); void FillEllipse(BRect r, LayerData *d, const Pattern &pat);
void FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat); void FillPolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat);
void FillRect(BRect r, LayerData *d, int8 *pat); void FillRect(BRect r, LayerData *d, const Pattern &pat);
void FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat); void FillRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat);
// void FillShape(SShape *sh, LayerData *d, int8 *pat); // void FillShape(SShape *sh, LayerData *d, const Pattern &pat);
void FillTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat); void FillTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat);
void HideCursor(void); void HideCursor(void);
void InvertRect(BRect r); void InvertRect(BRect r);
@ -137,16 +135,16 @@ public:
// void SetDrawingMode(drawing_mode mode); // void SetDrawingMode(drawing_mode mode);
void ShowCursor(void); void ShowCursor(void);
void StrokeArc(BRect r, float angle, float span, LayerData *d, int8 *pat); void StrokeArc(BRect r, float angle, float span, LayerData *d, const Pattern &pat);
void StrokeBezier(BPoint *pts, LayerData *d, int8 *pat); void StrokeBezier(BPoint *pts, LayerData *d, const Pattern &pat);
void StrokeEllipse(BRect r, LayerData *d, int8 *pat); void StrokeEllipse(BRect r, LayerData *d, const Pattern &pat);
void StrokeLine(BPoint start, BPoint end, LayerData *d, int8 *pat); void StrokeLine(BPoint start, BPoint end, LayerData *d, const Pattern &pat);
void StrokeLineArray(BPoint *pts, int32 numlines, RGBColor *colors, LayerData *d); void StrokeLineArray(BPoint *pts, int32 numlines, RGBColor *colors, LayerData *d);
void StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, int8 *pat, bool is_closed=true); void StrokePolygon(BPoint *ptlist, int32 numpts, BRect rect, LayerData *d, const Pattern &pat, bool is_closed=true);
void StrokeRect(BRect r, LayerData *d, int8 *pat); void StrokeRect(BRect r, LayerData *d, const Pattern &pat);
void StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, int8 *pat); void StrokeRoundRect(BRect r, float xrad, float yrad, LayerData *d, const Pattern &pat);
// void StrokeShape(SShape *sh, LayerData *d, int8 *pat); // void StrokeShape(SShape *sh, LayerData *d, const Pattern &pat);
void StrokeTriangle(BPoint *pts, BRect r, LayerData *d, int8 *pat); void StrokeTriangle(BPoint *pts, BRect r, LayerData *d, const Pattern &pat);
void SetMode(int32 mode); void SetMode(int32 mode);
float StringWidth(const char *string, int32 length, LayerData *d); float StringWidth(const char *string, int32 length, LayerData *d);
float StringHeight(const char *string, int32 length, LayerData *d); float StringHeight(const char *string, int32 length, LayerData *d);