void DumpObject::PutCharScreen(BYTE c)
{
Uint32 ucs[2];
AG_Surface *r = NULL;
if(Sym2UCS4(c, ucs) && (c != 0x20)) {
if(pDbgDialogSymFont != NULL) {
AG_PushTextState();
AG_TextFont(pDbgDialogSymFont);
AG_TextColor(fgColor);
AG_TextBGColor(bgColor);
AG_TextValign(AG_TEXT_MIDDLE);
r = AG_TextRenderUCS4((const Uint32 *)ucs);
AG_PopTextState();
}
} else if(Txt2UCS4(c, ucs) && (c != 0x20)) {
if(pDbgDialogTextFont != NULL) {
AG_PushTextState();
AG_TextFont(pDbgDialogTextFont);
AG_TextColor(fgColor);
AG_TextBGColor(bgColor);
AG_TextValign(AG_TEXT_MIDDLE);
r = AG_TextRenderUCS4((const Uint32 *)ucs);
AG_PopTextState();
}
}
{ // Clear Cursor position 20130122 (-_-;
AG_Rect rect;
rect.x = X * CHRW;
rect.y = Y * CHRH;
rect.w = CHRW;
rect.h = CHRH;
AG_FillRect(Screen, &rect, bgColor);
}
if(r != NULL) {
if(Screen != NULL) {
AG_SurfaceBlit(r, NULL, Screen, X * CHRW, Y * CHRH);
}
AG_SurfaceFree(r);
}
}
void DumpObject::InitFont(void)
{
char c[2];
AG_Surface *dummy;
AG_PushTextState();
pDbgDialogTextFont = AG_TextFontLookup(&DebuggerTextFont[0], DBG_TEXT_PT, 0);
c[0] = '0';
c[1] = '\0';
if(pDbgDialogTextFont != NULL) {
AG_TextFont(pDbgDialogTextFont);
}
AG_TextSize(c ,&CHRW, &CHRH);
pDbgDialogSymFont = AG_TextFontLookup(DebuggerSymFont, DBG_TEXT_PT, 0);
AG_PopTextState();
}
static void
UpdatePreview(AG_FontSelector *fs)
{
AG_Variable *bFont;
AG_Font **pFont;
AG_Surface *s;
bFont = AG_GetVariable(fs, "font", &pFont);
AG_PushTextState();
if (*pFont != NULL) {
AG_TextFont(*pFont);
}
s = AG_TextRender(_("The Quick Brown Fox Jumps Over The Lazy Dog"));
if (fs->sPreview == -1) {
fs->sPreview = AG_WidgetMapSurfaceNODUP(fs, s);
} else {
AG_WidgetReplaceSurfaceNODUP(fs, fs->sPreview, s);
}
AG_PopTextState();
AG_UnlockVariable(bFont);
}
/*
* This function requests a minimal geometry for displaying the widget.
* It is expected to return the width and height in pixels into r.
*
* Note: Some widgets will provide FooSizeHint() functions to allow the
* programmer to request an initial size in pixels or some other metric
* FooSizeHint() typically sets some structure variable, which are then
* used here.
*/
static void
SizeRequest(void *p, AG_SizeReq *r)
{
formaText *my = (formaText*)p;
if (my->mySurface == -1) {
/*
* We can use AG_TextSize() to return the dimensions of rendered
* text, without rendering it.
*/
AG_TextFont(AG_FetchFont(NULL, 24, 0));
AG_TextSize("Custom widget!", &r->w, &r->h);
} else {
/*
* We can use the geometry of the rendered surface. The
* AGWIDGET_SURFACE() macro returns the AG_Surface given a
* Widget surface handle.
*/
r->w = AGWIDGET_SURFACE(my,my->mySurface)->w;
r->h = AGWIDGET_SURFACE(my,my->mySurface)->h;
//r->w=(min(r->w,600));
}
}
