size_t str(char * buffer, size_t sz, const RDPOrderCommon & common) const {
size_t lg = 0;
lg += common.str(buffer + lg, sz - lg, true);
lg += snprintf(buffer + lg, sz - lg,
"polygoncb(xStart=%d yStart=%d bRop2=0x%02X fillMode=%d "
"backColor=%.6x foreColor=%.6x "
"brush.org_x=%d brush.org_y=%d "
"brush.style=%d brush.hatch=%d "
"NumDeltaEntries=%d DeltaEntries=(",
this->xStart, this->yStart, unsigned(this->bRop2), this->fillMode,
this->backColor.as_bgr().to_u32(), this->foreColor.as_bgr().to_u32(),
this->brush.org_x, this->brush.org_y,
this->brush.style, this->brush.hatch,
this->NumDeltaEntries);
for (uint8_t i = 0; i < this->NumDeltaEntries; i++) {
if (i) {
lg += snprintf(buffer + lg, sz - lg, " ");
}
lg += snprintf(buffer + lg, sz - lg, "(%d, %d)", this->deltaPoints[i].xDelta, this->deltaPoints[i].yDelta);
}
lg += snprintf(buffer + lg, sz - lg, "))");
if (lg >= sz) {
return sz;
}
return lg;
}
size_t str(char * buffer, size_t sz, const RDPOrderCommon & common) const
{
size_t lg = common.str(buffer, sz, true);
lg += snprintf(
buffer+lg,
sz-lg,
"lineto(back_mode=%.2x "
"startx=%d starty=%d endx=%d endy=%d "
"rop2=%d back_color=%.6x"
"pen.style=%d pen.width=%d pen.color=%.6x "
"\n",
unsigned(this->back_mode),
this->startx, this->starty, this->endx, this->endy,
this->rop2,
this->back_color.as_bgr().to_u32(),
this->pen.style,
this->pen.width,
this->pen.color.as_bgr().to_u32()
);
if (lg >= sz){
return sz;
}
return lg;
}
size_t str(char * buffer, size_t sz, const RDPOrderCommon & common) const {
size_t lg = 0;
lg += common.str(buffer + lg, sz - lg, true);
lg += snprintf(buffer + lg, sz - lg,
"ellipseSC(leftRect=%d topRect=%d rightRect=%d bottomRect=%d bRop2=0x%02X "
"fillMode=%d Color=%.6x)",
this->el.left(), this->el.top(), this->el.right(), this->el.bottom(),
unsigned(this->bRop2), this->fillMode, this->color.as_bgr().to_u32());
if (lg >= sz) {
return sz;
}
return lg;
}
size_t str(char * buffer, size_t sz, const RDPOrderCommon & common) const
{
size_t lg = common.str(buffer, sz);
lg += snprintf(
buffer+lg,
sz-lg,
"scrblt(rect(%d,%d,%d,%d) rop=%x srcx=%d srcy=%d)\n",
this->rect.x, this->rect.y, this->rect.cx, this->rect.cy,
this->rop, this->srcx, this->srcy);
if (lg >= sz){
return sz;
}
return lg;
}
size_t str(char * buffer, size_t sz, const RDPOrderCommon & common) const
{
size_t lg = common.str(buffer, sz, !common.clip.contains(this->rect));
lg += snprintf(
buffer+lg,
sz-lg,
"destblt(rect(%d,%d,%d,%d) rop=%x)\n",
this->rect.x, this->rect.y, this->rect.cx, this->rect.cy,
this->rop);
if (lg >= sz){
return sz;
}
return lg;
}
size_t str(char * buffer, size_t sz, const RDPOrderCommon & common) const {
size_t lg = 0;
lg += common.str(buffer + lg, sz - lg, true);
lg += snprintf(buffer + lg, sz - lg,
"MultiDstBlt(nLeftRect=%d nTopRect=%d nWidth=%d nHeight=%d bRop=0x%02X nDeltaEntries=%d "
"CodedDeltaList=(",
this->nLeftRect, this->nTopRect, this->nWidth, this->nHeight, this->bRop, this->nDeltaEntries);
for (uint8_t i = 0; i < this->nDeltaEntries; i++) {
if (i) {
lg += snprintf(buffer + lg, sz - lg, " ");
}
lg += snprintf(buffer + lg, sz - lg, "(%d, %d, %d, %d)", this->deltaEncodedRectangles[i].leftDelta,
this->deltaEncodedRectangles[i].topDelta, this->deltaEncodedRectangles[i].width,
this->deltaEncodedRectangles[i].height);
}
lg += snprintf(buffer + lg, sz - lg, "))");
if (lg >= sz) {
return sz;
}
return lg;
}