static void InsertString(t_vaddrcc string, t_nubitcc count, t_bool flagdup,
t_bool move, t_nubit8 charprop, t_nubit8 page, t_nubit8 x, t_nubit8 y) {
t_nubitcc i;
qdcgaVarCursorPosRow(page) = x;
qdcgaVarCursorPosCol(page) = y;
for (i = 0; i < count; ++i) {
switch (d_nubit8(string)) {
case 0x07:
/* bell */
break;
case 0x08:
/* backspace */
CursorBackward(page);
break;
case 0x0a:
/* new line */
CursorLineFeed(page);
break;
case 0x0d:
CursorCarriageReturn(page);
break;
default:
qdcgaVarChar(page, qdcgaVarCursorPosRow(page),
qdcgaVarCursorPosCol(page)) = d_nubit8(string);
qdcgaVarCharProp(page, qdcgaVarCursorPosRow(page),
qdcgaVarCursorPosCol(page)) = charprop;
CursorForward(page);
break;
}
if (!flagdup) {
string++;
}
}
if (!move) {
qdcgaVarCursorPosRow(page) = x;
qdcgaVarCursorPosCol(page) = y;
}
}
void vfddTransWrite()
{
if (IsCylEnd) return;
d_nubit8(vfdd.curr) = vlatch.byte;
vfdd.curr++;
vfdd.count++;
if (!(vfdd.count % vfdd.nbyte)) {
vfdd.sector++;
if (IsCylHalf) {
vfdd.sector = 0x01;
vfdd.head = 0x01;
}
vfddSetPointer;
}
}
void vhddTransWrite() {
if (IsCylEnd) {
return;
}
d_nubit8(vhdd.connect.pCurrByte) = vlatch.data.byte;
vhdd.connect.pCurrByte++;
vhdd.connect.transCount++;
if (!(vhdd.connect.transCount % vhdd.data.nbyte)) {
vhdd.data.sector++;
if (IsTrackEnd) {
vhdd.data.sector = 1;
vhdd.data.head++;
}
vhddSetPointer;
}
}
