void Decision::setWriteIns(QVariantList newWriteIns)
{
if (newWriteIns == writeIns())
return;
auto writeInList = m_decision.initWriteIns(newWriteIns.size());
for (::UnsignedContest::Contestant::Builder writeInBuilder : writeInList) {
auto writeIn = newWriteIns.takeFirst().toMap();
writeInBuilder.setName(writeIn["name"].toString().toStdString());
writeInBuilder.setDescription(writeIn["description"].toString().toStdString());
}
emit writeInsChanged();
}
static void deQueue // TAKE (FIFO) INSTRUCTION FROM QUEUE
( void )
{
PP_INS* ins; // - queued instruction
ins = ins_queue->next;
DbgVerify( NULL != ins, "Empty instruction queue" );
RingPrune( &ins_queue, ins );
IfDbgToggle( browse ) {
DbgStmt( printf( "dequeued %s %x\n "
, DbgIcOpcode( ins->opcode )
, ins->parm ) );
DbgStmt( DbgDumpTokenLocn( &ins->locn ) );
DbgStmt( printf( "\n" ) );
}
writeIns( ins->opcode, ins->parm, &ins->locn );
CarveFree( carvePpIns, ins );
}
static void queue // PLACE INSTRUCTION ON QUEUE
( CGINTEROP opcode // - opcode
, void const * parm // - parm for instruction
, TOKEN_LOCN const * locn ) // - location for instruction
{
if( cursor.src_file == locn->src_file
&& NULL != cursor.src_file
&& opcode != IC_BR_SRC_END ) {
writeIns( opcode, parm, locn );
} else {
PP_INS* ins = RingCarveAlloc( carvePpIns, &ins_queue );
ins->opcode = opcode;
ins->parm = parm;
TokenLocnAssign( ins->locn, *locn );
IfDbgToggle( browse ) {
DbgStmt( printf( "queued %s %x\n ", DbgIcOpcode( opcode ), parm ) );
DbgStmt( DbgDumpTokenLocn( locn ) );
DbgStmt( printf( "\n" ) );
}
}
}
