113     CLG_ASSERT( (ii->eventset->mask & (1u<<EG_BUS))>0 );  in log_global_event()
144     CLG_ASSERT( (ii->eventset->mask & (1u<<EG_BC))>0 );  in log_cond_branch()
174     CLG_ASSERT( (ii->eventset->mask & (1u<<EG_BI))>0 );  in log_ind_branch()
392 	       CLG_ASSERT(ev->inode->eventset == 0);  in flushEvents()
735        CLG_ASSERT(ii->instr_offset == clgs->instr_offset);  in next_InstrInfo()
736        CLG_ASSERT(ii->instr_size == instr_size);  in next_InstrInfo()
760     CLG_ASSERT(clgs->bb->instr_count == clgs->ii_index);  in update_cost_offsets()
764 	    CLG_ASSERT(ii->cost_offset == cost_offset);  in update_cost_offsets()
791 	CLG_ASSERT( con->tag == Ico_U32 );  in IRConst2Addr()
795 	CLG_ASSERT( con->tag == Ico_U64 );  in IRConst2Addr()
941    CLG_ASSERT(sbIn->stmts_used >0);  in CLG_()
942    CLG_ASSERT(i < sbIn->stmts_used);  in CLG_()
944    CLG_ASSERT(Ist_IMark == st->tag);  in CLG_()
949    CLG_ASSERT(origAddr == st->Ist.IMark.addr);  // XXX: check no overflow  in CLG_()
968       CLG_ASSERT(isFlatIRStmt(st));  in CLG_()
981             CLG_ASSERT(clgs.instr_offset == (Addr)cia - origAddr);  in CLG_()
1052             CLG_ASSERT(cas->addr && isIRAtom(cas->addr));  in CLG_()
1053             CLG_ASSERT(cas->dataLo);  in CLG_()
1148 	    CLG_ASSERT(clgs.ii_index>0);  in CLG_()
1213    CLG_ASSERT(clgs.bb->cjmp_count == cJumps);  in CLG_()
1214    CLG_ASSERT(clgs.bb->instr_count = clgs.ii_index);  in CLG_()
1220        CLG_ASSERT(clgs.bb->cost_count == update_cost_offsets(&clgs));  in CLG_()
1221        CLG_ASSERT(clgs.bb->instr_len = clgs.instr_offset);  in CLG_()
1222        CLG_ASSERT(clgs.bb->jmpkind == sbIn->jumpkind);  in CLG_()
1457     CLG_ASSERT(o>=0);  in CLG_()