void Calculator::calculate() { double operand2 = m_stk.pop().toDouble(); QString strOperation = m_stk.pop(); double operand1 = m_stk.pop().toDouble(); double Result_d = 0; if (strOperation == "+") { Result_d = operand1+operand2; } if (strOperation == "-") { Result_d = operand1-operand2; } if (strOperation == "/") { Result_d = operand1 / operand2; } if (strOperation == "*") { Result_d = operand1 * operand2; } if (strOperation == "Pow") { Result_d=qPow(operand1,operand2); } if (strOperation == "M-") { subs_memory(operand1); } if (strOperation == "M+") { add_memory(operand1); } if (strOperation == "MS") { reset_memory(); } if (strOperation == "Sqrt") { Result_d=qSqrt(operand1); } if (strOperation == "ln") { Result_d=qLn(operand1); } if (strOperation == "MR") { Result_d=get_memory(); } if (strOperation == "abs") { Result_d=qAbs(operand1); } m_plcd->display(Result_d ); }
void reset(void) { NGPGfx->power(); Z80_reset(); reset_int(); reset_timers(); reset_memory(); BIOSHLE_Reset(); reset_registers(); // TLCS900H registers reset_dma(); }
static void termination_suffix (int code, int value, bool abnormal_p) { #ifdef EXIT_HOOK EXIT_HOOK (code, value, abnormal_p); #endif edwin_auto_save (); delete_temp_files (); #ifdef USING_MESSAGE_BOX_FOR_FATAL_OUTPUT /* Don't put up message box for ordinary exit. */ if (code != TERM_HALT) #endif outf_flush_fatal(); reset_memory (); EXIT_SCHEME (value); }
static int setup_softgt(uint32_t crate_num) { uint32_t mtc_crate_mask; reset_memory(); set_gt_counter(0); setup_pedestals(0,25,150,0); unset_gt_crate_mask(MASKALL); unset_ped_crate_mask(MASKALL); mtc_crate_mask = get_mtc_crate_mask(crate_num); set_gt_crate_mask(mtc_crate_mask); set_ped_crate_mask(mtc_crate_mask); //set_gt_crate_mask(MASKALL); //set_ped_crate_mask(MASKALL); set_gt_crate_mask(MSK_TUB); set_ped_crate_mask(MSK_TUB); return 0; }
void setup_memory (unsigned long heap_size, unsigned long stack_size, unsigned long constant_size) { ALLOCATE_REGISTERS (); /* Consistency check 1 */ if ((heap_size == 0) || (stack_size == 0) || (constant_size == 0)) { outf_fatal ("Configuration won't hold initial data.\n"); outf_flush_fatal (); exit (1); } /* Allocate */ ALLOCATE_HEAP_SPACE ((stack_size + heap_size + constant_size), memory_block_start, memory_block_end); /* Consistency check 2 */ if (memory_block_start == 0) { outf_fatal ("Not enough memory for this configuration.\n"); outf_flush_fatal (); exit (1); } /* Consistency check 3 */ if ((ADDRESS_TO_DATUM (memory_block_end)) > DATUM_MASK) { outf_fatal ("Requested allocation is too large.\n"); outf_fatal ("Try again with a smaller argument to '--heap'.\n"); outf_flush_fatal (); reset_memory (); exit (1); } saved_stack_size = stack_size; saved_constant_size = constant_size; saved_heap_size = heap_size; reset_allocator_parameters (0); initialize_gc (heap_size, (&heap_start), (&Free), allocate_tospace, abort_gc); }
void Calculator::slotButtonClicked() { QString str = ((QPushButton*)sender())->text(); if (str == "CE") { reset_memory(); m_stk.clear(); m_strDisplay = ""; m_plcd->display("0"); return; } if (str.contains(QRegExp("[0-9]"))) { m_strDisplay += str; m_plcd->display(m_strDisplay.toDouble()); } else if (str == ".") { m_strDisplay += str; m_plcd->display(m_strDisplay); } else { if (m_stk.count() >= 2) { m_stk.push(QString().setNum(m_plcd->value())); calculate(); m_stk.clear(); m_stk.push(QString().setNum(m_plcd->value())); if (str != "=") { m_stk.push(str); } m_strDisplay = ""; } else { m_stk.push(QString().setNum(m_plcd->value())); m_stk.push(str); m_strDisplay = ""; // m_plcd->display("0"); } } }
input_manager::input_manager(running_machine &machine) : m_machine(machine), m_poll_seq_last_ticks(0), m_poll_seq_class(ITEM_CLASS_SWITCH) { // reset code memory reset_memory(); // create pointers for the classes m_class[DEVICE_CLASS_KEYBOARD] = std::make_unique<input_class_keyboard>(*this); m_class[DEVICE_CLASS_MOUSE] = std::make_unique<input_class_mouse>(*this); m_class[DEVICE_CLASS_LIGHTGUN] = std::make_unique<input_class_lightgun>(*this); m_class[DEVICE_CLASS_JOYSTICK] = std::make_unique<input_class_joystick>(*this); #ifdef MAME_DEBUG for (input_device_class devclass = DEVICE_CLASS_FIRST_VALID; devclass <= DEVICE_CLASS_LAST_VALID; ++devclass) { assert(m_class[devclass] != nullptr); assert(m_class[devclass]->devclass() == devclass); } #endif }
void input_manager::reset_polling() { // reset switch memory reset_memory(); // iterate over device classes and devices for (input_device_class devclass = DEVICE_CLASS_FIRST_VALID; devclass <= DEVICE_CLASS_LAST_VALID; ++devclass) for (int devnum = 0; devnum <= m_class[devclass]->maxindex(); devnum++) { // fetch the device; ignore if nullptr input_device *device = m_class[devclass]->device(devnum); if (device == nullptr) continue; // iterate over items within each device for (input_item_id itemid = ITEM_ID_FIRST_VALID; itemid <= device->maxitem(); ++itemid) { // for any non-switch items, set memory equal to the current value input_device_item *item = device->item(itemid); if (item != nullptr && item->itemclass() != ITEM_CLASS_SWITCH) item->set_memory(code_value(item->code())); } } }
int cdecl frotz_main (void) { os_init_setup (); init_buffer (); init_err (); init_memory (); init_process (); init_sound (); os_init_screen (); init_undo (); z_restart (); interpret (); script_close (); record_close (); replay_close (); reset_memory (); os_reset_screen (); return 0; }/* main */
//--------------------gen_stub------------------------------- void GraphKit::gen_stub(address C_function, const char *name, int is_fancy_jump, bool pass_tls, bool return_pc) { ResourceMark rm; const TypeTuple *jdomain = C->tf()->domain(); const TypeTuple *jrange = C->tf()->range(); // The procedure start StartNode* start = new (C) StartNode(root(), jdomain); _gvn.set_type_bottom(start); // Make a map, with JVM state uint parm_cnt = jdomain->cnt(); uint max_map = MAX2(2*parm_cnt+1, jrange->cnt()); // %%% SynchronizationEntryBCI is redundant; use InvocationEntryBci in interfaces assert(SynchronizationEntryBCI == InvocationEntryBci, ""); JVMState* jvms = new (C) JVMState(0); jvms->set_bci(InvocationEntryBci); jvms->set_monoff(max_map); jvms->set_scloff(max_map); jvms->set_endoff(max_map); { SafePointNode *map = new (C) SafePointNode( max_map, jvms ); jvms->set_map(map); set_jvms(jvms); assert(map == this->map(), "kit.map is set"); } // Make up the parameters uint i; for( i = 0; i < parm_cnt; i++ ) map()->init_req(i, _gvn.transform(new (C) ParmNode(start, i))); for( ; i<map()->req(); i++ ) map()->init_req(i, top()); // For nicer debugging // GraphKit requires memory to be a MergeMemNode: set_all_memory(map()->memory()); // Get base of thread-local storage area Node* thread = _gvn.transform( new (C) ThreadLocalNode() ); const int NoAlias = Compile::AliasIdxBot; Node* adr_last_Java_pc = basic_plus_adr(top(), thread, in_bytes(JavaThread::frame_anchor_offset()) + in_bytes(JavaFrameAnchor::last_Java_pc_offset())); #if defined(SPARC) Node* adr_flags = basic_plus_adr(top(), thread, in_bytes(JavaThread::frame_anchor_offset()) + in_bytes(JavaFrameAnchor::flags_offset())); #endif /* defined(SPARC) */ // Drop in the last_Java_sp. last_Java_fp is not touched. // Always do this after the other "last_Java_frame" fields are set since // as soon as last_Java_sp != NULL the has_last_Java_frame is true and // users will look at the other fields. // Node *adr_sp = basic_plus_adr(top(), thread, in_bytes(JavaThread::last_Java_sp_offset())); Node *last_sp = basic_plus_adr(top(), frameptr(), (intptr_t) STACK_BIAS); store_to_memory(NULL, adr_sp, last_sp, T_ADDRESS, NoAlias); // Set _thread_in_native // The order of stores into TLS is critical! Setting _thread_in_native MUST // be last, because a GC is allowed at any time after setting it and the GC // will require last_Java_pc and last_Java_sp. Node* adr_state = basic_plus_adr(top(), thread, in_bytes(JavaThread::thread_state_offset())); //----------------------------- // Compute signature for C call. Varies from the Java signature! const Type **fields = TypeTuple::fields(2*parm_cnt+2); uint cnt = TypeFunc::Parms; // The C routines gets the base of thread-local storage passed in as an // extra argument. Not all calls need it, but its cheap to add here. for( ; cnt<parm_cnt; cnt++ ) fields[cnt] = jdomain->field_at(cnt); fields[cnt++] = TypeRawPtr::BOTTOM; // Thread-local storage // Also pass in the caller's PC, if asked for. if( return_pc ) fields[cnt++] = TypeRawPtr::BOTTOM; // Return PC const TypeTuple* domain = TypeTuple::make(cnt,fields); // The C routine we are about to call cannot return an oop; it can block on // exit and a GC will trash the oop while it sits in C-land. Instead, we // return the oop through TLS for runtime calls. // Also, C routines returning integer subword values leave the high // order bits dirty; these must be cleaned up by explicit sign extension. const Type* retval = (jrange->cnt() == TypeFunc::Parms) ? Type::TOP : jrange->field_at(TypeFunc::Parms); // Make a private copy of jrange->fields(); const Type **rfields = TypeTuple::fields(jrange->cnt() - TypeFunc::Parms); // Fixup oop returns int retval_ptr = retval->isa_oop_ptr(); if( retval_ptr ) { assert( pass_tls, "Oop must be returned thru TLS" ); // Fancy-jumps return address; others return void rfields[TypeFunc::Parms] = is_fancy_jump ? TypeRawPtr::BOTTOM : Type::TOP; } else if( retval->isa_int() ) { // Returning any integer subtype? // "Fatten" byte, char & short return types to 'int' to show that // the native C code can return values with junk high order bits. // We'll sign-extend it below later. rfields[TypeFunc::Parms] = TypeInt::INT; // It's "dirty" and needs sign-ext } else if( jrange->cnt() >= TypeFunc::Parms+1 ) { // Else copy other types rfields[TypeFunc::Parms] = jrange->field_at(TypeFunc::Parms); if( jrange->cnt() == TypeFunc::Parms+2 ) rfields[TypeFunc::Parms+1] = jrange->field_at(TypeFunc::Parms+1); } const TypeTuple* range = TypeTuple::make(jrange->cnt(),rfields); // Final C signature const TypeFunc *c_sig = TypeFunc::make(domain,range); //----------------------------- // Make the call node CallRuntimeNode *call = new (C) CallRuntimeNode(c_sig, C_function, name, TypePtr::BOTTOM); //----------------------------- // Fix-up the debug info for the call call->set_jvms( new (C) JVMState(0) ); call->jvms()->set_bci(0); call->jvms()->set_offsets(cnt); // Set fixed predefined input arguments cnt = 0; for( i=0; i<TypeFunc::Parms; i++ ) call->init_req( cnt++, map()->in(i) ); // A little too aggressive on the parm copy; return address is not an input call->set_req(TypeFunc::ReturnAdr, top()); for( ; i<parm_cnt; i++ ) // Regular input arguments call->init_req( cnt++, map()->in(i) ); call->init_req( cnt++, thread ); if( return_pc ) // Return PC, if asked for call->init_req( cnt++, returnadr() ); _gvn.transform_no_reclaim(call); //----------------------------- // Now set up the return results set_control( _gvn.transform( new (C) ProjNode(call,TypeFunc::Control)) ); set_i_o( _gvn.transform( new (C) ProjNode(call,TypeFunc::I_O )) ); set_all_memory_call(call); if (range->cnt() > TypeFunc::Parms) { Node* retnode = _gvn.transform( new (C) ProjNode(call,TypeFunc::Parms) ); // C-land is allowed to return sub-word values. Convert to integer type. assert( retval != Type::TOP, "" ); if (retval == TypeInt::BOOL) { retnode = _gvn.transform( new (C) AndINode(retnode, intcon(0xFF)) ); } else if (retval == TypeInt::CHAR) { retnode = _gvn.transform( new (C) AndINode(retnode, intcon(0xFFFF)) ); } else if (retval == TypeInt::BYTE) { retnode = _gvn.transform( new (C) LShiftINode(retnode, intcon(24)) ); retnode = _gvn.transform( new (C) RShiftINode(retnode, intcon(24)) ); } else if (retval == TypeInt::SHORT) { retnode = _gvn.transform( new (C) LShiftINode(retnode, intcon(16)) ); retnode = _gvn.transform( new (C) RShiftINode(retnode, intcon(16)) ); } map()->set_req( TypeFunc::Parms, retnode ); } //----------------------------- // Clear last_Java_sp store_to_memory(NULL, adr_sp, null(), T_ADDRESS, NoAlias); // Clear last_Java_pc and (optionally)_flags store_to_memory(NULL, adr_last_Java_pc, null(), T_ADDRESS, NoAlias); #if defined(SPARC) store_to_memory(NULL, adr_flags, intcon(0), T_INT, NoAlias); #endif /* defined(SPARC) */ #ifdef IA64 Node* adr_last_Java_fp = basic_plus_adr(top(), thread, in_bytes(JavaThread::last_Java_fp_offset())); if( os::is_MP() ) insert_mem_bar(Op_MemBarRelease); store_to_memory(NULL, adr_last_Java_fp, null(), T_ADDRESS, NoAlias); #endif // For is-fancy-jump, the C-return value is also the branch target Node* target = map()->in(TypeFunc::Parms); // Runtime call returning oop in TLS? Fetch it out if( pass_tls ) { Node* adr = basic_plus_adr(top(), thread, in_bytes(JavaThread::vm_result_offset())); Node* vm_result = make_load(NULL, adr, TypeOopPtr::BOTTOM, T_OBJECT, NoAlias, false); map()->set_req(TypeFunc::Parms, vm_result); // vm_result passed as result // clear thread-local-storage(tls) store_to_memory(NULL, adr, null(), T_ADDRESS, NoAlias); } //----------------------------- // check exception Node* adr = basic_plus_adr(top(), thread, in_bytes(Thread::pending_exception_offset())); Node* pending = make_load(NULL, adr, TypeOopPtr::BOTTOM, T_OBJECT, NoAlias, false); Node* exit_memory = reset_memory(); Node* cmp = _gvn.transform( new (C) CmpPNode(pending, null()) ); Node* bo = _gvn.transform( new (C) BoolNode(cmp, BoolTest::ne) ); IfNode *iff = create_and_map_if(control(), bo, PROB_MIN, COUNT_UNKNOWN); Node* if_null = _gvn.transform( new (C) IfFalseNode(iff) ); Node* if_not_null = _gvn.transform( new (C) IfTrueNode(iff) ); assert (StubRoutines::forward_exception_entry() != NULL, "must be generated before"); Node *exc_target = makecon(TypeRawPtr::make( StubRoutines::forward_exception_entry() )); Node *to_exc = new (C) TailCallNode(if_not_null, i_o(), exit_memory, frameptr(), returnadr(), exc_target, null()); root()->add_req(_gvn.transform(to_exc)); // bind to root to keep live C->init_start(start); //----------------------------- // If this is a normal subroutine return, issue the return and be done. Node *ret; switch( is_fancy_jump ) { case 0: // Make a return instruction // Return to caller, free any space for return address ret = new (C) ReturnNode(TypeFunc::Parms, if_null, i_o(), exit_memory, frameptr(), returnadr()); if (C->tf()->range()->cnt() > TypeFunc::Parms) ret->add_req( map()->in(TypeFunc::Parms) ); break; case 1: // This is a fancy tail-call jump. Jump to computed address. // Jump to new callee; leave old return address alone. ret = new (C) TailCallNode(if_null, i_o(), exit_memory, frameptr(), returnadr(), target, map()->in(TypeFunc::Parms)); break; case 2: // Pop return address & jump // Throw away old return address; jump to new computed address //assert(C_function == CAST_FROM_FN_PTR(address, OptoRuntime::rethrow_C), "fancy_jump==2 only for rethrow"); ret = new (C) TailJumpNode(if_null, i_o(), exit_memory, frameptr(), target, map()->in(TypeFunc::Parms)); break; default: ShouldNotReachHere(); } root()->add_req(_gvn.transform(ret)); }
static void decode_new_cmd(Flash *s, uint32_t value) { s->cmd_in_progress = value; int i; DB_PRINT_L(0, "decoded new command:%x\n", value); if (value != RESET_MEMORY) { s->reset_enable = false; } switch (value) { case ERASE_4K: case ERASE4_4K: case ERASE_32K: case ERASE4_32K: case ERASE_SECTOR: case ERASE4_SECTOR: case READ: case READ4: case DPP: case QPP: case PP: case PP4: case PP4_4: s->needed_bytes = get_addr_length(s); s->pos = 0; s->len = 0; s->state = STATE_COLLECTING_DATA; break; case FAST_READ: case FAST_READ4: case DOR: case DOR4: case QOR: case QOR4: decode_fast_read_cmd(s); break; case DIOR: case DIOR4: decode_dio_read_cmd(s); break; case QIOR: case QIOR4: decode_qio_read_cmd(s); break; case WRSR: if (s->write_enable) { switch (get_man(s)) { case MAN_SPANSION: s->needed_bytes = 2; s->state = STATE_COLLECTING_DATA; break; case MAN_MACRONIX: s->needed_bytes = 2; s->state = STATE_COLLECTING_VAR_LEN_DATA; break; default: s->needed_bytes = 1; s->state = STATE_COLLECTING_DATA; } s->pos = 0; } break; case WRDI: s->write_enable = false; break; case WREN: s->write_enable = true; break; case RDSR: s->data[0] = (!!s->write_enable) << 1; if (get_man(s) == MAN_MACRONIX) { s->data[0] |= (!!s->quad_enable) << 6; } s->pos = 0; s->len = 1; s->state = STATE_READING_DATA; break; case READ_FSR: s->data[0] = FSR_FLASH_READY; if (s->four_bytes_address_mode) { s->data[0] |= FSR_4BYTE_ADDR_MODE_ENABLED; } s->pos = 0; s->len = 1; s->state = STATE_READING_DATA; break; case JEDEC_READ: DB_PRINT_L(0, "populated jedec code\n"); for (i = 0; i < s->pi->id_len; i++) { s->data[i] = s->pi->id[i]; } s->len = s->pi->id_len; s->pos = 0; s->state = STATE_READING_DATA; break; case RDCR: s->data[0] = s->volatile_cfg & 0xFF; s->data[0] |= (!!s->four_bytes_address_mode) << 5; s->pos = 0; s->len = 1; s->state = STATE_READING_DATA; break; case BULK_ERASE: if (s->write_enable) { DB_PRINT_L(0, "chip erase\n"); flash_erase(s, 0, BULK_ERASE); } else { qemu_log_mask(LOG_GUEST_ERROR, "M25P80: chip erase with write " "protect!\n"); } break; case NOP: break; case EN_4BYTE_ADDR: s->four_bytes_address_mode = true; break; case EX_4BYTE_ADDR: s->four_bytes_address_mode = false; break; case EXTEND_ADDR_READ: s->data[0] = s->ear; s->pos = 0; s->len = 1; s->state = STATE_READING_DATA; break; case EXTEND_ADDR_WRITE: if (s->write_enable) { s->needed_bytes = 1; s->pos = 0; s->len = 0; s->state = STATE_COLLECTING_DATA; } break; case RNVCR: s->data[0] = s->nonvolatile_cfg & 0xFF; s->data[1] = (s->nonvolatile_cfg >> 8) & 0xFF; s->pos = 0; s->len = 2; s->state = STATE_READING_DATA; break; case WNVCR: if (s->write_enable && get_man(s) == MAN_NUMONYX) { s->needed_bytes = 2; s->pos = 0; s->len = 0; s->state = STATE_COLLECTING_DATA; } break; case RVCR: s->data[0] = s->volatile_cfg & 0xFF; s->pos = 0; s->len = 1; s->state = STATE_READING_DATA; break; case WVCR: if (s->write_enable) { s->needed_bytes = 1; s->pos = 0; s->len = 0; s->state = STATE_COLLECTING_DATA; } break; case REVCR: s->data[0] = s->enh_volatile_cfg & 0xFF; s->pos = 0; s->len = 1; s->state = STATE_READING_DATA; break; case WEVCR: if (s->write_enable) { s->needed_bytes = 1; s->pos = 0; s->len = 0; s->state = STATE_COLLECTING_DATA; } break; case RESET_ENABLE: s->reset_enable = true; break; case RESET_MEMORY: if (s->reset_enable) { reset_memory(s); } break; case RDCR_EQIO: switch (get_man(s)) { case MAN_SPANSION: s->data[0] = (!!s->quad_enable) << 1; s->pos = 0; s->len = 1; s->state = STATE_READING_DATA; break; case MAN_MACRONIX: s->quad_enable = true; break; default: break; } break; case RSTQIO: s->quad_enable = false; break; default: qemu_log_mask(LOG_GUEST_ERROR, "M25P80: Unknown cmd %x\n", value); break; } }
static void m25p80_reset(DeviceState *d) { Flash *s = M25P80(d); reset_memory(s); }
void glk_main (void) { interpret (); reset_memory (); }
result_type operator() (ast::measure& measure) { reset_memory(), visit_chronologically(measure); }