diff options
Diffstat (limited to 'qtmips_gui/coreview.cpp')
| -rw-r--r-- | qtmips_gui/coreview.cpp | 33 |
1 files changed, 33 insertions, 0 deletions
diff --git a/qtmips_gui/coreview.cpp b/qtmips_gui/coreview.cpp index 5652a21..b2d9b7d 100644 --- a/qtmips_gui/coreview.cpp +++ b/qtmips_gui/coreview.cpp @@ -19,10 +19,13 @@ NEW(InstructionView, VAR, X, Y); \ connect(machine->core(), SIGNAL(SIG), VAR, SLOT(instruction_update(const machine::Instruction&))); \ } while(false) +#define NEW_V(X, Y, ...) NEW(Value, val, X, Y, __VA_ARGS__) CoreViewScene::CoreViewScene(machine::QtMipsMachine *machine) : QGraphicsScene() { setSceneRect(0, 0, SC_WIDTH, SC_HEIGHT); + coreview::Value *val; + // Elements // // Primary points NEW(ProgramMemory, mem_program, 90, 240, machine); @@ -93,6 +96,36 @@ CoreViewScene::CoreViewScene(machine::QtMipsMachine *machine) : QGraphicsScene() con = new_bus(wb.mem_or_reg->connector_out(), regs->connector_write()); con->setAxes({CON_AXIS_Y(710), CON_AXIS_X(510), CON_AXIS_Y(172)}); + // Decode stage values + NEW_V(200, 200); // Instruction + connect(machine->core(), SIGNAL(decode_instruction_value(std::uint32_t)), val, SLOT(value_update(std::uint32_t))); + NEW_V(360, 250); // Register output 1 + connect(machine->core(), SIGNAL(decode_reg1_value(std::uint32_t)), val, SLOT(value_update(std::uint32_t))); + NEW_V(360, 270); // Register output 2 + connect(machine->core(), SIGNAL(decode_reg2_value(std::uint32_t)), val, SLOT(value_update(std::uint32_t))); + NEW_V(335, 415); // Sign extended immediate value + connect(machine->core(), SIGNAL(decode_immediate_value(std::uint32_t)), val, SLOT(value_update(std::uint32_t))); + // Execute stage + NEW_V(430, 250); // Register 1 + connect(machine->core(), SIGNAL(execute_reg1_value(std::uint32_t)), val, SLOT(value_update(std::uint32_t))); + NEW_V(420, 310, true); // Register 2 + connect(machine->core(), SIGNAL(execute_reg2_value(std::uint32_t)), val, SLOT(value_update(std::uint32_t))); + NEW_V(520, 280, true); // Alu output + connect(machine->core(), SIGNAL(execute_alu_value(std::uint32_t)), val, SLOT(value_update(std::uint32_t))); + NEW_V(430, 415); // Immediate value + connect(machine->core(), SIGNAL(execute_immediate_value(std::uint32_t)), val, SLOT(value_update(std::uint32_t))); + // Memory stage + NEW_V(560, 275, true); // Alu output + connect(machine->core(), SIGNAL(memory_alu_value(std::uint32_t)), val, SLOT(value_update(std::uint32_t))); + NEW_V(560, 345, true); // rt + connect(machine->core(), SIGNAL(memory_rt_value(std::uint32_t)), val, SLOT(value_update(std::uint32_t))); + NEW_V(650, 290, true); // Memory output + connect(machine->core(), SIGNAL(memory_mem_value(std::uint32_t)), val, SLOT(value_update(std::uint32_t))); + // Write back stage + NEW_V(710, 330, true); // Write back value + connect(machine->core(), SIGNAL(writeback_value(std::uint32_t)), val, SLOT(value_update(std::uint32_t))); + + connect(regs, SIGNAL(open_registers()), this, SIGNAL(request_registers())); connect(mem_program, SIGNAL(open_mem()), this, SIGNAL(request_program_memory())); connect(mem_data, SIGNAL(open_mem()), this, SIGNAL(request_data_memory())); |