def __init__(self, app):
self.app = app
self.display = display()
self.keyboard = keyboard()
self.mem = memmap()
self.io = io(self.display, self.keyboard)
self.cpu = z80.cpu(self.mem, self.io)
self.mon = monitor.monitor(self.cpu)
self.menu_root = (
('..', 'return to main menu', util.cr, self.parent_menu, None),
('da', 'disassemble memory', monitor._help_disassemble, self.mon.cli_disassemble, None),
('exit', 'exit the application', util.cr, self.exit, None),
('help', 'display general help', util.cr, app.general_help, None),
('memory', 'memory functions', None, None, self.mon.menu_memory),
('regs', 'display cpu registers', util.cr, self.mon.cli_registers, None),
('run', 'run the emulation', util.cr, self.cli_run, None),
('step', 'single step the emulation', util.cr, self.cli_step, None),
)
# setup the video window
pygame.init()
self.screen = pygame.display.set_mode((_screen_x, _screen_y))
pygame.display.set_caption('Talking Electronics Computer TEC 1')
self.display.refresh(self.screen)
app.cli.set_poll(pygame.event.pump)
app.cli.set_root(self.menu_root)
self.app.cli.set_prompt('\ntec1> ')
def test_regs(self):
mem = memory.ram(4)
cpu = z80.cpu(mem, None)
cpu.set_af(0x0123)
cpu.set_bc(0x4567)
cpu.set_de(0x89ab)
cpu.set_hl(0xcdef)
self.assertEqual(cpu.a, 0x01)
self.assertEqual(cpu.f.get(), 0x23)
self.assertEqual(cpu.b, 0x45)
self.assertEqual(cpu.c, 0x67)
self.assertEqual(cpu.d, 0x89)
self.assertEqual(cpu.e, 0xab)
self.assertEqual(cpu.h, 0xcd)
self.assertEqual(cpu.l, 0xef)
def test_regs(self):
mem = memory.ram(4)
cpu = z80.cpu(mem, None)
cpu.set_af(0x0123)
cpu.set_bc(0x4567)
cpu.set_de(0x89ab)
cpu.set_hl(0xcdef)
self.assertEqual(cpu.a, 0x01)
self.assertEqual(cpu.f.get(), 0x23)
self.assertEqual(cpu.b, 0x45)
self.assertEqual(cpu.c, 0x67)
self.assertEqual(cpu.d, 0x89)
self.assertEqual(cpu.e, 0xab)
self.assertEqual(cpu.h, 0xcd)
self.assertEqual(cpu.l, 0xef)
def __init__(self, app):
self.app = app
self.video = video()
self.keyboard = keyboard()
self.mem = memmap()
self.io = io()
self.cpu = z80.cpu(self.mem, self.io)
self.mon = monitor.monitor(self.cpu)
self.menu_root = (
('..', 'return to main menu', util.cr, self.parent_menu, None),
('char', 'display the character memory', util.cr, self.cli_char, None),
('da', 'disassemble memory', monitor._help_disassemble, self.mon.cli_disassemble, None),
('exit', 'exit the application', util.cr, self.exit, None),
('help', 'display general help', util.cr, app.general_help, None),
('memory', 'memory functions', None, None, self.mon.menu_memory),
('regs', 'display cpu registers', util.cr, self.mon.cli_registers, None),
('run', 'run the emulation', util.cr, self.cli_run, None),
('step', 'single step the emulation', util.cr, self.cli_step, None),
)
# create the hooks between video and memory
self.mem.char.wr_notify = self.video.char_wr
self.mem.video.wr_notify = self.video.video_wr
self.video.mem = self.mem
self.video.cmem = self.mem.char.rd
# create the hooks between io and keyboard
self.io.keyboard = self.keyboard.rd
# setup the video window
pygame.init()
self.screen = pygame.display.set_mode((_screen_x, _screen_y))
pygame.display.set_caption('Jupiter ACE')
self.video.refresh(self.screen)
app.cli.set_poll(pygame.event.pump)
app.cli.set_root(self.menu_root)
self.app.cli.set_prompt('\njace> ')
