raise
# Add CPU
self.submodules.cpu = cpu.CPUS[name](self.platform, variant)
+ # Update SoC with CPU constraints
+ for n, (origin, size) in enumerate(self.cpu.io_regions.items()):
+ self.bus.add_region("io{}".format(n), SoCIORegion(origin=origin, size=size, cached=False))
+ self.mem_map.update(self.cpu.mem_map) # FIXME
# Add Bus Masters/CSR/IRQs
if not isinstance(self.cpu, cpu.CPUNone):
+ if reset_address is None:
+ reset_address = self.mem_map["rom"]
self.cpu.set_reset_address(reset_address)
for n, cpu_bus in enumerate(self.cpu.buses):
self.bus.add_master(name="cpu_bus{}".format(n), master=cpu_bus)
if hasattr(self, "ctrl"):
self.comb += self.cpu.reset.eq(self.ctrl.reset)
self.add_config("CPU_RESET_ADDR", reset_address)
- # Update SoC with CPU constraints
- for n, (origin, size) in enumerate(self.cpu.io_regions.items()):
- self.bus.add_region("io{}".format(n), SoCIORegion(origin=origin, size=size, cached=False))
- self.mem_map.update(self.cpu.mem_map) # FIXME
# Add constants
self.add_config("CPU_TYPE", str(name))
self.add_config("CPU_VARIANT", str(variant.split('+')[0]))
self.add_cpu(
name = str(cpu_type),
variant = "standard" if cpu_variant is None else cpu_variant,
- reset_address = self.mem_map["rom"] if integrated_rom_size else cpu_reset_address)
+ reset_address = None if integrated_rom_size else cpu_reset_address)
# Add User's interrupts
for name, loc in self.interrupt_map.items():