renode-esp32s3/badge.resc

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# Boot Renode Script (boot.resc)
# Add this script's path to the global path, so
# we can include files relative to ourselves.
path add $ORIGIN
i @peripherals/ESP32_SPIController.cs
i @peripherals/ESP32_UART.cs
i @peripherals/ESP32S3_EXTMEM.cs
i @peripherals/ESP32S3_GPIO.cs
i @peripherals/ESP32S3_RTC_CNTL.cs
using sysbus
mach create "SoC"
machine LoadPlatformDescription @badge.repl
# Silence regions we don't want to implement yet
sysbus SilenceRange <0x60038000, 0x60038FFF> # USB_DEVICE
sysbus SilenceRange <0x60080000, 0x60080FFF> # USB0
sysbus SilenceRange <0x60039000, 0x60039FFF> # USB_WRAP
machine StartGdbServer 3333 true
showAnalyzer uart0
showAnalyzer uart1
# The macro `reset` gets called implicitly when running `machine Reset`
macro reset
"""
sysbus LoadELF @blackmagic.elf
sysbus LoadBinary @partition-table.bin 0x3C008000
sysbus LoadBinary @esp32s3-irom.bin 0x40000000
sysbus LoadBinary @esp32s3-drom.bin 0x3FF00000
#sysbus LoadBinary @esp32s3-efuses.bin 0x60007000
sysbus LoadELF @bootloader.elf
#copy_bootrom_data
setup_hooks sysbus.cpu
sysbus WriteDoubleWord 0x600c40a0 0x8
cpu PC 0x40000400
"""
python
"""
def memcpy(dest, src, n):
data = self.Machine.SystemBus.ReadBytes(src, n)
self.Machine.SystemBus.WriteBytes(data, dest)
def mc_setup_hooks(cpu):
from Antmicro.Renode.Peripherals.CPU import RegisterValue
# LR, SP, R0
A0, A1, A2, A3, A4, A5, A6, A7, A8, A9, A10 = 89, 90, 91, 92, 93, 94, 95, 96, 97, 98, 99
cpu = self.Machine[cpu]
def format_val(v):
try:
return "0x{:08x}".format(long(v))
except:
return str(v)
def log(*args):
cpu.Log(LogLevel.Warning, "{0}", ", ".join(map(format_val, args)))
def get(reg, raw=True):
v = cpu.GetRegisterUnsafe(reg)
if raw:
return v.RawValue
return v
def lr():
return get(A0, raw=False)
def args():
return list(map(get, (A2, A3, A4)))
def set(reg, val):
cpu.SetRegisterUnsafe(reg, RegisterValue.Create(val, 32))
def cstr(addr):
out = bytearray()
b = self.Machine.SystemBus.ReadByte(addr)
while b != 0:
out.append(b)
addr += 1
b = self.Machine.SystemBus.ReadByte(addr)
return bytes(out)
def hook(addr_or_name):
def wrap(fn):
if isinstance(addr_or_name, str):
addr = self.Machine.SystemBus.GetSymbolAddress(addr_or_name)
else:
addr = addr_or_name
cpu.AddHook(addr, fn)
return fn
return wrap
@hook(0x4004578f)
def ets_run_flash_bootloader_hook(cpu, pc):
log("ets_run_flash_bootloader", *args())
# this function loads software bootloader
# we have it already loaded, just jump before
# executing user code (software bootloader)
cpu.PC = RegisterValue.Create(0x40043ca3,32)
@hook(0x40043ca6)
def hook_soft_address(cpu, pc):
log("hook_soft_address", *args())
# write address already loaded software bootloader to register
self.Machine.SystemBus.WriteDoubleWord(0x3fcedf14, 0x403c9908)
@hook(0x403cf295)
def hook_set_i2c_ctrl(cpu, pc):
log("set i2c ctrl", *args())
# write address of i2c sysreg control register
self.Machine.SystemBus.WriteDoubleWord(0x403ccb14, 0x600C0018)
@hook(0x403c99f1)
def hook_cache_hal_init(cpu, pc):
log("cache_hal_init", *args())
cpu.PC = RegisterValue.Create(0x403c99f4,32)
@hook (0x403cd59c)
def hook_cache_hal_disable(cpu, pc):
log("cache_hal_disable", *args())
cpu.PC = RegisterValue.Create(0x403cd59f,32)
@hook (0x403cd5b7)
def hook_cache_hal_enable(cpu, pc):
log("cache_hal_enable", *args())
cpu.PC = RegisterValue.Create(0x403cd5ba,32)
@hook (0x403c9f6f)
def hook_cache_hal_disable2(cpu, pc):
log("cache_hal_disable2", *args())
cpu.PC = RegisterValue.Create(0x403c9f72,32)
@hook (0x403c9f94)
def hook_cache_hal_enable2(cpu, pc):
log("cache_hal_enable2", *args())
cpu.PC = RegisterValue.Create(0x403c9f97,32)
@hook (0x403cd4c8)
def hook_cache_hal_disable3(cpu, pc):
log("cache_hal_disable3", *args())
cpu.PC = RegisterValue.Create(0x403cd4cb,32)
@hook (0x403cd4e3)
def hook_cache_hal_enable3(cpu, pc):
log("cache_hal_enable3", *args())
cpu.PC = RegisterValue.Create(0x403cd4e6,32)
@hook (0x403cd50f)
def hook_cache_hal_disable4(cpu, pc):
log("cache_hal_disable4", *args())
cpu.PC = RegisterValue.Create(0x403cd512,32)
@hook (0x403cd8f1)
def hook_cache_hal_disable5(cpu, pc):
log("cache_hal_disable5", *args())
cpu.PC = RegisterValue.Create(0x403cd8f4,32)
@hook (0x403cd978)
def hook_cache_hal_enable4(cpu, pc):
log("cache_hal_enable4", *args())
cpu.PC = RegisterValue.Create(0x403cd97b,32)
@hook(0x403c9a1c)
def hook_cpu_rev_check(cpu, pc):
log("cpu_rev_check", *args())
cpu.PC = RegisterValue.Create(0x403c9a1f,32)
@hook (0x403c9a98)
def hook_skip_rng_init(cpu, pc):
log("skip_rng_init", *args())
cpu.PC = RegisterValue.Create(0x403c9a9b,32)
@hook (0x403ce971)
def hook_skip_part_size_check(cpu, pc):
log("skip_part_size_check", *args())
cpu.PC = RegisterValue.Create(0x403ce9a3,32)
@hook (0x403ce129)
def hook_skip_flash_check(cpu, pc):
log("skip_flash_check", *args())
cpu.PC = RegisterValue.Create(0x403ce1b0,32)
@hook (0x403cd8c2)
def hook_skip_disable_rng(cpu, pc):
log("skip_disable_rng", *args())
cpu.PC = RegisterValue.Create(0x403cd8c5,32)
@hook (0x403cd917)
def hook_skip_hal_map_region(cpu, pc):
log("skip_hal_map_region", *args())
cpu.PC = RegisterValue.Create(0x403cd91a,32)
@hook (0x403cd933)
def hook_skip_hal_map_region2(cpu, pc):
log("skip_hal_map_region2", *args())
cpu.PC = RegisterValue.Create(0x403cd936,32)
# @hook (0x403cd93c)
# def hook_skip_cache_setup(cpu, pc):
# log("skip_cache_setup", *args())
# cpu.PC = RegisterValue.Create(0x403cd97b,32)
@hook (0x403cd8eb)
def hook_image_entry_addr(cpu, pc):
log("image_entry_addr", *args())
set(A9, 0x42004834)
@hook (0x4209ec01)
def hook_skip_esp_log_write(cpu, pc):
log("skip_esp_log_write", *args())
cpu.PC = RegisterValue.Create(0x4209ec04,32)
self.Machine.SystemBus.WriteDoubleWord(0x3fcaa5e8, 0x1)
@hook (0x4202c611)
def hook_skip_esp_log_write2(cpu, pc):
log("skip_esp_log_write2", *args())
cpu.PC = RegisterValue.Create(0x4202c614,32)
@hook (0x4209ec60)
def hook_skip_mem_check(cpu, pc):
log("skip_mem_check", *args())
cpu.PC = RegisterValue.Create(0x4209ec8c,32)
@hook (0x420049ba)
def hook_esp_systimer(cpu, pc):
log("esp_systimer", *args())
cpu.PC = RegisterValue.Create(0x420049bd,32)
@hook (0x420049c3)
def hook_esp_sysinit(cpu, pc):
log("esp_sysinit", *args())
cpu.PC = RegisterValue.Create(0x420049c6,32)
@hook (0x4037dfad)
def hook_spi_flash_chip_init(cpu, pc):
log("spi_flash_chip_init", *args())
cpu.PC = RegisterValue.Create(0x4037dfb0,32)
@hook (0x42004a67)
def hook_assert_func(cpu, pc):
log("assert_func", *args())
cpu.PC = RegisterValue.Create(0x42004a6a,32)
@hook (0x42008617)
def hook_timer_init(cpu, pc):
log("timer_init", *args())
set(A10, 0x0)
cpu.PC = RegisterValue.Create(0x4200861a,32)
@hook (0x40041a7c)
def hook_skip_us_delay(cpu, pc):
log("skip_us_delay", *args())
set(A2, get(A8))
cpu.PC = RegisterValue.Create(0x40041a7f,32)
@hook (0x42004aed)
def hook_delay_skip(cpu, pc):
log("delay_skip", *args())
cpu.PC = RegisterValue.Create(0x42004af0,32)
@hook (0x4038a615)
def hook_hal_timer(cpu, pc):
log("hal_timer", *args())
cpu.PC = RegisterValue.Create(0x42004b11,32)
@hook (0x4209ecda)
def hook_crosscore_init(cpu, pc):
log("crosscore_init", *args())
cpu.PC = RegisterValue.Create(0x4209ecdd,32)
@hook (0x40387f69)
def hook_port_setup_timer(cpu, pc):
log("port_setup_timer", *args())
cpu.PC = RegisterValue.Create(0x40387f6c,32)
@hook (0x40386c85)
def hook_timer_get_time(cpu, pc):
log("timer_get_time", *args())
cpu.PC = RegisterValue.Create(0x40386c88,32)
"""
runMacro $reset
start