def __init__(self, device):
self.device = device
self.hw = self.device.FLASH
self.sectors = mem.flash_regions(self.device, flash_map[self.device.soc_name])
# the target voltage controls the erase/write parallelism
v = self.device.cpu.dbgio.target_voltage()
if v >= 2700:
self.volts = self.VOLTS_27_36
self.lib = lib.stm32f4_32_flash
elif v >= 2100:
self.volts = self.VOLTS_21_27
self.lib = lib.stm32f4_16_flash
else:
self.volts = self.VOLTS_18_21
self.lib = lib.stm32f4_8_flash
def __init__(self, device):
self.device = device
self.hw = self.device.FLASH
self.sectors = mem.flash_regions(self.device, flash_map[self.device.soc_name])
# the target voltage controls the erase/write parallelism
v = self.device.cpu.dbgio.target_voltage()
if v >= 2700:
self.volts = self.VOLTS_27_36
self.lib = lib.stm32f4_32_flash
elif v >= 2100:
self.volts = self.VOLTS_21_27
self.lib = lib.stm32f4_16_flash
else:
self.volts = self.VOLTS_18_21
self.lib = lib.stm32f4_8_flash
def __init__(self, device):
self.device = device
self.hw = self.device.FLASH
self.pages = mem.flash_regions(self.device,
flash_map[self.device.soc_name])
self.lib = lib.stm32l4x2_flash
def __init__(self, device): self.device = device self.hw = self.device.NVMCTRL self.rows = mem.flash_regions(self.device, flash_map[self.device.soc_name])
def __init__(self, device):
self.device = device
self.hw = self.device.NVMCTRL
self.rows = mem.flash_regions(self.device,
flash_map[self.device.soc_name])
def __init__(self, device): self.device = device self.hw = self.device.FLASH self.pages = mem.flash_regions(self.device, flash_map[self.device.soc_name]) self.lib = lib.stm32l4x2_flash