def runTest(self):
kit = devkit.factory(_stm32)
memsize = _stm32['BootStart']
randmem = bytearray(memsize)
for i in xrange(memsize):
randmem[i] = random.randint(0, 255)
kit.write(0x08000000, randmem)
self.assertEqual(b''.join([bytes(kit.blocks[i]) for i,_ in enumerate(kit.blockaddr)]),
bytes(randmem))
def runTest(self):
kit = devkit.factory(_stm32)
self.assertIsInstance(kit, devkit.STM32DevKit)
kit.write(0x08000000, unhexlify('FCFF0120997E0000417E0000417E0000'))
kit.fix_bootloader()
self.assertEqual(unhexlify('FCFF012001000E00'),
kit.blocks[0][:8])
self.assertEqual(unhexlify('4FF6FC70C2F20100854647F69960C0F200000047'),
kit.blocks[len(kit.blockaddr)-1][-20:])
def runTest(self):
kit = devkit.factory(_stm32)
memsize = _stm32['BootStart']
randmem = bytearray(memsize)
for i in xrange(memsize):
randmem[i] = 255
for i in xrange(self.blkcount):
size = random.randint(1, memsize)
addr = random.randint(0, memsize - size)
randblk = bytearray(size)
for j in xrange(size):
randblk[i] = random.randint(0, 255)
randmem[addr:addr+size] = randblk
kit.write(0x08000000 + addr, randblk)
self.assertEqual(b''.join([bytes(kit.blocks[i] if i in kit.blocks else
b'\xff'*(end_addr - start_addr))
for i, (start_addr, end_addr) in enumerate(kit.blockaddr)]),
bytes(randmem))
def runTest(self):
kit = devkit.factory(_stm32)
self.assertRaises(IndexError,
lambda: kit.write(0x08000000 - 1, b'\xff'))
self.assertRaises(IndexError,
lambda: kit.write(0x08000000 + _stm32['BootStart'], b'\xff'))
def runTest(self):
bootinfo = dict(_stm32)
for mcu in devkit.STM32DevKit._supported:
bootinfo['McuType'] = mcu
self.assertIsInstance(devkit.factory(bootinfo), devkit.STM32DevKit)
