def _parse_device(self, device_node):
peripherals = []
for peripheral_node in device_node.findall('.//peripheral'):
peripherals.append(self._parse_peripheral(peripheral_node))
cpu_node = device_node.find('./cpu')
cpu = SVDCpu(
name = _get_text(cpu_node, 'name'),
revision = _get_text(cpu_node, 'revision'),
endian = _get_text(cpu_node, 'endian'),
mpu_present = _get_int(cpu_node, 'mpuPresent'),
fpu_present = _get_int(cpu_node, 'fpuPresent'),
vtor_present = _get_int(cpu_node, 'vtorPresent'),
nvic_prio_bits = _get_int(cpu_node, 'nvicPrioBits'),
vendor_systick_config = _get_text(cpu_node, 'vendorSystickConfig')
)
return SVDDevice(
vendor=_get_text(device_node, 'vendor'),
vendor_id=_get_text(device_node, 'vendorID'),
name=_get_text(device_node, 'name'),
version=_get_text(device_node, 'version'),
description=_get_text(device_node, 'description'),
cpu=cpu,
address_unit_bits=_get_int(device_node, 'addressUnitBits'),
width=_get_int(device_node, 'width'),
peripherals=peripherals,
)
def _parse_device(self, device_node):
# Find registerPropertiesGroup infos:
registerPropertiesGroup = {
"size": _get_int(device_node, "size"),
"access": _get_text(device_node, 'access'),
"protection": _get_text(device_node, 'protection'),
"reset_value": _get_int(device_node, "resetValue"),
"reset_mask": _get_int(device_node, "resetMask")
}
peripherals = self._parse_peripherals(device_node.find('./peripherals'), registerPropertiesGroup)
cpu_node = device_node.find('./cpu')
cpu = SVDCpu(
name=_get_text(cpu_node, 'name'),
revision=_get_text(cpu_node, 'revision'),
endian=_get_text(cpu_node, 'endian'),
mpu_present=_get_int(cpu_node, 'mpuPresent'),
fpu_present=_get_int(cpu_node, 'fpuPresent'),
fpu_dp=_get_int(cpu_node, 'fpuDP'),
icache_present=_get_int(cpu_node, 'icachePresent'),
dcache_present=_get_int(cpu_node, 'dcachePresent'),
itcm_present=_get_int(cpu_node, 'itcmPresent'),
dtcm_present=_get_int(cpu_node, 'dtcmPresent'),
vtor_present=_get_int(cpu_node, 'vtorPresent'),
nvic_prio_bits=_get_int(cpu_node, 'nvicPrioBits'),
vendor_systick_config=_get_int(cpu_node, 'vendorSystickConfig'),
device_num_interrupts=_get_int(cpu_node, 'vendorSystickConfig'),
sau_num_regions=_get_int(cpu_node, 'vendorSystickConfig'),
sau_regions_config=_get_text(cpu_node, 'sauRegionsConfig')
)
return SVDDevice(
vendor=_get_text(device_node, 'vendor'),
vendor_id=_get_text(device_node, 'vendorID'),
name=_get_text(device_node, 'name'),
version=_get_text(device_node, 'version'),
description=_get_text(device_node, 'description'),
cpu=cpu,
address_unit_bits=_get_int(device_node, 'addressUnitBits'),
width=_get_int(device_node, 'width'),
peripherals=peripherals,
size=_get_int(device_node, "size"),
access=_get_text(device_node, 'access'),
protection=_get_text(device_node, 'protection'),
reset_value=_get_int(device_node, "resetValue"),
reset_mask=_get_int(device_node, "resetMask")
)
def _parse_device(self, device_node):
peripherals = []
for peripheral_node in device_node.findall('.//peripheral'):
peripherals.append(self._parse_peripheral(peripheral_node))
cpu_node = device_node.find('./cpu')
cpu = SVDCpu(name=_get_text(cpu_node, 'name'),
revision=_get_text(cpu_node, 'revision'),
endian=_get_text(cpu_node, 'endian'),
mpu_present=_get_int(cpu_node, 'mpuPresent'),
fpu_present=_get_int(cpu_node, 'fpuPresent'),
fpu_dp=_get_int(cpu_node, 'fpuDP'),
icache_present=_get_int(cpu_node, 'icachePresent'),
dcache_present=_get_int(cpu_node, 'dcachePresent'),
itcm_present=_get_int(cpu_node, 'itcmPresent'),
dtcm_present=_get_int(cpu_node, 'dtcmPresent'),
vtor_present=_get_int(cpu_node, 'vtorPresent'),
nvic_prio_bits=_get_int(cpu_node, 'nvicPrioBits'),
vendor_systick_config=_get_int(cpu_node,
'vendorSystickConfig'),
device_num_interrupts=_get_int(cpu_node,
'deviceNumInterrupts'),
sau_num_regions=_get_int(cpu_node, 'sauNumRegions'),
sau_regions_config=_get_text(cpu_node,
'sauRegionsConfig'))
return SVDDevice(vendor=_get_text(device_node, 'vendor'),
vendor_id=_get_text(device_node, 'vendorID'),
name=_get_text(device_node, 'name'),
version=_get_text(device_node, 'version'),
description=_get_text(device_node, 'description'),
cpu=cpu,
address_unit_bits=_get_int(device_node,
'addressUnitBits'),
width=_get_int(device_node, 'width'),
peripherals=peripherals,
size=_get_int(device_node, "size"),
access=_get_text(device_node, 'access'),
protection=_get_text(device_node, 'protection'),
reset_value=_get_int(device_node, "resetValue"),
reset_mask=_get_int(device_node, "resetMask"))