def test_closestFloorValue(self):
lst = numpy.asarray(range(0, 100, 10))
self.assertEquals(utils.closestFloorValue(41, lst), (40, 4))
self.assertEquals(utils.closestFloorValue(40, lst), (40, 4))
with self.assertRaises(ValueError):
utils.closestFloorValue(-1, lst)
ctx = context.get_context('test/src/test-ctypes3.dump')
lst = ctx._structures_addresses
def test_closestFloorValue(self):
lst = numpy.asarray(range(0,100,10))
self.assertEquals(utils.closestFloorValue(41, lst), (40,4))
self.assertEquals(utils.closestFloorValue(40, lst), (40,4))
with self.assertRaises(ValueError):
utils.closestFloorValue(-1, lst)
ctx = context.get_context('test/src/test-ctypes3.dump')
lst = ctx._structures_addresses
def test_closestFloorValue(self):
lst = numpy.asarray(range(0, 100, 10))
self.assertEquals(utils.closestFloorValue(41, lst), (40, 4))
self.assertEquals(utils.closestFloorValue(40, lst), (40, 4))
with self.assertRaises(ValueError):
utils.closestFloorValue(-1, lst)
memory_handler = dump_loader.load('test/src/test-ctypes3.32.dump')
finder = memory_handler.get_heap_finder()
heap = finder.get_heap_mappings()[0]
heap_addr = heap.get_marked_heap_address()
ctx = context.get_context_for_address(memory_handler, heap_addr)
lst = ctx._structures_addresses
def test_closestFloorValue(self):
lst = numpy.asarray(range(0, 100, 10))
self.assertEquals(utils.closestFloorValue(41, lst), (40, 4))
self.assertEquals(utils.closestFloorValue(40, lst), (40, 4))
with self.assertRaises(ValueError):
utils.closestFloorValue(-1, lst)
memory_handler = dump_loader.load('test/src/test-ctypes3.32.dump')
finder = memory_handler.get_heap_finder()
heap = finder.get_heap_mappings()[0]
heap_addr = heap.get_marked_heap_address()
ctx = context.get_context_for_address(memory_handler, heap_addr)
lst = ctx._structures_addresses
def get_record_address_at_address(self, _address):
"""
Returns the closest containing record address for this address.
:param _address:
:return:
"""
# if offset not in self.heap:
# raise ValueError('address 0x%0.8x not in heap 0x%0.8x'%(offset, self.heap.start))
return utils.closestFloorValue(_address, self._structures_addresses)[0] # [1] is the index of [0]
def getStructureAddrForOffset(self, offset):
'''Returns the closest containing structure address for this offset in this heap.'''
#if offset not in self.heap:
# raise ValueError('address 0x%0.8x not in heap 0x%0.8x'%(offset, self.heap.start))
return utils.closestFloorValue(offset, self._structures_addresses)[0] # [1] is the index of [0]