def test_chunks_numbers(self):
''' Count all user allocations and free chunks'''
#self.skipTest('notready')
mappings = self.ssh1.mappings
heaps = mappings.getHeaps()
self.assertEquals(len(heaps), 1)
heap = heaps[0]
self.assertTrue(ctypes_alloc.is_malloc_heap(mappings, heap))
walker = libcheapwalker.LibcHeapWalker(mappings, heap, 0)
# we should have 3 structures + 1 empty chunks
allocs = walker.get_user_allocations()
self.assertEquals(len(allocs), 2568)
size = sum([size for addr, size in allocs])
self.assertEquals(size, 105616)
# the empty chunk
free = walker.get_free_chunks()
self.assertEquals(len(free), 7)
size = sum([size for addr, size in free])
self.assertEquals(size, 19252)
return
def test_chunks_numbers(self):
""" Count all user allocations and free chunks"""
# self.skipTest('notready')
mappings = self.ssh1.mappings
heaps = mappings.getHeaps()
self.assertEquals(len(heaps), 1)
heap = heaps[0]
self.assertTrue(ctypes_alloc.is_malloc_heap(mappings, heap))
walker = libcheapwalker.LibcHeapWalker(mappings, heap, 0)
# we should have 3 structures + 1 empty chunks
allocs = walker.get_user_allocations()
self.assertEquals(len(allocs), 2568)
size = sum([size for addr, size in allocs])
self.assertEquals(size, 105616)
# the empty chunk
free = walker.get_free_chunks()
self.assertEquals(len(free), 7)
size = sum([size for addr, size in free])
self.assertEquals(size, 19252)
return
def test_ctypes6(self):
mappings = self.context6.mappings
heaps = mappings.getHeaps()
self.assertEquals(len(heaps), 1)
heap = heaps[0]
self.assertTrue(ctypes_alloc.is_malloc_heap(mappings, heap))
walker = libcheapwalker.LibcHeapWalker(mappings, heap, 0)
# we should have 3 structures + 1 empty chunks
allocs = walker.get_user_allocations()
self.assertEquals(len(allocs), 3)
# the empty chunk
free = walker.get_free_chunks()
self.assertEquals(len(free), 1)
def test_ctypes6(self):
mappings = self.context6.mappings
heaps = mappings.getHeaps()
self.assertEquals(len(heaps), 1)
heap = heaps[0]
self.assertTrue(ctypes_alloc.is_malloc_heap(mappings, heap))
walker = libcheapwalker.LibcHeapWalker(mappings, heap, 0)
# we should have 3 structures + 1 empty chunks
allocs = walker.get_user_allocations()
self.assertEquals(len(allocs), 3)
# the empty chunk
free = walker.get_free_chunks()
self.assertEquals(len(free), 1)
def is_heap(mappings, mapping):
"""test if a mapping is a heap"""
if not ctypes_malloc.is_malloc_heap(mappings, mapping):
return False
# could implement other allocators
return True
def is_heap(mappings, mapping):
"""test if a mapping is a heap"""
if not ctypes_malloc.is_malloc_heap(mappings, mapping):
return False
# could implement other allocators
return True
