def test_sections():
# The sparse memory image we will be testing
mem_image = SparseMemoryImage()
# Create first bytearray with some data
data_ints_a = [random.randint(0, 1000) for r in xrange(10)]
data_bytes_a = bytearray()
for data_int in data_ints_a:
data_bytes_a.extend(struct.pack("<I", data_int))
# Create a second section section and add it to the sparse memory image
section_a = SparseMemoryImage.Section(".text", 0x1000, data_bytes_a)
mem_image.add_section(section_a)
# Create a second bytearray with some data
data_ints_b = [random.randint(0, 1000) for r in xrange(10)]
data_bytes_b = bytearray()
for data_ints in data_ints_b:
data_bytes_b.extend(struct.pack("<I", data_int))
# Create a second section section and add it to the sparse memory
# image. Use the alternative syntax for adding a section.
section_b = SparseMemoryImage.Section(".data", 0x2000, data_bytes_b)
mem_image.add_section(".data", 0x2000, data_bytes_b)
# Retrieve and check both sections
section_a_test = mem_image.get_section(".text")
assert section_a_test == section_a
section_b_test = mem_image.get_section(".data")
assert section_b_test == section_b
# Retrieve sections as a list
sections_test = mem_image.get_sections()
assert sections_test == [section_a_test, section_b_test]
def test_sections():
# The sparse memory image we will be testing
mem_image = SparseMemoryImage()
# Create first bytearray with some data
data_ints_a = [ random.randint(0,1000) for r in xrange(10) ]
data_bytes_a = bytearray()
for data_int in data_ints_a:
data_bytes_a.extend(struct.pack("<I",data_int))
# Create a second section section and add it to the sparse memory image
section_a = SparseMemoryImage.Section( ".text", 0x1000, data_bytes_a )
mem_image.add_section( section_a )
# Create a second bytearray with some data
data_ints_b = [ random.randint(0,1000) for r in xrange(10) ]
data_bytes_b = bytearray()
for data_ints in data_ints_b:
data_bytes_b.extend(struct.pack("<I",data_int))
# Create a second section section and add it to the sparse memory
# image. Use the alternative syntax for adding a section.
section_b = SparseMemoryImage.Section( ".data", 0x2000, data_bytes_b )
mem_image.add_section( ".data", 0x2000, data_bytes_b )
# Retrieve and check both sections
section_a_test = mem_image.get_section( ".text" )
assert section_a_test == section_a
section_b_test = mem_image.get_section( ".data" )
assert section_b_test == section_b
# Retrieve sections as a list
sections_test = mem_image.get_sections()
assert sections_test == [ section_a_test, section_b_test ]
