def get_bytes(self, dlg):
xex = dlg.get_bytes()
title, author = dlg.get_extra_text()[0:2]
byte_values = add_xexboot_header(xex, title=title, author=author)
byte_values = add_atr_header(byte_values)
rawdata = SegmentData(byte_values)
atr = BootDiskImage(rawdata)
return atr.raw_bytes.tobytes()
def make_bootable_atr(xex_path, header_path, atr_path):
xex = np.fromfile(xex_path, dtype=np.uint8)
bootcode = np.fromfile(header_path, dtype=np.uint8)
bootdata = add_xexboot_header(xex, bootcode)
atrdata = add_atr_header(bootdata)
rawdata = SegmentData(atrdata)
atr = BootDiskImage(rawdata, atr_path)
print atr.header
atr.save()
def get_bytes(self, dlg):
xex = dlg.get_bytes()
title, author = dlg.get_extra_text()[0:2]
print title, author
bytes = add_xexboot_header(xex, title=title, author=author)
bytes = add_atr_header(bytes)
rawdata = SegmentData(bytes)
atr = BootDiskImage(rawdata)
print atr.header
return atr.bytes.tostring()
def check_size(self, data):
xex_size = len(data)
bytes = add_xexboot_header(data)
# rawdata = SegmentData(bytes)
# size = len(rawdata)
# atr = KBootImage(rawdata)
# newatr = atr.as_new_format("ATR")
image_size = len(bytes)
bytes = add_atr_header(bytes)
rawdata = SegmentData(bytes)
newatr = KBootImage(rawdata)
image = newatr.bytes
print image[0:16]
paragraphs = image_size / 16
print newatr.header, paragraphs
assert int(image[2:4].view(dtype='<u2')) == paragraphs
assert int(image[16 + 9:16 + 9 + 2].view('<u2')) == xex_size
return image
def check_size(self, data):
xex_size = len(data)
bytes = add_xexboot_header(data)
# rawdata = SegmentData(bytes)
# size = len(rawdata)
# atr = KBootImage(rawdata)
# newatr = atr.as_new_format("ATR")
image_size = len(bytes)
bytes = add_atr_header(bytes)
rawdata = SegmentData(bytes)
newatr = KBootImage(rawdata)
image = newatr.bytes
print image[0:16]
paragraphs = image_size / 16
print newatr.header, paragraphs
assert int(image[2:4].view(dtype='<u2')) == paragraphs
assert int(image[16 + 9:16 + 9 + 2].view('<u2')) == xex_size
return image
