def test_pattern_5(self):
pattern = decoder.decode_file('fixtures/pattern_5.splice')
expected_pattern = "Saved with HW Version: 0.708-alpha\n" + \
"Tempo: 999\n" + \
"(1) Kick |x---|----|x---|----|\n" + \
"(2) HiHat |x-x-|x-x-|x-x-|x-x-|"
#print expected_pattern
self.assertEqual(pattern, expected_pattern)
def test_pattern_4(self):
pattern = decoder.decode_file('fixtures/pattern_4.splice')
expected_pattern = "Saved with HW Version: 0.909\n" + \
"Tempo: 240\n" + \
"(0) SubKick |----|----|----|----|\n" + \
"(1) Kick |x---|----|x---|----|\n" + \
"(99) Maracas |x-x-|x-x-|x-x-|x-x-|\n" + \
"(255) Low Conga |----|x---|----|x---|"
#print expected_pattern
self.assertEqual(pattern, expected_pattern)
def test_pattern_2(self):
pattern = decoder.decode_file('fixtures/pattern_2.splice')
expected_pattern = "Saved with HW Version: 0.808-alpha\n" + \
"Tempo: 98.4\n" + \
"(0) kick |x---|----|x---|----|\n" + \
"(1) snare |----|x---|----|x---|\n" + \
"(3) hh-open |--x-|--x-|x-x-|--x-|\n" + \
"(5) cowbell |----|----|x---|----|"
#print expected_pattern
self.assertEqual(pattern, expected_pattern)
def test_pattern_3(self):
pattern = decoder.decode_file('fixtures/pattern_3.splice')
expected_pattern = "Saved with HW Version: 0.808-alpha\n" + \
"Tempo: 118\n" + \
"(40) kick |x---|----|x---|----|\n" + \
"(1) clap |----|x---|----|x---|\n" + \
"(3) hh-open |--x-|--x-|x-x-|--x-|\n" + \
"(5) low-tom |----|---x|----|----|\n" + \
"(12) mid-tom |----|----|x---|----|\n" + \
"(9) hi-tom |----|----|-x--|----|"
#print expected_pattern
self.assertEqual(pattern, expected_pattern)
return lines
if __name__ == "__main__":
print sys.argv[1]
if len(sys.argv) >= 2:
path = sys.argv[1]
else:
print "Please supply the path of the DJI Flight Log .txt file to convert"
if len(sys.argv) >= 3:
outpath = sys.argv[3]
else:
outpath = os.path.dirname(path) + os.sep + os.path.basename(path) + ".csv"
print "Loading %s" % path
frames = decoder.decode_file(path)
print "Decoding file"
lines = frames_to_lines(frames)
print "Writing %d lines to %s" % (len(lines), outpath)
with open(outpath, "w") as csv:
csv.writelines([line + "\n" for line in lines])
print "Done"
def play(): decoder.decode_file(video_path)
from generator import generate
from encoder import encrypt_file
from decoder import decode_file
from input import toBinary
from input import toData
import math
def isTrue(a, b):
for i in range(len(a)):
if (a[i] != b[i]):
print(i)
return False
return True
if __name__ == "__main__":
filename = "input.jpg"
binary = toBinary(filename)
binaryEncrypt = encrypt_file(binary)
binaryDecode = decode_file(binaryEncrypt)
toData(binaryDecode)