bmp.write('testcase01.gray8.golden', bmp.gen_GRAY8()[0])
if target == -1 or target == 2:
bmp.write('testcase02_RGB_640x480.golden',
bmp.gen_BMP_random('RGB', 640, 480, 'testcase02')[0])
bmp.write('testcase02_BGRx_640x480.golden',
bmp.gen_BMP_random('BGRx', 640, 480, 'testcase02')[0])
bmp.write('testcase02_GRAY8_640x480.golden',
bmp.gen_BMP_random('GRAY8', 640, 480, 'testcase02')[0])
bmp.write('testcase02_RGB_642x480.golden',
bmp.gen_BMP_random('RGB', 642, 480, 'testcase02')[0])
bmp.write('testcase02_BGRx_642x480.golden',
bmp.gen_BMP_random('BGRx', 642, 480, 'testcase02')[0])
bmp.write('testcase02_GRAY8_642x480.golden',
bmp.gen_BMP_random('GRAY8', 642, 480, 'testcase02')[0])
if target == -1 or target == 8:
bmp.gen_BMP_stream('testsequence', 'testcase08.golden', 1)
if target == -1 or target == 9:
buf = bmp.gen_BMP_random('RGB', 100, 100, 'testcase02')[0]
bmp.write('testcase01_RGB_100x100.golden', buf)
bmp.write('testcase02_RGB_100x100.golden', buf + buf)
bmp.write('testcase03_RGB_100x100.golden', buf + buf + buf)
bmp.write('testcase04_RGB_100x100.golden', buf + buf + buf + buf)
bmp.gen_BMP_stream('testsequence01', 'testcase01.golden', 1)
bmp.gen_BMP_stream('testsequence02', 'testcase02.golden', 2)
s = bmp.gen_BMP_stream('testsequence03', 'testcase03.golden', 3)
bmp.gen_BMP_stream('testsequence04', 'testcase04.golden', 4)
for i in range(0, 4):
sink_0 = i * 3
with open("testsynch00_" + str(i) + ".golden", 'wb') as file:
file.write(s[sink_0])
file.write(s[i])
if len(sys.argv) >= 2: # There's some arguments
target = int(sys.argv[1])
if target == -1 or target == 1:
bmp.write('testcase01.rgb.golden', bmp.gen_RGB()[0])
bmp.write('testcase01.bgrx.golden', bmp.gen_BGRx()[0])
bmp.write('testcase01.gray8.golden', bmp.gen_GRAY8()[0])
if target == -1 or target == 2:
bmp.write('testcase02_RGB_640x480.golden', bmp.gen_BMP_random('RGB', 640, 480, 'testcase02')[0])
bmp.write('testcase02_BGRx_640x480.golden', bmp.gen_BMP_random('BGRx', 640, 480, 'testcase02')[0])
bmp.write('testcase02_GRAY8_640x480.golden', bmp.gen_BMP_random('GRAY8', 640, 480, 'testcase02')[0])
bmp.write('testcase02_RGB_642x480.golden', bmp.gen_BMP_random('RGB', 642, 480, 'testcase02')[0])
bmp.write('testcase02_BGRx_642x480.golden', bmp.gen_BMP_random('BGRx', 642, 480, 'testcase02')[0])
bmp.write('testcase02_GRAY8_642x480.golden', bmp.gen_BMP_random('GRAY8', 642, 480, 'testcase02')[0])
if target == -1 or target == 8:
bmp.gen_BMP_stream('testsequence', 'testcase08.golden', 1)
if target == -1 or target == 9:
buf = bmp.gen_BMP_random('RGB', 100, 100, 'testcase02')[0]
bmp.write('testcase01_RGB_100x100.golden', buf)
bmp.write('testcase02_RGB_100x100.golden', buf+buf)
bmp.write('testcase03_RGB_100x100.golden', buf+buf+buf)
bmp.write('testcase04_RGB_100x100.golden', buf+buf+buf+buf)
bmp.gen_BMP_stream('testsequence01', 'testcase01.golden', 1)
bmp.gen_BMP_stream('testsequence02', 'testcase02.golden', 2)
s=bmp.gen_BMP_stream('testsequence03', 'testcase03.golden', 3)
bmp.gen_BMP_stream('testsequence04', 'testcase04.golden', 4)
for i in range(0,4):
sink_0 = i*3
with open("testsynch00_"+str(i)+".golden",'wb') as file:
file.write(s[sink_0])
file.write(s[i])