def test_vfp_vector():
# gen_instrs(10)
options.parseOptions()
ctx = options.getInitContext(getFSM, getRBlock)
output = options.getOption("output")
exit_b = getVFPExitBlock()
testgen.genRandomTest(ctx, output, exitblock=exit_b)
def test():
options.parseOptions()
ctx = options.getInitContext(rb.getRBlock)
ctx[options.CTX.ISA] = False
ropts = {}
inst = genThumbIT(None, ropts, ctx)
print inst
def test():
options.parseOptions()
ctx = options.getInitContext(getRBlock)
test = getRBlock('rit', 5)
blocks = test.makeRandomBlock(ctx)
ig.genBlockInstrs(blocks, ctx)
print test
print blocks, len(blocks)
def main():
options.parseOptions()
#init random seed
opt_seed = options.getOption('seed')
if opt_seed:
random.seed(opt_seed)
else:
random.seed()
ctx = options.getInitContext(rb.getRBlock)
tname = options.getOption('output')
genTest(ctx, tname)
buildTest(tname)
