def test_fountain():
""" 测试喷泉吗的简单demo， 从文件中读取数据作为喷泉吗编解码使用的数据"""
glass_id = 233
m = open(os.path.join(DOC_PATH, FOUNTAIN_TEXT), 'r').read()
my_fountain = Fountain(m)
my_glass = Glass(my_fountain.num_chunks)
while my_glass.getString() != m:
# fillAmt(my_fountain, my_glass, 10)
# my_glass.addDroplet(my_fountain.droplet())
a_drop = my_glass.droplet_from_Bytes(my_fountain.droplet().toBytes())
my_glass.addDroplet(a_drop)
sleep(2)
# print 'add 10 drop'
print('+++++++++++++++++++++++++++++')
print(my_glass.getString())
print('done')
def fountain_builder(self):
if self.fountain_type == 'normal':
return Fountain(self.m, chunk_size=self.fountain_chunk_size, seed=self.seed)
elif self.fountain_type == 'ew':
return EW_Fountain(self.m,
chunk_size=self.fountain_chunk_size,
w1_size=self.w1_p,
w1_pro=self.w1_pro,
seed=self.seed)
def fountain_builder(self):
if self.fountain_type == 'normal':
self.m = open('./fountain.txt', 'r').read().encode()
return Fountain(self.m,
chunk_size=self.fountain_chunk_size,
seed=self.seed)
elif self.fountain_type == 'ew':
return EW_Fountain(self.m,
chunk_size=self.fountain_chunk_size,
w1_size=self.w1_p,
w1_pro=self.w1_pro,
seed=self.seed)
def fountain_builder(self):
if self.fountain_type == 'normal':
return Fountain(self.m, chunk_size=self.fountain_chunk_size)
elif self.fountain_type == 'ew':
return EW_Fountain(self.m, chunk_size=self.fountain_chunk_size)