def parseResponse(self, body_buf):
pos = 0
# 算了，前面不解析了，没太大用
# (market, code) = struct.unpack("<B9s", body_buf[0: 10])
pos += 18
(ret_count, ) = struct.unpack('<H', body_buf[pos:pos + 2])
pos += 2
klines = []
for i in range(ret_count):
year, month, day, hour, minute, pos = get_datetime(
self.category, body_buf, pos)
(open_price, high, low, close, position, trade,
price) = struct.unpack("<ffffIIf", body_buf[pos:pos + 28])
pos += 28
kline = OrderedDict([
("open", open_price), ("high", high), ("low", low),
("close", close), ("position", position), ("trade", trade),
("price", price), ("year", year), ("month", month),
("day", day), ("hour", hour), ("minute", minute),
("datetime",
"%d-%02d-%02d %02d:%02d" % (year, month, day, hour, minute))
])
klines.append(kline)
return klines
def parseResponse(self, body_buf):
pos = 0
(ret_count, ) = struct.unpack("<H", body_buf[0:2])
pos += 2
klines = []
pre_diff_base = 0
for i in range(ret_count):
year, month, day, hour, minute, pos = get_datetime(
self.category, body_buf, pos)
price_open_diff, pos = get_price(body_buf, pos)
price_close_diff, pos = get_price(body_buf, pos)
price_high_diff, pos = get_price(body_buf, pos)
price_low_diff, pos = get_price(body_buf, pos)
(vol_raw, ) = struct.unpack("<I", body_buf[pos:pos + 4])
vol = get_volume(vol_raw)
pos += 4
(dbvol_raw, ) = struct.unpack("<I", body_buf[pos:pos + 4])
dbvol = get_volume(dbvol_raw)
pos += 4
(up_count, down_count) = struct.unpack("<HH",
body_buf[pos:pos + 4])
pos += 4
open = self._cal_price1000(price_open_diff, pre_diff_base)
price_open_diff = price_open_diff + pre_diff_base
close = self._cal_price1000(price_open_diff, price_close_diff)
high = self._cal_price1000(price_open_diff, price_high_diff)
low = self._cal_price1000(price_open_diff, price_low_diff)
pre_diff_base = price_open_diff + price_close_diff
#### 为了避免python处理浮点数的时候，浮点数运算不精确问题，这里引入了多余的代码
kline = OrderedDict([
("open", open), ("close", close), ("high", high), ("low", low),
("vol", vol), ("amount", dbvol), ("year", year),
("month", month), ("day", day), ("hour", hour),
("minute", minute),
("datetime",
"%d-%02d-%02d %02d:%02d" % (year, month, day, hour, minute)),
("up_count", up_count), ("down_count", down_count)
])
klines.append(kline)
return klines
def parseResponse(self, body_buf):
pos = 0
if len(body_buf) < 11:
return []
pos += 9 # skip 9
(num, ) = struct.unpack("<H", body_buf[pos:pos+2])
pos += 2
rows = []
for i in range(num):
market, code = struct.unpack(u"<B6s", body_buf[:7])
pos += 7
# noused = struct.unpack(u"<B", body_buf[pos: pos+1])
pos += 1 #skip a byte
year, month, day, hour, minite, pos = get_datetime(9, body_buf, pos)
(category, ) = struct.unpack(u"<B", body_buf[pos: pos+1])
pos += 1
# b'\x00\xe8\x00G' => 33000.00000
# b'\x00\xc0\x0fF' => 9200.00000
# b'\x00@\x83E' => 4200.0000
panqianliutong_raw, qianzongguben_raw, panhouliutong_raw, houzongguben_raw = struct.unpack("<IIII", body_buf[pos: pos + 16])
pos += 16
def _get_v(v):
if v == 0:
return 0
else:
return get_volume(v)
row = OrderedDict(
[
('year', year),
('month', month),
('day', day),
('category', category),
('panqianliutong', _get_v(panqianliutong_raw)),
('panhouliutong', _get_v(panhouliutong_raw)),
('qianzongguben', _get_v(qianzongguben_raw)),
('houzongguben', _get_v(houzongguben_raw)),
]
)
rows.append(row)
return rows
def parseResponse(self, body_buf):
pos = 0
if len(body_buf) < 11:
return []
pos += 9 # skip 9
(num, ) = struct.unpack("<H", body_buf[pos:pos + 2])
pos += 2
rows = []
for i in range(num):
market, code = struct.unpack(u"<B6s", body_buf[:7])
pos += 7
pos += 1 #skip a byte
year, month, day, hour, minite, pos = get_datetime(
9, body_buf, pos)
pos += 1 #skip a byte
# b'\x00\xe8\x00G' => 33000.00000
# b'\x00\xc0\x0fF' => 9200.00000
# b'\x00@\x83E' => 4200.0000
cash_raw, peigu_price_raw, songgu_num_raw, peigu_percent_raw = struct.unpack(
"<IIII", body_buf[pos:pos + 16])
pos += 16
def _get_v(v):
if v == 0:
return 0
else:
return get_volume(v)
row = OrderedDict([
('year', year),
('month', month),
('day', day),
('cash', _get_v(cash_raw)),
('peigu_price', _get_v(peigu_price_raw)),
('songgu_num', _get_v(songgu_num_raw)),
('peigu_percent', _get_v(peigu_percent_raw)),
])
rows.append(row)
return rows
def parseResponse(self, body_buf):
pos = 0
# 算了，前面不解析了，没太大用
# (market, code) = struct.unpack("<B9s", body_buf[0: 10])
pos += 18
(ret_count, ) = struct.unpack('<H', body_buf[pos: pos+2])
pos += 2
klines = []
for i in range(ret_count):
year, month, day, hour, minute, pos = get_datetime(self.category, body_buf, pos)
(open_price, high, low, close, position, trade, price) = struct.unpack("<ffffIIf", body_buf[pos: pos+28])
(amount, ) = struct.unpack("f", body_buf[pos+16: pos+16+4])
pos += 28
kline = OrderedDict([
("open", open_price),
("high", high),
("low", low),
("close", close),
("position", position),
("trade", trade),
("price", price),
("year", year),
("month", month),
("day", day),
("hour", hour),
("minute", minute),
("datetime", "%d-%02d-%02d %02d:%02d" % (year, month, day, hour, minute)),
("amount", amount),
])
klines.append(kline)
return klines
def parseResponse(self, body_buf):
pos = 0
if len(body_buf) < 11:
return []
pos += 9 # skip 9
(num, ) = struct.unpack("<H", body_buf[pos:pos + 2])
pos += 2
rows = []
def _get_v(v):
if v == 0:
return 0
else:
return get_volume(v)
for i in range(num):
market, code = struct.unpack(u"<B6s", body_buf[:7])
pos += 7
# noused = struct.unpack(u"<B", body_buf[pos: pos+1])
pos += 1 #skip a byte
year, month, day, hour, minite, pos = get_datetime(
9, body_buf, pos)
(category, ) = struct.unpack(u"<B", body_buf[pos:pos + 1])
pos += 1
# b'\x00\xe8\x00G' => 33000.00000
# b'\x00\xc0\x0fF' => 9200.00000
# b'\x00@\x83E' => 4200.0000
suogu = None
panqianliutong, panhouliutong, qianzongguben, houzongguben = None, None, None, None
songzhuangu, fenhong, peigu, peigujia = None, None, None, None
if category == 1:
fenhong, peigujia, songzhuangu, peigu = struct.unpack(
"<ffff", body_buf[pos:pos + 16])
elif category == 11:
(_, _, suogu_raw, _) = struct.unpack("<IIII",
body_buf[pos:pos + 16])
suogu = _get_v(suogu_raw)
else:
panqianliutong_raw, qianzongguben_raw, panhouliutong_raw, houzongguben_raw = struct.unpack(
"<IIII", body_buf[pos:pos + 16])
panqianliutong = _get_v(panqianliutong_raw)
panhouliutong = _get_v(panhouliutong_raw)
qianzongguben = _get_v(qianzongguben_raw)
houzongguben = _get_v(houzongguben_raw)
pos += 16
row = OrderedDict([
('year', year),
('month', month),
('day', day),
('category', category),
('fenhong', fenhong),
('peigujia', peigujia),
('songzhuangu', songzhuangu),
('peigu', peigu),
('suogu', suogu),
('panqianliutong', panqianliutong),
('panhouliutong', panhouliutong),
('qianzongguben', qianzongguben),
('houzongguben', houzongguben),
])
rows.append(row)
return rows
def parseResponse(self, body_buf):
pos = 0
if len(body_buf) < 11:
return []
pos += 9 # skip 9
(num, ) = struct.unpack("<H", body_buf[pos:pos+2])
pos += 2
rows = []
def _get_v(v):
if v == 0:
return 0
else:
return get_volume(v)
for i in range(num):
market, code = struct.unpack(u"<B6s", body_buf[:7])
pos += 7
# noused = struct.unpack(u"<B", body_buf[pos: pos+1])
pos += 1 #skip a byte
year, month, day, hour, minite, pos = get_datetime(9, body_buf, pos)
(category, ) = struct.unpack(u"<B", body_buf[pos: pos+1])
pos += 1
# b'\x00\xe8\x00G' => 33000.00000
# b'\x00\xc0\x0fF' => 9200.00000
# b'\x00@\x83E' => 4200.0000
suogu = None
panqianliutong, panhouliutong, qianzongguben, houzongguben = None, None, None, None
songzhuangu, fenhong, peigu, peigujia = None, None, None, None
fenshu, xingquanjia = None, None
if category == 1:
fenhong, peigujia, songzhuangu, peigu = struct.unpack("<ffff", body_buf[pos: pos + 16])
elif category in [11, 12]:
(_, _, suogu, _) = struct.unpack("<IIfI", body_buf[pos: pos + 16])
elif category in [13, 14]:
xingquanjia, _, fenshu, _ = struct.unpack("<fIfI", body_buf[pos: pos + 16])
else:
panqianliutong_raw, qianzongguben_raw, panhouliutong_raw, houzongguben_raw = struct.unpack("<IIII", body_buf[pos: pos + 16])
panqianliutong = _get_v(panqianliutong_raw)
panhouliutong = _get_v(panhouliutong_raw)
qianzongguben = _get_v(qianzongguben_raw)
houzongguben = _get_v(houzongguben_raw)
pos += 16
row = OrderedDict(
[
('year', year),
('month', month),
('day', day),
('category', category),
('name', self.get_category_name(category)),
('fenhong', fenhong),
('peigujia', peigujia),
('songzhuangu', songzhuangu),
('peigu', peigu),
('suogu', suogu),
('panqianliutong', panqianliutong),
('panhouliutong', panhouliutong),
('qianzongguben', qianzongguben),
('houzongguben', houzongguben),
('fenshu', fenshu),
('xingquanjia', xingquanjia)
]
)
rows.append(row)
return rows
