def update(self,gname):
for item in self.wmap.keys():
cname,tf = item.split('_')
flp = False
c = CurrencyChart(cname,tf)
cp = ConvertWrapper()
if cname.upper() in self.flip_list:
flp = True
cp.set_parm(text=item.replace('usd',''),flip=flp)
cp.convert_copy(c.get_latest_gif() , "%s/%s/images/full/%s.gif" % (self.gbasedir, gname , self.wmap[item]))
cp.convert_copy(c.get_latest_gif() , "%s/%s/images/thumb/%s.gif" % (self.gbasedir, gname , self.wmap[item]))
return
class GifGallery:
def __init__(self,cur_name,cur_tf,config = configuration.Configuration()):
self.ftpath = '/home/yuting/project/turbo-daytrader/forextools'
self.gbasedir = '%s/html' % self.ftpath
self.wmap = dict()
self.flip_list = map(lambda x: x.upper(), config.currency_flip)
self.chart = CurrencyChart(cur_name,cur_tf)
def build_moving_gifs(self,rg):
c = ConvertWrapper()
c.convert_delay(1,self.chart.get_range_gifs_to_now(rg),'/tmp/7day.gif')
def build_mpeg(self,rg):
c = ConvertWrapper()
c.ffmpeg_prepare(self.chart.get_range_gifs_to_now(rg),'/tmp/a.gif')
def __init__(self, cur_name,cur_tf, config = configuration.Configuration()):
self.cur_name = cur_name.upper()
self.tf = cur_tf
self.chart = CurrencyChart(cur_name,cur_tf)
self.status = self.chart.get_status()
self.flip_list = map(lambda x: x.upper(), config.currency_flip)
self.cc_cache = '%s/cc/%s_%s' % (config.forexbase, \
self.cur_name, \
self.tf)
self.cache_status = dict()
class CurrencyStatus:
def __init__(self, cur_name,cur_tf, config = configuration.Configuration()):
self.cur_name = cur_name.upper()
self.tf = cur_tf
self.chart = CurrencyChart(cur_name,cur_tf)
self.status = self.chart.get_status()
self.flip_list = map(lambda x: x.upper(), config.currency_flip)
self.cc_cache = '%s/cc/%s_%s' % (config.forexbase, \
self.cur_name, \
self.tf)
self.cache_status = dict()
def has_cc(self):
if self.status['CC'].has_key('CCDIST'):
return True
else:
return False
def get_CC_keys(self):
return self.status['CC'].keys()
def get_CC_value(self,key):
if self.status['CC'].has_key(key):
return self.status['CC'][key]
else:
print "CC does not have %s" % key
return 'NA'
def get_MW_keys(self):
return self.status['MW'].keys()
def get_MW_value(self,key):
if self.status['MW'].has_key(key):
return self.status['MW'][key]
else:
print "MW does not have %s" % key
return 'NA'
def get_bid(self):
return self.status['MarketInfo']['BID']
def get_ask(self):
return self.status['MarketInfo']['ASK']
def get_MSYS_trend(self):
flip = -1 if self.cur_name.upper() in self.flip_list else 1
ret_code = 0
if self.status['TrendSys']['M55'] > self.status['TrendSys']['M34'] and \
self.status['TrendSys']['M55'] > self.status['TrendSys']['M34'] and \
self.status['TrendSys']['M55'] > self.status['TrendSys']['M21'] and \
self.status['TrendSys']['M55'] > self.status['TrendSys']['M13'] and \
self.status['TrendSys']['M55'] > self.status['TrendSys']['M8'] and \
self.status['TrendSys']['M55'] > self.status['TrendSys']['M5']:
ret_code = -1 * flip
if self.status['TrendSys']['M55'] < self.status['TrendSys']['M34'] and \
self.status['TrendSys']['M55'] < self.status['TrendSys']['M34'] and \
self.status['TrendSys']['M55'] < self.status['TrendSys']['M21'] and \
self.status['TrendSys']['M55'] < self.status['TrendSys']['M13'] and \
self.status['TrendSys']['M55'] < self.status['TrendSys']['M8'] and \
self.status['TrendSys']['M55'] < self.status['TrendSys']['M5']:
ret_code = 1 * flip
return ret_code
def get_MSYS_status(self):
flip = -1 if self.cur_name.upper() in self.flip_list else 1
ret_code = 0
if self.status['TrendSys']['M55'] > self.status['TrendSys']['M34'] and \
self.status['TrendSys']['M34'] > self.status['TrendSys']['M21'] and \
self.status['TrendSys']['M21'] > self.status['TrendSys']['M13'] and \
self.status['TrendSys']['M13'] > self.status['TrendSys']['M8'] and \
self.status['TrendSys']['M8'] > self.status['TrendSys']['M5']:
ret_code = -1 * flip
if self.status['TrendSys']['M55'] < self.status['TrendSys']['M34'] and \
self.status['TrendSys']['M34'] < self.status['TrendSys']['M21'] and \
self.status['TrendSys']['M21'] < self.status['TrendSys']['M13'] and \
self.status['TrendSys']['M13'] < self.status['TrendSys']['M8'] and \
self.status['TrendSys']['M5'] < self.status['TrendSys']['M5']:
ret_code = 1 * flip
return ret_code
def get_nearest_zpoint(self):
ret_point = 0
flip = -1 if self.cur_name.upper() in self.flip_list else 1
MW_up = self.status['MW_up']['OBJPROP_TIME1']
MW_down = self.status['MW_down']['OBJPROP_TIME1']
ret_point = 1*flip if MW_up > MW_down else -1 * flip
return ret_point
def has_cc_cache(self):
return os.path.exists(self.cc_cache)
def load_cc_cache(self):
if not self.has_cc_cache():
return
def splitLine(line):
items = map(lambda x: tuple(x.strip().split('=')),
line.split(';'))
return dict(items)
content = list()
self.cache_status = dict()
with open(self.cc_cache, 'r') as f:
content = f.xreadlines()
content = map(lambda x: splitLine(x.strip()), content)
for line in content:
self.cache_status[line['OBJNAME']] = line
f.seek(0)
f.close()
def cc_A_changed(self):
if not self.has_cc():
return False
return self.status['CC']['OBJPROP_PRICE1'] != \
self.cache_status['CC']['OBJPROP_PRICE1']
def cc_B_changed(self):
if not self.has_cc():
return False
return self.status['CC']['OBJPROP_PRICE2'] != \
self.cache_status['CC']['OBJPROP_PRICE2']
def cc_C_changed(self):
if not self.has_cc():
return False
return self.status['CC']['OBJPROP_PRICE3'] != \
self.cache_status['CC']['OBJPROP_PRICE3']
def update_cc_cache(self):
if self.has_cc():
with open(self.cc_cache,'w') as f:
f.write(self.chart.ccstr)
f.close()
def __init__(self,cur_name,cur_tf,config = configuration.Configuration()):
self.ftpath = '/home/yuting/project/turbo-daytrader/forextools'
self.gbasedir = '%s/html' % self.ftpath
self.wmap = dict()
self.flip_list = map(lambda x: x.upper(), config.currency_flip)
self.chart = CurrencyChart(cur_name,cur_tf)
