def jiaocha(df):
rows_index = range(df.shape[0])
rates = []
hold = 0
金叉日期 = []
死叉日期 = []
for i in rows_index:
if i == 0:
continue
if df.ix[i, 'dkx金叉'] != None and hold == 0:
#if df.ix[i, 'macd金叉'] != None and hold==0:
buy = df.ix[i, 'dkx金叉']
hold = 1
金叉日期.append(df.ix[i, 'date'])
#else:
# buy = df.ix[i-1, 'macd金叉']
if df.ix[i, 'dkx死叉'] != None and hold == 1:
rates.append(df.ix[i, 'dkx死叉'] / buy)
hold = 0
死叉日期.append(df.ix[i, 'date'])
#print(金叉日期)
#print(死叉日期)
result(df, rates)
def xielv_b_reversed(df):
print('--------------------b_reversed-----------------')
rows_index = range(df.shape[0])
rates = []
hold = 0
for i in rows_index:
if i == 0:
continue
if df.ix[i, 'd向下'] != None and hold == 0:
buy = df.ix[i, 'd向下']
hold = 1
if df.ix[i, 'b向上'] != None and hold == 1:
rates.append(df.ix[i, 'b向上'] / buy)
hold = 0
result(df, rates)
def xielv_bd(df):
print('--------------------bd-----------------')
rows_index = range(df.shape[0])
rates = []
hold = 0
for i in rows_index:
if i == 0:
continue
if df.ix[i, 'b向上'] != None and hold == 0:
buy = df.ix[i, 'b向上']
hold = 1
#else:
# buy = df.ix[i-1, 'macd金叉']
if df.ix[i, 'd向下'] != None and hold == 1:
rates.append(df.ix[i, 'd向下'] / buy)
hold = 0
result(df, rates)
def xielv_b(df):
print('--------------------bb-----------------')
rows_index = range(df.shape[0])
rates = []
hold = 0
买入日期 = []
卖出日期 = []
for i in rows_index:
if i == 0:
continue
if df.ix[i, 'b向上'] != None and hold == 0:
buy = df.ix[i, 'b向上']
hold = 1
买入日期.append(df.ix[i, 'date'])
if df.ix[i, 'b向下'] != None and hold == 1:
rates.append(df.ix[i, 'b向下'] / buy)
hold = 0
卖出日期.append(df.ix[i, 'date'])
#print(买入日期)
#print(卖出日期)
result(df, rates)
return True
### Test ###
testrunner = KLLTestRunner([
SimpleLayerTest(),
])
testrunner.run()
# Tally test results
pass_tests(len(testrunner.passed()))
fail_tests(len(testrunner.failed()))
result()
sys.exit(0)
print("-- 1 key test --")
# Drop to cli, type exit in the displayed terminal to continue
#i.control.cli()
# Read current keyboard state
print(data.usb_keyboard())
# Press key 0x00
i.control.cmd('addScanCode')(0x01)
# Run processing loop twice, needs to run twice in order to reach the Hold state
i.control.loop(2)
i.control.loop(1)
print( data.usb_keyboard() )
print( " Triggers", data.trigger_list_buffer() )
print( " TPending", data.pending_trigger_list() )
check( len( data.pending_trigger_list() ) == 0 )
# Release keys
i.control.cmd('removeScanCode')( 0x01 )
i.control.cmd('removeScanCode')( 0x06 )
i.control.cmd('removeScanCode')( 0x04 )
i.control.cmd('removeScanCode')( 0x05 ) # Extra key (purposefully not pressed earlier to simulate bug)
# Run processing loop
print("Release State")
i.control.loop(1)
print( data.usb_keyboard() )
### Combo Test ###
print("-- 2 key combo test --")
# TODO
# - Combo
# - Delayed combo
# - Sequence
result()
