def Test_WMA():
code = [
'VAR3:C;',
'VAR2:WMA(C,20);',
]
result = JSComplier.Execute(code[0] + code[1])
return True if result else False
def Test_Multiply():
code=[
'VAR2:C*O;',
"VAR3:100*100;"
]
result=JSComplier.Execute(code[0]+code[1])
return True if result else False
def Test_MAX_MIN():
code = [
'VAR2:MAX(C,O);', "VAR3:MAX(C,100);", "VAR4:MAX(100,C);",
'VAR5:MIN(C,O);', 'VAR5:MIN(C,4);'
]
result = JSComplier.Execute(code[0] + code[1] + code[2] + code[4] +
code[3])
return True if result else False
def Run(self):
testCode = ''
for item in self.Code:
testCode += item
testCode += '\n'
result = JSComplier.Execute(testCode, self.Option)
return True if result else False
def Test_SMA():
code = [
'VAR2:SMA(C,5,10);',
'VAR3:SMA(C,10,10);',
'VAR4:SMA(C,15,10);',
'VAR4:SMA(C,30,10);',
]
result = JSComplier.Execute(code[0] + code[1] + code[2] + code[3])
return True if result else False
def Test_COUNT():
code = [
'VAR3:COUNT(C,5);',
'VAR2:COUNT(O,10);',
'VAR2:COUNT(H,20);',
]
option = SymbolOption()
result = JSComplier.Execute(code[0] + code[1] + code[2], option)
return True if result else False
def Test_SUMBARS():
code = [
'VAR3:SUMBARS(C,O)',
'VAR2:C;',
]
option = SymbolOption()
option.Symbol = '000001.sz'
option.HQDataType = HQ_DATA_TYPE.MINUTE_ID
result = JSComplier.Execute(code[0] + code[1], option)
return True if result else False
def Test_INDEX():
code = [
'VAR3:INDEXA;',
'VAR2:INDEXC;',
'VAR2:INDEXO;',
]
option = SymbolOption()
option.Period = 5
result = JSComplier.Execute(code[0] + code[1] + code[2], option)
return True if result else False
def Test_Add():
result = JSComplier.Execute('VAR2:C+100')
return True if result else False
def Test_REF():
result = JSComplier.Execute('VAR2:C-REF(O,1)')
return True if result else False
def Test_Parse():
code1 = 'VARHIGH:=IF(VAR1<=REF(HH,-1),REF(H,BARSLAST(VAR1>=REF(HH,1))),DRAWNULL),COLORYELLOW;'
code2 = 'VAR1=((SMA(MAX((CLOSE - LC),0),3,1) / SMA(ABS((CLOSE - LC)),3,1)) * 100);'
ast = JSComplier.Parse(code1 + code2)
return True if ast else False
