- Copy the NorenApi_x64.dll to Amibroker/Plugins folder
- Copy cpprest141_2_10.dll to Amibroker folder
- Install visual studio redistributable from https://aka.ms/vs/17/release/vc_redist.x64.exe
- Copy the NorenApi.dll to Amibroker/Plugins folder
- Copy cpprest141_2_10.dll to Amibroker folder
- Install visual studio redistributable from https://aka.ms/vs/17/release/vc_redist.x86.exe
Enter Login Credentials provided in the Credentials window. NorenAmicache.dat is created on successful login and restarting Amibroker will read credentials from the same.
One of most important aspects of AFL is that it is an array processing language. It operates on arrays (or rows/vectors) of data. As such you will need to build guards into your AFL so as not signal for the same data repeatedly. Read More here.https://www.amibroker.com/guide/h_understandafl.html
NorenApi.afl provides a basic framework for Entry and Exit Signals on the last candle. Setup the Parameters of the AFL below
stg = ParamStr("Strategy Name","Systematic Trading");
flag = ParamList("STATE","STOP|START");
lasttime = StrFormat("%0.f",LastValue(BarIndex()));
exch = ParamList("Exchange","NSE|NFO|BSE|CDS");
tsym = ParamStr("TradingSymbol","XYZ-EQ"); <=Note set this up correctly for each symbol, we donot pickup symbol being plotted.
qty = Param("Quantity",1,1,1000,1);
prd = ParamList("Product","I|C|M");
The following method collects the signals for each data record as per your AFL and evaluates the last record for an order signal. Example RSI_Crossover.afl
In your afl (or NorenApi.afl ) call the method when you want to send the signal to Noren
##NorenPlaceOrder(exch, tsym, qty, prc, trgprc, dscqty, prd, trantype, prctyp, ret, remarks);
DONOT call this function directly in your AFL without a signal guard. This may result in multiple
Logs: AMIAPI_RequestLog.txt is created in Amibroker directory. Check the same for confirmations.
Note: Amibroker runs the AFL code a couple of times every second for entire dataset. Make sure to build in checks to fire at the correct signal. An example of this is provided NorenApi.afl
exch = "NSE";
tsym = "CANBK-EQ";
qty = "1";
prc = "150";
trgprc = "0";
dscqty = "0";
prd = "I";
trantype = "B";
prctyp = "LMT";
ret = "DAY";
remarks = "1234";
NorenPlaceOrder(exch, tsym, qty, prc, trgprc, dscqty, prd, trantype, prctyp, ret, remarks);
exch = "NSE";
tsym = "ACC-EQ";
qty = "1";
prc = "180";
trgprc = "0";
dscqty = "0";
prd = "I";
trantype = "S";
prctyp = "LMT";
ret = "DAY";
remarks = "1234";
NorenPlaceOrder(exch, tsym, qty, prc, trgprc, dscqty, prd, trantype, prctyp, ret, remarks);
exch = "NSE";
tsym = "ACC-EQ";
qty = "1";
prc = 0;
trgprc = "0";
dscqty = "0";
prd = "I";
trantype = "B";
prctyp = "MKT";
ret = "DAY";
remarks = "1234";
NorenPlaceOrder(exch, tsym, qty, prc, trgprc, dscqty, prd, trantype, prctyp, ret, remarks);
exch = "NSE";
tsym = "ACC-EQ";
qty = "1";
prc = Close;
trgprc = "100.5";
dscqty = "0";
prd = "I";
trantype = "B";
prctyp = "SL-LMT";
ret = "DAY";
remarks = "1234";
NorenPlaceOrder(exch, tsym, qty, prc, trgprc, dscqty, prd, trantype, prctyp, ret, remarks);
exch = "NSE";
tsym = "CANBK-EQ";
qty = "1";
prc = "155";
trgprc = "0";
dscqty = "0";
prd = "I";
trantype = "B";
prctyp = "LMT";
ret = "DAY";
remarks = "1234";
blprc = "150.5";
NorenPlaceCoverOrder(exch, tsym, qty, prc, trgprc, dscqty, prd, trantype, prctyp, ret, remarks, blprc);
exch = "NSE";
tsym = "CANBK-EQ";
qty = "1";
prc = "155";
trgprc = "0";
dscqty = "0";
prd = "I";
trantype = "B";
prctyp = "LMT";
ret = "DAY";
remarks = "1234";
blprc = "150.5";
bpprc = "158";
NorenPlaceBracketOrder(exch, tsym, qty, prc, trgprc, dscqty, prd, trantype, prctyp, ret, remarks, blprc, bpprc);