Data API Integration

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Curveseries Data API

The Curveseries Data API integration is designed to help customers access our data seamlessly to work with internal tools and applications within their organization. Whether you’re a trader, risk manager, or data analyst, our API allows you to effortlessly incorporate the rich, reliable data offered by CurveSeries directly into your internal tools and applications. By leveraging the API, you can enhance decision-making, automate workflows, and improve operational efficiency, all while ensuring that your team has access to the most up-to-date and accurate commodity data at all times.

Note: In order to use the CurveSeries Data API, users must be logged into the CurveSeries Desktop application.

Note: Running an application built with C# requires a minimum of NET 8.0 installed on your desktop or PC.

java api

python api

C# Api

R API

java api

  • 1
    STEP 1:Download this file and unzip to your folders
  • 2
    STEP 2:Import the jar files 'jeromq-0.4.3.jar' and 'csconnect.jar' to your project
  • 3
    STEP 3:Call API in your code in example below
//Start of code
import java.util.Arrays;

import com.curveseries.CSDataAPI;

public class testcs {

    public static void main(String[] args) {
        //getting historical timeseries
        String symbol = "Swap_Nap_FP_2019F.Close";
        String start = "01-Jan-2018";
        String end = "01-Jul-2018";
        String[][] arraylist = CSDataAPI.getCSData(symbol,start,end);
        System.out.println(Arrays.deepToString(arraylist));

         //getting curve of a particular date
         String curve = "Swap_Nap_FP.Close";
        String curve_date = "Latest()";
        String end_date = "02-Dec-2022";
        String[][] arraylistcurve = CSDataAPI.getCSCurve(curve,curve_date,end_date);
        System.out.println(Arrays.deepToString(arraylistcurve));
    }

}
//End of code

python api

#Start of code
import CSDataAPI

equation= "Swap_Nap_FP_2019F.Close"
start_date= "01-Jan-2018"
end_date= "01-Jul-2018"

#getting historical timeseries
result = CSDataAPI.getCSData(equation, start_date, end_date)
print ("Result from getCSData(): ")
for row in result:
     print (row)


#getting curve of a particular date   
curve= "Swap_Nap_FP.Close"
curve_date= "Latest()"
end_date= "01-Dec-2022"

result = CSDataAPI.getCSCurve(curve, curve_date, end_date)
print ("Result from getCSCurve(): ")
for row in result:
     print (row)


//End of code

C# Api

  • 1
    STEP 1: Run the command in NuGet Package Manager in Visual Studio 'Install-Package NetMQ -Version 4.0.1.6'
  • 2
    STEP 2:Download this file and include it in your project reference
  • 3
    STEP 3:Call API in your code in example below
//Start of Code
using CSConnect;
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;


namespace testcs
{
  class testcode
    {
      static void Main(string[] args)
      {
       String symbol = "Swap_EBOB_FP_2021F.Close";
       String start = "30-Jan-2020";
       String end = "30-Nov-2020";
       String[,] arraylist = CSConnect.CSDataAPI.getCSData(symbol, start, end);
       int rowLength = arraylist.GetLength(0);
       int colLength = arraylist.GetLength(1);

       for (int i = 0; i < rowLength; i++)
       {
         for (int j = 0; j < colLength; j++)
         Console.Write(string.Format("{0} ", arraylist[i, j]));

         Console.Write(Environment.NewLine);
       }
       Console.ReadLine();
     }
   }
}
//End of code

R API

  • 1
    STEP 1: Install the rzmq package using 'install.packages("rzmq")'
  • 2
    STEP 2:Download this file and include it in your source reference
  • 3
    STEP 3:Call API in your code in example below
#Start of Code
source("CSDataAPI.R")

#Geting series from Curveseries API

equation= "Swap_Nap_FP_2019F.Close"
start_date= "01-Jan-2018"
end_date= "01-Jul-2018"


arr1 = getcsdata(equation,start_date,end_date)
print(arr1)


#Geting curve from Curveseries API
curve= "Swap_Nap_FP.Close"
curve_date= "Latest()"
end_date= "01-Dec-2022"

arr2 = getcscurve(curve,curve_date,end_date)
print(arr2)


#End of code