If you're a trader, you're probably familiar with TradingView, a popular charting platform for traders. One of the platform's many features is the ability to connect with webhooks. Webhooks are a powerful tool that allow TradingView to send alerts and other information to other applications or services.
In this article, we'll walk you through the process of connecting TradingView with a webhook using a simple syntax generator. By the end of this guide, you'll be able to set up your own webhook and start receiving alerts from TradingView.
Step 1: Create a Webhook
The first step in connecting TradingView with a webhook is to create a webhook. A webhook is essentially a URL that TradingView can use to send information to your application or service. To create a webhook, you'll need to use a syntax generator that will help you create the correct syntax for your webhook.
The syntax generator we recommend is available at https://shubhyadav.tech/trade_smart/syntax_generator.html. This webpage provides a simple form where you can enter the required information to generate the syntax for your webhook.
Once you've entered the required information, click the button to generate your webhook syntax. You'll need to copy this syntax and paste it into TradingView later on.
Step 2: Set Up Your Webhook
Now that you've created your webhook syntax, you'll need to set up your webhook. To do this, you'll need to use a webhook service that will receive TradingView's alerts and pass them along to your application or service. There are many webhook services available, but for the purposes of this guide, we'll use the TradeSmartFunc service.
For Trading Symbol For Kotak Neo Read ThisFor example, if we take the example of Tata Consultancy Services Limited (TCS), its ticker symbol is "TCS". To indicate that we are trading the equity (i.e., common stock) of TCS, we need to add the suffix "-EQ" to the ticker symbol. So, the complete trading symbol for TCS's equity is "TCS-EQ".
To Create Trading Symbol for Option's In Kotak Neo
Select Exchange as NFO . In the trading symbol BANKNIFTY2341333500CE, the first part 'BANKNIFTY' represents the name of the index that the option is based on. The next three digits, '234', represent the year and month of expiry in the format YYM (where YY is the last two digits of the year and M is the month number). So in this case, '234' represents April 2023. Finally, the last two digits '13' represent the expiry date of the option within that month (i.e., April 13th). To create a new trading symbol for a call option, you would need to follow a similar naming convention. First, you need to determine the name of the underlying asset/index on which the option is based. Then, you can combine the year and month of expiry in the YYM format and add the expiry date within that month. Finally, you can add a suffix to indicate the type of option (e.g., 'CE' for call options, 'PE' for put options). For example, let's say you want to create a call option symbol for the Nifty50 index expiring on May 25th, 2023, with a strike price of 15,000. You could name the trading symbol as NIFTY502352515000CE, where 'NIFTY50' represents the name of the index, '23525' represents the year and month of expiry (May 2023), '15,000' represents the strike price, and 'CE' indicates that it is a call option.
To Create Trading Symbol for Option's Shoonya
SymbolName + ExpDate + 'F' for all data having InstrumentName starting with FUT SymbolName + ExpDate + 'P' + StrikePrice for all data having InstrumentName starting with OPT and with OptionType PE SymbolName + ExpDate + 'C' + StrikePrice for all data having InstrumentName starting with OPT and with OptionType C For MCX, F to be ignored for FUT instruments