cTrader cBot builder

Build a cTrader cBot From Your Trading Rules

Describe the entry, exit, position, and risk rules you want. Pineify turns them into one editable cTrader C# file and uses compiler diagnostics to guide revisions.

Direct answer

Pineify is a cBot builder for traders who can state their rules but do not want to start with a blank C# file. It generates a single-file cTrader C# cBot, checks syntax and API compatibility, and lets you revise the code from compiler diagnostics. You still need to review, build, backtest, and demo test the cBot in cTrader.

What to know first

  • cBot is cTrader's formal name for an automated trading robot. Expert Advisor, or EA, is MetaTrader terminology.
  • Pineify targets a single C# source file and the cTrader.Automate 1.0.19 contract.
  • You can specify entry rules, position limits, stop logic, volume rules, and trailing stop behavior in plain English.
  • Pineify does not run cTrader backtests. A clean compiler check is one checkpoint, not proof that the strategy is safe or profitable.

What a cTrader cBot does

A cBot is an automated program that responds to market conditions and can place or manage trades according to rules in its code. cTrader calls this program a cBot. If you search for a cTrader EA, the closest cTrader concept is a cBot, while EA is the formal MetaTrader term.

The rules can cover a full automated strategy or a narrower trade management job. For example, a cBot can limit open positions, apply a stop loss, or manage a trailing stop while the trader keeps control of entries.

How Pineify builds the C# file

Start with a written specification: the signal, bar timing, order direction, volume rule, protective stops, and the conditions that block a new trade. Pineify converts that specification into one editable C# source file with a Robot class, parameters, lifecycle methods, and cTrader Algo API calls.

The coding workflow checks the file for C# syntax and API compatibility. If the compiler returns an error with a source location, ask the agent to repair that failure without changing the trading idea. Repeat the check after each material revision.

  • Keep signal timing explicit, such as evaluating only after a bar closes.
  • Give every order a stable label and scope position checks to that label and symbol.
  • Check each trade result before the cBot reads or modifies the returned position.

A concrete EMA crossover specification

A useful first prompt could request a EURUSD cBot that evaluates a 20-period and 50-period exponential moving average after each bar closes. It opens a buy position when the fast EMA crosses above the slow EMA, opens a sell position on the opposite cross, and allows only one labeled position on that symbol.

The same prompt can request configurable volume, a 20-pip stop loss, a 40-pip take profit, a 2-pip maximum spread, and an optional trailing stop. Those numbers define test inputs, not an expected return. Change them only after you understand how they affect trade frequency and risk.

Build a trade manager or risk tool

A cBot does not have to choose entries. It can act as a cTrader trade manager that applies rules to positions you identify. State exactly which positions it may touch, how it finds them, and what should happen when a broker rejects a modification.

For trailing stops, cTrader can update a position stop as price moves in its favor when trailing stop is enabled. A custom rule may instead move the stop only after a defined threshold. Specify which behavior you want, the trigger distance, and whether the rule applies to every matching position or only positions created by this cBot.

Review, build, backtest, then use a demo

Read the generated parameters, signal timing, order labels, position filters, volume conversion, and stop logic. Then build the project in cTrader. Pineify can help interpret and repair compiler diagnostics, but it does not run the cTrader build or backtest for you.

Run the cBot against historical data in cTrader and inspect the trades, logs, costs, and failure cases. Test again on unseen periods and a demo account before considering live use. Backtest results describe a historical simulation and do not guarantee future performance.

Practical checks I use

Write the bar timing down

I state whether a signal runs on every tick, on bar open, or after a bar closes. That one choice can change which crossover the cBot sees.

Scope every position lookup

When I review a trade manager, I check the order label and symbol before it changes a position. Account collections can include manual trades and positions from other cBots.

Treat compilation as a checkpoint

I use clean compiler diagnostics to confirm syntax and API compatibility. I still inspect the logic and run cTrader tests because compilation says nothing about profitability.

Primary sources

Pineify is an information tool, not investment advice. Generated code may contain errors or unsuitable risk settings and does not promise returns. Review the source, build and backtest it in cTrader, then use a demo account before risking capital.

Frequently asked questions

Turn Your cBot Rules Into C#

Describe the trading logic, inspect the generated file, and use compiler diagnostics to revise it before you test in cTrader.

Build a cTrader cBot