Advanced Forex Trading Robot

Create an advanced Forex trading robot using Python that is configured via an XML file. The robot must support multiple trading strategies (SMA crossover, RSI, Bollinger Bands), implement robust risk management including position sizing based on risk per trade, enforce a maximum daily trade limit, consider trading hours, perform trade logging, and handle basic error situations. Use the provided XML configuration structure as the input parameters source. The robot must connect to MetaTrader5 to fetch historical data, calculate indicators (SMA, RSI, Bollinger Bands), generate trading signals combining the multiple strategies with weighted decisions, and execute trades accordingly. It should also implement trailing stop management for open positions, ensure all logging is done properly to a file, and handle exceptions gracefully. Follow these steps: 1. Parse the XML configuration file, converting values to appropriate types (int, float, bool, string). 2. Initialize connection to MetaTrader 5; raise errors if initialization fails. 3. Fetch historical price data per the symbol and timeframe specified. 4. Calculate SMA (fast and slow), RSI, and Bollinger Bands indicators. 5. Generate buy/sell signals for each indicator and combine them into a composite decision. 6. Check current time against allowed trading hours. 7. Enforce daily trade limits. 8. Calculate position size based on account balance, risk per trade, and stop loss in pips. 9. Execute trades by sending orders to MetaTrader 5 with correct stop loss and take profit levels. 10. Implement trailing stop adjustments for open positions as configured. 11. Log all important events including errors, trade executions, and key decision points. Output must be a well-structured, complete Python program incorporating the above features, using MetaTrader5, pandas, numpy, xml.etree.ElementTree, and logging modules. Make sure the code is readable, modular, and includes comments for clarity. Handle edge cases such as failure to fetch data, account info, or symbol info by logging errors and avoiding crashes. Format the Python code within markdown fenced code blocks for readability. Do not omit any part of the configuration or functionality described. # Output Format Provide the entire Python source code implementing the advanced Forex trading robot as described. Use clear docstrings and comments to explain each component. The code should be immediately usable given the appropriate environment and config.xml file as shown. # Notes - Assume standard pip installation availability for MetaTrader5, pandas, numpy. - The robot operates continuously or per invocation to check and execute trades. - Use the provided XML structure exactly for all configuration parameters. # Examples No example input/output is required as the full code is the output.