Coding

You are tasked with enhancing an existing Expert Advisor (EA) used in trading by adding new input parameters, without altering the existing trading logic in any way. Specifically, you need to add the following configurable inputs: 1. Equity Target (to be added under the general settings category) 2. Time Range Calculation, specified in minutes 3. Trading Volume 4. Fixed Lot Size 5. Fixed Lot Size per specified amount of money 6. Risk Percentage of Balance The new inputs should be added clearly and logically within the EA's input section to allow the user to configure these parameters easily, while preserving all existing EA functionality and logic intact. # Steps - Analyze the existing EA inputs and locate the general settings section. - Add a new input parameter named "Equity Target" with an appropriate data type. - Add an input for "Time Range Calculation" accepting values in minutes. - Add an input parameter for "Trading Volume." - Add an input for "Fixed Lot." - Add an input for "Fixed Lot per x Money," where "x Money" represents a specified monetary value tied to lot sizing. - Add an input for "Risk Percentage of Balance," representing the percentage of the account balance to risk per trade. - Ensure all new inputs use appropriate variable types and default values. - Do not modify any existing logic, functions, or variables beyond adding these new inputs. # Output Format Provide the modified section of the EA code that shows the added input parameters, in the original programming language (likely MQL4 or MQL5). Clearly annotate or comment each new input. Do not modify or include any trading or calculation logic, only the new input definitions. # Notes - Maintain the original code style and organization. - No changes or additions to EA logic, indicators, or trade management. - The inputs should be ready for integration into the existing EA codebase.

You are tasked with enhancing a program by adding multiple new features as specified. Carefully integrate the following functionalities: 1. Implement a feature where the Field of View (FOV) scans the center area automatically. 2. Set the primary color theme or key visual element to yellow. 3. Configure the bot to start and stop toggling when the user presses the VK_F8 key. 4. Ensure that the entire code, especially the newly added parts, is properly coded with clean, efficient, and well-structured programming practices. Before writing the code, reason through how each feature should be implemented and how they can cohesively work together within the existing program structure. Outline your approach step-by-step if necessary. # Steps - Analyze the current program structure to find the appropriate place to add the FOV center scanning. - Implement the FOV scanning to focus on the center region. - Define and apply the color yellow as per the program's context (e.g., UI elements, indicators). - Map the VK_F8 key input to start/stop the bot operation toggle. - Refactor or structure the entire code for clarity, proper naming, smooth logic flow, and adherence to best coding standards. # Output Format Provide the fully integrated and corrected code snippet or full program source, clearly indicating the implemented features. Include concise explanations or comments within the code for clarity. # Notes - Assume you have access to the existing program context to accurately position new features. - Focus on code correctness and user input handling. - Maintain consistency in style and functionality. Ensure that the response outputs only the enhanced and cleanly coded program source with the specified functionalities fully implemented.

You are tasked with helping to add an "edit question" feature to the "add question" page on a website. The desired workflow is: after an admin or teacher adds a new question, the system should display a form or interface to manage (kelola) the questions that have been created, including the newly added one. Your task is to integrate an editing feature for newly added questions alongside the existing delete (hapus) functionality for previously created questions. Please detail the steps and considerations needed to implement this feature effectively, including UI/UX aspects, backend integration, and how to ensure the edit functionality works smoothly within the existing question management flow. # Steps 1. Analyze the current "add question" and question management pages and their data flows. 2. Implement a way to list the questions that have been added, including the newly added question, immediately after creation. 3. Add an "edit" button or link next to each question in the management list. 4. Create or reuse a form that allows editing of question details, making sure it is user-friendly and validates input. 5. Update the backend to handle edits of questions correctly and reflect changes in the database. 6. Test the entire flow: adding a question, seeing it listed, editing it, and saving changes without errors. # Output Format Provide a detailed implementation plan and, if relevant, sample code snippets illustrating how to add the edit feature within the existing system, including front-end and back-end aspects. Use clear, specific language, and present the workflow logically to ensure clarity for developers implementing the feature.

You are to enhance the given TradingView Pine Script indicator by adding a toggle button in the script's settings that allows users to enable or disable the display of all emoji labels on the chart. Specifically, modify the provided Pine Script code such that: - Include a boolean input in the indicator’s settings named something like 'Show Emoji Labels' with a default set to true. - All current emoji label creations (e.g., labels generated for price/volume movements, buy/sell signals, etc.) should only execute if this toggle is enabled. - Ensure the functionality to update or suppress these labels respects this switch dynamically (on/off) every time the script runs. - Do not alter any other logic, calculations, or existing inputs. - Preserve the current styling, color schemes, and update frequency for labels when enabled. - Maintain the code’s readability and structure. Analyze the provided code before making modifications. Implement the toggle with minimal disruption and clear commenting if needed. # Steps 1. Add a new input boolean variable at the beginning of the script’s input section for controlling label display. 2. Surround all label creation commands (label.new calls) that add emoji labels with a conditional check on this new variable. 3. Make sure conditional logic includes all places where emoji labels are created or updated. 4. Keep all other code intact. 5. Return the modified complete Pine Script code including your changes. # Output Format Output the entire modified Pine Script code as plain text, maintaining correct Pine Script syntax and versioning comments. # Notes - Only emoji labels need the toggle; other visual elements like the table or background colors should remain unaffected. - The toggle should be accessible in the script’s settings UI under 'Show Emoji Labels'. - Ensure that disabling the toggle completely prevents any emoji label from being drawn on the chart.

You are given a codebase with multiple TypeScript (.ts) files located within the `src` folder. Your task is to add console log statements in all functions in all these files. The goal is that whenever any function is called at runtime, a message is logged indicating which function is called and from which file path. **Important:** - Do **NOT** rewrite or modify any existing code logic. - Only add console.log statements inside every function to trace calls. - The console log message format must be exactly: `Calling function [functionName] from path @[filePath]` where `[functionName]` is the name of the function being executed, and `[filePath]` is the relative path to the file from the `src` folder. **Guidelines:** - Identify all functions including named functions, arrow functions assigned to variables, class methods, and any other executable functions. - Insert the log at the **start** of each function so it logs immediately when the function is called. - Preserve original code formatting and functionality entirely. - If a function is anonymous or lacks a name, use an appropriate identifier (e.g., `anonymousFunction`) for the debug message. - Provide the exact lines or diff of the changes that add these console logs in all `.ts` files inside `src`. # Output Format For each `.ts` file in `src`, provide the relative file path and the code lines to add the console logs inside each function, showing only the inserted console.log lines with context to indicate placement. Do not include whole file rewrites, only the minimal additions necessary for debugging as per instructions. # Example If a file `src/utils/helpers.ts` contains: ```ts function add(a: number, b: number) { return a + b; } ``` You should add: ```diff + console.log("Calling function add from path @src/utils/helpers.ts"); ``` at the start of the function body. # Notes - Ensure all function types are covered. - The inserted console logs must exactly match the prescribed message format. - Do not output or modify any other part of the code besides adding these logs. This will help you trace function calls precisely at runtime without altering the logic.

Integrate the existing Excel comparison functionality into the current codebase without altering any existing UI behavior. You will be provided with multiple files, including the main code and the "excel_comparison_complete.md" technical documentation file. Carefully analyze every provided file step by step to thoroughly understand the current implementation as well as the Excel comparison functionality described in the documentation. Add the Excel comparison feature as an add-on, ensuring that no assumptions are made beyond the documentation and code provided. Maintain the existing UI and functionality intact, and only introduce the necessary code and features to implement the Excel comparison. Provide the updated code files with clear explanations or comments where changes were made to add the new functionality. # Steps - Review all provided files, focusing on the current code and the Excel comparison documentation. - Understand how the current code operates and the UI behaves. - Extract the Excel comparison logic and data requirements from the "excel_comparison_complete.md" file. - Determine how to integrate this functionality seamlessly as an add-on. - Implement the Excel comparison feature without modifying existing UI flows. - Test the integrated functionality conceptually to confirm the UI remains unchanged. - Include comments or documentation in the updated code indicating where and how the Excel comparison feature was added. # Output Format - Provide the complete updated code files with integration. - Include clear inline comments highlighting new or modified code related to Excel comparison. - Optionally, provide a brief summary explaining the integration approach. # Notes - Do not alter any existing UI elements or workflows. - Avoid assumptions; rely solely on the provided documentation and code. - Ensure modular integration to keep maintainability.

Create a detailed step-by-step plan to implement an add function in the existing project by utilizing the current saveNew() function. Analyze the saveNew() function's code and logic to understand how it operates, then outline how to adapt or extend it to perform an add operation according to the project's requirements. Include clear and precise code snippets within your explanation to demonstrate the implementation. Make sure to consider any necessary modifications or additions to saveNew() to support the add function seamlessly. # Steps 1. Review the existing saveNew() function: - Understand its parameters, logic, and return values. - Identify how it interacts with data storage or state management. 2. Determine how the add function should behave (e.g., input parameters, expected outcome). 3. Plan how the add function can utilize saveNew(): - Decide if it will call saveNew() directly or modify saveNew() to accommodate add functionality. 4. Modify or extend saveNew() if necessary: - Add any extra parameters or logic required to support adding new entries. 5. Write the add function code that leverages saveNew(). 6. Test the add function thoroughly to ensure it behaves as expected. # Output Format Provide the detailed plan as a structured list with explanations and embed code snippets formatted in markdown within the relevant steps. Ensure code examples are clear, concise, and well-commented to illustrate the implementation effectively.

Analyze the provided code carefully to understand its current structure, functionality, and components. Based on this analysis, perform the following tasks: - Add a main expert tick function. - Add a deinitialization function. Do not add or generate any helper methods unless specifically requested. Only implement the exact features listed above, without extra content, descriptions, interpretations, or additional features. Ensure your modifications strictly adhere to the existing code style and structure, integrating the new functions seamlessly. # Output Format Provide only the updated code snippet containing the new main expert tick function and the deinitialization function. Do not include explanations or commentary.

Add a method named `getAppHistory` in the appropriate controller or service class that accepts two request parameters: `applicationName` and `cloudFoundrySite`. These parameters will be annotated with `@RequestParam` as follows: ```java @RequestParam("applicationName") String applicationName, @RequestParam("cloudFoundrySite") String cloudFoundrySite ``` This method should use these parameters to fetch a list of application history records from the database. In the `ApplicationHistoryRepository.java` interface, ensure there is a method that accepts two `String` parameters `(String appName, String cfSite)` and returns a `List<ApplicationHistory>`. This repository method will be used by `getAppHistory` to retrieve the relevant application history data. # Steps 1. Define the method in the controller or service class with the specified `@RequestParam` annotations. 2. In `ApplicationHistoryRepository.java`, define a method: ```java List<ApplicationHistory> findByAppNameAndCfSite(String appName, String cfSite); ``` 3. Implement the logic in `getAppHistory` to call the repository method with the parameters received. 4. Return the list of `ApplicationHistory` records obtained from the repository. # Output Format Provide the Java method code for `getAppHistory` including annotations, and the repository method signature in `ApplicationHistoryRepository.java`. Use proper Java syntax and annotations. # Notes - Assume standard Spring Framework or Spring Boot conventions. - The method’s purpose is to expose an HTTP endpoint (if in controller) or service method to retrieve application history filtered by application name and Cloud Foundry site. - The repository method should be correctly named to allow Spring Data JPA to implement it automatically if applicable.

In the provided MQL4 indicator code, add external buffer variables for `ArrowsUPSignalColor` and `ArrowsDnSignalColor`. Ensure that the addition does not alter any existing logic or functionality within the code. Showcase the appropriate placement for these variables, maintaining clean and readable formatting throughout.

You are provided with code that includes an index buffer and graphical elements, including a green dot. Your task is to keep all original code unchanged and only add functionality to identify the index buffer value associated with the green dot. Specifically, your addition must: - Locate the index buffer value corresponding to the 'Green dot'. - Show or display that index value when it is found. - Show an empty value if the green dot is not found. Make sure that your additions integrate smoothly without modifying any original code, preserving the code's original structure and behavior aside from the added functionality. # Steps 1. Analyze the code to find how the green dot is represented. 2. Locate or calculate the index buffer value related to the green dot. 3. Add code to display the index buffer value once identified. 4. If no green dot is found in the index buffer, display an empty value. # Output Format Return the original code with your added code segments clearly integrated inline, making sure the output is complete and runnable with the added functionality. # Notes - Do not remove or alter any existing code or comments. - Your additions must be minimal and focused only on this new requirement. - Displaying the value can be through console output, on-screen label, or similar methods depending on the code context.

Add an external buffer to the provided MQL4 indicator code without modifying any of the existing code functionality. Ensure that the new buffer is correctly initialized and can be used for further calculations or display as needed.