AI Prompts for Extract Full Error Stack Trace

20 of the best prompts for extract full error stack trace, step by step across 4 stages. Works with ChatGPT, Claude, and Gemini.

AI Prompts for Extract Full Error Stack Trace

20 of the best prompts for extract full error stack trace, step by step across 4 stages. Works with ChatGPT, Claude, and Gemini.

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Published July 2, 2026

Getting Extract Full Error Stack Trace right takes more than a single prompt. This 4-stage guide covers Diagnose the Wall, Isolate and Fix, Verify the Resolution, and more, breaking the whole process into focused steps where each prompt builds on the last. When Bolt only reads the first line of an error, it can obscure the root cause buried in the stack trace. This leads to wasted time troubleshooting issues that could have been identified quickly. By following this guide, developers can ensure they capture the full error context and address the underlying problems effectively. Every prompt is optimized and runs in ChatGPT, Claude, and Gemini.

Diagnose the Wall

Before attempting any fix, check the output from the last build attempt. Look for the error message in the build tab to identify what Bolt reported.

Quote the Full Error Message

Please provide the complete error message from the last build attempt, including the specific error type and the line number it references. This information is crucial for diagnosing the issue accurately. After quoting the error message, summarize what was expected versus what was actually produced based on the error details.

Diagnose the Wall

Paste the Build Error Output

Please analyze the following build error output: [BUILD ERROR OUTPUT]. Ensure that you include all lines of the stack trace, as this will provide the complete context needed to identify the root cause of the issue. After your analysis, summarize the key points and suggest potential solutions or next steps to resolve the error.

Diagnose the Wall

State Your Understanding of the Error

Please provide a detailed explanation of your understanding of the last instruction executed in relation to the error encountered during the build process. Include any specific details about the error message, what you believe went wrong, and any relevant context that may help clarify the situation. This will assist in diagnosing the issue more effectively.

Diagnose the Wall

Compare Expected vs. Actual Error Behavior

Please provide a structured comparison of the expected error message versus the actual output received for the error scenario titled 'bolt-not-reading-full-error-stack'. Include details on what the correct error handling should look like in this case. Format your response with clear headings for 'Expected Behavior', 'Actual Output', and 'Recommended Error Handling', and provide specific examples for each section.

Diagnose the Wall

Identify the Violated Rule

Please analyze the last operation and identify the specific rule or constraint that was violated. Quote the exact clause that was not adhered to during the execution, and provide a brief explanation of how this violation occurred. Format your response by clearly stating the violated rule, followed by the quoted clause and the explanation.

Diagnose the Wall

Isolate and Fix

Target the specific error handling in your code that is causing the stack trace to be truncated. Focus on how errors are logged or reported.

Adjust Error Logging Function

Please modify the error logging function in [FILE] at line [LINE] to ensure it captures the full stack trace of errors. The current implementation only logs the first line of the error message. Update the function to log the entire error object, including the stack trace, and provide a brief explanation of how this change improves error tracking and debugging.

Isolate and Fix

Rewrite Error Handling Logic

Rewrite the error handling logic in the file [FILE] at line [LINE]. Include a catch-all mechanism for unhandled exceptions that logs the complete error stack. Additionally, provide a brief explanation of how this change improves diagnostics and suggest any best practices for error handling in this context.

Isolate and Fix

Scoped Change to Error Reporting

Change the error reporting mechanism in [FILE]:[LINE] to utilize a more verbose logging level. Ensure that the updated logging captures all relevant details during failures, including error messages, stack traces, and any contextual information that may help in diagnosing the issue. Provide a summary of the changes made and the expected impact on error reporting in the system.

Isolate and Fix

Enforce Full Stack Trace Format

Please implement a format enforcement rule in the error handling system that ensures the full stack trace is included in all error messages. The stack trace should be formatted to include the file name and line number, specifically in the format [FILE]:[LINE]. Additionally, provide a brief explanation of how this change will improve error tracking and debugging processes.

Isolate and Fix

Verify Dependency for Error Handling

Please verify the dependency listed in [FILE] at [LINE] that is responsible for error handling. Confirm that it is up to date and functioning correctly to capture full stack traces as intended. Provide a summary of your findings, including any necessary updates or changes needed to ensure proper error handling.

Isolate and Fix

Verify the Resolution

Confirm that the changes made have resolved the issue with error reporting. Check the output of the next build attempt.

Run a Test Build

Please execute a test build for the issue related to [USE-CASE] and capture the full error output. Ensure that the stack trace is complete and includes all relevant lines. After capturing the output, summarize the findings and indicate whether the resolution has been verified or if further investigation is needed.

Verify the Resolution

Show Diff of Error Handling Changes

Display the differences in the error handling logic changes made in the codebase. Specifically, highlight the modifications that ensure the full stack trace is logged. Present the output in a clear format that shows both the original and modified lines of code, along with a brief explanation of why these changes were necessary to meet the requirements.

Verify the Resolution

Replay the Original Failing Scenario

Replay the original scenario that triggered the error related to [ERROR TYPE] in [APPLICATION NAME]. Carefully observe whether the full stack trace is now being captured and displayed correctly. Provide a detailed report on any discrepancies or improvements noted compared to the previous behavior, including specific examples of the stack trace output.

Verify the Resolution

Check Edge Case for Error Reporting

Please test an edge case related to error reporting in the system. Specifically, verify that when an error occurs, the full stack trace is logged correctly. After conducting the test, provide a detailed report that includes the output generated, any discrepancies from the expected results, and suggestions for improvements if the output does not meet the expectations.

Verify the Resolution

Confirm State of Error Handling File

Please verify the state of the error handling file located at [FILE]. Check that it accurately reflects the modifications made and confirm that it is functioning correctly without any issues. Provide a summary of your findings, including any discrepancies or areas that may require further attention.

Verify the Resolution

Prevent Recurrence

Implement artefacts that will prevent this issue from recurring in future builds. Focus on error handling and logging practices.

Error Logging Best Practices Prompt

Before any build, ensure that error logging captures the full stack trace. If the stack trace is truncated, stop the build and alert the developer. Provide a detailed explanation of why capturing the full stack trace is essential for debugging, and outline best practices for implementing effective error logging in the development process. Include examples of common pitfalls to avoid and how to set up alerts for developers.

Prevent Recurrence

Error Handling Template for Builds

Create a conversation-starter template for error handling in builds. Include the following points: always log the full stack trace when handling errors, and if only the first line of the stack trace is logged, alert the developer immediately. Format this template as a checklist with clear instructions for each point, ensuring it is easy to follow and implement.

Prevent Recurrence

Project Spec for Error Reporting

Draft a project specification message for the error reporting system that clearly states the requirement for error handling. The message should include: "All error handling must include full stack traces in logs. This is mandatory for debugging purposes." Additionally, explain the importance of this requirement in ensuring efficient debugging and maintaining system reliability. Format the message in a professional tone suitable for a project documentation.

Prevent Recurrence

Error Handling Naming Convention

Please create a naming convention for error handling functions that clearly indicates they capture complete error information. All error handlers should be prefixed with 'LOGFULLSTACK_' to maintain consistency. Provide examples of how this naming convention can be applied in different scenarios, and explain the importance of using this format for clarity and maintainability in code.

Prevent Recurrence

Self-Check for Error Handling

Please create a self-check request for the agent that ensures proper error handling. The request should state: 'Before executing any build, verify that all error handling functions are logging the full stack trace. If not, stop the build.' Ensure the text is clear and concise, and provide any additional context or instructions that may help the agent understand the importance of this check.

Prevent Recurrence

Frequently asked questions

Why does Bolt only show the first line of errors?+

Bolt may truncate error messages due to its default logging configuration. This can prevent developers from seeing the full context of an error, making debugging more difficult.

How can I capture full error stack traces in Bolt?+

To capture full stack traces, ensure that your error handling functions are set to log the complete error object. This requires modifying the logging logic to include all relevant details.

What happens if I ignore the full stack trace?+

Ignoring the full stack trace can lead to unresolved issues in your application, as the root cause may remain hidden. This can result in repeated failures and wasted development time.

Can Bolt handle verbose error logging?+

Yes, Bolt can be configured to handle verbose error logging. You need to adjust your error handling functions to ensure they capture and log the entire stack trace.

How do I ensure my error handling is effective in Bolt?+

Effective error handling in Bolt requires that all error messages include full stack traces. This can be enforced through project specifications and coding standards.