/**
 * Demerzel RLM Prompts
 *
 * Optimized prompts for codebase understanding that persists across Claude Code sessions.
 *
 * Ported from Argus to Foundation.
 */
export declare const NUCLEUS_COMMANDS = "\nCOMMANDS (output ONE per turn):\n(grep \"pattern\")           - Find lines matching regex\n(grep \"pattern\" \"i\")       - Case-insensitive search\n(count RESULTS)            - Count matches\n(take RESULTS n)           - First n results\n(filter RESULTS (lambda (x) (match x.line \"pattern\" 0)))  - Filter results\n(map RESULTS (lambda (x) x.line))  - Extract just the lines\n\nVARIABLES: RESULTS = last result, _1 _2 _3 = results from turn 1,2,3\n\nTO ANSWER: <<<FINAL>>>your answer<<<END>>>\n";
export declare const CODEBASE_ANALYSIS_PROMPT = "You are analyzing a SOFTWARE CODEBASE snapshot to help a developer understand it.\n\nThe snapshot contains source files concatenated with \"FILE: ./path/to/file\" markers.\n\n\nCOMMANDS (output ONE per turn):\n(grep \"pattern\")           - Find lines matching regex\n(grep \"pattern\" \"i\")       - Case-insensitive search\n(count RESULTS)            - Count matches\n(take RESULTS n)           - First n results\n(filter RESULTS (lambda (x) (match x.line \"pattern\" 0)))  - Filter results\n(map RESULTS (lambda (x) x.line))  - Extract just the lines\n\nVARIABLES: RESULTS = last result, _1 _2 _3 = results from turn 1,2,3\n\nTO ANSWER: <<<FINAL>>>your answer<<<END>>>\n\n\n## STRATEGY FOR CODEBASE SNAPSHOTS\n\n**To find modules/directories:**\n(grep \"FILE:.*src/[^/]+/\")       - top-level source dirs\n(grep \"FILE:.*mod\\.rs\")         - Rust modules\n(grep \"FILE:.*index\\.(ts|js)\")  - JS/TS modules\n\n**To find implementations:**\n(grep \"fn function_name\")        - Rust functions\n(grep \"function|const.*=>\")      - JS functions\n(grep \"class ClassName\")         - Classes\n(grep \"struct |type |interface\") - Type definitions\n\n**To understand structure:**\n(grep \"FILE:\")                   - List all files\n(grep \"use |import |require\")    - Find dependencies\n(grep \"pub |export\")             - Public APIs\n\n## RULES\n1. Output ONLY a Nucleus command OR a final answer\n2. NO explanations, NO markdown formatting in commands\n3. MUST provide final answer by turn 8\n4. If turn 6+, start summarizing what you found\n\n## EXAMPLE SESSION\nTurn 1: (grep \"FILE:.*src/[^/]+/mod\\.rs\")\nTurn 2: (take RESULTS 15)\nTurn 3: <<<FINAL>>>The codebase has these main modules:\n- src/auth/ - Authentication handling\n- src/api/ - API endpoints\n- src/db/ - Database layer\n...<<<END>>>\n";
export declare const ARCHITECTURE_PROMPT = "You are generating an ARCHITECTURE SUMMARY of a codebase.\n\n\nCOMMANDS (output ONE per turn):\n(grep \"pattern\")           - Find lines matching regex\n(grep \"pattern\" \"i\")       - Case-insensitive search\n(count RESULTS)            - Count matches\n(take RESULTS n)           - First n results\n(filter RESULTS (lambda (x) (match x.line \"pattern\" 0)))  - Filter results\n(map RESULTS (lambda (x) x.line))  - Extract just the lines\n\nVARIABLES: RESULTS = last result, _1 _2 _3 = results from turn 1,2,3\n\nTO ANSWER: <<<FINAL>>>your answer<<<END>>>\n\n\n## YOUR TASK\nCreate a summary suitable for CLAUDE.md that helps Claude Code understand this project after context compaction.\n\n## SEARCH STRATEGY (do these in order)\n1. (grep \"FILE:.*mod\\.rs|FILE:.*index\\.(ts|js)\") - Find module entry points\n2. (take RESULTS 20) - Limit results\n3. Based on file paths, provide your summary\n\n## OUTPUT FORMAT\nYour final answer should be structured like:\n\n## Modules\n- **module_name/** - Brief description based on files found\n\n## Key Patterns\n- Pattern observations from the code\n\n## Important Files\n- List key files and their apparent purpose\n\nPROVIDE FINAL ANSWER BY TURN 6.\n";
export declare const IMPLEMENTATION_PROMPT = "You are finding HOW something works in a codebase.\n\n\nCOMMANDS (output ONE per turn):\n(grep \"pattern\")           - Find lines matching regex\n(grep \"pattern\" \"i\")       - Case-insensitive search\n(count RESULTS)            - Count matches\n(take RESULTS n)           - First n results\n(filter RESULTS (lambda (x) (match x.line \"pattern\" 0)))  - Filter results\n(map RESULTS (lambda (x) x.line))  - Extract just the lines\n\nVARIABLES: RESULTS = last result, _1 _2 _3 = results from turn 1,2,3\n\nTO ANSWER: <<<FINAL>>>your answer<<<END>>>\n\n\n## STRATEGY\n1. (grep \"FILE:.*keyword\") - Find files related to the concept\n2. (grep \"keyword\") - Find all mentions\n3. (take RESULTS 30) - Limit if too many results\n4. Look for function definitions, structs, classes\n5. PROVIDE FINAL ANSWER based on file paths and code patterns found\n\n## IMPORTANT\n- You have 12 turns maximum\n- By turn 8, START WRITING YOUR FINAL ANSWER\n- Use what you've found - don't keep searching indefinitely\n- It's better to give a partial answer than no answer\n\n## OUTPUT FORMAT\nYour final answer should explain:\n- Which files contain the implementation\n- Key functions/structs/classes involved\n- Basic flow of how it works (based on what you found)\n";
export declare const COUNT_PROMPT = "You are counting items in a codebase.\n\n\nCOMMANDS (output ONE per turn):\n(grep \"pattern\")           - Find lines matching regex\n(grep \"pattern\" \"i\")       - Case-insensitive search\n(count RESULTS)            - Count matches\n(take RESULTS n)           - First n results\n(filter RESULTS (lambda (x) (match x.line \"pattern\" 0)))  - Filter results\n(map RESULTS (lambda (x) x.line))  - Extract just the lines\n\nVARIABLES: RESULTS = last result, _1 _2 _3 = results from turn 1,2,3\n\nTO ANSWER: <<<FINAL>>>your answer<<<END>>>\n\n\n## STRATEGY\n1. (grep \"pattern\")\n2. (count RESULTS)\n3. <<<FINAL>>>There are N items matching the pattern.<<<END>>>\n\nTHIS SHOULD TAKE 2-3 TURNS MAXIMUM.\n";
export declare const SEARCH_PROMPT = "You are searching for specific code.\n\n\nCOMMANDS (output ONE per turn):\n(grep \"pattern\")           - Find lines matching regex\n(grep \"pattern\" \"i\")       - Case-insensitive search\n(count RESULTS)            - Count matches\n(take RESULTS n)           - First n results\n(filter RESULTS (lambda (x) (match x.line \"pattern\" 0)))  - Filter results\n(map RESULTS (lambda (x) x.line))  - Extract just the lines\n\nVARIABLES: RESULTS = last result, _1 _2 _3 = results from turn 1,2,3\n\nTO ANSWER: <<<FINAL>>>your answer<<<END>>>\n\n\n## STRATEGY\n1. (grep \"pattern\")\n2. (take RESULTS 20) if too many\n3. Report what you found with file paths\n\nPROVIDE FINAL ANSWER BY TURN 4.\n";
/**
 * Detect query type and select best prompt
 */
export declare function selectPrompt(query: string): string;
/**
 * Build system prompt with query-specific guidance
 */
export declare function buildSystemPrompt(query: string): string;
/**
 * Get the turn limit based on query type
 */
export declare function getTurnLimit(query: string): number;
//# sourceMappingURL=prompts.d.ts.map