Retrieve stored memories from previous sessions: 1. Locate memory file using Read tool 2. Parse JSON structure containing memory entries 3. Identify relevant memories based on current context 4. Extract applicable decisions, conventions, or preferences Integrate past decisions into current work: - Use remembered library/tool choices when making similar decisions - Apply architectural patterns established in prior sessions - Reference user preferences for coding style or conventions - Consider...
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# Implementation Guide
### Step 1: Access Project Memories
Retrieve stored memories from previous sessions:
1. Locate memory file using Read tool
2. Parse JSON structure containing memory entries
3. Identify relevant memories based on current context
4. Extract applicable decisions, conventions, or preferences
### Step 2: Apply Memories to Current Context
Integrate past decisions into current work:
- Use remembered library/tool choices when making similar decisions
- Apply architectural patterns established in prior sessions
- Reference user preferences for coding style or conventions
- Consider past decisions as context for new features
### Step 3: Update Memories When Needed
Store new decisions for future reference:
- Add significant architectural choices
- Document tool or library selections with rationale
- Record user preferences and conventions
- Update changed decisions to avoid conflicts
### Step 4: Resolve Memory Conflicts
Handle situations where memories conflict with current requests:
- Prioritize current explicit user requests over stored memories
- Flag conflicts for user awareness when appropriate
- Update memories that have become outdated
- Remove memories that are no longer relevant
