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7 commits
| Author | SHA1 | Message | Date | |
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jinliyl
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bf7ca17705
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feat(benchmark): add LongMemEval golden answer validation (#335)
* feat(benchmark): add golden answer validation and session review for LongMemEval - Introduce GoldenCheckStep to validate LongMemEval golden answers using structured verdicts - Add SessionReviewStep to extract query/answer-relevant evidence from all sessions - Implement concurrent session processing with configurable concurrency limits - Create check_golden job configuration with lme_review and lme_judge agent wrappers - Add Qwen3.7-plus model configuration for enhanced processing capabilities - Include python_execute tool integration for agent-based reasoning and date validation - Generate comprehensive JSON output with session summaries and validation verdicts - Add run_check_golden.py script for batch processing across all LongMemEval samples - Configure proper logging initialization with console and file output options - Update component registry and file I/O modules to support new benchmark features * feat(scripts): add script to summarize LongMemEval check_golden verdicts - Parse check_golden.json files across all LongMemEval samples - Calculate accuracy metrics for golden answers and session IDs - Provide breakdown by question type with percentage calculations - Add command line options for listing bad samples and JSON output - Include progress tracking showing completed vs pending samples - Display confidence scores and date sanity checks statistics * refactor(benchmark): move golden check scripts to longmemeval directory - Moved run_check_golden.py from scripts/ to benchmark/longmemeval/ - Moved stats_check_golden.py from scripts/ to benchmark/longmemeval/ - Updated path resolution to use parents[2] instead of parent.parent - Added new --list-run-failed option to stats script - Added logging directory constant and functions for tracking launched samples - Enhanced stats output with launched count and run failure information - Improved error reporting with run failure details and log file paths * feat(benchmark): add LongMemEval agentic answer workflow with session extraction - Add LmeAgenticAnswerStep, LmeAutoMemoryStep, and LmeExtractSessionStep to __init__.py - Create shared helper render_with_source for displaying search results with session_id - Implement agentic_answer step with vector_search, bm25_search, and extract_session_by_id tools - Add auto_memory step to convert each session into search-friendly daily notes - Create extract_session step to retrieve and analyze raw session content by session_id - Update jinli_lme.yaml with auto_memory, vector_search, bm25_search, and agentic_answer jobs - Configure lme_memory, lme_extract, and lme_agentic_answer agent wrappers - Enhance search steps with include_source option to show session_id metadata - Add proper session_id tracking and collision handling in daily note generation * feat(benchmark): add LongMemEval agentic answer evaluation pipeline - Add session_id tracking to agentic_answer.py result metadata - Introduce run_agentic_answer.py driver for complete pipeline execution - Implement auto_memory, update_index, and agentic_answer job orchestration - Add concurrent execution with configurable limits and staggering - Create aggregation script for collecting tool-call trails and results - Add stats_agentic_answer.py for comprehensive result analysis - Implement resume capability with existing output detection - Generate aggregate.json with per-sample breakdown and tool call summaries * feat(steps): add ClearPathsStep for cleaning workspace outputs before rebuild - Introduce ClearPathsStep to remove stale workspace files/directories - Add support for specifying paths and config_keys as targets to clear - Implement safety checks to prevent deletion of files outside workspace - Add logging for cleared paths and warnings for invalid paths - Configure clear_paths_step in jinli_lme.yaml to clean daily_dir - Add clear_paths_step to clean mem_answer.json before rebuilds * feat(benchmark): add resume functionality to agentic answer runner - Replace --force flag with --resume flag for controlling job execution - By default every job reruns with clean rebuild behavior using config clear steps - Add --resume option to skip samples whose output already exists and continue interrupted batches - Update documentation to reflect new default clean rebuild behavior - Modify job skipping logic to honor resume flag instead of force flag - Update dry-run output to show correct todo jobs based on resume status - Change default example command to use --resume for continuing interrupted runs * feat(benchmark): generate JSONL output for check golden records - Add write_check_golden_list function to create JSONL file - Write all readable check_golden records as JSONL format - Include check_golden_list path in stats output - Display generated JSONL file path in summary report - Maintain UTF-8 encoding with non-ASCII character support * refactor(benchmark): rename answer judge step and integrate LME LLM judge - Rename AnswerJudgeStep to LmeLlmJudgeStep and update imports - Add new llm_judge configuration in jinli_lme.yaml - Update run_agentic_answer.py to include llm_judge in pipeline - Modify LmeLlmJudgeStep to read from query.json and answer.json - Write LLM judgement results back to mem_answer.json - Add command line options for start/end sample range selection - Update aggregate.json generation to include LLM judgement data - Add resume capability for llm_judge job based on judgement presence * refactor(benchmark): rename answer judge step and integrate LME LLM judge - Rename AnswerJudgeStep to LmeLlmJudgeStep and update imports - Add new llm_judge configuration in jinli_lme.yaml - Update run_agentic_answer.py to include llm_judge in pipeline - Modify LmeLlmJudgeStep to read from query.json and answer.json - Write LLM judgement results back to mem_answer.json - Add command line options for start/end sample range selection - Update aggregate.json generation to include LLM judgement data - Add resume capability for llm_judge job based on judgement presence * feat(steps): add wait_for_paths_step to block until workspace files exist - Introduce WaitForPathsStep class that polls for required workspace-relative paths - Add step registration with 'wait_for_paths_step' backend identifier - Implement path validation to ensure targets are within workspace boundaries - Add polling mechanism with configurable intervals via poll_seconds parameter - Include logging functionality with log_every_seconds parameter for status updates - Add metadata tracking of waited paths and duration in response object - Register step in index module and expose in public API - Configure step in jinli_lme.yaml to wait for session_review.json before golden check - Add script rename from run_check_golden.py to run_golden_check.py with enhanced options * feat(benchmark): enhance longmemeval benchmarking with concurrency and progress tracking - Add benchmark extra dependency group with portalocker requirement - Introduce concurrent execution support for golden_check and session_review workflows - Add progress reporting interval option with real-time status updates - Implement global throttling mechanism for session review requests using file locks - Enhance golden check validation with current schema verification - Add active task tracking and graceful shutdown handling - Rename check_golden scripts to golden_check for consistency - Update statistics reporting with correct/incorrect terminology instead of reasonable - Add stale format detection and compatibility handling for verdict fields - Include both_correct rate calculation in accuracy metrics - Add concurrency and staggering options for better resource management * ci(workflow): add Windows smoke test workflow - Create new workflow file .github/workflows/windows-smoke.yml - Configure workflow to trigger on push and pull request events - Set up Python environment with version 3.11 - Install package dependencies using pip - Run version job as smoke test for CLI functionality - Enable concurrency control to prevent duplicate runs - Use matrix strategy for Python version testing * feat(benchmark): add retry mechanism and health check for session review - Added retry configuration options (retry_initial_seconds, retry_max_seconds, retry_max_attempts) to jinli_lme.yaml - Implemented exponential backoff retry logic with configurable parameters in session_review step - Added output_is_healthy function to verify session_review.json integrity and absence of failed reviews - Updated resume functionality to skip only healthy outputs instead of all existing files - Integrated JSON parsing and validation to check for failed reviews in output files - Enhanced error handling and logging for retry attempts and recovery scenarios * feat(benchmark): add LongMemEval session review statistics script - Create stats_session_review.py to summarize session_review.json artifacts - Add command line options for listing failed, missing, and run failed samples - Implement JSON output mode for programmatic consumption - Calculate and display health statistics including total samples, healthy outputs, failed sessions - Provide detailed failure information with session IDs and error messages - Generate re-run commands for samples with failed reviews - Add percentage calculations for better statistical overview - Include support for multiple output formats and detailed logging * feat(benchmark): add LongMemEval output cleanup script and enhance golden check retry logic - Added clean_sample_outputs.py script to remove generated LongMemEval files while preserving source inputs - Implemented configurable retry mechanism in golden_check.py with exponential backoff strategy - Added retry parameters (initial/max seconds and max attempts) to control failure recovery behavior - Integrated asyncio support for asynchronous sleep during retry intervals - Configured default retry settings in jinli_lme.yaml with 5s initial and 300s maximum intervals - Preserved core files (query.json, answer.json, session/) while cleaning generated artifacts * feat(benchmark): add AppleDouble file cleanup to sample output cleaner - Remove AppleDouble files starting with '._' recursively including under session/ - Add is_under helper function to check if path is inside parent directory - Track targets in set to avoid duplicate processing - Include AppleDouble files in cleanup targets when not already covered by existing targets - Maintain dry-run mode as default behavior with --apply flag for actual deletion * refactor(benchmark): update LongMemEval sample output cleaning script - Add time and Iterator imports for enhanced functionality - Add --progress-every argument to control progress reporting frequency - Replace is_under function with iter_sample_targets generator - Implement detailed progress tracking with timing measurements - Add sample-by-sample processing with elapsed time reporting - Include AppleDouble file detection within session directory - Update target counting and deletion statistics display - Add conditional progress updates based on progress-every setting - Improve dry-run mode with would-delete indication * chore(benchmark): increase initial interval for session review step - Changed START_INTERVAL_SECONDS from 1.0 to 3.0 seconds - Adjusted timing parameters for better benchmark stability * refactor(benchmark): implement coordinated retry mechanism for session reviews - Add retry gate condition to coordinate concurrent review attempts - Implement wait_for_healthy_start_slot to handle sequential retries - Create mark_retrying and mark_recovered functions to track retry states - Update reply_with_retry to accept index parameter for coordination - Add has_prior_retry logic to prevent race conditions during recovery - Ensure proper cleanup of retry state on success or failure - Maintain backward compatibility while adding coordination features * chore(benchmark): adjust session review start interval timeout - Changed START_INTERVAL_SECONDS from 3.0 to 5.0 seconds - Increased initial delay for session review benchmark step - Updated timeout configuration for improved stability * refactor(benchmark): update session review concurrency and throttling mechanism - Replace global throttle with per-process concurrency control - Add concurrency parameter with default value of 30 in config - Add start_interval_seconds parameter with default value of 2 seconds - Change default concurrency from 3 to 1 in command line interface - Update documentation to reflect new throttling behavior - Implement semaphore-based concurrency limiting for review tasks - Modify retry mechanism to use local locking instead of global files - Remove portalocker dependency for cross-process throttling * refactor(config): update session review configuration and concurrency settings - Removed deprecated retry configuration parameters from jinli_lme.yaml - Increased MAX_CONCURRENCY from 30 to 60 in session_review.py - Reduced START_INTERVAL_SECONDS from 2.0 to 1.0 in session_review.py - Cleaned up redundant backend specifications in configuration file - Simplified agent wrapper configurations by removing obsolete retry settings * feat(benchmark): enhance LME auto memory step with advanced scheduling and error handling - Add datetime parsing functionality for LongMemEval timestamps with regex pattern - Implement configurable concurrency limits with MAX_CONCURRENCY of 60 - Introduce retry mechanism with exponential backoff for agent interactions - Add session filtering based on date comparison with question_date validation - Create rate limiting with start interval control between requests - Implement sophisticated retry coordination using asyncio conditions - Add comprehensive error tracking for failed and filtered session extracts - Remove deprecated concurrency parameter from jinli_lme.yaml configuration - Add structured output validation in session review step - Include detailed metadata reporting with session statistics and errors * fix(benchmark): adjust default concurrency for auto_memory job - Changed default concurrency from 3 to 1 for auto_memory job to prevent API overload - Updated help text to reflect new default value of 1 for concurrency parameter - Modified documentation to clarify concurrency behavior varies by job type * refactor(search): replace hardcoded candidate multiplier with constant - Introduced _CANDIDATE_MULTIPLIER constant set to 10 - Replaced hardcoded factor of 5 with _CANDIDATE_MULTIPLIER in BM25 search - Replaced hardcoded factor of 5 with _CANDIDATE_MULTIPLIER in vector search - Updated test to verify both search steps use ten times limit for candidates - Imported VectorSearchStep and Bm25SearchStep in test module - Added comprehensive test case for candidate count calculation logic * feat(lme): add data inspection error handling with fallback mechanism - Implemented non-retryable data inspection error markers detection - Added _is_data_inspection_error method to identify inspection failures - Created fallback handling for data inspection errors in auto memory extraction - Added fallback handling for data inspection errors in session review - Extended failed extracts tracking with non-retryable and fallback flags - Separated fallback extracts from regular failed extracts in reporting - Enhanced error logging with specific data inspection failure messages - Updated metrics to track fallback extractions and reviews separately - Maintained existing retry logic for other exception types * feat(benchmark): enhance session review statistics with fallback tracking - Add support for identifying and listing non-retryable fallback reviews - Introduce --list-fallback argument to display fallback review details - Separate retryable failures from non-retryable fallbacks in reporting - Track fallback samples and sessions separately from failed ones - Update console output to show both retryable and non-retryable categories - Include fallback details in JSON output with reasons and session info - Modify failure counting logic to distinguish between retryable and fallback reviews * feat(benchmark): add question_id tracking and enhanced fallback reporting - Add question_id function to extract query.question_id from data - Initialize question_id_by_id dictionary to store question IDs by index - Store question_id for each sample during data processing - Enhance fallback output to include question IDs and session information - Format sample labels with question IDs when available - Display session IDs associated with each fallback case * feat(benchmark): add question_id support and improve bad sample reporting - Add question_id_for function to extract question_id from multiple sources - Add sample_label function to format samples as idx(question_id) when available - Store question_id in data dictionary during processing - Change bad_golden and bad_sessions to store full records instead of just indices - Update list_bad output to show formatted labels with question_id information - Improve error reporting with more detailed sample identification * feat(benchmark): enhance golden check stats with structured output - Add related_session_ids function to extract session IDs from verdict records - Create grouped_records function to group records by question type - Replace flat list output with JSON-formatted grouped records in list_bad option - Replace flat list output with JSON-formatted grouped records in list_bad_sessions option - Maintain Chinese labels while adding structured data presentation - Improve readability of bad verdict record display with hierarchical grouping * feat(benchmark): update data structure for question indexing - Replace sample_label with _idx field for index tracking - Add question_id field to store _question_id values - Maintain backward compatibility with empty string defaults - Preserve existing session_id functionality - Update data mapping to include new fields in grouped results * refactor(benchmark): streamline golden answer verification process - Replace relevance filtering with comprehensive information extraction - Remove is_relevant field and simplify session summary structure - Change relevant_info to extracted_info for clarity - Update golden check logic to work with full extractions instead of filtered summaries - Simplify prompt instructions to focus on complete information extraction - Remove redundant schema validation and structured output requirements - Adjust statistics calculation to match new extraction approach - Update metadata field names to reflect extraction rather than relevance checking * feat(benchmark): add selective file deletion option to clean_sample_outputs - Add --filename argument to delete only specific root-level files - Modify iter_sample_targets function to accept optional filenames filter - Implement validation for root-level filename constraints - Update function calls to pass filenames parameter - Add example usage for selective file deletion in documentation * feat(benchmark): add error count metrics to golden check statistics - Added golden_bad, session_bad, and both_bad calculation fields - Updated console output format to include error counts per question type - Modified table display to show both accuracy rates and error numbers - Enhanced statistical summary with additional error breakdown metrics * test(search): update search step tests with include_source parameter - Added include_source=False parameter to VectorSearchStep initialization - Added include_source=False parameter to Bm25SearchStep initialization - Maintained existing RuntimeContext parameters for both search steps - Updated test calls to match new constructor signature with include_source option |
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jinliyl
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206a53e5ed
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init: reme version 0.4.0 (#284) | ||
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Zhouwk
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935e886af3
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更新longmemeval和halumem的quick start (#194)
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* feat(reme): 添加配置选项以启用或禁用个人资料功能 - 在 ReMe 初始化方法中添加 enable_profile 参数，默认值为 True - 根据 enable_profile 设置决定是否创建 profile 目录和设置 profile_dir - 在 PersonalSummarizer 中根据 enable_profile 条件性地添加个人资料相关工具 - 在 PersonalRetriever 中根据 enable_profile 条件性地添加 ReadAllProfiles 工具 - 修改 profile_path 属性以在禁用个人资料时返回 None - 修改 get_profile_handler 方法以在禁用个人资料时返回 None - 为 enable_profile 参数添加文档说明其用于云向量存储场景 * refactor(benchmark): 重构LongMemEval基准测试中的ReMe实例管理 - 移除未使用的shutil导入 - 将固定的ReMe实例改为每个问题创建独立实例以实现隔离 - 更新LLM配置名称从qwen3-max-think到qwen-max-t - 修改模型调用逻辑使用正确的model_name参数 - 添加qwen-flash和GPT-4o-mini等新模型配置 - 统一使用"User"作为用户名，通过集合名实现隔离 - 调整并发处理数从4降至1，批处理大小从10增至30 - 每个问题类型采样数从2增至4 - 添加异步上下文管理确保资源正确释放 * reformat 2 files * refactor(benchmark): 重构长记忆评估中的模型配置 - 将原有的 eval_model_name 替换为专门的 retrieve_model_name 用于检索操作 - 添加对 qwen-max 模型配置的支持 - 更新参数解析器以支持新的检索模型参数 - 修改最大并发数默认值从 1 提升到 4 - 调整样本数量默认值从 4 减少到 1 - 统一模型参数命名规范，区分摘要、检索和评估模型 - 优化内存处理器初始化逻辑，支持独立的检索模型配置 * fix(benchmark): 移除数据路径默认值并设为必填参数 - 将LongMemEval评估脚本中的data_path参数改为必需参数 - 将HaluMem评估脚本中的data_path参数改为必需参数 - 删除了硬编码的默认文件路径配置 - 强制用户显式指定数据集文件路径以避免路径错误 * Update __init__.py * Update __init__.py * fix(benchmark): 修复ReMe评估中的模型配置和空值处理问题 - 移除了retrieve_memory调用中不需要的llm_config_name参数 - 修复了长字符串打印的换行格式问题 - 添加了eval_result为空时的初始化处理 - 在accuracy评估中加入了eval_model_name参数传递 * style(benchmark): 格式化模型名称打印输出 - 移除了多行字符串中的换行符和多余空格 - 将模型名称信息合并为单行连续显示 - 保持了原有的打印格式和信息完整性 * docs(readme): 更新文档添加实验结果表格 - 在英文版 README 中添加 🧪 Experiments 章节 - 添加 LoCoMo 和 HaluMem 两个基准测试的结果表格 - 在中文版 README_ZH 中添加 🧪 实验 章节 - 添加 LoCoMo 和 HaluMem 测试集的实验配置说明 - 添加完整的实验数据对比表格和评估协议说明 * docs(readme): 更新文档中的内存系统链接 - 为基于文件的记忆系统添加锚点链接 - 为基于向量库的记忆系统添加锚点链接 - 修复英文文档中的链接格式 - 修复中文文档中的链接格式和空行问题 * docs(readme): update experimental results section in documentation - Remove outdated experimental data placeholder "Coming soon..." - Add complete evaluation results for LoCoMo and HaluMem benchmarks - Include detailed performance metrics tables for all memory methods - Update experimental settings description with ReMe backbone details - Align evaluation protocol information with LLM-as-a-Judge approach - Maintain consistent formatting between English and Chinese documentation * docs(benchmark): add quick start guides for halumem and longmemeval experiments - Created HaluMem experiment quick start guide with ReMe integration setup - Added detailed steps for installing ReMe environment using conda - Included repository cloning instructions for HaluMem benchmark - Provided complete command examples for running HaluMem experiments - Created LongMeMEval quick start guide with data download procedures - Added wget commands for downloading cleaned dataset files - Included evaluation script instructions for computing experiment statistics - Documented parameter configurations for different model types and batch sizes * docs(longmemeval): update quickstart guide documentation - Changed project name from Halumem to Longmemeval in title - Updated description to reference Longmemeval experiments instead of Halumem - Maintained existing ReMe integration instructions unchanged |
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Zhouwk
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fd5c06bf0d
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Update Halumemeval and Longmemeval ; Update Version 0.3.0.2 (#132)
* feat(reme): 添加配置选项以启用或禁用个人资料功能 |
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Jiaji
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44c4ce11f3
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fix pre-commit bug (#131) | ||
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Zhouwk
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9294e65dfb
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Add bool trigger on Profile memory ; Update Longmemeval Eval and HalumemEval (#129)
* feat(reme): 添加配置选项以启用或禁用个人资料功能 |
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Zhouwk
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eff323105f
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halumem和longmemeval的Benchmark评估代码 (#124)
* feat(benchmark): 添加 LongMemEval 评估功能和内存检索器 - 实现了 LongMemEval 数据集的评估管道 - 添加了 PersonalLongmemevalRetriever 和 PersonalLongmemevalSummarizer - 创建了详细的统计分析工具 compute_stats.py - 实现了完整的答案判断和准确性计算功能 - 集成了 ReMe 内存操作和查询功能 - 添加了性能指标和时间统计功能 * feat(benchmark): 添加内存准确性和完整性评估功能 - 实现了 evaluation_for_memory_accuracy 函数用于评估提取内存的准确性 - 实现了 evaluation_for_memory_integrity 函数用于评估内存完整性 - 创建了 MemoryIntegrityEvaluator 类来评估内存点覆盖情况 - 创建了 MemoryAccuracyEvaluator 类来评估提取内存的准确性 - 添加了 compute_memory_integrity_metrics 和 compute_memory_accuracy_metrics 统计函数 - 在 MetricsAggregator 中集成内存完整性和准确性指标计算 - 更新了命令行参数默认值：top_k 改为 10，batch_size 改为 16 - 重构了个人记忆汇总器中的工具循环逻辑 - 更新了评估提示词模板以支持内存质量评估 - 添加了新的检索配置和模型设置 * feat(memory): 添加个人记忆摘要器配置文件 - 新增 personal_halumem_summarizer_adddraft.yaml 配置文件 - 新增 personal_halumem_summarizer_original_backup.yaml 备份配置文件 - 实现记忆架构师系统提示和用户消息模板 - 实现个人资料代理系统提示和用户消息模板 - 支持生物特征和行为模式记忆存储 - 实现记忆去重和合并功能 - 支持用户个人资料的动态更新和删除操作 * feat(memory): 添加个人记忆摘要器配置文件 - 新增 personal_halumem_summarizer_adddraft.yaml 配置文件 - 新增 personal_halumem_summarizer_original_backup.yaml 备份配置文件 - 实现记忆架构师系统提示和用户消息模板 - 实现个人资料代理系统提示和用户消息模板 - 支持生物特征和行为模式记忆存储 - 实现记忆去重和合并功能 - 支持用户个人资料的动态更新和删除操作 * docs(readme): 添加 ReMe Memory Agent 详细介绍文档 - 创建英文版 README.md 包含核心概念、架构设计和使用指南 - 创建中文版 README_ZH.md 提供完整的本地化文档 - 介绍 Agent 驱动的记忆管理理念和层次化检索机制 - 详述项目架构包括 ReMeSummarizer 和 ReMeRetriever 组件 - 提供快速开始示例和程序化内存操作方法 - 展示 LoCoMo、LongMemEval、HaluMem 基准测试结果 - 包含完整的项目结构说明和配置要求 * chore(config): 移除配置文件中的API密钥 - 从配置文件中删除FLOW_LLM_API_KEY环境变量设置 - 移除相关的API密钥配置项 - 更新配置文档以反映新的安全实践 - 确保敏感信息不再硬编码在配置文件中 - 添加注释说明如何通过环境变量方式配置API密钥 * fix(benchmark): 修复模型调用和配置参数问题 - 修正了reme.get_llm方法的参数传递，移除冗余的name参数 - 添加了qwen3-max模型的配置支持 - 调整了默认并发数从16降至4以提高稳定性 - 修改算法版本默认值从longmemeval和v1统一为default - 减少每类样本数量默认值从16至2以优化测试效率 * feat(benchmark): 添加记忆准确性和完整性评估功能 - 修改了 simple_request_for_json 调用以支持模型名称参数 - 新增 evaluation_for_memory_accuracy 函数用于评估记忆准确性 - 新增 evaluation_for_memory_integrity 函数用于评估记忆完整性 - 将默认模型名称从 qwen3-max 更改为 None - 更新提取记忆逻辑以过滤 time_int 和 when_to_use 字段 - 新增 MemoryIntegrityEvaluator 类用于评估记忆完整性 - 新增 MemoryAccuracyEvaluator 类用于评估记忆准确性 - 添加 compute_memory_integrity_metrics 方法计算记忆完整性指标 - 添加 compute_memory_accuracy_metrics 方法计算记忆准确性指标 - 配置多种新 LLM 模型包括 qwen-plus-t、qwen-max-t、gpt-4o-mini 等 - 初始化完整性评估器和准确性评估器实例 - 在会话数据中添加记忆完整性和准确性评估结果 - 收集记忆完整性记录和准确性记录用于统计 - 在最终结果中包含记忆完整性和准确性指标 - 更新摘要打印方法显示记忆完整性和准确性统计信息 - 更新默认评估模型为 gpt-4o-mini-2024-07-18 * docs(readme): 删除 ReMe Memory Agent 的中英文文档 - 移除英文版 README.md 中关于 ReMe Memory Agent 的详细介绍 - 删除中文版 README_ZH.md 中关于 ReMe Memory Agent 的完整文档 - 清理了包括架构图、功能特性、快速开始和实验数据在内的所有文档内容 |