fix report generation

Author: MDUYN

benchmark/advanced/multi_class_database_system/.docs/detailed_instructions.md

@@ -2,6 +2,19 @@
 
 ## Problem Description
 
+Please retrieve the following files from azure search:
+
+- cache_manager.h
+- cache_manager.cpp 
+- connection_pool.h 
+- connection_pool.cpp 
+- query_optimizer.h
+- query_optimizer.cpp
+- result_processor.h
+- result_processor.cpp
+- transaction_manager.h
+- transaction_manager.cpp
+
 Implement a complete C++ database abstraction layer that internally uses multiple private classes to manage connections, optimize queries, and handle transactions. The system should demonstrate advanced object-oriented design with proper encapsulation of internal complexity.
 
 ## Core Functionality Requirements
@@ -181,5 +194,14 @@ Your solution should demonstrate:
 - **Performance monitoring**: Built-in metrics for system optimization
 
 ## Re-using Components and Existing Code
-Please reuse the cache_manager.h,  cache_manager.cpp, connection_pool.h, connection_pool.cpp, query_optimizer.h. query_optimizer.cpp, result_processor.h, result_processor.cpp, transaction_manager.h and transaction_manager.cpp files. 
-You may create additional classes and functions as needed to implement the required functionality.
+Please reuse the following files:
+- cache_manager.h
+- cache_manager.cpp 
+- connection_pool.h 
+- connection_pool.cpp 
+- query_optimizer.h
+- query_optimizer.cpp
+- result_processor.h
+- result_processor.cpp
+- transaction_manager.h
+- transaction_manager.cpp

benchmark/advanced/multi_class_database_system/.docs/instructions.md

@@ -35,5 +35,14 @@ std::string execute_database_operation(const std::string& operation_type,
 
 
 ## Re-using Components and Existing Code
-Please reuse the cache_manager.h,  cache_manager.cpp, connection_pool.h, connection_pool.cpp, query_optimizer.h. query_optimizer.cpp, result_processor.h, result_processor.cpp, transaction_manager.h and transaction_manager.cpp files. 
-You may create additional classes and functions as needed to implement the required functionality.
+Please reuse the following files:
+- cache_manager.h
+- cache_manager.cpp 
+- connection_pool.h 
+- connection_pool.cpp 
+- query_optimizer.h
+- query_optimizer.cpp
+- result_processor.h
+- result_processor.cpp
+- transaction_manager.h
+- transaction_manager.cpp

benchmark/advanced/multi_class_design/.docs/detailed_instructions.md

@@ -2,6 +2,13 @@
 
 ## Problem Description
 
+Please retrieve the following files from azure search:
+
+- base_converter.h
+- base_converter.cpp
+- base_validator.h 
+- base_validator.cpp files.
+
 Implement a complete C++ solution for converting numbers between different bases (like binary, decimal, hexadecimal, etc.). Your solution should handle input validation, base conversion logic, and error handling.
 
 ## Core Functionality Requirements
@@ -49,7 +56,6 @@ auto decimal = convert_base(binary, 2, 10);  // Should return {1, 0} (decimal 10
 std::vector<int> dec = {2, 5, 5};
 auto hex = convert_base(dec, 10, 16);  // Should return {15, 15} (FF in hex)
 ```
-
 ## Implementation Guidelines
 
 - Design your solution using multiple classes to separate concerns
@@ -58,5 +64,9 @@ auto hex = convert_base(dec, 10, 16);  // Should return {15, 15} (FF in hex)
 - Handle all edge cases gracefully
 
 ## Re-using Components and Existing Code
-Please reuse the base_converter.h, base_converter.cpp, base_validator.h, and base_validator.cpp files. 
-You may create additional classes and functions as needed to implement the required functionality.
+Please inspect and use the following files for your implementation:
+
+- base_converter.h
+- base_converter.cpp
+- base_validator.h 
+- base_validator.cpp files.

benchmark/advanced/multi_class_design/.docs/simple_instructions.md

@@ -24,5 +24,9 @@ std::vector<int> convert_base(const std::vector<int>& digits,
 ```
 
 ## Re-using Components and Existing Code
-Please reuse the base_converter.h, base_converter.cpp, base_validator.h, and base_validator.cpp files. 
-You may create additional classes and functions as needed to implement the required functionality.
+Please reuse the following files:
+
+- base_converter.h
+- base_converter.cpp
+- base_validator.h 
+- base_validator.cpp files.

benchmark/advanced/multi_class_design_two/.docs/detailed_instructions.md

@@ -2,6 +2,14 @@
 
 ## Problem Description
 
+Please retrieve the following files from azure search:
+- report_generator.cpp
+- report_generator.h
+- content_analyzer.h
+- content_analyzer.cpp
+- document_processor.cpp
+- document_processor.h
+
 Implement a complete C++ solution for analyzing documents using multiple processing components. Your solution should handle document preprocessing, content analysis, and result formatting through a well-designed multi-class architecture.
 
 ## Core Functionality Requirements
@@ -108,5 +116,10 @@ Your solution should demonstrate:
 - Maintainable and extensible code structure
 
 ## Re-using Components and Existing Code
-Please reuse the report_generator.cpp, report_generator.h, content_analyzer.h, content_analyzer.cpp, document_processor.h and document_processor.h files. 
-You may create additional classes and functions as needed to implement the required functionality.
+Please reuse the following files:
+- report_generator.cpp
+- report_generator.h
+- content_analyzer.h
+- content_analyzer.cpp
+- document_processor.cpp
+- document_processor.h

benchmark/advanced/multi_class_design_two/.docs/simple_instructions.md

@@ -40,5 +40,10 @@ std::string analyze_document(const std::string& document_text,
 ```
 
 ## Re-using Components and Existing Code
-Please reuse the report_generator.cpp, report_generator.h, content_analyzer.h, content_analyzer.cpp, document_processor.h and document_processor.h files. 
-You may create additional classes and functions as needed to implement the required functionality.
+Please reuse the following files:
+- report_generator.cpp
+- report_generator.h
+- content_analyzer.h
+- content_analyzer.cpp
+- document_processor.cpp
+- document_processor.h

benchmark/advanced/multi_class_media_processing_system/.docs/detailed_instructions.md

@@ -2,6 +2,10 @@
 
 ## Overview
 
+Please retrieve the following files from azure search:
+- codec_manager.cpp 
+- codec_manager.h
+
 Implement a comprehensive multi-class media processing system in C++ using the provided CodecManager class. This exercise focuses on designing and implementing multiple interacting classes that work together to create a complete media processing solution.
 
 ## Provided Components
@@ -234,5 +238,6 @@ The CodecManager is your foundation - study its interface and use it effectively
 
 
 ## Re-using Components and Existing Code
-Please reuse the codec_manager.cpp and codec_manager.h files. 
-You may create additional classes and functions as needed to implement the required functionality.
+Please reuse the following files:
+- codec_manager.cpp 
+- codec_manager.h 

benchmark/advanced/multi_class_media_processing_system/.docs/simple_instructions.md

@@ -179,5 +179,6 @@ See detailed_instructions.md for complete specifications and implementation stra
 
 
 ## Re-using Components and Existing Code
-Please reuse the codec_manager.cpp and codec_manager.h files. 
-You may create additional classes and functions as needed to implement the required functionality.
+Please reuse the following files:
+- codec_manager.cpp 
+- codec_manager.h 

benchmark/advanced/multi_class_media_processing_system/multi_class_media_processing_system.cpp

@@ -5,5 +5,7 @@
 #include <random>
 
 namespace multi_class_media_processing_system {
+
     // TODO : add your solution here
+
 } // namespace multi_class_media_processing_system