gagatun16/kyrsach20

1. This repository is a small C++ desktop application, likely a coursework project, for managing users, wallets, and money transfers. The architecture is centered on a local in-process domain model rather than a client/server system.

2. The presentation layer is a Win32 + OpenGL + Dear ImGui GUI. main.cpp and the example_win32_opengl3 project wire up the application window, render loop, and UI widgets. That means the UI, business logic, and persistence all live in the same executable boundary.

3. The core domain objects are User, Admin, WalletBalance, and Transaction. Admin appears to represent elevated access or management capabilities, while User and WalletBalance represent account state. Transaction is the base abstraction for money movement.

4. Money movement is split into transaction subtypes: incomingTransaction, outgoingTransaction, internalTransfer, and externalWithdrawal. This suggests the app treats different transfer directions and destinations as separate business cases, likely because each has distinct validation and logging rules.

5. TransferProcessor is the main orchestration boundary for transaction execution. It is likely responsible for applying business rules, updating balances, choosing the right transaction subtype, and coordinating persistence/logging after the transfer is accepted.

6. UserManager is the central registry/controller for user-related operations. It likely owns or indexes the active users, handles creation/removal/lookups, and provides the data needed by the UI and transfer logic.

7. TransactionLogger is a distinct persistence/logging subsystem. The repo contains transactions_logs/ with per-transaction text files, which implies completed transactions are written out as individual records rather than to a database.

8. The application uses flat-file storage for state. users.txt and wallets.txt store the main account data, while transactions_logs/*.txt stores transaction history. There is no evidence of an external DB or network service; persistence is local and file-based.

9. The runtime flow is likely: UI action in ImGui -> UserManager/TransferProcessor domain call -> balance and transaction objects updated -> TransactionLogger writes a record -> the text files represent the current persisted state. This separation is the clearest architectural boundary in the repo.

10. The repository also contains a separate test project plus Visual Studio and MinGW build scripts. That indicates the codebase is structured for local desktop builds and validation, not for deployment to a remote environment.

11. The many Debug/ and .obj/.tlog/.pdb files are build artifacts, not architectural components. They show the project is developed and built in Visual Studio, with an additional build_mingw.bat path for an alternate toolchain.

12. If you are drawing an architecture diagram, the key boxes are: GUI shell, domain model, transfer processing, user management, transaction logging, and file storage. The main arrows are UI-to-domain commands and domain-to-text-file persistence; there are no obvious external services or distributed boundaries.