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refine prompt with Gemini

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I want you to implement the API described in easylibstorage.h in a file name easylibstorage.c. This is a simplified
wrapper on top of libstorage. You can find the headers for libstorage here:
# Context
I want you to implement the API described in `easylibstorage.h` in a file named `easylibstorage.c`. This is a simplified wrapper on top of `libstorage`.
- /home/giuliano/Work/Status/logos-storage-nim/library/libstorage.h
# Dependencies
The headers for `libstorage` are located at `/home/giuliano/Work/Status/logos-storage-nim/library/libstorage.h`.
**[IMPORTANT]**: If you cannot read this file, stop and ask me to provide the function signatures.
You can find examples of how to use libstorage here:
The code for libstorage is located at `home/giuliano/Work/Status/logos-storage-nim/library`.
- /home/giuliano/Work/Status/logos-storage-nim/examples/c/examples.c
There are examples for how libstorage can be used in `/home/giuliano/Work/Status/logos-storage-nim/examples/c/examples.c`.
I want you to implement one function at a time. You MUST follow a Test Driven Development approach where you:
# Development Process (TDD)
You MUST follow a Test Driven Development approach. Since no test environment exists yet, your FIRST task is to:
1. Create a simple test runner (e.g., `tests/test_runner.c`) using basic `assert()` statements.
2. Update `CMakeLists.txt` to build this test runner.
1. write a test for a function; (red)
2. write the function;
3. run it until your test is green; (green)
4. stop, think of ways to refactor and simplify the code, and do it; (refactor)
5. once you're done refactoring and the tests are green, move to the next function. This step is VERY IMPORTANT. You MUST look for ways to simplify,
deduplicate, and coalesce code here, WITHOUT OVERCOMPLICATING. SIMPLICITY
IS KEY AND YOUR GUIDING PRINCIPLE.
Then, for *each* function in `easylibstorage.h`:
1. **Red**: Write a failing test case in `tests/test_runner.c`.
2. **Green**: Implement the function in `easylibstorage.c` until the test passes.
3. **Refactor**: Stop, think of ways to refactor and simplify the code, and do it.
Feel free to use an idiomatic C way to write your unit tests, but DO NOT implement the next function before doing
the full 1-5 cycle first. You need to follow the red-greed-refactor tenets of TDD.
**CRITICAL**: This refactoring step is VERY IMPORTANT. You MUST look for ways to simplify, deduplicate, and coalesce code here, WITHOUT OVERCOMPLICATING. **SIMPLICITY IS KEY AND YOUR GUIDING PRINCIPLE.**
Finally, I want you to wire all of the above in the console application under main.c. This console application must
support the following commands:
# API Implementation Details
- **Memory Management**: Clearly document who owns returned pointers (e.g., CIDs). Ensure no memory leaks.
- **Log Levels**: Map the `char *log_level` in the config to the internal `enum log_level`.
- **Download Return**: Note that `e_storage_download` currently returns `STORAGE_NODE` in the header. If this is a mistake, change it to return `int` (status code) and update the header.
- help (prints help)
- start [API PORT] [DISCOVERY PORT] [BOOTSTRAP NODE] - creates and starts the node, all parameters are mandatory.
- stop - stops and destroys the node
- upload [LOCAL PATH] - uploads a local file to the node. Shows simple progress, prints the CID on screen when done.
- download [CID] [LOCAL PATH] - downloads a remote CID to a local path. Shows simple progress, prints CID on screen when done.
# Console Application (`main.c`)
Wire the API into `main.c`.
- The current command loop only parses the first argument. You MUST refactor the command dispatch logic or the specific command functions to handle multiple arguments (e.g., `start` needs 3 args).
- Ensure `progress_print` is correctly passed as a callback to upload/download functions.
If needed, the code for libstorage can also be found under /home/giuliano/Work/Status/logos-storage-nim/library.
# Commands to Support
- `help`: Prints the help message.
- `start [API PORT] [DISC PORT] [BOOTSTRAP NODE]`: Creates and starts the node (all parameters mandatory).
- `stop`: Stops and destroys the node.
- `upload [LOCAL PATH]`: Uploads a local file; shows progress; prints CID.
- `download [CID] [LOCAL PATH]`: Downloads remote CID; shows progress.