varun-r-mallya/python-bpf
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Update to make README factually right.

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Updated README to clarify BCC dependency and reorganize example build steps.
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@ -14,7 +14,7 @@
</p> </p>
Python-BPF is an LLVM IR generator for eBPF programs written in Python. It uses [llvmlite](https://github.com/numba/llvmlite) to generate LLVM IR and then compiles to LLVM object files. These object files can be loaded into the kernel for execution. Unlike BCC, Python-BPF performs compilation without relying on its infrastructure. Python-BPF is an LLVM IR generator for eBPF programs written in Python. It uses [llvmlite](https://github.com/numba/llvmlite) to generate LLVM IR and then compiles to LLVM object files. These object files can be loaded into the kernel for execution. Python-BPF performs compilation without relying on BCC.
> **Note**: This project is under active development and not ready for production use. > **Note**: This project is under active development and not ready for production use.
@ -159,23 +159,17 @@ This architecture eliminates the need for embedding C code in Python, allowing f
```bash ```bash
make install make install
``` ```
Then, run any example in `examples`
3. Build and test examples: 3. Verify an object file with the kernel verifier:
```bash ```bash
make ./tools/check.sh check execve2.o
```
4. Verify an object file with the kernel verifier:
```bash
./check.sh check execve2.o
``` ```
5. Run an object file using `bpftool`: 5. Run an object file using `bpftool`:
```bash ```bash
./check.sh run execve2.o ./tools/check.sh run execve2.o
``` ```
6. Explore LLVM IR output from clang in `examples/c-form` by running `make`. 6. Explore LLVM IR output from clang in `examples/c-form` by running `make`.