lib/c_glib/test/fuzz/README.md - thrift - Git at Google

 # C GLib Fuzzing README

 To build the fuzz targets, run `make check` in this directory. The build system uses LLVM's libFuzzer for fuzzing the C GLib Thrift implementation.

 These are standard libFuzzer targets, so you can run them using the standard libFuzzer interface. After building, you can run a fuzzer using:
 ```bash
 ./<fuzzer_name>
 ```

 We currently have two fuzz targets:

 * fuzz_parse_binary -- fuzzes the deserialization of the Binary protocol
 * fuzz_parse_compact -- fuzzes the deserialization of the Compact protocol
 * TODO: Add round trip fuzzers, similar to other languages.

 The fuzzers use libFuzzer's built-in mutation engine to generate test cases. Each fuzzer implements the standard `LLVMFuzzerTestOneInput` interface.

 For more information about libFuzzer and its options, see the [libFuzzer documentation](https://llvm.org/docs/LibFuzzer.html).

 You can also use the corpus generator from the Rust implementation to generate initial corpus files that can be used with these C GLib fuzzers, since the wire formats are identical between implementations.
	# C GLib Fuzzing README

	To build the fuzz targets, run `make check` in this directory. The build system uses LLVM's libFuzzer for fuzzing the C GLib Thrift implementation.

	These are standard libFuzzer targets, so you can run them using the standard libFuzzer interface. After building, you can run a fuzzer using:
	```bash
	./<fuzzer_name>
	```

	We currently have two fuzz targets:

	* fuzz_parse_binary -- fuzzes the deserialization of the Binary protocol
	* fuzz_parse_compact -- fuzzes the deserialization of the Compact protocol
	* TODO: Add round trip fuzzers, similar to other languages.

	The fuzzers use libFuzzer's built-in mutation engine to generate test cases. Each fuzzer implements the standard `LLVMFuzzerTestOneInput` interface.

	For more information about libFuzzer and its options, see the [libFuzzer documentation](https://llvm.org/docs/LibFuzzer.html).

	You can also use the corpus generator from the Rust implementation to generate initial corpus files that can be used with these C GLib fuzzers, since the wire formats are identical between implementations.