- Introduced a new Go module for the parser with `go.mod` file.
- Added `shim.go` to expose the parser as a C-callable interface, enabling integration with Zig.
- Updated `.gitignore` to include new parser files and directories.

- Introduced a new build step in `build.zig` to create a CGo c-archive for the Go parser implementation.
- Added a system command to build the Go shim as a static library, ensuring proper integration with Zig.
- Updated dependencies to reflect the new build process for the parser archive.

- Added environment variables for cross-compilation in `build.zig` to ensure compatibility with Zig target architecture and OS.
- Updated the C interface in `CParser.zig` to include the correct header path for the Go parser.
- Refactored `translate.zig` to utilize the new Go API, replacing C parser references with Go-compatible types and functions.
- Streamlined the parser library linking process in the benchmark executable to use the updated static library.

- Deleted the C parser implementation file `parser.c` and its corresponding header file `parser.h`.
- This change reflects the transition to a Go-based parser, aligning with recent updates to the parser architecture and integration with Zig.

…ents

- Revised README to include Go as a prerequisite for building the langlang-generated parser and clarified the role of langlang in parser regeneration.
- Updated architecture documentation to reflect the transition to a Go-based parser and the new CGo c-archive integration.
- Enhanced circuit format documentation to describe the Go parser and its interface with Zig.
- Added details about the new `--verbose` flag in CLI arguments, allowing users to enable detailed engine logs during truth table simulations.

- Introduced a new function `linkParserArchive` to simplify the linking of the Go parser c-archive into the build process.
- Removed the previous static library linking approach for the parser, allowing the linker to handle the archive directly.
- Updated multiple test artifacts to utilize the new linking function, ensuring consistency across the build steps.

- Introduced a new GitHub Actions workflow for end-to-end (E2E) testing, triggered manually or by the `e2e-required` label on pull requests.
- Configured the workflow to run the full Zig test suite, including WASM tests, and validate the Linux Docker E2E process.
- Set up environment variables and dependencies for Zig, Node, and Go to ensure a consistent testing environment.
- This workflow complements the existing PR tests by providing a more comprehensive testing approach.

- Deleted the GitHub Actions E2E testing workflow file `.github/workflows/e2e-tests.yml`.
- This removal reflects a decision to streamline CI processes and may indicate a shift in testing strategy or reliance on alternative testing methods.