// transcribe-arch.cpp - explicit registry of supported architectures.
//
// The registry is a function-local static array of pointers (no static-
// initializer-order dependency on the per-family TUs, grep-able from one
// file). Adding a family is a two-line edit plus the per-family TU.

#include "transcribe-arch.h"

#include <cstring>

namespace transcribe {

// Per-family Arch instances. Defined in src/arch/<family>/model.cpp.
namespace parakeet {
extern const Arch arch;
}

namespace cohere {
extern const Arch arch;
}

namespace canary {
extern const Arch arch;
}

namespace qwen3_asr {
extern const Arch arch;
}

namespace moss {
extern const Arch arch;
}

namespace voxtral {
extern const Arch arch;
}

namespace voxtral_realtime {
extern const Arch arch;
}

namespace canary_qwen {
extern const Arch arch;
}

namespace whisper {
extern const Arch arch;
}

namespace moonshine {
extern const Arch arch;
}

namespace moonshine_streaming {
extern const Arch arch;
}

namespace sensevoice {
extern const Arch arch;
}

namespace funasr_nano {
extern const Arch arch;
}

namespace gigaam {
extern const Arch arch;
}

namespace granite {
extern const Arch arch;
}

namespace granite_nar {
extern const Arch arch;
}

namespace medasr {
extern const Arch arch;
}

const Arch * find_arch(const char * name) {
    if (name == nullptr) {
        return nullptr;
    }

    static const Arch * const k_archs[] = {
        &parakeet::arch,         &cohere::arch,      &canary::arch,  &qwen3_asr::arch, &voxtral::arch,
        &voxtral_realtime::arch, &canary_qwen::arch, &whisper::arch, &moonshine::arch, &moonshine_streaming::arch,
        &sensevoice::arch,       &funasr_nano::arch, &gigaam::arch,  &granite::arch,   &granite_nar::arch,
        &medasr::arch,           &moss::arch,
    };
    constexpr size_t k_n = sizeof(k_archs) / sizeof(k_archs[0]);

    for (size_t i = 0; i < k_n; ++i) {
        const Arch * a = k_archs[i];
        if (a == nullptr || a->name == nullptr) {
            continue;
        }
        if (std::strcmp(a->name, name) == 0) {
            return a;
        }
    }
    return nullptr;
}

}  // namespace transcribe