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#

# Source code for quark.torch.quantization.config.template

    #
    # Copyright (C) 2025 Advanced Micro Devices, Inc. All rights reserved.
    # SPDX-License-Identifier: MIT
    #
    from __future__ import annotations

    from typing import Any

    import torch.nn as nn

    from quark.shares.utils.log import ScreenLogger
    from quark.torch.export.main_export.quant_config_parser import get_layer_quant_config
    from quark.torch.quantization.config.algo_configs import get_algo_config
    from quark.torch.quantization.config.config import (
        AlgoConfig,
        AutoSmoothQuantConfig,
        AWQConfig,
        BFP16Spec,
        Config,
        FP8E4M3PerChannelSpec,
        FP8E4M3PerTensorSpec,
        GPTAQConfig,
        GPTQConfig,
        Int4PerChannelSpec,
        Int4PerGroupSpec,
        Int8PerTensorSpec,
        MX6Spec,
        OCP_MXFP4Spec,
        OCP_MXFP6E2M3Spec,
        OCP_MXFP6E3M2Spec,
        QLayerConfig,
        QronosConfig,
        RotationConfig,
        SmoothQuantConfig,
        Uint4PerChannelSpec,
        Uint4PerGroupSpec,
    )

    logger = ScreenLogger(__name__)

    class QuantizationScheme:
        """Abstract base class for quantization schemes."""

        def __init__(self, config: QLayerConfig):
            self._config = config

        @property
        def config(self) -> QLayerConfig:
            return self._config

    class Int4WeightOnlyScheme(QuantizationScheme):
        """Scheme for INT4 weight-only quantization."""

        def __init__(self, group_size: int):
            self.group_size = group_size

        @property
        def config(self) -> QLayerConfig:
            weight_spec = Int4PerGroupSpec(
                ch_axis=-1, is_dynamic=False, scale_type="float", group_size=self.group_size
            ).to_quantization_spec()
            return QLayerConfig(weight=weight_spec)

    class Int4WeightOnlyPerChannelScheme(QuantizationScheme):
        """Scheme for INT4 weight-only per-channel quantization."""

        def __init__(self) -> None:
            pass

        @property
        def config(self) -> QLayerConfig:
            weight_spec = Int4PerChannelSpec(is_dynamic=False, ch_axis=0).to_quantization_spec()
            return QLayerConfig(weight=weight_spec)

    class Uint4WeightOnlyScheme(QuantizationScheme):
        """Scheme for UINT4 weight-only quantization."""

        def __init__(self, group_size: int):
            self.group_size = group_size

        @property
        def config(self) -> QLayerConfig:
            weight_spec = Uint4PerGroupSpec(
                ch_axis=-1, is_dynamic=False, scale_type="float", group_size=self.group_size
            ).to_quantization_spec()
            return QLayerConfig(weight=weight_spec)

    class Uint4WeightOnlyPerChannelScheme(QuantizationScheme):
        """Scheme for UINT4 weight-only per-channel quantization."""

        def __init__(self) -> None:
            pass

        @property
        def config(self) -> QLayerConfig:
            weight_spec = Uint4PerChannelSpec(is_dynamic=False, ch_axis=0).to_quantization_spec()
            return QLayerConfig(weight=weight_spec)

    class Int8Scheme(QuantizationScheme):
        """Scheme for INT8 weight and activation input quantization."""

        def __init__(self) -> None:
            pass

        @property
        def config(self) -> QLayerConfig:
            spec = Int8PerTensorSpec(
                observer_method="min_max", symmetric=True, scale_type="float", round_method="half_even", is_dynamic=False
            ).to_quantization_spec()
            return QLayerConfig(weight=spec, input_tensors=spec)

    class FP8Scheme(QuantizationScheme):
        """Scheme for FP8 quantization (e4m3 format)."""

        def __init__(self) -> None:
            pass

        @property
        def config(self) -> QLayerConfig:
            spec = FP8E4M3PerTensorSpec(
                observer_method="min_max", scale_type="float", is_dynamic=False
            ).to_quantization_spec()
            return QLayerConfig(weight=spec, input_tensors=spec)

    class MXFP4Scheme(QuantizationScheme):
        """Scheme for MXFP4 quantization."""

        def __init__(self) -> None:
            pass

        @property
        def config(self) -> QLayerConfig:
            spec = OCP_MXFP4Spec(ch_axis=-1, is_dynamic=False).to_quantization_spec()
            spec_dynamic = OCP_MXFP4Spec(ch_axis=-1, is_dynamic=True).to_quantization_spec()
            return QLayerConfig(weight=spec, input_tensors=spec_dynamic)

    class MXFP6E3M2Scheme(QuantizationScheme):
        """Scheme for MXFP6E3M2 quantization."""

        def __init__(self) -> None:
            pass

        @property
        def config(self) -> QLayerConfig:
            spec = OCP_MXFP6E3M2Spec(ch_axis=-1, is_dynamic=False).to_quantization_spec()
            spec_dynamic = OCP_MXFP6E3M2Spec(ch_axis=-1, is_dynamic=True).to_quantization_spec()
            return QLayerConfig(weight=spec, input_tensors=spec_dynamic)

    class MXFP6E2M3Scheme(QuantizationScheme):
        """Scheme for MXFP6E2M3 quantization."""

        def __init__(self) -> None:
            pass

        @property
        def config(self) -> QLayerConfig:
            spec = OCP_MXFP6E2M3Spec(ch_axis=-1, is_dynamic=False).to_quantization_spec()
            spec_dynamic = OCP_MXFP6E2M3Spec(ch_axis=-1, is_dynamic=True).to_quantization_spec()
            return QLayerConfig(weight=spec, input_tensors=spec_dynamic)

    class MXFP4_MXFP6E2M3Scheme(QuantizationScheme):
        """Scheme for MXFP4 weight and MXFP6E2M3 activation input quantization."""

        def __init__(self) -> None:
            pass

        @property
        def config(self) -> QLayerConfig:
            weight_spec = OCP_MXFP4Spec(ch_axis=-1, is_dynamic=False).to_quantization_spec()
            input_spec = OCP_MXFP6E2M3Spec(ch_axis=-1, is_dynamic=True).to_quantization_spec()
            return QLayerConfig(weight=weight_spec, input_tensors=input_spec)

    class MX6Scheme(QuantizationScheme):
        """Scheme for MX6 quantization."""

        def __init__(self) -> None:
            pass

        @property
        def config(self) -> QLayerConfig:
            spec = MX6Spec(ch_axis=-1, block_size=32).to_quantization_spec()
            return QLayerConfig(weight=spec, input_tensors=spec)

    class BFP16Scheme(QuantizationScheme):
        """Scheme for BFP16 quantization."""

        def __init__(self) -> None:
            pass

        @property
        def config(self) -> QLayerConfig:
            spec = BFP16Spec(ch_axis=-1).to_quantization_spec()
            return QLayerConfig(weight=spec, input_tensors=spec)

    class MXFP4_FP8Scheme(QuantizationScheme):
        """Scheme for MXFP4 weight and FP8 activation input quantization."""

        def __init__(self) -> None:
            pass

        @property
        def config(self) -> QLayerConfig:
            weight_spec = OCP_MXFP4Spec(ch_axis=-1, is_dynamic=False, scale_calculation_mode="even").to_quantization_spec()
            input_spec = FP8E4M3PerTensorSpec(observer_method="min_max", is_dynamic=False).to_quantization_spec()
            return QLayerConfig(weight=weight_spec, input_tensors=input_spec)

    class PTPCFP8Scheme(QuantizationScheme):
        """Scheme for PTPC FP8 quantization (Dynamic activation per-token quantization, weight quantization per-channel).

        Uses FP8 Per-Channel Static for weights and FP8 Per-Token Dynamic for activations.
        """

        def __init__(self) -> None:
            pass

        @property
        def config(self) -> QLayerConfig:
            weight_spec = FP8E4M3PerChannelSpec(is_dynamic=False, ch_axis=0).to_quantization_spec()
            input_spec = FP8E4M3PerChannelSpec(is_dynamic=True, ch_axis=1).to_quantization_spec()
            return QLayerConfig(weight=weight_spec, input_tensors=input_spec)

    class QuantizationSchemeCollection:
        """Collection for quantization schemes."""

        def __init__(self) -> None:
            self._schemes: dict[str, QuantizationScheme] = {}
            self._collect_supported_schemes()
            self._custom_registered_schemes: list[str] = []

        def _collect_supported_schemes(self) -> None:
            """Collect all supported quantization schemes."""
            # INT4 weight-only schemes
            self._schemes["int4_wo_32"] = Int4WeightOnlyScheme(group_size=32)
            self._schemes["int4_wo_64"] = Int4WeightOnlyScheme(group_size=64)
            self._schemes["int4_wo_128"] = Int4WeightOnlyScheme(group_size=128)
            self._schemes["int4_wo_per_channel"] = Int4WeightOnlyPerChannelScheme()

            # UINT4 weight-only schemes
            self._schemes["uint4_wo_32"] = Uint4WeightOnlyScheme(group_size=32)
            self._schemes["uint4_wo_64"] = Uint4WeightOnlyScheme(group_size=64)
            self._schemes["uint4_wo_128"] = Uint4WeightOnlyScheme(group_size=128)
            self._schemes["uint4_wo_per_channel"] = Uint4WeightOnlyPerChannelScheme()

            # INT8 scheme
            self._schemes["int8"] = Int8Scheme()

            # FP8 quantization schemes
            self._schemes["fp8"] = FP8Scheme()
            self._schemes["ptpc_fp8"] = PTPCFP8Scheme()

            # OCP MXFP quantization schemes
            self._schemes["mxfp4"] = MXFP4Scheme()
            self._schemes["mxfp6_e3m2"] = MXFP6E3M2Scheme()
            self._schemes["mxfp6_e2m3"] = MXFP6E2M3Scheme()
            self._schemes["mxfp4_mxfp6_e2m3"] = MXFP4_MXFP6E2M3Scheme()
            self._schemes["mxfp4_fp8"] = MXFP4_FP8Scheme()

            # MX6 quantization schemes
            self._schemes["mx6"] = MX6Scheme()

            # BFP16 quantization schemes
            self._schemes["bfp16"] = BFP16Scheme()

        def register_scheme(self, scheme_name: str, scheme: QuantizationScheme) -> None:
            """Register a quantization scheme."""
            if scheme_name in self._schemes:
                raise ValueError(f"Scheme '{scheme_name}' already registered, please use a different name.")
            self._schemes[scheme_name] = scheme
            self._custom_registered_schemes.append(scheme_name)

        def unregister_scheme(self, scheme_name: str) -> None:
            """Unregister a quantization scheme."""
            if scheme_name not in self._schemes:
                raise ValueError(f"Scheme '{scheme_name}' not found, please check the name.")
            if scheme_name not in self._custom_registered_schemes:
                raise ValueError(
                    f"Scheme '{scheme_name}' not registered as custom scheme, quark built-in schemes cannot be unregistered."
                )
            del self._schemes[scheme_name]
            self._custom_registered_schemes.remove(scheme_name)

        def get_supported_schemes(self) -> list[str]:
            """Get list of supported quantization schemes."""
            return list(self._schemes.keys())

        def get_scheme(self, scheme_name: str) -> QuantizationScheme:
            """Get a quantization scheme by name."""
            return self._schemes[scheme_name]

    class LLMTemplate:
        """
        A configuration template that defines how to quantize specific types of LLM models.

        Each LLM architecture (like llama, qwen, deepseek, etc.) has its own unique structure and naming patterns
        for layers. This template allows specifying those patterns and quantization settings in a reusable way.

        :param str model_type: Type of the LLM model.
        :param List[str] kv_layers_name: List of k_proj and v_proj layer name patterns to match. Default is ``None``.
        :param Union[str, List[str]] q_layer_name: q_proj layer name pattern to match. Default is ``None``.
        :param List[str] exclude_layers_name: List of layer name patterns to exclude from quantization. Default is ``[]``.
        :param AWQConfig awq_config: Configuration for AWQ algorithm. Default is ``None``.
        :param GPTQConfig gptq_config: Configuration for GPTQ algorithm. Default is ``None``.
        :param SmoothQuantConfig smoothquant_config: Configuration for SmoothQuant algorithm. Default is ``None``.
        :param AutoSmoothQuantConfig autosmoothquant_config: Configuration for AutoSmoothQuant algorithm. Default is ``None``.
        :param RotationConfig rotation_config: Configuration for Rotation algorithm. Default is ``None``.

        Note:
            - The quantization schemes supported by the template are:
                - fp8
                - ptpc_fp8
                - int4_wo_32
                - int4_wo_64
                - int4_wo_128
                - int4_wo_per_channel
                - uint4_wo_32
                - uint4_wo_64
                - uint4_wo_128
                - uint4_wo_per_channel
                - int8
                - mxfp4
                - mxfp6_e3m2
                - mxfp6_e2m3
                - mx6
                - bfp16
            - The quantization algorithms supported by the template are:
                - awq
                - gptq
                - smoothquant
                - autosmoothquant
                - rotation
            - The KV cache schemes supported by the template are:
                - fp8
            - The attention schemes supported by the template are:
                - fp8

        Creating a Custom Template:

        To create a custom template for a new model type, you can define layer name patterns and algorithm configurations
        specific to your model architecture. Take `moonshotai/Kimi-K2-Instruct <https://huggingface.co/moonshotai/Kimi-K2-Instruct>`__
        as an example:

        .. code-block:: python

            from quark.torch import LLMTemplate

            # Create a new template
            template = LLMTemplate(
                model_type="kimi_k2",
                kv_layers_name=["*kv_b_proj"],
                exclude_layers_name=["lm_head"]
            )

            # Register the template to LLMTemplate class (optional, if you want to use the template in other places)
            LLMTemplate.register_template(template)
        """

        _templates: dict[str, LLMTemplate] = {}
        _SCHEME_COLLECTION = QuantizationSchemeCollection()
        _SUPPORTED_SCHEMES = _SCHEME_COLLECTION.get_supported_schemes()
        _SUPPORTED_ALGORITHMS = ["awq", "gptq", "gptaq", "smoothquant", "autosmoothquant", "qronos", "rotation"]
        _SUPPORTED_KV_CACHE_SCHEMES = ["fp8"]
        _SUPPORTED_ATTENTION_SCHEMES = ["fp8"]

        def __init__(
            self,
            model_type: str,
            kv_layers_name: list[str] | None = None,
            q_layer_name: str | list[str] | None = None,
            exclude_layers_name: list[str] = [],
            awq_config: AWQConfig | None = None,
            gptq_config: GPTQConfig | None = None,
            gptaq_config: GPTAQConfig | None = None,
            qronos_config: QronosConfig | None = None,
            smoothquant_config: SmoothQuantConfig | None = None,
            autosmoothquant_config: AutoSmoothQuantConfig | None = None,
            rotation_config: RotationConfig | None = None,
        ):
            self.model_type = model_type
            self.kv_layers_name = kv_layers_name
            self.q_layer_name = q_layer_name
            self.exclude_layers_name = exclude_layers_name

            # Algorithm-specific configuration fields
            self.algo_config: dict[str, AlgoConfig | None] = {}
            self.algo_config["awq"] = awq_config
            self.algo_config["gptq"] = gptq_config
            self.algo_config["gptaq"] = gptaq_config
            self.algo_config["qronos"] = qronos_config
            self.algo_config["smoothquant"] = smoothquant_config
            self.algo_config["autosmoothquant"] = autosmoothquant_config
            self.algo_config["rotation"] = rotation_config

        @classmethod
        def list_available(cls: type[LLMTemplate]) -> list[str]:
            """
            List all available model names of registered templates.

            :return: List of template names.
            :rtype: List[str]

            Example:

            .. code-block:: python

                from quark.torch import LLMTemplate

                templates = LLMTemplate.list_available()
                print(templates)  # ['llama', 'opt', 'gpt2', ...]
            """
            return list(cls._templates.keys())

        @classmethod
        def register_template(cls, template: LLMTemplate) -> None:
            """
            Register a template.

            :param LLMTemplate template: The template to register.

            Example:

            .. code-block:: python

                from quark.torch import LLMTemplate

                # Create template
                template = LLMTemplate(
                    model_type="llama",
                    kv_layers_name=["*k_proj", "*v_proj"],
                    q_layer_name="*q_proj",
                    exclude_layers_name=["lm_head"],
                )

                # Register template
                LLMTemplate.register_template(template)
            """
            if template.model_type in cls._templates:
                logger.warning(
                    f"Template '{template.model_type}' already registered, will overwrite the existing template."
                )
            cls._templates[template.model_type] = template

        @classmethod
        def get(cls, model_type: str) -> LLMTemplate:
            """Get a template by model type.

            :param str model_type: Type of the model. It is obtained from the original LLM HuggingFace model's ``model.config.model_type`` attribute. When the model_type field is not defined, the ``model.config.architecture[0]`` is assigned as the model_type..

            Available model types:

                - chatglm
                - cohere
                - dbrx
                - deepseek
                - deepseek_v2
                - deepseek_v3
                - gemma2
                - gemma3
                - gemma3_text
                - gptj
                - gpt_oss
                - grok-1
                - instella
                - llama
                - llama4
                - mistral
                - mixtral
                - mllama
                - olmo
                - opt
                - phi
                - phi3
                - qwen
                - qwen2
                - qwen2_moe
                - qwen3
                - qwen3_next
                - qwen3_moe
                - qwen3_vl_moe

            :return: The template object.
            :rtype: LLMTemplate

            Example:

            .. code-block:: python

                from quark.torch import LLMTemplate

                template = LLMTemplate.get("llama")
                print(template)

            """
            if model_type not in cls._templates:
                available = ", ".join(cls.list_available())
                raise ValueError(
                    f"There is no model template defined for the model type '{model_type}'. Available templates: {available}."
                    "you can refer to the example comments within the `register_template` function for instructions on how to register a new model."
                )

            return cls._templates[model_type]

        # Register a new quantization scheme for the template

        @classmethod
        def register_scheme(cls, scheme_name: str, config: QLayerConfig) -> None:
            """
            Register a new quantization scheme for LLMTemplate class.

            :param str scheme_name: Name of the scheme.
            :param QLayerConfig config: Configuration for the scheme.

            Example:

            .. code-block:: python

                # Register a new quantization scheme ``int8_wo (int8 weight-only)`` to the template
                from quark.torch import LLMTemplate
                from quark.torch.quantization.config.config import Int8PerTensorSpec, QLayerConfig

                quant_spec = Int8PerTensorSpec(observer_method="min_max", symmetric=True, scale_type="float",
                                               round_method="half_even", is_dynamic=False).to_quantization_spec()
                global_config = QLayerConfig(weight=quant_spec)

                LLMTemplate.register_scheme("int8_wo", config=global_config)
            """
            cls._SCHEME_COLLECTION.register_scheme(scheme_name, QuantizationScheme(config))
            cls._SUPPORTED_SCHEMES = cls._SCHEME_COLLECTION.get_supported_schemes()

        @classmethod
        def unregister_scheme(cls, scheme_name: str) -> None:
            """
            Unregister a quantization scheme.

            :param str scheme_name: Name of the scheme to unregister.

            Example:

            .. code-block:: python

                from quark.torch import LLMTemplate

                LLMTemplate.unregister_scheme("int8")
            """
            cls._SCHEME_COLLECTION.unregister_scheme(scheme_name)
            cls._SUPPORTED_SCHEMES = cls._SCHEME_COLLECTION.get_supported_schemes()

        @classmethod
        def get_supported_schemes(cls) -> list[str]:
            """Get list of supported quantization schemes."""
            return cls._SUPPORTED_SCHEMES

        def get_config(
            self,
            scheme: str,
            algorithm: str | list[str] | None = None,
            kv_cache_scheme: str | None = None,
            min_kv_scale: float = 0.0,
            attention_scheme: str | None = None,
            layer_config: dict[str, str] | None = None,
            layer_type_config: dict[type[nn.Module], str] | None = None,
            exclude_layers: list[str] | None = None,
            algo_configs: dict[str, AlgoConfig] | None = None,
        ) -> Config:
            """
            Create a quantization configuration based on the provided parameters.

            :param str scheme: Name of the quantization scheme.
            :param Optional[Union[str, List[str]]] algorithm: Name or list of names of quantization algorithms to apply.
            :param Optional[str] kv_cache_scheme: Name of the KV cache quantization scheme.
            :param float min_kv_scale: Minimum value of KV Cache scale.
            :param Optional[str] attention_scheme: Name of the attention quantization scheme.
            :param Optional[Dict[str, str]] layer_config: Dictionary of layer name patterns and quantization scheme names.
            :param Optional[Dict[Type[nn.Module], str]] layer_type_config: Dictionary of layer types and quantization scheme names.
            :param Optional[List[str]] exclude_layers: List of layer names to exclude from quantization.
            :param Optional[Dict[str, AlgoConfig]] algo_configs: Dictionary of algorithm names to their configurations.

            Example:

            .. code-block:: python

                from quark.torch import LLMTemplate

                template = LLMTemplate.get("llama")
                config = template.get_config(scheme="fp8", kv_cache_scheme="fp8")
            """
            # Check if the scheme is supported
            if scheme not in LLMTemplate._SUPPORTED_SCHEMES:
                raise ValueError(f"Unsupported quantization scheme: {scheme}")
            # Check if the algorithm is supported
            if algorithm:
                if isinstance(algorithm, str):
                    algorithm = [algorithm]
                for algo in algorithm:
                    if algo not in self._SUPPORTED_ALGORITHMS:
                        raise ValueError(f"Unsupported algorithm: {algo}")
            # Check if the KV cache scheme is supported
            if kv_cache_scheme and kv_cache_scheme not in self._SUPPORTED_KV_CACHE_SCHEMES:
                raise ValueError(f"Unsupported KV cache scheme: {kv_cache_scheme}")
            # Check if the attention scheme is supported
            if attention_scheme and attention_scheme not in self._SUPPORTED_ATTENTION_SCHEMES:
                raise ValueError(f"Unsupported attention scheme: {attention_scheme}")

            # Set up base global configuration
            global_config = self._create_global_config(scheme)

            # Create config object
            config = Config(
                global_quant_config=global_config,
                min_kv_scale=min_kv_scale,
                exclude=self.exclude_layers_name,
                kv_cache_group=self.kv_layers_name,
            )

            # Apply algorithm if specified
            if algorithm:
                config = self._set_algorithm(config, algorithm, algo_configs)

            # Set layer quantization configuration first
            # Apply per-layer configuration overrides
            if layer_config:
                config = self._set_layer_name_config(config, layer_config)
            if layer_type_config:
                config = self._set_layer_type_config(config, layer_type_config)

            # Set KV cache quantization quantization configuration after setting layer quantization configuration to aviod the conflicts
            # Apply KV cache quantization if specified
            if kv_cache_scheme:
                config = self._set_kv_cache_config(config, kv_cache_scheme)

            # Apply attention quantization if specified
            if attention_scheme:
                config = self._set_attention_config(config, attention_scheme)

            # Apply exclude layers configuration
            if exclude_layers is not None:
                config = self._set_exclude_layers_config(config, exclude_layers)

            return config

        def _create_global_config(self, scheme: str) -> QLayerConfig:
            return LLMTemplate._SCHEME_COLLECTION.get_scheme(scheme).config

        def _set_algorithm(
            self, config: Config, algorithm: str | list[str], algo_configs: dict[str, AlgoConfig] | None = None
        ) -> Config:
            if isinstance(algorithm, str):
                algorithm = [algorithm]

            # Clone algo_config to avoid modifying the original algo_config
            effective_algo_config = dict(self.algo_config)
            if algo_configs:
                for algo_name, algo_cfg in algo_configs.items():
                    effective_algo_config[algo_name.lower()] = algo_cfg

            for algo in algorithm:
                if config.algo_config is None:
                    config.algo_config = []
                algo_key = algo.lower()
                if algo_key == "awq":
                    if effective_algo_config.get("awq"):
                        config.algo_config.append(effective_algo_config["awq"])
                    else:
                        logger.warning(
                            f"No AWQ config provided for {self.model_type}, "
                            "falling back to default AWQ config. If you need customized AWQ quantization for this model, "
                            "please provide the AWQ config, and pass it to LLMTemplate constructor."
                        )
                        # Fallback to default AWQ config
                        config.algo_config.append(AWQConfig())
                elif algo_key == "gptq":
                    if effective_algo_config.get("gptq"):
                        config.algo_config.append(effective_algo_config["gptq"])
                    else:
                        logger.warning(
                            f"No GPTQ config provided for {self.model_type}, "
                            "falling back to default GPTQ config. If you need customized GPTQ quantization for this model, "
                            "please provide the GPTQ config, and pass it to LLMTemplate constructor."
                        )
                        # Fallback to default GPTQ config
                        config.algo_config.append(GPTQConfig())
                elif algo_key == "gptaq":
                    if effective_algo_config.get("gptaq"):
                        config.algo_config.append(effective_algo_config["gptaq"])
                    else:
                        raise ValueError(
                            f"No GPTAQ config provided for {self.model_type}. "
                            "Please provide a GPTAQ config and pass it to the LLMTemplate constructor, "
                            "or use a model type that has GPTAQ configuration defined."
                        )
                elif algo_key == "qronos":
                    if effective_algo_config.get("qronos"):
                        config.algo_config.append(effective_algo_config["qronos"])
                    else:
                        raise ValueError(
                            f"No Qronos config provided for {self.model_type}. "
                            "Please provide a Qronos config and pass it to the LLMTemplate constructor, "
                            "or use a model type that has Qronos configuration defined."
                        )
                elif algo_key == "smoothquant":
                    if effective_algo_config.get("smoothquant"):
                        config.algo_config.append(effective_algo_config["smoothquant"])
                    else:
                        logger.warning(
                            f"No SmoothQuant config provided for {self.model_type}, "
                            "falling back to default SmoothQuant config. If you need customized SmoothQuant quantization for this model, "
                            "please provide the SmoothQuant config, and pass it to LLMTemplate constructor."
                        )
                        # Fallback to default SmoothQuant config
                        config.algo_config.append(SmoothQuantConfig())
                elif algo_key == "autosmoothquant":
                    if effective_algo_config.get("autosmoothquant"):
                        config.algo_config.append(effective_algo_config["autosmoothquant"])
                    else:
                        logger.warning(
                            f"No AutoSmoothQuant config provided for {self.model_type}, "
                            "falling back to default AutoSmoothQuant config. If you need customized AutoSmoothQuant quantization for this model, "
                            "please provide the AutoSmoothQuant config, and pass it to LLMTemplate constructor."
                        )
                        # Fallback to default AutoSmoothQuant config
                        config.algo_config.append(AutoSmoothQuantConfig())
                elif algo_key == "rotation":
                    if effective_algo_config.get("rotation"):
                        config.algo_config.append(effective_algo_config["rotation"])
                    else:
                        logger.warning(
                            f"No Rotation config provided for {self.model_type}, "
                            "not to use Rotation quantization for this model."
                        )
                else:
                    raise ValueError(f"Unsupported algorithm: {algo}")
            return config

        def _set_kv_cache_config(self, config: Config, kv_cache_scheme: str) -> Config:
            # Use pattern matching to identify KV projection layers
            if self.kv_layers_name is None:
                return config

            if kv_cache_scheme == "fp8":
                spec = FP8E4M3PerTensorSpec(observer_method="min_max", is_dynamic=False).to_quantization_spec()

                for layer_name in self.kv_layers_name:
                    # Get the layer quantization configuration
                    layer_quant_config = get_layer_quant_config(config, nn.Linear, layer_name)
                    if layer_quant_config is None:
                        continue
                    layer_config = QLayerConfig(
                        weight=layer_quant_config.weight,
                        input_tensors=layer_quant_config.input_tensors,
                        output_tensors=spec,
                    )
                    config.layer_quant_config[layer_name] = layer_config
                    # Create a separate config for KV cache
                    kv_cache_config = QLayerConfig(
                        weight=layer_quant_config.weight,
                        input_tensors=layer_quant_config.input_tensors,
                        output_tensors=spec,
                    )
                    config.kv_cache_quant_config[layer_name] = kv_cache_config
            else:
                raise ValueError(f"Unsupported KV cache quantization scheme: {kv_cache_scheme}")
            return config

        def _set_attention_config(self, config: Config, attention_scheme: str) -> Config:
            if attention_scheme == "fp8":
                spec = FP8E4M3PerTensorSpec(observer_method="min_max", is_dynamic=False).to_quantization_spec()
                config.softmax_quant_spec = spec

                if self.q_layer_name is not None:
                    if isinstance(self.q_layer_name, str):
                        self.q_layer_name = [self.q_layer_name]
                    for q_layer_name in self.q_layer_name:
                        # Get the layer quantization configuration
                        layer_quant_config = get_layer_quant_config(config, nn.Linear, q_layer_name)
                        if layer_quant_config is None:
                            continue
                        config.layer_quant_config[q_layer_name] = QLayerConfig(
                            weight=layer_quant_config.weight,
                            input_tensors=layer_quant_config.input_tensors,
                            output_tensors=spec,
                        )
            else:
                raise ValueError(f"Unsupported attention quantization scheme: {attention_scheme}")
            return config

        def _set_layer_name_config(self, config: Config, layer_name_config: dict[str, str]) -> Config:
            for layer_name, layer_scheme in layer_name_config.items():
                config.layer_quant_config[layer_name] = LLMTemplate._SCHEME_COLLECTION.get_scheme(layer_scheme).config
            return config

        def _set_layer_type_config(self, config: Config, layer_type_config: dict[type[nn.Module], str]) -> Config:
            for layer_type, layer_scheme in layer_type_config.items():
                config.layer_type_quant_config[layer_type] = LLMTemplate._SCHEME_COLLECTION.get_scheme(layer_scheme).config
            return config

        def _set_exclude_layers_config(self, config: Config, exclude_layers: list[str]) -> Config:
            config.exclude.clear()
            for layer_name in exclude_layers:
                config.exclude.append(layer_name)
            return config

    # Default template configurations
    DEFAULT_TEMPLATES = {
        "chatglm": {
            "kv_layers_name": ["*query_key_value"],
            "q_layer_name": "*query_key_value",
            "exclude_layers_name": ["transformer.output_layer"],
            "awq_config": "chatglm",
            "gptq_config": "chatglm",
            "gptaq_config": "chatglm",
            "qronos_config": "chatglm",
            "smoothquant_config": "chatglm",
            "autosmoothquant_config": "chatglm",
            "rotation_config": "chatglm",
        },
        "cohere": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head"],
            "awq_config": "cohere",
            "gptq_config": "cohere",
            "gptaq_config": "cohere",
            "qronos_config": "cohere",
            "smoothquant_config": "cohere",
            "autosmoothquant_config": "cohere",
            "rotation_config": "cohere",
        },
        "dbrx": {
            "kv_layers_name": ["*Wqkv"],
            "q_layer_name": "*Wqkv",
            "exclude_layers_name": ["lm_head", "*router.layer"],
            "awq_config": "dbrx",
            "gptq_config": "dbrx",
            "gptaq_config": "dbrx",
            "qronos_config": "dbrx",
            "smoothquant_config": "dbrx",
            "autosmoothquant_config": "dbrx",
            "rotation_config": "dbrx",
        },
        "deepseek": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head", "*.gate"],
            "awq_config": "deepseek",
            "gptq_config": "deepseek",
            "gptaq_config": "deepseek",
            "qronos_config": "deepseek",
            "smoothquant_config": "deepseek",
            "autosmoothquant_config": "deepseek",
            "rotation_config": "deepseek",
        },
        "deepseek_v2": {
            "kv_layers_name": ["*kv_b_proj"],
            "q_layer_name": ["*q_a_proj", "*q_b_proj"],
            "exclude_layers_name": ["lm_head", "*self_attn*", "*mlp.gate"],
            "awq_config": "deepseek_v2",
            "gptq_config": "deepseek_v2",
            "gptaq_config": "deepseek_v2",
            "qronos_config": "deepseek_v2",
            "smoothquant_config": "deepseek_v2",
            "autosmoothquant_config": "deepseek_v2",
            "rotation_config": "deepseek_v2",
        },
        "deepseek_v3": {
            "kv_layers_name": ["*kv_b_proj"],
            "q_layer_name": ["*q_a_proj", "*q_b_proj"],
            "exclude_layers_name": ["lm_head", "*self_attn*", "*mlp.gate"],
            "awq_config": "deepseek_v3",
            "gptq_config": "deepseek_v3",
            "gptaq_config": "deepseek_v3",
            "qronos_config": "deepseek_v3",
            "smoothquant_config": "deepseek_v3",
            "autosmoothquant_config": "deepseek_v3",
            "rotation_config": "deepseek_v3",
        },
        "deepseek_v32": {
            "kv_layers_name": ["*kv_b_proj"],
            "q_layer_name": ["*q_a_proj", "*q_b_proj"],
            "exclude_layers_name": ["lm_head", "*mlp.gate", "model.layers.61.*", "*self_attn*"],
            "awq_config": "deepseek_v32",
            "gptq_config": "deepseek_v32",
            "gptaq_config": "deepseek_v32",
            "qronos_config": "deepseek_v32",
            "smoothquant_config": "deepseek_v32",
            "autosmoothquant_config": "deepseek_v32",
            "rotation_config": "deepseek_v32",
        },
        "deepseek_vl_v2": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": ["*q_proj"],
            "exclude_layers_name": ["lm_head", "model.sam_model*", "model.vision_model*", "model.projector*"],
            "awq_config": "deepseek_vl_v2",
            "gptq_config": "deepseek_vl_v2",
            "gptaq_config": "deepseek_vl_v2",
            "qronos_config": "deepseek_vl_v2",
            "smoothquant_config": "deepseek_vl_v2",
            "autosmoothquant_config": "deepseek_vl_v2",
            "rotation_config": "deepseek_vl_v2",
        },
        "gemma2": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head"],
            "awq_config": "gemma2",
            "gptq_config": "gemma2",
            "gptaq_config": "gemma2",
            "qronos_config": "gemma2",
            "smoothquant_config": "gemma2",
            "autosmoothquant_config": "gemma2",
            "rotation_config": "gemma2",
        },
        "gemma3": {
            "kv_layers_name": ["*language_model.*k_proj", "*language_model.*v_proj"],
            "q_layer_name": "*language_model.*q_proj",
            "exclude_layers_name": ["*vision_tower*", "*multi_modal_projector*", "*lm_head"],
            "awq_config": "gemma3",
            "gptq_config": "gemma3",
            "gptaq_config": "gemma3",
            "qronos_config": "gemma3",
            "smoothquant_config": "gemma3",
            "autosmoothquant_config": "gemma3",
            "rotation_config": "gemma3",
        },
        "gemma3_text": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["*lm_head"],
            "awq_config": "gemma3_text",
            "gptq_config": "gemma3_text",
            "gptaq_config": "gemma3_text",
            "qronos_config": "gemma3_text",
            "smoothquant_config": "gemma3_text",
            "autosmoothquant_config": "gemma3_text",
            "rotation_config": "gemma3_text",
        },
        "glm4_moe": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": [
                "lm_head",
                "*mlp.gate",
                "*self_attn*",
                "*shared_experts.*",
                "*mlp.down_proj",
                "*mlp.gate_proj",
                "*mlp.up_proj",
            ],
            "awq_config": "glm4_moe",
            "gptq_config": "glm4_moe",
            "gptaq_config": "glm4_moe",
            "qronos_config": "glm4_moe",
            "smoothquant_config": "glm4_moe",
            "autosmoothquant_config": "glm4_moe",
            "rotation_config": "glm4_moe",
        },
        "gptj": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head"],
            "awq_config": "gptj",
            "gptq_config": "gptj",
            "gptaq_config": "gptj",
            "qronos_config": "gptj",
            "smoothquant_config": "gptj",
            "autosmoothquant_config": "gptj",
            "rotation_config": "gptj",
        },
        "gpt_oss": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head", "*router*"],
            "awq_config": "gpt_oss",
            "gptq_config": "gpt_oss",
            "gptaq_config": "gpt_oss",
            "qronos_config": "gpt_oss",
            "smoothquant_config": "gpt_oss",
            "autosmoothquant_config": "gpt_oss",
            "rotation_config": "gpt_oss",
        },
        "granitemoehybrid": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head", "*router*"],
            "awq_config": "granitemoehybrid",
            "gptq_config": "granitemoehybrid",
            "gptaq_config": "granitemoehybrid",
            "qronos_config": "granitemoehybrid",
            "smoothquant_config": "granitemoehybrid",
            "autosmoothquant_config": "granitemoehybrid",
            "rotation_config": "granitemoehybrid",
        },
        "grok-1": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head", "*.gate"],
            "awq_config": "grok-1",
            "gptq_config": "grok-1",
            "gptaq_config": "grok-1",
            "qronos_config": "grok-1",
            "smoothquant_config": "grok-1",
            "autosmoothquant_config": "grok-1",
            "rotation_config": "grok-1",
        },
        "instella": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head"],
            "awq_config": "instella",
            "gptq_config": "instella",
            "gptaq_config": "instella",
            "qronos_config": "instella",
            "smoothquant_config": "instella",
            "autosmoothquant_config": "instella",
            "rotation_config": "instella",
        },
        "kimi_k25": {
            "kv_layers_name": ["*kv_a_proj_with_mqa", "*kv_b_proj"],
            "q_layer_name": "*q_a_proj",
            "exclude_layers_name": [
                "*self_attn*",
                "*mlp.gate",
                "*lm_head",
                "*mlp.gate_proj",
                "*mlp.up_proj",
                "*mlp.down_proj",
                "*shared_experts*",
                "*mm_projector*",
                "*vision_tower*",
            ],
            "awq_config": "kimi_k25",
            "gptq_config": "kimi_k25",
            "gptaq_config": "kimi_k25",
            "qronos_config": "kimi_k25",
            "smoothquant_config": "kimi_k25",
            "autosmoothquant_config": "kimi_k25",
            "rotation_config": "kimi_k25",
        },
        "llama": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head"],
            "awq_config": "llama",
            "gptq_config": "llama",
            "gptaq_config": "llama",
            "qronos_config": "llama",
            "smoothquant_config": "llama",
            "autosmoothquant_config": "llama",
            "rotation_config": "llama",
        },
        "llama4": {
            "kv_layers_name": ["*language_model.*.k_proj", "*language_model.*.v_proj"],
            "q_layer_name": "*language_model.*.q_proj",
            "exclude_layers_name": [
                "multi_modal_projector*",
                "*feed_forward.router",
                "vision_model*",
                "*lm_head",
            ],
            "awq_config": "llama4",
            "gptq_config": "llama4",
            "gptaq_config": "llama4",
            "qronos_config": "llama4",
            "smoothquant_config": "llama4",
            "autosmoothquant_config": "llama4",
            "rotation_config": "llama4",
        },
        "minimax_m2": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head", "*block_sparse_moe.gate*", "*self_attn*"],
            "awq_config": "minimax_m2",
            "gptq_config": "minimax_m2",
            "gptaq_config": "minimax_m2",
            "qronos_config": "minimax_m2",
            "smoothquant_config": "minimax_m2",
            "autosmoothquant_config": "minimax_m2",
            "rotation_config": "minimax_m2",
        },
        "mistral": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head"],
            "awq_config": "mistral",
            "gptq_config": "mistral",
            "gptaq_config": "mistral",
            "qronos_config": "mistral",
            "smoothquant_config": "mistral",
            "autosmoothquant_config": "mistral",
            "rotation_config": "mistral",
        },
        "mixtral": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head", "*.gate"],
            "awq_config": "mixtral",
            "gptq_config": "mixtral",
            "gptaq_config": "mixtral",
            "qronos_config": "mixtral",
            "smoothquant_config": "mixtral",
            "autosmoothquant_config": "mixtral",
            "rotation_config": "mixtral",
        },
        "mllama": {
            "kv_layers_name": ["*language_model.*k_proj", "*language_model.*v_proj"],
            "q_layer_name": "*self_attn.q_proj",
            "exclude_layers_name": ["*lm_head", "*patch_embedding", "multi_modal_projector"],
            "awq_config": "mllama",
            "gptq_config": "mllama",
            "gptaq_config": "mllama",
            "qronos_config": "mllama",
            "smoothquant_config": "mllama",
            "autosmoothquant_config": "mllama",
            "rotation_config": "mllama",
        },
        "olmo": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head"],
            "awq_config": "olmo",
            "gptq_config": "olmo",
            "gptaq_config": "olmo",
            "qronos_config": "olmo",
            "smoothquant_config": "olmo",
            "autosmoothquant_config": "olmo",
            "rotation_config": "olmo",
        },
        "opt": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head"],
            "awq_config": "opt",
            "gptq_config": "opt",
            "gptaq_config": "opt",
            "qronos_config": "opt",
            "smoothquant_config": "opt",
            "autosmoothquant_config": "opt",
            "rotation_config": "opt",
        },
        "phi": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head"],
            "awq_config": "phi",
            "gptq_config": "phi",
            "gptaq_config": "phi",
            "qronos_config": "phi",
            "smoothquant_config": "phi",
            "autosmoothquant_config": "phi",
            "rotation_config": "phi",
        },
        "phi3": {
            "kv_layers_name": ["*qkv_proj"],
            "q_layer_name": "*qkv_proj",
            "exclude_layers_name": ["lm_head"],
            "awq_config": "phi3",
            "gptq_config": "phi3",
            "gptaq_config": "phi3",
            "qronos_config": "phi3",
            "smoothquant_config": "phi3",
            "autosmoothquant_config": "phi3",
            "rotation_config": "phi3",
        },
        "qwen": {
            "kv_layers_name": ["*c_attn"],
            "q_layer_name": "*c_attn",
            "exclude_layers_name": ["lm_head"],
            "awq_config": "qwen",
            "gptq_config": "qwen",
            "gptaq_config": "qwen",
            "qronos_config": "qwen",
            "smoothquant_config": "qwen",
            "autosmoothquant_config": "qwen",
            "rotation_config": "qwen",
        },
        "qwen2": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head"],
            "awq_config": "qwen2",
            "gptq_config": "qwen2",
            "gptaq_config": "qwen2",
            "qronos_config": "qwen2",
            "smoothquant_config": "qwen2",
            "autosmoothquant_config": "qwen2",
            "rotation_config": "qwen2",
        },
        "qwen2_moe": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head", "*.gate", "*.shared_expert_gate"],
            "awq_config": "qwen2_moe",
            "gptq_config": "qwen2_moe",
            "gptaq_config": "qwen2_moe",
            "qronos_config": "qwen2_moe",
            "smoothquant_config": "qwen2_moe",
            "autosmoothquant_config": "qwen2_moe",
            "rotation_config": "qwen2_moe",
        },
        "qwen3": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head"],
            "awq_config": "qwen3",
            "gptq_config": "qwen3",
            "gptaq_config": "qwen3",
            "qronos_config": "qwen3",
            "smoothquant_config": "qwen3",
            "autosmoothquant_config": "qwen3",
            "rotation_config": "qwen3",
        },
        "qwen3_moe": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head", "*.gate"],
            "awq_config": "qwen3_moe",
            "gptq_config": "qwen3_moe",
            "gptaq_config": "qwen3_moe",
            "qronos_config": "qwen3_moe",
            "smoothquant_config": "qwen3_moe",
            "autosmoothquant_config": "qwen3_moe",
            "rotation_config": "qwen3_moe",
        },
        "qwen3_next": {
            "kv_layers_name": ["*qkvz"],
            "q_layer_name": "*qkvz",
            "exclude_layers_name": [
                "lm_head",
                "mtp.fc",
                "*linear_attn.in_proj_ba",
                "*linear_attn.in_proj_qkvz",
                "*mlp.gate",
                "*mlp.shared_expert_gate",
                "*self_attn.k_proj",
                "*self_attn.q_proj",
                "*self_attn.v_proj",
            ],
            "awq_config": "qwen3_next",
            "gptq_config": "qwen3_next",
            "gptaq_config": "qwen3_next",
            "qronos_config": "qwen3_next",
            "smoothquant_config": "qwen3_next",
            "autosmoothquant_config": "qwen3_next",
            "rotation_config": "qwen3_next",
        },
        "qwen3_vl_moe": {
            "kv_layers_name": ["*k_proj", "*v_proj"],
            "q_layer_name": "*q_proj",
            "exclude_layers_name": ["lm_head", "*mlp.gate", "*.visual.*"],
            "awq_config": "qwen3_vl_moe",
            "gptq_config": "qwen3_vl_moe",
            "gptaq_config": "qwen3_vl_moe",
            "qronos_config": "qwen3_vl_moe",
            "smoothquant_config": "qwen3_vl_moe",
            "autosmoothquant_config": "qwen3_vl_moe",
            "rotation_config": "qwen3_vl_moe",
        },
    }

    def _create_template_from_config(model_type: str, config: dict[str, Any]) -> LLMTemplate:
        """create a template from configuration dictionary."""
        return LLMTemplate(
            model_type=model_type,
            kv_layers_name=config["kv_layers_name"],
            q_layer_name=config["q_layer_name"],
            exclude_layers_name=config["exclude_layers_name"],
            awq_config=get_algo_config("awq", config["awq_config"]),  # type: ignore
            gptq_config=get_algo_config("gptq", config["gptq_config"]),  # type: ignore
            gptaq_config=get_algo_config("gptaq", config["gptaq_config"]),  # type: ignore
            qronos_config=get_algo_config("qronos", config["qronos_config"]),  # type: ignore
            smoothquant_config=get_algo_config("smoothquant", config["smoothquant_config"]),  # type: ignore
            autosmoothquant_config=get_algo_config("autosmoothquant", config["autosmoothquant_config"]),
            rotation_config=get_algo_config("rotation", config["rotation_config"]),
        )  # type: ignore

    """
    Developer Note for Quark Engineers:
    ====================================

    To add a new model template, follow these steps:

        1. Add the model configuration to DEFAULT_TEMPLATES dictionary above.
        2. Add corresponding algorithm configs to the algo config registry if the algorithm is needed.
        (see quark/torch/quantization/config/algo_config.py)
        3. Update the docstring list in LLMTemplate.get() method to include the new model type.
        4. Test the new template with various quantization schemes and algorithms

    Example for adding "new_model":

    .. code-block:: python

        "new_model": {
            "kv_layers_name": ["*attention.k_proj", "*attention.v_proj"],
            "q_layer_name": "*attention.q_proj",
            "exclude_layers_name": ["lm_head"],
            "awq_config": "new_model",
            "gptq_config": "new_model",
            "smoothquant_config": "new_model",
            "autosmoothquant_config": "new_model",
            "rotation_config": "new_model",
        }
    """

    # Register built-in templates
    for model_type, config in DEFAULT_TEMPLATES.items():
        if model_type not in LLMTemplate._templates:
            template = _create_template_from_config(model_type, config)
            LLMTemplate.register_template(template)