mirror of
https://github.com/oobabooga/text-generation-webui.git
synced 2025-06-07 14:17:09 -04:00
299 lines
22 KiB
Python
299 lines
22 KiB
Python
import importlib
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import math
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import re
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import traceback
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from functools import partial
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from pathlib import Path
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import gradio as gr
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import psutil
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import torch
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from transformers import is_torch_npu_available, is_torch_xpu_available
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from modules import loaders, shared, ui, utils
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from modules.logging_colors import logger
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from modules.LoRA import add_lora_to_model
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from modules.models import load_model, unload_model
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from modules.models_settings import (
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apply_model_settings_to_state,
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get_model_metadata,
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save_instruction_template,
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save_model_settings,
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update_model_parameters
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)
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from modules.utils import gradio
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def create_ui():
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mu = shared.args.multi_user
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# Finding the default values for the GPU and CPU memories
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total_mem = []
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if is_torch_xpu_available():
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for i in range(torch.xpu.device_count()):
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total_mem.append(math.floor(torch.xpu.get_device_properties(i).total_memory / (1024 * 1024)))
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elif is_torch_npu_available():
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for i in range(torch.npu.device_count()):
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total_mem.append(math.floor(torch.npu.get_device_properties(i).total_memory / (1024 * 1024)))
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else:
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for i in range(torch.cuda.device_count()):
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total_mem.append(math.floor(torch.cuda.get_device_properties(i).total_memory / (1024 * 1024)))
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default_gpu_mem = []
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if shared.args.gpu_memory is not None and len(shared.args.gpu_memory) > 0:
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for i in shared.args.gpu_memory:
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if 'mib' in i.lower():
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default_gpu_mem.append(int(re.sub('[a-zA-Z ]', '', i)))
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else:
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default_gpu_mem.append(int(re.sub('[a-zA-Z ]', '', i)) * 1000)
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while len(default_gpu_mem) < len(total_mem):
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default_gpu_mem.append(0)
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total_cpu_mem = math.floor(psutil.virtual_memory().total / (1024 * 1024))
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if shared.args.cpu_memory is not None:
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default_cpu_mem = re.sub('[a-zA-Z ]', '', shared.args.cpu_memory)
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else:
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default_cpu_mem = 0
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with gr.Tab("Model", elem_id="model-tab"):
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with gr.Row():
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with gr.Column():
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with gr.Row():
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with gr.Column():
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with gr.Row():
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shared.gradio['model_menu'] = gr.Dropdown(choices=utils.get_available_models(), value=lambda: shared.model_name, label='Model', elem_classes='slim-dropdown', interactive=not mu)
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ui.create_refresh_button(shared.gradio['model_menu'], lambda: None, lambda: {'choices': utils.get_available_models()}, 'refresh-button', interactive=not mu)
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shared.gradio['load_model'] = gr.Button("Load", visible=not shared.settings['autoload_model'], elem_classes='refresh-button', interactive=not mu)
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shared.gradio['unload_model'] = gr.Button("Unload", elem_classes='refresh-button', interactive=not mu)
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shared.gradio['save_model_settings'] = gr.Button("Save settings", elem_classes='refresh-button', interactive=not mu)
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with gr.Column():
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with gr.Row():
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shared.gradio['lora_menu'] = gr.Dropdown(multiselect=True, choices=utils.get_available_loras(), value=shared.lora_names, label='LoRA(s)', elem_classes='slim-dropdown', interactive=not mu)
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ui.create_refresh_button(shared.gradio['lora_menu'], lambda: None, lambda: {'choices': utils.get_available_loras(), 'value': shared.lora_names}, 'refresh-button', interactive=not mu)
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shared.gradio['lora_menu_apply'] = gr.Button(value='Apply LoRAs', elem_classes='refresh-button', interactive=not mu)
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with gr.Row():
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with gr.Column():
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shared.gradio['loader'] = gr.Dropdown(label="Model loader", choices=loaders.loaders_and_params.keys(), value=None)
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with gr.Blocks():
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with gr.Row():
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with gr.Column():
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for i in range(len(total_mem)):
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shared.gradio[f'gpu_memory_{i}'] = gr.Slider(label=f"gpu-memory in MiB for device :{i}", maximum=total_mem[i], value=default_gpu_mem[i])
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shared.gradio['cpu_memory'] = gr.Slider(label="cpu-memory in MiB", maximum=total_cpu_mem, value=default_cpu_mem)
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shared.gradio['n_gpu_layers'] = gr.Slider(label="n-gpu-layers", minimum=0, maximum=256, value=shared.args.n_gpu_layers, info='Must be greater than 0 for the GPU to be used. ⚠️ Lower this value if you can\'t load the model.')
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shared.gradio['threads'] = gr.Slider(label="threads", minimum=0, step=1, maximum=256, value=shared.args.threads)
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shared.gradio['threads_batch'] = gr.Slider(label="threads_batch", minimum=0, step=1, maximum=256, value=shared.args.threads_batch)
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shared.gradio['batch_size'] = gr.Slider(label="batch_size", minimum=1, maximum=4096, step=1, value=shared.args.batch_size)
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shared.gradio['hqq_backend'] = gr.Dropdown(label="hqq_backend", choices=["PYTORCH", "PYTORCH_COMPILE", "ATEN"], value=shared.args.hqq_backend)
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shared.gradio['n_ctx'] = gr.Number(label="n_ctx", precision=0, step=256, value=shared.args.n_ctx, info='Context length. ⚠️ Lower this value if you can\'t load the model. Common values: 2048, 4096, 8192, 16384, 32768.')
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shared.gradio['max_seq_len'] = gr.Number(label='max_seq_len', precision=0, step=256, value=shared.args.max_seq_len, info='Context length. ⚠️ Lower this value if you can\'t load the model. Common values: 2048, 4096, 8192, 16384, 32768.')
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shared.gradio['cache_type'] = gr.Dropdown(label="cache_type", choices=['fp16', 'q8_0', 'q4_0', 'fp8', 'q8', 'q6', 'q4'], value=shared.args.cache_type, info='Valid options: llama.cpp - fp16, q8_0, q4_0; ExLlamaV2 - fp16, fp8, q8, q6, q4.')
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shared.gradio['tensor_split'] = gr.Textbox(label='tensor_split', info='List of proportions to split the model across multiple GPUs. Example: 60,40')
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shared.gradio['gpu_split'] = gr.Textbox(label='gpu-split', info='Comma-separated list of VRAM (in GB) to use per GPU. Example: 20,7,7')
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shared.gradio['alpha_value'] = gr.Number(label='alpha_value', value=shared.args.alpha_value, precision=2, info='Positional embeddings alpha factor for NTK RoPE scaling. Recommended values (NTKv1): 1.75 for 1.5x context, 2.5 for 2x context. Use either this or compress_pos_emb, not both.')
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shared.gradio['rope_freq_base'] = gr.Number(label='rope_freq_base', value=shared.args.rope_freq_base, precision=0, info='Positional embeddings frequency base for NTK RoPE scaling. Related to alpha_value by rope_freq_base = 10000 * alpha_value ^ (64 / 63). 0 = from model.')
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shared.gradio['compress_pos_emb'] = gr.Number(label='compress_pos_emb', value=shared.args.compress_pos_emb, precision=2, info='Positional embeddings compression factor. Should be set to (context length) / (model\'s original context length). Equal to 1/rope_freq_scale.')
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shared.gradio['compute_dtype'] = gr.Dropdown(label="compute_dtype", choices=["bfloat16", "float16", "float32"], value=shared.args.compute_dtype, info='Used by load-in-4bit.')
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shared.gradio['quant_type'] = gr.Dropdown(label="quant_type", choices=["nf4", "fp4"], value=shared.args.quant_type, info='Used by load-in-4bit.')
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shared.gradio['num_experts_per_token'] = gr.Number(label="Number of experts per token", value=shared.args.num_experts_per_token, info='Only applies to MoE models like Mixtral.')
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with gr.Column():
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shared.gradio['load_in_8bit'] = gr.Checkbox(label="load-in-8bit", value=shared.args.load_in_8bit)
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shared.gradio['load_in_4bit'] = gr.Checkbox(label="load-in-4bit", value=shared.args.load_in_4bit)
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shared.gradio['torch_compile'] = gr.Checkbox(label="torch-compile", value=shared.args.torch_compile, info='Compile the model with torch.compile for improved performance.')
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shared.gradio['flash_attn'] = gr.Checkbox(label="flash_attn", value=shared.args.flash_attn, info='Use flash-attention.')
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shared.gradio['use_flash_attention_2'] = gr.Checkbox(label="use_flash_attention_2", value=shared.args.use_flash_attention_2, info='Set use_flash_attention_2=True while loading the model.')
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shared.gradio['auto_devices'] = gr.Checkbox(label="auto-devices", value=shared.args.auto_devices)
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shared.gradio['cpu'] = gr.Checkbox(label="cpu", value=shared.args.cpu, info='llama.cpp: Use llama-cpp-python compiled without GPU acceleration. Transformers: use PyTorch in CPU mode.')
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shared.gradio['disk'] = gr.Checkbox(label="disk", value=shared.args.disk)
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shared.gradio['row_split'] = gr.Checkbox(label="row_split", value=shared.args.row_split, info='Split the model by rows across GPUs. This may improve multi-gpu performance.')
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shared.gradio['no_kv_offload'] = gr.Checkbox(label="no_kv_offload", value=shared.args.no_kv_offload, info='Do not offload the K, Q, V to the GPU. This saves VRAM but reduces the performance.')
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shared.gradio['no_mul_mat_q'] = gr.Checkbox(label="no_mul_mat_q", value=shared.args.no_mul_mat_q, info='Disable the mulmat kernels.')
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shared.gradio['no_mmap'] = gr.Checkbox(label="no-mmap", value=shared.args.no_mmap)
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shared.gradio['mlock'] = gr.Checkbox(label="mlock", value=shared.args.mlock)
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shared.gradio['numa'] = gr.Checkbox(label="numa", value=shared.args.numa, info='NUMA support can help on some systems with non-uniform memory access.')
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shared.gradio['use_double_quant'] = gr.Checkbox(label="use_double_quant", value=shared.args.use_double_quant, info='Used by load-in-4bit.')
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shared.gradio['use_eager_attention'] = gr.Checkbox(label="use_eager_attention", value=shared.args.use_eager_attention, info='Set attn_implementation= eager while loading the model.')
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shared.gradio['bf16'] = gr.Checkbox(label="bf16", value=shared.args.bf16)
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shared.gradio['autosplit'] = gr.Checkbox(label="autosplit", value=shared.args.autosplit, info='Automatically split the model tensors across the available GPUs.')
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shared.gradio['enable_tp'] = gr.Checkbox(label="enable_tp", value=shared.args.enable_tp, info='Enable Tensor Parallelism (TP).')
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shared.gradio['no_flash_attn'] = gr.Checkbox(label="no_flash_attn", value=shared.args.no_flash_attn)
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shared.gradio['no_xformers'] = gr.Checkbox(label="no_xformers", value=shared.args.no_xformers)
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shared.gradio['no_sdpa'] = gr.Checkbox(label="no_sdpa", value=shared.args.no_sdpa)
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shared.gradio['cfg_cache'] = gr.Checkbox(label="cfg-cache", value=shared.args.cfg_cache, info='Necessary to use CFG with this loader.')
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shared.gradio['cpp_runner'] = gr.Checkbox(label="cpp-runner", value=shared.args.cpp_runner, info='Enable inference with ModelRunnerCpp, which is faster than the default ModelRunner.')
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shared.gradio['trust_remote_code'] = gr.Checkbox(label="trust-remote-code", value=shared.args.trust_remote_code, info='Set trust_remote_code=True while loading the tokenizer/model. To enable this option, start the web UI with the --trust-remote-code flag.', interactive=shared.args.trust_remote_code)
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shared.gradio['no_use_fast'] = gr.Checkbox(label="no_use_fast", value=shared.args.no_use_fast, info='Set use_fast=False while loading the tokenizer.')
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shared.gradio['llamacpp_HF_info'] = gr.Markdown("llamacpp_HF loads llama.cpp as a Transformers model. To use it, you need to place your GGUF in a subfolder of models/ with the necessary tokenizer files.\n\nYou can use the \"llamacpp_HF creator\" menu to do that automatically.")
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shared.gradio['exllamav2_info'] = gr.Markdown("ExLlamav2_HF is recommended over ExLlamav2 for better integration with extensions and more consistent sampling behavior across loaders.")
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shared.gradio['tensorrt_llm_info'] = gr.Markdown('* TensorRT-LLM has to be installed manually in a separate Python 3.10 environment at the moment. For a guide, consult the description of [this PR](https://github.com/oobabooga/text-generation-webui/pull/5715). \n\n* `max_seq_len` is only used when `cpp-runner` is checked.\n\n* `cpp_runner` does not support streaming at the moment.')
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with gr.Column():
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with gr.Row():
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shared.gradio['autoload_model'] = gr.Checkbox(value=shared.settings['autoload_model'], label='Autoload the model', info='Whether to load the model as soon as it is selected in the Model dropdown.', interactive=not mu)
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with gr.Tab("Download"):
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shared.gradio['custom_model_menu'] = gr.Textbox(label="Download model or LoRA", info="Enter the Hugging Face username/model path, for instance: facebook/galactica-125m. To specify a branch, add it at the end after a \":\" character like this: facebook/galactica-125m:main. To download a single file, enter its name in the second box.", interactive=not mu)
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shared.gradio['download_specific_file'] = gr.Textbox(placeholder="File name (for GGUF models)", show_label=False, max_lines=1, interactive=not mu)
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with gr.Row():
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shared.gradio['download_model_button'] = gr.Button("Download", variant='primary', interactive=not mu)
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shared.gradio['get_file_list'] = gr.Button("Get file list", interactive=not mu)
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with gr.Tab("Customize instruction template"):
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with gr.Row():
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shared.gradio['customized_template'] = gr.Dropdown(choices=utils.get_available_instruction_templates(), value='None', label='Select the desired instruction template', elem_classes='slim-dropdown')
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ui.create_refresh_button(shared.gradio['customized_template'], lambda: None, lambda: {'choices': utils.get_available_instruction_templates()}, 'refresh-button', interactive=not mu)
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shared.gradio['customized_template_submit'] = gr.Button("Submit", variant="primary", interactive=not mu)
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gr.Markdown("This allows you to set a customized template for the model currently selected in the \"Model loader\" menu. Whenever the model gets loaded, this template will be used in place of the template specified in the model's medatada, which sometimes is wrong.")
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with gr.Row():
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shared.gradio['model_status'] = gr.Markdown('No model is loaded' if shared.model_name == 'None' else 'Ready')
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def create_event_handlers():
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shared.gradio['loader'].change(loaders.make_loader_params_visible, gradio('loader'), gradio(loaders.get_all_params()), show_progress=False)
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# In this event handler, the interface state is read and updated
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# with the model defaults (if any), and then the model is loaded
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# unless "autoload_model" is unchecked
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shared.gradio['model_menu'].change(
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ui.gather_interface_values, gradio(shared.input_elements), gradio('interface_state')).then(
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handle_load_model_event_initial, gradio('model_menu', 'interface_state'), gradio(ui.list_interface_input_elements()) + gradio('interface_state'), show_progress=False).then(
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load_model_wrapper, gradio('model_menu', 'loader', 'autoload_model'), gradio('model_status'), show_progress=True).success(
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handle_load_model_event_final, gradio('truncation_length', 'loader', 'interface_state'), gradio('truncation_length', 'filter_by_loader'), show_progress=False)
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shared.gradio['load_model'].click(
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ui.gather_interface_values, gradio(shared.input_elements), gradio('interface_state')).then(
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update_model_parameters, gradio('interface_state'), None).then(
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partial(load_model_wrapper, autoload=True), gradio('model_menu', 'loader'), gradio('model_status'), show_progress=True).success(
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handle_load_model_event_final, gradio('truncation_length', 'loader', 'interface_state'), gradio('truncation_length', 'filter_by_loader'), show_progress=False)
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shared.gradio['unload_model'].click(handle_unload_model_click, None, gradio('model_status'), show_progress=False)
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shared.gradio['save_model_settings'].click(
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ui.gather_interface_values, gradio(shared.input_elements), gradio('interface_state')).then(
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save_model_settings, gradio('model_menu', 'interface_state'), gradio('model_status'), show_progress=False)
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shared.gradio['lora_menu_apply'].click(load_lora_wrapper, gradio('lora_menu'), gradio('model_status'), show_progress=False)
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shared.gradio['download_model_button'].click(download_model_wrapper, gradio('custom_model_menu', 'download_specific_file'), gradio('model_status'), show_progress=True)
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shared.gradio['get_file_list'].click(partial(download_model_wrapper, return_links=True), gradio('custom_model_menu', 'download_specific_file'), gradio('model_status'), show_progress=True)
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shared.gradio['autoload_model'].change(lambda x: gr.update(visible=not x), gradio('autoload_model'), gradio('load_model'))
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shared.gradio['customized_template_submit'].click(save_instruction_template, gradio('model_menu', 'customized_template'), gradio('model_status'), show_progress=True)
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def load_model_wrapper(selected_model, loader, autoload=False):
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settings = get_model_metadata(selected_model)
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if not autoload:
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yield "### {}\n\n- Settings updated: Click \"Load\" to load the model\n- Max sequence length: {}".format(selected_model, settings['truncation_length_info'])
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return
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if selected_model == 'None':
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yield "No model selected"
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else:
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try:
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yield f"Loading `{selected_model}`..."
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unload_model()
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if selected_model != '':
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shared.model, shared.tokenizer = load_model(selected_model, loader)
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if shared.model is not None:
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yield f"Successfully loaded `{selected_model}`."
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else:
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yield f"Failed to load `{selected_model}`."
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except:
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exc = traceback.format_exc()
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logger.error('Failed to load the model.')
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print(exc)
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yield exc.replace('\n', '\n\n')
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def load_lora_wrapper(selected_loras):
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yield ("Applying the following LoRAs to {}:\n\n{}".format(shared.model_name, '\n'.join(selected_loras)))
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add_lora_to_model(selected_loras)
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yield ("Successfuly applied the LoRAs")
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def download_model_wrapper(repo_id, specific_file, progress=gr.Progress(), return_links=False, check=False):
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try:
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if repo_id == "":
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yield ("Please enter a model path")
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return
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repo_id = repo_id.strip()
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specific_file = specific_file.strip()
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downloader = importlib.import_module("download-model").ModelDownloader()
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progress(0.0)
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model, branch = downloader.sanitize_model_and_branch_names(repo_id, None)
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yield ("Getting the download links from Hugging Face")
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links, sha256, is_lora, is_llamacpp = downloader.get_download_links_from_huggingface(model, branch, text_only=False, specific_file=specific_file)
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if return_links:
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output = "```\n"
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for link in links:
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output += f"{Path(link).name}" + "\n"
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output += "```"
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yield output
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return
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yield ("Getting the output folder")
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output_folder = downloader.get_output_folder(
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model,
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branch,
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is_lora,
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is_llamacpp=is_llamacpp,
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model_dir=shared.args.model_dir if shared.args.model_dir != shared.args_defaults.model_dir else None
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)
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if output_folder == Path("models"):
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output_folder = Path(shared.args.model_dir)
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elif output_folder == Path("loras"):
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output_folder = Path(shared.args.lora_dir)
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if check:
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progress(0.5)
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yield ("Checking previously downloaded files")
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downloader.check_model_files(model, branch, links, sha256, output_folder)
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progress(1.0)
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else:
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yield (f"Downloading file{'s' if len(links) > 1 else ''} to `{output_folder}/`")
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downloader.download_model_files(model, branch, links, sha256, output_folder, progress_bar=progress, threads=4, is_llamacpp=is_llamacpp)
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yield (f"Model successfully saved to `{output_folder}/`.")
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except:
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progress(1.0)
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yield traceback.format_exc().replace('\n', '\n\n')
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def update_truncation_length(current_length, state):
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if 'loader' in state:
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if state['loader'].lower().startswith('exllama'):
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return state['max_seq_len']
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elif state['loader'] == 'llama.cpp':
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return state['n_ctx']
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return current_length
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def handle_load_model_event_initial(model, state):
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state = apply_model_settings_to_state(model, state)
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output = ui.apply_interface_values(state)
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update_model_parameters(state)
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return output + [state]
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def handle_load_model_event_final(truncation_length, loader, state):
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truncation_length = update_truncation_length(truncation_length, state)
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return [truncation_length, loader]
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def handle_unload_model_click():
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unload_model()
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return "Model unloaded"
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