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SuperAdapters

Finetune ALL LLMs with ALL Adapeters on ALL Platforms!

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You can Finetune LLM on

• Windows
• Linux
• Mac M1/2

You can Handle train / test Data with

• Terminal
• File
• DataBase

You can Do various Task

• CausalLM (default)
• SequenceClassification

P.S. Unfortunately, SuperAdapters do not support qlora on Mac, please use lora/adalora instead.

Requirement

CentOS:

yum install -y xz-devel

Ubuntu:

apt-get install -y liblzma-dev

MacOS:

brew install xz

P.S. Maybe you should recompile the python with xz

CPPFLAGS="-I$(brew --prefix xz)/include" pyenv install 3.10.0

If you want to use gpu on Mac, Please read How to use GPU on Mac

pip install --pre torch torchvision torchaudio --extra-index-url https://download.pytorch.org/whl/nightly/cpu
pip install -r requirements.txt

LLMs

Finetune Data Format

Here is an example

Usage

ChatGLM with lora

python finetune.py --model_type chatglm --data "data/train/" --model_path "LLMs/chatglm/chatglm-6b/" --adapter "lora" --output_dir "output/chatglm"

python inference.py --model_type chatglm --instruction "Who are you?" --model_path "LLMs/chatglm/chatglm-6b/" --adapter_weights "output/chatglm" --max_new_tokens 32

LLaMa with lora

python finetune.py --model_type llama --data "data/train/" --model_path "LLMs/open-llama/open-llama-3b/" --adapter "lora" --output_dir "output/llama"

python inference.py --model_type llama --instruction "Who are you?" --model_path "LLMs/open-llama/open-llama-3b" --adapter_weights "output/llama" --max_new_tokens 32

Qwen with lora

python finetune.py --model_type qwen --data "data/train/" --model_path "LLMs/Qwen/Qwen-7b-chat" --adapter "lora" --output_dir "output/Qwen"

python inference.py --model_type qwen --instruction "Who are you?" --model_path "LLMs/Qwen/Qwen-7b-chat" --adapter_weights "output/Qwen" --max_new_tokens 32

Other LLMs are some usage of the above.

Use Classify Mode

You need to specify task_type('classify') and labels

python finetune.py --model_type llama --data "data/train/alpaca_tiny_classify.json" --model_path "LLMs/open-llama/open-llama-3b" --adapter "lora" --output_dir "output/llama" --task_type classify --labels '["0", "1"]' --disable_wandb

python inference.py --model_type llama --data "data/train/alpaca_tiny_classify.json" --model_path "LLMs/open-llama/open-llama-3b" --adapter_weights "output/llama" --task_type classify --labels '["0", "1"]' --disable_wandb

Use DataBase

1. You need to install a MySQL, and put the db config into the system env.

Eg.

export LLM_DB_HOST='127.0.0.1'
export LLM_DB_PORT=3306
export LLM_DB_USERNAME='YOURUSERNAME'
export LLM_DB_PASSWORD='YOURPASSWORD'
export LLM_DB_NAME='YOURDBNAME'

2. create the necessary tables

Here is the sql files

source xxxx.sql

• db_iteration: [train/test] The record's set name.
• db_type: [test] The record is whether "train" or "test".
• db_test_iteration: [test] The record's test set name.

3. finetune (use chatglm for example)

python finetune.py --model_type chatglm --fromdb --db_iteration xxxxxx --model_path "LLMs/chatglm/chatglm-6b/" --adapter "lora" --output_dir "output/chatglm" --disable_wandb

4. eval

python inference.py --model_type chatglm --fromdb --db_iteration xxxxxx --db_type 'test' --db_test_iteration yyyyyyy --model_path "LLMs/chatglm/chatglm-6b/" --adapter_weights "output/chatglm" --max_new_tokens 6

Params

Finetune

usage: finetune.py [-h] [--data DATA] [--model_type {llama,llama2,llama3,chatglm,chatglm2,bloom,qwen,baichuan,mixtral,phi,gemma}] [--task_type {seq2seq,classify}] [--labels LABELS] [--model_path MODEL_PATH]
                   [--output_dir OUTPUT_DIR] [--disable_wandb] [--adapter {lora,qlora,adalora,prompt,p_tuning,prefix}] [--lora_r LORA_R] [--lora_alpha LORA_ALPHA] [--lora_dropout LORA_DROPOUT]
                   [--lora_target_modules LORA_TARGET_MODULES [LORA_TARGET_MODULES ...]] [--adalora_init_r ADALORA_INIT_R] [--adalora_tinit ADALORA_TINIT] [--adalora_tfinal ADALORA_TFINAL]
                   [--adalora_delta_t ADALORA_DELTA_T] [--num_virtual_tokens NUM_VIRTUAL_TOKENS] [--mapping_hidden_dim MAPPING_HIDDEN_DIM] [--epochs EPOCHS] [--learning_rate LEARNING_RATE]
                   [--cutoff_len CUTOFF_LEN] [--val_set_size VAL_SET_SIZE] [--group_by_length] [--logging_steps LOGGING_STEPS] [--load_8bit] [--add_eos_token]
                   [--resume_from_checkpoint [RESUME_FROM_CHECKPOINT]] [--per_gpu_train_batch_size PER_GPU_TRAIN_BATCH_SIZE] [--gradient_accumulation_steps GRADIENT_ACCUMULATION_STEPS] [--fromdb]
                   [--db_iteration DB_ITERATION]

Finetune for all.

optional arguments:
  -h, --help            show this help message and exit
  --data DATA           the data used for instructing tuning
  --model_type {llama,llama2,llama3,chatglm,chatglm2,bloom,qwen,baichuan,mixtral,phi,gemma}
  --task_type {seq2seq,classify}
  --labels LABELS       Labels to classify, only used when task_type is classify
  --model_path MODEL_PATH
  --output_dir OUTPUT_DIR
                        The DIR to save the model
  --disable_wandb       Disable report to wandb
  --adapter {lora,qlora,adalora,prompt,p_tuning,prefix}
  --lora_r LORA_R
  --lora_alpha LORA_ALPHA
  --lora_dropout LORA_DROPOUT
  --lora_target_modules LORA_TARGET_MODULES [LORA_TARGET_MODULES ...]
                        the module to be injected, e.g. q_proj/v_proj/k_proj/o_proj for llama, query_key_value for bloom&GLM
  --adalora_init_r ADALORA_INIT_R
  --adalora_tinit ADALORA_TINIT
                        number of warmup steps for AdaLoRA wherein no pruning is performed
  --adalora_tfinal ADALORA_TFINAL
                        fix the resulting budget distribution and fine-tune the model for tfinal steps when using AdaLoRA
  --adalora_delta_t ADALORA_DELTA_T
                        interval of steps for AdaLoRA to update rank
  --num_virtual_tokens NUM_VIRTUAL_TOKENS
  --mapping_hidden_dim MAPPING_HIDDEN_DIM
  --epochs EPOCHS
  --learning_rate LEARNING_RATE
  --cutoff_len CUTOFF_LEN
  --val_set_size VAL_SET_SIZE
  --group_by_length
  --logging_steps LOGGING_STEPS
  --load_8bit
  --add_eos_token
  --resume_from_checkpoint [RESUME_FROM_CHECKPOINT]
                        resume from the specified or the latest checkpoint, e.g. `--resume_from_checkpoint [path]` or `--resume_from_checkpoint`
  --per_gpu_train_batch_size PER_GPU_TRAIN_BATCH_SIZE
                        Batch size per GPU/CPU for training.
  --gradient_accumulation_steps GRADIENT_ACCUMULATION_STEPS
  --fromdb
  --db_iteration DB_ITERATION
                        The record's set name.
  --db_item_num DB_ITEM_NUM
                        The Limit Num of train/test items selected from DB.

Generate

usage: inference.py [-h] [--debug] [--web] [--api] [--instruction INSTRUCTION] [--input INPUT] [--max_input MAX_INPUT] [--test_data_path TEST_DATA_PATH]
                    [--model_type {llama,llama2,llama3,chatglm,chatglm2,bloom,qwen,baichuan,mixtral,phi,phi3,gemma}] [--task_type {seq2seq,classify}] [--labels LABELS] [--model_path MODEL_PATH]
                    [--adapter_weights ADAPTER_WEIGHTS] [--load_8bit] [--temperature TEMPERATURE] [--top_p TOP_P] [--top_k TOP_K] [--max_new_tokens MAX_NEW_TOKENS] [--vllm] [--fromdb] [--db_type DB_TYPE]
                    [--db_iteration DB_ITERATION] [--db_test_iteration DB_TEST_ITERATION] [--db_item_num DB_ITEM_NUM]

Inference for all.

optional arguments:
  -h, --help            show this help message and exit
  --debug               Debug Mode to output detail info
  --web                 Web Demo to try the inference
  --api                 API to try the inference
  --instruction INSTRUCTION
  --input INPUT
  --max_input MAX_INPUT
                        Limit the input length to avoid OOM or other bugs
  --test_data_path TEST_DATA_PATH
                        The DIR of test data
  --model_type {llama,llama2,llama3,chatglm,chatglm2,bloom,qwen,baichuan,mixtral,phi,phi3,gemma}
  --task_type {seq2seq,classify}
  --labels LABELS       Labels to classify, only used when task_type is classify
  --model_path MODEL_PATH
  --adapter_weights ADAPTER_WEIGHTS
                        The DIR of adapter weights
  --load_8bit
  --temperature TEMPERATURE
                        temperature higher, LLM is more creative
  --top_p TOP_P
  --top_k TOP_K
  --max_new_tokens MAX_NEW_TOKENS
  --vllm                Use vllm to accelerate inference.
  --fromdb
  --db_type DB_TYPE     The record is whether 'train' or 'test'.
  --db_iteration DB_ITERATION
                        The record's set name.
  --db_test_iteration DB_TEST_ITERATION
                        The record's test set name.
  --db_item_num DB_ITEM_NUM
                        The Limit Num of train/test items selected from DB.

Use vllm:

1. Combine the Base Model and Adapter weight

python tool.py combine --model_type llama3 --model_path "LLMs/llama3.1/" --adapter_weights "output/llama3.1/" --output_dir "output/llama3.1-combined/"

2. Install the dependencies and start vllm server, Help Link.
3. use option vllm

python inference.py --model_type llama3 --instruction "Who are you?" --model_path "/root/SuperAdapters/output/llama3.1-combined" --vllm --max_new_tokens 32

Tool

Combine Base Model and Adapter weight

usage: tool.py combine [-h] [--model_type {llama,llama2,llama3,chatglm,chatglm2,bloom,qwen,baichuan,mixtral,phi,phi3,gemma}] [--model_path MODEL_PATH] [--adapter_weights ADAPTER_WEIGHTS]
                       [--output_dir OUTPUT_DIR] [--max_shard_size MAX_SHARD_SIZE]

optional arguments:
  -h, --help            show this help message and exit
  --model_type {llama,llama2,llama3,chatglm,chatglm2,bloom,qwen,baichuan,mixtral,phi,phi3,gemma}
  --model_path MODEL_PATH
  --adapter_weights ADAPTER_WEIGHTS
                        The DIR of adapter weights
  --output_dir OUTPUT_DIR
                        The DIR to save the model
  --max_shard_size MAX_SHARD_SIZE
                        Max size of each of the combined model weight, like 1GB,5GB,etc.

python tool.py combine --model_type llama --model_path "LLMs/open-llama/open-llama-3b/" --adapter_weights "output/llama/" --output_dir "output/combine/"

Inference Web

Add the "--web" parameter

python inference.py --model_type phi --model_path "LLMs/phi/phi-2" --web

Inference API

Add the "--api" parameter

python inference.py --model_type phi --model_path "LLMs/phi/phi-2" --api

Label Web

Classify

python web/label.py

Chat

python web/label.py --type chat

Reference

• https://github.com/AGI-Edgerunners/LLM-Adapters
• https://github.com/PhoebusSi/Alpaca-CoT
• https://transformers.run/
• https://www.mikecaptain.com/2023/01/22/captain-aigc-1-transformer/