EasyDeL 0.0.26

An open-source library to make training faster and more optimized in Jax/Flax

EasyDeL

EasyDeL (Easy Deep Learning) is an open-source library designed to accelerate and optimize the training process of machine learning models. This library is primarily focused on Jax/Flax and plans to offer easy and fine solutions to train Flax/Jax Models on the TPU/GPU

Note this Library needs golang to run (for some tracking stuff on TPU/GPU/CPU)

install go on ubuntu be like

sudo apt-get update && apt-get upgrade -y
sudo apt-get install golang -y 

Installation

Available on PyPi

To install EasyDeL, you can use pip:

pip install easydel

PyGit

for the latest version (beta)

pip install git+https://github.com/erfanzar/EasyDel

Tutorials

Tutorials on how to use and train or serve your models with EasyDel is available at examples dir

1. Serving

2. Train

3. Use Llama 2 Models

Available Models Are

• Llama (Support FSDP, MP, DP)(Supports gradient checkpointing)
• GPT-J (Support FSDP, MP, DP)(Supports gradient checkpointing)
• LT (Support FSDP, MP, DP)(Supports gradient checkpointing)
• MosaicMPT (Support FSDP, MP, DP)(Supports gradient checkpointing)
• GPTNeoX (Support FSDP, MP, DP)(Supports gradient checkpointing)
• Falcon (Support FSDP, MP, DP)(Supports gradient checkpointing)
• Palm (Support FSDP, MP, DP)(Supports gradient checkpointing)
• T5 (Support FSDP, MP, DP)(Supports gradient checkpointing)
• OPT (Support FSDP, MP, DP)(Supports gradient checkpointing)

• LLama GPT-J MosaicMPT Falcon supports Flash Attention

you can also tell me the model you want in Flax/Jax version and ill try my best to build it ;)

FineTuning

with using EasyDel FineTuning LLM (CausalLanguageModels) are easy as much as possible with using Jax and Flax and having the benefit of TPUs for the best speed here's a simple code to use in order to finetune your own MPT / LLama or any other models supported by EasyDel

Step One

download converted model weights in order to finetune or convert the weights of the model you want to use transform in the library example

import jax
from EasyDel.transform.mpt import convert_pt_to_flax_7b
from fjutils.utils import save_ckpt

number_of_layers = 32  # its 32 hidden layers for Mpt 7B
device = jax.devices('cpu')[0]  # offload on CPU

pytorch_model_state_dict = None  # StateDict of the model should be this one
flax_params = convert_pt_to_flax_7b(pytorch_model_state_dict, number_of_layers, device)
save_ckpt(flax_params, 'flax_param_easydel')

Step Two

now it's time to finetune or model

import jax.numpy
from EasyDel import TrainArguments, CausalLMTrainer
from datasets import load_dataset
from EasyDel.configs import configs

max_length = 4096
conf = configs.mpt_configs['7b']
conf['max_sequence_length'] = max_length
conf['max_seq_len'] = max_length

train_args = TrainArguments(
    model_id='erfanzar/FlaxMpt-7B',
    # right now you should use model supported with remote code from huggingface all model are supported and uploaded
    model_name='my_first_model_to_train_using_easydel',
    num_train_epochs=3,
    learning_rate=1e-5,
    learning_rate_end=1e-6,
    optimizer='lion',  # 'adamw', 'lion', 'adafactor','warm_up_cosine' are supported
    scheduler='linear',  # 'linear' or 'cosine' or 'none'
    weight_decay=0.01,
    total_batch_size=16,
    max_steps=None,  # None to let trainer Decide
    do_train=True,
    do_eval=False,  # it's optional but supported 
    backend='tpu',  # default backed is set to cpu so you must define you want to use tpu cpu or gpu
    max_length=max_length,  # Note that you have to change this in the model config too
    gradient_checkpointing='nothing_saveable',
    sharding_array=(1, -1, 1),  # the way to shard model across gpu,cpu or TPUs using sharding array (1, -1, 1)
    # everything training will be in fully fsdp automatic and share data between devices
    use_pjit_attention_force=False,
    extra_configs=conf,
    remove_ckpt_after_load=True,
    gradient_accumulation_steps=8
)
dataset = load_dataset('TRAIN_DATASET')
dataset_train = dataset['train']
dataset_eval = dataset['eval']

trainer = CausalLMTrainer(train_args,
                          dataset_train,
                          ckpt_path='flax_param_easydel')
model_and_extra_outputs = trainer.train()
print(f'Hey ! , here\'s where your model saved {model_and_extra_outputs.last_save_file_name}')

you can then convert it to pytorch for better use I don't recommend jax/flax for hosting models since pytorch is better option for gpus

Usage

To use EasyDeL in your project, you will need to import the library in your Python script and use its various functions and classes. Here is an example of how to import EasyDeL and use its Model class:

from EasyDel import JAXServer, FlaxLlamaForCausalLM, LlamaConfig
from EasyDel.transform import llama_from_pretrained
from transformers import AutoTokenizer

import jax

model_id = 'meta-llama/Llama-2-7b-chat-hf'

tokenizer = AutoTokenizer.from_pretrained(model_id, trust_remote_code=True)

params, config = llama_from_pretrained(model_id, jax.devices('cpu')[0])
model = FlaxLlamaForCausalLM(
    config,
    dtype='float16',
    param_dtype='float16',
    _do_init=False,
)
server = JAXServer.load_from_params(
    model=model,
    config_model=config,
    tokenizer=tokenizer,
    params=model.params,
    add_param_field=True
)

predictions = server.process(
    'String To The Model'
)

Contributing

EasyDeL is an open-source project, and contributions are welcome. If you would like to contribute to EasyDeL, please fork the repository, make your changes, and submit a pull request. The team behind EasyDeL will review your changes and merge them if they are suitable.

License

EasyDeL is released under the Apache v2 license. Please see the LICENSE file in the root directory of this project for more information.

Contact

If you have any questions or comments about EasyDeL, you can reach out to me