run_debug.sh

#!/bin/bash

DATA=${1:-"ocp_subsampled_5G"}

if [[ $DATA == "ocp_subsampled_5G" ]]; then
  input_dir="ocp_subsampled_5G"
  splits_dir="ocp_subsampled_5G_entropy87_splits"
  compression_dir="ocp_subsampled_5G_entropy87_enumerative_compression"

  #### Step 1: setup subsampled data for evaluation
  if [[ ! -d "$input_dir" ]]; then
    mkdir $input_dir
    head -n 1050000 /mnt/hdfs/user/linzheng/data/opencoder_python/opencoder_python.chunk.1.jsonl > temp.jsonl
    split -n r/8 --suffix-length=1 --numeric-suffixes=1 --additional-suffix=.jsonl temp.jsonl ${input_dir}/ocp.chunk.
    rm temp.jsonl
  else
    echo "Directory '$input_dir' already exists."
  fi

elif [[ $DATA == "opencoder_subsampled_5G" ]]; then
  input_dir="opencoder_subsampled_5G"
  splits_dir="opencoder_subsampled_5G_entropy87_splits"
  compression_dir="opencoder_subsampled_5G_entropy87_enumerative_compression"

  #### Step 1: setup subsampled data for evaluation
  if [[ ! -d "$input_dir" ]]; then
    mkdir $input_dir
    head -n 1050000 /mnt/hdfs/user/linzheng/data/opencoder/chunk.1.jsonl > temp.jsonl
    split -n r/8 --suffix-length=1 --numeric-suffixes=1 --additional-suffix=.jsonl temp.jsonl ${input_dir}/ocp.chunk.
    rm temp.jsonl
  else
    echo "Directory '$input_dir' already exists."
  fi 

elif [[ $DATA == "ocp_subsampled_50G" ]]; then
  input_dir="/mnt/hdfs/user/linzheng/data/ocpython_subsampled_50G"
  splits_dir="ocpython_subsampled_50G_entropy87_splits"
  compression_dir="ocpython_subsampled_50G_entropy87_enumerative_compression"

else
  echo "Unknown $DATA."
  exit 0
fi

entropy_model_path=/mnt/bn/tiktok-mm-5/aiic/users/linzheng/artifacts/m1_checkpoints/m1_40M_lr1e-3_steps200k_bs8_seqlen2048_full/checkpoints/0000200000
compression_model_path=/mnt/bn/tiktok-mm-5/aiic/users/linzheng/artifacts/m1_checkpoints/m1_40M_lr1e-3_steps200k_bs8_seqlen2048_full/checkpoints/0000200000

NUM_GPUS=4
total_jsonls=8
total_jobs=1

wait 

# for JSONL_IDX in $(seq 1 4); do
#     for index in $(seq 0 $((total_jobs - 1))); do
#         echo "Starting job $index..."

#         GPU_IDX=$(( (JSONL_IDX - 1) % NUM_GPUS ))
#         CUDA_VISIBLE_DEVICES=${GPU_IDX} python3 offline_entropy_window_split.py \
#             --input_file ${input_dir}/ocp.chunk.${JSONL_IDX}.jsonl \
#             --output_dir "ocpython_subsampled_50G_entropy90_splits_linesplit" \
#             --entropy_model_path $entropy_model_path --compression_model_path $compression_model_path \
#             --data_batch_size 256 --max_entropy_batch_size 8192 \
#             --num_workers 1 --process_id $index --num_processes $total_jobs \
#             --base_global_quantile 0.90 --base_monotonic_quantile 0.90 \
#             --apply_line_split > split_jsonl${JSONL_IDX}_process${index}_total${total_jobs}_lines.log 2>&1 &
#     done
# done
# wait
# for JSONL_IDX in $(seq 5 $total_jsonls); do
#     for index in $(seq 0 $((total_jobs - 1))); do
#         echo "Starting job $index..."

#         GPU_IDX=$(( (JSONL_IDX - 1) % NUM_GPUS ))
#         CUDA_VISIBLE_DEVICES=${GPU_IDX} python3 offline_entropy_window_split.py \
#             --input_file ${input_dir}/ocp.chunk.${JSONL_IDX}.jsonl \
#             --output_dir "ocpython_subsampled_50G_entropy90_splits_linesplit" \
#             --entropy_model_path $entropy_model_path --compression_model_path $compression_model_path \
#             --data_batch_size 256 --max_entropy_batch_size 8192 \
#             --num_workers 1 --process_id $index --num_processes $total_jobs \
#             --base_global_quantile 0.90 --base_monotonic_quantile 0.90 \
#             --apply_line_split > split_jsonl${JSONL_IDX}_process${index}_total${total_jobs}_lines.log 2>&1 &
#     done
# done

##############################################################
##############################################################

# wait 

# for JSONL_IDX in $(seq 1 4); do
#     for index in $(seq 0 $((total_jobs - 1))); do
#         echo "Starting job $index..."

#         GPU_IDX=$(( (JSONL_IDX - 1) % NUM_GPUS ))
#         CUDA_VISIBLE_DEVICES=${GPU_IDX} python3 offline_entropy_window_split.py \
#             --input_file ${input_dir}/ocp.chunk.${JSONL_IDX}.jsonl \
#             --output_dir "ocpython_subsampled_50G_entropy90_splits_chunk256" \
#             --entropy_model_path $entropy_model_path --compression_model_path $compression_model_path \
#             --data_batch_size 256 --max_entropy_batch_size 4096 \
#             --num_workers 1 --process_id $index --num_processes $total_jobs \
#             --base_global_quantile 0.90 --base_monotonic_quantile 0.90 \
#             --chunk_size 256 > split_jsonl${JSONL_IDX}_process${index}_total${total_jobs}_chunk256.log 2>&1 &
#     done
# done
# wait
# for JSONL_IDX in $(seq 5 $total_jsonls); do
#     for index in $(seq 0 $((total_jobs - 1))); do
#         echo "Starting job $index..."

#         GPU_IDX=$(( (JSONL_IDX - 1) % NUM_GPUS ))
#         CUDA_VISIBLE_DEVICES=${GPU_IDX} python3 offline_entropy_window_split.py \
#             --input_file ${input_dir}/ocp.chunk.${JSONL_IDX}.jsonl \
#             --output_dir "ocpython_subsampled_50G_entropy90_splits_chunk256" \
#             --entropy_model_path $entropy_model_path --compression_model_path $compression_model_path \
#             --data_batch_size 256 --max_entropy_batch_size 4096 \
#             --num_workers 1 --process_id $index --num_processes $total_jobs \
#             --base_global_quantile 0.90 --base_monotonic_quantile 0.90 \
#             --chunk_size 256 > split_jsonl${JSONL_IDX}_process${index}_total${total_jobs}_chunk256.log 2>&1 &
#     done
# done

##############################################################
##############################################################

wait 

for JSONL_IDX in $(seq 1 4); do
    for index in $(seq 0 $((total_jobs - 1))); do
        echo "Starting job $index..."

        GPU_IDX=$(( (JSONL_IDX - 1) % NUM_GPUS ))
        CUDA_VISIBLE_DEVICES=${GPU_IDX} python3 offline_entropy_window_split.py \
            --input_file ${input_dir}/ocp.chunk.${JSONL_IDX}.jsonl \
            --output_dir "ocpython_subsampled_50G_entropy90_splits_chunk512" \
            --entropy_model_path $entropy_model_path --compression_model_path $compression_model_path \
            --data_batch_size 256 --max_entropy_batch_size 2048 \
            --num_workers 1 --process_id $index --num_processes $total_jobs \
            --base_global_quantile 0.90 --base_monotonic_quantile 0.90 \
            --chunk_size 512 > split_jsonl${JSONL_IDX}_process${index}_total${total_jobs}_chunk512.log 2>&1 &
    done
done
wait
for JSONL_IDX in $(seq 5 $total_jsonls); do
    for index in $(seq 0 $((total_jobs - 1))); do
        echo "Starting job $index..."

        GPU_IDX=$(( (JSONL_IDX - 1) % NUM_GPUS ))
        CUDA_VISIBLE_DEVICES=${GPU_IDX} python3 offline_entropy_window_split.py \
            --input_file ${input_dir}/ocp.chunk.${JSONL_IDX}.jsonl \
            --output_dir "ocpython_subsampled_50G_entropy90_splits_chunk512" \
            --entropy_model_path $entropy_model_path --compression_model_path $compression_model_path \
            --data_batch_size 256 --max_entropy_batch_size 2048 \
            --num_workers 1 --process_id $index --num_processes $total_jobs \
            --base_global_quantile 0.90 --base_monotonic_quantile 0.90 \
            --chunk_size 512 > split_jsonl${JSONL_IDX}_process${index}_total${total_jobs}_chunk512.log 2>&1 &
    done
done

# wait

# NUM_GPUS=8
# total_jsonls=8
# total_jobs=3

# for JSONL_IDX in $(seq 1 $total_jsonls); do
#     for index in $(seq 0 $((total_jobs - 1))); do
#         echo "Starting job $index..."

#         GPU_IDX=$(( (JSONL_IDX - 1) % NUM_GPUS ))
#         CUDA_VISIBLE_DEVICES=${GPU_IDX} python3 offline_entropy_window_compress.py \
#             --input_file ${splits_dir}/ocp.chunk.${JSONL_IDX}_out_0.jsonl \
#             --output_dir $compression_dir \
#             --entropy_model_path $entropy_model_path --compression_model_path $compression_model_path \
#             --data_batch_size 1024 --max_compression_batch_size 3072 \
#             --num_workers 1 --process_id $index --num_processes $total_jobs > compress_jsonl${JSONL_IDX}_process${index}_total${total_jobs}.log 2>&1 &
#     done
# done