rende-nlp-cp / code /cp_causal_bootstrap.sh

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#!/bin/bash
# Runs ON a RunPod pod. Builds the CLEAN (low-order-faithful) clone corpus with a causal
# factored-attention generator and exact ancestral sampling, then self-terminates.
#
#   bash cp_causal_bootstrap.sh train  <order> <steps>
#   bash cp_causal_bootstrap.sh sample <order> <shard> <n_shards> <n_seqs>
#
# Two modes on purpose: the generator is trained ONCE and its weights uploaded, then many pods
# sample from that single generator. If every pod trained its own, the corpus would be a mixture
# of slightly different distributions -- small, but exactly the kind of contamination this whole
# exercise exists to remove.
set -x
MODE=${1:?train|sample}; ORDER=${2:-9}
case "$ORDER" in 3) NL=2;; 9) NL=4;; 33) NL=6;; *) echo "bad order"; exit 1;; esac
cd /root
apt-get update -qq && apt-get install -y -qq tmux >/dev/null 2>&1
pip install -q huggingface_hub numpy

python - <<'PY'
import os, shutil
from huggingface_hub import hf_hub_download
os.makedirs("/root/results/nlp_cp", exist_ok=True)
for repo, f, dest in [("bgradowhite/rende-nlp-fig1", "results/train.npy", "train.npy"),
                      ("bgradowhite/rende-nlp-fig1", "results/test.npy", "test.npy")]:
    p = hf_hub_download(repo, f, repo_type="dataset", local_dir="/root/dl")
    shutil.copy(p, f"/root/results/nlp_cp/{dest}")
print("data ready")
PY

nvidia-smi --query-gpu=name,ecc.errors.uncorrected.volatile.total --format=csv
python -c "import torch;assert torch.cuda.is_available();print('cuda OK',torch.cuda.get_device_name(0))" || {
  echo "GPU UNUSABLE"; runpodctl remove pod "$RUNPOD_POD_ID"; exit 1; }

if [ "$MODE" = "train" ]; then
  STEPS=${3:-12000}
  python -u causal_factored.py --data /root/results/nlp_cp/train.npy --layers "$NL" \
    --steps "$STEPS" --batch 128 --n-sample 2000 --save /root/causal_k$ORDER.pt \
    --out /root/results/causal 2>&1 | tee /root/train_k$ORDER.log
  python - <<PY
from huggingface_hub import HfApi
api = HfApi(); api.create_repo("bgradowhite/rende-nlp-cp", repo_type="dataset", exist_ok=True)
for f, n in [("/root/causal_k$ORDER.pt", "causal_k$ORDER.pt"),
             ("/root/train_k$ORDER.log", "logs/causal_train_k$ORDER.log"),
             ("/root/results/causal/causal_ladder.json", "logs/causal_ladder_k$ORDER.json")]:
    try:
        api.upload_file(path_or_fileobj=f, path_in_repo=n,
                        repo_id="bgradowhite/rende-nlp-cp", repo_type="dataset")
        print("uploaded", n)
    except Exception as e:
        print("upload failed", n, e)
PY
else
  SHARD=${3:?shard}; N_SHARDS=${4:?n_shards}; N_SEQS=${5:-400000}
  python - "$ORDER" "$SHARD" "$N_SHARDS" "$N_SEQS" <<'PY'
import sys, numpy as np, torch
from huggingface_hub import hf_hub_download, HfApi
sys.path.insert(0, "/root")
from causal_factored import load, DEV, marginal_fidelity

order, shard, n_shards, n_seqs = sys.argv[1], int(sys.argv[2]), int(sys.argv[3]), int(sys.argv[4])
w = hf_hub_download("bgradowhite/rende-nlp-cp", f"causal_k{order}.pt",
                    repo_type="dataset", local_dir="/root/dl2")
m = load(w)
per = n_seqs // n_shards
gen = torch.Generator(device=DEV).manual_seed(1000 + shard)
parts, chunk = [], 2000
done = 0
while done < per:
    b = min(chunk, per - done)
    parts.append(m.sample(b, generator=gen).cpu().numpy().astype(np.int16))
    done += b
    np.save(f"/root/clone{order}c_shard{shard}.npy", np.concatenate(parts))
    print(f"  {done}/{per} sampled", flush=True)
arr = np.concatenate(parts)
tr = np.load("/root/results/nlp_cp/train.npy")
tv = marginal_fidelity(arr, tr, m.V)
print(f"shard {shard}: {len(arr)} seqs, unigram TV vs real {tv:.4f}", flush=True)
api = HfApi()
api.upload_file(path_or_fileobj=f"/root/clone{order}c_shard{shard}.npy",
                path_in_repo=f"clone{order}c_shard{shard}.npy",
                repo_id="bgradowhite/rende-nlp-cp", repo_type="dataset")
print("uploaded")
PY
fi

runpodctl remove pod "$RUNPOD_POD_ID"

	#!/bin/bash
	# Runs ON a RunPod pod. Builds the CLEAN (low-order-faithful) clone corpus with a causal
	# factored-attention generator and exact ancestral sampling, then self-terminates.
	#
	# bash cp_causal_bootstrap.sh train <order> <steps>
	# bash cp_causal_bootstrap.sh sample <order> <shard> <n_shards> <n_seqs>
	#
	# Two modes on purpose: the generator is trained ONCE and its weights uploaded, then many pods
	# sample from that single generator. If every pod trained its own, the corpus would be a mixture
	# of slightly different distributions -- small, but exactly the kind of contamination this whole
	# exercise exists to remove.
	set -x
	MODE=${1:?train\|sample}; ORDER=${2:-9}
	case "$ORDER" in 3) NL=2;; 9) NL=4;; 33) NL=6;; *) echo "bad order"; exit 1;; esac
	cd /root
	apt-get update -qq && apt-get install -y -qq tmux >/dev/null 2>&1
	pip install -q huggingface_hub numpy

	python - <<'PY'
	import os, shutil
	from huggingface_hub import hf_hub_download
	os.makedirs("/root/results/nlp_cp", exist_ok=True)
	for repo, f, dest in [("bgradowhite/rende-nlp-fig1", "results/train.npy", "train.npy"),
	("bgradowhite/rende-nlp-fig1", "results/test.npy", "test.npy")]:
	p = hf_hub_download(repo, f, repo_type="dataset", local_dir="/root/dl")
	shutil.copy(p, f"/root/results/nlp_cp/{dest}")
	print("data ready")
	PY

	nvidia-smi --query-gpu=name,ecc.errors.uncorrected.volatile.total --format=csv
	python -c "import torch;assert torch.cuda.is_available();print('cuda OK',torch.cuda.get_device_name(0))" \|\| {
	echo "GPU UNUSABLE"; runpodctl remove pod "$RUNPOD_POD_ID"; exit 1; }

	if [ "$MODE" = "train" ]; then
	STEPS=${3:-12000}
	python -u causal_factored.py --data /root/results/nlp_cp/train.npy --layers "$NL" \
	--steps "$STEPS" --batch 128 --n-sample 2000 --save /root/causal_k$ORDER.pt \
	--out /root/results/causal 2>&1 \| tee /root/train_k$ORDER.log
	python - <<PY
	from huggingface_hub import HfApi
	api = HfApi(); api.create_repo("bgradowhite/rende-nlp-cp", repo_type="dataset", exist_ok=True)
	for f, n in [("/root/causal_k$ORDER.pt", "causal_k$ORDER.pt"),
	("/root/train_k$ORDER.log", "logs/causal_train_k$ORDER.log"),
	("/root/results/causal/causal_ladder.json", "logs/causal_ladder_k$ORDER.json")]:
	try:
	api.upload_file(path_or_fileobj=f, path_in_repo=n,
	repo_id="bgradowhite/rende-nlp-cp", repo_type="dataset")
	print("uploaded", n)
	except Exception as e:
	print("upload failed", n, e)
	PY
	else
	SHARD=${3:?shard}; N_SHARDS=${4:?n_shards}; N_SEQS=${5:-400000}
	python - "$ORDER" "$SHARD" "$N_SHARDS" "$N_SEQS" <<'PY'
	import sys, numpy as np, torch
	from huggingface_hub import hf_hub_download, HfApi
	sys.path.insert(0, "/root")
	from causal_factored import load, DEV, marginal_fidelity

	order, shard, n_shards, n_seqs = sys.argv[1], int(sys.argv[2]), int(sys.argv[3]), int(sys.argv[4])
	w = hf_hub_download("bgradowhite/rende-nlp-cp", f"causal_k{order}.pt",
	repo_type="dataset", local_dir="/root/dl2")
	m = load(w)
	per = n_seqs // n_shards
	gen = torch.Generator(device=DEV).manual_seed(1000 + shard)
	parts, chunk = [], 2000
	done = 0
	while done < per:
	b = min(chunk, per - done)
	parts.append(m.sample(b, generator=gen).cpu().numpy().astype(np.int16))
	done += b
	np.save(f"/root/clone{order}c_shard{shard}.npy", np.concatenate(parts))
	print(f" {done}/{per} sampled", flush=True)
	arr = np.concatenate(parts)
	tr = np.load("/root/results/nlp_cp/train.npy")
	tv = marginal_fidelity(arr, tr, m.V)
	print(f"shard {shard}: {len(arr)} seqs, unigram TV vs real {tv:.4f}", flush=True)
	api = HfApi()
	api.upload_file(path_or_fileobj=f"/root/clone{order}c_shard{shard}.npy",
	path_in_repo=f"clone{order}c_shard{shard}.npy",
	repo_id="bgradowhite/rende-nlp-cp", repo_type="dataset")
	print("uploaded")
	PY
	fi

	runpodctl remove pod "$RUNPOD_POD_ID"