#!/usr/bin/env bash # Detached task-vector pass over every family, smallest-first, with a disk gate. # # Runs alongside the measurement sweep. Each family waits until there is room for its experts + base # above a 400 GB floor (the hard floor is 350), so it can never race the sweep's 8B/9B families into # the floor. Idempotent and resumable: families already carrying tv_* columns are recomputed # harmlessly, and merging is keyed on pair_id. # # bash scripts/run_taskvec_detached.sh set -u cd "$(dirname "$0")/.." PY=${PYTHON:-/root/venvs/mergeability/bin/python} [ -f /root/.ms_hf_env ] && set -a && . /root/.ms_hf_env && set +a export MB_THREADS=${MB_THREADS:-8} export OMP_NUM_THREADS=$MB_THREADS MKL_NUM_THREADS=$MB_THREADS export OPENBLAS_NUM_THREADS=$MB_THREADS NUMEXPR_NUM_THREADS=$MB_THREADS export MB_DISK_FLOOR_GB=${MB_DISK_FLOOR_GB:-400} mkdir -p results/mergebench/logs # PREFLIGHT. This pass does minutes of downloads before it reaches the cache-write path, so a # NameError there costs a whole family and is invisible until the coverage check. Exercise the # persistence round-trip first; it takes milliseconds and it has already caught one such bug. if ! PYTHONPATH=src "$PY" -c " from mergeschool.mergebench import taskvec as TV import json TV.cache_write('__preflight__', {'__preflight__pair': {'tv_cosine': 0.0}}) d = json.loads(TV.CACHE.read_text()); assert '__preflight__pair' in d d.pop('__preflight__pair'); TV.CACHE.write_text(json.dumps(d, indent=1)) TV.merge_cached() " >/dev/null 2>&1; then echo "PREFLIGHT FAILED: the task-vector cache round-trip does not work; refusing to launch" >&2 PYTHONPATH=src "$PY" -c "from mergeschool.mergebench import taskvec as TV; TV.cache_write('x',{'y':{'tv_cosine':0.0}})" exit 1 fi echo "preflight ok (cache round-trip)" HF_HOME=/root/hf_cache_mergebench/tv CUDA_VISIBLE_DEVICES=${TV_GPU:-5} PYTHONPATH=src \ setsid nohup "$PY" -u -m mergeschool.mergebench.taskvec "$@" \ > results/mergebench/logs/taskvec.log 2>&1 & echo "taskvec detached (pid $!) -> results/mergebench/logs/taskvec.log"